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ISSA) 


THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY, 


INCLUDING 
ZOOLOGY, BOTANY, ann GEOLOGY. 


(BEING A CONTINUATION OF THE ‘ MAGAZINE OF BOTANY AND ZOOLOGY,’ AND OF 
LOUDON AND CHARLESWORTH’ S ‘MAGAZINE OF NATURAL HISTORY. ) 


CONDUCTED BY 


Sir W. JARDINE, Barr., F.L.S.—P. J. SELBY, Esa.,F.L.S., 
GEORGE JOHNSTON, M.D., 
CHARLES C. BABINGTON, Esa., M.A., F.L.S., F.G.S., 
J. H. BALFOUR, M.D., Reg. Prof. Bot. Glasg., 


AND 


RICHARD TAYLOR, F.L.S., F.G.S. 


LONDON: 


PRINTED AND PUBLISHED BY R. AND J. E. TAYLOR. 


SOLD BY S. HIGHLEY; SIMPKIN AND MARSHALL; SHERWOOD AND co.; 
TAVISTOCK STREET ; BAILLIERE, REGENT STREET, AND PARIS: 
LIZARS, AND MACEASHE Aw AND STEWART, EDINBURGH: 
CURRY, DUBLIN: AND ASHER, BERLIN. 


W. WOOD, 


1844. 


‘“Omnes res create sunt divine sapientie et potentie testes, divitie felicitatis 
humane :—ex harum usu bonitas Creatoris; ex pulchritudine sapientia Domini; 
ex ceconomia in conservatione, proportione, renovatione, potentia majestatis elucet. 
Earum itaque indagatio ab hominibus sibi relictis semper estimata; a vere eruditis 
et sapientibus semper exculta; male doctis et barbaris semper inimica fuit.”— 
LINN. 


CONTENTS OF VOL. XIII. 


NUMBER LXXXI. 
I. Observations on the Structure and Propagation of the genus 
Sagitta. By Cuartes Darwin, F.R.S., V.P.G.S. (With a Plate.)... 1 


II. On the Marine Algz of the vicinity of Aberdeen. By G. Dickie, 
M.D., Lecturer on Botany in the University and King’s College of 


Page 


Aberdeen, COUT Be PURO) nda a Rted ade bi ere <pocpnee on sdeosnecaseat dosoes 6 
III. Descriptive Catalogue of the Sassi ees the Crag. By S. 
Vis Woon, Baqi, F.GS. sdsvonctscisee ewe eiennv'visin'e hath baie « aisalees dibvlecnectices)}:A@ 


IV. On the existence of Branchie in the seitans state of a Neuropte- 
rous Insect, Pteronarcys regalis, Newm., and other species of the same 
genus. By Greorce Newrort, Pres. Ent. SOC. AC. cececevececcosee agenns.) ae 

V. A List of Lichens gathered in different parts of Wales, princi- 
pally in the neighkourhood of Barmouth, with a few casual observations 


upon some of the species. By the Rev. T. SaALWEY  .....ccsceeseeseseeee 25 
VI. Notes.on Mr. Blyth’s List of Birds from the vicinity of Calcutta. 
By H. E, Srrickuann, M.A. ......see00e eecaceens S0ddeaseowbeasecedeverereien 32 


VII. Contributions to the Entomology of the Southern Destinais of 
South America. By G. R. Waternouse, Esq., Assistant Secretary and 


Curator to the Zoological. Society, Se.,..i-ssesasipacescessnsesicowcsceced sees 41 
VIII. Note upon Obisium orthodactylum (Leach). By ALFRED 

Tux, M.R.C.S., M.E.S.  ...00. Waies Cabeepeet tig Wis ddcudVedudieewse Gdsueces 55 
IX. Observations on Fucus Labillardierii, Turner. BY the Rev. M. 

J. DOMME loess iy sane cadapbsusectarshee ReEv bhi ing Cen ¥opas oot ossen dente sats - OF 


New Books :—Phycologia generalis; oder Anatomie, Physiologie und 
Systemkunde der Tange, bearbeitet von F. T. Kiitzing.—Synopsis 
Florze Germanice et Helvetice, auctore G. D. J. Koch ...... 61—63 


Proceedings of the Royal Society of Edinburgh ; Wernerian Natural 
History Society ; Zoological Society ........sssecssssesssesssenees 65—-75 


Destruction of Trees by Scolytus; Demodex folliculorum; Kentish 
Birds; Description of two Green-streaked Wrasses (Labrus line- 
atus), Fleming; Capture of a short Sun-fish (Orthagoriscus Mola) ; 
Obituary :—J. C. Loudon, Esq., F.L.S.; Meteorological Observa- 
gs fill chads ae Sen by cn! iy BRR CR seevecsccsseeess LO 80 


iv CONTENTS. 


NUMBER LXXXII. 


X. Notes on the Coleopterous genus of Insects, Rhynchites of Herbst. 
By JoHn WALTON, Esq. ...sececcesecscesceccscsscenscccsccesecnececssossesseeses 
XI. An Account of some Seeds buried in a Sand-pit which germi- 
nated. By Mr. Witt1aMm Kemp of Galashiels, in a Letter to Charles 
Darwin, Esq. .......-. sobs abaVannsTLDLaANANeneyuavobarassivusasaccenssosesnenine 
XII. Remarks on the Habits of Birds which are Natives of the Bri- 
tish Islands. By THomas Austin, Esq. ........ccecececsseceeerecececeeeone 


XIII. A List of the species of Myriapoda, Order Chilopoda, con- 
tained in the Cabinets of the British Museum, with Synoptic descrip- 
tions of forty-seven new Species. By Grorce Newrort, Fellow of the 
Royal College of Surgeons, Pres. Ent. Soc. &.  ...ccs.ccseseseeeeeeteeess 

XIV. Catalogue of Irish Entozoa, with observations. By O’Bryen 
Betiincuam, M.D., Member of and Professor of Botany in the Royal 
College of Surgeons in Ireland, 8c. .........seeecscscscnseesseececsceeeceres 

XV. Abstract of a paper entitled “ Account of a Botanical Tour in 
North Wales, the South of England and Jersey.” By R. Granam, M.D., 
Professor of Botany in the University of Edinburgh  ..........sscesseeeee 

XVI. On a Fossil Crustacean of the Order Isopoda, discovered by 
the Rev. P. B. Brodie in the Wealden formation of Britain. By M. 
MILNE EDWARDS ...0s0.ssesvocececssceaccees BRE SEEL Ss veel sveeseodet's eee 


XVII. Notice of the Blind Fish, Cray-fish, and Insects from the 
Mammoth Cave, Kentucky 


XVIII. Further notice of the species of Birds occurring in the vici- 
nity of Calcutta. By Epwarp Biyrn, Curator to the Museum of the 
Asiatic Society of Bengal .......... NSU iscdvendstceseaee ses eee 


XIX. Observations on Ehrenberg’s De iecloperieat Epistola, &c. 
By Artaur Hiri Hassart, Esq. ......0cceseeeesscssceeeeseecees ecce lene 


XX. Information respecting Scientific Travellers 


New Books :—Narrative of a Voyage round the World, by Capt. Sir E. 
Belcher, R.N.—Eliz Fries Novitiarum Florz Suecice Mantissa 
tertia.—A Report on the Progress made in the Investigation of the 
Flora of Hertfordshire, by the Rev. R. H.Webb, M.A.., and the Rev. 
W. H. Coleman, M.A.—Spicilegium Florz Rumelicz et Bithynice, 
auctore A. Grisebach.—Flora Dalmatica, sive Enumeratio Stir- 
pium vascularium quas hactenus in Dalmatia lectas et sibi obser- 
vatas descripsit, digessit, rarorumque iconibus illustravit Rob. de 
Visiani—Sertum Plantarum, or Drawings and Descriptions of 
Rare or Undescribed Plants from the Author’s Herbarium, by H. 


Page 


81 


89 


92 


94 


101 


105 


110 


111 


113 


117 
121 


B. Fielding, F.L.S., assisted by G. Gardner, F.L.S. ......... 126—128 


Proceedings of the Royal Society of Edinburgh ; Botanical Society of 


Edinburgh ; Zoological Society ; Geological Society......... 128—154 


On the production of Animalcules in great numbers in the Stomach 


CONTENTS. 


and Intestines during the digestion of herbivorous and carnivorous 
Animals, by MM. Gruby and Delafond; Development and Pro- 
pagation of Serpents; On a new species of Hematozoon, Trypa- 
nosoma sanguinis, by M. Gruby; Meteorological Observations and 


Vv 


Page 


Table sic<urcslens de csvids «ys Panidddce odopteatioes dee bbbindie bids ah paazeke ves 154—160 


NUMBER LXXXIII. 


XXI. Description of a new Genus of Nudibranchiate Mollusca, with 
some new species of Kolis. By Josuva Auprer and Autsany Hancock, 
Esqrs. (With a Plate.) ...ecrecscscrseccssesccssscvenccsescesenponcesecoecsvens 

XXII. Catalogue of Irish Entozoa, with observations. By O’Brren 
Be.uineuam, M.D., Fellow of and Professor of Botany to the Royal 
College of Surgeons in Ireland, &c. ( Continued.) ......eccececsecececvens 

XXIII. Descriptions of some new species of Birds found in the 
neighbourhood of Calcutta. By Epwarp Bryrn, Esq., Curator to the 
Museum of the Asiatic Society of Bengal  .........+00000- dedaiide tinted da’s os 

XXIV. Descriptions of some newly discovered species of Araneidea. 
By Joun Buackwa ., Esq., F.L.S. ccoccccecesesccseees Coatiiedaebchiesceves ds 

XXV. Observations on a new species of Gnanthe. By the Rev. 
W. H. Coxeman, M.A., F.B.S. (With a Plate.) ceccicccccccccecscsscecs 

XXVI. The Musci and gene of Teesdale. By Ricuarp Spruce, 
Esq., F.B.S.. ..006 shine ein Sowa cdas kesh tech pages ecbedweasveddesdscvecescses dates 

XXVII. On the Nidi of Purpura lapillus and of Buccinum reticu- 
latum. By Mr. Cuarues Wy PEACH « veiceps toecebniccds cones Sadiucun © denne 

XXVIII. Notes on Mr. Blyth’s “ Further notice of the Species of 
Birds occurring in the vicinity of Calcutta.” By H. E. Srraicxranp, 
M.A. 

XXIX. Notes on British species of the genus Bruchus, with De- 
scriptions of two species not hitherto recorded as indigenous. By 
DORM VUSLGOM, Ts, A cgeapsecacsihescmdesseccgeads pees 


CCPC CH ORO eOOSeeererese 


New Books :—Anatomical Manipulation ; or, the Methods of pursuing 
Practical Investigations in Comparative Anatomy and Physiology, 
by Alfred Tulk, M.R.C.S., and Arthur Henfrey, A.L.S.—Ent- 
wicklung des Hummereies, &c., by Dr. M. P. Erdl.—The Botany 
of the Voyage of H.M.S. Sulphur; edited by R. B. Hinds, Esq. : 
the Botanical descriptions by G. Bentham, Esq.—Supplement to 
English Botany.— Histoire Naturelle des Zoophytes :—Acaléphes, 


161 


167 


175 


179 


188 


191 


203 


204 


206 


pat René-Primevere Lesson y.....6.5cccccccccsccccscssessecsoucses 212—216 


Proceedings of the Linnzan Society; Zoological Society; Entomo- 


LORICRS SUCIREN Vinsh a Sis ae pbatdtinnssasethssptracedn caesar reskcsnihes< 217—234 


Note upon the Habits of the Common Toad; Propagation of the genus 
Syllis; Vessels pierced by the Weapon of the Sword-fish ; Upon 
the Secretion of Silk ; Fucus Labillardierii, Turn. ; Kentish Birds ; 


Meteorological Observations and Table ..........seseeceeeeaees 234—240 


vi CONTENTS. 
Page 
NUMBER LXXXIV. 

XXX. On the’ Zoological condition of Chalk Flints, and the pro. 
bable causes of the Deposit of Flinty Strata alternating with the Upper 
Beds of the Cretaceous Formation. By D. T. Ansrep, M.A., F.R.S., 
Professor of Geology in King’s College, London, and Fellow of Jesus 
College; Cambridge. ...cic.ss:scskebgtoanisesuases cash s0ie pgceiaeasinminaia ope ae 

XXXI. On some species of Cuscuta. By Cuaries C. Basineron, 
M.A., F.L.S., F.G.S. &c. (With a Plate.) ............ eddbedjebvdiveasepeen 249 

XXXII. Catalogue of Irish Entozoa, with observations. By O’Brren 
BetuincuaM, M.D., Fellow of and Professor of Botany to the Royal 
College of Surgeons in Ireland, &c. (Continued.) .....ccccsscececeeereers 254 

XXXIII. A List of Lichens gathered in different parts of Wales, 
principally in the neighbourhood of Barmouth, with a few casual obser- 
vations upon some of the species. By the Rev. T. SALWEY .....c0ee08 260 

XXXIV. A List of the species of Myriapoda, Order Chilognatha, 
contained in the Cabinets of the British Museum, with descriptions of 
a new Genus and thirty-two new Species. By Grorcr MRS x 


F.R.C.S., Pres. Ent. ‘Soc. 8&6. :....seseccess dies cpnepenvvveblentesedbedves trate 263 
XXXV. The Musci and Hepatice of Teesdale. By Ricnarp Rondee, 
Kags) FBS; (Concluded) tas cee Gah thos suc devevs lececesscventes Hbeutedewts 271 


XXXVI. On the Fossil Vegetables ef the Sandstone of Ayrshire. 
By J. Sueppen Patrick, F.R.S.E., F.R.SS.A. &c.. (With a Plate.)... 283 


New Books :—Iconographia familiarum naturalium regni vegetabilis, 
von Adalbert Schnizlein, Ph. D.— Annales des Sciences Naturelles, 
Sept.—Dec. 1848 ......... PVGAcEa UAH 9RCAe ee 8 enn'évoeccscecs cease sever 292—295 


Proceedings of the Zoological Society; Royal Institution ; Botanical 
Society of Edinburgh......... fbn Meenbebiind de oun ssibabs cavenescan vee 295—311 


List of Birds from Calcutta, by E. Blyth, Esq. ; On the true Situation 
in the System of Talegalla and Menura? by H. Denny, Esq.; 
Upon the Metamorphoses of Eledona agaricola and Diaperis Bo- 
leti, by M. Leon Dufour; On Aptenodytes, by G. R. Gray, Esq. ; 
On the Transmission of Hydatids by Contagion, by Prof. Klencke ; 
Meteorological Observations and Table .......s.seseceseseveees 312—320 


NUMBER LXXXV. 


XXXVII. Description of a new species of Codium recently dis- 
covered on the west coast of Ireland. By Witiiam Henry Harvey, 


Esq. (With a: Plate.) oc. :ccc sees cigseasanbaibaatiatensicleshssnccsvarcenoiah ove O21 
XXXVITI. Descriptions of some new British species of Rissoa and 
Odostomia. By Josuua Atper, Esq. (With a Plate.).............000. 323 


XX XIX. Synopsis of the Genera and Species of Zoophytes inhabiting 
the Fresh Waters of Ireland. By Groree J. Atiman, M.B.,M.R.C.S.1., 
M.R.I.A., Demonstrator of Anatomy in Trinity College, Dublin ...... 328 


XL. On the Marine Alge of the vicinity of Aberdeen. By G. Dickie, 


CONTENTS. vil 

| Page 
M.D., Lecturer on Botany in the University and King’s College of 

Aberdeen. (Continued.) (With a Plate.) ..ccssccccscecccsseeeeeves seventies. OO 
XLI. Catalogue of Irish Entozoa, with observations. By O’Bryen 
Bexuineuam, M.D., Fellow of and Professor of Botany to the Royal 

College of Surgeons in Ireland, &c. (Continued.) ...... aad ddacasnvesnssip OOP 
XLII. Notices of British Fungi. By the Rev. M. J. Berkevey, 

M.A., F.L.S. (Continued.) (With a Plate.) ......... soeesese peeceseccercs 340 
XLIITI. On the Family Procellaride, with descriptions of Ten new 

Species. By Joun Goutp, F.R.S. &c. .....0cccseeveeeees peatsgdaniesensd ia 360 
XLIV. On the Plurality and Development of the Embryos in the 
Seeds of Conifere. By Roserr Brown, Esq., F.R.S., F.L.S., and 
Foreign Member of the Academy of Sciences in the Institute of France. 


(With a Plate.) cc..csccce Raalb Chis Son's vhl'e tpl Wd bak MALONE ba co pauayuh waddnnd 3 ks 368 
XLV. Onthe British Desmidiee. By Joun Ratrs, Esq., M.R.C.S., 
Penzance. ..... Sicasbateg2 dopdaeSurgsdiaudhenplardnancyes depaenibdd oaths oucsabinds 375 


New Books :—List of the Specimens of Birds in the British Museum. 
Part I. <Accipitres.—Voyage de la Bonite: Algz, by C. Mon- 
tagne, D.M. eeeoeseeveves SOOCSHHSHSOHSTOHEEHOSSSHSHHESEE SESE Eseses eeenee 380—385 


Proceedings of the Zoological Society.........seccssscscsseccecsescees 385—403 


Popular Traditions relative to the Cuckoo ; Ortyx Virginiana in Nor- 
folk ; Description of a new species of Voluta; On the genus Ve- 
nilia; Meteorological Observations and Table ..........++0+. 403-—408 


NUMBER LXXXVI. 
XLVI. Descriptions of several new or imperfectly defined Genera 
and species of Birds. By H. E. Stricktanp, M.A. (With four Plates.) 409 
XLVII. Catalogue of Irish Entozoa, with observations. By O’Bryrn 
Be.uinenay, M.D., Fellow of and Professor of Botany to the Royal 


College of Surgeons in Ireland, &c. _(Continued.) ...... abaaecset «5 deh ie 422 
XLVIII. Additions to the Fauna of Ireland. By Witt1am Tuompr- 
son, Pres. Nat. Hist. and Phil. Society of Belfast ...... pierce stsouben ess 430 
XLIX. Researches on the Latex and its Movements. By Prof. H. 
Moh Sais ccnesesescs Aimiadreesicks bédivienns chi Saspasbiecis Lainedbesbdsko 441 
L. Notes on the Synonymy of the Genus Apion, with Descriptions 
of Five new Species, &c. By Joun Watton, Esq.......... Se tvvodscmesee 444 
LI. On the British species of Grammonema and Eunotia. By Joun — 
Ratrs, Esq., M.R.C.S., Penzance. (With a Plate.) .......cccsseccsssees 457 
LII. Description of a new Genus of Gobioid Fish. By Joun Ricnarp- 
Oats: Ike Dag, Se pe metho Gelewi au radi eaata'ens puvaiictandiientbadd depo cveviladeders wei awetes 461 
LIII. Description of aGenus of Chinese Fish. By Jonn Ricnarpson, 
M.D. F RSs Wee: Ft. PTL Tree SS Sy evdepescscccvecsodeess 462 
LIV. On a Monstrosity of the Pistil in Primula vulgaris. By 
Cuarves C, Basineton, M.A., F.L.S. F.G.S. &. ..cccceceneeees beavees et, 404 


LV. On the difference between the Robertsonian Saxifrages of Ire- 


vill CONTENTS. 

Page 
land and those of the Pyrenees. By Cuartes C. Basineron, M.A., 
F.L.S., F.G.S. &c. (With a Plate.)...... BUUAES dec Gatwelen Ss etss codaetaeenees 465 


New Books :—Annales des Sciences Naturelles. Third Series, Jan. 1844. 467 


Proceedings of the Zoological Society ; Botanical Society of London ; 
Botanical Society of Edinburgh .........++ GAs Veedbecds esate 468—484 


Researches upon the Transformations of the Appendages of the Arti- 
culata, by M. Brullé; Microscopical Structure of Shells ; Meteoro- 
logical Observations and Table ..........sssseeesseeeeeees seseee 484—488 


NUMBER LXXXVII. SUPPLEMENT. 
LVI. On the British species of Achnanthes. By Joun Ratrs, Esgq., 
M.R.C.S., Penzance. (With a Plate.)..........scccses sbedesecaseatapenecces 489 
LVII. Examination of some instances of Vegetable Monstrosities, 
elucidating the Structure of the Pistil and the Origin of Ovules. By 


M. AD. BROWGHIARS isysnasivendin cas opsccopcecoccoccedeccnsedeespassegunpmas 494 
Proceedings of the Zoological Society ; Linnzan Society ......... 498—521 | 
Method of preserving Animal Substances. By M. Gannal ........+... 521 
Index 2.0.5.0 JénaaenebehWnWARRPahaeadecehecccccecssesccce scoccccccocesansessnees eee 523 


PLATES IN VOL. XIII. 


Puate I. Fructification of Marine Algee.—Structure of Sagitta. 
II. Nudibranchiate Mollusca. 
III. Ginanthe fluviatilis. 
IV. Species of Cuscuta.—Robertsonian Saxifrages. 
V. Fossil Plants. 
VI. Codium amphibium.—Fructification of Marine Alge. 
VII. Development of the Embryo in the Conifere. 
VIII. New British species of Rissoa and Odostomia. 
IX. New British Fungi. 
X. Spermophaga margaritata. 
XI. Pitta cucullata. 
XII. Suiriri icterophrys. 
XIII. Holocnemis flammata. 
XIV. Grammonema, Eunotia, Achnanthes, and Striatella unipunctata. 


ERRATUM IN VOL. XII. 


Page 454, line 5, for “‘ follow at the first moult after the admission of the male. She,’’ &c., read 
‘* follow. At the first moult however after the admission of the male, she,’’ &c. 


ERRATA IN VOL, XIII. 


Page 111, line 25 from top, for “ the cephalic segment is widened like that of Serolis,’’ read ‘‘ the 
cephalic segment is widened like that of Spheroma, whilst the eyes approach the 
median line as in Serolis.’’ 

272, line 10 from top, for ‘‘ Its differences from D. Dillenii may be thus briefly stated,’’ 
read “‘ Its differences from D. fuscescens,’’ &c. 

313, line 11 from bottom, for ‘‘ Had Talegalla been Rasorial,’’ *ead ‘‘ Had Talegalla been 
Raptorial,’’ &c. 


Ann kc Mag. Nat. Hist. No\.13.P1.1. 


Marine Ale ee. 


Structure of Sagitta . 


el lith. linn 
aa 3. King hin Sean 


THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 


©* sescssessssseseee Er litora spargite muscum, 
Naiades, et circdm vitreos considite fontes : 
Pollice virgineo teneros hic carpite flores : 
Floribus et pictum, dive, replete canistrum. 
At vos, o Nymphz Craterides, ite sub undas ; 
Ite, recurvato variata corallia trunco 
Vellite muscosis e rupibus, et mihi conchas 
Ferte, Dez pelagi, et pingui conchylia succo.” 
Parthenié Ech. 1. 


No. 81. JANUARY 1844. 


ie 


I.—Observations on the Structure and Propagation of the genus 
Sagitta. By Cuarxes Darwin, F.R.S., V.P.G.S. 


{ With a Plate. ] 


THE species of this genus are remarkable from the simplicity of 
their structure, the obscurity of their affinities, and from abound- 
ing in infinite numbers over the intra-tropical and temperate seas. 
The genus was founded by MM. Quoy and Gaimard*; three 
species have been figured and described by M. A. d’Orbigny, and 
lately Prof. E. Forbes has added a species to the British fauna, 
and has given many particulars regarding the structure of the 
genus. Scarcely any pelagic animal is more abundant: I found 
it in lat. 21° N. in the Atlantic, and again off the coast of Brazil 
in 18° S.; between latitudes 37° and 40° S., the sea, especially 
during the night, swarmed with them. They generally appear to 
-swim near the surface ; but in the Pacific, off the coast of Chile, 
I obtained specimens from a depth of four feet. They are not 
confined exclusively to the open ocean, as supposed by M. d’Or- 
bigny ; for near the shore of Patagonia, where the water was only 
ten fathoms in depth, they were very numerous. ; 
All the individuals which I caught had two pair of lateral fins, 
* Annales des Sciences Naturelles, tom. x. p. 232. M. d’Orbigny’s ob- 
servations are given in his grand work (Mollusques, p. 140). Prof. E. Forbes . 
four years since made his first communication on this genus before the Wer- 


nerian Society, and a second one at the Meeting of the British Association 
for the present year. 


Ann. & Mag. N. Hist. Vol. xiii. JB 


2 Mr. C. Darwin on the Structure and Propagation of Sagitta. 


but I do not suppose that they all belong to the same species : 
those obtained in lat. 87° to 40° S. appear certainly to be the S. 
exaptera of D’Orbigny ; and the few following observations, which 
relate chiefly to their propagation, apply, when not otherwise 
stated, to this species. M. d’Orbigny and Prof. Forbes have 
provisionally placed this genus amongst the nucleo-branch mol- 
lusca ; but the evidence is hardly conclusive. 

Head.—The linear-lanceolate head, which is of a transparent, 
gelatinous and adhesive texture, is separated from the body by a 
distinct neck. The head when not in action is slightly flattened 
and of a truncate-conical shape ; when in action its basal part as- 
sumes a semilunar or horse-shoe form, in the concavity of which 
lies the longitudinally-folded mouth. On each arm of the fleshy 
horse-shoe, a comb, formed of eight strong, curved, slightly 
hooked claws or teeth, is attached. The animal when lively 
is constantly clasping these bristle-like teeth together, over its 
mouth ; when clasped together, and the head in a state of inac- 
tion, they appear to be situated much nearer to the mouth than 
when their fleshy bases are expanded in action. The middle teeth 
are the longest ; besides their clasping action and the power of 
movement in their fleshy bases, each separate tooth can move 
itself laterally further from or nearer to the adjoiing ones. The 
mouth opens on the oblique surface of a part projecting up, be- 
tween the two fleshy arms. Close to the mouth there are two 
other rows of exceedingly minute teeth, which have not been no- 
ticed by other observers, and which I discovered only with a lens 
of high power. These two rows of little teeth project inwards 
and transversely to the two great upright combs of teeth ; so that 
when these latter are clasped over the mouth the minute teeth 
cross them, thus effectually preventing any object from escaping 
which might be caught by the longer curved teeth. I could not 
see any vestige of eyes or of tentacula. 

Locomotive organs.—The animal moves quickly by starts, 
bending its body. The two pair of lateral fins and that on the 
tail lie in the same horizontal plane: viewed with a lens of small 
power they appear formed of a delicate membrane, but under a 
lens of z5th of an inch focal distance they appear to consist of 
excessively fine transparent rays, touching each other, like the 
barbs of a feather, but not, as it appeared to me, actually united 
by a membrane. The tail, besides being used as a locomotive 
organ, serves as a means of attachment; for the animal when 
placed in a basin of water sometimes adhered by its tail so firmly 
to the smooth sides, that it could not be detached by a consider- 
able agitation of the water. Out of the innumerable specimens 
which I procured, I never saw one fastened by its teeth to the ova 


Mr. C. Darwin on the Structure’ and Propagation of Sagitta. 3 


of pelagic animals, or to other bodies, as M. d’Orbigny has ob- 
served in some of his species. 

Internal viscera.— Within the body, in the same plane with the 
longitudinally folded mouth, there is a flattened tube or cavity, 
which in the specimens obtained in lat. 18° S. I observed had the 
power of contracting and enlarging itself in different parts, and 
within it there was a distinct peristaltic movement. Within this 
cavity in the S. exaptera I could clearly discern in the posterior 
half of the body a delicate vessel, which I presume is the intes- 
tine, for it appeared to terminate on one side of the body at the 
base of the tail. I could discover no vestige of a nucleus, of 
branchie, of a liver, or of a heart. In some exceedingly young 
specimens, however, just liberated from the egg, there was a di- 
stinct pulsating organ (as will hereafter be mentioned) in the an- 
terior part of the body. 

Propagation.—The state of the reproductive system varies much 
in animals caught at the same time. Taking a specimen with 
this system in a high state of development, the tail, or the taper- 
ing part of the body into which the intestinal tube does not pe- 
netrate, is seen to be longitudinally divided by an exceedingly 
delicate partition, and to be filled with a pulpy finely-granular 
matter. The column of matter on each side of the central divi- 
sion also appears (but whether really so I do not know) to be di- 
vided, making altogether four columns, as is shown in the diagram. 
The whole of this matter is in a state of steady and regular cir- 
culation, something like that of the fluid in the stems of the 
Chara. The matter flowed upwards in the two outer columns, 
and downwards towards the point of the tail in the two middle 
columns. The circulation in the up-flowing columns was most 
vigorous on their outer sides ; and in the down-flowing columns 
on their insides, that is, on each side of the central partition : this 
would be accounted for, if we might suppose that the two sur- 
faces of the central partition were covered with cilia, vibrating in 
a direction opposite to that in which other cilia situated on the 
inside of the membrane forming the tail were also vibrating. The 
stationary condition of the granular matter between the two 
streams, travelling in opposite directions, perhaps gives the ap- 
pearance of the partition on each side of the central one. The 
circulation at the base of the tail was twice as rapid as it was 
near the apex: where most rapid I found that a granule travelled 
over the 34,th of an inch on the micrometer in five seconds ; 
allowing for the slower rate in other parts, I calculated that in 
an individual, the tail of which was ,%,ths of an inch in length, a 
granule performed its entire circuit in about six minutes. I could 
distinctly follow the granules descending one column, turning the 
angle, and again ascending. In specimens with the reproductive 

B 


4 Mr. C. Darwin on the Structure and Propagation of Sagitta. 


system in a lesser stage of development, the tail contained very 
little granular matter ; and in proportion as this was less in quan- 
tity, so was the circulation less and less vigorous: in some spe- 
cimens no granular matter, and perhaps, consequently, no circu- 
lation, was visible. 

When the tail is filled with vigorously circulating matter two 
large cul-de-sacs or gut-shaped ovaries are invariably present, ex- 
tending, as represented (o 0) in the diagram, from the base of the 
tail along each side of the intestinal tube. These are filled with ova, 
which in the same animal are in different stages of development, 
and vary in length from >j,th to »,th of an inch; their shape is 
pointed oval (Plate I. fig. B), and they are attached by the poimted 
end in rows to the sides of the ovaries: those of full size are de- 
tached by avery slight touch. When the ovaries contain many 
eggs nearly perfect (but not at other times), a small conical and 
apparently perforated protuberance can be seen on each side (A A) 
of the body, through which without doubt the eggs are expelled. 
In different individuals the ovaries are of different sizes and the 
eggs in different stages of development: before any of the eggs 
are perfected the ovaries are merely filled with granular matter ; 
but this is invariably of a coarser texture than that within the 
tail. The ovaries when not containing granular matter are con- 
tracted into a very small size* (B). In great numbers of speci- 
mens taken in latitude 18° S. and between 37° and 40° S., I in- 
variably observed that there existed a close relationship between 
the quantity of circulating matter within the tail and the size of 
the ovaries ; from this circumstance, and from the similarity of 
the granular matter in the ovaries, before any of the eggs are per- 
fected, with that in the tail, except that the granules are in this 
latter part of less size, 1 think it almost certain that the granular 
matter is first formed within the tail, and that it then passes into 
the ovaries, where it is gradually developed into ova. I could not, 
however, trace any opening from the one part into the other, but 
at the bottom of each ovary there was a space, where a closed 
orifice might have been situated. 

A well-developed egg presents, when liberated by a touch from 
a torn open ovary, the appearance represented at (B) in the 
diagram. ‘The egg is transparent, and contains within it an ex- 
ceedingly minute globule. Twice on one day and once again a 
week afterwards, | clearly observed the following curious pheeno- 
menon take place: the apex of the egg, a few minutes after ha- 
ving been liberated from its attachment, began and continued to 


* I also remark in my MS. notes, that the granular matter within the 
tail is sometimes contracted into small kidney-shaped bodies ; I cannot help 
suspecting that I ought in every case to have written that the ovaries were 
contracted into this form, 


Mr. C. Darwin on the Structure and Propagation of Sagitta. 5 


swell, and soon assumed the form shown by (C). Whilst this was 
going on, the small internal globule also appeared to be swelling, 
and at the same time the transparent fluid with which the ovum 
and its enlarged apex were charged, became more and more opake 
and granular. The apex continued enlarging until it became of 
nearly the same size with the ovum from which it proceeded ; and 
as this took place, all the granular matter was slowly expelled 
from the original capsule into the newly-formed one, in a manner 
which seemed to show that it was effected by the contraction of 
a lining membrane as represented at (D). Directly that this was 
completed the two balls slowly separated ; one being left a mere 
empty husk, and the other consisting of a spherical mass of gra- 
nular matter, within which a minute globule could be discovered. 
I presume that this was the same globule as seen within the egg 
in its first state (as at B), and that the appearance of its swelling 
was caused by the transparent fluid round it being first converted 
into granular matter. I have reason to suppose from what fol- 
lows that this little globule contains only air. The whole phe- 
nomenon was effected in about ten minutes; and in one case I 
watched the entire process without taking my eye from the mi- 
croscope. 

On the 27th and 29th of September 1832, we passed* through 
the same tract of sea (off Bahia Blanca on the coast of northern 
Patagonia) where twenty-five days previously I had observed such 
great numbers of the S. exaptera with their ovaries distended 
with eggs, and I now found infinitely numerous ova floating on 
the surface. They were in different states of maturity ; those 
least developed presented a sphere of granular matter contained 
within a larger spherical case. In the next stage the granular 
matter collects in a linear manner on one side of the inner sphere, 
and. projects slightly beyond its outline; it then soon forms a di- 
stinct prominent rim, extending round two-thirds of the circum- 
ference of the mner sphere. This prominent rim is the young 
animal; a fine vessel is seen extending within its entire length, 
and one extremity enlarges into a head: the tail is first berated 
from its attachment on the surface of the inner sphere, and lastly 
the head: the young animal, when thus released, lies in a curved 
position within the outer case, with the inner sphere, on the cir- 
cumference of which it was developed, pushed on one side, and its 
function apparently ended. ‘The central intestinal vessel is now 
much more distinct: an excessively fine membrane-like fin is 
discernible round the end of the tail; and the young animal 
being liberated from the outer spherical capsule, progresses by a 


* I may add, that in the beginning of April, off the Abrolhos, on the coast 
of Brazil, in lat. 18° S., numerous specimens of a four-finned Sagitta had their 
ovaries filled with eggs apparently ready to be expelled. 


Bes Dr. G. Dickie on the Marine Alga 


starting movement like that of a full-grown Sagitta. At the ante- 
rior extremity, near the head, a pulsating organ can be distinctly 
seen. The ovum in all these stages contains a minute globule, 
which causes it to float on the surface of the water, and appa- 
rently is formed of air: I presume that it is the same globule with 
that seen in the egg, when first released from the ovary. The 
change in the floating ova from the state in which the inner 
sphere consists of granular matter without any trace of a young 
animal to the succeeding states must be rapid; for on the 27th 
of September all the ova were in this first state, whilst on the 
29th the majority contained partially developed young ones. 
These floating ova were ;4;th of an inch in diameter, whereas the 
spherical balls of granular matter which I saw expelled from their 
pointed oval cases were barely the ;th ofan inch im diameter ; 
but as the eggs within the ovaries were of different sizes, accord- 
ing to their states of maturity, we might expect that their growth 
would continue after having been expelled from them. I will 
conclude by expressing a hope that these few observations on the 
propagation of this curious genus may aid more competent judges 
than myself in ascertaining its true affinities. 


EXPLANATION OF PLATE I. 
I. Intestinal tube. 
oo. Ovaries. 
A A. Apertures of the ovaries, and lateral fins. 
T T. Tail divided into four columns of circulating granular matter, the 
course of which is shown by the arrows. 
B. Egg just liberated from the ovary. 
C. Egg in first state of change. 
D. Egg ina succeeding state. 


II.—On the Marine Alge of the vicinity of Aberdeen. By G. 
Dicxiz, M.D., Lecturer on Botany in the University and 
King’s College of Aberdeen. 


{ With a Plate. ] 


In the present and subsequent communications it is proposed to 
enumerate the marine Algz which have been found in the vicinity 
of Aberdeen, and also to record such observations on their struc- 
ture as may seem of most interest. 

Although no great merit attaches to mere local lists, still such 
are not to be entirely rejected as useless, more especially when we 
consider their utility to those whose attention is directed to the 
geographical distribution of plants, a very interesting and im- 
portant branch of their history. 

All the species to be mentioned have been collected on the 
Kincardineshire coast, the southern part of the Aberdeenshire 


of the vicinity of Aberdeen. 7 
coast being for the most part sandy ; the rocky part commencing 
only on the north side of the estuary of the Yethan, a distance of 
about sixteen miles from Aberdeen. 

The part of the Kincardineshire coast which has been examined 
is chiefly composed of granite and gneiss ; it is much exposed to 
the action of heavy seas, and presents few sheltered coves or even 
calm pools of any extent, and hence probably we may account for 
the absence of some of the more delicate species. I regret that 
my records of the temperature of the sea at this place are so few 
and little trustworthy as to be undeserving of record. iy 

The arrangement given in Harvey’s ‘ Manual of the British 
Algz’ will be followed, although his divisions, founded on the co- 
lour of the seeds, are not strictly applicable in all cases. 


MELANOSPERMES. 


Halidrys siliquosa, Lyngb.—Both varieties of this plant occur 
in considerable quantity ; it is invariably found in pools, mostly 
at high-water mark, and is generally, or more probably always 
submersed. 

Before proceeding to notice the species of Fucus occurring 
here, it will be requisite to direct attention to the fructification of 
this genus, more especially in reference to Dr. Montagne’s paper 
in the ‘ Annales des Sciences Naturelles,’ October 1842 ; in which 
work that profound cryptogamist has published observations on 
his new genus Xtphophora, and in connexion with it has discussed 
at considerable length the question, whether the Hucacee may not 
have two modes of propagation ? 

In Harvey’s work the fructification of the Fucoidee is defined 
as “consisting of spherical clusters of opake seeds, imbedded in 
distinct gelatinous receptacles, and finally escaping by pores ;” 
of Fucus more particularly it is said, that “ the receptacles con- 
tain tubercles imbedded in mucus, and discharging thew seeds 
by conspicuous pores.” 

On dissecting these so-called tubercles in different stages, more 
especially in the earlier, it will be found that they are in reality 
small sacs, or inflexions of the surface of the frond, having distinct 
walls composed of condensed cellular tissue and each opening by 
a small orifice, and having a close resemblance to the perithecia 
of a Spheria, or the so-called anthers of Marchantia. From 
the walls of the sacs originate numerous jointed filaments, in 
some cases simple, in others branched; the apices of many of 
these protrude from the orifices of the sacs, and present no great 
obstacle to the emission of the seeds, but prevent the entrance 
of any small body from without. Dr. Montagne’s account of the 
structure of Xiphophora corresponds exactly with this: the sacs 
he calls conceptacles, and compares the filaments to paraphyses. 


8 Dr. G. Dickie on the Marine Alge 


In the sacs containing simple filaments and at their bases, we 
find the seeds properly so called. These Montagne calls dasi- 
sperms, from their position in relation to the filaments, and in 
order to distinguish them from the other kind of fructification. 
The seeds are usually imbedded in a gelatinous secretion. In 
some conceptacleswe find branched filaments which are also jointed, 
and in the upper articulations of which we observe the other 
kind of reproductive bodies called acrosperms by Montagne, the 
microphytes of De la Pylaie, alluded to also by Meneghini, and 
figured by Lyngbye (Montagne, loc. cit.). It must not be sup- 
posed, however, that the acrosperms are invariably contained in 
the terminal joints of the filaments ; the term is, however, sufficient 
to express the general difference in position of the two kinds of 
bodies, in relation to the filaments. 

On the surface of the frond in many of the Fucotdee are nu- 
merous pores, from which issue, as Greville remarks, “ little tufts 
of filaments, the use of which has not been discovered.” These 
I believe to be barren conceptacles ; both the barren and fertile 
are in reality mere inflexions of the surface of the frond. The 
nature of the fructification in Asperococcus appears to be in fa- 
vour of this opinion ; in the A. fistulosus we have in reality the 
basisperms and simple filaments of a Fucus completely exposed, 
there being no inflexion of the surface. 

Turner states that Reaumur considered the tufts of fibres 
arising from the pores on the frond as corresponding to the 
anthers of Phznogamous plants. 

Fucus vesiculosus.—This species is abundant, and particularly 
near high-water mark and at estuaries. Dr. Montagne has only 
found basisperms in three specimens which he examined. It how- 
ever possesses also acrosperms, the two kinds occurring on differ- 
ent plants. 

F. ceranoides.—In this vicinity it is only found at the mouths 
of the Dee and Don, and also some distance up these rivers. It 
in some instances makes a close approach to F. vesiculosus, and 
is probably only a variety of it, produced by the action of fresh 
or brackish water. Like the former species also, it possesses both 
kinds of reproductive bodies, which are found on the same plant, 
but on different fronds. 

F. nodosus.—This species is found in great profusion. Mon- 
tagne and Pylaie have only found on it acrosperms, Lyngbye de- 
tected basisperms ; Turner says that both occur in the same con- 
ceptacles. I have found both, but on different plants, and have 
been unable to confirm Turner’s observations. — 

F. serratus —Abundant. This species possesses both kinds of 
reproductive bodies on the same plant, but on different fronds. 

F. canaliculatus is very common ; for the most part an occa- 


of the vicinity of Aberdeen. 9 


sional moistening with sea-water is all that is necessary for the 
development of this species, and hence it is mostly found at high- 
water mark. Dr. Montagne has found both kinds of fructifica- 
tion in the same receptacle. The basisperms in the course of their 
development undergo several changes: these may be easily traced 
in F. serratus and F. canaliculatus. In the former we first ob- 
serve large cells with several nuclei in their interior ; these rapidly 
increase in size; the parent cells now appear compound and in 
course of time disappear, the young cells becoming free. Figs. 1, 
2, 3,4 in Plate I. represent these stages in the species alluded to. 
In F. canaliculatus the young cells are not so numerous as in the 
former case. 

Some time ago a few experiments were made for the purpose 
of ascertaining the mode of germination in the last species. A 
considerable quantity of its seeds were placed on slips of glass, 
to which they readily adhered ; these were kept immersed in sea- 
water, which was renewed every four or five days. The experi- 
ments were conducted in a room at a moderate temperature, and 
in the month of December. In about three weeks the seeds were 
found to have undergone a. change of form ; from triangular with 
rounded angles they had become spherical. In the next stage a 
slight swelling was observed on many of them, and at a more ad- 
vanced period there issued at this place several minute transpa- 
rent filaments, never exceeding four in number from the same 
seed; one or more of these had usually made greater progress 
than the others. In their interior was seen a granular matter of 
a pale yellow colour. The observations were interrupted at a 
more advanced stage, when the filaments appeared to have be- 
come coherent at their bases. By careful examination under the 
microscope, it was found that each seed consists of two coats, the 
inner the most delicate of the two and containing a granular mat- 
ter ; the filaments appeared to be prolongations of it, and to have 
burst the outer and stronger membrane. 

Figs. 5, 6, 7,8 represent the germination at different periods. 
The receptacles contaiing the acrospermal conceptacles, gene- 
rally when newly collected, have an orange-yellow colour, and 
after some hours an orange mucus exudes from the pores, which 
on examination with the microscope will be found to consist of 
acrosperms. ‘The cell in which each of these bodies is included 
is for the most part so transparent, that it is difficult to detect 
the presence of any enclosing membrane, more especially if 
viewed in a drop of sea-water, the medium which ought always 
to be used in examining the structure of marine species. On 
placing them in fresh water the containing cell is seen to burst, 
and the enclosed acrosperms are expelled with considerable force, 
Each body is composed of a simple membrane containing small 


10 Mr.S. V. Wood’s Catalogue of the Zoophytes from the Crag. 


granules which are usually regularly arranged. There is some 
difference in their form at different stages, as well as in the differ- 
ent species of Fucus. Figs. 9, 10,11 represent those of F. vesicu- 
losus ; fig. 12 those of F. nodosus. 3 

The presence of these bodies being so constant, it is not un- 
reasonable to suppose that they perform some important function. 
Those who believe that impregnation is necessary in cellular 
plants, in the same sense at least as in the higher tribes, may 
probably consider that they are representatives of the anthers, 
and perform similar functions. 

A few attempts were made for the purpose of ascertaining if 
they would germinate, by treating them in the same way as the 
basisperms of F. canaliculatus already mentioned. The experi- 
ments failed, and the difficulty seems to be to preserve the water 
at a proper and uniform temperature, for, owing to the delicacy 
of their structure, they are easily affected by changes. I believe, 
however, that they afford one means by which the Fuci are pro- 
pagated, for the reason that the structure of the reproductive or- 
gans of Alaria, Laminaria, &c. is essentially that of acrosperms : 
this will be more particularly alluded to in a subsequent paper. 
The true species of Fucus may be considered as heterospermous, 
and it will be shown afterwards that other genera are basispermous 
and others acrospermous.. 

[To be continued. } 


IlI.—Deseriptive Catalogue of the Zoophytes from the Crag. 
By 8. V. Woop, Esq., F.G.S. 


Mr. Ricuarp Cow1ine Taytor, in a very valuable paper upon 
British “ Antediluvian Zoology and Botany,” communicated to 
the ‘ Magazine of Natural History’ in 1830, was, I believe, the 
first to draw attention to the variety and interesting forms pre- 
sented by the Corals of the Crag, and many very good figures 
are given by him in the above periodical, but unaccompanied by 
generic or specific characters. | 7 

In the following Catalogue I have endeavoured to furnish a list 
of these Polypifera, which are principally derived, as might be 
expected, from the deposit that has been termed par excellence 
“ Coralline” Crag. This formation in the neighbourhood of 
Orford presents a close analogy to some of the coral reefs now 
forming, being composed almost entirely of corals, and suff- 
ciently indurated to serve as a building-stone. 

Among the corals of the crag we are presented with as great 
anomalies as among the Mollusca; recent species strictly British 
being associated with genera wholly unknown in a living state, as 
for example, Fascicularia and Theonoa. Although inferences re- 


Mr. S. V. Wood’s Catalogue of the Zoophytes from the Crag. 11 


specting the temperature of the coralline-crag sea must be highly 
conjectural where such incongruous forms are associated, I should 
still be disposed to adhere to the opmion I have already expressed 
as to the probability of its approximating that of the coast of 
Portugal. A current of water like that which now rolls through 
the Gulf of Florida may have introduced Pyrula, Pholadomya, 
Lingula and other tropical forms, or these genera, at the time of 
the coralline crag being deposited, might have been the only 
living representatives of a tropical fauna otherwise extinct. 

The fauna of the red crag must, I think, be regarded as in- 
dicating a temperature much lower than that which existed 
during the deposition of the coralline crag. The general cha- 
racters of its Polypifera agree with those of our own seas, for I 
consider my red-crag specimens of Theonoa and Fascicularia to 
have been introduced into this deposit from the underlying 
coralliferous beds. The greater part of my red-crag corals are 
attached to the mouths of univalves or the interior of bivalves. 

I have not as yet seen any corals from the mammaliferous crag. 

Though many of the crag polypidoms are in a very perfect con- 
dition, others, particularly among the Escharida, from various 
causes, have undergone structural alterations which render their 
correct determination often a matter of great difficulty. Flustra 
membranacea, for example, is generally found with nothing but 
the bare walls of its cells remaining, and other species have had 
prominent parts entirely removed ; these alterations are wholly 
independent of that change which takes place in the external 
covering of the cells during their progress to maturity, so ably 
pointed out by M. Edwards in his essay upon the Escharide, 
and which may be seen in various cells on the same specimen. 

The following are from my own cabinet except where otherwise 
expressed. 

Class ZOOPHYTA. 
Fam. LAMELLIFER. 
Balanophyllia, n. g. 

Polypidom permanently fixed, simple, exterior striated longitudi- 
nally; disc stellated, with a central style ; lamelle radiating in trios, 
converging to a point at the circumference. 

This differs from Caryophyllia in the tripartite arrangement of 
the lamelle, and from Dendrophyllia in not being dendroidal. 


Cor. Crag. Red Crag. Recent. 
1. Balanophyllia calyculus, n. s. 
| Sutton. 

*‘Polyp. subcylindrical ; disc subovate, cup-shaped, with an elongate 
central style; lamelle radiating and fasciculated, sides of lamelle 
finely granulate, exterior rugosely striate.” —Mag. of Nat.Hist.vol. iii. 
1830, p. 272. f. 60. d. 


12 Mr.8. V. Wood’s Catalogue of the Zoophytes from the Crag. 


The dise of this coral is partially bisected by a central style, 
around which are arranged twelve rays, each ray composed of 
three lamelle, which converge to a point as they approach the 
circumference. In the intervals formed by the divergence of 
these rays are placed twelve other rays also tripartite, and the 
smaller spaces between the terminations of these twenty-four rays 
are each bisected by a single plate. One in every three of the 
thirty-six lamellee attached to the style is elevated above those 
contiguous to it. From the extreme rarity of unmutilated spe- 
cimens, I am unable to state whether the number of rays be con- 
stant in this species, but its form varies so greatly that I should 
presume some variation in the number of its parts to be very 
probable. It is occasionally much depressed, the base spreading 
to more than twice the diameter of the disc; sometimes it is a 
reversed cone, the disc exceeding the base tenfold, such variation 
appearing to depend upon its place of attachment ; it often occurs 
much elongated, generally single, never branched, though occa- 
sionally three or four individuals are grouped together. 

The lamelle appear promiscuously arranged where the disc 
is much injured, which is generally the case with crag specimens. 
The species is also found in the tertiary formation of Touraine : 
a specimen in my possession, from this locality, has a portion of a 
thin periostracum remaining upon the exterior. 

Cor. Crag. Red Crag. Recent. 
1. Fungia semilunata, Lamk. (2nd edit. Hist. des An. sans Vert. 
vol. ii. p. 371). 
Iken. | | 
I am only acquainted with two specimens of this species, one 


in the cabinet of Mr. Bunbury, and the other in the possession 
of Mr. Wm. Colchester. 


1. Turbinolia Milletiana, De France (Dict. des Sci. Nat. vol. \vi. p. 93. 
Turbinolia ? Taylor, Mag. Nat. Hist. vol. iii. p. 272. 
f. 60. c). 


Sutton. | Sutton. | 
1. Cladocora cariosa, Lonsdale MS. (Madrepora cariosa, Goldf. Pet. 


t. 8. f.8; De Blainv. Dict. des Sci. Nat. t. 60. p. 355). 
Ramsholt. | Sutton. | 


Class BRYOZOA. 


Fam. Crisiapa&. 
Cor. Crag. Red Crag. Recent. 
1. Crisia eburnea, Lamez. (Expos. Méth. de Pol. p. 6; Johnston, Brit. 
Zooph. p. 262. pl. 31. £.3, 4). 
Suttons i fusions okie | Britain. 
2, — luxata? Flem. (Johnston, Brit. Zooph. p. 262. pl. 31. f. 5, 6). 
uteon Fe ge. st | Britain. 


Mr. 8. V. Wood’s Catalogue of the Zoophytes from the Crag. 138 


Only one fragment, which however differs from the description 
at the above reference. My specimen has the tubes alternate, de- 
pressed, suborbicular ; surface rugose, probably porous ; the cells 
are not adnate, but distant from each other rather more than the 
diameter of the tubes. 


Fam. TuBuLiIpoRipD2&. 


Cor. Crag. Red Crag. Recent. 
1. Fascicularia aurantium, M. Edw. (Lyell’s Elements, p. 304. edit. 
1838, var.a; Taylor, Mag. of Nat. Hist. vol. ii. 1830, p. 272. 
f.61; id. var. f. f. 63). 
Aldbro’. | Sutton. | 
Abundant in the coralline crag. A specimen in my possession 
measures six inches and a quarter in diameter. 


1. Theonoa? globosa (Blumenbachium globosum, Koenig, Icon. Foss. 
pl. 5. £69. Theonoa cristata, M. Edw. MS. Taylor, Mag. 
Nat. Hist. vol. iii. 1830, p. 2738. f. 64 & 65). 
Sudbourn. | Sutton. | 

In its young state this coral is of a discoidal form with a very 
short pedicel of attachment ; it then resembles a reversed speci- 
men of Polyporus, and rarely attains half an inch in diameter. 
The upper surface exhibits the openings of numerous subpoly- 
gonal tubes which are most abundant towards the margin ; these 
tubes converge towards the pedicel as a common centre, and their 
direction may be sometimes traced along the under surface, which 
is smooth and entire. The polygonal form of the tubes is pro- 
bably the result of lateral compression. 

The mode of increase appears to be by gemmules formed upon 
or near the margin of the disc; as these enlarge, their horizontal 
extension is interrupted by the mutual approximation of their 
edges, which consequently bend upwards, except at the points 
furthest from the centre of the dise upon which they are formed ; 
and here, as there is nothing to prevent the free extension 
of the gemmules, they project beyond the parent disc, and in 
a slightly downward direction: each disc is thus twisted into a 
triangular or subquadrangular form, producing a sort of depressed 
compartment by the union of the under surfaces which project 
around in the form of a crest. In this manner the shape pre- 
sented by the adult coral is ultimately produced, and is either 
hemispherical or subglobular, according to its place of attach- 
ment. This polypidom has sometimes a radius of more than two 
inches. 

1. Heteropora dichotoma, De Blainv. (Man. d’ Actinol. p. 417. Ce- 
riopora dichotoma, Goldf. Pet. t.10.f.9. var. B. d—f). 
Ramsholt. — | 


What I conceive to be the young state of this coral is a small 


14 Mr. 8. V. Wood’s Catalogue of the Zoophytes from the Crag. 


attached hemispherical body, consisting of a congeries of tubes 
radiating from a common centre. This increases cylindrically 
and branches; a longitudinal section then displays the tubes, 
arising at the first centrally with avertical direction, but afterwards 
bending suddenly at nearly a right angle to reach the exterior ; 
a transverse section would consequently divide the tubes through- 
out a portion of their extent longitudinally, while in the centre 
of the branch it would cut them transversely. The tubes are 
subpolygonal with circular openings, many of which are nearly 
closed, owing probably to the more extended lives of some of the 


polypes. 
This polypidom attains a height of several inches. 


Cor. Crag. Red Crag. Recent. 
2, Heteropora septosa (var. a. polymorpha ; var. 8. pustulosa). 
GUO ghee dn 058 | Britain. 


Polypid. boletiform, irregular, sometimes investing; pores irregular. 


One fossil specimen invests an Emarginula, and corresponds 
with a recent British species in my possession upon an Arca 
lactea. 

Var. GB. is globose and pustuliform; pores irregular, large and 
small, subpolygonal ; a section shows rows of tubes long and straight, 
with transverse partitions like those in Chetetes. 


1, Diastopora meandrina, n. s. 
Sutton. | [ 

Polypid. globosely foliaceous ; foliations anastomosing or meander- 
ing with two layers of opposite cells; cells tubular, slightly raised, or 
rather strongly inclining towards the plane of axis, irregularly quin- 
cunxial ; aperture orbicular; surface granular ; radius one inch and 
a half. , 

Sect. a. adnate. 


Cor. Crag. Red Crag. Recent. 
1. Tubulipora obelia, Johnston (Brit. Zooph. p. 269. t. 30. f. 7, 8). 
Sudbourn. | Sutton. | Britain. 
2. — patina, id. (Brit. Zooph. p. 267. t. 30. f. 1—3). : 
Sudbourn. | Sutton. | Britain. 
_ 3. — serpens, id. (Brit. Zooph. p. 268. t. 30. f.4—6). 
SOUENORTR NN BA gs ss a e's | Britain. 
4. — palmata, n.s. . ; 
Sudbourn. | Sutton. = | 


Polypid. adnate, divergent ; branches enlarging, palmate, truncate ; 
surface rugose, porous, with numerous dwarfish tubular cells, in- 
creasing in number (as it diverges) from one or two to seven or eight. 

Extent of polypidom three-eighths of an inch. 

5, — repens, n.'s. 
Sutton. | Sutton. | 
Polypid. adherent by a narrow base, linear, dichotomously or irre- 


Mr. 8. V. Wood’s Catalogue of the Zoophytes from the Crag. 15 


gularly branched ; upper surface studded with tubular curved cells 
irregularly quincunx, seldom more than three tubes in the width of 
each branch. 

Polypidom spreading one inch, diameter of branches 3/5. 


Sect. 3. free. 


Cor. Crag. Red Crag. Recent. 
6. Tubulipora ? intricaria, n. s. 

Sutton. | | 
7. —? arborea, n. s. 

Sutton. | | 
8. — ? agaricia, n. s. 

Sutton. | | 


The above three species do not strictly belong to this genus, 
but I have placed them here provisionally until better specimens 
and more information be obtained respecting them. 


1. Idmonea disticha, De Blainv. (Retepora disticha, Goldf. Pet. t.9. 
f. 15). 
Sutton. | | 
1. Discopora hispida, Flem. (Brit. An. p. 530; Johnston, Brit. Zooph. 
p. 270. t. 30. f. 9—11). | } 
Sudbourn. | Sutton. | Britain. 


1. Alecto gracilis? M. Edw. (An. des Sci. Nat. 1838, tom. ix. t. 16. 
f. 2. Alecto ? Woodward, Geol. of Norf. t. 4. f. 16. Chalk). 
| 


Sutton. 
My only specimen is not in good preservation. 


Filicella, n. g. (filum, a thread, and cella). 
Gen. Char. Cells filiform, distinct, adnate, united at the extremi- 
ties ; dichotomous aperture subterminal, not projecting. 


1. Filicella anguinea, n. s. 
Ramsholt. | | 
Repent, snake-like, elongated, subcylindrical, or rather club-shaped, 
tubulous, glossy, united at the extremities, adnate, dichotomous; 
aperture oval, rather depressed, subterminal. 


I propose this genus for the reception of a very minute zoo- 
phyte from the coralline crag which much resembles Alecto, but 
differs in being more elongated, less cylindrical, and with its pe- 
ritreme even with the cell; it does not adhere by an expanded 
side hike Alecto, but is filiform throughout, the cells are more di- 
stinctly separated, and are but slightly attached (laterally) to the 
surface of the interior of an Echinus. The cell is compact, 
smooth, not porous. This is the smallest zoophyte I am acquainted 
with, being scarcely visible to the naked eye. 


16 Mr.8. V. Wood’s Catalogue of the Zoophytes from the Crag. 


Dimensions, one-fifth of a line in length ; diameter of the widest 
part near the mouth of the cell about the eighth part of its length, 
and this twice the width of the lower portion adjoining its cognate 
cell. The annexed drawing was made with the camera lucida. 


Filicella anguinea. 


\ 
Cor. Crag. Red Crag. Recent. 
1. Hornera reteporacea, M. Edw. (An. des Sci. Nat. vol. ix. t.10.f. 2). 
Sutton. | Sutton. | 
2. — striata, M. Edw. (An. des Sci. Nat. vol. ix. t. 11. f. 1). 
Sudbourn, | ~ 


The figure above referred to must have been made from an old 
specimen in which the intermediate pores are closed up ; when 
young and perfect, the superior surface is striated and porous 
between the cells. 

Fam. EscHarip&. 
Cor. Crag. Red Crag. Recent. 

1. Retepora cellulosa, Johnston (Brit. Zooph. p. 297, vignette no. 46. 
p. 283; M. Edwards, 2nd edit. of Lamarck, tom. ii. p. 276 ; 
Lamourour, Exp. Méth. des Polyp. pl. 26. f. 2). 

Sudbourn. | Sutton. | Britain. 

The crag coral corresponds with the British var., and may 
probably be distinct from that found in the Mediterranean, whose 
meshes are much larger. This latter is also supposed by M. Ed- 
wards to be’ distinct from the one quoted by him as from the In- 
dian Ocean. 

1. Eschara monilifera, M. Edw. (An. des Sci. Nat. vol. vi. pl. 9. f.1). 


Ramsholt. | Sutton. | 

2. — pertusa, M. Edw. (An. des Sci. Nat, vol. vi. pl. 10. f. 3). 
Sudbourn. | 

3. — Sedgwickii, M. Edw. (An. des Sci. Nat. vol. vi. pl. 10. f. 5). 
Sudbourn, | | 

4, — incisd, M. Edw. (An. des Sci. Nat. vol. vi. pl. 9. f. 2). 
Sudbourn. | 


I have not seen this species. 


Mr. 8. V. Wood’s Catalogue of the Zoophytes from the Crag. 17 


Cor. Crag. Red Crag. Recent. 
5. Eschara foliacea, Johnston (Brit. Zooph. p. 297. t. 40). 
Sutton. :4 | aguas ova | Britain. 
6. — porosa? M. Kdw. An. des Sci. Nat. vol. vi. pl. 11. f. 7. 
Sudbourn. | 


The cells of this are found open. 


1, Ulidium Charlesworthii (Melicertina Charlesworthii, Hhrenb. 
Melicerita Charlesworthii, M. Hdw. An. des Sci. Nat. vol. vi. 
pl. 12. f. 19). | 

Sutton. | | 
Melicerta has long been used as a genus in the class Crustacea, 

Melicertum in Acalepha. Melicerita as stated by Ehrenberg is 

not correct. Melicertina is objectionable, as the ma is generally 

used for a family termination. I therefore propose the name 

Ulidium (odd iStov, a scar), from its close connexion with Eschara. 


1. Cellaria fistulosa (Tubularia fistulosa, Linn. Cellaria salicornia, 
: Lamex. Exp. Méth. des Polyp. p. 5. Farcimia fistulosa, Flem. 
Brit. An. p. 534). 
Sutton. | Walton Naze. | Britain. 
Articulations cylindrical; cells elongato-rhomboidal, immersed ; 
sides elevated, sharp ; larger opening transversely lunate, unarmed ; 
smaller opening above transverse, semilunate; surface of cells porous. 


The cells occasionally vary in shape upon different articulations 
of the same specimen, like those represented by Ellis, Coral. pl. 238. 
D., some being of a subhexahedral form with nearly parallel sides. 
The lower part of the larger opening (the operculum) is elevated 
in the centre, projecting outwards ; this in the fossil is occasionally 
separated into denticulations : the smaller opening above is gene- 
rally transverse, sometimes lunate, and often orbicular in worn 
specimens. In those most perfect the smaller opening is a nar- 
row transverse fissure close to the partition, as may be seen in 
dead specimens of the recent species, and is probably accidental 
in all. Fragments of this fossil are abundant, but the articulations 
are generally separated. 


2. — crassa, n.s. 
Sutton. | Sutton. © | 

Articulations ovate ; cells rhomboidal, immersed, plain; sides ele- 
vated, sharp ; aperture transverse, sublunate. 

The cells in some are hexagonal, and the aperture appears as 
if armed with four teeth, two proceeding from the upper edge 
pointing downwards, and two from the lower, more obtuse, point- 
ing upwards; these are probably produced from decomposition : 
the smaller opening above the mouth varies in shape, being some- 
times orbicular, sometimes lunate, and is also in all probability 
accidental. 


Ann. & Mag. N. Hist. Vol. xi. A 


18 Mr. 8. V. Wood’s Catalogue of the Zoophytes from the Crag. 


Cor. Crag. Red Crag. Recent. 
1. Lunulites alveolatus, n. s. 
Sutton. | Sutton. | 


Polypid. cupuliform, convex above, concave beneath, thick; cells 
radiating in straight lines, open ?, subquadrate ; margin without den- 
ticulations ; surface beneath striated and porous ? 

2. — Owenii, Gray (Spicilegia Zoologica, p. 8. t. 3. £.15). 
Suttda. | sie ues | Coast of Africa. 


Fam. CELLEPORIDA. 


1. Cellepora pumicosa, Johnston (Brit. Zooph. p. 278. t. 82. f. 1—3). 
Sutton. | Sutton. | Britain. 
Var. a. irregularis. 
Var. 6. globularis. 
Var. y. pustulosa. This always envelopes a univalve shell. 


Some specimens of irregularis are pierced the entire length, as 
if originally grown upon the stem of a sea-weed. 


2. — cellulosa (Scyphia cellulosa, Goldf. Pet. t.33. f.12). 


Sutton. | 
3. — ramulosa ? Johnston (Brit. Zooph. p. 274. pl. 32. f. 4). 
Butson seis, ta Pi | Britain. 


4. — coronopus, n. s. 
Ramsholt. | 


Polypid. dichotomously branched; branches subcylindrical, taper- 
ing, terminations not compressed. 


1. Lepralia variolosa, Johnston (Brit. Zooph. p 278. t. 34. f.4). 


Sutton. | Walton Nase; | Britain. 
2. — ciliata, Johnston (Brit. Zooph. p. 279. t. 34. f. 6). 
Sudboewmn.. i dissetacianeas | Britain. 


The spines are gone, but there are five short tubes (which I 
presume to be their remains) occupying about two-thirds of the 
peristome. 


3. — puncturata, n.s. 
Sudbourn. | Sutton. | 
Polypid. discoidal, radiating ; cells subcylindrical, convex, porous 
and granular, with generally six rows of punctures; aperture trans- 
verse, sublunate, bordered and edentate, with an open? ear-like pro- 
cess on each side of the mouth. 
On various shells. 


4. — umbonella, n.s. 
Sudbourn. | | 
Polypid. discoidal, radiating; cells depressed, subtrapezoidal, slightly 
granular, separated by one row of large oblong perforations, two or 
three on each facet ; aperture transverse, sublunate ; operculum worn 
into denticulations ; a prominent umbo below the er 
Ona Terebratula. 


Mr. S. V. Wood’s Catalogue of the Zoophytes from the Crag. 19 


Cor, Crag. ed Crag. Recent. 


5. Lepralia abstersa, n. s. 
| Walton Naze. | 


Polypid. ramose ; cells elongato-ovate, ventricose, smooth ; aper- 
ture subterminal, subcircular, depressed. 
One specimen on a Pholas. 


6. — catena, n.s. 
Sutton. | | 
Polypid. cateniform ; cells ovate, costated ; coste five, lateral one 
terminal ; aperture suborbicular, armed ; three teeth? 
One specimen on an oyster. 


7. — geniculata, n. s. 
Sutton. { Walton. | Mediterran. 
Polypid. discoidal, radiating; cells ovate, slightly granular, obtusely 
costated, lines of punctures between the costz radiating; aperture 
semiovate, bordered, armed with five denticulations. 
On various shells. 


The denticulations have disappeared, leaving so many short 
tubes. This is identical with a recent species brought from the 
Mediterranean by Mr. E. Forbes. 


8. — pyriformis, n.s. 
Sudbourn. | 
Polypid, radiating ; cells elliptical at the upper part, or rather pear- 
shaped; aperture transverse, semiovate, unarmed. 
On a Terebratula. 


9, — mammillata (Cellepora mammillata, De Blainv. Man. d’ Actinol. 
p- 444). 
Sutton. | | 

Polypid. adnate; cells subconical, rugose; aperture terminal, sub- 
orbicular ; peritreme thickened and armed with five long and sharp 
spines, occupying three-fourths of the anterior portion, one obtuse 
spine at the posterior part; base of the cell punctured. 

On various shells and pebbles. Named by De Blainville but not 
described. 


10. — unicornis? Johnston MS. (Lepralia coccinea, Johnston, Brit. 
Zooph. p. 278. pl. 34. f. 1—8, bad). 
Bteon Pe ss | Britain. 


The aperture of this has vestiges of spines. 

The ovarian capsule above the aperture, observable in many 
specimens of this genus, will occasionally alter the shape of the 
aperture, and is itself sometimes worn into an opening. 


1. Catenaria dentata, n. s. 
| Walton Naze. | 
Cells slender, ovato-lanceolate ; aperture oval, margin dentate. 
Specimen attached to a Pholas. It is dichotomously and divari- 


C2 


20 Mr.8. V. Wood’s Catalogue of the Zoophytes from the Crag. 


cately branched, emitting a cell sometimes from both sides, at others. 
only from one; it somewhat resembles Hippothoa lanceolata, Gray, 
‘Zool. Mise.’ 35, but differs in having the margin of its aperture 
armed with eight or nine long denticulations curving inwards. When 
magnified, the surface of the cells appears finely granulated. 


Cor. Crag. Red Crag. Recent. 
]. Flustra distans, Johnston (Flustra Peachii, Couch, Cat. of Zooph. 
of Cornwall). 
| Sutton. | Britain. 


Identified by Dr. Johnston. 


2. — membranacea, Johnston (Brit. Zooph. p. 287. t. 37. f. 1—3). 
Sutton. | Sutton. | Britain. 
This is generally found with the cells open and nothing but 
the partition-walls remaining. Specimens from the coralline crag 
are however occasionally met with quite perfect, showing the 
form of the mouth and with the obtuse spmes at the corner of 
the cells. 


3. — coriacea, Esper. 
Sudbourn. | | 
Identified by Dr. Johnston. . 
4, — trifolium, n. s. 


Sutton. 

Polypid. adnate, discoidal, radiating ; cells ed hexagonal ; 
surface rugose; centre depressed; aperture irregularly tripartite, 
unarmed. 

On various shells. 

5. — holostoma, n. s. 
Sutton. | 

Polypid. adnate ; cells radiating, irregular, bordered; centre de- 
pressed ; surface rugose ; aperture subcircular, unarmed. 

The cells in form somewhat resemble those of F. flabelliformis, 
Lamx., ‘ Expos. Méth.’ p. 113. pl. 76. f. 11—13, but it is an en- 
crusting coral, and the interior of the cells are not parallelograms, 
and the aperture not so central. On various shells. 

These last two are probably altered forms. 

1, Membranipora pilosa? Auct. (Johnston, Brit. Zooph. p.280. pl. 34. 
f. 10—12). 
| Sutton. | Britain. 

The perforation through the hollow base is visible, but there 
are no denticles remaining, and as such I consider it a doubtful 
identification. 

2. — membranacea, Johnston MS. (Flustra tuberculata, Johnston, 


Brit. Zooph. t.34. £.9. Flustra membranacea, Miiller, Zool. 
Dan. Flustra unicornis, Flem. Brit. An. p. 536). 


Button. | YG AGs is . | Britain. 


Mr. G. Newport on the existence of Branchie in Pteronarcys. 21 


Fam. OrsiruLiTipaz. 
1. Orbitulites coscinodiscus, n. s. 
Sutton. 
Polypid. discoidal, smooth, flat; cells concentric, linear, and radi- 
ating in straight lines. 
The cells differ in form and arrangement from those of Orb. 
complanata. : 
Ord. Carnosa. 
Fam. ALCYONIDIADZ. 


Cor. Crag. ted Crag. Recent. 
1. Alcyonidium circumvestiens, n. s. 
Sutton. | Sutton. 


Polypid. enveloping univalve shells, surface papilliform and rugose. 
This covering attains a thickness of more than half an inch, 
and can be partially removed in layers; im some instances the 
univalve is entirely absorbed. Not restricted to one species of shell. 


Class AMORPHOZOA. 
1. Grantia compressa, Johnston (Brit. Sponges, p. 174. pl. 20. f. 1). 
| Walton Naze. | Britain. 
Three very minute specimens, found by Dr. Johnston adhering 
to the interior of a shell. 


Class LITHOPHYTA. 
1. Nullipora. 
Sutton. | | 


IV.—On the existence of Branchie in the perfect state of a Neu- 
ropterous Insect, Pteronarcys regalis, Newm., and other species 
of the same genus. By Grorce Newport, Pres. Ent. Soc. &c.* 


Havine been favoured by Mr. Barnstone with a specimen of 
that magnificent Neuropterous insect, Pteronarcys regalis, cap- 
tured by himself in the high latitude of 54° on the Albany river, 
North Americat, and preserved in spirit, I have been agreeably 
surprised at finding in the perfect state of this species a series of 
thoracic branchie, a condition of the external respiratory organs 
that is usually met with only in the preparatory larva and pupa 
states of insects. The persistence of external branchiz in a winged 
insect, fitted in every other way for flight in the open atmosphere, 
like other species of the order to which it belongs, is an anomaly 
that requires a close attention to its habits to explain. This is 
the only genus, so far as ] am aware, in which the branchial form 
of the respiratory organs, so common in the larva and pupa of the 

* Read at the meeting of the Entomological Society, December 4, 1843. 

+ It was brought by Mr. Barnstone with a large collection of Canadian 
insects which he had recently captured, and has since presented to the Bri- 
tish Museum. ‘ 


22 Mr. G. Newport on the existence of Branchia in Pteronarcys. 


Neuroptera, is retained in the perfect state. On first observing 
these organs, in the specimen received from Mr. Barnstone, I was 
disposed to regard them only as an accidental occurrence ; but I 
have subsequently detected the remains of them in every dried 
specimen I have had an opportunity of examining ; and also in the 
pupa of the same species, in which, however, they are somewhat 
more developed. They are of the tufted or filamentous form of 
branchie. They consist of eight pairs of branchial sacs, from the 
exterior of which proceed numerous elongated, setose filaments, 
which together form a thick tuft on each sac. These branchiz 
are situated, as described by Pictet in the larva state of Nemoura 
cinerea, Pictet, over the proper spiracular orifices or entrances to 
the great longitudinal tracheze of the body, at the inferior lateral 
parts of the thorax and basilar segments of the abdomen. The: 
first pair of sacs is in the tegument of the neck, between the head 
and prosternum ; the second and third pairs, each of which is 
composed of two tufts, between the prosternum and mesoster- 
num, behind the coxee of the first pair of legs ; the fourth and 
fifth between the mesosternum and metasternum, behind the coxee 
of the second pair of legs; and the sixth pair behind those of the 
third pair of legs, at the junction of the thorax with the abdomen. 
The seventh and eighth pairs, formed each of single tufts, are at- 
tached more laterally, the seventh to the first, and the eighth to 
the second basilar segments of the abdomen. These latter 
branchie correspond in situation in the segments to that of some 
apparently closed or obsolete spiracles at the sides of the succeed- 
ing segments. The situation of the branchiz themselves is thus 
as anomalous as their existence in the perfect insect. In most 
instances branchie are arranged along the sides of the abdominal 
segments of the larva, and are often employed to assist in loco- 
motion ; but they cannot be of use for this purpose in the larvee 
and pupe of these Perlide which move by means of large and 
powerful limbs. In Pteronarcys the two posterior pairs of legs 
of the pupa have the tibize densely ciliated, for swimming, like 
those of the Dyticide, so that the delicate filamentose branchiz 
can afford little, if any, assistance in this function. The struc- 
’ ture of the filaments themselves differs also from that of the fila- 
mentose branchiz of the Szalide, in which these organs are said 
to be quadri- or quinque-articulated, and are employed as organs 
of locomotion. In Pteronarcys they are simple unarticulated 
filaments. ach filament is soft, delicate and gradually tapered 
from its base to its extremity, and ends in a slightly obtuse point. 
Internally each filament is traversed longitudinally by a tracheal 
vessel, which becomes, like the filament itself, more and more 
slender, and at last divides into two branches, which may be 
traced to the extremity of the filament ; but I have not been able 


Mr. G. Newport on the existence of Branchie in Pteronarcys. 23 


to discover any orifice in the extremity of the filament itself, nor 
any direct communication whatever between the external surface 
and the ramifications of these trachez, and I doubt much whether 
any such direct communication exists. 

M. Pictet has found that branchie are attached to the thorax 
of the larva in all the species of Perla excepting P. virescens and 
P. nigra, which circumstance seems to indicate some difference 
in the habits of these species. Now a like difference exists between 
the pupa of Pteronarcys regalis and that of Perla abnormis, Newm., 
which latter insect has not these branchie ; and Mr. Barnstone, 
who has most assiduously observed the habits of these species, in- 
forms me that he found the first living constantly in the water 
at the bottom of streams, but the latter was always hidden in 
clefts of water-logged timber, the trunks of trees and other places 
on the banks, and that he has usually found the cast-off exuviee of 
the pupa “under stones along the banks of rivers.” This dif- 
ference in the habits of the pupze leads to further inquiry in re- 
gard to those of the perfect sects. P. regalis he states is a noc- 
turnal species, being mostly found hidden by day under stones or 
in damp places, and coming abroad on the wing only at night- 
fall. Has this habit any reference to the persistence of the 
branchiz, and the mode in which the aération of the fluids is ef- 
fected ? or are these persistent branchiz merely accidentally re- 
tained organs, the functions of aération being performed by other 
means? The existence of three pairs-of orifices on the sternal 
surface of the thorax seems at first to favour this latter conclu- 
sion ; but it yet remains to be shown that these orifices have any 
communication with the trachese, since they are placed in the 
middle of the sternal portion of each of the segments, between 
the coxze, situations in which spiracles do not usually exist. This 
question, therefore, I leave for the present for closer anatomical 
investigation. 

In regard to the function of aération being performed by these 
branchize in the perfect insect, I may remark, that it is of little 
consequence to the preservation of animal life whether aération of 
the fluids of the body be effected directly, by means of air received 
znto the body in lungs, or in spiracles and trachee, or indirectly, 
by means of water or vapour, that holds air intermixed with it, 
through the agency of external branchial organs, in which case 
the air is brought into contact with the fluids through the sur- 
face of these organs in water equally well as in the open atmo- 
sphere, when air is taken into the body through the spiracles. 
The function of branchix, or aquatic organs, is equally well per- 
formed in the open air as in water, so long as the air is charged 
with a sufficiency of fluid to preserve these organs in a healthy 
state. 

Some circumstances connected with the respiration of larve 


24 Mr. G. Newport on the existence of Branchie in Pteronarcys. 


distinctly show this to be the case, and also have reference to the 
apparently anomalous persistence of branchie as respiratory or- 
gans in Pteronarcys. Mr. Westwood in his ‘ Modern Classi- 
fication of Insects*’ has quoted, as a remarkable circumstance 
connected with the respiration of the Sialide, an observation made 
by M. Pictet, “that one of these larvee lived fifteen days in the 
earth before it changed to the pupa, being,” he remarks, “ the 
only instance of an insect furnished with external respiratory or- 
gans respiring the ordinary atmospheric air.” I cannot perceive, 
however, what our worthy friend, or M. Pictet, from whom he 
quotes the fact, has discovered so exceedingly wonderful in this 
circumstance. There is nothing more remarkable in this fact, 
than in that of the common caterpillar of the Sphinx remaining 
unchanged in its cell in moist earth for many days before it 
enters the pupa state. The truth is, that as the period of change 
approaches, the respiration of the larva is reduced to its minimum, 
and is almost entirely suspended ; consequently the medium in 
which the insect is placed, whether it be water, or air saturated with 
that fluid, as it necessarily must be in a cell of moist earth, is as 
well fitted for branchial respiration as water itself. That the 
functions of branchize are fulfilled under these circumstances, 
I need but, in proof, direct attention to the known fact that 
Crustacea will continue to respire in the open air for an indefinite 
length of time, so long as their branchie are kept moist by fluid 
retained beneath the folds of the thorax. In closing these re- 
marks I again refer to the question, have the habits of Ptero- 
narcys any reference to the branchial structures in the perfect 
insect ? My own opinion inclines strongly to the affirmative. 
The Pteronarcys shun the open day, during which they remain - 
secluded beneath stones or in damp places, where the air is 
charged with moisture. They come abroad at night, and are con- 
stantly in the neighbourhood of streams and rivers, in which lo- 
calities also the air is saturated with moisture. Under either of 
these circumstances the branchize may be sufficient for all the 
purposes of aération. 

I may also further observe, that branchize appear to be a well- 
marked generic character of these insects, although hitherto over- 
looked. In the dried specimens they become shrivelled, and are 
almost lost ; but I have had the satisfaction of detecting the re- 
mains of them in the original specimens described by Mr. New- 
man, and now in the collection of the Entomological Club. They 
are in so shrivelled a condition as to have been easily overlooked ; 
and would not, probably, have at all been recognised were they 
not first seen in this recent and well-preserved specimen in spirit +. 

* Vol. ii. p. 50, note. 

+ The specimen preserved by Mr. Barnstone in spirit was exhibited at 
the meeting. 


Rev. T. Salwey’s List of Lichens in Wales. 25 


The species in which these branchie exist in the perfect state are 
Pteronarcys regalis, P. biloba, P. proteus, and also in an unde- 
scribed species brought by Mr. Doubleday from New York, and 


now in the same collection. 


V.—A List of Lichens gathered in different parts of Wales, prin- 
cipally in the neighbourhood of Barmouth, with a few casual ob- 
servations upon some of the species. By the Rev. T, Satwey. 


‘Tux species common everywhere are omitted, unless marked by 
some peculiarity of growth. All the habitats, except where it is 
otherwise specified, are in the neighbourhood of Barmouth. 


Beomyces roseus. Hill above the half-way-house between Barmouth 
and Dolgelley. 

rufus. Walls and rocks. I have gathered this so finely 

developed upon decayed turf as to look like a different plant. 

placophyllus. Rocks above Corwen : this habitat was first 
pointed out to me by Mr. Borrer ; top of Snowdon, and in fruit at 
the top of Cader Idris, Mr. Ralfs. 
anomalus. On rocks at Crafnant near Llanbedr, and above 
Gwastad-annos ; on a rock below the Tannery, Mr. Ralfs. 

Calicium. I have only met hitherto with a few of the common spe- 
cies of this genus in Wales. 

Opegrapha saxatilis. Not uncommon on mortar and hard sandstone : 
on an old building at Llanaber by the side of the turnpike-road. 
dendritica. On old trees at Cors-y-gedol. Two or three 
curious varieties of this occur upon trees at Holyland near Pem- 

broke. 

Verrucaria leucocephala. On old oaks at Wyunstay. 

levata. In the stream at Cors-y-gedol and below Cwm 
Bychan. 

maura. Upon stones on the shore at Barmouth, princi- 
pally on the south side of the ferry, and on rocks upon the 
Mowddach. 

erysiboda. Arddog. 

viridula. Ona rock below the Tannery, Mr. Ralfs. 

muralis. On old mortar. Pont Ysgethin, Pont Fadog, &c. 

Endocarpon miniatum, with its varieties : common. 

leptophyllum. Llyn Bodlyn, Llyn Howel, &c. 

pulchellum. Common: Ty Gwyn, &c. 

lete-virens. Common on the tops of the hills. 

smaragdulum. Common on walls; on the wall near the 

third milestone on Dolgelley-road, and above Aber-Artro. 

-—— sinopicum. Abundant in several places on the rocks by 
the side of the turnpike-road between Barmouth and Dolgelley ; 
Bod Owen, Borthwnog, &c. 

Pertusaria ceuthocarpa. Rocks and walls; above the Harlech turn- 
pike at Barmouth. . 


26 Rey. T. Salwey’s List of Lichens in Wales. 


Pertusaria crassa. Upon an old tree at 'y Gwyn; on an old ivy-tree 
in Cheriton churchyard, Pembrokeshire. 

Thelotrema lepadinum. In great perfection upon old trees at Cors-y- 
gedol. It grows also upon rocks at Llyn Bodlyn, the only instance 
I know of its growing upon stone. 

melaleucum. Upon trees at Holyland near Pembroke. 

Lepraria Iolithus*. Very finely upon stones about Cors-y-gedol. 

Variolaria lactea. In great perfection about Barmouth. 

terricola. Cwm Bychan, Pont Fadog, &c. 

Urceolaria Acharit. This usually grows upon stones occasionally sub- 
merged, as in rivulets and at the edge of lakes; but I once found 
a very beautiful specimen upon a wall in a very high and dry 
situation, so finely developed in all its parts, that I could for some 
time scarcely persuade myself it was not a new lichen. 

Lecidea atrata. Craig Drwg: very scarce. 

— atro-alba. Rocks at Llyn Bodlyn. 

Susco-atra. Rocks about Barmouth. 

— cechumena, [3 athrocarpa. Rocks behind the Union-house at 

Corwen. 

a leeiien \ Common. 

confluens. 

lapicida. Rocks above Gwastad-annos and Llyn Bodlyn. 

prominula. Rocks about Barmouth. 

parasema (not eleochroma, with which it has been con- 

founded). Upon beech-trees near the House at Crafnant, Cors-y- 

gedol, &c. 

— sanguinaria. Uponrocks and old gate-posts : not uncommon. 

— viridi-atra. Walls and rocks: an obscure and puzzling 

lichen. 

- geographica. 

silacea. 

CEdert. 

flavo-virescens. 
I once found Gideri in a remarkably high state of development upon 

a mass of stone, which, upon breaking it, was found to be principally 

copper ore, to which circumstance undoubtedly the alteration of the 

plant was owing. 

scabrosa. Not uncommon, but seldom found in a good state: 

Aberhamfrac, &c. 

uliginosa. On the road-mud thrown on the top of the wall 


Common. 


* T have inserted a species of the genus Lepraria because British authors 
have hitherto, as far as [ am aware, agreed in retaining this genus. I should 
be glad however to see not only this genus, but also Variolaria, which is 
almost equally unsatisfactory, rejected altogether from an Enumeratio Li- 
echenum. Whether Fries is right in considering them as the decaying re- 
mains of more perfect Lichens, or other authors as the commencement of 
Lichens which require only more favourable circumstances to become more 
fully developed, I will not venture to decide, though my own opinion leans 
to the latter view of the question. The genus /sidium is perhaps equally 
unsatisfactory and ought also to be rejected. 


Rev. T. Salwey’s List of Lichens in Wales. 27 


oetween Aberhamfrac and the cut through the rock by the first 
milestone. : 
Lecidea simpler. Not uncommon: Pont Fadog, &c. 
rivulosa. Very common. 
albo-atra. A very variable lichen. 
Lightfootii. On birch-trees at Rhaidr-Da. 
pulverea. Cwm Bychan, Hendreforion, Ty Gwyn, Cae Pellaf, 
&c. This is decidedly different from incana. The apothecia are 
invariably black and of a bright horny substance, which swells re- 
markably in wet weather. 
incana. In fruit at Crafnant and elsewhere. 
sulphurea. Common. 
expallens. In fruit upon a rock at Gelli Rhad. 


——  coronata. Common. 


pezizoides. Woods at Crafnant. 

cornea. Upon oaks at Wyunstay. 
— ferruginea. Common upon stones and trees: a very variable 
plant. 


icmadophila. Very finely and in great abundance on the 

western slope of the Rhinog Vawr. 

— microphylla. In fruit at Crafnant, Hendreforion, Cae Pel- 

laf, &c. 

marmorea. Common. 

polytropa. \ Not uncommon upon walls in very high situa- 

—~—— intricata. tions. I am not quite satisfied that these are 

not different states of the same plant. 

— caneseens. Common in fruit about Llanaber, Llandewi, &c. ; 

very finely so in the lane leading down from Llandewi church to 

the sands. 

— lucida. Common, but rare in fruit. 

——— macula. Common about Barmouth. 

——— fuliginosa. Not uncommon: very fine above Gelli Rhad. 

——— geomea. Llyn Howel: very scarce. 

coniops.. Aber-T'y-Gwyn. 

stellulata. On stones on the shore at Barmouth, and upon a 

wall inside the sand-banks. ; 

— Salwett. Common on the hills about Barmouth, but rare in 
fruit: in fruit at Gelli Rhaid, Drws-y-nant, and on the Breiddin 
hills, Montgomeryshire. 

Lecanora exigua. Aber-Ty-Gwyn. 

cvarctata.. A lichen, which my friend Mr. Borrer has referred 

to this, grows upon a rock below the Harlech turnpike at Bar- 

mouth, and upon the wall between Borthwen and Aberhamfrac. 

The shields, which are about the size of those of atra or glaucoma, 

are, both in a wet and dry state, of a pale diluted red without any 

border. In wet weather they attract the eye at some distance. I 

should be inclined to consider this plant at least, if not the normal 

state of coarctata, as a Lecidea. It is so remarkably unlike any 

other state of coarctata, that, familiar as I am with the Protzan 

character of many of the Lichens, I confess that I can scarcely 


28 Rev. T. Salwey’s List of Lichens in Wales. 


persuade myself that the plant i in guivetion is the Lecanora coarc- 
tata of ‘ Eng. Bot.’ 
Lecanora squamulosa. Walls about Barmouth : not common. 
— glaucoma. Common: an extremely variable lichen. 
——-— thelostoma. Llyn Bodlyn. 
ventosu. Common. 
Hematomma. Common. A singular variety of this lichen 
grows upon the rocks above Barmouth ; the shields are raised upon 
podetia-like elevations of the crust, giving the plant the appear- 
ance of a minute Scyphophorus. 
— Turneri. On trees at Hendreforion, &c. Perhaps not di- 
stinct from tartarea. 
atro-rufa. On the top of Rhinog Fach. 
———. muscorum. Dolwraiggiog, Rhinog Fach, &c. 
elegans. Aber-Ty-Gwyn, &c. 
Sulgens. On rocks at Lydstep and Stackpole Court, in Pem- 
brokeshire. 
albo-flavida. Common, but barren, on rocks about Barmouth. 
gelida. Common, but not with apothecia. 
Parmelia globulifera. In great perfection in the woods, particularly 
about Cors-y-gedol. 
caperata. Ditto; but not common in fruit. 
———  conspersa. Common. 
scortea. Scarce about Barmouth; Cader Idris, Mr. Ralfs ; 
upon trees in the grounds at Holyland near Pembroke. 
Borreri. Not common: in fruit near Cors-y-gedol ; frequent 
in Pembrokeshire, but barren. 
saxatilis. 
omphalodes. 
proboscidea. Common upon old walls about Barmouth, but 
rarely met with in fruit. I have gathered however very fine spe- 
cimens in that state at Gelli Rhdid, Drwys-y-nant, and upon the 
walls of the turnpike-road between Dolgelley and Friog. 
perlata. Common, but rare in fruit. Beautiful specimens in 
that state are however occasionally met with. 
— levigata. Rare in fruit. 
sulcata. Not uncommon. 
reticulata. On trees at Nannau, first discovered there by 
Mr. Ralfs. 
herbacea. Grows very finely in the avenue at Cors-y-gedol. 
— erosa. On walls and old buildings about Barmouth ; in fruit 
on an old building at Llanaber: first pointed out to me there as 
distinct from stellaris by my friend the Rev. John Gisborne of 
Derbyshire. 
lanuginosa. Common, but always barren. 
— Clementi. On an old stone building at Llanaber, discovered 
there by Mr. Borrer. 


cesia. 
: Common. 
affinis. 


——_—— conoplea. Not uncommon. From long acquaintance with 


\ Very common. 


Rev. T. Salwey’s List of Lichens in Wales. 29 


this plant, I am inclined to think with Acharius that it is distinct 
from affinis, though not allowed to be so by British authors. 

Parmelia speciosa. On stones at Llyn Bodlyn: first discovered in the 
neighbourhood of Barmouth by my friend Mr. Ralfs, who found 
one or two specimens on the rocks above the town. 

incurva. Not very common: lane between Glan Mowddach 

and Bodowen, Moelfre, &c. 

Fahlunensis. Rocks above Llyn Cae on Cader Idris, pointed 

out to me by Mr. Ralfs. 

aquila. Common on the rocks near the sea. 

plumbea, Common on trees and rocks. A singular variety 

of this plant (the y plumbea of Taylor) grows upon the North 

Rocks at Tenby, where it hangs in large loose thin masses, slightly 

attached only here and there at the edges. 

— aleurites. A variety of this plant, having the same relation 

to its normal state that the var. y plumbea has to the normal state 

of that species, is found upon an isolated mass of rock in the 
meadow above Dolwraiggiog leading up to Cwm Bychan. 
ambigua. In fruit in the woods at Crafnant, also in that 
state upon pales in the park at Powis Castle in Montgomeryshire. 
sinuosa. Upon stones in the higher hills about Barmouth, 
but not in fruit; on birch-trees at Rhaidr-Diu. 

physodes. In fruit in Cwm Bychan. 

diatrypa. Common, but barren. A single specimen in fruit 

was found by Mr. Ralfs in 1839 upon the rocks above the Tan- 

nery. 

— isidioides. Upon trees at Crafnant, 1835; on a single tree 

near Tyn-y-Groes, Mr. Ralfs. 

cartilaginea, Swartz. On a single mass of rock in Llyn 
Bodlyn. 

Sticta pulmonaria. Common. I have found this plant with all the 
shields quite black, both old and young. It is not uncommon in 
this and other species for the shields to turn black with age, but 
in the case alluded to the young shields were perfectly black as 
well as the old ones. 

scrobiculata. Common, but not usually in fruit. 

—— limbata. Common, but always barren. 

fuliginosa. Common. It is occasionally met with in fruit, as 

by myself upon walls and rocks in damp situations in the woods 

at Garth, and in similar situations at Capel-curig and Bettws-y- 

Coed, and by Mr. Ralfs in the lane leading up from the Towyn 

turnpike-road to the top of Cader Idris. 

sylvatica. Common, but always barren. There is a Sticta (al- 
lied to sylvatica?) in a wood between Arddog and Ynysfaig co- 
vered with blue mealy soridiz. It is perhaps a distinct species 
intermediate between sylvatica and scrobiculata. 

Collema nigrum. Not common, being principally confined to lime- 
stone rocks. 

— cristatum. On the wall opposite the stables at the Cors-y- 

gedol Arms. 


30 Rev. T. Salwey’s List of Lichens in Wales. 


Collema Burgessii. Woods about Barmouth and Dolgelley, Garth, 

Crafnant, &c. 
nigrescens. Common, but usually barren ; very finely in fruit 

upon trees at Stackpole Court in Pembrokeshire. 

There is a large spreading foliaceous Collema, of a looser habit and 
of adull tawny green colour, found not uncommonly in the woods in 
Wales, and has been gathered also by Mr. Borrer in Sussex. Dr. 
Taylor refers it to nigrescens, but it is very different from the usual 
state of that plant. 
flaccidum. Common upon wet rocks and trees, but barren. 
crispum. Common. 
dermatinum. On limestone rocks at Stackpole Court, Pem- 
brokeshire. 
tremelloides. On wet rocks above the Tannery, and above 
the Harlech turnpike-gate at Barmouth, but not in fruit. 3 
lacerum. In fruit at Garth Issa. 
myriococcum. I have a single specimen of this plant ga- 
thered on the limestone rocks at Lydstep in Pembrokeshire. 
velutinum, Ach. Occasionally met with on trees. Dr. Taylor 
refers this to nigrum. 
ceranoides. Rocks at Tenby and Lydstep, Pembrokeshire. 
muscicola. Common, but not in fruit. 

Solorina saccata. Clogwyn-y-Garnedd, Snowdon. 
Peltidea venosa. By the side of a brook on the Glyder Vawr, Mr. Ralfs. 

I consider this as distinct from spuria. 
scutata. In fruit at Cors-y-gedol, &c. 
horizontalis. Not uncommon. 
aphthosa. Very finely amongst the stones by the borders of 
lakes, as Llyn Bodlyn, &c. 
spuria. Ynysfaig. 

It is stated by Hooker in the ‘ Eng. FI.’ that rufescens scarcely 
differs except in hue from spuria, whilst he says of this (spuria) that 
it appears as distinct as any. Acharius, who in his ‘ Lich. Un.’ had 
made spuria a variety of canina, has in his ‘ Syn.’ united these two. 
Dr. Taylor, a high authority on such points, has done the same; and 
I am inclined to agree with them that spuria is only a starved and 
diminutive state of canina; but I cannot persuade myself that rufes- 
cens and canina are the same. Dillenius (103. xxvii. p. 203, Edinb. 
ed. 1811) makes rufescens to differ from canina, principally in the 
following particulars :— 

Ist. In the thallus being somewhat thicker, more rigid and smaller ; 
in being'divided into narrower and deeper segments ; and in the mar- 
gins being inflexed, sinuated and crisp. 

2ndly. In the colour, which in rufescens is darker, and when dry 
is reddish. 

3rdly. In the under part of the thallus being more villous, and 
with blacker, shorter and more curled roots. Dillenius speaks of ru- 
fescens also as being more common than canina, which corresponds 
also with my own experience. 

Gyrophora polyphylla. Common. 


Rev. T. Salwey’s List of Lichens in Wales. 31 


Gyrophora erosa. Hills above Barmouth ; hill to the left of Bwlch-y- 
lan above Cell-fawr. 
cylindrica. Not uncommon on the higher hills. 
murina. \ have a single specimen of this plant gathered 
(I believe upon the Glyder) in 1824, but neither I nor my friends 
Messrs. Borrer and Ralfs, who have since looked for it there, have 
been able again to find it. My plant is identical with a French 
specimen of Persoon’s given me by Mr. Borrer, except that the 
French plant is not quite so coarsely granulated on the upper sur- 
face. 
pellita. Hills above Barmouth ; hill to the left of Bwlch-y- 
llan above Cell-fawr ; Craig Drwg. 
pustulata. Not uncommon: usually grows on flat sloping 
rocks which are occasionally wet. 
Cetraria sepincola. Not uncommon. 
glauca. Common. 
Borrella ciliaris. 
tenella. Grows very beautiful in many places. 
furfuracea. On trees at Nannau. 
flavicans. Common on the rocks above Barmouth : grows in 
the greatest luxuriance, clothing the stems of the trees in large 
patches at Llawrenny in Pembrokeshire. 
Evernia prunastri. In fruit at Cae Pellaf. 
Ramalina frazxinea, fastigiata, scopulorum and farinacea. 
Usnea florida. 
plicata. Grows occasionally a foot or more long in some of the 
woods. 
barbata. Woods at Bettws-y-Coed, Carnarvonshire. 
Alcetoria jubata. Common. 
Cornicularia tristis, Rhinog Vawr, Rhinog Fach, &c. 
aculeata. Amongst stones on the high hills, Bwlch-y- 
Rhiwgur, &c. 
lanata. Cader Idris. 
Tsidium inne (ha elaaes: 
coccodes. 
Westringit. On walls: Gor-llwyn, Gwastad-annos, &c. 
microsticticum. On walls and rocks. 
paradozum. In great beauty about Barmouth. 
corallinum. Common. 
Spherophoron coralloides. } C 
ommon. 


\ Common. 


compressum. 
Stereocaulon paschale. Common. 
botryosum. Llyn Howel, Llyn Bodlyn, &c. 
cereolus. Cader Idris ; on the wall leading up from Hen- 
dreforion to Moel Diffws ; Llyn Gwernon, Mr. Ralfs. 
Cenomyce vermicularis, Cader Idris. 
uncialis. 
rangeferina. 
pungens. 
Sureata. 


32 Mr. H. E. Strickland’s Notes on Mr. Blyth’s 


Cenomyce cespititia. Not common. 
sparassa. Common. 
alcicornis. I join these two together, as I confess my- 
endiviefolia. { self unable to distinguish them ;-the tufts 
of hair at the edges of the frond (the main difference depended on) 
appear to me not sufficient to keep them distinct. In a specimen 
of alcicornis, which I have from the Unio Itineraria of Strasbourg, 
and which, according to the character of the plant, ought to have 
marginal tufts of hairs, I can distinguish none. If the true al- 
cicornis always has tufts of hairs, I have never gathered it. ‘The 
plant without them, and which I suppose therefore would be called 
endiviefolia, is not common about Barmouth, though occasionally 
met with. It grows in great beauty upon the rocks at Lydstep in 
Pembrokeshire, but rare in fruit. 
cervicornis. I never met with this in so beautiful a state 
as at Llyn Howel. 
pyzidata. Common. 
verticillata. Scarce: rocks to the south of Gwastad- 


annos. 


fimbriata. Not common. 

radiata. Rhinog Fach. 

cornuta. 

gracilis. 

——_——_—— filiformis. 

deformis. Not common. 

coccifera. 

bellidiflora. Moel Diffws. 
Pycnothelia papillaria. Scarce: Gelli Rhid. 


pre 


VI.—WNotes on Mr. Blyth’s List of Birds from the vicinity of 
Calcutta. By H. E. Srrickuann, M.A. | 


Tue ‘Annals of Natural History’ have seldom contained orni- 
thological papers of greater value than that by Mr. E. Blyth in the 
Nos. for August and September of the present year. While ob- 
servations on the habits of the commonest British birds have been 
published and republished till the subject is quite exhausted, we 
are wholly ignorant of the food, habits, nidification and anatomy 
of the majority of foreign species. The zoological treasures of 
India have been till within the last ten years most unaccountably 
neglected, and in many cases our knowledge on the subject was 
worse than none, it was incomplete and inaccurate. A better 
day has now dawned; British officers in India have discovered 
that by studying the wonders of tropical nature they may get 
through the day more pleasantly than by indulging in indolence, 
and consequently the natural history of that country will ere long 
be as thoroughly investigated as that of the British Isles. 

The appointment of a well-qualified zoologist like Mr. Blyth, 


List of Birds from the vicinity of Calcutta. 33 


versed in the literature of zoology and a good observer of facts, 
to the curatorship of the Asiatic Society’s Museum at Calcutta, 
has been a fortunate event for Indian natural history. Much had 
indeed been effected by the labours of Franklin, Sykes, Jerdon, 
Elliot, Hodgson and others, but their observations were in many 
cases unreduced, and we look to Mr. Blyth to correct their syno- 
nymy and to incorporate their facts into the exact systems of 
modern zoology. 

In India, however, the best zoologists lie under a disadvantage 
from the want of scientific works, while their fellow-labourers at 
home are equally inconvenienced by the scarcity of authenticated 
specimens from India, so that many doubts arise in connexion 
with the identification of species. In order to the clearing up of 
some of these, I subjoin such remarks and queries as have oc- 
curred to me in perusing Mr. Blyth’s paper, and shall feel grate-. 
ful to him or any other zoologist who can throw light upon them. 


No. 1 of Mr. Blyth’s list (Annals, vol. xii. p. 90) for alewandrinus 
read alexandri. 

3. Paleornis bengalensis ; the earliest legitimate name for this is 
P. cyanocephalus (Lin.). 

6. Does Mr. Blyth here imply that the Hobby of Bengal is really 
the Falco subbuteo (and not F. aldrovandi, as he supposed in Journ. 
As. Soc. Beng. vol. xi. p. 161), or does F’. aldrovandi also inhabit 
Bengal? : 

In the Journ. As. Soc. Beng. vol. xi. p. 789, Mr. Blyth says that 
the Falco bengalensis, Briss., of India is distinct from the so-called 
Hierax (it should not be written Jerax) cerulescens of Java and the 
Malay countries. If this be so, the Indian bird is the true Falco 
cerulescens of Linnzus (founded on Edwards, pl. 108), and the Ma- 
lay species might be called Hierax malayensis. An exact description 
of the Indian bird is desirable, as most of the specimens in our mu- 
seums are Malayan. 

9. The ‘‘ Astur”’ dussumieri, as well as the Australian A. approzi- 
mans and A. cruentus, belong unquestionably to Accipiter and not to 
Astur, as is evident on comparing them with the types of these two 
genera. I consider A. dussumieri to be the Falco badius, Gm. (Brown, 
Ill. Zool. pl. 3), and the latter specific name should therefore be used. 

16. Spizaétus niveus belongs to the genus Limnaétus, Vig. The 
true Spizaétus of Vieillot is an American genus. 

(The Spizaétus albogularis, Plyth, Journ. As. Soc. Beng. vol. xi. 
p. 456, is the Astur kieneri, Geoff. St. Hilaire in ‘Magazin de Zoologie,’ 
ser. 1. pl.35. It will now stand as Limnaétus kieneri (Geoff.).) 

23. “* Hyptiopus, Hodgson (olim Baza, Hodgson).” Mr. Hodg- 
son having defined and published a number of new genera with La- 
tinized Indian names attached, was afterwards led to disapprove of 
these names and to substitute words of classical origin in their place. 
I must venture to remark upon this point that such a change was 
quite unnecessary, and it would have been far better not to have 


Ann. & Mag. N. Hist. Vol. xiii. 


34 Mr. H. E. Strickland’s Notes on Mr. Blyth’s 


made it. It is true that in the first instance it would have been pre- 
ferable to have given classical instead of barbarous names to these ge- 
nera, but the latter having been first published to the world, they must, 
according to the principles of zoological nomenclature now generally 
adopted by European naturalists, be permanently retained, and the 
improved classical names must sink into synonyms. (See Report of 
British Association on Zoological Nomenclature, Rule 1, and Recom- 
mendation A.) I trust therefore that the zoologists of India will, for 
the sake of uniformity with their European brethren, employ the first 
set of names proposed by Mr. Hodgson in preference to the second. 

25. Vultur leuconotus ; this I presume to be the same as V. indi- 
cus of Temminck (Pl. Col. 26) and Col. Sykes. T'wo other Indian 
vultures are recorded, viz. 1. V. bengalensis of Gmelin, Latham and 
Sykes, and 2. V. indicus, Lath. (nec Tem. ?), figured in Sonnerat’s 
Voy. Ind. vol. ii. pl. 105, and said by Temminck to be the young of 
V. kolbi. Does Mr. Blyth recognise these two as distinct from V. 
leuconotus ? 

32. Is the Upupa minor of India identical with that from the Cape? 
The latter exhibits two states of plumage, viz. 1. with back, belly and 
vent deep rufous, and two-thirds of the secondaries from the base 
pure white; 2. back and belly dusky rufous, vent white, and the 
white portion of the secondaries divided across by two black bars. 
This last is said by Lichtenstein and Wagler to be the young of the 
other. Do the Indian specimens present both these states of plu- 
mage? 

33. Merops indicus should be called M. viridis, Lin. 

38. The species described as allied to Halcyon smyrnensis is the 
H. gularis (Kuhl) (H. ruficollis, Sw. A. melanoptera, Tem.) described 
by Brisson as inhabiting Madagascar and the Gambia, but both these 
habitats are probably erroneous, as specimens were brought by Mr. 
Cuming from the Philippine Islands. 

39. The “ Ceryle rudis’” of India is I believe distinct from the true 
rudis of Europe and Africa, to which Jspida bicincta, Sw., is now re- 
ferred. (See Ann. Nat. Hist. vol. vi. p. 418, vol. xii. p. 220, where 
I have proposed the name C, varia for the Indian species.) 

42. Bucco viridis of Gmelin (“64 inches long”) cannot be the 
B. caniceps, Frankl. (‘10 inches long.”’) 

43. Is not Picus strictus the same as P. goensis, Gm. (P. peralai- 
mus, Wag.) and P. guttacristatus, 'Tickell ? 

44. Is not Picus bengalensis the same as P. aurantius, Lin. ? 

52. For Cuculus niger, Latham, read C. niger, Lin. (C. orientalis, 
y, Lath.) The bird so designated by Mr. Blyth (which is the C. 
tenuirostris, Gray, and C. flavus, Jerdon,) cannot however be the true 
C. niger of Linnzus, which is described as entirely glossy black, the 
beak orange, with its margin undulated. If it were not that the 
latter species is said to be only 9 inches long, I should suppose that 
it referred to Hudynamys orientalis. 

53. Oxylophus edoliusshould be denominated O. serratus (Sparrm.). 

55. There is so much confusion among the oriental species of 
Centropus, that Mr. Blyth would do a service by sending a descrip- 


List of Birds from the vicinity of Calcutta. 35 


tion, with measurements, of the species which he intends by C. phi- 
lippensis. Is it the same as the C. bubutus, Horsf.; the C. castaneus, 
Buchanan; the C. pyrrhopterus, Jerdon; and the C. castanopterus, 
Pearson? N.B. He may have already settled these points in his 
monograph in Journ. As. Soc. Beng. No. 46, which I have not yet 
seen. : 

56, 57, 58. Are all these typical Caprimulgi? 

61. Corvus macrorhynchus of Wagler, from New Guinea, Java and 
Sumatra, is described as 21 inches long, and therefore cannot be 
the Indian C. culminatus, which is only 14 inches long. 

62. What are the ordinary dimensions of Cervus splendens? Col. 
Sykes states its length at 18 inches, but I have a specimen which is 
only 143. 

64, 65. The two species Gracula religiosa and indica are correctly 
distinguished. G. religiosa appears not to inhabit India, but Java, 
Sumatra, and, according to Mr. M‘Clelland, Assam. The precise 
habitat of G. indica seems to be as yet undetermined, though Lesson 
states it is from Java, and Cuvier from India. 

70. Pastor caniceps should be called P. malabaricus (Gm.), and 
Mr. Jerdon should give a new name to the white-headed species 
which he called P. malabaricus. 

(I may remark that Trichostoma rostratum and affine, Blyth, are 
synonyms of Malacopteron magnum and cinereum, Eyton.) 

76. Orthotomus bennett should be called O. longicauda. I con- 
sider it to be the Motacilla longicauda and sutoria (imperfectly de- 
scribed) of Gmelin, Sylvia guzuratta, Lath., Orthotomus sphenurus, 
Swains., and Sylvia ruficapilla, Hutton. 

77. The affinities of the genus Jora are at present very undecided, 
and if the Indian ornithologists would supply some information as to 
the anatomy, food, habits and nidification of these birds, it would be 
very desirable. 

79. Geocichla rubecula of India is clearly the Turdus citrinus of 
Latham. G. rubecula of Gould from Java is perhaps a distinct spe- 
cies, as it is said to have the tarsi 14 inch long, while in my speci- 
men of G. citrina they are barely 14 inch. 

92, 93. The Australian genus Dasyornis is now proved to be the 
type of the prior genus Sphenura, Licht.; and these Indian birds, if 
really identical in generic characters with the Australian, must as- 
sume the latter name. 

96. The Siphia leucura is said by Mr. Blyth, in Journ. As. Soc. 
Beng. vol. xi. p. 791, to be the Muscicapa leucura of Latham, but not 
of Gmelin. This is an error, as both authors give that name to the 
same species, which Latham says is from the Cape; but as the de- 
scription agrees sufficiently well with the Indian bird, he was pro- 
bably mistaken in the habitat. 

101. Mr. Blyth’s positive assurance confirms what I had long sus- 
pected, that the Muscipeta indica and castanea of authors is the sub- 
adult male M. paradisi. Am I right in supposing that the short- 
tailed specimens with black throats are still younger males, and that 

D2 


535 Mr. H. E. Strickland’s Notes on Mr. Blyth’s 


the very young males as well as the females at all ages are rufous, 
short-tailed, and with gray throats? 

106. Pericrocotus princeps is the Turdus speciosus of Latham, and 
should retain the latter specific name. 

109. I have little doubt that the so- called “ Graucalus papuensis”’ 
of India is distinct from the true papuensis of New Guinea; and if 
Mr. Blyth will send an exact description of the Indian bird, perhaps 
the point can be decided. 

111. Having referred to Col. Sykes’s original specimen of his 
‘‘ Ceblepyris cana,” I find that it is not the true C. cana (which is a 
Madagascar bird), nor is it the male of C. fimbriatus, as supposed by 
Mr. Jerdon. In fact it is not a Ceblepyris (Campephaga) at all, but 
a Lalage, Boié, though with a stronger beak than the type of that 
genus. ‘The total length is 74 inches, beak to gape 11 lines, wing 
4 inches 1 line, tail 3 inches 4 lines, tarsus 10 lines; head, neck, 
breast, beak and legs black; back and middle rectrices gray; belly 
and vent grayish white; wing-covers and quills black, with gray 
edges; lateral rectrices black, broadly tipped with white. If pre- 
viously undescribed, I would call this species Lalage sykesi. 

112. The Lanius referred to is, I suspect, the L. cristatus of Lin- 
neus and L. superciliosus of Lath., in which case (the former name 
being decidedly erroneous, as the bird is not crested,) the species 
might retain the name superctliosus. 

116. Cometes krishna should be termed Chibia hottentotta (Lin.). 
(Corvus hottentottus, Lin., a name expressive of its black plumage. 

118. Mr. Blyth, in the Journal of As. Soc. of Bengal, vol. xi. 
p.169, has distinguished four species of Dicrurus (Edolius, Cuv.) with 
the outer rectrices long and spatulate, but their synonymy seems to 
require some correction. It appears to me they should stand thus :— 
1. D. paradiseus (Lin.) (being certainly the Cuculus paradiseus, Lin., 
i. cristatellus, Blyth; and probably EK. malabaricus, Horsf., and £. 
retifer, Tem.). 2. D.malabaricus (Lath.) (Sonn. Voy. Ind. vol. ii. 
pl. 111; E. rangoonensis, Gould; D. retifer, Jerdon). 3. D. grandis 
( Gould) (Lanius malabaricus, Lath. Syn. Sup. i. pl. 108, copied by 
Stephens, vol. xiii. pl. 47, but not the true L. malabaricus described 
by Latham from Sonnerat; Chibia malabaroides, Hodgs. )- 4. D.re- 
mifer (Tem.) (possibly E. malabaricus, Horsf.). It is the first of these 
which Mr. Blyth intends by his No. 118. 

119, 120, 121. The genus Dicrurus is still in a state of great con- 
fusion, notwithstanding the valuable but too concise notice by Mr. 
Blyth in Journ. As. Soc. Beng. vol. xi., and it is especially desirable 
‘that exact descriptions and measurements of the Indian species should 
be published, without which it is impossible for European zoologists 
to understand them. ‘The true Lanius cerulescens, Lin., (founded on 
Edwards, pl. 56; Lanius fingah, Shaw;) is described by Brisson as 
74 inches long, beak to gape 8 lines, depth of fork in the tail 8 lines. 
As the belly is said to be white, it is probably an immature bird, re- 
ferable, I conceive, to Dicrurus eneus, Vieill., D. @ratus, Steph. 
(both names founded on Levaill., pl. 176), Chaptia muscipetoides, 


List of Birds from the vicinity of Calcutta. 37 


Hodgson, and Melisseus eneus, Blyth, in which case the permanent title 
of that species (if it deserves generic separation from Dicrurus) would 
be Chaptia cerulescens (Lin.). From want of a description, I cannot 
identify the species termed cerulescens by Mr. Blyth. The Dicrurus 
Jingah of Mr. Blyth (balicassius of Indian authors but not of Linnzeus, 
and commonly called ‘‘ King Crow,’’) is, I apprehend, the true Di- 
crurus macrocercus of Vieill. (Muscicapa biloba, Licht.; D. indicus, 
Steph. ), as that is said to inhabit India, and to have the fork of the 
tail 21 inches French (24 English) deep. If this be so, the D. ma- 
crocercus, Blyth, should be called D. annectens. Is the latter the ma- 
crocercus of Jerdon? 

122. [vos (more properly Pycnonotus) cafer. Two, if not three, 
species have hitherto been confounded under this name, viz. 1. the 
true P. cafer (Lin.), 81 inches long, the whole head, neck and up- 
per breast black, from South Africa. 2. P. hemorrhousa (Gm.) 
(Muscicapa hemorrhousa, Gm., lxos pseudocafer, Blyth), from Ceylon 
and South India; and 3. P. ? (Izos cafer, Blyth), from North 
India, a description of which is wanting. Is this last the Hemato,- 
nis pusilla, Blyth, Journ. As. Soc. Beng. vol. x. p. 841? 

124. Pitta brachyura; I presume Mr. Blyth intends the species so 
_ called in Gould’s ‘ Himalayan Birds,’ possessing a black beak, white 
throat, and red vent. But the true Corvus brachyurus of Linneus is 
from the Moluccas, and is described with a brown beak, black throat, 
and fulvous vent, so that the Indian bird wants a specific name. A 
third allied species is the P. abdominalis, Wagl. (Edwards, pl. 324), 
with yellowish beak, white throat, a white line over the eye, and 
red vent, otherwise like the other two, said to inhabit Ceylon, and 
perhaps also Southern India. This last seems to be the same with 
the Pitta malaccensis (Scop.), superciliaris, Wagl., Sonn. Voy. Ind. 
pl. 110. 

125. Mr. Swainson describes his Oritolus hodgsoni as smaller than 
O. melanocephalus of India, which agrees with my own observations 
of the latter species. I would ask—1st, does any such bird as Oriolus 
melanocephalus (distinct from O. monachus, Gm. (O. capensis, Sw.) 
and O. brachyrhynchus, Sw. W. Af.,-in both which the primary co- 
vers are tipped with white,) really inhabit Africa? and 2ndly, if so, 
is it distinct from O. melanocephalus of India? If both these ques- 
tions be answered in the affirmative, this African species must have 
a new name, for the name melanocephalus was originally given to the 
black-headed oriole of Bengal. 

126. Col. Sykes’s name Oriolus kundoo was prior to O. aureus, 
Jerdon, and though applied to the female only, yet it does not 
thereby lose its claim to be retained for the species. Moreover the 
name aureus is pre-engaged by Linnzus for another species of true 
Oriolus. ) 

128. Motacilla lucopsis is the M. leuzoniensis of Scopoli. 

139. Pyrrhulauda crucigera is the Alauda grisea of Scopoli, and 
should retain the latter specific name. 

143. The correct designation of the Amaduvat would be Estrilda 
(not Amadina) amandava (Lin.). It is a desideratum to ascertain 


38 Mr. H. E. Strickland’s Notes on Mr. Blyth’s 


the precise original habitats of many birds of this group which are 
so commonly kept in cages. 

144. Spermestes nisoria; the specific name of this species should 
be punctulata (Lin.); it is not a Spermestes, that genus being de- 
fined by Swainson with the ‘tail short, even.” Col. Sykes makes 
it the type of his genus Lonchura, which name being pre-occupied, 
Mr. G. R. Gray has changed it to Ovycerca. But 1 can see no ge- 
neric difference between it and Amadina, Sw., as typified by A. fas- 
ciata (Gm.), and I therefore call the species Amadina punctulata 
(Lin. ). 

i Mr. Blyth gives no authority for his name Spermestes mela- 
nocephala, but he probably refers to the Lonchura melanocephala of 
M ‘Clelland. 

147. From Mr. Blyth’s description in Journ. As. Soc. Beng. vol. xi. 
p- 601, there seems no doubt that this is the Hmberiza fucata, Pall. 
(E. lesbia, Temm., but perhaps not of Gm.) 

148. This is not Erythrospiza rosea, but E. erythrina (Pall.), as 
I have proved by comparing specimens of the latter from Siberia in 
my own collection with Mr. Blyth’s description in Journ. As. Soc. 
Beng. vol. xi. p. 461. 

149. Boié’s name Phyllornis is said to be prior to Chloropsis. 
What are the anatomy, structure of tongue, food, and habits of this 
genus? Till this question is answered, it is impossible to say whether 
those authors are most correct who class it among the short-legged 
thrushes (Pycnonoting), or those who refer it to the suctorial family 
Meliphagide. 

152. Diceum erythronotum should be called D. cruentatum (Lin.). 

153. Diceum tickellie is perhaps the Certhia erythrorhynchus 
(Lath.). What is the colour of the beak in D. tickellie? 

154. Vinago militaris is probably intended for the species so named 
in Gould’s ‘ Himalayan Birds,’ which is I believe the true militaris 
of Temminck, but which ought to be called phenicoptera (Lath.). 
The Vinago militaris of Mr. Jerdon is a very distinct and unnamed 
species, smaller than the true militaris, the beak much weaker, the 
lower belly bright yellow, and all the tail-feathers plain gray above. 
I would call it Treron jerdoni, as a deserved compliment to Mr. Jer- 
don’s labours. 

155. Vinago bicincta, Jerdon, I take to be the same as Teron 
(Vinago, Cuv.) vernans (Lin.) (Columba purpurea, Gm.), in which 
case its range would extend from India through Sumatra and Java 
to the Philippine Islands. The Vinago unicolor of Jerdon is perhaps 
the female, but we want more information respecting the changes of 
plumage which the different species of Treron undergo. Almost 
every species presents individuals with a plain green plumage, devoid 
of the purple or orange colours of the perfect bird. Are these adult 
females, or young males? or are they in any instance distinct spe- 
cles f | 

157. There is no doubt that the “‘ Columba risoria” of Indian au- 
thors is the true Turtur risorius (Lin.) (T. erythrophrys, Sw.), ex- 
tending thence through N. Africa to Senegal. The S. African T. 


List of Birds from the vicinity of Calcutta. 39 


vinaceus (Gm.) (T. semitorquatus, Sw.) is distinct. Major Frank- 
lin mentions two varieties in India, differing only in size: do these 
constitute two species ? 

161. The wild pigeons mentioned by Mr. Blyth as procured in the 
London markets, and combining the spotted wings of Columba enas 
with the white rump of C. divia, must be regarded as immature birds 
of the latter species. ‘The Indian species is quite distinct from both, 
distinguished, besides the barred wing and gray rump, by its black 
beak, and by the metallic green feathers entirely surrounding the 
neck. It seems to be the variety of enas indicated by Wagler as 
found by Eversman in Tartary. As this species has never received a 
name, I would propose for it that of Columba intermedia, as indicating 
its relation to the two well-known species above mentioned. 

163. Francolinus gularis; I presume Mr. Blyth here intends the 
Perdizx gularis of Temminck, but as he mentions no authority for the 
name, this is only a conjecture. Has Mr. B. recognised the F. lu- 
nulatus, Less. Traité d’Orn., with ‘‘ the back chestnut, the fore-neck 
brown, both spotted with black and white, belly cinnamon, spotted 
with black, from Bengal” ? 

166. The proper specific name of Coturnia textilis is coromande- 
lion (Gm.). 

167. Coturnizx philippensis should be termed C. chinensis (Lin.). 

175, 176, 177. The determination of the white Egrets from dif- 
ferent parts of the world is so difficult, that I would request Mr. 
Blyth to publish exact descriptions and measurements of the three 
Indian species here indicated, together with any synonyms which 
he has ascertained. 

187. Argala; this genus should be termed Leptoptilus, Less. 

189. Here again we are in want of a description of the Indian 
bird, in order to determine whether it is identical with the true 
Mycteria australis of New South Wales, or, what is more probable, 
a distinct species, called by Latham Mycteria asiatica. 

193. Ibis macei; the proper specific name of this is melanocepha- 
lus (Lath.). 

196. Is the identity of this bird with Gidicnemus crepitans of Eu- 
rope clearly ascertained? Mr. Gould says, in Proc. Zool. Soc. vol. ii. 
p. 51, that Gd. crepitans does not inhabit India. 

198. The group Lobivanellus, Strickl., typified by L. goensis 
(Gm.), is very distinct from the true Pluvianus, Vieill., of which the 
type is P. egyptius (Lin.). 

199. The Charadrius bilobus, Gm., wants the hind toe, and con- 
sequently belongs to my genus Sarciophorus, not to Lobivanellus. 
Lesson describes two species, Charadrius myops with orbital, and C. 
bilobus with frontal (or more properly Joral) wattles, but possibly the 
former may be a younger state of the latter, in which the orbits are 
also expanded and membranous. 

208. It is customary to call the Indian Greenshanks Totanus glot- 
toides, but I have specimens from Madras agreeing in the most mi- 
nute particulars with the true glottis of Britain. The T. glottoides 
of the Himalaya may be distinct, but I suspect it ss caso only the 
winter plumage of 7’. glottis. 


40 Observations on Mr. Blyth’s List of Birds from Calcutta. 


212. Is this certainly the Totanus glareola of Europe, or is it the 
T.. affinis of Horsfield, which is said to be 10 inches long, and is there- 
fore probably distinct ? 

223. Mr. Hodgson mentions a variety of Scolopax gallinago with 
16 rectrices. ‘This is probably the S. brehmi of Europe. 

224. Scolopar heterura; the earliest specific name is stenura, 
Tem.; it is S. horsfieldi, Gray, and probably also biclavus, Hodgson. 

231. Is the ** Porphyrio smaragnotus” of Indian naturalists cer- 
tainly the same as the true smaragnotus, 'Tem., of S. Africa, or is it 
the P. indicus, Horsf. (P. smaragdinus, Tem.) of Java? 

Page 230. The Anous tenuirostris of Mr. Blyth is probably the 
same as Sterna tenuirostris, Tem. Pl. Col. 202, from W. Africa. 

Page 231. I had long suspected that Ninow lugubris (N. nipalen- 
sis, Hodgs.) was synonymous with Strix hirsuta, Tem. ; but’ Mr. H. 
described his bird as wholly unspotted above, while in S. hirsuta 
there are large white patches on the scapulars. Granting, however, 
these names to belong to one species, I should hesitate in referring 
it to the species very vaguely described by Raffles as S. scutulata, 
unless there be evidence that the Indian species has also been pro- 
cured in Sumatra. 

All naturalists who may consult the valuable paper which has 
given rise to the above criticisms will join with me in hoping that 
Mr. Blyth may long be enabled to continue his zoological labours. 
The impulse which has at last been given to the study of Indian 
zoology will speedily clear up the doubts which still attach to the 
subject. I would especially recommend to the naturalists of India 
to identify the numerous species of birds described by Latham from 
the drawings of Lady Impey and others, many of which have not 
been subsequently recognised. Unfortunately the original drawings 
of Lady Impey were sold by auction at her death, and I have never 
been able to trace into whose possession they passed, so that there 
is now no other clue to follow than the brief descriptions made by 
Latham from those drawings. Still these descriptions will in most 
cases enable an Indian ornithologist to recognise the species and 
correct its synonymy; a process which, in the present state of the 
science, tends almost as much to its advancement as the discovery of 
new species. Another desideratum in the ornithology of India is 
the investigation of many of the species described by Lieut. Tickell 
in the Journ. As. Soc. Beng. vol. ii. p. 569. ‘The following species 
there described are not sufficiently ascertained, and any information 
as to their exact generic characters or synonyms will be acceptable : 
Falco lathami, Strix dumeticola, S. candidus, Muscicapa tyrannides, 
M. cerulea (apparently not M. cerulea, Gm.), Motacilla luzonia, M. 
cantator, Sylvia longicaudata, Motacilla affinis, M. dumetieola, Turdus 
lividus, Emberiza sylvatica, Fringilla agilis, Emberiza olivacea, Capri- 
mulgus albonotatus, Hirundo coronata, Columba agricola. ‘The * Voy- 
age aux Indes Orientales’ of Sonnerat alsc contains several unde- 
termined, though determinable, species of Indian birds, to which 
Scopoli in his ‘ Delicize Flore et Faune Insubriz, Ticino, 1786,’ as- 
signed one set of systematic Latin names, and Gmelin subsequently 
gave another. 


Mr. G. R. Waterhouse on the Entomology of S. America. 41 


VII.—Contributions to the Entomology of the Southern Portions 
of South America. By G. R. Warernovse, Esq., Assistant 
Secretary and Curator to the Zoological Society, &c. 


Tue Marquis de Bréme having learnt through the Rev. F. W. 
Hope that I was particularly interested in the Heteromera of the 
southern parts of South America, kindly brought a portion of 
his collection containing the Nyctelide to England and placed it 
in my hands, that I might make such notes as I required, and 
at the same time requested me to publish so much as I thought 
desirable. Availing myself therefore of this kindness and libe- 
rality, I will commence my ‘ Contributions’ &c. by making some 
observations on the species of the genera Nyctelia and Entomo- 
deres as they stand in Dejean’s catalogue,—the collection of He- 
teromerous beetles belonging to the Marquis de Bréme now com- 
prising Dejean’s specimens of that group. 

Sp. 1. Nyctelia Luczotii, Buquet, is now a member of M. Gué- 
rin’s genus Gyriosomus, and is figured in the ‘Iconogr. du Rég. 
Anim.’ (Ins. pl. 28. f. 5.), and the parts of the mouth, &c. are 
figured (under the name Gyriosoma curvilineata) in Guérin’s ‘ Mag. 
de Zool.’ class ix. pl. 103. fig. 2. 


2. Nyct. erythropus, Lacord. 
3 ebenina, Lacord. 

These two are undoubtedly in my opinion varieties of one spe- 
cies, the former differmg from the latter on/y in having red in- 
stead of black legs; I possess specimens in which the legs are 
pitchy. They constitute the genus Kpipedonota of M. Solier, 
who considers them specifically distinct. See ‘ Ann. de la Soe. 
Ent. de France,’ tome v. p. 342. 


4, Nyct. senex, Lacord., also belongs to the genus Epipedo- 
nota, and I very much doubt its being distinct from Ep. ebenina. 
In the collection there is but one specimen, and that deformed. 
Its chief characters may be thus expressed :— 


Epipedonota atra; thorace latiore quam longo, plano, rugis longitu- 
dinalibus, ad latera obliquis, notato ; elytris thorace latioribus, 
singulorum striis tribus supra; interstitiis distincte convexis, his 
duabus externis irregulariter transverso-sulcatis ; carina laterali 
obtusa.—Long. corp. 9} lin. ; lat. 54 lin. 


In the form of the thorax this species agrees with Ep. ebenina, 
and in the sculpturing there is scarcely any difference ; the lateral 
oblique grooves on the thorax are rather more distinct and regular. 

5. Nyet. cristalliisata, Lacord. A good species, in my opinion, 
and belongs to the genus Epipedonota. Its characters are :— 


Ep. atra, nitida; thorace latiore quam Jongo, rugis longitudinalibus 
irregularibus et ad latera rugis brevibus transversis notato : elytris 


42 Mr. G.R. Waterhouse: Contributions to the Entomology 


thorace latioribus valde rugosis ; rugee plerumque transverse ; sin- 
gulorum supra costis duabus elevatis.—Long. corp. 94 lin.; lat. 
5 lin. 


Descrip.—Head punctured in front, with some strongly waved 
transverse rugz on the disc, and behind with minute confluent 
punctures. Thorax less than half as broad again as long, flat (or 
rather slightly concave), covered nearly throughout with longi- 
tudinal folds, the usual transverse rugs at the sides being very 
short. Elytra covered with distinct rugee throughout ; each ely- 
tron with two moderately elevated costz, the second or outermost 
being the most distinct ; suture not elevated; the rugee between 
the suture and the first mb or keel very irregular ; between the 
first and second coste, and between the latter and the lateral 
keel, they are transverse, and for the most part curved and waved ; 
they are strongly marked, but less regular than the transverse 
folds in Kp. ebenina. 


6. Nyct. monilis, Lacord. This is the species which I regarded 
as avariety of Ep. ebenina, and noticed as such in my account of 
the species of Nyctelide brought home by Mr. Darwin (see ‘ Pro- 
- ceedings of the Zool. Soc.’ for December 1841, p.118). Lacor- 
daire’s specimens agree with Mr. Darwin’s in having the white 
zigzag lines on the elytra; they are rather smaller than the ty- 
pical ebenina, the transverse grooves between the costz on the 
elytra are less strongly marked, and the tarsi are apparently more 
slender. Iam not however yet satisfied that it is a distinct species. 


7. Nyct. andicola, Lacord. This, with the N. crenicosta of 
Guér., is grouped under the generic title of Auladera by M. Solier, 
and is described in the ‘Annales de la Soc. Ent. de France,’ 
tome v. p. 834. 

8. Nyct. desertorum, Lacord. 
9. serva, Lacord. 

10. caraboides, Lacord. 

14. —— picta, Lacord. 

15. Dejeanii, Lacord. 

These belong to M. Solier’s genus Mitragenius, of which the 
typeisthe NV. Dejeani. I cannot follow M. Lacordaire in regard- 
ing these species as all of them distinct. There appear to me to be 
but three species at most. N. Dejeanit and N. serva are very 
probably distinct, but N. desertorum, N. caraboides and N. picta 
I think should certainly be grouped under one specific title. 

N. Dejeanii is described by M. Solier in the vol. of the French 
Society’s Transactions already quoted. The colour of the epi- 
dermis covering the elytra is very remarkable, and is described by 
M. Solier as “dun cuivré pale,” terms which did not convey to 
me the tint which I found upon seeing the specimens. I should 


of the Southern portions of South America. 43 


term it gray with cupreous reflections. I will proceed to point out 
the characters of the remaining species. 


N. serva, Lacord. 

Nyct. (Mitragenius) ater; thorace subquadrato, antice emarginato, 
supra paulo convexo, plicis minutis longitudinalibus notato : elytris 
oblongo-ovatis, supra convexis, singulorum supra costis duabus 
parum elevatis absque costis intermediis tribus indistinctis.—Long. 
corp. 7? lin. ; lat. 33 lin. 

This species resembles the N. Dejeanii, but is of a narrower 
and more elongated form. Although both Lacordaire’s specimens 
are black, in one of them there are traces in parts of the cupreous 
gray epidermis, which in Dejeanii covers the elytra. The head is 
finely punctured: thorax nearly quadrate, more than one-third 
broader than long ; the anterior angles prominent and acute, the 
posterior nearly right angles but slightly acute ; the sides nearly 
straight, or but indistinctly rounded ; the surface slightly convex, 
and covered with very fine longitudinal striz (still finer than in 
N. Dejeanii) ; a space along the outer margin is very nearly 
smooth. Elytra oblong-ovate, pointed behind, and with the sur- 
face convex ; each elytron with two longitudinal costz, narrow and + 
but little elevated, and besides there is a very indistinct ridge in 
the interspaces. The coste are scarcely as distinct as in N. De- 
jeanii. 

11. Nyct. multicosta, Guérm. Now a member of M. Solier’s 
genus Callyntra (see loc. cit.). Described by M. Guérin in his 
‘Mag. de Zool.’ - 


12. Nyct. rustica, Dej., is very closely allied to the Epipe- 
donota rugosa of my paper in the ‘ Proceedings of the Zool. Soc.’ 
quoted, and might even be an extreme variety. It differs in being 
considerably smaller (length 7 lines, width 31 lin.), and has the 
sculpturing more coarse ; the two coste of the elytra are much 
stronger, and the very strong rugz on the elytra, though irre- 
gular, are for the most part transverse, especially between the 
outer longitudinal ridge and the lateral keel. The legs, antenna, 
tip of the labrum and palpi are red. 


138. Nyct. Jugleti, Buquet. This I have very little doubt is the 
N. crenicosta of Guér. (see ‘ Mag. Zool.’), which belongs to M. — 
Solier’s genus Auladera. 


16. Nyct. mamillonea, Lacord. Placed by Solier in his genus 
Psectrascelis, and described by him in the paper before quoted. 


17. Nyct. discicollis, Lacord. Also belonging to M. Solier’s 
genus Psectrascelis, and described by that author. 


18. Nyct. levipennis, Dupont, is the Nyct. pilipes of Guérin, 


44 Mr. G.R. Waterhouse : Contributions to the Entomology 


‘Mag. Zool.’ Psectrascelis pilipes, Solier, 1. c. I am not aware 
that M. Dupont has characterized this species. 


19. Nyct. Klugit, Buquet, is Psectrascelis glabratus of Solier 
(/. c.). The latter name must of course stand, unless M. Buquet 
should have previously described this species with the name at- 
tributed to him by Dejean. I have been unable to find that he 
has. 

20. Nyct. vestita, Lacord. Cerostena vestita, Solier, 1. c. 

21. Nyct. deplanata, Lacord. Cerostena deplanata, Solier, J. c. 


22. Nyct. plicatipennis, Lacord., is the Nyctelia transverso-sul- 
cata of my paper in the ‘ Proceedings of the Zool. Soc.’ for Dec. 
1841, p. 106. 


23. Nyct. nebulosa, Buquet. N. picta, Klug. This species is 
in several of our cabinets, but I am not aware whether it is de- 
scribed under either of the above names. The characters are as 
follows :— 


Atra, tomentosa: thorace brevi, lateribus rotundatis, supra convexo, 
postice macula fuscescenti-alba : elytris ovatis postice acuminatis, 
quoad latitudinem thorace fere cozequalibus, supra convexis, nigro 
alboque variegatis, atque costis duabus elevatis.—Long. corp. 7} 
lin. ; lat. 32 lin. 

Var. 6. elytris fuscis, marginibus albis vel fuscescenti-albis, dorso 
albo-variegato. 


Nyctelia nebulosa appears to me to be allied to Cerostena, but 
it does not associate perfectly with any of M. Solier’s subdivisions. 
From Cerostena, which is on the whole the nearest, it differs in 
not having the posterior tibic dilated at the extremity, a character 
which appertains likewise to Psectrascelis ; but in this latter genus 
there is considerable difference, both in the sexes and in the spe- 
cies, as to the degree of dilatation of the tibie : of Cerostena I have 
but one specimen, but probably the sexes vary in the same way. 
The antennz in the insect under consideration if extended back 
would reach rather beyond the base of the thorax, and they are 
moderate as to thickness ; the joints are moniliform and not elon- 
gated, nor so slender as in Cerostena. The labrum is transverse 
and emarginated in front, but less deeply than in the genus last 
mentioned ; the mentum is transverse, contracted behind and 
truncated in front ; the labium is very narrow in the antero-pos- 
terior direction, and emarginated in front ; the palpi are short, and 
the terminal joint of each palpus is swollen at the extremity. The 
legs are moderate, covered with pubescence ; the posterior tibiz 
are slightly curved. : 

This species is described and figured by Erichson under the 
name Nyctelia decorata (see ‘ Act. Acad. Ces. Leop.’ vol. xvii. 


of the Southern portions of South America. 45 


Suppl. p. 336), a name which must stand, unless the species be 
described either by Klug or Buquet, and that previous to 1834, 
the date of Erichson’s paper. | 

24. Nyct. picipes, De}., is the N. nodosa, Lat., and N. brunnipes 
of the same author. Nyctelia nodosa, Soler. The only true Nyctelia 
known to the last-mentioned author when he restricted the genus. 
Should it be true, as M. Solier states, that this species is found 
both in Chile and at Buenos Ayres, it would afford an exception 
to a general rule, not only that the same species do not occur on 
both sides of the Andes, but that the restricted genus Nyctelia (now 
containing to my knowledge no less than twenty species, seven- - 
teen of which are described in the ‘ Proceedings’ quoted) is con- 
fined to the west side of that range of mountains. I know that 
the N. nodosa is found at Maldonado La Plata, Bahia Blanca and 
Mendoza ; but though I-have seen several very extensive collec- 
tions from Chile, I have not found that species in them. I think 
there must be some accidental error in the labelling of the speci- 
mens placed in M. Solier’s hands. 


Genus Entomoperss, Solier. 


M. Solier characterizes but one species of this genus, the Ent. 
Erebi.. Three others are enumerated by Dejean, viz. :— 


Entomoderes Draco, Lacord. 

Ent. niger, et epidermide sordida quasi limosa obtectus : thorace an- 
gulis anterioribus productis, posticis obtusis, et postice ad latera 
profunde emarginatis, exinde angulo oriente abrupto acuto et re- 
trorsum spectante, superficie dorsali costis duabus asperis longi- 
tudinalibus et parallelis : elytris subovatis, superne leviter convexis 
et tuberculis crebre obsitis, carina laterali tuberculis parvis irregu- 
lariter gemmata.—Long. corp. 10 lin.; lat. 52 lin. 


Ent. Draco is covered throughout with a substance resembling 
mud. In the form of the thorax it approaches most nearly to 
Ent. Erebi, but there is no second prominent angle behind as in 
that species; the second angle bemg the posterior angle of the 
thorax, which is produced in a lateral direction: it is obtuse in 
the present species. The anterior angles of the thorax are very 
prominent: on each side of the dise are two considerably elevated 
longitudinal protuberances (larger than the corresponding pro- 
tuberances in Ent. Erebi), and between these and the outer 
margin are two narrow curved protuberances ; there is moreover 
a short central raised line on the hinder part of the thorax; the 
thorax is much contracted in front, and greatly dilated rather be- 
hind the middle. The elytra are formed as in Ent. Hrebi, but 
they are flat above, excepting towards the apex, where they de- 
scend somewhat suddenly ; they are destitute of the ridge which 
in that species runs parallel with the lateral costa: various irre- 


46 Mr. G.R. Waterhouse: Contributions to the Entomology 


gular tubercles are observable on the surface, and on the apical 
third are four (two on each and one above the other) which are 
larger than the rest ; beyond these there are some small irregular 
rug, somewhat oblique but nearly transverse, which run in as it 
were from the lateral keel. 


Entomoderes cellulosus, Lacord. Appears to me to be a small 
specimen of Ent. Erebi. Beyond the size, it differs only in having 
the network-like raised ridges on the elytra rather more strongly 
marked. Length 9 lin. ; width 44 lin. 

Entomoderes satanicus, Lacord. 

Ent. niger, infra fulvescenti-albo pulverulentus, partibus superioribus, 
at parce cinereo-pulverulentis, nisi apud elytrorum apicem, ibi pul- 
vere notas duas per sulcum carine lateralis et marginem externum 
ductas, effeciente: thorace cum angulis lateralibus valde prominen- 
tibus, apice acuto, retrorsum extrorsum spectante, costis duabus 
superne et post has costa brevi centrali; elytris supra fere planis, 
cum tuberculis parvulis et lineis elevatis in modo irregulariter re- 
tiformi dispositis.—Long. corp. 7} lin. ; lat. 3% lin. 
Considerably smaller than either of the preceding species: 

covered throughout as it were with an ash-coloured dust ; on the 
under parts and on the antennz this powder-like substance hides 
the black ground-colour of the insect, but the upper parts are 
only partially hidden by it ; it is more dense in parts; along the 
lateral keel it forms a grayish line, and on the apical portion of the 
elytra two irregular markings, one on each elytron commending 
broad and dentated about the apical third of the elytron, and be- 
coming gradually narrower to the apex. The thorax is very short, 
and the lateral projecting points are very prominent and acute, 
but, as in Ent. Draco, the posterior angles are not produced,—they 
are in fact nght angles; the anterior angles are produced in the 
form of a narrow process rounded at the point; on each side of 
the central dorsal line, which is slightly raised on the hinder part 
of the thorax, are two raised lines as in Ent. Erebi, but they are 
rather more prominent than in that species. The elytra are 
sculptured as in Knt. Hrebi, excepting that there is scarcely any 
trace of the first mner costa, which is observable im the basal por- 
tion of the elytra of that insect: the lateral keel is divided into 
two ridges by a longitudinal groove, and is very rough ; towards 
the apical portion of the elytra, the keel is provided with acute 
tubercles. 

Perhaps I should be rendering these notes more useful by add- 
ing a brief description of the Ent. Erebi (the type of the genus), 
and thus completing the characters of the species, so far as they 
are at present known. 

Entomoderes Erebi, Lacord. 

Ent. niger, vel piceo-niger ; thorace supra costis duabus longitudi- 


of the Southern portions of South America. 47 


nalibus, et costa centrali in medio interrupta, angulis lateralibus 

acutis et retrorsum spectantibus; elytris cum costis duabus irre- 

gularibus a basi ad partem apicalem tertiam longitudinaliter ductis, 
costis duabus brevioribus basalibus, et cum lineis parvis punctisque 
elevatis crebre dispositis: elytrorum carina laterali et apice non- 

nunquam piceo-rubris, vel piceis.—Long. corp. 10} lin.; lat. 5% 

lin. 

Black or pitchy black, and glossy; legs and antennz pitchy : 
head rather coarsely punctured and somewhat rugose in parts, 
and with a transverse impression : thorax broader than long ; the 
anterior angles produced ; the sides much dilated, but at a short 
distance from the hinder margin, with a deep notch suddenly re- 
ducing the width of the hinder part of the thorax nearly to that 
of the fore part, and leaving to project in the form of an acute 
angle (the point of which is directed backwards) the dilated la- 
teral margin ; in this notch is a small triangular projection, which 
may perhaps be regarded as the posterior angle of the thorax, if 
we imagine that angle to be curved forwards and slightly upwards ; 
the dorsal surface of the thorax is slightly convex, and has some 
scattered punctures ; in the middle, behind, is a short and small 
longitudinally elevated ridge, and on the disc are two other ridges 
separated by a narrowish interspace which presents numerous 
small ruge ; on the fore-part of the thorax (which is emarginated) 
there is a fourth little keel. The elytra incline to an ovate form, 
and are considerably arched in the longitudinal direction ; in the 
transverse direction the outline is but little arched : the lateral keel 
is notched in parts, and extends nearly to the apex of the elytra, 
sending out a small sub-apical brush: the surface is glossy and 
uneven, and at about one-third of the distance from the lateral 
keel to the suture is a longitudimal ridge which extends the base 
of the elytron, but is obliterated on the apical third; within this 
ridge are some irregular large shallow depressions and indistinct 
ridges ; these depressions and minute ridges are confined to a space 
which would be included between the longitudinal rib and a se- 
cond rib ; but that second rib is obliterated, if we except a small 
portion at the base of the elytron, and a short minute keel in a 
line with the point of termination of the outer and more developed 
rib: the lateral margins of the elytra and the lateral keel are 
pitchy red: the red colour of the lateral keel is continued to the 
apical portion of the elytron, where it forms a broad and conspi- 
cuous mark, 

This description is drawn up from a specimen brought from 
Mendoza by Mr. Darwin. | 

Besides the species of Nyctelide here noticed, the Marquis de 
Bréme’s collection contains a true Nyctelia (Solier) closely allied 
to the Nyct. Westwoodii of my paper: I propose to name it 


48 Mr. G.R. Waterhouse: Contributions to the Entomology 


Nyct. Bremii. 

Nyct. ater, nitida; elytris profunde striatis interstitiis convexis, striis 
rugosis et obliquis. 

I regret my notes on this species are imperfect ; they however 
state that it greatly resembles the Nyct. Westwoodi, but may be 
distinguished by the striz or grooves, with their convex inter- 
spaces, which are next the suture, being oblique and not longi- 
tudinal as in that species ; the grooves are moreover less strongly 
marked, less regular, more numerous and rugose. 


Nyctelia macrocosta, Guér., ‘ Mag. de Zool.’ 

This I strongly suspect will prove to be a local variety of my Epi- 
pedonota rugosa. Of Ep. rugosa Mr. Bridges sent very many spe- 
cimens to England, all of which were perfectly black throughout ; 
I was not prepared therefore to suppose they could be specifically 
identical with Guérin’s N. macrocosta, an insect of which I had 
seen a description only, and which differs in having the legs and 
antenne bright red, and the margins of the thorax, the lateral 
keel of the elytra, and the large costa on each elytron also red, 
but inclining to pitchy. The coste are more strongly marked in 
the Marquis de Bréme’s specimens (which are all that I have 
seen) than in my Lp. rugosa. 

As regards these differences, | may observe, that in the Marquis 
de Bréme’s collection, all the specimens of Guérin’s Nyct. multi- 
costa (genus Callyntra, Solier), have the legs and lateral keel of 
the elytra pitchy red, excepting one, and in this the keel is almost 
uniform in colour with the body ; in four specimens of this spe- 
cies in my own collection the lateral keel is black, and one of 
them has the legs black, or very nearly so. Both of Epipedonota 
ebenina and Nyctelia levis I possess black and red-legged speci- 
mens; similar varieties occur in the Nyctelia nodosa. In some 
cases the different varieties appear to be confined to particular 
~ districts *. 

In works on entomology the ‘ habitats’ of the species are often 


* T recollect in conversation with the late most amiable, and I am sure 
much-lamented Dr. Natterer (who resided in the Brazils very many years, 
during which time he amassed an enormous collection of natural-history 
subjects), he expressed a strong opinion that several of the so-called species 
of South American monkeys were not specifically distinct, but that they con- 
stituted different races of the same species, confined to particular districts, 
animals which differed in colour only. He alluded especially to the genus 
Mycetes, the species of which have so much puzzled mammalogists, and ob- 
served, that sometimes on different sides of the same river, animals of what 
he considered the same species differed in colour very materially. Dr. Nat- 
terer was one of the most careful observers I ever met with ; and that he pub- 
lished so little of the mass of information he possessed relating to natural 
history, I perceived upon intimate acquaintance arose from over-caution,— 
from too great a fear of committing an error. 


of the Southern portions of South America. - 49 


of necessity very vague, arising from the difficulty there exists of 
ascertaining the precise spot whence they were procured ; thus I 
find Chile is the only habitat given for certain species,—undoubt- 
edly for the most part found in that country,—but then Chile is 
a district of such enormous extent, especially of latitude, and 
the parts differ much in climate, and consequently in general 
features. Thus to the north, is a most dry and arid country, ha- 
ving scarcely any rain; generally sandy and stony, and abound- 
ing in Cacti ; and in the south the opposite characters would apply, 
wooded (and i in many parts with a most luxuriant vegetation), and 
abundance of rain. The northern arid district will include the 
provinces of Coguimbo and Copiapo, and the southern Chiloe, Val- 
divia and Concepcion. Lastly may be noticed the district which 
may be termed Central Chile, and which is intermediate in its 
characters ; where there are periodical rams during the months 
of May, June, July and August, a tolerable abundance of trees in 
the valleys and low bushes on the sides of the mountains ; it em- 
braces Valparaiso, Aconcagua and Saniago. 

With such a variety in the physical nature of this country, we 
can associate no general facts relating to the geographical distri- 
bution of the insects it contains, when the habitat of Chile only 
is given for the species ; the following notes, kindly furnished me 
by Mr. Bridges, will therefore no doubt be acceptable, since they 
furnish the precise habitats of various Chilian, and some few extra- 
Chilian Coleopterous insects, and moreover contain observations 
on their habits. 


1. Megathopa villosa, Eschsch. 

Hab. Quintaro, about ten leagues north of Valparaiso ; buries 
itself in the ground, under recent cow-dung, to the depth of from 
four to eight inches. 


2. Phaneus imperator, Guér. 

Hab. Mendoza. Buries itself under cow-dung to she depth of 
about nine inches, making a perfectly round hole like Copris lu- 
naris. Frequents the sandy fields near Mendoza, and is called by 
the natives ‘ Catanga.’ 


3. Brachysternus viridis, Guér. 

Hab. Valparaiso. Makes its appearance as soon as the Lom- 
bardy poplars are clothed with leaves, and flies about these trees 
in the evening. 


4. Brachysternus castaneus, Lap. 
Hab. Valparaiso. Flies about in the evening, and often enters 
the windows of the houses when the candles are lighted. 


5. Polycaon Chiliensis, Lap. 
Found on shrubs in the province of Colchagua, South Chile. 
Ann. & Mag. N. Hist. Vol. xiii. E 


50° Mr. G. R. Waterhouse: Contributions to the Entomology 


6. Physogaster tomentosa, Guér. 
Found in great abundance under stones near the town of Co- 
piapo, North Chile. 


7. Praocis submetallica, Guér. 

Found on stems of shrubs (a species of Coccoloba), and on the 

ground under them, near Valparaiso. 
8. Praocis spinipes, Lap. 

Hab. Coquimbo, On stems of bushes. 
9. Nyctelia levis, Waterh. 

Found on the east side of the Andes in Valle Hermosa, about 
nine leagues from the volcano of Peteroa, amongst herbage in 
dry sandy situations. This species hides itself during the sun- 
shine, and makes its appearance in the evening ; if the weather 
be dull it will crawl about in the day. 


10. Nyctelia transverso-sulcata, Waterh. 
Habitat believed to be the same as the last, but not quite cer- 
tain. 


11. Psectrascelis pilipes ? 

Hab. Los Zapos, north of the city of Coquimbo. Inhabits dry 
sandy districts. Common under stones, and frequently seen run- 
ning about in the daytime. 


12. Epipedonota ebenina, Lacord. 
Found near the silver mines of Uspallata; runs about in the 
evening. 


13. Epipedonota affinis, Waterh. 
Hab. Province of Colchagua. 


14. Epipedonota rugosa, Waterh. 
Hab. Province of Colchagua. 


15. Gyriosomus Hopei, G. Gray. 

Hab. Dry sandy plains between the city and port of Coquimbo, 
16. Gyriosomus Whitet. 

Gyr. ater, nitidus: thorace transverso, lateribus paulo rotundatis, 
superne convexo, rugis irregularibus plerumque sublongitudina- 
libus, impresso: elytris ovatis, convexis, lineis obliquis albis or- 
natis.—Long. corp. ( g) 83 lin. ; lat. 44 lin. ; long. corp. ( 2) 11 
lin. ; lat. 62 lin. 

This species (which I have named in honour of Mr. Adam White 
of the British Museum) is very variable in size, like others of the 
group ; but the average size of the individuals is between that of 
G. Hopei and G. Bridgesti. It might at a glance be mistaken for 
either of these species ; indeed I had not perceived that there were 
three species of this little division (all the individuals of which 
have the elytra adorned with numerous white lines) at the time that 


of the Southern portions of South America. 51 


I sent my descriptions to a recent number of the ‘ Annals.” Find- 
ing however in a specimen in my collection (one which had been 
brought home by Mr. Bridges) certain characters which I regarded 
as important, I requested to be allowed to re-examine Mr. Bridges’ 
collection, and was immediately satisfied that it contained two new 
species allied to G. Hopei, and many specimens of both sexes of 
each, and although they have a common superficial resemblance 
they are easily distinguished. G. Hope differs from the other two 
species in having the preesternum broader and not continued be- 
hind the line of the coxe of the anterior pair of legs. InG. Wiitec 
and G. Bridgesii the presternum is contracted, keeled, pointed 
behind and produced beyond the coxze. In the form of the thorax 
the present new species agrees most nearly with Hopez ; that is, | 
in having the sides, from the middle to the posterior angle, nearly 
straight and parallel, and in having the diameter, in the longi- 
tudinal direction of the insect, greater. The thorax in Bridgesi 
gradually widens from the apex to the base, and it is shorter than 
in Hope: and Whitei. The reflected margin of the thorax in 
Whitei is broader than in Hope: ; in Bridgesi it is but indistinctly 
marked. Lastly, in Bridgesi the dorsal surface of the thorax has 
numerous strong rugee—irregular, but for the most part longitu- 
dinal in their direction, and in this respect resembling G. Luczotit, 
but in this last-named insect the rug are rather stronger. In 
G. Hopei and G. Bridgesii the thorax is smooth, glossy in the 
former insect, but dull in the latter. The elytra are less convex 
in Whitei (much less so in the male sex) than in Hope: and 
Bridgesti, and the suture is but indistinctly keeled ; in Hope it is 
not keeled, and in Bridgesii it is strongly keeled. As regards the 
white lines which adorn the elytra there is a considerable differ- 
ence. In G. Hopet and G. Bridgesit the white les are almost 
entirely confined to the hinder half of the elytron; on the other 
portions there are white dots, excepting towards the scutellum : 
the number of white lines is usually five or six. In G. Whitei 
the lines are nearer together, and eleven or twelve, on each ely- 
tron, may be counted ; they cover the elytra, with the exception of 
a dorsal patch, which is broad at the base of the elytra, and ter- 
minates in a point about the middle, or rather behind that part. 
In G. Hopei and G. Bridgesit the white lines are for the most 
part parallel with the suture, the exterior ones diverging but 
little: in G. Whitei they may be said to radiate from a point, 
and that point at, or near the scutellum. The legs in Whitei are 
decidedly more slender than in G. Hopei, and in this respect re- 
semble those of G. Bridgesii. The antenne, as compared with 
those in Bridgesit, differ in having the terminal joints less dilated. 
I may mention, that of the G. White: I have seen about a dozen 


specimens of both sexes, of Bridgesit more than double that num- 
| ! E 2 


52 Mr.G.R. Waterhouse: Contributions to the Entomology 


ber, and likewise examples of both sexes. Of G. Hopei I have seen’ 
many hundreds of individuals. The two last-noticed species were 
found together by Mr. Bridges, the G. Whitei was found in a dif- 
ferent locality. The three species are in the collection of the 
British Museum, as well as the Gyriosomus marmoratus and G. 

elongatus, described by me (from the same collection) in the ‘ An- 
nals and Magazine of Natural History’ for October 1843, vol. xii. 
pp. 258—260. 


17. Gyriosomus Bridges, Waterh. 

Common in the vicinity of Coquimbo : like most of the species 
of Nyctelide it hides itself during the heat of the day and comes 
forth in the evening. It feeds upon the Malvaceous plants (genus 
Cistaria). 

18. Gyriosomus marmoratus, Waterh. 
Hab. Near Villa Vicufia, valley of Elqui, province of Coquimbo. 


19. Gyriosomus Luczotii, Guér. 

Hab. Vicinity of Coquimbo. 
20. Gyriosomus elongatus, Waterh. 

Found in dry sandy plains between Huasco and Coquimbo. 
Makes its appearance in dull weather. 


21. Scotobius rugulosus, Guér. 
Frequent in cellars of the houses of Valparaiso. 


22. Gonogenius brevipes, Waterh. 

Found (often in company with Physogaster tomentosa) under 
stones at Copiapo. 
23. Psammetichus crassicornis, Waterh. 


Hab. Near Huasco. Found under plants of the Cactus tribe, 
and under stones. 


24. Naupactus Bridgesu, Waterh. 
Hab. Uspallata. 
25. Atgorhinus phaleratus, Erichs. Genus Lophotus, Schonh. 
Hab. Valparaiso. Found on the trunks of trees, especially on 
the peach, apple and pear. 
26. Listroderes costirostris, Schénh. 
Hab. Coquimbo. Found on the stems of shrubs (Helianthus 
thurifer), generally close to the ground. 
27. Listroderes subcostatus, Waterh., Proc. Zool. Soc. Dec. 1841. 
From the Quebrada de Vergara, west side of the Sat pro- 
vince of Colchagua. 


28. Listroderes pilosus, Waterh., 1. c. 
Hab. Same as last. 


of the Southern portions of South America. 58 


29. Adioristus punctulatus, Waterh., 1. c. 
Hab. Same as last. 


30. <Adioristus angustatus, Waterh., 1. e. 
Hab. Same as last. 


31. Aditoristus conspersus, Waterh., 7. c. 
Hab. Same as last. 


32. Adtoristus simplex, Waterh., 1. c. 

Hab. Same as last. 

Obs. Mr. Bridges found the above six species of Listroderes and 
Adioristus all in one spot, both under stones and under dung. 


33. Rhyephenes Incas, Schonh. 

Hab. Valparaiso. On trunks of trees. 

The new species of Gyriosomus noticed in this paper were de- 
scribed in the ‘ Annals and Mag. of Nat. Hist.’ for October 1843, 
vol. x. p. 258. 

Besides these, Mr. Bridges’ collection contains a new species of 
each of the following genera, viz. Gonogenius, Psammetichus and 
Naupactus, which I will proceed to describe. I may here observe, 
as regards two genera noticed in the foregoing pages, Lophotus 
and Rhyephenes, that the genus Eublepharus of MM. Gay and 
Solier* is synonymous with the former, and the genus Physotho- 
rus of the same authors is synonymous with the latter. The Eu- 
blepharus Rouleti, Gay et Sol., is undoubtedly the same as the 
Lophotus nodipennis, Hope, previously described and figured in 
the first volume of the ‘ Transactions of the Ent. Soc. of London.’ 
The Eub. Germari (G. et Sol.) is, I Piet bile the Artipus superci- 
hosus, Guér., Voy. de la Coqu. 

Genus Gyriosomus. In addition to the characters already 
pointed out, I may notice that G. Luczotit, G. Bridgesii and G. 
elongatus have the preesternum contracted and produced back- 
wards beyond the insertion of the femora, whilst in Gyriosomus 
Hopei and. G. marmoratus the presternum is broader and not pro- 


duced backwards. 


Gonogentus brevipes. 

Gon. niger sub-obscurus; corpore plerumque pulvere fusco obsito : 
capite rugose punctato : thorace lateribus-qualiter rotundato, an- 
tice posticeque subemarginato, angulis acutis; supra paulo convexo, 
punctis distinctis, irregulariter adspersis, impresso: elytris ova- 
libus, leviter convexis, punctato-striatis ; interstitiis striarum, cos- 
tatis, distincte punctatis vel rugosis : pedibus brevibus, crassis.— 
Long. corp. 6—8 lin. ; lat. 22-33 lin. 


This species differs from the Gonogenius vulgaris in being rather 
shorter, in having the head narrower, the thorax shorter and not 


* See Annales de la Soc. Ent. de France, tome viii. p. 5. 


54 Contributions to the Entomology of South America. 


cordiform, but with the sides evenly rounded from the base to the 
apex ; the elytra have the interstices of the striz not in the form of 
simple smooth ridges as in G. vulgaris, but either distinctly punc- 
tured or more generally rugose; and lastly, the legs are consi- 
derably shorter and stouter: the tibize are very angular, and the 
prominent angles are serrated. 


Psammetichus crassicornis. 

Psam. niger ; capite thoraceque tuberculis minutis creberrime obsitis; 
antennis percrassis: thorace dorso carina longitudinali, postice 
abbreviata, instructo: elytris ovatis, valde rugosis, costatis, costis 
denticulatis et rugosis.—Long. corp. 84 lin.; lat. 34 lin. 


This species is about equal in size to, or perhaps generally rather 
larger than, the Ps. costatus, from which it is readily distinguished 
by the thickness of its antenne ; these organs are but little larger 
than in the Ps. costatus, but in thickness their bulk is double 
that of the antenne in the insect last mentioned. The legs are 
rather stouter than in Ps. costatus (the tarsi distinctly so) ; the 
head and thorax are covered in the same way with small tubercles, 
but in the present species they are more minute and more crowded. 
The costz on the elytra instead of being nearly simple ridges are 


very rough and strongly notched, presenting a distinctly serrated 
outline. , 


Naupactus Bridgesi. , 
Naup. ater, squamulis viridi-argenteis ornatus; corpore elongato: 
capite crebre punctulato postice rugoso, supra, rostroque canali- 
culatis: thorace rugoso et punctato, vittis tribus viridi-argenteo 
squamosis : elytris punctato-striatis dense viridi-squamosis, sutura, 
vittis duabus longitudinalibus, marginibusque denudatis : corpore 


subtus squamulis sordide albis adspersis : antennis pedibusque pilis 
albis obsitis.—Long. corp. 7 lin. 


In general form this species most nearly resembles the Naupac- 
tus rivulosus ; it is however considerably smaller than that insect. 
The head and rostrum are finely but thickly punctured, and the 
former is somewhat rugose behind; both have scattered bluish 
white scales: the thorax is rather broader than long, narrower in 
front than behind, has the sides slightly rounded, and is some- 
what constricted near the base, so that the posterior angles are 
rather prominent and acute ; the posterior margin is indistinctly 
waved, the surface uneven and rugose; above are three longitu- 
dinal broadish silvery green marks, and these are somewhat im- 
pressed as it were. The elytra are scarcely broader than the thorax 
at the base, thence to the middle the width is about equal, but 
from the middle to the apex the width decreases; the apex is 
rounded; they are punctate-striated, and the interstices are ob- 
scurely rugulose ; the suture is raised and destitute of scales ; the 


Mr. A. Tulk on Obisium orthodactylum. 55 


second interstice is in part also raised, and forms an oblong 
slightly raised hump near the base of the elytron; this hump 
being destitute of scales presents a black mark; again the 
fifth interstice is strongly convex, excepting for a short: distance 
from the base of the elytron; the sixth interstice is convex,— 
strongly so at the base of the elytron, and projects in the form 
of a rounded angle at the shoulder, but posteriorly the convexity 
of this interspace decreases; on the hinder half of the elytron 
it is flat: the convex portions of both the fifth and sixth imter- 
stices are denuded of scales, and so is the lateral margin of the 
elytron ; so that as regards the colouring, the elytron may be de- 
scribed as silvery green, with the suture, a small oblong mark at 
the base, a semi-lateral mark extending from the base nearly to 
the apex, and the lateral margin black, if we except a small por- 
tion of the latter at the base of the elytron. Numerous longish 
pale hairs are observable on the apical portion of the elytra. 


VIII.—Note upon Obisium orthodactylum (Leach). 
By Atrrep Tux, M.R.C.S., M.ES. 


So much yet remains to be learnt concerning the structure and 
habits of many of the inferior forms of Arachnida, that every ob- 
servation tending to throw additional light upon them cannot 
but be regarded by the naturalist as deserving of record. Upon 
the internal edge of either claw of the chelicerze, in the above- 
named species of Pseudo-scorpion, we perceive, under the micro- 
scope, an immoveable pectinated appendage, of. a delicate white 
colour and transparent texture: that upon the external claw, to 
nearly the middle third of which it is attached by about half the 
extent of its back, is the most prominent, and consists of fourteen 
slightly curved and obtuse teeth, which gradually imcrease in 
length from behind forwards, the posterior one differmg from the 
rest in its rounded form and greater breadth. The internal, 
from not being implanted so directly upon the edge of the claw 
as the preceding, but deeper down towards its base, is less distinct, 
its extremity alone projecting so as to render visible four or five 
of its teeth, the remainder of which are with difficulty counted, 
though a careful examination has at length convinced me that 
their total number is the same as upon the other comb. The 
plane of position of the two claws, when the cheliceree are at rest, 
is obliquely downwards and outwards, so that the internal is 
placed most superiorly, and overlaps by its apex that of the ex- 
ternal. The two combs preserve constantly this slanting direction 
towards each other. But, besides these organs, there arises from 
the front of a slightly elevated ridge upon the inferior surface of 


56 Mr. A. Tulk on Obisium orthodactylun. 


the basal joint of the cheliceree, and near to the commencement 
of the claws, a tuft of long pinnate hairs, eight to nine in num- 
ber, which converge together at their extremities to form a com- 
plete brush reaching almost to the middle of the claws. 

I had often speculated upon the probable use of this peculiar 
contrivance, until upon more than one occasion, having placed the 
animal alive in a glass cell for examination beneath the micro- 
scope, I observed it very busily engaged in cleaning its long 
palpi, especially their didactyle forceps, by drawing them repeat- 
edly between the claws of the chelicerz, the latter being freely 
rotated during the operation, so as to bring every part of these 
organs in contact with the combs and hairy tuft. The tarsi were 
cleaned also at the same time, by applying them against some 
scattered bristles which project inwards from the coxal joints. 
Before I had noticed the above facts, my attention had indeed 
been directed to these comb-shaped organs in Obistum by the 
very striking resemblance which they bore to the abdominal pec- 
tines of the scorpion; and now that we had conclusive evidence 
of their functions in the one, it became a question whether those 
of the latter might not perform some similar office. The uses 
which have been assigned hitherto to these parts in the scorpion 
by different writers, appear to me far from satisfactory. While 
their lamellated structure alone has induced some to regard them 
as external branchie, their situation near to the generative open- 
ing in both sexes has led others to view them as claspers durmg 
the act of copulation, by their plates mutually interlacing with 
each other; they have been regarded even as aiding in locomo- 
tion. It may be objected to the view which I am here disposed 
to take of their acting as cleansers to the palpi, tarsi and elon- 
gated portion of the abdomen, that their position is widely dif- 
ferent in the true as contrasted with the Pseudo-scorpion ; but 
need we be more surprised at this than that the poison-sac, which 
in one group of Arachnida is placed within the chelicere, should 
in another be transferred to the opposite extremity of the body ? 
Admitting then that such has been the case in the present in- 
stance, it may be understood why the combs of the scorpion and 
each of their separate teeth should be moveably articulated to 
compensate for the immobility of that part of the abdomen to 
which they are attached, while such a provision would, for ob- 
vious reasons, be unnecessary in the little Obistum. 

There is a remarkable agreement, however, in many other points 
of external structure between these two animals which must not be 
overlooked, as they tend to support still further the above analogy. 
Treviranus has noticed the striking resemblance between the palpi 
and maxille of an allied genus Chelifer and those of the scorpion, 
and the comparison may be drawn more closely still between the 


Rev. M. J. Berkeley on Fucus Labillardieru. 57 


latter and Obdisium. There is one point of importance which yet 
remains to be ascertained, and the more so from its having been 
taken as a primary character in the classification of the Arach- 
nida,—the means by which the above animals respire. _Trevira- 
nus has described two rows of puncta as occurring both upon the 
upper and under segments of the abdomen in Chelifer, which he 
regards as stigmata, but states also that he was unable to detect 
either tracheze or pulmonary sacs in their situation. It is most 
probable therefore that they were merely impressed points, serving, 
as in others of the class, for the attachment of muscles. Be 
that as it may, I have been unable to discover any indications of 
such external openings in Odisiwm, or to arrive for the present at 
any satisfactory conclusion in regard to the existence of an in- 
ternal respiratory apparatus; but I introduce these remarks here 
for the purpose of inquiring whether, if we knew the precise con- 
ditions under which the breathing of these animals was effected, 
it is then a function of sufficient value to be adopted in the ar- 
rangement of the Arachnida, since it has been already invalidated 
by the co-existence of pulmonary sacs and trachee in the genera 
Segestria and Dysdera; whether, in a word, until more is made 
out of the anatomy of Obisiwm to establish its further affinity to 
the Scorpionide, its present position among the Trachearia may 
not be regarded as a provisional one? As yet, I am strongly 
disposed to believe that subsequent facts will prove that the pre- 
sent and allied forms are the true dwindled acaudal representa- 
tives in this country of the gigantic and formidable species which 
infest the tropics. 
1 Arthur Street, Gray’s Inn Road. 


IX.—Observations on Fucus Labillardierii, Turner. By the Rev. 
M. J. Berxenny. Ina Letter to R. Taylor, Esq. 


My pear Sir, 
Tue following extracts from a letter with which I have been fa- 
voured by Dr. Montagne relate to a subject of much interest as 
regards the physiology of Algee, and are in themselves so excel- 
lent that they cannot fail to be acceptable to many of your read- 
ers. The plant to which they principally refer is Fucus Labil- 
lardierii, Turn., which was improperly referred by J. Agardh to 
Suhria, and has lately been raised to the rank of a genus, under the 
name of Ctenodus, by Kiitzing, on characters taken almost en- 
tirely from the structure of the frond, without reference to any 
peculiarities in the fructification. The genus Calocladia, Grev., 
founded upon an Alga supposed to be identical with Turner’s 
plant, though in reality very different, is, it appears, the same 
with Delisea, Lamouroux. Mr. Harvey had ascertained the real 


58 Rey. M. J. Berkeley on Fucus Labiilardierii. 


structure of Labillardiére’s Alga, respecting which he writes to me 
as follows :—“ In a paper which I have had in MS. for the last 
three years, I have proposed Fucus Labillardierii as the type of a 
new genus, which I purposed to call Seirospora. Its fruit is 
altogether unlike that of any other Floridea, and more resembles 
that of a Fucoidea than anything else. It is a receptacle con- 
taining a number of cells, each communicating with the surface 
by a pore, and filled with linear four-jomted sporules !”” 

Having premised so far, I proceed to my extracts from Dr. 
Montagne’s letter :— 

“ More than a year since I made an analysis of Fucus Labil- 
lardierii, of which my specimen left no room for doubt, as it came 
out of the herbarium of the illustrious traveller. I then disco- 
vered the singular disposition of the tetraspores, which has been 
also recognised, as you inform me, by Mr. Harvey. Soon after 
making this important discovery, I begged you to procure me, if 
possible, from Dr. Greville, conceptaculiferous individuals. I then 
told you that the theory of M. Decaisne must fall before the fact 
of tetraspores contained in conceptacula exactly after the fashion 
of real spores, and, what is equally curious, converging as the 
spores of Fucacee, from the periphery to the centre. I compared 
this singular disposition to what I found in my new genus No- 
thogenia (Chondrus variolosus, Prodr. Phye. olim), a Floridea in 
whose conceptacula the true spores are also convergent. I had 
purposed to dedicate this new genus to Lenormand, who has done 
so much for science by his bountiful distribution of species in all 
parts of Europe, but my intention was arrested by the publica- 
tion of this species under the name of Ctenodus by Kiitzing. 
After having described minutely the singular fructification of this 
Alga in my ‘Cryptogamie du Voyage de la Bonite, which is at. 
this moment in the press, I immediately drew up the article 
Ctenodus for the ‘ Dictionn. Univ. d’Hist. Nat.,’? which is on the 
eve of being published. I have copied both these articles for 
you, to make you completely master of a question of great in- 
terest. This 1s much increased by the Alga you have sent me 
from Dr. Greville. It confirms a doubt which I have thrown out 
under the word Delisea (which is not, however, printed at pre- 
sent), that Calocladia, Grev., does not differ from Delisea, Lamx. 
Dict. Class. The Alga, though received from Dr. Mertens, is 
most certainly not Fucus Labillardierti, Turn., but Delisea fim- 
briata, Lamx. ‘There is the same conceptacular fructification as 
I have figured in my ‘ Cryptogamie des Canaries’ under my ge- 
nus Asparagopsis, and in my ‘Cryptogamie de Cuba’ under 
Thamnophora ; but what will surprise you not a little is that I 
possess tetrasporic individuals whose tetraspores resemble those 
of Ctenodus, with this difference,—that they are not convergent, 


Rev. M. J. Berkeley on Fucus Labillardierii. 59 


but radiating from a basilar or axillary placenta. These plants 
agree indeed in external habit and in the form of the tetraspores, 
though not in their disposition, but their internal structure for- 
bids their association in the same tribe. Delisea, by the struc- 
ture of the frond and conceptacula, must be arranged with Chon- 
driee ; and as Ctenodus cannot be arranged in any of the tribes 
hitherto established amongst Floridee, | am compelled to form 
a distinct tribe for it, under the name of Ctenodontées, on which 
I purpose shortly to present a memoir to the Institute. 

“ The tetrasporic fruit consists of oblong or spheroidal, shortly 
pedicellate receptacles (polythecia) situated at the axille of the 
pinnules which fringe its branches. The most curious point is, 
that these receptacles contain not spores but tetraspores, alto- 
gether analogous to the compound sporidia of certain genera of 
Lichens, or even Fungi. I have no hesitation in asserting that 
this mode of fructification is of very high importance for science 
and very instructive. The interior disposition of the tetraspores 
is as follows :—The capituliform summit of the fructifying ra- 
mule (or, in other words, the receptacle,) is divided into periphe- 
rical, ovoid, or spherical cavities. In a vertical section passing 
through the axis five or six of these cavities are observed, and the 
number in the whole receptacle amounts perhaps to fifteen or 
twenty. These cavities have a great analogy with those of Fu- 
cacee, by the place the tetraspores occupy, by the form of these 
tetraspores (with the exception of their articulation), and, what 
is still more worthy of attention, by their convergent direction, 
which are accompanied by paraphyses, or, im other words, by 
abortive tetraspores. The question indeed would not be one 
of analogy but of perfect resemblance, if the spores were sim- 
ple instead of being compound. Short continuous filaments 
converging towards their centre proceed from all points of the 
cavities, at least in the first stages of evolution, for in the adult 
state the portion of the cavity corresponding with the cortical 
stratum of the receptacle is unoccupied. The greater part of 
these filaments, which are clavate and branched at the base only, 
remain sterile and transparent (paraphyses); a few privileged 
individuals undergo a metamorphose of the granular line which 
occupies their axis, im virtue of which they become compound 
spores. At first simple and continuous, oblong and conform- 
able to the tube of the thread which performs the functions of 
a perispore, the tetraspore is gradually furrowed by three trans- 
verse lines, by which at maturity it is divided into four spores. 
These separate, fall into the cavity, and probably are not dispersed 
before the decay of the receptacle, for I have not been able to 
find any pore which may serve as a natural outlet. In this sin- 
gular fructification we see most evidently that the filaments in 


60 Rev. M. J. Berkeley on Fucus Labillardierii. 


which the tetraspores are developed are the termination and ex- 
pansion of those which traverse the axis of the frond, and consti- 
tute its medullary stratum ; a fact which contradicts in the most 
formal way the assertion of M. J. Agardh, ‘Si denique vera 
sunt que de utriusque organi diversitate attulimus, nimirum 
utraque in eodem individuo nunquam obvenire, evolutionem 
utriusque esse plane contrariam, alterum vero exterioris strati 
productum,’ &c. (Alg. Medit., p. 62.) On the other hand, it is 
easy to convince oneself, that from the beginning the compound. 
spore is contained in a linear or slightly clavate filament, and 
that, though at first simple, it is by insensible degrees only that 
it is divided into four spores. These at length become free by 
bursting the common perispore in which they are formed. Would 
we consider these compound spores as simple spores formed in 
the endochrome of radiating moniliform filaments, as in the tribe 
Spherococcoidee, I reply, that the assimilation in question not 
only appears contestable but is absolutely untenable, since the 
conceptacula of this last-mentioned tribe offer threads radiating 
from a sort of basilar or axillary placenta; but we have here a 
disposition exactly the reverse. I have indeed found something 
analogous in a Floridea, of which I have made a genus, under 
the name of Nothogenia. [Vide ‘Ann. d. Se. Nat.,”? Oct. 1843 ; 
and plate 10. fig. 3. of the ‘ Cryptogamic Atlas of the Voyage to 
the South Pole.’] This Alga presents, like Ctenodus, filaments 
which converge from all points of the conceptacle towards its 
centre; but as these filaments are articulate and moniliform, the 
spores contained in each endochrome, of which they are a trans- 
formation, are simple and not compound spores ; in other words, 
they are not tetraspores. : 

“ We have then a Floridea, containng,—not in a single cavity 
but in a plurilocular receptacle, which I call polythecium, for 
each of these cavities is as it were an introverted Nemathecium,— 
compound spores accompanied by paraphyses, as the simple spores 
of Fucacee, or the compound spores or asci of Lichens and of 
various Fungi, which are isolated at maturity and fall into the 
middle of the cavity. This curious Floridea shows us then—Ist, 
The profound analogy and, as it were, confluence of two kinds of 
reproductive bodies. 2nd, Their common origin (at least in the 
present Alga, contrary to the assertion of J. Agardh). 3rd, A 
second example in Floridee of the convergent direction of the 
sporigerous filaments,—a direction hitherto supposed to be pecu- 
liar to Fucacee. | | 

“These are the most important observations I have recorded, 
and you will at once see what bearing they have on the division 
into Aplospores and Chorispores. I do not recognise a specific 
difference in the two Alge which Mr. Harvey has so kindly com- 


Bibliographical Notices. 61 


municated at your solicitation. It would be curious, however, 
to establish the fact that this Alga has but one form of fructifi- 
cation : we should then have a perfect confluence and assimila- 
tion of the two kinds of fruits.” 

I shall only add, that Dr. Montagne showed me his sketches 
when I was with him last summer, at which time he had not the 
slightest notion that Mr. Harvey had made similar observations. 

I am, my dear Sir, yours very faithfully, 
King’s Cliffe, Dec. 15, 1843. M. J. BERKELEY. 


~ 
— 


BIBLIOGRAPHICAL NOTICES. 


Phycologia generalis ; oder Anatomie, Physiologie und Systemkunde der 
Tange, bearbeitet von F. T. Kiitzing. 4to, tab. 80. Leipzig, 1843. 


Frizs remarked in his ‘Systema Orbis Vegetabilis,’ published in 
1825, that the study of aquatic Algze was in the same condition as 
that of Fungi a century, or that of Lichens half a century before. 
The characters were principally taken from outward form, without 
proper attention to differences of structure. It was certainly matter 
of great difficulty to obtain clear views of structure with the older 
microscopes, and the analyses by Sir W. J. Hooker given in Turner’s 
‘Fuci,’ which were admirable for the time, lost a great deal of their 
sharpness in engraving, and the greater part of the copies of that 
excellent work do not exhibit them so clearly as might be wished, 
the difference between early and later impressions being very con- 
siderable. 

This opinion of the great Swedish mycologist appeared to many 
harshly expressed, but it was nevertheless not far from truth, as the 
labours of modern algologists have clearly demonstrated. 

Attention has been drawn to the subject, more especially during 
the last two or three years, by the memoirs of Decaisne, Chauvin, 
J. Agardh, Montagne, &c.; and though these are in many cases ac- 
companied by admirable. analyses, a larger mass of illustrations was 
most desirable, which is exactly what the work of Kiitzing supplies. 

The figures are admirably drawn and engraved by the author him- 
self, and we can answer for their general correctness from having had 
the advantage of inspecting a large quantity of precisely similar ana- 
lyses in the herbarium of Dr. Montagne. The engraving is so mi- 
nute, that frequently it is really useful to examine it with the help of 
alens. The illustrations are very various, entering into the most 
minute details of structure both of the frond and fruit, and where 
possible of the germination, and they present such a mass of facts 
and such valuable materials for students as perhaps were never be- 
fore collected in a single volume. 

It is exactly analogous to the work of Corda on Fungi, having the 
same excellences and the same faults. The text in most cases does 
not answer one’s expectation so fully as the plates would promise. 
The arrangement on the whole is good and natural; the prefatory 


62 Bibliographical Notices. 


remarks, which extend toa considerable length, relating to structure 
and other general matters, excellent ; but all that relates to characters, 
species, synonyms, literature, &c. by no means satisfies us. 

The characters both of genera and species are very loosely drawn, 
without any clear notions, as it appears to us, of what a genus or spe- 
cies should be ; the synonyms are often incorrect or insufficient ; the 
phraseology new and needlessly complex ; but the main fault, in a 
work of such a general scope, is the very limited acquaintance which 
the author seems to have with French and English literature. The 
greater part of the discoveries for instance of Dr. Montagne, not to 
mention a host of other algologists, both in France and England, and 
those recorded mostly in works of easy access, are not so much as 
mentioned, and genera which have been characterized years since are 
treated as if they were but now extracted from the chaos. This 
is the more to be lamented, because no part of botany perhaps has 
suffered so much as algology, from the circumstance of writers, even 
such as Agardh, not being fully acquainted with the literature of the 
day; in consequence of which a master-hand is requisite to produce 
a nomenclature, which would meet with universal approbation, at 
once consistent with the laws of priority and free from all spirit of 
partiality ; and this can only be done by the acknowledged excellence 
of some general work upon the subject, or by a special memoir under- 
taken with the express view of reconciling differences. 

At the same time it is but just to state, that the author adverts 
himself to the difficulties under which he laboured in this respect in 
consequence of his being located where he had the advantage of a very 
limited library only, and doubtless some of these faults will be re- 
medied in his future labours. The Diatomacee are not included in 
the work, but will form a distinct treatise, for which the author is 
preparing copious illustrations. 

Notwithstanding the drawbacks mentioned above, there cannot be 
a doubt that the work will have a most beneficial influence upon sci- 
ence; and it is not merely to the algologist that it will prove interest- 
ing, but to all who study the structure of plants. The cellular tissue 
is very various and abounds in points of interest; there is even in 
some Algz a close approach to the dotted cells, to which attention 
has been directed so much by Mohl and others. 

The differences in the arrangement and development of the fruc- 
tification are far more numerous than might be expected, and present 
characters as various as they are important, and fully justify the an- 
ticipation of Fries, put forth at the same time with the opinion which 
we before noticed as to the state of algology, that the fructification 
would in process of time afford the best and most natural means of 
arrangement. 

One of the most interesting points afforded by the work is the 
means which it gives of judging of the correctness of Decaisne’s 
theory of the identity of the spores and tetraspores in Floridea, and 
of the propriety of his division into Aplospores and Chorispores. Our 
impression is, that in the end this will be found untenable ; but even 
should this be the result of mature judgement, we shall not think 


Bibliographical Notices. 63 


that it will at all detract from the merit of Decaisne, or from the ob- 
ligations which the algologist will owe to him. Not only in any case 
will his theory be regarded as most ingenious and as indicative of 
great powers of observation, but algologists will have to thank him, 
in combination indeed with one or two of his countrymen (not for- 
getting the younger Agardh), for showing how Alge ought to be © 
studied, and will acknowledge his title to be regarded as one of the 

prime leaders in the new school of algology. 


Synopsis Flore Germanice et Helvetice. Auctore G. D. J. Koch. 
Editio 2. ParsI. 8vo. Frankfort, 1843. 


This is the first portion of a new edition of Koch’s extremely va- 
luable ‘ Synopsis,’ and we rejoice to add that the second and con- 
cluding part is in active preparation. The whole work has been 
carefully revised, and we find very numerous altera ions and improve- 
ments, although we fear that some of the plants newly introduced as 
species will not sustain the rank to which they have been raised. 
This half of the volume extends to 452 pages, and, following the 
arrangement of the former edition, includes the natural orders as far 
as the middle of the Composite. Any recommendation of the work 
is quite unnecessary ; it and its author are too well known to re- 
quire it. : 


PREPARING FOR PUBLICATION. 


A History of the Fossil Insects in the Secondary Rocks of England. 
By the Rev. P. B. Brodie, M.A., F.G.S. The author proposes to 
connect the results of his investigations in this interesting branch of 
fossil zoology, illustrating the text by numerous plates of the most 
characteristic specimens in his large collection of insect remains. 

Subscribers’ names will be received by the publisher, Mr. Lee, 
Bookseller, High Street, Cheltenham. 


The Ray Club.—Under this name it is proposed to institute a So- 
ciety for the objects explained in the following prospectus. Persons 
intending to become members are requested to forward their names 
and addresses, at their earliest convenience, to Dr. Geo. Johnston, 
Berwick-upon-T'weed, who has consented to act as Secretary until 
the feasibility of the project has been ascertained, and a Council ap- 
pointed. | 

Prospectus.—I. The Ray Club shall have for its object the pro- 
motion of Natural History by the printing, and circulation among its 
members, of original works on Zoology and Botany ; of new editions 
of works of established merit; of rare Tracts and MSS. which throw 
light on the history of these branches of science ; and of translations 
of such foreign works as tend more directly to illustrate the Zoology 
and Botany of the British Islands. 

II. Every subscriber of one guinea annually, payable in advance, 
to be a member of the Club, and to have a vote in the election of its 


office-bearers. ‘The first payment to become due on the 2nd of Fe- 
bruary 1844. 


64: Bibliographical Notices. 


III. The management of the Club shall be vested in a Committee 
or Council of thirteen-members. ‘The Secretary to be ew officio a 
member of the Council, and to be paid such amount of salary as to 
the Council may appear to be a fair remuneration of the trouble at- 
tached to the office. 

IV. The annual subscription shall be deposited in a chartered 
Bank in the name of the Secretary and two members of the Council ; 
and the fund shall be exclusively applied in publishing such works 
as the Council shall sanction. 

V. The accounts of the receipt and expenditure of the Society 
shall be examined annually by two Auditors appointed by the Coun- 
cil,—the Auditors to be members of the Club who are not members 
of Council,—and their statement circulated among the subscribers. 

VI. The Publications of the Club shall be confined to members 
only, excepting in cases where the Council may otherwise determine 
by a unanimous vote. When the work selected is original, an ar- 
rangement may be made with*the author for extra-copies,—the Club 
being always secured against any charge for the same. 

VII. The number of volumes to be printed annually must depend 
on the amount of subscriptions, and the size and nature of the vo- 
lumes selected ; but the Council will be directed to divide the fund 
as equally as possible in the printing of the Botanical and Zoological 
departments. At least one volume in Zoology and one in Botany 
should be published annually. 

VIII. The works which the Club shall endeavour to print may be 
arranged under the following heads :— 

(1.) Original works in Zoology and Botany, more especially such 
as illustrate the Natural History of Great Britain and Ireland. 

(2.) A uniform edition of approved works which, when chrono- 
logically arranged, shall present a complete and perfect view of the 
progress of the Natural History of the British Islands. The works 
selected to be edited by competent individuals, who may add pre- 
faces and notes where these may be thought necessary. 

(3.) The collection of Memoirs, Essays, Tracts, &c., scattered in 
the Transactions of learned Societies and elsewhere, into convenient 
volumes, and on a systematic plan. 

(4.) The MSS. preserved in the British Museum, and other pub- 
lic repositories, relating to the Natural History of Great Britain, &c. 

(5.) A Systematic History of the Zoology and Botany of the 
British Islands. 

(6.) A ‘ Systema Nature.’ 

(7.) A Descriptive and Systematic Catalogue of all printed books 
in Zoology and Botany. 

N.B.—These rules, &c. are to be understood as provisional, and 
are intended only to give an idea of the objects for the accomplish- 
ment of which the Ray Club is projected. Ifthe Club meets with 
that support from naturalists which it seems to merit, more efficient 
and better defined rules may be made by the Council, whose election 
will be in the hands of the members in general. 


Royal Society of Edinburgh. 65 


ROYAL SOCIETY OF EDINBURGH. 


The first ordinary meeting of the 61st session of the Society was 
held on Monday the 4th of December at 8 p.m. 

Sir T. Makdougall Brisbane, Bart., President, in the Chair. 

Professor Christison read a paper having the following title :—*‘ On 
the Influence of various circumstances in Vegetation upon the Ac- 
tivity of Plants.” Part II. The Umbelliferous Narcotics, of which 
the following is a summary :— 

In the first part of this inquiry the author gave an account, in 
1840, of some observations made by him as to the influence of sea- 
son on the activity of the acrid plants of the natural family Ranun- 
culacee, and of the narcotics belonging to the family Drupacee. In 
the second part now laid before the Society he proceeded to relate a 
series of experiments instituted by him with the view of determining 
the influence of season on the activity of the poisonous narcotic 
plants of the family Umbellifere. 

The plants belonging to this family are for the most part aromatic 
and stimulant, and destitute of poisonous properties. In four spe- 
cies only have narcotic properties been unequivocally recognised, 
viz. Conium maculatum, Qinanthe crocata, Cicuta virosa and Atthusa 
Cynapium ; but these are universally held to be highly energetic. 

1. The Contum maculatum, Common Hemlock. No accurate in- 
formation is yet possessed as to the influence of season on the acti- 
vity of this species ; for all investigations on the subject are vitiated 
by the uncertain strength of its preparations, and the ignorance which 
prevailed till very lately as to the conditions required for securing 
their uniformity. The author has found by experiment, as Professor 
Geiger had already been led to conclude, that every part of the plant 
is poisonous,—the root, the leaves, and the fruit; and that the root 
is least active, the leaves much more so, but the fruit most active of 
all. ‘The root is commonly held to be most active at Midsummer, 
when the plant is in full vegetation and coming into flower ; but 
this bélief is founded only ona single, and not altogether conclusive 
experiment made by Professor Orfila. The author found this part 
of the plant to be so feeble at all times, that its respective energy at 
different seasons could not be satisfactorily settled. ‘The expressed 
juice of twelve ounces of roots had no appreciable effect on a small 
dog at the end of October or towards the close of June; but an al- 
coholic extract of six ounces at the beginning of May killed a rabbit 
in thirty-seven minutes when introduced into the cellular tissue. 
The leaves are commonly thought to be most energetic when the 
plant is coming into flower at Midsummer, and to be very feeble 
while it is young. The author finds it to be probable that the leaves 
are very active at Midsummer; but he has likewise observed, that 
they are eminently energetic in the young plant both at the begin- 
ning of November and in the month of March, before vegetation 
starts on the approach of genial weather; thirty-three grains of a 
carefully prepared alcoholic extract, representing one ounce and a 
third of fresh leaves, killed a rabbit in nine minutes when introduced 
into the cellular tissue. The frnit is most active when itis full- -grown, 


Ann. & Mag. N. Hist. Vol. xn. 


66 Royal Society of Edinburgh. 


but still green and juicy; it then yields much more of the active 
principle Conia than afterwards, when it is ripe and dry. The author 
added, as a fact contrary to general belief, that he had found the ripe 
seeds of hemlock and an alcoholic extract of the leaves to sustain no 
diminution in energy by keeping, at all events for eight years. 

2. Ginanthe crocata, Dead-tongue. This species is universally 
considered to be the most deadly of all the narcotic Umbellifere. 
Many instances of fatal poisoning with its roots have been published 
during the last two centuries in the various periodicals of Europe. 
It has repeatedly proved fatal in two hours ; and a portion no bigger 
than a walnut has been thought adequate to occasion death. Fatal 
accidents have occurred from it in England, France, Holland and 
Corsica. ‘The root would seem from these cases to be the most ac- 
tive part ; but few observations are on record as to the effects of the 
leaves, and none as to the fruit. The root appears from these cases 
to be very active in all seasons,—at least at the beginning of January, 
the end of March, the middle of April, June and August. 

The author proceeded to inquire carefully into the effect of season 
upon this species, as it grows wild in the neighbourhood of Edin- 
burgh; but he was surprised to find that every part of the plant in 
this locality is destitute of narcotic properties at all seasons. The 
juice of a whole pound of the tubers, the part which has proved so 
deadly elsewhere, had no effect when secured in the stomach of a 
small dog, either at the end of October, when the tubers are plump 
and perfect, but the plant not above ground, or in the month of June, 
when it was coming into flower; and an alcoholic extract of the 
leaves, and that prepared from the ripe fruit, had no effect whatever 
when introduced into the cellular tissue of the rabbit under the same 
conditions in which the common hemlock acts so energetically. By 
a comparative experiment he ascertained, that tubers collected near 
Liverpool, where one of the accidents alluded to above happened in 
1782, acted with considerable violence on the dog; and he briefly no- 
ticed some experiments made at his request by Dr. Pereira with the 
(inanthe of Wernich, showing that there also it is a powerful poison 
to the lower animals. Climate seemed to the author to furnish the 
only adequate explanation of these extraordinary differences ; yet the 
plant grows in all parts of Scotland with great luxuriance. 

3. Cicuta virosa, Water-hemlock. This species has been also held 
to be a deadly poison ever since an express treatise on its effects was 
published by Wepfer in 1716; and repeated instances of its fatal 
action have been observed since, and some of these very recently, in 
Germany. ‘The root is the only part which has given occasion to 
accidents : it has proved fatal in two hours anda half. Neverthe- 
less this plant too seems innocuous in Scotland, or nearly so, although, 
like the last species, it grows with great luxuriance. ‘The juice of a 
pound of the roots, collected at the end of July while the plant was 
in full flower, produced no narcotic symptoms; and the only effects 
observed, namely efforts to vomit, might have arisen from the opera- 
tion which is necessary to secure the juice in the stomach. An al- 
eoholic extract of the leaves collected at the same time, and a simi- 


Wernerian Natural History Society. 67 


lar preparation made with two ounces of the full-grown seeds while 
still green and juicy, had no effect whatever when introduced into 
the cellular tissue of a rabbit, except that inflammation was excited 
where the extract was applied. 

4. The author has not yet had an opportunity of trying the effects 
of the fourth species, Zthusa Cyrapium, or Fool’s-parsley. 


WERNERIAN NATURAL HISTORY SOCIETY. 


The first meeting of the season of this Society was held in the 

College on Saturday the 16th of December, at 2 p.m. 
Professor Jameson, President, in the Chair. 

1. The first paper read was upon ‘“ The Temperature of the Firth 
of Forth, and on the Specific Gravity of its Water,” by Dr. John 
Davy, F.R.S.L. & E. 

After consideration, the Society resolved to institute measures 
whereby this interesting subject might be still further prosecuted. 

2. The next communication was entitled «‘ A Short Account of 
the Mode of Reproduction of Lost Parts in the Crustacea,” with il- 
lustrative drawings, by Harry D. 8. Goodsir, Esq., Conservator of the 
Museum of the Royal College of Surgeons, Edinburgh. The follow- 
ing is a short analysis :— 

It has been long known that the animals belonging to this class 
have the power of reproducing parts of their body which have been 
accidentally lost. If one of the more distal phalanges of a limb be 
torn off, the animal has the power to throw the remaining part of 
the limb off altogether. This separation is found to take place always 
at one spot only, near the basal extremity of the first phalanx. The 
author has discovered that a small glandular-like body exists at this 
spot in each of the limbs, which supplies the germs for future legs. 
This body completely fills up the cavity of the shell for the extent of 
about half an inchin length. The microscopic structure of this glan- 
dular-like body is very peculiar, consisting of a great number of large 
nucleated cells, which are interspersed throughout a fibro-gelatinous 
mass. A single branch of each-of the great vessels, accompanied by 
a branch of nerve, runs through a small foramen near the centre of 
this body, but there is no vestige either of muscle or tendon, the at- 
tachments of which are at each extremity. In fact, this body is per- 
fectly defined, and can be turned out of the shell without being much 
injured. 

When the limb is thrown off, the bleod-vessels and nerve retract, 
thus leaving a small cavity in the new-made surface. It is from 
this cavity that the germ of the future leg springs, and is at first seen 
as a nucleated cell. A cicatrix forms over the raw surface caused 
by the separation, which afterwards forms a sheath for the young leg. 

3. The third paper was “ On the Dislocation of the Strata and 
Beds in the Coal-fields of Scotland,” by James Robertson, Esq., 
Mining Engineer, with an extensive series of illustrative drawings. 
From the length of this valuable communication a portion of it only 
could be read. 


F2 


68 : Zoological Society. 


ZOOLOGICAL SOCIETY. 


February 28, 1843.—William Horton Lloyd, Esq., in the Chair. 


A letter from J. E. Gray, Esq., addressed to Mr. Waterhouse, was 
read, containing an account of two new species of Bats, a species of 
the family Hystricide, and a new Manis. 

The two specimens of Bats to which Mr. Gray’s observations 
refer, are from Hayti, and were presented to the Society by J. N. 
Tweedy, Esq., Corresponding Member. 

One, Mr. Gray observes, constitutes a second species of the genus 
Chilonycteris, which he had founded upon some specimens brought 
from Cuba by W. S. MacLeay, Esq.*, and agrees in almost every 
particular with Chilonycteris MacLeayi, but differs from the three 
specimens of that species contained in the collection of the British 
Museum in being of a much darker colour, and in having the ears 
larger and rather narrower. The principal characters are as follows :— 

CHILONYCTERIS FULIGINOSUS. Chi. supra fuliginosus, fusco-tinctus, 


subtis fuscescens, guld femoribusque ad basin rufescentibus ; au- 
ribus elongatis, attenuatis, acutis. 


unc. lin. 
Longitudo ab apice rostri ad caude basin .. 1 8 
CN ane 8 ale go ae we Tee 
hd ERE AE Se REE He De CI a 0 53 
———— antibrachtt....... 00.6 eee nee 1 7 
ALATUM BUADUEGING sie vig a 4 og WN wk os Stns eo 8 10 


Hab. Hayti. 

The second species, Mr. Gray remarks, is more interesting, since 
it proves to be a new genus, readily characterized by the size and 
structure of the ears, and the length of the tail. It agrees most 
nearly with the genus Macrophyllum, but differs from it in having 
the last joint of the tail produced beyond the edge of the large trun- 
cated interfemoral membrane; the tail in the species of the genus 
last mentioned only extending to the edge of the membrane. An- 
other important difference consists in the large size of the ears and 
their union on the upper surface uf the head—a character which is 
the more remarkable, since it afforcs an exception to the rule which 
has hitherto been general, viz. that the Bats with a simple nose-leaf 
(Phyllostomina), which are inhabitants of the New World, have the 
ears separate and confined to the sides of the head, whilst those 
found in the Old World have them united as in this genus from 
Hayti, which thus unites the Glossophagine genera of this tribe with 
the Rhinopome of India and Africa. The large size of the ears sug- 
gests for this genus the name 


Macroruvs. 


Ears large, lateral, slightly plaited, united over the head by a rather 
high transverse membrane. ‘Tragus elongate, acute; lobule broad 
and divided from the conch by a slight nick. Nose-leaf lanceolate, 
erect; the front margin distinct. Lower lip with a narrow, tri- 


* See Annals and Magazine of Natural History, vol. iv. p. 4. 


Zoological Society. 69 


angular, smooth-edged wart, grooved in front. Wings broad ; 
thumb rather elongated; the first joint webbed. Interfemoral 
membrane large, truncated; the heel-bones long ; feet free to the 
aukles; largest toes subequal. Tail elongate, tapering, enclosed 
in the membrane with the exception of the last joint, which is 
produced beyond the edge. 


Macrotus Watrrnousit. Macr. colore murino, abdomine palii- 
diore ; prosthemate lanceolato. 


unc. lin. 
Longitudo ab apice rostri ad caude basin .. 2 6 
COMME Ca hits LEEW he 6 RN swe 1 2 
— re) BRA Cen ae Sr a ak 1 2 
—— GOOMIAE iis 6S Gipcwin na 6 =. 4 ico phate Ui 0 .64 
oa prosthematis ........ of acdGchie b=. 5 0 5 
antibrachit...... ei ema edb aes 2 2 
$$$ HUT ocr cces care reeecece 0 11 
Ts Kaine d tid “inhi iNeed yaiecs A$ 0 6 


Hab, Hayti. 

The interfemoral membrane, in this Bat, has a muscular band on 
each side, situated about one-third of the distance between the base 
of the tail and the heel-bone. ‘The ears are rounded at the apex, 
and slightly hairy. The tragus is of an ovate-lanceolate form, has 
an acute tip, and a very indistinct notch near the base on the outer 
side. 

Mr. Gray has since received specimens of this species from Jamaica, 
where it was discovered by Dr. Parnell; this and the two following 
species are indicated under the name here used in the recently pub- 
lished list of the Mammalia in the British Museum. 

Mr. Gray next proceeds to make some observations upon a species 
of Porcupine in the collection of the British Museum. This animal 
is the Hystrix subspinosus of Lichtenstein, and has been described 
under that name by Kuhl. It however presents various important 
modifications in the structure of the skull and teeth, upon which 
Mr. Gray thinks it desirable to establish a new genus under the 
name of 

CuzTomys. 


The body and limbs are covered with subequal, short, and rather 
flexible spines. ‘The tail is of an elongate conical form, and provided 
with rings of square scales and scattered bristles. 

The skull is short, and has broad, convex, swollen zygomatic 
arches, and the palate is contracted. The cutting teeth are rounded 


in front; the grinders are ; each grinder of the upper jaw has 


4-43 
two principal folded plates of enamel and a smaller transverse fold 
between them. The lower grinders are oblong, and the foremost of 
these teeth presents two roundish rings of enamel, each of which has 
an internal fold, and the hinder ring has moreover a small fold on 
the fore part of the outer side. Each of the other molars in this jaw 
is furnished with two sinuous folds on the inner side and one on the 
middle of the outer edge. Of this animal (which is from Brazil) a 


70 Zoological Society. 


figure will be found in the ‘ Abbildungen’ &c. of the Prince de Neu- 
wied. 

The new species of Manis referred to in the letter is from Western 
Africa, and is at once distinguished, Mr. Gray observes, from the 
Manis tetradactyla (which it most nearly approaches) by its having 
the tail rather shorter—that is, about half as long again as the body 
—and double the number of series of scales on the body, and also 
by the scales being more acute, and furnished each with three sharp 
points. ‘Two specimens of this species, of different sizes, are con- 
tained in the British Museum collection. It is named by Mr. Gray 

Manis Muutiscutata. Manis caudd corpore multum longiore ; 

squamarum dorsalium Bt acelin tricuspidum, ad basin striata- 
rum, seriebus 23. 


Hab. Western Africa. 


Mr. Gould exhibited a new species of Australian Heron :— 


ARDEA RECTIROSTRIS. Ardea superne fuscescenti-cinerea, capite et 
cristd nigris ; rostro magis recto atque robusto quam in Ardea 
cinerea. 

Crown of the head and crest dull black; back of the neck and all 
‘the upper surface brownish grey, passing into greyish white on the 
tips of the wing-coverts ; secondaries, scapularies and tail-feathers 
dark grey ; spurious wing and primaries greyish black; sides of the 
face and chin white; down the front of the neck an interrupted line 
of black, formed by each feather having an oblong stripe of black on 
the inner side of the stem near the tip, the marks becoming larger 
and paler in colour as they approach the chest, the same kind of 
marking continuing over the under surface, but the stripes very pale 
-brown;. under tail-coverts white; bill dark horn-colour, becoming 
nearly black on the culmen ; feet greenish black. 

Total length, 37 inches; bill, 7; wing, 161; tail, 7; tarsi, 62. 

Hab. New South Wales. 

The above description is taken from a bird which appears to be 
immature ; it has much the appearance of, and is nearly allied to, the 
Common Heron of Europe. 


A communication from Mr. Hinds, contaming descriptions of two 
new species of Shells, from the collection of Hugh Cuming, Esq., 
was then read. ~ 


Genus Tripnoris, Deshayes, Hinds, Ann. Nat. Hist. vol. xi. p. 16. 


Tripnoris pacopus. Tri. (Ino) testd cylindraced, elongatd, acumi- 
natd, anfractibus 18-20, tricarinatis ; carinis inequalibus, inferiore 
multo maximd, dwobus superioribus parvis equalibus ; apertura 
quadratd. Axis 84 lin. 

The only specimen of this shell is dead and imperfect. It is, how- 
ever, slightly mottled with brown, being most probably the remains 
of an uniform colour. It is rendered very distinct from any species 
hitherto described by the manner of its keeling. A faint elevated 
line would also appear to traverse the course of the suture. 


Zoological Society. 71 


Hab. Baclayon, island of Bohol, Philippines. Found under stones 
at low water. 


Tripnorts cottaris. Tri. (Mastonia) testd ovatd, acuminatd ; an- 
fractibus duodecim biseriatim granulosis, serie inferiore paululim 
maximd, margaritaced, superiore pallide fused ; anfractu ultimo 
quadriseriatim subequaliter catenato. Axis 4 lin. 

Hab. Island of Corregidor, Philippine Islands. 

Found among coarse sand at a depth of six fathoms. 

Many of these small shells have received an injury which has de- 

stroyed the mouth, and the present specimen has not escaped. 


Descriptions of some new species of the Genus Lima, in the col- 
lection of H. Cuming, Esq., by G. B. Sowerby, Jun., were read. 

Lima Cuminer, Nob. Thes. Conch. pl. xxii. f. 25. Lim. testa 

tenui, parvd, ventricosd, oblique ovato-subelongatd utringue fere 
clausd, ad marginem posticum subangulatd, ad marginem ventralem 
subquadratd ; cardine brevi ; auriculis obtusis ; umbonibus inflatis ; 
striis in medio duodecim elevatis, distantibus, ad marginem ven- 
tralem dentatis : colore albo. 

Long. 0°25; lat. 0°12; alt. 0°35. 

Hab. Bolinao, Ins. Luzon Philippinarum. H. Cuming legit. 

I have seen only one specimen of this very distinct small shell, 
which differs from L. fragilis (Chemn. t. 68. f. 650.) in being more 
ventricose, and having the margin nearly closed all round. In the 
latter respect it resembles L. Loscombii, Leach (Bullata, Turton). 

Found in sandy mud : ten fathoms. 


Lima aneutata, Nob. Thes. Conch. pl. xxii. f. 39,40. Lim. 
testd oblique ovatd, ventricosd, radiatim striatd, utrinque paululim 
hiante, ad marginem posticum angulatd, ad marginem ventralem 
oblique rotundatd, prope umbones angustatd ; cardine brevi; au- 
riculis parvis, posticd acutd: colore albo. 

Long. 0°90; lat. 0°60; alt. 1°10. 

Hab. Panama. H. Cuming legit. 

In form resembling LZ. Loscombii, from which it differs in having 
an hiatus on both sides, and a rather strong angle at the base of the 
posterior lateral margin. . Collected at Panama, in sandy mud, at 
twelve to twenty fathoms. 


The following descriptions of new species of Cyprea were commu- 
nicated by J. S: Gaskoin, Esq. 


Crprma SauLta. Cyp. testd oblongo-ovatd, antice subattenuatd, ful- 
vescente fusco punctulatd, maculd magna mediand dorsali, maculis- 
que parvis lateribus castaneis; basi subrotundatd, pullescente; aper- 
turd angustd, subflecuosd, anticé latiusculd ; columelid posticé 
subgibbosd ; dentibus prominulis albidis interstitiis aurantiacis ; 
extremitatibus prominentibus subreflexis ; marginibus prominenti- 
bus subangulatis ; spird profundé umbilicaid. 

Shell oblong-ovate, gradually attenuating towards the anterior 

-end, quite smooth ; of a very light fawn or light flesh-colour, dotted 
distinctly and irregularly with small chestnut-brown spots, with much 


72 Zoological Society. 


larger ones on both margins, and a remarkably large spot of the same 
colour about the centre of the dorsum: base rather round, of a very 
light reddish yellow colour: aperture rather narrow, slightly flex- 
uous, somewhat wider towards the anterior extremity: columella 
rather gibbous at the posterior half of the shell ; no columellar groove : 
teeth rather bold, whiter than the base, even, excepting those at the 
anterior end of the columella, where they are larger: all terminate ex- 
ternally on the columella in an even line at the edge of the aperture, 
and within, also in an even line, on the columella, except two or 
three at the anterior end, which advance a little more inwards; those 
on the lip are even, and extend a little over it, outwards ; in number 
they are from sixteen to eighteen on the columellar side, fourteen to 
sixteen on the lip; interstices between the teeth and between the 
extremities more or less of an orange colour: extremities produced, 
the posterior curving towards the columella; the posterior outer beak 
longer than the inner, the anterior very slightly so: margins, the 
outer prominent, angular, more so towards the anterior extremity ; 
the inner exists but on the anterior third of the shell, and is also 
prominent and angular; a groove across the anterior end, from the 
depression formed on either side by the projecting margins, and ter- 
mination of the channel reflecting outwards: spire umbilicated, with 
a notch or groove on the columellar side, from a partial reflection of 
the posterior channel: internal colour light reddish brown. I have 
seen but four examples of this shell, two perfect and two decorti- 
cated. Axis, {ths; diameter, $ths of an inch. 

Hab. Island o Corregidor, Bay of Manilla. Found in coarse sand 
and grayel at seven fathoms. 

In the collection of H. Cuming, Esq. 

Decorticata light brown colour ; large darker spot in the centre of 
the dorsum well-marked ; a brown spot on the outside of each ante- 
rior extremity ; aperture much paler than in the perfect shell. 

I know no species with which this elegant shell could be con- 
founded; the remarkable, large, well-defined spot on the dorsum, 
the orange (more or less) coloration between the teeth and beaks, and 
its gradually attenuating graceful form, distinguish it from all others. 

~Mr. Cuming, whose valuable labours in the service of natural 
history were rewarded, inter alia, by the discovery of this shell, 
during their four years’ continuance in the Philippine Islands, has 
requested me to name it after an amiuble and liberal collector, Miss 
Saul, and it has afforded me much pleasure to comply with his wish. 


Cyprma LeEucostoma. Cyp. testd ovatd, ventricosd, fusco-cinered ; 
lateribus maculatis, maculd magnd irregulari dorsali casianed, 
lined dorsali pallidd percurrente ; marginibus rotundatis crassis ; 
extremitatibus posterioribus crassis prominentibus dextro precipue, 
anticis convergentibus ; basi roiundatd, albicante margine interno 
labit nonnunquam obtuse dentato, columelld edentuld. 

Shell ovate, gibbous, smooth; of a brownish ash-colour, spotted 
on each side with darker spots, ‘the general ash-brown colour on the 
sides declining in intensity ultimately to whiteness; a large chestnut- 
brown, irregular, splashed, or dotted spot on the dorsum ; in some 


Zoological Society. 73 


instances more confined and small; where the spot is deepest coloured 
and largest, the ground on which it is formed is nearly white; poste- 
rior part of the dorsum irregular, slightly tuberculated, dorsal line 
marked, nearly white (and in some instances appears both anteriorly 
and posteriorly to bifurcate), diverging anteriorly towards the colu- 
mellar side: base white, roundish: aperture rather wide, flexuous, 
columellar groove on the anterior half of the shell; the porcelain 
covering on the gibbous portion of the columella extremely thin ; 
columella smooth: teeth generally but slight denticulations ; some- 
times more perceptible on the lip: extremities, posterior, much pro- 
duced, very obtuse, wide apart, columellar beak divergent; anterior, 
rather thick, converge at their points towards each other: margins 
round, light-coloured or white, spotted to the base ; outer margin 
sometimes uneven, or somewhat nodulated: spire, in all the speci- 
mens I have seen, quite covered and obliterated: colour, internally, 
light grayish blue, Axis 17 inch; diameter 12 inch. 

Hab. Mocha. In the collection of Mr. Gaskoin, Cuming, &c. 

This shell approximates in general appearance to Cyp. Mus. Some 
years ago one of this species (/eucostoma) came accidentally into 
my possession, which on comparison I found incompatible with Mus; 
and shortly afterwards another, which warranted the distinctive no- 
menclature. Mr. Sowerby has lately obtained five other specimens, 
and with them fortunately a knowledge of their locality, which I 
have quoted. These are now dispersed in the cabinets of Messrs. 
Harford, Cuming, Stainforth, Norris, and Miss Saul; two others are 
known to be in the cabinet of Mr. Owen at Manchester. 

This species differs from Mus in being more gibbous; in the pro- 
minent and very blunted posterior extremities, the base and aperture 
being white; denticulations but very slightly indicated, or absent, 
and always white. 

I have named this /eucostoma, in contradistinction to that which it 
most nearly resembles, the Cyp. Mus, with its dark-coloured aperture. 


Mr. Fraser exhibited and described a new species of Bat, belong- 
ing to the genus Rhinolophus, and four new species of Birds from 
Western Africa. 

Ruinotorpuvus Martini. Rhin. auribus magnis apud frontem inter 
se spatio angusto sejunctis ; rostro fossd oblongd superne, anticé 
quatuor appendiculis carneis, vir elevatis (duobus utrinque), tectd : \ 
prosthemate nasali longitudinalitér diviso ; fossd frontali postice 
culmine semicirculari dense vellere induto, collimetatd ; caudd longd 
et cartilagine bifurcd terminatd ; patagio ad pedes basim solum- 
modo ducto: colore cinereo-fusco, subtis canescente. 


une. lin. 
INC OO eee ee Sead ces 8's SC als, 
“ Volatds amphtwdo’ si. eee 10 O 
latitudo maxima .:.......... vate 
Antebrachwin SoS 8 FPO SO. PEAT EB IKG 
MES Sr oe bie face o PPR CERN 0 9 
CAGE EOE PA SE PE Oa PERS Pisz 


Hab. Fernando Po. 


74 Zoological Society. 


This species of Rhinolophus is remarkable for having the compli- 
cated fleshy appendages of the muzzle divided in the longitudinal 
direction. Each half of this apparatus is composed of two leaflets, 
the margins of which are free, though but little elevated ; the fore- 
most of these is shaped somewhat like the human ear, and terminates 
in front in a small prominent lobe, which is situated over the open- 
ing of the nostril; the second or hindermost leaflet on each side 
approaches te a circular form. Upon separating these four leaflets 
a large pit is observable on the upper surface of the muzzle, and the 
hinder margin of this pit terminates in a nearly semicircular and 
slightly elevated fleshy ridge, which is densely clothed with fur. 
The ears are large, rounded at the extremity, but inclining to a 
pointed form, and separated from each other on the top of the head 
by a space of about two and a half lines in width; on the inner side, 
and towards the base, is a narrow oblique ridge: the tragus is about 
two and a half lines in length, narrow, rounded at the extremity, 
and somewhat dilated near the base on the outer margin. The wing 
‘ and interfemoral membranes join the foot at the base ; the latter ex- 
tends to the extremity of the tail, which terminates in a bifurcated 
cartilage ; numerous minute papille are observable on the margin of 
the interfemoral membrane. ‘The general colour of the animal, in 
spirit, is gray-brown, but with an ashy tint on the under parts of 
the body, and is darker than that of the Rhinolophus Hipposideros of 
authors. 


GLAREOLA CINEREA. Glar. superné cinerea, collo rufo, corpore 
subtas albo rubro tincto, lined nigrd pone nares oriente sub oculos 
et per plumas auriculares albas ductd, caude tectricibus albis ; 
rectricibus caude singulis nota nigrd versus apicem ; remigum pri- 
marum pogoniis internis albis ; secundariis albis apicibus nigris ; 
rostri ad basim flavo, apice nigro. 

Long. tot. 61 poll.; rostri, 2; ale, 55; caudee, 23; tarsi, Z. 

Hab. The mouth of the River Nin. 

In some specimens (probably the young) the black stripe on the 
side of the head, the rufous neck, and the red tinge on the under 
surface is wanting. 

This species is nearly allied to Glareola lactea (Temm. Pl. Col. 
399), but in that bird the black mark on the side of the head only 
extends from the nostril to the eye, whilst in the present species the 
black line passes under the eye and extends backwards and down- 
wards over the ear. The G. cinerea differs moreover from the G. 
lactea in having a rufous neck; the rufous tint of the chest is more 
distinct, the back is of a deeper gray colour, and the legs, as well as 
the base of the bill, are yellow. 


Antuus Goutpil. Ant. superné fuscus, subtis pallidior tincturd 
ferrugined, guld albd, remigibus et tectricibus alarum ferrugineo- 
marginatis, caudd corpore intensiore ; rectrice externd ferrugined ; 
rostro pedibusque flavis. 

Long. tot. 7 poll.; rostri, 3; ale, 33; caude, 3; tarsi, 1. 

Hab. Cape Palmas. F 


Miscellaneous, : 75 


Esrritpa ruroricta., Estr, superne fusca, fronte, facie, guld, et 
pectore cum tectricibus caude vinaceis ; hoc colore corpore reliquo 
inferiore, et caude superne tinctis ; alarum tectricibus infertoribus 
fravido-albis ; guttis minutissimis perpaucis albis apud pectus ; 
rostro rubro, culmine nigro. 

Long. tot. 34 poll.; rostri, 4; ale, 14; caude, 14; tarsi, 4. 

Hab. Cape Coast. 


Ixos 1nornatus. Ia. fuscus, capitis et caude colore intensiore ; 
corpore sublis sordidé albescenti-fusco. 

Long. tot. 8 poll.; rostri, #; ale, 32; caude, 34 ; tarsi, %. 

Hab. Cape Coast. 


MISCELLANEOUS. 


DESTRUCTION OF TREES BY SCOLYTUS, 


M. Rosser has written to the French Academy of Sciences re- 
specting some observations which he had made on trees attacked by 
Scolyti, and on several elms in particular of the grand avenue of the 
Champs Elysées.  ‘‘ These trees,” says he, ‘‘ appear to be in a good 
state of vegetation; their leaves fall neither earlier nor quicker than 
those of the neighbouring trees which have been less damaged by 
the insects ; and nevertheless, if the bark of the trunk be examined 
carefully, it will be seen that at about a metre from the soil a circu- 
lar band of this bark, from two to three metres in breadth, is not 
only completely killed in consequence of the ravages of the Scolytus, 
but that the liber is also destroyed and converted into humus, and 
perhaps even the liburnum has begun to bealtered.’’—Comptes Rendus, 
No. 20, p. 1146. 


DEMODEX FOLLICULORUM. 


The following. interesting notice is an abstract of a communication 
read by Mr. Tulk before the Microscopical Society, December 20, 
1843 :— 

During the present month, Mr. Topping, the ingenious preparer of 
microscopic objects, showed me some remarkable parasites found by 
him in examining the contents of the pustules in a ‘‘ mangy” dog, 
and which I at once recognised as belonging to the’ genus Demodex 
(Owen), which was first discovered, described and figured by Dr. 
Simon of Berlin as inhabiting the sebaceous sacs and _ hair follicles 
of the human skin. It would be difficult to determine whether the 
present parasite existed in a similar situation, as the animal was such 
a perfect mass of disease ; but as the hairs had fallen off in most 
places, leaving the pustular and scabby surface of the skin exposed, 
it is not improbable that it had been developed within their follicles. 
These parasites were very abundant, sometimes as many as thirty to 
forty in a single drop of pus, among the globules of which their pre- 
sence is readily indicated by an appearance of pale semitransparent 
lines, broad at one end and tapering to an obtuse point at the-other. 


-. Miscellaneous. 


Through the kindness of Mr. Erasmus Wilson I had an opportunity 
of comparing the above specimens from the dog with those of the 
human skin, to ascertain whether they constituted a distinct species. 
The differences however, chiefly of size, which existed between 
them,—and in this respect the human Demodices vary much even 
among themselves,—did not enable me to arrive at any definite con- 
clusion, though the analogy of other parasites found on different ani- 
mals would be in favour of their being regarded as separate species. 
I have preferred the generic name, Demodez, expressive of its habitat, 
given by Prof. Owen, to that of Acarus by Dr. Simon, or Entozoon 
by Mr. E. Wilson, as the former implies a relation to a tribe of 
Arachnida, not warranted certainly from the general form, the multi- 
articulate condition of the abdomen, and other details of the external 
anatomy; while that of Hntozoon is objectionable from the term 
having been hitherto restricted to a class of parasites infesting the 
visceral cavities of other animals. 


KENTISH BIRDS. 


To the Editors of the Annals of Natural History. 
Margate, Nov. 1843. 

GENTLEMEN,—Some time having elapsed since my last letter, I 
write to communicate what has fallen in my way during the sum- 
mer. I have shot several Kentish plovers, and also procured some 
of the eggs, and the young in the downy state: they were taken 
on the shingle near Sandown Castle; also three specimens of the 
Wood Sandpiper, Totanus Glareola. These birds only visit us in the 
spring and autumn ; they arrive with the other Sandpipers, but are 
found more inland by small running streams. 

Woodcocks, Scolopar, have been very common about the com- 
mencement of the present month. 

Tringa subarquata, or Pigmy Curlew, rather plentiful on Sandwich 
Flats about the 18th of October; they only staid for about two days, 
and were so tame that I brought down eleven in one shot. 

The Purple Sandpiper, Tringa maritima; only a few of these birds 
have made their appearance this season, owing to the mildness of 
the weather, as about this time of the year we generally have them 
plentifully. 

Little Stint, Tringa minuta, has been very common all along the 
coast; but more particularly about Sandwich haven I procured a 
great many. 

A few of the Lesser Tern, Sterna minuta, have bred this year on 
the shingles about the North-shore station; I took a few of their 
eggs, but the parent bird I allowed to escape, hoping to see them 
another season in the same locality, for 1am much pleased to see 
these little birds hawking and fishing only a few yards off, and to ob- 
serve with what dexterity they dart under the water and bring up their 
prey, and bear it off to their strong-looking young, which have much 
the appearance of young hawks, moving about among the stones. 
When they can just begin to fly it is also very amusing to see the 


Miscellaneous. 77 


parent birds guard them ; if a dog by chance comes near them, they 
will dart and strike him very hard and drive him off the beach. On 
the 20th of August, being out shooting on Sandwich haven, my at- 
tention was drawn to a large bird sitting on a post or land-mark 
close to the mouth of the river. I got within about seventy yards, 
but did not succeed in bringing it down; I kept up a close pursuit 
the rest of the day, but could not get near enough for a second shot. 
Next morning, when I returned to the Flats, it was brought to me 
by one of the boys from the Coast-guard station, who had picked it 
up: it was a beautiful specimen of the Osprey. It is now in the 
Margate Museum, as most of the birds named here. On dissecting 
the bird it was wounded in the neck and had bled to death. 
Iam, Gentlemen, your obedient Servant, 
8 Cecil Street. S. Mummery. 


DESCRIPTION OF TWO GREEN-STREAKED WRASSES (LABRUS LINEATUS, 
FLEMING). 
To the Editors of the Annals of Natural History. 
Rooms of the Devon and Cornwall Natural History Society, 
Plymouth, November 7, 1843. 

Irides and pupil green, with margins of orange. A very distinct 
velum suspended from the palate, and just within the mouth. Nape 
a little depressed. Upper jaw the longer. Operculum angular. 
Teeth large and sharp; no palatine teeth. Lateral line nearly 
straight, till near the posterior part of the dorsal fin, where it is de- 
flected, and then passes direct and horizontally to the middle of the 
tail. Above, the fish is grass-green ; below the same, with a mix- 
ture of yellowish tint. In the posterior part of the dorsal fin there 
is a slight disposition to mottles of brown. 

Pectoral rays, 14; dorsal, 21+10; ventral, 1+5; anal, 3+8; | 
caudal, 15. Length about 6 inches. 

The specimens, of which the foregoing is some description, were 
captured by the hook and line, among the rocks in-shore at this 
port, during the past summer. I have known of previous captures 
in the same season, and am informed by the taxidermist to this So- 
ciety, that he has taken as many as six in a day when fishing in our 
sound with the sea-line used for Chads. An excellent preserved spe- 
cimen is in this Museum. What is the meaning of the epithet 
‘“« streaked” and “ lineatus,” as applied to this species ? 


' CAPTURE OF A SHORT SUN-FISH (ORTHAGORISCUS MOLA). 


In the course of last summer (in August I believe) some fisher- 
men, employed at the distance of half a mile from the town, near 
Mount Batten, were surprised by the appearance near the surface of 
a bulky visitor of the above species, and one of them at once put out 
a “gaff,” to which the creature in its playful movements became 
almost immediately attached, the hook entering at its belly. It 
measured four feet from above, downwards, fins included ; and three 


78 Miscellaneous. 


feet from the mouth, backwards. On its upper jaw, just above the 
mouth, is a horny and semicalcareous irregular plate. On various 
parts of the body were specimens of the flat white parasite figured in 
‘Yarrell,’ and attached to the gills were several of Cecrops Latreillii 
(Leach) *. 

Liver very large, and of a gamboge-yellow. Heart half the size of 
a man’s fist. ‘The contents of the stomach could not be judged of. 

I bought a specimen of the Fork-beard in Plymouth Market last 
June. It, with the last-named specimen, is in our collection. 

J.C. Betiamy, Curator. 


OBITUARY. 
J. C. LOUDON, ESQ., F.L.S. 


Tuere are few that have lately passed away from amongst us whose 
loss will be more deeply felt than that of Mr. Loudon, who lately 
expired at his house in Porchester-terrace, Bayswater. He died 
of disease of the lungs, which had wasted him to a shadow; but he 
retained the possession of his clear distinctive faculties to the very 
last, and walked from the drawing-room to the bed-room, almost 
without assistance, a short time before he died. 

The number and magnitude of his works are almost without pa- 
rallel, and excite absolute astonishment when we consider the painful 
disadvantages under which he laboured, having lost one arm, and 
being deprived to a great extent of the use of the other; but nothing 
damped his desire of usefulness, or checked his industry. He has 
been known, while walking up and down his study, to dictate to two 
amanuenses, and that so clearly and continuously that their pens 
were never at rest. In all Mr. Loudon’s great agricultural, and 
especially his floricultural works, during the last twelve years of his 
life, he was assisted by his wife. Mrs. Loudon was favourably known 
to the literary world, before her marriage, as the author of one or 
two novels; but she made an easy transit from the ideal to the real, 
and also accompanied her husband on his visits, when occupied in 
laying out the landscape gardens of many of the nobility, both in 
England and his native Scotland. Early and late—nearly day and 
night—he laboured, and his mind was as independent as indus- 

‘trious. During his last absence from home a number of individuals 
connected with horticulture in its various and beautiful branches 
assembled together, determined to show their respect for Mr. Lou- 
don, and their appreciation of his works, by presenting him with 


* Mr. Yarrell, to whom I communicated a specimen, writes me thus :— 

“* Your specimen is a female, and, when I first looked at her, she had se- 

veral young ones crawling about the hollow cavity of the under surface of 

the thorax; these young ones varied in size, and resembled Acari in their 

_ general appearance.” ‘This specimen, prior to being sent to London, had 

been soaked two or three days in spirit, and had lain dead at the taxider- 
© mist’s for several days previously ! 


Meteorological Observations. 79 


some splendid testimonial of their respect ; but, on his return, he 
publicly expressed his determination to accept of no such tribute. 
He seemed sent to rescue his country from the impeachment of “ ay 
booin’,” for he never bowed to what he did not feel was entitled to 
respect. 

We have not heard his age named ; but his high brow, ploughed 
and furrowed, and the appearance of his thoughtful face the last time 
we had the pleasure of seeing him, would lead us to suppose he was 
somewhat about sixty. He has left a widow and one daughter. 

His country owes him much, perhaps more than it does to any 
other individual who has pursued the same walks through life. His 
name will be honoured and respected as long as the happiest and 
most interesting of human pursuits are valued.—The Britannia. 


METEOROLOGICAL OBSERVATIONS FOR NOVEMBER 1843. 


Chiswick.—November 1. Hazy : foggy at night. 2. Hazy: rain. 3. Foggy: 
very fine. 4,5. Fine. 6. Overcast: rain. 7 Heavy rain: cloudy: clear. 
8. Cloudy and fine: heavy rain: clear and frosty at night. 9. Frosty: clear. 
10, Rain. 11. Fine: easterly haze: clear and frosty. 12. Cloudy and fine: 
clear and frosty. 13. Sharp frost: fine: cloudy. 14, Hazy: rain. 15. Frosty : 
very fine. 16. Clear and very fine. 17. Frosty: haze: heavy rain. 18. Fine, 
19. Clear: boisterous at night, 20. Clear and windy. 21. Overcast: boisterous. 
22. Hazy clouds: overcast: heavy rain. 23, Rain: clear and frosty at night. 
24. Foggy: densely overcast: rain. 25, Hazy and drizzly. 26. Cloudy : boisterous 
atnight. 27. Squally: clear and fine. 28, Very fine. 29. Clear and very fine 
throughout. 30. Sharp frost : hazy : drizzly.— Mean temperature of the month 
0°9° above the average. 


Boston.—Nov. 1. Cloudy, with rain. 2 Foggy: rain early a.m. 3, 
Foggy. 4. Fine. 5. Cloudy. 6,7. Rain: rain early a.m. 8,9. Fine. 10, 
Cloudy: rain early a.m. 11. Cloudy. 12,13. Fine. 14, Cloudy: rain p.m. 
15. Foggy: raine.m. 16—18. Cloudy. 19, Fine: stormy night. 20, Stormy: 
rain early a.m. 21. Cloudy: rain early a.m. 22. Stormy: rain a.m. and p.m. 
23. Rain. 24. Fine. 25. Cloudy: raine.m. 26. Cloudy. 27. Fine. 28, 
Cloudy: rain r.m. 29, 30. .Fine. 


Sandwick Manse, Orkney.—Nov. 1. Showers: clear: fine. 2. Clear: fine, 
8. Cloudy. 4. Rain: cloudy. 5. Clear: clear and rain. 6. Showers: clear. 
7. Showers, 8. Showers and hail. 9. Cloudy: cloudy and snow. 10. Damp. 
11. Cloudy. 12. Rain. 13. Cloudy: showers and clear. 14, Bright: fine 
and cloudy. 15. Rain: showers. 16. Cloudy. 17. Showers. 18. Cloudy: 
clear, 19, Clear: showers: clear. 20. Rain. 21. Showers: cloudy. 22, 23, 
Cloudy : showers, 24. Showers: clear frost. 25, Fine: clear frost. 26. Damp: 
fine: rain, 27. Rain: damp. 28. Damp: rain. 29. Showers: cloudy. 30, 
Rain. 


Applegarth Manse, Dumfries-shire.—Nov. 1. Frost: fine. 2. Fine. 3, Cloudy: 
rainy.m. 4, Showers. 5. Fair. 6. Showers. 7. Rain early a.m. 8. Fair. 
9. Fair tillp.m.: wet. 10. Showers. 11. Fair and fine. 12. Dull and cloudy : 
showers. 13. Dull and cloudy. 14. Fair. 15. Rain: frost am. 16. Fair: 
frosta.mM, 17,18. Rain. 19, Slight showers. 20. Showers. 21. Rain. 29, 
Slight showers. 23. Frost. 24, Frost: thaw rp.m. 25—28. Rain, 29. Fair. 
30. Fog and rain p.m. 

Mean temperature of the month ..... pudedtesdavGeeSotuws 41°7 
Mean temperature of November 1842 ......s..ssceeeeesens 40 °7 
Mean temperature of November for twenty years ...... 39'°9 


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THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 


No. 82. FEBRUARY 1844. 


. 


-— 
= 


X.—WNotes on the Coleopterous genus of Insects, Rhynchites of 
Herbst. By Joun Watton, Esq. 


In the year 1838 I published some notes in the ‘ Entomological 
Magazine’ (vol. v. p. 1 and p. 254) on the genera Sitona, Poly- 
drusus, Phyllobius and Apion, belonging to the family Curcu- 
lionide, since which the species of the remaining genera have 
more or less engaged my attention. I repeat with pleasure that 
I have been permitted most liberally to examine all the metro- 
politan cabinets of insects, especially the rich one of Mr. Stephens, 
containing the late Mr. Marsham’s collection ; and I have endea- 
voured to determine, I hope with as few errors as possible, the 
nomenclature of our indigenous species, according to the views of 
Marsham, Kirby, Stephens and Curtis. In the above-named pub- 
lication I recorded my belief that the principal part of the foreign 
synonyms of the British Curculionites were then in a very in- 
correct state ; I therefore determined to make an attempt to ascer- 
tain by what names our species were known to the continental en- 
tomologists ; and in order to carry out this intention I entered into 
correspondence with M. Schonherr, Dr. Germar and M. Chevro- 
lat. I sent a series of British species of Curculionites to each of 
the above-named celebrated foreign entomologists, and in return 
was kindly furnished not only with the names by which they 
were known to them, but with numerous named types of species 
according to the Swedish, German and French authors, together 
with much valuable information. Principally from these mate- 
rials I have been enabled to clear up, in a manner satisfactory 
to myself at least, the nomenclature of nearly all the British 
species, and propose to give a list of the indigenous Curculionites 
with their synonyms, accompanied with such observations as | 
presume may be useful. 

As I shall frequently have occasion to refer to specimens con- 
tained in the Kirbian cabinet, so liberally presented to the Entomo- 
logical Society by its venerable and talented Honorary President, 
it may be as well to call attention to the fact that that collection 
contains many species of Curculionites (as well as other Coleopte- 


Ann. & Mag. N. Hist. Vol, xiii. 


82 Mr. J. Walton on the genus Khynchites, 


rous insects) named by the late celebrated Major Gyllenhal, with 
whom the Rev. Mr. Kirby corresponded; and moreover it may 
be generally regarded, with reference to the British specimens, as 
furnishing good. authority for the Marshamian species. 

The Lmnzan and the Banksian collections I have also repeat- 
edly examined : many of the specimens in the former have names 
attached in the handwriting of the illustrious naturalist ; and as 
far as my experience goes, I think with Mr. Kirby, that a large 
proportion of the species which Linneeus described may be deter- 
mined by a reference to his collection. 


Authors cited. 


Linn. Caroli Linnei Fauna Suecica, 1761. 

Linn. Caroli a Linné Systema Nature, 1767. 

Fab. J.C. Fabricii Entomologia Systematica, 1792. 

Fab. J.C. Fabricii idem Supplementum, 1798. 

Fab. J.C. Fabricii Systema Eleutheratorum, 1801. 

Marsh. Entomologia Britannica, auct. T. Marsham, 1802. 

Gyl. Insecta Suecica descripta a L., Gyllenhal, 1808—1827. 4 vols. 

Germ. Insectorum Species, auctore E. F. Germar, 1824. 

Curt. British Entomology, by John Curtis. 8 vols. 1823—1840. 

Steph. Ulustrations of British Entomology (Mandibulata), by J. F. Ste- 
phens, 1831. vol. iv. 

Schén. Synonymia Insectorum, Genera et Species Curculionidum, a C. J. 
Schonherr, 1833. 

Steph. Manual of British Coleoptera, by J. F. Stephens, 1839. 


1. Rhynchites Betule, Linn. Herbst., Gyl., Schénh. 
Attelabus Betule (Mus. Linn.), Fab., Marsh. 
— Betule, Mus. Kirb. 
Deporaiis Betula, Steph. . 


Mr. Stephens has erected this single species into a new genus 
from an alleged difference in the construction of the antenne, and 
from the males having the posterior femora dilated. I have care- 
fully examined the structure of the antenne of this and the other 
species of the genus Rhynchites, but cannot discover a difference 
of sufficient value to warrant a generic separation: the small fe- 
males of R. Betula are closely linked to this genus by R. mega- 
cephalus not only in habit but in the form of the joints of the an- 
tennze, and. these assimilate with at least a majority of the species ; 
but others are aberrant. R. pubescens has the seventh and eighth 
joints of the antennz slender and obconic ; the basal joints of the 
club (ninth, tenth) long obconic. A. Betuleti has the seventh and 
the eighth joints stout, transverse or lenticular ; the basal joints 
of the club robust, transverse or subquadrate ; the long slender an- 
tenne of the females of R. eguatus and R. eneovirens also differ 
considerably from those of R. Populi. These anomalies exist more 
or less in every long genus of this family of insects, particularly 
in the genus Otiorhynchus ; but this diversity of structure in the 


Mr. J. Walton on the genus Rhynchites. 83 


antenne does not warrant in my opinion the dismemberment of 
a natural genus of insects. I may notice, that the antennz in the 
females of this genus are more or less distinctly longer than in 
the males; the males have the antenna and its articulations 
shorter and stouter than the females: these sexual differences 
are very evident in the two species R. equatus and R. eneovirens. 
The dilated posterior femora in the males of the present species 
can only be regarded as a sexual character: other organs are 
equally modified or varied in their structure by sexual differences, 
as I shall have occasion to notice in this and other portions of 
my communication. 


2. R. megacephalus, Germ. 1824. 

— Mannerheimi, Hummel. 

— levicollis and cyaneopennis, Steph. 1831. 

— constrictus (Waltl.), Schénh. 1839. 

Of species No. 2* I sent many specimens to Germar, whose 
authority I have for the first two names quoted : this author says, 
“it is without doubt my R. megacephalus.” From Schénherr I 
have received a specimen of the R. constrictus of his work, and a 
comparison of that with the /evicollis and the cyaneopennis of 
Stephens leaves no doubt in my mind of the accuracy of thé 
above synonyms. 

I have found this species plentifully on the birch (Betula alba) 
in the middle of the month of July. 


3. R. pubescens, Fab. (Mus. Banks.), Herbst, Germ., Steph., 
Schonh. 
Cure. pubescens, Fab. Syst. Ent. 1775. 
— pubescens, Marsh. 
R. (8) cavifrons (Chevr.), Schénh., Steph. Man. 
Att. pubescens, Mus. Kirb. 


M. Chevrolat, when in England, separated, as being his R. ca- 
vifrons, certain specimens from among a series in Mr. Waterhouse’s 
cabinet, which were there labelled pubescens. I have likewise re- 
ceived a specimen of R. cavifrons from M. Chevrolat ; these spe- 
cimens are undoubtedly all males of R. pubescens, which differ 
from the females in having the head oblong, anteriorly broad, 
posteriorly narrowed, with the forehead more convave: the fe- 
male has the head broader and shorter, less concave between the 
eyes, and of a transverse quadrangular form—sexual differences 
which are more or less distinctly traceable in very many species 
of this genus. 


The ¢ and ? of R. ophthalmicus (a very nearly allied species) 


* Throughout the paper I shall speak of the species according to the 
number, in preference to any name, to prevent confusion. 


G2 


84. Mr. J. Walton on the genus Rhynchites. 


differ from each other in precisely the same way. I may notice 
likewise, that the males and females of this and many other spe- 
cies of Curculionites can be distinguished from each other by 
the differences in the form of the rostrum and the situation of 
the antennz. The rostrum in the males is shorter and generally 
stouter, with the antennze inserted before the middle or nearer 
the apex than in the females. In the females the rostrum is longer 
and situated at the middle, or more or less behind the middle*. 

I have taken both sexes of this species upon the young shoots 
of the oak in the month of June. 


4. R. ophthalmicus, Steph. Ill. 1831. 
— (¢) comatus, Schonh. 1833. 
— (2) cyanicolor, id. 
— (¢) similis, Curtis, 1837. 
— sericeus, Steph. Man., not Herbst. 
— (¢) tomentosus, Schonh. ? 


Mr. Stephens is apparently the first author to have described 
this insect : subsequent to the description which appeared in his 
‘ [llustrations,’ he was of opinion that it was identical with the 
R. sericeus of Herbst. Dr. Germar however has sent me an in- 
sect with this last name attached, which is very distinct from the 
ophthalmicus of Stephens. I have not observed the R. sericeus 
of Herbst in any of our British collections. 

I have found this species on the white-thorn (Mespilus Oxya- 
cantha) in woods near Gravesend in the month of May and the 
beginning of June. 


5. R. nanus, Payk. (1792), Gyl., Germ., Steph., Schonh. 

— minutus, Herbst, 1797. 

Att. ceruleus, Fab. Syst. Nat. Suppl. 1798. 
— planirostris, Fab. Syst. Eleuth. 1801. 
— (2) cylindricus (Kirb. MSS. and Mus. Kirb.), Steph, 

Of No. 5, I have three specimens sent me by Schonherr as the 
R. nanus of Gyllenh. Schonherr also gave the same name to some 
English specimens I forwarded to him for examination. From 
Dr. Germar I have the following note relative to this species: 
“The true minutus of Herbst agrees with R. nanus, Payk.; and 
Attelabus ceruleus, Fab., and planirostris, Fab. (non Schonh.) are 
also specifically identical with nanus (Mus. Herbst, Mus. Fabri- 
oe Boa 
he Att. cylindricus of Kirby’s MSS. and of his collection I 
have carefully examined ; it belongs to R. nanus. 

I have repeatedly found this species upon the birch (Betula 
alba) in the month of July. 


* Notes upon the genera Sitona, &c., Ent. Mag. vol. v. pp. 9, 10. 


Mr. J. Walton on the genus Rhynchites. 85 


6. R. conicus, Illig. (1801—1806), Germ., Schonh. 
— Alliarie, Steph. 
Curc. Alliarie, Marsh. 
Att. Alliarie and nanus, Mus. Kirb. 

I have the authority of Schénherr and Germar for applying 
the name of conicus to this species. To both of these authors I 
have sent specimens. I have found this species in white-thorn 
hedges in the months of June and October. 


7. R. pauxillus, Germ. (1824), Schonh., Steph. Man. 

— atroceruleus, Steph. Il. 

Of R. pauxillus of Germar I possess five specimens sent me by 
that author. 

“ This species (No.7) is distinguished from R. minutus of Steph.” 
(Dr. Germar observes in his letter to me) “by the thorax being 
more deeply punctured, its dorsal channel distinct, and by the 
hairs covering the body being longer and more erect.” To these 
characters may be added a difference in the rostrum, viz. this or- 
gan is more curved in the present species than in the minutus, I 
have found the R. pauzillus on the white-thorn hedges at Swans- 
combe near Gravesend, in the months of May and June. 


8. R. germanicus, Herbst, 1797. Mus. Herbst. 
— minutus, Gyl. (1813), Steph., Schonh. 
Curc. nanus, Marsh? 1802. 

Att. eneovirens, Mus. Kirb.* 

Of this species (No. 8) I have foreign specimens sent me by 
Schonherr and Germar under the name minutus. I have also two 
English specimens which I forwarded to Germar, returned to me 
with the same name. From this latter author I have the follow- 
ing note regarding the present msect: “R. minutus, Schonh. ; 
according to the cabinet of Herbst, it is the true germanicus.” 

This is a very common species : its time of appearance is in the 
month of June. 


9. R. Alliaria, Payk. 1792, Gyl. 1813. 
— interpunctatus (Wilkin MSS.), Steph 1831. 
— megacephalus, Schonh. 


I sent this species both to Schénherr and Germar : the former 
informs me it is his R. megacephalus ; from Germar | have the fol- 
lowing note: “R. interpunctatus, Steph.this name would be re- 


* In Schoénherr’s ‘Syn. Ins.’ vol. i. p. 233, 1833, Cure. eneovirens of 
Marsham is cited as a synonym to No. 38, R. Fragarié (“ Teste Dom. 
Kirby’). Itis evident from this that Kirby sent Gyllenhal a true Marshamian 
type (a blue variety) of the eneovirens, and judging from the only two ex- 
amples of No. 8 now in Mr. Kirby’s cabinet, which are blue-green varieties, 
he seems to have considered this species the same as the eneovirens. 

Gyllenhal (which is very singular) made precisely the same error: see 
‘Ins. Suec.’ iii. p. 27, 1818, which he corrected in Schénherr’s § Syn. Ins.,’ 
as above, twenty years afterwards. 


86 Mr. J. Walton on the genus Rhynchites. 


tained, but it is the Rh. Alliarie of Gyl. and Payk.*, and the R. 
megacephalus of Schonherr.” The R. interpunctatus of Wilkin’s 
cabinet (now in the Zoological Society’s museum) I have care- 
fully examined. 

I found this species very plentiful in Swanscombe Wood near 
Gravesend, on the young shoots of the oak underwood of two or 
_ three years’ growth, in May. 


10. R. equatus, Auctorum. 
Cure. equatus, Mus. Linn. 
Att. J equatus, Mus. Kirb. 
— § nigripes, id. 


ll. R. ceruleocephalus, Schal., Fab., Steph., Schonh. 
Curc. ceruleocephalus, Schaller, Acta Hallensia, 1. p. 282, 1783. 


Of this insect I am only acquainted with one example ; it is in 
the National cabinet : with that specimen I have compared one, 
with which it agrees, sent me by Dr. Germar bearing the same 
name. 

It is found upon the white-thorn in Saxony. 


12. R. eneovirens, Marsh. 1802, Steph. 
— Fragarie (Sturm, Ins. Cat. 1826), Schénh. 
— obscurus (Megerle MSS.), Schonh. 
Att. cupreus, Mus. Kirb. 


Of the true Cure. eneovirens of Marsham I sent specimens to 
Schonherr, who states the species to be synonymous with his R. 
obscurus. 

T sent to Dr. Germar many specimens of No. 12, including 
Carlene which he informed me were the R. obscurus of Schon- 

err. 

It appearing to me that the R. Fragaria of Schonherr was but 


* In the Linnzan cabinet I find an insect agreeing with Linnzeus’s de- 
scription pinned to a label with the name Alliarie on the upper side, and 
4 violaceus” on the underside, both in the handwriting of Linneus. This 
insect is a?, and I have little doubt, judging from Gyllenhal’s description 
is the Thamnophilus frontalis of that author. Also besides the specimen 
with the double name upon the label there is another label, upon which is 
written by Linnzus the name violaceus only ; the two insects upon this label 
are ¢ fof the same species as the single insect which stands on the double 
name. In the ‘ Fauna Suecica,’ p. 174, “ No. 579, Cure. violaceus, media 
magnitudinis.”” ‘ No. 580, Cure. Alliariz, magnitudo pulicis, preecedenti 
simillimus ; sed PAULLO MAJOR, an sexus vel etatis discrimen ?”” 

Now it will be seen that Linnzeus, in his ‘ Syst. Nat.’ 1767, separates and 
places in two distinct sections the C. dlliarie and the C. violaceus; the 
tormer being placed in the section which he gives as character ‘ longirostris 
femoribus simplicibus;” the latter (C. violaceus) is located in the section 
*‘ longirostris femoribus dentatis.’’ The fact is, that the C. violaceus and 
C. Alliarie of Linneus are the sexes of one species, and in one sex (¢) the 
rostrum is longer, more curved and shining than in the male. Linnzus must 
have overlooked the tooth in the femora, as he has done to my knowledge 
in Tychius, Bruchus and some other genera. : 


Mr. J. Walton on the genus Khynchites. 87 


a variety of this species, I called Dr. Germar’s attention to the 

point, and in his notes he observes, “ I agree with you in opinion 

that the R. Fragarie is a blue variety of the eneovirens of Mar- 

sham.” Dr. Germar has sent me a foreign specimen of the Fra- 
arie. 

The blue-green varieties (the small males having the rostrum 
short) very much resemble, and may easily be mistaken for, the © 
same coloured varieties of No. 8; however, this species is distin- 
guished by having the body densely covered with long erect cine- 
reous hairs. No. 8 is sparingly clothed by short subdepressed 
fuscous pubescence. . 

This species is found in the month of May upon the oak as soon 
as it begins to bud. 


13. R. cupreus, Auctorum. 
Cure. cupreus, Mus. Linn. 

I am indebted to T. C. Heysham, Esq., of Carlisle, for the sexes 
of this rare and beautiful species, who kindly sent them alive in 
a pill-box by letter ; he found them on the mountain-ash (Pyrus 
aucuparia) in the beginning of June. 


14, R. Betuleti, Fab. (1792), Herbst, Gyl., Germ., Schonh. 
Curc. Betule, Linn. (Mus. Linn.), Marsh. 
— (var.) nitens, Marsh., Mus. Kirby. 
R. Betule, Steph. 
Att. Betuletit, Mus. Kirb. 

It becomes necessary to follow those authors who use the Fa- 
brician name Betuleti for this species to prevent confusion, Lin- 
neus having given the name Betu/e to another insect as well as 
to the present one, and that insect is by many authors regarded 
as a member of the genus Rhynchites. 


15.. R. Populi, Auctorum. 
C. Populi, Linn. Mus. Linn. 
Ait. Populi, Mus. Kirb. 

I have taken this insect in the month of June in Darenth Wood 
from the young shoots of the Populus tremula. 

At Colney Hatch Wood Mr. Smith has taken this species from 
the same plant in great abundance, and invariably found, by see- 
ing them i copuld, that the specimens with the spine on the side 
of the thorax were the males. 


16. R. auratus, Scop., Schonh. 
Cure. auratus, Scopoli, Ent. Carniol. 1763. 
— (¢) Bacchus, Don. Brit. Ins. 
— Bacchus, Marsh. 
R. Bacchus, Gyl., Steph. 
Att. (3 2) Bacchus, Mus. Kirb. 


The ¢ has the head longer and narrower than the ?; the an- 


88 | Mr. J. Walton on the genus Rhynchites. 


tenne inserted between the middle and the apex of the rostrum ; 
thorax anteriorly armed on both sides with a porrect spine; 
scutellum in both sexes very large, and the margin elevated. 
The 2? has the head shorter and broader than the ¢; the an- 
tennz inserted in the middle of the rostrum, the thorax less di- 
lated at the sides and very little narrowed in front, oblong, sub- 
cylindric, unarmed. 

3 ¢ in the cabinet of the British Museum and in that of the 
Entomological Society, Mr. Stephens’s and my own. 

«Taken in numbers on the Prunus spinosa at Crayford in 
Kent by myself.”—Marsham MSS., Steph. Ill. 

3 2,1 the cabinet of the Entomological Society, are from 
the collection of the Rev. Mr. Kirby. 

Mr. Stephens had his specimens, with many others of this 
and the following species, from the Marshamian collection. I 
obtained mine from the cabinet of the late Mr. Millard. 

The ¢ of this species, figured by Donovan, “was taken in 
the middle of June in a field near Kent.” 

This species has the usual sexual characteristics so generally 
developed throughout this extensive family of insects. 

Schoénherr’s ‘ Synonymia Insectorum,’ vol. v. p. 325, contains 
an observation that the Comte Dejean, in a letter to Gyllenhal, 
asserts that he is convinced, from his own experience, that the 
species with the thorax armed are the males, having taken pairs 
in copuld. 

Gyllenhal, Schénherr and other authors appear to have mis- 
taken the sexes of this species. - 


17. R. Bacchus, Linn., Schonh. 


Curc. Bacchus, Mus. Linn. 


Splendid golden copper, with a shade of purple, shining, and 
covered with erect fuscous hairs. Head between the eyes deeply 
impressed ; vertex convex, deeply and coarsely punctured ; short, 
subquadrate. Eyes very prominent. Rostrum elongate, slender ; 
longer than the head and thorax together ; almost straight above ; 
at the base with two deeply impressed strive which are punctate ; 
the interstice forming an elevated ridge or carina which is entirely 
of a violaceous black. Antenne inserted a little before the middle 
of the rostrum, the joints dark violaceous, the club dusky black ; 
thorax rounded at the sides; above convex; constricted at the 
base and apex; subglobose; of a shining golden purple; deeply 
and thickly rugose ; punctate anteriorly ; under both sides with 
a rudimental minute spine. LElytra of a shining golden copper ; 
indistinctly striated ; the strize with rows of large deep punctures ; 
the interstices with smaller punctures, transversely rugose and 
elevated. Legs elongate ; femora clavate ; shining golden purple. 
Tibiz golden purple. Tarsi violaceous black.—(Long. corp. 4 lin.) 


Mr. W. Kemp on the Vitality of Seeds, 89 


The ¢ is distinguished (from the g of R. auratus) by the 
head being shorter, the eyes evidently more prominent, the ros- 
trum distinctly longer and thinner, the antenne inserted nearer 
the middle of the rostrum, and the thorax shorter and having a 
minute rudimental spine on both sides. The scutellum in both 
sexes is distinctly smaller, and has the margin less elevated. 

The ¢ has the rostrum distinctly longer and thinner (than the 
? of R. auratus), the thorax shorter and more rounded at the 
sides, the eyes more prominent, and the sculpture in both sexes 
is deeper and coarser. 

S ? in the cabinet of the British Museum and in that of 
Mr. Stephens and Mr. Curtis: ? in my own collection. 

In the Linnean cabinet there is one example only of this 
species, pinned through the name, and which is undoubtedly the 
true Curc. Bacchus of Linneus. The ¢ 2? in the cabinet of Mr. 
ioe ati he obtained with many others in the Marshamian col- 
ection. 

Mr. Curtis had his ( ¢ ?) from the British cabinet of the late 
Mr. Francillon. 

The ? im my own possession was taken by Mr. Benjamin 
Standish near Cracking Hill, Birch Wood, on the 24th of Sep- 
tember 1843, off the oak underwood. Mr. Douglas, who was 
there on the same day, saw the insect alive. , 

At the first glance this species has certainly a great resemblance 
to No. 16, R. auratus, but the specific characters which separate 
the two are distinct and unequivocal: the blending of these two 
species in our cabinets must be attributable to the want of a 
proper examination. 


XI.—An account of some Seeds buried in a Sand-pit which 
germinated. By Mr. W1ti1aM Kemp of Galashiels, in a Letter 
to Charles Darwin, Esq. 


Havine received early last spring some seeds, which were found 
at the bottom of a sand-pit upwards of twenty-five feet in depth, 
I most carefully examined into all the circumstances of their dis- 
covery. ‘They were first seen by a respectable workman of the 
name of Thomas Welsh, who was excavating the finer sand at the 
bottom of the pit, in a part which was rather undermined; and 
fortunately Mr. John Bell of Melrose, the proprietor of the place, 
was looking on at the imstant that they were disinterred. He 
kindly sent by Welsh some of the seeds to me, and I immediately 
returned with him, and in company with Mr. Bell carefully ex- 
amined the layer inwhich they had been imbedded. The seedswere 
apparently of only two kinds ; I sent specimens of them (through 


90 Mr. W. Kemp on the Vitality of Seeds. 


Mr. Darwin) to Professor Lindley, and sowed the others myself. 
The plants reared by myself were sent to Professor Henslow, who 
states that they consist of Polygonum convolvulus and a variety of 
Atriplex patula; the seeds planted at the Horticultural Society 
by the kindness of Professor Lindley produced Rumewx acetosella 
and an Atriplex, which was not at first recognised, but which 
Mr. Babington states is exactly lke a variety of A. angustifolia 
which he has seen growing on mud in salt-marshes and on ma- 
nure-heaps. 

The sand-quarry is situated about a quarter of a mile west of 
Melrose, and at the height of between fifty and sixty feet above 
the nearest part of the Tweed. The seeds were mingled with some 
decayed vegetable fibres, and formed a layer resting upon another 
layer, eight inches in thickness, of fine sandy clay. This latter 
lay over a mass of gravel, which again rested on a great mound 
belonging to the boulder formation. This mound, which extends 
about a mile along the middle of the valley, is about ninety feet 
in thickness, and I believe was formed by the action of glaciers. 
It contains enormous angular blocks of rock, and others smoothed 
and distinctly scored in lines parallel to their longer axes. The 
layer of sandy clay, on which the seeds rested, was capped by up- 
wards of twenty-five feet in thickness of distinctly stratified sand, 
which has been largely quarried. The beds of sand vary in thick- 
ness and in fineness ; sometimes they alternate with thin seams 
of impalpable clay, and sometimes they contain minute pebbles 
and fragments of carbonaceous, decayed wood. The layers slope 
at an angle of fifteen degrees towards the valley, and im this di- 
rection they thm out; the upper layers extend further into the 
valley than the lower ones ; the entire mass has a level top, and 
is capped by some thin beds of fine gravel. From these several 
facts (as every geologist will admit), and from the general aspect 
of the layers of sand, it is scarcely possible to doubt that they 
were deposited by a river or torrent, at the point where it entered 
a sheet of water. I had long been of opinion that the valley of 
the Tweed in this part must formerly have been occupied by a 
lake, at a period when a great trap dyke, 100 yards wide, which 
crosses the valley four miles lower down at Old Melrose, had not 
been worn through. By an accurate levelling I have ascertained, 
that the layers of sand lie just beneath that level which a lake 
would hold, if the barrier at Old Melrose were reclosed. A de- 
pression on the surface of the land can, also, be distinctly followed 
from the spot where the sand-quarry is situated, up the valley, to 
where it joins the bed of the existing river; I cannot doubt that 
the Tweed anciently flowed in this depression, and deposited on 
the borders of the lake, the layers of sand where we now find them. 
It is certain that im the time of the Romans, about 2000 years 


Mr. W. Kemp on the Vitality of Seeds. 91 


since, no lake existed here ; and when we reflect on the time ne- 
cessary to have worn down the barrier of trap-rock and to have 
drained so large a lake, which must have stood at its highest level 
whilst the thin layers of sand were deposited over the bed with 
the vegetable remains, the antiquity of these seeds is truly asto- 
nishing; and it is most wonderful that they should have re- 
tained their power of germination. 

As the plants raised are common British weeds, it is indispen- 
sable that I should detail the precautions which I took, to ascer- 
tain that they did not come from other seeds, existing in the soil 
in which they were planted. I first put all the seeds into a 
tumbler of water, and about one-fourth sunk to the bottom; of 
these I planted about three dozen, in parallel rows im flower-pots 
in my house and some others in the garden; and I carefully 
marked each row. Rather more than one dozen of these seeds 
germinated, so that of the seeds found only about one-tenth part 
produced plants. I watched from day to day their germination, 
and saw each little plant bring to the surface the husk of its seed ; 
and these husks I compared under a microscope with other seeds 
which I had not planted. None of my plants at first grew vigo- 
rously. Five or six weeds appeared out of the rows, and these I 
picked up as they appeared and threw away. Of the two kinds of 
seeds sent to Professor Lindley, one was pronounced by him to be 
a Polygonum, and the other probably a Chenopodium ; this latter 
genus belongs to the same natural family with Atriplex, and the 
seeds resemble each other. It is therefore certain that I planted 
seeds resembling those of Polygonum and Atriplex : now will any 
one believe, that, in the soil in the garden and likewise in the 
flower-pot (which. in the latter produced only five or six weeds), 
there were accidentally lying, in exactly the same parallel rows in 
which I planted my seeds, above a dozen other seeds of these two 
genera? I think no one will imagine that this was the case. 
Moreover, the few seeds planted at the Horticultural Society pro- 
duced an Afriplex and a Rumex: whether this latter plant was 
really produced from my seeds I do not know ; but as its trian- 
gular seeds resemble those of Polygonum, | may have overlooked 
their difference, and have obtained these two kinds, besides the 
Atriplex, from the sand quarry. 

I hope that this account, besides establishing the fact that seeds 
may retain, when naturally preserved, their vitality for enormous 
periods of time,—from an epoch when the external features of the 
country were widely different,—will stimulate naturalists to search 
for seeds in the ancient alluvial deposits of other districts. 


92 Mr. T. Austin on some Birds of the British Islands. 


XII.— Remarks on the Habits of Birds which are Natives of the 
British Islands. By Tuomas Austin, Esq. 


Rook, Corvus frugilegus. 


In some districts of Ireland the rooks suffer severely during the 
interval between the sowing of the spring crops and the autumn, 
a season in which ploughing operations in a great measure cease, 
so that the supply of larvee &c. no longer affords them subsistence. 
If the season should also prove dry at the same time, their suffer- 
ings are still more intense. During this period the famishing 
birds may be seen in the maritime districts skulking into corners 
in search of food, or greedily rooting up the grubs which are 
sometimes found in the heaps of sea-weed which have been col- 
lected for manure. They also spread themselves along the shores 
im quest of the small marine insects which lie scattered about, or 
if severely pressed by hunger, they pick up any stray offal that 
may fall in their way. 

Sometimes they exercise the same instinct as the gulls and the 
gray-crows: when they meet with a molluscous animal, and 
which is not easily removed from its testaceous covering, the 
rook will then rise in the air until it attains a sufficient altitude 
for its purpose; it then lets its captive fall to the ground; the 
shock of striking on the hard surface is generally sufficient to 
fracture the shell, or to force the animal in part from its calca- 
reous citadel, when it becomes an easy prey to the bird. Whilst 
the shell is falling the bird descends rapidly after it, lest some 
intrusive beak might bear the expected prize awa 

This imstinct is paralleled by the blackbirds and thrushes, 
who carry the snails they feed upon to some stone suited to the 
purpose, against which they continue to strike the shell, still 
retaining it partly in the beak, until it is sufficiently broken to 
enable the bird to seize on the contents. In plantations and 
other favourite haunts of these birds, piles of snail-shells so 
broken may always be seen along side-stones selected for the 
crushing process. 

The strange fancies the rooks sometimes indulge in when 
founding a new colony afford amusing instances of what to a 
mere spectator would appear whimsicalities, but which no doubt 
the birds have good and sufficient reasons for observing. 

In the spring of 1840, a number of rooks commenced build- 
ing their nests in the low trees which ornament the approach 
to Mr. Allen’s house at Ballystraw, near Duncannon, county of 
Wexford. After the labours of the day were over they would 
assemble in the trees, and apparently take up their station for 
the night; but no sooner did the twilight fade away than the 
rooks, as if distrustful of their safety, took flight to Kalmannock, 
the seat of Mr. Haughton, near Dunbrody Abbey. In this 


Mr. T. Austin on some Birds of the British Islands. 938 


manner they continued nightly to forsake the newly-planned 
colony until incubation commenced, when they were constrained 
to remain, or to spoil their eggs by leaving them. They preferred 
the former and reared a numerous progeny. 

According to our notions of such matters, the trees here alluded 
to were, from their small size, totally unfit for the purpose to 
which the rooks had applied them; but they no doubt were led 
to select the spot from its proximity to good feeding-ground or 
other cogent considerations. 

It is a remarkable fact, that the rooks which build in the 
trees at Woodstown, the seat of Lord Carew, on the Waterford 
side of Waterford Haven, always obtain their supplies of food for 
their young ones from the Wexford side. The distance they 
have to fly across the estuary is little less than two miles, yet do 
they invariably undertake the journey many times a day, even in 
the most tempestuous weather, and when it is difficult to make 
head-way against the storm. 


Kestril, Falco Tinnunculus. 


This bird is partially insectivorous, and at particular seasons of 
the year it destroys great numbers of coleopterous insects. It is 
probable that the young kestrils, on their first development from 
the egg, are wholly supported on this kind of food. 

I was induced to examine into this circumstance by observing 
the hawks at various times, particularly the breeding season, 
hovering and pouncing every instant on to the ground in a man- 
ner which convinced me that it could not be either birds or mice 
they were in pursuit of. I was for some time unable to con- 
jecture what they could be so eagerly engaged in capturing, 
until by repeated observation I became convinced that some spe- 
cies of insect was the object of their solicitude. To place the 
matter beyond a doubt I procured several specimens, the sto- 
machs of which were filled with the undigested bodies of coleo- 
pterous insects. Subsequently I had opportunities of examining 
some of their resting-places, when the feces found there were 
composed almost exclusively of the antennz, legs, elytra and 
other indigestible parts of beetles. These observations were re- 
peated with similar results along the line of cliffs between the fine 
strand of Duncannon and Broom Hill Point, county of Wexford. 

The fact of the kestril feeding on insects has been frequently 
noticed before, but it is interesting to extend our observations in 
order to ascertain that the habit is general, and not a local pecu- 
larity. 

Land Rail, Rallus Crew. 

A favourite food of the Land Rail is a small lizard (Lacerta 

agilis). I have frequently dissected rails in the autumn, and al- 


94 Mr. G. Newport on new species of Myriapoda. 


ways found them to contain these reptiles in various stages of 
digestion. 3 

Rails are exceedingly numerous in Ireland, though less so of 
late years than formerly. All the eggs of this bird which I have 
met with in that country, amounting to some hundreds, are of a 
dark colour, irregularly sprinkled over with large olive-coloured 
spots. But the eggs of the same bird obtamed in England are, 
according to Mr. Hewitson, of a light ground, speckled with 
small olive-coloured spots. How can this circumstance be ac- 
counted for? Are they really varieties of the same bird, or can 
difference of food cause the difference in the colour of their eggs ? 
Specimens of each may be seen in the museum of the Bristol 
Institution. 

Stormy Petrel, Procellaria Pelagica. 


The Stormy Petrel is frequently driven on to the Irish coast by 
severe weather, and may then be seen hovering over the foam 
along the margin of the sea, as if in search of food. The petrel, 
though possessed of great power of wing, is frequently over- 
whelmed and perishes by the fury of the tempest. After a stormy 
night m 1832, I obtained on the Wexford coast seven or eight 
dead specimens which had been washed on shore; and I saw 
several other birds which were more or less crippled, and which 
could have been readily captured had they been pursued. 

Almost every winter the petrel may be obtained along the 
shores of the Irish coast, either by shooting the straggling and 
tempest-driven birds, or by searching along high-water mark for 
the stranded ones. It need scarcely be remarked that a lee 
shore is the proper place to look for them. | 

Kingsdown, Bristol, Nov. 29th, 1843. 


XIII.—A List of the species of Myriapoda, Order Chilopoda, 
contained in the Cabinets of the British Museum, with synoptie 
descriptions of forty-seven new Species. By Groner Newport, 
Fellow of the Royal College of Surgeons, Pres. Ent. Soc. &e. 


Tur Myriapoda have been more neglected by naturalists than al- 
most any other division of the Articulata. This neglect has arisen 
in part from the uninviting appearance of the objects, and in part 
also from the very great similarity of the species. Most of the 
families and genera are recognised by well-marked characters, 
but the species so nearly resemble each other that it is exceed- 
ingly difficult to distinguish them. Very few of them were known 
to Linnzeus, and many of those few were confounded by him under 
a single name. Dr. Leach, to whom we are indebted for laying 
the foundation of a truly scientific examination of this class, de- 
seribed but few species, most of which were British, but even 


Mr. G. Newport on new species of Myriapoda. 95 


these it is now difficult to distinguish. Many of those described 
by Leach are in the cabinets of the British Museum, and thus 
enable us to obtain the most accurate information. The Museum 
cabinets also contain many species that were entirely unknown to 
Leach, and which have remained undescribed up to the present 
period. These specimens I have examined and named ; and many 
months ago, at the request of the head of the Zoological Depart- 
ment, J. KH. Gray, Esq., attached my manuscript names to them, 
intending to publish a full description of them at my earliest 
convenience. A list of these names, with notes and synonyms, 
has recently been prepared, with my assistance, by Dr. Hamel, 
to be transmitted to Professor Brandt, who also is engaged on 
this class; and perhaps a similar list of the whole species in the 
Museum cabinets, with short descriptions of the new species, may 
not be unacceptable to the British naturalist. 

Some of the structures from which | have drawn my descriptive 
characters have not hitherto been made use of for identifying spe- 
cies, but, nevertheless, they offer some of the best and most cer- 
tain distinctive marks. The chief of these are the number of the 
ocelli in adult specimens, and the number and form of the labial 
teeth. Both of these structures usually present some differences in 
the different species. Besides these parts I have also employed 
those pointed out by Brandt,—the form of the posterior legs, and 
the number and arrangement of their spines. These parts taken 
together afford good characters. An examination of the few re- 
maining specimens of Linnzeus, still existing m the Linnzan ca- 
binet, has enabled me to identify some of the Linnzean species, 
and has required the names of some of Dr. Leach’s species to be 
changed ; but whenever this is done in the following list, Dr. 
Leach’s synonym is also added. I ought here to state that Dr. 
Leach had not access to the Linnean specimens. 


Class MYRIAPODA. 


Order I. CHILOPODA. 
Genus Cermarttia, Liliger, Leach. 


1. C. coleoptrata; C. livida, Leach. Madeira. 

2. — var. Floridensis, mihi. Florida. 

3. — rugosa, mihi. Scutella roughened, with a single dark-coloured 
fascia, with three fascize on the first tibial joint. Africa. 

4, — nobilis, Paterson. Ceylon. 

5. — Hardwickei, mihi; C. longicornis, Hardwicke. This is not the 
longicornis of Fabricius. 

6. — longitarsis? mihi. Scutella greenish, with a single light- 

coloured fascia ; posterior legs thrice as long as the body. 

7. — dubia, mihi. Scutella with a median fascia, and two dark- 
coloured patches on the posterior margin ; basilar tarsal joint very 
long. 


96 Mr. G. Newport on new species of Myriapoda. 


8. C. rubrilineata, mihi. Dark orange, with three longitudinal deep 
reddish brown fascie. East Indies. 

9. — maculata, mihi. Yellow; scutella with a single longitudinal 
fascia, and two black patches on each side. Swan River, Australia. 

10. — Smithii, mihi. Greenish mottled; dorsal plates rugose, nar- 
rowed posteriorly ; posterior pair of legs three times as long as the 
body; femoral and tibial joints short, tarsus very long, with the first 
basilar joint only one third longer than the second ; length of body 
eight lines. Bay of Islands, New Zealand. 


Genus Lirnosius, Leach. 


1. L. variegatus, Leach. Wimbledon Common. 

2. — Hardwickei, mihi. Brown; ocelli eighteen on each side ; pre- 
anal ventral plate hairy and tuberculated. Singapore, E. I. 

3. — forficatus, Linn.; L. vulgaris, Leach. 

4. — Leachii, mihi; L. forficatus, Leach. 

5. — pilicornis, mihi. Head smooth ; antenne large, very hairy; labial 
teeth ten ; ocelli twenty-two to twenty-four; legs and body hairy. 

6. — Sloanei, mihi. Head large, deeply punctured; ocelli twenty- 
four; labium elongated at its external margin ; teeth eight ; pos- 
terior legs long. America? 

7. — levilabrum? Leach. Young of L. forficatus ? 

8. — castaneus, mihi. Dark chestnut antenne, and legs very hairy ; 
dental margin narrow ; teeth six ; dorsal plates with curved impres- 
sions. Sicily. 

9. — emarginatus, mihi. Head quadrate, ovate, eye large, single den- 
tal plates distinct, toothless, but with three slight emarginations ; 
dorsal plates with distinct elevated border; colour ferruginous ; 
legs yellowish. New Zealand. 


Genus ScoLtorenpRA, Linn. 


Section A. Parvidentata, mihi. Labial teeth small, numerous and 
obtuse. 


1. S. subspinipes, Leach. 

2. — De Haanti, Brandt. Java. 

3. — sexspinosa, mihi. Superior surface of the basilar point of the 
posterior legs flattened, with two spines on the margin, two on the 
internal and two on the inferior surfaces. 

4, — Childreni, mihi. Olive; head, mandibles and posterior legs 
ferruginous ; teeth ten, indistinct ; basilar joint of the posterior 
legs broad, with three spines; inferior surface naked. 

5. — Hardwickei, mihi. Bright yellow, with each alternate segment, 
except the seventh, dark blue ; labium, mandibles and anal appen- 
dages ferruginous ; posterior legs short, with three minute spines ; 
inferior surface naked. India. 

. — cingulata, Latr. 

. — cingulatoides? mihi. Basilar joint of the posterior legs short, 
flattened, with slightly elevated margins, with five spines on the 
internal margin, the angular one large, bifid; inferior surface 
convex, with two spines; teeth eight, obtuse. Corfu. 


“SID 


Mr. G. Newport on new species of Myriapoda. 97 


8. 8. platypus, Brandt. Jamaica. Labial teeth eight. 
9. — platypus? Tobago. Labial teeth six, obtuse. 

10. — angulipes, mihi. Basilar joints of posterior legs very short 
and thick, subtriangular, flattened above with an elevated external 
margin ; internal margin six-spined, the apical one large, quadrifid ; 
inferior surface rounded, with nine spines ; labial teeth eight, mi- 
nute, obtuse.. Madagascar. 

11. — erythrocephala, Brandt. Java. 

. 12. — viridicornis, mihi. Antenne and dorsal surface green, mar- 
gins of the segments yellow ; mandibles, labium and posterior legs 
ferruginous ; teeth eight, minute, obtuse ; internal basilar margin 
of the legs with seven spinule, inferior surface with six spines in 
three series. 

13. — Leachii, mihi; S. morsitans, Leach. Fantee, Africa. 

14, — platypoides, mihi. Labial teeth eight, obtuse ; posterior legs 
short; surface subconvex, with the margin elevated; internal margin 
acute, with six spinule in a double series, inferior surface with nine 
spinule ; preanal scale with a longitudinal sulcus, margin rounded. 

15. — multidens, mihi. Labial teeth very small, from twelve to 
fourteen in number; mandibular tooth large, with a minute tu- 
bercle ; colour ferruginous ; legs yellow, tarsal joints greenish. 
Perhaps S. ferruginea, Fabr. 

16. — tuberculidens, mihi. 'Testaceous’; mandibular tooth with an 
acute tubercle at its base ; labial teeth eight, distinct, obtuse ; ba- 
silar joint of posterior legs narrowed, flattened, and slightly mar- 
gined with six spinule, the angular one large, quinquefid ; preanal 
scale cordate-quadrate. Ceylon. 

17. — longicornis, mihi. Antenne elongated; teeth eight, very di- 
stinct but obtuse ; posterior legs slender, somewhat triangular, 
with the surface of all the joints flattened and margined ; inferior 
surface longitudinally excavated with three series of spinule. Port 
Essington, Australia. 

18. — morsitans, Linn., Fabr. Head, mandibles and labium yellow- 
ish orange, posterior margins of segments dark green; teeth ten, 
short, obtuse ; basilar joint of posterior legs slender, flattened ; in- 
ternal margins with five spines, the apical one elongated, quadrifid. 
Africa: British Museum and Banksian cabinets. 

19. — anomia, mihi. 

20. — punctidens, mihi. Antenne green; mandibles and labium 
orange; teeth six, black, short, obtuse, deeply punctured ; poste- 
rior pair of legs with six spines on the inferior surface in two se- 
ries, four in the external and two in the internal. South America? 

21. — variegata, mihi. Dark chestnut, with the anterior margin of 
the frontal segment, and the posterior of each dorsal, with labium, 
mandibles and ventral surface of the body bright orange ; antennze 
olive; legs orange, with dark orange fasciz. Demerara: British 
Museum and Mr. Hope’s cabinet. 

22. — angulata, mihi. Dark green; head, basilar segment, labium 
and mandibles orange, the latter tipped with black; legs yellow- 
ish, posterior pair green ; segments flattened, with the anterior la- 
teral margins angulated ; teeth eight, small, acute. ‘T'rinidad. 


Ann. & Mag. N. Hist. Vol. xii. H 


98 Mr. G. Newport on new species of Myriapoda. 


23. S. cristata, mihi. Brown; antenne and legs greenish; teeth 
six, the internal one on each side bifid ; posterior segment convex, 
with a median longitudinal crest; legs short, rounded, with five 
small acute spines; inferior surface with six spines in three series, 
two in each series. China. 


~ 24. — canidens, mihi. Dark olive; teeth eight, the three internal . 


ones on each plate small and approximated, the external one large, 
acute and projecting outwards ; margins of legs with eight or nine 
spinule ; inferior surface slightly excavated, with eight spinule. 
Egypt. 

25. — gigas, Leach. Bright ferruginous; head green; legs with 
dark olive fascie. Venezuela? 

26. — spinigera, mihi. Brown; posterior pair of legs slender, flat- 
tened, almost equal in size throughout, with the internal superior 
margin and the inferior surface with double rows of sharp spines ; 
teeth eight, acute, irregular. Tripoli. 


\ 27. — affinis, mihi. Greenish brown, head and mandibles ferrugi- 


nous ; legs yellowish ; basilar joint of posterior legs excavated, with 
three rows of minute spines. Greece. 


Section B. Latidentata, mihi. The internal tooth broad and dilated 
at its margin; the external one small, acute and distant. 


28. S. alternans, Leach. The internal labial teeth sharp, spatulate ; 
mandibular tooth with a minute tubercle near its apex ; posterior 
pair of legs subconvex, with numerous minute black spines, from 
thirty to forty in number, on their internal margin and surface, with 
the angular process multifid ; inferior surface with from fifteen to 
twenty spinule, in little irregular transverse clusters ; preanal scale 
small and elongated, margin rounded. Length six inches. 8. Ame- 
rica ? ! 

29. — Grayii, mihi. Dark ferruginous; head with two slight lon- 
gitudinal ridges; basilar joint-of the posterior pair of legs elon- 
gated, with from twelve to fifteen minute spines arranged in 
three or four oblique series on the internal margin and surface ; 
inferior surface with about fourteen minute spines in three alter- 
nating series ; preanal scale narrowed, elongated, posterior margin 
straight. Length 64 inches. 

30. — complanata, mihi. Body depressed, dull reddish brown, with 
the antenne and legs, except the posterior pair, greenish ; internal 
tooth on each side denticulated; internal margin and surface of 
posterior legs with twenty or more minute spines in three oblique 
series ; inferior surface with seventeen. St. Kitts, W, Ind. 

31. — multispinata, mihi. Dark brown, antennz and legs green; 
internal margin of posterior pair of legs with six or seven minute 
spines in two series, a series of six on the internal surface, and 
from seventeen to twenty in three irregular series on the inferior. 
Length 42 inches. St. Kitts, W. Ind. 


Section C. Longidentata, mihi. ‘Teeth large, acute, and lanceolate. 


32. S. spinicauda, mihi. Light brown with a single dark-coloured 
longitudinal dorsal line; posterior legs long, with a single large 


Mr. G. Newport on new species of Myriapoda. 99 


spine on the middle of the internal margin of the basilar joint. 
Tripoli. 

33. S. Trigonopoda, Leach, Africa; S. Hydouviana? Gerv. Teeth 
eight. 

34. — rubriceps, Newport. New Zealand. 

35. — megacephala, mihi. .Olive-coloured, shining, with the anal 
appendages reddish olive ; head large ; teeth six, large, acute and 
serrated ; posterior legs short ; basilar joint long, with five large 
acute spines; inferior surface with six spines, two on the inner 
side, four on the outer, and a single spine at the base between the 
two series. Port Essington, Australia. 

36. — sulcidens, mihi. Dark olive ; antennz purple ; mandibles and 
labium orange; legs yellowish, tibial joints green; teeth six, 
large, acute, serrated and deeply sulcated; basilar joint of poste- 
rior legs with an elevated longitudinal ridge ; internal margin with 
five long acute spines ; inferior surface with six large spines. New 
Holland: British Museum and Linnean Society collections. 

37. — scabriventris? mihi. Dark blue violet; head and basilar seg- 
ment dark green ; antennz with orange-coloured hairs at the apex ; 
mandibles, labium and legs ochraceous ; teeth six, acute, serrated, 
punctured and sulcated ; legs as in S. sulcidens, of which perhaps 
itis a variety. New Holland. 

38. — squalidens, mihi. Frontal segment small; antenne finely stri- 
ated ; teeth six, acute, the internal one on each side with minute 
lobules ; basilar joint of the posterior legs with five spines on the 
internal margin and six on the inferior surface as in S. sulcidens. 

39. — sulcicornis, mihi. Ochraceous ; antenne elongated, twenty 
joints, very finely striated with minute hairs; teeth six, large, 
acute, with marginal lobules and longitudinal sulci; basilar joint 
of the posterior legs with five spines on the internal margin and 
six on the inferior surface arranged in two longitudinal series, 
three in each series. Port Essington. 

40. — aurantipes, mihi. Brown olive, legs lighter orange; dental 
margin rather narrow; teeth six, rather short and obtuse, the ex- 
ternal one acute and distant, the internal on each side bifid; ba- 
silar joint of the posterior legs with a median diagonal elevated 
ridge ; internal margin with four spines, the angular one bifid; 
inferior surface excavated, with five spines arranged in two series, 
Port Essington, Australia. 


Section D. Arctidentata, mihi. Dental margin very much narrowed, 
sometimes arched ; teeth minute. 


41. S. lobidens, mihi. Dark chestnut-red, with the antenne, legs 
and ventral surface of the body bright yellow ; dental margin very 
narrow; teeth on each side united into two pointed lobes, each 
with a smaller lobe at its external base ; posterior legs cylindrical, 
elongated, narrowed, with four or five exceedingly minute spines ; 
inferior surface with three minute spines in a longitudinal series. 
Length of dried specimen 8 inches. 

| H2 


100 Mr. G. Newport on new species of Myriapoda. 


42. S. picta, mihi. Body yellowish olive; cephalic segment dark 
chestnut marked with green; mandibles, labium, posterior seg- 
ment and anal appendages bright red; legs and antennez bluish 
green ; teeth eight, distinct, obtuse ; basilar joint of posterior legs 
slender, subcylindrical, with six marginal spinule ; inferior sur- 
face excavated, with ten minute spines in a double longitudinal 
series. 

43. — viridifrons, mihi. Orange, with the anterior of the cephalic 
segment, and the posterior of the dorsal, and the posterior legs 
and antenne dark green; teeth eight, small, obtuse; posterior 
legs elongated, subcylindrical, with four minute marginal spines ; 
inferior surface slightly excavated, with four spines arranged in 
two longitudinal series. 

44. — punctiventris, mihi. Head and dorsal surface greenish brown ; 
antenne green; mandibles and labium bright orange ; legs yellow, 
posterior pair olive ; teeth eight, distinct, the internal ones slightly 
elongated ; anal appendages deeply punctured ; posterior legs short, 
with four marginal spines, the inferior surface with six spines ar- 
ranged in three series, two in each series. Florida. 

45. — Westwoodii, mihi. Dark green ; legs yellow ; cephalic seg- 
ment, mandibles, posterior legs and segment orange red; teeth 
six, minute, obtuse, black ; basilar and second segment of the pos- 
terior legs large, subconical, convex ; internal margin and surface 
with two spines on the surface and three on the margin; inferior 
surface deeply excavated, with four minute spines on the external 
and two on the inner margin ; anal scale elongated, margin straight ; 
anal appendages elongated, punctured, orange. Australia: Brit. 
Mus. and Banksian cabinets. 

46, — subminiata, mihi. Head, mandibular apparatus, posterior legs 
and segment vermilion ; body depressed, yellowish, with the pos- 
terior margin of the segments green; legs yellow ; teeth six, short,~< 
obtuse; legs as in S. Westwoodii ; anal appendages short, obtuse ; 
apex bifid. Australia. 

It is not improbable that this may be a variety of S. Westwoodii. 


Genus Cryptoprs, Leach. 

1. C. posticus, Say. 

2. — anomalans, mihi. Yellow; antenne fifteen-jointed ; basilar 
segment very large; labium narrow; segments quadrate, with two 
lateral, impressed, oblique lines ; preanal scale subquadrate, mar- 
gin rounded; lateral anal lati deeply punctured, short and 
rounded. Length 1? inch. 

3. — sexspinosus, Say. 

4. — hortensis, Leach. 

5. — Savignii, Leach. 


Genus Mecisroceruatus, Newport. 


1. M. punctifrons, Newp. 
2. — punctilabium, Newp. 


. Dr. O’Bryen Bellingham on Irish Entozoa. 101 


Subgenus Necrorutazopnacus, Newport. 


. N. longicornis, Leach, sp. 

2. — punctiventris, mihi. Yellow, head dark ferruginous ; antennz 
yellow, scarcely three times as long as the cephalic segment ; joints 
punctured, hairy; labium quadrate, deeply punctured ; internal 
margin of the mandibles bidentated; anal appendages large, with 
deeply impressed hairy punctures; legs hairy, sixty-six pairs. 
Sicily. 

Genus Groruitus, Leach. 
1. G. carpophagus, Leach. 
2. — subterraneus, Leach. 
3. — acuminatus, Leach. 
4 


. — rubens, Say. 
5. — barbaricus, Gervais. 
6. — ———_——-?_ Greece. 


Genus GonrprEeematus, Newport. 
1. G. Cumingit, Newp. Philippine Islands. 


XIV.— Catalogue of Irish Entozoa, with observations. By O’ BryYEN 
Bretuincuam, M.D., Member of and Professor of Botany in 
the Royal College of Surgeons in Ireland, Member of the 
Royal Zoological, Geological and Natural History Societies of 
Dublin, &c. 


{Continued from Charlesworth’s Magazine of Natural History, vol. iv. p.351.] 


Tue following list of the Entozoa indigenous to Ireland (the first 
part of which appeared some time since) is confined almost al- 
together to the species which I have discovered and examined 
myself, and the great majority are new to the British fauna. The 
classification followed is that given by Rudolphi im his ‘ Synopsis 
Entozoorum,’ and adopted by Bremser and most zoologists. In the 
nomenclature I have also followed Rudolphi ; and where species 
are mentioned which had been discovered previously in this 
country, I have been careful to notice the fact and to give the 
credit to the discoverer. 


Order 1. NEMATOIDEA. 
Genus 6. Sprroprera. 


(Derived from spira, a curl or circle. ) 


Body cylindrical and elastic, slightly attenuated at each extremity. 
Mouth orbicular. Anus large, a little in front of the posterior 
extremity. Caudal portion of the male spiral, with lateral ale, 
between which the penis, a simple filament, projects. 


This genus was first named Acuaria by Bremser in his cata- 


102 Dr. O’Bryen Bellingham on Irish Entozoa. 


logue of the Vienna collection ; it was subsequently changed to 
Spiroptera from the disposition of the caudal extremity. The 
species are numerous, forty beg enumerated by Rudolphi, of 
which eighteen are marked doubtful ; they occur only in vertebral 
animals, and are most common in birds. They inhabit the ceso- 
phagus or crop, and are found between the membranes of the 
alimentary canal and in tubercles connected with these parts, 
more frequently than in the canal itself; in fish they sometimes 
occur in the swim-bladder. The species are arranged by Rudolphi 
in two subdivisions, from the character of the parts about the 
mouth. 
Ore papilloso. 
1. Spiroptera anthuris.. C&sophagus of rook (Corvus frugilegus). 
Swim-bladder of trout (Salmo Fario). 
2. gta Sine of Gillaroo trout (Salmo 
Fario, var.). 
; (£sophagus and crop of sparrow-hawk 
4 leptogtes { (Accipiter fringillarius). : 
strumosa . Stomach of mole (Talpa europea).} 


—_ 


Species dubie. 


. Spiroptera., C&sophagus of raven (Corvus Coraz). 

.. Gk&sophagus of golden plover (Charadrius pluvialis). 
.. Small intestine of bald-coot (Fulica atra). 
x J Tubercles in cesophagus of shieldrake (Tadorna 
SHS ow BK Bellonii). 
——t Crop of shearwater (Procellaria Anglorum). 
—————.. Stomach and intestine of skate (Raia Batis). 


So GO “NI Ooo 


* This species of Spiroptera, which I found in tubercles connected 
with the cesophagus of the common shieldrake, appears not to have 
been previously noticed, and it differs from every species hitherto 
described (except one observed by Creplin and named Spiroptera 
aculeata) in having the body armed with spines. None of the spe- 
cimens which I possess however are quite perfect ; the longest, which 
appears to be nearly so, is an inch and a half in length, cylindrical 
and very nearly of the same diameter throughout ; a narrow line runs 
along the dorsal, and another along the abdominal surface from the 
head to the caudal extremity. The mouth is orbicular, conspicuous, 
and without papillz, hence it belongs to the first division in Ru- 
dolphi’s arrangement ; the head and the whole anterior portion of the 
body are armed over every part with innumerable recurved hooks. 
The alimentary canal extends in a straight line from before back- 
wards, and is nearly of the same diameter in every part. 

+ This species of Spiroptera, which occurred in the crop of the 
shearwater (Procellaria Anglorum) like the preceding, is armed with 
spines. ‘The specimens which I possess are females ; they were at- 
tached to the mucous membrane of the crop by their anterior extre- 


Dr. O’Bryen Bellingham on Irish Entozoa. 103 


Genus 7. STRONGYLUS. 


(Derived from orpoyydos, teres.) 

Body cylindrical and elastic, attenuated at each extremity. Mouth 
orbicular or angular, simple or provided with tubercles. Anus sub- 
terminal. Penis a simple filament, issuing from the centre of a 
kind of pouch, which terminates the body of the male. 

This genus was established by Miiller, and has been adopted 
by zoologists since. The species are numerous: Rudolphi enu- 
merates thirty-eight, of which fifteen are doubtful ; they occur in 
mammalia and birds, rarely in reptiles, and are not found in fish. 
They occur in almost every part of the body, but habit princi- 
pally the trachea, esophagus, or tubercles connected with these 
parts, the stomach and intestines ; they are sometimes contained 
in aneurismal tumours of the mesenteric artery in the horse and 
ass. The species have been arranged by Rudolphi in his ‘ Syn- 


opsis’ under three subdivisions. 


Ore orbiculari noduloso seu papilloso. 
(Tubercles in cesophagus of teal (Anas 


|  Crecca). : Pe eee 
1. Strongylus tubifew. . d bic ieg in cesophagus of pintail (Anas 
Tubercles in esophagus of shoveller ( Anas 
Clypeata). - 
2. ——-—— contortus. Small intestine of sheep (Ovis Aries). 
Ore nudo. 
Small intestine of rabbit (Lepus Cu- 
niculus ). 
3, Strongylus retorteformis .. Small intestine of hare (Lepus ti- 
midus ). 


mity, and they lived in water for some time. Their length is six to 
seven lines, they are thicker posteriorly than anteriorly, and when 
recent were quite pellucid, so that the whole tract of the alimentary 
canal could be traced through the parietes ; this was straight, narrow 
anteriorly, and becoming wider posteriorly. 

The mouth is orbicular and prominent, with four tubercles sur- 
rounding it, which varied in shape when the animal was alive ; hence 
this species must be referred to the second division in Rudolphi’s 
arrangemert, in which the mouth is papillary. The anus rounded, 
and a little in front of the caudal extremity. The part which might be 
called the neck is armed with recurved hooks ; the anterior third of 
the body is also armed with four rows of much smaller hooks or 
spines, which are very numerous and close anteriorly ; they diminish 
in number, and gradually disappear near the junction of the anterior 
with the middle third of the body. The caudal portion of the body 
is double the thickness of the anterior, and its extremity is conical. 


104 Dr. O’Bryen Bellingham on Irish Entozoa. 


4. Strongylus Trigonocephalus Small intestine of dog (Canis fami- 


liaris). 
. a Tetragonocephalus Stomach and small intestine of fox 
: (Canis vulpes). 
6. ——-———- suis *. ........ Bronchial tubes of pig (Sus Scrofa). 
Trachea of domestic fowl (Gallus 
domesticus ). 
° | Strongylus trachealis ¢. Trachea of partridge (Perdix ci- 
" \ Syngamus trachealis, Sieb. nered ). 
Trachea of peacock (Pavo crista- 
tus). 


ow 


* In the trachea and bronchial tubes, particularly in the latter, of the 
pig (Sus scrofa), lL have found a species of Strongylus in great numbers 
which possesses the characters of the Strongylus suis, noticed in the 
Appendix (Mantissa) to Rudolphi’s ‘ Synopsis,’ the female only of 
which he appears to have seen. The females are an inch and a half 
in length, the males little more than half an inch; their colour is 
white, they are of equal diameter in every part, and the females ex- 
ceed the males in diameter as in length. The mouth is papillary ; 
the caudal extremity of the female is incurved and obtuse, with a 
short spe; in the male it ends in a pouch which has an anterior 
and a posterior lobe. ‘The penis is long and dark-coloured ; the ova 
exceedingly numerous and barely visible to the naked eye. 

Every specimen, male or female, which was placed in cold water 
became distended, and in a few minutes the integuments ruptured, 
allowing the ovaries and intestine to protrude ; some gave way near 
the anterior, others near the caudal extremity, and some near the 
centre. 

+ This species was first noticed by Colonel George Montagu in 
the Memoirs of the Wernerian Natural History Society : his commu- 
nication is entitled ‘An aceount of a species of Fasciola which in- 
fests the trachea of poultry,’ and contains a figure of the species. 

Dr. Charles T. von Siebold of Dantzic has given a full account of 
it in a paper published in Wiegmann’s ‘ Archiv,’ which has been 
translated in the ‘ Philosophical Magazine.’ He considers it a double 
animal, in which the male and female are attached permanently to 
one another, and has given it the name Syngamus trachealis from this 
circumstance. Nathusius looks upon it to be a Strongylus in the act 
of coitus. There is no doubt it ought to be referred to this genus. 
Rudolphi, who never could have seen this species, or he would 
hardly have made such a mistake, supposes it to be identical with 
the Distoma lineare discovered by him in the intestinal canal of the 
domestic fowl. Speaking of the Distoma lineare he observes, ‘‘ huc 
pertinebit etiam Distoma trachez Georgii Montagu in trachea pul- 
lorum phasiani galli &c. repertum.” 

The Strongylus trachealis is frequently met with in the trachea of 
young partridges and poultry, and is believed to be the cause of the 
disease which is so destructive to them, known under the name of 


Account of a Botanical Tour in North Wales, &c. 105 


Species dubie. 


8. Strongylus. Cavity of thorax of moor-buzzard (Buteo rufus). 
9, —___—._ Trachea of turkey (Meleagris Gallopavo). 


‘the gapes.’ I have found three specimens, each upwards of half an 
inch in length, in the trachea of a chicken which died of the gapes 
a fortnight after being hatched, and was informed that it had mani- 
fested symptoms of the disease when only five days old. 

In the specimens which I have examined the male portion of the 
animal (as it has been called) was of a paler colour than the other, 
and no trace of a convoluted tube was visible through its parietes, 
though very evident in the female portion. 


(‘To be continued. | 


XV.—Abstract of a paper entitled “ Account of a Botanical Tour 
in North Wales, the South of England and Jersey, during the 
months of August and September 1843.” By R. Grauam, M.D., 
Professor of Botany in the University of Edinburgh*. 


In this communication the Professor only noticed such plants 
observed by him as are not natives of Scotland, are scarce 
there, or which otherwise possess interest from marked pecu- 
liarities of geographical distribution in the districts which he 
visited. The journey extended from Liverpool to Chester, and 
thence by St. Asaph to Bangor. From Bangor the Professor 
and his party walked up Carnedd Llewellyn, and by the slate 
quarries of Penrhyn to Llanberris, botanizing in the woods and 
valleys in the neighbourhood, ascending Snowdon from the west, 
and passing on to Capel Curig and the Devil’s Kitchen, from 
which they went by the mail to Birmingham. From Birming- 
ham Dr. Graham proceeded to Dorsetshire and Jersey. What- 
ever was noticed regarding the vegetation elsewhere was seen 
only from the coach, or during the almost momentary stoppages 
at the stages. On returning from Jersey, a few hours were 
spent in a very hasty examination of the road-side in a corner of 
the Isle of Wight. 

The following are the plants seen in the first half of the jour- 
ney, and not truly wild in Scotland :—Lactuca muralis, in a little 
glen a few miles to the westward of Chester, and not again 
observed in the whole journey; and in the same place, Tamus 
communis (afterwards found to be very frequent further south) ; 
Chlora perfoliata, Helminthia echioides (also profuse near Wey- 
mouth) ; Diplotaxis tenuifolia, abundant on the walls near Ches- 


* Read before the Botanical Society of Edinburgh, Dec. 14, 1843. 


106 Prof. R. Graham’s Account of a Botanical Tour 


ter; Rosa arvensis, Nepeta cataria ; Senecio tenuifolius, abundant 
also further south, but native, as far as is known, in very few 
localities in Scotland ; Sedum dasyphyllum, on walls at Conway ; 
Calamintha officinalis, Feeniculum vulgare (also plentiful near 
Weymouth and in Jersey), Orobanche barbata in profusion, and 
Verbena officinalis. 

The Welsh mountains, at least in August, possess very little 
interest to a Scotch botanist. The alpine species are few com- 
pared with the vegetation of the Grampians, and the number of 
specimens even of common species is very small. The valleys, 
however, contain m abundance several plants which are rare in 
Scotland, or which do not exist there as natives. Among these 
are Poterium Sanguisorba, Serratula tinctoria, Campanula hede- 
racea. “ Thalictrum minus is abundant in several places in Scot- 
land, but we found it at the Devil’s Kitchen, at a much higher 
elevation than I ever recollect seeing it before, except in Cunna- 
mara in the west of Ireland. In the same station we also found 
Arenaria verna, a species which is very abundant near Edin- 
burgh, but which I never before gathered on the west side of the 
island.” 

In the Botanic Garden at Birmingham a specimen of Erodium 
Hymenodes was pointed out, said to have been picked from among 
many others on the Flat Holmes in the Severn, and which the 
intelligent curator, Mr. Cameron, said had all the appearance of 
being a native specimen when brought to him. Mr. Cameron 
also pointed out a variety of Sedum Telephium, which he first 
observed in considerable quantity on the Titterstone Clee Hill, 
Shropshire, in 1839, at an elevation of 1400 feet, and had culti- 
vated since 1840 without any alteration in its character except 
increase of size. It is distinguished from the ordinary state by 
its smaller fruit, its procumbent stems, and its long, slender, 
horizontal, underground stoloniferous shoots. 

The plants which appeared characteristic of the neighbourhood 
of Cheltenham, Bristol and Bath were— Viburnum Lantana, Cle- 
matis Vitalba, Pastinaca sativa, and Convolvulus Sepium; the 
first three not belonging to the Flora of Scotland, and the last 
remarkable for its vast profusion in almost every hedge. These 
plants were observed along the whole route to Weymouth, and 
in addition, between Dorchester and Weymouth were seen Cnicus 
acaulis and Campanula glomerata ; the latter, however, very small, 
or at most never acquiring the luxuriant appearance it has in 
the neighbourhood of Edinburgh. <A few plants of Carduus erio- 
phorus were seen by the road-side a little way to the southward 
ef Bath. 

One of the most interesting walks of the whole excursion was 
that of the 16th of August, along the beach parallel to the Chesil 


in North Wales, the South of England and Jersey. 107 


Bank, as affording a collection of plants most unlike the Scottish 
Flora. The principal of these were, Brachypodium pinnatum, Iris 
fetidissima, Tamarix gallica (certainly introduced), Linum an- 
gustifolium, Linaria Elatine, Linaria spuria, Lathyrus Nissolia, 
Lathyrus Aphaca, Trifolium maritimum, Vicia bithynica, Ervum 
tetraspermum, Helminthia echioides, Petroselinum segetum and 
Sison Amomum. None of these, it is believed, really belong to 
the Scottish Flora, and not above one or two, if any, have been 
permanently naturalized in a few stations in Scotland. Besides 
these, there were found on the same ground the following plants 
which are wild, some perhaps only naturalized, in a few localities 
to the north of the Tweed :—Hordeum pratense, Sinapis nigra, 
Trifolium fragiferum, Medicago maculata, Vicia lutea, Anthemis 
nobilis, Serratula tinctoria, Cichorium Intybus, Poterium Sangui- 
sorba, CEnanthe pimpinelloides, Linaria vulgaris, var. Peloria, and 
a single specimen of a remarkable variety of Plantago Coronopus 
with many panicled heads. 

The walk on the 17th of August was from Dorchester to 
Wareham, and was by no means so productive as that of the day 
before, yet several plants unknown to or scarce in the Flora of 
Scotland were observed. Of these, some have been named al- 
ready, others were the following :—Cornus sanguinea, Scabiosa 
columbaria, Drosera longifolia, Silene anglica, Galeopsis Ladanum, 
Antirrhinum Orontium, Ulex nanus (a variety perfectly procum- 
bent, very different from the Scotch or Irish plant), Pieris hiera- 
cioides, Cuscuta Epithymum. ‘These last two plants are said by 
Sir Wm. Hooker to be frequent in Scotland, but Dr. Graham has 
never seen either, nor any species of Cuscuta there, not evidently 
introduced. | 

The walk on the 18th of August was from Winfrith to Osmin- 
ton Mill, partly by lanes, partly over chalk downs, and by the 
cliffs on the shore. The only plants gathered and not before 
mentioned, which are not wild in Scotland, though certainly so 
in the stations where they were then seen, were Ligustrum vulgare, 
Asperula cynanchica, Inula Conyza and Euphorbia amygdaloides. 
Others found only in limited stations in Scotland were, Campa- 
nula Trachelium, Silaus pratensis and Euphorbia portlandica. 

The next walk was on the 24th of August, about half way up 
the east coast of the Isle of Jersey, where the following plants 
were gathered :—Bromus diandrus, Cyperus longus, Chenopodium 
murale, Scilla autumnalis, Rumex pulcher, Marrubium vulgare, 
Matthiola sinuata, Senecio vulgaris, var. radiatus, Euphorbia Pa- 
ralias, Atriplex laciniata, Erodium moschatum. It was remarked, 
that of the three species of Papaver—P. Argemone, P. dubium and 
P. Rheas—so abundant in the neighbourhood of Edinburgh, only 
the second was seen in Wales, only the third in the south of 
England, and that P. dubium again appeared in Jersey. On the 


* 


108 Prof. R. Graham’s Account of a Botanical Tour 


26th, accompanied by Dr. Macreight, the walk was along St. Au- 
bin’s Bay by La Haule, across the Quenvais to St. Ouen’s Bay and 
the village of St. Ouen. In this route the most interesting plants 
gathered, and not already named, were, a densely tufted glaucous 
species of Festuca, with short, erect, very rigid and sharp subu- 
late leaves, considered a form of Festuca ovina, but very unlike 
any form of that species which has been observed anywhere else ; 
Scheenus nigricans, Polycarpon tetraphyllum, Scirpus pungens; Scir- 
pus maritimus, a variety with unusually elongated peduncles and 
ovato-lanceolate attenuated spikes ; Armeria plantaginea, varying 
considerably in the breadth of its leaves, but always distinguish- 
able from A. maritima by the want of hairiness upon the scape ; 
Juncus acutus, Polygonum maritimum, Dianthus prolifer, Oxalis 
eorniculata, Ranunculus hirsutus, Mentha rotundifolia and Oro- 
banche Eryngit? profuse on drift-sand in St. Ouen’s Bay. “In 
adopting this name I by no means wish to give an opinion as to 
its propriety. It is, I confess, only an attempt to escape from the 
necessity of intermeddling with a subject in almost hopeless con- 
fusion. The species of Orobanche are, to say the least, separated by 
ideal boundaries, and the principle in which I seem to acquiesce by 
the name I have here given, namely to characterize species by the 
plants on which they are parasitical, has always appeared to me 
erroneous. Vaucher found an Orobanche parasitical on Eryngium 
campestre in the southern provinces of France, and he called it 
O. Eryngii, and the designation is adopted in the ‘ Botanicon Gal- 
licum.’? Our plant is certainly parasitical on E. maritimum, and 
upon this very slender ground, for I have not seen a French spe- 
cimen, I have given it the same name. It is only half parasitical, 
as I doubt not are all the species; half parasitical in a different 
sense to that in which the same thing may be said of the species 
of Cuscuta. These are at one period of their existence wholly 
terrestrial, and afterwards wholly parasitical ; but the Orobanche 
is permanently attached to the extremity of a root of Eryngium, 
which is there thickened and terminated abruptly, but it sends its 
own roots into the sand all around. The roots were so deep in 
the loose sand, that we failed in many attempts to raise an entire 
plant of Eryngium with the parasite attached to it ; but Dr. Mac- 
reight showed me, that by the peculiar and pungent taste, it was 
quite certain that the fragment of the root which we often got up 
with the Orobanche was that of Eryngium maritimum.” Other 
plants of the same day’s walk, either local in Scotland or not at 
all native there, were the following: Sibthorpia europea, Bartsia 
viscosa, Diplotaxis muralis, Coronopus didyma, Erigeron acris, 
Diotis maritima, Centaurea Calcitrapa, Spiranthes autumnalis, 
Amaranthus Blitum, Asplenium lanceolatum, Asplenium marinum. 

On the 2nd of September, again accompanied by Dr. Macreight, 
we walked by St. Brelade round the south-west corner of the island 


in North Wales, the South of England and Jersey. 109 


to La Moye and the southern extremity of the Quenvais. The 
following plants were picked in this route: Isolepis Savi, Rubia 
peregrina, Centunculus minimus, Echium violaceum, Datura Stra- 
monium ; Scilla autumnalis in great profusion and beauty, both of 
its usual colour and also with white flowers ; Rumex maritimus, 
Silene nutans, Cistus guttatus, Antirrhinum Orontium, Trifolium 
subterraneum, Gnaphalium luteo-album, Hieracitum umbellatum. 
On other days in which a few minutes only could be given to bo- 
tany, Grammitis Ceterach was picked from the churchyard wall of 
St. Saviour’s, the only situation in which it was seen in the island ; 
and in the same place what has been called Mercurialis ambigua, — 
but there and everywhere else in Jersey every variety of form 
from this to the most usual condition of Mercurialis annua may 
be found; Scrophularia Scorodonia was met with in every lane ; 
Carex extensa was gathered near Rozel Harbour. In a pasture 
field near La Haule was gathered Verbascum nigrum, in such va- 
riety as to show that the character of this species must have a 
wide range as to the shape of the leaves, the amount of tomentum, 
and the length of the petioles. 

The 11th of September was the last day spent in Jersey, and 
a rapid glance was taken of the vegetation of the Town Hill and 
Gallows Hill in the immediate vicinity of St. Helier’s. On the 
former was gathered Crithmum maritimum nearly two feet high, 
Statice spathulata of very large size and in very fine condition, 
Atriplex portulacoides, Senebiera didyma and Polycarpon tetra- 
phyllum ; the last two grow also in the less frequented streets of 
St. Helier’s. On Gallows Hill were found Herniaria glabra, B 
subciliata, Centaurea solstitialis, and Amaranthus Blitum in better 
condition than elsewhere. 

On leaving Jersey Dr. Graham and his friends went to South- 
ampton, where they were met by Dr. Bell Salter, and, accom- 
panied by him, went to Cowes and drove to Ryde, leaving the 
carriage only while ascending the hills. Even this glimpse of the 
vegetation of the Isle of Wight however was most interesting, and 
furnished a long list of South-of-England plants. Gastridiwm 
lendigerum had not been seen before, and is very common in the 
Isle of Wight. Si/aus pratensis is a local plant in Scotland. From 
Dr. Bromfield specimens of Cyperus longus, Chenopodium glaucum, 
and Calamintha officinalis of unusual form and large size were 
received. Doubts were entertained of the specific identity of the 
last with the British plant already recognised as Calamintha offi- 
cinalis ; but it will probably turn out to be the extremity of a chain 
which may be traced into the usual form through a plant which 
in 1830 the late Mr. Christy gathered at Fishponds, Gloucester, 
and one which Mr. Roberts gathered at Craig Millar Castle near 
Edinburgh in 1836. 


110 Milne Edwards on a Fossil Crustacean of the Order Isopoda. 


XVI.—On a Fossil Crustacean of the Order Isopoda, discovered 
by the Rev. P. B. Brodie in the Wealden formation of Britain. 
By M. Mitne Epwarps*. 


[Tux discovery by the Rev. P. B. Brodie of fossil Isopoda in com- 
pany with Insects in the Wealden beds of the Vale of Wardour 
is briefly noticed in the ‘Geological Proceedings,’ vol. iii. pp. 184, 
780, and in the ‘Ann. Nat. Hist.’ vol. x1. p. 480. A full account 
of these curious remains will be given in the work on the Fossil 
Insects of the British secondary strata which Mr. Brodie is about 
to publish (see ‘Ann. Nat. Hist.’ vol. xiii. p. 63), and in the mean- 
time the following notice of the Isopoda, by M. Milne Edwards, 
may interest our readers. | 

Fossil Crustacea of the great division of Edriophthalmia have 
been but recently discovered by geologists, a very small number 
only being yet known, and that in a very imperfect manner. It 
appeared to me, therefore, to be desirable to indicate here the 
existence of two new species by which the museum of the Jar- 
din des Plantes has been recently enriched. 

The first of these was discovered in the Vale of Wardour in 
England by the Rev. P. B. Brodie, who has had the kindness to 
send me some specimens, and to request me to describe them. 
This species occurs in the Wealden beds of the county of Wilts, 
and appears pretty abundant in some localities. The specimens 
sent me by Mr. Brodie are about 12 centimetres long and 9 
broad, but that gentleman has found some which are consi- 
derably larger, and which have, he says, nearly the dimensions of 
a small Trilobite. The body of these Crustaceans is very flat, 
and is composed of a series of segments terminated posteriorly 
by a sort of rounded buckler. Unfortunately the head is much 
injured in all the individuals which I have seen. I have not 
been able to perceive any traces of feet, but Mr. Brodie has de- 
tected them on other specimens, and I believe I can distinguish 
vestiges of the impressions left by the antenne. I have no 
doubt then as to the order to which this fossil belongs ; it is evi- 
dently an Isopod, and judging from its general conformation, it 
ought to be ranged in the family of the Cymothoide. I cannot, 
however, refer it to any of the genera hitherto established, and 
it appears to me that it cannot even be classed in any of the 
tribes of which this great division of the Edriophthalmia is com- 
posed. It seems to be intermediate between the genus Serolis 
and the erratic Cymothoide. It approaches the former in the 
enlargement of its body and the great development of the lateral 
or epimeral pieces compared to the medial or tergal lobe of the 
thoracic and abdominal rings, as well as in the lamellar form of 


* Translated from the Annales des Sciences Naturelles. 


On Blind Fish, Cray-fish, and Insects from the Mammoth Cave. 111 


the epimera, and the structure of the terminal buckler of the 
body ; but it is essentially distinguished from Serolis by the con- 
siderable development and evident mobility of the first rings of 
the abdomen, a character which connects it with the dige and 
other erratic Cymothoide. The several segments comprised be- 
tween the head and the caudal buckler scarcely differ among 
themselves, so that there is no visible limit between the thorax 
and the abdomen; but they are twelve in number, and as the 
thoracic segments never exceed seven throughout the division of 
Edriophthalmia, we must conclude that the five hindmost ones 
belong to the abdominal portion of the body, which would conse- 
quently consist of six moveable segments, as in the genera Aiga, 
Nelocira,&c. The sixth segment of the abdomen, which composes 
the terminal buckler already mentioned, is almost semicircular, 
and exhibits in its medial and anterior portion a tubercular swell- 
ing somewhat analogous to that observed in the same part in 
various Spheromatide. It appears to me also that the margin 
of this piece is notched laterally to give insertion to an appen- 
dical portion placed in the same manner as in Serolis. We may 
also infer, from the arrangement of the lateral pieces of the other 
abdominal and thoracic segments, that the animal possessed the 
power of rolling itself into a ball like the Spheromatide. Lastly, 
the structure of the head appears intermediate between that of 
the last-mentioned Crustaceans and that which is exemplified 
in Serolis, for the cephalic segment is widened like that of Se- 
rolis. 

From the facts thus indicated it appears that this fossil Crus- 
tacean is probably distinct from all Isopods hitherto known, and 
ought to be classed in a separate generic division. I propose 
then to designate it by the name of Archeoniscus Brodit. 

[The memoir then proceeds to describe a second species of 
fossil Isopod, found in the neighbourhood of Paris, and denomi- 
nated by the author Paleoniscus Brongniartit. | 


XVII.—Notice of the Blind Fish, Cray-fish, and Insects from the 
Mammoth Cave, Kentucky*. 


Ar a meeting of the Belfast Natural History and Philosophical 
Society, January 17, 1844, Mr. Thompson, the President, called 
attention to specimens of the Blind Fish, Cray-fish, and Locusts 
from the great Mammoth Cave in Kentucky, procured in the 
month of May last specially for the Society by the kind attention 
of our townsman Gordon A. Thomson, Esq. on his visit to the 
cave. They are perhaps the first examples of their respective spe- 
cies brought thence to Europe. 


* Communicated by Mr. Thompson. 


112 On Blind Fish, Cray-fish, and Insects from the Mammoth Cave. 


The cave itself is popularly known from having been described 
in Chambers’s Edinburgh Journal for 1838, vol. vi. p. 234; and 
more recently, at least in this town, from a letter by the Rev.Wm. 
Murphy, St. Mary’s College, Kentucky, published in the Belfast 
Commercial Chronicle of January 1, 1844, where it occupies two 
columns, but the source whence it was obtained is not acknow- 
ledged. The Blind Fish is described in Silliman’s American 
Philosophical Journal for August last*, and the article was re- 
published verbatim im the ‘ Annals of Natural History’ for Oc- 
tober 1843. It is therefore unnecessary to do more than refer to 
the description, with the exception of a few remarks made by the 
donor. He obtained these specimens of the fish, the largest of 
whieh is 4:4 inches in length, and according to the guide—perhaps 
not the least interested authority—the largest taken down to that 
time. The hearing of the fish 1s very acute, so that it is with great 
difficulty captured. Being of a whitish yellow, or cream-colour, 
it is very conspicuous in the water. When taken, and viewed 
closely, it is somewhat transparent, Jike china-ware, so that the 
intestines, &c. can be distinctly seen. Our donor is not aware 
of the fish having been tried as food :—at the price of a dollar 
each they are sold at the entrance to the cave. One interesting 
fact in the economy of the species, unnoticed in the description 
alluded to, is perhaps new, namely, that it is viviparous. The 
largest specimen on being captured was placed in water, where it 
gave birth to nearly twenty young, which swam about for some 
time, but soon died. These, with the exception of one or two, 
were carefully preserved, and fifteen of them are now before us : 
they are each 4 lines in length. 

The Cray-fish and “ Crickets” are stated in the letter already 
noticed to be blind, but this is erroneous. Both species have eyes. 
Our specimen of the cray-fish wants both the claws, but is other- 
wise perfect, and agrees with the description of the Astacus Bar- 
toni, Fabr., given m Milne-Edwards’s ‘ Histoire des Crustaces,’ 
vol. ii. p. 331. The length there attributed to the species is 3 
inches: the specimen before us is 24 inches in length from the 
point of the rostrum to the extremity of the caudal plates. The 
A. Bartoni is said to inhabit the river Delaware and other parts 
of North America. 

Of the Insects, which are doubtless the same as those called 
“crickets” (though not properly so) in the published letter, se- 
veral were captured by our donor seven miles from the entrance 
of the cave—the fish was taken four miles within it. They be- 


* The fish is here stated to correspond ‘for the most part with the de- 
scription of the Amblyopsis speleus, described by Dr. Dekay in the ‘ Fauna 
of New York,’ but in some particulars it differs.” Mr. Thompson stated 
that he had not the opportunity of referring to this work. 


List of Birds obtained near Calcutta. 118 


long to the genus Phalangopsis of Audinet Serville, and come 
near to the Phalangopsis longipes of that author, described and 
figured in his ‘ Histoire Naturelle des Orthoptéres’ (Suites a 
Buffon), p. 369. pl. 12. f. 1, and like to it are all—both males 
and females—in the larva state. The length of their body is 9 
lines; of their antennz 4 inches: the legs in proportion to the 
body are similar in length to those of L. longipes as figured in 
the work quoted. A mere general idea of these insects is here 
sought to be conveyed, as it is due to the American naturalist to 
leave to him the describing and naming of the species. | 


XVIII.—Further notice of the Species of Birds occurring in the 
vicinity of Calcutta. By Epwarp Buiyru, Curator to the 
Museum of the Asiatic Society of Bengal. 


Tue ‘Ann. and Mag. of Nat. Hist.’ for August and September 
last. have just come to hand, comprising my catalogue of birds 
procured in the neighbourhood of Calcutta up to the close of the 
preceding cold season, with addenda to June 7th; from that 
time to the recent commencement of the present cold season, 
little worthy of notice in the ornithological line has occurred to 
me, at least in the way of recent specimens; but the now open- 
ing campaign of 1843-44 has begun very favorably, for during 
the last week alone I obtained several capital specimens, in- 
cluding some additional Raptores, as Falco vespertinus, Aquila 
pennata, and Limnaétus hastatus, besides others of rare occur- 
rence. I shall now proceed to look over and remark upon the 
list published, and will revert to the subject at the period of the 
departure of the mail, when any additional species which I may 
have procured by that time shall meet with notice. 

No. 6 a. Falco vespertinus, vel rufipes; F. subbuteo, var. A, La- 
tham, Gen. Hist. i.121. The Society has skins of this species ob- 
tained in the vicinity, besides the fine specimen just procured here, 


as already noticed; and I have received examples from Nepal and 
one from the Neelgherries. 

14. Specimens of Circus rufus, vel eruginosus, in the state of plu- 
mage figured by Mr. Gould in his ‘ Birds of Europe’ as that of the old 
male, with ash-coloured wings and tail, are not uncommon. Many 
think them distinct, and, as such, they have been described as Circus 
pectoralis, Vieillot, and C. variegatus, Sykes. 

15. Genus Spilornis, G. R. Gray. 

16 a. Aquila pennata ; Spizaétus milvoides, Jerdon, Madras Journ. 
No.- xxiv. 75. 

' N.B. Of the modern genus Aguila, the following species inhabit 
India :— 

1. A. chrysaétos. Mr. Hodgson has sent a specimen of this bird 
from Nepal, 

Ann. & Mag. N. Hist. Vol. xiii. I 


114 Mr. E. Blyth’s List of Birds obtained 


2. Aquila imperialis, Tem., v. heliaca, Savigny ; Falco mogilnik and 
astracanus, Auct. This is the A. chrysaétos of Mr. Jerdon’s cata- 
logue, and most probably also that of Col. Sykes. The skin of a 
fine specimen, killed in the province of Negwunsing, was brought 
to me while yet imperfectly dry; and I have received others from 
Nepal and Central and Southern India. 

3. A. bifasciata, Hardwicke and Gray; A. nipalensis, Hodgson, 
As. Res. xviii. part ii. 15. Himalaya and hilly regions of Southern 
India. This is about the size of the preceding species, but has a 
weaker bill and feet, and a wider gape; approximating it, as does 
also its plumage, to Limnaétus hastatus. 

4. A. nevia: a most variable species, to which I think must be re- 
ferred A. Vindhiana, Franklin, and most probably Falco malaiensis, 
Reinwardt, together with A. punctata, fusca and fulvescens of Hard- 
wicke’s published drawings. I have received characteristic speci- 
mens from Nepal and Central India, and feel tolerably satisfied that 
the whole of the above names apply to this one species. 

5. A. pennata, anté. 

6. A. Bonelli, to which I greatly suspect should be referfed the 
Nisaétos grandis, Hodgson, or doubtfully cited niveus of Mr. Jer- 
don’s list; a species most frequent in the Himalaya, but occurring 
also in the mountainous regions of the south ; it is scarcely, however, 
a true Aquila, though more allied to this genus than are the other 
Nisaéti of Mr. Hodgson. A. Bonelli is enumerated in Mr. Vigors’s 
list of species procured at Cachemere and on the Himalaya. I have 
given a minute description of the Indian bird in Journ. As. Soc. 
Beng. vol. xii. 301-2. 

Ictinattus (Jerdon) perniger ; Heteropus * (olim Aquila) perniger, 
Hodgson. This curious bird requires to be introduced en suite of 
the foregoing eagles. Vide Journ. As. Soc. Beng. xii. 127. 

16 b. Limnaétus hastatus; Morphnus hastatus, Lesson; L. punc- 
tatus, Jerdon. I have just procured a fine specimen of this species 
close to Calcutta, and am now satisfied of its distinctness from L. 
unicolor, which also inhabits Nepal, and with which I considered it 
to be identical in J. A. S. B. xii. 128. 

17. Haliaétus Macei; H. lineatus, Gray, represents the first plu- 
mage, and H. unicolor, Gray, the second plumage of this species. 

Yide the published drawings of the late Major-Gen. Hardwicke. 

18. Genus Haliastur, Selby. 

19. Ichthyaétus culirunguis, nobis, I have already referred (vol. 
xii. 230) to Haliaétus blagrus. Vide remarks on this genus in 
J.A.S.B. xii. 304. 

21. Add Milvus etolius, Lesson, as a synonym. 

25 a. There is another vulture, which I believe is the Kolbii, 
higher up the country, and which I am informed may occasionally 
be met with here, though I have not seen it. A young specimen 
from Nepal considerably resembles the young of the common V. ben- 
galensis v. leuconotus, but has a much more lengthened cere, and a 
white rump. 

* Applied previously to a group of Kangaroos. 


in the vicinity of Caleutia. — 115 


The following are the Vulturide of India known to me:— 

1. Gypaétos barbatus; G. himalayanus, Hutton, J. A. 8. B. iii. 22. 
Himalaya. 

. Polypteryx gpa cinereus. Himalaya. 

. Otogyps (G. R. Gray) pondicerianus. India generally. 

. Gyps fulvus. Himalaya. 

. Vultur (Gyps?) indicus. Indian peninsula. 

. Vultur bengalensis. India generally. 

V. Kolbii? Described as having a black naked neck, large 
white ruff, and fulvous plumage, when adult. Bengal and Nepal. 

8. Neophron percnopterus. 

Cat. No. 31. For Buceros malabaricus read B. albirostris, Shaw, 
which represents B. malabaricus of the Indian peninsula in Bengal, 
Nepal, Assam, and the Tenasserim provinces. B. ginginianus is also 
an inhabitant of Bengal. 

33 a. Merops Phillipinus 1 have since obtained. 

37. Halcyon amauropterus: Occurs at all seasons. 

39. Ceryle varia (?), Strickland. 

43. Is, I have reason to conclude, the Picus goensis as now recog- 
nised, which would take precedence of the synonyms given. I have 
lately described a beautiful new species allied to it as P. (Chrysoco- 
laptes, nobis) melanotus ; this was obtained at Midnapore, and may 
therefore be looked for in this more immediate vicinity. The present 
appears to me to be a very distinct form of woodpecker from that of 
P. aurantius, upon which Mr. Strickland founds his Brachypternus 
(P. Z. 8. 1841, p. 31), referring to it goensis and hematribon, which 
latter, for certain, pertains to my Chrysocolaptes. It does not, in- 
deed, appear to me that Brachypternus, with its rudimental fourth 
toe, need be separated at all from the tridactyle Tiga, which essen- 
tially accords in all other respects. 

48. I have obtained other specimens of Yunz torquilla. 

52. Read subgenus Polyphasia, nobis. 

52 a. I strangely omitted to mention the Coél (Hudynamys orien- 
talis), one of our most common species, though I incidentally referred 
to it in my notice of the Shahmour (Copsychus macrourus). 

56. This agrees tolerably well with Caprimulgus macrourus, Hors- 
field, as described by Stephens in the continuation to ‘Shaw’s Zoo- 
logy ;’ but I have sent a specimen to the India-house, by reference 
to which this question may be determined. 

P. 96, erratum. The word ‘‘ Mynab”’ occurs several times ; I wrote 
Mynah. Line 8, for ‘ wild” read vile. 

No. 65. Gracula indica. This is the G. religiosa of Mr. Jerdon’s 
catalogue, replacing in Southern India the true religiosa of Bengal, 
Nepal, and Tenasserim. I doubt its occurrence in this part of the 
country. 

66, 67, 68. Genus Acridotheres, Vieillot. 

69, 70. Genus Sturnia, Lesson. No. 70 is Sturnia malabarica, 
and the Pastor malabaricus of Mr. Jerdon’s catalogue will now rank 
as S. senex, Jerdon. 

74 a. Malacocercus Earlei, nobis. One of several new species 
added to this genus. 


+ SED Or Co bo 


12 


116 List of Birds obtained near Calcutta. 


75. Mr. Hodgson has rightly indicated this as a new genus, by 
the appellation Pyctoris. 

76. Should be Orthotomus sutorius, and Bennettii reduced to a sy- 
nonym. 

77. Iéra typhia of Bengal, Nepal and Assam is distinct both from 
I. zeylonica of Southern India and from J. scapularis of the Malay 
countries. 

79. Geocichla citrina; Turdus citrinus, Auct. 

88 a. I have now received specimens of Phyllopneuste (or rather 
Phylloscopus) trochilus and rufa from England, which enables me to 
pronounce on the distinctness of the species noticed in xii. 230, 
which I have since described as P. magnirostris.. I may also remark 
that I have just obtained a recently moulted specimen of P. modestus, 
wherein the mesial coronal streak is barely discernible, and would 
certainly not be observed unless specially looked for, whereas other 
specimens have it more or less conspicuously developed. 

90 a. Acrocephalus, vide Ann. Nat. Hist. vol. xii. 231. I presume 
this species to be the Sylvia rama of Jerdon and Sykes. 

112. Lanius melanotus, Cuvier, is the species enumerated. An- 
other dull-coloured shrike, very common about Singapore, is the L. 
magnirostris, Lesson, since termed L. strigatus by Mr. Eyton. 

126. The specimen referred to Oriolus galbula is, I am now 
satisfied, merely O. aureus in a particular state of plumage; and it 
is still the only example of this species which I have met with, 
though I have received both it and O. chinensis from Midnapore. 

130. Dendronanthus (nobis) indicus; Motacilla indica,Gm. M. 
variegata, Vieillot, not of Latham. I have just obtained a beautiful 
specimen of this bird. 

135. This appears to be identical with the Alauda gulgula of Mr. 
Jerdon’s catalogue. 

154 a. The Vinago militaris of Mr. Jerdon’s catalogue is distinct 
from that of Bengal, and has the abdominal region green instead of 
gray. I have obtained, however, one specimen in this neighbourhood, 
and have designated the species V. chlorigaster. 

168. Coturnix flavipes, nobis. I now much suspect this to have 
been C. Phillipensis in a particular state of plumage. 

169. The Turniz taigoor of Southern India Mr. Jerdon now de- 
cidedly considers to be identical with 7. pugnax of Sykes; but the 
Bengal bird is certainly different both from that species and T. atro- 
gularis of Eyton, which latter extends up through the Tenasserim 
provinces to Nepal. Several Indian additions to this genus have 
been recently made. 

175. Ardea flavirostris, Wagler, and A. modesta of Gray. I have 
obtained both in immature and adult plumage, some of each with the 
feathery train characteristic of the nuptial dress, that is to say, black- 
billed and yellow-billed specimens of the large Indian egret which 
agree in every other respect; and I have also obtained both old and 
young specimens with the bill partly yellow and partly black, some 
of these also having the dorsal train. 

176. A. putea. I have also had both young and old specimens, 
the latter adorned with the train, of this egret with perfectly yellow 


On the Production of Diseases by Fungi. 117 


bills, which however is usually black-tipped when the bird is very 
young; and I have one with the train which has a considerable por- 
tion of its beak black. 

181 a. Ardea lepida is now and then shot in this part of Bengal, 
but I have not yet procured a specimen. Mr, Jerdon has obtained 
it in Southern India. 

188. Argala capillata(?). I did not see a single example of this 
species during the late season for these birds. 

201, 202. These I have before expressed my presumptive opinion 
to be Charadrius Geoffroyi and C. Leschenaultit, I have forwarded 
specimens of both to the India-house. 

206. Himantopus asiaticus of Lesson. It appears never to have 
the black cap of H. melanopterus. 

209. This appears to be the Totanus stagnatilis. 

220 6. Mr. Jerdon has obtained the Calidris arenaria ; he also gets 
Numenius pheopus, which I have not yet seen here; and his oyster- 
catcher is the Hematopus longirostris, which I have likewise received 
from Arracan. 

234, 235. Are male and young female of the same species, which 
is also the Gallinula plumbea of Vieillot. 

241 a. Two species of flamingoes occur here, the Phenicopterus 
antiquorum, Tem., more rarely, and the P. minor. I have had a fine 
series prepared of both. 

263. Plotus Vaillantii. A bird of this species was brought to me 
some time ago, weak from want of food, caused by its having swal- 
lowed, or, I should rather say, attempted to swallow, a small Silu- 
roid (Bagrus teugara), which had erected its pectoral spines and thus 
pierced the throat of the bird, the spines of the fish projecting on 
either side through the skin of its captor. 

265. I have lately procured several specimens of both species of 
pelican mentioned. 

266 a. Rhynchops flavirostris. Now and then observed upon the 
river opposite Calcutta, skimming and ploughing the surface of the 
water. 

Nov. 2, 1843. 


XIX.— Observations on Ehrenberg’s De Mycetogenesi Epistola, &c. 
By Arruur Hirt Hassart, Esq. 


In the ‘Annals and Magazine of Natural History’ for November 
1842 the following editorial remark occurs, appended to a notice of 
a paper read by me before the Microscopical Society of London, and 
entitled ‘‘ An Explanation of the Cause of the rapid Decay of many 
Fruits, more especially of those of the Apple Tribe ;:”’— 

‘“‘ Complete observations on this interesting subject have been made 
known by Professor Ehrenberg so far back as 1820 in the ‘ Re- 
gensburger Flora,’ ii. p. 535, and more fully in the ‘ Nova Acta 
Nat. Cur.’ vol. x., under the title ‘ De Mycetogenesi Epistola.’ ” 

A repetition of the substance of the same observation, affixed to a 

paper on the Influence of Fungi in the Production of Disease, in- 


118 Mr. A.H. Hassall on the Production of Diseases 


serted in the ‘ Annals’ for August 1843, caused me to consult Pro- 
fessor Ehrenberg’s ‘ De Mycetogenesi Epistola.’ 

The illustrious Professor of Berlin, after citing the various opinions 
entertained by naturalists as to the nature of Fungi, proceeds to give 
descriptions of certain species, together with the details of experi- 
ments performed with the view of determining the fact of their de- 
velopment from sporules or seeds. 

The first species which the Professor describes, ‘* Ordeium Fructi- 
gerum,” he says, “ springs up in puTRID pears, apples, and plums in 
whatsoever manner cultivation shall have changed these. ‘The most 
luxuriant crop usually proceeds from those apples which either hang 
from the tree or lie upon the ground, premature decay having invaded 
them. At 7 a.m. of the 20th day of August, I sowed the sporidia 
of this fungus in a putrid pear so cut up as that it should show si- 
milar plants wherever these were placed upon it. I thought more- 
over, that if any germs could proceed out of the sporangia, that this 
ought more readily to occur in a soil manifestly adapted to the nou- 
rishment of these plants, and experience taught me that all fungi 
would not grow in every putrid body. I performed the experiment 
in the following manner :— 

‘I cut up a pear, drew out with the moist point of a fine knife ap- 
plied to the tufts of the fungi an abundance of sporidia, and deposited 
them in some internal part of the putrid pear. In this manner I 
placed many little heaps of sporidia near to each other, all being vi- 
sible. I placed the pear in such a situation as that I could always 
procure it, but it was deposited in high grass every dewy morning, 
nor could it be touched by the sun. At 8 o’clock the next morning 
I sought for the grains sown yesterday. I saw all the heaps with 
the unaided sight shining as though adorned with silk, and some even 
were subhirsute. I concluded that now the germs had come forth. 
Immediately I removed with the point of a knife a small portion of 
one of the clusters, and being placed in a drop of water on a piece of 
glass, I separated it with the aid of two very fine knives. I saw the 
germs of the sporidia increased in diameter about a hundred times, 
and so distinct as that any one ought to be able to perceive them 
readily who sought for them after my method.” 

The above and other experiments with another fungus, Rhizopus 
nigricans, conducted, as Ehrenberg especially tells us, in precisely the 
same manner as the former, are the only ones which he performed 
with the view of determining the development of fungi in connexion 
with fruit. Now it is not a little curious to notice that the condition 
of the fruit experimented on should be so particularly referred to in 
the account, viz. that it was in a state of putridity or decay, as though 
it were conceived that such a condition was a circumstance essential 
to the development of the fungi; the worthy Professor little imagi- 
ning (as was most probably the case, for it is a rare thing for a fruit, 
vegetable or flower to decay without the co-operation of fungi) that 
the sporules which he was at so much pains to introduce existed al- 
ready in the decayed fruit, and that his sections did little more than 
present a direct way of egress to the filaments of the fungi. 


in Vegetables by Fungi. 119 


From a consideration of the above-quoted remarks it is therefore 
evident, that Ehrenberg merely employed the putrid fruit as a nidus 
favourable for the growth of the fungi; that he did not inoculate 
sound fruit; that he had no suspicion of the real cause of its decay, 
much less an accurate knowledge of it, as the writer of the paragraph 
quoted in the commencement of this paper supposed; and that he 
has consequently in no way anticipated the observations made by me 
on the cause of the destruction of fruit, contained in certain papers 
read before the Microscopical Society of London. 

Ehrenberg’s epistle was undertaken, as its title implies, with a view 
of ascertaining the modes of reproduction and development of fungi, 
and for the purpose of disproving the dangerous doctrine of spon- 
taneous generation; an endeavour which was eminently successful 


as regards the tribe of Fungi. 


In the second paper of mine, referred to before, entitled ‘‘ Obser- 
vations on a Disease, the production of a Fungus, occurring in the 
Lettuce and other vegetables,” (‘ Annals’ for August 1843,) the fol- 
lowing observation occurs :— 

“One of the greatest peculiarities of the fungi consists in the pre- 
ference which they manifest for organic matter in a concentrated 
form. But it has hitherto been supposed that their powers were con- 
fined to dead organic matter, which they speedily decompose, assimi- 
late and remove,” &c. 

It was my intention to have added, and I thought that I had done 
so, after the word dead, ‘‘ or diseased,” and my omitting to do so 
subjected me to the underwritten remark of the editor :— 

“This statement is by no means correct ; the researches of Ehren- 
berg, Meyen, and many other physiologists have long since 
proved the falsity of this now antiquated notion.” 

That the omission of the words “ or diseased ”’ was an oversight, 
and that I was fully acquainted with the fact that fungi were some- 
times found in the diseased living tissue, may be gathered from the 
perusal of the opening paragraph of my paper, which, as I wish to 
exonerate myself from so manifest an imputation of ignorance of a 
well-known fact, I may perhaps be pardoned for quoting :— 

“The production of diseases through the agency of fungi, whether 
in the animal or vegetable fabric, has not hitherto received that de- 
gree of attention to which the frequency of their occurrence and the 
importance of the subject so eminently entitle them.” Here then 
is a distinct admission of the existence of fungi in the diseased li- 
ving organism. I must confess, however, that until very recently I 
was not aware that any other experiments were in existence proving 
the power of fungi to originate diseased action, not merely in the 
living tissue, but in it when in a perfectly sound condition of vitality, . 
save those made known by me in reference to fruit, flowers and ve- 
getables. 

I now know, however, that unexceptionable experiments have been 
made to determine this point by Bassi and Audouin*, who produced 


* Rapport sur divers:travaux entrepris au_ sujet de la maladie des Vers 


120 On the Production of Diseases by Fungi. 


the destruction of the caterpillar of the silk-worm by inoculating it 
with a fungus ; and by Dr. Hannover*, by whom several sound fresh- 
water salamanders were inoculated, and all successfully, some of the 
animals having died through the development of the fungi thus in- 
troduced. Other observers have probably adduced additional proofs 
of the same wonderful and important manifestation of the power of 
fungi in attacking and subduing the healthy living structure. 


Cheshunt, Aug. 24, 1843. 


Observations on the preceding Communication. By W. Francis. 


As the notes in question were inserted by me, it is but fair that I 
should receive any blame attaching to them. From the perusal of 
Mr. Hassall’s observations on the first note, which obviously could 
have no reference to a paper published nine months later, and his 
conclusions as to what the writer of it supposed, the reader would 
imagine that Mr. Hassall had described the inoculation of sound 
fruit, explained the cause of decay, &c. &c. ; he will therefore be not 
a little surprised, on referring to the paragraph to which the note 
was appended and to which it solely applied, to find that no men- 
tion is made by Mr. Hassall of sound fruit, but of the mode of growth 
of fungi in a “portion of decayed apple.” Further observation is 
therefore unnecessary. 

_ With respect to the second note, fortunately the two concluding 
paragraphs of Mr. Hassall’s present communication completely jus- 
tify its insertion ; j it will suffice that the reader should compare Mr. 
Hassall’s paper in the August number of the ‘ Annals,’ where he 
supposes himself to be the first discoverer of an interesting fact, with 
the two paragraphs in question, in which he confesses his total igno- 
rance at that time of the numerous and complete experiments and 
observations that had been previously published on the subject, to 
judge how much the author has. benefited by the editorial note of 
which he complains. I could not be aware of what it was Mr. Has- 
sall’s intention to have inserted; but when it was found to be broadly 
stated that the powers of Fungi were conFINED to dead matter, it was 
the duty of the editors to their readers no less than to themselves 
to point out the incorrectness of the assertion. But supposing the 
word ‘“‘ diseased,” which Mr. Hassall endeavours to show from the 
opening paragraph had been omitted by an oversight, to have been 
inserted, the note in question would not have been a whit the less 
correct, as is evident from Mr. Hassall’s subsequent confession. 

Mr. Hassall states that he ‘‘ now knows that unexceptionable expe- 
riments have been made,”’ but in fairness. to myself he should have 
also stated how he came by his knowledge; he should have informed 
the reader that in an interview soon after the insertion of the last 
note, he denied altogether the accuracy of the statement, and that I 


a Soie, connue vulgairement sous le nom de Muscardine. Par M. Dutrochet. 


—Annales des Sciences Naiurelles, Partie Zoologique, tome nouviéme. 
* Muller’s Archiv. 


Information respecting Scientific Travellers. 121 


immediately read to him an account of Dr. Hannover’s successful 
experiments of inoculation on the freshwater salamander, and more- 
over furnished him with references to other papers on the subject. 
In return, Mr. Hassall endeavours to turn to account a slight inaccu- 
racy in the note, in order to cover his admitted want of acquaintance 
with the subject upon which he had been writing. 


XX.—Information respecting Scientific Travellers. 
Details respecting some parts of Mexico and their Vegetation*. 


Towarps the end of 1840 the Danish government sent to Mexico 
M. Liebmann, a distinguished botanist, who had been several years 
preparing for this journey ; he was accompanied by a gardener, who 
was to gather fresh plants and seeds for the botanic garden at Co- 
penhagen. ‘This little scientific expedition seems to succeed well ; 
the gardener is already returned with a rich collection of living plants, 
amongst which are a hundred and twenty Orchidee. M. Liebmann 
remains in Mexico and will not return until the spring of next year. 
The following are extraets from three of his letters, which appear to 


give full information respecting this country, so favoured by nature, 
and at the same time so unfortunate. 


** Vera-Cruz, February 21, 1841. 
«‘T intend to travel with Mr. Karwinsky, a Russian naturalist. 


The present condition of Mexico obliges those who would explore it 
to form a party of several together, in order to face the dangers to 
which the complete demoralization of the population, and the anar- 
chy which everywhere exists, expose the traveller at each moment. 
It is a sad spectacle to see this fine country given up to universal 
pillage+. One step further, and all the ties and every law which go- 
vern society will have disappeared from it. ‘Throughout nothing is 
to be seen but deceit and perjury. The interior of the country 
swarms with thieves, who rob and murder with perfect impunity. 
The few honest people who still remain bitterly regret the downfall 
of Spanish domination, and pray for its re-establishment; but what 
is Spain herself now? ‘The only part of the Mexican people who 
may still be trusted are the Indians, and we consequently made up 
our minds as much as possible upon our excursions to make choice 
of the villages belonging to this nation to take up our abode at. 

** During our fourteen days stay here, we have been almost ex- 
clusively occupied with the necessary preparations for our journey. 
There are at present difficulties to surmount, with regard to this, of 
which no one can form any idea. Nothing can be obtained without 
paying extravagant prices; and if we did not reckon upon the hos- 
pitality of the Indians, the last remaining virtue that reminds us of 


* Extracted from the Flora, February 1843, as given in the Bib. Uni- 
verselle de Genéve, July 1834. 

+ The article relating to the journey of Mr. Stephens (Bibl. Univ. May 
1843, p.71 and following) contains details no less deplorable respecting the 
political and moral state of central America and of Yucatan. 


122 Information respecting. Scientific Travellers. 


the better times which have disappeared, we must be bankrupts. I 
give some examples of this dearness of all things, which has not di- 
minished in spite of the universal distress which weighs upon the 
country: wretched mules covered with sores, fifty good piastres 
each; the keep of the eight which we have bought, costs us here at 
Vera-Cruz, six piastres a day; we pay sixteen piastres a month to 
the mozo who leads them; an old second-hand Mexican saddle, 
twenty piastres; a pair of armas de aqua, calf-skins attached to the 
saddle to protect the legs of the rider against rain, and in the woods 
against thorns, twelve piastres; and the colchores and coquinillos, 
kinds of wallet, eight piastres ; a hammock, six piastres; a musque- 
teer, eight; the carriage of a mule’s load from hence to Mexico, 
thirty piastres, &c. &c. Judge from these of the expense to which 
a traveller must be subjected, whether for his own outlay or in order 
to forward his collections. For this reason we preferred procuring a 
sufficient number of beasts of burthen at first, so as not to be obliged 
to hire fresh mules and conductors in the interior, which would cost 
us even much more, On account of the insecure state of the coun- 
try, and of the almost absolute impossibility of joining a long cara- 
van in the steep mountain-passes, it was necessary also to make up 
my mind to separate myself from the greater part of my baggage 
and my books, and to leave them at Vera-Cruz; I only keep by me 
the most indispensable instruments of observation. 

‘In two days we set off. We shall pass by Antigua, Papantla, 
‘Misantla and Tuzpan; then, crossing the high table lands of the in- 
terior, we shall reach the zone of the Echinocacti and of the Melo- 
cacti; thence we shall pass the foot of the volcanoes of Perote and 


Orizaba on the west.” 
“« Xicaltepec, April 9, 1841. 


‘« We have reached this village in good health after a journey of 
sixty leagues from Vera-Cruz. ‘The whole of the country we have 
just passed through is a part of what is called Tierra caliente, burn- 
ing earth: the greater part of our route was across the scorching 
sands on the sea-coast, and the remainder at a distance of eight or 
ten leagues from the coast, amongst the low mountains which run 
parallel to the high mountains of the interior and decline towards the 
sea, thus forming a series of terraces. The vegetation with which I 
have become acquainted in this region certainly equals in richness 
that of the most interesting parts of Peru, and at the same time it is 
very little known, because the yellow fever which often prevails in 
this zone, and the insupportable scourge of myriads of all kinds of in- 
sects which allow of no rest by night or day, have hitherto kept most 
naturalists away. I have not yet suffered from the heat of the cli- 
mate, but my companion took a fever at Colipa, from which, however, 
he recovered in a week. Colipa, the first Indian village we met with, is 
ten leagues from the coast, amidst mountains covered with the most 
magnificent virgin forests of so varied a vegetation, that in a week’s 
time M. Karwinsky made a collection of 100 kinds of hard woods. 
We remained twenty-seven days in this place, both on account of 
our rich harvests and because it was impossible to find a dwelling at 


Information respecting Scientific Travellers. 123 


Misantla, the centre of the vanilla trade, where we had reckoned on 
being able to stop. 

‘‘ Misantla, as to corruption, need not envy the richest mining vil- 
lages : vanilla has introduced the same demoralization there that the 
precious metals have brought elsewhere. In all the forests of the 
hot region where this plant grows, money has hardly any value, and 
consequently all provisions are without a price. A man has only 
to.go into the woods, as one may say, to gather piastres. It is 
astonishing to what a price this substance rises in the very place 
where it is produced. Each pod (gousse) while yet green is paid for 
at the rate of twelve to eighteen shillings by the first buyer, who then 
sells it to the merchant at Papantla. A thousand of these pods or 
capsules ‘are packed together in leaden cases, which are afterwards co- 
vered with cedar-wood and sent to Vera-Cruz. And what a differ- 
ence between the price of vanilla and that of sarsaparilla! Whilst 
the former costs almost more where it grows than it does in Europe, 
only three reals (1°15 franc of France) are paid for twenty-five 
pounds of sarsaparilla; and 180 pounds of this same drug only bring 
the poor Indian the price for which a single pound is sold in Ger. 
many! Yet how much more difficult is it to turn up the earth in 
order to procure the long roots of this plant, which creep about in the 
thickest parts of the woods, than to reach out the hand, and so at 
once to gather fifty pods of vanilla, which each stalk of this orchi- 
deous plant bears ! 

‘* Mexico is not so poor in species of palms as has hitherto been 
supposed. ‘That which particularly characterizes the warm region is 
the Acrocomia spinosa, Martius, whose fruit serves as food for the 
Indians. The cocoa-nut tree grows on the hill-sides, but I have not 
yet met with it wild. Near the Laguna Verde I have found some 
magnificent forests of Sabal mexicanum, Martius, with trunks forty 
feet high and as hard as those of our fir-trees. These forests are very 
picturesque, and especially remarkable from no other kind of tree 
being mixed with the palms. In the virgin woods over the whole 
extent of coast we found a magnificent palm, which they here call 
the Palma real. The petioles are nearly fifty feet long; they are 
extremely hard and have four or five angles; the folioles are linear, 
ranged in two rows; the trunk is excellent timber ; the fruit, which 
is as large as a plum, serves as food for cattle. In the mountain 
forests the species of Chamedorea prevail, with lank slender stalks 
and only from four to ten feet high. Along the wild path which leads 
across the almost impenetrable virgin forests to the village of Xical- 
tepec, there grows a remarkable new palm, with a stem of a finger’s 
thickness, from ten to twelve feet high, the wood black and exces- 
sively hard; the petioles are six feet long, and it is quite covered 
with sharp black thorns two inches long. We gathered several new 
‘Cycadee. Another family which promises some fine discoveries is 
that of the Arotdee; they occupy a very prominent part in the phy- 
siognomy of the virgin woods; all the trunks of trees are clothed with 
them. Above all, we find some new and gigantic species of Caladium 
with petioles three feet long, bearing leaves which are sometimes 


124 Information respecting Scientific Travellers. 


rounded, sometimes jagged, sometimes pierced with holes. Immense 
Pothos are also parasites on the trees, or spring out of clefts in the 
rock; in the marshy places numerous species of Arum grow, one 
of which has leaves four feet long and two broad. The difficulty, or 
rather the impossibility of drying specimens of these plants, is one of 
the reasons why they are still so imperfectly known.” 
“ Turutlan, May 15, 1841. 
Beginning of the rainy season. 

‘ From Santa-Maria of 'Tlepacojo, situated at twenty leagues from 
the south of Papantla, in the Tierra caliente, it takes only eight or 
ten hours, mounting to the westward, to cross what is called the 
Tierra templada, or temperate region, and to reach Turutlan, a small 
town situated at the entrance of the cold region, Tierra fria. Nowhere 
else, | think, could the naturalist observe in so short a space of time 
vegetation under such different aspects. Although the first village, 
Santa-Maria, is from eight to nine hundred feet above the sea, and on 
that account beyond the region of musquitos and those legions of 
other insects which infest the coast, yet the thermometer rises from 
25 to 30 degrees of Reaumur during the day, and the vegetation 
is quite tropical. We ascend thence across the temperate region as 
far as the Cordilleras, and the beautiful tree-fern, the Cyathea mezi- 
cana, was the first indication that we had left the Tierra caliente ; 
magnificent oaks with glossy leaves compose the forests, and many 
smaller plants remind the botanist of the neighbouring European spe- 
cies. Buildings of stone or of wood take the place of bamboo huts. 
As we continue to ascend, we meet with the Liquidambar styraciflua, 
the first tree characteristic of the Tierra fria; at every step the forms 
of the vegetables are more like ours, although mixed with a multi- 
tude of others peculiar to this country. On the neighbouring heights 
magnificent forests of pines rise majestically, and the declivities are 
adorned with shrubs of Arbutus and Vaccinium, with flowers larger 
and more beautiful than our species of the same genera, as well as 
with a Rhewxia with deep red corymbs. 

“The Alnus Jorullensis, which greatly resembles the alder of our 
own country, accompanies the traveller as far as the elevated table 
lands of the interior. It is here that the aspect of nature suddenly 
changes, and that we might believe ourselves transported into cen- 
tral Europe: instead of a clear sky we again find the clouds and the 
grayish tints of our northern regions; fogs veil a part of the plain, 
and dark clouds rise and descend all day along the mountain-sides. 
Whilst in the hot region thick forests filled with climbing plants cover 
the whole face of the country, and the lands cleared by the Indians 
are merely small spaces where they have set fire to the wood, and 
where they cultivate just enough maize and beans to subsist on; 
here, on the table land, as far as the eye can reach, we see well-cul- 
tivated fields of the same plants, as well as of other cereals. On 
heaps of stones laid in the form of dikes grows the Agave americana 
or Maguay, which produces the wine of the country; the enclosures 
are formed of quickset hedges of Mespilus pubescens and other shrubs. 
Apple-trees of a bad sort, the Prunus Capuli, a kind of cherry-tree, 


Information respecting Scientific Travellers. 125° 


whose fruit is somewhat different from ours, and rose-trees covered 
with innumerable flowers, afford their shade to farm-houses built of 
stone in the style of the houses of southern Europe, or constructed 
of timber. A beautiful willow of pyramidal form surrounds the 
churches, and gives to the villages a picturesque aspect from a di- 
stance. Apricot and peach trees grow in the gardens of the peasants. 
The most important plant of all which are cultivated is the Sechium 
edule, a cucurbitaceous plant whose growth is immense, and which 
produces in the course of a year a most astonishing quantity of fruit. 
It surrounds everything about it with its climbing stalks; it often 
covers entire houses and descends on the other side of the roof. It 
would without doubt bear our climate, and would be a great resource 
for the poorer classes. The soil of these table lands is formed of a 
light sandy clay, yellowish and extremely fertile when not exposed 
to too longa drought; this clay rests upon a friable grit. The plain 
is furrowed with deep ravines or barrancos, at the bottom of each 
of which is a water-course; there we find syenite, granite and argil- 
laceous schist, upon which the formations above mentioned repose. 
Above the plains, to about 2000 feet, there rise heights, for the most 
part calcareous. The mean temperature of these table lands, at 205° 
of north latitude, was in May 13° Reaumur, and the temperature of 
the soil gave the same result. 

‘«« The forest vegetation, which quite disappeared on the table land 
itself, consists on the heights of different species of fir, of oak and of 
alder. In the environs of Turutlan, nine different species of the first 
genus may be counted, two of which are new. The most remark. 
able are the Pinus Montezume, Pinus Teocote, and especially Pinus 
Ayacalmite, which Ehrenberg first made known a few years ago, 
whose trunk rises to 120 feet, and whose cones attain the length of 
from fifteen to sixteen inches. This magnificent tree would doubt- 
less grow in our country, for during the winter months abundant 
snow falls here in the places where it lives, and the climate is cold 
and moist all the year. It would be a valuable acquisition on ac- 
count of its resin, which has an agreeable smell, and which is so 
abundant that it flows from the conés in limpid drops. These pine 
woods are also mixed with oaks of five different species, and just as 
in European forests of this nature, but few herbaceous plants grow 
under their shade; amongst others a variety of our Pteris aquilina and 
the Myrica xalapensis, which takes the place of our Arbutus Uva-ursi. 
In the same way, the Helianthemum glomeratum here takes the place 
of our Vaccinium Myrtillus and heath, and amongst its tufts creeps-the 
Fragraria mexicana, which much resembles our common strawberry. 
The Viscum vaginatum grows as a parasite on the pine-trees. A quan- 
tity of noxious European weeds, amongst others the Urtica urens, 
have accompanied man up to this table land: the sterile and uncul- 
tivated lands are covered with a very low underwood of oak and 
alder, with the Helianthemum, Pteris and Myrica which I have just 
mentioned, and they have quite the same appearance as regions of 
similar nature in Europe. A large species of rabbit lives upon these 
heaths, and is the only wild mammiferous animal of these table lands ; 


126 Bibliographical Notices. 


there are also but very few species of birds. If we descend from: 
these sterile plains into the barrancos, we directly find a richer and 
more luxuriant vegetation. 

«« The vegetation of the heights, which break the uniformity of the 
table land, is also very poor in species, but always richer in the gorges 
than on the declivities. Together with others, amongst the blocks 
of syenite, we remarked a Pitcairnia with red flowers, the Cereus fla- 
gelliformis, the Pentstemon fruticosum, a magnificent new gesneria- 
ceous plant with a unilateral raceme, and having a purple corolla from 
two to three inches long ; two Agaves, two beautiful new Stachys, the 
Fuchsia arborea, and other kinds.”’ 

M. Liebmann has subsequently made an excursion to the famous 
Peak of Orizaba, the height of which is known to be nearly 17,000 
feet. He remained fourteen days upon the mountain, in a place 
called the Vacqueria del Jacal, which is nearly 10,000 feet above the 
sea. We shall hereafter give an account of this interesting part of 
his journey. : | 


BIBLIOGRAPHICAL NOTICES. 


Narrative of a Voyage round the World. By Capt. Sir E. Belcher, 
R.N., &c. 2 vols. 1843, London. 


To notice the contents of the larger portion of this highly inter- 
esting work does not fall within the objects of these ‘ Annals,’ but an 
article appended to the second volume does quite accord with them. 
The paper to which we refer is of very high interest to the student 
of botanical geography, and is entitled ‘“‘ The Regions of Vegetation, 
being an Analysis of the Distribution of Vegetable Forms over the sur- 
face of the Globe, in connexion with Climate and Physical Agents,” 
by Richard Brinsley Hinds, Esq., Surgeon, R.N. The author divides 
the world into 48 regions of vegetation, of which 10 belong to North 
America, 7 to South America, 7 to Australia, 7 to Africa, 10 to Asia, 
6 to Europe, and 1 is Oceanic. Each of these is considered under 
five heads: 1. as to its Extent; 2. its Physical Characters, under 
which are included accounts of its plains, mountain ranges, rivers, 
geology and soil; 3. Climate; 4. Flora; 5. Relations with the other 
regions. 

Our space will not allow of going into detail or quoting any por- 
tion of this elaborate dissertation, which extends to 136 pages, but 
we cannot recommend it too strongly to our readers, and must at the 
same time express our sorrow that it is only to be had as forming a 
part of so large a work. 


Elie Fries Novitiarum Flore Suecice Mantissa tertia. 8vo. Lund 
and Upsal, 1842. 


We have recently, through the kindness of its distinguished author, 
received this third Mantissa to the well-known ‘ Novitiz Flore Sue- 
cice’ of Fries. It contains 204 pages, and is accompanied by a ge- 


Bibliographical Notices. 127 


neral index and title, so as to form the three Mantissz into a volume. 
It is totally impossible for us to give any idea of the valuable con- 
. tents of this book: to those who are already acquainted with its 
author’s other works, it is quite unnecessary to say anything in its 
praise ; and to such as are not, we have only to recommend that they 
should form an acquaintance with them immediately. 


A Report on the Progress made in the Investigation of the Flora of 
Hertfordshire, with a Catalogue of Species known or reported to have 
been found. By the Rev. R. H. Webb, M.A., of Essendon, and the 
Rev. W. H. Coleman, M.A., of Christ’s Hospital, Hertford. 


We notice this tract in order to call the attention of such botanists 
as may have any acquaintance with the plants of Hertfordshire to the 
Flora which is in preparation, in the hope that they may be induced to 
assist the authors in their undertaking. This list of 885 species which 
have been noticed in that county is not published, but will be given to 
all who desire to possess it on the receipt of a “‘ postage stamp for the 
purpose” by the authors. We cannot too strongly recommend this 
plan of previously circulating a list (the example of which was, we 
believe, first set by Dr. Bromfield, who is preparing a Flora of the Isle 
of Wight), to all who may have local floras in preparation. _ 


Spicilegium Flore Rumelice et Bithynice. Auctore A. Grisebach. 
Fasc. 1. Brunswick, 1843. 8vo. 


This is the first part of a work intended to include all the plants 
that have been found in the provinces of Bosnia, Servia, Bulgaria, 
Albania, Macedonia and Thracia, and is the result of the examina- 
tion of specimens collected by Grisebach, Friedrichsthal, Frivaldzki 
and Pestalozza, and the descriptions of Buxbaum, Forskal, Sibthorp, 
Sestini and others. Such a work was much wanted, and the name 
of its author ensures its excellence. 


Flora Dalmatica, sive Enumeratio Stirpium vascularium quas hactenus 
in Dalmatia lectas et sibi observatas descripsit, digessit, rarorumque 
iconibus illusiravit Rob. de Visiani. Vol. i. 4to. Leipsic, 1842. 


It had long been hoped that the distinguished author of this work 
would favour botanists with a flora of his native and almost unknown 
country. Its situation on the eastern shore of the Gulf of Venice, 
and its very peculiar structure, consisting of a narrow strip of terri- 
tory formed of islands, deep inlets of the sea, and lofty mountains, 
render any list of its native plants greatly interesting, but a com- 


plete flora from the hands of Dr. Visiani has peculiarly strong claims 
to attention. 


Sertum Plantarum, or Drawings and Descriptions of Rare or Unde- 
scribed Plants from the Author’s Herbarium. By H. B. Fielding, 
F.L.S. and R.G.S., assisted by G. Gardner, F.L.S. Part I. 8vo. 
London, 1843. 


This is the first part of a work on the same plan, and similarly 
executed, with Hooker’s ‘ Icones Plantarum,’ and we cannot but wish 


128 Royal Society of Edinburgh. 


it.all success. We consider that the example set by Sir W. J. Hooker . 
is highly deserving of imitation, as, although none can more admire 
splendid botanical plates, still we feel that cheap but correct working 
drawings, such as are supplied by this work and the ‘ Icones Planta- 
rum,’ are of far greater real use to botanists, many of whom are 
precluded by their price from becoming possessors of more beautiful 
but not more accurate works. 


PROCEEDINGS OF LEARNED SOCIETIES. 


ROYAL SOCIETY OF EDINBURGH. 
Dec. 18, 1843.—Dr. Abercrombie in the Chair. 


The only communication of the evening bearing on natural history 
was a paper by Professor Traill ‘‘ On the Luminousness of the Sea, 
and on some of the Animals which appear to produce it.” 

The author stated that this phenomenon seems scarcely to be no- 
ticed in the writings of Aristotle or of Pliny which have reached us, 
though Pliny was familiar with the light emitted by certain shell-fish, 
and by the Sea Lung or Medusa. 

Mr. Boyle gives an account, from the journal of a ship-master, of 
the luminousness of the sea; and it is particularly detailed, from per- 
sonal observation, in the Indian Voyage of Father Bourzes in 1704. 

The first philosophers who ascribed it to light emitted by living 
animals would seem to be the Abbé Nollet, Professor Vianelli, and 
Dr. Gressellini of Venice, about the middle of the last century. In 
Cook’s first voyage, the luminous properties of several marine ani- 
mals are well described by Banks and Solander ; and in his second 
voyage by Forster. Spallanzani made some good experiments on 
the phosphorescence of a Medusa in the Straits of Messina. 

Since that period the catalogue of Noctilucous animals has been 
greatly enlarged, especially by Perou and LeSueur, the naturalists to 
the French ‘ Voyages des Découvertes aux Terres Australes.’ A good 
paper on the Luminousness of the Sea, by Mr. Macartney, appeared 
in the ‘ London Phil. Trans.’ for 1810, in which the phenomenon is 
ascribed entirely to living animals; an opinion now generally em- 
braced by naturalists. 

The author then detailed his own experiments and observations, 
made from early life, in different parts of the European Atlantic from 
lat. 62° to 36° N., chiefly around the shores of Britain, all which 
confirmed this opinion. 

He detected in 1814 several of the same noctilucous animals in 
the waters of the Bay of Biscay as in our own seas, especially the 
Noctiluca miliaris, Orithya minima, and a very minute Crustacean, 
seemingly a Zoé. 3 

Besides these, the Beroé fulgens of Macartney, and several other 
Medusaria, he found two very remarkable animals in the luminous 
waters of the seas around the Western Isles of Scotland; one an 
Aiquorea, most splendidly phosphorescent, which seems to be Aiguo- 


Botanical Society of Edinburgh. 129 


rea Mesonema of Eschscholtz ; and the other a most elegant Cydippe, 
probably the Cydippe pomiformis of Patterson. Both were carefully 
figured from life by the author, and magnified drawings of them were 
exhibited to the Society. 

The paper was concluded by some strictures on the hypothesis of 
Lamarck respecting the absence of muscular power and of voluntary 
movements in the order of Radiaires Mollasses. He gave the results 
of many experiments which he had made on the movements of the 
Meduse, and which convinced him that they possessed considerable 
muscular power obedient to volition ; and he ascribed the erroneous 
views of Lamarck on this subject to his little familiarity with those 
animals in their natural haunts ; for a Medusa swimming in the sea, 
and cast on the beach, has very different capabilities of locomotion. 


BOTANICAL SOCIETY OF EDINBURGH. 


This Society held its second meeting for the season on Thursday 
January the 14th, W. C. Trevelyan, Esq., in the Chair. 

Professor Graham read the continuation of his botanical tour to 
the South of England and Jersey ; in the course of which he men- 
tioned the various plants observed so far as peculiar to those districts, 
or only of rare occurrence in Scotland. He was rather surprised to 
notice species growing in considerable quantity that have, for the 
most part, been very sparingly supplied to the Society; a circum- 
stance which shows the desirableness of English botanists keeping 
in view, when making their annual collections, that such species, 
though not uncommon to them, must be always in demand among 
their Scotch brethren. The Professor also made some observations on 
the climate and general aspect of the island of Jersey, in reference to 
its height above the level of the sea, the nature of its soil, &c., as bear- 
ing on the vegetation. At the close of public business the meeting 
proceeded to the election of office-bearers for next year, when the 
following gentlemen were appointed, viz. President, Professor Graham ; 
Vice-Presidents, Dr. Neill, David Steuart, Esq., W. C. Trevelyan, 
Esq., and W. H. Lowe, Esq., M.D. 


Jan. 11, 1844.—Professor Graham, President, in the Chair. 


1. Read “A short Notice of some recent Improvements on Ward’s 
Plant-cases,” by their inventor. The principal improvement con- 
sists in dividing the case into several compartments with different 
soils in each ; so that plants which naturally grow in moist situations 
may thrive under the same roof with others usually found in drier 
localities. 

2. “A Catalogue of the Musci and Hepatice of Teesdale,”’ by Mr. 
Richard Spruce of the Collegiate School, York. ‘This highly inter- 
esting paper, in which six species new to the British flora are de- 
scribed, was illustrated by a series of beautiful specimens, for which 
the thanks of the Society were specially voted to Mr. Spruce. 

3. ‘* Notes on a new Cinanthe,” by the Rev. W. H. Coleman. 
Drawings of the fruit and leaves were exhibited to the meeting to 


Ann. & Mag. N. Hist. Vol. xiii. K 


130 Zoological Society. 


show the difference between it and Gi. Phellandrium, to which it is 
nearly allied. As this and the preceding paper will appear at length 
in the ‘ Annals and Magazine of Natural History,’ it is unnecessary 
here to give an abstract of them. 

4. Mr. James M‘Nab read the first part of a journal kept by him 
while on a tour through the United States and the Canadas, during 
which his attention was chiefly directed to the botany and horticul- 
ture of these countries. 

Mr. Trevelyan laid before the meeting cones of Pinus sylvestris, 
exhibiting on the one side the character of P. sylvestris, and on the 
other that of P. Mughus. He stated that the cones were taken from 
a tree near Taunton in May 1843, differing in no other respect from 
the ordinary state of P. sylvestris, and the phenomenon now pre- 
sented by them appears to substantiate the views of those botanists 
who believe the two species to be identical. 


ZOOLOGICAL SOCIETY. 
March 14, 1843.— William Yarrell, Esq., Vice-President, in the Chair. 


A paper by Mr. G. B. Sowerby was read, containing the following 
descriptions of new species of Shells belonging to the genus Cyclo- 
stoma. The species described are chiefly from the collection of H. 
Cuming, Esq. 

CycLostoma suTURALE. Cycl. testd orbiculato-depressd, tenui ; 
epidermide olivaced indutd ; anfractibus 3-4 rotundatis, trans- 
versim tenuissimé striatis ; aperturd circulari, superné emargina- 
tione obsoleta ; peritremate tenui, margine acutiusculo ; umbilico 
patulo ; operculo concinné spirali. 

Hab. in umbrosis Demerare. 3 

A few specimens of this species were received many years ago by 
G. C. Bainbridge, Esq., of Liverpool. 


CycLosToma RuGULosuM. Cyel. testé orbiculato-subdepressd, tenui, 
translucida ; anfractibus 4—5 rotundatis,rugulosis ; suturd distinctd ; 
aperturd rotundatd, superné acuminatiusculd ; peritremate tenut, 
margine acutiusculo ; umbilico magno. 

Hab. in Jamaica. 

Found among the shells in the collection of the late G. Humphrey. 


CycLosToMA SEMISTRIATUM. Cycl. testd orbiculato-subdepressd, 
tenui, albidd, fasciis pallide fuscis interruptis ; spird subprominuld, 
apice obiusiusculo ; anfractibus 4—5 rotundatis, superné longitudi- 
naliter striatis, infra levibus ; suturd distincté ; apertura circulari, 
superne subacuminaté ; peritremate obsoletissimé subreflexo, tenut, 
margine acutiusculo ; umbilico magno ; operculo sulco externo spi- 
rali, anfractibus 4-5. 

Hab. in India Orientali, in regione Poonah dicta. 


CycLosToMa TRANSLUCIDUM. Cycl. testd subglobosd, subpellucidd, 
albd ; epidermide corneo-indutd; spird breviusculd, obtusd; anfrac- 
tibus quatuor rotundatis, prope suturam elevatiusculis, striatis, 
superne rugulosis ; aperturd subcirculari, superné subacuminatd ; 


Zoological Society. 131 


peritremate acuto ; umbilico mediocri ; operculo testaceo, tenuius- 
culo, anfractibus septem, striatis. 

Cyctostoma Brasitiense. Cyel. testd orbiculato-subdepressd, tenui, 
albd, opacd; anfractibus 4—5 rotundatis, transversim striatis ; 
suturd profundiusculé ; apertura circulari; peritremate tenvi, 
acuto ; umbilico magno ; opereulo testaceo, duplicato, extis tenuis- 
simé spirali. 

Hab. in umbresis prope Rio Janeiro, Brasiliz. 

Cyctostoma GiganTEUM, Cycl. testa orbiculato-subdepressd, cras- 
siusculd, albicante ; epidermide corned, fulvd, indutd, apice rufes- 
cente; anfractibus 5-6 rotundatis, transversim striatis, striis su- 
perne validioribus; suturd distinctd ; strid longitudinaliter im- 
pressd prope suturam ; aperturd subeffusd, superne angulatd et in 
canalem inconspicuam subdecurrente ; peritremate subincrassato ; 
umbilico magno ; operculo lined elevatd spirali, interstitiis oblique 
striatis. 

Hab. in sylvis prope Panamam. 

Cyctosroma corrucatum. Cycl. testa orbiculato-subdepressd, 
crassiusculd, albidd, apice rufescente ; epidermide tenui, fuscd, in- 
dutd ; spird subprominuld, acuminatiusculd ; anfractibus quinque 
rotundatis, transversim striatis et corrugatis; suturd distinctd ; 
aperturd circulari, subeffusd, superné angulatd et in canalem in- 
conspicuam desinente; peritremate tenuiusculo, margine acutiusculo, 
latere umbilicali incrassato ; umbilico magno, margine crenulato, 
intus transversim striato ; operculo testaceo, extis lamind elevatd, 
convolutd, intis corneo, polito. 

Hab. Jamaica. 

CyYcLOSTOMA CLATHRATULUM. Cycel. testd subgiobosd, crassiusculd, 
obscurd ; spird subconoidali, apice obtusiusculo ; anfractibus qua- 
tuor ad quinque rotundatis, supern® longitudinaliter tenuiter stri- 
atis, infra levibus ; aperturd subovali, superné angulatd ; peritre- 
mate incrassato, supra umbilicum mediocre paululum extenso. 

Hab. apud Yemen, Arabie. 

CycLtostoma Tierinum. Cycl. testa suborbiculari, conicd, crassi- 
usculd, leviusculd, pallescente, strigis irregularibus, transversis, 
saturat brunneis pictd ; spird subacuminatd, submammillari ; an- 
fractibus quinque,raptim crescentibus, rotundatis, plerumque carinis 
tribus vel quatuor subobsoletis ; aperturd magnd, orbiculari, postice 
subemarginatd; peritremate reflexo, albo, incrassato, prope ultimum 
anfractum subinterrupto ; labio columellari subextenso umbilicum 
mediocre partim tegente ; suturd distinctd ; operculo tenui, corneo, 
multispirali, anfractuum marginibus lamellosis. Long. 1:0; lat. 
1°25 poll. 

Mr. Cuming has collected the following varieties, viz :— 


Var. a. Shell with three rather indistinct spiral ridges ; peritreme 
nearly white. 

Var. 6, Shell with three rather indistinct spiral ridges ; peritreme 
dull brown. Found under decayed leaves in the island of Guimaras. 


K 2 


132 Zoological Society. 


Var. c. Shell with a more elevated spire and with three promi- 
nent spiral ridges, together with some small interstitial ridges. 
Found under decayed leaves in the island of Masbate. 

Var. d. Shell dark brown, with less conspicuous streaks ; aperture 
orange-brown. Found under decayed leaves in the island of Leyte. 

Var. e. Shell like var. d, but larger and paler. Found under de- 
cayed leaves at Catbalonga, in the isle of Samar. 

Var. f. Shell prettily variegated with dark brown. Found on 
leaves of bushes in the island of Siquijod. 

Var. g. Shell small and thicker, with rather elevated spire and 
prominent ridges. Found under decayed leaves at Baclayan. 


Cyciostoma Piteus. Cycl. testd conicd, tenui, albidd, fusco pal- 
lidissime nubeculatd ; spird subacuminatd ; anfractibus quinque, 
planulatis, antice carinatis ; aperturd rotundato-subtrigond, extis 
angulatd ; peritremate albo, reflexo, labiis postice disjunctis ; um- 
bilico parvo. Long. 0°7; lat. 0°6 poll. 

Hab. infra foliis putridis apud Sinait, provincize Ilocos meridionali, 

insule Lucon. H. Cuming. 

Var. a. Shell pale brown, mottled; peritreme white. Found at 

Sinait. 
Var. 6. Shell white. Found in the same situation and locality. 
Var. c. Shell white, larger than var. a and 6, with a sharper keel. 
Found on leaves of trees at St. Juan, in the province of Cagayan. 


CyrcLosToMA LINGUIFERUM. Cycl. testd suborbiculari, subconicd, 
crassd, pallescente, maculis saturate brunneis angulatim variegatd ; 
spird subacuminatd, submammillari ; anfractibus quatuor, rotunda- 
tis, levibus, spiraliter obsolete striatis ; aperturd magnd, orbiculari ; 
peritremate incrassato, subreflexo; labio interne linguam latam 
efformante ; umbilicum partim tegente. Long. 1°1; lat. 1°25 poll. 

Hab. infra foliis putridis, in sylvis, apud Lobock, insulz Bohol. 

Var. a. Light brown, variously mottled with dark brown. 

Var. 6. Much paler in colour, and having the spiral strie much 

more distinct. 

Var. c. Yellowish brown, with an orange mouth. 


Cyctostoma Listeri, Gray. Cyel. testa subglobosd, crassiusculd ; 
spird conoided, subacuminatd ; anfractibus 4-5 rotundatis, levibus, 
nonnunguam superne longitudinaliter obsolete striatis ; suturd di- 
stinctd; aperturd circulari; peritremate subincrassato, superne 
angulato, latere umbilicali calloso, callo umbilico partim obtegente ; 
umbilico parvo, spiraliter striato. 

- Var. a. Testd omnino albicante. 
Var. b. Testd pallid? fulvd, fascia inferiore fusca. 
Hab. in insula S* Mauritii. 


Mr. Lovell Reeve’s descriptions of various new Shells, about to be 
figured in the ‘ Conchologia Iconica,’ were then read. 


Pievrotoma Garnonsil. Pleur. testd elongato-turritd, gracillime 
fSusiformi, albidd, transversim multicarinatd, carinis maculis parvis 
rubido-fuscis vivid? pictis ; anfractibus convexis, macularum gran- 


Zoological Society. 133 


dium serie superne ornatis ; anfractu ultimo infra fusco-fasciato ; 
canali plus minusve elongato. 

Pleurotoma Babylonia var., Kiener. 

Long. 23; lat. 4 poll. 

Hab. Island of Zebu, Philippines. 

We have much pleasure in dedicating this species to our excellent 
friend the Rev. W. L. T. Garnons, F.L.S. &c. The labour which 
this worthy gentleman has bestowed on the arrangement of the 
Woodwardian collection of shells at Cambridge bears ample testi- 
mony of his zeal for the science. Several specimens have lately 
made their appearance in London, but we are not aware from whence 
they have arrived. The above locality is obtained from a single 
specimen found by Mr. Cuming at that place, lying dead upon the 
shore at low water. 

PLeUROTOMA SPECTABILIS. leur. testd subelongato-turritd, multi- 
cingulatd ; albd, cingulis nigro-maculatis, maculis grandibus et 
parvis, numerosissimis, anfractibus convexis, supra et infra fusco- 
fasciatis ; canali brevi, leviter flexuosd. Long. 24; lat. 3 poll. 

Hab. Island of Ticao, Philippines (on the reefs). 

The spotting is of a more numerous and miscellaneous character 
in this species than in any of the genus, though it presents in certain 
respects a modification of that in the preceding species. The dusky 
band which girds the lower portion of the whorls in that species is 
exhibited both round the lower and upper portions in this, and the 
number of spots is apparently doubled in like manner; the canal is 
short, and presents a great peculiarity of character. 


PLEUROTOMA EXASPERATA. JPleur. testd turritd, anfractibus in 
medio tuberculato-muricatis, tuberculis solidis acutis ;. albd, an- 
Sractu ultimo zond fuscd cingulato ; canali brevissimo ; columelld 

pPereien — callosd ; aperture fauce albo. Long. §; lat. 3 poll. 
ab. Pa 

This interesting little shell resembles the Pleurotoma unizonalis in 

being surrounded with a single clear dark band; but it differs, first, 
in being of a more turreted form; secondly, in having the whorls 
encircled with a sharp row of tubercles instead of longitudinal ribs ; 
and thirdly, in the columella and interior being white, whereas in 
that species it is always brown. 


PiEuRoToMaA arcuaTa. Pleur. tesid arcuato-fusiformi, tenui, in- 
flatd, subpellucidd, anfractibus lineatis, in medio acuté carinatis, 
carind maculis fuscis regularibus ornatd ; labro externo rotundato 
ab anfractu ultimo sinu lato separato ; canali gracili, arcuato, 
spire longitudinem equante. Long. 13; lat. 3 poll. 

Hab. Coast of Veragua, Central America. 

A few specimens only of this inflated transparent-looking shell 
were collected at the above-mentioned place by R. Hinds, Esq., of 
Her Majesty’s ship ‘Sulphur,’ a zealous and intelligent concho- 
logist. 


Prievrotoma Picta (Beck, MSS.). Pleur. testd acutissime turritd, 
solidd transversim carinatd, albd, carinis perspicuis, subdistanti- 


134 Zoological Society. 


ous, maculis fuscis perparce pictis, carind superd valde maximd, 
labro fissurd parvd, subcentrali ; canali recto, spire longitudinem 
equante. Long. 2; lat. 4 poll. 
Hab. Panama, St. Blas, Gulf of Nicoya, &c. 
This shell is of a straight solid growth, and cannot well be con- 
founded with any species hitherto described. 


PLEuROTOMA PAPALIS. Pleur. testd fusiformi, acuté turritd, pal- 
lide luteo-brunnescente, anfractibus superné coneavis, longitudina- 
liter leviter liratis, liris numerosis, anfractu ultimo pallide albo- 
fasciato ; canali brevi. Long. 14; lat. } poll. 

Pleurotoma mitreformis var., Kiener. 

Hab. 

After carefully examining one or two specimens of this shell, which 

Kiener describes as a variety of the Pleurotoma mitreformis, 1 am 
forced to the conclusion that it is specifically distinct. 


Preurotoma opesa. Pleur. testd obeso-fusiformi; spird turritd, 
anfractibus luteolis, superné albis, lineis fulvis, obliquis, longitu- 
dinaliter venosis ; labro acuto, sinu subcentrali; canali mediocri, 
brevi subitd reflero. Long. 12; Jat. £ poll. 

Hab. f 

The solid obesity of this shell has suggested the above title. 


PLEUROTOMA VIRGINEA (Beck, MSS.). Pleur. testd fusiformi- 
turritd, pallidé luteold ; anfractibus in medio angulatis, tuberculis 
minutis albis seriatim cinctis ; anfractu ultimo multiseriatim gra- 
nuloso ; canali mediocri, leviter recurvo. Long. 1%; lat. } poll. 

Hab. Mouth of the Gambia. 

This shell, though comparatively common in our collections, does 

not appear to have been hitherto described. 


PLEUROTOMA ANNULATA. leur. testd solidd, subulatd, brunned ; 
anfractibus leviter conveais, liris levibus, pallidioribus, mumerosis, 
annulatim cinctis ; canali subelongato. Long. 1%; lat. } poll. 

This shell is not very much unlike the Pleurotoma Deshayesii: ; it 

may however be readily distinguished from that species by the num- 
ber of well-marked ring-like ridges by which the entire surface is 
encircled. 


PLevROTOMA CATENA. Pleur. testa elongato-fusiformi, turritd, acu- 
minata, flavido-grised ; anfractibus medio valdé convexis, quasi 
subitd tumidis, tuberculis eximiis, albis, obliquis, seriatim coro- 
wees > labro tenui, sinu lato ; canali elongato, recto. Long. 24; 
lat. 5 hes 

Hab. 

The Lead feature of this new and very distinct shell is the bright 

perlaceous series of link-shaped tubercles which run round the peri- 
phery of the whorls. 

Pecruncutvus Giaanteus. Pect. testd vald2 converd (juniore de- 
pressd), solidd, giganted, longitudinaliter striatd, striis contiguis, 
regularibus, et sulcaté sulcis fere obsoletis ; albd, inferne castaneo- 
tinctd, superne maculis rubido-fuscis numerosis, undatis, contin- 


Zoological Society. 135 


gentibus, profuse et vivide pictd ; intis albd, marginibus (in adulta) 
castaneo-nitidis, crenatis ; epidermide crassd, pilosd. Alt. 4; 
long. 32; lat. 2. 

Hab. Guaymas, Gulf of California. 

This magnificent shell, which was brought from the above port by 
Mr. Babb, R.N., accords in some measure with Lamarck’s descrip- 
tion of his Pectunculus undulatus. ‘The figure in Delessert’s ‘ Recueil 
de Coquilles,’ however, of that shell, fully exhibits its specific differ- 
ence. 


Precruncutus raripictus. Pect. testd suboblique cordatd, radiatim 
costatd, costis planis in medio s@pe sulcatis ; costarum interstitiis 
profundis ; albd luteo-castaned, parce variegatd, intis albd, an- 
tice purpureo-tinctd. : 

Hab. ? 

The ribs in this shell are peculiarly firm and squarely grooved out, 
as it were, and they are often slightly rutted about half-way up the 
middle. 

Precruncunus auririuus. Pect. testd orbiculari-cordatd, inequi- 

laterali, radiatim costatd, costis obsolete sulcatis ; albd, transversim 

Pes ree antice maculis aureis nigerrimo-fuscis marginatis. 
ab. ? 

This new and beautiful shell may be easily recognised by its very 

bright orange painting. | 

Prcruncutus noxosericus. Pect. testd suborbiculari, levi, albidd, 
multiradiatd, epidermide sericd indutd. 

Hab. ? 

The peculiar, close, velvety epidermis of this shell is alone suffi- 

cient to distinguish it. 


Mr. Fraser characterized two new species of Birds from Western 
Africa :— ; 

Muscrpeta Smirui. Musc. corpore pallide rufo; caudd, alisque 
nigrescentibus, cinereo-lavatis ; capite, collo, rostro, pedibusque 
nigris. 

Long. tot. 7% unc.; ale, 3 unc, 4 lin.; rostri, a rictu ad apicem, 

10 lin. ; caude, 3 unc. 10 lin. 

Hab. Western Africa. 

The dimension above given of the tail of this bird includes the 
two central feathers, which are about half an inch longer than either 
of the others; these latter, when spread out, form a segment of a 
circle, the outermost feathers being the shortest. The head and 
neck are glossy black, but in certain lights exhibit a slight bluish 
tint: the whole body and wing-coverts are of a rust-colour, for the 
most part pale, but assuming a decided and rich hue on the abdomen ; 
the tail and feathers of flight in the wings are of a deep brownish 
gray, but inclining to black. The bill is stout. 

TRERON crassiRosTRIs, Ter. viridis; capite, collo pectoreque 

cinerascenti-viridibus ; ventre citrino; alarum tectricibus regione 
carpali vinaceo-purpureis ; remigibus fusco-nigrescentibus ; caudd 


136 Zoological Society. 


nigra ad apicem late cinereo-fasciatd ; rostro magno, pedibusque 
pallidis. 

Long. tot. 12 unc. ; ale, 6%; caude, 44; rostri, 11 lin. 

Hab. ? 

This species is remarkable for its stout bill, which is of a very 
pale grayish colour, tinted with yellow on the upper surface at the 
base. The vinaceous patch at the angle of the wing is but of small 
extent; the primaries, secondaries, and some of the greater wing- 
coverts are narrowly margined externally with bright yellow, and 
the vent and some of the under tail-coverts, as well as the greater 
portion of the feathers covering the thighs, are of the same colour ; 
the larger under tail-coverts are of a reddish brown colour, and the 
feet are yellow. 


March 28.—William Yarrell, Esq., Vice-President, in the Chair. 


The following descriptions of new Shells, from the collection of 
Captain Sir Edward Belcher, R.N., C.B., &c., by Micheard Brinsley 
Hinds, Esq., Surgeon R.N., were read :-— 

The great accession of species to the genus Hlestolana: as left by 
Lamarck, renders it necessary that our views respecting it should 
receive some modification. A very prominent circumstance is, that 
the frequent repetition of previously trivial characters has elevated 
them to a situation of importance, and they are thus liable to become 
the distinctive grounds of new and characteristic groups. I com- 
menced my examination with the species collected in the Sulphur, 
being about 120 in number; and subsequently I have had the 
opportunity of extending my researches among the extensive col- 
lection assembled together by Mr. Lovell Reeve, from the cabinets 
of various conchologists, but particularly from that of Mr. Hugh 
Cuming, the whole amounting in all probability to more than three 
hundred species. It is not my intention to attempt anything like a 
monograph of the group, but as it was necessary to make an exten- 
sive revision of the subject, to place the species in my hands in their 
proper position, I trust I shall be doing a service by recording the 
views which became developed in the prosecution of the work. I 
shall, however, confine my remarks to those genera, the mention of 
which is necessary to the elucidation of my species. 


PLevuRotTomMaA, Lamarck. 


A beautiful genus, presenting the typical characters of the group 
in their intensity, and capable of being satisfactorily defined. It 
consists of shells which are elongated and fusiform, having the spire 
and canal most frequently nearly equal in length; the sinus a slit, 
usually anterior to the most prominent part of the whorl, with a 
_ sharp margin; aperture oval; canal straight, and almost constantly 
lengthened; outer lip thin, smooth within, usually crenulated on 
the margin, from the termination of the lesser keels; inner lip rarely 
produced; sculpture generally transverse. ‘he species are rarely 
found beyond the tropics, and do not abound in individuals, being 
found few in number: they are nearly equally abundant in the Ame- 


Zoological Society. 137 


rican and Asiatic Seas, but are remarkably absent from the Pacific 
Ocean. They never occur on the shores, being always obtained 
from deep water, and usually on a muddy bottom; to this latter 
circumstance is probably attributable their singular absence from the 
Pacific, where coral prevails. 


Pievrotoma NoBILis. Pleur. testd fusiformi, solidd, rugosa ; an- 
Fractibus superné concavis, leviter striatis, prope mediam carind 
maximd, inferne, precipue ultimo, carinis parvis alternantibus ; su- 
turd simplici ; labio externo subintegro, interno inferne paululim 
producto ; epidermide pallide fuscd indutd. Axis 44 lin. 

Hab. San Blas, Mexico. From seven fathoms; mud. 

This is a very considerably larger shell than P. orytropis, but in 
the character of the sculpture they closely approach each other. It 
is chiefly distinguishable from it in the absence of any keel between 
the principal keel and the suture, and in some minor characters. 


PirevrRoToMA GEMMATA. Pleur. testd fusiformi, elongatd, gracilli- 
md, fuscd ; anfractibus numerosis, medio uniseriatim tuberculato- 
carinatis ; tuberculis rectis, subquadratis, albidis ; carinis duabus, 
parvis, suturam comitantibus, anfractu ultimo multicarinatis ; 
sinu laterali pone carinam ; apertura ovali ; cunali elongatd. Axis 
9 lin. 

Hab. Gulf of Magdalena, California. Obtained from seven fathoms, 

among sandy mud. 


Prevurotoma juBaTa. Pleur. testd fusiformi, acuminatd, levigatd, 
fulvé ; anfractibus medio carinatis, superné granulis uniseriatim 
cinctis, inferné carind purvd unicd, sed ultimo pluribus ; suturd 
carinatd ; canali breviusculo. Axis 12 lin. 

Hab. The China Sea and north coast of Sumatra: dredged from a 

muddy bottom in eighteen fathoms. 


Pievrotoma stouipa. Pleur. testa fusiformi, levigatd, corned ; 
anfractibus superné planulatis, inferné costatis ; costulis albidis, 
brevibus, obliquis, in anfractu ultimo evanidis ; apice papillari ; 
suturd simplici ; canali brevi ; labio externo tenui. Axis 14 lin. 

Hab. Lagulhas Bank, Cape of Good Hope: dredged from a depth 

of forty-three fathoms. 

Prevrotoma Gravis. Pleur. testa fusiformi, levigatd, corned ; an- 
fractibus prope suturam angulatis, uniseriatim tuberculis parvis 
albidis cinctis, superné late planulatis ; anfractu ultimo coarctato ; 
apice papillart; suturd simplict, fere occultd, canali brevi ; aper- 
turd fuscd. Axis 1] lin. 

Hab. Lagulhas Bank, Cape of Good Hope; in company with the 

preceding. 

PLevRoTOMA INERMIS. Pleur. testd ovatd, acuminatd, inermi ; an- 
fractibus subrotundatis, flammeis undosis fuscis longitudinaliter 
ornatis, transversim striatis; suturd simplici; aperturd ovali; 
canali brevi. Axis 15 lin. 

Hab. Bay of Magdalena, California. From seven fathoms ; sandy 

mud, 


138 Zoological Society. 


PLEUROTOMA VIOLACEA. Pleur. testd elongatd, acuminatd, violaced ; 
anfractibus decenis multicarinatis, longitudinaliter minutissime et 
creberrimé striatis; carinis duabus eminentioribus ; labro tenui, 
acuto, crenulato ; sinu laterali inter carinas ; aperturd ovali ; colu- 
mella biplicata ; canali brevi. Axis 8 lin. 

Hab. North coast of New Guinea and Straits of Macassar. From 
seven to twenty-two fathoms; sandy mud. Also collected by Mr.Cu- 
ming at the Philippines. 

The folds on the columella, for which this species is remarkable, 
are not to be met with in all the specimens. 


PLEUROTOMA RADULA. Pleur. testd pyramidali, acuminatd, corned ; 
anfractibus nonis, lineis decussatis, uniseriatim tuberculatis ; tuber- 
eulis sublunatis ; labro tenui, acuto ; sinu laterali pone seriem tuber- 
culorum ; suturd lined elevatd instructd ; aperturd ovali; canali 
brevi. Axis 7 lin. 

Hab. Straits of Malacca. In seventeen fathoms; mud. 


Cxiavatuta, Lamarck. 


The shells of this genus are subfusiform or clavate; the canal 
sometimes so short as to be almost wanting, at others somewhat 
produced and recurved; sinus superior to the most prominent part 
of the whorl, with a callous everted margin; inner lip often pro- 
duced ; suture frequently embellished ; sculpture nearly always lon- 
gitudinal; outer lip with a slight inferior sinus. This genus is 
rather less tropical in its geographical relations than Pleurotoma. In 
attempting to trace the limits of variation, it may be observed that 
the canal is liable to fluctuate in length, as may be seen in C. dupli- 
cata, Sow. (sp.); also in the length of the spire. Varieties in colour 
are not infrequent, and have been remarked in the above species, in 
C. flavidula, Lamarck (sp.), and in C. crenularis, Lamarck, each of 
which has light and dark varieties. Lastly, the series of tubercles 
which some display are usually connected by a keel, and the par- 
ticular sculpture fluctuates between each, as occurs in a remarkable 
manner in C, cincta, Sow. (sp.) 


CLAVATULA MILITARIS. Clav. testd turritd, elongatd, acuminatéd, 
albida ; anfractibus superné concavis et angulatis, plicis numerosis 
longitudinalibus, granosis lineis decussatis ; prope suturam carind 
subnodosd instructdé ; labro intis levi ; aperturd lineari, in canali 
brevi recurvo desinente. Axis 20 lin. 

Hab. Veragua, Central America; in eighteen fathoms. Panama ; 

in from eight to thirty fathoms ; mud. 

CuavatTuLa Sinensis. Clav. testdé fusiformi, acuminatd, corned ; 
anfractibus undenis, subplanulatis, medio costulatis, lineis fuscis 
decussatis ; suturd granoso-carinatd ; labro intis levi; aperturd 
ovali ; canali mediocri. Axis 9 lin. 

Hab. New Guinea; Straits of Macassar; China Sea. In from five 

to twenty-one fathoms ; mud. 

CiavaTULA spicata. Clav. testa fusiformi, albidd; anfractibus 
octonis, costulatis, transversim striatis ; costulis subacutis ; suturd 


Zoological Society. 139 


granulosé ; labro intis levi, aperturd linear ; canali brevi ; anfrac- 
tds ultimi dorso fusco picto. Axis 6 lin. 
Hab. Bow Island. Among the fine coral sand. 


Cravatuta rosusta. Clav. testd fusiformi, acuminatd, albidd ; 
anfractibus undenis, levigatis, angulate costulatis, lineis elevatis 
decussatis ; costulis prope mediam angulatis ; suturd simplici ; 
labro crenato, intis levi; aperturé ovali; canali mediocri. Axis 
8 lin. 

Hab. Hong-Kong, China. In from four to seven fathoms; sandy 

mud. 


CravatTuta spurca. Clav. testd ovatd, acuminatdé; anfractibus 
octonis, rotundatis, costulatis, lineis duabus vel tribus elevatis fus- 
cis decussatis, minutissime transversim striatis ; suturd simplici, 
labro ju«ta incrassato, intis crenulato ; aperturd ovali; canali 
mediocri. Axis 5 lin. 

Hab. New Guinea; Straits of Malacca. In from five to eighteen 

fathoms; mud. 


CiavaTuLa RAvVA. Clav. testdé ovatd, acuminata; anfractibus oc- 
tonis, rotundatis, costulatis, transversim striatis ; costulis rotun- 
datis, suturam incurrentibus ; infra suturam purpureo spiraliter 
Sasciatd, anfractu ultimo iteratd ; labro intis crenulato ; aperturd 
ovali ; canali brevi. Axis 5 lin. 

Hab. Gulf of Nicoya, Central America. In eighteen fathoms; 

mud. 


CLAVATULA ERICEA. Clav. testd fusiformi, acuminatd, pallidd, ni- 
tidé ; anfractibus octonis, rotundatis, costulatis ; costulis granu- 
losis lineis elevatis decussatis, suturam incurrentibus ; interstitiis 
levigatis; suturd simplici; labro juxta incrassato, intis levi ; 
aperturd subovali ; canali brevi. Axis 5 lin. 

Hab, Magnetic Island, Coast of Veragua. From twenty-six fa- 

thoms ; mud. 


CLAVATULA DEBILIS. Clav. testd fusiformi, elongatd, acuminatd, 
gracili; anfractibus octonis, rotundatis, costulatis, transversim 
striatis ; costulis parvis, rotundatis, approximatis, suturam incur- 
rentibus ; suturd simplict ; labro intis crenulato ; aperturd obliqud ; 
sinu laterali prope suturam ; canali mediocri. ‘Axis 43 lin. 

Hab. New Guinea; Straits of Macassar. 


Cuavatuta scauaris. Clav. testd fusiformi, acuminata ; anfractibus 
septenis, rotundatis, scalariformibus, transversim striatis ; costulis 
rotundatis, distantibus, suturam incurrentibus ; suturd simplici ; 
labro arcuato, intis levi; sinu laterali prope suturam ; aperturd 
ovali; canali brevi. Axis 7 lin. 

Hab, Straits of Macassar. In twelve fathoms ; coarse sand. 


CuavATULA scuLprTa. Clav. testd fusiformi, elongatd, acuminatd ; 
anfractibus decenis, rotundatis, costulatis, transversim striatis, 
Jusco fasciatis ; costulis rotundatis, prope suturam desinentibus, 
suturd striis arcuatis instructd ; sinu laterali prope suturam, mar- 
ginibus acutis ; aperturd ovali ; canali mediocri. Axis 7 lin. 

Hab. Panama. From seven fathoms; mud. 


140 Zoological Society.. 


CLAVATULA AMABILIS. Clav. testd ovatd, turritd, pallide aurantiacd ; 
anfractibus septenis, subrotundatis, costulatis, transversim striatis ; 
costulis rotundatis, subdistantibus ; suturd maculis? albis ornatd ; 
anfractu ultimo fascid albd angustd cincto ; sinu laterali pone su- 
turam ; aperturd ovali ; canali mediocri. Axis 34 lin. 

Hab. Straits of Malacca. From seventeen fathoms ; mud. 


CLAVATULA CINEREA. Clav. testd ovatd, acuminatd, anfractibus 
septenis, longitudinaliter tuberculato-costatis, transversim striatis ; 
costulis anfractds ultimi furcatis ; suturd lineis arcuatis instructd ; 
labro incrassato intis et cum columella crenulato ; aperturd ovali, 
obliqud ; canali breviusculd. Axis 8 lin. 

Hab. 

CLAVATULA ARGILLACEA. Clav. testd ovatd, acuminatd, levigatd, 
corned ; anfractibus septenis, tuberculato-costatis ; costulis superné 
angulatis, anfractds ultimi evanidis ; sinu laterali magno ; labro 
incrassato intis et cum columella crenulato ; aperturd ovali, elon- 
gatd ; canali breviusculo. Axis 6 lin. 

Hab. Straits of Malacca. From 17 fathoms; mud. 


CLAVATULA RUBIDA. Clav. testd ovatd, acuminatd, rufa, anfracti- 
bus septenis, rotundatis, costatis, transversim striatis ; costis ro- 
tundatis, latis, suturam simplicem incurrentibus, labro subincurvo, 
intus dentato ; aperturd ovali, oblonga, sinu laterali prope suturam ; 
canali brevi. Axis 7 lin. 

Var. Nigro et albo fasciata. 

Hab. New Guinea. From seven fathoms; mud. The variety is 

from New Ireland : among coarse sand at low water. Also collected 
by Mr. Cuming at the Philippines. 


CiavatuLa Luctuosa. Clav. testd ovatd, acuminatd, nigricante, 
crassd ; anfractibus nonis, levigatis, superné subplanulatis, prope 
mediam uniseriatim tuberculatis ; suturd simplici; sinu laterali 
posticali ; labro paululim incrassato, intis levi ; apertura fuscd, 
ovali; canali brevi. Axis 74 lin. 

Hab. Bay of Guayaquil; Gulf of Magdalena, California. In from 

five to twenty-two fathoms. 


CLAVATULA ASPERA. Clav. testdé subclavatd, acuminatd, fuscé vel 
nigricante ; anfractibus septenis, rotundatis, costulatis, lineis ele- 
vatis decussatis ; suturd lined elevatd instructé ; labro paululim 
incrassato, intis levi; aperturd fuscd, ovali; canali brevi. Axis 
4 lin. 

Hab. Guayaquil. In five fathoms; mud. North coast of New 

Guinea. 


CLAVATULA CREBRICOsTATA. Clav. testd ovatd, acuminatd ; anfrac- 
tibus senis, pliciferis, albidis, superné fusco fasciatis; plicis parvis, 
numerosissimis, obliquis, confertis ; suturd simplici; sinu laterali 
amplo ; labro tenui, acuto, intus levi; apertura late ovali ; canali 
subnullo. Axis 3 lin. 

Hab. Cape Blanco, Africa. In seventeen fathoms. 


CLAVATULA PLUMBEA. Clav. testd ovatd, attenuatd, levigatd, pal- 
lidd, fusco fasciatd ; anfractibus septenis, subrotundatis, costulatis ; 


Zoological Society. 141 


costulis rotundatis, numerosis, suturam simplicem incurrentibus ; 
anfractu ultimo fasciitis duabus cinctis, labro intis levi, aperturd 
ovali, Axis 5 lin. 

Hab. Bay of Magdalena, California. From five fathoms. 


Cruavatuna occata. Clav. testd fusiformi, attenuatd, gracili, cor- 
ned, angulate costatd ; anfractibus septenis, transversim exaratis ; 
suturd simplici ; aperturd brevi, lineari; canali mediocri. Axis 
44 lin. 

Hab. Magnetic Island, west coast of Veragua. 


CLAVATULA BELLA. Clav. testd fusiformi, attenuatd, gracili, levi- 
gata, pallide fuscd ; anfractibus octonis, rotundatis, costulatis, lineis 
albidis elevatis decussatis, superne fusco fasciatis, ultimo attenuato ; 
costulis gracilibus, granulis parvis sparsis instructis, suturam sim- 
plicem incurrentibus ; labro intis levi; aperturd ovali, in canali 
brevi attenuato. Axis 5} lin. 

Hab. West coast of Veragua: from thirty fathoms; mud. Gulf 

of Papagayo, Central America: from eight to fourteen fathoms ; 
mud. 


Cravatura pupica. Clav. testd fusiformi, acuminatd, nitidissimd ; 
anfractibus nonis, albidis, propé suturam paululiim levigatis, in- 
Serné tuberculato-costulatis ; costulis obliquis, acutis ; suturd sim- 
plict ; anfractu ultimo anticé costulis acutis obliquis instructo, pos- 
tice levigato maculd ampld fuscd picto; sinu laterali profundo ; 
labro acuto, intais levi; aperturd ovali; canali mediocri effusd. 
Axis 6 lin. 

Hab. Gulf of Papagayo, Central America. From eight to four- 

teen fathoms; mud. 


CuavaTuLa LaTA. Clav. testd subclavatd, acuminatd, nitidissimd ; 
anfractibus nonis, superne planulatis, medio uniseriatim tubercu- 
latis, ultimd serie secundd parva ; tuberculis distinctis, erectis, sub- 
acutis ; suturd simplict ; labro acuto, intis levi; aperturd ovali; 
canali brevi, effuso. Axis 6 lin. 

Hab. New Guinea; Straits of Macassar. From seven to ten fa- 

thoms. 


CLAVATULA NITENS. Clav. testdé clavatd, excentricd, fuscd, nitidis- 
simd ; anfractibus octonis, subangulate costulatis, prope mediam 
prominentibus ; costulis obliquis, acutis, suturam simplicem incur- 
rentibus ; labro acuto, intus levi ; aperturd laté ovali ; canali brevi. 
Axis 54 lin. 

Hab. New Guinea; Straits of Macassar and Malacca. From seven 

to twenty-two fathoms. : 


CLAVATULA CANDIDA. Clav. testd fusiformi, acuminata, candidd ; 
anfractibus septenis, costulatis, superné subangulatis ; suturd sim- 
plicit; aperturd ovali, sinu laterali superné valde calloso, faucibus 
crenulatis ; anfractis ultimi basi transversim striato. Axis 54 lin. 

Hab. Magnetic Island, coast of Veragua. 


CLavATuLA pyRAmis. Clav. testd clavatd, angulate costatd, hexa- 


142 Zoological Society. 


gond, transversim creberrimé striatd ; sinu laterali superficial: ; 
aperturd brevi, sublinearit ; canali brevi. Axis 4 lin. 
Hab. Straits of Macassar. 


CLAVATULA MERITA. Clav. testd ovatd, turritd, acuminatd, levi- 
gata, pallidd ; anfractibus senis, plico-costulatis, superne angulatis 
et lined fusca spiraliter cinctis ; suturd simplici ; anfractds ultimi 
dorso fusco nebuloso, transversim striato ; labro acuto, intis levi ; 
aperturd oblonga ; canali subnullo. Axis 4 lin. 

Hab. Gulf of Nicoya, Central America. Under stones at low 

water. 


CiavaTULA FLAMMEA. Clav. testd clavatd, albidd ; anfractibus oc- 
tonis, rotundatis, transversim striatis, flammulis fuscis, supern? 
angulatis, inferné subrectis, ornatis ; spird ecostulatd ; suturd sim- 
plici; sinu laterali modo emarginaturd ; labro obtuso, levissime 
crenulato, intis levi ; aperturd ad basin dilatatd ; canali brevi, lato, 
recurvo. Axis 7 lin, 

Hab. New Ireland. Among coarse sand at low water. 


CLAVATULA FELINA. Clav. testa ovatd, acuminatd ; anfractibus se- 
nis, subrotundatis, granulosis lineis transversis et longitudinalibus 
decussatis, maculis rufis quadratis et oblongis eleganter ornatis ; 
suturd simplict ; labro crenulato, subrecto; aperturd oblongd ; 
canali brevi. 

Hab. New Ireland. Among coarse sand at low water. 


CLAVATULA PARDALIS. Clav. testd ovatd, levigatd, nigricante ; cos- 
tulis fulvis apice ad basin decurrentibus ; interstitiis striatd ; aper- 
turd oblonga, labro ints crenulato ; canali brevi. Axis 2 lin. 

Hab. Gulf of Nicoya. Under stones at low water. 


CruaAvATULA ca@LaTa. Clav. testd ovatd, elongatd, atro-fuscd ; an- 
fractibus octonis, rotundatis, costulatis ; costulis obliquis, acutis ; 
suturd lined elevatd instructd ; aperturd atrd, ovali; labro intis 
levi; canali brevi. Axis 3 lin. 

Hab. Gulf of Fonseca. From twenty fathoms; mud. 


CLAVATULA PAPILLARIS. Clav. testd oblongd, levigatd, pallida ; 
anfractibus quinis, rotundatis, obsolete tuberculato-costulatis ; 
apice papilloso ; suturd simplici ; aperturd brevi, ovatd ; labro in- 
tis levi; canali subnullo. Axis 2% lin. 

Hab. Straits of Malacca. From seventeen fathoms; mnd. 


CLAVATULA RUBIGINOSA. Clav. testd oblongd, corned ; anfractibus 
senis, subrotundatis, transversim striatis; suturd simplici; aperturd 
brevi, ovatd, corned ; labro intis levi ; canali subnullo. Axis 3 lin. 

Hab. Straits of Malacca. From seventeen fathoms; mud. 


CiavatuLa poLita. Clav. testd valde fusiformi, politd, albidd ; 
septangulate costulatd; costulis confluentibus; suturd simplici ; 
aperturd ovali, oblonga; labro acuto, intis levi ; canali longo, sub- 
recurvo. Axis 5 lin. 

Hab. Straits of Macassar. Found among coarse sand in seven 

fathoms. 


Zoological Society. 143 


CiavaTULA TEXTILIS. Clav. testd ellipticd, acuminatd, albidd, an- 
Jractibus senis, costulatis, superne angulatis ; costulis rotundatis 
lineis elevatis decussatis, tribus prope mediam anfractis ultimi 
Suscis ; sinu laterali postico ; aperturd sublineari ; labro intis cre- 
nulato ; canali brevi. Axis 34 lin. 

Hab. Straits of Macassar. From seven fathoms; sand. 


CuavaTuLA FimBriata. Clav. testd ovatd, pallid rufa, albo fas- 
ciatd ; anfractibus quinis, rotundatis, laminis brevibus, numerosis, 
dentatis, reflexis indutis ; suturd simplici ; aperturd ovali ; sinu la- 
terali minimo ; labro crenulato, reflexo ; canali brevi. Axis 3} lin. 

Hab. North coast of New Guinea. From twenty-two fathoms ; 

mud. 


CuavaTuLA ponata. Clav. testd ovatd, elongatd, rosed ; anfracti- 
bus octonis, costulatis, transversim striatis ; costulis brevibus, ro- 
tundatis ; suturd lined nodosd instructd ; aperturd parvd, ovali, 
rosed ; labro intis levi; canali brevi. Axis 34 lin. 

Hab. North coast of New Guinea. From twenty-two fathoms ; 

mud. 


Cravatuta micans. Clav. testd ovatd, elongatd, corned, nitidd ; 
anfractibus octonis, costulatis ; costulis subacutis, albidis, obliquis. 
superne prope suturam evanidis ; anfractis ultimi dorso ecostulato ; 
aperturd parva, ovali ; labro tenui, acuto, intis levi ; canali_brevi. 
Axis 34 lin. 

Hab. Gulf of Papagayo. From fourteen fathoms; mud. 

CLAVATULA ALBICANS. Clav. testd ovatd, elongatd, albidd, nitidd ; 
anfractibus octonis, costulatis ; costulis superné subnodulosis ; su- 
turd nodulosd ; sinu laterali pone suturam ; aperturd parvd, ovali ; 
labro acuto, intis levi; canali brevi. Axis 25 lin. 

Hab. Straits of Malacca. From seventeen fathoms; mud. 


Cuavatuta mutica. Clav, testd subfusiformi, pallidé fulva ; an- 
Sractibus senis, rotundatis, transversim striatis, maculis fuscis 
longitudinalibus ornatis ; suturd simplici; anfractu ultimo medio 
angulato et albo fasciato, ad basin fusco; sinu laterali jurta su- 
turam ; aperturd ovali; labro acuto, inttis levi; canali brevi, 
Axis 34 lin. 

Hab. Straits of Malacca. From seventeen fathoms; mud. 

CxuavaTuLa mETuLA. Clav. testd ovatd, acuminatd ; anfractibus 
quinis planulatis, obsolete costulatis, transversim striatis, pallide 
rufo fasciatis ; suturd lined elevatd instructd; aperturd lineari ; 
labro subinflexo ; canali subnullo. Axis2lin. | 

Hab. -? 

CLAVATULA TESSELLATA: Clav. testdé elongatd, acuminatd ; anfrac- 
tibus senis, subplanulatis, granulosis lineis longitudinalibus et 
transversis decussatis, maculis subquadratis fuscis pictis ; suturd 
simplici ; aperturd oblongd; labro intis crenulato; canali brevi. 
Axis 3 lin. 

Hab. Straits of Macassar. From ten fathoms; coarse sand. 


CiavaTULA FULVA. Clav. testd ovatd, acuminatd, fulvd ; anfracti- 


144. Zoological Society. 


bus senis, granulosis, tuberculato-costulatis, supern? angulatis ; 
suturd lined granulosd instructd ; apertura parvd, oblonga ; labro 
intis levi ; canali brevi effuso. Axis 24 lin. 

Hab. Straits of Macassar. From ten fathoms ; coarse sand. 

CLAVATULA DENTIFERA. Clav. testd elongatd, acuminatd ; anfrac- 
tibus quinis, costulatis, lineis transversis decussatis ; costulis nume- 
rosis, parvis, angustis, suturam incurrentibus ; aperturd oblongd ; 
labro crenulato, inferné dilatato et dentifero; columella inferne 
dente parvo ; canali breviusculo. Axis 3 lin. 

Hab. North coast of New Guinea; Straits of Malacca. From five 

to seventeen fathoms ; mud. 

CLAVATULA GLUMACEA. Clav. testd elongatd, pallida, nitidd ; an- 
fractibus senis costulatis, transversim striatis ; costulis brevibus, 
rotundatis, suturam simplicem incurrentibus ; aperturd oblongd, 
fusca ; labro intis levi; canali breviusculo. Axis 3 lin. 

Hab. North coast of New Guinea. From twenty-two fathoms ; 

mud. 

CLAVATULA QuisquaLis. Clav. testa fusiformi, acuminata, nitidis- 
simd ; anfractibus octonis, superne levigatis, inferne costulatis ; 
costulis brevibus, obliquis, acutis ; lineis albis sinuosis longitudi- 
naliter instructis ; aperturd ovatd; sinu laterali rotundo; labro 
tenui, acuto, intts levi; columelld marginatd ; canali brevi, effuso, 
recurvo. Axis 44 lin. 

Hab. Gulf of Papagayo, Central America. From eight to fourteen 

fathoms ; mud. 

CLAvaATULA RETUSA. Clav. testd parvd, obesd, aurantiacd ; anfrac- 
tibus septenis, costulatis, transversim striatis ; costulis rotundatis, 
confertis ; spird conicd ; suturd simplici ; apice purpureo ; aperturd 
oblongd ; columelld contortd ; canali breviusculo. Axis 24 lin. 

Hab. Straits of Macassar. From ten fathoms; coarse sand. 

CLAvATULA IMPREsSA. Clav. testd fusiformi, acuminatd, rosed ; 
anfractibus nonis, tuberculato-costatis, transversim striatis ; cos- 
tulis acutis, obliquis, albidis ; anfractds ultimi dorso picto, ecostu- 
lato ; aperturd ovali ; labro tenui, acuto, intis levi ; canali mediocri. 
Axis 44 lin. 

Hab. Gulf of Papagayo, Central America. From eight to four- 

teen fathoms; mud. 

CLAVATULA NEGLECTA. Clav. testd fusiformi, gracili, fuscd ; an- 
Fractibus nonis, costulatis, lineis elevatis decussatis ; costulis bre- 

_vibus, rotundatis; suturd lined elevatd instructd, infra prope 
levigatd ; aperturd ovatdé, obliqud; sinu laterali pone suturam ; 
labro incrassato, inflexo ; canali mediocri. Axis 5 lin. 

Hab. Gulf of Nicoya, Central America. Under stones at low 

water. 

CuavaTuLA RIGIDA. Clav. testd ovatd, retusd ; anfractibus quinis, 
costulatis, superné angulatis, transversim striatis; suturd sim- 
plicit ; aperturd oblongd, labro crenulato ; columella rugosd ; canali 
brevi. Axis 24 lin. 

Hab. Panama. 


Zoological Society. 145 


Mance tia, Leach. 


The shells of this group are distinguished by their small size, oval 
and attenuated shape, long linear mouth, terminated in a short canal, 
very slightly recurved ; outer lip nearly straight, the immediate mar- 
gin acute, but strengthened by the last-formed rib ; above shouldered, 
with a slight emargination, which does not admit of being called a 
sinus, and with the margin not callous; apparently not formed be- 
fore the full development of the shell; inner lip slightly produced ; 
suture always simple; last whorl not at all inflated, and occupying 
one-half or more of the entire length; sculpture consisting of longi- 
tudinal fold-like ribs, terminating at the suture ; very probably with- 
out an operculum, as Philippi observes that the animal of Pleurotoma 
Bertrandi, which belongs to this genus, is not provided with one. 
Restricted in this manner, a number of shells may be separated with 
advantage from the now bulky and somewhat incongruous genus 
Pleurotoma; and in this discrimination I have kept in view the 
Mangelia Goodalii of Leach, but have been by no means guided by 
the genus, as adopted by Risso. 


MANGELIA CINNAMOMEA. Mang. testd atitenuatd, nitidd, cinna- 
momed, albo fasciatad ; anfractibus senis, plico-costulatis, trans- 
versim levissime striatis ; faucibus crenulatis. Axis 4} lin. 

Hab. North coast of New Guinea; Straits of Macassar ; Straits of 

Malacca. From five to twenty-two fathoms; mud. 


Maneetia coronata. Mang. testd attenuatd, acuminatd ; anfrac- 
tibus senis, plico-costulatis, transversim striatis ; costulis superneé 
subacuminatis ; faucibus levibus. Axis 4 lin. 

Hab. Straits of Macassar. 


Maneetia virrata. Mang. testd attenuatd, pallidd, fusco fasciata ; 
anfractibus senis, plico-costulatis, transversim striatis ; costulis 
numerosis ; faucibus crenulatis. Axis 34 lin. 

Hab. Straits of Macassar. From ten fathoms; coarse sand. 


Manceuia orniza. Mang. testd attenuatd, acuminatd, levigatd, 
nitidd, hexagone plico-costulatd; anfractibus septenis ; faucibus 
levibus. Axis 44 iin. 

Hab. North coast of New Guinea. From twenty-two fathoms ; 

mud. 


MANGELIA CELEBENSIS. Mang. testd attenuatd, levigatd, pallidd, 
fusco late fasciatd ; anfractibus senis, plico-costulatis ; costulis 
subdistantibus ; faucibus crenulatis. Axis 34 lin. 

Hab. Straits of Macassar. From ten fathoms; mud. 


Mr. Reeve then communicated his description of a new species of 
Cyclostoma, from the Cordilleras Mountains. 


CycLostoMa sTRAMINEUM. Cycl. testd orbiculari, subdepressd, 
stramineo-luted, spird versus apicem rosaced ; usquequaque ele- 
gantissime striatd, striis, ab umbilico exorientibus, diagonaliter 
collocatis ; apertura fere circulari, superné subsinuatd, peritremate 
simplici ; operculo testaceo, albo, multi-spirali. 


Ann, & Mag. N. Hist. Vol, xii. 


146 Geological Society. 


Icon. Sowerby, Thesaurus Conch,, pl. xxix. f. 211, 212. | 

Hab. Ad Meridam, Columbiz Occidentalis. From the collection 
of H. Cuming, Esq. : 

This very peculiarly striated shell was lately found by a gentleman 
whilst searching for Orchidaceous plants at the base of the Cordil- 
leras Mountains. 


GEOLOGICAL SOCIETY. 


April 5, 1843.—* Notice of the occurrence of Beds containing 
Freshwater Fossiis in the Oolitic Coal-field of Brora, Sutherland- 
shire.” By Alexander Robertson, Esq., F.G.S. 

Among the reefs of shale and coal opposite the old salt-pans at 
Brora, Mr. Robertson has discovered two beds abounding in Cyclas 
and other freshwater fossils, approachable only at low water. ‘The 
rise of the tide on the occasion of his visit to the locality, prevented 
a minute examination of their relations. Their position was however 
satisfactorily made out, and is, in the descending order, as follows :— 

a. Beds of calcareous sandstone, considered by Mr. Phillips to re- 
present the gray limestone of Cloughton and other localities in York- 
shire. 

b. Shale and coal, several feet. 

c. Shale with fossils about an inch. 

d. Shale and coal similar to the beds 8, two or three feet. 

e. Clay with fossils about thirteen inches. 

Ff. Shale with a few plants. 

The bed ¢ has yielded, — 

Fishes.—Scales of a species of Lepidotus, strongly resembling L. 
fimbriatus, Ag. Scale of Megalurus? 

Mollusca, Paludina, several new species. Cyclas, one or two new 
species. : ; 

Crustacea.—Cypris, new species. Plant, obscure impressions. 

From the bed e the following have been obtained :— 

Fishes.—Scales of two or three species of Lepidotus. Teeth of 
Acrodus minimus, Ag.? ‘Teeth of Hybodus minimus, Ag. 

Mollusca.—Paludina, same species as in the upper bed. ‘T'wo or 
three species of Perna, some of which are probably new. Unio, one 
new species. Cyclas numerous, new species chiefly belonging to 
Lamarck’s genus Cyrena*. 

Crustacea.—Cypris, same species as in the upper bed. 

Plants.—Minute fragments of carbonized wood. 

Nearly the whole mass of both beds consists of fossils. No ma- 
rine fossils (with the exception perhaps of the scales of Lepidotus) 
are found in the upper bed, and it seems therefore to be properly a 
freshwater deposit. ‘The mixed nature of the fossils of the lower 
one conclusively point out its estuary character. 


* Among the specimens sent to the Socicty by Mr. Robertson were se- 
veral examples of Cyclas media, identical with the Wealden shell. The 
Perna referred to is altogether new, and will probably form the type of a 
genus, bearing a relation to Perna analogous with that which Dreissena 
bears to Mytilus. 


Geological Society. 147 


‘* Observations on the occurrence of Freshwater Beds in the Ooli- 
tic Deposits of Brora, Sutherlandshire ; and on the British Equiva- 
lents of the Neocomian System of Foreign Geologists.” By Rode- 
rick Impey Murchison, Esq., F'.G.S. 

In this communication the author confirms the interesting disco- 
very announced by Mr. Robertson in the preceding paper, and re- 
marks, that as the reefs of rock exposed at low water at the mouth 
of the river Brora unquestionably lie beneath the Oxford clay, and 
are not far above the roof of the coal, there can be no doubt that the 
beds containing the freshwater shells, being fairly intercalated with 
the other strata, are thus inclosed in the heart of the oolitic series. 
They had escaped the notice of Mr. Murchison, probably from ha- 
ving been covered by sea sand at the time of his visit. 

An examination of the freshwater specimens collected by Mr. 
Murchison and Professor Sedgwick at Loch Staffin, in the Isle of 
Skye, has identified the principal forms with Mr. Robertson’s spe- 
cimens from Brora, and has led the author to adopt a different view 
respecting the position of the beds from which they were derived. 
Instead of supposing that. the oolitic series of the cliffs near Portree 
was overlaid by a true equivalent of the Wealden*, the freshwater 
beds of Skye will it is now believed be found, like those of Inver- 
brora, to be interstratified with the middle oolite, a conclusion ren- 
dered probable by the natural sections and form of the coast, and 
by the circumstance that the fragments not found tz situ which 
contained freshwater shells were collected near the escarpment and 
not on the dip of the oolitic strata. Mr. Murchison is inclined to 
take a similar view of the freshwater deposits near Elgin, compared 
by Mr. Malcolmson to the Purbeck beds of England. 

The author remarks, that with the terrestrial evidences in the plants 
of Portland, Scarborough, Stonesfield and Brora, we might naturally 
expect at any day to hear of the associated lacustrine or river shells. 
But Mr. Robertson’s discovery further compels us to believe, that the 
same species of freshwater shells prevailed, not only during the whole 
of the Wealden epoch, but that they were in existence at periods 
long antecedent, when the adjacent lands poured forth rivers into the 
sea in which the middle and lower oolites were accumulated, and 
thus we acquire a new element to enable us to reason upon the 
former conditions of the surface. 

The facts stated by Mr. Robertson tend to confirm the idea, that 
the Wealden is more naturally connected with the Jurassic than 
with the cretaceous system, and must also have an influence in de- 
ciding that the Neocomian formation of foreign geologists ought not 
to be placed on the parallel of the Wealden. Mr. Murchison has for 
some years been of opinion that the Neocomian system is little more 
than an equivalent of the lower greensand of British geologists, a 
view which he upheld at the meeting of the Geological Society of 
France at Boulogne in 1839, on the ground of the identity of their 
stratigraphical relations and typical fossils. Further researches du- 
ring last May along the coast of the Isle of Wight, in company with 

* Geol. Trans, vol. ii. p. 366. 
L2 


148 Geological Society. 


Count Keyserling, led both that gentleman and the author to the 
same conclusion. Among the numerous fossils they there collected 
were many identical with, or analogous to, Neocomian species, par- 
ticularly in that portion of the coast section so minutely described 
by Dr. Fitton and Sir John Herschel, viz. between Black Gang 
Chine and Atherfield rocks. Mr. Murchison observed that there 
seemed to be a gradual zoological as well as lithological passage from 
the Wealden beds below into the greensand and shales above them ; 
for although the shale with Cypris occurs immediately beneath the 
marine deposit of Atherfield rocks, as remarked by Dr. Fitton, 
another band of flagstone with marine shells (Ostrea and Terebra- 
tula) also occurs beneath these uppermost beds of Cypris. In the 
still lower strata, however, we lose all traces of ‘such marine alter- 
nations, and the whole becomes one great freshwater deposit. A 
similar phenomenon is seen in the southern part of the section at 
Red Cliff, extending into Sandown Bay, where beds with Cypris are 
intercalated between oyster beds. These alternations are indeed 
what we might expect to find, provided a former depression of the 
surface had converted a lake into an estuary, and subsequently into 
a marine bay. But notwithstanding the natural connexion be- 
tween the Wealden and the lower greensand, it does not follow that 
the two formations ought to be merged in one system or natural 
series. Dr. Mantell as long ago as 1822 pointed out the analogy 
between the animals of the Wealden and those of the Stonesfield 
beds; and more recently Professor Owen has carried it out much 
further. Professor Agassiz has pronounced the Ichthyolites of the 
cretaceous system to be entirely dissimilar from those of the Wealden. 

Mr. Murchison inquires, where are we to draw the line of sepa- 
ration which shall indicate precisely in our own country the base of 
the Neocomian of foreign geologists, or in other words, the base of 
the great continental cretaceous system? On this point he remarks 
that some small amount of compromise may eventually be found de- 
sirable; for whilst we have on the one hand full right to infer that 
the larger portion of the Wealden must be classed in the oolitic 
series, further inquiry may convince us that its uppermost part is of 
the same age as the lowest Neocomian strata; and thus we may 
connect that portion of it with the cretaceous system. In the mean 
time it is quite clear that a great part of the Neocomian is absolutely 
the lower greensand itself. This view is confirmed by Count Key- 
serling, who has identified fossils from the Neocomian strata of Kys- 
lavodsk in the Caucasus, with specimens collected by him in com- 
pany with Mr. Murchison in the lower greensand of the Isle of Wight. 


April 26.—A paper was read “ On the upright Fossil-trees found 
at different levels in the Coal strata of Cumberland, Nova Scotia.” 
By Charles Lyell, Esq., F.G.S. &c. 

The first notice of these fossil trees was published in 1829 by 
Mr. Richard Brown, in Haliburton’s ‘ Nova Scotia,’ at which time 
the erect trunks are described as extending through one bed of 
sandstone, twelve feet thick. Their fossilization was attributed by 


Geological Society. 149 


Mr. Brown to the inundation of the ground on which the forest 
stood. Mr. Lyell in 1842 saw similar upright trees at more than 
ten different levels, all placed at right angles to the planes of stratifi- 
cation, which are inclined at an angle of 24° to the §.S.W. The 
fossil trees extend over a space of from two to three miles from north 
to south, and, acccording to Dr. Gesner, to more than twice that 
distance from east to west. The containing strata resemble litho- 
logically the English coal-measures, being composed of white and 
brown sandstones, bituminous shales, and clay with ironstone. There 
are about nineteen seams of coal, the most considerable being four feet 
thick. The place where these are best seen is called the South 
Joggins, where the cliffs are from 150 to 200 feet high, forming the 
southern shore of a branch of the Bay of Fundy, called Chignecto 
Bay. The action of the tides, which rise sixty feet, exposes con- 
tinually a fresh section, and every year different sets of trees are 
seen in the face of the cliffs. 

The beds with which the coal and erect trees are associated are 
not interrupted by faults. They are more than 2000 feet thick, and 
range for nearly two miles along the coast. Immediately below them 
are blue grits used for grindstones, after which there is a break in 
the section for three miles, when there appear near Minudie beds of 
gypsum and limestone, and at that village a deep red sandstone, the 
whole having the same southerly dip as the coal at the Joggins, and 
being considered by Mr. Lyell as the older member of the carbo- 
niferous series. 

Above the coal-bearing beds, and stretching southwards for many 
miles continuously along the shore, are grits and shales of prodigious 
thickness, with coal-plants, but without vertical trees. 

Mr. Lyell next describes in detail the position and structure of 
the upright trees at the South Joggins. He states that no part of 
the original tree is preserved except the bark, which is marked ex- 
ternally with irregular longitudinal ridges and furrows, without any 
leaf-scars, precisely resembling in this respect the vertical trees 
found at Dixonfold on the Bolton Railway, described by Messrs. 
Hawkshaw and Bowman. No trace of structure could be detected 
in the internal cylinder of the fossil trunks, which are now filled 
with sandstone and shale, through which fern-leaves and other plants 
are scattered. Mr. Lyell saw seventeen vertical trees, varying in 
height from six to twenty feet, and from fourteen inches to four 
feet in diameter. The beds which inclose the fossil trees are usually 
separated from each other by masses of shale and sandstone many 
yards in thickness. The trunks of the trees, which are all broken 
off abruptly at the top, extend through different strata, but were 
never seen to penetrate a seam of coal, however thin. They all end 
downwards either in beds of coal or shale, no instance occurring of 
their termination in sandstone. Sometimes the strata of shale, 
sandstone and clay, with which the fossil trunks have been filled, 
are much more numerous than the beds which they traverse. In 
one case nine distinct deposits were seen in the interior of a tree, 
while only three occurred on the outside in the same vertical height. 


150 Geological Society. 


Immediately above the uppermost coal-seams and vertical trees 
_ are two strata, probably of freshwater origin, of black calcareo- 
bituminous shale, chiefly made up of compressed shells of two 
species of Modiola, and two kinds of Cypris. 

Stigmarie are abundant in the clays and argillaceous sandstones ; 
often with their leaves attached, and spreading regularly in all direc- 
tions from the stem. The other plants dispersed through the shales 
and sandstones bear a striking resemblance to those of the European 
coal-fields. Among these are Pecopteris lonchitica, Neuropteris 
flexuosa ?, Calamites canneformis, C. approximatus, C. Steinhaueri, 
C. nodosus, Sigillaria undulata, and another species. : 

The genera Lepidodendron and Sternbergia are also present. 
The same plants occur at Pictou and at Sydney in Cape Breton, ac- 
companied with Tvrigonocarpum, Asterophyllites, Sphenophylium, 
and other well-known coal fossils. 

The author then gives a brief description of a bed of erect Ca- 
lamites, first discovered by Mr. J. Dawson in the Pictou coal-field, 
about 100 miles eastward of the Cumberland coal-measures before 
described. They occur at Dickson’s mills, 14 mile west of Pictou, 
in a bed of sandstone about ten feet thick. They all terminate 
downwards at the same level where the sandstone rests on subjacent 
limestone; but the tops are broken off at different heights, and 
Mr. Dawson observed in the same bed a prostrate Lepidodendron, 
with leaves and Lepidostrobi attached to its branches. 

From the facts above enumerated, Mr. Lyell draws the following 
conclusions :-— 

1. That the erect position of the trees, and their perpendicularity 
to the planes of stratification, imply that a thickness of several thou- 
sand feet of coal strata, now uniformly inclined at an angle of 24°, 
were deposited originally in a horizontal position. 

2. There must have been repeated sinkings of the dry land to 
allow of the growth of more than ten forests of fossil trees one above 
the other, an inference which is borne out by the independent evidence 
afforded by the Stigmaria, found inthe underclays beneath coal-seams 
in Nova Scotia, as first noticed in South Wales by Mr. Logan. 

3. The correspondence in general characters of the erect trees of 
Nova Scotia with those found near Manchester, leads to the opinion 
that this tribe of plants may have been enabled by the strength of its 
large roots to withstand the power of waves and currents much more 
effectually than the Lepidodendra and other coal plants more rarely 
found in a perpendicular position. 

Lastly, it has been objected, that if seams of pure coal were formed 
on the ground where the vegetables grew, they would not bear so 
precise a resemblance to ordinary subaqueous strata, but ought to 
undulate like the present surface of the dry land. In answer to this 
Mr. Lyell points to what were undoubtedly terrestrial surfaces at 
the South Joggins, now represented by coal seams or layers of shale 
supporting erect trees, and yet these surfaces conform as correctly 
to the general planes of stratification as those of any other strata. 

He also shows that such an absence of superficial inequalities, 


Geological Society. 151 


and such a parallelism of successive surfaces of dry land, ought to 
be expected, according to the theory of repeated subsidence, be- 
cause sedimentary deposition would continually exert its leveling 
action on the district submerged. 


May 10.—A paper was read ‘‘On some new Ganoid Fishes.” By 
Sir Philip Grey Egerton, M.P., F.G.S. 

The specific characters of the fishes described are as follows :-~ 

1. Semionotus Pentlandi, Egerton.—Body deep ; pedicle of the tail 
thicker proportionally than in Semionotus latus. Anal fin long, with 
5 or 6 rays, articulated, subdivided, and decreasing in length from 
the first. Bases distant; 3 or 4 fulcral rays on the margin. Caudal 
fin large; upper lobe invested with scales for some distance. Mar- 
gins fringed by elongated imbricated scales. Rays: 20, articulated, 
subdivided. Bases at greater intervals near the centre. Scales 
rhomboidal, smooth, with entire margins. Stratum, Lias. 

Found by Mr. Pentland in a black bituminous schist at Giffoni, 
near Castella Mare. In the cabinets of the Earl of Enniskillen and 
Sir Philip Egerton. 

Of the six species of Semionotus described by Professor Agassiz, 
one is from the quader-sandstein, the other five from the lias of 
Lufeld, Boll, Lyme Regis, and Schoven in Sweden. From a com- 
parison of Mr. Pentland’s specimens of this and the two following 
species with all those described, Sir Philip Egerton considers they 
approximate more nearly the species of the lias than those of the 
greensand, and infers from this zoological evidence that the Giffoni 
beds belong to the former. 

2. Semionotus pustulifer, Egerton.—Fish large; operculum arenated; 
humerus and scapula pustulated ; scales thick and lustrous ; surfaces 
slightly uneven ; upper and lower margins deeply undulate. Stratum, 
Lias ; found with last. Cab. Egerton. | 

3. Semionotus minutus, Egerton.—Fish small; body slender; cau- 
dal pedicle thick; scales extended over the upper lobe of the tail. 
Stratum, Lias; found with last. Cab. Egerton. 

4. Lepidotus pectinatus, Egerton.—-Fish oblong, subfusiform; length 
9 inches; depth 2%; head small; fins small; scales marked with 
delicate radiating striz ; posterior margin finely pectinate; upper 
edge convex, lower one concave; dorsal, anal and caudal scales 
rhomboidal, with entire margins. Stratum, Lias. Locality, Whitby. 
Cab. Enniskillen. 

5. Pholidophorus Hartmanni, Egerton.—Size of Pholidophorus 
latiusculus. Head rounded; orbit large; upper angle of operculum 
striated; preoperculum marked with few moniliform inequalities ; 
humerus plicated; scales small, serrated on the posterior margin ; 
its serrations decrease in number and increase in size on the pus- 
terior parts of the body. Stratum, Lias. Locality, Ohmden, in Wur- 
temburg. Cab. Enniskillen, Egerton. 

6. Pholidophorus crenulatus, Egerton.—Rather larger than Pho- 
lidophorus. latiusculus, Head rather pointed; humerus obliquely 
plaited ; pectoral fins large, with 22 rays; caudal fins strong; the 
upper lobe bordered full two-thirds of its length with fulcral scales ; 


\ 


152 Geological Society. 


rays 28—80; scales ribbed vertically on their bases, furrowed hori- 
zontally on their exposed surface, and crenulated on the posterior mar- 
gin ; the ventral scales deeply incised. Stratum, Lias. Locality, Lyme 
Regis. Cab. Egerton. 


June 7.—‘‘On Ichthyopatolites, or petrified trackwings of ambula- 
tory fishes upon sandstone of the Coal formation.” By the Rev. Ww. 
Buckland, D.D., F.G.S. 

These impressions were discovered by Miss Potts of Chester, on 
a flagstone near the shaft of a coal-pit at Mostyn in Flintshire, and 
were communicated by her to Dr. Buckland, with a remark on the 
novelty of footsteps in any stratum older than the new red sand- 
stone. As they present no trace of any true foot to which long 
claws may have been attached, Dr. Buckland rejects the notion of 
their having been made by a reptile. They consist of curvilinear 
scratches disposed symmetrically at regular intervals on each side of 
a level space, about two inches wide, which in his opinion may re- 
present the body of a fish, to the pectoral rays of which animal he 
attributes the scratches. ‘They follow one another in nearly equi- 
distant rows of three scratches in a row, and at intervals of about 
two inches from the point of each individual scratch to the points 
of those next succeeding and preceding it. ‘They are all slightly 
convex outwards, three on each side of the median space, or supposed 
place of the body of the fish. Each external scratch is about one inch 
and a half in length; the inner ones are about halfan inch, and the 
middle one about an inch long. These proportions are pretty constant 
through a series of eight successive rows of triple impressions on the 
slab from the Mostyn coal-pit. The impressions of the right and left 
fin-ray are not quite symmetrically opposed to each other on a straight 
line of progression; but the path of the animal appears to have been 
curvilinear, trending towards the right: each impression or scratch 
is deepest on its supposed frontal side, and becomes more shallow 
gradually backwards. All these conditions seem to agree with the 
hypothesis of their having been made by three bony processes pro- 
jecting from the anterior rays of the pectoral fin of a fish. They are 
not consistent with conditions that would have accompanied the im- 
pressions of claws proceeding from the feet of any reptile. 

Dr. Buckland refers to the structure of existing Siluroid and Lo- 
phoid fishes, and of the climbing perch (Anabas scandens), and Has- 
sar (Doras costata), as bearing him out in the conclusions he has 
come to regarding those markings. He also refers to the observa- 
tions of Prof. Deslonchamps, on the ambulatory movements under 
water of the common Gurnard, as confirmatory of his views. He 
has been informed of a slab of coal sandstone bearing similar mark- 

‘ings in the museum of Sheffield; and remarks, that there are several 
fossil fishes of the carboniferous system approximating the characters 
of Gurnards, and capable of making such markings as those described. 


‘*« Observations on certain Fossiliferous beds in Southern India.” 
By C. T. Kaye, Esq., F.G.S., of the Madras Civil Service. 

The beds described in this paper are found at three localities ; viz. 
Pondicherry, Verdachellum and Trinchinopoly. 


Geological Society. 153 


1. Pondicherry.—This town, like Madras, is situated on a very 
recent formation of loose sand, which extends for a considerable di- 
stance along the eastern coast of India, and which in many places 
contains marine shells in such abundance that they are dug up and 
burnt for lime. They are all species which now inhabit the Indian 
seas, such as Pyrula vespertilio, Purpura carinifera, Cardita antiquata, 
Arca granosa and Arca rhombea. ‘The sand is usually bounded by 
granite, which appears at the surface at Sadras, Madras and other 
places. Immediately beyond the town of Pondicherry, however, the 
recent beds rest upon some low hills of red sandstone. A bed of 
limestone containing numerous fossils succeeds, and at the distance 
of four miles due west the red sandstone is again met with and there 
abounds with silicified wood. At about sixteen miles from the sea 
the sandstone is bounded by hills of black granite. 

The surface of the country does not offer any section exhibiting 
the relative positions of the limestone and sandstone. In the former, 
numerous fossils in a high state of preservation were discovered by 
Mr. Kaye, including species of Baculites, Ammonites, Nautilus, Ha- 
mites, Ptychoceras, Ancyloceras, Voluta, Cyprea, Conus, Tornatella, 
Rostellaria, Pyrula, Aporrhais, Trochus, Solarium, Natica, Eulima, 
Scalaria, Cerithium, Turritella, Dentalium, and Calyptrea; Ostrea, 
Exogyra, Spondylus, Pecten, Trigonia, Mytilus, Pinna, Arca, Pectun- 
culus, Nucula, Cardium, Isocardia, Anatina, Cytherea, Solen, Phola- 
domya, Clavagella, Lutraria and Terebratula. Also some fishes’ teeth, 
Echinodermata and corals, accompanied by wood (calcareous) bored 
by Teredo. 

The fossil wood found in the sandstone exhibits no traces of worm- 
borings, and occurs in the form of trees denuded of their barks, some 
of them as long as 100 feet, and all apparently Conifere. 

2. Six miles from Verdachellum in Southern Arcot, about forty 
miles from the coast and fifty from Pondicherry, the valley of the 
river is formed of a limestone which underlies the sandstone and con- 
tains marine fossils, including species of Ammonites, Nautilus, Mela- 
nopsis ?, Pleurotomaria, Natica, Pecten, Arca, Artemis, Modiola, Exo- 
gyra, Lima, Cardita, Cardium, Lutraria and Terebratula. 

3. Trinchinopoly.—In this district, at about thirty miles from the 
town of the same name, one hundred from Pondicherry, and sixty 
from the sea, is a limestone formation which Mr. Kaye was unable 
to visit in person, but from which he procured a quantity of fossils 
belonging to twenty-seven species of various genera, including Na- 
tica, Turritella, Triton, Fusus, Pyrula, Voluta, Melanopsis? (same spe- 
cies as at Verdachellum), Aporrhais, Strombus, Mactra, Psammobia, 
Arca, Pecten, Ostrea, Cytherea and Cardium. A fragment of an 
Ammonite accompanied them. 

None of the species appear to be common to the three deposits. 
Three species are common to Trinchinopoly and Verdachellum. 
From the latter locality there are 28 species of mollusca identical 
with lower greensand fossils found in Britain. A single species 
appears to be identical with one of those from Pondicherry ;. but none 
of the testacea from the last mentioned locality agree with those 


154 Miscellaneous. 


from Trichinopoly. The greater part of those from Peaidichstry 
appear to be undescribed forms. Accompanying the very remarkable 
assemblage of molluscan genera at the latter locality was a single 
vertebrata of a Saurian, which Professor Owen regards as most nearly 
resembling that of Monosaurus. 

Mr. Kaye presented to the Society a series of the fossils from the 
several beds, all in the most beautiful state of preservation. 


MISCELLANEOUS. 


On the production of Animalcules in great numbers in the Stomach 
and Intestines during the digestion of herbivorous and carnivo- 
rous Animals. By MM. Grusy and Dutaronp *. 


In 1685 Leuwenhoeck first discovered three species of microscopic 
animalcules in the excrements of frogs +; Bory de Saint Vincent, 
Miiller, and Ehrenberg have also ascertained the presence of animal- 
cules in the excrements of salamanders{. Leuwenhoeck relates that 
he saw three species of infusoria in the excrements of pigeons, of 
chickens, and even of man; but a doubt was thrown upon this last 
discovery by other observers, and particularly by Ehrenberg. 

Up to the present time no observer has proved the existence of 
living animalcules in the stomach and during the digestion of the 
superior animals. We shall now present to the Academy the ob- 
servations which we have been making upon this subject for more 
than a year, reserving the communication of fuller details until we 
shall have the honour of laying before it the numerous researches 
idee we have made concerning digestion. 

. The ruminating animals have, during the act of digeatian, four 
vats of living animalcules in the first and second stomachs. 

First species.—Form long and flattened; the body provided with 
a granulated carapace which is convex above, flattened heneath, and 
indented towards its posterior part; head distinct; a girdle of vibra- 
ting cilia near the middle of the body; a long, conical, and mobile 
tail; motions of the vibrating cilia rapid; motions of the body slow ; 
length nearly {th of a millimetre ; width 3th of a millimetre. ‘This 
animalcule has no analogy with those already known. 

Second species.—Form ovoid; body covered with a carapace in- 
dented anteriorly and posteriorly ; a conical tail; a circlet of vibra- 
ting an at the anterior part of the padys movements very distinct ; 
length gith of a millimetre, breadth ,4,th. This species has some 
aniligt, with the Brachionus polgoonthus of Ehrenberg §. 

Third species.—Form elongated and cylindrical; a smooth cara- 
pace; no tail; vibrating cilia around the moult movements very 
rapid ; length ¥ ,th of a millimetre, breadth th. 


* From the Comptes Rendus de ]’Académie for Dec. 11, 1848. 
t Anat, et Contempl., 1685, p. 38. 

t Die Infusionsthierchen, p- 331; Leipzig, 1828, 

§ Ehrenberg; Joc, cit. p. 501, 


Miscellaneous. 155 


This species has some resemblance to the Enchelis nebulosa of 
Ehrenberg, which M. Gleichen observed in an infusion of barley. 

Fourth species.—Form oval; no carapace; vibrating cilia over the 
whole surface of the body; buccal orifice at one of the extremities ; 
very rapid rotatory movements; length ;'yth of a millimetre, breadth 
goth. This species has a great analogy with the Leucophrys anodonte 
of oegperel and which M. Miiller observed in the water of the 
Mytilus edulis * 

The carapace, or transparent envelope of these animalcules allows 
the alimentary molecules by which they are nourished, and which 
render their bodies more or less opake, to be recognised in their in- 
terior. 

The number of these animalcules is so considerable, that, in 5 
centigrammes of alimentary matters taken from the first two sto- 
machs of the sheep, for example, there are from fifteen to twenty of 
different species and various sizes. Considering that all these ani- 
malcules are principally composed of fibrin and albumen, we may 
reckon that the weight of the fifteen to twenty of them existing 
in every 5 centigrammes of stomachal liquid constitutes nearly the 
fifth part of the total weight of the liquid in which they live. Now 
sheep have, on an average, 3 to 5 kilogrammes of food in the first 
and in the second stomach after an ordinary repast ; the total weight 
of the animalcules contained in these two stomachs will therefore be 
the fifth part, or from 600 to 1000 grammes. 

In the third, and especially in the fourth stomach, these animals 
are dead, and are only to be recognised by the form of their cara- 
pace, which is then quite empty and transparent. As to those ani- 
malcules which possess no carapaces, not any trace of them can be 
detected. 

In the small and in the large intestines we find only some frag- 
ments of carapaces. 

2. The Horse has seven species of animalcules, in the caecum and 
the dilated portion of the colon. 

First species.—Form elongated and conical at its anterior part; 
head rather indistinct; the posterior part of the body terminated 
abruptly ; without a tail; carapace granulated; two anterior mem- 
bers short, articulated, mobile, terminated by natatory filaments ; 
movements slow and resembling those of the tortoise ; length 3th 
of a millimetre, breadth zpth. 

Second species. —Form ‘elarigated and somewhat flattened; a di- 
stinct head; a granulated carapace; body provided with four articu- 
lated members on its lateral parts, two of which are anterior and two 
posterior, all bearing fasciculi of natatory filaments; circlet of vibra- 
ting cilia at the posterior part of the body; movements slow; length 
yath of a millimetre, breadth th. 

Third species. —Form enuid “carapace granulated; a bundle of vi- 
brating cilia at the anterior and posterior parts, both on the right-and 
left of the body's ; the movements are slow; length 5';th of a milli- 
metre, breadth 4),th. 

* Ehrenberg, Joc. cié. p. 313. 


156 Miscellaneous. 


Fourth species.—Body of a lengthened ovoid form; its anterior 
and posterior parts furnished with wtbretiones cilia; movements slow ; 
length =1,th of a millimetre, breadth 75th. 

Fi ahs ‘species. —Form spheroidal ; bd arn cilia over the entire 
surface of the body; rotatory movements rapid; ;/;th of a millime- 
tre in diameter. 

Sixth species.—This animalcule has some degree of resemblance 
to the form of the heart of certain tortoises; carapace flattened and 
having three notches or indentations, two of which ave furnished 
with bundles formed of large vibrating cilia; breadth ;4,th of a mil- 
limetre. 

Seventh species.—A monad of the ;j5th of a millimetre. The more 
or less hard and moulded alimentary matters contained in the latter 
portion of the contracted colon and in the rectum furnish nothing 
but the carapaces of all these animalcules. 

3. The Dog has in its stomach two species of Monads. 

First species.—Body pyriform, ending in a little tail; the upper 
surface of the body convex, the under flattened; movements very 
brisk; length ;5ths of a millimetre, breadth ith. 

Second species.—Body filiform; the to-and-fro movements per- 
formed slowly ; length 2j5th of a millimetre. ‘The duodenum and 
the anterior third of the middle region of the narrow bowel contain 
some of these monads. The last third portion, the jejunum, the 
cecum, the colon and the rectum, do not furnish any. 

4. The Pig has but one species of animalcule in its stomach ; 
form flattened, oval; the hinder part ending in a conical tail; the 
thin edges of the Seg furnished with vibrating cilia; movements 
very brisk ; length ;25ths of a millimetre, breadth sigth. This ani- 
malcule greatly resembles the Monadina of Ehrenberg. 

The small intestines do not contain any of them. 

5. The animalcules of digestion are born, live and swim in the 
acid liquid contained in the stomach. By placing the stomachal 
matters in glass tubes kept at a constant temperature of from 30° to 
35° centigrade, they may be kept alive for two or three hours, and 
more. 

6. The very great number of these animalcules in the first two 
stomachs of ruminants, the presence of their empty carapaces in the 
third, in the fourth, and in the excremental matters, their equally 
great number in the ceecum and dilated colon of the horse, as also 
the existence of their empty carapaces in the contracted colon and 
rectum, lead us to conclude that the organic matter of these ani- 
malcules is digested in the fourth stomach of the ruminants, that it 
is absorbed in the contracted colon of the horse, and that in both 
bowels it supplies an animal matter for digestion. 

7. The consequence, then, of this fact is, that although the her- 
bivorous animals, as the sheep and the horse, in a state of nature, 
take only vegetable matters into their stomachs, nearly a fifth part 
of these matters is destined to give birth and sustenance to a great 
number of animals of inferior development, which, digested in their 
turn, will contribute some animal matter to the general nutrition of 


Miscellaneous. 157 


these two herbivorous animals; a consequence rendered more pro- 
bable by the fact, that in the dog and the pig, which feed on both 
animal and vegetable substances, the animalcules are minute, of one 
or two species only, and not at all numerous. 


DEVELOPMENT AND PROPAGATION OF SERPENTS. 


The young, on leaving the egg, usually differ from their parents, be- 
sides their size, by a system of colouring more vivid and more con- 
trasted, by a head more blunt and more rounded, by the largeness of 
the eyes, and by the less perfect state of the epidermis and its ap- 
pendages. They are, however, provided with teeth perfectly resem- 
bling those of the adult, of which they are ready to make use; and 
the venomous kinds, instructed by instinct with the power of their 
weapons, alternately elevate and lower their fangs, and defend them- 
selves against attacks with that fury which is innate in their race. 
It was long believed that the tail of the young was shorter in pro- 
portion to the trunk than in the adult, and that this member pre- 
sented consequently in them a smaller number of subcaudal plates. 
If this were the case, we must suppose that new plates develope 
themselves with age; but as the number of plates corresponds to the 
number of vertebre, we must equally suppose the production of new 
osseous pieces, as is seen in the Julus, a circumstance little probable 
in animals so high in the scale of being as those of which we treat. 
Besides, the researches which I have made on this subject have proved 
the contrary ; since among a great many individuals the young did 
not show any difference from the adults in the number of plates but 
what might be considered as accidental. To be sure of the fact, I 
-have repeated these observations on a great number of the most dis- 
similar species, and have always obtained the same results. 

Shortly after their birth, the young Ophidians undergo their first 
moult. This operation is repeated in our climate, according to the 
observations of Lenz, five times in the year, viz. every month from 
the end of April to the beginning of September; whence it results, 
that there is no casting of the skin during the hybernation. It would 
be very interesting to know how many moults serpents undergo in 
warm climates, where the state of sleep does not take place. A state 
of domesticity, a mode of life little natural to these animals, remark- 
ably influences the functions of the skin, the epidermis of which does 
not renew itself in fixed and determinate periods ; ‘frequently this 
operation is very long and so painful that the animal suffers much, 
or it is sometimes followed by death. In order to reject the old epi- 
dermis, which begins to detach itself at the head, and especially 
along the borders of the lips, the serpent passes itself through 
mosses, grasses, or heath, and contrives, by means of slow and con- 
tinued movements or frictions, to disengage gradually the exterior 
layer of the skin, which is already replaced below by a new epidermis. 
The spoils thus removed are found inverted from one end to the 
other, forming a sac with a reticulated surface more or less diapha- 
nous, more wide than the body of the snake, because of the dilata- 


158 Miscellaneous. 


tion of the membranous intervals, and presenting, with the exception 
of the mouth and nostrils, no other orifice than the anus; for it is 
well known that the hemispherical membrane which protects exte- 
riorly the globe of the eye is part of the integuments, and comes off 
along with the rejected skin. This skin, at first soft, soon dries, 
and is easily preserved in cabinets; but it is rare to find it entire, 
because it is often torn in the operation we have described. We 
possess some specimens of several foreign species which prove that 
the moulting is produced in the same manner in all serpents.—From 
Dr. Schlegel’s Essay on the Physiognomy of Serpents, translated by 
Dr. Traiil. 


ON A NEW SPECIES OF HHZMATOZOON, TRYPANOSOMA SANGUINIS. 
BY M. GRUBY. 


This new species of parasite, which is extremely remarkable from its 
form and its motions, occurs in the blood of living adult frogs during 
the spring and summer months. Its elongated and flattened body 
is transparent, and in shape resembling an auger; its cephalic por- 
tion terminates in long minute filaments ; its caudal portion also ter- 
minates in pointed filaments. ‘The length of the animal is from forty 
to eighty thousandths of a millimetre, its breadth from five to ten: 
the cephalic filamentary portion is endowed with the greatest mobi- 
lity; the length of the cephalic filaments is from ten to twelve 
thousandths of a millimetre; its body is elongated, flattened and 
dentated like the blade of a saw the whole length of one of its mar- 
gins ; it is smooth, and turned continuously twice or thrice round its 
axis like a gimblet or corkscrew, for which reason I propose to call 
this Heematozoon Trypanosoma. 

The locomotion of the Trypanosoma is very remarkable ; the rapi- ~ 
dity with which it moves every part to produce the motion around 
its longitudinal axis, 7. e. the boring movement, and then the address 
which it shows in avoiding every obstacle it meets in its course, is 
admirable : we may count four revolutions around its axis in a second, 
or 14,400 in an hour. 

When this animal is still, it contracts so as to form a compact and 
smooth cylinder, one end of which is rounded, while the other ter- 
minates ina brush. At first sight it appears to be quite a different 
animal, so much is its form changed; but on observing it when it is 
in the act of contracting itself, it is seen to place itself so that the 
smooth margin of its body shall form the surface and the rounded 
end of the cylinder, while the appendages are partly inclosed and 
pressed in the interior of the cylinder, and moreover form with their 
elongated points the other extremity, which has the appearance of a 
brush, 

The Trypanosomata of the blood are not so common as the Milarie ; 
they occur in two or three out of a hundred frogs, and in each drop 
of blood will be found two or three Tirypanosomata. They are some- 
times met with in the blood of frogs along with Filarie, but these 
latter are always more numerous, Young frogs have no 2’rypanoso. 


Meteorological Observations. 159 


mata in the blood; they are more frequently met with in the blood 
of the females than of males. 

These observations, in connexion with those of MM, Valentin* 
and Gluget, place beyond doubt the existence of different species of 
animalcules in the blood of cold-blooded animals. ‘Their peculiar 
form, and the motions with which they are endued, prove that these 
animalcules are peculiar to the blood, and not animalcules of some 
tissue, carried by chance into the current of the circulation; and a 
proof not less conclusive is, that they are never met with in any 
solid substance of the animal, ‘The organs of the frogs in which they 
oceur, examined attentively, exhibit no pathological lesion. ‘These 
animals even present no symptoms whatever of any disease; and as 
it is ordinarily in the adults that they occur, their presence in the 
blood must be attributed to a peculiar and physiological state of the 
animals.—Comptes Rendus, No. 20 for Nov, 1843, p,1138. 


* M. Valentin discovered a peculiar Heematozoon in the blood of a Salmo, 
which he supposes to belong to the genus Amoeba of Ehrenberg. 

+ M. Gluge observed in the heart of a frog a peculiar animalcule with 
three lateral appendages. See ‘ Annals,’ vol, x. p.49, where are also de- 
tailed the observations of M. Vogt on Filaria in the blood of frogs. The au- 
thor’s paper on Filari@ in the blood of a dog will be found at p, 403, vol. xi. 


ae dD. 


METEOROLOGICAL OBSERVATIONS FOR DECEMBER 1843, 

Chiswick,— December 1, Overcast: clear. 2, Frosty haze: very fine: hazy. 
$. Hazy: cloudy and mild. 4, Drizzly. 5. Cloudy and fine. 6. Clear and 
fine. 7, Drizzly, 8. Very fine. 9. Foggy. 10. Foggy: fine. 11. Very fine. 
12. Dense fog, 13. Foggy: hazy clouds. 14, Clear and fine. 15, 16, Fine, 
with clouds. 17, Slight haze : clear and fine; foggy. 18. Foggy, 19, 20. Hazy. 
21, Overcast, 22. Very fine ; thickly overcast. 23, Cloudy and mild. 24. Clear 
and fine. 25, Hazy: overcast. 26, Drizzaly: foggy, 27. Hazy. 28, Cloudy 
and fine; hazy. 29, Hazy. $0. Overcast: rain, $1. Cloudy: squally with 
rain.— Mean temperature of the month 2°26° above the average, 


Boston. —Dec.1, Cloudy. 2 Fine. 38. Fine, beautiful halo round the moon 
eight o'clock r.m. 4. Fine. 5. Cloudy. 6. Fine. 7. Rain. 8. Fine. 9. Fine: 
raine,M, 10. Foggy. 11,12. Cloudy. 13. Foggy. 14. Fine. 15. Fine: 
rain early a.m, 16, Cloudy, 17, Fine. _18—20, Foggy. 21. Cloudy. 22— 
24, Fine. 25—28, Foggy. 29, 30. Cloudy. 31. Fine.—N.B. This is the 
driest month since February 1832. 


Sandwick Manse, Orkney.— Dec. 1, 2, Cloudy. 3, Drizzle. 4. Fine. 5, 6. 
Heavy showers. 7, Rain: showers, 8. Showers; clear, 9. Cloudy. 10, 11. 
Cloudy: clear, 12, Clear, 13, Cloudy. 14, Cloudy; heavy showers. 15, 16. 
Showers. 17. Drizzle. 18, Showers, 19, Cloudy: fine. 20. Fine. 21. Fine; 
cloudy: fine, 22, Showers; fair: showers. 23. Showers: fair: damp. 24, 
25. Clear; fair. 26. Damp: drizzle. 27, Clear: fine. 28. Clear, 29. Cloudy. 
g0, Rain: drizzle. 31. Showers; hail-showers. 


Applegarth Manse, Dumfries-shire.—-Dec. 1. Hoar frost. 2. Thick fog. 8—7. 
Showers. 8, Fair. 9. Fogandrain p.m. 10—13. Cloudyand rain. 14. Fair. 
15, Slight shower, 16. Fair, 17. Fairand fine, 18, Fair though dull; shower 
P.M, 19, Fair, 20. Showery. 21. Fair, but thick fog. 22. Very wet and 
stormy. 23, Slight showers.. 24, Slight showersa.m. 25. Showers, 26. Rain 
vr.M. 27. Fair, but cloudy. 28. Slight showers. 29, 30. Fair. 31, Rain. 

Mean temperature of the month .............. beherbvenacas 46°°4 
Mean temperature of December 1842 ..........eseeseeeees 46 O05 
Mean temperature of spring-water ....... svevececceveceves 46 *h 


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THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 


No. 83. MARCH 1844. 


-— 
a 


XXI.—Description of a new Genus of Nudibranchiate Mollusca, 
with some new Species of Kolis. By JosHua ALprER and 
AtBANY Hancock, Esqrs. 


{ With a Plate. ] 


A.tHoueH the British Fauna has been investigated more care- 
fully perhaps than that of any other country, fortunately for the 
naturalist of the present day, much still remains to reward his 
search, especially among the Marine Invertebrata of our island : 
of this the Nudibranchiate Mollusca afford a striking example, 
the number of known British species having been nearly doubled 
within the last few years. We now have the pleasure of offering 
a further contribution to the knowledge of this interesting tribe. 


Gen. VENILIA*. 


Body \imaciform, ovate-oblong, depressed, tapering to a point 
behind. Head anterior and inferior, covered by a semicircular 
veil; mouth with a pair of corneous jaws. Tentacula 4, linear, 
non-retractile ; 2 dorsal, erect, and 2 small oral ones attached 
to the sides of the veil. Branchie papillary, elongated, ar- 
ranged on a projecting margin down each side of the back, 
with a few papille extending round the head in front of the 
dorsal tentacula. Anus posterior, on the medial line of the 
back. Aperture of the generative organs on the right side. 


This curious animal unites several of the characters of the two 
principal divisions of the order Nudibranchiata, and may be con- 
sidered, in some respects, intermediate between them. In its 
general appearance it reminds us at once both of Kolis and Eu- 

locamus. With the latter it agrees in general form, and in the 
broad, flattened back, produced at the sides, and surrounded by 
appendages which are continued round the front of the head. 
The form of the head and veil is also similar; and the posterior 
dorsal position of the vent indicates a still nearer approach to 
this and the other genera of the family Doride, from all of which 


* The name of a wife of Neptune. 


Ann. & Mag. N. Hist. Vol. xiii. 'M 


162 Messrs. Alder and Hancock on a new Genus 


however it differs in the absence of branchial plumes round the 
latter organ *. 

Its true position appears to be in the family Tritoniade and 
next the genus Holis, with which it agrees in the form, character 
and position of the branchive and of the dorsal tentacula, and in 
the possession of corneous jaws, and of a true gastro-vascular 
system. Its form is ovate-oblong, tapering to a point behind ; 
without cloak, but having a projecting margin down the sides of 
the back making an approach to the pallial form. The head is 
anterior and inferior, covered by a small semicircular veil, from 
the sides of which arise two short tentacula, held laterally. The 
dorsal tentacula are linear, erect, and non-retractile ; without 
sheaths ; behind them are the eyes. The branchiz are papillary, 
and are arranged on the projecting margin down each side of the 
back. These are united by similar processes continued round the 
head in front of the dorsal tentacula. The anus is tubular, 
situated on the medial line of the back near the posterior termi- 
nation of the branchiz, without plumes. Behind this the flat- 
tened portion of the back terminates and the body tapers down 
to the tail. The foot is rather expanded at the edges and pro- 
duced posteriorly. The aperture of the generative organs, which 
are of the usual form, is on the right side. 

The corneous jaws (present in nearly all the genera of Trito- 
niade, but, as far as we know, never found in the Doride) are 
largely developed in this genus, and assume a very complicated 
structuret. Each jaw (Pl. II. fig. 3 and 4) consists of a pair 
of triangular plates, united down the sides and open behind. At 
the anterior angle is a third plate, not quite one-third the size of 
the others, which forms a kind of cap over that end, the poste- 
rior edge standing out considerably from the surface. Under- 

neath each of the larger plates, at the same end, arises another 
- expansion forming a small segment of an arch. These are united 
to each other by a corneous strap, which binds the jaws together 
in front, and acts as a spring to keep the cutting edges asunder 
when the muscles are relaxed. The whole exposes a large sur- 
face with many points of support for the insertion of the muscles, 
indicating the powerful character of these instruments of destruc- 
tion and the rapacious habits of the animal. The jaws are placed 
nearly horizontally within the mouth. Beyond them is a strap- 

* We have been kindly favoured by J. E, Gray, Esq. of the British Mu- 
seum with Leuckhart’s description of his genus /dalia, to which this bears, 
at first sight, a considerable resemblance. The same characters, however, 
ya distinguish it from ELuplocamus will also sufficiently distinguish it from 

aa. 

+ The anatomical details, necessarily taken from a single species, may 


possibly be found to require some slight modification should additional spe- 
cies he discovered. 


and some new Species of Nudibranchiate Mollusca. 163 


shaped tongue (fig. 5) thickly covered with transverse rows of 
hooked spines (fig. 6), with the points turned backwards. The 
stomach is situated rather backward and low in the body. The 
gastro-vascular system (fig. 7) passes out of it im several direc- 
tions, dividig and branching into the papille. The vessels which 
pass into the branchial papille are in the form of blind sacs 
(fig. 8 a, and fig. 9), having no ovate vesicle communicating ex- 
ternally through the end of the papilla as in Eolis. A large vessel 
(fig. 8 5), however, is observable enveloping the former and ex- 
tending the whole length of the papilla, through which the blood 
probably circulates. In other respects the internal anatomy of 
this little animal, as far as we could make it out from the exami- 
nation of a single specimen, appears to agree with that of Kolis, 
excepting in the position of the alimentary canal and the poste- 
rior dorsal anus. The heart is placed much further back than in 
Eolis, and nearer the position which. it occupies in the Doride. 
When examined under the compressor of a microscope the audi- 
tory capsules (fig. 10) were observed in the usual position, con- 
taining nearly thirty otolites. 

The species for which it has become necessary to form this 
new genus we have called 


V. mucronifera.—Yellowish brown on the back, marbled and 
spotted with darker brown. Dorsal tentacula tuberculated. 
Branchia ovate, crystalline, covered with tubercular points ; 
set in twelve transverse rows of three papillc each on the sides 
of the back, with four large papille in front. 


It is nearly half an inch long. The back and dorsal tentacula 
are of a pale yellowish brown colour, clouded and freckled with 
darker brown, and sprinkled with minute white spots. The rest of 
the body is of a hyaline white, nearly colourless, having a few small 
brown spots on the head and on the margin of the foot, mixed 
with more numerous opake white ones. The back is depressed 
and slightly roughish ; the sides smooth and rather concave. The 
veil is small and strongly notched in front; from its sides arise 
two small cylindrical oral tentacula. The dorsal tentacula are 
linear, subconical, and covered with tubercular points. The 
branchiz are ovate or inversely pear-shaped, produced into blunt 
points at the apex, and having rather distant tubercular points 
over the whole surface, giving the more slender of them a pin- 
nacled appearance. They are very crystalline and almost colour- 
less, having only a small yellow tube with undulated margins in 
the centre, and are sprinkled with numerous opake white spots 
over the surface. They are set along the projecting sides of the 
back in about twelve ill-defined transverse rows of three papille 
each, very close at the base ; those next the back being large and 
inflated, the exterior ones very small: two larger than the rest are 


M2 


164 Messrs. Alder and Hancock on a new Genus . 


placed posteriorly. These lateral rows are united anteriorly by 
four large elliptical tuberculated papille, passing round the head 
in front of the dorsal tentacula on the same line with the branchiz. 
Five smaller ones alternate with these below. The foot is deeply 
grooved in front and bilobed; the sides rounded; it tapers to 
a fine point behind. 

_ A single perfect specimen of this very curious little animal was 
obtained by dredging in shallow water at Malahide, near Dublin, 
in September last, adhering to the common sponge (Halichondria 
panicea), which is there found in very large masses. It turned 
sickly soon after it was caught, and during the first night lost se- 
veral of its larger appendages. It revived however afterwards, 
and lived with us two or three weeks, during which time many 
of the branchiz were reproduced and grew very rapidly. The 
papille in front of the head, which were among the parts that had 
fallen off, never re-appeared, but fortunately a sketch of them had 
been taken when perfect. As they were observed not to contain 
the central coloured vessel, they were probably not connected 
with the gastro-vascular system. From not having examined 
them under the microscope, we are unable to say whether or not 
they performed the office of branchiz. On the papille down the 
sides, however, vibratile cilia were detected. 

At the same time with the above, the two following new species 
of Eolis occurred. 


E. alba.—Body very slender, pellucid, white, with a faint tinge 
of yellow from the viscera shining through. Dorsal tentacula 
smooth, approximating at the base, dark brown and slightly 
tapering for about two-thirds up, where there is a bulb or 
button-like expansion, above which they are white and more 
slender, terminating in a blunt poimt. Oral tentacula long, 
white, tapering to afine pomt. Branchie linear-oblong, opake 
white, with a dark olive-coloured ring near the termination, 
having another circle of opake white above it. They are set in 
five or six distant clumps down the sides; the opposite ones 
approaching each other in the centre and having a ruff-like ap- 
pearance. The first two clumps contain two rows of six or seven 
papille each ; the rest are in single series decreasing towards 
the tail. Foot linear, pellucid, the anterior angles produced 
into long, slender tentacular processes, terminating posteriorly 


- ina fine point. Length half an inch. 


This is an extremely graceful animal. ‘Two specimens were 
obtained. 


E. Farrani.—Body slender, transparent white, with a delicate 
tinge of yellow ; a few spots of bright orange occur on the head 
and back, and a streak of the same colour at the tail. Dorsal 


and some new Species of Nudibranchiate Mollusca. 165 


tentacula rather long, smooth, nearly linear, the lower portion 
transparent white, the upper orange. Oral tentacula about 
half the length of the dorsal ones and of the same colour. 
Branchie elliptical, inflated, of a pale straw-colour, with a ring 
of orange near the apex ; set in nine or ten transverse rows of 
three or four papillee each on the sides ; those nearest the centre 
of the back large and much inflated, the side ones small. Foot 
linear, transparent ; the anterior portion not produced into 
angles. Length four-tenths of an inch. 


A single individual only of this pretty species was found with 
the preceding. We have named it after Dr. Farran of Dublin, a 
gentleman well known for his love of natural history, and for his 
fine collection of Irish shells. To his kindness we are indebted 
for the opportunity of procuring these interesting additions to 
the British Fauna. 


We add the descriptions of four new species of Kolis found at 
Cullercoats, Northumberland*. 


E.. angulata.—Body depressed, subangulated, broad in front and 
terminating rather abruptly behind, of a pale pellucid orange. 
Dorsal tentacula short, conical, obtuse, orange tipped with 
white. Oral tentacula rather longer than the dorsal, white. 
Branchie cylindrical, rather long, obtusely pointed, orange co- 
loured with white apices, the surface covered with opake white 
blotches ; arranged in ten or twelve close-set rows of about five 
papillz each on the sides, leaving a broad naked space on the 
back. Foot broad, produced into lateral angular points in front, 
and suddenly tapering to a point behind. Length four-tenths 
of an inch. 


On a stone brought in from deep water by the fishermen. 


£. Northumbrica.—Body slender, transparent white tinged with 
green. Dorsal tentacula rather long, truncated, irregularly 
ringed in the upper portion, and tipped with white. Oral ten- 
tacula smooth, of the same length and colour as the dorsal 
ones. Branchie subclavate, dark green with white tips; set 
in nine distant transverse rows of three to five papille each 
down the sides of the back. Foot slender, not much produced 
behind ; the anterior portion slightly angulated. Length not 
quite three-tenths of an inch. 


On a coralline from deep water. 

This species differs from the Montagua viridis of Forbes in not 
having the papille continuous across the back, m having nine 
rows of these instead of five, and in some other minor characters. 


* Three of these were described and drawings of them exhibited at the 
British Association Meeting at Manchester in 1812. 


166 On some new species of Nudibranchiate Mollusca. 


E. gracilis.— Body very slender, pellucid white. Dorsal tentacula 
very long, linear, transparent, the upper portion opake white. 
Oral tentacula of nearly equal length with the dorsal ones. 
Branchie \ong, slender, elliptic-oblong or nearly linear, of a 
ginger-orange colour, with a minute ring of opake white near 
the apex; arranged in four or five clusters down each side of 
the back. The first cluster contains seven papille, the others 
diminishing gradually in number. vot long and slender, 

- extending considerably beyond the branchiz behind ; the ante- 
rior angles much produced and tentacular. Length nearly 
half an inch. 


Found under a stone between tide-marks. A very delicate and 
graceful species. 


E. violacea— Body short, white. Dorsal tentacula moderately 
long, linear and obtuse, pale fawn-coloured. Oral tentacula 
short, thickish and linear. Branchie elliptic-oblong, inflated, 
semitransparent white, with a linear central vessel of a violet 
colour, the apices encircled by a ring of opake golden yellow. 
They are set in ten or twelve indistinct transverse rows of three 
or four papille each on the sides; those next the back large, 
long and inflated, the side ones very small. They extend for- 
ward as far as the dorsal tentacula. Foot rather short, not 
extending much beyond the branchie, the front portion a little 
enlarged and rounded. Length three-tenths of an inch. 


On a coralline from deep water. 


EXPLANATION OF PLATE II. 


Fig. 1. Venilia mucronifera, viewed from above. [The line on one side 
shows the natural size. ] 
Fig. 2. Portion of the under side of the same, showing the head and veil. 
Fig. 3. Corneous jaws, upper side. 
Fig. 4. The same, under side. 
a. Large plates united down the sides. 
b. Small plate. 
e. Arch supporting the corneous strap d. 
e, Cutting edge. 
Figé5. Tongue. 
Fig. 6. Two spines of the same, more highly magnified. 
Fig. 7, Stomach and gastro-vascular system. 
a. Cisophagus. 
b. Intestine leading to the anus. 
The junction of the vessels with the stomach, where marked with 
dotted lines, could not be very distinctly made out. 
Fig. 8. One of the branchial papille. ; 
a. Central vessel connected with the gastro-vascular system. 
b. or Yes vessel inclosing it and reaching the whole length of the 
papilla. . 
Fig. 9. Central vessel, more highly magnified. 
Fig. 10. Auditory capsule and otolites, 


Dr. O’Bryen Bellingham on Irish Entozoa. 167 


XXII.— Catalogue of Irish Entozoa, with observations. By 
O’Bryen Betiinenam, M.D., Fellow of and Professor of 
Botany to the Royal College of Surgeons i in Ireland, Member 
of the Royal Zoological, Geological and Natural History So- 
cieties of Dublin, &c. 


{Continued from p. 105.] 


Order 1. NEMATOIDEA. 
Genus 8. AscaRIs. 
(Derived from doxapifw, salio.) 

Body cylindrical and elastic, attenuated more or less at the extre- 
mities. Mouth terminal, provided with three tubercles, one of 
which is superior, two inferior. Anus a transverse cleft close to 
the posterior extremity. Male organ a double spiculum without 


any sheath. Female organ opening externally about the biter 
of the anterior with the middle third of the body. 


The name Ascaris was given to this genus by Linnzus on ac- 
count of the liveliness of the motions of some of the species, and 
it has been adopted by all zoologists since. The species are very 
numerous, 140 being enumerated by Rudolphi in his ‘ Synopsis.’ 
They occur in mamuialia, birds, reptiles and fish; their most 
common habitat is the alimentary canal. 

Rudolphi has made three divisions of the genus. 

The first contains the species which are equally attenuated at 
each extremity. 

- The second, those in which the anterior extremity has a greater 
diameter than the posterior. 

The third, those in which the posterior extremity has a greater 
diameter than the anterior. 

Each of these divisions Rudolphi has again subdivided accord- 
ing as the head is provided with lateral membranes (what he 
calls winged), or as this part is naked or destitute of these ap- 
pendages. 


Corpore utringue equaliier attenuato ; capite nudo. 
1. Ascaris lumbricoides*. Small intestines of man (Homo). 


at 


* The Ascaris lumbricoides (or common round worm of the human 
intestines) has been known longer than any other species of Ento- 
zoon; it is included in Pennant’s and Turton’s list of the British 
species ; it is not peculiar however to the human subject, for it oc- 
curs also in the intestines of the ass, wild-boar, pig and ox : the spe- 
cies found in the horse, although for a long time confounded with it, 
and resembling it in some points, is now known to be distinct. 

The Ascaris lumbricoides inhabits the small intestines of the human 
subject ; the female is much Jarger than the male, and_is much more 


168 Dr. O’Bryen Bellingham on Irish Entozoa, 


9. { Ascaris megalocephala *,(Cloquet). { Small intestines of horse 
a { Equi (Turton) ........ (E£quus Caballus). 
- Ceca of partridge (Perdizx cinerea). 
Ceca of quail ( Perdix Coturniz). 
Ceca of pheasant (Phasianus Colchicus). 
— vesicularist < Czeca of chicken (Gallus domesticus). 
; Ceeca and rectum of shieldrake (Tadorna Bel- 
lonii). 
| Ceeca of peacock (Pavo cristatus). 


common ; this species is more frequently met with in early life than 
in the adult, and is said to have been found in one-fifth of the indi- 
viduals examined between the ages of three and ten; it is very rare 
in old age. In ninety cases in which I examined the intestinal canal 
of patients who died in St. Vincent’s Hospital, Dublin, I found this 
species only twice, and then only a single specimen; the subjects were 
both adults ; of these ninety cases however only five were under ten 
years of age, the period at which this species is most frequent. The 
Ascaris lumbricoides occurs sometimes in considerable numbers, and 
its ‘size is in general in an inverse ratio to the number which exist in 
the same individual. The penis of the male is very frequently found 
projecting ; it is double, and it appears strange that so accurate an 
observer as Cloquet should have described it as being single. 

* The Ascaris megalocephala (Ascaris Equi of 'Turton’s ‘ British 
Fauna’) is a common inhabitant of the small intestines of the horse, 
and was considered by many to be identical with the Ascaris lumbri- 
coides, until M. Jules Cloquet (in a memoir which obtained the prize 
of the Royal Academy of Sciences of Paris in the year 1818) pointed 
out several material particulars in which it differs from it, and being 
satisfied that it is a distinct species, he named it Ascaris megaloce- 
phala, from the large size of the tubercles which surround the mouth; 
indeed any one who places the two species side by side must be 
‘struck with their dissimilarity. ‘Thus the body of the Ascaris mega- 
locephala is much thicker in proportion to its length, and the tuber- 
‘cles surrounding the mouth are considerably larger than in the As- 
caris lumbricoides. 'The vulva and the circular depression upon the 
body of the female are nearer the anterior extremity, the vagina is also 
longer, and the intestinal canal much larger than in the Ascaris lum- 
bricoides. . 

+ The females of the Ascaris vesicularis from the czeca of the do- 
mestic fowl resemble the female Ascaris vermicularis of the human 
subject, the posterior extremity being subulate; in the males it is 
obtuse, terminates in a short mucro, and the body at this part ap- 
pears to be edged by a lateral membrane. ‘The penis, apparently a 
single filament, projected externally in all. 

The specimens of Ascaris vesicularis from the pheasant agree with 
Rudolphi’s description of the species, except that in the females the 
body has a greater diameter anteriorly than posteriorly. The ante- 
rior extremity is inflexed, the concavity towards the abdominal sur- 


Dr. O’Bryen Bellingham on Irish Entozoa. 169 


4. Ascaris inflexa.. Small intestine of chicken (Gallus domesticus). 
Peritonzeum of sea-scorpion(Cottus Scorpius). 
Peritonzeum of dab (Platessa Limanda). 
P fh bie Peritoneeum of pipe-fish (Syngnathus Acus). 
; Peritonzeum of pouting (Gadus luscus). 
Stomach and intestines of sturgeon (Aci- 
penser Sturio). 
6 wee Stomach of skate (Raia Batis). 
— Peritoneum of cod (Gadus Morrhua). 
- pemee eh (Esophagus and posterior nares of seal por 
; th: vitulina). 
Small intestine of frog (Rana temporaria). 
8. acuminata *< Small intestine of water-newt (Triton palus- 
tris). 
Capite alato. 
9 Ascaris marginata+.. {Small intestine of dog (Canis fami- 
: Canis (Turton) liaris). 
triquetra .... Small intestine of fox (Canis Vulpes). 


il. if mystaxt .. Stomach and small intestine of cat 
aon Felis (Turton) (Felis maniculata). 

(Small intestine of moor-buzzard (Bu- 
teo rufus). 

Small intestine of sparrow-hawk (Ac- 
cipiter fringillarius). 

Small intestine of eared owl (Otus vul- 

| garis). 


depressa ga 


eS 


face ; in the males it is in the opposite direction. The posterior ex- 
tremity of the body of the female is subulate; in the male it is more 
abrupt, but ends in an exceedingly fine and short mucro. The penis, 
which appeared to be single in some, double in other specimens, was 
commonly protruded. The males and females are very nearly of the 
same length, viz. 44 lines ; their colour is white. The cesophagus is 
long, straight, and nearly of the same diameter until it joins the 
stomach, where it increases in size; the stomach is globular or pyra- 
midal. The intestine is straight, diminishes slightly in diameter pos- 
teriorly ; it is surrounded by the convolutions of the ovary, which are 
ven in the male it is surrounded by a shorter spermatic tube. 

* The Ascaris acuminata is very common in the small intestine of 
the frog (Rana temporaria): I have found a species in the intestinal 
canal of the common water-newt (Triton palustris) which appears to 
be identical with it. The longest measure 8 lines; they are very 
slender, colour white, equally attenuated at each extremity. The 
posterior extremity is acuminate, the mucro long and somewhat tri- 
angular ; the head is obtuse, the tubercles of the mouth distinct. 

+ The Ascaris marginata is probably the Asc. Canis of Turton’s 
‘ British Fauna ;’ it is very common in the small intestine of the dog. 
{ The Ascaris mystaz is the Asc. Felis of Turton and Pennant, who 


170 Dr. O’Bryen Bellingham on Irish Entozoa. 
Small intestine of blackbird (Turdus Me- 


‘ ‘ rula). 

en ee eHLe of missel-thrush (Turdus 
viscivorus ). 
14. nigrovenosa* Lungs of frog (Rana temporaria). 
15 teat Intestines of herring (Clupea Harengus). 

; "*** | Intestines of salmon-trout (Salmo Trutia). 
16. angulate .. Ebpaoon of fishing-frog (Lophius pisca- 

orius). 


Parte antica crassiore ; capite alato. 
17. Ascaris vermicularis $ Large intestine of man (Homo). 
18. obvelata§ .. Czecum of mouse (Mus Musculus). 
19. maculosa .. Smallintestine of pigeon(Columba Livia). 


describe the head as having a white oblong vesicle upon each side. 
It is extremely common in the stomach and small intestine of the 
domestic cat. 

* The Ascaris nigrovenosa, named so from its colour, is not un- 
frequent in the lungs of the frog (R. temporaria). ‘This species is 
described as being viviparous: I have not observed that it is so; on 
some occasions, when cut across, I have seen a number of bodies 
resembling ova protruded, which were white and oblong, but hardly 
visible to the naked eye. 

+ The Ascaris acus from the intestine of the salmon-trout (Salmo 
Trutta) lived in water for some days after being removed; they are 
aninch and upwards in length, white, slender, and very elastic: the 
alee of the anterior extremity are very narrow and appear to be cre- 
nate. The tubercles of the mouth are prominent and of a moderate 
size; the posterior extremity is sharp and subinflected in the male ; 
the male is shorter and slenderer than the female. 

t The Ascaris vermicularis, maw or thread-worm of English wri- 
teve (Oxyuris vermicularis of Bremser), is the smallest species which 
inhabits the intestinal canal of the human subject, and has been 
known from a very remote period. It inhabits only the large intes- 
tine : the male is extremely minute and very rare ; the female is much 
larger in proportion, and is very common. ‘The three tubercles which 
surround the mouth and characterize the genus _are minute, and if 
the specimen has been kept in spirits for some time, indistinct; in- 
deed Bremser, from not having been able to distinguish these parts, 
and from the general resemblance of the animal to the Oxyuris am- 
bigua of the rabbit, has removed it from the genus Ascaris ; while 
Rudolphi, an equally high authority, has retained it in this genus, 
and succeeding writers have referred it to the genera Oxyuris or As- 
caris, as they followed Rudolphi or Bremser. I have on several 
occasions satisfied myself that it is an Ascaris, and consequently 
Bremser was mistaken in placing it in the genus Oxyuris. 

§ The Ascaris obvelata is a rare species ; it resembles generally the 
Ascaris vermicularis of the human subject, and like it inhabits chiefly 


Dr. O’Bryen Bellingham on Irish Entozoa. 171 


Capite nudo. 
20. Ascaris dentata. Intestine of bearded loach (Cobitis barbatula). 


Parte postica crassiore ; capite nudo. 
21. Ascaris brevicaudata*. Large intestine of frog (Rana temporaria). 
(QGésophagus and crop of cormorant 
(Phalacrocoraxr Carbo). 
— spiculigera} | Crop of crested cormorant (Phalacro- 
22 


Carbonis <  coraz cristatus). 

(Turton) ...... | Crop of Mergus Merganser. 

(Esophagus and crop of pomarine skua 
(Lestris pomarinus). 


the czecum; the tubercles of the mouth are however more distinct. 
The vagina is prominent, seated nearer the anterior than the poste- 
rior extremity of the body; the posterior extremity is subulate and 
incurved in some specimens. In none of my specimens was I able 
to distinguish the lateral membranes of the head. 

* The Ascaris brevicaudata is not unfrequent in the large intes- 
tine, and in the small intestine near the large of the frog (Rana tem- 
poraria). In the months of June and July I have kept this species 
alive for four days in a vessel of water, When first placed in it they 
moved about very briskly, and many of the females soon protruded 
numerous young; these were expelled singly from the vulva and im- 
mediately began to move about; they were white, very small, and 
hardly visible to the naked eye; hence the Asc. brevicaudata is vivi- 
parous. 

The females of this species are about 34 lines in length, the males 
from 2 to 23 lines; the body of the male is nearly of the same dia- 
meter throughout ; in the female it is slightly thicker posteriorly ; 
they are short and thick in proportion to their length, the male being 
slenderer than the female. In both sexes the posterior extremity 
terminates in a short mucro; in some of the males this is curved in- 
wards, in others it is straight. The penis does not project in any of 
the males, but a short tube does in several; no lateral membrane is 
visible on the head. 

This species appears to be perfectly distinct from the Ascaris acu- 
minata which occurs in the small intestine of the same animal ; lst, 
in being viviparous; 2nd, in not being equally attenuated at each 
extremity, and in being short and thick in proportion to its length ; 
the Ascaris acuminata is double the length and more slender, and the 
mucro which terminates the body is long. 

+ The Ascaris spiculigera is the Ascaris Carbonis of Turton and 
Pennant, and is very common in the crop of the cormorant (Phala- 
crocorax Carbo and cristatus) ; it sometimes occurs in immense num- 
bers. It has probably been named spiculigera from the length of the 
penis of the male, which is generally found projecting. On one oc- 
casion I found this species firmly adherent by the anterior extremity 
to the mucous membrane of the crop ; this was the only instance in 
which I met with an Ascaris adherent ; they are almost always free 
in the alimentary canal. 


172 Dr. O’Bryen Bellingham on Irish Entozoa. 


(Cksophagus of Colymbus septentrionalis. 
Cisophagus and crop of kittiwake gull (La- 
23. Ascaris variegata < rus tridactylus). 
(isophagus and crop of razor-bill (Alca 
Torda). 
iiilbusies tate { oer) and intestine of trout (Salmo 
labiata.. Intestines of eel (Anguilla acutirostris). 
(Peritonzeum of herring (Clupea Harengus). 
ae of lump-fish (Cyclopterus Lum- 
pus). 
Peritonzeum and intestine of salmon (Sal- 
mo Salar). . 
\ Peritonzum of cod (Gadus Morrhua). 
Peritoneum of whiting (Merlangus vul- 
garis). 
Peritonzeum of hake (Merluccius vulgaris). 
Peritoneum of ling (Lota Molva). 
Peritonzeum of holibut (Hippoglossus vul- 
capsularia* < —garis). 
Peritoneum of turbot (Pleuronectes mazi- 
mus). 
Peritonzum ofconger-eel(AnguillaConger). 
Peritonzeum of frog-fish (Lophius piscato- 
rius). 
Peritonzeum of gurnard(Trigla Gurnardus). 
Peritoneum of mackerel (Scomber Scom- 
ber). 
Perth of pipe-fish( Syngnathus Acus). 
Stomach, intestine, peritoneum and gall- 
| bladder of dog-fish (Squalus Acanthias). 
Small intestine of golden plover 
(Charadrius pluvialis). 
cuneiformis. Intestine of gudgeon (Cyprinus Gobio). 


24. 
25. 


26. 


27. 
28. 


heterotira (Creplin) { 


* The Ascaris capsularia is mentioned by Rudolphi as occurring 
only in a single species of fish (the salmon), whereas I have found 
it in fifteen different species ; it inhabits almost exclusively the peri- 
toneum. ‘This species is very common in the peritoneal cavity of 
the herring (Clupea Harengus) ; it is exceedingly active, and so tena- 
cious of life, that I have kept it alive in a vessel of fresh water for 
twenty-nine days. The three tubercles which surround the mouth 
are very small; the whole tract of the intestinal canal can be seen 
through the parietes when the animal is alive, but there is no ap- 
pearance of a convoluted ovary surrounding it. The stomach is 
whiter and more opake than any other part of the alimentary canal, 
and is visible through the parietes as a longitudinal white and short 
line, which is very characteristic of this species. 


Dr. O’Bryen Bellingham on Irish Entozoa. 173 


Capite alato. 


(Intestine and peritoneum of salmon (Salmo 
Salar). 

Intestine of salmon-trout (Salmo Trutta). 

Stomach and peritoneum of cod (Gadus 
Morrhua). 

Stomach and intestine of haddock (Gadus 
Aiglefinus), 

Intestines of whiting (Merlangus vulgaris). 

29. Ascaris clavata* < Stomach and intestine of hake (Merluccius 
vulgaris). 

Stomach and intestine of whiting-pollach 
(Merlangus Pollachius). 

Intestines of coal-fish (Merlangus Carbona- 
rius). 

Stomach and intestine of conger-eel (An- 
guilla Conger). 

| Peritonzeum of mackerel (Scomber Scomber). 

Intestine of turbot (Pleuronectes maximus). 
collaris j 


Intestines and pyloric appendages of holibut 
(Hippoglossus vulgaris). 

31, ————Ttenuissima. Intestine of whiting (Merlangus vulgaris). 

— succisa .. Intestine of lump-fish (Cyclopterus Lumpus). 

alata, mihi}. Intestines of man (Homo). 


* The Ascaris clavata is mentioned by Rudolphi as occurring in 
only three species of fish ; I have found it in ten different species ; it 
is extremely common in the cod, and sometimes grows to a large 
size. This species lived in a vessel of fresh water for four days after 
being removed from its natural habitat. 

+ The species of Ascaris to which I have ventured to give the 
name Asc. alata, from the distinctness of the lateral membranes of the 
head, is very rare ; I only met with it once, and then obtained only 
two specimens. These are both females ; they measure 34 inches in 
length, and are half a line in width anteriorly, and three-fourths of a 
line posteriorly ; the anterior extremity is inflexed, the posterior 
straight. The anterior extremity is provided upon each side with a 
very distinct semitransparent membrane a line and a half in length. 
In general appearance the Ascaris alata resembles the Ase. mystaz, 
which is common in the domestic cat; it differs however in being of 
a greater diameter posteriorly than anteriorly. 

Although this species has not been previously described, it would 
appear that one closely resembling it had been already observed in 
this country. In the fourth and fifth vols. of the ‘'Transactions of the 
Association of the King and Queen’s College of Physicians’ is con- 
tained a very interesting case, in which great numbers of insects and 
their larvee were voided by a female residing in the county Cork ; 
upon several occasions the Ascaris lumbricoides, and a species re- 
sembling this, were voided also by the same female. Dr. J. V. Thom- 


174 Dr. O’Bryen Bellingham on Irish Entozoa. 


Species dubia. 
34. Ascaris. Small intestine of plover (Charadrius Hiaticula). 


35. Crop of shearwater (Proceliaria Anglorum). 

36 Small intestine of sea-swallow (Sterna Hirundo). 
37. *, Peritonzeum of loach (Cobitis barbatula). 

38. Peritonzeum of heron (Ardea cinerea). 


39. ———. (Esophagus of Mergus Merganser. 

40. ——__—+. Stomach and intestine of skate (Raia Batis). 
41. —__—. Intestine of lump-fish (Cyclopterus Lumpus). 
Small intestine of widgeon (Mareca Penelope). 


son, who examined and figured it, says it resembled the Ascaris of 
the cat, but may probably prove to be a distinct species. A full ac- 
count of this species, with a figure of the head and anterior extre- 
mity, is contained in the first vol. of the ‘ Dublin Medical Press.’ 

* This species, of which I found several specimens in the perito- — 
neum of the common loach (Cobitis barbatula), differs in many re- 
spects from the Ascaris dentata which inhabits. the intestine of the 
same animal. It is equally attenuated at each extremity, while in 
the other the anterior extremity is thicker than the posterior; the 
héad is winged, while that of the Asc. dentata is naked. ‘They are 
about three lines in length, very slender, and of a white colour ; they 
lived in a vessel of fresh water for twenty-four hours. ‘They are re- 
markable in this respect, and differ from most species which I have 
seen in the length of the lateral membranes of the head, which ex- 
tend along the anterior third of the body, and are of the same width 
throughout. ‘Lhe posterior extremity of the animal has a somewhat 
triangular shape. 

+ In the stomach and intestine of the skate (Raia Batis) J have 
found, upon different occasions, specimens of an Ascaris which differ 
somewhat from one another, and do not seem to have been pre- 
viously observed. In all the posterior extremity is thicker than the 
anterior, and the head is naked; they are about an inch or a little 
more in length ; colour very white ; the tubercles of the mouth are 
small, in some specimens slightly prominent, and appear to be sur- 
rounded by a prominent margin, which is wanting in other speci- 
mens ; the anus projects considerably in some ; at the junction of the 
anterior with the posterior three-fourths of the body, a circular con- 
traction of its diameter is observed (as in the Ascaris lumbricoides) 
in the centre of the abdominal surface of which the vulva is situated, 
in the form of a little papilla; this appearance is not to be seen in 
the specimens found at a different period. Both, however, have so 
many characters in common that they can hardly be considered to 
be distinct species. 


[To be continued. ] 


Descriptions of new species of Birds obtained near Calcutta. 175 


XXIII.—Descriptions of some new species of Birds found in the 
neighbourhood of Calcutta. By Epwarp Brytu, Esq., Curator 
to the Museum of the Asiatic Society of Bengal. 


To Richard Taylor, Esq. 
Dear Stir, November 14th, 1843. 


Tue Hindoostan steamer direct from Calcutta to Suez departs 
tomorrow, by which opportunity I shall forward the present com- 
munication. I have obtained several rare species of birds since 
penning the first part of this paper*, but only one novelty, which 
I proceed to describe. It is a gigantic species of true heron. 
Ardea nobilis, nobis. Length of a male in first plumage 50 
inches by 73 feet in alar expanse ; wing from bend 223 in. ; bill 
to frontal plumes 7% in., and to gape 9% in.; bare part of tibia 
61 in.; tarsi 10 in. ; middle toe and claw 63 im. ; hind toe and 
claw 4in. General form robust, but otherwise as in A. cinerea, 
which latter is a mere pygmy beside the new species, and the 
dimensions given of this would probably be considerably exceeded 
in a mature specimen. Colour of the upper parts pure ashy, 
somewhat darker than in A. cinerea; all the wing-coverts tipped 
with brown, denoting, with other indications, the immature dress : 
crown, ear-coverts, nape, and hind-neck to near its base a fine 
cinnamon rufous, deepest on the coronal feathers, which are elon- 
gated, but contain no slender attenuated crest-plumes, as would 
probably be the case in the adult ; nevertheless, a full massy crest 
is formed by them, the longest feathers of which measure 42 in. : 
the frontal feathers immediately over the bill are dark ashy: 
throat white ; front of the neck the same, variegated in the usual 
manner of this genus with dark ashy, passing into nigrescent 
about the angular bend of the neck: shoulder-tuft varied with 
brown, having a white mesial streak on each feather : under parts 
dull white, laterally margined with mingled brown and ashy. 
Irides pale yellow. Beak blackish, the lower mandible dull white 
except towards the tip and along the edge: cere dusky, the orbits 
and a band in front of the eye yellowish: legs blackish: labial 
feathers deeply stained with cimnamon-brown. This superb heron 
was shot on the salt-water lake above Calcutta. It is probably the 
largest of the genus, exceeding considerably, I think, an immense 
and robustly formed African heron which I saw in the collection 
of Dr. Andrew Smith. Possibly it may be the A. sumatrana of 
Raffles, ‘ Lin. Trans.’ xin. 825, vaguely described as “a large sub- 
crested heron, with long slender neck and bill (that of A. nobilis 
is by no means long and slender), of a bluish gray, variegated 


* See our last Number, page 113. 


176 Mr. E. Blyth on some new species of Birds 


with ferruginous ; white on the chin.” The most conspicuous 
feature of the bird before me is its cmnamon-coloured crown and 
hind-neck, next to its gigantic size and generally robust propor- 
tions. 

I lately described another fine heron from Arracan, which, in 
course of time, I shall probably also obtain here, by the name 

A. fusca, nobis. Size of the larger specimens of A. cinerea, 
but more robustly formed, with a much longer bill, the lower 
mandible of which inclines conspicuously upward towards its ex- 
tremity. Length of closed wing 17 in. ; of bill to frontal feathers 
65 in., and to gape 8} in. ; bare part of tibia 23 in. ; tarsus 63 in. ; 
middle toe and claw 43 in., and hind toe and claw 2} in. Ge- 
neral colour blackish or dusky tinged with ashy, with the acu- 
minated portion of the dorsal and lower nuchal feathers whitish 
gray, contrasting with the rest; crest of very slender elongate 
plumes, the longest measuring 73 in., of a whitish colour to near 
their base ; throat white, tinged with rufous inferiorly ; under 
parts dusky gray ; bill and feet black, the lower mandible whitish 
along its ridge. 

The following are the Indian herons known to me :— 


Subgenus ARDEA. 


1. A. nobilis, nobis. 

1 a. A. fusca, nobis. Arracan. 
2. A. cinerea. — 

3. A. purpurea. 


Subgenus Heropras, Boié. 


4 and 4a. A. flavirostris, Wagler, and A. modesta (?), Gray. 
Vide preceding remarks. 

5. A. putea, B. Hamilton. 

6. A. garzetta ; A. orientalis, Gray, m Hardwicke’s drawings. 

7. A. asha, Sykes. A true egret, although not white. South- 
ern India. 

8. A. caboga. A very aberrant egret, feeding chiefly on grass- 
hoppers, in quest of which it is often observed following cattle. 

A, nigrirostris, Gray, is unknown to me. 


Subgenus Arpzo.a, Boré, not of Bonaparte, following Brisson. 
9. A. leucoptera (Bodd.), G. R. Gray ; A, malaccensis, Gm. ; 
A, speciosa, Horsfield; A. Grayt, Sykes. 
Subgenus ————_— ? 


10. A. flavicollis, Wagler; A. nigra, Vieillot. This beautiful 
species was figured in different states of plumage by the late Dr. 
Buchanan Hamilton, probably from Bengal specimens ; I have re- 


found in the neighbourhood of Calcutta. 177 


ceived it from Mr. Jerdon in Southern India, and also:a fine spe- 
eimen from Chusan. 


1]. A. javanica. ae 
Subgenus ———_—_ 
12. A. lepida, Horsfield. 


Subgenus —————-? Arproxa (Brisson), Bonap. 
13. A. cinnamomea. 


Subgenus Boraurvs (Brisson), Stephens. 
14. A. stellaris, Lin. 
Subgenus Nyoticorax (Brisson), Stephens. 


15. A. Gardeni (Gm.), J ardine. — N. manillensis may perhaps 
also occur as a straggler. 


Among other species lately obtained, may be mentioned a se- 
cond example of Aquila pennata, both specimens being females, 
but in very different plumage ; the last contained the remains of 
a house pigeon in its stomach, confirmatory of Mr. Jerdon’s ob- 
servations on the usual prey of this pigmy eagle ;—Osprey, two 
specimens ; Calliope Lathami appears to be very numerous this 
season ; Chaitaris rubeculoides, two ; idicnemus crepitans, another ; 
Pluvianus cinereus, several ; Terekia javanica, several. 

I am about to describe another new Manis from Arracan, ad- 
ditional to M. brachyura, javanica, and leptura (nobis) ; also a 
new Badger (true Meles) from Assam ; and I have various other 
undetermined species of mammalia, several of which are probably 
new, besides abundance of novelties 3 in other classes. 

But the most interesting fact which I have lately determined is 
decidedly the existence of three distinct species of true Crocodile 
m the estuary of the Ganges; one however of which I as yet 
know by the skull alone, of which I have three specimens; of 
these I shall pack up one in a collection I am now about-to des- 
patch to the India-house, and with it a stuffed specimen of the 
young of the other which is additional to the common C. bzpor- 
catus ; and I will also send with them the sternal apparatus of my 
new huge heron, with that of A. cinerea to show the comparative 
size. At the close of the present cool season I purpose to resume 
my notices of the ornithology of this neighbourhood, which will 
afford time for the return hither of this paper in a printed form ; 
but I do not anticipate more than a few accessions to the list of 
birds which I have now supplied you with, the more especially as 
I expect to have no leisure for personal quest of specimens. 

Nov. 16th.—My shikaree has just come in, with six specimens 
of the genus Phylloscopus, all of different species, and two of 
them new, viz. 

Ann. & Mag. N. Hist. Vol. xiii. N 


178 Descriptions of new species of Birds obtained near Calcutta. 


Ph. nitidus, nobis. Resembles Ph. sibilatriz, but is smaller in 
all its proportions, and has the entire under parts, with the lower 
tail-coverts, tmged with yellow. Bull carneous dusky, the lower 
mandible pale; and feet light brownish, tinged with yellow on 
the toes. Length 43 m. by 7} m. im alar expanse ; closed wing 
25 in., and tail 2 in.: bill to gape $ in. ; tarsi Zin. A male. 

Ph. tristis, nobis. Closely alhed to Ph. rufus, but devoid of 
any greenish or yellowish tinge on the plumage, except on the 
fore part of the wing underneath, and very faintly margiming the 
quills and tail externally: general colour grayish brown, beneath 
paler and albescent, with a faint rufous tinge on the breast, and 
no trace of yellowish on the lower tail-coverts nor elsewhere than 
as stated: the legs and claws dull black, much darker than in 
Ph. rufus, except the under surface of the toes which is yellow ; 
bill also blackish, tmged with yellow at base of lower mandible, 
the gape yellow. Length 43 in. by 63 im. across; wing 24 mm. ; 
tail 13 in.: bill to gape 3 in., and tarsi 123in. A female. 

The other species brought are Ph. fuscatus, nobis, bemg only 
the second example of it which I have yet obtained; Ph. lugu- 
bris and Ph. affinis, nobis, both of which are very abundant ; and 
Ph. modestus (Regulus modestus, Gould), which is also common, 
and appears generally to have the central coronal streak mcon- 
spicuous. Two other species have been procured by me in this 
vicinity —Ph. reguloides, nobis, which is not rare, and Ph. mag- 
nirostris, nobis (“ Ph. trochilus ?” of xu. 230 ante), of which I 
have yet obtained but one specimen. Mr. Hodgson has several 
additional Nepalese species of this well-marked group. — 

Of other species worthy of mention, | may notice the occur- 
rence of a second specimen of Cidicnemus crepitans, a second of - 
- Larus ridibundus, and several of Sterna Anglica, to which species 
Nos. 400 and 403 of Mr. Jerdon’s list must be referred, his 404 
being Viralva indica of Stephens, and both appertaming to Ge- 
lochelidon of Brehm. I learned also a day or two ago, that a 
subordinate of mine, recently deceased, secreted and disposed of 
at least one fine specimen of the rare Hurhinorhynchus griseus, 
apud Pearson, doubtless procured in the bazar, about three years 
ago, which was previous to my arrival. I detected this party set- 
ting aside other rare birds in the course of last cold season, upon 
which occasion I first obtained the Turdus Whitei, which it was 
not intended that I should have seen; but I do not think that 
since that time any business of the kind has been going on. I 
greatly doubt whether this curious bird (a Spoon-billed Tringa), 
described by Dr. Pearson in ‘ As. Res.’ xix. 69, be identical with 
the Platalea pygmea, Auct., or Eurhinorhynchus griseus of Nilsson. 
The latter is described by Shaw as “ scarcely equalling a sparrow 
in size,” and to inhabit Surinam and Guiana; whereas the di- 


Mr. J. Blackwall on some new species of Araneidea. 179 


tensions of the Bengal bird, according to Dr. Pearson, are, length 
6 in. by 11 in. in alar expanse, and the wing measures 3 in., the 
stuffed specimen showing it to be scarcely smaller than Tringa 
rn ea I would therefore provisionally style it Hu. orien- 
talis. 

Nov. 17th.—Terekia javanica continues to be brought to the 
bazar, one or two every morning; also Tringa platyrlijncha, or 
Limicola pygmea of Nilsson ; and I obtained a third specimen 
of the Kentish plover this morning, together with a lot of Gla- 
reola orientalis. : 

I herein inclose skins of Culicipeta Burkitt, Phylloscopus regu- 
loides, Ph. modestus, two, Ph. affinis and Ph. lugubris, which kindly 
show to Mr. Gould and Mr. G. R. Gray, and ask their opinion of 
them. I request Mr. Gray’s acceptance of them for the British 
Museum, but will send him better and mounted specimens by 
and by. I cannot delay this note for the departure of the ex- 
press, as the specimens make it too bulky to be then received ; 
but if anything should turn up in the meanwhile worthy of being 
recorded I will let you know. 

Believe me ever, very truly yours, 
E. Buytu. 


XXIV.—Descriptionsof some newly discovered species of Araneidea. 
By Joun Brackwatt, Esq., F.L.S. 


Tribe OCTONOCULINA. 
Family AGELENID/L. 


Genus Trcenaria, Walck. 


1. Tegenaria seva. Cephalo-thorace pallide flavescenti-brunneo ; 
linea tenui mediana antice, fascia lata, irregulari longitudinali, ad 
utrumque latus marginibusque lateralibus obscure brunneis ; man- 
dibulis saturate fusco-brunneis ; maxillis labroque rufescenti-brun- 
neis ; sterno fascia mediana rufescenti-brunnea, postice gradatim 
tenuiore, et ad latera fascia lata semilunari saturate brunnea puncta 
varia rotunda rufescenti-brunnea pedum versus insertionem inclu- 
denti; pedibus longis, pilosis rufescenti-brunneis nisi ad femora 2% 
3% 4tque ubi color obscure viridescenti-brunneus; coxis subtus 
maculis plurimis nigris, pedum pari 4° longissimo, dein 1™°, 3t¢ 
brevissimo ; lineis medianis ad partem abdominis superiorem angu- 
latis flavescenti-brunneis, ad filatoria brevioribus et obscurioribus, 
quarum vertices prorsum spectantes prope seriei anteriorem partem 
fascia longitudinali fusco-lutea intercepti ; extremitates autem 
valde dilatate maculis nigris irregularibus alternantes ; lateribus 
fusco-luteis dense nigro-maculatis ; abdomine subtus medio flaves- 
centi-brunneo, inter strigas duas obscuras, e maculis plurimis 
nigris compositas, ad filatoria junctas. 

N 2 


180 Mr. J. Blackwall on some new species of Araneidea. 


Mas fcemina minor, pallidior, maculis fasciisque obscurioribus : maris 
. par pedum primum 4" longius. 

Length of the female, not including the spinners, ;4ths of an inch ; 
length of the cephalo-thorax 3%; breadth J,; breadth of the abdo- 
men 1; length of a posterior leg 14; length of a leg of the third 
pair 1. 

The anterior part of the cephalo-thorax is compressed, and the 
posterior part is marked with furrows diverging from a narrow 
indentation in the medial line to the lateral margins, which are 
rounded ; it is thickly covered with hairs, and is pale yellowish 
brown, with a fine line extending along the middle of the anterior 
part, a broad, irregular, longitudinal band on each side, and la- 
teral margims of a dark brown colour. Eyes almost equal in size, 
disposed m two transverse rows on the anterior part of the ce- 
phalo-thorax; the anterior row is rather the shorter and nearly 
straight ; the posterior row is curved and has its convexity di- 
rected backwards; the intermediate eyes of both rows form a 
square nearly, the anterior ones being rather the largest of the 
eight ; the eyes of each lateral pair are seated obliquely on a small 
eminence, but are not contiguous. Mandibles powerful, conical, 
vertical, provided with two rows of teeth and some long hairs on 
the inner surface; they are of a dark reddish brown colour ap- 
proaching to black. Maxille straight, increasing in breadth from 
the base to the extremity, which is rounded on the outer side, 
and obliquely truncated and supplied with long hairs on the inner 
side: lip quadrilateral, longer than broad, slightly notched at the 
apex: these parts are reddish brown, the lip being the darkest, 
and are palest at their extremities. Sternum heart-shaped, with 
a red-brown band extending along the middle, which decreases 
in breadth to its posterior extremity, and a large dark brown se- 
milunar band on each side, comprising several circular red-brown 
spots opposite to the insertion of the legs. Legs long, hairy and 
reddish brown, with the exception of the thighs of the second, 
third and fourth pairs, which are of a dull greenish brown colour ; 
several black spots occur on the under side of each haunch ; fourth 
pair the longest, then the first, third pair the shortest. Each 
tarsus is terminated by three claws; the two superior ones are 
eurved and pectinated, and the inferior one is inflected near its 
base, which is furnished with several fine teeth. Palpi dark red- 
dish brown, with a curved pectinated claw at the extremity. Ab- 
domen oviform, hairy, convex above, projecting over the base of 
the cephalo-thorax ; along the middle of the upper part extends a 
‘series of yellowish brown angular lines, which become shorter 
and less conspicuous as they approach the spinners ; their vertices, 
which are directed forwards, are interrupted at the anterior part 
of the series by a longitudinal band of yellowish brown, and with 


Mr. J. Blackwall on some new species of Araneidea. 181 


their extremities, which are greatly enlarged, black blotches of an 
irregular figure alternate; the sides are yellowish brown thickly 
spotted with black ; the middle of the under part, which is yel- 
lowish brown, is comprised between two obscure bands, composed 
of numerous black spots, which meet at the spinners. The su- 
perior spinners are long, hairy, triarticulate, and have the spin- 
ning tubes disposed on the under side of the terminal joint, which 
tapers to its extremity and is reddish brown ; the second joint is 
black. Plates of the spiracles dull yellow. This species and some 
others of the same family, Tegenaria domestica, Tegenaria civilis, 
and Agelena labyrinthica, for example, have the body and limbs 
supplied with numerous compound sessile hairs. Similar hairs 
occur also on Dolomedes mirabilis, belonging to the Lycoside. 

The male is smaller, slenderer, paler, and less distinctly marked 
than the female, and the relative length of its legs is different, 
the first pair bemg longer than the fourth ; their absolute length 
also is greater, an anterior one measuring | inch and 38ths. The 
palpi are yellowish brown, with the exception of the radial and 
digital joints, which are reddish brown ; the radial joint is longer 
than the cubital and has two apophyses at its extremity, one large, 
black and obtuse, situated on the outer side, the other smaller, 
red-brown and acute, situated on the under side; the digital joint 
is of an elongated pyriform figure pointed at the extremity ; it 1s 
convex and hairy externally, concave within, at the upper part 
only, comprising the palpal organs, which are moderately deve- 
loped, prominent, rather complicated in structure, with a strong, 
black, pointed process projecting boldly from the upper part, a 
prominent scaly process at the inner side of the upper part, and 
a long, slender, curved black spine originating near the extremity 
on the inner side, and directed obliquely upwards towards the 
outer side; their colour is red-brown. 

Living specimens of Tegenaria seva, which ranks among our 
largest British spiders, were obligingly presented to me in the 
autumn of 1843 by Miss Gertrude Buller Elphinstone, of East 
Lodge, Enfield, Middlesex, who captured them in the immediate 
neighbourhood in which she resides. In reply to some inquiries 
relative to the habits of this fine species, Miss Elphinstone informs 
me that it frequents the interior of buildings; and I have ascer- 
tained, from observations made on individuals in a state of cap- 
tivity, that it constructs a horizontal sheet of web of a compact 
texture, with a short tube at one of its margins serving the spider 
for a retreat. 

Baron Walckenaer, in the Supplement to the second volume of 
his ‘ Histoire Naturelle des Insectes Aptéres,’ p. 407, ascribes to 
M. Dugés the discovery of the true structure and function of the 
elongated superior spinners of certain spiders denominated anal 


182 Mr. J. Blackwall on some new species of Araneidea. 


palpi by arachnologists, referring at the same time to the original 
observations of M. Dugés on the subject, published in the ‘ An- 
nales des Sciences Naturelles,’ 1836, seconde série, t. vi. Zoologie, 
p. 166. When the paragraph comprising the statement of this 
opinion was penned, M. Walckenaer doubtless was not aware that 
a paper of mine, including a correction of the erroneous impression 
that the superior pair of spinners when considerably elongated 
and pointed at the extremity perform the office of feelers merely, 
and distinctly detailing the particulars of their external organi- 
zation and use, was published in the ‘ Report of the Third Meet- 
ing of the “British Association for the Advancement of Science, 
held at Cambridge in 1833,’ p. 445; and republished in 1834 in 
my ‘ Researches in Zoology,’ pp. 298—300. Additional evidence 
of the accuracy of the conclusions here referred to is afforded by 
the structure of the superior spinners of Tegenaria seva. 


Family THERIDIID. 
Genus Nerikne, Blackw. 


2. Neriéne flavipes. Mas niger, pedibus sordide luteis; pedum pari 
1™° et 4% longissimis, zequalibus, 34° brevissimo. 
Length of the male ;/;th of an inch; length of the cephalo-thorax 
gz; breadth 35; breadth of the abdomen 3%; ; length of an anterior 
leg 4; length of a leg of the third pair +5. 


Cephalo-thorax oval, glossy, convex, with a slight indentation 
in the medial line of the posterior region: mandibles powerful, 
conical, divergent at the extremities, armed with a few minute 
teeth on the imner surface, and inclined towards the sternum, 
which is convex and heart-shaped: maxille strong, enlarged 
where the palpi are inserted, and inclined towards the lip, which 
is semicircular and prominent at the extremity : abdomen oviform, 
sparingly covered with hairs, convex above, projecting over the 
base of the cephalo-thorax : all these parts are black. The inter- 
mediate eyes form a trapezoid whose anterior side is rather the 
shortest ; the posterior eyes of the trapezoid are the largest, and 
the anterior ones the smallest of the eight. Legs of a dull yel- 
lowish hue ; first and fourth pairs the longest and equal in length, 
third pair the shortest. This spider, like the rest of the genus, 
has the tarsi terminated by three claws; the two superior ones 
are curved and pectinated, and the inferior one is inflected near 
its base. Palpi black, with a tinge of brown; the cubital and 
radial joints are short, the latter beng much the larger; the di- 
gital joint is somewhat oval, with a bold conical prominence in 
front, and a small one at the upper part on the inner side ; it is 
convex and hairy externally, concave within, comprising the palpal 


Mr. J. Blackwall on some new species of Avaneidea. 183 


organs, which are highly developed, complicated in structure, and 
of a dark reddish brown colour. | 
This species was taken on rails at Oakland in February 1841. 


3. Neriéne timida. Cephalo-thorace, mandibulis, maxillis, labio, 
sternoque saturate fusco-brunneis ; pedibus palpisque pallide ru- 
fescenti-brunneis, abdomine nigro ; pedum pari 1™° et 4 longis- 
simis, sequalibus, 3%° brevissimo. 

Qunoad colorem pedumque longitudinem mas foemine similis. 
Length of the female ;';th of an inch; length of the cephalo- 

thorax 3',; breadth #,; breadth of the abdomen ,!,; length of an 

anterior leg 4; length of a leg of the third pair +5. 


Cephalo-thorax oval, glossy, convex, with the sides depressed, 
and a small indentation in the medial line of the posterior region : 
mandibles powerful, conical, rather divergent at the extremities, 
armed with teeth on the inner surface, and inclined towards the 
sternum, which is broad and heart-shaped: maxille strong, en- 
larged where the palpi are inserted and at the extremity, and in- 
clined towards the lip, which is semicircular and prominent at 
the apex: these parts are very dark brown. The intermediate 
eyes form a trapezoid, the anterior ones of which are the smallest 
of the eight. Legs and palpi pale reddish brown. First and 
fourth pairs of legs the longest and equal in length, third pair 
the shortest. Abdomen oviform, convex above, projecting over 
the base of the cephalo-thorax ; it is thmly clad with hairs, glossy 
and black. Plates of the spiracles dark brown. 

The male is rather smaller than the female, but resembles her 
in colour and in the relative length of its legs. The cubital and 
radial joints of the palpi are short, the latter bemg much the 
stronger ; the digital joint is oval, convex and hairy externally, 
concave within, comprising the palpal organs, which are mode- 
rately developed, complicated in structure, with a short prominent 
spine enveloped in a transparent membrane at their extremity, 
and are of a dark reddish brown colour. 

Mature males and females of this species were found on rails 


at Oakland in April 1841. 


4. Neriéne saratilis. Mas cephalo-thorace, mandibulis, maxillis, 
labio, sterno, pedibus, palpisque brunneis, sterno labioque satura- 
tioribus, pedibus pallidioribus; abdomine nigro-fusco; pedum 
pari 1™° et 4% zqualibus, longissimis, 3%° brevissimo. 

Length of the male ;4th of an inch; length of the cephalo-thorax 
gz; breadth 4,; breadth of the abdomen z', ; length of an anterior 
leg +; length of a leg of the third pair +5. 


The two intermediate pairs of eyes form a trapezoid whose an- 
terior side is rather the shortest. Cephalo-thorax oval, glossy, 


184 Mr.J. Blackwall on some new species of Araneidea. 


eonvex, with an indentation in the medial line of the posterior 
region : mandibles strong, conical, armed with teeth on the inner 
surface, and inclined towards the sternum, which is heart-shaped : 
maxille inclined towards the lip, which is semicircular and pro- 
minent at the extremity: first and fourth pairs of legs the longest 
and equal in length, third pair the shortest : these parts, with the 
palpi, are brown, the sternum and lip being the darkest, and the 
legs much the lighest coloured. The radial joint of the palpi is 
much larger than the cubital, and projects from its extremity, in 
front, a pomted apophysis which is curved outwards ; the digital 
joint is somewhat oval, with a bold protuberance at the upper 
part, which is deeply indented on the outer side ; it is convex and 
hairy externally, concave within, comprising the palpal organs ; 
they are highly developed, complicated in structure, and of a 
reddish brown colour. Abdomen oviform, convex above, pro- 
jecting over the base of the cephalo-thorax ; it is thinly covered 
with hairs, glossy and brownish black. Plates of the spiracles 
brown. 

In June 1841 this spider was captured among fragments of 
rock in a wood near Hendre House. 


5. Neriéne sulcata. Mas fovea parva longitudinali pone oculorum 
par utrumque laterale ; cephalo-thorace, mandibulis, maxillis, 
labio, sternoque nigro-fuscis, mandibulis et maxillis sub-rufescenti- 
bus, his pallidioribus; pedibus palpisque rufis, fuscoque tinctis ; 
abdomine nigro-fusco; pedum pari 1™° paullo longiori, dein 4", 
3° brevissimo; oculis seriei anterioris intermediis ceteris multo 
minoribus. 

Length of the male ;4,th of an inch; length of the cephalo-thorax 
; breadth 2,; breadth of the abdomen ,,; length of an anterior 

eg 4; length of a leg of the third pair 75. 

The legs and palpi are provided with hairs, and are red with 

a tinge of brown. First pair of legs rather the longest, then 

the fourth, third pair the shortest. Cephalo-thorax oval, glossy, 

convex, with a small longitudinal indentation immediately be- 
hind each lateral pair of eyes, and a slight depression in the me- 
dial line of the posterior region: mandibles powerful, conical, 
convex in front, near the base, divergent at the extremities, armed 
with teeth on the inner surface, and inclined towards the ster- 
num, which is broad and heart-shaped: maxille strong, enlarged 
where the palpi are inserted, and inclined towards the lip, which 
is semicircular and prominent at the extremity: these parts are 
brown-black, the maxille, which are the palest, and the man- 
dibles having a tinge of red. Anterior eyes of the trapezoid 
much the smallest of the eight; eyes of each lateral pair con- 
tiguous and seated on a prominence. The cubital and radial 


Mr. J. Blackwall on some new species of Araneidea. 185 


joints of the palpi are short, the latter, which is the stronger, 
projecting a pointed apophysis from its extremity, m front; the 
digital joint is somewhat oval, with a lobe near the middle of the 
outer side; it is convex and hairy externally, concave within, 
comprising the palpal organs, which are highly developed, pro- 
minent, complicated in structure, with a long, black, filiform, 
convoluted spine, enveloped in a delicate membrane, extending 
from the upper part beyond their extremity; they are of a red- 
brown colour. Abdomen oviform, convex above, projecting over 
the base of the cephalo-thorax; it is thinly covered with hairs, 
glossy, and brownish black. Plates of the spiracles yellow. 

My son, John Blackwall, discovered an adult male of this spe- 
cies, which is nearly allied to the spiders constituting the genus 
Walckenaéra, on the steps at Oakland in June 1841. 


6. Neriéne avida. Oculis seriei anterioris intermediis minimis; 
cephalo-thorace, mandibulis, maxillis, labio, sternoque brunneis, 
pedibus palpisque pallidioribus ; mandibulis, maxillis et labii apice 
paululum rufo-tinctis; abdomine fusco-nigro; pedum pari 1™ et 
4' longissimis, equalibus, 34° brevissimo. — 

Colore pedumque longitudine mas foeminam refert ; cephalo-thoracis 
pars anterior gibbosior, et pone oculos duabus lateralibus parva 
fovea. 

Length of the female ;4,th of an inch; length of the cephalo-tho- 
rax z',; breadth 4; breadth of the abdomen 4; length of an an- 
terior leg 4; length of a leg of the third pair +4. 


Legs and palpi provided with hairs; first and fourth pairs of 
legs the longest, and equal in length, third pair the shortest : 
cephalo-thorax oval, glossy, convex, with a small indentation in 
the medial line of the posterior region: mandibles powerful, 
conical, rather divergent at the extremities, armed with teeth on 
the inner surface, and inclined towards the sternum, which is 
broad and heart-shaped: maxille strong, enlarged where the 
palpi are inserted, and inclined towards the lip, which is semi- 
circular and prominent at the extremity: these parts are brown, 
the legs and palpi, which are the palest, the mandibles, maxille, 
and tip of the lip having a tinge of red. Anterior eyes of the 
trapezoid the smallest of the eight; eyes of each lateral pair 
seated on a prominence and almost contiguous. Abdomen ovi- 
form, convex above, projecting over the base of the cephalo-tho- 
rax; it is thinly covered with hairs, glossy, and brownish black. 
Plates of the spiracles yellowish brown. 

The male is rather smaller than the female, but it resembles 
her in colour and in the relative length of its legs. The anterior 
part of the cephalo-thorax is more gibbous, and immediately be- 
hind each lateral pair of eyes there is a small indentation. The 


186 Mr. J. Blackwall on some new species of Araneidea. 


radial joint of the palpi, which is larger than the cubital, projects 
a pointed apophysis from its extremity, in front; the digital joimt 
is somewhat oval, the superior part, which is slender, being curved 
outwards, and a lobe occurring on the outer side, near the middle; 
it is convex and hairy externally, concave within, comprising the 
palpal organs, which are highly developed, prominent, compli- 
cated in structure, with a bold projection near the upper part, on 
the inner side, and a long, black, convoluted, filiform spine, en- 
veloped in a delicate membrane, extending from the upper part 
beyond their extremity; they are of a reddish brown colour. 

Males and females of Neriéne avida in a state of maturity were 
captured on rails at Oakland in April 1839. A close affinity 
subsists between this species and Neriéne sulcata, which form 
the link connecting Neriéne with Walckenaéra, and show by how 
easy a transition the one genus passes into the other. 


Family EPEIRID A. 


Genus Errira, Walck. 


. Epeira similis. Maris cephalo-thorace flavescenti-brunneo, fascia 
nigrescenti mediana in anteriori parte dilatata ; mandibulis fusco- 
rufis; maxillis labioque rufescenti-brunneis, apicibus flavescenti- 
brunneis, ad labri basin saturatioribus ; sterno fusco-nigro fascia 
mediana longitudinali flavescenti-brunneo postice angustiore. Pe- 
dibus flavescenti-brunneis nigro-maculatis, pari 1™° longissimo, 
dein 29°, 34° brevissimo, palpis brevibus fusco-luteis articulo digi- 
tali rufo-brunneo, articulis cubitalibus radialibusque brevibus, his 
paululum majoribus. Abdominis superiori parte macula lata ovali 
phylloidea fusco-grisea, apice anteriori lineis flexuosis transversis 
ad filatoria gradatim in longitudine decrescentium argenteo-griseis; 
marginibus angulatis nigris, antice utrinque macula ovali brunnea ; 
vitta attenuata argenteo-grisea margini nigre parallela lateribus 
subtusque fuscis luteo-tinctis punctis nigris minimis interspersis, 
infra fascia lata mediana nigra utrinque striga lutea. 

Length of the male 4th of an inch; length of the cephalo-thorax 
jy; breadth 7%; breadth of the abdomen ;/,; length of an anterior 
leg 375; length of a leg of the third pair j. 

Eyes disposed in two transverse rows on the anterior part of 
the cephalo-thorax ; the intermediate ones of both rows form a 
square, the two anterior ones, which are seated on a small pro- 
tuberance, being the largest of the eight; the eyes constituting 
each lateral pair are placed obliquely on a prominence, and, though 
near together, are not in contact. Cephalo-thorax somewhat oval, 
compressed before, rounded in front, convex, glossy, with an in- 
dentation in the medial line of the posterior region; it is of a 
yellowish brown colour, with a blackish band, which is broadest 
at its anterior extremity, extending along the middle. Man- 


“I 


Mr. J. Blackwall on some new species of Araneidea. 187 


dibles powerful, conical, vertical, armed with teeth on the inner 
surface ; they are of ared-brown colour. Mazxille short, strong, 
straight, and broad at the extremity, which is rounded: lip nearly 
semicircular, but somewhat pointed at the apex: these parts are 
reddish brown,*with yellowish brown extremities, the base of the 
lip being much the darkest. Sternum heart-shaped, with small 
protuberances on its sides opposite to the articulation of the legs ; 
it is brownish black, with a longitudinal band of yellowish brown 
in the middle, which diminishes in breadth to its posterior ex- 
tremity. Legs long, provided with hairs and black spines; they 
are yellowish brown spotted with black ; first pair the longest, 
then the second, third pair the shortest. Palpi short and yel- 
lowish brown, with the exception of the digital joint which is 
red-brown; the cubital and radial joints are short; the latter is 
rather the larger and is provided with some long hairs; the digi- 
tal joint is short, oval, convex and hairy externally, concave within, 
comprising the palpal organs, which are moderately developed, 
prominent, complicated in structure, with a curved black spine 
at their extremity directed upwards, a projecting process at the 
upper part, towards the inner side, and are of a dark red-brown 
colour. Abdomen sparingly clad with hairs, oviform, somewhat 
depressed, projecting over the base of the cephalo-thorax ; on the 
upper part is a large, oval, leaf-shaped figure of a brownish gray 
colour comprising a longitudinal row of small, black, slightly in- 
dented spots on each side of the medial line; the anterior part 
of the leaf-shaped mark and a series of curved transverse lines, 
diminishing in length as they approach the spinners, are silver- 
gray; its margins are festooned and black, and an oval brown 
spot occurs on each side of its anterior extremity ; following the 
undulations of the black border is a narrow band of silver-gray ; 
sides and under part brownish with a tinge of yellow and minute 
blackish spots interspersed; a broad black band extends along 
the middle of the under part, on each side of which is a stripe of 
yellow. Plates of the spiracles yellow. 

The spider from which the foregomg description was made was 
discovered at East Lodge, Enfield, by Miss Gertrude Buller El- 
phinstone, to whom I am indebted for it and for numerous in- 
teresting species of Arachnida and Insecta; indeed, the liberality 
of Miss Elphinstone in transmitting to me specimens of living 
spiders collected by her in Middlesex demands the tribute of my 
grateful acknowledgments. 

At present I am acquainted with the male only of Epeira simi- 
lis, which bears so close a resemblance to the male of Epetra calo- 
phylia as scarcely to be distinguished from it except by the palpi 
and palpal organs. By way of contrast, I shall briefly point out 
some of the more remarkable particulars in which the latter dif- 


188 Mr. W. H. Coleman on a new species of (Enanthe. 


fers from the former. Its palpi are long and red-brown, with a 
black annulus at the base of the cubital and radial joints; the 
cubital joint gradually increases in bulk to its extremity and is 
curved downwards, and the radial, which greatly exceeds it in 
length, projects a minute bifid apophysis from its extremity, on 
the outer side; the palpal organs have a prominent bifid process 
at their upper part, on the inner side, and a long, slender, curved, 
black spine at their extremity, which is directed upwards. 7 

A collection of living spiders sent to me in September 1843 
from Ellesmere, in Shropshire, by Miss Margaret B. Lewis, of 
Cichle, Anglesey, contained a young male Epeitra similis, which, 
as the digital joints of its palpi were very tumid, had to undergo 
its final change of integument before it arrived at maturity. On 
comparing this individual with males of Kpeira calophylla in the 
same state, I perceived that its palpi were much shorter, and that 
the protuberance at the upper part of the under side of the digi- 
tal joint was decidedly smaller than in the latter species. The 
sides of the cephalo-thorax in the specimen received from Miss 
Lewis were finely bordered with black. 


XXV.— Observations on a new species of Ginanthe. By the Rev. 
W. H. Coreman, M.A., F.B.S.* e 


[ With a Plate. ] bas 


Unper the name of Cinanthe Phellandrium, two distinct forms 
have long been confounded. ‘The first, which is the Phellan- 
drium aquaticum of Linneus, and the Ginanthe Phellandrium of 
Smith and others, is figured in ‘H. B.’ (t.684); the other, though 
frequent in the rivers of the south-east of England, has hitherto 
been much overlooked; not beimg noticed even as a variety in 
any work to which I have access, except by Dillenius in his edi- 
tion of ‘ Ray’s Synopsis,’ until I drew the attention of Mr. C. C. 
Babington to it. It is noticed in that gentleman’s ‘ Manual of 
British Botany’ (p. 131), under the name of Gi. Phellandrium 
B fluviatilis; and I now venture to propose it as a distinct spe- 
cies, with the title of @. fluviatilis, offering the following cha- 
racters for it and its ally :— 


1. Ginanthe Phellandrium (‘‘ Lamk.’’); caule erecto deorsum incras- 
sato, fibris ad genicula verticillatis; foliis tripinnatis, segmentis 

_ simplicibus pinnatifidisve, submersorum capillaceis, superiorum 
divaricatis ; umbellis oppositifoliis ; fructu ovato stylis suberectis 
duplo longiore. Biennis. Habitat in aquis stagnantibus. 

2. Ginanthe fluviatilis ; caule fluitante sursum incrassato basi repente 
ad genicula radicante; foliis bipinnatis, segmentis simplicibus 
pinnatifidisve, submersorum pellucidis cuneatis fissis, nervis plu- 

* Read before the Botanical Society at Edinburgh, 11th Jan. 1844. 


he 


i a 


Ney 
ob 


<i 


Mr. W. H. Coleman on a new species of nanthe. 189 


ribus parallelis ; umbellis oppositifoliis ; fructu late-elliptico stylis 
divaricatis triplo longiore. Perennis. Habitat in fluminibus pla- 
nitierum et rarius floret. 


Our plant would probably not have passed so long unnoticed 
but for the circumstance that it seldom produces flowering stems, 
and still more rarely fruit. Its propagation under these circum- 
stances is of itself a strong proof of its distinctness from . 
Phellandrium; for that species is indubitably biennial, having 
appeared in abundance in some ponds near Hertford in the years 
1839, 1841 and 1848, while in 1840 and 1842 there was not a 
trace of it till the seedlings began to appear about Midsummer. 
I have never been able to find stolons in G!. Phellandrium, and 
conclude that what Koch says concerning them arises from his 
confounding CZ. fluviatilis with it. 

The usual habitat of the true Gt. Phellandrium is in stagnant 
ditches or shallow ponds partially overgrown with sallows. Here, 
when the water is at the lowest, its seeds germinate on the un- 
covered or barely covered mud; and though the segments of its 
earliest leaves thus produced out of the water have some little 
breadth, those expanded beneath the surface have the segments 
perfectly capillary. The flowering stem is remarkably fistulose, 
furnished under water with frequent jomts, which become more 
distant upwards: it attaims its greatest thickness two or three 
internodes from the base, where it is often an inch or more in 
diameter. From the joints proceed numerous whorled pectinated 
fibres, of which the lower ones are as stout as the original fusi- 
form root: these, descending in a conical manner to the bottom 
of the water, form a beautiful system of shrouds and stays to 
support the stem like a mast in an erect position, while the pres- 
sure on the soft mud is lessened by the buoyancy of the hollow 
internodes. 

Cinanthe fluviatilis on the contrary delights in running water ; 
and though it sometimes grows and even flowers in marsh ditches, 
the plants always appear unhealthy, are attacked by insects, and 
produce no fruit. As far as I have been able to ascertain, it flow- 
ers most freely where there is a depth of about 2 feet of water 
with a moderately strong current. Here the stems creep upon 
the surface of the mud, and send out rootlets into it from each 
joint: they are about the thickness of a quill and not quite solid, 
with their ends floating and leafy. The aquatic leaves are on 
stalks about their own length, solid and rather dense, sheathing 
at the base: they are pinnate or bipinnate, their divisions ex- 
panded in still water, but in a current drawn up nearly parallel ; 
but in all cases the ultimate segments are wedge-shaped, about 
one-fifth of an inch broad, pellucid, with from 5 to 9 nearly paral- 


190 Mr. W. H. Coleman on a new species of Enanthe. 


lel nerves, lobed and unequally cut at the apex with sharp laci- 
niations. 

When circumstances are favourable to the flowering of the 
plant, the stem is elongated in the direction of the current, and 
ascends in a curve through the water for 4 or 5 feet or more ac- 
cording to the depth, gradually thickening and becoming more 
fistulose upwards, till at the surface of the water it attaims a dia- 
meter of nearly an inch, with a central hollow of more than half 
its thickness. It is here rather angular, its substance cellular 
and fragile. This buoyant dilated stem forms a boat at anchor 
to support the flowering part erect above the surface of the 
water. : 

The aérial portion of the plant rises about 18 inches above the 
water: it is of a dark green colour, very different from the deli- 
cate pale hue of its congener, to which it bears a general resem- 
blance, but is in all respects coarser and less elegant. Petioles 
about one-third of the whole length of the leaf, half composed of 
sheath, then solid, very cellular, nearly cylindrical, but above 
among the leaflets the rachis is compressed and channeled. Leaves 
twice pinnate, the leaflets pinnatifid, trifid or simple; the seg- 
ments lanceolate (much broader than in @. Phellandrium), cleft, 
the lacinie rather blunt and callous at the tip. The whole leaf 
is pendent, the petiole and rachis curving downwards, but not 
bent back at each joint as in Zi. Phellandrium: the primary di- 
visions leave the rachis at right angles, the secondary point a little 
forwards. Umbels lateral opposite the leaves, on angular stalks 
of various lengths; there are about 10 rays to the umbel, with 
seldom more than one general bractea, often none. Partial in- 
volucre of numerous linear-lanceolate leaves, shorter than the 
pedicels. Pedicels about the length of the fruit.. Flowers white, 
like those of Gi. Phellandrium, but more generally perfect. Fruit 
one-third larger, its ribs narrower and channels broader than in 
CE. Phellandrium, broadly elliptical, concave at the sides when 
young, three times as long as the stylopodium and somewhat 
spreading styles. 

(Enanthe fluviatilis begins to flower about the end of June, 
and, if allowed, would ripen its seeds by the beginning of Sep- 
tember. It is however almost invariably submerged or broken 
off before the middle of August by the masses of loose weed which 
float down the stream. In former years I have been unable to 
obtain fruit, but in September last I succeeded after long search 
in procuring a few tolerably perfect ones in the little river Ash, 
near its confluence with the Lea below Ware, where it had escaped 
drowning by the failure of the current in the dry season. From 
one of these the figure is taken ; and its differences from the fruit 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 191 


of 2. Phellandrium, both in form and proportion, have added a 
satisfactory character to those previously observed. 

-P.S. I should add that (2. fluviatilis, removed to such a pond 
as CE. Phellandrium grows in, has preserved the character of its 
submersed leaves for twelve months, but has not flowered. 


Christ’s Hospital, Hertford, Dec. 7, 18438. 


EXPLANATION OF PLATE III. 


. Submersed leaf of Hinanthe fluviatilis. 
. Upper stem, leaf and umbel of do, 

. Ripe fruit. 

. Section of unripe fruit. 

. Ripe fruit of @. Phellandrium. 

. Section of unripe fruit of do. 


Fig. 


| 
Ook words = 


Note.—Mr. Borrer has observed GE. fluviatilis in several parts 
of England, and when a young botanist, and unacquainted with 
Cicuta virosa, he mistook it in the young state for that plant, and 
it is published on his authority as such as growing at Canterbury 
and Ashford, in Turner and Dillwyn’s ‘ Botanist’s Guide.’ I have 
seen what I believe to be the same plant, but without flowers, 
a brook at Cherry Hinton and in the river Cam at Granchester, 
Cambridgeshire.—C. C. B. 


XXVI.—The Musci and Hepaticee of Teesdale. By Ricuarp 
Spruce, Esq., F.B.S.* 


THERE is not perhaps in the British Islands a lover of wild plants 
who has not heard of Teesdale, and who does not preserve in his 
herbarium, as objects of especial interest, some, at least, of its 
many rarities; and there are not many, with the means in their 
power, who have denied themselves the exquisite pleasure of see- 
ing these “gems of Flora” in their native wilds, and of gather- 
ing them with their own hands. Yet half a century ago no 
botanist had set foot in Teesdale, and it is little more than thirty 
years since “old Binks, the mmer,” discovered Gentiana verna, 
“doomed ”’ till then “to blush unseen,” though existing in the 
greatest profusion. To this beautiful plant he and his friend the 
late Mr. Oliver of Middleton shortly afterwards added the no less 
rare Saxifraga Hirculus ; and within the space of a few years they 
had become acquainted with nearly every flowering-plant and 
fern known to grow in Teesdale at the present day. A district 
so fertile in uncommon Phanerogamous plants might reasonably 
be expected to produce an equal abundance of Cryptogamia, and 
a reference to the second volume of Hooker’s ‘British Flora’ will 
show that it has been very successfully explored for lichens, 


* Read before the Botanical Society at Edinburgh, 11th Jan. 1844. 


192 Mr. R. Spruce on the Musci and Hepatice of Teesdale. 


especially by Mr. Robertson and the late Rey. J. Harriman ; but if 
we consult the descriptions of Musci and Hepatice in the game vo- 
lume, we shall find only a single species (the Gymnostomum Dont- 
anum of Smith) recorded to grow in Teesdale! Even Baines’s 
‘Yorkshire Flora’ contains only four Teesdale mosses, of which 
the one above mentioned is the only rare species. In order to 
decide whether this lack of bryological intelligence relative to a 
tract of country of such promising aspect arose from its real 
poverty in objects of that class, or, as was more probable, from 
its having never been properly explored, I have devoted nearly 
three weeks during the past summer to a careful examination of 
what is called Upper Teesdale, viz. that portion of the vale of the 
Tees which lies above Middleton in Teesdale; at the same time 
exploring, but less minutely, the district between Middleton and 
Barnard Castle, extending in a contrary direction. As I antici- 
pated, Teesdale has proved not less rich in mosses than in flow- 
ering-plants and ferns; for besides ascertaining it to produce 
many of the rarest mosses previously known as British, I have 
had the pleasure of discovering siz species quite new to our 
islands ; these are Bartramia calcarea (Bruch and Schpr.), Bryum 
acuminatum (Bruch and Schpr.), Br. obconicum (Hornsch.), Br. 
pallescens (Schweegr.), Orthotrichum stramineum (Hornsch.), and 
Hypnum confervoides (Brid.). Other mosses will be found m the 
following list, not previously described in any work on British 
bryology, but in the discovery of which I have been anticipated 
by other botanists. Amongst the Hepatice, though few species 
fructify in the summer months, and the search is consequently 
prosecuted with diminished interest, I have met with considerable 
success. A Jungermannia, originally discovered near Bantry by 
Miss Hutchins, and called at first by Hooker J. Bantriensis, but 
afterwards referred by him to J. bidentata as a variety, I have, by 
finding it with male and female fructification, demonstrated to 
be a very distinct species. 

What is above stated will suffice to show that few districts 
rival Teesdale in their bryological productions; in fact it wants 
only wood, in which it is remarkably deficient, to render it equal 
to any in the British isles *, Cromaglown, near Killarney, is the 
only locality I have seen superior to it: in that Paradise of mosses 
every rock is moss-clad, mosses drink the spray of every little 
waterfall, and the trunk of almost every tree is so thickly begirt 
with mosses’ as to appear of double its real diameter! Teesdale 
can show nothing like this; but the rocky banks of its wild river 


* The few trees which exist in Upper Teesdale produce some mosses of 
such real excellence, that one may well be allowed to regret the destruction 
of the forests which tradition reports to have once extended over the whole 
of that region. 


Mr. R. Spruce on the Musci and Hepaticee of Teesdale. 193 


nourish many a moss unknown to Cromaglown, and yielding to 
none in beauty and rarity. 

Amongst the mosses which most conspicuously ornament the 
rocks in Teesdale may be mentioned the various species of the 
genus Bartramia, all of which, with the exception of B. arcuata, 
were covered with their elegant pomiform capsules at the time of 
my visit. By far the most striking of these is the new B. cal- 
carea, and it 1s besides of such frequent occurrence that the most 
casual observer could not fail to notice it. The Brya, too, were 
in the greatest variety and perfection, and in this genus alone I 
gathered not fewer than a hundred forms. Among all the tribes 
of mosses there is none more difficult than the Bryacee, and per- 
haps none has been more imperfectly studied by English bota- 
nists; at least, a perusal of the ‘ Bryologia Europza’ of Bruch 
and Schimper has shown me how little / was previously satis- 
fied to know concerning it; and it is to be hoped that the pub- 
lication of this unrivalled work will give a new impulse to the 
progress of bryology in this country,—a country which, as Bruch 
and Schimper themselves confess, possesses “la plus belle végé- 
tation cryptogamique” of any in Europe. 

As I had not studied the Brya very extensively before the pre- 
sent year, | had failed to remark any peculiar beauty in the gene- 
rality of the species, and I read with a smile that portion of the 
introduction to the genus Brywm in the ‘ Bryol. Europ.’ which 
relates to their habits and geographical distribution, where their 
charms are eulogized in the most glowing terms; but what I 
have seen in Teesdale compels me to admit, that in variety of 
colour and elegance of appearance the Brya yield to no other 
mosses. In their sixth Fasciculus the authors of the ‘ Bryol. Eur.’ 
have the following remarks on the alpine Brya: “ Mountains of 
moderate height give. birth to only a small number of species ; 
there we find in the clefts of rocks Br. pallescens and cespititium, 
on the earth Br. argenteum and atro-purpureum ; but arrived in 
subalpine and alpine regions, a new and rich vegetation presents 
itself to the bryologist. Here, where on heights beaten by the 
winds, in ravines filled with snow, and at the moving foot of 
eternal glaciers, plants of superior orders disappear or only exist 
in a diminutive state, many species of Bryum render less dreary 
those isolated solitudes, and charm from afar the eyes of the de- 
jected traveller. And who does not recall with delight the fine 
swelling tufts of Bryum turbinatum var. Schleicheri, whose ten- 
der green borders the dissolving snows, or conceals fountains clear 
as crystal? or the deep-green velvet of Br. Ludwigii, which lines, 
alternately with the sombre patches of Br. cucullatum, the wintry 
ravines of the Alps? Even before attaining the alpine region we 
are agreeably surprised by the fine Br. alpinum, which begins to 

Ann. & Mag. N. Hist. Vol. xiii. O 


194 Mr. R. Spruce on the Musci and Hepatice of Teesdale. 


be covered with its purple capsules, so rare in the low countries, 
where this beautiful species is only of accidental occurrence ; 
here, in company with the magnificent Br. pseudo-triquetrum, it 
spreads over rocks moistened by the water which trickles from 
the heights. The hollow ways are decked with the elegant Br. 
longicollum (Br. elongatum, Dicks.), with its slender and graceful 
capsules,” &c. &. Though Teesdale possesses no mountains 
whose height can be compared to those of Switzerland and 
“ Rheimland,”—no eternal snows and glaciers, its more north- 
erly latitude renders it capable of producing many alpine plants 
at a less altitude than in the Vosges and Alps, or even in the 
mountains of the more southern parts of our own islands. Thus 
while my friend Dr. Taylor has to ascend to the summit of Bran- 
don mountain for Br. Zierii, I have seen it in Teesdale growing 
in the greatest luxuriance at the altitude of a thousand feet, 
which is more than two-thirds less than the former. 

For a complete geographical and geological description of 
Teesdale, I must refer to the second Part of Phillips’s ‘Geology 
of Yorkshire, but the following sketch of part of the course of 
the Tees, extracted from page 153 of that work, may be accept- 
able :— 

“The Tees rises on the east part of Crossfell, which is 2901 
feet high, flows eastward four miles, through the Yoredale lime- 
stones to the Tyne bottom limestone, and receives on its right 
bank a stream called Trout beck, which flows north-eastward from 
a hollow in the Penine chain on the main limestones 2400 feet 
above the sea. The united stream flows south-east, first in Tyne 
bottom limestone, and afterwards in Whin ‘sill, to the Weel, 1489 
feet above the sea, then falls over the basaltic rocks of Caldron 
Snout, about 200 feet, and receives Maize beck. The general 
course of Maize beck is east-north-east. From Caldron Snout the 
Tees still runs east-north-east till it receives the long stream of 
Harewood beck, flowing south-east, which direction it takes and 
continues in basalt to below the miners’ bridge, thence south- 
eastward in Yoredale limestone, grits and plates, to near Eggle- 
stone, having received on the right the Lune flowing east-by- 
north, thence to Egglestone abbey in plates and grits above main 
limestone, receiving on the right the waters of Balderdale and 
Deepdale, east-by-north. Two miles below it receives the Greta.” 

Of the other streams alluded to in the following list, Etters- 
gill beck runs mto the Tees, on the Durham side, between the 
High Foree and Winch Bridge; its course is almost entirely in 
limestone. - “ Hell Cleft” is the name given to a ravine (exca- 
vated in the limestone) above the village of Newbiggen; it is 
also traversed by a considerable stream. Blea beck comes tum- 
bling down over basaltic rocks on the north side of Green Fell 


Mr. R: Spruce on the Musci and Hepatice of Teesdale. 195 


(in Yorkshire) and joins the Tees a little above the High Force. 
The beautiful cascade called White Force is formed by a stream 
which falls over Cronkley Scarr, and joins the Tees not far from 
Winch Bridge ; here the granular or “ sugar limestone” may be 
seen both above and below the basalt: according to Professor 
Phillips, “ portions of the upper members, limestone and shale, 
are raised up and enveloped in the Whin, which penetrates in 
two wedge-shaped expansions between the limestones and shale.” 
The High Force is well known to be one of the finest waterfalls 
in England, and it is scarcely necessary to mention that here the 
whole body of the Tees is hurled over a precipice of 63 feet im 
height*, the lower portion of which consists of limestone and the 
upper of basalt. 

The triangular space between the Tees, the Lune and Maize 
beck, constituting the north-west angle of Yorkshire, is occupied 
by a mountain range which stretches from west to east, and of 
which Mickle Fell, the westernmost and loftiest summit, is 2600 
feet high. Proceeding hence in an easterly direction, we come 
successively upon Cronkley Fell, Green Fell and Holwick Fell, 
each of which is less lofty than the one preceding, until we finally 
descend to the eastern angle of the triangle, at the junction of 
the Lune and Tees, which may be 900 feet above the level of the 
sea. Cronkley and Holwick Fells terminate to the north in a 
long and lofty range of basaltic cliffs, called “ Scarrs ;” and Fal- 
con Clints or Widdy-bank Scarr is a similar range (but with a 
southern aspect) extending from Caldron Snout about a mile 
down the left or Durham bank of the Tees. The mountain lime- 
stone formation expands over the whole of this triangle, except 
where the basalt is interposed, which it is indeed “in such 
masses as to predominate in the general aspect of the region, 
and give to Upper Teesdale the character of a basaltic forma- 
tion.” : 

I am not aware that I gathered a single moss in Teesdale on 
any other rock than those above mentioned, and I was from the 
first careful to note which of the two every species appeared to 
prefer; but it was with some degree of disappointment I ascer- 
tained that very few mosses were absolutely confined to either, 
and there are not more than half-a-dozen species in the following 
list which I expeet would obstinately refuse to grow on one or 
other of them. Even the flowering-plants which we most usually 
find on limestone, such as Avena alpina and various Orchidee, 
appear equally partial to the basalt. Helianthemum canum, which 
is confined to the “sugar limestone” on Cronkley Fell, is per- 
haps the only one which it would surprise me to see growing on 
the basalt ; but as to Bartsia alpina, Elyna caricina, Carex capil- 


* The height of the fall may be a few feet less than this. 
02 


196 Myr. R. Spruce on the Musci and Hepatice of Teesdale. 


laris, Polygonum viviparum, Saxifraga stellaris and aizoides, and 
many other of the “glories” of Teesdale, which it gave me great 
pleasure indeed to see, but which I-was content to leave un- 
touched, they assuredly grow in equal luxuriance on both for- 
mations. . 

But my object was not so much to ascertain the distribution 
as to determine the limits of the different species ; and what fol- 
lows is not a mere list of localities, but contams the result of 
extensive observation in the field, and careful investigation and 
comparison in the cabinet. I have adopted the generic distri- 
bution of the ‘ Bryologia Europea,’ so far as the published num- 
bers of that work extend, because it is by far the most natural 
of any I have seen, and I have no doubt will be adopted, in great 
part at least, by the bryologists of this country, when its merits 
come to be fully known*. I have also in many cases quoted 
from the same work the specific characters of such mosses as have 
not been previously described in any work on British bryology ; 
but the numerous analyses and descriptive remarks are entirely 
deduced from my own observations. 

The total number of species observed in Teesdale amounts to 
208, of which 167 are Musci and 41 Hepatice ; but this can only 
be regarded as an approximation to the existing number; and a 
residence of three or four years in the centre of the district, with 
an attentive examination of localities at all seasons, would not 
more than suffice to ascertain the exact amount of its treasures. 
I have to add, that my collection contains a few mosses which 
from their imperfect state I have been unable to determine satis- 
factorily ; these are not included in the foregoing enumeration. 


Muse. 


1. Andrea alpina, Hedw. Limestone rocks on Cronkley Fell. 

2. A. Rothii, Mohr. Cronkley Fell, on limestone; Falcon Clints, 
on basalt. 

3. A.rupestris, Hedw. Frequent on rocks and stones. I gathered 
a large var. on Cronkley Fell, growing with A. alpina, and scarcely 
to be distinguished from it at sight. 

_ 4, Anictangium ciliatum, Hedw. White Force, Falcon Clints and 
other places, yet nowhere abundant. 

5. Anomodon curtipendulum, H. and T. Walls near Romaldkirk 
and below the High Force inn. Especially abundant in the wood by 
the Tees’ side below Holwick, and in fruit, but out of season. 

6. A. viticulosum, H. and T. ‘Trees and rocks, frequent. 

7. Aulacomnion palustre, Schwegr. (Bryum palustre, H. and T.) 
Bogs and moist rocks. 


* Wherever the nomenclature differs from that of ‘ Muse. Brit.,’ the syno- 
nyms of this work are always added. 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 197 


8. Aulacomnion androgynum, Schwegr. (Bryum androgynum, 
Hedw.; H. and T.) Shaded rocks below the High Force, with gemme. 

9. Barbula fallax, Hedw. (Tortula fallax, H. and T.) By the 
Tees’ side. 

10. B. muralis, Timm. Walls. 

11. B. ruralis, Hedw. Walls, &c. between Middleton and Bar- 
nard Castle. 

12. B. subulata, Brid. Banks and rocks, both in the high and 
low grounds. 

13. B. tortuosa, W.and M. Frequent on limestone rocks. A 
small var. occurs on the sugar limestone near the summit of Cronk- 
ley Fell, which forms low spreading patches of a brownish hue; the 
leaves are shorter than in the ordinary form, their nerve less broad 
and strong, and the capsules are always curved. 

14. B. unguiculata, Hedw. Common. 

15. B. vinealis, Brid. ‘‘ Ceespitosa, dioica; foliis recurvo-paten- 
tibus, ovato- et elongato-lanceolatis ; capsula ovato-oblonga vel 
oblongo-cylindrica, erecta, annulata, brevirostra; peristomii 
membrana conjunctiva longiore, dentibus semel contortis.””— 
Bryol. Europ. 

B. vinealis, Brid. Bryol. Univ. i. Suppl. p. 830. 

On a wall by the road leading from Barnard Castle to Lartington, 
with capsules just coming to maturity, June 23rd. It grows inter- 
mixed with Weissia curvirostra, and the reddish stems are so much 
alike in both, that a casual observer would hardly distinguish them. 


B. vinealis is very closely allied to B. fallax, but differs from 
it as follows. Leaves longer and narrower, spreading and some- 
what recurved (but not squarrose), with nearly plane margins ; 
the inner pericheetial leaves scarcely differing from the rest, but 
in B. fallax much broader in their lower half and loosely sheath- 
ing the pedicel: capsule annulate: operculum shorter : peristome 
only once (in B. fallax three or four times) twisted. Besides, as 
Bruch and Schimper observe, “les fruits mtrissent en été, époque 
a laquelle ceux de B. fallax sont passés depuis longtemps. agrees 
the time I now write (Nov. 9th) the capsules of B. fallax are just 
beginning to ripen. 

I cannot account myself the discoverer of this moss in Britain, 
for Mr. Wilson has lately sent me specimens gathered by him- 
self at Nant-y-Belan, near Wrexham, in 1833 ; and he suggests 
that even the Z ygotrichia cylindrica described by Dr. Taylor 1 im 
the ‘ Flora Hibernica’ may be the same species. 


16. Bartramia arcuata, Brid. Heathy and rocky situations, abun- 

dant, but I did not succeed in finding capsules. 

17. B. calcarea, Br. and Sch. ‘‘ Procera, foliis secundis vel sub- 
secundis, confertis, longioribus, crassicostatis, lavius reticulatis ; 
perigonialibus omnibus acute acuminatis, solidi-costatis ; peri- 
stomii minoris dentibus remote articulatis.”—Bryol. Kurop. 

Moist springy places, frequent, both on the limestone and basalt. 


198 Mr. R. Spruce on the Musci and Hepatic of Teesdale. 


Very fine by the road-side between the High Force inn. and Winch 
Bridge. 


This magnificent species was detected a few years ago by Bruch 
near Deux Ponts, and it has since been observed in the Vosges, 
Jura, and other mountain regions of continental Europe. The 
authors of ‘ Bryol. Europ.’ state that they have never found inter- 
mediate states between it and B. fontana, and that it constantly 
preserves the characters they have assigned to it. Ihave similar 
testimony to offer; for I distinguished the two, by habit alone, 
almost on my entering Teesdale, and during my stay I continued 
to observe them almost daily without detecting any feature cal- 
culated to shake my conviction of their being specifically distinct. 
I shall now state the differences which appear amply to justify 
their separation. In B. calcarea the stems are stout, densely 
cespitose ; leaves secund (usually patent in the other), of larger 
_Size, narrower, and tapering to a longer point, all lanceolato- 
acuminate (not ovato-acuminate and lanceolate on the same 
plant): areolation wider: nerve remarkably strong and solid, and 
offering a great contrast to that of B. fontana. These differences 
are most striking on the floriferous branches of the male plants. 
The male flowers consist of fewer leaves, all of which are acumi- 
nate and nerved throughout; but the inner perigonial leaves in 
B. fontana are very obtuse, with an abbreviated or obsolete nerve*. 
The peristome is smaller, the outer teeth shorter and broader, 
and the texture of the outer — of the capsule is less dense 
near its mouth. 


18. B. fontana, Sw. Less frequent than the last, but fruiting 
beautifully in Hell Cleft. 

19. B. gracilis, Florke. At the White Force, attaining a large 
size; rocks below the High Force. 

20. B. Halleriana, Hedw. In the clefts of basaltic rocks near the 
High Force, with fruit in a good state. 

21. B. ithyphylla, Brid. Frequent on basaltic rocks, especially on 
Cronkley and Holwick Scarrs. 

22. B. pomiformis, Hedw. Rocky situations near the High Force, 
&c.; less frequent than the last. Var. (3. crispa, intermixed with 
B. Halleriana. 

23. Bryum acuminatum, B. and S. ‘‘ Monoicum; caule simplici 
innovationibus ramoso, basi radicante; foliis caulinis inferiori- 
bus parvulis, remotis, ovato-lanceolatis, erectis, superioribus 
fastigiatis, confertis, duplo-majoribus, lineari-lanceolatis, 1—2 
plicatis, margine valde revolutis, apice serratis, costa ad apicem 
producta; capsula longicolla, gracili, horizontali, operculo co- 
nico.” — Bryol. Eur. 


* The term ‘ecostata’ applied to them by Bruch and Schimper is too 
strong. 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 199 


Pohlia acuminata, Hoppe and Hornsch, Bot. Zeit. 1819, p. 94; 
Brid. Bryol. Univ. i. p. 610. 

Near the west end of Holwick Scarr, very scarce, and I did not 
succeed in finding more than a few dead capsules. 


It has also been discovered more lately by Mr. Wilson in Wales 
(“Cwm Idwel, Aug. 1843”), and from a comparison of his speci- 
mens, which are in very good state, with others of Br. elongatum, 
Dicks., I am inclined to regard them distinct. In both species 
the inflorescence is monoicous, but in the former the antheridia 
are included in gemme seated at the base of the female flower ; 
whereas in the latter, they stand in pairs in the axils of the peri- 
cheetial leaves. Besides, in the former the /eaves are of a deeper 
green, shorter and broader yet with a more slender point, less 
decidedly serrate, with margins more strongly recurved, a much 
stronger nerve and smaller areolation. In the form of ‘the cap- 
sule, the two mosses present scarcely any difference. 

Br. acuminatum appears to be of frequent occurrence on the 
continent, and many varieties and. subvarieties are described in 


the ‘ Bryol. Europea.’ 


24. Bryum albicans,Wahl. Near the High Force and other places, 
but barren. | 

25. Br. alpinum, L. Frequent on low moist rocks; I saw no 
fruit. . 

26. Br. annotinum, Hedw. In fruit near the High Force inn, and 
on the moor as you go to Cronkley Bridge, but scarce. 

27. Br. argenteum, L. Frequent. 

. 28. Br. cespititium, L. On a wall near Barnard Castle. The 
only station observed in Upper Teesdale was upon a wall near the 
farmhouse on the hill above the High Force. 

29. Br. capillare, L.. On walls between Barnard Castle and Mid- 
dleton ; on rocks in Upper Teesdale. 

30. Br. carneum, L. Moist sandy situations. 

31. Br. cernuum, B.and 8. ‘“ Caule ramoso, radicante; foliis pa- 
tulis ovato-acuminatis, concavis, costa excurrente mucronatis; 
capsula in pedicello elongato magis minusve curvato nutante 
vel pendula, pyriformi, operculo parvulo, convexo, acuminato, 
annulo magno; peristomio interno externo adglutinato.”— 
Bryol. Europ. 

On walls by the road-side all the way from Barnard Castle to the 
High Force inn, especially abundant about Romaldkirk and Mickle- 
ton; it is also frequent on the rocky banks of the Tees, growing 
along with Br. inclinatum. 


Hedwig, having failed to observe the inner peristome (in con- 
sequence of its being closely soldered to the outer), included this 
moss in his genus Cynodontium, to which he assigned the follow- 
ing character: “ Peristomium simplex octo aut sedecim partum. 


Sporangium absque apophysi. Flos terminalis hermaphroditus.” 


200 Mr.R. Spruce on the Musci and Hepatice of Teesdale. 


By Swartz it was placed in Didymodon! Hornschuch formed. of 
it his genus Ptychostomum, and divided it into several spurious 
species. But I am doubtful whether it can be considered distinct 
from Br. inclinatum; the adhesion of the inner peristome to the 
outer is often only partial, and if this character be abstracted little 
is left to separate them. After having compared a great many 
states of both mosses, I can only find that the leaves of Br. cer- 
nuum are broader, yet tapering more suddenly into a slender 
point, and that the outer peristome is shorter. If these charac- 
ters prove constant, perhaps they may suffice to maintain Br. cer- 
nuum in the rank of a species, but at present I hardly expect such 
will prove to be the case. 


32. Bryum crudum, Huds. Abundant, especially in the crevices of 
shady rocks. This species, though in habit one of the most marked 
of all Brya, varies considerably in the direction of its capsules : some- 
times, as in specimens gathered by Ettersgill beck, they are nearly 
or quite erect; at others perfectly pendulous, as on Cronkley Fell. 

33. Br. inclinatum, B. and S. ‘‘ Hermaphroditum ; caule brevius- 

culo, radiculoso-tomentoso, parce ramoso; foliis ovato-lanceo- 
latis, longius acuminatis, integris; capsula nutante vel pendula, 
ventricoso- vel ovato-pyriformi, microstoma, annulata, operculo 
convexo, apiculato; peristomio interno libero, ciliis rudimenta- 
riis seu nullis.”—Bryol. Kurop. 

Pohlia inclinata, Swartz, Musc. Suec., pp. 45, 96. t. 5. f.11; Brid. 
Mant. Musc.; Schwegr. Suppl. i. pt. ii. p. 73. t. 63. 

Br. turbinatum, var. Muscol. Brit.; Walker-Arnott, Dispos. meth, 


However questionable may be the propriety of disuniting Br. 
cernuum and inclinatum, I cannot doubt that the latter is a very 
distinct species. I gathered in Teesdale, between the two, above 
twenty varieties, a// equally distinct from Br.cespititium, to which, 
in point of fact, Br. inclinatum is far more closely allied than to 
Br.turbinatum, whither it has been referred by Walker-Arnott and 
the authors of ‘Muse. Brit.’ Br. inclinatum may be distinguished 
at sight from Br. cespititium by its capsule tapering nearly equally 
to each extremity (often exactly spindle-shaped) and by its far 
smaller and more pointed operculum ; besides, the /eaves have less 
of that silky appearance to be observed in the other, their nerve 
is less produced, and they are furnished with a border of three 
rows of narrow cellules. The inflorescence is constantly herma- 
phrodite (dioicous in Br. cespititium) ; the inner peristome wants 
the intermediate cilia, or, if present, they are imperfect and desti- 
tute of the large and well-developed lateral hooks (appendicule) 
so remarkable in Br. cespititium; and lastly, the seeds are three 
times the diameter of those of Br. cespititium. 

Although Br. inclinatum and cernuum exist abundantly in Tees- 
dale, only a single alpine habitat was observed for Br. cespititium. 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 201 


In accordance with this is the remark of Bruch and Schimper on 
the latter species, “ montes editiores vix apud nos ascendere vi- 
detur.” 


34. Bryum julaceum, Smith. Caldron Snout, very scarce. 

35. Br. nutans, Schreb. Heathy situations, as well as on walls 

and stones. 

36. Br. obconicum, Hornsch. in litt. ‘* Dioicum, innovando ramo- 
sum ; foliis ovatis, oblongo-ovatis, acuminatis, costa procurrente 
cuspidatis, submarginatis, margine non incrassato revoluto-re- 
curvis, integris, concavis, apicem versus carinatis, erectiusculis, 
siccis vix tortilibus; capsula subpendula, pendula, longicolla, 
clavata, operculo hemispherico, papillato.”—Bryol. Eur. 

On a wall, under the shade of trees, by the road leading out of 

Barnard Castle to Lartington, along with Br. capillare and cernuum. 


This beautiful species, which is mentioned by the authors of 
‘Bryol. Eur.’ as being “e rarioribus,” is distinguished from Br. 
capillare at first sight by its long slender capsule, emulating that 
of Br. elongatum, yet “plurimo tempore perfecte pendula,” and 
by the pedicel being curved in its upper portion into a much 
wider are. It may be further distinguished by the following cha- 
racters. Leaves tapering more gradually to a point, less distinctly 
marginated, of a fine deep green (those of B. capillare mostly with 
a yellowish or brownish tinge), their nerve stronger and always 
excurrent. Texture of the outer paries of the capsule very com- 
pact near its mouth, the 4—5 uppermost rows of cellules being 
far smaller than the rest, while in B. capillare only one or two of 
the rows near the mouth are slightly contracted in dimensions. 
Operculum larger, more convex. Annulus very large, nearly twice 
the breadth of that of B. capillare. Teeth of outer peristome with 
a broader red base, within the capsule. 

Br. torquescens, B. and 8S. (of which I have not yet seen any 
specimen), is mentioned by Bruch and Schimper as a species which 
might be confounded with Br. obconicum, but the latter (say they) 
may be distinguished by its more slender capsule, with a longer 
neck, and by the leaves, which are of a different form and twist 
less regularly im drying. Besides, the inflorescence of Br. tor- 
quescens is hermaphrodite. 


37. Br. pallescens, Schwegr. ‘‘ Monoicum, ceespitosum; caule 
ramoso, radiculoso-tomentoso ; foliis ovato-lanceolatis, integer- 
rimis, margine reflexis, costa sub vel paulo ultra apicem evanida; 
capsula horizontali, inclinata, pyriformi-oblonga, collo longius- 
culo, operculo convexo, longius acute acuminato.”’—Bryol. Eur. 
Br. pallescens, Schwegr. Suppl. i. pt. ii. p.67.t.75; Brid. Bryol. 
Univ. i. p. 645. 

Br. speciosum, Voit. 

On rocks as well as on sandy deposits, by the Tees below Winch 
Bridge; Hell Cleft, very sparingly. 

Var. 3. boreale. (Br. boreale, Schw.) Rocks in Ettersgill beck. 


202 Mr. R. Spruce on the Musci and Hepaticz of Teesdale. 
Although fully satisfied that this is the moss described in the 


‘Bryol. Eur., having compared it with an original specimen 
from Bruch (given me by Mr. Wilson), 1 have had great diffi- 
culty in persuading myself of the validity of its specific claims ; 
but this has chiefly arisen from my having got hold of some 
puzzling varieties, and I now think it may prove a genuine spe- 
cies; at the same time leaving it to further observation finally to 
decide the question. Bruch and Schimper’s remark, “Cette 
espéce varie infiniment,” would prepare one to expect some ano- 
malies. 

From Br. inclinatum, growing along with it and not very dis- 
similar in habit, Br. pallescens is to be distinguished by the fol- 
lowing characters :—The J/eaves are cuspidate (not acuminate), 
except on the ramuli and innovations, where they are often nar- 
rower and run out into a longer point; their margins only re- 
flexed, not revolute as in the other: the inflorescence is normally 
monoicous: the capsule has a longer neck and is mostly sub- 
clavate: the operculum is longer: the peristome is larger: the 
outer teeth far longer, tapering to a very slender point, and closely 
trabeculate ; and the seeds are somewhat smaller. ‘To this may 
be added, that the outer teeth are strongly inflexed by drymg, 
while the processes of the inner stand erect between the inter- 
stices: this never occurs in the other. 

The form which grows on the sandy margin of the Tees has 
the inner peristome very fragile, and the cilia scarcely appendi- 
culate. , 

The large and beautiful var. from Ettersgill beck has the pedi- 
cels widely curved, and twisted just below the collum so as to 
bring the lower face of the capsule uppermost. I have found 
antheridia mixed with archegonia in two out of five or six fertile 
flowers that I have examined; yet separate gemmaceous male 
flowers are abundant on the same plants; and im all the other 
states of this species I have been unable to detect a single her- 
maphrodite flower*. 

Bryum intermedium, Brid., is considered the nearest ally of 
Br. pallescens by Bruch and Schimper, from whom I quote the 
following diagnosis: “ Quelque grande que soit la ressemblance, 
méme dans les variétés, du Br. pallescens avec le Br. intermedium, 
ces deux espéces ne sauroient cependant pas se confondre, vu la 
différence dans la fleuraison. La premiére espéce se reconnait 
en outre, et déja & la premiére vue, A la couleur plus pile de la 

* I do not conclude from the accidental occurrence of androgynous flow- 
ers in a monoicous species, that the authors of ‘ Bryol. Eur.’ have been alto- 
gether in error in adopting the inflorescence as a character for discriminating 
species: nature always refuses to be bound by our artificial rules, and there 
is no character taken singly which may not admit of exception. Sexual ano- 


malies exist amongst flowering-plants as well as mosses: e. g. in the genus 
Carex, Myrica Gale, Lychnis dioica, Bryonia dioica, &c. 


Mr. C. W. Peach on the Nidus of Purpura lapillus. 203 


capsule, dont l’opercule ne porte toujours qu’une pointe mousse 
trés-courte, et se détache facilement quand le fruit est mis en 
contact avec Phumidité. I] faut encore remarquer que la capsule 
est toujours symmétrique, et que son col n’est jamais courbé vers 
le bas, comme cela se voit si souvent dans le Br. intermedium; a 
état sec, méme quand elle est encore fermée par son opercule, 
elle se trouve toujours rétrécie sous Vorifice. Le péristome est 
plus grand, e¢ tous les fruits miirissent & la méme époque.”’ 


38. Bryum pseudotriquetrum, Schwegr. (Br. ventricosum, Dicks. ; 
H. and T.) 

Abundant on the rocky banks of streams, and in moist springy 
places on the mountains. I gathered numerous forms, varying chiefly 
in habit and in the length of the capsule, but presenting no essential 
difference. 

39. Br. turbinatum, Swartz. Rocky situations near streams, but 
with fruit scarcely mature. A small and broad-leaved var. of this 
occurs below Winch Bridge, in which the tufts are beautifully zoned 
with red and purple, their upper portion being green. A similar var. 
of Br. pseudotriquetrum grows on Cronkley Fell. 

40. Br. Zierti, Dicks. Basaltic rocks at the High Force, Holwick 
Scarr, Caldron Snout, &c., in moist shaded situations: the capsules 
- Immature at the time of my visit. The vinous tinge of the foliage 
on the lower part of the stem distinguishes this species at sight from 
Br. argenteum and julaceum. 


[To be continued. ] 


XXVII.—On the Nidi of Purpura lapillus and of Buccinum 
reticulatum. By Mr. Cuartes Wm. Pracu. 


| Purpura lapillus. 


In my former communication relating to this shell, I had only 
noticed it depositing its nidi from January to June of that year ; 
since that time I find that it deposits them all the year round, but 
is most active from January to April. The young leave the nidi in 
about four months from the time of their being fixed on the rocks ; 
they are fixed to rocks only. My eldest boy took one of the whelks 
from the rock, when it deposited a nidus on his hand in my presence 
which was perfectly formed, quite transparent ; and although the 
granular marks were plainly to be seen, no appearance of shells could 
be traced under a powerful pocket lens on the bursting of the nidus. 
The nidus was so frail, that it fell to pieces on being touched. 


Buccinum reticulatum. 


This shell differs from the former in fixing its nidi on rocks, 
alge, and the wicker-work of “ hullies,” or the store-pots of the 


204. Mr. H. E. Strickland’s Notes on Mr. Blyth’s 


crab-catchers, and also in depositing them in shore only, where 
they are seldom or ever left dry by the tide. They are frequently 
strung together in single lines, and overlie each other like scales : 
the young escape from them in the upper part by an opening 
which yields to their pressure when they are of sufficient strength : 
the nidi are horn-colour and semitransparent, and of the shape 
of the spade on playing cards. This nidus I have been observing 
for the last three or four years, and from careful investigation I am 
quite satisfied that it belongs to the Buccinum reticulatum. The 
following I think speaks strongly in favour of that opinion: the 
“hulhes” are frequently (round the lower part) nearly covered 
with these nidi, and great numbers of the Buccinum reticulatum 
are found on and in the “ hullies,” but no other shell of any kind. 

The young shells are very much like those of other whelks in 
having the apex unfinished. 


~ a, 
ee] 


= —- 


ig Eee A VfB 
ae” Sew AGL eet 


Fig. 2. Fig. 3. 
Fig. 1. A single nidus of Buccinum reticulatum. 


Fig. 2. Several strung together attached to a sea~weed. 
Fig. 3. A quantity on a piece of wicker. 


XX VIII.—Notes on Mr. Blyth’s “ Further notice of the species of 
Birds occurring in the vicinity of Calcutta.” (Ann. Nat. Hist. 
vol. xiii. p. 113.) By H. E. Srrickuanp, M.A. 


No. 21, page 114 supra. If Mr. Blyth be right in uniting Milvus 
Govinda to M. etolius, Lesson (which I see no reason to doubt), it 
ought to stand as Milvus ater (Gm.), and Falco egyptius, Gm., F. 
Forskahli, Gm., Accipiter Milvus, Pall., Milvus niger, Bon., and Milvus 
Cheele, Jerdon, are additional synonyms. But it cannot be the Falco 
Cheela of Latham, as that is said to have a white bar 14 inch wide 
across the tail. 

25 a. Mr. Blyth frequently uses specific names without annexing 
the authority. It is consequently uncertain whether by “ Polypteryx 
cinereus’’ he intends the Vultur cinereus of Gmelin,—by ‘‘ Vultur in- 


List of Birds from the vicinity of Calcutta. 205 


dicus” —the V. indicus of Scopoli and Latham, or the V. indicus of 
Temminck, and whether by ‘‘ Vultur bengalensis’”’ he means the V. 
bengalensis of Gmelin, or the bird so called by Gray. In fact, the 
Vulturide, though few in number, are still in great confusion, and 
we are much in want of exact descriptions and exact synonyms of 
the Indian species. 

31. What are the distinctions between the ‘* Buceros malabaricus” 
of Southern, and the “‘ B. albirostris” of Northern India? Latham’s 
figure and description of malabaricus, and Shaw’s description of al- 
birostris, both exactly agree with a specimen in my collection, and I 
have therefore always considered them as synonymous. 

43. The generic value of Brachypternus as distinct from Tiga de- 
pends on the amount of importance which we attach to the presence 
of a rudimental hind toe, as compared with its total absence. Now it 
is true, that when this member is reduced to a minimum, in one set 
of species, it often disappears altogether in another, without invol- 
ving any other structural difference. But in this respect Brachy- 
pternus is certainly as good a genus as Tridactylia, Rissa, Calidris, 
Squatarola, &c., and a far better one than many which are distin- 
guished by the mere form or even the colour of the feathers. 

77. The distinction of the Jora tiphia, zeylonica and scapularis into 
three species is an interesting fact, and I hope Mr. Blyth will soon 
publish the characters of them. I had long suspected that J. scapularis 
was distinct from zeylonica, Dr. Horsfield having informed me that 
the black-headed specimens never occur in Java. 

112. For melanotus read melanotis. ‘This Bengal bird is probably 
the Lanius cristatus of Linneeus (which is said to be from Bengal). 
In the ‘ Ann. Nat. Hist.’ p. 36 supra, I had referred to this species 
the L. superciliosus, Lath., of the Malay countries (which is proba- 
bly also the L. magnirostris, Less., and L. strigatus, Eyton). But 
-as Mr. Blyth considers his melanotis to be distinct from the latter, it 
would appear that L. superciliosus, Lath., is not the same as L. cris- 
tatus, Lin. The Indian bird will therefore stand as Lanius melanotis 
(Linnzeus’s name cristatus being decidedly erroneous), and the Malay 
species will be L. superciliosus. A third allied but distinct species 
is the L. lucionensis, Lin., from the Philippine Islands. 

130. Motacilla indica is described by Sonnerat as yellow beneath, 
but Raffles states that his specimens were white beneath, and my 
own specimen is also of the latter colour. Does this difference in- 
dicate two species, or only a change resulting from season ? 

154 a. The Vinago chlorigaster of Mr. Blyth was named almost 
simultaneously by myself Treron Jerdoni (p. 38 supra). The yellow 
of the lower belly seems to be a more distinctive character than the 
green of the ventral region. 

206. Himantopus asiaticus, Lesson, seems to be the same as H. leu- 
cocephalus, Gould, 1837. 


The two following notes refer to Mr. Blyth’s paper in the present 
Number of the ‘ Annals,’ which furnishes another proof of that gen- 
tleman’s zeal and activity in the cause of science. 


206 Mr. J. Walton on the genus Bruchus. 


Page 175 supra. I suspect from the description of Ardea nobilis 
that it is identical with the A. Goliath, Temm. Pl. Col. 474, from 
Abyssinia. 

Page 176. Ardea Caboga belongs to the genus Ardeola, Boié, 1822 
(Buphus, Boié, 1826). ‘This bird is decorated with no less than eleven 
synonymous names, the earliest of which is Ardea Bubulcus, Savigny, 
and the following is, I believe, the chronological order of the re- 
mainder :—A. lucida, Rafinesque ; A. equinoctialis, Mont. ; A. coro- 
mandelensis, Steph. ; 4. bicolor, Vieill. ; A. russata, Temm.; A. af- 
finis, Horsf. ; A. coromandelica, Licht. ; A. Veranii, Roux; A. leuco- 
cephala, Cuv.; and A. Caboga, Franklin. 


XXIX.—WNotes on British species of the genus Bruchus, with 
Descriptions of two species not hitherto recorded as indigenous. 
By JOHN Watton, Esq. * ppt AQpeaxs. AY 

Section CURCULIONITES. 
Fam. Brucuip2. 
1. Bruchus Pisi, Linn. (Mus. Linn.), Germ., Schénh. 


Oblong-ovate, black, densely clothed with cinereous and white 
pubescence : antennze with the four basal joints rufo-testaceous : 
thorax transverse, much broader than long, and armed on each side 
with a distinct acute tooth: elytra elongate; each elytron with a 
somewhat arched fascia near the apex, composed of white spots: 
pygidium with two large ovate black spots ; anterior femora en- 
tirely black ; the anterior tibize and tarsi ; the intermediate tibize at 
the apex and the tarsi rufo-testaceous ; the posterior femora armed 
with an elongate spine beneath, near the apex. Length 21 lines. 

The two examples (one being pinned through the name) in the 
Linnean cabinet with a white pea appended to each pin containing 
the insect, I have not the least doubt, are the genuine B. Pisi of 
Iinneus. In all the British cabinets that I have examined I 
could only detect one true example of this species, and that in 
the collection of Mr. Waterhouse. I consider it very doubtful 
whether the Bruchus Pisi of Linnzus should be regarded as a 
British species. It occurs in Germany and the southern parts of 
Europe, and likewise in North America. 


a eh, ? ‘ 
} s ¢ ey tas, © b 


* In my paper published in the last number of the ‘ Annals,’ some errors 
in the punctuation have caused one of the paragraphs to be obscure: p. 88, 
line 5 of the last paragraph, insert a semicolon after the word “ straight,” 
and take out the stop after the next word: in line 12, for “‘ rugose ; punctate 
anteriorly ; under both sides,” read ‘‘ rugose-punctate ; anteriorly under both 
sides,” &c. 


Mr. J. Walton on the genus Bruchus. 207 


2. B. rufimanus, Schénh., Germ., Steph. Man. 
— Pisi, Fab., Mus. Banks.* 
— granarius, Marsh. (not Linn.*), Steph. 
— Pisi, Steph. 
— Pisi, Kirb. MSS. et Mus. 
— granarius, Kirb. MSS. et Mus, 


This species resembles the preceding, with which it has 
been confounded, nevertheless it is essentially distinct: it is a 
shorter and a smaller insect than the B. Pis: of Linnzus, and 
differs moreover in having the thorax longer in proportion to the 
breadth ; the teeth at the sides smaller, sometimes indistinct ; the 
elytra shorter, and the white spots differently disposed ; the ob- 
long fuscous spots on the pygidium frequently obsolete ; the an- 
terior femora rufo-testaceous, and the posterior femora subdentate, 
or more or less distinctly dentate. (Length 1{—2 lines.) 

The large varieties (which are probably the females) have the 
thorax proportionately longer and broader in front than the — 
smaller varieties: the former are the B. Pisi, and the latter the 
B. granarius of the British cabinets, a fact which was first observed. 
by myself. I sent examples of this species to Schonherr and 
Germar, and possess foreign specimens forwarded to me by these 
authors under the name of B. rufimanus. 

In this country it is the most abundant species of the genus. 
I have taken numerous individuals of the perfect insect alive out 
of the interior of the large garden bean, the horse bean, and from 
several other varieties ; the larva evidently completes its meta- 
morphosis within these seeds, consuming a considerable portion 
of the interior ; I have examined many varieties of the pea, which 
had been eaten, I think, by the larve of this species, but never 
found in the interior a perfect insect : Mr. Marshall observed in 
a barn in Kent a quantity of peas infested by this beetle which 
had destroyed nearly half the crop ; in every pod that he opened 
he found an insect, and the exterior part of the peas was more 
or less consumed. 


3. B. flavimanus (Megerle in Litt.), Schonh. ? 
— Pisi, Fab., Mus. Banks. 


Oblong-ovate, black, densely clothed with a yellowish brown 
pubescence, and variegated with whitish spots: the antenne with 
the four basal joints rufo-testaceous: thorax subtransverse or 
rather broader than long, the lateral margins, behind the middle, 
deeply sinuated, and before the sinus armed on each side with 
a distinct acute tooth, above moderately convex, closely and 


* IT have many times carefully examined the species of the genus Bru- 
chus contained in the Linnean and the Banksian cabinets, and intend to 
publish in a separate paper some observations upon them. 


208 Mr. J. Walton on the genus Bruchus. 


minutely punctured, with larger interspersed impressions, and 
having a cuneiform white spot at the middle of the base: elytra 
elongate, with the sides nearly straight, finely punctate-striate, 
the interstices minutely punctured, about the middle with a trans- 
verse fascia composed of eight whitish spots on the alternate in- 
terstices, and between the middle and the apex with another 
transverse fascia which is flexuous: pygidium with two obscure 
fuscous spots: anterior legs rufo-testaceous; posterior femora 
subdentate, or armed with a short tooth which is more or less 
distinct. Length 21 lines. 

This species very closely resembles the large varieties of the 
preceding, and is rather difficult to distinguish without a close ex- 
amination. I have no doubt, however, it is perfectly distinct ; it 
is of equal magnitude with No. 1, and invariably larger and 
longer than the B. rufimanus ; it also differs from the last-named 
insect in having the thorax at the apex rounder and fuller, the 
teeth at the sides more distinct, the sus deeper, and the elytra 
longer ; it differs moreover in having the sculpture on the thorax 
and elytra distinctly finer, and this is very evident when the 
pubescence is scraped off. I received four examples of this spe- 
cies with the collection of the late Mr. Millard of Bristol, but 
without any of the preceding. 1 can vouch for the integrity of 
this collection being faithfully a British one; and as it is an Eu- 
ropean species, I have ventured to introduce it. Dr. Germar, to 
whom I sent specimens, regards it as a new species, yet I have 
a strong impression that it is the same which Schonherr has 
described under the name of B. flavimanus. 


4. B. seminarius, Linn., Mus. Linn. 
— seminarius, Fab., Mus. Banks. 
— granarius, Payk., Gyll., Germ., Schonh., not Linn. 
— (var.) seminarius ? Marsh., Steph. 
— affinis, Steph. 
— Vicia, Kirb. MSS. et Mus. 
— immaculatus, Kirb. MSS. et Mus. 


This species has the four basal joints of the antennz (rarely 
three) rufo-testaceous, the remainder black: the thorax in the 
middle armed on each side with a minute tooth frequently con- 
cealed by the pubescence—distinct in the males, but obsolete im the 
females ; the anterior legs rufo-testaceous, with the femora more 
or less black, sometimes entirely black ; the anterior tarsi gene- 
rally pale, but piceous in some individuals ; the mtermediate tibize 
near the apex within, armed in the males with a small but distinct 
tooth placed at right angles with the tibize; the posterior femora 
before the apex, beneath, deeply emarginated; the acute angle 
before the sinus in some examples is not produced, in others 


Mr. J. Walton on the genus Bruchus. 209 


it is more or less developed into a small tooth, modified in the 
Sexes. 

The type of the B. seminarius of Marsham is mutilated and 
difficult to determine ; it has the thorax and the posterior femora 
subdentate, and the elytra variegated with white spots—charac- 
ters which lead me to regard it as a variety, with pale interme- 
diate legs, of No. 4, to which Marsham has referred it. B. imma- 
culatus is a worn and rubbed specimen, but it is specifically the 
same as the present species. Mr. Kirby in his MS. has the 
following note to this insect: “an alt. sex B. seminarius.” 

According to M. Schénherr and Dr. Germar, to whom I sent 
specimens, the present species is certainly the B. granarius of 
Paykull, Gyllenhal, Germar and Schoénherr, but it is truly the 
B. seminarius of Linnzeus and Fabricius; I have therefore no 
hesitation in adopting the latter name for this insect. .B. semi- 
narius is plentiful in Sweden. I have frequently met with it in 
Yorkshire, but only now and then in the south: Mr. Kirby in 
his MS. gives the habitat “in Vica sepium,” and I have taken, in 
the first week of August, several larve in the pods of this plant. 


5. B. luteicornis, Illiger, Schonh. 


Ovate, black, sparingly clothed and variegated with a fine gri- 
seous and. white pile: head finely rugose-punctate, with a white 
pubescent spot behind the eyes ; mouth rufo-testaceous ; antenne, 
in the males, entirely rufo-testaceous except the terminal joints, 
which are a little dusky at their apices: thorax transverse, ante- 
-riorly a little narrowed; on each side, about the middle, armed with 
a distinct tooth ; behind deeply emarginated ; above with large 
deep scattered punctures, the spaces between minutely punctured, 
the lobe at the base white: elytra irregularly variegated with 
white pubescent spots at the base, rather broader than the thorax, 
the humeral angles rounded; behind, at the middle, a little dilated; 
above punctate-striate, with the interstices flat and coriaceous, the 
suture at the base white: pygidium covered with white pubescence, 
immaculate ; the breast laterally, and the segments of the abdo- 
men on each side densely covered with white pile: the four an- 
terior legs rufo-testaceous ; the intermediate tibize of the males at 
the apex, within, armed with two minute teeth, diverging and 
placed nearly at right angles with the apex ; the females are with- 
out these appendages, and differ also from the males in having 
the intermediate jomts of the antenne (6th—10th) black, the 
apical joint rufo-testaceous; the posterior legs black, with the 
femora more or less acutely dentate. (Length 14 line.) 

This insect resembles B. seminarius, but is readily distinguished 
from that species by the very distinct difference in the form of 

Ann. & Mag. N. Hist. Vol. xiii. Pr 


210 Mr. J. Walton on the genus Bruchus. 


the isa) the colour of the joints of the dictonls and the pale 
intermediate /egs. 

I am indebted to Dr. Germar for two foreign male specimens 
of this species, and these, upon comparison, I find agree (with 
the exception of a slight difference of size) with certain British 
specimens, viz. a male and female, captured on Cove Common, 
Hampshire, in the middle of July last, a specimen in the cabinet 
of Mr. Samuel Stevens, and one in my own collection; that be- 
longing to Mr. Stevens was found at Coombe Wood. 


6. B. Lathyri (Kirb. MSS. et Mus.), Steph. 
— Loti? Payk., Gyll., Steph., Schénh. 

Thorax transverse, at the sides slightly but visibly sinuated, 
and behind the middle, on each side before the sinus, with a very 
minute tooth or tubercle, which in some examples is ‘scarcely ob- 
servable without a powerful lens; elytra immaculate; posterior 
femora acutely dentate. This species varies considerably i in bulk, 
the largest bemg nearly twice the size of the smallest. (Length 
1—1 line. 

I have very little doubt that B. Loti of Paykull and Gyllenhal 
is identical with this insect: this opmion is based upon the de- 
scription given in Schénherr’s ‘ Syn. Ins.’ v. p. 88, compared with 
my specimens; but as I have not at present any means of pro- 
ving this, by the examination of a Swedish type, a note of inter- 
rogation is put to the name. Dr. Germar observes upon the spe- 
cimens sent to him: “ Br, Lathyri, a peculiar species, new to my 
collection.” Of this species I have in my cabinet a fine series of 
eight specimens, seven of which I found on the Lathyrus pra- 
tensis in the first week of August last, near Cowes in the Isle of 
Wight ; they agree with the two examples now in the collection 
of Mr. Kirby, taken by him necording to his MS. from the same 
plant. 


7. B.(&) pectinicornis, Linn. (Mus. Linn.), Fab. 
— (2) Theobromatis, Linn. ? 
— (¢ 2) scutellaris, Schonh. 
— (2) scutellaris, Fab., Steph. Man. 
— (9) analis, Fab., Mus. Banks. 

Mr. Stephens, by inserting this species in his ‘ Manual of Bri- 
tish Coleoptera,’ appears to consider it as indigenous to England ; 
he states, “On Heracleum Sphondylium (fl.): Penge Wood.” Mr. 
Waterhouse took it at Old Brompton crawling upon a gate ; 
but I believe it has been introduced with its food. B. pectini- 
cornis has a very extraordinary wide geographical range, being 
found, according to authors, in China, Barbary, Hast and West 
Indies, Cape of Good Hope, Japan, Brazil and Mexico, and. by 


Mr. J. Walton on the genus Bruchus. 211 


Mr. Doubleday in East Florida. The male has the antennz pec- 
tinated, and the female serrated. I have between sixty and seventy 
examples, with many varieties, of this truly proteean insect, taken 
out of the interior of the common chickpea (Cicer arietinum, so 
named from its striking resemblance to a ram’s head), which I 
obtained from the East India and China ships, lying in the Lon- 
don and St. Katherine’s Docks ; it is called ‘Gram’ by the sailors : 
there is a fine series of the B. pectinicornis in the foreign cabinet 
of the British Museum and likewise in that of Mr. Kirby, who 
found them in the same kind of seeds*. 


8. B. villosust, Fab. (1792), Mus. King of Denmark. 
— Cisti, Payk. (1792), Gyll., Steph., Schénh., Curt. not Fab. 
— ater, Marsh. Syst. Cat., Steph. 
— ater, Kirb. MSS. et Mus. 


This insect, which varies much in size, differs from the follow- 
ing in having the antenne with the four basal joints small, and 
of a dull red or piceous colour within; the thorax transverse, &c. 
I possess foreign specimens sent to me by Schodnherr; and I 
have carefully examined the four examples in the collection of 
Mr. Kirby, which are all of this species; Mr. Kirby gives them 
in his MS. as the B. ater of Marsham. On the 14th of October 
last, at Shirley Common, near Croydon, I beat sixteen specimens 
of this insect decidedly from the broom (Spartium scoparium). 


9. B. Cisti Fab. (1781), Mus. Banks. 
— canus? Germ., Schénh., Steph. Man. 
— ater, Curt. not Marsh. 

This species was separated by Mr. Curtis from the preceding, 
with which it had been confounded in this country; it differs 
in having the three basal joints only of the antennz small, and 
entirely black ; the thorax subconical, &c. It varies considerably 
in size, like its congener B. villosus. (Length 1—14 line.) 

“ Habitat in floribus Cisti Helianthemi. Mus. Dom. Banks.”— 
Fab. Ent. Syst. 1. p. 372. 


* See Introd. to Ent. by Kirby and Spence, i. p. 177. 

+ I am aware of the inconvenience of changing the specific name of a spe- 
cies that has been very generally used for fifty years; but it must be observed 
that Fabricius first employed the name Cisti for an insect differing from the 
Cisti of Paykull, and consequently the Jatter name must sink into a synonym. 
The B. villosus of Fabricius, according to his Museum, is identical with the 
Cisti of Paykull.—See Schénherr’s Syn. Ins. v. p. 169. 

t Of this remarkable and very distinct species there are now two ex- 
amples preserved in the Banksian cabinet, pinned through the name: short 
as the description is (“ ater immaculatus ; femoribus muticis ’’), by Fabricius, 
it agrees with these insects, and not at all with any other of the six species 
in the cabinet: therefore they cannot have been transposed, and are un- 
doubtedly the authentic types of the species referred to in the ‘ Ent. Syst,’ 


P2 


212 Bibliographical Notices. 


‘Taken at Birch Wood from the Cistus Helianthemum by Mr. 
S. Stevens, Mr. Smith and myself, from the middle of June to 
the middle of July ; also at Mickleham and Dorking off the same 

lant. 

t The Bruchus tibiellus, and the B. debilis of Schénherr and Ste- 
phens’s ‘ Manual,’ I have not been able to obtain sight of; the 
cabinet of the first author appears to be without them ; from the 
descriptions I take them to be small varieties of the true B. Cisti 
of Fabricius. 


BIBLIOGRAPHICAL NOTICES. 


Anatomical Manipulation ; or, the Methods of pursuing Practical In- 
vestigations in Comparative Anatomy and Physiology. By Alfred 
Tulk, M.R.C.S., M.E.S., and Arthur Henfrey, A.L.S., M.Mic.S. 
Van Voorst. 8vo. pp. 414. 


A scientiFic system of taxidermy and a guide for the zoologist in 
his anatomical inquiries have long been wanted by the British natu- 
ralist. We have hitherto had no work, professing to supply the re- 
quisite. information, of any authority. Our anatomists who have 
written on those subjects have not been naturalists, and our natu- 
ralists, who, conscious of the necessity of such'a guide as the volume 
before us, have assayed the task, have too often been ignorant of the 
very foundation of their science, the knowledge of structure. 

The ‘ Anatomical Manipulation’ of Messrs. Tulk and Henfrey is 
exactly the work required. It is based in part on the admirable trea- 
tise of Straus-Durckheim, than which a better groundwork could not 
have been selected. The original portion of the volume is equally 
excellent, and evidently executed with the greatest care and a 
thorough practical knowledge of the subject. The treatise on the 
microscope is ful] and clear, and in these days, when that instrument 
has become indispensable to the zoologist, this portion of the work 
is most welcome. The dissection and preservation of animal struc- 
tures is entered into in the minutest manner, each system being 
treated of separately, and with respect to the several classes of ani- 
mals. Much that relates to the invertebrate tribes is new, and evi- 
dently the result of original inquiries. The style of the whole is highly 
perspicuous, sufficiently full, and never prolix. 

We rejoice to see such a work as this appearing among British na- 
turalists, for other reasons besides its evident utility. We hail it as 
one of the symptoms which have appeared of late of a better state of 
things in the natural-history sciences in Britain. When the natu- 
ralist takes to anatomical manipulation he is in the right path. The 
discovery of the laws of structure, function and distribution, of affi- 
nity and of analogy, are the great ends of natural history, and to get 
at them we must pursue our researches anatomically and physiolo- 
gically. ‘The habits of animals and plants may be narrated but can- 
not be understood without reference to those laws. The “ Peter 


Bibliographical Notices. 213 


Parley”’ school of naturalists is fast becoming extinct, and with it 
its opposite, the purely technical. A more philosophical spirit is 
dbroad, and we trust ere long naturalists will be able to hold up 
their heads on an equality with astronomers and mathematicians. 
Gladly we hail in the authors of the volume before us fresh aspirants 
to scientific honours, working in the right way ; they have already 
done good service, and their book should be constantly open on the 
table of every zoologist. 


Entwicklung des Hummereies, &c. :—On the Development of the 
Ovum of the Lobster. By Dr. M. P. Erdl. Munich, 1843. 


To those who are acquainted with the elaborate researches of 
Dr. Rathke upon the development of the river Cray-fish, the present 
treatise will be one of peculiar interest, from its furnishing a parallel 
history in respect to another species of the genus Astacus so closely 
allied to the above. It would be impossible however, within the 
limited space allotted in our Journal, to do justice in an abstract to 
the masterly and lucid details which our author has given us upon 
this subject ; their general bearing will be best understood by a 
careful perusal of the work itself, and a comparison of the text with 
the four beautiful coloured quarto plates, illustrating chiefly the early 
periods of embryonic existence, 7. e. prior to the exclusion of the 
young lobster from the egg; periods which, according to Dr. Erdl, 
have been hitherto passed over in silence by most writers. We shall 
be content therefore with noticing those facts only which will be best 
appreciated by the general reader. 

‘It is well known that the eggs of crabs, when they have issued 
from the sexual orifice of the female, become attached to her sub- 
abdominal false legs, the inner and outer edge of which chiefly are 
fringed with hairs placed near to each other like the teeth of a comb. 
The fastening of the eggs takes place in the following manner :— 
While the eggs are being laid, or even before they reach the external 
sexual aperture in such crabs as Maja, where the oviduct is very 
short, they have to pass the orifice of a thick sac opening into the 
lowest part of the oviduct, and which is enlarged at the time of lay- 
ing and filled with a tenacious slimy fluid. At the very instant in 
which the eggs are propelled through the oviduct, this slime is pressed 
out of the sac over the eggs, so that they come out covered with it. 
In other Crustacea (Astacus) this sac is wanting, and the oviduct 
appears large enough to furnish a sufficient quantity of viscous fluid 
from its internal surface. Upon coming in contact with the water 
the slime immediately hardens and forms a covering round each egg, 
which, by the contraction of the tail upon the false feet and their 
hairs, become pressed together, and adhere not only to the extremity 
but the whole length of the latter. The tail is again extended after 
the eggs are laid and attached, and they then sink down slightly by 
their own weight, so that the slime is lengthened out and thus forms 
a cord passing from the hairs to the ova, where it diverges to be con- 
tinued over them as an external envelope. Thecord being hardened 


214 Bibliographical Notices. 


collapses throughout : its outer surface is thrown into many irregular 
folds, which give it an appearance as if composed of fibres ; and it is 
frequently rolled up spirally. The folds generally radiate upon the 
upper part of the egg and become lost in its external covering.” 

Still more interesting is the important physiological fact, observed 
by Dr. Erdl, ‘‘ that the nerves take their origin from the central 
ganglions in the form of simple loops which are prolonged into the 
rudimentary parts of the body, and that as they become developed, 
secondary loops proceed from these primary, and produce in their 
turn tertiary loops, and in this manner the nerves are distributed 
wherever they are met with. It is thus evident that their ultimate 
termination must be looped also, and finally that each nerve pro- 
ceeding from its centre to the periphery of the body returns without 
any interruption in the reverse direction.” 

In the last part of the treatise, which is devoted to a consideration 
of the differences in the progress of development in different crabs, 
the author agrees with Rathke in regarding the lobster as lower in 
the scale of creation than the cray-fish; and then contrasting the 
development of the Brachiura and Macroura with each other, he ob- 
serves that the latter must rank as:the inferior of the two, ‘‘ since in 
them the peripheral parts of the body, such as the tail and claws, are 
most extended and predominant, acquiring great dimensions over the 
rest, while in all their movements they exhibit a certain clumsiness and 
helplessness, and in the /odster a great stupidity of the senses. The 
Brachiura, on the contrary, move rapidly both sideways as well as 
backwards and forwards, are dextrous and strong in all their limbs, 
and from their sharpness of sight, hearing and taste, are elevated 
above all the other Crustacea. Even the mode in which they seek 
their food places them before the Macroura. Thus I have observed 
in many parts of the Mediterranean Sea, how the Cancer Menas pro- 
vides itself with nourishment from some small Balani which often 
project by thousands their calcareous valves above the surface of the 
water. It gets slowly above them, sticks its sharp claws first into 
this, then into that shell, drags out with them the animal, and con- 
veys it thus to the mouth. It seems very often to play with small 
round stones and empty snail-shells like a cat with a ball. I could 
never observe anything similar either in the large or smaller species 
of Macroura.” 


The Botany of the Voyage of H.M.S. Sulphur ; edited by R. B. Hinds, 
' Esq. The Botanical descriptions by G. Bentham, Esq. 


This is the first number of a work published under the authority 
of the Lords of the Admiralty, and bids fair to be one for assisting in 
the publication of which they will deserve the thanks of all botanists. 
The voyage of the Sulphur extended through six years, during which 
Mr. Hinds had the opportunity of examining a very considerable 
portion of the west coast of America, more especially the northern 
part ; several of the islands of the Indian seas; a portion of the coast 
of China, &c. He more especially turned his attention to the study 
of the geographical distribution of plants, to his valuable treatise 


Bibliographical Notices. 215 


upon which subject, contained in Sir E. Belcher’s Narrative of this 
Voyage, we have already directed the attention of botanists. 

The present number is chiefly occupied with part of the flora of 
California, but contains also some highly valuable remarks upon the 
climate, &c. of that country and the north-west of N. America. The 
botanical descriptions being drawn up by Mr. Bentham, in whose 
hands the collections have been placed, is a sufficient guarantee for 
their accuracy and value. There are ten well-executed lithographic 
plates in this number; the succeeding parts, to appear quarterly, are 
not expected to exceed six. 


Supplement to English Botany. Second Series. Nos. 1—3. 
London, 1843-44. 


We have much pleasure in directing the attention of our botanical 
friends to the commencement of a new series of this valuable work. 
To praise the beauty and accuracy of the plates would be quite a 
“‘ work of supererogation ;” in those respects it is allowed to be un- 
rivaled. As was the case in the former series of this Supplement, the 
descriptions which accompany the plates are written by some of our 
best-known botanists ; the authors of those in the three numbers be- 
fore us are Mr. W. Wilson, Rev. M. J. Berkeley, Mr. C. C. Babington 
and Mr. Borrer. 

The death of Mr. C. E. Sowerby, its proprietor, having caused the 
premature conclusion of the third volume of this Supplement, the 
present new Series has been commenced by Mr. J. D. C. Sowerby, 
the distinguished artist, to whose pencil we are indebted for the 
plates contained in the preceding volumes. 

As this work does not now produce any profit to its proprietor, 
we take the liberty of calling upon botanists to come forward with 
their support, for it seems to us to be disgraceful that so truly na- 
tional a publication should be allowed to languish through the neg- 
lect of those from whom its proprietor has the justest right to look 
for encouragement. It is intended to publish a number each alter- 
nate month, to contain four coloured plates with the requisite de- 
scriptive letter-press. It may be as well to add, that abundant ma- 
terials exist to make the future numbers quite as interesting as any 
of the preceding, and also, that the plates of this new Series will not 
be republished in the small edition of ‘English Botany,’ the two 
works now belonging to different persons. 


Histoire Naturelle des Zoophytes :—Acaléphes, par René-Primevere 
Lesson, Membre correspondant de I’Institut de France, &c. Ou- 
vrage enrichi de douze planches. Paris, 1843. 8vo. pp. 596. 


In the compilation of this volume the scissors have been of as much 
service as the pen. The result has been a patch-work in which every 
borrowed piece has been put together after a pattern of the author’s 
own, but not very skilfully.. Hence the book is less adapted for con- 
tinuous perusal than for occasional consultation and reference, but 
for the latter purpose it is a very useful magazine: for it contains 


216 Bibliographical Notices. 


the views and opinions and knowledge of a very great number of 
authors on the history of the Acaléphes ; and these are given very fully 
either in the author’s own words, or in accurate and entire transla- 
tions of them ; so far, at least, as translations were accessible to the 
compiler, whoacknowledges that his ignorance of the German language 
prevented him from making the use of works written in that language 
which he would otherwise have done. Besides being a repertory of 
everything pertaining to the anatomy, physiology, habits and classifi- 
cation of these frail, fugitive and most singular animals, we have in 
it a notice of every species that had been described up to the period of 
publication, and this notice is as complete as existing materials allow 
it to be made. Upon the whole we can recommend the work as a cheap 
and convenient collection of many widely scattered facts and opi- 
nions, and as a complete epitome of our knowledge of the species. 


PREPARING FOR PUBLICATION. 


The Illustrated Genera of Birds, by Messrs. Geo. Gray and D. W. 
Mitchell, is in active preparation. Part I. will appear with the 
Magazines on the first of May. 


It is proposed in this work to give complete characters of all the 
genera in Mr. Gray’s list of 1842, with a catalogue of the species 
referable to each of them. As this will include a note of the original 
descriptions and figures, it will serve in some measure as a general 
index to ornithological literature. The size and number of the illus- 
trations will prevent the necessity of an inconveniently reduced scale ; 
and the juxtaposition of nearly allied generic forms on the same 
plate will afford sufficient proof, in the absence of actual comparison 
of specimens, of the real or imaginary value of the distinctions which 
previous authors have established, or sought to establish, between 
them. 

Johnsoni Itinera Botanica, Cantiana Hamstedianaque, 
MDCXXIx & MDCXXXII. 


This work, the original of which is excessively rare, will be so 
printed as that the English translation (with which it is intended to 
be accompanied) shall occupy the page opposite to the Latin text. 

Much interest attaches to this curious production, which furnishes 
a detailed record or journal of, probably, the earliest botanical ex- 
cursion undertaken by the Apothecaries’ Company. 

Among the places visited are the following:—Erith, Dartford, 
Gravesend, Rochester, Sheppey, Faversham, Canterbury, Margate, 
Sandwich and Deal; Kentish Town, Highgate and Hampstead. The 
portions referring to Hampstead include Caenwood, Hampstead 
Heath, and the adjoining fields. 

There will be appended Mr. Irvine’s list of Hampstead-Heath 
Plants, for the purpose of giving a comparative view of the present 
with the former state of the botany of this latter district. 

Facsimiles of the exceedingly curious Illustrations will be given, 
and the text will be translated faithfully verbatim, by Mr. Irvine, 
author of the ‘ London Flora.’ bs 54 


Linnean Society. 217 


PROCEEDINGS OF LEARNED SOCIETIES. 


LINNAAN SOCIETY. 
June 6, 1843.—Edward Forster, Esq.,.V.P., in the Chair. 


Read a “ Description of Peltophyllum, a new genus of Plants allied 
to Triuris of Miers, with remarks on their Affinities.” By George 
Gardner, Esq., F.L.S. &c. 

The plant described in the present communication was discovered 
by Mr. Gardner in the province of Goyaz, in the interior of Brazil, 
and the few specimens which he possesses are unfortunately all 
female. The following are its characters :— 


PeLToPHYLLuM, Gardner. 

Flores dioici. Mase. ignoti. Foam. Perigonium 6-partitum, coloratum, 
patens, persistens; laciniis ovatis, longé acuminatis ; acumine plano. 
Ovaria plurima, in tori apice sessilia, adpressa, libera. Styli ad apicem 
incrassati, obliqué truncati. Fructus ignotus. 

Herba parvula Brasiliensis. Folia a scapo distantia, longeé petiolata, pel- 
tata, valdé reticulata. Radix tuberosa, fibrosa. Scapus subramosus, 
basi squamosus ; pedunculis basi bracteatis, unifloris; floribus luteis. 

Peltophyllum luteum, Gardn. Herb. Bras. n. 3570. 


Mr. Gardner compares the female flowers of his plant with those 
of Triuris, to which it is evidently nearly related ; and discusses at 
some length the subject of their proper position in the natural system, 
which he believes to be along with Smilacee and the other orders of 
the group to which Prof. Lindley gave first the name of Retose and 
subsequently that of Dictyogens. He proposes to form a distinct 
order for their reception under the name of 


TRIURACER. 


Herbe parvulz, perennes, rhizomate repente? Folia solitaria, a scapo 
distantia, longé petiolata, nervosa, integerrima. Vagine ad basin pe- 
tiolorum membranacez. Scapus subramosus, basi squamosus. Flores 
regulares, dioici; pedicellis unifloris, bracteatis. Perigonium corollinum, 
3- vel 6-partitum, patens, persistens ; laciniis longis, acuminatis, zsti- 
vatione basi valvatis ; acumine interdim tubuloso, ante anthesin gy- 
rato incluso. Stamina 3 vel 6? <Anthere@ extrorse, loculis disjunctis, 
imo androphoro magno carnoso centrali insertee. Ovaria plurima, in 
tori apice sessilia, adpressa, libera. Ovula in loculis solitaria? Styli 
sublaterales, subulati, vel ad apicem incrassati et obliqué truncati. 
Fructus ignotus. 

A figure of Peltophyllum luteum, with details, from the pencil of 

Mr. Miers, accompanied the paper. 


June 20.—E. Forster, Esq., V-P., in the Chair. 


Read ‘ Notes on the Forest-trees of Australia.” By George 
Suttor, Esq., F.L.S. &e. | 

Mr. Suttor states that the far greater number of these trees be- 
long to the order Myrtaceae, and chiefly to the genus Hucalyptus. The 
species are very numerous, and many of them are still undescribed. 
‘They are generically known to the colonists as Gum-trees, and their 
distinctive names are chiefly derived from the colour of their barks ; 


218 Linnean Society. 


as for example, blue, black-butted, red, white, yellow, green, and 
spotted Gum-trees. There is also a Flooded Gum-tree, a Manna 
Gum-tree, and a so-called Mountain-ash, ali belonging to the genus 
Eucalyptus. Many of the species are of gigantic growth, and the 
Black-butted Gum-tree in particular (Zucalyptus globulus, Labill. ?) 
attains a size equal perhaps to that of any tree in the world. It 
derives its name from the blackness of its butt, caused, it is said, by 
exposure to the fires which are so frequently kindled by the natives 
in order to burn the grass and secure the game. 

The Manna Gum-tree (Kucalyptus mannifera) is also of large 
growth, with widely spreading branches. Its manna drops in a 
liquid state most plentifully in the summer from the flowers and buds 
of the young shoots into the leaves, where it quickly becomes hard- 
ened, and falls thence to the ground in irregular lumps. It has a 
sweet agreeable taste, and is said to have all the properties of the 
manna of the shops. The wood contains a large quantity of saccha- 
rine sap, which soon becomes acid, and it is to this cause that Mr. 
Suttor attributes the power of resisting fire, so remarkable in all the 
Gum-trees, and which renders them peculiarly valuable in building 
houses. 

Another species of Eucalyptus, the so-called Mountain-ash, which 
grows in the Blue Mountains, is avery fine timber-tree, which splits 
freely into long pieces and is brought to Paramatta for chair-rafts, 
&c. Its wood is very strong and elastic, and said to be equal in 
those respects to any wood in the world. 

The Forest-mahogany of the colonists (Hucalyptus robusta, Smith) 
has strong large spreading branches, forming a very large head, and 
sweet-scented flowers. Its wood is heavy and close-grained, resem- 
bles the mahogany of Jamaica, and is used in Sydney for making 
chairs and bedsteads. 

The timber-trees not belonging to the order Myrtacee consist of 
a few species of Conifera, the Casuarine, and the so-called Cedar 
(Cedrela Toona, Roxb.), the wood of which very much resembles the 
Honduras mahogany, and is very valuable to the colonists in fitting 
up their houses, making furniture, &c. The tree is of large growth, 
and has not been found in the interior, but generally on the low 
grounds of the coast rivers. 


December 5.—E. Forster, Esq., V.P., in the Chair. 

Mr. Westwood, F.L.S., exhibited a box of Cstrideous insects re- 
cently received from Professors Zetterstedt and Dahlbom, with the 
view of determining the correctness of Mr. Bracy Clarke’s conjecture 
as to certain characters, which, in his memoir published in the last 
Part of the ‘ Transactions’ of this Society, he had regarded as sexual, 
and as proving that the Gfstrus Tarandi and i. Trompe are sexes of 
the same species. Mr. Westwood stated that this collection con- 
tained both sexes of each of these species, and that it would conse- 
quently be necessary to reinstate these two species as well as several 
others, which, on the same account, Mr. B. Clarke had sunk in his | 


memoir. 
S 


Linnean Society. | 219 


December 19.—E. Forster, Esq., V.P., in the Chair. 


Read a paper ‘‘ On Carex saratilis, L., and an allied species.” By 
Francis Boott, M.D., F.L.S. &c. 

The allied species referred to was found in 1832 in Glen Phee, 
Clova, by the party accompanying Dr. Graham on his annual bota- 
nical excursion to the Highlands, and was considered as a form of 
C. sazratilis, L.; but Dr. Boott, whose attention has lately been called 
to the subject by a letter from Mr. W. Wilson of Warrington, point- 
ing out certain differences between the two plants, is led to regard it 
as a distinct species, which he names and characterizes as follows :— 

Carex Grahami, spicis 4—5 cylindricis ferrugineis ; masculis 2 (rarits 1) 

gracilibus acutis : foemineis 2—3 subremotis crassis obtusis inferioribus 
pedunculatis evaginatis subnutantibus, stigmatibus 2, perigyniis ob- 
longo-ovatis rostratis bifurcatis inflatis nervosis suberectis ferrugineis 
(rarils stramineis) basi pallidis squam& ovata acuta fusca apice albida 
nervo pallido duploé longioribus. 


Of Carex sazatilis, L., Dr. Boott gives the following character :— 

C. saxatilis, spicis 2—3 atropurpureis; mascula 1 (rarits 2) cylindrica 

- pedunculata: foemineis 1—2 rotundatis ovatisve infima plus minusve 

pedunculata evaginaté bracteata erecta, stigmatibus 2—3, perigyniis 
subglobosis ovatisve rostratis emarginatis stipitatis patentibus enerviis 
atropurpureis basi pallidis squama ovata obtusiuscula nigro-purpurea 
apice albid& nervo concolori longioribus. 

C. saxatilis, Z. Fl. Lapp. 259 (1737). 

C. pulla, Good. in Linn. Trans. iii. t. 14 (1795). 

Hab, in Alpibus Scotize, Norvegize, Lapponia, Sueciz, Islandiz, Insula- 
rum Feroensium. 

The author enters at length into a critical examination of the ori- 
ginal authorities which prove the Carex pulla of Goodenough to be 
the same with Carer savatilis, L.; and points out the origin of the 
confusion of the latter with C. rigida, Good. He then examines more 
particularly the distinguishing characters of C. Grahami and C, saz- 
atilis ; and adds that he should have no doubt of the specific distinc- 
tion between them but for the observations of Drejer, who in his 
‘ Revisio critica Caricum Borealium’ describes, under the name of 
C. pulla 2 fusca, specimens from Iceland and Greenland closely 
agreeing with C. Grahami, except that he makes no mention of the 
nerves of the perigynium, and observes that the Greenland specimens 
are so extremely variable that it could scarcely be believed that they 
belong to the same species. In the absence of precise information 
respecting the perigynium of the larger Greenland specimens, Dr. 
Boott is inclined to refer them, together with the specimens from the 
Rocky Mountains described by him in Sir W. J. Hooker’s ‘ Flora 
Boreali- Americana’ under the name of C. saxatilis, to C. physocarpa, 
Presl, a native of Nootka Sound. Of the latter his knowledge is 
derived from M. Kunth’s ‘‘ Cyperographia.” 

In conclusion Dr. Boott leaves it to future observation to deter- 
mine the value of the specific character which he has given of C. Gra- 
hami; whether it is to be considered as a distinct species, referred 
back to C. savatilis, L., or transterred to C. physocarpa, Presl, re- 

> 


220 Linnean Society. 


peating that at present he considers it, with Mr. Wilson, entitled 
to rank as a species. 

Read also an ‘‘ Account of the Trees producing Myrrh and Frank- 
incense, as found in those parts of the coast of the Red Sea and In- 
dian Ocean whence those Gums were obtained in the first dawn of 
Commerce.” By Major W. C. Harris, late on an Embassy to the 
Court of Shoa in Southern Abyssinia. Communicated by the Se- 
cretary. 

Major Harris describes the Myrrh-tree (Balsamodendron Myrrha) 
as growing abundantly on the Abyssinian coast of the Red Sea to 
the Straits of Bab el Mandeb, over all the barren hiil-sides of the 
low zone inhabited by the Danakil or Adaiel tribes. It is called 
Kurbeta, and there exist two varieties ; one producing the better de- 
scription of the gum being a dwarf shrub, with deeply serrated crisp 
leaves of a dull green; while the other, which yields a substance 
more like balm than myrrh, attains a height of ten feet, and has 
bright, shining, slightly dentated leaves. The myrrh, called Hofali, 
flows freely from any wound, in the form of a milky juice, possessing 
a perceptible acidity, which either evaporates or becomes chemically 
changed during the formation of the gum. The seasons for collect- 
ing it are in January, when the buds appear after the first rain; and 
in March, when the seeds ure ripe. Every passer-by transfers such 
portions of it as he may find to the hollow boss of his shield, and ex- 
changes it for a handful of tobacco with the next slave-dealer whom 
he meets on the caravan-route. The merchants also of the sea-coast, 
before returning from Abyssinia, send into the forests that gird the 
western bank of the river Hawash, and bring away considerable 
quantities of the Hofali, which is sold at a high price. The natives 
administer it to their horses in cases of fatigue and exhaustion. 

The shrub which produces the balm of Mecca, Balsamodendron 
Opobalsamum, is found on the opposite Arabian coast at Cape Aden, 
where it is called Beshdn, either the original of or a derivative from 
the word Balsam. It is the Balessan of Bruce, who did not meet 
with the true myrrh-tree. ‘The balm flows copiously from any in- 
cision, and the ethereal oil speedily evaporating, a tasteless gum 
remains. 

The Frankincense, Major Harris states, is found chiefly along the 
Somauli coast, in the neighbourhood of Cape Guardafui. At Bunder 
Maryah, twenty miles to the S.W. of Ras Feeluk, the mountains are 
three miles from the shore and attain a height of five thousand feet. 
Ascending a thousand feet a plain presents itself, bounded on every 
side by precipitous mountains, studded with the Frankincense and 
Gum-Acacia trees, although looking bare from the total absence of 
under-wood. ‘The frankincense-trees invariably grow from the bare 
and smooth sides of the white marble rocks, or from isolated blocks 
of the same scattered over the plain, without any soil whatever. 
From the base of the trunk, and about treble its diameter, a round 
thick substance is thrown out, of a nature between bark and wood, 
adhering most firmly to the stone, and resembling at a distance a 
mixture of mortar and lime. ‘The stem rises from the centre of this 
mass, and having first taken a bend outwards of several inches, rises 


Zoological Society. 221 


straight to a height of forty feet. It throws out from the top short 
branches covered with a very bright green foliage, the leaves being 
narrow and rounded at the end, five or six inches in length by one 
broad, and crimped like the frill of a shirt, or rather like the sea-weed 
called by children on the English coast ‘“ the old gentleman’s ruffles.” 
The usual girth of the stem is from a foot to eighteen inches. ‘The 
bark is perfectly smooth and consists of four distinct layers, the 
outermost of which is very thin; the two next of a singularly fine 
texture, resembling oiled letter-paper, perfectly transparent, of a 
beautiful amber-colour, and used by the Somaulis to write upon; 
and the innermost about an inch thick, of a dull reddish hue, tough 
and not unlike leather, but yielding a strong aromatic perfume. ‘The 
wood is white and soft. On making a deep incision into the inner 
rind, the gum exudes profusely, of the colour and consistence of milk, 
but hardening into a mass by exposure to the air. The young trees 
produce the best and most valuable gum, the older merely yielding 
a clear glutinous fluid resembling Copal varnish and exhaling a 
strong resinous odour. During the S.W. monsoon the pastoral tribes 
in the neighbourhood of Ras Feeluk collect large quantities of frank- 
incense, which they barter with the Indian Banyans, of whom a few 
reside at the villages along the Abyssinian coast. Boats from Ma- 
culla and from other parts of the Arabian coast also come across du- 
ring the fine season and carry away the gums that have been accu- 
mulated, in exchange for a coarse kind of cotton cloth which is worn 
by the shepherds. 


ZOOLOGICAL SOCIETY. 
April 11, 1843.— William Yarrell, Esq., Vice-President, in the Chair. 


Descriptions of ten new species of Cancellaria, from the collection 
of Sir Edward Belcher, by Mr. Hinds, were read. 


CANCELLARIA VENTRICOSA. Canc. testd ovatd, acuminatd, albes- 
cente ; anfractibus septenis, ventricosis, subturbinatis, cancellatis, 
interstitiis quadratis ; aperturd oblongd, prope mediam dilatatd ; 
labio interno expanso; columelld triplicatad ; umbilico mediocri. 
Axis 15 lin. 

Hab. The west coast of America, between 12° 28! and 24° 38’, 
north latitude ; viz. Realejo, in from sixty to seventy fathoms; San 
Blas; Gulf of Magdalena, California, in seven fathoms, sandy mud. 

Very similar in its characters to C. candida, but distinguished from 
it in the absence of the secondary impressed lines which cross and 
interfere with the cancellation. C. candida is described with only 
two columellar folds, which might be regarded as another source of 
difference, our shell having three very distinct. But I think it will 
be found on close examination that the former has a third incipient 
fold, which, though very small, truly exists. 


CANCELLARIA URCEOLATA. Canc. testd ovatd, acuminatd, levigatd, 
epidermide fuscd indutd ; anfractibus septenis, costatis, superné 
subangulatis, ultimo subquadrato ; costis parviusculis, rotundatis, 
lineis elevatis decussatis ; aperturd oblongd in canalem recurvum 
effusum desinente; labro subrecto, intus sulcato; labio interio 


222 Zoological Society. 


expanso ; columelld biplicatd, sed plicd tertid inferiore obsole td; 
plicd superiore in dente acuto desinente, sinu inferiore magno ; um- 
bilico parvo. Axis 16 lin. 

Hab. The west coast of America, between 12° 2’ and 21° 32! north 
latitude ; viz. Gulf of Papagayo, in from eight to fourteen fathoms ; 
San Blas, in seven fathoms. 

The elevations which cross this shell are remarkably disposed. If 
the finger-nail is driven over the shell, from the base towards the 
apex, it meets with no resistance, but if in the contrary direction it 
is obstructed at every elevation. ‘The squareness of the last whorl 
and the straight outer lip have a mutual relation, since they are de- 
pendent on each other ; and these characters, taken collectively, will 
be of value in making a diagnosis between nearly allied species. 


CANCELLARIA ALBIDA. Canc. testd oblongd, subattenuatd, cancel- 
latd, albescente ; anfractibus septenis, interstitiis transversis vel 
subquadratis ; aperturd oblonga ; labro acuto, intis sulcato ; colu- 
melld biplicatd, plicd tertid inferiore obsoletd ; umbilico minimo,. 
subocculto ; canali mediocri, contorto. Axis 13 lin. 

Hab. The west coast of America, between 2° 47' south, and 9° 55! 

north latitude ; viz. Bay of Guayaquil, Panama, and Veragua, in from 
seven to twenty-three fathoms. 


CANCELLARIA CREMATA. Canc. testd oblongd, subatienuatd, fuscd, 
lucidd ; anfractibus quinis, cancellatis, interstitiis magnis, trans- 
versis vel subquadratis ; aperturd oblongd, superné plicd unicd ; 
labro intus sulcis subdistantibus, labio interno expanso ; columelld 
triplicatd ; umbilico mediocri ; canali breviusculo. Axis 10 lin. 

Hab. Bay of Panama; from a muddy bed in from four to ten fa- 

thoms. | 

The figures in the ‘Conchological Illustrations,’ Clin cobitrta 9 and 

10, appear to me to represent two distinct species, both of which were 
collected in the Sulphur. Fig. 10 corresponds more closely with the 
description of C. indentata, and’to this I would limit the species. The 
opinion which I had formed from the specimens in my own posses- 
sion, became fully confirmed in the examination of those in Mr. Cu- 
ming’s collection, and a fine shell belonging to him enables me to 
enrich the description. It may be desirable to remark that M. Kie- 
ner has copied both figures, and assigns them to one species. 


CANCELLARIA CoRRUGATA. Canc. testd bucciniformi, fuscd ; an- 
fractibus quaternis, subventricosis, rugis parvis longitudinalibus 
confertis indutis, lineis impressis decussatis ; aperturd oblongd, 
fused; labro intis sulcato ; columella plicis duabus albidis instructd ; 
umbilico nullo ; canali mediocri. Axis 8 lin. 

Hab. Bay of Guayaquil. From seven fathoms; mud. 


CANCELLARIA ELATA. Canc. testd ovatd, elongatd, acuminatd ; an- 
fractibus septenis costatis, superné angulatis, lineis elevatis decus- 
satis ; suturd profundd ; aperturd ovali; peritremate superné dis- 
juncto ; labro intuis sulcato; columella triplicatd, plicd inferiore 
maximd ; umbilico parvo, subocculto ; canali inflero. Axis 9 lin. 

Hab. A single specimen was obtained at Panama, from thirty fa- 

thoms. 


Zoological Society. 223 


This shell will always be readily distinguished by its elongated 
form, shouldered ribs, and by the remarkable circumstance of the 
plaits on the columella being reversed in size, the inferior being the 
largest. 


CANCELLARIA FuNICULATA. Canc. testd ovatd, elongatd; anfrac- 
tibus senis, costatis, superne subangulatis ; costis subdistantibus 
elevatis, rotundatis, nodulosis, lineis elevatis decussatis ; suturd 
profunda ; labro intis sulcato ; columelld plicis tribus parvis ; um- 
bilico marginato ; canali subnullo. Axis 8 lin. 

Hab. A single specimen only was obtained by the dredge from 

seven fathoms, sandy mud, in the Gulf of Magdalena, California. 


CANCELLARIA BICOLOR. Canc. testd retusd, contabulatd, fusco- 
nigricante ; anfractibus septenis, angulatis, procul costatis ; costis 
acutis, lineis elevatis distantibus decussatis; aperturd trigond, 
superné callositate albd; labro reflexo, intis sulcato ; columelld 
triplicatd ; umbilico magno. Axis 11 lin. 

Hab. Straits of Macassar; from ten fathoms, coarse sand. Mr. 
Cuming obtained specimens at the Island of Corregidor, Bay of Ma- 
nila, from seven fathoms, also in coarse sand. A banded variety was 
obtained in the same locality. 

A nearly allied species is the American shell, C. rigida of Sowerby ; 
but the present is a larger shell, with sharper distant ribs, crossed at 
regular distances by slightly elevated lines, and the peritreme is not 
crenulate. The ribs of C. rigida are nodulous from the crossing 
lines, which are also disposed to rugosity throughout. In C. bicolor 
the lines are particularly regular and uniform in their characters. 
This is one of several species which were obtained both in the Sul- 
phur and by Mr. Cuming in the Asiatic seas. It is worthy of re- 
mark, that the specimens from the seas about the Philippines are 
uncommonly fine, and the use of them permits me to complete my 
descriptions more fully, and to note with more accuracy their geo- 
graphical diffusion. 


CANCELLARIA LAMELLOSA. Canc. testd ovatd, acuminatd, pallidd, 
contabulatd ; anfractibus senis, ventricosis, lamellis numerosis 
confertis, crenatis, in loco costarum instructis ; aperturd trigond ; 
labro incrassato, reflexo ; columelld plicis tribus parvis ; umbilico 
magno ; canali subnullo. Axis 74 lin. 

Hab. This species has an extensive habitat, being found in several 
places in the Indian Archipelago and at the Cape of Good Hope. 
At the latter a single specimen was obtained on the Lagulhas Bank 
in seventy fathoms; also at Ceylon and in the Straits of Macassar. 
Mr. Cuming also procured specimens in seven fathoms, coarse sand, 
at the Island of Corregidor, in the Bay of Manila. 

Corresponding to the customary situation of the ribs, this species 
throws off series of lamelle, two or more in number, which present a 
sharp, reflected, crenated margin. ‘These are clustered together in 
very irregular numbers, sometimes there being only two, or perhaps 
even one; but as the shell advances in age they are usually crowded 


224 Zoological Society. 


together in some numbers, and this remarkable and elegant character 
will readily distinguish it from any other species. 


CANCELLARIA ANTIQUATA. Canc. testd ovald, acuminatd, contabu- 
latd, albidd ; anfractibus septenis, planulatis, costatis, transverse 
striatis ; costis acutis, superné spinis cavis desinentibus ; apertu- 
ra trigond ; labro reflexo; columella plicis ueshae minimis ; um- 
bilico maximo. Axis 7 lin. | 

Hab. New Guinea; in twenty-two fathoms, coarse sand. Mie ob- 

tained by Mr. Cuming at the island of Corregidor, Bay of Manila, 
in seven fathoms, coarse sand. 

A species nearly allied to the singular C. trigonostoma, having a 

similar relative situation of the whorls to each other, and a very large 
umbilicus. ‘This is a smaller shell, with a shorter spire, and sutures 
less profound. 


A letter from Mr. J. E. Gray, addressed to the Curator, was read. 
This letter refers to some species of Bats from Jamaica, which Dr. 
Richard Parnell had sent to Mr. Gray. Among these, Mr. Gray ob- 
serves, are some specimens of the genus Macrotis, a genus which he 
had recently established upon a Bat from Hayti, showing that this 
form is likewise extended to Jamaica. 

‘* The collection also contains a specimen of Arctibeus Jamaicensis, 
Leach, and some specimens of a new genus, which is very interest- 
ing, as being a Noctilionine Bat, with an apparent nose-leaf, bearing 
a much greater resemblance to the Leaf-nosed Bats (Phyllostomina) 
than even Mormoops, which, when he first described it, Dr. Leach re- 
ferred to that group. Indeed at first sight I was inclined to regard 
the new bat as belonging to the Leaf-nosed Bats; but on examination 
I found that the nostrils, instead of being placed on the leaf-like pro- 
cess, which is the character of that group, were on the under side of 
the nose-keel, and quite separate from it. 

“This genus may for this reason be called Phyllodia, and it is 
thus characterized :— 

** Head moderate; nose rather produced, with a sharp-edged 
transverse keel, with the nostrils on the lower side of the keel, and 
an ovate, lanceolate, fleshy process on the middle of the upper surface; 
chin with a single, transverse, membranaceous fold, surrounding a 
triangular group of many small warts ; ears lateral; tragus distinct ; 
wings long, rather narrow; thumb moderate, lower “joint rather 
shortest ; wing from the upper part of the ankle; interfemoral mem- 
brane large, truncated ; heel-bone long, strong ; tail enclosed, half as 
long as the membrane, with the tip above it, and with a vessel from 
each side of its tip to the hinder margin of the membrane. 

“These characters show that this genus has much resemblance 
with Mormoops, and especially Chilonycteris, but it differs from the 
former in having no transverse membranaceous fold on the face, and 
from the latter, with which it agrees in having a membranaceous fold 
across the chin, in having a fleshy, erect, leaf-like expansion on the 
upper surface of the nose, which is wanting in that genus. 


Zoological Society. 225 


Mr. Gray proposes to name this species after Dr. R. Parnell, so 
well known for his works on the fishes and grasses of Scotland. 


Puyxtiopia Parnexii. Phyll. auribus magnis, subacutis ; vellere 
cinerascenti-fusco, pilis ad apicem obscurioribus. 


The following note on the Spermatozoa of the Camel (Camelus 
Bactrianus, Linn.), by Mr. Gulliver, was then read :— 

“In my observations on the Semen and Seminal Tubes of Mam- 
malia and Birds, published in the Proceedings of the Society, July 26, 
1842, I have noticed the form of the spermatozoa of the Dromedary. 
As I am not aware that the seminal animalcules of the Camel and 
Dromedary have yet been described, I now exhibit drawings of them 
to the Society. 

‘* Although the blood-corpuscles of the Camelide have the same 
form as the blood-corpuscles of oviparous vertebrate animals, it will be 
observed that the Camel, like the Dromedary, has spermatozoa of the 
same type as the spermatozoa of other Mammalia, several of which 
are figured in Professor Wagner’s excellent ‘ Elements of Physiology,’ 
translated by Dr. Willis, part i. page 11.” 


Various specimens presented to the Society since the previous 
Meeting were laid on the table; they consisted of a very valuable 
collection of insects from the interior of South Africa, presented by 
the President, the Earl of Derby; a specimen of a Manis from China, 
presented by the Honourable Sir Alexander Johnstone; and a series 
of Insects, Birds’ Eggs, &c., collected at Samsoon and Erzeroom by 
the Society’s Corresponding Members, E. D. Dickson, Esq., and H. 
J. Ross, Esq. This last-mentioned collection also contained a spe- 
cimen of the European Green Woodpecker (Picus viridis of authors), 
and of the Common Pheasant (Phasianus colchicus, Linn.). 


Mr. Fraser exhibited a specimen of a Pouched Rat (Cricetomys _ 
Gambianus) and various species of Birds which he had procured on 
the western coast of Africa during the Niger expedition, and read 
the following notes relating to them :— 


Cricetomys Gambianus, Wat. Lives in holes in the ground, more 
abundantly under the storehouses, where of a night they may. be 
heard squeaking and fighting, similar to our common Rat (Mus decu- 
manus, Linn.) ; they climb the paw-paw trees and feed on the fruit 
as it hangs: the cheek-pouches contained paw-paw seeds. Caught 
in iron gins baited with boiled yam. ‘The natives set great store on 
this animal, its flesh being considered the greatest delicacy that can 
be offered at a wedding-feast. 

Hab. Clarence, Fernando Po. Common. 

Neophron niger, Less., Cathartes monachus, 'Temm. Pl. Col. 222. 

Common in the neighbourhood of Cape Coast Castle, living in the 
smaller trees near the houses. 

_  Hirundo leucosoma, Swains.. Jard. Nat. Lib. vol. (Orn.) viii.; B. of 
W. Africa, page 74, 1837. 

Hab. Accra. Very common. 

Ispida bicincta, Swains.. Jard. Nat. Lib. vol. (Orn.) viii.; B. of W. 
Ann. & Mag. N, Hist. Vol, xin. Q 


226 Loological Society. 


Africa. Common: seen in flocks of six or eight, making a continual 
chattering noise as they fly; this species dives into the salt as well as 
fresh water, sometimes from the height perhaps of twenty feet; I 
have seen them hover over their scaly prey like a kestril, 

Hab. Fernando Po and river Niger, as far up as Iddah. 

Macronyx flavigaster, Swains. Jard, Nat. Lib. vol. (Orn.) vii. ; B 
of W. Africa, p. 215, 1837. 

Hab. Accra. 


Ploceus textor, Cuv. 

Hab. Cape Palmas, Cape Coast and Fernando Po. 

At each of the above places I found this bird extremely common ; 
they commit much mischief in the rice and Indian-corn plantations. 
As many as fifty pairs may be seen building their domed nests in one 
tree, and in the neighbourhood of houses: they lay from four to five 
mottled eggs, varying as much in size, colour and markings as do our 
common Sparrow (Pyrgita domestica, Cuv.); they are extremely ac- 
tive and noisy, continuing fighting and chattering from daybreak to 
sundown: the nest is composed of coarse grass interwoven, some- 
times fixed in a forked branch of a tree and at_ other times suspended. 

Ploceus brachypterus, Swains. Jard. Nat. Lib. vol. (Orn.) vii.; B 
of W. Africa, p. 168. pl. 10, 1837. 

Hab. Fernando Po. 

Found in company with P. tevtor, living in the gardens round 
Clarence. Irides white. 

Ploceus personatus, Vieill. Gal. des Ois. pl. 84. 

Hab. Cape Coast. 


Euplectes oryx, Swains., Lowxia oryx, Vieill. 

Hab. Cape Coast. Common: frequents the Indian-corn planta- 
tions. 

Vidua chrysonota, Swains. Jard. Nat. Lib. vol. (Orn.) vii.; B. of 
W. Africa, p. 178, 1837. 

Hab. Cape Palmas. 


Vidua erythrorhynchus, Swains. Jard. Nat. Lib. vol. (Orn.) vii. ; 
B. of W. Africa, p. 176. pl. 12, 1837. © 
Hab. Cape Palmas. Common. 


Passer simplex, Pyrgita simpler, Swains. Jard. Nat. Lib. vol. (Orn.) 
vii.; B. of W. Africa, p. 208, 1837. 
Hab. Cape Coast and Accra. 


Passer Jagoensis, Gould. Voy. of Beag. (Birds) p. 95. pl. 31. 

Pyrgita Jagoensis, Gould, Proc. Zool. Soc. 1837, p.77. 

Hab. St. Vincent’s and St. Antonio, Cape Verde Islands (June). 

Lamprotornis chrysonotis, Swains. Jard. Nat. Lib. vol. (Orn.) vii. ; 
p. 148. pl. 6, 1837. 

Hab. Fernando Po. 

*Very shy : irides white, bill and legs black, nostrils large and open. 
Caws somewhat like a crow; makes a burring noise like a parrot 
when beginning to fly; lives in the loftiest trees. The gizzard con- 
tained small seeds and red berries. The sexes do not differ. 


Zoological Society. 227 


Cuculus rubiculus, Swains. Jard. Nat. Lib, vol. (Orn.) viii. ; B. of 
W. Africa, p. 181, 1837. 

Hab. Fernando Po. 

Very. shy; irides red hazel, cere and legs bright yellow, base of 
both mandibles yellow, mouth red. | 


Zanclostomus flavirostris, Swains. Jard. Nat. Lib. vol. (Orn.) 
viii. ; B. of W. Africa, p. 183. pl. 19, 1837. 

Hab. Fernando Po (June). 

Somewhat like a magpie, jerking and bobbing its tail and making 
a calr-r-r-r-ting noise as it hops from branch to branch; also a fast 
runner. A mantis found in the gizzard. Inrides red, bill yellow, legs 
nearly black, cere turquois colour, The sexes do not differ. 

Centropus Senegalensis, Ill., Swains. Jard. Nat. Lib. vol. (Orn.) 
vill. ; B. of W. Africa, p. 185. pl. 20, 1837. 

Hab. Cape Palmas and Accra. 

Found on or near the ground. 


Peristera tympanistera, Temm. 

Hab. Fernando Po (June). 

A female was killed on the nest, which was composed of small 
roots, and contained two white eggs; the nest was placed on the 
broken part of a small tree, about three feet from the ground. Irides 
hazel, bill and feet reddish plum-colour. 

Chetopus Adansonit, Swains. Jard. Nat. Lib. vol. (Orn.) viii. ; B. 
of W. Africa, p. 217, 1837. 

Hab. Central Africa. : 

This specimen was shot nearly opposite Iddah, about two hundred 
miles up the river Niger (August). 

Glareola torquata, Temm. 


Hab. Accra. © 


Rhynchops Orientalis, Riippell, Atl. Zool. pl. 24. 
Hab. Mouth of the river Nin (August). 


Mr. Fraser also called attention to two specimens of a species of 
Manis, which he laid before the Meeting. These, he observed, agreed 
in their characters with the species described by Mr. Gray in a com- 
munication read at the Meeting for February 28th of the present 
year, under the name Manis multiscutata. They were procured by 
Mr. Fraser at Fernando Po, and upon his return to England he had, 
upon comparing the specimens on the table with others of the Manis 
tetradactyla, perceived those differences upon which Mr. Gray founds 
the M. multiscutata. The animals, judging from their bones, were 
evidently not adult; the largest measured thirty inches in length, of 
which the head and body were twelve inches, and the tail eighteen 
inches. He had kept them alive for about a week at Fernando Po, 
and allowed them the range of a room, where they fed upon a small 
black ant, which is very abundant and troublesome in the houses 
and elsewhere. Even when first procured they displayed little or 
no fear, but continued to climb about the room without noticing his 
occasional entrance. hey would climb up the somewhat roughly- 

2 


228 Zoological Society. 


hewn square posts which supported the building with great facility, 
and upon reaching the ceiling would return head-foremost ; some- 
times they would roll themselves up into a ball and throw themselves 
down, and apparently without experiencing any inconvenience from 
the fall, which was in a measure broken upon reaching the ground 
by the semi-yielding scales, which were thrown into an erect posi- 
tion by the curve of the body of the animal. In climbing, the tail, 
with its strongly pointed scales beneath, was used to assist the feet ; 
and the grasp of the hind feet, assisted by the tail, was so powerful, 
that the animal would throw the body back (when on the post) ina 
horizontal position and sway itself to and fro, apparently taking 
pleasure in this kind of exercise. It always slept with the body 
rolled up; and when in this position in a corner of the building, 
owing to the position and strength of the scales and the power of 
the limbs combined, Mr. Fraser found it impossible to remove the 
animal against its will, the points of the scales being inserted into 
every little notch and hollow of the surrounding objects. The eyes 
are black and very prominent. The colonial name for this species of 
Manis is Attadillo, and it is called by the Booby, ‘ Gahlah.’ 


May 9.—William Yarrell, Esq., Vice-President, in the Chair. 


Mr. Hinds proceeded with his descriptions of new species of Shells 
collected during the voyage of Sir Edward Belcher, C.B., and by H. 
Cuming, Esq., in his late visit to the Philippine Islands: those cha- 
racterized in the paper read were laid on the table. 


Genus Corsuta, Bruguiére. 


Corsuta crassa. Corb. testd solidd, incrassatd, elevatd, albidd, 
inequilaterali, latere antico paululiim superante, longitudinaliter 
sulcatd, antice rotundatd, posticé ad extremitatem truncatd, ab um- 
bone ad marginem posticam biangulatd ; valvarum margine ventrali 
inclausd, gibbosissimd, sinistre postice denticulatd; umbonibus 
obliquis, posticis ; intis fuscd. Long. 11; lat. 7; alt. 7 lin. 

Hab. Straits of Macassar ; Straits of Malacca; Sabonga, island of 
Zebu; Bais, island of Negros, Philippines. Obtained in from seven 
to thirty fathoms, on a floor of coarse sand or gravel. 

Cab. Belcher et Cuming. 

Remarkable for the preponderance of the bulk of the anterior half 
over the posterior, a circumstance which also occurs in C. bicarinata. 
This, however, depends in some measure on the age, and is thus 
most conspicuous in those specimens which may be considered as_ 
beyond adult age. 


Corsuta Tunicata. Corb. testd ovato-trigond, obliqud, antic ro- 
tundatd, postice nasutd, excavatd, ab umbonibus angulatd ; valvis 
inequalibus, dextrd precipue maximd, valde sulcatd, epidermide 
tenui corned indutd, sinistrd prope umbonem sulcatd, aliter epi- 
dermide densd indutd ; umbonibus obliquis posticis ; intis fusca, 
Long. 12; lat. 7; alt. 9 lin. : 

Hab, Island of Corregidor, Bay of Manila ; in seven fathoms, coarse 


Zoological Society. 229 


sand. Straits of Macassar; Lagulhas Bank, Cape of Good Hope: 
from seventy fathoms, on a gravelly bottom. 
Cab. Belcher et Cuming. 


CorpuLa cungata. Corb. testd ovato-trigond, equilaterali, solidd, 
complanatd, sulcatd, antic? rotundatd, postice angulatd ; valvis 
subequalibus, marginibus ventralibus gibbosis inclausis ; umbonibus 
rectis ; inttis purpurascente. Long. 7; lat. 3; alt. 5 lin. 

Hab. Catbalonga, Philippine Islands ; from ten fathoms, soft mud. 

Lagulhas Bank, Cape of Good Hope; from seventy fathoms. 

Cab. Belcher et Cuming. 


CorBuLA PALLIDA. Corb. testd ovatd, tenui, elevatiusculd, sulcatd, 
antice rotundatd, postice ab umbonibus ad marginem posticam an- 
gulatd, valve dextre margine ventrali acutd, inflexd ; umbonibus 
levigatis, rectis ; intts prope cardinem rosed. Long. 74; lat. 3; 
alt. 5 lin. 

Hab. ? 

Cab. Cuming. 


Corsua simiuis. Corb. testd ovatd, solidd, sulcatd, antic? ele- 
vatiusculd, rotundatd, postice ad marginem posticam oblique trun- 
catd, ab umbonibus angulatd ; valvis inequalibus, dextrd margine 
ventrali subacutd, productd ; umbonibus subobliquis ; intis rosed, 
dente valve sinistre bifido. Long. 6; lat. 8; alt. 4 lin. 

Hab. Island of Corregidor, Bay of Manila; in seven. fathoms, 

coarse sand. 

Cab. Cuming. 


CorspuLa scapnorpEs. Corb. testd oblongd, ordinate sulcatd, in- 
terstitiis levissime striatis, antice rotundatd, postice elongatd, ad 
extremitatem oblique truncatd, ab umbonibus subcarinatd ; valve 
dextra margine ventrali acutd, productd ; umbonibus rectis. Long. 
6; lat. 23; alt. 34 lin. 

Hab. Singapore ; from seven’ fathoms, sandy mud. Bais, island 

of Negros, Philippines. 

Cab. Cuming. 


CorBuLa FRAGILIS. Corb. testd ovatd, tenui, albidd, striatd, striis 
transversis minutissimé reticulatd, antic? subproductd, rotundatd, 
posticé elongatd, ab umbonibus subrotundatd ; valve dextre mar- 
gine ventrali acutd, productd ; umbonibus rectis, levigatis, equali: 
bus. Long. 7; lat. 3; alt. 4 lin. 

Hab. West coast of Veragua; from eighteen fathoms, mud. 

Cab. Belcher. 


CorBuLa aLBuGinosa. Corb. testd retuso-ovatd, tenui, antic® ro- 
tundatd, postice subelongatd, rotundatd; valvis valde disparibus, 
dextrd longitrorsum striatd, pallidd, margine ventrali productd, 
acuta, sinistrd levigatd, lineis elevatis radiantibus, epidermide 
Suscd induté ; umbonibus albidis, nitidis, inequalibus. Long. 44 ; 
lat. 2; alt. 34 lin. 

Hab. New Guinea; Straits of Macassar: from seven to twenty- 

two fathoms, mud and coarse sand. 

Cab. Belcher. 


230 Zoological Society. 


Corsuta roTaLis. Corb. testd oblongd, corned, antice rotundatd, 
postice subnasuta ; valvis valde disparibus, dextra precipue mazi- 
md, rotundatd, sulcatd, margine ventrali productd, acutd, sinistrd 
parva, lineis decenis elevatis radiantibus ; umbonibus valde inequa- 
libus, subobliquis, anticis. Long. 24; lat. 14; alt. 14 lin. 

Hab. Calapan, Mindora, Philippine Islands ; from fifteen fathoms, 
coarse sand. 

Cab. Cuming. 

Several species of Corbula are provided with elevated lines radia- 
ting from the umbo of the left valve towards the ventral margin, but 
none have them in such numbers, or so distinctly marked, as in the 
present small species. Here they are about ten in number, and with 
the great disparity of the valves, will readily distinguish the species. 

CorsuLa pouita. Corb. testd oblonga, ventricosd, tenui, albidd, 

obsolete sulcatd, antice rotundatd, postice ab umbonibus subangu- 
laté; valvis fere equalibus, dextre margine ventrali acutd, sub- 
productd; umbonibus e@qualibus, levigatis, rectis. Long. 33; 
lat. 2; alt. 24 lin. 


Hab. Sorsogon, province of Albay, Luzon, Philippine Islands. 
Cab. Cuming. 


Corsuta QuapRATA. Corb. testd quadratd, albidd, tenui, levigatd, 
antice rotundato-truncatd, postice rotundato-angulata, abbreviatd ; 
valvarum marginibus ventralibus tenuibus ; umbonibus obliquis, an- 
ticis ; dentibus parvis, gracilibus. Long. 6; lat. ; alt. 5 lin. 

Hab. ? 

Cab. Metcalfe. 


Corsuna opEsa. Corb, testd ovatd, tenui, ventricosd, pallidd, striatd, 
antice rotundatd, postice ad extremitatem truncatd, ab umbonibus 
acute angulatd; valvarum marginibus ventralibus inclausis, gib- 
bosis ; umbonibus rectis, levigatis. Long. 3; lat. 2; alt. 2 lin. 

Hab. The west coast of America, between 8° 57! and 21° 82! north 

latitude, in from twenty-two to thirty-three fathoms, mud; namely, 
Panama, coast of Veragua, and San Blas. 
Cab. Belcher, 


Corsuta sprciosa. Corb, testd ovato-trigond, antice rotundatd, 
postice excavate angulatd, albidd, sanguined, dense multiradiata ; 
valvis valde inequalibus, marginibus ventralibus inclausis, dextra 
rotundatd, sulcatd, sinistrd subplanulatd, striatd; umbonibus rectis, 
subplanulatis ; intis albidd. Long. 9; lat. 5; alt. 7 lin. 

C. radiata, Sowerby, Proc. Zool. Society, p. 36, 1833. 


Hab. Panama; from six fathoms, mud. Gulf of Nicoya, Central 
America. 


Cab. Belcher et Cuming. 

This shell has been described as C. radiata, Sow., a name pre- 
viously assigned by M. Deshayes to a fossil species. ‘The description 
also was drawn up from such an indifferent shell, that it was almost 
by accident I discovered it was to apply to my specimens. I have 
therefore been under the necessity of recording a new description. . 


CorsuLa mopeEsta. Corb. testé ovato-trigond, complanatd, pal- 


Zoological Society. 231 


lidd, radiatd, profund? sulcatd, antic? rotundatd, postice ad extre- 
mitatem truncatd, ab umbonibus angulaté ; valvarum marginibus 
ventralibus inclausis; umbonibus parvis, subequalibus, roseis ; 
intis rosed. Long. 7; lat. 35; alt. 5 lin, 7 
Hab. Straits of Macassar ; from seven fathoms, coarse sand. Ticao, 
Philippine Islands ; from eight fathoms, sandy mud. The Macassar 
specimens are of a dwarf size. . 
Cab. Belcher et Cuming. 


Corsuta soumpuLa. Corb. testd parva, ovatd, subtrigond, soliduld, 
elevatiusculd, equilaterali, sulcatd; antice rotundaid, postice an- 
gulatd ; valvarum marginibus ventralibus inclausis, gibbosis ; um- 
bonibus rectis, levigatis. Long. 2; lat. 1; alt. 14 lin. 

Hab. Straits of Macassar ; from seven fathoms, coarse sand. Bais, 

island of Negros, Philippines. 

Cab. Belcher et Cuming. 


Corsuta MARMoRATA. Corb. testd parva, oblongd, soliduld, levi- 
gatd, marmoratd, antice rotundatd, postice subangulatd ; valvarum 
marginibus ventralibus inclausis ; umbonibus obliquis, anticis ; ante 
umbones sanguineo maculatd. Long. 2; lat. 1; alt, 14 lin... 


Hab, West coast of Veragua; from twenty-six fathoms, mud. 
Cab, Belcher. 


CorBuLa EBURNEA, Corb, testd parvd, ovatd, subtrigond, eburned, 
soliduld, complanatd, levigatd, obsolete sulcatd ; margine ventrali 
gibbosd ; umbonibus parvis, subrectis, nitidis ; intis corned. Long. 
2; lat. 1; alt. 12 lin. 

Hab. North coast of New Guinea; Camaguing and Bohul, Phi- 

lippine Islands ; from seven to sixty fathoms, coarse sand and mud. 

Cab. Belcher et Cuming, 

This shell closely approaches C, solidula, but is distinguished by 
its somewhat more triangular shape, polished, ivory-like, flattened 
valves, and the slightly suleate seulpture. 

Corsuta moniuis. Corb. testd minutd, globosd, pallidd, striulatd ; 
valvis valde inequalibus, dextrd multd maximd, postice elongatd, 
margine ventral: acutd, productd; umbonibus rectis, levigatis. 
Long. 1; lat. 2; alt, ¢ lin, . 

Hab, Sual, Luzon, Philippine Islands ; from fiye to seven fathoms, 
sandy mud. 

Cab. Cuming. 

A small globose species remarkable for the inequality of the valves, 
the left being sunk into the right. The latter valve is also distin- 
guished by the posterior nasute elongation. 

Corsuxa FascraTa. Corb. testd ovatd, subtrigond, levigatd, pallidd, 
atro-fusco trifasciatd, antice productd, rotundatd, postice elongatd, 
ab umbonibus arcuate angulatd ; valvarum marginibus ventralibus 
acutis, convexis, dextre productd; umbonibus rectis, suberosis. 
Long. 64; lat. 24; alt. 4 lin. 

Var. Testd pallidd, postic? subproductiori. 

Hab. St. Juan, province of Illocos, and Agoo, province of Panga- 

sinan, Luzon, Philippine Islands. | 

Cab. Cuming. 


232 Entomological Society. 


Corsuta TRIcona. Corb. testd trigond, levigatd, pallidd, fused, 
vel obsolete unifasciatd, anticé rotundatd, postice abbreviatd, ab 
umbonibus angulatd ; valve dextre margine ventrali acutd, pro- 
ductd ; umbonibus rectis. Long. 45; lat. 2; alt. 4 lin. 

Hab. Senegal. Cab. Cuming et Metcalfe. 


Corsuta Lavis. Corb. testd ovali, equilaterali, pallidd, tenui, le- 
vigald, complanatd ; valve dextre margine ventrali acutd, pro- 
ductd ; umbonibus rectis, suberosis. Long. 6; lat. 24; alt. 4 lin. 

Hab. Hong-Kong, China. Cab. Belcher et Cuming. 

Both valves are flattened towards their ventral margins in a very 

characteristic manner. 


Corsputa FABA. Corb. testd ovali, subequilaterali, elevatiusculd, 
tenui, levigatd, pallide fusco trifasciatd, postice ab umbonibus 
angulatd ; valve dextre margine ventrali acutd, productd; um- 
bonibus rectis, fragmentis epidermide tenui indutd. Long. 5; 
lat. 12; alt. 22 lin. 

Hab. St. Miguel, east coast of Luzon, Philippine Islands. Ob- 

tained in the mud at low water. 

Cab. Cuming. 

It is very probable that the four species last described affect situ- 
ations where the water is brackish rather than salt ; and though they 
retain the hinge of Corbula, in general character they materially 
differ from the more typical forms of the genus. 


Poramomya, J. Sowerby. 


PotamMomya nimBosa. Pot. testd ovato-trigond, levigatd, antice 
rotundatd, postice productd, angulatd ; valvis inequalibus, margine 
ventrali acutd; umbonibus subequalibus ; epidermide tenui, tene- 
brosd, indutd, lineis capillaribus radiantibus ; intis albidd, Long. 
17; lat. 8; alt. 11 lin, 

Sowerby’s Conch. Manual, f. 498, 499. 

Hab. The tributary streams of the Rio de la Plata, in the mud. 

Cab. Cuming. 


PotamMomya ocrEaTA. Pot. testd valde inequilaterali, antice abbre- 
viatd, rotundatd, postice producta, subnasutd, ab umbone ad mar- 
ginem posticam angulatd ; valvé dextrd rotundatd, margine ven- 
trali antic? productd, acutd ; epidermide fuscd indutd ; intts albidd 
vel cerulescente. Long. 13; lat. 6; alt. 8 lin. 

Hab. Brazil. From freshwater streams. 

Cab. Cuming et Metcalfe. 

The younger specimens are much less inequilateral than the old. 


ENTOMOLOGICAL SOCIETY. 


At the Anniversary Meeting held on the 22nd of January, Mr. G. 
Newport, the President, delivered an Address on the state and pro- 
gress of Entomology, from which the following interesting observa- 
tions are extracted :— 

There is little need that I should dwell on the importance of a’ 


Entomologieal Society. 233 


knowledge of the habits of insects to the agriculturist, the horti- 
culturist, and all who are directly engaged in the cultivation of the 
soil, in reference to the first great requisite of life, the production 
of food. The value of Entomology, in this respect, is already gene- 
rally acknowledged ; but there are other departments of science in 
which its value is yet unknown, or only just beginning to be appre- 
ciated; and yet even in these it may hereafter prove highly im- 
portant. 

The great object of all scientific research is the welfare and im- 
provement of mankind. All inquiries that tend to this object, how- 
ever remotely connected with it, deserve the attention of the phi- 
losopher and the philanthropist. Observations on the habits and 
economy of insects, independently of their immediate connexion 
with the cultivation of the soil, are of high importance with refer- 
ence to our arts and manufactures ; and are valuable, not merely to 
individual enterprise, but to the commerce of the whole world. The 
dye, the wax, the silk contribute to the riches and comfort of thou- 
sands, and even supply means of existence to tens of thousands; 
yet the value and most successful cultivation of these can only be 
improved by attention to the habits of the diminutive creatures by 
which they are produced. In like manner, attention to the habits, and 
experiments on the functions of these “ miniatures of creation,” be- 
come of immense importance when the knowledge of the entomologist 
is combined, on the one hand, with the skill of the analytic chemist, 
in watching the processes, or in testing the products of their little 
vital laboratories ; or, on the other hand, is employed in assisting to 
guide the diminutive scalpel, or the eye of the comparative anato- 
mist and physiologist, in his microscopic investigations of struc- 
ture or function. Entomological knowledge, unapplied and alone, 
like many other pursuits, may perhaps be of little absolute value; 
but when combined with that of the chemist, the physiologist or 
the anatomist, it leads to a result of the highest possible importance 
to mankind,—the right understanding of the great laws of life in 
health and disease, which alone enables the physician to apply his 
experience with success in restoring to us that which is more valuable 
than all the comfort that riches or luxury can contribute. 

MM. Edwards and Dumas’ paper on the production of wax is in 
striking accordance with these views. 

A theory has been promulgated by the justly celebrated Professor 
of Chemistry at Giessen, Dr. Liebig, that the constituents of the food 
of animals, when taken into the system, during the processes of 
digestion and nutrition, undergo a peculiar modification, the result 
of which is the production of substances, through the agency of 
special organs, totally different in the proportions of their chemical 
constituents from those of the materials from which they have been 
derived. A proof of this change was pointed out by Liebig as 
afforded in the production of wax by the honey-bee, as in the ex- 
periments of Huber, recently confirmed by Gundlach, in which the 
bees were fed only on sugar. But it was objected by many distin- 
guished chemists that there was no direct proof in these experiments ; 


234 Miscellaneous. 


as the constituents of wax might have been collected by the bees 
before they were confined for experiment, and stored up in their 
own bodies, or that the wax might be derived from the fat of their 
bodies, which, in the proportions of its ultimate constituents, is very 
similar to wax. To put these objections to the test, MM. Milne 
Edwards and Dumas jointly undertook to repeat the experiments. 
They first ascertained by analysis the quantity of fatty matter in the 
bodies of a given number of bees, and the quantity of waxy matter 
accidentally contained in the honey with which they were fed, during 
confinement. The result of the experiments proved that the quan- 
tity of wax produced in a given period by each bee exceeded very 
nearly three times the combined amount of waxy matter contained 
in the food, and of fat in the body of each bee at the commence- 
ment of the experiment, besides a large amount of fat still contained 
in its body at the close. These experiments most incontrovertibly 
prove that the constituents of the. wax could not have pre-existed in 
the bodies of the bees; but that wax is a true formation, the result 
of changes which the constituents of the food undergo, through the 
agency of speciai, organs, during the process of nutrition. 

So again experiments on the functions of insects, when combined 
with anatomical examination of their particular structures, and com- 
pared with the vital phenomena and structure of analogous parts in 
our own bodies, and the higher animals in general, lead us to 
equally important results. 


MISCELLANEOUS. 
NOTE UPON THE HABITS OF THE COMMON TOAD. 


Tuart the food of the Toad consists of insects as well as worms, is a 
fact with which every naturalist is familiar, though all are perhaps 
not aware of the extent to which in certain instances it preys upon 
the larger Coleoptera, chiefly of the Carabideous kind. I once found 
during the summer, concealed beneath a very large stone, one of these 
reptiles, the stomach of which was filled with the detached heads, 
thoraces, abdominal segments, elytra, &c. of Steropus madidus, Oma- 
seus melanarius, Calathus. 'These hard parts, more or less broken, and 
with the flesh dissolved out and digested, had undergone no further 
change, so that the species they belonged to could be perfectly well 
determined. I have since met with toads, in chalky districts where 
these beetles abound, which were literally crammed with them, and 
among others have found in the egesta the remains of Carabus vio- 
laceus, and of some also of the large Curculionide, such as Otiorhyn- 
chus niger. I have myself forced an ordinary-sized toad to swallow 
alive successively two of the first-named insect, which it effected 
without much difficulty, and have known it in confinement to devour 
two C. moniles inclosed along with it. These observations tend to 
throw some light upon the explanation of toads being found in holes 
of rocks and hollows of trees, whither they had probably resorted in 
search of the abundant store of insect-food which these situations 
afford, and where they might remain until the cavity became closed 


Miscellaneous. 285 


up. It would be curious to witness in what manner the toad ma- 
nages to seize and secure such a powerful prey as the Carabus, as 
something more than the viscid and adhesive secretion of the tongue 
must, be required for this purpose.—ALrrep TuLK. 


PROPAGATION OF THE GENUS SYLLIS. 


ner other results obtained by M. de Quatrefages in studying 
the Annelida, the most singular is that which relates to the propa- 
gation of Sy/lis. He met upon the coast of Brittany with a great 
number of this genus aggregated together in a manner similar to 
that described and figured by O. F, Miiller in the double Annelide, 
named by him Nereis prolifera. M. de Quatrefages has proved that 
the two individuals are formed in Syllis also, at the expense of a 
single one, by the body of the latter becoming strangulated in the 
middle, and dividing, after the first rings of the posterior segment 
are modified, so as to constitute a head. But the two individuals, 
though thus similar in their exterior, are endowed, according to him, 
with very different functions. The first continues to be nourished 
in the ordinary way and to perform all the necessary vital functions, 
and in all probability becomes complete by reproducing a tail similar 
to the one which it has lost. But the second, formed at the expense 
of this tail, is destined only to multiply the species ; its alimentary 
canal exhibits a tendency to become atrophied, and it appears to be 
nourished as it were upon matters pre-existing in its body; but it 
incloses the whole of the generative organs possessed by the parent 
stock, and after its separation continues to live sufficiently long 
for these organs, by fulfilling all their functions, and producing either 
ova or spermatozoa to insure the perpetuity of the species.—Ad- 
stracted from the Comptes Rendus, Jan. 15, 1844. 


VESSELS PIERCED BY THE WEAPON OF THE SWORD-FISH. 


Although notices have at various times been published respecting 
vessels at sea being pierced by the weapon of the Sword-fish, it seems 
to me that the positive information conveyed in the following letter 
from Robert M‘Calmont, Esq. of Eaton Square, London, is worthy 
of a place in the ‘ Annals.’ The portion of the weapon alluded to 
and preserved in the Belfast Museum is about nine inches in length, 
and two inches indiameter. It belonged, not to a sword-fish or Xiphias, 
but to a fish of the allied genus Histiophorus, 


“ London, 22nd October, 1834, 

“ My prar Srr,—I send you along with this a small parcel con- 
taining part of the horn of a sword-fish, which may perhaps be con- 
sidered deserving a place in your museum, from the manner in which 
it came into my possession. A vessel of ours, called the Huphemia, 
when on her passage to Brazil a few months ago became rather leaky, 
and upon examination at the end of her voyage was found to have 
been pierced by this horn through the copper-plank, and about nine 
inches through the solid timbers. It was broken off close to the 
copper, probably by the struggles of the fish, and the other end was 


236 Miscellaneouse 


broken off by the carpenter in his endeavours to extract it from the 
position in which it was tightly wedged, and the point, with some 
inches of the horn, still remains in the ship. It was splintered by 
the same cause, and is glued together in the state in which you will 
receive it. 

« It is remarkable that it entered the vessel, not, as one would sup- 
pose, in a horizontal direction, but nearly vertically, passing rather 
obliquely through two of the floor timbers within a few feet of the 
keel. 

“‘ Believe me to be yours sincerely, 
“ Ropert M‘Catmont.” 
‘© To William Thompson, Esq., Belfast.” 


The following paragraph which appeared in the Caledonian Mer- 
cury in October 1843 may be added :— . 

* Extraordinary Circumstance.—The brig Lord Byron, of Lime- 
kilns, when on her voyage, at the end of last month, from the West 
Indies to Liverpool, suddenly sprung a leak, without any apparent 
cause. It was considered advisable to return to Jamaica, and, on the 
cargo being taken out and the vessel examined, it was found that the 
damage was occasioned by a sword-fish. The sword or bill of the fish 
had passed through the copper sheathing, then through the planking, 
in a slanting direction, to the extent of five inches, and also about 
eight or ten inches into the dead wood of the keel ; leaving an open- 
ing in the planking in each side sufficient to admit the hand of a boy. 
A piece of the sword retained by the Captain is six inches long and 
one and a half inch thick, of solid bone; but a longer piece remains 
in the keel. The strength of the sword-fish must be very great, and 
it may have been the cause of the loss of several vessels. The vessel 
referred to was carried into port with very great difficulty.” 

Donegal Square, Belfast, Jan. 31, 1844. Wa. THompson. 


UPON THE SECRETION OF SILK. 


The question has lately arisen, contrary to the old opinion of the 
silk (especially that of the silkworm) being contained in a fluid state 
within the reservoirs, whether it does not exist there already formed 
into a thread, and the caterpillar have merely to unwind a skein of it 
in constructing its cocoon. Straus-Durckheim expresses at some 
length (p. 88. vol. ii. of his recent work upon Comp. Anat.) his con- 
viction that such is the case, both from anatomical observation and 
experiment, but the researches of M. Robinet have led him to the 
following different conclusions :-— 

1. The silk escapes by a simple membranous orifice, situated in a 
conical and fleshy appendage adhering to the labium of the silkworm. 

2. The silk reaches this orifice by a single very short canal result- 
ing from the union of the two serigenous cecal tubes. 

3. The anterior part of these tubes is capillary; the middle is 
very much swollen, and constitutes the reservoir properly so called ; 
the posterior part consists of a very long slender cylinder, which is 
probably the secreting organ. 


Miscellaneous. 237 


4. The silk is in the state of a thick gelatinous liquid in the two 
posterior parts of these organs. It solidifies in the capillary part of 
the tubes and reaches the external meatus in the concrete state. 

5. The caterpillar compresses its thread by the contractions of an 
angle (coude) formed by the two capillary tubes at their point of 
union. It is thus that it can stop the secretion of silk and suspend 
itself by its thread. 

6. The material of the silk is always colourless, and derives the 
colour which it presents in certain cases from a varnish existing in the 
reservoirs and issuing along with it. 

7. The conical form of the thread is due to the gradual narrowing 
of the capillary tubes, which may be regarded as a kind of wire 
drawer to the silk. 

8. All the other appearances which have led to the supposition 
that the silk existed in the state of a skein within the reservoirs are 
easily explained by the fact of its solidification in the capillary tubes 
before their union. How this takes place, and under what circum- 
stances, remains to be determined. 

When I have torn the capillary tube of a silk-reservoir as near as 
possible to its junction with its fellow, I have succeeded in drawing 
out simple silken threads, some of which are several inches long. 
This result has been obtained under water, and I do not think by any 
one previously.—Comptes Rendus, Jan. 15, 1844. 


FUCUS LABILLARDIERII, TURN. 


It is stated in the observations on this Alga (p. 57), that Calocladia, 
Grev., is identical with Delisea, Lamx., and that the Alga which Dr, 
Greville considered identical with Fucus Labillardierii is the same with 
Delisea fimbriata, Lamx. ‘lhe latter part of the statement is not 
correct. Since the memoir was printed, Dr. Montagne has received 
specimens from Lehmann and Lenormand, which have convinced 
him that some correction here is necessary. The plant of Dr. Gre- 
ville is the same with Spherococcus flaccidus, Suhr, and is specifically 
different from, though closely allied to Delisea fimbriata, Lamx. He 
proposes, therefore, to call it Delisea pulchra, adopting the specific 
name of Dr. Greville, which is anterior to that of Suhr. Delisea fim- 
briata will then remain the type of the genus.—M. J. B. 


KENTISH BIRDS. 
To the Editors of the Annals of Natural History. 


Margate, January 1844. 

GENTLEMEN,—In my last communication J] omitted to mention 
that in the latter part of September we were visited by an immense 
number of chaffinches that continued their course in a north-eastern 
direction. Fresh arrivals continued for several days, coming in a direct 
line from the continent; as soon as they reached our coast near Kings- 
gate, some of them, from hunger, staid merely for a few seconds to 
recruit their strength by picking up a few seeds, and then joined 
the following flight. I shot several of them, all females. In one of 
Mr. White’s letters, he says he saw vast flights of chaffinches, and 


238 Miscellaneotib: 


when he came to observe them narrowly he was surprised to find 
them all hens, and he expresses a wish to know whether these birds 
do come over from the continent. For my part I am quite satisfied ; 
and after such an opportunity of observing their coming from that 
direction have no doubt on the subject. After the females had ar- 
rived, and a greater portion had left our coast, an immense number 
of male chaffinches made their appearance, with an equal number of 
redbreasts ; but the chaffinches did not follow the hens as I should 
have thought, but betook themselves to the farm-yards, doing great 
mischief to the granaries; and the redbreasts also filled our hedges 
and shrubs, so that they were swarming alive with them; and in many 
small hedge-rows of only a few yards’ long about Northdown, several 
hundreds would start out within a yard or so of your gun. 

About, the 10th of October the wind got out to north-east again, 
and perhaps you may be surprised when I inform you, that almost 
every bush, shrub and garden in the vicinity of Margate was for 
several days swarming with the Golden-crested Regulus* (Regulus 
aurocapillus), and a few of the Fire-crested Regulus (R. ignicapil- 
lus); of the former I obtained as many as three in a shot for several 
times, but of the latter I only got seven at different times ; but strange 
to say, the cliffs and houses and walls were completely lined with 
them; and a friend of mine watched his cat in less than half an hour 
killing no less than nine; and, to use his own expression, he does 
not know how many it had killed, but it had been at the work of 
slaughter all the morning. 

The inhabitants, who saw so many birds of so curious a character, 
put it down at once for a severe winter; in which surmise I did 
not concur, concluding that some spot must be the place of landing 
of the migrators. And when, about five years since, I saw a great 
number of Ring Ouzels (Turdus torquatus) about the neighbourhood 
of Dover, the same opinion was then entertained by myself as well 
as others; but at any rate the severe weather has been a long time in 
coming, which for my part I am rather sorry for, as this mild weather 
is not good for collectors. 

Since my letter of last month I have only obtained the following 
specimens :— 

Snow Buntings (Zmberiza nivalis). 

One specimen of the Great-spotted Woodpecker (Picus major). 

One Sclavonian Grebe (Podiceps cornutus). 

Feb. 15.—I send you the list of a few birds that have been ob- 
tained on our coast last month. 

Several specimens of Sanderlings, Calidris arenaria; some of them 
nearly or wholly white. 

Several specimens of the Bar-tailed Godwit, Limosa rufa. 'They 
are very plentiful along the coast. 

Feb. 16.—For several years we have been visited by vast numbers 
of the Snow Bunting, Hmberiza nivalis,-but in no season do I re- 
member seeing so many as at the present. Their favourite locality 

* From Mr. Richard Taylor, jun. we learn that during the first week of the 
present February, he observed unusual numbers of Gold-crests in Cornwall, 


Meteorological Observations. 239 


used to be at a placed called Newgate, about one mile from Margate ; 
but now they visit not only Newgate, but all along the range of fields 
from Newgate to Updown and to Chapel Bottom. They are very 
wild; I have tried from year to year to catch them with a lark-net 
at night, but never could succeed, except only in taking a few. As 
they visit the clover-lay all the day, I thought that they roosted at 
night; but I now find this not to be the case, for on returning from 
a shooting tour at dusk in the evening along the cliffs near the Infir- 
mary, my attention was attracted by a number of small birds sitting on 
the fissures of the cliff. On examinationthey proved to be snow bunt- 
ings in thousands. This, then, accounts for my not finding them in 
the fields. On questioning the coast-guardsmen, they told me that 
about half an hour before dusk they arrive in immense numbers, get- 
ting into the small holes and crevices of the cliff; but as soon as 
daylight appears they depart in small flights, making a very musical 
noise. 


Srepoen Mummery. 
144 High Street, Margate. 


METEOROLOGICAL OBSERVATIONS FOR JANUARY 1844. 

Chiswick.—January 1, Snow and sleet; clear and frosty at night. 2, Clear: 
sharp frost at night. 3. Severe frost: overcast: thawing rapidly. 4. Hazy: 
overcast. 5, Overcast: rain. 6. Mild and fine, 7, Exceedingly clear and fine: 
frosty. 8. Frosty: fine. 9. Thick haze: cold and dry: overcast. 10, Hazy: 
drizzly. 11, Overcast. 12. Foggy: heavy rain. 13. Slight drizzle: heavy 
clouds: squally, with rain. 14, Hazy and drizzly: clouds in strata: densely 
overcast. 15. Clear and frosty. 16, Sharp frost: very fine. 17, 18. Overcast. 
19, Fine: densely clouded. .20. Cloudy, cold and dry.- 21. Overcast, 22. Hazy: 
very fine. 23. Foggy: very fine. 24. Slight fog. 25. Frosty: very fine. 26, 
Very fine, 27, Slightrain, 28. Rain: fine. 29. Clear: overcast: squally. 
30. Fine: showery. 31. Brisk wind, with small hail: stormy showers, snow, 
sleet, rain: densely overcast.—Mean temperature of the month 23° above the 
average. 

Doiok dak 1, Cloudy: rain early a.m. 2 3. Fine. 4, 5. Cloudy: rain 
early a.m. 6, Fine: rain early a.M.: rain p.m. 7. Cloudy. 8. Fine. 9, Cloudy: 
snowr.M. 10, Fine: rain p.m. 11. Cloudy. 12. Fine: rain p.m. 13. Cloudy: 
raine.m. 14—16. Fine. 17, Cloudy. 18-20, Fine. 24, Cloudy: rain 
early a.m. 22. Cloudy. 23. Cloudy: rain early a.m. 24, 25. Foggy. 26. Fine. 
27. Cloudy. 28. Cloudy: rain early a.m.: tain p.m. 29. Fine. 30, Stormy. 
31, Fine: stormy p.m. 

Sandwick Manse, Orkney.—Jan. 1. Snow-showers. 2. Snow: bright: cloudy. 
3. Snow-showers: clear, 4. Bright: frost: clear, 5, Rain. 6. Bright: rain, 
7. Damp: clear. 8. Bright: clear. 9, Cloudy: rain. 10. Showers. 11. Bright: 
cloudy. 12. Rain: showers, 13. Bright: cloudy. 14. Frost; snow: clear. 
15. Clondy. 16. Cloudy: drizzle. 17. Drizzle. 18, Showers. 19, Hail- 
showers. 20, Snow-showers: cloudy. 21. Showers. 22. Bright: cloudy. 
23. Drizzle. 24. Bright: fine. 25,26. Showers. 27. Bright: drizzle. 28, 
Sleet-showers. 29. Rain: showers. 30. Sleet: showers. 31. Snow-drift: clear. 

Applegarth Manse, Dumfries-shire.—Jan. 1.-Frost: snow-shower. 2. Frost, 
severe, 3. Thaw: rainr.m., 4, Smallrain. 5, 6. Heavy rain. 7. Showers, 
8. Frost. 9, Snow: rain p.m. 10, Frost. 11, Fog. 12, Small rain. 13. Frost: 
fair and fine, 14,15. Frost: fine. 16, Slight frost. 17. Frost: fine. 18. Frost. 
19, Showery. 20, Frost, slight, 21, Fair and clear. 22. Frost: fine. 23. 
Frost: mild. 24, Fairand mild, 25. Rain at noon, 26, Fairand fine. 27, 
Fair, but cloudy. 28. Shower, heavy. 29. Wet. 30. Rain: snow-shower, 
$1, Frost and snow. ' 

Mean temperature of the MONth ....scccccssssscccsesseeses SQU4 
Mean temperature of January 1843 — ..scccsecseses eecores Ol SO 
Mean temperature for twenty years .jrrrescsessereesernees 34 °2 


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70 “BOA “AIA 49 SuopuoT tvau “HOIMSIHD Jo Ayavv0g jounynorysozy 243 fo uapivy) ay2 yo uosdwoyy, ‘yy 49 apow suownasasgg yorSoposoajayyr 


THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 


No. 84. APRIL 1844. 


> 


XXX.— On the Zoological condition of Chalk Flints, and the pro- 
bable causes of the Deposit of Flinty Strata alternating with the 
Upper Beds of the Cretaceous Formation. By D. T. AnsvED, 
M.A., F.R.S., Professor of Geology in King’s College, Lon- 
don, and Fellow of Jesus College, Cambridge. 


Tue oceurrence of siliceous bands—the silex being exhibited in 
detached fragments called flints—regularly bedded with the upper 
portion of the Chalk formation in many parts of Europe has always 
been considered a geological phenomenon very difficult to ac- 
count for, and the explanations hitherto offered have been ex- 
tremely unsatisfactory, because they have assumed a mineral con- 
dition for the silica which we are not warranted by experience in 
supposing to be possible, and which no one who fairly examines 
all the circumstances of the deposit can at all conclude to be 
probable. 

Dr. Buckland has supposed, for instance*, that each new mass 
of calcareous and siliceous matter as it was discharged formed a 
bed of pulpy fluid at the bottom of the then existing ocean, and 
that the separation of the siliceous from the calcareous ingre- 
dients was modified by attractions drawing the particles to cer- 
tain centres. Dr. Mantell again in 1833 remarkst+, speaking of 
a specimen of Ventriculite, “the appearance of this specimen 
seems to warrant the conclusion, that at the period of its minera- 
lization the silex was in the state of a thick viscid fluid.” And 
in 1838 Mr. Lyell, referring to Dr. Buckland’s account already 
quoted, adds, “ Nevertheless the separation of the flint mto lay- 
ers so distinct from the chalk is a singular phenomenon, and not 
yet accounted for. Perhaps, as the specific gravity of the sili- 
ceous exceeds that of the calcareous particles, the heavier flint 
may have sunk to the bottom of each stratum of soft mud.” 

I need hardly say more in illustration of my remark, that the 
origin of flints in chalk is a phenomenon not yet satisfactorily 
explained : nor, indeed, do I venture to assert that the view | 


* Geol. Trans. Ist series, vol. iv. p.422. The date of this paper is 1816. 
+ Geol. of South-east of England, p. 102. 


Ann. & Mag. N. Hist. Vol. xii. R 


242 Prof. Ansted on the Zoological condition of Chalk Flints, &c. 


am myself inclined to take, and which I am now about to advo- 
cate, is borne out entirely by positive observation. I think, how- 
ever, I shall be able to offer a reasonable and probable account, 
and one more consonant with the results of minute investigation 
than any of those I have quoted. a 

Of the lithological and geological character of the chalk and 
the layers of flint imbedded in it I need say very little. Chalk 
itself is a nearly pure carbonate of lime, having a small quantity 
of iron as well as silica distributed through it, the particles of the 
former mineral being collected into nodules irregularly placed, 
and usually crystallized with sulphur in the form of pyrites*. 
Careful microscopical mvestigation has distinctly proved that a 
large proportion of the solid chalk is of animal origin, and the 
substance most nearly resembling it in a recent state is a white 
calcareous mud formed in coral lagoons by the decomposition of 
recent soft corallines. The flint in chalk consists of about 98 per 
cent. of pure silica, and is usually of dark colour mternally, but 
each nodule or separate portion of a layer is surrounded with a 
thin coat of a white colour and a coarser or more saccharoid tex- 
ture, evidently owing to the presence of a certain proportion of 
chalk. The flints occur either in detached nodules or tabular 
masses ; the latter forming layers of various thickness alternating 
with a much greater though also variable thickness of chalk, and 
the former more rare and still having a tendency to stratified ar- 
rangement. Flints are also sometimes found filling up veims and 
traversing the chalk at various angles. Almost the whole how- 
ever of the siliceous matter of the upper chalk is distributed in 
tabular masses, and it is chiefly therefore to those that I shall 
refer, although I may mention here, that there is no apparent dif- 
ference in structure between the tabular flints and those which 
occur detached or fillimg up veins. 

In order to discover the conditions under which siliceous matter 
may have formed in the chalk, and the cause of its appearing in 
layers regularly stratified and distinctly separate, it is clear that 
we must investigate mimutely not only the chemical.condition of 
the mineral, which is a very insufficient guide, but also its mecha- 
nical condition ; and this must be done im two ways, examining 
. first its structure by the aid of a powerful microscope, and then 
observing its external relations both with the chalk itself and also 
with the organic bodies imbedded in it. We must also pay some 
attention to the nature of those silicified fossils of whose organic 
origin there can be no doubt. 


* A small proportion of argillaceous matter occurs in the lower chalk, 
but this proportion is smaller as we examine specimens higher up in the 


formation, until at length in the white chalk with flints it can no longer be 
traced. 


Prof. Ansted on the Zoological condition of Chalk Flints, &c. 243 


It is to Professor Ehrenberg that naturalists are indebted, first 
for the discovery of the infusorial and other animalcules of the 
chalk, and next for the determination of various organic remains in 
the solid substance of flint. These observations induced Mr. Bower- 
bank in 1840 to examine with care numerous specimens of chalk 
flint, and in doing so he was struck by the frequent recurrence 
of small patches of brown reticulated tissue constantly presenting 
nearly the same appearance. ‘The occurrence of this tissue,” 
he observes in a paper published in the Transactions of the Geol. 
Soc. (2nd ser. vol. vi. p. 181), “combined with the circumstance 
of finding spicula exhibiting nearly the same form and size, and 
always occurring in about the same proportion along with nume- 
rous foraminated shells and other extraneous bodies, strongly in- 
duced me to believe that the brown reticulated tissue was a por- 
tion of the remains of the organized body, the shape of which was 
represented. by the flint nodules; and the indications thus ob- 
served equally inclined me to believe, that if these flints were 
fossil organized bodies, they would almost inevitably prove to be 
sponges.” On the careful examination of a considerable number 
of flints obtained from various localities, he found in all a perfect 
accordance in the structure and proportion of this tissue and of 
the spicula. I proceed to give a short account of the result of 
these experiments. 

When thin slices of flint are examined under a good microscope 
as transparent objects with a power of 120 linear, they present 
the appearance of a turbid solution of decomposed organic matter, 
containing fragments of extraneous bodies and portions of a dense 
opake matter of a brown colour and sometimes of considerable 
size. ‘Treating these latter as opake objects, they are readily 
distinguished to be made up of numerous cylindrical contorted 
canals with occasional orifices of larger diameter, the walls of the 
canals presenting an appearance of having been formed of thin 
network like that observable in sponge, while spicula and minute 
foraminated shells are sparmgly distributed over the whole. The 
smaller of the canals correspond with those by which the animal 
of a sponge introduces the sea-water into its substance, the larger 
ones being those for the excretion of the water. 

But this is not all. Even when the reticulated tissue is not to 
be traced, its presence is still often indicated either by the form 
in which the silex is moulded upon the tissue once there, or by 
the spicula and minute shells which are suspended equally in all 
parts : not being precipitated to one particular portion, as if they 
had been deposited in a fluid, but entangled in the organized 
matter, which had retained its form and texture during the pro- 
cess of silicification. An examination of the chalky band forming 
the exterior of the flint also exhibits a peculiar appearance under 


244 Prof. Ansted on the Zoological condition of Chalk Flints, &c. 


the microscope, deep circular excavations being traceable, and 
small fragments of shells and other extraneous matters being 
partly imbedded in and partly adhering to the surface. 

Mr. Bowerbank having thus examined and described the na- 
ture of the flint which forms tabular masses interstratified with 
the chalk, extended his observations to the internal casts of sea- 
urchins and other shells of Radiata common in the chalk, some of 
which are wholly and others only partially siliceous. In these 
cases, on clearing away the chalk with care, it appeared that the 
flint did not in any case present an even surface, such as would 
have resulted from a fluid depositing the siliceous matter, but, on 
the contrary, that the surface was undulated, projecting above 
the surrounding parts, and offermg the same characters as those 
observed in flint nodules. It therefore appeared that these re- 
mains must be referred to the same origin as the tabular flint. 

Mr. Bowerbank, from such observations as these, has arrived 
at the conclusion, that all flint, in the common acceptation of the 
term, has been formed upon spongeous bodies as nuclei. Anxious 
to verify so far as I could these conclusions and convince myself 
of their correctness, I have now to record an observation of my 
own of a similar kind. 

In this experiment, which I look upon as to a certain extent an 
experimentum crucis, I selected from the collection m the Wood- 
wardian Museum* a small specimen of the purest black flint, in 
which a common Cidaris of the chalk was imbedded, part of the 
shell projecting beyond the surface of the flmt and that part still 
consisting of carbonate of lime. The general appearance of the 
specimen is strongly in favour of the idea of a pulpy tenacious 
fluid having received on its surface the sinking shell, whose weight 
was not sufficient to cause it to sink entirely beneath the surface. 

Examining first of all fragments of the flint not contaimed 
within the shell, they presented the appearance described by Mr. 
Bowerbank and figured in the Geol. Trans. ; they did not indeed 
exhibit distinct marks of reticulated tissue, but there could be no 
doubt whatever of their organic origin. I then selected several 
small portions chipped off from within the fossil, and one of these, 
although exceedingly minute, was fortunately sufficiently uniform 
in its texture to admit of employing avery high power. I was thus 
enabled clearly to distinguish the peculiar reticulated tissue, the 
existence of which puts beyond question the nature of the organized 
being upon which this portion of the silica had formed. The di- 
stinct texture was not made out without a power of 1200 linear, 
and the appearance was still more striking with a power of 2500. 
In this case then, the substance which has partially filled a shell 
not broken and resting on the surface of a flint, is itself of the 


* The Geological Museum in the University of Cambridge. 


Prof. Ansted on the Zoological condition of Chalk Flints, &e. 245 


same spongeous origin as the flint on which it reposes. The sur- 
faces however within and without this shell are not on the same 
level, but the flinty matter has reached considerably higher on 
one side than on the other, and has entered the shell on the side 
opposite to that on which it has the highest surface. This latter 
fact is clear from the perfect condition of the shell. But we can- 
not suppose a thick pulpy fluid to have entered the shell at its 
lower part and have risen in it on the opposite side above its ge- 
neral level, although there is no difficulty in conceiving that a 
sponge so entering an inclosed space should work its way upwards 
in the endeavour to reach the open water. 

With regard also to the surface of the flint and its partially 
calcareous appearance, it is readily explained, if we suppose the 
flint to have been originally a sponge ; in that case a deposit of 
calcareous mud taking place upon it would penetrate only to a 
very small depth, while the interior space would remain filled with 
pure water. By far the greater portion of the sponge would thus 
be preserved from the operation of other agents while the pro- 
cess of silicification was going on, provided it is the case (as we 
have every reason to suppose) that the silex forms readily on such 
horny organic matter as is found in all sponges. 

The conclusions thus arrived at as to the origin of tabular flint 
are greatly strengthened when we consider the nature of the com- 
monest chalk fossils that occur silicified, and the peculiar appear- 
ances often presented by chalk flints. 

By far the most abundant of those fossils in the chalk which 
attain to any size are the remains of spongy Zoophytes, known 
under the generic names of Ventriculites, Choanites, Paramoudra 
and Polypothecia. 

The Ventriculite is found of various shapes and sizes, and its 
original texture was evidently soft, and yielding readily to press- 
ure. It appears to have possessed externally a reticulated sur- 
face, the inside being porous and bearing considerable resem- 
blance to dried sponge. Specimens occur in every intermediate 
form between that of a simple elongated cone and a flat circular 
disc, the thickness of the sides being considerable when the cone 
is short, thinner when more extended, and thinnest when com- 
pletely expanded. 

The Choanites differ from Ventriculites by the possession of a 
circular opening in the upper part, which continues gradually 
diminishing to near the base. The general proportions are also 
somewhat different and the dimensions smaller. 

The Paramoudra, or Potstones, are only common in particular 
localities ; but there attain a considerable size, measuring from one 
to three feet in height, and about half that in diameter. They 
are chiefly found in the North of Ireland and in chalk-quarries 


246 Prof. Ansted on the Zoological condition of Chalk Flints, &c. 


near Norwich, and are generally insulated in the chalk, sometimes 
lying horizontal and sometimes inclined or erect, but although 
silicified, not apparently connected with the layers of flint. These 
singular fossils are cylindrical, fusiform or cup-shaped, and they 
are occasionally found planted as it were one above another, the 
upper one being closed at the top and attached to the open lip of 
that immediately below. They all have a hollow open axis filled 
with chalk, and a central tube about the thickness of a finger, and 
consisting of siliceous particles, is traceable through the chalk 
from the base to the vertex*. All these three genera were doubt- 
less affixed by radicles to solid rock and possessed no powers of 
locomotion. 

Lastly, the Polypothecia represented the branching sponges as 
the former genera did the large cup-shaped sponges of the ex- 
isting seas. They are frequently found inclosed in flint, the Po- 
lypothecia having in this case been partly surrounded by another 
sponge and silicification taking place in the whole mass together. 
The branching sponge however not decomposing at the same rate 
as the other, we often find its remains represented by a loose cast 
in the substance of a common flint. 

It appears then, that in the zoological condition of those flints 
which offer external proof of their organic origin as well as in 
the microscopic structure of the others, which are regularly stra- 
tified in tabular masses, the principal, if not the only, accumula- 
tions of siliceous matter in the chalk are upon sponges; that sin- 
gular class of organic beings, the very fact of whose possessing 
life has sometimes been doubted. It only now remains to con- 
sider how far the external relations of such fossils with the chalk 
itself renders it probable or otherwise that all chalk flints are of 
spongeous origin. 

In those cases in which the flint is perfectly tabular, these re- 
lations can of course have no further interest than that which 
arises from the condition of the surface of the flint which we have 
already considered ; but it is not an uncommon accident that por- 
tions of some organic bodies should adhere to or be imbedded in 
the flint, sometimes projecting from it to a considerable distance 
and offering strange and grotesque forms. Such appearances are 
easily explicable on the hypothesis of sponges growing at the bot- 
tom of an ocean, m which from time to time various fragments 
of shells, &c. were deposited and partly inclosed by the sponges ; 
and it is not at all necessary to assume that these fragments were 


* The organic nature of the siliceous matter in the Paramoudra is suffi- 
ciently clear from the evidence of Prof. Ehrenberg on this subject. He states, 
that although ke failed to discover in them the structure of well-preserved 
sponges, he could perceive the contorted remains of decomposed sponges’ 
along with the remains of Infusoria.~Annals of Nat. Hist. vol. ii. p. 162. 


Prof. Ansted on the Zoological condition of Chalk Flints, &c. 247 


received upon a mass of semifluid siliceous matter, without the 
existence of which it has hitherto been thought impossible to ac- 
count for the phenomena. The microscopic structure is in all 
these cases precisely the same, and the evidence is therefore con- 
clusive. 

And finally, the composition of the chalk itself and the nature 
of its organic remains, requiring as these do the lapse of a long 
period of time, may be considered to strengthen the probability 
of the organic origin of the siliceous part of the formation. There 
is, we know by experience, a tendency in different substances, when 
distributed irregularly, to accumulate round certain points of at- 
traction, and by the process of segregation separate themselves 
even from others with which they are in contact, and this is still 
more the case when any particles of the same substance as that 
about to be grouped are-present in any part of the whole mass. 
Sponges are known to contain siliceous spicula which also are 
constantly seen in chalk flints, and thus we have additional 
grounds for supposing that the layers of flint were formed upon 
spongy bodies as their centre. 

It is only necessary now in conclusion to put into general 
language the view which results from the considerations I have 
offered with reference to the internal structure and external 
appearance of chalk flints, and their relations with the fossils of 
the chalk and with the chalk itself. 

I suppose that for a long period the gradual deposit of chalk 
may have gone on undisturbed, the material being derived partly 
from animals living in the water at the time, and partly, perhaps 
chiefly, from the degradation of calcareous and coralline rocks at 
a distance, the silt bemmg conveyed by marine currents and evenly 
deposited. In this way I presume that the formation of the lower 
and middle chalk may be fairly explained. At the termination 
of these deposits I imagine that there succeeded a period of 
tranquillity, the cretaceous mud ceasing to be deposited, and the 
bottom of the sea becoming hard and fit for the habitation of in- 
numerable sponges, which lived and flourished there. In these 
we see, as I believe, the elements of the first layer of flint in the 
chalk, and I suppose that after they had continued to exist for a 
certain time, there occurred the commencement of a series of sub- 
terraneous disturbances in some part of the bed of the ocean of 
the nature of undulations, elevating the bed of the sea in some 
parts and depressing it in others. These disturbances I also sup- 
pose to have been accompanied by the eruption of a considerable 
quantity of hot water holding silica in solution*. The elevation 

* The boiling springs of the Geyser in Iceland contain 31-38 grs. of silex 
per gallon of water, and even the mineral waters of Bath contain 20 grs. in 
ten pints and a half. 


248 Prof. Austed on the Zoological condition of Chalk Flints, &c. 


of calcareous beds, the previous denudation of whose exposed sur- 
face had formed the lower and middle chalk, would now again be 
the source of similar deposits, and the sponges would begin to 
be covered by a calcareous mud, and at the same time the sili- 
ceous matter would begin to deposit itself upon the organized 
substance of the sponges. After an interval corresponding to the 
deposit of the first layer of chalk above the flints I suppose an- 
other pause to have occurred, and a similar growth of sponge to 
have taken place and been succeeded by other disturbances, and 
so that such alternations of tranquillity and volcanic eruption con- 
tinued till the close of the cretaceous period. 

Without some such cause, I cannot see any reasonable expla- 
nation of the fact, that while flints and siliceous matter are found 
abundantly in other beds and under various circumstances, it 
scarcely ever occurs in layers, except in a certain part of the ere- 
taceous system, that part not presenting any other difference - 
whatever, either mineral, geological or zoological, with the im- 
mediately preceding strata: neither can I in any other way ac- 
count for the fact, that single layers of flint and chert occur in 
other formations*, but not such alternations of flint and calca- 
reous matter as we find in the chalk, although the origin of the 
flint appears to have been the same in all cases. 

And finally, I am not assuming in these alternations and pe- 
riodical eruptions any extraordinary or improbable agent. Im- 
mediately subsequent to the cretaceous period, and even durmg 
its contmuance, we have the most decided proof of the‘action of 
disturbing forces on the grandest scale—forces to which we owe 
the disruption of the chalk in the Wealden district, and the po- 
sitive and complete denudation of strata several hundred feet thick 
and many thousand square miles in extent, and disturbances, 
which in the North of Ireland and elsewhere were accompanied 
by the eruption of igneous matter to an extent rarely if ever since 
equalled. 

I am also entitled to assume not only the possibility but the 
probability of the eruption of hot water containing silica in solu- 
tion, and it is not impossible that this may have gone on con- 
stantly and without interruption during the whole period ; while 
with regard to the existence of other calcareous rocks to whose 
denudation the chalk is owing, 1 have only to point to the 
absence of calcareous rocks overlying the beds in the West of 
England, and the fact that many oolitic outliers of limestone 
occur distant from the main formations, but bearmg marks of 


* In the freestone of Portland, in the mountain limestone of the Mendip 
Hills, in the oolitic limestone of Pickering in Yorkshire, near Poligny (on 
the north-west of the Jura mountains), and in the greensand of. Black 
Down, &c.—See Geol. ‘Trans. 1st ser. vol. iv. p. 420. 


aece 


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inset eo ie Bae an 
Me AY peste: 


Lioberisonian Saxifrages. 
: (3 


Ann.k Mag. Nat. Hist Noss. PLiv. 


Cu seu tla. 


Mr. Ch. C. Babington on some species of Cuscuta. 249 


having been formerly part of them. We know also from the ob- 
servations of Mr. Darwin, that many large tracts in the Southern 
hemisphere are undergoing undulations of surface similar to those 
required by my hypothesis, so that on the whole I think I have 
left no point exposed, in which the assumption of a cause that is 
insufficient or improbable under the circumstances will invalidate 
my argument. After all it must be understood that I only offer 
an hypothesis that appears to me probable to explain a pheno- 
menon of great and acknowledged difficulty, and no one can be 
more thoroughly aware than myself that there must always be a 
wide and strongly marked distinction between such hypothetical 
explanations and the numerous well-founded deductions with 
which geology abounds, and which are unchangeable and un- 
answerable, because founded solely on the consideration of un- 
doubted facts. I need not however add any remarks to illustrate 
the benefit resulting from the fair and unprejudiced discussion of 
the class of explanations which I now offer. 


Jesus College, Cambridge, March, 1844. 


XXXI.—On some species of Cuscuta. By Cuartes C. Basine- 
ton, M.A., F.L.S., F.G.8. &c.* 


[ With a Plate. ] 


Ir is now some years since my attention was first drawn to the 
structure of the corona, the prominent parts of which form what 
are usually denominated scales, in the mterior of the tube of the 
corolla of the genus Cuscuta ; but of which the existence in some 
species, C. europea for example, is denied by several eminent bo- 
tanists ; and having soon become convinced of its presence in that 
plant, and also that the general shape and direction of its pro- 
cesses would furnish valuable characters for the discrimination of 
species in this genus, in which so few tangible points are afforded 
for that purpose, I presented to the Linnean Society of London 
the results of an examination of those species which were within 
my reach in the form of two short papers which it did me the 
honour to publish in its Transactions, vol. xviii. p. 213 and 563, 

Having since that time become more practised in the exami- 
nation of such mimute and inconspicuous objects, I have ascer- 
tained that the figures then published do not represent the cha- 
racters of those curious organs with sufficient accuracy, and have 
therefore carefully prepared other drawings of the interior of the 
flowers of the species gathered in Britain, with the exception of 
C. Epilinum, which is well represented by Mr. Sowerby in the 
‘Suppl. to Eng. Bot.’ (vol. 1. tab. 2850), and in which the cha- 


* Read before the Botanical Society of Edinburgh, Feb. 8, 1844. 


250 Mr. Ch. C. Babington on some species of Cuscuta. 


racters derived from other more apparent parts of the flower are 
so satisfactory as to render it unnecessary to lay much stress upon 
these obscure organs. It will be seen that a careful attention to 
the general form of the scales and their connecting membrane, 
neglecting the minute and variable subdivisions, furnishes us with 
valuable distinctions for the separation of plants whose outward 
appearance is extremely similar, but which are constantly found 
to be parasitical upon plants of different structure or which in- 
habit distant countries. 

Since attention has been drawn to these organs, many botanists 
have endeavoured to form some theory by which to account for 
their peculiar position in the flower. Their being placed opposite 
to the stamens and alternating with the segments of the corolla 
has presented so much difficulty, that no botanist, as far as I am 
informed, has ventured to express a positive opinion concerning 
them, although many have supposed that they represent an inner 
whorl of stamens in an altered condition. If that is the case, we 
ought to find the scales alternating with the stamens and not op- 
posite to them. It thus became necessary to suppose either that 
an intermediate whorl was totally lost, giving three whorls of sta- 
mens to the normal state of the flower ; or, that the scales repre- 
sented some other organs, concerning which no conjecture has 
been published. 

It will be seen from the sketches which accompany this paper 
that I have had the good fortune to meet with an undescribed 
Indian species, C. approximata (Bab. MSS.), in which the scales 
differ so much from their usual appearance as to lead me to form 
a theory concerning their origin, which, if allowed to be probable, 
will tend greatly to confirm the views of those botanists who sup- 
pose them to represent a whorl of stamens. In all the species, 
which have been carefully figured, the scales are represented as 
being separated from each other by a considerable space, and 
each of them is placed exactly under the insertion of the neigh- 
bouring stamen ; and although in some cases (C. europea for ex- 
ample) they are rather deeply bifid, still this bifurcation takes place 
in such a manner as not in the least to lead to the idea that the two 
parts are not portions of one and the same organ. In C. approz- 
imata (P1.1V. fig.3) each scale (continuing the usual nomenclature 
for convenience) is more deeply divided than in any species that 
has fallen under my notice, or of which I have seen a figure, and 
the lobes diverge from each other in a very remarkable manner, 
meeting below at a considerable angle. Again, the space between 
each scale, which in most, if not all the other species, is broad, 
deep and rounded, in C. approximata is very narrow, and termi- 
nates below in an extremely acute angle. Thus the appearance 
of the corona would inevitably lead a person previously unac- 


Mr. Ch. C. Babington on some species of Cuseuta. 251 


quainted with the usual structure of the flowers of Cuscuta to the 
opinion, that five broad, blunt, deeply bifid processes were placed 
alternately with the stamens and opposite to the segments of the 
corolla; or in other words, that a whorl of organs existed exactly 
in the position which would be occupied by an internal whorl of 
stamens ; and, if given to theorizing, he would at once decide that 
these organs were abortive and transformed stamens, and that in 
its normal condition Cuscuta was provided with two whorls of 
stamens, of which the outer one alone attained its perfect deve- 
lopment. 

It ought however to be stated, that even in C. approximata the 
line of separation between the corona and the corolla rises higher 
up the latter just under each stamen, as is the case in the other 
species. In each of my sketches I have endeavoured to represent 
the place of this separation by a line intervening between the 
upper edge of the corona and the base of the corolla; but it is 
necessary to add, that the exact point at which the free corona 
begins is often determinable with considerable difficulty, owing to 
its extreme thinness and transparency. It is possible therefore 
that the course of this line may not be found to be precisely as I 
have represented it ; indeed in C. europea it is little more than 
conjectural. 

From this it will be justly deduced, that I have come to the 
conclusion that the scales are indeed abortive stamens; and I 
would endeavour to explain their peculiar position by supposing 
that each scale (as seen in C. Epithymum for example, fig. 1) is 
formed of two totally distinct parts, which, from some unknown 
cause, have become closely connected together by their edges, so 
as apparently to form but one organ situated beneath the stamen, 
whilst in reality the abortive stamen is represented by a deeply 
bifid membrane, each lobe of which is more or less closely sol- 
dered to the neighbouring lobe of the next abortive stamen ; thus 
forming a whorl of scales, placed opposite to the perfect stamens, 
which appear to be simple, but are in reality composed of two 
parts. That this theory is not so wild as it might at first appear 
to be, is shown by the existence of a similar structure in the stig- 
matic rays of the Papaveracee, as has been proved by Mr. Robert 
Brown, and also, from independent observations, by Mr. Warren 
Howell. Let it however be remembered that I only put this 
theoretical explanation forward for the consideration of botanists, 
being well aware that much more extended observation is requi- 
site before it can be considered as an established fact. 

- I now proceed to characterize the species to which the draw- 
ings refer, and as they all have filiform leafless stems and germi- 
nate in the ground, but afterwards become wholly parasitical, I 


252 Mr. Ch. C.Babington on some species of Cuscuta. 


have not considered it necessary to describe any parts except the 
flowers. 


1. C. Epithymum (Murr.); florum glomerulis bracteatis sessilibus, 
tubo corolle cylindrico, sguamis convergentibus fimbriatis subacutis 
spathulatis basi distantibus, calyce tubo corolle multo breviori, ger- 
mine spherico, stigmatibus filiformibus. (Pl. IV. fig. 1.) 

C. Epithymum, Linn. Syst. Nat. ed. Murray, p. 140. 


Flowers small. Calyx reddish ; sepals rhomboidal-ovate, api- 
culate. Corolla white, with spreading acute segments. Anthers 
roundish-oblong, blunt or slightly notched at the end. Scales 
nearly as long as the tube of the corolla, widening from below up 
to the commencement of the frmged part, then narrowing in a 
triangular manner so as to be rather acute at the end, separated 
by rounded spaces, but at the same time connected (as is the case 
in all the species) by a free membrane forming a continuous 
deeply lobed corona, situated at the’ base of the corolla, to which 
it closely adheres. Stigmas filiform. 

This plant is not uncommon in England, where it is found to 
grow upon shrubby plants, such as Erica, Ulex, Sarothamnus, &c. 


2. C. Trifolit (Bab.); florum glomerulis bracteatis sessilibus, tubo 
corolle cylindrico, squamis fimbriatis apice rotundatis lateribus 
parallelis basi distantibus, calyce tubo corolle breviori, germine 
obovato, stigmatibus filiformibus. (Pl. IV. fig. 2.) 

C. Trifolii, Bab. in Phytol. (Feb. 1843), vol. i. p. 467. 

C. Epithymum, 6 Trifolii, Bab. Man. Br. Bot. p. 302. 

Flowers rather larger than those of C. Epithymum, white. Calyx 
occasionally tinged with red ; sepals ovate-lanceolate, acute, often 
nearly or quite as long as the tube of the corolla. Limb of the 
corolla spreading, with very acute attenuated segments. Anthers 
oblong, apiculate, the lobes rather deeply separated below. Scales 
nearly as long as the tube of the corolla, of equal width through- 
out, blunt and rounded at the end, separated by rounded spaces. 
Germen narrowed below. Stigmas filiform. 

In general appearance this plant closely resembles C. Epithy- 
mum, but is parasitical upon herbaceous Leguminosae. Of late 
years it has occurred so frequently upon clover (Trifolium pratense) 
in the counties of Norfolk, Suffolk and Essex, as to have destroyed 
a considerable part of the crop. In Loudon’s ‘ Gardener’s Ma- 
gazine’ (vol. iii. p. 208) it is stated that the seeds of C. europea 
are not unfrequent amongst Dutch clover-seed, and that “the 
plant is a great nuisance in Holland and Flanders.” As a con- 
siderable quantity of the clover-seed sown in England is im- 
ported from those countries, and as I have never heard of C. eu- 
ropea occurring upon clover, I am led to suspect that the plant: 


Mr. Ch. C. Babington on some species of Cuscuta. 253 


which is so frequent in that position in Holland is the C. Trifoliz, 
but not having been able to obtain either specimens or good de- 
scriptions of the Dutch plant, I am unable to determine with cer- 
tainty. My friend Mr. G. 8S. Gibson of Saffron Walden informs 
me, that one of the crops of clover in which the Dodder was found 
was also infested with large quantities of Barkhausia setosa, which 
is a native of the European continent, and was undoubtedly in- 
troduced with the clover-seed. Centaurea solstitialis occurred in 
a similar manner in another field. Bertoloni states (Fl. Ital. 
vol. il. p. 69) that his C. europea “ pestis pratorum est, in quibus 
serunt Trifolia, aut Medicaginem sativam;’ but as he describes 
the plant as not possessing any scales beneath the stamens, I am 
in doubt to what species his description refers. Dr. Lindley con- 
siders our plant to be the C. sulcata (Roxb.), of which specimens 
are preserved in the great Indian herbarrum formed by Dr. Wal- 
lich, and presented to the Linnean Society by the Hon. East 
India Company (no. 1320) ; they have capitate stigmas, and are 
therefore a different species, neither do they grow upon Legumi- 
nous plants. After a careful examination of the published cha- 
racters of the species of Cuscuta, 1 have been led to the conclu- 
sion that this plant, and also the following, are still undescribed, 
and have therefore ventured to publish them as new. 


3. C. approximata (nova species) ; florum glomerulis bracteatis ses- 
silibus, tubo corollz ventricoso vix calyce longiore, squamis ap- 
proximatis bifidis : lobis divergentibus latis apice fimbriatis truncatis, 
germine ovali, stigmatibus filiformibus. (Pl. IV. fig. 8.) 


Flowers small, whitish, slightly stalked. Sepals rhomboidal- 


ovate, acute, about as long as the tube of the corolla. Segments 
of the corolla spreading (?), blunt. Anthers cordate. Scales 
shorter than the tube of the corolla, widest at the base, deeply 
bifid ; the lobes truncate, frmged at the end, widely separated at 
the top, but closely approximating to those of the adjoining scales, 
from which they are divided by a narrow space which terminates 
below in a very acute angle. It would perhaps be more correct 
to describe these parts, not as five scales, but as a continuous co- 
rona, deeply divided into ten truncate lobes, which are disposed in 
pairs alternating with the stamens. Germen oval, narrowed above 
and. below, as far as I can judge from the examination of soaked 
specimens, not having seen it when fresh. Stigmas filiform. 

This plant was found upon Melilotus sativa, which had been 
raised from seed distributed by Col. Sykes, Director of the Hon. 
Kast India Company, under the name of Bokhara Clover. I am 
indebted to my friend the Rev. W. S. Hore of Devonport for the 
specimens examined. 

Having been unable to find a trace of this plant in books, it 


254 Dr. O’Bryen Bellingham on Irish Entozoa. 


is now named and described as new, the name being derived from 
the peculiar form of its corona, concerning which I have already 
spoken at some length. In general appearance it closely resembles 
C. Trifolit and C. Epithymum. 


4. C. europea (Linn.) ; florum glomerulis bracteatis sessilibus, tubo 
corolla per anthesin cylindrico, fructiferee ventricoso, squamis ad- 
pressis erectis bifidis basi distantibus : lobis divergentibus attenuatis, 
calyce corolla multo breviori, stigmatibus filiformibus. Pl. IV. fig. 4. 

C. europea, Linn. Sp. Pl. p. 180. exel. var. 3. 


Scales closely adpressed to the tube of the corolla, always pre- 
sent, narrow, bifid ; their lobes slender, very acute, entire, or with 
two or three obscure teeth at the end; each scale separated from 
its neighbour by a broad rounded space. Stigmas filiform. 

Parasitical upon herbaceous plants, such as Urtica, Humulus, 
Carduus, &c. 


St. John’s College, Cambridge, Feb. 1, 1844, 


XXXII.— Catalogue of Irish Entozoa, with observations. By 
O’Bryen Beritinecnam, M.D., Fellow of and Professor of 
Botany to the Royal College of Surgeons in Ireland, Member 
of the Royal Zoological, Geological and Natural History So- 
-cieties of Dublin, &c. 


[Continued from p. 174.] 
Order 2. ACANTHOCEPHALA. 


(Derived from dxay6a, spina, and cedar), caput.) 

Tue order Acanthocephala contains only a single genus, Hchi- 

norhynchus. 

The characters of the order are as follows :-— 

The body is cylindrical or bladder-like, subelastic, obtuse at both ex- 
tremities, provided with a retractile proboscis, which is armed with 
minute recurved spines arranged in a regular series. The intes- 
tinal canal is complete ; the sexes are distinct ; females oviparous. 
The species are numerous, and occur in all the classes of ver- 

tebral animals ; they are frequently found attached to the mucous 

membrane of the alimentary canal by means of their proboscis, 
consequently their powers of locomotion must be very limited. 


Genus 9. EcHINORHYNCHUS. 
(Derived from éyivos, echinus, and puyxos, proboscis.) 
This is the only genus in the order ; it was named by Miiller, 


Dr. O’Bryen Bellingham on Irish Entozoa. 255 


and the term has been adopted by all zoologists since. The spe- 
cies inhabit principally the alimentary canal; they are most nu- 
merous in birds and fish, less common in mammalia, and still 
more rare in reptiles. 

Two divisions have been made of the genus: in one the neck 
and body are unarmed ; in the other this part is provided with 
spines ; the species are further subdivided according to the shape 
of the proboscis, and to the absence or presence of a neck. 


Collo corporeque inermibus ; proboscide cylindrica vel lineari. 


(Stomach and intestine of perch 
(Perca fluviatilis). 

Intestine of eel (Anguilla acutiros- 
tris). 

Intestine of. trout (Salmo Fario). 

Intestine of rudd (Cyprinus Ery- 
throphthalmus). 

| Intestine of gudgeon (Cyprinus Go- 
bio). 

Intestine of three-spined stickleback 
(Gasterosteus aculeatus). 

| Intestines of pike (Hsowx Lucius). 


1. Echinorhynchus angustatus* < 


* The Echinorhynchus angustatus is common in the perch ; the co- 
lour of this species is reddish yellow or white ; the longest specimen 
I possess measures 43 lines, including the proboscis; the body is 
nearly cylindrical, a little wider anteriorly however than posteriorly ; 
the proboscis is cylindrical, about two-thirds of a line in length ; the 
neck is short, seldom protruded fully, and nearly of the same dia- 
meter as the proboscis ; the caudal pouch in the male is large : little 
difference in size exists between the male and the female ; the male 
however is much rarer than the female. 

This species may be preserved in fresh water for a sufficient length 
of time to observe the manner in which the proboscis is protruded 
and retracted; as far as I have seen, the only mode in which this 
organ is retracted is by inversion upon itself, that surface which had 
been exterior when it was protruded becoming internal when it was 
retracted ; the proboscis was always retracted slowly, and generally 
protruded with great rapidity. 

The figure given by Miiller of this species in his ‘ Zoologia Danica’ 
under the name Echinorhynchus Lucii, and that which Rudolphi has 
‘given in his ‘ Entozoor. Hist. Nat.’ under the name Hchin. affinis, are 
not good; the proboscis is not at all so thick in proportion to the 
body as they have represented it to be. 

The specimens of Echinorhynchus angustatus which I have found in 
the eel and trout are perfectly white ; the longest measures nearly 
six lines exclusive of the proboscis ; the body has a greater diameter 


256 Dr. O’Bryen Bellingham on Irish Entozoa. 


2. Echinorhynchus transversus* { Saal eitine af rellbreast (ylvic 

(Intestine of cod (Gadus Morrhua), 

Intestine of pouting (Gadus Luscus). 

Intestine of whiting (Merlangus vul- 
garis). 

Intestine of whiting-pollach (Mer- 
langus Pollachius). 

Intestine of coal-fish (Merlangus 
Carbonarius). 

Intestine of conger-eel (Anguilla 
Conger). 


3. , ACURA Isc im 


a 


a ne 


anteriorly than posteriorly ; in some (from the intestine of the eel) 
this is so much the case that they might be mistaken for the Echin. 
globulosus, if the size and shape of the proboscis did not distinguish 
them. 

The specimens of this species which occurred in the rudd and 
stickleback are more equally attenuated at each extremity than those 
which I found in the perch and eel; and the Echin. angustatus, which 
inhabits the intestine of the gudgeon, resembles in every particular 
that which occurred in the perch. 

* The colour of the Echinorhynchus transversus is a dirty white ; 
the body is nearly cylindrical, three lines in length, a little thicker 
anteriorly than posteriorly ; the proboscis is linear, cylindrical, three- 
fourths of a line in length, armed with numerous rows of recurved 
hooks, and is placed obliquely or transversely on the body ; the pos- 
terior extremity of the body of the female is obtuse; in the male it 
terminates in a large globular pouch, which has a whiter colour than 
the other parts of the body. 

+ I have little to add to the excellent description of the Echino- 
rhynchus Acus which has been given by my friend Dr. Drummond (so 
long the distinguished President of the Belfast Natural History So- 
ciety) in the ‘ Magazine of Nat. History.’ I have met with this spe- 
cies more frequently in the whiting-pollach than in any other fish, 
and they are more common in young cod than in the full-grown ani- 
mal. When first removed from the intestine they are thick, rugose, 
and of a yellowish colour; after remaining for a short time in fresh 
water they become white, straight and turgid; the body is thicker 
anteriorly than posteriorly ; at the posterior extremity is a minute 
yellowish spot ; the proboscis is cylindrical and comes off obliquely ; 
there is no neck. After remaining in fresh water for a time, some 
specimens ruptured near the head and an immense number of ova 
were discharged ; these have an elliptical shape, the parietes trans- 
parent ; within each is the outline of another body nearly of the same 
shape, but prolonged more at the extremities, and with some dark 
spots in the centre. 


Dr. O’Bryen Bellingham on Irish Entozoa. 257 


LONGICOLLES. - 


(Small intestine of wild duck (Anas 
Boschas). 

Small intestine of tufted duck (Fu- 

4, Echinorhynchus filicollis* .< — ligula cristata). ; 

Intestine of golden eye (Clangula 
chrysophthalmos), by Dr. Drum- 


| mond. 
5. tereticollist Intestine of trout (Salmo Fario). 
Intestine of gillaroo trout (Salmo 
6. nodulosus? { Fario, var.). 
Intestines of pike (Hsoxr Lucius). 


* The Echinorhynchus filicollis has been so accurately figured and 
described in the ‘ Magazine of Nat. History’ for 1839 by my friend 
Dr. Drummond, that I have been anticipated in almost everything 
respecting it. Dr. Drummond has detected,this species in the intes- 
tine of the golden eye and tufted duck ; I have met with it in the wild 
duck and tufted duck. 

The body of this remarkable species lies in the mucous surface of 
the intestine; the head projects upon the peritonzal surface but co- 
vered by peritoneum, and the neck, which is fine and strong, is con- 
tained in the substance of the walls of the intestinal canal; in the 
centre of the anterior surface of the head is a small conical papillary 
body destitute of spines; the ova (of which they contained a great 
number) have an oval shape and are visible to the naked eye. 

| I found a single specimen of the Hchin. tereticollis in the in- 
testine of a common river trout (Salmo Fario) in the month of Oc- 
tober 1838 ; the body lay in the mucous surface of the intestine ; the 
neck was contained in its walls (as is the case with the Echin. fili- 
collis), and the proboscis and receptacle projected upon the peri- 
tonzal surface, but covered by a layer of peritoneum ; the body is 
three-quarters of an inch long, about the same diameter anteriorly 
as posteriorly ; colour white ; the proboscis is linear and cylindrical, 
densely armed with minute spines; the neck is conical, widest next 
the body, transversely striated, and terminates in a globose recep- 
tacle, which is flattened anteriorly and posteriorly. 

{ In the intestine of a gillaroo trout and of a pike I found 
several specimens of an Echinorhynchus which resemble the Echin. 
nodulosus and Echin. ovatus of Rudolphi, but differ in some respects 
from both. They belong to the same division, ‘ Longicolles ;’ the 
longest measures five lines, the smallest somewhat less; the neck 
and part of the body near it were of a light orange colour when re- 
moved from the intestine; the body is cylindrical, but wider ante- 
riorly than posteriorly, and resembles in shape the body of the Echin. 
nodulosus ; the proboscis is cylindrical, in some specimens very slightly 
thicker in the centre than at either extremity ; the neck is cylindrical, 
double the thickness of the proboscis, longer than it, and marked with 
transverse ruge ; between the proboscis and neck is the receptacle 


Ann. & Mag. N. Hist. Vol. xii. 


258 Dr. O’Bryen Bellingham on Irish Entozoa. 


Collo vel corpore armato. 


7. Echinorhynchus Seroees! Small intestine of seal (Phoca va- 


riegata). 
8 eo ata Rectum of sea-swallow (Sterna Hi- 
; ; rundo). 
(Small intestine of wild swan (Cyg- 
nus ferus). 
Small intestines of tame swan (Cyg- 
nus Olor). 
Small intestine of wild duck (Anas 
Boschas). 
a. versicolor * < Small intestine of shoveller (Anas 
Clypeata). 
Small intestine of teal (Anas Crecca), 
Small intestine of tufted duck (Fu- 
ligula cristata). 
Small intestine of golden eye (Clan- 
: | gula chrysophthalmos). 


or head, which is subglobose, but not at all so large as it is in the 
Echin. nodulosus ; the head, proboscis and neck together measure a 
line and a half in length. All the specimens I have met with were 
free in the intestine ; none of them attached to its coats. 

* The Echinorhynchus versicolor 1 have found in very large num- 
bers in the small intestine of the tame swan; the majority were 
firmly attached to the mucous membrane; some had a reddish 
colour, others were white, but all became white after lying in spirits 
of wine for a certain time: the longest females measured 54 lines, 
the males little more than 3 lines; in the largest specimens the body 
is constricted in two places, this is not so remarkable in the smaller 
specimens ; the proboscis is short; the neck long, conical and un- 
armed ; the body is somewhat thicker in front, and is armed over its 
whole surface, but particularly anteriorly, with numerous short 
spines. The body in the female terminates obtusely, in the male in 
a distinct pouch. The young differ in shape from the larger ; in some 
the body has a greater diameter posteriorly than anteriorly, and is 
constricted in only one place. 

I have met with the Echinorhynchus versicolor in the small intestine 
of the common wild duck, along with the Echinorhynchus filicollis ; 
some had a reddish colour, others were white. The anterior part of 
the body in all is armed with innumerable very minute spines. The 
neck is longer than the proboscis, a little wider at the base ; the va- 
gina, from which it projects, is very distinct. 

I have found this species also, but sparingly, in the small intestine 
near the large, and in the large intestine of the teal; they are from a 
line to two lines in length; the neck is long, conical and naked ; the 
body narrower posteriorly, constricted in some about the centre, and 
armed anteriorly with very minute spines; the caudal extremity ob- 
tuse in the female, terminating in a small pouch in the male. 


Dr. O’Bryen Bellingham on Irish Entozoa. 259 


(Rectum of cormorant (Phalacroco- 
raz Carbo). 

Small and large intestine of crested 
cormorant (Phalacrocorar crista- 

tus). 

10. Echinorhynchus Hystrix i Small intestine of red-breasted mer- 
ganser (Mergus Serrator). 

Rectum of red-necked grebe (Podi- 
ceps rubricollis). 

Rectum of goosander (Mergus Mer- 
ganser), by Dr. Drummond. 


In the month of March 1839, I met with this species in immense 
numbers in the small intestine of the golden eye, the majority firmly 
attached to the mucous membrane ; the longest were about three lines 
in length, independent of the neck and proboscis ; the greater num- 
ber however measured little more than a line. All were constricted 
in one part of the body, and in some the anterior, in others the pos- 
terior division was the larger; the posterior portion in the great ma- 
jority had a beautiful red colour, which faded after lying in water or 
spirits of wine ; the anterior white, pellucid, and armed over nearly 
its whole surface, but particularly anteriorly, with very minute re- 
curved spines : the anterior division of the body has the greater dia- 
meter when the proboscis and neck are retracted ; when fully pro- 
truded however, this part is more slender than the posterior. The pro- 
boscis is short and armed with prominent spines ; in many the neck 
is hardly visible : the caudal pouch in the male is separated from the 
body by a narrower portion. 

* In the month of May 1838 I found a considerable number of 
the Echinorhynchus Hystrizx in the large and small intestine of the 
crested cormorant, the majority firmly attached to the mucous mem- 
brane; the greater number and the largest existed in the rectum and 
close to its short czca; in the small intestine they were fewer in 
number and less in size. Their colour white; the longest three lines 
in length, and a line in diameter at the thickest part of the body ; the 
males not so large as the females ; the proboscis conical, armed with 
very numerous recurved spines; the neck retracted in some; when 
fully protruded it is about the length of the head, smaller where it 
joins the head, and increasing in diameter posteriorly ; itis unarmed. 
The body is somewhat globular anteriorly, gradually diminishing in 
diameter as it approaches the posterior extremity ; it is armed, espe- 
cially anteriorly, with innumerable minute recurved spines: some 
specimens are armed from one extremity of the body to the other, 
others are unarmed near the posterior extremity: the body of the 
female is rounded posteriorly, and a very small yellowish spot is 
visible at its extremity. 

Two vessels or canals are seen through the parietes of the neck 
running into the body, where they are lost. This species has been 
very accurately described by my friend Dr. Drummond in the ‘ Ma- 


S2 


260 ——Rev. T. Salwey’s List of Lichens gathered in Wales. 


Species dubia. 
11. Echinorhynchus. Rectum of plover (Charadrius Hiaticula). 


12. . Small intestine of water-ouzel (Cinclus aqua- 
ticus). 

13. . Small intestine of smew (Mergus albellus). 

14. . Small intestine of king-eider (Somateria spec- 
tabilis). 

15; . Small intestines of rabbit (Lepus Cuniculus). 


gazine of Natural History ;’ it does not appear to have been ever 
found by Rudolphi, who has given a description of the species from 
some specimens communicated to him by Bremser. Bremser found 
it in but one species, the common cormorant ; I have met with it, in 
addition to the common cormorant, in the crested cormorant, the red- 
breasted merganser, and in the red-necked grebe, and Dr. Drummond 
has found it in the goosander. 


_ [To be continued. ] 


XXXITI.—A List of Lichens gathered in different parts of Wales, 
principally in the neighbourhood of Barmouth, with a few casual 
observations upon some of the species. By the Rev. T. Satwey. 


To Richard Taylor, Esq. 


Dear SIR, Oswestry, Feb. 10, 1844. 


May I request that you will have the kindness to allow me a 
page or two of your valuable Magazine to supply a few omissions 
in my list of Welsh Lichens inserted in your January Number ? 
I am, dear Sir, yours faithfully, 
T. SALWey. 


1. Variolaria multipunctata. On trees in the woods about Tyn-y- 
Gooes, &c. 

2. Endocarpon Hedwigii, B lachneum*. In patches about the rocks ; 
at the angle of the turnpike-road turning down to the harbour 
between Borthwen and Barmouth, sparingly. 

3. rufo-virescens, Taylor. On the high wall of the turn- 
pike-road on the right-hand side leading from Barmouth to Har- 
lech, just by the first mile-stone. i 
This grows not uncommonly upon the walls near Barmouth. It 


* Acharius well observes in his ‘ Syn.’ on this species, that both the colour 
and the figure of the thallus greatly vary, so that it is not to be wondered 
at that several species have been made out of one. My specimens are of a 
reddish brown colour and without apothecia. Those which I have received 
from other quarters, as “lachneum,”’ are of a paler colour, and with nume- 
rous apothecia. I think the “ dachneum ” of F 1. Hib. “ growing upon rocks 
in mountain streams” must be a distinct species, as Taylor has made it. 


Rev. T. Salwey’s List of Lichens gathered in Wales. 261 


may be distinguished from smaragdulum, 1st, by its mode of growth ; 
2Qndly, by the particular habitat which each of these species affects. 
The rufo-virescens, from the scales of the thallus being usually col- 
lected together into a close-set areolate crust, forms a well-defined 
conspicuous object which arrests the eye at some distance. It is also 
of a darker colour than the smaragdulum, being usually of a brown 
reddish green, whereas the smaragdulum is of a pale fawn-colour. 
3rdly, the rufo-virescens usually grows upon the smooth perpendi- 
cular face of the stone; but the smaragdulum upon the broken edges 
of the fracture of the stones in the walls, and can only be chipped. 
off in small bits in the direction of the strata. 

4. Parmelia rugosa. This grows not uncommonly about Barmouth, 
but is scarce in fruit. I have gathered however fine specimens in 
that state on the wall of a field under a wood to the west of the 
old mill at Ty Gwyn, and also between Crafnant and Cwm Bychan, 
on a low wall on the right-hand side of the road. 

5. Cornicularia bicolor. Amongst the stones under the rocks at Llyn 
Bodlyn. | 

6. ————— lanata. Sent to me by Mr. Ralfs from Cader Idris. 

7. Urceolaria cinerea. Common, particularly about the borders of 
lakes. U. calcarea is found only where the rocks are of a calcareous 
nature. 

8. Nephroma resupinata, 3 papyracea, Ach. and Wahl. On stones 
and mosses, and upon the mossy trunks of trees : not uncommon. 
I have hitherto regarded this plant as the parilis of Acharius, and 

I still believe it to be the same as the plaut described and figured in 

the ‘ Eng. Bot.’ under that name. After much examination, however, 

and in the absence of authentic specimens from Acharius of the Swe- 
dish plant, I must confess my belief, that whether the true parilis or 
not, our plant is that which Acharius has described as the “‘ resupinata, 

B papyracea ;” Wahlenberg as the ‘‘ Peltidea resupinata, 3 papyracea ;” 

and Dillenius, xxviii. 105. p. 206, Edinb. ed. 1811, as the “ Liche- 

noides fuscum, var. farinosa et crispa.”’ My friend Dr. Taylor has 
always contended that what I have sent him as the parilis is only 

‘a mountain state of the resupinata.” Acharius, who in his ‘ Lich. 

Univ.’ in 1810 described the parilis as a native of Sweden and En- 

gland, in his ‘ Syn.’ in 1814 speaks of it only as a Swedish plant, 

as if he had given up the claim of our English plant to be the parilis ; 
yet he does not refer to it under the G papyracea of that work, so that 
he leaves us in doubt what at that time he considered the parilis. of 
the ‘Eng. Bot.’ to be. Dillenius, Acharius and Wahlenberg All. de- 
scribe a variety of resupinata which pretty accurately agrees with the 
plant I have hitherto regarded as parilis, and which I have indeed 
no doubt is the parilis of ‘ Eng. Bot.’ Dillenius says in the place 
above cited, ‘‘ Sunt mihi hujus speciei exemplaria absque peltis cum 
marginibus crispis et farinosis B: et habeo alia ubi non tantum mar- 
gines, sed et ipsa folia verrucis farinosis obsita, C, in quibus foliorum 
superficiem nonnihil lacunosam observo ; eadem tamen planta est, 
tota facie, colore et substantia utrinque congruente.”’ I would here 


262 Rev. T. Salwey’s List of Lichens gathered in Wales. 


observe that Dillenius mentions two varieties of the (6 papyracea, 
both of them having the margins of the lobes of the thallus crisped 
and mealy, and one of them, in addition to this, having the thallus 
itself sprinkled with mealy warts. Now my own observation coincides 
entirely with this, except that the variety without the mealy warts is 
a great deal thinner in the substance of the thallus than the other ; 
often indeed so much so, that it is impossible to detach it from the 
inequalities of the surface of the stone which it follows, without tear- 
ing it. This is the var. which I have hitherto regarded as the ( pa- 
pyracea of Ach., and the name is very applicable. The substance of 
the thallus in the other variety, the one sprinkled with mealy warts, 
is thinner than in the resupinata, but thicker than in the last-de- 
scribed variety ; and it is this with the mealy warts which I have re- 
garded hitherto as the parilis of ‘ Eng. Bot.’ and still believe it to be 
so, but whether the parilis of Sweden I cannot say, having no spe- 
cimen to refer to. Acharius describes this latter as “ granulis nigris 
obsessus,” which looks like our parilis, for I have a specimen covered 
with dark mealy warts, and which on both sides is almost black : 
usually the colour of this var. beneath is of a dark olive-brown in- 
clining to black, smooth, but wrinkled, and only sparingly beset with 
the black fibrous roots which attach it to the stones or mosses on 
which it grows. Wahlenberg does not appear to have met with our 
variety with mealy warts, for he says of his 6 papyracea, ‘‘ omnino 
levis est, et L. herbaceum apprimé refert,” which corresponds well 
enough with the variety without warts, but not with that variety 
which has been figured in ‘ Eng. Bot.’ as parilis : I have a single spe- 
cimen of the plant without warts in fruit. Dillenius speaks of it as 
barren, ‘‘ absque peltis.”” Upon the whole, I am inclined to think it 
still doubtful whether our var. with powdery warts, the parilis of 
‘Eng. Bot.,’ may not also be the parilis of Acharius, as he consi- 
dered it when he published his ‘ Lich. Univ.’; but in the absence of 
authentic specimens it is perhaps safer for the present to refer both 
our varieties to Neph. resupinata, 3 papyracea. 


Since the above was put in type I have received the following ad- 
ditional habitats of Welsh Lichens from my friend Mr. Ralfs. 
Verrucaria viridula. Common upon the walls on the road-sides about 

Dolgelley. 

Endocarpon Hedwigii, y. Cader Idris, as you ascend to Gen Graig ; 
and by a small stream as you ascend from Llanberis by the side of 
Glyder towards Twll-du. 

Lecidea cornea. Dolgelley and Bangor. 

aurantiaca. Bangor. Not uncommon.—T. S. 

Lecanora sophodes. Bangor. 

squamulosa. Abundant in several places about Dolgelley. 

Parmelia isidioides. Not uncommon on the trees by the waterfall at 
Dol-me-lyn-llyn, but in fruit only upon one tree. 

Placodium microphyllum. In fruit near the stations of the Parm. isi- | 
divides. 


Mr. G. Newport on new species of Myriapoda. 263 


Parmelia Fahlunensis. Not unfrequent on Glyder, but in fruit only 
on Cader Idris. 

encausta, Glyder. 

sinuosa. Rather plentiful on a wall behind a small inn at 

the foot of Snowdon, between Carnarvon and Beddgelert. 

incurva. Not uncommon upon the walls about the foot of 
Snowdon. 

Collema fasciculare. Below Aber waterfall near Bangor. 

muscicola. In fruit at Cwm Idwal (in company with Mr. 
Borrer) and at Machynlleth. 

Peltidea aphthosa. In fruit on the Brecon Beacon in South Wales. 
Nephroma parilis (resupinata, [3 papyracea). More abundant than re- 
supinata on a wall by the road one mile from Dolgelley to Bala. 
Cetraria sepincola. On the largest of the stones called the Giant’s 
Pebbles by a small pool on the road from Dolgelley to Tal-y-llyn. 

Cornicularia bicolor. Ditto. 


XXXIV.—A List of the species of Myriapoda, Order Chilognatha, 
contained in the Cabinets of the British Museum, with descrip- 
tions of a new Genus and thirty-two new Species. By GrorcE 
Newrort, F.R.C.S., Pres. Ent. Soc. &c. 


Tuts list of Myriapoda completes the enumeration and descrip- 
tion of species in the cabinets of the British Museum, and in- 
cludes the whole of the vegetable feeders, as my former list did 
the carnivorous and mixed feeders. 

The Chilognatha have usually been regarded by naturalists as 
the first order of Myriapoda, partly in consequence of the more 
compact form of the head, and its similarity to that of the larva 
state of hexapod insects, and partly from the general form of their 
bodies being similar to that of those larve. This was the view 
taken of these animals by Latreille, Leach, Gervais, and some 
others, and very recently even by Lucas. But a different, and, 
as I believe, more correct view and arrangement have been fol- 
lowed by Professor Brandt, who regards the Chilopoda as the first, 
and the Chilognatha as the second division of the class. Although 
[ cannot entirely agree with Brandt in his division of the Chilo- 
gnatha into masticating and sucking species, because, as Lucas 
has recently remarked, there are species, even among the Chilo- 
poda, which haye the external organs of nutrition fitted only for 
taking liquid food, as in the little Scolopendrella, I fully agree 
with him in the superiority of the Chilopoda, as an order, over 
the Chilognatha, notwithstanding the less compact structure of 
the head in the former. The general characters of the Chilopoda 
certainly point them out as the most perfect animals of this oscu- 
lant class of Articulata. The more compact form of body, the 
reduced number of the organs of locomotion, the greater activity, 


264: Mr. G. Newport on new species of Myriapoda. 


and the predaceous habits of the higher species, approximate the 
Chilopoda to the predaceous insects on the one hand, and to the 
Arachnida on the other. The form of the head, in the two di- 
visions of Myriapoda, seems to have reference chiefly to the par- 
ticular habits of the species. Thus, in those which seize their 
prey, and subsist, like the Arachnidans, on living objects, those 
segments which in reality compose the whole head are not all 
anchylosed together, but are in part freely moveable on each 
other, and thus allow of a more prehensile function to the large 
forcipated foot-jaws, the true mandibles of the Articulata. Some 
naturalists have believed that these foot-jaws in the Chalopoda are 
not the true analogues of the mandibles of insects and of Chilo- 
gnatha; but I am satisfied by recent examinations that this is 
really the case. In the Chilognatha the foot-jaws have the form 
of true mandibles, because the habits of the species require that 
compact form of the organ which alone can be subservient, not 
to the seizing and piercing of living prey, but-to the grinding 
or comminuting of more or less solid vegetable matter, on which 
most of the genera of Chilognatha entirely subsist. In all other 
respects, both in their internal as well as their external anatomy, 
and in their physiology and mode of growth, the Chilognatha are 
decidedly inferior to the Chilopoda. They seem to conduct us 
down to the Annelida from the vegetable-feeding Crustacea, as 
the Chilopoda do from the Arachnidans to the same class. 


Class MYRIAPODA. 
Order II]. CHILOGNATHA. 
Genus Guomenis, Lair. 


1. G. limbata, Latr.; G. marginata, Leach. England. 

. — annulata, Brandt; G. marginata, Gervais. Spain. 

. — transalpina, Koch. Sicily. 

. — pustulata, Fabr.(sp.); var. b. G. microstemma, Brandt. Spain. 


He Co bo 


This is a very distinct species, but is subject to great variety. 
There are several specimens from Portugal in Mr. Hope’s collec- 
tion, which most decidedly mark the varieties pomted out by 
Brandt in his recent revision of this genus. 


Genus Zepuronia, Gray; Spuzropaus, Brandt. 
Antenne six-jointed, clavate, truncated. 


1. Z. ovalis, Gray. Java. Spheropeus insignis, Brandt. 

2. — glabrata, mihi. Whitish ash-colour, polished, with the front 
of the head deeply and thickly punctured; the anterior margin of 
the first dorsal ring with a free elevated border. Length 4 lines. 
Philippine Islands. 


Mr. G. Newport on new species of Myriapoda. 265 


3. Z. castanea, mihi. Dark chestnut-coloured, roughened. Length 
1 inch. Philippine Islands. 

4. — innominata, mihi. 

5. — heterostictica, mihi. Dull fuscous, with the rings mottled 

- irregularly with small and large blackish confluent spots; head 
and collar polished, brown; labial margin blackish, deeply punc- 
tured; antenne black. Length 14 inch. India. 


I have adopted the name Zephronia for this genus on the autho- 
rity of the figure of Z. ovalis by Mr. Gray in Griffith’s ‘Animal 
Kingdom’ (1832), where the characters of the genus, the form of 
the eyes, and the form and number of joints to the antenne are 
delineated, although no letter-press description of the genus or 
species was then given. Professor Brandt claims to have first 
described this genus by the name of Spheropeus, in a paper 
read to the Academy at St. Petersburg in August 1831; but no 
abstract of this paper was published till 1833. While, therefore, 
I would not pretend to decide on the priority of these two natu- 
ralists, I have restricted the genus Zephronia to those species 
which have but six joints to the antenne, and regard those with 
seven joints to the antenne as constituting Brandt’s genus Sphe- 
rotherium. 


Genus Pottyxenvus, Latr., Leach. 
1. P. lagurus, Linn., Fabr. (sp.) 


Genus Fonraria, Gray. 
1. F. virginiensis, Drury, (sp.) 
2, — ? 
3. — dilatata, Brandt. (sp.) 


Genus Potypesmus, Latr., Leach. 


— 


. P. complanatus, Linn. (sp.) 

2. — canadensis, mihi. Light chestnut-coloured, polished ; with two 
rows of broad, scutiform, very slightly raised tubercles on the 
posterior half of each dorsal plate, four in the anterior and six in 
the posterior row; posterior border of each plate slightly waved. 
Albany river, Canada. 


This species very closely approaches the common P. compla- 
natus of this country, but differs from it in colour, and in the 
anterior half of each dorsal plate being smooth and entirely desti- 
tute of tubercles; and also in the number of tubercles on the 
posterior half. 


3. P. acutangulus, mihi. The posterior angles of all the dorsal plates 
elongated and very acute; antennz pubescent, with the head and 


266, Mr. G. Newport on new species of Myriapoda. 


body jet-black, polished ; lateral plates bright seme legs brown. 
Length 14 inch. Philippine Islands. 

4. P. elegans, Gray. 

5. — bifasciatus, mihi. Dark olive, with the antenne, margins of 
the lateral plates, and two longitudinal dorsal lines, yellow; an- 
tennz short, lateral plates declined. Length 2 inches. Philip- 
pine Islands. 

6. — Afer, Gray. Body depressed, reddish brown, legs yellowish ; 
dorsal plates with three transverse rows of minute tubercles; la- 
teral plates elongated, tetragonal, with an elevated curved mar- 
ginal line. Length 24 inches. Africa. 

7. — Leachii, Gray. North America. 

8. — Gray, mihi. Body smooth, depressed, brown, with the lateral 
plates subtetragonal, rounded, with an elevated marginal line, 
which on each alternate plate is waved and thickened. Length 
22 inches. Sierra Leone. 

9. — Drurii, Gray. Brownish ash-coloured ; dorsal surface of the 
body convex, thickly covered with minute rough granulations ; 
lateral plates subtetragonal, with the posterior angles acute; an- 
tennz short, joints roughened, obconic. Length 23 inches. De- 
merara. 

10. — margaritiferus, Gervais. Philippine Islands. 


Genus Stroneytosoma, Brandt. 


1. S. monilis, (sp.) Bonelli. 

2. — trilineata, mihi. Body convex, polished, yellowish gray, with 
the legs, antenne, and two broad lateral longitudinal fasciz and 
one narrow median fascia, brown; legs elongated. Length 14 
inch. New Holland. 


Genus CamBata, Gray. 


Eyes disposed in a single, semilunar, transverse row on each side of 
the head; antennz short, subclavate, joints equal; lateral plates 
very short, spheroidal, reaching only half way along each segment, 
and terminating posteriorly in a simple raised line. 

1. C. lactaria, Say, (sp.) North America. 


I have derived the characters of this genus from the specimens 
originally sent by Say to Dr. Leach. The only characters given 
by Mr. Gray, in Griffith’s ‘Animal Kingdom,’ are in the descrip- 
tion of the plates, vol. u. Insecta, page 784: “185. 2. Cambala 
lactaria, 142. Brown, with the front edge of the rings dotted. 
Allied to Tulis (Iulus * 2), but the head is furnished with a row of 
minute okelli (ocelli) on each side.” There is also an indistinct 
representation of these ocelli on the plate. 


Genus Piators? mihi. 


Head short, very small, and truncated on the frontal surface; flat-. 
tened or slightly excavated; eyes subtriangular; antenne elon- 


Mr. G. Newport on new species of Myriapoda. 267 


gated, slender, with the sixth joint clavated ; body both anteriorly 
and posteriorly very much attenuated, the second, third and fourth 
segments narrower than the head; legs slender. 


1. P. rugulosa, Gray (sp.). Body dark brown, with a single median 
light-coloured line ; head, eyes, and distal portion of each joint of 
the antenne, black ; segments with numerous elevated longitudinal 
strie terminating in acute points; segments sixty-one. Length 
14 inch. 

2. — lineata, Gray (sp.). Dark brown,with a single median red line, 
and one lateral one on each side; posterior half of each segment 
short, with longitudinal elevated strie ; prothorax small, with the 
anterior half smooth and the posterior marked with elevated striee ; 
segments sixty-one. Length 1,4, inch. North America. 

8. — Richii, Gray (sp.). Yellowish brown ; antennze pubescent, with 
the third joint elongated ; the posterior half of each segment with 
numerous elevated longitudinal lines; those on the side united 
into an arch, including the foramina repugnatoria ; segments forty- 
eight. Length 2 inches. Malta. 

4, — Xanthina, mihi. Body polished, ochraceous, slightly com- 
pressed, with the posterior half of each segment with numerous 
slightly raised lines; antenne very long, with the third basilar 
joint longer than the second; occipital portion of the head exca- 
vated, front flattened ; legs elongated; segments forty-eight. 
Length 5 inches. Valley of the Xanthus, Asia Minor. 

5. — Hardwickei,Gray (sp.). Ash-coloured, polished; segments sixty- 
one, smooth, with the posterior half bordered with little triangular- 
shaped plates; head with the occipital surface excavated, and the 
front with a broad cup-shaped surface; eyes subtetragonal, elon- 
gated, with the internal angle acute and formed of five rows of 
ocelli; legs elongated; segments sixty-one. Length 13 inch. 


This genus reminds us strongly of the characters given by 
Risso of his genus Callipus, with which indeed it agrees in the 
form and length of the antenne and legs. But the characters 
given by Risso apply equally well to many species of the true 
Iuli, while no notice is taken by him of the very marked struc- 
ture on which I propose to found this new genus, Platops, the 
short and flattened frontal surface of the head, and the narrow- 
ness of the anterior segments. I am not acquainted with Risso’s 
species, and until then I shall propose to consider the two genera 
as distinct. 

Genus Iuuus, Linn. 

1. I. terrestris, Linn. 
. — pilosus ; segments fifty-six, hairy, Newp. Hampstead. 

. — niger, Leach. ' 

. — sabulosus, Linn. 

. — canadensis, mihi. Reddish flesh-coloured, with black lateral 
spots beneath a longitudinal series of whitish patches; segments 
fifty-three, smooth, polished, without striz on the dorsal surface ; 


or B® CO dO 


268 Mr. G. Newport on new species of Myriapoda. 


penultimate segment with a strong, curved, acute mucro. Length 
14 inch. Canada. 

6. I. parvipes, mihi. Bluish black, polished; segments sixty-six ?, 
with.the posterior half of each with very faint longitudinal striz ; 
legs very short and slightly hairy; penultimate segment with a 
straight, elongated, acute point; lateral anal plates with deep 
hairy punctures. Length 2 to 2} inches. Valley of the Xanthus, 
Asia Minor. | 

7. — londinensis, Leach. 

8. — pilipes, mihi. Colour of dried specimen white ; segments sixty- 
three, longitudinally striated, with the posterior margin black, or 
reddish ; legs rather short, fuscous, densely ciliated, penultimate 
segment with a very short, acute apex; the foramina repugnatoria 
minute, black. Length 35 inches. Country ? 

9. — punctatus, Leach. 

10. — pusillus, Leach. 

11. — Sayii, mihi; J. pusillus, Say. Flesh-coloured, with a black 
patch at the side of each segment; eyes black, arranged in a trans- 
verse arched line, with the concavity forwards; antennz short, 
clavate ; segments smooth, without striz, the penultimate one with 
the apex rounded. Length 6 lines. North America, 


This description is taken from Say’s original specimen, which, 
however, is not an adult. It has but forty-five segments, the 
three antepenultimate of which are apodal. 


Genus Buaniutus? Gervais. 
1. B. pulchellus, Leach, (sp.) 


Although I have placed this species in a separate genus, accord- 
ing to Gervais, it yet seems doubtful whether it ought not rather 
to form only a section of the Juli, with which it agrees in every 
respect except in the absence of eyes. 


Genus Sprrrozouvs, Brandt. 


1. S. olivaceus, mihi. (Div. 1. Subdiv. 1, a, Brandt) Body short, 
thick, dark olive, with the prothorax subferruginous; legs dark cho- 
colate; front convex, smooth, with a median labial sulcus; segments 
forty-four, smooth, with the posterior half of each very short and — 
distinct, with obsolete striz; preanal scale triangular, with the 
apex acute, with a deep transverse depression at its base. Length 
8 inches. Oajaca, Mexico. 


This species ought perhaps to form the type of a distinct sub- 
genus, since the second, third, fourth, fifth, six and penultimate 
segments each bear only one pair of legs. 


2. S. pulvillatus g, mihi. Front of the head flattened, with the la- 
bial margin dilated and acute at its angles, with a median sulcus ; 
segments fifty-seven, smooth, the posterior half of each without 
strie; legs strong, with the distal or third joint of the tarsi more 


Mr. G. Newport on new species of Myriapoda. 269 


than three times as long as the second, with a soft pulvus on its 
under surface. Length 63 inches. Cape Coast Castle, Africa. 

. S. simillimus 9, mihi. Segments fifty-eight; front subconvex, 
smooth, without punctures on the labial margin, subquadrate, with 
the external angles rounded ; sides of the prothorax triangular, 
very acute; legs very short, slender, with the joints of the tarsi 
equal, without pulvilli. Length 6} inches. Fantee, Africa. 

. — nigerrimus, mihi. (Div. 1 rib, Br.) Jet-black, shining, front 
convex, labial margin deeply notched ; prothorax smooth, with 
the sides triangular, rounded ; segments smooth. Length 2 inches. 
. — ruficollis, mihi. (Div. 1,6, Br.) Black, with the head, pro- 
thorax, penultimate and anal segments and a broad median dorsal 
line bright red ; legs castaneous ; segments fifty-two, smooth, with 
the posterior half of each short and elevated. ibaa 12 inch. 
New Holland. 

. — caudatus, mihi. (Div. 1, 6, Br.) Dark olive, with the antennz 
and legs chestnut-coloured ; front mottled, with a median sulcus ; 
segments forty-two, polished, without striz, the penultimate seg- 
ment with a long, acute, recurved mucro; body short and thick. 
Length 3 inches. Demerara. 

. — marginatus, Say, sp. (Div. 2, 6, Br.) North America. 

. — annulatus, Say, sp. (Div. 2, a, Br.) North America. 


Genus Srrrostreptus, Brandt. 


. S. gracilipes, mihi. (Div. 1. Subdiv. 2, c, Br.) Chestnut-coloured ; 
legs naked, slender; front convex, with the labial border deeply 
emarginated, with a triangular elevated line; prothorax smooth, 
with the sides narrowed and rounded anteriorly, with a single ele- 
vated marginal line; segments sixty-four, with the posterior half 
of each substriated; anal mucro short. Length 44 inches. Phi- 
lippine Islands. 

. — curvicaudatus, mihi. (Div. 1. Subdiv.2, 6, Br.) Colour of dried 
specimen fuscous; segments sixty-one, with the posterior half of 
each smooth, with the margin reddish ; penultimate segment with 
a recurved, acute mucro; labial margin of the front nearly straight; 
prothorax with the sides tetragonal, with the anterior angle sub- 
acute, and the posterior surface with faint striz. Length 43 inches. 
. —nigrolabiatus, mihi. (Div. 1. Subdiv. 2, d, Br.) Fuscous brown; 
front of the head ferruginous, convex, with the labial border 
blackened, emarginated, and armed with three distinct teeth ; legs 
yellowish; sides of the prothorax very much narrowed, with an 
elevated border, but not striated or plicated ; segments fifty-nine, 
smooth, polished, penultimate segment with a short, acute, re- 
curved mucro. Length 4 inches. East Indies. 

. — vittatus, mihi. (Div.1. Subdiv. 2,a, Br.) Dark brown, with 
the head, first seven segments of the body, and a ring around the 
posterior half of each segment, red; legs annulated, with the three 
tarsal joints pulvillated; the superior and posterior part of the 
head with a partially concealed elevated transverse band of closely 
arranged longitudinal striz; prothorax with a broad, flattened, 


270 Mr. G. Newport on new species of Myriapoda. 


falcated margin; segments eighty-one; mucro of the penultimate 

segment short. Length 9 inches. China? 

~ 5. 8. maculatus, mihi. (Div. 1. Subdiv. 2, a, Br.) Reddish orange ; 
head, prothorax and antenne chestnut; segments sixty-nine, with 
a black spot on each side; prothorax with its anterior margin fal- 
cated, and its posterior angle produced and acute. Length 8 inches. 
Calcutta. 

6. — fasciatus, mihi. (Div. 1. Subdiv. 2, a, Br.) Dark chocolate, 
with the front of the head mottled with black, and a black trans- 
verse fascia around the posterior half of each segment; anal mucro 
short, black; legs orange. Length 10 inches. China? 

7. — cinctatus, mihi. (Div. 1. Subdiv. 2, d, Br.) Ferruginous, with 
a narrow black ring around the middle of each segment; legs fus- 
cous, with a broad black annulus around the middle of each joint; 
segments seventy-five. Length 9 inches. India. 

8. — rubripes, mihi. (Div. 1. Subdiv. 2,6, Br.) Colour of dried 
specimen whitish, with the posterior border of each segment black ; 
head and legs red; segments fifty-nine, smooth, polished. Length 
33 inches. Countr ? 

~ 9. — quadricollis, mihi. (Div.1. Subdiv.1, 6, Br.) Chestnut-coloured ; 
front very convex, with the labial border red ; segments sixty-three 
to sixty-five, smooth, with the posterior half of each very short, 
with the margin elevated ; sides of the prothorax broad, quadrate, 
with a deep fossa on the anterior portion, and the posterior angle 
acute and elongated. Length 8 inches. ?Fantee, Africa. 
~ 10g punctilabium, mihi. (Div. 1. Subdiv. 2, c, Br. ) Colour of 
dried specimen grayish, the posterior border of each ring chestnut ; 
front convex, smooth, with the labial portion deeply emarginated 
with a series of deep and closely arranged punctures; segments 
fifty-nine, with very faint obsolete strize; anal mucro short. Length 
> Philippine Islands. 

11. — microsticticus, mihi. (Div. 1. Subdiv. 2, c, Br.) Orange-yel- 
low; segments sixty-six, the posterior margin of each irregularly 
marked with numerous minute black points; front convex, smooth, 
with the labial margin dark chestnut; legs with the basilar joints 
compressed at their upper surface, and the inferior surface of the 
tarsal joints armed with stiff hairs. Length 64 inches. Cape 
Coast Castle. 

12. — annulatipes, mihi. (Div. 1. Subdiv. 2,c, Br.) Fuscous, with 
the posterior margin of the rings dark chestnut; segments sixty- 
eight, the anterior portion of each segment with numerous deli- 
cate transverse plicz, the posterior half smooth; legs with broad 
flesh-coloured annuli. Length 74 inches. Fantee, Africa. 

13. — obtusus, mihi. (Div. 1. Subdiv. 2, c, Br.) Chestnut-coloured ; 
body short,. very thick and obtuse, becoming suddenly enlarged 
posterior to the tenth segment; legs very short and slender, com- 
pressed and hairy; segments sixty. Length 6 inches. Congo, 
W. Africa. 

14, — flavoteniatus, Brandt. 

15. — antipodarum, Newp. 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 271 


XXXV.—The Musci and Hepatice of Teesdale. By Ricnarp 
Spruce, Esq., F.B.S. 


[Concluded from p. 203.] 


41. Ceratodon purpureus, Brid. (Didymodon, H. and T.)  Fre- 
quent. 

42. Cinclidotus fontinaloides, Beauv. In the Tees. 

43. Climacium dendroides, W. and M. (Hypnum dendroides, 
Dillen.; Linn.; H. and T. Leskea, Hedw.) Common. 

44. Dicranum Dillenii, Tayl. MSS. (D. scoparium a. vulgaris, 
Musc. Brit.) Heaths and rocks; fruiting abundantly in Holwick 
Wood. 


45. — flavescens, Sm. Sides of streams, frequent. 
46. — flecuosum, Hedw. Heaths and moist rocks. 
47. — fulvellum, Sm. On stones near springs, between the base 


of Cronkley Scarr and the river: fruit very scarce. 

48. — fuscescens, Turn. Musc. Hibern. p. 60; Engl. Bot. t. 1490. 
D. Sphagni, Wahl. (D. scoparium y. Hook. in Engl. Flora.) 

On basaltic rocks below the High Force, Holwick Scarr and other 
places, but existing in the greatest abundance and perfection on 
Cronkley Scarr. 


Dr. Taylor has well distinguished between D. scoparium, Hedw., 
and D. Dillenii, and I do not hesitate to assert that the D. fus- 
cescens of Turner is equally distinct from both. In Teesdale, 
where D. Dillenii and fuscescens grow together on the same rocks, 
the difference in habit is so striking, that I am surprised any one 
should ever have thought of uniting them. The latter I would 
separate from the former by the following characters :— 

Tufts more dense, darker-coloured, deep green above, fusces- 
cent below. Leaves secund or subsecund, slightly twisted. in dry- 
ing, lanceolate, tapering into a very long and slender acumina- 
tion ; nerve much thicker, in the upper half usually exceeding the 
breadth of the pagina on each side, which is not the case at all 
in D. Dilleni*; reticulation far smaller, punctate in the upper 
portion of the leaf (the cellules being nearly equal in length and 
breadth), which is never the case in D. Dillenii (where the length 
of the cellules always much exceeds their breadth). The pert- 
chetial leaves have broad sheathing bases (usually extending a 
very little above the vaginula), but are widely spreading upwards; 
whereas in D. Dillenii the ner pericheetial leaves are remarkably 
convolute, broadly elliptical, with linear squarrose apiculit, and 
the sheath which they form is above twice the length of the vagi- 


* In D. Dillenii the nerve has 3—5 dorsal ribs, the middle one of which 
is serrated near the summit and sometimes expanded into a Jamina; but in 
D. fuscescens the nerve has only one rib at the back, which is serrated and 
extends a very little way below the summit of the leaf. 

+ The stem-leaves of Hypnum piliferum are very similar in form. 


272 Mr. R. Spruce on the Musci and Hepaticee of Teesdale. 


nula. Capsule ovato-cylindrica], subcernuous ; lid curved, subu- 
late from a conical base. In D. Dillenii the capsule is cylindra- 
ceous, nearly erect, with a subulate straight lid. Seeds deep olive, 
slightly larger than the brownish seeds of D. Dilleniit. Teeth of 
the peristome shorter, deep red (almost black), opake, cloven less 
than half way: in D. Dillenii tapering to a longer point, red at 
the base and tips but orange-yellow in the middle, cloven more 
than half way, often trifid. 

I did not once observe the true D. scoparium in Teesdale. Its 
differences from D. Dillenit may be thus briefly stated :—Stems 
of far larger size and growing in looser tufts, mostly ascending 
from a decumbent base. Leaves more distant, of extraordinary 
length, uniformly faleato-secund, in the slender nerve and elon- 
gated cellules. agreeing with D. Dilleni. The perichetium is still 
more remarkable than that of D. Dilleni, and frequently encloses 
several pedicels, which I have never seen to be the case in D. 
fuscescens. Capsules arcuate, substrumose. 


49. Dicranum glaucum, Hedw. Heaths and rocks. 

50. — heteromallum, Hedw. Heaths and banks. 

51. — squarrosum, Hedw. Sides of streams; always barren. 

52. — strumiferum, Ehrh. On fallen rocks (basaltic) at the base 
of Holwick Scarr. The capsules appeared to have ripened prema- 
turely (owing, probably, to the dryness of the season) and were for 
_ the most part imperfectly formed. 

53. — varium, Hedw. Common. 

54. Didymodon Bruntoni, Arn. On basaltic rocks near the High 
Force, Cronkley Scarr, &c. The habit of this moss is very similar 
to that of Weissia cirrhata, along with which it grows; but the cap- 
sules of the latter were quite empty and dead, while those of the 
former were only beginning to shed their opercula. 

55. — capillaceus, Schrad. Frequent, and in fine state, especially 
on moist basaltic rocks near Winch Bridge. 

56. Encalypta ciliata, Hedw. On limestone rocks at the White 
Force, below High Force and in Ettersgill beck. 


57. — streptocarpa, Hedw. Limestone rocks and walls, but 
barren. 

58. Fissidens adiantoides, Hedw. (Dicranum, Muse. Brit.) Hagg 
Syke. 


59. — bryoides, Hedw. Banks, chiefly in the lower grounds. 

60. — tavxifolius, Hedw. Clayey and sandy banks. 

61. Fontinalis antipyretica,L. In the Tees and its tributary streams. 

62. Funaria hygrometrica, Hedw. Frequent. 

63. Grimmia apocarpa, Hedw. Rocks and walls. In sandy spots 
overflowed by the Tees, the var. rivularis grows with closely tufted 
erect stems and leaves of extraordinary breadth. 

64. — pulvinata, Sm. On walls, &c. 

65. — spiralis, H. and T.  Basaltic rocks at Caldron Snout and 
Falcon Clints, where it fructifies very sparingly. 


Mr. R. Spruce on the Musci and Hepaticee of Teesdale. 278 


66. Grimmia torta, Hornsch. Not unfrequent, either on the lime- 
stone or basalt, but occurring chiefly on loose stones in the more 
elevated situations, as at the base of White Force and Falcon Clints. 
Always barren. 

67. — trichophylla, Grev. Abundant on walls between Barnard 
Castle and Middleton, and on rocks in Upper Teesdale. : 

68. Gymnostomum curvirostrum, Hedw. On rocks near streams ; 
chiefly on the limestone, but not confined to it. 

69. — Donianum, Smith. On limestone rocks (below the basalt) 
on the Yorkshire side of the High Force, where it was discovered by 
Mr. R. B. Bowman. ‘This minute moss grows in very small quan- 
tity, and its locality is exceedingly difficult of access, except when 
the river is low. Since observing it in this station I have gathered 
it in considerable quantity in Mowthorpe Dale near Castle Howard, 
where it grows in the crevices and on the under side of calcareous 
rocks, in company with Hypnum tenellum and crassinervium. 

70. — nimbosum, Tayl. MSS. (Zygodon Mougeotii, B. and S.?) 
Rocks at the High Force, White Force and Cronkley Scarr. 

71. — rupestre, Schwegr. Frequent on moist rocks; often grow- 
ing in company with G. curvirostrum. 

72. Hedwigia estiva, Hook. On moist basaltic rocks below the 
High Force, as well as in other similar situations. When the im- 
mense tufts which this moss usually forms are separated vertically, 
they often appear beautifully zoned, which J suppose is caused by 
the annual elongation of the stems. 

73. Hookeria lucens, 5m. On the west side of Mickle Fell. 

74. Hymenostomum microstomum, R. Br. (Gymnostomum micro- 
stomum, Hedw.; H.and T.) Upon a wall, topped with earth, below 
the High Force plantation. 

75. Hypnum aduncum, L. Bogs. In fruit on Cronkley Fell. 


76. — alopecurum, L. Moist rocky situations. 

77. — catenulatum, Schwegr. On stones in Holwick Wood. 

78. — commutatum, Hedw. Abundant and in a fertile state on 
wet rocks. 

79. — confervoides, Bridel? ‘ Repens, ramis teretibus capillaceis, 


foliis erectis lato-lanceolatis enervibus, integerrimis ; capsula 
suberecta, operculo obtuso.”—Schw. Suppl. t. 142; Drummond’s 
Musci Americani, No. 190. 
Growing intermixed with Jung. trichophylla on basaltic rocks in 
a shaded situation by the Tees’ side below Winch Bridge. I ob- 
served only a single patch, destitute of capsules, but possessing peri- 
chetia. 


Stems sparingly branched, not subpinnate as in H. catenula- 
tun (its nearest congener). Branches nearly erect, of a beauti- 
ful pale green above, in their lower part with a slight tinge of 
pink. Leaves nerveless, slightly denticulate, more widely areo- 
lated (though far smaller in size), narrower, and tapering more 
upwards than those of H. catenulatum, yet not extending to so 
long a point as in H. serpens; they are equally patent, too, in 

Ann. & Mag. N. Hist. Vol. xii. © T 


274 Mr. R. Spruce on the Musci and Hepatice of Teesdale. 


the dry as in the moist state. Perichetial leaves deeply but un- 
equally serrated. 

This interesting moss bears so strong a resemblance to H. ser- 
pens, that, had I not been struck by its peculiar colour and re- 
markably neat appearance, | might have passed it over for that 
species. The characters above stated will suffice to show those 
who have studied H. serpens that H. confervoides is widely differ- 
ent from it in several essential particulars. 

80. Hypnum erassinervium, Tayl., Wils. On limestone rocks by 
the Tees, near the foot of the High Force. 

81. — cupressiforme, L. Everywhere. 


82. — curvatum, Sw. ‘Trees and rocks. 
83. — cuspidatum, L. Common. 
84. — denticulatum, L. Frequent in moist shady situations. 


85. — filicinum, L. Common, but rarely fructifying. 

86. — fluitans, L. In Hell Cleft. 

87. — incurvatum, Schrad. On stones at the base of the High 
Force, on the Durham side of the Tees; growing with Orthotrichum 
rupestre. I had nearly passed this over for H. serpens, which it cer- 
tainly much resembles, especially in the form of its capsules. It is 
also not unlike H. populeum, with which species it grew intermixed. 

88. — loreum, L. Frequent. 


89. — lutescens, Huds. Limestone rocks in Ettersgill beck and 
Hell Cleft. 
90. — molluscum, Hedw. Frequent. 


91. — multiflorum, Tay]. On trees in Egglestone Wood and Bal- 
derdale. A Hypnum, which for the present I must consider a var. 
of this, grows in the fissures of limestone rocks in Hell Cleft, at the 
High Force, and other places; it is remarkable for the reddish hue 
of its foliage, in consequence of which I at first mistook it for Leskea 
rufescens. The leaves are longer and narrower than in the usual 
state of H. multiflorum, and when dry are striated. 


92. — myosuroides, Hedw. Common in rocky situations. 

93. — palustre, L. Wet rocks and on stones in streams, fructi- 
fying copiously. 

94. — plumosum, L. On rocks in and near streams. 


95. — polymorphum, Hedw. By the Tees below Winch Bridge ; 
barren. 

96. — populeum, Hedw. Walls and rocks. 

97. — prelongum, Linn. 

98. — proliferum, L. Everywhere common. 

99. — purum, L. 

100. — rugulosum, Web. This has been found by Mr. Ibbotson on 
the limestone above Falcon Clints; but as I only searched the base 
of those rocks, I did not observe it. 

101. — ruscifolium, Neck. Streams, frequent. 
102. — rutabulum, L. Everywhere. 

103. — Schreberi, Willd. Heaths. 

104. — scorpioides, L. Bogs. 


Mr. R. Spruce on the Musei and Hepatice of Teesdale. 275 


105. Hypnum sericeum, L. Walls, trees and banks. 

106. — serpens, L. Everywhere. 

107. — splendens, Hedw. Heaths and rocks. 

108. — squarrosum, L. Common. 

109. — stellatum, Schreb. Bogs, frequent. Var. 8. minus, on a 
wall near Lonton, in fruit. 

110. — striatum, Schreb. Banks. 

111. — triquetrum, L. Frequent. 

112. — uncinatum, Hedw. Abundant on stones and about the 
roots of trees, with fruit in excellent condition. 

113. — undulatum, L. Shady places, not common. 

114. — velutinum, L. Common. 

115. Leskea complanata, Hedw. (Hypnum complanatum, Musc. 
Brit.) Frequent. 

116. — pulchella, Hedw. Frequent among rocks in shaded situa- 
tions. In Teesdale this elegant moss is almost constantly associated 
with Bryum crudum. 

117. — trichomanoides, Hedw. About the roots of trees; not 
common. 

118. Leucodon sciuroides, Schwegr. ‘Trees between Barnard Castle 
and the High Force inn. 

119. Meesia uliginosa, Hedw. (Bryum trichodes, L.; H. and T.) 
Very sparingly on moist basaltic rocks at Winch Bridge. 

120. Mnium hornum, Hedw. (Bryum, Muse. Brit.) Frequent. 

121. — marginatum (Mn. serratum, Brid.; Bryum marginatum, 
Dicks.; H. and T.). In rocky situations. 

122. — punctatum, Hedw. Near streams. 

123. —. rostratum, Schweegr. Rocks in Ettersgill beck, in fruit. 
Below Winch Bridge. 

124. — undulatum, Hedw. {Bryum ligulatum, Schreb.; H. and T.) 
Frequent. 

125. Neckera crispa, Hedw. Common on rocks. 

126. — pumila, Hedw. On trees in Holwick Wood. 

127. Orthotrichum affine, Schrad. ‘Trees and walls. 

128. — anomalum, Hedw. Frequent on limestone rocks and walls. 
The capsules had passed the season of maturity, and were therefore 
in an unfit state for observing the cilia; but by attentively watching 
this moss on a wall near Castle-Howard during the last three sum- 
mers, I have satisfied myself that well-developed capsules usually 
possess an inner peristome. I have arrived at the same conclusion 
respecting O. cupulatum; but in the latter the cilia are 16, in the 
former only 8. 

129. — crispum, Hedw. On trees, with O. Drummonditi. 

130. — cupulatum, Hoffm. In the same localities as O. anomalum. 

131. — diaphanum, Schrad. ‘Trees and walls, between Barnard 
Castle and Middleton. 

132. — Drummondii, Hook. This beautiful species is more abun- 
dant in Upper Teesdale than any other of the genus, and may be met 
with everywhere on shrubs and young trees. I observed it in the 


T2 


276 Mr. R. Spruce on the Musci and Hepaticee of Teesdale. 


greatest plenty and luxuriance on junipers near the High Force, and 
on birches by the side of Blea beck and on Cronkley Fell. 


The existence of an annulus at the mouth of the capsule in the 
genus Orthotrichum appears to have escaped the notice of every 
writer on the subject of bryology: even Bruch and Schimper, 
whose investigations have been so minute and elaborate, have 
failed to detect it. To Mr. Wilson is due the credit of first ob- 
serving this organ in the capsules of O. cupulatum, sent to him 
by myself from the neighbourhood of York, in May 1842. At 
that time we thought it might be peculiar to the species, but I 
have since ascertained its presence in nearly every British spe- 
cies of the genus; and I may mention O. Drummondii and eris- 
pum as mosses in which it may be easily detected. In all cases 
it is best seen by bending the teeth of the peristome inwards and 
cutting them away, or by carefully taking out the inner membrane 
of the capsule, of which the peristome forms the continuation. 

The annulus of O. Drummondii is very narrow, closely appressed 
to the teeth of the peristome, of which it partakes the hue, so 
that unless they be first removed, it is almost certain to be over- 
looked. It is divided into processes, of which fwo subtend each 
tooth, so that the whole number of processes is thirty-two: they 
are obtuse, sometimes perforated, and of very fragile texture. 


133. Orthotrichum leiocarpum, B. and S. (O. striatum, Hedw.; 
H.and T.) Frequent on trees. 


Bruch and Schimper assign the following very adequate reason 
for changing the name of this species: “ Comme c’est la seule 
espéce du genre Orthotric qui ait une capsule dépourvue de raies, 
nous Pappelons 0. letocarpum (a fruit lisse) en oe la déno- 
mination ‘ striatum,’ qu’on avait conserve jusqu’ici.’ 


134. O. Lyelltt, H. and T. On trees in many places, but barren. 

135. — pulchellum, Sm. On trees near streams; frequent. In 
Hell Cleft I found a large var. growing on a stone, with a longer 
capsule and paler outer peristome than ordinary. 

136. — rivulare, Turn. On stones in the Balder; rare. The 
leaves of specimens gathered in this locality are remarkably denticu- 
lated at the apex; but this peculiarity exists also, though in a less 
degree, in specimens from Dr. Greville, gathered in Glen Dochart. 

137. — rupestre, Schleich. (O. rupincola, Funk.; H. and T.) On 
fallen rocks and stones at the base of the High Force. 

138. — stramineum, Hornsch. ‘“‘ Monoicum, subpulvinatum ; caule 
ramoso; foliis patulis, siccitate laxe imbricatis, lanceolatis, cos- 
tato-carinatis, margine reflexis ; capsula pyriformi-oblonga, late 
striata, e lutescente fusca; calyptra campanulata, subpilosa ; 
dentibus 8 bigeminatis, ciliis 8 zqualibus vel 16 alternis brevi- 
oribus.”—Bryol. Eur. 

O. stramineum, Hornsch. ined, Brid. Bryol. Univ. i. p. 789. 


Mr. R. Spruce on the Musci and Hepatice of Teesdale. 277 


On an ash-tree near the bridge across the Lune, between Mickle- 
ton and Lonton; very scarce. 


From O. affine, growing on the same tree, this differs as fol- 
lows. Leaves usually of a deeper green. Vaginula clothed with 
remarkably long hairs, which often reach half-way up the cap- 
sule; but naked in O. affine. Capsule much shorter and wider, 
with a shorter neck, thick-skinned, the areolation wider, especially 
near the mouth, the 8 strize with which it is marked far broader. 
Calyptra straw-coloured, more convex, concealing two-thirds of 
the capsule (in O. affine only half). Operculum shorter. Cilia 
consisting of fewer cellules. Seeds green ; in O. affine pale brown. 

My specimens uniformly show 16 cilia, but Bruch and Schim- 
per remark: “Le nombre des cils du péristome intérieur varie 
de 8 & 16, et on trouve souvent des échantillons ot cette varia- 
tion a lieu sur le méme individu.” 

O. pallens, Bruch, which I have found near York, agrees with 
O. stramineum in the number of cilia, but differs in its obtuse 
upper leaves and their wider areolation, smooth vaginula, smaller 
calyptra and elongated capsule. 

139. Phascum alternifolium, Schwegr. On a turf-capped wall 
below the High Force plantation. 

I cannot satisfy myself that this is specifically distinct from 
Ph. subulatum, Hedw. The character which appears to be chiefly 
relied on for their separation in the ‘ Bryol. Europ.’ is founded 
on the male inflorescence; the antheridia in the former being 
enclosed in gemme dispersed along the stem, and in the latter free 
in the axils of the pericheetial leaves. I must trust to future obser- 
vation to decide whether or not this difference is to be accounted 
specific. 

140. Physcomitrium ericetorum, De Notaris. (Gymnost. fascicu- 
lare, H. and T.) Caldron Snout. _ 

141. Polytrichum aloides, Hedw. Frequent. 

142. — alpinum, L. Abundant in heathy situations. 

143. — commune, L. Heaths. 

144, — gracile, Menzies. Near Lower Cronkley. 

145. — juniperinum, Willd. Heaths. 

146. — nanum, Hedw. In several places. 

147. — piliferum, Schreb. On the moor between the High Force 
inn and Cronkley Bridge. 

148. — undulatum, Hedw. Common. 

149. — urnigerum, L. Near the High Force inn. 

150. Pottia truncata, B. and 8. (Gymnostomum truncatulum, 
Musc. Brit.) In cultivated: ground. 

151. Pterogonium gracile, Sw. Falcon Clints; barren. 

152. Splachnum mnioides, L. fil. On fallen rocks at the base of 
Holwick Scarr; between Cronkley Scarr and the Tees; Meldon 
Hill, on the Westmoreland side of Maize beck. 


278 Mr. R. Spruce on the Musci and Hepatice of Teesdale- 


153. Tetraphis pellucida, Hedw. Hagg Syke; Hell Cleft, &c. 

154. Tetrodontium Brownianum, Schwegr. (Tetraphis Browniana, 
Grev.; H.andT.) On the underside of stones near Caldron Snout. 

155. Trichostomum flexicaule, B.and S$. (Didymodon, Brid.) Abun- 
dant, both on the limestone and basalt. This isa moss which I had 
concluded from previous observation to be confined exclusively to. 
limestone and chalk formations ; but it certainly does not refuse to 
grow on the basalt, in Teesdale. | 

156. — rigidulum, Smith. (Didymodon rigidulum, Hedw.; H. and 
T.) Near streams. 


The five followimg species are not imcluded in Trichostomum, 
as limited by Bruch and Schimper. 


157. Tr. aciculare, Beauv. Abundant. 

158. — fasciculare, Schrad. Frequent on rocks and stones. 

159. — heterostichum, Hedw. Rocks and walls. 

160. — lanuginosum, Hedw. Abundant. Among the mountains 
the rocks and stones are frequently quite hoary with this moss. 

161. — microcarpum, Hedw. Falcon Clints; scarce. 

162. Weissia acuta, Hedw. Plentiful on basaltic rocks by the 
Tees at Winch Bridge and other places. 

163. — cirrhata, Hedw. On Holwick and Cronkley Scarrs. 

164. — contreversa, Hedw. Banks. 

165. — curvirostra, H.and T. On walls and rocks, as well as 
in moist sandy situations. 

166. Zygodon lapponicus, B. and S. (Gymnostomum lapponicum, 
Hedw.; H.and T.) Fissures of basaltic rocks at Caldron Snout; im 
fruit. 

167. — viridissimus, Brid. (Gymnostomum viridissimum, H. and 
fT.) On trees between Barnard Castle and Middleton; on rocks in 
Balderdale. 

Hepatice. 


1. Fegatella conica, Tayl. Near streams. 

2. Jungermannia albicans, L. Everywhere. 

3. — asplenioides, L. Frequent in the low grounds; scarcely 

ascending to the subalpine regions. 

4, — Bantriensis, Hook. MSS. Caule erecto vel adseendente, 
subramoso ; foliis ovato-rotundatis, obtuse emarginatis, peri- 
cheetialibus conformibus ; stipulis parvulis, lanceolato-subulatis, 
integerrimis, basi 1-2 dentatis, bifidis, vel laciniatis ; fructu ter- 
minali, calycibus subcylindricis, ore angustiori tubulato ciliato. 

J. Bantriensis, Hook. MSS. olim*. J. bidentata, var. Brit. Jung. 

Synops. p. 16. Suppl. tab. 3. 
On sandy deposits by the Tees and its tributary streams; in the 


* I should have scrupled to retain Hooker’s specific name, had it not 
been already published by Lindenberg and Nees in the ‘ Species Hepathi- 
earum’ (as I am informed by Dr. Taylor); although these authors appear 
to have been unacquainted with the plant, and to have presumed on its 
being distinct merely from Hooker’s brief account of it. . 


Mr. R. Spruce on the Musci and Hepaticze of Teesdale. 279 


greatest abundance below Winch Bridge. Sides of springs on the 
summit of Cronkley Fell. 

Var. B. minor, foliis minutis, e basi latiori, subdistantibus, By 
the Tees near Winch Bridge and the High Force. 

Var. y. muscicola, surculis prostratis, foliis angustioribus subhori- 
zontalibus. Creeping over mosses on moist rocks below the High 
Force. 

This I believe to be the plant alluded to by Hooker in his mo- 
nograph under J. stipulacea (J. scutata, W. and M.), in these 
terms: “A new species (J. Bantriensis, MSS.), which has lately 
been discovered by Miss Hutchins, and which has, like the pre- 
sent, emarginate leaves: but it differs in its much greater dimen- 
sions, in the less concave, obtusely and slightly emarginate leaves, _ 
in the small stipules, and in the situation of the calyx, rising 
quite leafless at the base from the upper side of the stem, as that 
of J. pusilla does.” And it is very probable that the plant 
mentioned afterwards on the same page as having been found in 
Scotland by Mr. Lyell, and possessing considerable affinity with 
J. stipulacea, but differig in its twice or thrice larger leaves and 
their obtuse segments, is specifically the same. There is yet an- 
other supposed species mentioned in the same work (under J. bi- 
dentata), communicated also from Bantry by Miss Hutchins, and 
“distinguished from J. bidentata in having the leaves cut into 
three more frequently than into two segments ; and in either case 
they are very distinctly, but irregularly toothed,” which I am 
inclined to unite with the other two. If this opinion be correct, 
Hooker’s remarks plainly indicate a very polymorphous species. 
Of these three plants, the two latter are never afterwards alluded 
to in the ‘ Brit. Jung.” but J. Bantriensis is finally disposed of 
at page 16 of the Synopsis as a variety of J. bidentata, and a 
figure of the calyx and upper portion of the stem is given in the 
third supplementary plate. That my plant is the J. bidentata 
var. Bantriensis of Hooker has been assured to me by Dr. Tay- 
lor, who has kindly compared it with an original specimen from 
the late Miss Hutchins ; and having had excellent opportunities 
in Teesdale for studying it in its various forms, I am bound to 
declare that it is truly distinct from both J. bidentata and scutata, 
as the following diagnosis will amply demonstrate :— 

Plants forming dense tufts or patches ; im habit much resem- 
bling J. cordifolia. 

Stems mostly erect, flexuose, simple or sparingly and dichoto- 
mously branched, with suberect branches; yet sometimes exhi- 
biting a laxer and procumbent mode of growth, with divaricating 
branches ; always, however, distinct from the entangled and much- 
branched stems of J. bidentata. They vary almost indefinitely in 
size, but in the normal form equal J. bidentata and far surpass 
J. scutata. 


280 Mr. R. Spruce on the Musci and Hepatice of Teesdale. 


Leaves secund, far rounder in outline and attached to the stem 
by a narrower base than those of J. bidentata (which are nearly 
horizontal in insertion and direction), gradually increasing in size 
from the base to the summit of the stem, the terminal ones (on 
the larger stems) three times the size of the lowest ; all emargi- 
nate or (more rarely) tridentate, with obtuse, acute or apiculate 
segments; the lower with a lunulate sinus and entire margins ; 
the upper subacutely and often irregularly emarginate, angular 
or toothed at the margins. The areolation a little wider than in 
J. bidentata. The colour varies from yellowish green to deep 
olive, but is never whitish, as we most frequently see it in J. i- 
dentata. The leaves of the branches and innovations are narrower, 
more deeply and acutely cloven than the rest; and on the pro- 
cumbent stems they are seldom secund, but merely incurved or 
even horizontally patent. 

Stipules minute, seldom broader than the stem, exceedingly 
polymorphous, yet usually lanceolato-subulate, with one or more 
lateral teeth, sometimes quite entire, more rarely bifid or laciniate, 
often subfalcate but never twisted. Occasionally they appear to 
be quite rudimentary, and are not seldom altogether wanting, 
especially in the lower half of the stem. In nearly all these par- 
ticulars they offer a perfect contrast to the unusually large and 
ovato-acuminate stipules of J. scutata. 

Inflorescence dioicous. The male plants grow in separate tufts ; 
the stems are antheriferous in their upper half, and the perigonial 
leaves are acutely divided at the summit into three incurved un- 
equal teeth, the lowest tooth being the smallest; each leaf encloses 
1—4 anthers, most frequently the latter number. But in J. di- 
dentata the perigonial leaves are recurved in their upper half, and 
have an involute lobe at the base which contains the anthers. I 
have not seen perigonia of J. scutata, nor were they known to 
Hooker. 

Female flower terminal, destitute of any proper perichetium. 

The calyces which contain only pistilla are pyriform* (as repre- 
sented in ‘ Brit. Jung.’ Suppl. t. 3), but when fully grown and 
fruit-bearing nearly cylindrical, depressed at the summit and ter- 
minating in a narrow tubular ciliated mouth, which is from one- 
fifth to one-sixth the length of the calyx: after the emission of 


* An extensive examination of barren calyces will bring to ight a great 
variety of forms, but this I attribute to the imperfect state of development 
they often exhibit; I have even seen them wide-mouthed and almost cam- 
panulate, when they plainly betray their origin to be derived from the union 
of leaves in all respects similar to those of the stem, for the bi- or tridentate 
apices of the latter are distinctly visible. I have observed similar circum- 
stances in other Jungermannia, especially J. ventricosa and obtusifolia, and 
the former of these perhaps owes its rank of a species to its having been first 
observed with barren calyces only; at least I search in vain for any perma- 
nent character to distinguish it from J. excisa. 


Mr. R. Spruce on the Musci and Hepatic of Teesdale. 281 


the capsule, laciniated. They are entirely destitute of plice or 
furrows, the transverse section being always circular. The cel- 
lules of the tubular mouth are remarkable for being more elon- 
gated than the rest, and the terminal ones, which constitute the 
cilia, are longest of all; whereas in J. bidentata, however much 
the calyx may be laciniated and toothed, the terminal cellules are 
always the smallest. |'The fructification of J. scutata offers ex- 
cellent marks of distinction from J. Bantriensis: it is lateral, with 
a perichetium consisting of 2—6 leaves, entire or variously cut 
at the extremity, and far smaller than the stem leaves; and the 
calyx is obovate with a trigonous denticulated mouth. | 

Calyptra obovate, much narrower than the calyx and perfectly 
free; but in J. scutata it is of equal width with the calyx, and ad- 
heres to its sides. 

Peduncle incrassated, thicker than that of J. bidentata. Cap- 
sule smaller, more nearly spherical, its valves of a deep purplish 
brown hue, but in J. bidentata of a light brown. Seeds slightly 


smaller, and spiral filaments much shorter than those of J. bi- 
dentata. 


In var. 8. the stems are many times smaller than in the normal 
form (though intermediate states occur) and of a loosely cellular 
texture. Leaves broader than long, from a wide base, usually 
with a shallow triangular emargination; the areolation slightly 
wider than in the normal form. Stipules so minute as to be de- 
tected with great difficulty. 

Var. y, which is also of humble size, has almost exactly the 
habit of J. ewcisa, and might be mistaken for it if the stipules 
were not observed. The stems are prostrate, subramose, opake. 
Leaves almost horizontal, proportionally longer and subquadrate, 
with a closer areolation. Stipules more uniform, yet occasionally 
bifid. I found gemme on this variety alone: the leaves which 
bear them are closely imbricated at the extremity of a shoot, of 
delicate texture, remarkably laciniated and erose, reddish as well 
as the gemme themselves, which are almost spherical in shape. 
The stipules which accompany the gemmiferous leaves are of un- 
usual size, being scarcely smaller than the leaves themselves. 

All the states of this species are remarkable when growing, or 
if moistened after having been dried, for their strong and rather 
agreeable scent ; very different from that of J. bidentata, but not 
unlike that of J. hyalina. Dr, Taylor likens it to “recently cut 
eedar-wood with a dash of sweet-briar.”’ 

Although J. bidentata and scutata are the nearest allies of J. 
Bantriensis, yet there are other species which approach closely to 
it, amongst which are J. barbata, Schreb., J. Lyoni, Tayl., and 
J. saxicola, Schrad.; but as the differences are obvious enough to 


282 Mr. R. Spruce on the Musci and Hepatic of Teesdale. 


any one acquainted with these species, it is needless to enter into 
an exposition of them. 

I ought to add that Mr. Wilson has favoured me with speci- 
mens of what I consider to be a state of J. Bantriensis, gathered 
by Mr. Ralfs near Dolgelley, in September last. It differs from 
the normal form only in its laxer habit, more distant and sub- 
patent leaves. 


5. Jungermannia barbata, Schreb. Frequent, especially near the 
High Force; usually intermixed with mosses. 

6. — bicuspidata, L. Everywhere. 

7. — bidentata, L. Common; but not ascending the mountains. 

8. — byssacea, Roth. In several localities. Few Jungermannie 
are more various in their hues than this little species: in Hell Cleft 
it gives to the large patches of Barbula tortuosa which it infests the 
appearance of being strewed with soot; near Maize beck it imparts 
a pinkish tinge to Dicranum glaucum and other palustrous mosses ; 
growing on the earth near the High Force, its colour is a deep green. 
In the last-named locality the stems exhibit stipules, which are very 
minute, ovate and entire towards the base of the stems, but bifid in 
the upper part. Stipulaceous varieties of J. byssacea are not unfre- 
quent near York, and might be mistaken for J. Francisci, Hook., 
which is however a perfectly distinct species. 

9. — ciliaris, L. Very sparingly on Cronkley Fell. This usually 
alpine species flourishes in abundance on all our moors in the Vale 
of York, where its constant companion is Cetraria Islandica. 

10. — concinnata, Lightf. On rocks south-east from Cronkley 
Bridge, and more abundantly at the base of Holwick Scarr. 

11. — cordifolia, Hook. In streams on the west side of Mickle 
Fell; on wet rocks near the Tees, in various places. 

12. — Dicksoni, Hook. Cronkley Scarr and rocks south- east of 
Cronkley Bridge, but very scarce. 

. 13. — dilatata, L. On trees. 

14. — echinata, Tayl. MSS. On limestone rocks in Hell Cleft, 
Ettersgill beck, and on the Yorkshire side of the High Force. I have 
seen J. hamatifolia, Hook., its near congener, in precisely similar 
situations on slate and old-red-sandstone rocks in the south-west of 
Ireland. 

15. — emarginata, Ehrh. Abundant in moist rocky situations, 
especially near streams. 

16. — epiphylla, L. Near streams. 

17. — excisa, Dicks. In many places. 

18. — furcata, Linn. Rocks and trees. 

19. — incisa, Schrad. Near Maize beck. 

20. — inflata, Huds. In heathy places. 

21. — lazxifolia, Hook. At the base of the High Force; very 
scarce. 

22. — Lyellii, Hook. I found. a single plant by the Tees near 
Winch Bridge. 

23, — Lyoni, Tayl. MSS. Cronkley Fell and Holwick salma 


Lygino dendron Landsburgit. 


trd.tith. Linn. tmpr. 


On Fossil Vegetables from the Sandstone of Ayrshire. 283 


24. Jungermannia multifida, L. On moist rocks among mosses ; 
fructifying in several places. 

25. — nemorosa, L. Ina great variety of situations. 

Var. (3. purpurascens, in Hell Cleft. 
Var. y. recurvifolia, on rocks near streams. 

26. — pinguis, L. In bogs and near streams. 

27. — platyphylla, L. Rocks. 

28. — polyanihos, L. On stones in the bed of the Balder. 

29. — pubescens, Schrank. Frequent on rocks (chiefly limestone) 
near the Tees and its tributaries. I found perigonia in abundance, 
but no calyces, though I searched most minutely. 

30. — reptans, L. Cronkley Scarr; very sparingly. 

31. — riparia, Tayl. MSS. Sides of streams; not common. 

32. — scalaris, Schrad. Frequent in moist situations. 

33. — serpyllifolia, Dicks. Near the High Force, Hell Cleft and 
other places, yet nowhere abundant. 

34. — setacea, Web. Heathy situations near Maize beck and 
Cronkley Scarr, 

35. — spinulosa, Dicks. Near the High Force and Caldron Snout, 
but rather rare. 

36. — Tamarisci, L. On rocks and about the roots of trees. 

37. — Taylori, Hook. Cronkley Scarr and the west side of Mickle 
Fell. 

38. — Trichomanis, Dicks. Frequent. 

39. — trichophylia, L. Abundant in moist situations. 

40. — undulata, L. Maize beck. Dr. 'Taylor’s opinion that this 
is only a variety of J. nemorosa (‘ Flora Hibernica,’ part ii. p. 61) is, 
I fear, too well founded. 

41. Marchantia androgyna, L. Exceedingly abundant on rocks by 
the Tees, Ettersgill beck, and other streams. 


Collegiate School, York, Nov. 15, 1843. 


XXXVI.—On the Fossil Vegetables of the Sandstone of Ayrshire. 
By J. SHeppEn Parrick, F.R.S.E., F.R.SS.A. &c. * 


[ With a Plate. ] 


Havine observed, in visiting the Museum of the Royal Society, 
that, although it contained many fossils of interest, especially a 
very beautiful and complete series from England, presented by 
the Harl of Cathcart, those of Ayrshire appeared to be altogether 
wanting, I was induced to take advantage of a few months’ re- 
sidence in the district of Cuninghame in that county, during the 
summer of 1848, to make a small collection of some of the prin- 
cipal fossils of the locality for the purpose of presentation to the 
Society’s museum. | 

The fossil vegetables which constitute the collection were ob- 


* Read before the Royal Society of Edinburgh, Jan. 2nd, 1844. 


284 Mr. J. S. Patrick on the Fossil Vegetables 


tained from a quarry in the parish of Stevenston, where I was 
principally residing. The quarry, which is on the estate of Mr. 
Warner of Ardeer, belongs to the carboniferous group, and is 
considered the most valuable for white sandstone in the west of 
Scotland. It is thus spoken of in the ‘ New Statistical Account’ 
( . 437) aie 

< This is the most valuable quarry of white freestone in the 
west of Scotland. The produce of it has long been well known 
to the public under the name of ‘Stevenston stone.’ It is of 
very excellent quality ; the colour is good, and being firm and fine 
in the grain and easily wrought, it takes a fine polish and stands 
well. It is much used at home, and it is still more in request in 
Dublin and Belfast and other places in Ireland, for it can be sawn 
like marble, with which it vies in beauty; and it can be formed 
into slabs of any size required. At home and also in Ireland, it 
is used in the interior of houses for stairs, the pavement of lob- 
bies and halls, and for chimney-pieces, &c. ; and externally it is 
employed in public and private buildings for fronts, chimneys, 
columns, &c. Columns can be furnished of any dimensions from 
10 to 20 feet and upwards in altitude. It is used for tombstones, 
gate-posts, &. The quarry lies from 8.W. to N.E., and the dip 
is to the S.W., the same as the coal strata, between the first and 
second of which it is found. It is in irregular layers or posts, 
varying from 6 inches to 6 feet in thickness. It requires to be 
bared, where it is at present wrought, of about 25 feet of differ- 
ent kinds of soil; viz. of about 4 feet of sand, 3 feet of loam, and 
the rest, down to the rock, till or slate-clay. The stone passes 
from the quarry to Saltcoats and Ardrossan by railway, and is 
there shipped,” &c. 

The coal has been wrought out from beneath it within the re- 
membrance of the present generation. The sandstone has been 
quarried to the depth of above 20 feet, and it goes about 20 feet 
deeper. In the ‘ New Statistical Account,’ in a note at the foot of 
page 429, the Rev. author, after mentioning that there have been 
about seventy specimens of subfossil shells found in the coal-field, 
and naming twelve kinds not now found in a recent state on the 
shore, goes on to say, “ We have had the pleasure of picking up 
abundance of these shells where they are boring the rock at Ar- 
deer or Stevenston quarry. There the shells are only 5 feet under 
the green sward. At this depth there is a bed of coarse sea-sand, 
mixed with Turbo littoreus, &c. &c., the whelks and limpets and 
cockles being sound and entire. Under this bed of gravel and 
sand and shells there is a stratum of solid till or slate-clay 10 or 
12 feet thick, overlying the beautiful sandstone of the quarry. 
This schistus is perforated in innumerable places to the depth of 
5 or 6 inches by Pholas crispata or the Borer, m the same man- 


of the Sandstone of Ayrshire. 285 


ner as the progeny probably of these venerable Borers are, at the 
present day, piercing the same rock in the sea at Saltcoats. The 
bore is fully an inch in diameter. The shell still occupies the 
mouth of the perforation ; and, though now frail, it is distinctly 
marked by its waved ridges and longitudinal furrows, and the 
groove running from the hinge to the margin. But what is much 
more wonderful, at the bottom of the holes which the Pholas has 
bored, there is a matted tuft of sea-weed (Ulva intestinalis) not 
petrified,—not converted into peat,—not rotten,—but retaining 
its sap and form, and texture and reticulations, and even its pale- 
green colour! This is not a little surprising. Sir Wm. Hooker, 
to whom we sent specimens, says that it could not have grown 
5 feet under ground. - From the shells then and from the Ulva, 
the sea must have been there, though at a period too remote to 
be now ascertained ; and although the sea is now about three- 
quarters of a mile distant from the quarry, we can easily credit 
the tradition that, in ancient times, vessels were accustomed to lie 
at anchor north of the quarry, and about the place where Ardeer- 
house now stands (fully a mile from the present high-water mark). 
Indeed, from various phenomena that have come under our obser- 
vation, we have the most thorough conviction that at a period not 
extremely remote, the half of this parish (Stevenston) was over- 
flowed. by the sea.” : 

Under the sandstone strata there is a stratum of shale about 
18 feet in thickness, then comes a coal called “ the five-quarter 
coal,” then another stratum of shale, and under it the parrot-coal. 
The quarry has been worked for upwards of sixty years, and is 
therefore of considerable extent. The strata very much vary in 
thickness at different parts of it. 

The fossils are not confined to any one stratum of the sand- 
stone, but are found in them all, wherever the sandstone is faulty. 
I have counted about five strata at the deepest part of the quarry, 
separated from each other by thin layers of shale, and fossils are 
found in all these strata, chiefly however where the sandstone is 
rendered impure by a mixture of greenstone and ironstone. There 
have been above thirty different kinds of fossils found in this 
quarry and in the schist connected with the coal: among them 
many beautiful impressions of ferns, reeds, Stigmaria, Sigillaria, 
Lepidodendra, and other plants unknown in the present day. Some 
of these were discovered 70 fathoms (420 feet) beneath the sur- 
face of the earth. Among the ferns will be found Sphenopteris, 
Neuropteris, Pecopteris, &e. The fossils which occur in greatest 
profusion are the Calamites, which are thus spoken of by Mr. 
Gourlay at a meeting of the Philosophical Society of Glasgow, on 
15th February 1843:—(See their Transactions, p. 107.) 

“The fossil plants referable to the genus Calamites of Bron- 


286 Mr. J. 8. Patrick on the Fossil Vegetables 


gniart and other authors occur profusely in our coal-fields as well 
as In those of the North of England. ‘They are found im a state 
of compression, which renders it difficult to determine their species, 
or to form an idea of the probable affinity to plants of the pre- 
sent day. Judgmg from the remarkable compression of even 
the largest specimens, it is likely that the Calamite had a hollow 
jointed stem, with transverse phragmata, resembling that of the 
bamboo cane, and, at least in some species, with verticillate 
branches, which again have verticillate leaves. Brongniart thinks 
that the Calamites must have had a close affinity to the recent 
genus Equisetum, from their striated, or rather furrowed, jointed 
stems, and the presence in one of his specimens of what he takes 
to be a sheath ; but the objection to this view is, that they appear 
to have had both wood and bark, and consequently, with the habit 
of a Monocotyledonous plant, they come nearer the Dicotyledones 
in structure. A specimen from the Duke of Hamilton, in the 
Glasgow Geological Museum, was found in the sandstone in an 
upright position, and shows the form of the stem without the 
usual compression ; but it is apprehended, that even were it pos- 
sible to form a thin polished section, it would exhibit no trace of 
structure.” 

They are also admirably described in Lindley and Hutton’s 
‘Fossil Flora,’ vol.i. p.49. Among the several varieties which I 
possess, the Calamites nodosus is very common. The Calam. ap- 
proximatus is also found frequently. The Calam. canneformis is 
rarer: I regret that.my specimens of it are poor. The following 
are also seldom to. be met with here, although I have been able 
to obtain distinct specimens of them all, viz. Calam. arenaceus, 
C. Mougeotit and C. verticillatus. © 

The Sternbergia approximata is considered rare, and the spe- 
cimens procured of it are in general small. Lindley calls it “a 
most singular coal-measure plant occurring in most coal-fields of 
this country, but not abundant anywhere. The specimens are 
usually found im sandstone, and are covered with a fine coal, 
which adheres either in the form of an even, thick, glossy integu- 
ment, or in a powdery state to the surface of the stem.” The 
Rev. David Landsborough, late minister of the parish of Ste- 
venston, says, in a letter I had the pleasure of receiving from 
him a short time ago, “ I picked from the middle stratum a fine 
large specimen of Sternbergia approximata,’ which shows that 
such are occasionally to be met with in that quarry. J have not, 
I regret to say, been so fortunate as to get any “ fine large spe- 
cimen,” but have one or two very distinct ones ; two with the coal 
still adhering, which is very difficult to obtain, as it is so ex- 
tremely friable. 

I had a very fine specimen of Sternbergia nodosa of a length 


of the Sandstone of Ayrshire. 287 


which has seldom been got out of the quarry entire, but it has 
most unfortunately been broken in its journey to Edinburgh. 

While hunting among the débris of the quarry I was fortunate 
enough to discover a curious fossil, which I have every reason to 
believe is original ; it bears a considerable resemblance to a piece 
of tartan, being divided into regular parallelograms by double 
lines intersecting each other at right angles (Pl. V. fig. 1.). On 
submitting it in September last to the inspection of Mr. Lands- 
borough and other gentlemen in the neighbourhood, they all de- 
clared that it was new to them. I also showed it to the manager 
of the works and to several of the most intelligent of the overseers 
and colliers (most of whom had been born in the village, and 
passed the greater part of their lives in the works), and they all 
said they had not before met with it. I may therefore, I think, 
consider it unique. Mr. Landsborough, to whom it has since been 
sent for more minute inspection, writes thus: “I think, after 
attentive consideration, I have got an excellent name for your 
beautiful fossil, Dictyodendron Patricii; deriving the generic ap- 
pellation from 8é«rvov, a net—how like it is to network !—and 
dévdpov, a tree (we have Dictyosiphon (Sicrvov-cigdav) in recent 
botany for the same reason), and dedicating it by the specific 
name to yourself as the discoverer.” 

We now come to that class of fossils which is peculiar to, and 
the distinguishing feature of, the coal-measures, the Stigmarie. 
Of these the Stigmaria ficoides is the principal. Three varieties 
will be found in the collection. The most curious of these is 
Stigmaria radiata: this species consisted of a central stem or 
shoot, which is said, at times, to have attaimed the height of 20 
to 30 feet, and from which branches radiated in every direction, 
arching over and bending downward. At the time the British 
Association was at Glasgow, a specimen of this stem was exhibited 
between 4 and 5 feet in length, and which is now deposited in the 
Geological Museum of that city. Brongniart, in his ‘ Histoire des 
Végétaux Fossiles,’ comes to the conclusion that “the Stigmarie 
and. Sigzllarig constitute a peculiar and extinct family (belonging 
probably to the Gymnospermous division of the Dicotyledons), but 
of which neither the fruit nor the leaves are as yet known. These 
fossils, it is evident, are nearly related to each other ; and Ana- 
bathra ought likewise to forma part of the same group. Perhaps 
Stigmaria is only the root of Sigillaria.’ It is unnecessary to 
quote the passage further. Stigmaria nodosa is likewise met with 
in the quarry. 

The Trigonocarpum oliveforme (or fruit of the palm-tree) is 
very scarce, being found only in one part of the quarry of very 
limited extent—in the lowest stratum next to the shale. I pos- 
sess two or three specimens, one of which is in the matrix. 


288 Mr. J.S. Patrick on the Fossil Vegetables 


Another fossil very rare, in that district at least, is the Halonia 
tuberculata, of which a very fine specimen was obtained several 
years ago by Mr. Landsborough, adhering to the surface of the 
upper stratum of sandstone. A specimen was sent to me lately, 
purporting to be this species of the Halonia, but as I am dubious 
of the correctness of this assertion, I shall not notice it on the 
present occasion. 

We next come to the Lepidodendra, of which Mr. Gourlay says, — 
“This genus of fossil plants is one of great interest, not only on 
account of its abundance and the elegance and beauty of its im- 
pressions and casts, but from the affinity between the fossil Le- 
pidodendron and two existing genera of plants. In the first volume 
of the ‘ Fossil Flora,’ by Dr. Lindley and Mr. Hutton, the authors 
express their belief that the Lepzdodendra would be found to be 
intermediate between the Conifere and Lycopodiacee of the pre- 
sent day. The first of these natural orders, the Conifere, com- 
prehends the pines, larch, cedar, &. The Lycopodiacee, on the 
other hand, are small in size compared with either the Lepido- 
dendra or the Conifere, and a few species are indigenous to this 
country, where they are familiarly known as club-mosses. ‘The 
opinion referred to has been confirmed by subsequent investiga- 
tions. Some of the specimens of this genus, contributed to the 
Glasgow Geological Museum, are of singular beauty ; and in par- 
ticular some specimens of Lep. elegans from C. J. Baird, Esq. of 
Shotts Iron-work.” I have three species of this fossil, Lepido- 
dendron Sternbergu, Lep. Harcourtii, and a very curious and pecu- 
liar variety which is also rare, although Mr. Landsborough in- 
forms me he has a fine large specimen of it. Of this variety I 
am unable to give the proper specific name. (See Plate V. fig. 2.) 

Endogenites striata is occasionally met with. I have one spe- 
cimen. 

The last of the Conifere which I shall mention at present is 
one which, as far as I am aware, is unique. It was discovered in 
1842 by Mr. Landsborough. Most of the members of this So- 
ciety are aware that, previous to the meeting of the British Asso- 
ciation in Glasgow in Sept. 1840, a committee was appointed to 
make a collection of the minerals, rocks and organic remains of 
the west of Scotland ; through their exertions, and with the zealous 
co-operation of many noblemen and gentlemen of the surrounding 
districts, particularly in the mining departments, a very extensive 
and beautiful collection was got together, which now forms, with 
the additions since that period, the Geological Museum of Glas- 
gow. ‘To this Mr. Landsborough presented many valuable con- 
tributions. 

With regard to the fossil under consideration, Mr. Landsbo- 
rough, not being able to class it with any known species, submitted 


of the Sandstone of Ayrshire. 289 


it to the inspection of the Geological Society of Glasgow, to whom 
it was exhibited by Mr. Gourlay on February 15, 1843, who 
thus reports upon it: “ A most remarkable cast of a plant was 
lately sent me by the Rev. David Landsborough, which was found 
in a quarry of carboniferous sandstone at Stevenston, Ayrshire. 
The specimen, when found, had a coating of coal which the quarry- 
_ nan unfortunately picked off with his knife, but the exposed sur- 
face presents a very singular appearance, and is unlike any fossil 
plant which we have ever seen figured. Its peculiar feature, which 
is at once apparent on inspection, is its resemblance to part of a 
common osier-basket (Pl. V. fig. 3.): hence Mr. Landsborough 
has for some time been in the habit of humorously distinguish- 
ing it as ‘ Noah’s creel’ for want of a better appellation. To sup- 
ply this desideratum in nomenclature, and as no such fossil ap- 
pears to have been described or figured, I have ventured to name 
it Lyginodendron Landsburgit, forming the generic name from 
AvYywos, wicker-work, and dévdpoy, a tree, and dedicating it by 
the specific name to my friend Mr. Landsborough, a gentleman 
distinguished not only as a pious and conscientious clergyman, 
but as an enthusiastic and most successful cultivator of natural 
history ; one, too, whose warm-hearted and amiable disposition 
endears him to all who have the pleasure of his acquaintance. 
The fragments of the fossil were spread over a space of about two 
yards, the finest specimen found being about 18 inches in length 
by 3 in breadth, and have not been observed except in that place.” 
He then goes on to mention some of the other productions of the 
same quarry, in which a great many-fossil fruits occur, which are 
obviously those of a palm (Trigonocarpum oliveforme) ; and also 
specimens of the Sternbergia approximata, “a singular and rare 
coal-plant,” a fine specimen of which has been deposited in the 
museum of the “ Andersonian Institution” by Mr. J. Craig. I 
am happy to say I have obtained one or two specimens of this 
curious and rare fossil (the Lyginodendron Landsburgii), which will 
be found in the collection. Mr. Landsborough mentions that 
only a very few specimens exist, and, as he believes, it has not 
been found elsewhere: he discovered it in the middle stratum. 

I may dismiss the other fossils I have to exhibit to you ina 
very few words. The principal ones are the Sigillarie, which are 
thus described by Mr.Gourlay:—“ The genus Sigillaria is so named 
from sigillum, a seal, on account of the peculiar impressions on 
the stems. Less is known of this genus than even the Calamites, 
and similar forms are quite unknown in the vegetation of the 
present day. They are found inclined in all directions, sometimes 
passing vertically through beds of sandstone, but most frequently 
in a horizontal position ; and then they are crushed so extremely 

Ann. & Mag. N. Hist. Vol. xii. 


290 Mr. J.S. Patrick on the Fossil Vegetables 


thin that they seem to have been hollow like the Calamite, and 
to have possessed very little substance, although attaining a 
height of 40 or 50 feet. The compressed stems have been found 
as much as 5 feet in breadth. They are fluted longitudinally in 
general, and marked at regular intervals with single or double 
scars, evidently produced by leaves which have been articulated 
to the stem. These marks are different in the decorticated state 
of the fossil from those which appear on the surface of the coaly 
envelope representing the bark. ['This is well seen in the Sigii- 
laria reniformis.| M. Brongniart considers these to be the re- 
mains of the stems of arborescent ferns, but Lindley and Hutton 
have established that the fluted Sigillarie have nothing analogous 
to tree-ferns. On the contrary, they appear to have been plants 
with hollow cylindrical stems, consisting of wood and bark and 
clothed with leaves, attaining a height of 40 to 60 feet, but be- 
longing to a family with no representative, or even relation, in 
the ‘ Flora’ of our day.” I have two varieties of the Sigillaria: 
Sigil. reniformis, two of the fragments of which must have be- 
longed to very large individuals of the species, and Sigil. oculata. 

I may remark that there is a very able and interesting article 
in the January Number of the ‘ Edinburgh New Philosophical 
Journal,’ edited by Prof. Jameson, “ On the general character of 
the Fossil Plants of the genus Sigillaria,” from the pen of Wm. 
King, Esq., Curator of the Museum of the Natural History So- 
ciety of Northumberland, Durham, and Newcastle-upon-Tyne, 
from which, however, my limits will not allow me at present to 

uote. | 

: Mr. Landsborough says, “The most magnificent fossil found 
in the quarry is Bothrodendron punctatum. Only two specimens 
have been found, of which I possess one.” He would have per- 
mitted me to exhibit it to the Royal Society, but he adds, “ since 
leaving the Manse my minerals have got into sad confusion, and 
amid the press of business [ have not been able to arrange them, 
or lay my hands upon it, although it is a specimen I could with 
difficulty lift from the ground.” J have not been able to obtain 
a good specimen of this remarkable fossil, but have been fortu- 
nate enough to find, among the débris of the quarry, a very di- 
stinct impression or cover of one. 

Another very curious and remarkable fossil is the Stylolithon, 
of which there appears to be two distinct varieties; one with 
very broad stripes, the other with the lines more closely approxi- 
mating to each other, but more deeply indented. 

. Another peculiar fossil was discovered lately by Mr. Landsbo- 
rough, and has been named by him Batodendron, from Baros, a 
bramble, and dévépov, a tree, from the exact resemblance it bears 


of the Sandstone of Ayrshire. 291 


to a knotted bramble. He writes me that he has never been able 
to meet with either any figure or description of it. He presented 
one specimen of it to Professor Jameson of Edinburgh. 

Had the excavators of the quarry proceeded with any care, 
branches of trees of considerable size might have been got out 
uninjured ; but workmen are proverbially careless and indifferent, 
and few of any length have been saved. My friend Mr.Warner 
of Ardeer, proprietor of the quarry, had one or two of considerable 
magnitude, both as regarded length and girth. 

I have now brought to a close my remarks on the fossil ve- 
getables ; but I have still one specimen to notice of an altogether 
different kind. 

On the estate of Ardeer, to which I have already alluded, there 
is a chain of coal-pits extending from W.N.W. to E.S.E. for a 
distance of between four and five miles. In these the dip of the 
strata is to the S., and consequently the rise to the N., which dip 
and rise decline on an average from the horizon about 1: in 7°5. 
In sinking the shafts for these, the miners have, in every in- 
stance, had occasion to pass through a stratum or bed of fresh- 
water shells about 9 inches in thickness and of extreme hardness. 
The matrix, in which the shells are imbedded very thickly, is an 
impure ironstone. In speaking of this, in the ‘Statistical Ac- 
count,’ Mr. Landsborough calls it marble ; but he had fallen into 
the error from having been told that a chimney-piece had been 
made of it, and, on seeing the fossil, at once discovered it, though 
too late, as the book was by that time published. 

The pit from whence I obtamed the masses submitted for in- 
spection is the north-westernmost of the range (or ‘ Turf-Dyke- 
pit”), and the deepest, 84: fathoms (= 504 feet). The shell-bed 
in it was struck at 37 feet from the surface, while in the south- 
easternmost (or “ No. 7 pit”), now in the progress of shanking, 
the miners penetrated to the depth of 15 fathoms (=90 feet) be- 
fore they came upon the shell stratum, which lies immediately 
above the “main coal.” 

The shells of which the mass is chiefly composed, Mr. Lands- 
borough was at first inclined to consider as the Unio Pictorum of 
Lamarck ; but on submitting them to Dr. Fleming of Aberdeen, 
that celebrated naturalist pronounced them to be the Unio Urii, 
in which opinion Mr, Landsborough on further examination con- 
curred. 


U2 


292 _ Bibliographical Notices. 


BIBLIOGRAPHICAL NOTICES. 


Iconographia familiarum naturalium regni vegetabilis. (Abbildungen 
aller naturlichen Fam. &c.) Von Adalbert Schnizlein, Ph. D. 
Heft 1. 4to. Bonn, 1843. 


Tuis work will supply what has long been a desideratum to the bo- 
tanical student in this country, viz. a complete set of illustrations of 
the essential characters of the natural orders. 

The ‘ Genera Plantarum ’ of Endlicher is taken as the authority, 
but additional plates will be given of those orders, not adopted in that 
work, proposed by DeCandolle, Lindley and others. Each plate will 
contain a complete figure (where practicable) of one or more species, 
with dissections of all the most important forms in one Order ; by this 
means the purchaser will be enabled to arrange them as he pleases. 
The text will include a definition of the orders in Latin and German, 
scientific and practical observations in German, and a list of the 
genera. 

The first part contains twenty carefully executed plates, partly 
coloured, half of which are devoted to the Cryptogamic orders, so as 
to give a general idea of the work ; the figures are mostly original, 
and when this is not the case, they are copied, after careful revision, 
from the best authorities. 

This will add another to the many obligations we owe to the Ger- 
mans, by whose enterprise alone can we obtain such works as the 
present, Nees von Esenbeck’s ‘ Genera,’ &c., at a price within a stu- 
dent’s means, and we cordially recommend our botanical friends to 
avail themselves of the assistance the wider diffusion of the science 
enables their continental brethren to offer. 

The parts are to appear three or four times a year, and will extend 
to about 360 plates. 


Annales des Sciences Naturelles. 


September 1843.—Zoology.—M. Marcel de Serres on the large 
Fossil Oysters of the tertiary formations bordering the Mediterranean. 
Twenty-five species are described, but several of these are probably 
only varieties. One of them is no less than eighteen inches in length. 
—Bouchardat and Sandras on Digestion.—Dumas and Milne Ed- 
wards on the production of Bees-wax *.—Experimental researches 
on Inanition, by Dr. Chossat. A record of barbarous experiments on 
the starving of animals, by a follower in the cruel path of Majendie. 

Botany.—Tulasne on new genera of Leguminose. 'The new genera 
are Ancylocalyr and Neuroscapha (Dalbergie), Dibrachion (Sopho- 
ree), Diptychandra, Cenostigma, Trischidium and Phyllocarpus, Riedel 
(Cesalpinie). They are all founded on South American plants.— 
Dr. Duchartre on the Lathrea clandestina, The anatomy of the or- 
gans of vegetation.—M. Braun on the Si/enee (from the ‘ Flora’).— 
Fischer on the genera Angelica and Archangelica. 


Oct.—Zoology.—Dr. Hirtl on the vascular apparatus of Fishes 


* See p. 233 of the present volume. 


Bibliographical Notices. 293 


(from Miiller’s ‘ Archives’”).—M. de Quatrefages on the Synhydra 
parasites, a new genus of Polypes near Hydra (with a fine plate) ; an 
interesting memoir on a very anomalous animal. The reproduction 
of hydroid polypes by bulbils, which the author supposes he is the 
first to discover, has long been known to British zoophytologists, and 
is described in the writings of Johnston and others. Several points 
in this, as well as former excellent papers of M. de Quatrefages, 
show that he is unacquainted with much that has been done on this 
side of the Channel. 

Botany.—Mr. Robert Brown on the plurality and development of 
Embryos in the Seeds of Conifere will appear in the next number 
of the ‘ Annals. —M. Gaudichaud’s reply to M. Mirbel.—Dr. Lé- 
veillé on the genus Sclerotium. The genus Sclerotium, constituted 
by Tode in 1790, has been made a receptacle for all kinds of ano- 
malous fungoid productions, many of them only states of diseased 
vegetable tissue. M. Léveillé in this memoir investigates the nature 
of these problematical vegetables with care. He regards them with 
Martius and Corda as asporous, and as only forms of undeveloped 
fungi, in fact mycelia. Two plates accompany the paper.—Count 
Jaubert and M.Spach, Conspectus subgeneris Armeriastrum. Twenty 
species of Statice of this subgenus, mostly from Persia and Western 
Asia, are recorded. 


Nov.—Zoology.—M. F. Dujardin on the habits of a captive Dor- 
mouse.—M. Keelliker’s inaugural thesis on the Genesis of Insects 
(with three plates). A portion of this valuable memoir is devoted to 
a comparison of the evolution of the Articulata with that of the Ver- 
tebrata. The concluding sentence of this paper embodies an import- 
ant proposition: ‘‘ Articulatum nobis est animal vertebratorum em- 
bryoni simile, in quo et laminz dorsales non coaluerunt, et systema 
ossium cum membris lateralibus primis vestigiis tantum formatum 
est.” —M. Leon Dufour on the metamorphoses of Hledona agaricicola 
(with a plate). A notice of the interesting habits of the fungivorous 
larva of this beetle is given among the miscellaneous articles of the 
present number of this journal—_M. Leon Dufour on the meta- 
morphoses of Diaperis Boleti. The larva of this insect has the same 
habit with the last—Second part of Dr. Chossat’s researches on 
Inanition. 

Botany.—MM. Mirbel and Spach on the Embryogeny of Pinus La- 
ricto and sylvestris, of Thuya occidentalis and orientalis, and of Taxus 
baccata (with plates).—Mr. Webb on the genus Retama. Eight spe- 
cies are described.—MM. Corson and Germain on Filago and Logfia 
(with a plate). A new species of Filago, nearly allied to F. germa- 
nica, is described in this paper under the name of Filago Jussiai. It 
is said to be distinguishable at first sight from the former species, by 
the foliaceous involucre of the glomerules exceeding the capituli ; 
by the larger size of the capituli, which are fewer in each glomerule 
(being eight to fifteen, rarely twenty, in Filago Jussigi, and twenty 
to twenty-five in the common species), and by their not being buried 
in a thick tomentum. The new species flowers later (in November) 
than F. germanica. It appears to be common in France, and occurs 


294. Bibliographical Notices. 


“Iso in Greece and Western Asia: it has probably been passed over 
as a variety in Britain.—On a new Marrubium from the environs of 
Paris, by the same authors.—Fourth Century of new Exotic Cellu- 
lares, by Dr. Montagne (the 7th Decade).—Dutrochet on the spon- 
taneous movements of Plants (commencement). 


Dec.—Zoology.—Milne Edwards on fossil [sopoda (see ‘ Annals,’ 
No. 82).—On the Entozoa inhabiting the species of Sorer, by M. 
F. Dujardin (with two plates).—An extract at length from the very 
important memoir on the Campanularie of the coast of Ostend, by 
M. Van Beneden (see ‘ Mémoires de l’Académie Royale de Bruxelles,’ 
vol. xvii.), with a plate. The author maintains (from observation) 
that the Campanularie are viviparous, and that the young, or the 
common substance of the ovarian cell, have been wrongly regarded 
as afemale. The eggs, like the buds, are the products of the com- 
munity. The individuals have no sex. The young Campanularie 
towards the middle of their embryonary life have the form, organi- 
zation, habits and mode of life of Meduse. In this state they have 
muscles, nerves and organs of sense, which, when the embryo be- 
comes fixed in order to give rise to a new colony, disappear, so that 
the young animals are more elevated in their organization than the 
adults !—On a new genus of Meduse proceeding from the metamor- 
phosis of Syncoryne, by M. F. Dujardin. ‘The observations in this 
interesting paper agree so far as they go with those of M. Beneden ; 
the medusa state of the polypes was, however, some years ago de- 
scribed by Sir John Dalyell. 

Botany.—Dutrochet on the movements of Plants (concluded). 
The movements of plants are automatic ; they result neither from in- 
telligence nor from will. They depend on an interior and vital force, 
of which the action is revolutive, and which the author maintains 
exists in all vegetables, but manifests its existence rarely, and only 
in those revolutive movements appreciable by our senses.—Dutrochet 
on the Inflexion of Vegetable Stems towards coloured light. ‘The 
stems of plants placed in light transmitted through coloured glass 
elongate much more than they would have done under the influence 
of ordinary light. —M. A. Trécul on the fruits of Prismatocarpus Spe- 
culum and hybridus, and on that of the Crucifere (with a plate.). The 
author arrives at the following curious conclusions, some of which 
are not a little opposed to established morphological notions: 1st, 
between the structure of the fruits of Prismatocarpus Speculum and 
hybridus and that of their stems, there exists such a similitude that 
the fruit appears to be the continuation of the stem, its summit mo- 
dified for reproduction ; 2ndly, that the sepals, the petals and the 
stamens of the same plants spring really from the summit of the 
ovary ; 3rdly, that the partition of the fruit of Crucifere is simple ; 
4thly, that the stomata are not confined to the surface of plants, since 
they are found on the partitions of certain cruciferous fruits.—M. 
Baudo, Index Anagalleidarum.—The eighth, ninth and tenth Decades 
of the fourth Century of new Exotic Cellulares, by Dr. Montagne.— 
M. Barnéoud on two Orchidee new to the French flora. These are 
Orchis saccata of ‘Tenore, and Orchis Champagneuxii, a new species 


Zoological Society. 295 


said to be intermediate between Orchis Morio and Orchis longicornis 
(Desfontaines) : it is from Hyéres.—Notice of the addition of Arceu- 
tolobium (Viscum Oxycedri) to the French flora, by M. Requien, the 
well-known botanist of Avignon. 


PREPARING FOR PUBLICATION. 
A History of the British Freshwater Alga. By Arthur Hill Hassall. 


This work is intended to contain a complete account of the Modes 
of Reproduction, Growth, Vitality, Distribution, Uses, Classification, . 
and Species of this most extensive and interesting class of plants ; 
interesting from the importance and number of the physiological and 
anatomical facts connected with their history. It will comprise about 
300 pages of letter-press and seventy plates of drawings, illustrating 
every species of the classes of Confervee and Diatomacee hitherto 
discovered inhabiting the fresh waters of the British Isles, almost all 
of which will be represented in their perfect state, or that of repro- 
duction. ‘The work is to be published by subscription. 

Names of subscribers and communications to be addressed to the 
care of Mr. Van Voorst, Paternoster Row. 


Booxs REcEIvVED. 


Die Sud Afrikanische Crustaceen :—The South African Crustacea. 
4to. with Four Plates. Von Dr. Ferdinand Krauss, Stuttgard. 


Handbuch einer Geschichte der Natur :—Manual of a History of 
Nature. By Heinrich C. Bronn, Prof. Nat. Hist. Heidelberg. 2 vols. 
with several Plates. 


Elements of Natural History. By Mrs. R. Lee, illustrated with en- 
gravings on wood. [A very excellent manual for the instruction of 
youth. ] 


PROCEEDINGS OF LEARNED SOCIETIES. 


ZOOLOGICAL SOCIETY. 
May 9, 1843.—William Yarrell, Esq., Vice-President, in the Chair. 


The following descriptions of new species of Shells belonging to 
the genus Cyclostoma, by Mr. G. B. Sowerby, were read. 


CycLostoma PuUSsILLUM, nob., Thes. Conch. part 3. pl. 23. f. 55*. 
Cycl. testd orbiculari, subdiscoided ; apice spire subprominulo ; 
anfractibus quatuor, rotundatis, lineis incrementi soliim striatis ; 
suturd profundd ; aperturd circulari, peritremate tenuiusculo, sub- 
reflexo, postice prope anfractum ultimum subemarginato ; umbilico 
patulo ; operculo multispirali, extis concavo, margine canaliculato, 
intus nitido. 

Var. a. Found at the roots of shrubs and trees at Calauang, isle 

of Luzon, by H. Cuming. 

Var. 6, Found under decayed leaves in the isle of Negros, by H. 

Cuming. 


296 Zoological Society. 


CycLosToMA RUFESCENS, nob., Thes. Conch. part 3. pl. 24. f. 36, 
37. Cycl. testd suborbiculari, rufescente, spird brevi, anfractibus 
guatuor, rotundatis, spiraliter costellatis et striatis, costellis 
crenulatis; suturd profundd ; aperturd circulari, peritremate tenui ; 
umbilico magno. 

There are two varieties of this species, one of a dark red colour, 

the other almost white. They were communicated by Mr. Powis, 
from Martinique. 


CycLosTtoMa PLEBEIUM, nob., Thes. Conch. part 3. pl. 24. f. 40. 
Cycl. testd subglobosd, tenui, obscurd, subfuscd, spird breviusculd ; 
anfractibus quatuor, rotundatis, rapide crescentibus, apice obtusi- 
usculo ; suturd distinctd ; aperturad magnd, circulari, peritremate 
tenui; umbilico parvulo ; operculo multispirali, extis albicante, 
maculd centrali, depressd, margine canaliculato, intas nitido. 

Found in the earth under decayed leaves at Calauang, in the pro- 

vince of Laguna, isle of Luzon, by H. Cuming. 


CycLostoma spurcuM, nob., Thes. Conch. part 3. pl. 24. f. 75, 76. 
Cycl. testd suborbiculari, rufescente-fuscd, spird prominuld ; an- 
fractibus quatuor, rotundatis, albicante-subvariegatis, spiraliter 
striatis et subcarinatis, suturd distinctd, subcrenulatd ; aperturd 
circulari, peritremate albo, tenui, subreflero ; umbilico parvo ; 
operculo crassiusculo, anfractibus quinis. 

From the Seychelle Islands. In Mr. Cuming’s collection. 


Cyctostoma Cincinnvs, nob., Thes. Conch. part 3. pl. 24. f. 77, 
78. Cycel. testd suborbiculari, subturritd, tenui, albidd, interdiam 
Susco-unifasciatd ; anfractibus quinis, rotundatis, posticé spiraliter 
sulcatis, sulcis subdistantibus, anticé spiraliter striatis ; suturd 
distinctd ; apertura circulari, peritremate tenui, versus umbilicum 
parvum subreflexo, apice obtusiusculo. 

Locality not known. In Mr. Cuming’s collection. 


CyrcLostoma nitipum, nob., Thes. Conch. part 3. pl. 29. f. 225; 
226, 227. Cycl. testd globoso-conicd, tenui, pellucidd, levi, 
albd, interdiim fusco-variegatd, spird acuminatd, anfractibus quinis, 
rotundatis, ultimo maximo, ventricoso, apertura circulari, peritre- 
mate reflexo, latere columellari subsinuato ; suturd distinctd ; um- 
bilico parvo ; operculo tenut, corneo, spirali. 

Var. a. Shell pale, closely dotted with brown; on leaves of bushes 

in the isle of Guimaras. 

Var. 6. Shell pale, with brown dots and bands; from the same 

locality as a. 
Var. c. Shell white; same locality as a, and on leaves of trees at 
Sibonga. 

Var. d. Shell pale; found at Cabanatuan. 

Var. e. Shell pale, with brown streaks and dots; from the island 

of Guimaras. 

CycLostoMa concinnvM, nob., Thes. Conch. part 3. pl. 29. f. 223, 
224. Cycl. testé globoso-conicd, tenui, pellucida, levi, albidd, 

. wviridi-fusco spiraliter lineatd, spird acuminatd, anfrdctibus quinis, 
rotundatis, ultimo maximo, ventricoso ; apertura circulari, peri- 


Zoological Society. 297 


tremate reflexo, latere columellari subsinuato ; suturd distinctd ; 
umbilico parvo ; operculo tenui, corneo, sptrali. 

Several varieties of this very pretty species have been brought 
by Mr. Cuming from the Philippine Islands; they are as follows :— 

Var. a. Shell with numerous brownish spiral lines. On leaves of 
trees at Jacna, isle of Bohol. 

Var. 6. Shell white, opake, with hyaline spiral lines and a brown 
band in front. Found on leaves of bushes at Misamis, island of 
Mindanao. 

Var. c. Shell like var. b, but without the brown band. On leaves 
of trees, island of Camaguing. 

Var. d. Shell with broader brownish spiral lines. Found on leaves 
of bushes at Loon, island of Bohol. 

Var. e. With the spiral brownish bands subinterrupted. Found 
at Marabojoc, island of Bohol, on leaves of trees. 

Var. f. Shell pale brown, covered with a thin epidermis with his- 
pid spiral lines. Found on leaves of bushes at Loboc, island of Bohol. 


CycLostoMa aquitum, nob., Thes. Conch. part 3. pl. 27. f. 131. 
Cycl. testd suborbiculari, subdepressd, tenuiusculd, levi, fulves- 
cente-fusco, nonnunquam cingulo pallescente mediano ; spird brevi, 
acuminatiusculd, anfractibus quinis, subplanulatis, primis paulu- 
lim carinatis, ultimo maximo, rotundato; aperturd circulari, ex- 
pansd, albicante vel fulvescente, peritremate subincrassato, reflexo, 
supra anfractum ultimum interrupto, latere umbilicali subsinuato ; 
umbilico magno. - 

Found in the woods at Singapore under decayed leaves, by H. 

Cuming. 

CycLosTOMA IRRORATUM, nob., Thes. Conch. part 3. pl. 27. f. 134, 
135. Cycl. testa subgloboso-conicd, tenui, levi, pallescente, fusco- 
irroratd, plerumque cingulo mediano nigricante ; spird elevatius- 
culd, apice nigricanie, obtuso ; anfractibus quinis, ventricosis, 
primim subcarinatis, deindé rotundatis ; suturd tenui; aperturd 
Sere circulari, posticé obsolete subacuminatd, anfractu ultimo tenui- 
ter modificato, peritremate crassiusculo, rotundato-reflexo ; um- 
bilico mediocri. 

Numerous specimens of this species have been imported from 

China within the last few years. 


CycLosToMA SUBSTRIATUM, nob., Thes. Conch. part 3. pl. 25. f. 95. 
Cycl. testé suborbiculari, depressd, crassiusculd, leviusculd, fus- 
cescente, spird brevissimd, submucronatd ; anfractibus quatuor, 
rotundatis, postice transversim striatis, striis ex suturd profundd 
radiantibus, antice levibus ; aperturd circulari, peritremate subin- 
crassato, subreflexo ; umbilico lato; operculo multispirali, latere 
canaliculato, intis nitido. 

Found in earth under decayed leaves in the island of Siquijod, by 

H. Cuming. 


CycLosTroMA SEMISULCATUM,nob., Thes. Conch. part 3. pl. 25. f.99. 
Cycl. testa suborbiculari, depressiusculd, tenuiusculd, albicanie, 
fascia angusta mediand, fusco-nigricante, postice plerumque brun- 


298 Zoological Society. 


neo-variegatd ; spird brevi, anfractibus quinque, postice spiraliter 
sulcatis, sulcis distantibus, anticé leviter striatis vel levibus ; su- 
turd distinctd; aperturd feré circulari, peritremate incrassato, 
subreflexo, postice angulifero ; umbilico lato, intis spiraliter stri- 
ato ; operculo corneo, crassiusculo, extis sublamelloso, intis levi. 
Cycitostoma PanayeEnsgE, nob., Thes. Conch. part 3. pl. 30. f. 239. 
Cycl. testa globoso-conicd, tenuissimd, pellucida, levi, fuscescente, 
spird brevi, obtusiusculd, anfractibus quinque, spiraliter et distan- 
ter substriatis, rotundatis, ultimo antice ad peripheriam carind 
obsoletd munito ; aperturd magna, fere circulari, peritremate lato, 
reflexo, ad ultimum anfractum interrupto, margine interno albo, 
externo fusco ; umbilico parvo ; operculo tenui, anfractibus 5—6. 
Found on leaves of bushes in the island of Panay and in the moun- 
tains of Basey, island of Samar, by H. Cuming. 


CycLostoma LuTgostToma, nob., Thes.Conch. part 3. pl. 30. f. 228, 
229. Cycl. testé globoso-conicd, tenui, pellucidd, albidd, epider- 
mide tenui, corned indutd ; spird acuminata ; anfractibus quinque, 
rotundatis, ultimo magno, ventricoso ; aperturd subcirculari, peri- 
tremate reflexo, aurantiaco, latere columellari subsinuato, prope 
ultimum anfractum interrupto ; suturd distinctd ; umbilico parvo ; 
operculo tenui corneo, multispiralt. 

On leaves of bushes in the island of Guimaras. 


Cyctostoma 1nsi@eneE, nob., Thes. Conch. part 3. pl. 30. f. 232. 
Cycl. testd subglobosd, subconoided, pretenui, corned, pellucida, 
viridescente fuscd, spird acuminatiusculd ; anfractibus quinque, 
primis rotundatis, levibus, duabus ultimis tenerrimé transversim 
striatis, margine acute carinato, postice subplanulatis, 5- ad 7 
carinatis, ultimo maximo, ante carinam subobsoleté 2- vel 3-cari- 

_ natis; aperturd magnd, subcirculari, peritremate tenui, reflexo, 
intis albo, ultimo anfractu modificato ; umbilico exiguo; operculo 
tenui, corneo. 

Found on leaves of trees at Calapan, island of Mindoro, by H. 

Cuming. 

Cycrostoma Fisuta, Thes. Conch. part 3. pl. 30. f. 240, 241,242. 
Cycl. testd suborbiculari, conicd, tenui, cinerascente-fuscd vel al- 
bidd, nonnunquam fusco angulatim strigatd, spird acuminatiusculd, 
anfractibus 5—6, levibus, lineis spiralibus nonnullis elevatiusculis, 
ultimd magnd, antic? obtuse carinatd, ante peripheriam subplanu- 
latd ; aperturd subobliqud, rotundato-subquadratd, peritremate re- 
fleco, supra ultimum anfractum late interrupto, latere umbilicali 
rotundato revoluto ; umbilico parvo, angusto ; operculo tenui, cor- 
neo, anfractibus 6-7. 

Several varieties of this species were brought from the Philippine 

Islands by Mr. Cuming ; they are as follows :— 

Var. a. Shell greyish red. Found on leaves of trees at St. Juan, 

in the province of Cagayan, island of Luzon. 

Var. b. Shell white, with angular brown stripes. Same locality as a. 

Var. c. Shell white, with very delicate brownish streaks. Same 

locality as a. 


Zoological Society. 299 


Var. d. Shell larger; white. Found upon palm-leaves near Cata- 
naun, in the province of Tayabas, island of Luzon. 

Var. e. Shell small; white. On leaves of trees at Lallo, in the 
province of Cagayan. 


Cyciosroma Lavx, Gray; C. immaculatum, Chemnitz. 

Of this species Mr. Cuming has collected the following varieties, 
viz. 

Var. a. Shell white, with an obsolete keel. Found on leaves of 
trees at Bulinao, province of Zambales. 

Var. 6. Shell whitish, covered with small brown streaks and dots. 
Same locality as a. 

Var. c. Shell white, with a brown band in front. Same locality as a. 

Var. d. Shell of a pale colour, with a brown circumferential band. 
Found on leaves of bushes at Sinait, in the province of South Ilocos, 
island of Luzon. 

Var. e. Shell pale, with strongly marked irregular stripes of brown. 
Same locality as a. 


CycLosToMA PERPLEXUM, nob., Thes. Conch. part 3. pl. 30. f. 248, 
244. Cycl. testd suborbiculari, subconicd, tenui, albidd, pallide 
Susco varie nubeculatd, spird brevi, anfractibus quinque, subrotun- 
datis, levibus, ultimo ad peripheriam subcarinato, posticé lineis 
levatiusculis distantibus nonnullis munito ; suturd indistinctd ; aper- 
turd subcirculari, peritremate crassiusculo, reflexo, ad ultimum an- 
Sfractum interrupto, latere umbilicali revoluto ; umbilico mediocri. 

Found on bushes at Abulug, isle of Luzon, by Mr. Cuming. 


CycLostoma mucronattM, nob., Thes. Conch. part 3. pl.25. f.91. 
Cycl. testd suborbiculari, depressd, pallescente-fuscd, tenui, spird 
brevi, mucronatd ; anfractibus quatuor, rapide crescentibus, rotun- 

‘datis, tenerrimeé transversim striatis ; suturd validd ; aperturd cir- 
culari, peritremate duplici, eaterno lato, subreflexo, interno angusto, 
lineart ; umbilico lato; operculo multispirali, suturd anfractuum 
lamellosd, margine canaliculato, intis nitido. 

Found by Mr. Cuming under decayed leaves at Calauang in Luzon. 


CyYcLosToMA FULVEscENS, nob., Thes. Conch. part 3. pl. 25. f. 79, 
80. Cycl. testd globoso-conicd, tenuiusculd, pallidé brunned, spird 
subacuminatd, anfractibus quinque, rotundatis, confertim spiraliter 
striatis, ultimo maximo ; aperturd fere circulari, peritremate tenut ; 
suturd distinctd ; umbilico parvo. 

From Madagascar. Sent to Mr. Cuming by Mr. Petit. 


CyYcLosToMA LINGULATUM, nob., Thes. Conch. part 3. pl. 30. f. 208, 
209, 210. Cyel. tesid suborbiculari, subdepresso-conoided, tenuius- 
culd, levigatd, pallidé fusco varie maculata, vel radiatim strigatd, 
spird brevi, subacuminatd, apice obtusiusculo ; suturd subincon- 
spicud; anfractibus 44, ventricosiusculis, plerumque acutimargi- 
natis, nonnungudm margine ultimi rotundato ; aperturd circulari, 
peritremate pallido, plerumque duplici, interno lineari, externo 
latiori, reflexo, supra umbilicum plus minusve late extenso ; umbilico 
mediocri ; operculo corneo, tenui, multispiralt. 

Var. a. Distinctly keeled, dark brown, white-spotted near the 


300 Zoological Society. 


suture and at the circumference. Found on leaves of bushes in the 
island of Siquijod. 

Var. 6. Of a pale colour, variously mottled with dark brown. 
Found in the same locality as var. a. 

Var. c. Of a dark brown colour, with angular radiating white 
stripes. Found on leaves of bushes at Daleguete, in the island of 
Zebu. 

Var. d. Strongly keeled, with dark brown marks radiating from 
the suture, and speckled with brown. Also from Daleguete. 

Var. e. Last volution rounded. Found on leaves of bushes at 
Sibonga, in the island of Zebu. 

Var. f. Last volution rounded, colour very pale, variously mottled 
and speckled with brown. Found on leaves of bushes at Loboc, 
island of Bohol. 

Var. g. Of a very dark colour, variously mottled, and with the 
ligulate appendage of the lip very small. Found on leaves of bushes 
at Argao, in the island of Zebu. 

Var. h. Of a paler colour, but in other respects like g. Found on 
leaves of bushes at Loboc. 


CyYcLosTOMA ATRICAPILLUM, nob., Thes. Conch. part 3. pl. 30. 
f. 230, 231. Cyel. testa globoso-pyramidali, tenui, nitiduld, albi- 
cante, varie fusco-strigatd, apice nigro, anfractibus 5, subrotunda- 
tis, plus minusve obsolete spiraliter carinatis ; suturd distinctd ; 
aperturd rotundatd, superné subacuminatd, peritremate acuto, re- 
flexo, latere umbilicali subsinuato, ultimi anfractus interrupto ; 
umbilico parvo ; operculo corneo, tenut. 

Mr. Cuming has brought the following varieties, viz. :— 

Var. a. Nearly white, mottled variously with pale brown. Found 

on leaves of trees and bushes at Puerto-galero, isle of Mindoro. 
Var. 6. Of a brown colour, with pale mottlings. From the same 
locality as a. 

Var. c. Of a pale colour mottled with dark brown, and a dark and 
light brown articulated band in front of the suture. Same locality as a. 

Var. d. Of a pale colour, with dark brown irregular stripes radi- 
ating from the suture ; paler i front. Same locality as a. 

Var. e. White, with similar radiating dark brown stripes; keel 
white ; brown stripes continued over the front. Found on leaves of 
trees and bushes at Calapan, island of Mindoro. 


CycLostoma Gonrostoma, nob., Thes.Conch. part 3. pl. 30. f.223, 
224. Cycl. testd suborbiculari, conoided, margine carinato, tenut, 
subpellucidd, levi, albidd, fusco varie strigatd, spird acuminatd, 
apice nigricante, obtusiusculd ; anfractibus 54, planulatis, ultimo 
subventricoso, obsolete bi- vel tricarinatis, margine acuto, antice 
subplanulato ; aperturd rotundato-subtrigond, antice subrotundata, 
posticé extusque angulatd, peritremate tenui, angusto, reflexo ; um- 
bilico parvo. 

The two following varieties were found by Mr. Cuming at Caga- 

yan, in the province of Misamis, island of Mindanao :— 

Var. a. Of a pale colour, with dark brown sca ok 

Var. 6. Of an uniform dun colour. 


Zoological Society. 301 


CycLosToMa ACUMINATUM, nob., Thes. Conch. part 3. pl. 30. f.235. 
Cycl. testd subglobosd, pyramidali, tenui, levi, pellucidd, albicante, 
spird acuminatd, apice obtusiusculo, fuscescente, anfractibus sex, 
rotundatis, substriatis, ultimo magno, carind ad peripheriam ob- 
soletiusculd munito, ante carinam planulatiusculo ; aperturd subcir- 
culari, postice subacuminatd, peritremate tenui, reflexo, ad ultimum 
anfractum interrupto, latere umbilicali subsinuato ; umbilico parvo. 

Found by Mr. Cuming on leaves of trees at St. Juan, isle of Luzon. 


Cyctostoma minus, nob., Thes. Conch. part 3. pl. 30. f. 249. 
Cycl. testd ovato-oblongd, cylindraced, tenui, hyalind, levi, nitidd, 
spird obtusd, apice quasi truncato ; anfractibus 4 ad 5, ventri- 
cosis, primis 2 ad 3 minimis, transversim costellatis ; aperturd 
circulari, peritremate reflexo ; umbilico nullo. 

Found under decayed leaves in the mountains of Igbaras, province 

of Ilo Ilo, island of Panay, by Mr. Cuming. 


CycLosTroMa c1L1ATuM, nob., Thes. Conch. part 3. pl. 30. f.237,238. 
Cycl. testd suborbiculari, conoided, tenuiusculd, levigatd, fulves- 
cente, fusco radiatim strigatd, spird brevi, submucronatd ; apice 
acuminatiusculo ; anfractibus quinque, subrotundatis, ultimo magno, 
margine carinato (carind epidermide ciliatd) ; aperturd circulari, 
peritremate reflexo, postice emarginato ; umbilico magno ; operculo 
tenui, corneo, multispirali. 

Found under stones at Mount Isarog, in the province of South 

Camarinas, island of Luzon. 


Cyctostoma He icorpss, nob., Thes. Conch. part 3. pl. 30. f. 245, 
246. Cycl. testd suborbiculari, conoidali, crassiusculd, spiraliter 
striatd, fulvescente, fusco radiatim strigatd ; spird brevi, acumina- 
tiusculd, anfractibus 5 ad 6, rotundatis, antice levibus, postice spi- 
raliter striatis, obsolete 4- ad 5-carinatis, carinis duabus posticis 
epidermide ciliatis ; aperturd circulari, peritremate duplici, albi- 
cante, postice emarginato, interno tenui, levatiusculo, externo an- 
gusto, reflexo ; umbilico majusculo ; operculo tenui, corneo, multi- 
spirali. 

Var. a. Dark-coloured. Found under decayed leaves at Gindul- 

man, in the island of Bohol. 


Var. 6. Pale. Found under decayed leaves at Jacna, island of 
Bohol. 

CycLostoma parvum, nob., Thes. Conch. part 3. pl. 31. f. 254, 
255. Cycl. testd suborbiculari, depresso-conoided, tenui, levigatd, 
Sulvescente, radiatim fusco strigatd, spird brevi, submucronatd, 
anfractibus quinque, rotundatis, tenerrime spiraliter striatis, obso- 
letissime 4—5-carinatis ; aperturd circulari, peritremate simplici, 
posticé subemarginato ; umbilico magno ; operculo corneo, crasso. 

Var. a. Found under decayed leaves at Daleguete, island of Zebu. 

Var. 6. Found under decayed leaves at Dingle, isle of Panay. 


Cyciostoma macutosum, Thes, Conch. part 3. pl. 31. f. 256, 257. 
Cycl. testd suborbiculari, depressd, crassiusculd, levi, castaned, 
albido-maculosd, spird paululim levatd, apice nigricante ; anfrac- 
tibus 4, rotundatis, obsolete spiraliter striatis ; aperturd subcircu- 


302 Zoological Society. 


lari, peritremate subincrassato, subreflexo, postic? acuminatiusculo ; 
umbilico maximo, spiraliter castaneo lineato. 
In Mr. Cuming’s collection. 


Mr. Gulliver then communicated his notes on the blood-corpus- 
cles of the Stanley Musk Deer. 

*« Since my observations* have shown that the blood-discs of the 
Napu Musk Deer (Moschus Javanicus, Pallas) are minuter than those 
hitherto described of any other mammal, the size of the red particles 
of other allied species has become an interesting question. 

“The following measurements which I have lately made of the 
blood-discs of the Stanley Musk Deer (Moschus Stanleyanus, Gray) 
are expressed in vulgar fractions of an English inch :— 

pipers oi \ Common sizes 
1-10664 : 


1-16000 Small size. 
1- 8000 Large size. 


1-10825 Average. 

‘“‘ Hence the corpuscles of this animal are nearly as minute as those 
of the Napu Musk Deer and smaller than those of the Ibex and of 
the Goat, as may be seen by a reference to the comparative measure- 
ments given of the corpuscles of the three last-named animals in my 
paper on the blood-corpuscles of the Ibex, published in the Proceed- 
ings of this Society, August 9, 1842.” 


Various species of Bats from the Philippine Islands, collected by 
Hugh Cuming, Esq., Corresponding Member, were placed on the 
table, and Mr. Waterhouse read his notes relating to them. He ob- 
served that the specimens exhibited formed part only of the extensive | 
series brought home, and that he should lay the remaining portion 
before the Society on a future occasion. 

Of the genus Pteropus, as now restricted, Mr. Cuming’s collection 
contained two species: one is undoubtedly the Pteropus jubatus of 
Eschscholtz; the other is perhaps new. It is rather less than the 
Pteropus Edwardsii, and does not agree precisely with any of the 
descriptions given by T’emminck in his ‘ Monographies.’ The head 
is rusty yellow, slightly tinted with brownish on the muzzle and 
around the eye; the back of the neck, down to the shoulder, is of a 
beautiful golden rust-colour; the hair here is loose, but from the 
shoulder downwards the hair is of a harsher nature, closely applied to 
the body, and is of a very deep brown hue, but somewhat tinted with 
rust-colour near the thigh; the throat is of a deep chocolate- brown 
colour, and the under parts of the body are of a bright rust tint, ex- 
cepting at the sides, where a dusky hue prevails; the hair on the 
humerus and on the under side of the membrane is nearly black. 
The interfemoral membrane is very narrow and much hidden by the 
fur. The principal dimensions are— 


* Trans. Roy. Med. Ch. Soe, v. 23; Dublin Med. Press, Noy. 27, 1839. 


Zoological Society. 303 


| in. lin. * 
Rotel length i352. 6. has ihe Sli gid Pies Gc0Bic6 
Expanse: of the wings © :. 0's .isele's i's Sees 32. 0 
From the tip of the muzzle to the ear ...... 2 2 
Lengthiof-ear «: 60200 Pashia. A reteren 7 oe 0 10 


Depth of interfemoral membrane about .... O 6 

The collection contains but one specimen of this species, and that 
is preserved in spirit ; I will not venture therefore to apply a specific 
name, having such imperfect materials. 

Of the genus Pachysoma the collection contains three species— 
P. amplexicaudatum (Geoft.), P. titthecheilum (Temm.), and the P. 
brevicaudatum (Is. Geoff.). | 

Macroglossus minimus (Pteropus minimus, Geoff.).—Of this species 
I find three specimens in the present collection. In all, the mem- 
branes of the wings, &c. are of a rich reddish brown colour. 

Genus Rhinolophus.—Four species of this genus were brought 
home by Mr. Cuming. The first and largest species, I can feel no 
doubt, having examined its skull in combination with the external 
characters, is the R. nobilis, Horsf. The second I have pretty clearly 
identified with the R. bicolor of Temminck, and the other two are, I 
believe, undescribed. Their characters may be thus expressed :— 


RuinoLopuus premazus. Rhin. prosthemate superiore semicircu- 
lari ; corpore supra nigricante ( pilis ad basin albescentibus), subtis 
cinerescente ; auribus acutis ad latus exterius distincté emarginatis. 


unc. lin. 

Longitudo ab apice rostri ad caude basin.... 1 5 
CONE i ROR AES Pie a Vee .. 0 104 
UTI! A BETO SL oe 0: ID) idk 
antibrachitt ........ eed AR ie) Dbz 

Alarum amplitudo ........0...06. Le apilae ingot g 


This small species is almost of an uniform sooty colour (as seen in 
spirit), but the under parts are inclining to grey; and the fur on the 
back, though blackish externally, is nearly white next the skin; the 
hair on the lips and chin is white. The membranous appendages 
of the nose are of considerable extent, and, taken together, they 
form an oval figure; this is transversely divided near the middle 
by a slight fleshy ridge; the membrane in front of this ridge, and 
which encircles the nostril-openings, has its edges free, and on 
each side of the muzzle are two distinct longitudinal narrow folds 
of membrane, situated partially under the free edge of the mem. 
brane which encircles the nostrils: behind the transverse mesial 
ridge is what may be termed the posterior nose-leaf; this is of a 
semicircular form, has its margin thickened and raised, and send- 
ing forwards to the transverse ridge just mentioned three small 
ridges, dividing the interspace into four little hollows or pits. The 
ears are of moderate size, acute at the point, and have the outer 
margin distinctly emarginated. On the lips are some indistinct 
warts, and on the tip of the lower lip are two which are more pro- 
minent and distinct. 

The R. pygmaeus approaches somewhat to the R. bicolor, but differs 


304 Zovlogical Society. 


not ohly in colour, but in having the ears smaller and distinctly emar- 
ginated externally ; the hinder nose-leaf is larger. It approaches in 
size the R. tricuspidatus. ‘The ears are larger than in that species, 
and the nose-leaf is also larger, considerably more extended in the 
antero-posterior direction, and differs moreover in structure. 


RurnoLtornus Purippinensis. Rhinol. supra obscure fuscus, 
subtis fusco-cinerescens ; auribus magnis, subacutis, ad latus ex- 
terius emarginatis, et lobo magno accessorio, ad apicem rotundato, 
instructis ; prosthemate maximo lobo posteriore lanceolato, ante- 
riore valde elevato, ad apicem truncato, ad basin dilatato, hoc ferro- 
equino membraneo circumdato. 


unc. lin. 

Longitudo capitis cum corpore............ 1 il 
came 2899 ONSET POT PEERY 176 

Rursum’ OPP LS PI. Sey et ae ee OCT 
antibrachii........ PS eet is a 1 10 

Alarum amplitudo ...... Ge SPAS SBOE 10 6 


This species belongs to the same section as the Rhinolophus ferrum-. 
equinum,—the second section of T’emminck’s ‘ Monographies,’—and 
approaches most nearly to the R. euryotis of that author, from which 
however it may be readily distinguished by the-much larger size of 
the accessory lobe of the ear, and the truncated form of the foremost 
of the two membranaceous nasal appendages. It also approaches, in ~ 
the large size of the ears and great development of the nasal appen- 
dages, the R. ductus of Temminck, but is of smaller size; the ears 
are rather less acutely pointed; the accessory lobe at the base is 
longer and proportionally narrower, and the proportions of the nasal 
membrane differ. In spirit the colour of the fur is very dark brown ; 
on the under parts of the body rather paler than on the-upper, and 
inclining to greyish. The nasal membranous appendages are very 
complicated, and being evidently on the same type as the R. luctus, 
I will compare them with the corresponding parts as shown in Tem- 
minck’s figure of that species. ‘The large decumbent horse-shoe 
membrane is the same as in Juctus, and similarly notched in front. 
The foremost of the two elevated appendages is nearly the same, but 
the lateral lobes at the base are less produced and considerably 
smaller; joining these lobes on each side is a small membranous 
fold extending outwards and backwards, and is attached to the 
horse-shoe membrane. ‘The posterior lobe is lanceolate and more 
pointed than in luctus, has a transverse fold near its base as in that 
species, and is joined to the anterior truncated elevated lobe by 
a longitudinally elevated membrane. The height of the posterior 
lanceolate lobe is 34 lines, and of the anterior lobe 22 lines, or rather 
more. On the side ‘of the muzzle is a longitudinal fleshy ridge. ‘The 
chin presents four warts, two at the tip and one on each side of these. 
The extreme point of the tail is free, the free portion being however 
not more than half a line in length. 

Lastly, Mr. Waterhouse called attention to a new species of Me- 
gaderma. 

MreapERMA Puivippinensis. Meg. supra cinereo-fuscus, subtis 


Zoological Society. 305 


cinereus ; prosthemate verticali, fere ovali, ad apicem subtruncato, 
horizontali, pauld minori, cordiformi; auribus permagnis, trago 
elongato, attenuato, acuto, ad basin, antice, lobo mediocri acuto in- 


structo, 
’ une. lin 
Longitudo capitis cum corpore............ 2 8 
peer BUTE, hadi in i SU MRENIE ale mao ole te 1 14* 
ANLDT ACHE ou sib din Vo) 0(sn)i Wie ieee > 2 14 
Alarum amplituddisadipicgcieid icv wis wslb, ssais ie 12 9 


This species, of which Mr. Cuming’s collection contains several 
specimens, agrees closely with the M. trifolium of Geoffroy in having 
the foremost nose-leaf broader and the hinder one shorter and broader 
than in M. Lyra; but it differs from the M. trifolium in the form of 
the tragus of the ear, this not presenting the character which sug- 
gested the specific name; it differs moreover (judging from M. Geof- 
froy’s figure) in having the ears considerably larger, and not quite 
so deeply cleft. The whole length of the divided nose-leaf is 53 
lines, of which the anterior cordiform portion is rather less than half ; 
the greatest width of the posterior portion is nearly 33 lines, and of 
the anterior portion 32 or nearly 3% lines. The length of the tragus 
of the ear is 84 lines; it is very narrow and acutely pointed, and at 
the base has a small nearly triangular lobe about two lines in 
length. 

The specimens from which my description is taken are preserved 
in spirit, consequently the proportions given of the nose-leaf, &c. are 
likely to be more accurate than were they preserved in a dry state. 


Mr. Fraser pointed out the distinguishing characters of a new 
species of Partridge which had recently died at the Society’s mena- 
gerie. Several specimens of this species, for which Mr. Fraser pro- 
posed the name Perdix Bonhami, were procured at Tehran, in Persia, 
by Edward W. Bonham, Esq., H.M. agent at Tabreez, Persia, and 
presented to the Society by that gentleman, together with a living 
specimen of the Tetraogallus Nigelli from the same locality, which 
having died had been stuffed, and was exhibited at the Meeting. 
The new Partridge was thus characterized :— 


Perpix Bonnamri. Perd. arenaceo-flava, plumis nigro adspersis 
presertim apud latera, collum et pectus, hoc notd circulari ornato ; 
strigis superciliaribus subocularibus, et frontalibus nigris ; plumis 
auricularibus albis, laterum plumis nigro-marginatis ; rectricibus 
caude quatuor externis crissoque rujis ; rostro corneo. 

Foemina distinctiis adspersa, quamvis notis nigris auribusque albis, 
maris signis, caret. 

This species is nearly allied to Perdix Heyi, Temm. Pl. Col., but 
is readily distinguished from that bird by the black stripes about the 
head of the male. The female differs in having a more mottled ap- 
pearance. 


Mr. Yarrell exhibited a specimen of the Puffinus obscurus from 
* T measure the height of the ears externally from the crown of the 


head. 
Ann. & Mag. N. Hist. Vol. xiii. xX 


306 Zoological Society. 


the Dardanelles, and called attention to some peculiarities in its 
habits, as pointed out in the ‘ Familiar History of Birds,’ &c. by the 
Rev. Edward Stanley (now Bishop of Norwich), to whom the speci- 
men belonged. Considerable interest is attached to the bird exhibited, 
since, though often alluded to by travellers who have visited the 
Dardanelles (but under native names only),naturalists were not aware 
to what species the accounts referred; and moreover certain preju- 
dices of the inhabitants render it extremely difficult to procure this 
species of Petrel from the locality mentioned. 


June 13.—Prof. Rymer Jones in the Chair. 


The following Notes by Prof. E. Forbes, on the species of Neera 
(Gray) inhabiting the Egean Sea, were read :-— 

«‘ Among the Mollusca inhabiting the seas of the Grecian Archi- 
pelago are four species of the genus Neera, two of which have been 
previously described, and two are apparently new. 

«The described species are the Neera cuspidata, a well-known 
shell, and the type of the genus, extensively distributed throughout 
the European seas. In the Egean it is scarce, but by no means 
local; and of all the Greek species, is that found in the shallowest 
water. The second described species is the Neera costellata, a beau- 
tiful bivalve hitherto recorded only in the fossil state. It was de- 
scribed and figured by M. Deshayes in the great French work on the 
Morea, from specimens found in the tertiary strata of that country. 
I have taken it not unfrequently in the Egean, sometimes alive and 
at considerable depths, even below 100 fathoms. 

‘‘ Of the new species, one is nearly allied to Neera cuspidata, and 
appears to replace it in the deeper parts of the Egean. I have called it 


Neara arrenvata. N. testd oblongd, obsoleté striatd, antic? ro- 
tundatd, superiore subangulatd, postice longi-rostratd ; rostro an- 
gusto, ared lineari transverse striatd ; umbonibus obtusis ; dente 


laterali in valvuld superiori lineart. Long. 07%; lat. 07%;. 


“The second is an anormal and aberrant form, differing in its 
hinge characters from the other Egean species. It inhabits very 
deep water, even to 200 fathoms, and I have never taken it in less 
than 100. I have never met with it alive.” 


NeE#RA ABBREVIATA. WN, testd suborbiculari, transverse leviter 
sulcatd, antic? rotundatd, postice brevi-rostratd ; rostro lato, ared 
obsoletd ; umbonibus acutissimis ; dente laterali obsoleto. 


The following paper was then read :— 

‘‘ Descriptions of new species of Neera, from the collection of Sir 
Edward Belcher, C.B., made during a voyage round the world, and 
from that of Hugh Cuming, Esq., obtained during his visit to the 
Philippines ; with notices of the synonomy.” By Mr. Hinds. 

The number of species of Neera, Gray, now on record permits us 
to generalize on their geographic distribution. They are all found in 
water of greater or less depth, and spread over a wide extent of 
latitude; the larger proportion are found in the seas of warm cli- 
mates, particularly of the Indian Ocean. In the Atlantic the group 


Zoological Society. 307 


is met with in a high northern latitude, but the number of species 
gradually diminishes towards the seas of temperate or cold climates. 
A few of the recent species are found in a fossil state in the more 
recent tertiary deposits, and there are some fossil species which 
hitherto have not been noticed in a recent state. The individuality 
of the genus has also been maintained by M. Nardo, who has called 
it Cuspidaria. 

Nerzra rostrata, Chemnitz (sp.). 

Mya rostrata, Chem., vol. xi. p. 195. vig. C, D.; Dillwyn, Cat. 
vol. i. p. 45. 

Anatina longirostris, Lamarck, Hist. des An. sans Vert., ed. Des- 
hayes, vol. vi. p. 78. 

_ Neera chinensis, Gray. Griffith’s Ed. of Cuvier’s An. Kingd., 
Mollusca, pl. 2. f. 5. 

Neera chinensis, ibid. Index. 

Corbula rostrata, Deshayes, ed. Lamarck. Note. Hanley’s species 
of Lamarck. 

Hab. China. Cab. Cuming. 

Ne#ra cuspipaTa, Olivi (sp.). 

Tellina cuspidata, Olivi, Zool. Adriatic, p. 101. pl. 4. f. 1. 

Erycina cuspidata, Risso, Hist. Nat. des environs de Nice, t. iv. 
p. 366. f. 170. 

Hab. As a recent shell it inhabits deep water in the Adriatic Sea ; 
Northumberland ; also the north-west coast of Sweden. Nor can I 
perceive any specific difference in the valve of a shell obtained from 
eighty-four fathoms in the China Sea, the temperature below being 
66°, and at the surface 83°, except that it is the portion of a much 
larger shell. As a fossil it is described by Risso from ‘ Trinité,’ and 
also abounds in Sicily. 

Ne#ra HyALina. UN. testd magnd, diaphand, ventricosd, anticé 

rotundatd, postice subrostratd, rotundatd; valvis subequalibus ; 
epidermide tenui, scabrd, indutd. Long. 11; lat. 7; alt. 8 lin. 

Neera hyalina, Sowerby, ined. 

Hab. China; Mr. G. B. Sowerby. Cab. Cuming et Belcher. 

My regard for the conchological attainments of Mr. G. B. Sowerby 
has induced me to adopt his cabinet name for this shell. 


Nezra ELEGANS. WN. testd oblongd, tenui, lineis salientibus trans- 
versis ornatd ; rostro angulato, corrugato ; valvarum margine ven- 
trali acuto, simplici. Long. 8; lat. 4; alt. 44 lin. 

Hab. New Guinea, China Sea, and Singapore. On a muddy floor, 

in from seven to eighteen fathoms. 

Cab. Belcher et Cuming. 


NE#RA COSTELLATA, Deshayes (sp.). 

Corbula costellata, Deshayes, Géologie de la Gréce, Mollusques, 
pl. 7. f..1, 2, 3. 

Hab. Originally described as a fossil by Deshayes, but has been 
subsequently obtained recent by Professor Forbes in the Adriatic Sea. 
A pair of valves is in the collection of Mr. Cuming, purporting as 
coming from the north-west coast of Sweden, and has the name of 
Neera sulcata attached to them. 

X 2 


308 Zoological Society. 


Ne#ra costata, Sow. (sp.) 

Anatina costata, Sowerby, Proc. Zool. Soc. 1834, p. 87. 

Hab. The west coast of America, between 2° 47! and 8° 5! north 
lat., namely at St. Helena, from six fathoms, sandy mud; Magnetic 
Island,twenty-two fathoms; and coast of Veragua, twenty-six fathoms, 
mud. Cab. Belcher et Cuming. 

Nezra Govutpiana. N. testd oblongd, fragili, hyalind, ventricosd ; 
costis duodecim radiantibus ; valvis valde inequalibus; rostro 
lineis tribus obliquis elevatis. Long. 34; lat. 15; alt. 2 lin. 

Hab. New Guinea; Cagayan, island of Mindanao; and Bay of 
Manila, Philippines: in from seven to thirty fathoms, sandy mud. 

Cab. Cuming et Belcher, 

The specific name is in honour of Dr. Gould, the author of the 
able and luminous Report on the Mollusca of Massachusetts. 


Nezra Sincaporensis. WN. testd oblongd, fragili, hyalind, ventri- 
cosd, costis 17-20 radiantibus ; valvis inequalibus ; rostro bre- 
viusculo, lineis tribus obliquis elevatis. Long. 22; lat. 13; alt. 
12 lin. 

ea Singapore ; in seven fathoms, mud. 

Cab. Cuming. A single specimen. 

A shell so very similar to N. Gouldiana that it might most easily 
be confounded with it. In that species however I find the number 
of radiating ribs to be so constant in a number of individuals, that I 
must regard it a good diagnostic character. ‘The present species then 
will be found to differ from it in its smaller size, diminished number 
of radiating ribs, and shorter beak. 


Negara casta. N. testd oblongd, fragili, hyalind, ventricosd ; costis 
numerosis radiantibus, minoribus alternantibus, transverse subtilis- 
simé striatd; rostro breviusculo, parvo, lineis obliquis elevatis in- 
structo. Long. 23; lat. 14; alt. 14 lin. 

Hab. New Guinea ; dredged from a muddy floor in seven fathoms. 

Cab. Belcher. 


Ne#ra concinna. UN. testd oblongd, fragili, subplanulatd ; costis 
numerosis, parvis, confertis, ultimd mazximd ; valvis subequalibus ; 
rostro parvo, breviusculo, lineis tribus obliquis elevatis instructo. 
Long. 24; lat. 1; alt. 14 lin. 

Hab. > Cab. Cuming. 


Nezra pipyma. N. testd oblongd, levigatd, albd; costis duabus 
radiantibus ; margine dorsali antico prominulo ; rostro lato, sub- 
truncato. Long. 3; lat. 2; alt. 2 lin. 

Hab. The west coast of Veragua, in twenty-six fathoms, and 5 in 

society with N. costata. 

Cab. Belcher. 

_ On the anterior and ventral margin there is a disposition to the 
formation of a number of small ribs; the shell is otherwise smooth 
and left to the occupation of the two prominent ribs, which eminently 
distinguish it. 

Newra rosEA. N. testd oblongd, albidd, epidermide tenui striatd 
indutd ; valvis inequalibus, dextrd majori ; rostro attenuato, roseo. 
prs 34; lat. 12; alt. 2 lin. 


Zoological Society. 309 


Hab. New Guinea, in seven fathoms, mud; Cagayan, island of 
Mindanao; San Nicholas, island of Zebu, Philippines, in from five to 
thirty fathoms, sandy mud. 

Cab. Belcher et Cuming. 

Not unlike diminutive specimens of N. cuspidata ; the anterior por- 
tion of the shell, however, does not occupy more than a third of its 
entire length ; the beak is more attenuated and of a rose-colour ; and 
I cannot perceive any vestige of the angular line which extends pos- 
teriorly from the umbo. 

Nera Puiippinensis. N. testd oblongd, albidd, subplanulatd, 
epidermide tenui striatd indutd, in rostro brevi attenuatd ; valvis 
inequalibus, dextrd minori. Long. 24; lat. 1; alt. 13 lin. 

Hab. Cagayan, island of Mindanao, and Batangas, island of Luzon, 

Philippines ; in from twenty to thirty fathoms, sandy mud. 

Cab. Cuming. 

Nera tricona. N, testd trigond, albd, minute sulcatd ; latere 
antico retuso; rostro brevissimo, obliquo. Long. 24; lat. 13; 
alt. 12 lin. 

Hab. ? Cab. Cuming. 


Ne#ra rripescens. N. testd albidd, ventricosd, levigatd, politd ; 
valvis equalibus, margine ventrali postice emarginato ; retuse ros- 
tratd. Long. 8; lat. 4; alt. 54 lin. 

Hab. Sual, island of Luzon, Philippines; from five to seven fathoms, 

sandy mud. 


Nezra opaina. N, testd ovali, hyalind, levigatd, politd, subplanu- 
latd ; valvis equalibus ; rostro gradatim elongato, obtuso. Long. 
6; lat. 2; alt. 41 lin. 
Hab. Bassey, island of Samar, Philippines; from four fathoms, 
among coarse sand and mud. Cab. Cuming. 
In the foregoing ventricose species the anterior portion of the shell 
is considerably dominant. In this flatter species the greater bulk is 
devoted to the formation of the rostrum. 


Nr#ra Lata. N, testd ovali, albidd, planulatd, iridescente, levi- 
gatd, politd ; valvis equalibus ; rostro lato, gradatim attenuato, 
planulato, obtuso ; margine ventrali posticé subemarginato. Long. 
12; lat. 4; alt. 7 lin. 

Hab. Catbalonga, island of Samar, Philippines; from ten fathoms, 

soft mud. Cab. Cuming. 

These three latter species are aberrant, and hold the same relations 

to Neera as Nucula arctica, Brod. et Sow., and its congeners do to 
that genus. 


Various species of Mammalia from Coban, in Central America, were 
exhibited. These specimens were from Mr. J. Gray, who in a letter 
addressed to the Curator, which accompanied them, observes that 
the collection contains the following species: viz. Mustela frenata, 
Licht., Didelphys Quica, Heteromys Desmarestiana, Corsira tropicalis, 
Corsira Temlyas, Saccophorus Quachil, Mus Tazamaca, and Mus Te- 
guina ; all of which species, with the exception of the first two, are 
new to science. 


310 Royal Institution. 


ROYAL INSTITUTION. 


Feb. 23.—At this evening’s meeting Prof. E. Forbes gave a lecture 
** On the light thrown on Geology by Submarine Researches*.”’ Ha- 
ving alluded to the researches of two Italian naturalists, Donati and 
Soldani, who dredged the Adriatic about the middle of the last cen- 
tury, Prof Forbes entered on the important inferences which he had 
derived from similar investigations in the Irish Channel and in the 
Archipelago. His first conclusion was, that marine animals and 
plants are grouped, according to their species, at particular depths 
in the sea, each species having a range of depth appropriated to it- 
self. Prof. Forbes illustrated this assertion by a diagram, indicating 
the plants and animals respectively inhabiting what he termed the 
littoral zone, which extends immediately from the coast—the /ami- 
narian zone, Where the broad-leaved fuci are most abundant—the 
coralline, in which there is an assemblage of mollusca, especially bi- 
valves and corals, and the deep sea coral, so called because in it only 
we find examples of large corals on the British shores. Prof. Forbes 
next alluded to the fact of the number of species diminishing accord- 
ing to depth, so that by gaining an accurate knowledge of the fauna 
and flora appropriated to various sea-bottoms, the naturalist can 
infer their depth: no plants are found below 100 fathoms, and the 
probable zero of animal life is at 300 fathoms. Sedimentary deposits 
below this depth are consequently destitute of organic matter. This 
circumstance bids the geologist to be cautious in inferring that any 
stratum was formed before the creation of animals, on no other ac- 
count than that it is devoid of organic remains: he should rather 
conclude from such deficiency, that the stratum was deposited in 
very deep water. 

Prof. Forbes next remarked that British species are found through- 
out the zones of depth in the Mediterranean Sea; but that in that 
sea, the proportion of northern testacea in the lower zones greatly 
exceeds that in the upper, so that there is a representation of cli- 
mates, or parallels of latitude, in depth. The fourth proposition ad- 
vanced by the Professor was, that all varieties of sea-bottom are not 
equally capable of maintaining animal life. The sandy parts are 
usually the desert ones. Hence the scarcity of fossils in sandstone: 
though traces of worms (which inhabit the sand) are found in ancient 
sandstones. As each animal is not able to live, except on its own 
locality, those marine animals, as the scallop, which are gregarious, 
deteriorating the ground when they increase beyond a certain ex- 
tent, die; then the place becomes silted up, the ground changes, 
and another race occupies it. This fact explains the phenomena of 
distribution of organic remains in rocks; i. e. their being grouped 
together in separate strata, fossiliferous strata alternating with those 
which are free from organic remains. 


* We would refer the reader to the paper which Mr. Forbes published in 
our 4th volume “ On a Shell Bank in the Irish Sea, considered Zoologically 
and Geologically,” and it will be seen how ably and successfully he has 
during his voyage followed out the line of inquiry which he suggested four 
years ago.—See also vol. ix. p. 242.—Eb. 


Botanical Society of Edinburgh. 311 


Prof. Forbes proceeded to observe, that such animals as are com- 
mon to many zones of depth are those which have the greatest hori- 
zontal range in space, and are generally those which are present in 
the tertiary deposits ; and thus it is that the most generally-distributed 
fossils are such as are found in the greatest number of formations ; 
because these are necessarily the most independent of destroying in- 
fluences. But, on the other hand, as the elevation or depression of 
strata to a very small extent would destroy the species peculiar to 
any zone, or to the zone above or beneath it, it becomes an import- 
ant inquiry how this destruction is compensated. In dealing with 
this question, Prof. Forbes announced a most important law in zoo- 
logy, one altogether new to ourselves—viz. That the mollusca migrate. 
He discovered by his own observation, that this is the case even with 
the limpets, the most fixed of all species. This migration occurs in 
their egg-state, when the ova are strung together and floated over 
the ocean, from shore to shore. Jn the larva state they are swim- 
mers. In fact, they commence their life in a form closely analogous 
to that which is permanent among the Pteropods; but though in 
this state they can live in any zone, they cannot arrive at perfection 
except in the peculiar zone to which they are adapted. This accounts 
for the very imperfect shells of prematurely-dying mollusca being 
found at a low depth. Professor Forbes concluded his communica- 
tion by noticing its bearings on the views of the most eminent geo- 
logists of our time. 1st. With regard to Mr. Lyell’s principle of 
distinguishing tertiary strata by the per-centage of recent species in 
each. This is confirmed by Prof. Forbes’s investigations; only in 
using Mr. Lyell’s criterion, the element of depth, which gives cli- 
matal character in living animals, must be taken into account. 2nd. 
Prof. Forbes next noticed that Sir H. De la Beche had hypothetically 
anticipated, what his researches established, the representations of 
climates and depth, ten years ago. 3rd. He lastly ascribed to Vis- 
count d’Archiac and M. de Verneuil the credit of having announced 
(what he had observed and mentioned in the course of his commu- 
nication), that species which are found in a great number of localities, 
and in very distant countries, are always those which have lived 
during the formation of several successive systems.—Atheneum. 


BOTANICAL SOCIETY OF EDINBURGH. 


This Society met on Thursday, the 8th of February, Professor 
Graham in the Chair. 

The following communications were read :— 

1. ‘T'wo papers ‘‘ On the British Desmidiacee,” by Mr. Ralfs. 

2. ‘On some species of Cuscuta,” by Mr. C, C. Babington, M.A., 
F.L.S. &c. (Inserted in the present Number.) 

3. ‘ On the Marine Algz of the vicinity of Aberdeen,” by George 
Dickie, M.D., Lecturer on Botany in the University and King’s Col- 
lege of Aberdeen. 

All these will shortly appear in the ‘ Annals and Magazine of Na- 
tural History.’ | 


_ 


312 Miscellaneous. 


MISCELLANEOUS. 


To Richard Taylor, Esq. 


Calcutta, December 14, 18438. 
My prar Sir, 

Up to this date the following additions have been made to my 
catalogue of Calcutta birds, which, if not too late, you may publish 
along with the rest*: Phenicophaus tristis, v. Melias tristis of Lesson ; 
Ph. longicaudatus of my monograph of Eastern Cuckoos, wherein the 
name tristis is erroneously ascribed to Ph. sumatranus (Raffles), vel 
Diardi of Lesson, a species common on the hill-ranges of Assam. 
Lanius lephronotus, Vigors, v. nipalensis of Hodgson: I have obtained 
three specimens. Dicrurus cerulescens ; Scolopax rusticola. dolius 
retifer 1 believe I before mentioned to you, and I have met with ad- 
ditional specimens of Chaitaris rubeculoides, Phylloscopus fuscatus, 
Charadrius Cantianus, &c. But it is chiefly in other classes that the 
past month has been productive of novelties, the most interesting of 
which are the reputed Entellus Monkey of Southern India, which is 
quite distinct from that of Bengal, and will bear the appellation S. 
pallipes, Elliot; —an apparently new Soosook Dolphin (Platanida) from 
the Hoogly ;—and, most remarkable of all, a true Bison allied to the 
Aurochs and to the American species, from the Shan States border- 
ing on China, inhabiting a suitable, cold and pine-clad region, and 
doubtless extending far to the north-east, within the Chinese domi- 
nions. ¢ 

Calcutta, Dec. 22, 1843. — 

Here are some ‘“‘ more last words ” for you, which as you will re- 
ceive nearly as soon as those I sent a few days back by the ‘‘ Bentinck’”’ 
steamer, I may as well take the present opportunity of forwarding. 
The following are the notabilia which I have now to announce as ad- 
ditions to my Calcutta ornithology. ; 

Scops sunia, Hodgson, As. Res. xix. 175. A pair of these beau- 
tiful little birds 1 have just obtained, which were taken with bird- 
lime. I have also received the Sc. lettia, Hodgson, ibid., from Mid- 
napore, a species which Mr. Jerdon thinks different from his Sc. ja- 
vanica, but which is probably enough the Se. javanica of Dr. Horsfield’s 
list of species procured by Dr. M‘Clelland in Assam. Mr. Jerdon 
has also obtained a very small species in Madras, which appears to be 
Sc. bakkamena. 

Lanius nigriceps, Franklin. 

Turdus unicolor, Gould. 

Dicrurus cerulescens 1 believe that I before mentioned, but I have . 
shot a second example of this bird here. 

Botaurus flavicollis ; Ardea flavicollis et niger, Auct. Of this I have 
now obtained a recent example, and I have no hesitation in placing 
it among the true Bitterns. 

Tringa alpina, for the first time; a solitary specimen. 

Porzana akool ; Rallus akool of Sykes, but not of Jerdon’s cata- 
logue, which is my Gallinula parvifrons. The dark under tail-coverts 


* This letter and the following arrived too late for our last Number.— 
Ep. 


Miscellaneous. 313 


and deep brownish-red legs are conspicuous characteristics of the 
Akool. By the way, Mr. Jerdon’s Rallus rufescens is merely a young 
female of Gallinula lugubris, Horsf., vel plumbea of Vieillot. 

I have also had the luck to obtain, yesterday and today, two new 
Bats, in addition to several others which I have to describe of this 
group ; and if a party of shikarees and stuffers had returned, as they 
should have done by this time, from a ten or twelve days’ hunting 
expedition which I have sent them upon, it is probable that I should 
have some more novelties to inform you about. Of the gigantic 
heron formerly noticed, I may remark that the back-line of A. cinerea 
barely reaches to the belly-line of the new species, which will convey 
a somewhat definite idea of the magnitude of my splendid Ardea no- 
bilis. This morning I obtained a fine new Mullet, allied to Mugil 
cephalotus, but having much larger eyes, and in other respects ap- 
proximating M. parsia, Buch.; it is described neither by Buchanan 
nor by Russell, but I have not leisure now to refer to Valenciennes. 

I remain, very truly yours, 
E. Buyru. 


ON THE TRUE SITUATION IN THE SYSTEM OF TALEGALLA AND MENURA? 


Whilst prosecuting my examination of the Foreign Anoplura (an 
investigation intrusted to me by the British Association), I felt anxious 
to see the Parasites of some birds of rather doubtful character, or 
more properly speaking, whose place in the system had caused no 
little diversity of opinion amongst naturalists, from a conviction that 
these might throw some light upon the subject; having found from 
experience that certain genera were only found upon particular fami- 
lies of birds, I therefore appliedtomy friend Mr. Gould, who, from his 
intimate connexion with the ornithology of Australia, had better op- 
portunity than perhaps any one else of supplying some of my desi- 
derata*. This, with his accustomed zeal for furthering science, he 
immediately complied with, and transmitted me parasites from Tale- 
galla Lathami and Menura superba. ‘The first of these was placed by 
Mr. Swainson amongst the Vultures, from certain characters which 
he considered confirmed his views. ‘The general appearance of the 
bird however is decidedly Rasorial, and such its parasites declare it 
to be. They are of two genera, Goniodes and Lipeurus, the former 
of which, if not both, infest I believe almost every Rasorial bird. The 
latter genus is also parasitic on the Raptores, Grallatores and Nata- 
tores, but the former never. Had Talegalla been Rasorial, we should in 
all probability have found the genera Lemobothrion, Colpocephalum, 
Docophorus and Nirmus, as well as Lipeurus, which was not the case. 
With respect to Menura, the parasites would indicate this bird to be 
truly Insessorial ; here two genera also were found, Nirmus and Me- 
nopon, the former almost exclusively confined to the Insessores, Gral- 
latores and Natatores. One or two are certainly found among the 
Raptores, and about the same number in Rasores, as the Nirmus ca- 
meratus on moor game, and Nirmus quadrulatus on the wood grouse ; 
but these are by no means characteristic of the Rasores, as is the case 


* Mr. Denny would be thankful for similar aid from Mr, Blyth.—R. T. 


314 : © Miscellaneous. 


decidedly with Goniocotes, Goniodes and Lipeurus, not one of which 
appears to infest Menura. The Nirmus found is I suspect the N. mar- 
ginalis of Nitzsch and Burmeister, and approaches most nearly to 
those of the Merulide. If therefore any weight is to be attached to 
the constancy of the parasitism of certain genera upon particular 
families of birds, the result of my inquiry would be that Tulegalla 
really belongs to the Rasores, not far from the turkey, and that Menura 
is Insessorial. The result in the latter case, which is the most de- 
bateable, appears to be confirmed from the fact, that the parasites 
were not from one specimen only of the bird, but five. Mr. Gould 
very ingeniously took care of this : he sent me two specimens in the 
first instance from Menura, and afterwards specimens from four dif- 
ferent individuals of the bird, both o/d and young, in separate papers, 
but without any indication from whence they were obtained, to ask 
if they were new to me and what they approached most nearly to. 
Phil. Hall, Leeds, March 19, 1844. Henry Denny. 


UPON THE METAMORPHOSES OF ELEDONA AGARICOLA AND DIAPERIS 
BOLETI. BY M. LEON DUFOUR. 


The larve of both these insects feed, observes our author, upon the 
compact but friable substance of the Boletus imbricatus, in which they 
perforate cylindrical galleries in different directions, without any re- 
gularity, and more or less obstructed by a powdery detritus. When 
the larvee have attained their full growth, they proceed to prepare a 
nidus, in which to undergo their metamorphoses ; and this is con- 
structed in the following very singular manner. Having selected a 
portion of the fungus not traversed by galleries and of a compact and 
solid structure, the little Hledona, with no other implements than its @ 
mandibles, contrives yet skilfully to chisel out (by working gradually 
upon the circumference of a cavity which it first of all commences) 
a spheroidal piece, until this has become completely isolated from its 
interior ; feeding the while upon the materials as it is making in them 
its circular incision, so that when the work is finished, a white powder, 
composed chiefly of its egesta, is interposed betwixt the cell and the 
contained mass. The latter, which is about 7—8 millimetres long 
by 6—7 in width, is now perforated from one end to the other by a 
cylindrical canal adapted to the size of the larva. Here again it de- 
vours the materials as they are excavated ; and then, after having 
given the cell its due proportions, and polished its interior for the 
reception of the delicate nymph, it closes most accurately with its 
powdery excrement the two apertures, curves upon itself, and be- 
coming motionless and torpid, resigns itself to its changes, apart from 
further observation. ‘The cocoon of the larva of Diaperis is formed in 
a similar manner, but I have never detected in it more than a single 
aperture, whereas two, as already stated, exist in that of Hledona. 
There are numbers of larvee which fabricate a case either purely of 
silk, or with wood, earth, &c. interblended ; in some even the skin 
hardens, becomes detached, and so forms a protecting envelope to 
the pupa; but, to my knowledge, the fact has never before been re- 
corded of a fungivorous larva making such curious use of the very sub- 
stance upon which it feeds.— Aun. des Sc. Nat. AyT, 


Miscellaneous. 315 


APTENODYTES. 


The Antarctic Expedition having brought home several specimens 
of this genus, we are now enabled to clear up the doubt which has 
long existed with regard to the question, whether there be more than 
one species. The result of a careful comparison is, that there are two 
species confounded-under the appellation of Aptenodytes patachonica. 
The Patagonian Penguin of Pennant (in the Phil. Trans. lviii. 91) 
is I believe the original figure, but on comparing it with those of 
most modern authors, there can be no doubt that they are distinct. 
The author who first gave the Latin specific name was Shaw, who 
described the figure of J. F. Miller (Illustr. Nat. Hist. t. 33.). This 
figure was copied from the drawings of the Forsters, who accom- 
panied the great Cook in his second expedition ; and the same figure 
was also copied by Pennant in his ‘ Genera,’ t. 14, and by J. R. For- 
ster in the ‘ Commentationes Gottingenses,’ iii. t.11. Now Shaw’s 
Aptenodytes patagonica, taken from Forster’s drawings, is not the Pa- 
tagonian Penguin of Pennant in the ‘ Philosophical ‘Transactions,’ but 
a distinct species, which the voyagers term the ‘‘ Emperor,” while 
that of Pennant is their ‘‘ King.” The differences are— 


“ Emperor.” “* King.” 


From the tip of bill to tip of tail, 50 
inches. 

Tip of bill to gape, 5 inches. 

Base of lower mandible not dilated. 

Yellow of the sides of head passing 
insensibly into white on the sides of 
neck, where it is divided by a pro- 
jectin®point of the same colour as 


From the tip of bill to tip of tail, 44 
inches. 

Tip of bill to gape, 44 inches. 

Base of lower mandible dilated. 

Yellow of the sides of head deep, and 
passing at once into deep orange 
on the chest, gradually becoming 
white on the breast. 


the back. 

Black under the throat, short, and di- 
vided in front in the middle by a 
point of the white feathers of the 
chest. 

The ‘‘ Emperor”’ is unquestionably the Aptenodytes Patachonica of 
Shaw in Miller’s ‘ Illustrations,’ but not of the same author in the 
Leverian Museum, where the bird figured under that name is the 
‘* King.” It seems desirable therefore, to avoid confusion, both Pen- 
nant and Shaw having on different occasions given the name of Pa- 
tagonian Penguin and Aptenodytes Patachonica to each of the two 
species, to suppress those names altogether, and to call Pennant’s 
species (the ‘‘ King”) Aptenodytes Pennantii, and Forster’s (the 
‘Emperor ”’) Aptenodytes Forsteri. 

As a lengthened account of these birds will be given in the forth- 
coming work on the Zoological Collections brought home by Capt. 
Sir James Ross’s Antarctic Expedition, it is unnecessary to enter 
more into detail for the present. Gerorce Rosert Gray. 


Black under the throat, ending in a 
blunt point on the chest. 


ON THE TRANSMISSION OF HYDATIDS BY CONTAGION. 


The following is an abstract of a very interesting paper by Prof. 
Klencke of Brunswick, entitled ‘‘ Researches upon the Transmission 
of Hydatids by Contagion”’ (from the Gazette Médicale, Dec. 1843). 


316 Miscellaneous. 


After commenting upon the vague manner in which the term hydatid 
has been applied in practical medicine to every abnormal production 
having the form of a cyst, the author proposes to limit it to the fol- 
lowing definition :—‘‘ Every vesicular production found in living or- 
ganized tissues which is provided with spontaneously moving organs, 
or which has at least the power of reproduction apart from the tissue 
in which it is lodged by giving birth to individuals similar to itself.” 
He then gives a sketch of the specific characters of the different spe- 
cies included under the names of Hydatis spuria, Acephalocystis, Echi- 
nococcus, Polycephalus or Cenurus, and Cysticercus. ‘The first of these, 
commonly met with in the brain and spinal marrow, and which con- 
sists of one or more simple cells filled with fluid and containing some 
minute globules, has, he says, been almost always confounded with 
the true hydatid or Acephalocyst, whereas it is not a distinct animal, 
but consists of certain elementary cells of the tissue, which by a pro- 
cess of normal (abnormal ?) evolution have become isolated from the 
rest of the organism, and are capable of maintaining an independent 
existence. This opinion will be seen to coincide very closely with 
that of Prof. Owen in his Hunterian Lectures relative to the Ace- 
phalocyst, namely, ‘‘ that it is a gigantic organic cell, not a species of 
animal, even of the simplest kind ;” but the cellules of this species he 
regards on the contrary as true organized beings, having the power 
of generation, and in the latter part of the paper adduces reasons for 
regarding them as but a primary form of the Echinococcus ; Ist, from 
his having found the latter chiefly in different aquatic animals, such 
as tortoises, frogs, fishes and water-birds, also in mammalia and man ; 
2nd, from having found in clear spring-water some small pyriform or 
lanceolated animalcules 4,th of a Paris line in diameter, which had 
instead of a coronet of hooks a dise covered with radiating striz, and 
furnished in its centre with only a single spine; 3rd, that these ani- 
malcules were so exactly similar in form and character to the Ace- 
phalocysts at the period of their transformation into Echinococci, that 
no appreciable difference could be detected either by himself or other 
skilful observers between them. He thinks it not improbable there- 
fore that the Echinococci may exist in nature, if not in a perfect 
form, at least as ovules, in the water, and that with it they are in- 
troduced into the bodies of different animals, there to undergo further 
development, and that they may then work their way by means of 
their hooks from the intestinal canal into the interior of the tissues, 
and from their very minute size, even into that of the circulating 
system. It is curious to compare our author’s statement upon the 
identity of the Acephalocyst and Echinococcus, with one recently 
made by M. Eugéne Livois in a work called ‘ Recherches sur les 
Echinocoques chez l’homme et chez les animaux,’ Paris, 1843, who 
asserts ‘‘ that no good examination has been yet made of the cellules 
of the Acephalocyst ; that they are in reality clusters of Echinococci 
whose head is not yet protruded, but which, when they have at- 
tained their full development, separate, and are found floating in the 
fluid of the sac, and that in upwards of 800 examinations he never 
found these parasites absent in a single hydatid.” Leaving this 
question as one still open to further investigation among microsco- 


Miscellaneous. 317 


pists, the most important part of Prof. Klencke’s memoir is that oc- 
cupied with an account of the experiments which he performed upon 
propagating hydatids by means of inoculation. Some few of these 
will be here detailed with the general conclusions to which they lead, 
with the view not merely of gratifying the reader’s curiosity, but it 
is hoped of stimulating those who have time and opportunity to test 
their truthfulness for themselves, by methods, however, as consistent 
as is possible with the feelings of humanity. 

‘* In order to study the reproductive power of the false hydatid, I 
selected two puppies and two kittens, and injected by a trocar into 
their abdominal cavity warm water containing some of these hyda- 
tids, which I had collected from the brain of a fresh human subject. 
After the injection I closed the opening carefully ; the animals did 
not appear to suffer much from the operation, were restored to their 
parents and grew perfectly well. At the end of three morths I found, 
upon examining the abdomen in setting out from the punctured 
wound, an adherence of the parietal layer of the peritonzeum with the 
epiploon at the seat of puncture, and upon this adhesion as well as 
upon the internal surface of the peritonzeum, in the neighbourhood of 
the cicatrix, there existed in both the puppies and in one of the 
kittens a very great number of false hydatids. In the other kitten, 
in which no adhesions had taken place, there was no trace of these 
productions in the neighbourhood of the cicatrix, whilst upon the 
peritonzeal surface of the bladder a mass of false hydatids was found 
projecting into the abdomen. 

‘‘I took some very small hydatic cellules from the plexus cho- 
roides of a man, and inoculated with them the orbit of ahen. The 
inflammation which supervened subsided by the eighth day. At the 
end of thirteen weeks the whole external wall of the orbit was tu- 
mefied and the eye pushed inwards. Upon examination after death, 
the orbit was found filled with a cellular mass containing a very great 
num ber of false hydatids. 

«The whole brood of these hydatids was injected into the femoral 
vein of a kitten. At the end of three weeks the animal became 
sullen and habitually sleepy. Upon autopsy there was found in 
the heart, and especially in the right auriculo-ventricular orifice, a 
fibrinous and gelatinous precipitate containing an innumerable quan- 
tity of false hydatids.” 

The false hydatids are more rare in animals than in man, and their 
transmission is more easily effected when the species of animal in- 
oculated is not far removed from that which furnished the parasite. 
In regard to the Acephalocysts and Echinococci, the author says that 
he has found the former in the milk of the cow, and floating along 
with them in the serum of that fluid, the small ovules that are met 
with in the body of these animals. Both forms of hydatid are met 
with daily in the flesh and blood of animals, and if the process of 
cooking does not destroy them, we must run continual risk of con- 
tagion. With a view of ascertaining next what effect digestion would 
produce upon them, he instituted the following experiment. 

“‘I placed some full-grown Echinococci in the gastric juice of a 
dog and that of a man. At the end of three hours they appeared 


318 Miscellaneous. 


dead, their head being retracted, and they exhibited no signs of move- 
ment. After having washed them well in warm water, I introduced 
them into the subcutaneous cellular tissue of the thigh of a kitten ; 
eight days afterwards the wound had cicatrized, I next took some 
Echinococci which had been immersed in gastric juice diluted with half 
the quantity of milk or water, and inoculated a young dog by an inci- 
sion in the abdomen reaching to the peritonzeum, but without open- 
ing the latter, upon which I placed two of the parasites ; the wound 
was accurately closed by suture, and at the end of three weeks I 
found a cellular and highly vascular cavity, containing a yellowish 
serosity, in which were two Echinococci, remarkably modified in form. 
They were transformed into vesicles, covered upon their external 
surface with a number of gemmules and isolated cells supported by 
pedicles. Examined under the microscope, these cells, upon being 
crushed, gave exit to a multitude of other small cells, similar to those 
found in the body of the Acephalocysts, and which represented the 
ovules. The hydatids being open exhibited upon their internal surface 
a still greater number of gemmules, pediculated cells, and other cells 
floating freely in the liquid.”’ 

The author particularly recommends this mode of experimenting, 
as by placing the vesicles between the peritoneum and abdominal 
parietes they can be disclosed for examination at different intervals, 
and their different stages of development followed out, without the 
necessity of killing the animal. 

External injuries seem to favour the development of hydatids. 

‘J injected a fluid charged with ovules of the Echinococcus into 
the crural vein of two puppies, two old cats, and a guinea-pig. 
Eight days afterwards I made an incision in the tongue of one of the 
dogs, and the abdominal muscles of the other; one of the cats re- 
ceived a blow upon the liver and vomited ; the second was slightly 
pinched with an instrument behind the left eye-ball; the skin of the 
guinea-pig’s thigh was compressed so as to produce ecchymosis. The 
five animals were examined three weeks afterwards. In the guinea- 
pig five well-marked Acephalocysts were found in the cellular tissue 
beneath the part that had been pinched. ‘The liver of the cat pre- 
sented a sac full of Acephalocysts. The three other animals offered 
no results.” 

It is sufficient in experimenting with the Cenuri (so often found in 
sheep affected with vertigo) to take a cephalic segment and introduce 
it by trepan into the brain of a dog, or inject it into the circulatory 
current, and at the end of ten or twenty days a perfect vesicle is 
found filled with young embryos of the parasite. If these are in- 
closed in a bottle and moistened occasionally with water enough to 
prevent their drying, they decompcse at the end of four or five 
days and are converted into a fluid, which, with a little serum added, 
answers also for the purposes of inoculation. The Cysticercus is the 
most easily transmitted by inoculation. Entire specimens may be 
used, or the gemmules formed upon the interior and exterior of their 
membrane ; they are found in all parts of the body, in the blood, the 
respiratory passages, and the internal surface of the alimentary canal. 
Boiling water destroys the Cysticerci, but not their ova ; immersion 


Meteorological Observations. 319 


in a solution of arsenic does not prevent the development of the 
latter, while acetic acid and camphor destroy them. Prof. Klencke 
deduces the following conclusions from an extensive series of expe- 
riments :— 

lst. That in all hydatids we observe a cyssiparous and oviparous 
reproduction. 

2nd. That there are false hydatids which propagate by blastoderm 
(blastidie). 

3rd. That all hydatids are transmitted from one organism to an- 
other, and being found in our fluid aliments and in the flesh of ani- 
mals can be transmitted by infection. 

4th. That the Acephalocysts are not distinct from the Echinococci, 
but merely the ova of the latter with or without the parent cyst. 

5th. That whatever be the way by which they have entered the 
animal system, hydatids can be conveyed by the current of the cir- 
culation. 

6th. That certain agents in the organism and medical substances 
have the power of destroying them. Aids 


METEOROLOGICAL OBSERVATIONS FOR FEBRUARY 1844. 

Chiswick.—February 1. Frosty: very clear and dry: frosty. 2. Snowing : 
frosty at night. 3. Frosty: clear, with bright sun: overcast and frosty. 4. Snow 
in broad flakes: densely clouded and rapid thaw at night. 5. Frosty: clear: 
severe frost. 6. Sharp frost: clear and fine: overcast. 7. Hazy, with slight rain : 
overcast : heavy and continued rain inthe evening. 8. Frosty: very clear: frosty. 
9. Frosty: lightly clouded: densely overcast. 10, Cloudy. 11. Slight rain. 
12. Uniformly overcast: clear and fine: foggy and frosty. 13. Frosty, with 
dense fog: frosty, with fog at night. 14. Thick hoar-frost : clearing : overcast. 
15. Slightly overcast and fine: hazy, with rain, 16. Clear and fine. 17. Over- 
cast: clear. 18. Cloudy: slight rain at night. 19. Densely clouded: clear and 
windy. 20. Clear and frosty : fine: clear, with sharp frost at night. 21. Snow- 
ing in broad flakes: sleet and rain: hazy. 22. Snowing: clear and frosty. 23. 
Sharp frost: overcast: heavy rain from six till nine rp.m. 24. Clear: cloudy: 
clear and frosty. 25. Rain: squally: cloudy and fine. 26. Heavy clouds and 
showers : stormy, with rain at night. 27. Clear, cold and dry. 28. Clear and 
cold: fine, with sun: cloudy. 29. Very fine: rain.—Mean temperature of the 
month 3°59° below the average. 

Boston.—Feb. 1. Fine. 2. Cloudy: snow early a.m. 3. Fine. 4, Snow. 
5,6. Fine. 7. Rain: rain early a.m. 8. Fine: rain early a.m. 9. Fine. 10. 
Fine: snow a.m. 1). Snow: snowearly a.m. 12. Fine. 13—15. Cloudy. 
16,17. Fine. 18. Fine: rainr.m. 19. Cloudy: rain a.m. 20. Fine. 21. 
Cloudy: snow p.m. 22. Cloudy. 23. Cloudy: snow early a.m.: snow p.m. 
24, Stormy: snow p.m. 25. Cloudy: rain a.m. and p.m. 26. Cloudy: thunder 
p.M. 27, Fine: snow early a.M.: snow p.m. 28. Cloudy. 29. Fine : melted snow. 

Sandwick Manse, Orkney.—Feb. 1. Bright: clear large halo. 2. Bright: clear: - 
fine. 3. Bright: cloudy. 4. Damp: showers. 5. Showers. 6. Snow-showers : 
cloudy. 7. Rain: showers. 8. Snowing: aurora. 9,10. Snow-showers, 
11. Bright: cloudy. 12. Bright: cloudy: thaw. 13. Cloudy. 14. Drizzle: 
cloudy. 15,16. Showers: sleet. 17. Bright: clearaurora. 18. Cloudy: snowing. 
19. Svow-drift. 20. Snow-showers. 21, Bright: snow-showers, 22. Snow- 
showers: drift. 23. Bright: drift. 24, 25, Drift. 26. Bright: snow-showers. 
27. Bright: haze. 28. Bright: clear. 29, Bright: large halo. 

Applegarth Manse, Dumfries-shire—-Feb. 1. Frost. 2, Frost and snow. 3. 
Frost: clear. 4. More snow: frost. 5. Frost: clear. 6. Frost. 7. Snow. 
8. Snow: frost. 9, Thaw. 10, 11. Frost. 12. Snow: frost. 13. Thaw. 
14, Thaw and fog. 15. Fine thaw and rain. 16, Slight showers. 17. Showers 
P.M. 18. Very wet. 19. Rain: slight showers. 20. Frost again. 21. Frost: 
a little snow. 22. Frost: snow-shower. 23. Heavy fall of snow: frost. 24— 
27. More snow: frost. 28. Snow and thaw, 29. Rain p.m. 


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_dun.& MagNat.Hist Nol. \3P\N1. 
Codium amphi brum. = 


Tapa eo ih) ae 
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» hay laa eked Al Meggitt Bae 


Alaria esculenta. Laminaria digitata. 


GD. del. IDC Sowerby foulps 


THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 
No.85. MAY 1844, 


<a 


XXXVII.—Description of a new species of Codium recently dis- 
covered on the west coast of Ireland. By Witt1am Henry 


Harvey, Esq. 
’ [With a Plate. ] 
To the Editors of the Annals of Natural History. 


GENTLEMEN, . 
Havine just received from my friend Mr. David Moore, of the 


Glasnevin Botanic Gardens, a specimen of a remarkable new spe- 
cies of Codium lately added to the Inish flora, with a request that 
I.should make it known to the public, I lose no time, as the best 
means of meeting his wishes, in forwarding to you a drawing and © 
description of it, and hope that you may find room for this notice 
in an early number. , 

The following character will abundantly distinguish it :—. _ 
Codium amphibium, Moore ; frondibus minutis, erectis, cylindraceis vel 
subclavatis, simplicibus, obtusis, in strato late effuso aggregatis. 

Hab. On turfy banks at extreme high-water mark, near Round- 
stone, county Galway, Mr. Wm. M‘Calla. 

Fronds rismmg from a mass of entangled, divaricately branched 
fibres, densely aggregated into widely spreading patches, but not 
woven together in a continuous mass (each little frond being di- 
stinct in itself), from a line to nearly a quarter of an inch in 
length, and from a quarter to half a line in diameter, erect, cy- 
lindrical or somewhat club-shaped, obtuse, simple ; the axis com- 
posed of branched, interwoven fibres, which throw off to the cir- 
cumference club-shaped ramuli, of precisely the same nature and 
nearly the same form as those of C. tomentosum. Towards the 
base of the frond these ramuli are less abundant, and there the 
entangled fibres which compose the centre are more apparent : 
towards the apex nothing is seen, under the microscope, but the 
clavate tips of the radiating ramuli, closely set together, giving 
that part, as Mr. Moore observes, the appearance of “a small 
pickling cucumber.” The colour is much faded in my specimen, | 
and the endochrome nearly destroyed, but traces of a rich grass- 
green remain on some fronds. The fructification, as yet unknown, 
will probably be very similar to that of C. tomentosum. 

Ann. & Mag. N. Hist. Vol. xii. y 


322 Mr. Harvey on a new species of Codium. 


Accompanying the specimen, Mr. Moore has favoured me with 
the following note :—“ My first knowledge of this plant-was ob- 
tained in October 1843, when Mr. M‘Calla inclosed me a small 
specimen, requesting my opinion of it ; on which I examined it, 
and by return of post wrote him that he was perfectly correct in 
supposing he had found a new species of Codium. In his letter 
he says, ‘I found this remarkable plant last year, and from its 
habit and situation took it at first to be a sponge, but after ex- 
amining it better, came to the conclusion that it was a Codium, 
in which opinion I have no doubt you will agree. It grows on 
turf-banks near or at extreme high-water mark, spreading in large 
patches to the extent of several yards. In dry weather it loses 
all its characters, the frond shrinking to a mere nothing, but on 
the return of moisture it immediately gets fresh again? Such 
is M‘Calla’s account, and you will sheets from it that he has 
both the merit of discovering and ascertaining it to be a spe- 
cies of Codium. On the 7th of December I again received fresh 
specimens, with a view of describing it which was delayed for two 
reasons: first, thinking I might find it noticed by some foreign 
author ; and secondly, that it might alter its form on the approach 
of spring, which latter has not been the case with specimens which 
I placed on a moist spot, where they remain unchanged, though 
they have now been under my observation upwards of three 
months. I thought of calling it C. cucurbitinum, from the re- 
semblance it bears to a small pickling cucumber under the glass.” 

The most curious point in the history of this interesting Alga, 
and which has suggested the specific name by which we. have di- 
' stinguished it, lies m its habitat, wherein it differs altogether from 
any hitherto recorded species of Codium, at the same time that 
its structure is so entirely identical with that of C. tomentosum 
and others of the genus, that it is impossible to place it in any 
other group. All known Codia are not merely marine plants, but 
are generally found far removed from high-water mark, and in 
places where they are either not entirely uncovered at low water 
or are only left bare for a very limited time, while their spongy 
nature enables them to retain sufficient water to prevent shrivel- 
ling. In our C. amphibium, however, we find these peculiarities 
of the genus singularly departed from. It can scarcely be called 
a marine, so much as a maritime plant, if it be affected, as would 
appear by Mr. M‘Calla’s statement, by the wetness or dryness of 
the weather. Probably it grows within the limits of spring-tides, 
but beyond the reach of the ordinary sea-level. It is moreover 
found growing in bog-earth, and doubtless deriving from the 
moisture of the bog a portion of its nourishment. In all these 
respects, as before observed, it differs remarkably from any re- 
corded species. 


ete cay 
sae 
Ae 


Ann.d Mag Nat. Hist NAS9.P\VUL. 


Mr. J. Alder on new species of Rissoa and Odostomia. 823 


Its powers of life appear considerable, for if placed in a saucer 
of water after, having long been dried, it almost immediately ex- 
pands and recovers its original form, and its cells imbibe moist- 
ure more perfectly than those of Alge generally do; and far 
more perfectly and readily than any species of Codiwm, Vaucheria 
or Bryopsis. It is thus admirably adapted to the circumstances 
of intermittent nourishment under which it is developed, and 
affords a new instance, to the many thousands recorded, of peculiar 
care exercised in providing for the welfare of even the humblest 
member of the organized world. 

Many interesting additions to our marine flora may be ex- 
pected from Mr. M‘Calla’s researches on the west coast of Ire- 
land. In addition to the present new species, he has already found 
fine specimens of some very rare Algw, as Glotosiphonia capillaris, 
Conferva rectangularis and others. The last-named plant, ori- 
ginally discovered by Mrs. Griffiths and Mr. Borrer at Torquay, 
was, so far as I am aware, first found in Ireland by Mr. Reilly of 
Cork, who gathered a single specimen in Galway Bay some years 
ago, and at the same time picked up the so-called Gelidium? ros- 
tratum (Heringia rostrata, J. Ag.), W. H. H. 

March 15, 1844. 

EXPLANATION OF PLATE VI. 


Fig. 1. Patch of Codium amphibium, natural size. 
— 2. A single frond, magnified. 
— 3. Some of the ramuli of the periphery, magnified. 


XXX VIII.—Descriptions of some new British species of Rissoa 
and Odostomia. By Josuua AupER, Esq. 


[ With a Plate. ] 


Tue genera Rissoa and Odostomia belong to a group of small 
mollusks which appear to hold their head-quarters in European 
seas, and more especially on the shores of our own islands. The 
number of published British species much exceeds that of any 
other country*, yet several still remain undescribed in collections. 
I have drawn up descriptions of the following from my own ¢a- 
binet, at the suggestion of my friend Mr. Thompson of Belfast, 
who has lately ascertained that most of them are inhabitants of 
the Irish coast. 

Rissoa inconspicua. Plate VIII. fig. 6 and 7. 

Shell ovate-conical, shining, transparent, yellowish white, with 
a few blotches of pale fulvous brown occasionally forming two or 

* M. Deshayes, in the 2nd edition of Lamarck’s ‘ Animaux sans Ver- 
tébres,’ has published thirty-four recent species of /tissoa (including Odo- 
stomia). He has not, however, admitted any British species, except such as 


have been re-described, mostly under different names, by French authors. 
The number of British species of the two genera is upwards of forty. 


~ 


324 Mr. J. Alder on new species of Rissoa and Odostomia. 


three rows of spots on the body whorl. Whorls five or six, not 
much rounded, terminating in a rather fine point, which is tipped 
with purple : the upper whorls smooth ; the penultimate and half 
of the last whorls generally marked with numerous very delicate — 
and faint ribs or plicee, about thirty in number, the bases of which 
are crossed on the body whorl by a few faint spiral striz, giving 
that part a reticulated appearance. The whole of the markings are 
very delicate and sometimes entirely wanting. Aperture mar- 
gined with yellowish brown, rather small, straight at the pillar, 
and slightly angulated at the base beneath it. Outer lip thick- 
ened by arib behind. Inner lip scarcely reflected, with a slight 
depression behind. Length about one-tenth of an inch; breadth 
half its length. 

~ Animal white, with two long setaceous tentacula, having the 
eyes at their external base. Head bilobed. Foot slender, pro- 
duced in front, white, with a black spot in the centre of the pos- 
terior part. The sides have two lobe-like appendages, as is usual 
in Rissoa, which are margined with dark purple or black: two 
other lines of the same colour on each side run parallel to these ; 
the upper one on the side of the back, the lower bordering the 
foot. The rest of the body is white with some blotches of yellow. 

Found on corallines from deep water, Cullercoats, Northum- 
berland. 

The shell differs from A. interrupta in bemg smaller, more de- 
licate and glossy, as well as in being striated ; from R. semistriata 
in being ribbed ; and from R. punctura in the ‘less rounded whorls, 
the more delicate markings, and the transparent and glossy ap- 
pearance. | 

One individual only has occurred of the size mentioned. Se- 
veral smaller specimens were obtained, some of which, having the 
rib behind the pillar, appear to be full-grown, but are not above 
half the size, and are shorter and more ovate in the outline. The 


other characters are the same. 


' Rissoa costulata. Plate VIII. fig. 8 and 9. 
R. costulata, Risso, L’ Europ. Mérid. iv. p. 119. 


Shell pale yellowish brown or purplish, ovate-oblong, produced 
at the apex and tapering to a fine point, with eight whorls ; the 
four upper ones small, flat and smooth, the other four costated 
and rounded, especially the penultimate one, which generally 
bulges out beyond the rest. Ribs about ten, strong and promi- 
nent, swelling in the centre of the whorls: they seldom reach 
above half-way down the last whorl, which is covered with slightly 
undulating spiral striz, most conspicuous at the base, and con- 
tinued up the second and third whorls between the ribs: these 
striz are variable in strength and sometimes nearly obliterated : 
the ribs also are occasionally wanting on the last whorl. Aper- 
ture small, entire, nearly circular, a little contracted above. Outer 


Mr. J. Alder on new species of Rissoa and Odostomia. 325 


hp slightly expanded, with a large and strong rib at a short di- 
stance behind it. Inner lip reflected a little at the base, but not 
umbilicated. The inner margin of the aperture as well as the 
tip of the spire are generally of a dark purplish brown or violet- 
colour. Length 23 tenths of an inch; breadth one-tenth. 

A variety is marked with zigzag brown lines. 

Procured from smal] sea-weeds collected in Torbay, where it 
appears to be tolerably abundant. 

My specimens agree with a foreign one of Rissoa costulata, 
Risso, named by M. Michaud, and kindly presented to me by 
W. Thompson, Esq. of Belfast. 


Rissoa rufilabrum. Plate VIII. fig. 10, 11. 
_ Alvania rufilabrum, Leach, MS. Brit. Mus. 


Shell ovate, rather broad and thick, tapering to a pretty acute © 
point, yellowish white or brown, more or less tinged with violet ; 
with seven rather flat whorls; the upper ones smooth, two or three 
of the lower with about twelve strong ribs. The ribs are fre- 
quently only observable on the penultimate and a part of the last 
whorls, always disappearing before they reach the lip. The whole 
surface of the last whorl is covered with punctures formed by the 
crossing of obscure longitudinal and transverse mes. The spaces 
between the ribs are coarsely striated. Aperture roundish oval, 
slightly angulated above, generally of a violet or purplish brown 
colour, and having a very broad white rib behind it. Inner lip 
slightly reflected on the pillar, without umbilicus. Length scarcely 
two-tenths of an inch ; breadth one-tenth. 

Specimens of this interesting species from Brighton have been 
in my cabinet for several years, and I lately detected one or two 
among some small shells obligingly sent me from Torquay by 
Mrs. Griffiths. Dr. Farran of Dublin, to whom I am also in- 
debted for specimens, found it in some abundance at Connemara 
in the west of Ireland. 

This species nearly resembles the R. violacea of Desmarest, but 
is shorter and thicker, and without the spiral band. I have 
adopted the manuscript name attached to specimens in the Bri- 
tish Museum. The same species, unnamed, is also in the museum 
of the Jardin des Plantes at Paris. 


Rissoa? glabra. Plate VIII. fig. 1, 2, 3, 4. 
R. glabra, Brown, Illust. Conch. 2nd ed. p. 18. 


Shell ovate-conical, white, smooth, very glossy and diaphanous, 
with four or four-and-a-half rounded and well-defined whorls, 
terminating in a rather obtuse point ; the last whorl occupying 
about two-thirds of the length of the shell. Aperture roundish 
ovate, entire. Outer lip thin, without rib. Inner lip slightly 
reflected on the pillar, forming a subumbilicus. Length scarcely 
a twelfth of an inch ; breadth half its length. Opereulum horny. 


326 Mr. J. Alder on new species of Rissoa and Odostomia. 


aie ; 

| _ Animal yellowish white, with three longitudinal bands of rich 

' brown on the body, and blotches of the same colour on the spiral 
portion. Tentacula four, of moderate length ; the superior pair 
rather longer and more slender than the lower. Eyes placed very 
far behind on the back, large and prominent. Foot produced and 
strongly notched in front, grooved down the centre. 

Found on small sea-weeds in pools among the rocks at Dalkey 
Island near Dublin, and at Cullercoats, Northumberland. 

The coloured markings of the animal seen through the shell 
when alive have the appearance of belonging to the latter, which 
is however perfectly colourless, and so transparent, that though 
the eyes of the animal are placed beneath it, the power of vision 
is scarcely interrupted. 

The striking peculiarities of this animal are the two pairs of 
tentacula and the posterior position of the eyes, in which cha- 
racters it differs not only from Rissoa but from all the allied ge- 
nera. The lateral appendages of the foot are also absent in this 
species. These differences are undoubtedly sufficient to consti- 
tute a new genus, which I shall content myself with merely in- 
dicating at present. The shell has no character to distinguish it 
from that of Rissoa, and affords another instance of the difficulty 
of determining a genus from the shell alone. 

In a notice of this curious little animal communicated to the 
Natural-History Section of the British Association Meeting at 
Cork, I described it under the name of R. albella. Since then 
however I have found a shell, described by Capt. Brown in his 
‘ Conchological Illustrations of Great Britam,’ which appears to 

, be identical with my species, and have therefore not hesitated to 
' adopt his name. 


Odostomia nitida. Plate VIII. fig. 5. 


Shell ovate-conical, smooth, shining, transparent, white, of five 
much-rounded, well-defined whorls, the last occupying about two- 
thirds of the length of the shell. Aperture ovate, entire. Outer 
lip thin. Pillar-lip scarcely reflected, having an umbilicus behind 
it, and a prominent tooth a little above the centre of the inner 
margin. Length rather more than one-tenth of an inch; breadth 
about half its length. 

A single specimen from shell-sand at Tynemouth. 

This species has very much the contour of a Rissoa, and were 
it not for the distinct tooth, it might very readily be taken for the 
species last described ; it is however larger, a little more elon- 
gated, and the whorls, especially the penultimate, are more 

_rounded. The animal is unknown. 
' ~ Dr. Fleming makes it one of the characters of his genus Odo- 
/ stomia to have the “ peristome incomplete retrally ;” but some of 
the species he has included in it, as well as the one here described, 


Mr. J. Alder on new species of Rissoa and Odostomia. 327 


have the peristome complete, though not quite so conspicuously 
so as is usual in Rissoa. The animals of the only two species of 
Odostomia which I have had an opportunity of examining in a 
living state, O. pallida and O. spiralis, perfectly agree with each 
other in character, and differ strikingly from Rissoa in having the 
tentacula and foot extremely short and thick, as well as in the 
absence of lateral appendages. These characters will probably 
hold good throughout the genus, but more extended observations 
are desirable. In the mean time, as no figure of the animal of 
this genus has yet been published, I have added an outline of 
O. spiralis (Plate VIII. fig. 18.) for the sake of comparison with 


the two animals described above. ae 


Odostomia cylindrica. Plate VIII. fig. 14. 


Shell nearly cylindrical, white, transparent, smooth and glossy, 
with four or five rounded whorls, rather flattened near the 
suture. Apex very obtuse. Two or three faint striz or ridges 
run across the body whorl on a line with the upper part of the 
aperture. Aperture ovate, angulated above. Outer lip thin. 
Pillar-lip a little reflected, with a slight depression behind it, 
and a small tooth in the centre of the inner margm. Length 
rather more than a tenth of an inch; breadth one-third of the 
length. 

2 shell-sand from Ilfracombe and the Land’s End. The sand 
from the latter place was sent me many years ago by Dr. Turton, 


but he does not appear to have observed this species. I have also: 


obtained it from sand collected by Mrs. W. Alder at Kilkee, on 
the west coast of Ireland. 

In form it agrees with Mr. Macgillivray’s O. oblonga, but dif- 
fers from it in not being ribbed. 

A specimen of this shell in the British Museum is named 
Turbo nivosus, but I cannot believe it to be the shell described by 
Montagu under that name, as he takes no notice of any strix, 
and distinctly says that it has no tooth. That Dr. Turton did not 
know the Turbo nivosus is evident from his comparing it to Turbo 
Ulve in his ‘ Conchological Dictionary.’ 


Odostomia? obliqua. Plate VITI. fig. 12. 


Shell ovate-oblong, white, smooth, rather glossy and transpa- 
rent, with five very oblique whorls, slightly rounded and divided 
by a well-defined suture tapering to a point, which is not quite 
central, the first whorl being a little twisted upwards. The body 
whorl is very large, occupying more than two-thirds of the whole 
length of the shell. Aperture oblong-ovate, contracted to a point 
at the upper angle. Peristome incomplete. , Outer lip very thin. 
Pillar-lip a little reflected, and with a very oblique internal fold 
only observable in old specimens. Length two-tenths of an inch ; 
breadth one-twelfth. Though apparently smooth, young speci- 


j 


328 Dr.G. J. Allman on the Freshwater Zoophytes of Ireland. 


mens, when examined with a high magnifier, exhibit very minute 
spiral strize. 

I have obtained two specimens from shelly sand at Tynemouth, 
and Mr. Thompson has obligingly transmitted specimens to me 
for examination sent to him from the west coast of Ireland. 

It has very much the general form of a Limneus, the fold on 
the pillar adding to the resemblance. In the absence of any 
knowledge of the animal, I have placed it provisionally in the 
genus Odostomia, to which, among the marine mollusks, the shell 
has the nearest affinity ; it is probable, however, that it should 
constitute the type of a new genus. It resembles Rissoa vitrea 
in the oblique position of the whorls, but is less cylindrical, and 
has the body whorl much larger and more ovate. R. vitrea, though 
described as smooth, is, when in a fresh state, more distinctly 
striated than this species. 


XXXIX.—Synopsis of the Genera and Species of Zoophytes in- 
habiting the Fresh Waters of Ireland. By Groner J. ALLMAN, 
M.B., M.R.C.S.I., M.R.I.A., Demonstrator of Anatomy in 
Trinity College, Dublin *. 


Tue freshwater Zoophytes of Great Britain have hitherto been 
all included under the four followmg genera, Hydra, Cristatella, 
Alcyonella, and Plumatella. Of these, Hydra has been made to 
include four British species, Cristatella one, Alcyonella one, and 
Plumatella has been described as containing three species. Of 
the above nine species I am of opinion that two must be erased, 
viz. the Hydra verrucosa of Templeton, which appears identical 
with Hydra fusca, and the Plumatella gelatinosa of Fleming, 
which is evidently the same with Blumenbach’s Tubularia Sul- 
tana. To the seven species which now remain I am enabled to 
add five, of which four do not appear to have been hitherto de- 
scribed, and the other is only to be found noticed in the fauna of 
the continent. 

This addition to the freshwater Zoophytes, by which the num- 
ber of British species is increased more than two-thirds, re- 
quires also the establishment of an additional number of genera. 
The genus Plumatella, which was originally established by Bosc, 
is now made to include two forms of Zoophytes which I feel con- 
vinced it would be better to consider generically distinct. One of 
these forms is characterized by the tentacular disc being cres- 
centic and the tentacula numerous, about sixty; the other by 
the disc being circular and the tentacula not so numerous, from 
twenty to thirty. The former must be retained in the genus 
Piumatella, and it would appear that Bosc had this form alone in 


* Read at the Meeting of the British Association at Cork. 


Dr. G. J. Allman on the Freshwater Zoophytes of Ireland. 329 


view when he established the genus; but the latter would cer- 
tainly be better removed and placed in a genus by itself. 

To this conclusion, my observations on the freshwater Zoo- 
phytes had induced me to arrive, and mdeed the above passage 
had been written when I happened to meet in the ‘ Comptes 
Rendus’ with an abstract of a memoir by M. Gervais on the 
freshwater Zoophytes of the neighbourhood of Paris. I was 
pleased to find that in Gervais’s memoir he had taken the same 
view of the subject with myself, and that for a Zoophyte with 
a circular disc, found near Paris, and which he considers iden- 
tical with Tubularia Sultana of Blumenbach, he has constituted — 
a new genus, giving to it, in honour of Frederic Cuvier, the name 
of Fredericella. 'To Gervais then is due the first accurate dis- 
crimination of the species originally included under the genus 
Plumatella, and their distribution between two distinct genera ; 
and as this dismemberment of the original genus is founded on 
strict zoological principles, I shall unhesitatingly adopt it, parti- 
cularly as I had myself arrived at the same conclusion without 
any knowledge of Gervais’s researches. The Zoophytes then at 
present included under Plumatella I shall distribute between two 
genera, retainmg under Plumatella those with crescentic discs, 
and removing to Fredericella those whose discs are circular. 

An important addition to the British genera is Paludicella. 
This term was given by Gervais to a freshwater Zoophyte ori- 
ginally discovered by Ehrenberg, and called by the latter -Al- 
cyonella articulata. For the addition of this interesting genus 
to the British fauna we are indebted to Wm. Thompson, Esq., 
who found the polypidom cast on shore at Lough Erne in August 
1837 ; and I have myself since obtained living specimens in the 
Grand Canal near Dublin, and have been enabled fully to establish 
its identity with the continental Zoophyte. 

Paludicella, of which but a solitary species appears to have been 
discovered, is a Zoophyte of much zoological importance. While 
it possesses many points of structure which naturally connect 
it with the other ascidioid lacustrine Zoophytes, it is at the same 
time characterized by certain peculiarities which approach it to 
the marine species, and which I conceive sufficient to justify me 
in assuming Paludicella articulata as the type of a distinct family 
among the lacustrine Zoophytes. 

In October 1842 I discovered in the docks of the Grand Canal, 
Dublin, a hydroid Zoophyte of much interest. It is referable to 
no known genus, and occupies a position between Coryne and 
Hermia. For the reception of this Zoophyte therefore I have been 
obliged to form a new genus, to which I have given the name 
of Cordylophora. 

I have now found in Ireland all the species of freshwater Zoo- 


330 Dr. G.J. Allman on the Freshwater Zoophytes of Ireland. 


phytes which have been described as British, and with the ge- 
nera just noticed, and some new species which have occurred to 
me, a synopsis of the genera and species of the freshwater Zoo- 


phytes of Ireland will stand as follows :— 


Order HYDROIDA. 
Family HYDRAIDE. 


Genus Hypra. 
Char.—* Polypes locomotive, single, naked, gelatmous, subcy- 
lindrical, but very contractile and mutable in form; the mouth 
encircled with a single series of granuliferous filiform tentacula.” 


1. A. viridis, 2. H. vulgaris, 3. H. fusca. 


Family TUBULARIADA. 
CorDYLOPHORA, nov. gen. 
Char.—Polypidom horny, branched, rooted by a creeping tu- 
bular fibre ; branches tubular. Polypes developed at the extre- 
mities of the branches, ovoid, bearing the mouth at the distal ex- 
tremity, and furnished with scattered filiform tentacula. 


Cordylophora lacustris. 


Order ASCIDIOIDA. 
Family LIMNIADES. 
Genus CRISTATELLA. 

Char.—Polypidom free, contractile, locomotive. Polypes is- 
suing from apertures arranged upon the upper surface ; tentacular 
disc crescentic. Ova with marginal spines. 

C. Mucedo. 

Genus ALCYONELLA. 


Char.—* Polypidom fixed, encrusting or floating in the form 
of an irregular sponge-like mass, composed of vertical aggregated 
membranous tubes opening on the surface.” Tentacular disc 
crescentic. Ova not furnished with spines. 

A. stagnorum. 

Genus PLUMATELLA. 


Char. — Polypidom fixed, coriaceous, confervoid, tubular, 
branched. Polypes issuing from the extremities of the branches ; 
tentacular disc of a crescentic form ; tentacula numerous (about 
sixty), arranged upon the margin of the disc in a single series, 
invested at their origin by a membrane. 

1. P. repens. 


2. P. emarginata, nov. spec.—Polypidom cylindrical, closely 
adherent in the greater part of its extent, but sending off several 


Dr. Dickie on the Marine Alge of the vicinity of Aberdeen. 331 


short free branches, about half an inch in length; margins of 
apertures with a deep notch, which is filled up by a transparent 
membrane. 

3. P. fruticosa, nov. spec.—Polypidom shrubby, adherent in 
but a small part of its extent, suddenly dilated towards the aper- 
_ tures ; margins of apertures entire. 


Genus FREDERICELLA. 


Char.—Polypidom fixed, coriaceous, tubular, branched. Po- 
lypes issuing from the extremities of the branches; tentacular 
dise orbicular ; tentacula arranged on the margin of the disc in a 
single series, less numerous than in Plumatella (about twenty- 
four), invested at their origin by a membrane. 


1. F. Sultana. 


2. F. dilatata, nov. spec.—Polypidom dilated towards the aper- 
tures. 

Family PALUDICELLAID. 
Genus PaLupicEeLLa. » 

Char.—Polypidom fixed, coriaceous, consisting of a single se- 
ries of claviform cells with a catenulated arrangement ; apertures 
unilateral, tubular, placed near the wide end of the cell. Tenta- 
cular disc of polypes orbicular, bearing upon its margin a single 
series of tentacula; tentacula free. 

P. articulata. 


XL.—On the Marine Alge of the vicinity of Aberdeen. By G. 
Dicxiz, M.D., Lecturer on Botany in the University and 
King’s College of Aberdeen. 


[Continued from p. 10. ] 
[ With a Plate. } 


Himanthalia lorea—This remarkable plant is not uncommon at 
Aberdeen. It usually occurs in detached patches : many parts of 
the coast are destitute of it ; in other spots it is in great profusion, 
and is most usually found near low-water mark. In this vicinity 
it seldom attains any great size, rarely exceeding 2 to 22 feet. 

Dr. Montagne’s statement, that it possesses both acrosperms 
and basisperms on different individuals, is quite correct, as I have 
verified by examining an extensive series of specimens. 

While the thong-shaped receptacles are still immature, their 
surface is covered with numerous pores from which filaments 
issue, and exactly resemble those on the species of Fucus, and 
which in a former paper were stated to be barren conceptacles. 
In Himanthalia they are generally all ultimately fertile, pro- 
ducing, as already mentioned, either acrosperms or basisperms. 


—- 382 Dr. G. Dickie on the Marine Alge 


Some difference of opinion has arisen respecting the nature of 
the frond in this plant; the peziziform expansion being consi- 
dered by some as the true frond, and the elongated part as a true 
receptacle. In a paper on the Botany of the Antarctic Expedi- 
tion, published in the ‘ London Journal of Botany’ for June 1843, 
Dr. J. D. Hooker states his belief, that the frond of Himanthalia 
is an abortive bladder analogous to the trumpet of Eeklonia buc- 
cinalis, and finds no reason to suppose that the thongs are recep- 
tacles. He believes that Himanthalia, Ecklonia and Durvillea 
will form a distinct group. 

The young fronds are well represented by Dr. Greville in his 
‘Alge.’ A section shows first a cortical part composed of dense 
tissue, beneath which there is a subcortical less dense than the 
former and more transparent ; in the centre the tissue is com- 
posed of jomted and branched filaments, whose general direction 
is from base to apex of the small dilated frond: this tissue is 
highly elastic. The young frond is at first turgid with a fluid 
partly mucus and partly water. At an early period there is no 
distinct stem, the vesicle being attached by a flat disc. At a more 
advanced stage, however, the stem becomes evident, and its ge- 
neral structure is the same as that of the vesicle itself, three di- 
stinct tissues being present ; sometimes two vesicles originate from 
the same flat disc or root, and then one is usually larger than the 
other. 

In a more advanced stage the stem becomes very distinct, ha- 
ving increased in proportion more rapidly than the inflated part. 
The vesicle afterwards becomes depressed in the centre, at which 
time a firm band of fibrous tissue connects the stem with the disc 
of the inflated part, and the two come in close contact, thus pro- 
ducing a depression in the centre of the vesicle, all which is pro- 
duced by the contraction of the central fibrous band alluded to. 

The thongs, or receptacles, first appear as small papille in the 
centre of the depressed portion, and are intimately connected 
with the above-mentioned fibrous band, their central tissue being 
continuous with it, and their outer with the cortical part of the 
vesicle. 

Mrs. Griffiths and Dr. Greville believe the plant to be annual. 
Capt. Carmichael considered the cup alone to be perennial and 
the thongs annual; he also supposed that every part of the cup 
is capable of producing them, as he found them eccentric in old 
plants. I have never seen them eccentric excepting where the 
frond had become distorted from injury produced by the attacks 
of small mollusca and crustacea. The thongs are continuous 
with the fibrous band already mentioned, and cannot therefore, 
properly speaking, be eccentric. The peziziform part is produced 
one season, and in the following forms receptacles, which, when 


of the vicinity of Aberdeen. 333 


mature, drop off near their origin, or are torn away by the action 
of the water. The frond never, I believe, produces fresh recep- 
tacles, although it often remains attached to the rocks for some 
time after the former have disappeared. 

Mature specimens some time after being gathered readily give 
out their basisperms and acrosperms, the latter appearing in the 
form of a slimy mucus. Plate VI. fig. 1. represents a not uncom- 
mon form of the last ; in the same conceptacle, however, several 
different varieties may be seen, owing no doubt to their not all 
reaching maturity at the same period. Fig. 2 represents the ripe 
sporidia after expulsion from the asci which contained them. 


LIcHINEA. 


Lichina confinis, Ag —Of the two British species, this is the 
only one which I have hitherto found on this coast, where it is 
abundant on rocks a little above high-water mark. If the other 
species does not actually grow here, this may be considered by 
some an evidence in favour of the opinion that they are distinct 
species, the one being considered by authors a mere variety of 
the other. 

LAMINARIES. 


Alaria esculenta, Grev.—This plant is very abundant upon all 
parts of the coast, and is most usually found near low-water mark. 
Turner defines the fructification as consisting of “small pyriform 
pellucid seeds, internally dotted, having on their largest extre- 
mity.a white transparent globule.” Dr. Greville, in his ‘ Alge,’ 
describes the fructification as being composed of “ pyriform seeds, 
vertically arranged in the incrassated leaflets ;” his figure, how- 
ever, corresponds with Turner’s definition. In the latest work 
on the subject to which I have access, Harvey’s ‘ Manual,’ Dr. 
Greville’s character of the fructification is adopted. After a careful 
examination of numerous specimens in different stages, I am 
constrained to call in question the accuracy of the above state- 
ments. 

Fig. 3. tab. 4. of the ‘ Algee Britannicee’ gives a good idea of 
the structure of a perpendicular section under a low magnifier. 

With a higher power the true nature of the fructification be- 
comes evident ; it consists of transparent clavate tubes (asci) in- 
closing solitary simple sporidia. Turner’s statement respecting 
the terminal transparent globule must have originated from the 
position of the inclosed sporidia in their asci, which is evident 
from the accompanying figure, Fig. 3. Plate VI., the part of the 
tube beyond the summit of the sporidium presenting an approach 
to the figure of Greville when viewed with a low and ill-defining 
lens. Fig. 4 represents a sporidium separately. The surface of 


334 Dr. Dickie on the Marine Alge of the vicinity of Aberdeen. 


the frond in Alaria is covered with scattered pores, from which 
protrude szmple filaments. These pores and simple filaments are 
evidently the analogues of the basispermal fructification of the 
Fuci described in a former communication. 

Laminaria digitata, Lamour.—This species occurs in great 
profusion : in pools at and within high-water mark it is of small 
size, the plant attaining large dimensions in deep water only. 

Tn this species I have had numerous opportunities of exami- 
ning the fructification, which, on this part of the coast at least, 
is usually found in June and J uly, at which time that of Alaria 
is also mature. The specimens of L. digitata which usually bear 
fruit most copiously are those old distorted individuals found at 
low-water mark, and which also never attain any great size. It 
occurs on the lacinie of the frond in the form of elevated spots of 
an oval or circular form, and more opake than the surrounding 
parts. Turner had not seen the fructification of this species, but 
quotes Roth and Stackhouse respecting it, doubting at the same 
time whether even they had seen the true fructification. The 
former speaks of it as immersed in the substance of the laciniz, 
and showing itself by plice and mucifluous pores ; the latter says 
it consists of thin inflated pellicles of various forms; it is added, 
the papille perforated at top are often discoverable, particularly 
after the seeds are shed, even in dry specimens ; further, the seeds 
are like small blackish dust under a high magnifier (Turner’s 
‘ Fuci’). 

On making a perpendicular section of the spots alluded to, the 
same appearance is presented as in Alaria, viz.clavate asci arranged 
perpendicularly toward the surface of. the frond, and inclosing 
simple solitary sporidia; the latter, however, differ in form from 
those of Alaria. Figs. 5 and 6 represent the asci and sporidia 
of the species under discussion. In a former paper it was stated 
as a reason for believing the acrosperms of the species of Fucus 
to be one means of propagating these plants, that the fructifica- 
tion of Alaria and Laminaria is essentially of the same nature, 
and it evidently is so, the branched filaments accompanying those 
of Fucus constituting the only difference ; these filaments can 
scarcely be considered essential parts of the fructification of Fucus. 
The acrosperms of Montagne, and the reproductive organs of the 
Laminariee, are therefore evidently composed of asct inclosing 
solitary simple sporidia. 

It may be observed that some authors include A/aria in the 
genus Laminaria, as for example Endlicher in his ‘ Genera Plan- 
tarum.’ It is very remarkable that L. bulbosa, Lamour., has not 
hitherto been seen in this vicinity ; I have often searched for it at 
low tides, but in vain ; and among the thousands of specimens of 
L. digitata, &c. cast up after storms, not a trace of it has been 


Dr. O’Bryen Bellingham on Irish Entozoa. 835 


seen. It evidently presents several analogies to Alaria, the stem 
near its base sometimes presenting appendages approaching to 
the fruit-bearing leaflets of that plant; on its surface also pores 
and accompanying filaments are numerous. 

Laminaria saccharina, Lamour.—This species is very common 
on all parts of the coast ; it never, however, attains the great size 
which it does in more favourable localities. From the figures ac- 
companying this and the former paper, it might be supposed that 
the sporidia alluded to are not simple but contain sporidiola ; such 
however is not the case, the inclosed bodies beg composed of 
granular matter cohering in masses and assuming a regular ar- 
rangement. In Z. digitata this granular matter is very abun- 
dant and has less tendency to cohere,and the regular arrangement 
of it is also not very evident. 


[To be continued. | 


XLI. — Catalogue of Irish Entozoa, with observations. By 
O’Bryren Betxtincnam, M.D., Fellow of and Professor of 
Botany to the Royal College of Surgeons in Ireland, Member 
of the Royal Zoological, Geological and Natural History So- 
cieties of Dublin, &c. 


[Continued from p, 260.] 
Order 3. TREMATODA. 


(Derived from rpypua, foramen.) 


*« Corpus depressum vel teretiusculum, molle. Pori suctorii. Om- 
nia individua androgyna.”—Rud. Synop. 


Tue order Zrematoda corresponds very nearly to the order 
Porocephala of De Blainville. The species included in it, though 
differmg much in shape from one another, have this general re- 
semblance, that they are all provided with one or more distinct 
pores or suckers, disposed upon the body in different ways; and 
according to the number of the pores, or their disposition upon 
the surface, the genera have been formed. 

The head is rarely separated from the body by a neck. The 
body is soft, either flattened, oval, elliptical, linear or cylindrical. 
Each individual possesses the organs of reproduction of both 
sexes. The species occur in mammalia, birds, reptiles and fish ; 
they generally inhabit some part of the alimentary canal. 


Genus 10. Monostoma. 


(Derived from pévos, unus, and ordpa, os.) 


Body soft, either flattened or subcylindrical. A single anterior pore; 
no abdominal pore, or posterior terminal orifice. 


336 Dr. O’Bryen Bellingham on Irish Entozoa. 


This genus was established by Schrank under the name Fes- 
tucaria, changed to Monostoma by Zeder, and adopted by Ru- 
dolphi and all zoologists since. / 

The species are not numerous: Rudolphi enumerates thirty 
species, of which seven are doubtful. They are most numerous 
in birds and fish, less common in reptiles, and are very rare in 
mammalia. They inhabit the alimentary canal principally ; a few 
have been detected in the abdominal cavity and in the lungs. 

The species are arranged by Rudolphi in two sections, accord- 
ing to the situation of the anterior solitary pore. Those included 
in the first section have the orifice of the pore inferior, occur only 
in fish, and have been by some classed together under the name 
Hypostoma. The few species in this list belong to the second 
section, in which the orifice of the pore is anterior. 


Pori apertura antica. 


Ceeca of shieldrake (Tadorna Bellonizt). 
Ceca of widgeon (Mareca Penelope). 
Ceca of laughing-goose (Anser albi- 


1. Monostoma attenuatum * if 
| frons). 
Cezeca of pochard (Fuligula ferina). 
Ceca of shoveller (Anas Clypeata). 
| 


2. ————— verrucosum Ceca of water-hen (Gallinula chloro- 


pus). 
| Ceca of bald-coot (Fulica atra). 


* The Monostoma attenuatum was discovered by Rudolphi in the 
ceca of the snipe; he mentions the cca of the shoveller duck as 
another habitat. I have obtained it from three other species ; it oc- 
curred in greatest abundance in the shieldrake. This and the next 
species appear to be altogether confined to the ceca of birds. 

The Monostoma attenuatum is a minute species, measuring only a 
line and a half in length; the colour is whitish, with a shade of yel- 
lowish red. The body is slender, flattened and smooth, obtuse and 
rounded posteriorly, becoming more slender anteriorly ; the pore is 
anterior, terminal, orbicular and slightly prominent. The ovaries are 
situated in the posterior half of the body. From the anterior pore 
two white lines (apparently vessels) are seen to run backwards ; they 
are obscured when they meet the ovaries, but posteriorly they are 
again seen, and can be traced to the posterior extremity. 

+ The Monostoma verrucosum has been named so from the little 
tubercular prominences with which the body is provided; these are 
seen only upon one surface, and Rudolphi calls it the abdominal sur-. 
face ; it appears to me to be the dorsal surface of the animal ; it is in 
general convex. I have found this species upon two occasions in 
considerable numbers in the ceca of the common shoveller (Anas 
Clypeata) ; they are about a line in length, and about a third of a line 
in breadth, of a reddish yellow colour. When placed in water they 


Dr. O’Bryen Bellingham on Jrish Entozoa. 837 


[Monostoma ocreatum *. Small intestine of mole (Talpa euro- 
ea). 
[—————- trigonocephalum +... Stomach of turtle (Chelonia im- 
bricata) | 


became contracted and curved, the abdominal surface apparently 
forming the concavity. Three -rows of little prominences are seen 
upon the convex surface, which run parallel to one another from one 
extremity of the body to the other; the lateral margins of the body 
are subpellucid, inflexed in some.‘ The pore is orbicular and very 
small. On the abdominal surface there is the appearance of two 
parallel vessels running through the greater part of the body. 

The specimens of Monostoma verrucosum from the pochard (Fuli- 
gula ferina) are larger than those from the shoveller duck ; the pro- 
minences upon the dorsal surface are also better marked, and can be 
seen with the naked eye. When first removed from the animal and 
placed in water, they become curved: the prominences being upon 
the convex surface, and the anterior pore projecting outside, gave 
them the appearance of little hedgehogs. ‘Their colour is yellowish 
red or a dirty yellow; after they had lain for twelve hours in water 
they changed to white, and many unrolled themselves and became 
flat. In several there is the appearance of a posterior pore, which is 
not quite terminal and not prominent: in others this is wanting. 

The specimens from the bald-coot (Fulica atra) resemble those 
from the shoveller duck in almost every respect. From the anterior 
pore the two white lines resembling vessels (before mentioned) are 
seen to run backwards, parallel to one another, in their course pass- 
ing through the ovaries, which fill the thicker portion of the body, 
and to approach each other near the posterior extremity. 

* The Monostoma ocreatum, though it cannot be considered an 
Irish species, as the mole ( Talpa europea), in which alone it is found, 
is not a native of this country, is a very beautiful species, and differs 
remarkably from the two last-described species, which occur only in 
the czeca of birds. The specimens which I possess are about an inch in 
length (Rudolphi says it sometimes attains the length of two inches) 
and about half a line in breadth; in one a knot has formed upon the 
body, as we sometimes see in the Tenia ; the greater part of the body 
has a reddish brown colour, owing to the contents of the ovaries 
being seen through the parietes. The body is sublinear, rather flat- 
tened than cylindrical; it increases suddenly in diameter near the 
posterior extremity ; indeed this part has somewhat the shape of a 
boot (ocrea), from which circumstance it has received its name. 

t+ The Monostoma trigonocephalum, which inhabits the stomach of 
the turtle, cannot either be regarded as an Irish species; but as the 
turtle has occasionally been thrown upon the English coast, and is 
included in Jenyns’s ‘ Manual of British Vertebrate Animals,’ this 
species of Entozoon has an equal claim to be considered as British. 
It is about three lines in length and nearly a line in breadth; colour 
dirty white after remaining in spirits of wine; the head is distinct 


Ann. & Mag. N. Hist. Vol. xin. Z 


338 Dr. O’Bryen Bellingham on Irish Entozoa. 


Genus 11. AmpuHistoma. 
(Derived from ay¢i, utringue, and ordpa, os.) 


Body soft and cylindrical. ‘I'wo pores, one anterior, the other pos- 
terior. No abdominal pore. 


The genus Amphistoma was established by Abildgaard under 
the name Strigea, because the animal serving as the type had 
been discovered in the owl. Rudolphi gave it the name which it 
at present bears. 

The species are not numerous; Rudolphi enumerates but 
twenty-one, of which three are doubtful. They are most common 
in birds ; a few occur in mammalia and reptiles. They inhabit 
generally the alimentary canal. 

They have been arranged by Rudolphi in two sections, accord- 
ing as the head is distinct or continuous. The species in this list 
(which have been determined) belong all to the first section. 


Capite discreto. 


Small intestine of herring-gull (La- 
rus argentatus ). 
( Small intestine of moor-buzzard ( Bu- 


2. ———— sac bei A bee Be 


1. Amphistoma longicolle* . . 


Small intestine of peregrine falcon 
(Falco peregrinus ). 


from the body, and has a triangular shape (hence its name). The 
pore is orbicular, rather inferior than anterior, when the animal has 
been kept in spirits for some time. The body is somewhat broader 
posteriorly than anteriorly, convex upon the dorsal, concave upon 
the abdominal surface ; the posterior extremity is distinctly notched. 

* The Amphistoma longicolle was so named from the length of the 
neck ; it occurs only in birds of the gull or heron tribe. It is about 
half an inch in length, cylindrical, and of a reddish brown colour. 
The head is distinct, of a subcordate shape, broadest where it joins 
the neck; the neck is wrinkled transversely, and increases in thick- 
ness until it meets the body; the latter is shorter than the neck and 
smooth. ‘This species is well figured in Bremser’s folio work. 

+ The Amphistoma macrocephalum, from the small intestine of the 
moor-buzzard (Buteo rufus), is a minute species, the longest speci- — 
men measuring only a line and three-quarters; colour yellowish 
white; head thicker but shorter than the body, from which it is 
separated by a narrow fissure, as if a string had been tied round it ; 
body subcylindrical, incurved ; anterior pore irregularly lobed ; lobes 
apparently four or five ; posterior pore small and orbicular ; margin 


sometimes crenate ; in a few specimens a small cylindrical body pro- 
jected slightly from it. 


~ 


Dr. O’Bryen Bellingham on Irish Entozoa. 339 


3. Amphistoma isostomum * Small intestine of wild duck (Anas 
Boschas). 
4 racile + Small intestine of northern diver (Co- 
. ae lymbus glacialis). 
Small intestine of heron (Ardea cine- 
5. —————. cornu? t.... es 
6. ca spherula § .. sags intestine of rook (Corvus frugi- 
egus). 


Species dubia. 
Small intestine of sparrow-hawk (Ac- 
‘ cipiter fringillarius). 
- Amplhistoma||........ Small intestine of moor-buzzard (Bu- 
teo rufus). 


“I 


* The Amphistoma isostomum has a general resemblance to the 
A. macrocephalum ; it is however much smaller. My specimens are 
about half a line in length: the animal appears to be divided into 
two equal parts by a simple fissure extending round it; the anterior 
is regarded as the head, the posterior as the body ; the former has a 
white colour, the latter is yellow. 

+ The Amphistoma gracile is rather a rare species; Bremser dis- 
covered it in the Mergus Merganser. 1 found it in the small intestine 
of the Colymbus Immer (young of Colymbus glacialis). It is about two 
lines and a half in length ; colour white. The head is distinct from 
the body, nearly of the same diameter as it, and about a third of its 
length. The body of the recent animal is cylindrical ; it becomes flat- 
tened in spirits of wine, and sometimes concave on the abdominal, 
and convex on the dorsal surface. ‘The anterior pore is large and cup- 
shaped ; after it has lain in spirits it presents a lobated appearance : 
the posterior pore is somewhat triangular, not quite terminal, more 
upon the inferior surface of the caudal extremity; it becomes orbi- 
cular and terminal when kept in spirits of wine. 

{ I have only once met with this species ; the specimens which I 
possess are very minute, and have some of the characters of the 
Monostoma cornu, with which Rudolphi says it may be readily con- 
founded. 

§ The Amphistoma spherula, from the small intestine of the rook 
(Corvus frugilegus), is scarcely a line in length, and of a dirty yellow 
colour ; the head and body are distinct, but this is not so well marked 
as in other species; the body is cylindrical, about twice the length 
of the head. The anterior pore is lobed, the posterior orbicular and 
smaller. 

|| This species of Amphistoma, which I found in the small intes- 
tine of the sparrow-hawk and moor-buzzard, has some resemblance 
to the Amphistoma pileatum of Rudolphi’s ‘ Synopsis ;’ from which it 
differs in the terminal pore being larger than the anterior, and in the 
body being shorter and thicker. c 


340 - Rev. M. J. Berkeley on British Fungi.: 


8. Amphistoma* Small'intestine of black scoter (Oidemia nigra). 
me Small intestine of crow (Corvus Corone). 
[—_—_—_——.. Intestines of turtle (Chelonia imbricata).] 


* T only once met with this species of Amphistoma, and have only 
a single specimen ; it was alive when removed from the intestine of 
the bird. It is nearly two lines in length; the head distinct, about 
half the length of the body, whiter, and more cylindrical ; body flat- 
tened and wider, the edges crenate. The pores appear to be of equal 
size ; if there is any difference, the anterior is rather larger; it is also 
rather inferior than terminal. The oviducts run along each side of 
the body near the margin, and appear to contain numerous ova; a 
yellowish canal is seen in the median line, commencing where the 
head and body join, and passing backwards towards the terminal 
pore. 

[To be continued. ] 


XLIL.—WNotices of British Fungi. By the Rev. M. J. BERKELEY, 
M.A., F.L.S. 


{Continued from vol. vi. p. 439. ] 
[ With a Plate.] 


257. Agaricus rachodes, Vitt. Mang. p.158. t.20; Fr. Ep. p.13. 

I have found this species in great abundance and perfection in 
Lord Fitzwilliam’s park at Milton. The flesh when broken be- 
eomes red, the substratum of the pileus is beautifully silky, and 
there is a peculiarity about the habit ; besides it is not edible ; 
still it must be confessed that it is extremely near to Ag. procerus, 
to which it has been referred by authors. There is no doubt, 
notwithstanding the hesitation of Fries, that Sowerby’s figure, 
tab. 190, represents the true Ag. procerus. I take this opportu- 
nity of remarking that Ag. piluliformis, Fr. Ep. p. 25, is nothing 
more than the young of Ag. spadiceus, as indeed is noticed in the 
text of Bulliard and Ventenat. 

258. Ag. chrysodon, Batsch, f. 212. 

This very beautiful species occurred in profusion in a wood at 
King’s Cliffe in the autumn of 1842. I had never seen it pre- 
viously. It not only grew under the lime-underwood, but amongst 
grass in the open glades. It resembles very closely in many re- 
spects Ag. eburneus, but is beautifully distinguished by the golden 
yellow pubescence which is sprinkled here and there over the 
plant, but principally on the stem and margin of the pileus. 
Sometimes the gills are elegantly edged with yellow flocci. The 
smell is strong, like that of Ag. cossus. 

*259. Ag. Columbetia, Fr. Syst. Myc. p. 44. In woods, King’s 
Cliffe. | 


Ann. d& Mag. Nat Hist No l.PV1X. 


Wy ofa) 
iif ( {| PIN} 
1) N NAY 


NY 


AN 


A 


\ 


\ 


NOY 


\\ 


7 


TD.C Sowerby, feudp. 


British Fungi. 


rey 


re 
iad 4 


o% 
‘ge 
pea 


ae 
hie 


ae 
tes 


Rev. M. J. Berkeley on British Fungi. 341 


— **260. Agaricus blandus, Berk. = Ag. brevipes, Bull., Kl. in FI. 
Reg. Bor. t. 374. My plant is a long-stemmed variety of the spe- 
cies figured by Bulliard. Klotzsch’s figure is very characteristic. 

*261. Ag. murinaceus, Bull. t. 520; Sow. t. 106. King’s Cliffe, 
Sept. 10, 1841. 

Pileus 43 inches across, at first campanulate, slightly umbo- 
nate, then expanded, thin, firm, but very brittle, mouse-coloured, 
cracked and virgate, silky, not the least viscid ; flesh white. Taste 
bitter, unpleasant, rather acrid. Smell neither powerful nor ni- 
trous. Stem 3 inches high, ] inch thick at the top, cracked and 
streaked, silky, with minute black scales, solid but fibrous, not the 
least stuffed or hollow. Gills very broad, undulate, distant, ha- 
ving a tendency to become forked and anastomosing, brittle, often 
marked with raised lines, cinereous, powdery ; interstices slightly 
veined ; edge at length black. Individuals occur much thicker 
and larger. 

Having at length found this species, I am able to state posi- 
tively that it is not the plant of Fries. The specific name refers 
to the colour, not to the scent, which is very slight and by no 
means nitrous. It is not at all moist or viscid, but has a clothy 
feel, bemg virgate and silky. The gills are not olivaceous when 
rubbed. Its affinities are rather with Ag. argyraceus than with 
Hygrophorus. 

262. Ag. ovinus, Fr. Syst. Myc. vol. 1. p. 109. In pastures, 
Apethorpe. Not so frequent as Ag. cuneifolius. 

263. Ag. platyphyllus, P., Fr. Syst. Myce. vol.i. p.117. Ag. 
grammocephalus, Bull. t. 594. On the ground in woods, like Bul- 
liard’s plant, not on wood like that of Fries. King’s Cliffe, Sep- 
tember 6, 1841. 

Pileus 5 inches or more across, smooth, hygrophanous, ex- 
panded, with a broad umbo, sinuated and undulate ; thin except 
im the centre; umber shaded with bistre, more or less virgate, 
but by no means silky, though it has a sleek shining aspect, like 
that of Ag. rhodopolius’; flesh brownish beneath the subcartila- 
ginous cuticle, but in other parts firm and white. Stem 2} inches 
high, §th of an inch thick, nearly equal, obtuse, stringy, slightly 
twisted, streaked, smooth, not rooting in my specimens. Gills 
broad, truncato-adnexed, at first white, at length pallid, distant. 
Smell, hike that of Ag. grammopodius, strong; taste not un- 
pleasant. | 

There is no reason to doubt that this species is the 4g. platy- 
phyllus of Fries, notwithstanding the difference in the habitat. It 
is exactly the plant of Bulliard, which, like mine, is terrestrial. 

264. Ag. elixvus, Sow. t. 172. Pileo obconico umbonato de- 
mum explanato fuligmeo, sericeo minutissime virgato ; stipite 
deorsum incrassato concolore depresso-pubescente ; lamellis an- 


342 Rev. M. J. Berkeley on British Fungi. 


gustis arcuato-decurrentibus distantibus albis ; interstitiis venosis. 
King’s Cliffe. On the ground in woods where there is little un- 
derwood. Oct. 6, 1840. 

Pileus 2 inches broad, at first very strongly umbonate, obco- 
nical, at length flat or even depressed, with the border flexuous, 
not the least involute in any stage of growth; disc fuligmous, very 
minutely virgate; border whitish, with dingy sodden spots. It is not 
viscid, though it has a damp appearance. Stem 1 ineh high, 3ths 
of an inch thick, or 2 inches high and ths of an inch thick; some- 
times short and stout, sometimes much elongated, dingy like the 
pileus, clothed with matted down which reaches up to the base of 
the gills, often smooth at the base, which is buried amongst leaves 
and attached to them by the downy mycelium ; solid, mottled 
within, slightly discoloured beneath the cuticle. Gills very di- 
stant, decurrent, white, interstices more or less veined. Spores 
elliptic ; spicules long. 

Much eaten by slugs. This is certamly quite a distinct spe- 
cies from Ag. camarophyllus, to which Fries refers it. The gills 
are by no means thick ; they are narrow and white, not glaucous. 
The whole in moist weather is like a sponge sodden with water. 
It does not appear to me to have any affinity with Hygrophorus. 
When young, the pileus has quite the form of Gomphidius gluti- 
nOsUs. 

*265. Agaricus gilvus, P. Syn. p. 448. Wothorpe Grove, 
Oct. 7, 1840. 

Pileus 3 inches broad, fleshy, plane, with the border convex 
and involute, opake-white, smooth, with a few dirty ochraceous 
patches ; flesh white, brittle. Stem 2 inches high, about 1 inch 
thick, blunt, opake-white with a slight tinge of fawn-colour. 
Gills crowded, decurrent, white with a reddish tinge, somewhat 
forked at the base. Smell strong but not unpleasant. 

266. Ag. calopus, P. Syn. p. 373; Lib. Pl. exs. Ard. no. 318. 
The specimens referred formerly to Ag. Vazllantit belong to this 
species; at least they are identical with what Madame Libert 
has published as the plant of Persoon, and her authority is con- 
fessedly very great. My specimens have the gills as in Ag. Vail- 
lantui, and by no means merely adnexed ; but this accords with 
the observation of Fries in the ‘Systema Mycologicum.’ We 
must therefore still depend for dg. Vaillantii, as entitled to a 
place in our Flora, on Withering. 

*267. dg. umbelliferus, L. The beautiful yellow variety re- 
presented by Holmskiold, vol. 11. t. 34, occurred at Capel Curig 
in 1842, and’ Mr. Salwey has sent it to me from Llyn Howel. 

*268. Ag. stellatus, Fr. On bramble, Oct. 7, 1840, Wo- 
thorpe. I have also received it from the west of England from 
Mr. Salwey. | 


Rev. M. J. Berkeley on British Fungi. 343 


*269. Agaricus carneo-tomentosus, Batsch. Ag. carnosus, Bolt. 
On the stump of an old tree hanging over the rivulet immediately 
below the waterfall in Hestercombe Park, Som., Dec. 1838, Rev. 
T. Hugo ; King’s Cliffe, Aug. 1843. 

270. Ag. Leightonii, n. s. Sessilis; pileo primum oblique 
conico wnbrino, demum plumbeo furfuraceo setulis intermixtis ; 
strato superiore gelatinoso ; lamellis crassiusculis alutaceis di- 
stantibus basi subfurcatis leviter undulatis ; interstitiis vix reticu- 
latis. Montford Bridge near Shrewsbury, Dec. 1, 1841, Rev. 
W. A. Leighton. 

Pileus 5 lines broad, at first cyphelleform, obliquely conical, 
umber-brown, gradually becoming paler, at length of a pallid 
lead-colour, furfuraceous, especially behind, where there are a few 
bristles ; flesh consisting of two distinct strata, of which the upper 
is gelatinous and of the colour of the pileus, the lower white. Stem 
none. Gills of a pallid tan colour, thickish, distant, undulated, 
obscurely wrinkled at the base, but the interstices can scarcely be 
said to be reticulated ; sporophores with short spicules. 

This species, of which I can find no account, belongs to the 
same section as Ag. mastrucatus and algidus. Ag. ponticola is 
analogous, but it belongs to the dark-seeded series. 


Prare IX. fig. 1. a, dg. Leightonii, nat. size ; b, section of do. ; c, sporo- 
phores with their spicules. 


271. Ag. petasatus, Fr. Kp. p. 142. In Mr. Marshall’s wine- 
vault at Hitchin, immersed for about two inches in saw-dust, with 
the base of the stem resting on the bare brick, Jan. 20, 1843. 

An excellent drawing of this noble species was kindly com- 
municated to me by Mr. Isaac Brown, but unfortunately without 
any description or specimen. It accords, however, so closely with 
the characters given by Fries, that I have no hesitation in refer- 
ring it to his Ag. petasatus. The only point of difference is that 
the border of the pileus is not, strictly speaking, membranaceous. 
That others may have an opportunity of judging, I have thought 
it best to give a figure. 


Prate IX. fig. 2. a, dg. petasatus, nat. size ; b, section of do. 


272. Ag. pholideus, Fr. Syst. Myc. p. 219. In wood:, King’s 
Cliffe. My plant is clearly that figured by Bulliard under the 
name of Ag. psammocephalus. 

273. Ag. vervacti, Fr. Ep. p. 197. Near Bromley, Kent, - 
Mr. G. Sparkes. 

274, Ag. semiorbicularis, Bull., Fr. Ep. p.197. A very com- 
mon species in rich pastures, often confounded with Ag. virosus. 

275. Marasmius urens, Fr. Ep. p. 373. Bristol, H. O. Ste- 
phens, Esq. 


B44 Rev: M. J. Berkeley on British Fungi. 


276. Marasmius archyropus, Fr. Ep. p.378; Pers. Myce. Eur. 
p. 135. t. 25. fig. 4. Bristol, H. O. Stephens, Esq. 

A very elegant species. Mons. Desvaux informs me that Per- 
soon’s plant is identical with Ag. hariolorum, Bull. Persoon’s 
figure exactly accords with what I have received from Mr. Ste- 

hens. 

277. M. amadelphus, Fr. Ep. p. 380. Bristol, H. O. Stephens, 
Esq. On ash twigs. 

278. Boletus viscidus, Linn. Fl. Suec. no. 1248. Bristol, H. 
O. Stephens, Esq. 

Distinguished at once from B. luteus, Grevillii, &ec. by its brown 
spores. 

*279. Dedalea confragosa, P. 1 have received fine specimens 
of this rare species from H. O. Stephens, Esq., gathered near 
Bristol, and from C. E. Broome, Ksq., collected at Spye Park, 
Wilts. Precisely the same species occurs in New Zealand. 

280. Hydnum graveolens, Delastre, Fr. Ep. p.509. Found two 
successive summers at Dolgelley by J. Ralfs, Esq., from whom I 
received my specimens. 

When fresh he informs me it is extremely beautiful, being dark 
in the centre with a white border. The prickles are pale, and the 
spor idia evidently white. The whole plant smells extremely strong 
of melilot, and after it has been dried three or four years the 
scent is as strong as ever. 

281. H. spathulatum, Fr. +: p-517. Apethorpe, Norths. On 
an old log of wood. 

I have found this species once only. The whole plant sepa- 
rates easily from the wood, and the teeth are broad and spathu- 
late, by which characters it is readily distinguished. 

282. Grandinia papillosa, Fr. Ep. p. 528; Libert, Pl. Ard. 
no. 21. Wiltshire, C. E. Broome, Esq. On sticks which have not 
yet lost their bark. By no means confined to fir or pine. 

283. Thelephora caryophyllaa, Fr. Ep. p. 5386; Berk. Brit. 
Fung. Fase. 4. no. 241. Abundantly at Bungay, Mr. D. Stock. 

This is perhaps the most beautiful of the British Thelephore. 
It assumes every form from that of a perfect cup with a central 
stem to a much and irregularly branched frond, in which state it 
is Clavaria flabellaris, Batsch. When once seen it cannot be con- 
founded with any of the neighbouring species. 

*284. T. cristata, Fr., Berk. Brit. Fung. Fase. 4. no, 243. 
Bungay, Mr. Stock. 

This species is, I believe, often confounded with T. mollissima, 
which is in reality of a very different nature. This is much more 
after the fashion of 7. incrustans, with which it agrees as to the 
colour of the spores, and has the hymenium white. 


Rev. M. J. Berkeley on British Fungi. 345 


285. Thelephora fastidiosa, Fr. Bristol, H. O. Stephens, Esq. ; 
near the Box Tunnel, C. E. Broome, Esq. 

Distinguishable at once by its abominable odour, which remains 
for a long time in dried specimens. I have never myself met 
with it. 

286. T. mollissima, P. Syn. p.572; Berk. Brit. Fung. no.245. 
Merisma cristatum, var. fusco-badium, Desm. ! no.362. Extremely 
common in the Northamptonshire woods, running over moss, 
small sticks, &c. 

I have seen precisely the same species gathered by Delastre in 
the south of France. The plant published by Desmaziéres is just 
the same. I have found a specimen of this growing freely from 
a central stem and assuming the form of Thel. palmata. 

287. Corticium arachnoideum, n. s. Totum effusum niveum, 
molle tenerrimum mycelio latissime-serpente arachnoideo, hyme- 
nio levi glaberrimo. Creeping over mosses and lichens on fallen 
sticks, Northamptonshire. 

Forming delicate effused arachnoid patches of a snowy white ; 
threads by no means forming fibres, but spreading like a delicate 
web, and often remaining barren, but under favourable circum- 
stances giving rise to a smooth even hymenium, consisting of 
elliptic sporophores arranged in little bunches. I have not yet 
seen perfect spores. The species appears to me undescribed, and 
is very distinct from all with which I am acquainted. Its habit 
is not unlike that of Thel. bombycina. The genera Thelephora and 
Corticium, it may be observed, are very far from being completely 
settled. The character upon which Fries mainly relies, of endo- 
sporous and exosporous fructifying cells, is manifestly untenable, 
as all species with endosporous asci must be removed from Hy- 
menomycetes. 

rane IX. fig. 3. Part of the hymenium of C. arachnoideum highly mag- 
nined. 

288. C. velutinum, Fr. Lambley, Notts, Rev. M. J. Berke- 
ley; Linlithgowshire, C. E. Bauchop, Esq. 

A very elegant species of a pale pink, remarkable for its floc- 
cose mycelium, and the delicate pile with which the whole of the 
hymenium is clothed, giving it a velvety appearance. 

289. Cyphella griseo-pallida, Weinm. FI. Ross. p. 522. Mi- 
nima, primo granuliformis demum elongata erecta cupuleformis 
stipite brevissimo basi fibris brevibus strigosulis albis affixa, de- 
mum dependens subintegra, extus floccosa, hymenio leevi pallide 
gilvo. On hard gravel where discoloured with minute alge, 
Apethorpe, Jan., Rev. M. J. Berkeley. 

Whole plant one-third of a line in diameter, at first granu- 
liform, then regularly cup-shaped, with a short stem and attached 
by a few radiating, white, substrigose, short threads, at length de- 


346 Rev. M. J. Berkeley on British Fungi. 


pendent, mostly entire, clothed with white villous down ; hyme- 
nium even, pale reddish gray ; border slightly undulated. 

A very elegant and distinct little species, according exactly with 
the description of Weinmann. 

290. Geoglossum glutinosum, Fr. El. p. 582; Moug.! exs. 
no. 780. Edinburgh, J. C. Bauchop, Esq. 

291. Clavaria contorta, Holmskiold, t. 29. Grace Dieu Wood, 
Leic. On dead branches of hazel. 

292. Nematelia encephala, Fr. Kp. p.591; Berk. Brit. Fung. 
Fasc. 4. no. 291. Abundant in Wales on larch, J. Ralfs, Esq. 

The species formerly published under this name in the ‘ En- 
glish Flora’ is almost identical with Nematelia nucleata, an Ame- 
rican species, and very different from this. The figure in Rémer’s 
‘Magazin fiir die Botanik,’ part 4. tab. 4. fig. 14, is extremely 
characteristic. This I had not seen at the time of the publication 
of the ‘ English Flora.’ 


Hymenogaster, Vitt. Mon. Tub. p.20. “ Fungi globosi leves 
basi absorbente preediti, carnosi, firmi vel molliusculi, fragiles nec 
gelatinoso-tenaces, intus cellulosi cellulis cavis hymeniferis, hy- 
menio plerumque subzquali; sporophoris prominulis mono- vel 
2-sporis (rarius 8—4:-sporis) quandoque cystidiis immixtis ; sporis 
crassis ovatis, citriformibus vel cuspidatis, leevibus vel rugulosis et 
papillosis, opacis hyalinisve, guttulis sepius refertis sessilibus vel 
brevissime fulcitis. Exoleti subfriabiles evadunt, rarius putridi 
deliquescunt ; maturi siccati obdurescunt.”—Tul. Ann. d. Se. 
Nat. vol. xix. p. 373. 

*293. H. citrinus, Vitt. 1. c. p.21; Berk. Brit. Fung. Fasc. 4. 
no. 284. Audley End, Essex, Rev. J. E. Leefe. Found abun- 
dantly in Wiltshire by C. E. Broome, Esq. The yellow veins, sub- 
fusiform, rough, dark-coloured spores, the frequently coloured spo- 
rophores, and the strong cheese-like scent which communicates 
itself to everything which it is near, are the criterions of this spe- 
cies. The species which I have referred below to H. olivaceus is 
sometimes very difficult to distinguish, especially when it has been 
imbued with the odour of H. citrinus. It may however be known 
by its reddish substance, larger cells, more transparent, paler and 
smoother spores, which are more frequently abruptly acuminate. 
When young H. citrinus is of a greenish yellow, but this soon 
wears off when rubbed or exposed to air. 

In this species the sporophores occasionally become of a much 
darker colour than the neighbouring cells, and have a resinous 
appearance. In some specimens so circumstanced there is not 
the slightest trace of spores, but the sporophores project beyond 
the general surface of the hymenium, and do not show any indi- 
cation of becoming bifid. In other specimens some of the sporo- 
phores have two more or less imperfect spores extremely variable 


ae 


Rev. M. J. Berkeley on British Fungi. 347 


in outline and very dark, while others project very much and are 
paler and barren. In other specimens again the spores are nearly 
of the normal form, and the sporophores but little darker than 
the neighbouring cells. If I am not mistaken, the cells vary very 
much in different specimens, and even in different portions of the 
same individual, as to length, thickness, articulation, &c., which 
is not to be wondered at, if the sporophores, which are modifica- 
tions of them, and their spores vary. The length of the peduncle 
also varies extremely, and occasionally, though rarely, the spores 
are as much acuminated as in H. olivaceus. Were it not for this 
circumstance, I should have thought, from a sketch communicated 
by Mr. Broome, that he had met with H. decorus, Tul. I also 
observe, that amongst the abortive spores a large number have 
no trace of the terminal papilla. This may perhaps illustrate 
the state or variety of Melanogaster ambiguus, to be noticed pre- 
sently. 

I wee not hesitated in these observations to bring a portion 
of the Truffles into contact with other Hymenogastrous Fungi, 
leaving the ascosporous species to come in their proper position 
amongst those fungi which agree with them in the structure of 
the parts of fructification. The relation between the two series is 
merely analogical, for there is no real affinity whatever, the ge- 
neral resemblance arising merely from their common place of 
growth. 

I am indebted for the greater part of the Hypogzous Feces 
which I have now the pleasure of recording as British to the un- 
wearied researches of C. E. Broome, Esq., who has also accom- 
panied his specimens with notes and sketches, which are the more 
necessary as no fungi stand more in need of an inspection, not 
merely in a recent state but in their place of growth, and under 
the different phases of evolution, than the Truffles. In consequence 
of not being able to do this, though I have had hundreds of spe- 
cimens sent to me in a recent state, my observations are still very 
imperfect, and will not for a moment bear comparison with those 
of Messrs. Tulasne, to whom I am indebted both for information 
and specimens. Those who are interested in the subject will do 
well to consult their short memoir in the 19th volume of the 
‘ Annales des Se. Naturelles,’ a memoir of such interest, as, though 
confessedly a mere sketch, to raise to the highest pitch one’s ex- 
pectations from the full detail which they promise. I have been 
so fortunate as to see a large quantity of the illustrations pre- 
pared for the more complete history of the French species, than 
which nothing can be more beautiful. 

294. Hymenogaster luteus, Vitt. 1. c. p. 22.  Rudloe, Wilt- 
shire, C. HE. Broome, Esq. Abundantly. 

Distinguished by its bright permanently yellow hymenium, 


348 Rev. M. J. Berkeley on British Fungi. 


and smooth, papillate, very variable, often triangular spores. The 
tint varies according to the quantity of spores. Some specimens 
have but little scent ; others, especially the larger ones, are power- 
fully foetid. i 

295. Hymenogaster olivaceus, Vitt. 1. c. p. 24; H. populetorum, 
Berk. Brit. Fung. Fasc. 4. no. 304. Abundant in the neighbour- 
hood of Corsham, Wilts, during the greater part of the year, 
C. E. Broome, Esq. 

I am now convinced that I have too hastily considered this as 
identical with H. populetorum, Tul., of which I have authentic 
specimens. It agrees perfectly in outward appearance and in the 
nature of the cells, but there is more difference in the sporidia 
(which are very much smaller and of a different form and texture) 
than is consistent even with the known inconstancy of form, not 
merely in different individuals but within the same peridium. The 
spores are precisely what are represented by Vittadini under H. 
olivaceus ; but in the absence of authentic specimens of that spe- 
cies, and with the hesitation on the part of Messrs. Tulasne, to 
whom specimens were communicated to refer it definitively to 
H. olwaceus, I cannot but speak cautiously myself. 

The species varies in size from that of a hazel-nut to that of a 
walnut. Peridium at first white, slightly tinged with lemon-co- 
lour ; cells at first white, gradually becoming of a dull buff, and 
then of a reddish gray or brown. The smell is exactly like that 
of Ag. theiogalus, or in some specimens of Ag. gambosus, with 
rather less pungency than in the pink-fleshed species to be de- 
scribed presently. Spores ovate, shortly pedicellate, with an ab- 
rupt, elongated, sometimes irregular apex ; in general smooth and 
transparent, and containing two or three nuclei, but sometimes 
slightly rugose, though by no means opake as in H. citrinus. The 
colour within is far less bright than in H. luteus, from which also 
it differs as regards the sporidia. It is possible, from some more 
or less important differences which occur amongst the species as 
regards the size of the cells, &c., that there may be one or more 
species confounded with it, but in this department of fungi great 
caution is needful. Messrs. Tulasne remark in one of their letters, 
“a forme des spores n’est pas trés constante, et n’est pas toujours 
suffisante pour caractériser les espéces ; il faut voir les plantes 
vivantes bien des fois, les suivre dans leurs développemens et sur- 
tout les recueillir soi-méme car quelques heures d’exposition a la 
lumiére, le toucher ou le moindre accident modefient singuliére- 
ment leur couleur et leur aspect.” These judicious remarks I 
have borne especially in mind, as I have not been able to collect 
the species myself; I have not however had merely my own eyes 
to trust to, but Mr. Broome has himself taken the greatest pains 
in observing every change of form, and illustrating his remarks 


Rey. M. J. Berkeley on British Fungi. 349 


by specimens. I must also plead guilty to not having observed 
sufficiently the differences between the sporophores and adjacent 
cells in the several species, which has arisen in great measure 
from not being able to examine the specimens on the spot at the 
exact moment when these bodies were in perfection, and before 
the external characters had become at all disguised. Indeed, 
under the most favourable circumstances to do so, requires much 
patience and some discrimination. 

296. Hymenogaster albus ; Hymenangium album, K1.! Fl. Regn. 
Bor. t. 466; Rhizopogon albus, Eng. Fl. vol. v. pt. 2. p. 229 (ex- 
clusis omnibus synonymis). 

This has been found at Glasgow only. The single imdividual 
in Sir W. J. Hooker’s collection accords perfectly with German 
specimens kindly communicated by Klotzsch himself. It is quite 
distinct from any of the other British species. It is not exactly 
known what Bulliard’s Tuber album is, but I suspect it will prove 
to be the same species with a truffle collected by Dufour in the 
west of France, and respecting which he has published some ob- 
servations in a Departmental Agricultural Journal, to which I 
am not able at this moment to refer. Sowerby’s Tuber album 
must also be regarded at present as very uncertain. I have 
tried in vain to procure it. 

297. H. tener, n.s. Parvus, globosus, mollis, externe albus 
sericeus peridio tenui interne pallide roseus, demum umbrino- 
griseus, basi absorbente manifesta alba ; cellulis laxioribus ; sporis 
parvis late ellipticis papillatis minute verrucosis. H. lilacinus, 
Berk. Brit. Fung. Fasc. 4. no. 8305. Abundant about Rudloe, 
Wiltshire. Found also sparingly at Hazlebeech, Norths, C. E. 
Broome, Esq., sprmg and summer. On the surface of the ground 
in beech and fir plantations. Here and there one is buried in the 
earth. The plant is always covered by moss or dead fir-leaves, so 
as not be visible till the ground is raked. 

About the size of a bean or large hazel-nut ; globose, soft and 
tender, white and silky externally; peridium thin, at length 
dingy, at first white within, but soon acquiring a delicate pink 
tinge, which, as the spores ripen, changes to an umber-gray. 
Absorbing base white, very distinct, exactly as in Tuber nitidum. 
Cells looser than in H. olivaceus. Spores much smaller than in 
the neighbouring species, broad, elliptic, with a minute papilla, 
never acuminate, minutely verrucose. Smell like that of Ag. 
theiogalus. When inclosed in numbers in a box they give out a 
disagreeable suffocating odour. Decayed specimens have a strong 
smell hke that of old mushrooms. 

I at first referred this to H. lilacinus with the sanction of 
Messrs. Tulasne, but I am now convinced that it is quite distinct. 
The form and size of the sporidia are very constant, and quite 


350 Rev. M.J. Berkeley on British Fungi. 


different from those of Hvlilacinus, and the soft delicate texture is 
very remarkable. It accords also very closely with H. niveus, 
Vitt., but its odour has no resemblance to that of Geranium Ro- 
bertianum. I have seen no specimen of Vittadini’s plant, and 
therefore dare not consider mine the same, especially as he has 
not represented in his figure the very important character of 
the white absorbing base. 

Hysterangium, Vitt.,1.c. “ Fungi globosi, solidi, carnoso-car- 
tilaginei, demum mucosi diffluentes, appendicibus radicalibus in- 
structi, intus minute cellulosi ; cellulis cavis ; parietibus basidiis, 
sporas 2 rarius 8—4 oblongas obtusas subsessiles gerentibus, 
compositis ; sporis minutissimis levibus guttulas 2 vel plures in- 
cludentibus.”—Tul. 1. c. p. 375. 

298. H. nephriticum, n. s. Depresso-globosum, polyrrhizum, 
punctis variis mycelio candido valde ramoso adherens; peridio 
crassiusculo firmo elastico solubili demum discreto levi tomen- 
toso candido ; substantia cartilagineo-glutinosa pellucida pallide 
cerulea fungi ad basim crassiore atque inde radiante ; cellulis ir- 
regularibus vacuis floccis tenuibus percursis ; sporis minutis ob- 
longis brevissime pedicellatis utrinque obtusis levibus pellucidis 
pallidissime argillaceis. Clifton, Som., Feb. 1844, C. E. Broome, 
Esq. Abundantly. 

Above 4—1 inch across, gregarious, sometimes confluent, 
snow-white, downy, seated on a white, flat, branched mycelium 
which penetrates deeply into the clayey soil, and is attached at 
various points to the peridium ; peridium firm, elastic, easily se- 
parating from the fructifymg mass, but in the process of drying 
im young plants adhering closely to it, in older plants often 
separating entirely ; when rubbed or cut contracting sometimes a 
pale rufous tinge; substance firm, cartilagineo-glutinous, proceed- 
ing from the base and radiating into the mass, the arrangement 
of which has a strong resemblance to that of a kidney, of a pale 
blue or gray, which in parts exhibits a green tinge from the sub- 
jacent spores; in very young specimens, before the spores are 
formed, there is not the slightest blue tinge but a very pale pink ; 
cells irregular, minute, sometimes straight and radiating, clothed 
with very pale argillaceous oblong spores, and emitting from their 
walls irregular threads which either terminate abruptly or cross 
over to the opposite wall. As the plant dries, the blue and con- 
sequently the green tint vanishes almost entirely, and the mass 
is of a very pale clay-colour from the spores. The central mass 
contracts extremely, and the outer surface becomes more or less 
irregular. Smell scarcely any at first, then like that of some Hy- 
pericum, at length precisely like that of a decaying puffball. 

Ifthe fungus is cut exactly through the centre,the arrangement 
of its tissue is seen distinctly to proceed from the base ; but if the: 


Rev. M. J. Berkeley on British Fungi. 351 


section fall on either side, it appears to be central. In an injured 
specimen I find the cells darker, and mixed with the spores are 
a multitude of smaller globose bodies. 

This species is doubtless extremely near to H. Pompholyz, of 
which I have specimens from Messrs. Tulasne, but it is larger ; 
the peridium is firm, and in old specimens does not contract 
together with the central mass ; the spores not rose-coloured, and 
perhaps rather longer. There is besides no mention made by 
those gentlemen of the presence of filaments projecting from the 
walls, and they themselves sanction me in considering it as un- 
described. It approaches also to H. membranaceum, Vitt., but 
differs in several respects from it. I am the more induced to keep 
it distinct, as I have the authority of Messrs. Tulasne, whose opi- 
nion ought to have the greatest weight, that the species of hypo- 
gous Fungi are really more numerous than might at first be sup- 
posed. In this and other exosporous truffles, spicules (sterigmata) 
are not formed first, as is the case in the higher Hymenomycetes, 
but the sporophores give off the spores immediately. I do not 
mean to affirm that there are no exceptions to this, but I have not 
myself observed any. 


Hydnangium, Wallr., Klotzsch. “ Fungi globosi carnosi solidi 
fibrillis radicalibus seu basi absorbente peridioque solubili nudo 
instructi, intus eximie cellulosi; cellulis cavis, ad parietes sub- 
eequales hymeniferis ; sporophoris 2—4-sporis ; cystidiis conicis 
immixtis ; sporis spheericis echinatis sterigmatibus longis sufful- 
tis.’—Tul. 1]. ¢. 

299. H. carotecolor, n.s. Oblongum, eradicatum, peridio 
tenui demum ruguloso sublateritio ; substantia interiori minute 
cellulosa aurantio-lateritio; cellulis non farctis ; sporis subellip- 
ticis pallidis echinulatis, nucleo globoso. In a fir-wood, Bristol, 
Sept., Nov., H. O. Stephens, Esq. 

Oblong, #ths of an inch in diameter, externally slightly to- 
mentose, pale orange-red, fleshy, but by no means deliquescent, 
rootless ; peridium thin, at length rugulose, within minutely cel- 
lular ; substance of a beautiful orange-red ; cells hollow, clothed 
with obtuse bisporous sporophores and slender cystidia : the cells 
are also traversed from wall to wall by slender, occasionally 
branched threads. Spores subelliptic, strongly echinulate, sup- 
ported on short but distinct sterigmata. 

I have seen but three specimens of this species, communicated 
by Mr. Stephens in three successive years, which is perhaps one 
of the most beautiful of the group to which it belongs. The co- 
lour is very vivid, exactly like that ofa fine carrot. When dry it 
communicates a lemon-coloured stain to the paper in which it is 
preserved. 


It is undoubtedly congeneric with Hydnangium carneum, of 


352 Rev. M. J. Berkeley on British Fungi. 


which I have fine specimens from Dr. Klotzsch, and with the fol- 
lowing species. I have not seen H. candidum, Tul., but suppose 
that also congeneric, and I have consequently adopted Messrs. 
Tulasne’s characters for the genus. 

The principal difference between Hydnangium and Hymeno- 
gaster consists in the echinulate spores, for the peridium does 
not burst in all the species, neither, as far as I have seen in the 
British species of Hymenogaster, do the cells deliquesce. Hyme- 
nogaster albus, whose characters it is which are contrasted b 
Klotzsch, I have seen only when dry. The trania of the cells be- 
comes dark in drying, giving to a section of the hymenium a pe- 
culiar appearance which is not usual in Hymenogaster. I have 
at present not had an opportunity of examining young specimens, 
and must therefore beg leave to have some allowance made, should 
my description of the interior of the cells not be altogether cor- 
rect. In any case however there will be no difficulty in ascer- 
taining the species. 

300. H. Stephensit, Berk. Irregulare, oblongum, externe rufum; 
basi plicato-rugosa cribrosa radicibus fibrosis insidenti; intus al- 
bum, minute cellulosum lactifluum, demum aéri expositum rufum; 
cellulis non farctis ; sporis globosis demum echinulatis. Clifton, 
Aug. 1843, C. E. Broome, Esq., and H. O. Stephens, Esq. 

About 3ths of an inch in diameter, oblong, attached by a 
branched fibrous root, smooth, not cracked, dark rufous, curiously 
plicate at the base and cribrous ; within white, yielding when cut 
a white milky fluid; substance when cut and exposed to the air 
soon acquiring a red tinge, which is not however permanent, and 
in young specimens vanishes almost entirely in drying, in which 
state the hymenium is cream-coloured ; cells minute ; spores at 
first irregularly globose, with a broad rugulose border, somewhat 
after the fashion of the young spores of Scleroderma, at length 
echinulate. 

This is a very curious species, remarkable for its milky juice, 
smooth dark peridium and plicate base. I have not seen it with 
the sporophores perfect. It cannot be confounded with any other 
hypogzous fungus. The smell in my specimens was slight, re- 
sembling that of Ag. therogalus. 


Melanogaster, Corda in Sturm’s Deutschl. Fl. “ Fungi car- 
nosi, solidi, undique filamentis crassis funiformibus ramosis hine 
applicatis, et in peridium suberosum crassum abeuntibus ; illine 
liberis cum mycelio confusis terram petentibus obvoluti; basi ab- 
sorbenti propria distincta (an semper ?) orbati, intus cellulosi, cel- 
lulis ab initio farctis septis crassis immutabilibus distinctis ; ma- 
terie intercellulari tandem pultacea diffluente atra, e filamentis 
mucilaginosis implexis apice tetrasporis constanti ; sporis subses- 
silibus minutis levibus hyalinis.”—Tulasne, 1. c. 5 


Rev. M. J. Berkeley on British Fung. 353 


*301. Melanogaster Broomeianus, Berk., Tul. im Ann. d. Sc. 
Nat. vol. xix. p. 377.. Tuber moschatum, Sow. t. 426; Berk. Brit. 
Fung. Fasc. 4. no. 285. 

I have received this species in great abundance and perfection 
from C. E. Broome, Esq., who finds it in Wiltshire, near Corsham, 
from May to November, under Lombardy poplar and beech, in 
tufts of five or six together, and several of such tufts under each 
tree, half of them being in general exposed and half beneath the 
soil. When fresh it is minutely tomentose, of a reddish ochre, 
which however becomes less bright when handled or badly dried. 
The veins are for the most part pale, sometimes becoming red when 
dry, but sometimes unchangeable. I have never seen them bright 
yellow as in M. variegatus. At first it is white within, then of a 
very pale yellow, at length fuliginous. When very young it has not 
much scent, but as the spores advance it acquires first an odour like 
that of Agaricus theiogalus, and then a sweet treacly smell like 
that of Agaricus pyriodorus. The spores are elliptic and minute, 
without any papilla ; they contain one or two globose nuclei. In 
ripe individuals, spherical bodies of the size of the nuclei are often 
mixed with the spores. In an early stage of growth the sporo- 
phores are very conspicuous, each bearing four spores. The ca- 
vities however are soon filled up, and the number of spores is at 
length so great, and the walls of the cavities alter so much, that 
the structure cannot be ascertained. It is highly probable that 
the sporophores bear a succession of spores, as has been proved 
lately in the case of the fructifying threads of the genus Vaucheria. 

This species, though little noticed by botanists, has been long 
known at Bath under the name of the Red Truffle, and is eaten 
there in considerable quantities, being preferred to the common 
truffle. It must however have an entirely different flavour. The 
species is undoubtedly extremely near M, variegatus, Vitt., dif- 
fering principally in the colour of the veins and the less powerful 
odour. I have not yet received M. variegatus as British, but both 
it and the present species are found in France. The differences 
may arise, as Messrs. Tulasrie remark, from difference of climate. 
In a portion of an authentic specimen of M. variegatus from Vit- 
tadini, given to me by Dr. Montagne, the walls are still of a 
bright yellow. 

As regards the genus to which Messrs. Tulasne have referred 
this and the cognate species, it appears that they have exercised 
great judgement. Few matters in botany are more perplexed than 
the synonymy of the hypogzeous Fungi. Unfortunately Vittadini, 
from want of authentic specimens and the little intercourse between 
the north and south of Europe, has not always been able to clear 
up difficulties, and in some cases has unavoidably added to the 
confusion. : 


Ann. & Mag. N. Hist. Vol. xii. 2A 


354 Rev. M. J. Berkeley on British Fungi. 


It is probable that RAtzopogon luteolus, Fr., belongs to this ge- 
nus, though this is far from certain ; but if so, the characters of the 
genus are mainly drawn up from a species, whatever it be (with 
which however the generic name does not accord), belonging to 
the ascophorous group of Truffles. Corda indeed has applied the 
name to those trufiles referred by Vittadini to his genus Choiro- 
myces, but not happily, as the structure of the plant of Fries is 
uncertain, and Bulliard’s species not less so. Hyperrhiza, Bosc, 
can scarcely be the same thing, as it is described as splitting in a 
stellate manner at the apex, and I have a Scleroderma from Texas 
which in many respects calls Bose’s plant to mind. Klotzsch 
therefore cannot be considered as judicious in adopting that name. 
Bullardia, Janghuhn, was proposed in the year 1830 for a truffle, 
according in many respects with the present genus, but so re- 
markable from the presence of free threads projecting from the 
walls of the cavities, that in the absence of specimens it would 
have been hazardous to adopt that name, though filaments tra- 
verse the cells of some other genera in which filaments usually 
are not present. Besides, the name was given so early as 1801 
by DeCandolle to Tillea aquatica, and is at any rate retained as 
a sectional name. Corda in the following year proposed for a 
species evidently congeneric the name of Melanogaster, which 
Messrs. Tulasne have adopted, having the priority of Argyliwm 
proposed by Wallroth in 1833. Vittadimi imcluded the species 
in his genus Octaviana, proposed also in 1831; but this name has 
been reserved by Messrs. Tulasne for a species with echimulate 
spores, differing very materially from the others. 

302. M. ambiguus, Tul. l.c. Octaviania ambiqua, Vitt. Mon. 
Tub. p.18. Hyperrhiza liquaminosa, Klotasch ! Fl. Regn. Bor. 
tab. 468. Under fir-trees, Apethorpe, Norths, July 1843, Rev. 
M. J. Berkeley, C. E. Broome, Esq. ; Sibbertoft, Norths; Bowood, 
Spye Park, Wilts, C. E. Broome, Esq.; Clifton, H. O. Stephens, 
Ksq. 

Kuss at once by its much larger ovate spores with a papilla 
at the apex, and its abominable smell, which resembles that of 
assafcetida. A single specimen in a room is so strong as to make 
it scarcely habitable. The walls of the cells when cut are whitish, 
but soon become red: this is not however constantly the case. 
I have specimens of this both from Germany and France. 

8. intermedius. Spores obovate, obtuse and even, very rarely 
slightly papillate. 

This form, or more probably species, of which I have seen only 
an imperfect specimen, was found at Spye Park in August by 
Mr. Broome. It is as large as M. Broomeianus, of which it has 
the bright rusty colour, but the spores are much larger, equalling 
in size those. of M. ambiguus, though of a very different form. 


Rev. M. J. Berkeley on British Fungi. 355 


There is scarcely ever the slightest indication of a papilla, and 
they are obovate with a single globose nucleus. The smell re- 
sembles that of M. ambiguus. The walls of the cells are yellow- 
ish, and are red in the dry specimens. 

*303. Batarrea phalloides, P. Sent to Sir W. J. Hooker in 
1843 from Dropmore. 

304. Clathrus cancellatus, L. Isle of Wight, Dr. Broomfield 
and Mr. Kippist. 

*305. Vibrissea truncorum, Fr. Llyn Howel, Rev. T. Salwey. 

Asci lineari-clavate, giving out a quantity of very slender, long, 
curved, linear sporidia. 

4306. Peziza badia, P. Milton, Mr. J. Henderson, by the side 
of a pond. The specimens were of a rich dark brown. This spe- 
cies also occurred abundantly on rubbish in the Botanic Garden, 
Regent’s Park, towards the end of 1842. The specimens in this 
instance, found by Mr. J. D. C. Sowerby, were of a beautiful 
vinous purple. 

307. P. pustullata, P. Milton, Mr. J. Henderson. The spe- 
cimens grew in abundance on the bare soil, and were far more 
strongly furfuraceous than any specimen I ever saw of P. vesi- 
culosa. There is besides no tendency as in that species to become 
expanded, the margin, as far as I have seen, being always in- 
flected. 

*308. P. cupularis, P. Bristol, H. O. Stephens, Esq. ; Bungay, 
Mr. D. Stock ; Caistor, Norths, Mr. J. Henderson. 

The specimens sent by Mr. Stephens are perfectly stemless. 
Those of Mr. Henderson have a very distinct stem, are dark ex- 
ternally and yellow within, and come near to P. carbonaria, which 
appears to be but a variety. Mr. Stock’s specimens have a stem 
like those of Mr. Henderson, but are of a far paler colour. 

*309. P. brunnea, A. and 8. Rudloe, C. E. Broome, Esq. 

M. Desmaziéres’s plant (of which I have a specimen) appears 
to me the same with Mr. Broome’s, and both to accord with Mr. 
Sowerby’s. . Nat. vol. xix. 
p- 867—has come to a different conclusion. 

310. P. caulicola, Fr. On stems of herbaceous plants. Not 
uncommon. 

311. P. corticalis, P. Bristol, H. O. Stephens, Esq. ; Thame, 
Dr. Ayres ; Rudloe, Wilts, C. E. Broome, Esq. 

312. P. eriobasis, n.s. Gregaria nivea sessilis, cupulis ut plu- 
rimum distinctis tomentosis planis rotundis siccitate flexuosis 
tomento basi affixis, hymenio albo, sicco ochraceo. On the smooth 
inner surface of bark, Sherwood Forest, Notts. 

Gregarious but generally distinct ; cups half a line broad, flat, 
orbicular, tomentose, fixed to little, round, snow-white, cottony 
spots, which sometimes, though rarely, become confluent, but do 

2A2 


356 Rev. M. J. Berkeley on British Fungi. 


not form a continuous stratum. When fresh the whole plant is 
white, but when dry the disc acquires a yellow tinge. Asci slightly 
clavate or obtusely lanceolate, sporidia oblong. 

This species has very much the habit of P. porioides, but differs 
in its tomentose flat cups and scattered mode of growth. Its 
nearest ally however is P. Chavetie, Libert, which perhaps is the 
same species with P. cesia. From both of these it differs in its 
larger cups, pale disc, and in several other points. The cups are 
sometimes extremely thin, crowded, and pressed very close to the 
matrix, but this is not usually the case. 

313. Peziza Johnstoni, n. s. Sessilis; cupulis globosis sub- 
turbinatis demum tantum apertis rufis sericeo-nitentibus, subtus 
subiculo lato nigro-fusco grumoso-piloso affixis. Berwick, Dr. 
Johnston. 

Forming a uniform stratum on decayed sticks. Cups half a 
line broad, at first brown and pulverulent, at length rufous, 
rather thin with a satiny lustre, subturbinate, with the margin 
permanently inflected, at first quite closed. Subiculum granu- 
lated, grumous, obscurely floccose. 

I have seen no other specimen of this remarkable species, which 
has some resemblance to P. fusca, but is in reality extremely 
different, and has rather a tropical than an European habit. If 
the figure of P. fusca by Letellier be not exaggerated, it may pos- 
sibly be the same species, but I am inclined to think such is not 
the case. 

I have in vain waited to obtain further information respecting 
this species, and am: now unable to give any account of its fruc- 
tification as I cannot find any perfect asci. 

The specimens given for P. fusca, no. 286 in the fourth Fas- 
ciculus of ‘ British Fungi,’ do not belong to that species, but are a 
variety of P. Rose growing on sycamore. They were gathered 
at Speke Hall near Liverpool. 

314. Stictis Hysterioides, Desm. Ann. d. Sc. Nat. vol. xix. 
p- 365 ; Berk. Br. Fung. Fasc. 4. no. 308. On dead leaves of 
Carices. Thame, Dr. Ayres; Rudloe, Wilts, C. E. Broome, Esq. 
This species appears to me to be the same with Hystertum rufum, 
Fr., but my specimens of that species are not so good as might 


be wished, 


Genea, Vitt. Uterus rotundato-difformis, eavus extus intusque 
plicato-lacunosus, apice pervius. Asci cylindrici, transversim ac 
parallele dispositi, sporidiis octonis, subglobosis, seriatim positis ; 
peridio extus intusque floceoso vel papilloso-muricato, hine illine 
duplicato-intruso. Klotzsch, Vitt. (paueis mutatis). 

315. G. papillosa, Vitt. |. c. p. 28. Bowood Park, C. E. Broome, 
Esq., Oct. 1843. 

Hemispherical, 4rd of an inch broad, convex above, rather con- 


Rev. M. J. Berkeley on British Fungi. 357 


cave below, black, warty.. Peridium scarcely at all intruded, at- 
tached by copious brown flocci at the base. Fructifying stratum 
white. Asci linear, containing eight elliptic warty sporidia. 

I have but a single specimen of this species, which differs es- 
sentially from G. verrucosa in its elliptic sporidia. It differs also 
from G. papillosa, Vitt., in being black, not brown ; but this dif- 
ference is less essential, and might vanish on the discovery of a 
series of specimens. The peridium also is minutely warty, exactly 
as in Genea spherica, Tul., and G. verrucosa (at least Klotzsch’s 
plant), whereas Vittadini describes his species as papillose in con- 
tradistinction to verrucose. The species is possibly new, but I 
have not sufficient materials to warrant me in proposing it as 
such. 

I have another species from the same locality differing in its 
black flesh and intruded peridium, which I cannot refer with any 
probability to a recorded species ; but of this also I have only a 
single imperfect specimen. Young unexpanded specimens of 
Peziza rhizopus with their tufted rooting fibres bear a strong 
resemblance to a Genea. 

316. Genea bombycina, Vitt. 1. c.p.29. Bowood Park, Wilts, 
Oct. 1843, C. EK. Broome, Esq. 

Distinguished from the foregoing by its floccose peridium, 
which is rather soft and dirty white, and is so much intruded as 
sometimes to leave no cavity. One specimen exceeds half an inch 
in diameter and has no central cavity. The sporidia are globose, 
at first smooth, at length verrucose. With age they lose their 
transparency. The smell is very strong and disagreeable, re- 
sembling that of Melanogaster ambiguus. A small slice of it 
placed in a drop of water on the field of the microscope produced 
when dry a quantity of fine radiating crystals. 


Hydnobolites, Tulasne. “ Peridium vere nullum; substantia 
carnosa compacta similis irregularis, extus anfractuosa exarata, 
intus sinubus serpentinis parcis, fungi ad superficiem apertis, 
varie pertusa; sporangia ovato-elliptiea mordinate in substantia 
nidulantia, sporidia octo spherica reticulato-echinata (vel reticu- 
lata) foventia.”—Tul. |. c. p. 379. 

317. H. Tulasnei, n.s. “ Depresso-globosa, basi plicata cribroso- 
porosa, rufa velutina ; cellulis magnis, parietibus albis pubescen- 
tibus ; trama rufa; ascis longis; sporidus globosis, demum late- 
ritus reticulatis, non echinulatis.”—Berk, Brit. Fung. Fasc. 4. 
no. 802. 

In sandy ground, Spye Park, Wiltshire, C. E. Broome, Esq., 
August 1843. 

Depresso-globose, 1 inch or more in diameter, ferruginous with 
a tinge of vermilion, velvety, cribroso-porous at the base. Cells 
irregular, large, especially in mature individuals, pubescent ; sub- 


358 Rev. M. J. Berkeley on British Fungi. 


stance rufous; asci oblong-elliptic, containing eight globose spores, 
reticulated but not echinulate. In the centre of each reticulation 
there is a single globule. 

This species so closely resembles Balsamia vulgaris, at least 
when dry, that without microscopic examination it is difficult to 
distinguish it. The walls of the cells have the same pubescent 
covering, which in the present case seems to arise from the ad- 
mission of air, and is in fact, though blanched from its internal 
situation, of the same nature as that which clothes the outer surface, 
there being no true peridium. The asci and sporidia are however 
very different, and bring the plant much nearer to the true Truffies. 
Till a late period of growth the sporidia are much like those of 
Picoa, being colourless, globose and smooth, with a large nucleus ; 
but they gradually acquire an irregular outer surface, and are at 
length reticulated, but not as far as I have seen echinulate, and 
of a fine brick-red. It is perhaps one of the finest species of 
hypogzous Fungi, differing remarkably from H. cerebriformis, of 
which I have specimens, in its highly coloured surface and in the 
smooth sporidia.- Messrs. Tulasne, to whom I have dedicated the 
species, at once pronounced it to belong to their recently proposed 
genus Hydnobolites. 


Balsamia,Vitt. “Uterus mollis sessilis arrhizus, semper clausus, 
celluloso-carnosus. Asci oblongi membranacei pedicellati octo- 
spori, cellularum parietibus immersi ac seriatim dispositi. Spo- 
ridia cylindracea, leevia, pellucida.”’”—Vitt. 1. c. p. 30. 

318. B. platyspora, n. s. Minor globosa rufa, minute verru- 
cosa ; substantia pallide flava, minute cellulosa ; sporidus primum 
latiusculis oblongo-ellipticis, nucleo globoso magno, demum leviter 
elongatis nucleis tribus. Rudloe, October to December, C. E. 
Broome, Esq. 

Globose, about the size of a horse-bean, rufous, with the inter- 
stices of the minute warts of a light yellow tint, from the exposure 
of the internal substance. Cells minute ; sporidia at first broadly 
oblongo-elliptic with a large globose nucleus and a number of 
minute granules; in a specimen found in December the sporidia 
were slightly elongated, with one large and two small nuclei. 
Smell strong. 

Assuming Tulasne’s Balsamia polyspora to be the true plant 
of Vittadini, the specimens described above must constitute a di- 
stinct species. The sporidia are much larger and of a different 
form. In the older plant I do not find them so long as in that of 
Messrs. Tulasne, and the nuclei are very remarkable. It is right 
to remark, that Messrs. Tulasne’s plant was not determined on a 
comparison of authentic specimens ; therefore, though I have no 
doubt of the distinctness of my plant from theirs, I am not with- 
out doubts as to Vittadini’s synonym. Balsamia vulgaris, of which 


Rev. M. J. Berkeley on British Fungi. 359 


I have an authentic specimen, as also French specimens from 
Messrs. Tulasne, differs in its large cells and in other particulars. 


Chotromyces, Vitt. l. c. p. 50. “ Uterus polymorphus, sessilis 
arrhizus |. basi absorbente preeditus, extus levis vel spongioso-ver- 
rucosus interne carnosus solidus ; caro venis seminiferis variegata. 
Asci longissime pedicellati, 1. breviter pedicellati oblongo-elliptici 
lagenzeformes octospori, simplici serie ad latera venarum distri- 
buti. Sporidia spheerica echinulata.” Vitt. (paucis mutatis). 

319. C. melanoxanthus, Tul. MSS. Minor angulato-globosus, 
basi absorbente manifesta; externe niger spongioso-verrucosus, 
interne olivaceo-flavus, venis fructiferis nigris. Bowood Park, 
Wilts, October, C. E. Broome, Esq. 

About the size of a horse-bean, globose, but more or less com- 
pressed and angular, furnished with a distinct absorbent. base. 
Externally black, clothed with obtuse but not rigid warts, which 
are less manifest when the plant is dry. Flesh of a dirty olive- 
yellow with broad black veins, which consist of a loose slightly 
branched tissue arising from hexagonal. cells, the ends of the 
threads of which become oblong-elliptic, distinct, pedicellate asci, 
containing eight dark, globose, echinulate, but not reticulate spo- 
ridia. Smell in some specimens like that of some agaric, in others 
strong and rather nauseous. 

This very interesting species was communicated by me to 
Messrs. Tulasne under the name of Tuber melanoxanthum, with 
the remark however that the genus required revision, as this spe- 
cies and some others differed in structure from the real Truffles. 
I received from them in return French specimens under the MS. 
name of Choiromyces viridis, for which, with their permission, I 
have substituted the name of C. melanoxanthus. It differs eon- 
siderably in habit and colour from the other known species, and 
further researches may perhaps make it necessary to separate it. 
Mr. Broome has found another species of Chotromyces belonging 
to the same group as C. meandriformis, but unfortunately in too 
young a state to ascertain exactly its characters. 

320. Tuber melanosporum, Vitt. 1. c. p. 36. Budloe, Wilts, 
C. E. Broome, Esq., October to January. 

A very distinct species from the common truffle, but in some 
states difficult to distinguish. When fresh the warts are of a 
bright brown, showing in the interstices the pale tint of the inner 
substance ; in drying however the brown tint is entirely lost. The 
sporidia are small, elliptic, ciliated, but I believe not reticulated. 
The veins are very broad with narrow interstices. Smell very 
different from that of Tuber estivum, at length rather disagreeable. 
The largest specimens that have at present occurred do not ex- 
ceed $ths of an inch in diameter. 

321. 7’. nitidum, Vitt. 1. c. p. 48; Berk. Brit. Fung. Fase. 4. 


360 Mr. J. Gould on the Procellaride, 


no. 303. Hartham, Rudloe, Spye Park, Wilts, ©. EB. Broome, 
Esq. 3 

a the young plant the asci are precisely of the form of those 
of Choiromyces meandriformis, but with age they enlarge, and are 
at last obovate as in Tuber estivum. Distinguished from the fol- 
lowing by its smooth pale peridium, and the veins springing from 
a distinct, generally single basal point. 

322. Tuber rufum, Pico, Vitt. 1. c. p. 48. Rudloe, Wilts, 
C. E. Broome, Esq.; Audley End, Essex, Rev. J. E. Leefe. 


[To be continued. ] 


XLITI.—On the Family Procellaride, with descriptions of Ten 
new Species. By Joun Govt, F.R.S. &e. 


Fo Richard Taylor, Esq. 
Dear Srr, 
TueEre is perhaps no group of birds respecting which so much 
confusion exists, and the extent of whose range over the surface 
of the ocean is so little known, as that forming the family Pro- 
cellaride ; it may not, therefore, be uninteresting to ornithologists. 
if I furnish you with some observations. on and a short account 
of those species contained in my own collection, which in nearly 
every instance were procured during my voyage to and return 
from Australia. I have endeavoured wherever possible to identify 
them with those described by Forster, Banks, &c., whose draw- 
ings and descriptions have been consulted for the purpose ; I 
must observe, however, that the descriptions of Latham and the 
older authors are in most instances so meagre and confused, that 
it is quite impossible to decide in every case to which species they 
have reference, and hence [ have been induced in some eases to 
give new specific appellations to birds which may have been de- 
scribed by them, but which it is impossible, for the reasons above 
given, to identify. ; 
I am, Dear Sir, your obedient servant, 

April 17th, 1844. JOHN GouLD. 

Diomedea exulans, Linn.—This species is very numerous be- 
tween the 30th and 60th degrees of S. lat., and is to be met with 
in every part. of the circle encompassing the world bounded b 
those degrees; its range, however, extends much farther south, 
even to within the Antarctie circle. 

Diomedea cauta, Gould, Proc. of Zool. Soc. part8. p.177 -—Very 
abundant off the southern coast of Van Diemen’s Land. TI shot 
several specimens in the neighbourhood of the whaling station in 
Recherche Bay, where they were feeding upon the offal of dead. 
Cetacer.. 3 


with descriptions of new species. 361 


Diomedea culminata, Gould in Proc. of Zool. Soc.—Rather 
abundant both in the Pacific and Atlantic oceans, between the 
30th and 50th degrees of S. lat. 

_ Diomedea chlororhynchos, Lath.—I observed this bird both in 
the Atlantic and Pacific oceans, between the 30th and 60th de- 
grees of S. lat. 

Diomedea melanophrys, Temm.—The most abundant species of 
the southern seas, being equally numerous in every part between 
the 30th and 60th degrees of 8. lat. 

Diomedea fuliginosa, Gmel. (Diomedea fusca, Audubon, Birds 
of Am. pl. 407.)—This species is also to be met with im every part 
of the ocean between the 30th and 60th degrees of S. lat., and is 
equally common off the coast of Van Diemen’s Land, Cape Horn 
and the Cape of Good Hope. 

Diomedea gibbosa, nu. sp.—Face, ear-coverts, chin, abdomen, 
upper and under tail-eoverts white ; the remainder of the plumage 
very dark brown, approaching on the occiput, back of the neck 
and wings to black ; bill yellowish horn-colour, becoming darker 
at the tip and at. the base ; feet in the specimen dark brown, but 
doubtless of a bluish gray, inclining to flesh-colour in the livmg 
bird. 

Total length 30 inches; bill 4; wing 21 ; tail 7 ; tarsi 4. 

The above is the description of a new species in the collection 
ef the Zoological Society of London, to whom it was presented 
by F. Debell Bennett, Esq., who had procured it in the North 
Pacific. It differs from every other that has come under my 
notice in the peculiar swollen and raised form of the base of the 
upper mandible, which moreover rises high upon the forehead. 

Diomedea olivaceorhyncha, nu. sp.—I propose this name for a 
species, examples of which are wanting to our collections, and of 
which a hill only has as yet come under my notice. In all pro- 
bability it will prove to be most nearly allied to Diomedea chlo- 
rorhyncha, and in size less than any other species yet discovered. 
The bill, which is in the possession of Sir Wm. Jardine, Bart., is 
3 inches and 3ths long from the gape to the tip, is of a uniform 
olive-green, and in form is more slender and elegant than that of 
the other members of the genus. The locality in which it was 
procured is not known, but it is supposed to have been obtained 
in the China seas. | , 

The foregoing list comprises all the species of Albatros known, 
with the exception of the Diomedea brachyura of M. Temminck, 
which is an inhabitant of the North Pacific ocean. There is, how- 
ever, another bird in the Royal Museum at Berlin, which is said 
to be the young of D. brachyura, but which, as it differs consi- 
‘ derably in structure, may prove to be another and entirely di- 
stinet species from those above enumerated. It is of a uniform 


362. Mr. J. Gould on the Procellaridz, 


dark chocolate colour, and has the bill and legs more slender than 
D. brachyura; the label attached to it was inscribed “ Diomedea 
brachyura, Buff.—963 ?” It had been sent to the Berlin Museum 
by M. Brandt of St. Petersburg, and had been collected by Kit- 
litz on the western coast of America. 

Procellaria gigantea, Gmel. (Large Black Petrel).—Very com- 
mon between the 35th and 55th degrees of 8. lat., particularly at 
the Cape of Good Hope, Van Diemen’s Land and Cape Horn. It 
is the largest member of the genus. | 

Procellaria equinoctialis, Linn. (White-throated Black Petrel). 
—From what I have observed of this species, it would appear to. be 
more abundant off the Cape of Good Hope than elsewhere ; it is 
also to be met with, but more sparingly, off the coasts of Australia, 
and in all probability, like most of the other members of the ge- 
nus, it makes a circuit of the globe. 

I have some specimens in my possession of a petrel which I 
observed to be very abundant in the Atlantic and Pacific, and 
which have a broad stripe of white crossing the forehead, passing 
down before and beneath the eye, and then turning upwards 
nearly meeting at the occiput, the bill short and compact, and 
the middle toe and interdigital membranes quite black: in con- 
sequence of these differences, [ had intended to characterize these 
birds as distinct from P. eguinoctialis under the name of P. con- 
spicillata from the white markings of the head ; but upon recon- 
sideration, I think it best to refram from so dog until I have 
had further opportunities for observation and of examining other 
specimens ; in the event of their proving to be distinct, the name 
I have proposed may not be deemed inappropriate. 

Procellaria Atlantica (Black Petrel), n. sp.—Male: the whole 
of the plumage deep chocolate-black ; bill and feet jet-black. 

Total length 154 inches ; bill 13; wing 114; tail, cuneiform, 5 ; 
tarsi 2%; middle toe and nail 23. 

This is one of the commonest species inhabiting the Atlantic, 
and no ship passes between our shores and theCape of Good Hope 
without encountering it ; it is a species respecting which very con- 
siderable confusion exists in the writings of nearly all the older 
authors. It is the P. fuliginosa of Forster’s Drawings, no. 93 B, 
and the P. fuliginosa of Lichtenstein’s edition of Forster’s MSS. 
p. 23, which term cannot be retained, as it had already been 
applied by Latham to a very different bird from Otaheite ; it 
is the P. grisea of Kuhl but not of Linnzeus, who has applied the 
term to another species, consequently grisea cannot be retained 
for it; and hence I have been induced to give it a new appellation, 
and thereby prevent misapprehension for the future. 

Procellaria macroptera, Smith ? (Gray-faced Black Petrel).—I 
think that a bird I killed in the seas off Van Diemen’s Land, 


with descriptions of new species. 363 


where it was tolerably abundant, and which differs from the last 
in being of a larger size, having much longer wings and a grayer 
face, may be identical with the P. macroptera of Smith, and I 
therefore retain it under that appellation with a mark of doubt, 
in preference to assigning it a new name. 

Procellaria Solandri, Gould in Proc. of Zool. Soc. March 26, 
1844 (Robust Black Petrel), n. sp—Head, back of the neck, 
shoulders, primaries and tail dark brown ; back, wing-coverts and 
upper tail-coverts slate-gray, each feather margined with dark 
brown ; face and all the under surface brown, washed with gray 
on the abdomen; bill, tarsi, toes and membranes black. | 

Total length 16 inches; bill 13; wing 12; tail 53; tarsi # ; 
middle toe and nail 23. 

This is a remarkably robust and compact bird. I shot a single 
individual in Bass’s Straits on the 13th of March 1839. M. Nat- 
terer thought that it might possibly be identical with the bird 
figured in Banks’s drawings, and to which Dr. Solander has affixed 
the term melanopus, an opinion in which I cannot concur ; I have 
therefore named it in honour of that celebrated botanist. The 
specimen above described may possibly prove to be not fully 
adult, as the dark colouring of the under surface only occupies 
the extreme tips of the feathers, the basal portions of which are 
snow-white. 

Procellaria leucocephala, Forster.—This very fine species in- 
habits all the Australian seas, and doubtless, from its great powers 
of flight, extends its range round the world. I observed it in 
nearly all parts of the ocean from the Cape of Good Hope to Van 
Diemen’s Land ; it 1s a most conspicuous bird when on the wing, 
but is so shy and wary that it is all but impossible to procure 
specimens, even though a boat be lowered for the purpose. A 
single specimen only graces my collection, which I shot during 
my passage from Van Diemen’s Land to Sydney, Feb. 20, 1839. 

Procellaria mollis, 1. sp.—Adult. Crown of the head and all 
the upper surface slate-gray, the feathers of the forehead mar- 
gined with white ; wings dark brown; before and beneath the 
eye a mark of brownish black ; face, throat and all the under sur- 
face pure white, interrupted by the slate-gray of the upper sur- 
face advancing upon the sides of the chest, and forming a faint 
band across the breast ; centre tail-feathers dark gray ; outer fea- 
thers grayish white, freckled with dark gray ; bill black ; tarsi, 
base of the toes, and basal half of the mner interdigital mem- 
brane pale fleshy white. 

Total length 133 mches ; bill 14 ; wimg 93; tail, cuneiform, 5 ; 
tarsi 13 ; middle toe and nail 14. 

The young differs in having all the under surface dark gray, 
and the throat freckled with gray. 


364. Mr. J. Gould on the Procellaride, 


This is one of the commonest birds inhabiting the South At- 
lantic, and must have been observed by every one who has crossed 
the line, yet strange to say, I find no description in any of the 
older writers. to which it can be referred with certainty ; in which 
opinion my lamented friend, M. John Natterer of Vienna, who 
had paid great attention to the members of this group, coincided. 
The following note was attached to my specimen by him when 
last in England :—“ The Procellaria lugens of Banks’s drawings, 
no.22?; Procellaria grisea, Kuhl (not of Gmel.), pl. 11. fig.9 ; does 
not agree with Banks’s drawings, but agrees with Kuhl’s grisea. 
A new name is certainly requisite, if no other can be found.” 

It is very abundant from the 20th to the 40th degrees of S. 
lat. The term mollis has been suggested. by the peculiar character 
of the under plumage, which is much more dense and soft than 
that of most other members of the group. 

Procellaria leucoptera, Gould in Proc. of Zool. Soc. March 26, 
1844, n. sp.—Crown of the head, all the upper surface and wings 
dark slaty black; tail slate-gray ; greater wing-coverts slightly 
fringed with white; face, throat, all the under surface, the base 
of the inner webs of the primaries and secondaries, and a line 
along the inner edge of the shoulder pure white ; bill black ; tar- 
sus and basal half of the interdigital membrane fleshy white ; re- 
mainder of toes and interdigital membrane black. 

Total length 13 inches ; bill 1 ; wing 83 ; tail 4; tarsi 14; mid- 
dle toe and nail 13. 

Nearly allied to P. mollis, but much smaller in size, and differs 
also in the white line along the under surface of the wing, formed 
by the white basal halves of the feathers. It breeds in great 
numbers on Cabbage-tree Island, at the mouth of Port Stephen’s 
Harbour, New South Wales, and is very abundant in all parts of 
the ocean between that locality and New Zealand. 

Procellaria cerulea, Gmel.—This bird may be distinguished 
when on the wing from every other of the smaller Petrels by the 
conspicuous white tips of the centre tail-feathers. It is a very 
powerful flier, and I observed it in every part of the ocean I tra- 
versed between the 40th and 55th degrees of S. lat., both in the 
Atlantic and Pacific. 

As much confusion exists with respect to this species, I beg to 
state that it is the Procellaria similis of Forster’s Drawings, no.86, 
and of Lichtenstein’s edition of Forster’s MSS. p. 59; the Pro- 
cellaria caerulea of Gmelin, Latham and Kuhl, and the P. Forsteri 
of Smith but not of Latham. 

Procellaria hesitata, Kuhl. Forster’s Drawings, no.92.—This is 
also a most powerful bird on the wing, and in its passage over the 
ocean mounts higher in the air than most other members of the 
group. It enjoys so wide a range of habitat, that it may be said 


with descriptions of new species. 365 


to be universally diffused between the 30th and 55th degrees of 
-S. lat. 

Procellaria flavirostris, n. sp.—Feathers of the head and all the 
upper surface brown with paler edges, fading into white on the 
tips of the upper tail-coverts ; wings and tail deep blackish brown ; 
all the under surface pure white; the feathers of the under sur- 
face of the shoulder with a streak of brown down the centre ; bill 
yellow, passing into dark horn-colour at the tip; tarsi and feet 
fleshy white. 

Total length 19 inches ; bill 22 ; wing 15; tail 63; tarsi 23; 
middle toe and nail 34. 

This fine species was procured off the Cape of Good Hope, in 
lat. 36° 39! S., long. 10° 3! E., by His Excellency Governor Grey, 
on his passage to South Australia. It is distinguished from its 
congeners by its much larger size, and by the yellow colouring of 
the bill. The female is somewhat smaller than her mate. 

This bird so nearly approaches in form the members of the 
genus Puffinus, that it is almost questionable whether it should 
not be included in that group. 

Procellaria Antarctica, Gmel.—Inhabits the whole of the frozen 
regions of the Antarctic circle, out of which it is rarely to be met 
with. 

Procellaria Glacialoides, Smith.—Abundant between the 80th 
and 50th degrees of S. lat. I have a specimen killed at New 
Zealand, and I observed it to increase in numbers as we ap- 
proached Cape Horn; it is also equally abundant off the Cape of 
Good Hope. I caught many of this species with the hook and 
line. 

Procellaria nivea, Gmel.—An inhabitant of the icy regions of 
the Antarctic circle. My specimens differ so much in size as to 
suggest the idea that there may be more than one species of these 
snow-white Petrels. 3 

Puffinus brevicaudus, n. sp.—Found in all the Australian seas, 
and breeds in the greatest abundance on several of the islands 
in Bass’s Straits. 

Puffinus carneipes, Gould in Proc. of Zool. Soc. March 26,1844, | 
n. sp.—The whole of the plumage chocolate- black ; bill fleshy 
white ; the culmen and tips of the mandibles brown; legs, feet 
and membranes yellowish flesh-colour. 

Total length 15 inches ; bill 12; wing 12; tail 5; tarsi 2; mid- 
. dle toe and nail 24. 

Numerous on the seas bounding the western coast of Australia, 
and breeding on the small islands off Cape Leeuwin, where my 
specimens were procured. 

Puffinus sphenurus, n. sp.—All the upper surface dark choco- 
late-brown, which gradually deepens into black on the primaries 


366 Mr. J. Gould on the Procellaride, 


and tail; feathers of the scapularies, which are very broad in form, 
washed with lighter brown at their tips; face and throat dark 
brownish gray, the remainder of the under surface grayish brown; 
bill reddish fleshy brown, darker on the culmen and tip ; legs and 
feet yellowish flesh-colour. 

Total length 153 inches; bill 13; wing 112; tail 6; tarsi 17; 
middle toe and nail 23. 7 

This species was procured by Mr. Gilbert on the Houtmann’s 
Abrolhos off the western coast of Australia. Both this and P. 
carneipes agree tolerably well with Lesson’s P. chlororhynchus ; 
but as the members of this group are very numerous, and his 
description, which is far too concise, applies equally well to both, 
it is impossible to say whether it has reference to either of them 
or to some other. 

Puffinus assimilis, Gould, Proc. of Zool. Soc. part 5. p. 156.— 
Found on the seas bounding the eastern coast of Australia, and 
on Norfolk Island, where it breeds. 

Puffinuria Urinatriz.—Very numerous in the seas adjacent to 
the coasts of Van Diemen’s Land and New Zealand. Specimens 
brought home by Captains King and Fitzroy from the Straits of 
Magellan do not differ from those obtained in the localities above 
mentioned. 

Daption Capensis, Steph.—Found in all parts of the ocean 
round the globe from the 15th to the 55th degrees of S. lat. 

Prion vittatus, Cuv.—Very common off Kerguelen’s Land and 
in all the seas to the southward of Australia. 

Prion Banksii (Pachyptila Banksii, Smith).—Found in the 
temperate latitudes of the Atlantic and Pacific, and I believe in 
similar latitudes all round the globe. 

Prion Turtur (Procellaria Turtur, Kuhl, and of Banks’s draw- 
ings).—This species differs from the last in the delicate blue of 
the upper surface, in the narrower form of the bill, and in the 
lamin being scarcely visible. I have shot it in company with 
P. Banksii, and it appears to enjoy a similar range of habitat, 
being equally numerous in the temperate latitudes of the Pacific 
and of the Atlantic. 

Prion Ariel, Gould, Proc. of Zool. Soc.—I killed this species 
in Bass’s Straits, where it was rather numerous. 

Thalassidroma tropica, n. sp.—Head, back, wings, tail and 
breast dark sooty black ; chin, under coverts of the wings, abdo- 
men, fianks, under tail-coverts, and a broad crescent-shaped band 
across the upper tail-coverts snow-white ; bill, feet and legs black. 

Total length 73 inches; bill 2; wing 63; tail 34; tarsi 13 ; 
middle toe and nail 1. 

I observed this species in the Atlantic, where it is confined to 
the equatorial regions, bemg most abundant in the vicinity of the 


with descriptions of new species. 867 


line. It is the largest member of the genus with which I am ac- 
quainted, and is rendered very conspicuous by the white mark 
on its throat. 

Thalassidroma marina, Less.—Very common in all the Austra- 
lian seas. The specimens in my possession were found breeding 
and procured on the islands near Augusta, on the western coast 
of Australia. 

Thalassidroma Wilsoni, Bonap.—After a careful examination 
of numerous specimens from the Australian seas with others taken 
in the North Atlantic, I cannot come to any other conclusion than 
that they are identical; an anomalous fact, since it is the only 
species with which I am acquaimted that frequents the seas on 
both sides of the equator. | 

I met with it in considerable numbers in Bass’s Straits, and 
observed it im every degree of temperate latitude. 

Thalassidroma Nereis, Gould, Proc. of Zool. Soc. part 8. p.178. 
—I have never seen this highly interesting species in any other 
parts of the ocean than Bass’s Straits and the seas washing the 
southern shores of Australia. 

Thalassidroma melanogaster, n. sp.—All the plumage deep 
sooty black, with the exception of the upper tail-coverts and 
flanks, which are snow-white ; bill, legs and feet black. 

Total length 73 mches ; bill 3; wing 6; tail 3; tarsi 13; mid- 
dle toe and nail 14. 

This species is very abundant in the South Pacific and Indian 
oceans, particularly off the islands of St. Paul’s and Amsterdam. 
I also met with it midway between those islands and Van Die- 
men’s Land. It is a species which cannot be mistaken at sea, 
from the black mark which occupies the centre of the abdomen, 
and contrasts so strongly with the white flanks. 

Thalassidroma leucogaster, n. sp.—Head and neck deep sooty 
black ; back grayish black, each feather margined with white ; 
wings and tail black ; chest and all the under surface and upper 
tail-coverts pure white ; bill and feet jet-black. 

Total length 74 inches ; bill $; wing 6; tail 3; tarsi 11; mid- 
dle toe and nail 1. 

This bird was killed in 86° S. lat., 6° 47' E. long., by His Ex- 
cellency Governor Grey. 

I have a small petrel presented to me by Mr. Denison, who 
killed it near the coast of Australia on his passage to Sydney, 
in which the nostril-tube is much more lengthened than in any 
other species, and its apical portion turned upwards or recurved, 
instead of being attached to the bill throughout its entire length 
as in the other members of the genus. In the distribution of its 
colouring it is very nearly allied to 7. ¢ropica and T. leucogaster, 
and it may be a mere variety of one or other of those species ; 


3868 Mr. R. Brown on the Plurality and Development 


but the bill, in addition to the feature pointed out above, is of 
a more dtendet and attenuated form than is observable in any 
other. 


XLIV.— On the Plurality and Develoxnisint of the Embryos in 
the Seeds of Conifere. By Roserr Brown, Esq., F.R.S., 
F.L.S., and Foreign Member of the Academy of Sciences in 
the Institute of France *. 


[With a Plate.] 


Tue following short paper on a subject which I intend to treat 
at greater length, contains a few facts of sufficient interest perhaps 
to admit of its bemg received as a communication to the present 
meeting. 

In my observations on the structure of the female flower in 
Cycadee and Conifere, published in 1826+, I endeavoured to 
prove that in these two families of plants the ovulum was in no 
stage inclosed in an ovarium, but was exposed directly to the 
action of the pollen. 

In support of this opmion, which has since been generally, 
though I believe not universally adopted, the exact resemblance 
between the organ until then termed ovarium in these two fami- 
lies, and the ovulum in other pheenogamous plants, was particu- 
larly insisted on ; and I at the same time referred, though with 
less confidence, to their agreement in the more important changes 
consequent to fecundation. 

I noticed also the singular fact of the constant plurality of 
embryos in the impregnated ovula of Cycadee, and the not un- 
frequent occurrence of a similar structure in Conifere. In con- 
tinuing this investigation, in the course of the same summer in 
which the essay referred to appeared, it seemed probable, from 
the examination of several species of the Linnzan genus Pinus, 
namely, Pinus Abies, Strobus and Larix, that the plurality and 
regular arrangement of embryos were as constant in Conifere as 
in Cycadee ; for in all the species of Pinus here referred to, the 
preparation for the production of several embryos was equally 
manifest, and the points or areole of production were in like 
manner disposed i in a single circular series at the upper extremity 
of the amnios. 

From these observations, which I have since confirmed in the 
same and also in other species of Pinus, an additional and im- 
portant point of resemblance is established between Cycadee and 


* Read before the British Association at Edinburgh i in August 1834, and 
published in the Annales des Sciences Naturelles for October 1843. 
+ In the Appendix to Capt. King’s Voyage. 


13. PL VIL. 


Ann: & Mag Nat: Hest: Vol 


eee 


tne 


MAS centage et 
eieiey 
Rimes 


the Coniferze. 


Development of the embryo in 


C. 


of the Embryos in the Seeds of Conifere. 369 


Conifere ; and it is worthy of remark, that while the female organ 
in these two families exists in a simpler form than in other phe- 
nogamous plants, the normal state of the impregnated ovulum is 
much more complex, and might even be considered as compound, 
or made up of the essential parts of several confluent ovula. 

On considering the well-known ceconomy of several Conifere, 
and especially of the genus Pinus, as at present limited, namely 
in their requiring (at least) two seasons to ripen their cones, it 
occurred to me that these plants, from the extreme slowness in 
the process of maturation, conjoined with the considerable size of 
their seeds, and also from the striking peculiarity already noticed, 
were probably the best adapted for an investigation into the ori- 
gin and successive changes of the vegetable embryo. 

With this view chiefly I commenced in the present summer 

(1834) a series of observations, intending to follow them up from 
the period when the enlargement of the impregnated cone begins 
to take place, to its complete maturity at the end of the second 
or beginning of the third year. 
i: Pinus sylvestris was selected for this purpose, corresponding 
observations being also made on other species, particularly Pi- 
naster and Strobus ; and although the investigation is necessarily 
incomplete, the facts already ascertained appear to me of sufficient 
importance to be submitted to physiological botanists. 

In an essay on the organs and mode of fecundation in Or- 
chidee and Asclepiadee, published in 1831, I have given some 
account of the earliest changes observable in the impregnated ovu- 
lum of the former family ; and in noticing the jointed thread or 
single series of cells by which the embryo is suspended, I re- 
marked that the terminating cell or joint of this thread is pro- 
bably the original state of what afterwards, from enlargement, 
subdivision of its cavity, and deposition of granular matter in its 
cells, becomes the more manifest rudiment of the future embryo. 

I had not indeed actually seen this joint in its supposed earliest 
state ; the following observations on Pinus, however, will perhaps 
be considered as giving additional probability to the conjecture. 

But before entering on my account of the origin and develop- 
ment of the embryo in Pinus, I shall state briefly the still earlier 
changes consequent to impregnation that take place in this genus ; 
not only with a view of rendering the account of the embryo itself 
more readily intelligible, but also in confirmation of the opinion 
formerly advanced on the nature of the female organ in Conifere 
and Cycadee. 

The first and most evident change observable is the production 
or separation of a distinct body within the nucleus of the ovulum, 
which, before impregnation, is a solid uniform substance. 

Ann. & Mag. N. Hist. Vol. xiii. i 2B 


870 Mr. R. Brown on the Plurality and Development 


In this stage the upper extremity of the included body, or am- 
nios, is slightly concave, and has a more or less rough or unequal 
surface ; the inequality beg in consequence of the laceration of 
the cellular tissue, by which it was in its early stage attached to 
the apex of the original nucleus, or rather to a short cylindrical 
process arising from it and corresponding in size and form with 
this concave upper extremity, from which it separates when the 
amnios has attained its full size. 

On this concave upper extremity of the amnios a few minute 
points of a deeper colour, and disposed in a single circular series, 
are sometimes observable ; in general, however, they are hardly to 
be distinguished. | 

Below the concave apex the amnios itself is slightly transpa- 
rent for about one-fourth of its length, the remaining portion 
being entirely opake. 

On dividing the whole longitudinally it is found to consist of 
a pulpy cellular substance, in which no definite cavity is originally 
observable; the upper transparent portion is however of a looser 
texture, and on the included embryos becoming manifest, a cavity 
uregular both in figure and extent is formed in its centre. 

But before the embryos themselves or their funiculi become 
manifest, the areolz, or portions of the substance destined for their 
production, are visible. 

These areole, as I observed them in the common larch in May 
1827, are from three to five in number, of nearly cylindrical form, 
arranged in a circular or elliptical series, and are seated near the 
apex, with which they probably communicate by the similarly ar- 
ranged points of its surface already noticed. 

In the amnios of Pinus sylvestris, as observed in June and July 
last, the corresponding parts were found considerably more ad- 
vanced. In the specimens then examined, the remains of the em- 
bryoniferous areolz, from four to sixin number, were still visible, 
but consisting of conical membranes of a brown colour, present- 
ing their acute apices towards the surface, and at the base seem- 
ing to pass gradually into the lighter-coloured pulpy substance 
of which the mass of the amnios consists. 

Corresponding and nearly approximated to each of these co- 
nical membranes, a filament, generally of great length, and either 
entirely simple or giving off a few lateral branches, was found. 
This filament or funiculus consisted generally of four series of 
elongated transparent cells or vessels, usually adhermg together 
with firmness, but in some cases readily separable without lace- 
ration ; and in one of the species examined, Pinus Pinaster, the 

transverse septa of the funiculus were either very obseure or alto- 
gether wanting. 


of the Embryos in the Seeds of Conifere. 371 


The upper extremity of each funiculus was in all cases mani- 
festly thickened and of a depressed spheroidal form ; and in each 
of the four cells or vessels of which it consisted exhibited a small 
opake areola analogous to the nucleus of the cell, so frequently 
observable in the tissue of Monocotyledonous plants, and which 
also exists, though less commonly, in Dicotyledones. 

A. lacerated and extremely transparent membrane was generally 

found surrounding and adhering to the thickened origin or head 
of the funiculus. 
_ In the earliest state examined of Pinus Pinaster, the funiculus 
was found equally transparent through its whole length, and ha- 
ving no appearance of subdivision or any other indication of em- 
bryo at its lower extremity. In a somewhat more advanced state 
of the same plant, as well as in the two other species observed, 
namely Pinus sylvestris and Strobus, the lower extremity of the 
funiculus was subdivided into short cells, sometimes disposed in 
a double series, but more frequently with less regularity and in 
greater numbers, the lowest being in all cases the most minute 
and also the most opake, from the deposition of granular matter, 
which is nearly or entirely wanting in the upper part of the cord. 
This opake granular extremity of the funiculus is evidently the 
rudiment of an embryo. When the funiculus ramifies, each branch 
is generally terminated by a similar rudiment, and these lateral 
embryoniferous branches not unfrequently consist of a single 
vessel or cell, while the embryo of the trunk or principal branch 
is as generally derived from more than one. 

That each of these opake bodies terminating the trunk arf 
branches of the funiculi are really rudimentary embryos, is proved 
by tracing them from their absolutely simple state to that in 
which the divisions of the lower extremity become visible, and 
those again into the perfect cotyledons. 

The results of this investigation in its present incomplete state 
are, Ist, that the plurality of rudimentary embryos in Pinus (and 
probably in other Conifere) is not only constant, but much greater 
than could well have been imagined independent of actual obser- 
vation ; each impregnated ovulum not only containing several 
distinct funiculi, but each funiculus being capable of producing 
several embryos. In the ripe seed, however, it is a rare occur- 
rence to find more than one of these embryos perfected. 

2ndly. That an embryo in Conifere may originate in one or in 
more than one cell or vessel even in the same cord; and it also 
appears that the lower extremity of the funiculus, the seat of the 
future embryo, is originally in no respect different from the rest 
of its substance. 

The greater part of the appearances now described are repre- 
sented im the accompanying Plate. 

2 B 2 


372 Mr. R. Brown on the Plurality and Development 


April 20, 1844. 

Postscript.—lt is necessary to notice the recent publication 
of a very important memoir by MM. de Mirbel and Spach on 
the development of the embryo in Conifere*. 

These excellent observers confirm the principal statements of 
the preceding essay, with the brief abstract of which only they 
were acquainted. 

They have also extended the investigation to Thuja and Taxus, 
two genera which | had not examined, and in which, especially 
in the latter, the structure appears to be remarkably modified ; 
and they have ascertained some points in Pinus itself that I had 
overlooked. 

In this memoir M. de Mirbel refers to his early observations 
on the structure of the seeds of Cycas which occur in an essay 
read before the Academy of Sciences in October 1810, and soon 
after published in the ‘ Annales du Muséum +.’ 

These observations and the figures illustrating them clearly 
prove M. de Mirbel’s knowledge of the plurality of embryos in 
Cycas at that period. And in his recent memoir on Conifere he 
regards them as giving the earliest notice of that remarkable 
structure ; stating also that my first publication on the same sub- 
ject was in 1835. 

But as the ‘ Prodromus Floree Novee Hollandiz’ was published 
before M. de Mirbel’s essay in the ‘ Annales du Muséum,’ which 
appears from his references to that work in the essay in question, 
he must have overlooked the following passages :— 

“Tn Cycadi angulata puncta ares depress apicis seminis tot- 
idem canalibus brevibus respondent gelatina homogenea primum 
repletis et membrana propria instructis, unico quantum observa- 
vimus embryonifero, quo augente reliqui mox obliterati sunt.”— 
Prodr. p. 347. 

“Structura huic omnino similis hactenus absque exemplo nec 
ulla analoga (nempe embryones plures in distinctis cavitatibus 
ejusdem albuminis) nisi in Cycadi et nonnunquam in Visco cog- 
nita sit.”—Prodr. p. 307. 

I may add, that this structure of Cycas was ascertained in 
living plants on the east and north coasts of New Holland in 1802 
and 1803. 

The earliest observer of the principal fact, however, was pro- 
bably the late Aubert du Petit Thouars, who in a dissertation on 
the structure and affinities of Cycas published i in 1804¢, distinctly 
notices the points on the surface and the corresponding corpus- 
cula within the apex of the albumen, into which corpuscula he 

* Annales des Sc. Nat. 2 série, November 1843. 


t Annales du Muséum d’Hist. Nat. tom. xvi. p. 452. tab. 20. 
{ Histoire des Végétzux des [les d’Afrique, p. 9. tab. 2. n. 


of the Embryos in the Seeds of Conitere. 373 


hazards the conjecture that the grains of pollen enter and become 
the future embryos. This, in regard to Cycas, might be considered. 
the revival of the general hypothesis advanced by Morland in 
1703*, and some years afterwards adopted, but without acknow- 
ledgement, by C. J. Geoffroy+, and which seems to have entirely 
originated in the discovery by Grew of the existence of a foramen 
opposite to the radicle of the embryo in the ripe seeds of some 
Leguminous plants tf. 

But as M. du Petit Thouars had evidently no intention of ex- 
tending his hypothesis beyond Cycas and probably Zamia, it can 
hardly be said to anticipate the general and ingeniously sup- 
ported theory of Dr. Schleiden, respecting which physiological 
botanists are at present almost equally divided. On this theory 
it is not my intention at present to express an opinion; nor did 
the question of the mode of action of the pollen form any part of 
my object in the preceding essay. I shall only here remark, that 
according to the latest statements of Dr. Schleiden with which I 
am acquainted §, although he admits that his investigation 1s not 
in all points complete, he seems to have no doubt that his theory 
of the origin of the vegetable embryo in the pollen tube is appli- 
cable to Conifere. He has in the first place ascertained the ex- 
istence of my areole or corpuscula, which he denominates large 
cells in the embryo-sac or albumen, in all the European genera 
of Conifere||; and in Abies excelsa, Taxus baccata, and Juniperus 
Sabina, he states that he has succeeded in preparing free the whole 
pollen tubes from the nucleary papille to the bottom of the cor- 
puscula. But as (if my observations are correct, and they seem 
to be confirmed by those of M. de Mirbel) the corpuscula are not 
developed in Pinus, as the genus is at present limited, until the 
spring or even beginning of summer of the year after flowering, 
and if Dr. Schleiden’s statement be also correct, the pollen must 
remain inactive for at least twelve months. 

The quiescent state of pollen for so long a time is indeed not 
altogether improbable on considering the analogous ceconomy in 
several tribes of insects, in some of which the male fluid remains 
inactive in the female for a still longer period; and in plants, 
though for a much shorter period, I may refer to Goodenovie, 
in which the pollen is applied to the stigma a considerable time 
before that organ is sufficiently developed to act upon or transmit 
its influence**., But the supposed protracted state of inactivity - 


* Philosophical Transactions, vol. xxiii. part 2. n. 287. p. 1474. 

+ Mém. de l’Acad. des Se. de Paris, 1711, p. 210. 

{ Anat. of Plants, p.2. § Schleiden, Grund. der Bot. 2 Theil, p, 374. 

|| Op. cit. pp. 354 et 357. 

4 Herold. Entwickel. der Schmetterl. &c. 1815, et Siebold in Miiller’s 
Arehiv, 1837, p. 392. 

** Append. to Flinders’s Austral. p, 560, 


374 Mr. R. Brown on the development of the Embryo. 


in the pollen of Pinus does not necessarily lead to the adoption 
of Dr. Schleiden’s theory. With respect to Cycadee, whatever 
opinion may be adopted as to the precise mode of action of the 
pollen in that family, it is certain that the mere enlargement of 
the fruit, the consolidation of albumen, and the complete forma- 
tion of the corpuscula in its apex are wholly independent of male 
influence, as I have proved in cases where pollen could not have 
been applied, namely, in plants both of Cycas and Zamia (Ence- 
phalartos) producing female flowers in England at a time when 
male flowers were not known to exist in the country. 


EXPLANATION OF PLATE VII. 


Fig. 1. A scale of the cone of Pinus sylvestris, with its winged seeds, one of 
which is abortive : natural size. 

N.B. The remaining figures are more or less magnified. 

Fig. 2. An unripe seed, of which the testa, in this state cartilaginous, is cut 
open, partly removed and thrown back to show the included body, 
which is the half-ripe original nucleus with its sphacelated apex 
and the free portion of the inner coat, extending from the apex to 
about one-third of the length of the nucleus, below which it is in- 
timately connected with and inseparable from the outer coat. 

Fig. 3. The amnios or albumen, with the coats opened and laid back. 

a. The body of the albumen, with its slightly concave upper extre- 
mity: in this stage separated from 6, the apex, which is conical 
above, below cylindrical, and which was suspended from the top 
of the original nucleus. 

Fig. 4. A plan rather than actual representation of a longitudinal section of 
any one seed examined, but the parts accurately copied from the 
calyptreeform membranes, the funiculi or suspensors, and the 
nascent embryos of seeds of Pinus sylvestris. 

In this stage the funiculi are distinct from the calyptreform membranes 
within which they originated. 

Fig. 5. is also a plan of the slightly concave apex of the amnios or albumen, 
with its semitransparent points or pores circularly arranged ; in 
this species (Pinus sylvestris) seldom exceeding five, and not un- 
frequently being only four or even three. 

Fig. 6. One of the funiculi or suspensors, with its dilated upper extremity, 
to which the lacerated remains of a thin transparent membrane ad- 
here; the funiculus itself ramified, each of the two lateral branches 
consisting of a single elongated tube or cell terminating in a rudi- 
mentary embryo: the trunk of the funiculus composed of several 
(apparently four) tubes or cells terminated by a single embryo, 
which is already slightly divided, the divisions being the com- 
mencement of its cotyledons. 

Figs. 7 and 8. Two other funiculi belonging to the same seed less advanced, 
but both ramified. 

Fig. 9. A funiculus of Pinus pinaster with its thickened head, in which the 
nuclei of its component elongated cells or tubes, and its adhering 
lacerated membrane are visible. The figure is given particularly 
to show that in this (the only one observed) there is no opake gra- 
nular portion of the compound funiculns; in other words, no indi- 
cation of a nascent embryo. 

Fig. 10. A funiculus of Pinus Abies, Linn., with its rudimentary embryo 
and thickened head, still partly inclosed in the calyptreeform mem- 
brane. 


Mr. J. Ralfs on the British Desmidiez. 375 


XLV,—On the British Desmidier. By Joun Raxrs, Esq., 
M.R.C.S., Penzance*. , 


In a former papert I followed the example of most preceding 
writers on these plants and referred them to the Diatomacee; but 
further observation has convinced me that they must be removed 
from that tribe, which should comprise only the Alge with 
siliceous covering, which I called Cymbellee. I have in that 
paper pointed out many of the differences between these tribes ; 
they also differ greatly in another respect. The Diatomacee 
(Cymbellee) for the most part quickly acquire an offensive odour 
after being gathered ; the Desmidiee, on the contrary, are remark- 
able for the length of time they may be preserved in a moist state 
without material change. Many indeed I have kept unaltered 
for weeks in a damp piece of linen. As drying often produces a 
great change in their appearance, it is fortunate that they can be 
thus preserved until it is convenient to examine them. 

They are generally very minute, and, with the exception of a 
few not hitherto detected in this country, are all found in fresh 
waters, either mixed amongst other Algz or in old peat-pits, and 
such shallow pools as do not become dry in summert. 

These Algz have attracted but little attention from British 
algologists, and only two species of Desmidium and two of Eu- 
astrum are described in our Flora. I am convinced that these have 
even a stronger claim to be considered plants than the Diato- 
macee. This was also Meyen’s opinion ; for whilst he allows that 
the true place of the latter is somewhat uncertain, yet, speaking 
of the Desmidiee, he remarks, “ 'This family includes those true 
Algze of whose nature there can be no doubt.” 

Ehrenberg, who refers them to the animal kingdom, lays the 
greatest stress upon their “ spontaneous division,” which in- 
deed is the only reason he produces for denying the vegetable 
nature of some genera§. It has however been shown by Meyen, 
Mr. Hassall|| and others, that growth by the elongation and bi- 
section of the cells is very frequent, if not universal, in the more 
simple Alge. 

The Desmidiee have, in general, their cells more or less con- 
stricted in the middle, and the endochrome divided into two por- 


* Read before the Botanical Society of Edinburgh, Jan. 11th, 1844. 

t+ See Annals of Natural History, vol. xi. p. 448. 

{ They frequently form finger-like tufts at the bottom of the pool, and if 
gently separated by passing a knife or the finger beneath them, rise to the 
surface, when they can be taken out and put intoa bottle or placed on linen 
and drained, and afterwards scraped off with a knife. 

§ “The increase by voluntary division is the character which separates 
animals from plants.” Ehr. See Annals of Nat. History, vol. ii, p. 123, 

| See Annals of Natural History, vol. ix. p. 431. 


376 Mr. J. Ralfs on the British Desmidiee. 


tions. In Euastrum this constriction is so great that the fronds 
seem to consist of two segments united by a narrow central chord, 
whence most authors, erroneously as I think, describe the plant 
as binate. 

In the Diatomacee, where the frustules are often truly binate, 
as each frustule is complete in itself, though they be separated 
from each other, their respective contents will still be protected 
on all sides, and even if one be broken the contents of the other 
will not be disturbed. In this tribe, on the other hand, as there 
is no septum between the parts, if these separate or an opening 
be made in one, the contents of both escape. In Desmidium the 
constriction is often but slight, and although the endochrome is 
most frequently in two portions, yet in an advanced state it is 
sometimes collected into a single central spot. Whatever may be 
the shape of the frond, this connecting portion is always nearly 
or quite cylindrical ; and this is equally the case in the triangular 
fronds of Staurastrum and the compressed ones of Huastrum, as in 
those species having cylindrical fronds. Of course the more the 
plant is compressed the narrower will be the connecting portion, 
whilst in the cylindrical species the constriction is often but 
slightly marked. In Closterium there is. generally only a trans- 
verse central line which divides the endochrome into two por- 
tions; but in all the Desmidiee, when the plant is mature, the 
cells separate at the centre and allow the granules to escape. 
In all the species, the growth by the repeated division of the 
cells is extremely rapid. In Desmidium the process is exactly 
similar to what occurs in the Conjugate: the joint first elon- 
gates, and then becomes double by the formation at the centre 
of internal transverse septa; but in most of the other Desmidiee 
the fronds are simple, or consist of only a single cell, which, as I 
have observed above, is more or less evidently in two segments. 
Euastrum has these united by a narrow chord, and therefore in 
that genus the manner of their increase by division can be most 
easily observed. The central chord elongates, and two new seg- 
ments are formed, which gradually increase until they attain the 
same size as the halves of the origimal frond. About this time it 
separates into two distinct fronds, each of the old segments ha- 
ving united with one of the new ones: during this process the 
original halves do not undergo any alteration, except in being 
separated by the two new segments, all the growth taking place 
in the central chord that united them. As this addition is con- 
tinually taking place in those fronds which have reached their full 
size, the two segments of a frond are very often unequal. 

All the species are binate during the production of the new 
portions and until separation takes place. 

In deseribing Meloseira, Isthmia, &c., 1 have shown that those 


Mr. J. Ralfs on the British Desmidiez. 377 


genera also increase by a new growth interposed in the centre of 
the frustule. May not the growth in some of the higher Algee 
also be confined to the centre of the joints, instead of being an 
extension of parts already formed ? Should this suggestion prove 
correct, such a fact would be an additional proof of the vegetable 
nature of the Desmidiee, and may perhaps also lead to further 
knowledge of the physiology of the Confervee. 

It will be more difficult to ascertain whether this is the case in 
the latter ; in Tyndaridea however, the genus best adapted for ob- — 
servation, I believe that its occurrence can be proved, for in each 
joint two stelle are present ; and I think that whilst these always 
remain distinct on their outer side and at the same distance from 
the septum, they first become more distant from each other by the 
growth of the intermediate and central portion of the joint, and 
that two new stelle are then formed between them, which at first 
connect the original stelle, and gradually become more distinct 
as the joint prepares to divide. If this opinion be correct, the 
new septum will always be formed where the new portion of the 
joint is formed. At length the plant ceases to grow, the division 
of the joints is not repeated, the endochrome alters in appearance, 
the reproductive organs are formed, and the individual perishes. 
So in the Desmidiee : the fronds at length no longer divide, the 
internal matter assumes a different appearance, and what I con- 
sider the reproductive granules are perfected. 

Meyen adduces the presence of starch as a conclusive proof of 
the vegetable nature of the Desmidiee. He states that in several 
genera he has “ distinctly seen that the large and small granules 
contained amylum, and were sometimes even entirely composed 
of it,” and that in the month of May he had observed “ many 
specimens of Closterium in which the whole interior substance was 
granulated, and all the grains gave with iodine a beautiful blue 
colour, as is the case with starch, which is not an animal product.” 
These experiments if correctly made would appear decisive, but 
Meyen’s assertions have not been allowed to pass unquestioned. 
Mr. Dalrymple, in a very able and interesting paper on the Clo- 
steria*, observes of his own attempts to repeat Meyen’s experi- 
ments, “In no one instance had the action of iodine produced 
its ordinary effects upon starch or vegetable matter by colouring 
it violet or blue, although Meyen asserts it did in his trials.” In 
the ‘ American Journal of Science and Arts,’ vol. xli. No. 2, is an 
article by Professor Bailey, of the U. 8S. Military Academy, on the 
American “Desmidiacee,” in which he gives copious extracts from 
Mr. Dalrymple’s paper accompanied by his own remarks. 

He bears testimony to the general correctnessof Mr. Dalrymple’s 


* Annals of Natural History, vol. v. p. 415. 


378 Mr. J. Ralfs on the British Desmidiezx. 


observations, but with regard to those on the action of iodine he 
says, “ I cannot otherwise account for Mr. Dalrymple’s statement, 
that iodine ‘in no instance produced in the Closteria the violet or 
blue colour indicating starch,’ than by supposing that the speci- 
mens he examined were not in the proper state to exhibit it. Meyen 
expressly states, that it is ‘at certain times, particularly in spring,’ 
that the starch may be detected.....I am able by conclusive ex- 
periments to confirm Meyen’s statement as to the presence of starch 
in these bodies. In specimens gathered in November, I find no 
difficulty in producing the blue colour with tincture of iodine. 
Sometimes, however, the specimen becomes so opake by the ac- 
tion of this reagent, that the purple colour of the granules can 
only be detected after crushing the specimen by means of the 
compressor. The characteristic colour of iodide of starch is then 
shown most distinctly. I have repeatedly treated in this way Clo- 
sterium Trabecula as well as others, and have uniformly found that 
a portion of the interior takes the purplish colour.” 

Professor Bailey, however, does not “ consider the presence of 
starch in these bodies as conclusive evidence that they are plants;” 
for he suggests with some mgenuity, “ Is it not possible that they 
are animals which feed, wholly or m part, on amylaceous matter 
extracted from the aquatic plants among which they live? If so, 
the detection of starch in their stomachs is not surprising.” 

Having been indebted to Mr. Dalrymple for much information 
respecting this tribe, and invariably found his observations most 
accurate, I was puzzled how to reconcile these contradictory re- 
sults of the test of iodine ; I have therefore repeatedly and care- 
fully noted the effects of iodine on many of the Desmidice. 

In a young state the cells are filled with a green homogeneous 
fluid, which, as the plant approaches to maturity, becomes denser 
and minutely granular. Scattered amongst this minutely granu- 
lar matter larger granules make their appearance ; these Ehren- 
berg calls ova; but I cannot perceive the slightest difference 
between them and the granules present in the higher Algz, and 
Meyen informs us that he “had observed their development into 
spores.” 

On applying diluted tincture of iodine to different species of 
the Desmidiee, these large granules became very dark with a pur- 
plish tinge, showing the presence of starch. When the tincture 
of iodine is used in its undiluted state, the colouring matter be- 
comes so dark as to appear nearly black and conceal the bluish 
tint; im some specimens too this colour is hardly perceptible, 
whilst m others it is very apparent. 

In no instance have 1 found the presence of starch imdicated 
unless these granules were present, as the fluid colourmg matter 
always becomes brownish. The application of iodine to Conju- 


Mr. J. Ralfs on the British Desmidies. 379 


gate in different stages of growth was followed by a precisely si- 
milar result. In the young plant no starch was detected, but the 
colouring matter became changed to an orange-brown. On the 
other hand, in the conjugated filaments the granules became blue, 
and the spores especially appeared of the very dark colour often 
observed in the Desmidiee, and did not exhibit any blue tint until 
they were crushed*. As the large granules are not present in 
the early state of the plant, and as it has been shown above that 
they alone contain starch, the opposite results of the experiments 
by Meyen and Mr. Dalrymple may be thus explainedt. 

In the preceding remarks I have classed the Closteria with the 
Desmidiee. Ehrenberg indeed describes them as a distinct family, 
but his opinion has, I believe, very few advocates. Meyen says, 
“IT see no good reason why Closterium should not be placed near 
Euastrum ;” and Professor Bailey says, “1 have before stated that 
I consider the genus Closterium most closely related to Euastrum, 
and therefore to the Desmidiacee generally. This relation to 
Euastrum is manifest in their apparent identity in internal struc- 
ture ; the chief difference between them is only in the external 
forms ; and even in them we find there is a perfect transition 
from the highly-lobed and tabular forms of some species of Hu- 
astrum, to the entire, elongated and fusiform species of Closterium. 
It is therefore without hesitation that I place Closterium (as in- 
deed most writers do) among the Desmidiacee.” 

IT am aware the following account of the British Desmidiee 


* I would advise those who wish to repeat the experiments, and have not 
been accustomed to see the effect produced on starch by the application of 
iodine, to apply it first to a few grains of flour, and afterwards to some spe- 
cies of Zygnema in which the spores are about to form; as they will thus 
psn familiar with the appearance of iodide of starch when formed in the 
Alge. . 

Aner the tincture of iodine is applied let them add a little more water, 
and then dry the specimen by the application of heat ; this will drive off the 
free iodine, and thus in a great measure remove the brownish stain which 
obscures the purple tint. They should then add adrop of water, and on ap- 
plying the highest power of the microscope the peculiar colour of the iodide 
of starch can in general be easily perceived. 

+ I have the satisfaction to add, that since I wrote the present paper I 
communicated the tenor of it, with accompanying specimens of Closterium 
digitus, to Mr. Dalrymple, who acknowledged the presence of iodine in the 
following terms :—*‘ I have examined the specimens sent up, and in several 
I can detect the blue colour of the iodide of starch: this is by no means 
however universal, some being merely stained yellowish brown; but in those 
instances there appears to be an absence of granular matter ; the fact of blue 
granules in some is however decisive of the presence of starch.” He also 
says, “I am glad to see your explanation of the facts. It is a probable cir- 
cumstance that iodine may act differently at different stages of growth, and 
that starch may not always be present in the specimens.” 

Mr. Jenner also informs me that he has repeated my experiments with 
success. 


380 Bibliographical Notices. 


will necessarily be imperfect. I have seen no specimens named 
by original authorities, and I have derived much less assistance 
from British algologists than I had when treating of the Diato- 
macee, as many valued correspondents, whose discoveries and 
notes greatly aided me in the descriptions of the Diatomacea, 
have not studied this tribe. 

I should however be ungrateful to omit stating, that my friend 
the Rev. M. J. Berkeley has, during the preparation of these 
papers, as on former occasions, supplied many useful hints, and 
assisted me in determining the species and synonyms; and that 
Mr. Jenner has not only favoured me with numerous specimens, 
but sent me several drawings made from his own observations, 
and necessary for the illustration of different species. 


BIBLIOGRAPHICAL NOTICES. 


List of the Specimens of Mammaiia in the British Museum. Printed 
by order of the ‘frustees. London, 1843. 


List of the Specimens of Birds in the British Museum. Part I. 
Accipitres, 1844. 


Ir is by no means so generally known as it ought to be, that the 
Trustees of the British Museum have lately set an example which 
the Directors of all national museums would do well to imitate. 
Many persons now visit the zoological galleries of the British Mu- 
seum, not as a mere holiday show, but as a place of scientific study. 
To this class of visitors the popular ‘ Synopsis’ sold at the door is 
far too superficial to be of use; a demand has consequently arisen for 
a more exact scientific account of the contents of the collection, and 
this demand is now in the course of being supplied. ‘The officers of 
the several departments have been directed to draw up accurate 
catalogues of the contents of the Museum, which are revised by 
Mr. J. E. Gray, the chief officer of the zoological department, and 
are sold in a cheap and portable form to the public. 

The advantages of this measure are manifold. These catalogues 
may have the desirable effect of converting the mere sight-seer into 
the scientific student, while they guide the working naturalist to 
rare and authentic specimens not elsewhere to be met with. For 
the arrangement of provincial or private collections they will serve 
as useful models, showing the latest improvements which have been 
made in classification. ‘They will greatly facilitate scientific inter- 
course, and the exchanging of duplicates with the public museums 
abroad, showing at once the amount of our riches and of our wants, 
while they will also tend to diffuse through the zoological world a 
well-digested and universally accepted nomenclature. ‘The value of 
these catalogues is further increased by their enumerating not merely 
every species but every specimen; the latter being indicated by the 
letters of the alphabet, with a statement of the exact localities and 


Bibliographical Notices. 381 


donors of each. As a large portion of the collection consists of type- 
specimens, i.e. of the actual individuals on which explorers and na- 
turalists have founded their definitions of new species, this exact 
identification of each specimen becomes peculiarly necessary. 

Such being the scientific importance of these catalogues, it is sa- 
tisfactory to fiid that the laborious task of preparing them is in ge- 
neral executed with judgement and accuracy. ‘The classification is 
in conformity with the most recent researches, the scientific names 
are based upon the “law of priority,” the synonyms are fully enu- 
merated, and the individual specimens are indicated with precision. 

The plan of the catalogues is therefore very good ; still it is not 
perfect, and as they are the commencement of a series which may 
have considerable influence on the progress of zoology, we shall not 
hesitate to point out the defects which occur to us. 

In the first place, every species of mammal and of bird is indicated 
by a so-called English name, which precedes the Latin or systematic 
one. Of the expediency of this regulation we have great doubt. The 
vast majority of foreign species never have had, and never can have, 
a vernacular English designation, simply because mankind have no 
occasion to speak of them in common discourse. The authors of the 
catalogues have therefore been obliged to manufacture English names 
for such species as did not possess them already, and these names 
will be useless to the multitude and unintelligible to the scientific ; 
they are therefore an incumbrance to the catalogue, loading the 
memory if retained in it, and increasing the liabilities to error. We 
ought rather to induce the unlearned to speak the language of sci- 
ence, than tempt the scientific to descend to vulgarity. Let us re- 
member how greatly Buffon retarded zoological science by his jealous 
opposition to the admirable nomenclature of Linneus, and the influ- 
ence of that fascinating writer still operates too strongly on the con- 
tinent. Should the arrangements of our national Museum ever ac- 
custom British naturalists to use a vernacular terminology in pre- 
ference to the Linnzan one, it will be a most serious detriment to 
the progress of science. 

We believe that these English names are employed rather in 
obedience to a popular desire, than from any value attached to them 
by the scientific officers of the Museum. Nor do we object to the 
introduction of English names where those names are currently 
established, as in the case of the leopard, mole, fox, eagle, &c., for 
such terms convey a distinct idea to the unlearned mind; but the 
ordinary spectator might as well learn the scientific name at once, 
as acquire such, to him, new and difficult appellations as the Caco- 
mixle, the Ratlamutchi, the Buansuah, &c. &c. At any rate, if John 
Bull will insist on a complete English nomenclature, it may at least 
be made the means of giving him some notion of zoological princi- 
ples, by making the names as nearly as possible an echo of the Latin 
binomial ones. Thus Halmaturus elegans might be rendered “ the 
elegant Halmature;” Talegalla australis, ‘‘ the Australian Tale- 
galla ;’’ Elanus melanopterus, ‘ the black-winged Elanus,” and so on. 
Whereas at present the names on the specimens and in the cata- 


382 Bibliographical Notices. 


logue often tend to diffuse and perpetuate error, as where (in con- 
formity to the mistaken arrangements of old authors) Talegalla au- 
stralis is translated ‘‘ New Holland Vulture,” Diceum is rendered 
“Finch,” Nectarinia and Mniotilta, ‘‘ Creeper,” Brachyurus, ‘‘ Crow,” 
and numerous similar instances. 

The species in the Museum which appear to be undescribed by 
other authors are distinguished by specific names, now for the first 
time proposed. We need hardly point out the necessity of speedily 
attaching specific characters to these new names, either in the cata- 
logue itself, or in some other publication ; otherwise these names will 
acquire no authority, and may be unintentionally superseded by later 
authors. 

With the above exceptions the catalogues are all that can be 
wished, though one or two improvements might be made in the 
labels of the specimens themselves. We should like to see the 
authority for the specific name inserted, as in the present state of 
science a mere binomial designation, without any clue to the author 
who gave it, is often vague and ambiguous; and though the authors’ 
names are to be found in the catalogue, yet it would be more con. 
venient to have them on the label also. Secondly, as each speci- 
men is indicated by a separate letter in the catalogue, it would be 
very desirable that the same letter should be conspicuously marked 
on the label itself, so that the cdentity of the specimens (on which 
much of their value depends) may be effectually perpetuated, and 
the spectator may the more readily recognise them. A mark indi- 
cative of sex and age might also be added to the labels without 
materially trenching on their space. 


Voyage de la Bonite: Alge. By C. Montagne, D.M. 112 pp. 


By the kindness of the author we have received the text of this 
interesting portion of the account now publishing of the botanical 
discoveries made during the voyage of the Bonite. The greater part 
of the new species have already been characterized in the ‘ Annales 
des Sciences Naturelles,’ but we have here the full descriptions, 
accompanied in many instances with most valuable remarks. Of 
these perhaps the most interesting are those on the genus Suhria, 
which have in great measure been recorded in our journal in a com- 
munication made by Mr. Berkeley; and those on the tribe Chorda- 
riee, of which we think it may not be uninteresting to give a sketch. 

The genus Chordaria has not hitherto been well described. ‘The 
author therefore, after referring to all that has been published on the 
subject, proceeds to give the result of his own observations, having 
first however stated the structure of Mesoglea, a genus which has 
lately been well illustrated by Meneghini. Speaking of this genus 
then he says: “‘ The numerous filaments which form the axis of the 
fronds and branches are in general united, or, to speak more correctly, 
held together, in a looser manner than in Chordaria, by a gelatinous 
substance interposed between them, and which itself forms one of 
the elements of the frond. The consistence, however, which results 


Bibliographical Notices. 383 


from this approximation is not uniform, for a number of intermediate 
states occur between certain species whose tissue is so loose in the 
centre that the filaments which are condensed towards the outer sur- 
face leave the centre almost tubular (M. fistulosa), and the new spe- 
cies described below, which presents almost a cartilaginous consist- 
ence. Be the consistence however what it may, the axillary or 
longitudinal filaments are tubular, articulated, cylindrical, or slightly 
strangulated at the points of articulation, transparent hyaline or of a 
pale greenish yellow, from the presence of a small quantity of gra- 
nular matter in the articulations. They take an oblique direction 
towards the circumference, anastomosing occasionally with the neigh- 
bouring threads; not however, as Meneghini and Decaisne have well 
observed, and as the latter has shown in his figure of Nemalion mul- 
tifidum, J. Ag., without sending forth at the same time, here and there 
towards the interior, far more delicate, dichotomous, articulated, and 
perfectly hyaline filaments, which help doubtless by their interlacing 
to double the consistence of the frond. The last articulation of the 
axillary thread, when arrived at the circumference, is elongated into 
a horizontal filament with much shorter articulations, strongly con- 
stricted at the dissepiments, but gradually increasing in breadth as 
they approach the surface, whence they have a more or less strongly 
pronounced clavate form. In the Brazilian species, these threads, 
which are very long, are perfectly cylindrical and not thickened above. 
Each of the articulations of which they are composed contains a green 
endochrome of various tints at different stages of growth or in dif- 
ferent species, whose form is correlative with that of the articulation. 
Sometimes it is not a simple filament which terminates the extreme 
cells of the axillary tissue, but either it is dichotomous, or a certain 
number are united at the base, from whence also proceed the recur- 
rent filaments. It is usually towards the inferior portion of the radia- 
ting filaments that the two kinds of organs are fixed which appear to 
serve equally towards the propagation of the species; sometimes how- 
ever it is from the summit itself that they proceed, resembling in this - 
other Phycoidee. ‘The one which are unanimously considered as true 
spores are composed of a simple, entire, undivided nucleus, consist- 
ing of green or brown granules inclosed in a hyaline perispore, which 
forms a transparent limb round the nucleus. ‘These spores are, 
according to the particular species, spherical or obovoid; the other 
organs are regarded by the younger Agardh as metamorphosed radia- 
ting filaments, and called by him propagules. Meneghini, who has 
observed their coexistence with what he calls sporiferous utricles, 
considers them as a second form of fructification analogous to the 
siliculeeform capsules of the genus Hctocarpus*, to which in fact they 


* Kiitzing considers the specimens with podlike fruit as individuals 
having a second form of fructification. Mrs, Griffiths however, who has 
paid great attention to the genus, does not assent to this view, there being 
a peculiar habit in each of the pod-bearing species which makes it almost 
impossible to refer them as mere forms to any of the other species. The 
subject is however well worth attention, and can be determined only by those 
who can study the species iz sidw.—Eprr. 


384 Bibliographical Notices. 


bear a very striking resemblance. ‘The resemblance of these bodies 
to what Agardh calls antheridia is still more striking, as I am en- 
abled to assert from specimens of Polysiphonia fruticulosa and P. fas- 
tigiata, on which they had been observed by Mrs. Griffiths, and which 
have been communicated by Mr. Berkeley. It is this resemblance, 
doubtless, which has led Meneghini to give the same name to the 
organs we are considering in the genus Mesoglea. Whatever be 
their function (I am inclined to consider them myself as gemme), 
they are placed in the genus under consideration either at the base 
of the radiating threads or at the extremity of a branch of greater 
or less length proceeding from this base. In comparing them to 
the silique of Ectocarpus we have sufficiently noted their structure, 
which is well described in the work of Meneghini. As to their form, 
it varies within certain limits, for they are sometimes oval, ovali- 
lanceolate, or very slender and elongato-lanceolate. In M. Leveillei, 
of which the younger Agardh makes his genus Liebmannia, but which, 
as it appears to us justly, Meneghini comprises in the genus Meso- 
glea, they have two or four horns at their summit; but these divi- 
sions of the granular mass are included in a common envelope. 
Sometimes they are concealed by the railiating filaments, sometimes 
they exceed them by half their length. 

“We now come to Chordaria. The structure is not exactly the 
same, though there is a great affinity between the two genera. ‘The 
cells which form the axillary system of the frond, and which form 
the greater part of its diameter, are united end to end so as to com- 
pose tubular filaments, which are cylindrical, diaphanous, articulated, 
and which decrease in diameter as they approach the circumference. 
Exactly in the centre (for it is possible to isolate the one set of fila- 
ments from the other) these filaments are disposed longitudinally, 
following the axis of the frond; but the further they are from the 
centre the more their diameter decreases, and when they arrive at 
the circumference their frequent anastomoses have reduced them to 
a network of irregularly polyhedral cells, the more external of which 
give rise to the radiating tissue. ‘The texture of which we have just 
sketched the description, but of which good figures alone can give a 
just notion, has the greatest analogy with that of certain Floridee ; 
it is such that in a transverse section it might be called cellular; and 
in fact towards the circumference, that is to say, between the axile 
tissue and the radiating filaments, it can scarcely be considered other- 
wise. ‘The horizontal filaments spring then from the exterior cells 
of this kind of intermediate network, and if, instead of being free from 
any adherence, they were soldered together, there would be an almost 
perfect resemblance with other genera with a continuous frond. They 
are clavate, articulated and moniliform ; their last articulation, which 
is also the largest, is sometimes spherical, sometimes cuneiform. 
This latter conformation arises from the circumstance, that at first 
the filaments are all of the same Jength; they are almost adherent 
one with the other at their apices, absolutely in the same way as the 
paraphyses of Laminariee, to which they may well be compared, 
though these latter are simple and not septate. It is at the base of 


Zoological Society. 385 


the filaments in question that we see the spores which are produced 
at the tip of the same cell which produces the filaments. ‘These in 
Chordaria flagelliformis, which has served as the type for the descrip- 
tion of the genus, are elliptic, resembling in form that of melon-seeds. 
The border of the spores is transparent and of a greater or less breadth. 
We have never met with ‘ propagules.’ 

“We see then, by an approximation of the principal characters 
drawn from the two preceding descriptions, that the essential differ- 
ence between Chordaria and Mesoglea resides less in the cartilaginous 
consistence of the frond than in the intimate structure of the axis, 
which might be called cellular in the first and filamentous in the 
second. Nevertheless, this consistence, which depends on the closer 
texture of the centre of the frond, is more constant in Chordaria, and 
may be given as a secondary character. In Mesoglea we know in 
fact the Brazilian species only which presents this cartilaginous con- 
sistence, which ceases when the radiating filaments have partly fallen, 
that the remainder of the frond, far from collapsing; preserves the 
cylindrical form proper to Chordaria, whence the name of M. chor- 
darioides is well adapted to it*.”’ 

This is a specimen of the manner in which the author illustrates 
his subject, almost every species affording an opportunity for some- 
thing interesting, of greater or less length. We must content our- 
selves with the above rather copious extract, only indicating those 
species and genera which have not hitherto been described. 

Conferva spinigera, from Monte Video. 

Herpocheta, anew genus proposed for the reception of the filiform 
Caulerpe. 

Sphacelaria brachygonia, from St. Catharine’s. 

Mesoglea Brasiliensis, from Rio de Janeiro, remarkable for its car- 
tilaginous substance. 

Tridea Cutlerie = Halymenia Cutlerize, Mart. and Her. 

‘The other new species have been characterized elsewhere, as stated 
at the beginning of this notice. 


PROCEEDINGS OF LEARNED SOCIETIES. 


ZOOLOGICAL SOCIETY. 
May 23, 1843.—R. C. Griffith, Esq., in the Chair. 
Mr. Cuming communicated the following paper by M. Récluz, 
being descriptions of various new species of Shells belonging to the 
genus Nerita, from his collection. 


* It is to be observed that these observations were written before the 
publication of Kiitzing’s ‘ Phycologia,’ who has given tigures which illustrate 
admirably the foregoing observation. The only difference that I can per- 
ceive is, that he figures a system of smaller filaments interposed between 
the larger axillary filaments, and Kiitzing seems to consider the union of 
the filaments more intimate than is described by Dr. Montagne. Kiitzing 
has figured the recurrent filaments in Mesoglea, though he has not pointed 
attention particularly to them, but in other genera he has exhibited and de- 
scribed this peculiar structure very distinctly. 


Ann. & Mag. N. Hist. Vol. xiii. 2C 


386 Zoological Society. 


Nerira Powrsiana. Ner. testd ovato-transversd, ventricosd, su- 
perne depresso-planiusculd, varie pictd ; spird brevissimd, derosd, 
auriculd elevatd, marginatd ; aperturd ovatd, dilatatd, extern® sub- 
rectd ; labio planissimo, antic? recto, acuto et sub lente ruguloso. 

Var. a. Testd lutescente, nebulis pallidis viz purpurascentibus vari- 
egatd. 

Var. 3. Testd ut in var. a, maculis nigerrimis characteriformibus, 
triseriatim cinctd. 

Var. y. Testd luteo-fuscescente, lineolis nigris undulatis, longitudi- 
nalibus, dense notatd. 

Hab. Var. a and 8, New Ireland, in mountain-streams, by R. B. 

Hinds, Esq., Surgeon of H.M.S. Sulphur. 
Long. 19 mill.; lat. 14 mill.; convex. 12 mill. 
Species valdé mirabilis. Var. y. Hab. >? Mr. Powis. 


Nerita Turtoni. Ner. testd ventricoso-ovatd, luteo-rufd seu rubi- 
cundd, flammis nigrescentibus undatis, remotisque, sive angulato- 
flexuosis pictd ; anfractibus 4-5, convexis, supremis derosis : infimo 
superne horizontaliter depresso; labio subconvexo, fusco-rubente, 
margine in medio tenuiter crenato, basi leviter emarginato; labro 
intis calloso-albo, ad marginem fusco rubente. 

Hab. ? Mr. Powis. 

Long. 155 mill.; lat. 13 ad 14 mill. 

Nerite variegate, Lesson (Ner. pulchra, Sowerby), valdé affinis. 


NERITA NEBULATA. Ner. testd ovato-globosd, tenuiter striatd, luteo- 
Suscescente, lineis nigris squameformibus parvulis nebulatd ; spird 
prominuld, rotundatd ; labio angustato, subconvexo, margine retius- 
culo, crenulato, flavescente ; labro semi-ovato, intis cerulescente, 
margine flavo. 

Hab. Immimaylan, in a mountain-stream. 

Long. 10 mill. ; lat. 11 mill. ; convex. 8 mill. 

Nerita Merroniana. Ner. testd ovato-globosd, maculis pallide lu- 
tescentibus zonisque articulatis nigro-purpurascentibus fimbriatis 
cinctd ; spird vir prominente, rotundatd, apice eroso ; aperturd ob- 
liqud, luteold ; labio subconvexo, angusto, margine tenue arcuato et 
crenulato. 

Var. §. Testa major, lineolis intricatis picta. 

Hab. cum precedente. 

Long. 9 ad 10 mill.; lat. 11 ad 11$ mill. ; convex. 7% ad 8 mill. 

Affinis Nerite Oualaniensis, Lesson, sed major, solidior, minus ro- 
tundata et variegata: non var. robustior. . 

Nerita Micuavpiana, Récluz in Rév. Cuviérienne, Paris 1841. 

Var. 3. Testa rotundata, supra medium spinis angustis brevibusque 
armata. 

Hab. cum typo ad “ Bunang, province of Pangasinan, isle of Luzon, 
on small stones on the bank of a river.” DD. Souleyet et Cuming 
invenierunt. 

Nenrita Jovis. Ner. testd ventricoso-ovatd, nigrd, lineolis angulato- 

flecuosis fulgurantibusve albis pictd, punctatdque ; anfractibus 
quinis convevis ; spird conico-depressd, nigro-violascente, albo 


Zoological Society. 387 


punctatd, acutd ; aperturd albo-virescente ; labio plano, margine in 
medio vix arcuato ac denticulato. 
Hab. ? Mr. Powis. 
Neritine lugubris, Lamarck, valdé affinis, sed solidior, minor, co- 
lore denique propria. 


Nerita cuprina. er. testd ventricoso-oblongd, subepidermide cu- 
preo-micante nigrd, lineolis angulato-fleruosis densissime pictd ; 
anfractibus 4-5 ? convexis, superne rotundatiusculis ; apice deroso ; 
labio plano, lutescente, in margine vix arcuato et denticulato, basi 
subemarginato ; labro intis albido-cerulescente, ad marginem luteo- 
viridescente. 

Hab. r Mr. Powis. 

Long. 12 mill.; lat. 11 mill. 

Affinis Nerite Royssiane, Récl., sed colore et epidermide notabili 

diversa. 


Nerita Preirreriana. er. testd ventricoso-ovatd, nigrd, albido- 
lutescente bizonatd ; zond mediand spiram decurrente ; anfractibus 
quaternis, convexis, ad suturam minimé marginatis ; apice decorti- 
cato, obtusiusculo ; aperturd rotundatd ; labio compresso, concavi- 
usculo, albido, in margine arcuatim ac obtuse denticulato ; denticulis 
obsoletis, cardinali productiusculo ; labro dilatato, tenui, nigro- 
cerulescente et luteo quadrifasciato. 

Hab. From New Ireland, in a mountain-stream, by R. B. Hinds, 

Esq. 

Long. 8 mill.; lat. 7 mill. ; convex. 4 mill. 

Species elegans, rarissima. Columella extis zond angustd, e punctis 

moniliformibus seriatis cincta. 


- Nerira aprata. er. testd ventricoso-globosd, tenuissimd, rugosd, 
subepidermide olivaced fusco-violascente, lituris transversis albi- 
dis pictd ; anfractibus quaternis superné depresso-planulatis ; spird 
prominuld, apice pulchr2 croceo, hyalino ; aperturd dilatatd ; labio 
semilunari, nigrescente externe zonato, antice albo, recto, integer- 
rimo. 

Hab. Island of Negros; in mountain-streams, on stones. 

Long. 11 mill.; lat. 142 mill. ; convex. 104 mill. 

Affinis variet. Nerite dubie, sed columella basi non emarginata 
diversa est. Columella in centro parim inflexa. 


Nerita Donovana. Ner. testd semiglobosd, tenuiter et dens? stre- 
' atd, viridescente, lineis obliquis purpureo-nigris, undatis, equidi- 
stantibus ornatd ; anfractibus tribus convexis, supra medium spinis 
curvatis armatis ; apice deroso ; aperturd cerulescente, basi effusd 
angulatdque ; labio angusto, superné calloso, basi concavo, margine 
subrecto, denticulato ; dente cardinali majori. 
Var. (3. Ovata, nitida, maculis viridibus et purpureis, dense intricata ; 
ultimo anfractu superné adscendente ; spird prominuld, convecd. 
Hab. Island of Guimaras, on stones in a small stream. 
Long. 124 mill.; lat. 15 mill. ; convex. 10 mill. 
Var. 8. Long, 14 mill. ; lat. 15 mill.; convex. 11 mill. 
2C2 


388 Zoological Society. 


June 13, 1843.—Prof. Rymer Jones in the Chair. 


“Descriptions of new species of Shells about to be figured in the 
‘Conchologia Iconica,’”” by Mr. Lovell Reeve, were read. 

Conus vipua. Con. testd turbinatd, albd, fusco subtilissime reti- 
culatd, reticulis ruptis, subsparsis ; fasciis binis nigerrimo-fuscis, 
maculis albis sparsis, irregulariter punctatis, cinctd ; spird concavo- 
depressd, coronatd, apice subobtuso. 

Conch. Icon., Conus, pl. 8. f. 45 a and 0. 

Hab. Island of Capul, Philippines (on the reefs) ; Cuming. 

This curiously mottled Cone presents a somewhat different style 

of painting from the proximate species C. Nicobaricus and nocturnus. 


Conus Furvus. Con. testd elongato-turbinatd, angustd, levi, spird 
elatd ; luteold, fasciis duabus, latis, furvo-fuscis, cingulatd ; aper- 
turd lineart. 

Conch. Icon., Conus, pl. 13. f. 69. 

- Hab. Islands of Ticao and Masbate, Philippines (found in sandy 
mud at low water); Cuming. 

I have to thank Mr. Adamson of Newcastle for sending me this 

new and interesting Cone, a few specimens of which have been col- 
lected by Mr. Cuming in the localities above noted. 


Pectuncutvus BicoLor. Pect. testd suborbiculari, umbones versus 
attenuatd, longitudinaliter sulcatd, sulcis numerosis, angustis ; al- 
bidd, violaceo-nebulosd, maculis trigonis ferrugineo-rubidis irregu- 
lariter pictd. 

Conch. Icon., Pectunculus, pl. 5. f. 20. 

Hab. Gulf of California. 

Mr. Gray appears to have mistaken this shell (Zoology of Beechey’s 

Voyage in the Blossom) for the Pectunculus inegualis. 


PrcruncuLus PALLIUM. Pect. testd oblique ovatd, subguadratd, 
radiatim costatd, costis levibus, prope marginem subobsoletis ; 
luteold, maculis rubidis, quadratis, sparsis, vivide pictd. 

Conch. Icon., Pectunculus, pl. 5. f. 21. 

Hab. Zanzibar. 

This shell may be easily recognised by the dark ruddy spots which 
are sparingly scattered here and there upon the warm uniform ground 
which covers the surface. The cardinal portion of the shell is rather 
solid. 


PrecruncuLus noposus. Pect. testd suborbiculari, fulvo, furvo 
castaneove variegatd ; radiatim costatd, costis nodosis ; intus albidd, 
antice fuscescente. 

Conch. Icon., Pectunculus, pl. 5. f. 21. 

Hab. Ceylon. 

The knobs on the ribs, by which this shell is chiefly characterized, 
are much more strongly developed on the posterior side of the shell ; 
_on the anterior side they are almost obsolete. 

Pecruncuuus tineatus. Pect. testd orbiculari, converd, subauricu- 

latd ; decussatim striatd, striis longitudinalibus fortioribus ; albidd, 
postice et mediane maculis castaneis irregulariter nebulosd, antice 


Zoological Society. 389 


lineis longitudinalibus castaneis vivide pictd ; umbonibus centra- 
libus. 

Conch. Icon., Pectunculus, pl. 5. f. 25. 

Hab. West Indies. 

The painting of this species is not much unlike that of the Pectun- 
culus pennaceus ; the anterior side of the shell, however, is white and 
very peculiarly lineated. 

PectuncuLus osxuiquus. Pect. testd transversd, obliqu2 ovatd ; 
albido-rufescente, maculis cuspidiformibus spadiceis profuse pictd ; 
intus nigerrimo-fuscd ; umbonibus centralibus. 

Conch. Icon., Pectunculus, pl. 6. f. 33. 

Hab. Swan River. 

The whole of the inside of this shell, with the exception of the an- 
terior margin and muscular impression, is of a very ,deep blackish 
brown. : 

Pecruncuuus Te,iin#rormis. Pect. testd ovatd, transversd, sub- 
depressd, radiatim costatd, costis subobsoletis ; albidd, antice et 
superne carneo-fusco tinctd; intus subfuscd, postice albicante ; 
umbonibus vix obliquis. 

Conch. Icon., Pectunculus, pl. 6. f. 34. 

Hab. Rio Janeiro. 

This shell differs from the preceding in being more transverse and 

faintly ribbed ; the interior is not so dark, nor does the outer surface 
exhibit the least indication of any spots or other dark marks. 


PrectuncuLus TENuIcostaTus. Pect. testd orbiculari, subventri- 
cosd, subtilissime costatd, costis quasi filis, numerosis, interstitiis 
epidermide lineariter insertd ; fuscescente, costis pallidioribus ; um- 
bonibus subcentralibus. 

Conch. Icon., Pectunculus, pl. 6. f. 35. 

Hab. Australia. 

The valves of this shell are entirely covered with beautiful thread- 

like ribs, and the interstices are filled with fine roots of epidermis, 
arranged in from three to four rows. 


Mr. Gould then called attention to a new species of Kangaroo-rat, 

which he exhibited, and thus characterizes :— 

Brrronera campEstris. Bett. vellere longo, molli; corpore supra 
Susco, albo-penicillato, subtis sordid2 albo; auribus mediocribus 
intis pilis sordide albis, subflavescentibus tinctis ; tarsi longi, gra- 
ctles, pilis pallidis, flavescenti-lavatis ; caudd longd (capite corpo- 
reque fere @quante) plerumque pilis brevibus, adpressis, pallid 
rufo-flavescentibus vestitd, subtis et ad apicem pallidiore. 


unc. lin. 
Longitudo ab apice rostri ad caude basin.... 15 9 
ad basin auris .... 2 8 
hmdbed COCs Che OR Ee ne A 
cae COMER Oe re CaF, eek oe OD 
tarsi digitorumque.......... Pde RO 


Hab. South Australia. : 
In the texture and colouring of the fur this little animal greatly: 
resembles the common European Hare. The under-fur is dense, 


390 Zoological Society. 


long and soft; grey next the skin, and sooty brown externally; but 
this last colour is confined to the tip of each hair, there being a con- 
siderable space between the grey and brown portions, which is of a 
very pale yellowish brown : interspersed with the under-fur (especially 
on the back) is an abundance of very long and harsher hairs, the 
visible portion of which is of a brownish white colour, except the 
extreme point of each hair, which is blackish. The sides of the body 
are of a pale dirty yellowish tint, and the under parts are dirty white. 
The feet and tail are of an uniform very pale yellowish brown. The 
ears are short and rounded, but with the apical portion slightly con- 
tracted in width; they are well-clothed with pale dirty yellowish 
hairs, except on the fore-part of the outer side, where there is an 
admixture of deep brown hairs. 


The following “‘ Notices of Fishes newly observed or discovered in 
Madeira during the years 1840, 1841, and 1842,” by the Rev. R. T. 
Lowe, M.A., Corresponding Member of the Zoological Society, were 
communicated to the Meeting. 


Family Scomsripz. 
Genus Serioxa, Cuv. and Val. 


SeRioLa Graciuis. Ser. elongata, fusiformis ; capite cubico, late- 
. . . e ny . . ip . . . 
ribus declivibus planis, oculis magnis: pinna dorsali prima trian- 
gulari, secunda altiore ; secunde unalisque (antice elevatis) radiis 
posterioribus subproductis,in pinnulas subsecedentibus ; pectoralibus 
lanceolatis elongatis, capite longioribus ; ventralibus mediocribus. 
ip g 


im D. 9; 24D.3+4 20; A.3 + 20: P.24;V-145;¢, 2h: 


4+ VIll.’ 

M. B. 6. Squamee lin. lat. 60. | 

A single individual of this species has occurred, said to have been 
thrown up in a gale. It measured six inches and three quarters in 
length, Its nearest ally is S. bipinnulata (Quoy et Gaim.), Jen. in 
Darw. Fish. p. 72. Like that species, it has no spine inclining for. 
wards before the dorsal, nor any free spines before the anal fin; but 
in the more complete connection and regularity of the hinder rays 
of the second dorsal and of the anal fins, it possesses a degree more 
of the typical Serioline character than that species. Still it is not 
unlikely that a comparison of the two fishes may warrant, on some 
future occasion, their separation from Serio/a into a genus, which 
may be called Cubiceps. 

The lower jaw shuts within the upper, like a box-lid; forcibly re- 
minding the observer of Tetragonurus, for a battered or bleached 
state of which fish this example might have been easily mistaken. 

The colour was an uniform pale dull grey, with the fins and to- 
wards the back darker and brownish. 


Fam. CorypHZNIDZA. 


Brama tonerPinnis. B. corpore abbreviato alto: squamis postice 
caudam versus antrorsum aculeato-umbonatis ; pinna dorsali ana- 
lique antice longe falcato-productis. 


D. 44+ 31; A. 2+ 26; P. 20; V.1 +45; C. 
Sq. lin. lat. 41-45. 


44 IX. 


44 Vill. ° M. B. 7; 


Zoological Society. 391 


Though founded upon a single individual, this appears a truly di- 
stinct species in the above characters from B. Raii, Bl., of which it 
presents the general appearance, colour and habit. The example 
seen measured eighteen inches and a quarter in length, and was eight 
inches deep at the origin of the dorsal and anal fins. As settling, by 
its partially aculeate scales, the true position of Taractes, this fish 
has been a very valuable acquisition. 


Gen. Taractes, nob. 


Char. Gen.—Corpus ovatum compressum (ad finem pinne dorsalis 
analisque abrupte in caudam contractum), squamis cycloideis 
retrorsum aculeato-umbonatis muricato-asperum. Caput squa- 
mosum ; oculis magnis ; rostro brevissimo simo ; rictu magno sub- 
verticali; dentibus Brame similibus subscobinatis recurvis, exter- 
nis majoribus; palatinis vomereque armatis. Operculum simplex 
inerme. Preoperculum basi eximie dentato s. subcalcarato ; sub- 
operculo interoperculoque denticulatis. 

Pinne malacopterygiz, s. omnes radiis mollibus. Ventrales subju- 
gulares. Pinna dorsalis analisque unica conformis lata: caudalis 
simplex integra rotundata. Membrana branchiostega septem-ra- 
diata. 

Squame magne trapeziformes postice emarginate cycloidee; um- 
bone in aculeum recurvato-erectum producto. 


TARACTES ASPER. 

D.5 +28; A.8 +20; P.17; V.1+5; C. Shar; MB. 7; 

Squamee corporis in serie longitudinali 43 fere. 

The generic name imposed at its first discovery on this particularly 
interesting, though plain and sober-coloured little fish, expresses the 
difficulty experienced in settling its relations of affinity, which are 
indeed so obscure and complicated, that but for the subsequent dis- 
covery of Brama longipinnis, with its similarly, though contrariwise, 
hooked scales, its true position, next to Brama, with analogies to 
many other families (e. g. Zenide, Caproide, Scombride), must have 
remained in abeyance. 


Preracuis Parintio. P. longitudine altitudinem plus quater multi- 
plicatam equante: pinna dorsali prima anulique ceruleo-violaceis, 
lituris inter radios aureo-viridibus postice biseriatis ; hac radio 
secundo, illa quarto validiore, ceteris capillaceis flexuosis. 

aa a 38+1L+Vill. 

[=D S65 ae ts OF AV OO: PES? V6; C0: 3-L-L VIL. 
Nothing can exceed the splendour of the deep violet-blue, with 
the gold and green iridescent dashes or short stripes between the 
rays of the first dorsal and the anal fins. It resembles the breast of 
certain Humming-birds, and contrasts singularly with the pure uni- 
form silvery whiteness of the whole head and body. ‘The second 
dorsal fin, though very small, is sufficiently distinct in this species, 
and possibly has been merely overlooked or mistaken in imperfectly 
preserved specimens of others for an accidentally detached portion 
of the first dorsal fin.» The proportions, not only of the depth, but 


392 Zoological Society. 


of the head, eye, muzzle and thickness, differ notably from those 
assigned by MM. Cuvier and Valenciennes to their P. oculata, of 
which it wants besides the dorsal fin-spot. The ventral and caudal 
fins are also longer. It agrees in these and other points far better 
with P. trichopterus, P. Carolinus, or P. guttatus (Coryphena velifera, 
Pallas) of these authors, but differs from them still more widely than 
it does from P. oculata, in the numbers of the fin-rays. 


ASTRODERMA PLUMBEUM. 

The Madeiran Astroderma recorded under the name of A. cory- 
phenoides, Bon. (Proceed. Zool. Soc. 1840, p. 37; Trans. iii. p. 7), 
is probably a distinct and undescribed species. It differs from MM. 
Cuvier and Valenciennes’ description of the Mediterranean fish, and 
from that by Risso of the same, under the name of Diana semilunata, 
in size, being only four instead of twelve or fifteen inches long; in 
proportions, the depth being contained three instead of not quite 
four times in the length, making it a deeper fish, and the length of 
the head equalling the depth; in having the eye exactly in, not partly 
before and altogether below the middle of the head, and the hinder 
nostril larger than the foremost ; in the less height backwards of the 
dorsal and anal fins, and their nearer approach at their hinder ends 
to the root of the caudal fin. The pectoral fins are longer, and the 
ventral fins, instead of being very short, with the first spine strong 
and serrate, are half the length of the whole fish, with the first ray 
or spine feeble, weak, or slender, aud perfectly even or entire ; the 
other rays, especially the first, being produced into fine hair-like 
points. The scales are firmly fixed, not easily removeable. There 
is no trace of the two little oblique crests or ridges at the base of the 
caudal fin on each side the faint central keel, like those which the 
Mackerels have ; and lastly, the pectoral and caudal fins, instead of a 
fine coral-red, are pale tawny or dirty yellowish white; the body 
being a dull silvery lead-colour, instead of silvery rose. 

It were not safe, from inspection of a single individual of such 
small size, and in a genus hitherto consisting of a single species, to 
pronounce these characters of actual specific value ; some, or perhaps 
all, may be due merely to age or sex. The name of A. plumbeum is 
therefore here proposed only provisionally for the Madeiran fish. 


Ausonia Cuvieri, Risso, Hist. iii. 342. f. 28; Cuv. Rég. Anim. ii. 214, 
note. 
Luvarus imperialis, (Raf.) Cuv. Reg. Anim.ii. 214; Cuv. et Val.ix.412. 


I shall take an early opportunity in ‘The Fishes of Madeira’ of 
furnishing a full account, with a figure from a fresh and perfect in- 
dividual, of this little known, most rare, and interesting fish. The 
several discrepancies between my example, which is deposited in the 
Society’s collection, and the former individuals on record, seem fairly 
attributable to the paucity of those before examined, or to imperfect 
means of observation. ‘The Madeiran fish differs not more from each 
of those included in the above references than they do respectively 
from one another, whilst it presents an assemblage of characters 
only to be collected from them all. . 

‘his really fine and striking fish offers no ambiguities whatever 


Zoological Society. 393 


of affinity, the very fishermen regarding it as some kind of ‘‘ Dourado” 
(Coryphena), which it resembles, both in general aspect and in the 
form of the head and profile. Something about the mouth and pro- 
file reminds one also of the turbot, whilst in the shape of the body, 
and perhaps of the dorsal and the anal fins, it resembles the ‘‘ En- 
xareo”’ (Caranz luna, Geoffr.). The colour of the fins recalls to mind 
the Lampris. 

The length of this example was five-eighths of an inch less than 
~ three feet. 
Fam. Zenip#, nob. 


ZEvs rosEus. Z. roseus immaculatus inermis: pinna antica anali 
nulla, dorsali haud filamentosa ; pinnis ventralibus amplis triangu- 


lari-ovatis. 
’ a) oe We SAN 
D. 8 + 27 v. 28; A.lv.2 + 29; P.14; V.9;C. DLV, Ve SVE} 
M. B. 7 v. 8. 


Two examples of this very handsome and most distinct new spe- 
cies of Dory have occurred. There is no danger of confounding it 
with any other of the genus yet recorded, for the Z. Childrenii of 
Bowdich, so obscurely indicated in the ‘ Excursions in Madeira,’ was 
most probably the Boar-fish (Capros Aper, Lac.). 

Sternoptyx diaphana (Herm.), Cuv. R. An. ii. 316. t. xii. f. 1. 

The acquisition lately of an example of this most rare and curious 
of fishes has confirmed a suspicion [ have long entertained, that the 
true position of its genus is near Zeus. It has also some relation to 
Trachichthys, but I think only in the way of analogy. 

This little fish was taken in August at sea, between Madeira and 
St. Mary’s, the southernmost of the Azores, about eighty miles to 
the south-east of the latter island, in a calm smooth sea. It is not 
a little remarkable, that after so long an interval, Sternoptyx dia- 
phana, originally discovered by Hermann so long ago as 1774, in 
the West India islands, should have been rediscovered thus near 
the Azores; that is, in the locality in which the cognate St. Olfersii, 
Cuv. l. ¢. t. xiii. f. 2, has yet alone been found. 


Fam. Caprorpa, nob. 
Gen. AnTIGONIA, nob. 

Char. Gen.—Corpus compressum rhombiforme, altitudine longitudi- 
nem subequante. Os parvum haud protractile; dentibus conicis 
minutis. Caput asperum; genis operculoque squamosis. Pre- 
operculum interoperculumque limbo denticulato nudo. Oculi magni, 
circulatim cristato-carinati, cristis denticulatis. Squame aspere, 
pectinato-ciliate. 

Pinna dorsalis unica, continua, ad angulum superiorem corporis 
nascens, antice alta; analis parte anteriore spinosa a posteriore 
sinu distincta: spinis utriusque striatis, squamosis; pinne ven- 
trales majuscule, ad angulum inferiorem corporis site. Pinna 
caudalis simplex, truncata. Membrana branchiostega septem- 
radiata. 

Obs.—Species adhue unica, Maderensi-Atlantica, rarissima par- 


394 Zoological Society. 


vula rubescens Caproidea. Pinnarum spine valide, striate, squa- 
mulis imbricatis vestite, membrana nuda. Capite armato s. pre- 
operculo interoperculoque cristisque ossium omnibus denticulatis, 
dentibusque brevibus conicis scobinatis, squamisque asperis ciliatis, 
ad Percidas per Enoplosum Lac. dum tendit, a Chetodontibus (e. g. 
Platax, Drepane) Coryphenidisque (e. g. Peprilus, Apolectus), qui- 
bus forma aspectuque simillima, recedit. Jisdem characteribus, 
necnon cauda lineaque laterali simplicibus, spinisque ante pinnas 
verticales liberis nullis, Scombridis (e. g. Blepharis, Gallichthys, Ar- 
gyreiosis, Vomer, Hynnis), forma similibus, magis ac magis distat. 
Pluribus quinetiam notis Equulam ac Gerrem, e. g. Gerrem Plumieri 
Cuv. et Val. t. 167, revocat in mentem. A Capro Lac. forma, ore 
vix protractili, pinnaque dorsali unica continua antice alta differt. 


Anticonia Capros. 

D. 8+ 34; A.3 +33; P.14; V.14+5; C,StEEY 5 MB,7, 
3+1.+IVv- 

A single individual only of this most curious and interesting little 
fish has yet appeared. It forms a most distinct genus, throwing 
considerable light on the affinities of several other genera, which, 
before its discovery, had been placed very much at random. 


Fam. MueGiuip2. 


Mugil Cephalus, L. Cuv. et Val. xi. t. 307. 

I procured three or four examples of this species by dragging with 
a net at the mouth of the Machico river. They were all caught in 
perfectly fresh water, in a place which was quite cut off from all 
communication with the sea, except in the time of winter-floods or 
particularly high tides. ‘The species was quite unknown to the 
fishermen. | 

Mugil auratus, Risso. 

M. chelo, Syn. 184; nec aliorum. 

M. Maderensis, Suppl. in Proceed. 1839, p. 82; Trans. iii. p. 8. 

The usual exposure of the ends of the maxillary in the Madeiran 
fish prevented an earlier recognition of its proper name and synonym. 
They are only occasionally, and, except in full-sized fishes, rarely, — 
not generally or characteristically, as must be inferred from MM. 
Cuvier and Valenciennes’ account of the species,—‘‘ entiérement 
cachés,”’ although their figure represents them more correctly par- 
tially exposed. 

Fam. Gosip2. 

Blennius parvicornis of my Suppl. (Proceed. 1839, p. 83; ‘Trans. 
iii. p. 9), but not of MM. Cuvier and Valenciennes, proves to be a 
mere variety, or perhaps monstrous state, with a notched dorsal fin, 
of the common Bi. palmicornis, Cuv. and Val. It is Bl. palmicornis, 
var. y strigata,nob. Another var. ( sinuata, nob.) of the same 
species has the dorsal fin merely faintly sinuate, instead of notched 
like var. y, in the middle. As for the true B/. parvicornis of Cuvier 
and Valenciennes, which, having the dorsal fin even*, cannot be re- 


* ‘6 Sa dorsale est continue.”’ Cuv. et Val. xi. 258. 


Zoological Society. 395 


ferred correctly to either of these states of the species, I feel autho- 
rized, after examination of perhaps some hundred individuals of this 
common little fish, with a particular view towards the confirmation 
of the form in question as a species, to pronounce it a mere trivial 
and accidental aberration (so far at least as concerns the Madeiran 
individual alluded to by MM. Cuvier and Valenciennes ) of the typical 
common state (var. a) of Bl. palmicornis. 


PHOLIS TRIGLOIDES. 

Pholis levis, Syn. 185 ; Suppl. in Proceed. 1839, p. 83 ; in Trans. 
in..9. : 

This fish proves to be distinct specifically from the British P. 
levis, Fl., of which I had considered it at first a mere variety. This 
correction has been recently confirmed, on a comparison of speci- 
mens, by my friend Mr. Jenyns, who finds the eyes in the Madeiran 
fish ‘‘ more than twice the size of those of P. /evis, Fl., not to men- 
tion other differences.’ I am also so far satisfied as anything short 
of an inspection of their specimens can warrant, that Bl. trigloides 
of MM. Cuvier and Valenciennes, which even by their own show- 
ing* is misplaced in their genus Blennius, is founded, at least in 
part}, on an example of this species, for which I therefore now pro- 
pose the name of Pholis trigloides, it being a genuine member of the 
genus Pholis of Fleming. 


Puours Buro. P. fusco-nigrescens, versicolor, mox pallide cervina, 
nigro maculata et punctata, magna, pigra: pinnis pectoralibus 
nigro maculatis, maculis transverse fasciatis : capite magno, 
crasso, obtuso ; oculis nec magnis, nee extantibus, intervallo occi- 
pitali lato subsulcato: dentibus anticis abrupte et longissime pro- 
ductis, arcuato-incurvis. 


D.12 + 19 v.18; A. 20v.21; P.13; V.3; C.2 tet: ; M.B.6. 
241. + IV. 

This ugly, heavy-looking fish attains the length of ten or twelve 
inches, and is at present certainly the giant of its genus, and even of 
the true Blennies. It is very rare, or rather local, and confined ap- 
parently to beaches covered with large rounded rocks or stones, 
amidst which a little fresh water finds its way into the sea. I have 
had from ten to twenty individuals, from two inches and a half in 
length upwards, all exhibiting the same characters. 


Fam. LABRIDz. 


Proceed. Zool. Soc. 1839, p. 84, Erratum. The two lowest para- 
graphs at the bottom of this page belong to the head ‘‘ Acantholabrus 
imbricatus ;” the specific character and fin-formula of which have 
been transposed, by an error in the printing, from their proper place 
immediately before the first of these two paragraphs, beginning 
‘* Crenilabrus luscus,” to p. 86, where they will be found forming in 
Italics the second paragraph from the top. 


* “Tl n’y a point de tentacule au sourcil.” Cuv. et Val. xi. 228. 
¢ See Suppl. in Proceed., p. 83; Trans, iii. p. 9. 


396 Zoological Society. 


Fam. Esocipz. 
Gen. Ecuiostoma, nob. 


Char. Gen.—Corpus elongatum anguilliforme nudum. Caput ser- 
pentiforme, oculis magnis, rostro brevissimo obtuso, rictu magno 
longe diducto, mandibule inferioris symphysi barbulifero. Dentes 
conferti numerosi aciculares recurvi inequales, quibusdam pre- 
longis ; intermaxillaribus vomere palatinis linguaque armatis. 
Apertura branchialis ampla. Opercula plana simplicia inermia. 
Pinne pectorales jugulares rudimentales pauci-radiate (s. quadri- 
radiate), prima superiore distincta (in filamentum longissime pro- 
ducta), tribus inferioribus brevibus membrana subcoalitis: ventrales 
abdominales (ad medium corporis sitz octo-radiatze) : dorsali anali- 
que parvis oppositis posticis, caudali parvo lunato-furcato sub- 
rudimentali approximatis. 


EcHIOSTOMA BARBATUM. 
54+. 
D.15:A.18; P. +3; V.8; C. vir’ 

Stomias barbatus, Cuv. R. An. ii. 283, 284? 

This is very probably the fish briefly noticed by Cuvier under the 
above synonym. But it seems, at all events, sufficiently distinct 
generically from the Hsox or Stomias Boa of Risso (Hist. iii. 440. 
f. 40), with which Cuvier associates it; but which, besides having 
other differences indicative of generic distinction, is figured by Risso 
as covered with large scales, like a Microstoma or Chauliodus. Nor 
can I find any trace of the Madeiran fish in Risso*, or in any other 
work to which I have access. It may therefore be considered one 
of no less rarity than singularity of characters and aspect; linking 
the Esocide with the Murenide, and indeed partaking more of the 
habit, form and colouring of the latter tribe than of the former. 

A single example only has been taken in a net close in shore, 
measuring thirteen inches and a quarter long. It was wholly devoid 
of silver spots but had two rather conspicuous rows of pale pore- 
like dots low down on the sides, and a most singular rose-coloured, 
pear-shaped spot, placed obliquely beneath and a little behind the 
eye, at the bottom of the cheek. ‘This soon faded to white in 
spirits. ‘The whole body was an uniform dark chocolate-brown, 
punctate with black dots disposed in bands or figures. The single 
beard is thick or broad and subcartilaginous, equalling in length the 
depth of the head. The opercles are of the usual strength and 
structure. 

Fam. SALMONIDZ. 
Gen. Avtorus, Cuv. 


Saurus Lacerta (Risso), Syn. p. 188, is certainly an Aulopus; and 
notwithstanding the larger number (15-17) of its branchial rays, 
is also probably the A. filamentosus of Cuvier (Rég. An. xi. 315). 


* Cuvier speaks of his Stomias barbatus being equally with Stomias Boa 
a discovery of M. Risso’s; but I can find no trace of the former fish in his 
‘ Histoire,’ or, as Cuvier cites it, the second edition of his ‘ Ichthyology.’ 


Zoological Society. 397 


The reference to Risso is in such case perfectly correct; but the 
name, of course, must sink into a synonym, the fish being generically 
quite distinct enough from Saurus, Cuv. 


Gen. Saurus, Cuv. 


I possess the head of a third Madeiran Saurine fish, belonging 
truly to the genus Saurus, and not to Aulopus; but the body having 
been destroyed, I must decline for the present attempting either to 
identify or to define it. It was of a mottled pale and scarlet colour, 
varied with brown or dusky, and had a distinct dark spot above at 
the tip of the muzzle. 

Gen. Merorias, nob. 


I place here, as in some degree related to Scopelus, but merely 
provisionally, conceiving that further investigations may authorize 
its being formed into a new family, a most curious little fish, which 
I saw caught in a boat-scoop whilst swimming on the surface, about 
a league and a half from shore, on a hot calm day in September 1841. 
Although full-grown or adult, being in roe, it was only an inch and 
a half long, and was nearly altogether black. 

With reference to its affinities and position in the Cuvierian system, 
let it be observed, that— 

Ist, it is decidedly Malacopterygious, and this without apparent 
affinity in other points to any known Acanthopterygious genus. If 
it recalls to mind in some respects Pomatomus, it altogether stands 
aloof in scales, dentition, single dorsal fin, small eyes, &c. from that 
genus. The fins resemble most those of a Cyprinus. 

2ndly, the ventral fins are not abdominal, but thoracic, which at 
once opposes its insertion amongst Cyprinide, Ksocide, Salmonide, 
and Clupeide of Cuvier. In Aulopus, Cuv., indeed, the ventral fins 
are subthoracic, and there are other points about Metopias indi- 
cating rather close alliance of some kind with Scopelus ; but it has 
certainly no immediate natural affinity with the true Salmonide, or 
even with Sauride, either in scales, dentition, fins, or habit. It is 
also quite destitute of the artificial symbol of these families, having 
no trace of a second rudimentary or adipose dorsal fin. 

8rdly, it differs toto celo from Gadide; agreeing only with the 
rare Mora Mediterranea, Risso, in the thick cube-shaped head and 
short abrupt muzzle. The ventral fins, moreover, are thoracic, not 
jugular ; and I could find no trace of a beard or barbule. 

These considerations seem to point to the propriety of regarding 
Metopias as belonging to a new family or tribe of Thoracic Mala- 
copterygians, ranging between Salmonide and Gadide; still it is 
very possible that a discovery of some yet unknown link with old- 
established groups may solve at once, as in the case of Brama longi- 
pinnis and Taractes, the problem of its true position. The following 
characters will serve meantime for its discrimination, whether they 
prove eventually of mere generic or still higher value. 


Gen. Meroptas. 
Pinne malacopterygiz ; ventrales thoracic: pinna dorsalis unica ; 


398 Zoological Society. 


adiposa nulla; caudalis bifida. Squame parve leves (cycloidez). 
Dentes minuti uniseriati; palatinis linguaque vomereque iner- 
mibus. 

Caput magnum subcubicum nudum, fronte abrupto declivi, rostro 
brevi lato emarginato, rictu oblique ascendente, mandibula in- 
feriore longiore: oculi minuti. Opercula integra cum toto capite 
inermia. 

Corpus antice crassum, postice compressum; cum capite clave- 
forme. 

Pinne omnes ample, nude. 


MEeEToPIAS TYPHLOPS. | 


Bee Per ye wey, 

D.4+ 14; A.447; P.15; V.14+7; ©. TT Vi 
Piscis admodum pusillus, nigricans, capite longitudinaliter exilis- 
sime striato. Radii quatuor primi dorsales et anales cum primo 
ventrali simplices, sed minime spinosi; ceteris furcatis vel ra- 


mosis. 


Fam. CLurEIp&. 


CLuPEA LATICOsTA.—‘‘ Arenque a casta larga.” C. edentula ellip- 
tica, lateribus latis planis, dorso abdomineque equaliter convecis ; 
operculis suborbitariisque obsolete striatis, illis intus gulaque 
nigris : squamis lunatis, linea laterali obsoleta s. nulla; pinna 
dorsali centrali, anali subelongata, caudali lobis gracilibus angus- 
tis, pectoralibus operculo subremotis. 


D. 34 133 Alte EP es he at Pp: Se ee 


5+1.+4 VIII.’ 
M. B. 6 utrinque. 

I had long since seen, and have often heard of this deep-sided, 
larger sort of Madeiran Herring, or “‘ Arenque,” from the fishermen, 
but only recently obtained an opportunity of examining it, and of 
discovering it to be a new species, nearest to the Pilchard; but dif- 
fering chiefly in its greater size, greater depth, approaching that of 
C. Leachii, Yarr., six, not eight-rayed branchial membrane, and in 
the production of the last two rays of the anal fin. Like the Pil- 
chard, it has the dorsal fin in the centre of gravity, and the sub- 
opercle cut square at the bottom. 


Fam. Gapip2&. 


Merlucius vulgaris, Cuv. 

The remarks upon the Madeiran Hake (Merlucius vulgaris, Syn. 
p- 189) at pp. 37 and 38 of my Supplement (Proceed. Zool. Soc. 
1840; Trans. iii. p. 15), and the idea of its distinctness as a species 
from the common British or Northern Hake, arose from tracing in 
the form of the dorsal and anal fins in the Madeiran fish, and in 
Salviani’s figure of the Mediterranean Hake, a very appreciable dif- 
ference from my friend Mr. Yarrell’s representation of the British 
Hake at p.177 of the second volume of the first edition of his 
‘Fishes.’ Having requested his attention to the subject, I learn, 
however, from the corresponding chapter of his second edition, that 


Zoological Society. 399 


this difference is either inconstant or attributable to a fault in the 
former figure; and he has furnished a new engraving of the British 
Hake, which leaves no doubt of its identity with the Madeiran fish, 
according to my first determination in the ‘ Synopsis of the Fishes of 
Madeira.’ No variation in the form of the fins, it may be added, has 
yet been observed in the Madeiran Hake. 

Mora Mediterranea, Risso, Hist. iii. 224. 

Fishing at a depth of three or four hundred fathoms off Magda- 
lena, five leagues to the west of Funchal, 1 was fortunate enough 
last summer (1841) to obtain many examples of both sexes of this 
very rare, and, even in Madeira, almost unknown fish, which Cuvier 
has wholly omitted in the ‘ Régne Animal.’ It forms a very distinct 
genus of Gadide; in shape and colours resembling Phycis Mediter- 
raneus, but in the large thick subcubic head, abrupt short muzzle 
and large scales, recalling to mind a pale-coloured Pomatomus tele- 
scopus. At Magdalena this last-named fish is called ‘‘ Pimentelle,”’ 
whilst its common Funchal name, “ Ribaldo,” is assigned to Mora 
Mediterranea. 

Gen. GapELLA, nob. 


Char. Gen.—Corpus subellipticum, postice valde attenuatum com- 
pressum: capite nuchaque superne latis planis: rostro obtuso, 
rictu amplo largo, ore lato transverso, maxillis equalibus dentibus 
subscobinatis, quibusdam magnis uncinatis distantibus intersper- 
sis, vomere palatinis linguaque levibus inermibus: barbula nulla. 

Pinna dorsalis analisque unica conformis continua zequalis a nucha 
vel ano usque ad pinnz caudalis basin protensa, antice angustis- 
sima, postice latior: dorsali prima plane nulla. Pinne pectorales 
lanceolato-acuminate, tenues nec carnose: ventrales jugulares 
parve pluri-radiate, radiis primis duobus in filamenta productis. 
Pinna caudalis elongato-lanceolata. 

Obs. Piscis pusillus, cinereo-fuscus, Motelliformis, oculis magnis, 
membrana branchiostega septem-radiata. 


GADELLA GRACILIS. 

D. fere 60; A. fere 60; P. 24; V.7; C. XXV. fere; M.B. 7. 

This new type approaches Motella, Raniceps, and Brosmius; dif- 
fering from the two former in the entire absence of a nuchal groove, 
or of any rudiment of a first dorsal fin; and from them all in the 
absence of barbule, and in the shape and delicate (not fleshy) nature 
of the pectoral fins. A single example only has occurred, measuring 
four inches and one-eighth in length. 


Fam. Macrovrip#, nob. 


Mivasved sERRATUS. M. pallide cinereo-fuscus, scaber, squamis 
pectinato-striatis, inermibus, ecarinatis : capite rostroque brevibus, 
simplicibus (nec celatis nec carinatis) ; oculis rotundatis ; dentibus 
scobinatis : pinne dorsalis prime alte radio primo valido, antice 
spinoso-serrato ; ventralium in filamentum producto. 

he 1+9; 2%). 100fere; A. 80-90; V.1+7v.8; P.19; 
oye 


400 Zoological Society. 


Cuvier, in a note at p. 337 of the ‘ Régne Animal,’ vol. ii, affirms, 
from ‘‘ an immediate comparison,” the identity of Risso’s Lepidole- 
prus celorhynchus of the Mediterranean with the Macrourus rupestris 
of Bloch, which is described and figured by that author with the 
first ray of the first dorsal fin distinctly serrated in front. Yet Dr. 
Richardson, in the Proceedings of the Zoological Society for 1839, 
p. 100, speaks of ‘examples of celorhynchus from the Mediter- 
ranean and also from Madeira”—meaning, by these latter, my Ma- 
crourus atlanticus, Proceed. Zool. Soc. 1839, p. 88; Trans. iii. p. 15— 
‘both in the Society’s Museum, none”’ of which “ have the first 
dorsal ray serrated.” 

Awaiting, therefore, further definitive information regarding the 
true L. celorhynchus of Risso, in reference to this character, I am 
compelled to give a distinct name to this second Madeiran species of 
Macrourus, which has the dorsal spine serrated at its fore-edge, but 
which, by its shorter muzzle and somewhat smaller and rounder eyes, 
appears, waving the question as to the serrature or non-serrature of 
the dorsal spine in Risso’s fish, to approach even nearer than M. at- 
lanticus to his L. celorhynchus. 

A single example only has occurred, which was not seen till it had 
been partly dried. 


Macrovurvs t&vis. WM. pallidus, griseus, lucidus, levigatus s. exi- 
lissime areolato-scaber, inermis; squamis inconspicuis minutis : 
capite rostroque acuto abbreviatis, simplicibus (nec celatis nec ca- 
rinatis) ; oculis rotundatis ; dentibus in maxilla inferiore validis, 
uniseriatis : pinne dorsalis prime radio primo inermi ; ventralinum 
simplict. 

12 P).1+9; 2D. et A. o; P.15; V.1+ 7; M. B. 7. 

This third Madeiran species of Macrourus is immediately distin- 
guishable from the other two by its glossy, sleek or apparently naked 
appearance, caused by the fineness and minuteness of its areole or 
scales. It is also a more elongated fish. In the formation and pro- 
portions of the head, eyes and muzzle it nearly agrees with M. ser- 
ratus, and it has also the cheeks plain and flat, without the strong 
sculptured subocular keel which gives so singular and trigloid an 
aspect to the head of M. atlanticus. 

‘The only individual which has occurred was sixteen inches long. 


Fam. OpHIpIIpDz. 
Gen. Drapuasia, nob. (Les Fierasfers, Cuvier.) 

Diaphasia acus. 

Ophidium fierasfer, Risso, 11. 212. No. 99. 

Les Fierasfers (Ophidium imberbe, L.), Cav. Rég. Anim. ii. 359. 

The occurrence in Madeira of a single individual, imposes the ne- 
cessity of proposing, in lieu of the barbarous vernacular appellation 
Fierasfer, a name founded on an obvious character, and accordant 
with the rules of scientific nomenclature. 


Fam. DioponTiIp2&. 
Diodon reticulatus, L. Syn. p. 193.—EHrratum. Expunge in the syno- 


Zoological Society. | 401 


nyms, “‘ Le Diodon orbe Lacepede”’ ; and for ‘‘ Diodon rivulatus,” 
read Diodon tigrinus. 
Fam. SquaLip#. 


Carcharias falcipinnis, Proc. Zool. Soc. 1839, p. 90; Trans. iii. p. 18. 

This proves, as it was suspected, to be the Squalus ustus, Dum. ; 
that is, Carcharias (Prionodon) melanopterus (Q. et G.) of MM. Miil- 
ler and Henle. 


Carcharias microps, Proc. Zool. Soc. 1840, p. 38; Trans. iii. p. 18. 

This again may perhaps be found to be identical with the imper- 
fectly known Squalus obscurus, Lesueur (Carcharias (Prionodon) ob- 
scurus, Mill. et Henle), concerning which, however, the information 
hitherto afforded is too scanty to allow the immediate adoption of 
the name. Carcharias microps differs from C. P. Sorrah, Val., as 
described and figured by MM. Miiller and Henle, in the equiserrate 
teeth, the longer and narrower pectoral fins, the smaller eyes and 
shorter muzzle. It differs again from C. P. Henlei (Val.), Miill. et 
Henle, in the long and black-tipped pectoral fins. 


Fam. CrenrTRINID&. 


CENTROPHORUS CALCEUS.—“ Sapata.” 

Acanthidium calceus, Proc. Zool. Soc. 1839, p. 92; Trans. iii. p. 19. 

Although I have not yet succeeded in obtaining the male of this 
Shark, I perfectly concur in MM. Miller and Henle’s suggestion 
(Plag. 2'* Nachtr. p. 199), that it will probably prove to belong to 
their genus Centrophorus, with which I was unacquainted at the time 
of its former publication. It is however quite distinct from either of 
the species they describe. 

The other little shark, Acanthidium pusillum, nob., with which at 
that time, in expectation of MM. Miller and Henle’s work, I pre- 
ferred associating it, though not without considerable scruple, to 
forming a new genus for a single species, is I think distinct specifi- 
cally from Spinar niger (Buon.) of these authors (Sq. Spinaz, L., 
Acanthidium Spinazx, nob.), with which they* have supposed it iden- 
tical. It must retain also the name which I have given it; that of 
Spinar, which MM. Miiller and Henle, after the Prince of Canino, 
have assigned to the same combination of characters, belonging, by 
the right of priority}, to the distinct generic group to which these 
authors have assigned the name already otherwise or in a wider 
sense employed by Risso, of Acanthias, and the type of which is the 
Squalus Acanthias, L. 

Fam. Raup2&. 


Torpepo picra. T’. supra purpureo-fusca (sepiolina) maculis albi- 
dis reticulato-marmorata : corpore latiore quam longo, cauda abbre- 
viata multo longiore ; pinna caudali altiore quam longa ; ventralibus 
amplis, dimidio caude longioribus : spiraculis septem- dentatis. 


Torpedo marmorata, Syn. Mad. Fish. p. 195; nec Risso, nec aliorum. 
The closer analysis which, since the publication of the Madeiran 


* 9te* Nachtr, p. 199. + Cuv, Rég. Anim. ii. 391, 392, 
Ann. & Mag. N. Hist. Vol. xii. 2D 


402 Zoological Society. 


fish under the name of 7’. marmorata, Risso, this genus has received 
from MM. Miiller and Henle, authorizes the proposal of it as a di- 
stinct and seemingly new species. It agrees with 7. marmorata in 
the shape and relative proportions of the body-disc, the tail and cau- 
dal fin ; but the distance from the root of the ventral fins to their free 
hinder edge considerably exceeds the distance from their hinder edge 
to that of the caudal fin; the teeth of the spiracles are not less de- 
veloped in full-grown fishes of a foot and a half in length than in 
younger examples; and lastly, the colours are liable to no variation, 
and are very different from those of any of the varieties of 7. mar- 
morata enumerated by MM. Miiller and Henle. I regret [ am un- 
able at the present moment to compare the dentition with, that of 
T. panthera (Ehr.), Mill. und Henle, Nachtr. p. 193. 

Torpedo hebetans, Syn. p. 195 (Raia hebetans, Mill. und Henle, 
Nachtr. p. 194), in the remarkable notch on each side at the outer 
extremity of the front margins, most resembles 7’. nobiliana (Buon. ), 
Mill. und Henle, p. 128. The disc of the body however was an 
inch broader than long, and the colours were too different in the only 
example (a male) which has yet occurred of the Madeiran fish to 
allow, without more evidence, its junction with this or any other © 
Mediterranean species. 

Raia Maderensis, Syn. p.195. Iam not quite prepared to acqui- 
esce in MM. Miiller and Henle’s reference of this to R. undulata or 
mosaica, Auct. (See Mill. und Henle, p. 134, and Nachtr. p. 194.) 
The Madeiran fish is generally more or less completely rough be- 
neath, and always coarsely shagreened all over on the upper surface. 
However, this discrepancy with their account of R. undulata might 
be due to the small size of their specimens; but there is also still 
some further disagreement with regard to the large prickles in the 
middle of the back ; and the colours, which are constant in the Ma- 
deiran fish, agree only with their var. 3. 

Raia oxyrhynchus (Will.), Suppl. Mad. Fish. p. 92 (see Mull. und 
Henle, 2** Nachtr. p. 200) is truly the R. oryrhynchus, Linn.,. of 
Miiller and Henle, p. 148, as distinguished from the nearly allied 
R. lintea of Fries. 


PreropLaTEa HIRUNDO. P. glabra, supra unicolor hepatina, ros- 
tro vir prominulo, pinnis pectoralibus margine anteriore utrinque 
convexo, dein apices versus concaviusculo, corpore (postice convexo) 
plus duplo latiore quam longo, cauda brevissima dimidio corporis 
breviore, subtus linea elevata carinata, supra simplici, apicem ver- 
sus quadrangulari : tentaculis pone spiracula nullis. 


Trygon altavela, Suppl. in Proceed., p. 92; in Trans. iii. p. 20; 
omisso synon. Cf. Mill. und Henle, 2‘* Nachtr. p. 200. 

Judging from MM. Miiller and Henle’s account of the species of 
this genus, the Madeiran fish is not only distinct from the Mediter- 
ranean rreput\areia of F. Columna, to which I formerly referred it, 
but from every other. It differs from Pt. altavela, Mill. und Henle, 
in the uniformity of colour of the body and tail above ; in having the 
fore margin of the wings convex; in their greater width from point 


Miscellaneous. 403 


to point ; in the tail being simple, or without any trace of fin, raised 
line, or keel, above ; and lastly in the absence of any kind of tentacle 
behind the spiracles. In the second and last of these characters it 
approaches much more nearly the American P¢. maclura, Miill. und 
Henle, but differs in smoothness when adult, in colour, greater width 
of body, and in the tail being sharp-edged or fin-carinate beneath. 
From the Indian Pt. micrura, Mill. und Henle, it is abundantly di- 
stinct. 


MISCELLANEOUS. 
POPULAR TRADITIONS RELATIVE TO THE CUCKOO. 


[We know not what degree of relationship our readers may be 
disposed to admit between Natural History and the imaginations and 
traditions suggested to mankind in various ages and countries by 
natural objects. These will at least not be less amusing to the 
lover of Natural History than to the general reader ; and may some- 
times have a relation to supposed characters and qualities, and to 
the origin of those popular names which convey the same idea in a 
remarkable manner through various countries and languages.—R. T.] 


To no bird is the gift of prophecy more commonly attributed than 
to the cuckoo, whose loud measured voice resounds in the woods just 
clad with fresh verdure. 

The old German saying, ‘‘ Wann der gauch guket,” denotes the be- 
ginning of the spring*, just as, according to Hesiod, the song of 
the cuckoo announces the time of the spring rains. ‘I'wo old poems 
describe the contention of Spring and Winter about the cuckoo, and 
the lament of the herdsmen for him: the Spring praises, slow Win- 
ter—tarda hiems—reproaches the bird; the herdsmen represent him 
as taken away or drowned: the line is remarkable :— 


Tempus adest veris, cuculus modo rumpe soporemf. 


He announces by his song the loveliest season of the year, but it 
is not stated in these poems that he predicts to man. ‘The Anglo- 
Saxon Codex Exoniensis, 146, 27, lately published by Mr. Thorpe, 
ascribes likewise to this bird the announcing of the year :— 

geacas gear budon; 
cuculi annum nuntiavere. 

The popular belief still exists, that whoever hears the cry of the 
cuckoo for the first time in the spring, may ask him how many more 
years he has to live. In Switzerland the children cry ‘‘ Gugger, wie 
lang lebi no?” In Lower Saxony, 

“ Kukuk vam haven 
Wo lange sall ik leven ?”’ 


and then they listen and count; as many times as the bird cries 


* Looking forward to the return of fine weather in spring, the Norfolk 
people say, ‘‘ When the cuckoo has picked up the dirt.”—R. 'T. 
+ Both poems are ascribed to Bede in Dornavii Amphitheatrum. 


2D2 


404 Miscellaneous. 


after it is questioned, so many years has he who asks the question 
to live. In other places the saying is as follows :— 


Kukuk, beckenknecht, Cuckoo, baker-boy, 
Sag mir recht, Tell me true, 
Wie viel jahr ich leben soll ? How many years shall I live ? 


The bird is said to be a bewitched baker- or miller-boy, and thus 
has pale or meal-coloured feathers. Ina dear season he robbed poor 
folks of their dough, and when God blessed the dough in the oven, 
drew it out, plucked some off, and every time cried out as he did so, 
‘Gukuk !’ (Look, look!) God therefore punished him, and turned 
him into a thievish bird, who continually repeats this cry. This 
legend, which is of great antiquity, and resembles that of the wood- 
pecker, may at an earlier period have been otherwise told; and con- 
nected with it may be the notion that the ery of the cuckoo, if heard 
after St. John’s day, betokens scarcity. : 

In Sweden he prophesies to unmarried lasses how many years they 
shall remain single. 

Gok, Gok, sitt pa quist, &c. 

Cuckoo, cuckoo, that sits on a bough, &c. 
If he cries oftener than ten times, they say that he sits upon a silly 
bough, and give no heed to his prophecies. Much depends upon the 
direction in which the cuckoo is first heard; if from the north (that 
is the unlucky side) you will have mourning during the year: from 
the east or west his cry portends good fortune. 

In Geethe’s ‘ Fruhlingsorakel’ the prophetic bird announces to a 
pair of lovers their approaching marriage and the number of children. 

It is remarkable enough that our poets of the thirteenth century 
do not mention the cuckoo as prophesying: the thing was doubtless 
commonly known, for we find in Renner, 11340, 


Daz weiz der gouch, der im fiir war 
Hat gegutzet hundert jar. 


And we have a story related by the abbot Theobald of a certain no- 
vice, who, assuring himself of living twenty-two years longer, from 
having heard the cuckoo repeat its cry just so many times, concluded 
that it was needless for him to pass so long a period in mortification, 
and resolved to return and lead a jolly life for twenty years, think- 
ing the remaining two quite enough for penitence *. 

From the regularity of the time of his appearancet, the cuckoo is 


* “ Narravit nobis anno preterito (?1221) Theobaldus abbas Eberba- 
censis, quod quidam conversus, cum nescio quo tenderet, et avem que cucu- 
lus dicitur, a voce nomen habens, crebrius cantantem audiret, vices interrup- 
tionis numeravit, et viginti duas inveniens, easque quasi pro omine accipiens 
pro annis totidem vices easdem sibt computavit: ‘ ja,’ inquit, ‘ certe viginti 
duobus annis adhuc vivam; ut quid tanto tempore mortificem me in ordine? 
Redibo ad seculum, et seculo deditus viginti annis fruar deliciis ejus; duo- 
bus annis qui supersunt poenitebo.’”—Casarius Heisrersac. 5.17. 

+ [So Logan, in his beautiful lines on the Cuckoo : 

Hast thou a star to guide thy path, 
Or mark the rolling year ?] 


Miscellaneous. 405 


probably the bird designated zitvogel in an old proverb, in accordance 
with the passage of Pliny, ‘‘ Cantus alitis temporarit quem cuculum 
vocant.” It is said that he never cries before the 3rd of April, and 
never after the festival of St. John. But he cannot cry before he 
has devoured a bird’s egg. If you have money in your purse when 
he first cries, all will go well during the year; and if you were fast- 
ing, you will be hungry the whole year. When the cuckoo has eaten 
his fill of cherries three times, he ceases to sing. 

It portends misfortune to the Servian haiduken when the kuka- 
vitza appears early and comes out of the black wood, but good luck 
when his cry comes from the green wood. 

The froth in the meadows caused by the Cicada spumaria is called 
Cuckoo-spittle; Germ. Kukuksspeichel; Swiss, Guggerspeu; Dan. 
Gidgespyt; otherwise Hexenspeichel, Witches-spit; Norw. Trold- 
kidringspye; thus connecting the bird with supernatural beings. The 
names of some plants confirm its mythic character: Ovalis acetosella, 
Old German, Gouches-ampfera; Swiss, Guggersauer ; Anglo-Saxon, 
Geaces-sure; Scotch, Goukemeat; Swed. Gokmat; Dan. Giogemad, 
Giogesyre (it was believed that the bird liked to eat these): Modern 
German, Kubkuksbrot; Fr. Pain de Coucou, Panis cuculi. Cuckoo- 
flower, Lychnis Flos-cuculi, Germ. Kukkuksblume. 

The Slavonians do not attribute anything bad or devilish to this 
bird, which they always represent as a female. Zezhulice, sitting on 
an oak, bewails the transitoriness of spring... The Servian kukavitza 
was a maiden who long bewailed her brother’s death, until she was 
changed into the bird, ‘‘ Sinja kukavitza”’ (the gray): so also in 
Russian songs it is a bird of mourning and melancholy; and 
Russian traditions speak of her as a young maiden changed by an 
enchantress. 

Some mountains are named after the Cuckoo; and Caucasus is 
said to be among the number. 

From J. Grimm ’s Deutsche Mythologie, vol.i. p. 640. 


ORTYX VIRGINIANA IN NORFOLK. 


As little appears known now as to what success attended the 
turning loose of some specimens of the Ortyzx virginiana in Norfolk 
several years since, an extract from a letter addressed to me nineteen 
years ago by the Rev. John Burrell, F.L.S., Rector of Letheringsett, 
near Holt in Norfolk, may throw some light on that subject. I may 
premise that the above gentleman was a zealous naturalist of the old 
school and contemporary with Marsham, Sir J. E. Smith, Haworth, 
Lathbury, Skrimshire, Scales, &c. now no more, and member of the 
original Aurelian Society. Mr. Burrell established a natural-history 
correspondence amongst the cultivators of natural history in Norfolk 
and Norwich, by which each member was bound to transmit to him 
as the Focus or Registrar, on the first or second of each month, an 
account of captures, observations, locus et tempus in entomology, &c. 
for the past month, all of which letters he engaged to answer in a 
similar way on the thirteenth and fourteenth of the same month, and 
enter each and every one in a book provided for that purpose by 
himself, which book, if now in the possession of the family, would 


406 Miscellaneous. 


be worth preserving as a literary curiosity and monument of his in- 
dustry; as few men, perhaps no one, ever wrote more letters to his 
correspondents, who had so many public claims upon his time, 
family anxieties and bodily sufferings, as my late venerable and re- 
spected friend. The letter from which I quote is dated November 
11th, 1825 :—‘‘ I had yesterday a bird brought to my parlour which 
was shot here; it was given me as a new addition to the British 
Fauna; at first sight I thought it a quail, a bird I never saw. I ex- 
amined it by Shaw’s ‘ General Zoology,’ and from some of the habits, 
which I have learnt from the sportsman since I received it, I am 
willing to accord in the nomenclature applied to it by the sportsman, 
the Maryland Partridge of Pennant’s ‘ Arctic Zoology.’ It is not, 
however, such a novelty as my neighbour conjectured; I have a 
specimen previously set up; it was brought to me last year, when I 
contented myself with a bird’s-eye view, and joined other students in 
natural history in having hitherto confounded it with the quail. 
It is now quite a colonized creature, and numerous are the covies, which 
report says that the poachers cannot destroy, its manners are so 
watchful and shy of man. It was too much shot for preservation, and 
therefore I not once thought of sending it to Norwich. If your 
museum should deem it a desideratum, that is, if it has not a speci- 
men, I have no doubt I can procure specimens for it, myself and 
other friends.” 

Whether the bird is scarce or not in the same neighbourhood zow I 
cannot tell, having myself been absent nearly eighteen years from 
Norfolk. 

Phil. Hall, Leeds, March 25, 1844. Henry Denny. 


DESCRIPTION OF A NEW SPECIES OF VOLUTA. 


Voxuta reticuLtata. Vol. testd elongato-ovatd, levigatd, pallide 
fulvd, fusco vel spadiceo-fusco per totam superficiem subtilissime 
trigono-reticulatd, reticuld bifasciatim confusd ; anfractibus flam- 
mis brevibus spadiceis longitudinalibus, prominentibus, prope sutu- 
ras vivide pictis ; aperture fauce spadiceo-fuscd. Long. 3} in. ; 
lat. 14. 

Hab. Coast of New Holland, north of Swan River Settlement. 

This beautiful new Volute somewhat resembles the Voluta pallida 

in form, and is of nearly the same ground tint of colour ; here, how- 
ever, the resemblance ceases, it being entirely covered with a fine 
brown net-work, with two broad bands formed by a rich amalga- 
mation of the net-work. The most striking feature of the shell is 
in the upper part of the whorls being vividly ornamented with a 
close-set row of undulating flames of rich brown running down from 
the sutures, and the enamelled lining of the aperture is of the same 
uniform rich brown. Of the two specimens just imported in H.M.S. 
Beagle, one is in the collection of Thos. Norris, Esq., of Redvalves; 
the other in that of J. Dennison, Esq., of Woolton Hill. There is a 
bad specimen of this Volute in the British Museum, and another in 
the collection of William Metcalfe, Esq.—Proc. Zool. Soc. Nov. 28, 
1843. 


Meteorological Observations. 407 


ON THE GENUS VENILIA. 


To Richard Taylor, Esq. 


Newcastle, 12th April, 1844. sm 


Dear S1r,—Having learnt from our friend Professor E. Forbes 
that the name of Venilia, given to a new genus of Nudibranchiata 
described by Mr. Hancock and myself in the ‘Annals of Natural 
History’ for March last, has been previously used for a genus of 
bivalve shells in Morton’s ‘Synopsis of the Chalk Fossils of the 
United States,’ we propose changing the name of our genus to Proc- 
tonotus, and shall feel obliged by your announcing the alteration in 
your next number. 

I am, dear Sir, yours very truly, 
Josuua ALDER. 


ee 


METEOROLOGICAL OBSERVATIONS FOR MARCH 1844. 


Chiswick.—March 1. Cloudy and fine: rain at night. 2. Overcast: squallys 
with heavy showers. 3. Cloudy and windy: clear and fine. 4. Constant heavy 
rain throughout. 5. Cloudy: clear, with sharp frost at night. 6. Clear and 
frosty : overcast: slight frost. 7. Cloudy and cold. 8. Very fine. 9. Cloudy 
and mild. 10, Heavy rain. 11. Boisterous, 12. Very clear: stormy showers. 
13. Clear: cloudy. 14. Heavy rain. 15. Rain: fine. 16. Slight haze: fine. 
17. Overcast : boisterous. 18. Clear and cold. 19. Cloudy. 20. Rain. 21. 
Clear and fine. 22. Cloudy: rain at night. 23. Fine. 24. Cloudy : boisterous, 
25. Overcast. 26. Very fine. 27. Overcast: hazy. 28. Very fine. 29. Dense 
fog. 30. Dry haze. $1. Slight kaze: clear and fine: foggy at night.— Mean 
temperature of the month 0°1 below the average. 


Boston.—March 1, 2. Fine: rain early a.m. 3. Fine. 4. Fine: rain p.m. 
5. Cloudy. 6. Fine: rainand snow r.m. 7. Cloudy. 8. Fine: rain p.m. 
9. Cloudy. 10. Rain, 11. Windy: stormy day: rain p.m. 12, Windy: stormy 
day: rain and snowr.m. 13. Fine. 14,15. Cloudy: rain a.m. 16, 17. Cloudy. 
18. Fine. 19. Cloudy. 20, Rain. 21. Fine. 22. Cloudy. 23. Cloudy: 
rain early a.m. 24. Rain. 25. Cloudy: raine.m. 26,27. Cloudy. 28, 29, 
Fine. 30. Foggy. 31. Cloudy. 


Sandwick Manse, Orkney.—March 1. Thaw: cloudy. 2. Rain: clear frost. 
3. Cloudy: clear frost. 4. Snow-showers. 5. Snow: drift-showers. 6. Snow- 
showers: cloudy. 7. Bright: cloudy. 8. Rain: damp. 9. Rain: showers. 
10. Bright: clear. 11. Showers: snow-showers. 12, 13. Snow-showers. 14. 
Bright: damp. 15. Bright: clear frost. 16, 17. Bright: cloudy. 18. Bright: 
damp. 19. Showers: rain. 20. Bright: cloudy. 21. Cloudy: rain. 22. Showers: 
clear, 23. Clear, 24. Bright: clear. 25. Drops: clear. 26. Clear: cloudy. 

27. Bright: clear: aurora. 28, Clear: cloudy. 29. Clear: aurora. 30. Fine. 
31. Mist: aurora. ‘ 


Applegarth Manse, Dumfries-shire—March 1, Heavy showers p.m. 2 Very 
slight rain, 3. Heavyrain. 4, Fair. 5. Slight shower: snow. 6. Frost a.m.: 
fine. 7. Frost, 8. Frost: snow: rain p.m. 9. Sharp showers: rain. 10. Clear 
4.M.:Traine.M. 11, Showers ofsleet. 12. Frost: snow. 13. Frost: fine. 14. 
Rain p.m. 15. Sleet. 16. Frost: fair, - 17. Frost: fine, 18. Frost: rain p.m. 
19. Showery: sleet. 20. Frost: fine. 21. Rain: hail. 22, Fine. 23. Rain 
and hail. 24. Heavy rain. 25,26. Fine. 27. Very fine: raine.m. 28, Fine: 
frost. 29. Fine spring day. 30. Fine: frost. 31. Fine. 

Mean temperature of the month ..........esceesesseseesees 388 
Mean temperature of March 1843 .......cseessesserseeeee 40 °7 
Mean temperature of twenty years .........sesee08 sseseves 00. OD 
Mean temperature of spring-water ...... Seesecsecseedseacs 45. O 


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THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 
No. 86. JUNE 1844. 


-— 


XLVI.—Descriptions of several new or imperfectly-defined Genera 
and Species of Birds. By H. E. Srrickianp, M.A. 


(With Four Plates.] 


Tue details of zoology are now diffused over so wide a field of 
literature, that it is next to impossible to pronounce with cer- 
tainty that any given specimen belongs to an undescribed spe- 
cies; and although confusion is often caused by the too hasty 
and careless definition under new names of species previously 
described, yet, on the other hand, science may be retarded by too 
great backwardness in making known new species and groups. 
With this feeling I now venture to describe a few out of many 
species of birds which have long remained unnamed in my cabi- 
net; and though it is very possible that some of them may be 
already described in works to which I have not had access, yet 
having searched carefully through a large number of ornitholo- 
gical publications without meeting with any notice of these spe- 
cies, | am disposed to believe that the majority of them are really 
‘nondescript. 7 
FALCONID, ACCIPITRINAL. 


Genus Iscunoscetzs, Strickland (ioyvooxedns, exilia habens crura). 


Rostrum asturinum, subexiguum, elevatum, compressum, cera 
longiuscula, culmine satis curvato, dertro hamato, commissura sub- 
recta, vix sinuata, dertrum versus subito deflexa, mandibula debili, 
denticulo obtuso versus apicem instructa, gonyde vix ascendente. 
Nares ovatze, oblique. Ale mediocres, caudz trientem attingentes, 
rotundate, remigibus graduatis, 5° et 6 longissimis. Cauda elon- 
gata, rotundata. Tarsi gracillimi, acrotarsiis paratarsiisque scutatis, 
scutis leevigatis, subobsoletis. Digiti graciles, digitus medius elon- 
gatus, externus interno multum brevior. Ungues curvati, acuti, sub- 
tus complanati, externus longe minimus, alii subzequales. 

Typus Ischnosceles gracilis (Falco gracilis, Temm. Pl, Col. 91). 


The slenderness of the tarsi in this bird, and the remarkable 
proportions of the toes, seem to justify its generic separation 
from Astur and from Accipiter, where it has been hitherto classed. 
The external toe (exclusive of the claw) falls short of the extre- 

Ann. & Mag. N. Hist. Vol, xiii. 2 i 


Se 


410 Mr. H. E. Strickland on some new 


mity of the second phalanx of the middle toe, and the end of the 
inner toe is parallel with the middle of the third phalanx, while 
in most other Raptorial birds the outer toe is longer than the 


inner. 


SYLVIIDA, SAXICOLIN AL. 
PRATINCOLA PASTOR, Strickl. 


Le Patre, Levaill. Ois. Af. pl. 180. 

P. ptilosi omnino Pratincole rubicole (Linn.), nisi uropygio, abdo- 
mine, caudeeque tectricibus omnibus (etiam in foeemina) pure albis, 
pectore intense rufo. 

Hab. In Africa meridionali. 


Several authors have mentioned the common stonechat of. 


Europe (Pratincola rubicola) as occurring in South Africa, but I 
believe that all the specimens which have been so considered will 
be found to belong to the present nearly allied species. It was 
first indicated as a distinct species by Levaillant, but as later 
writers have persisted in uniting it with P. rubicola, it has never 
yet received a systematic name. The plumage is identical with 
that of P. rubicola, except that the rufous-of the breast is more 
intense, and the belly and upper and lower tail-covers in both 
sexes are uniform pure white. The dimensions are moreover 
rather larger than in P. rubicola. 

Total length 54 inches; beak to gape 73 lines, to front 5 lines ; 
wing 2% inches; medial rectrices 2 inches 4 lines, external 2 inches 
2 lines; tarsus 11 lines. | 


TURDIDA, PITTINA. 
Pirra cucuuuata, Hartlaub. [Plate XI.] 


P.summo capite ferrugineo, loris, mento, gutture, genis, auriculari- 
bus, nuchaque nigerrimis, dorso, scapularibus, remigibus tertiali- 
bus, tectricibusque dorso proximis obscure viridibus, tectricibus 
majoribus externis obscure viridi-czeruleis, minoribus et uropygio 
vivide lazulinis, remigibus primariis nigris, 1* et 2* macula alba 
mediana in latere interiore, quatuor sequentibus utrinque similiter 
notatis; remigibus secundariis nigris, apicem versus in latere ex- 
teriore viridi-ceruleis ; caudze tectricibus superioribus nigris, plu- 
mis uropygii lazulinis obtectis, rectricibus nigris, apicibus obscure 
ceruleis. Pectus, venter et hypochondria pallide viridia, nitore 
cerulescente; abdomen, crissum, tectricesque caude inferiores 
coccinea, rostrum fuscum, pedes pallidi. 


I had described and figured the above bird under the im- 


- pression that it was a new species, when I found that it was 


already described by M. Hartlaub of Bremen in the ‘ Revue 
Zoologique,’ 1843, p. 65. As however the species is rare in 
collections, the present delineation will make it better known. 
It inhabits Malacca. | 


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Genera and Species of Birds.  ~ All 


The crown is deep ferruginous; the chin, throat and sides of 
the head deep black, forming a collar on the nape. Back, sca- 
pulars, tertials, and covers next the body dark green; the out- 
ward greater covers dark greenish blue, the lesser covers and rump 
bright glossy azure; primaries black, the first and second with a 
medial white spot on the inner web, the four next with a white 
bar crossing both webs; secondaries black, broadly margined ex- 
ternally with greenish blue towards their extremities. Upper tail- 
covers black, concealed by the blue feathers of the rump; tail 
black, tipped with greenish blue. Breast, upper belly and sides 
pale sea-green with azure reflections ; abdomen, vent and lower 
tail-covers crimson. Beak fuscous, legs and claws pale. 

Total length 7 inches; beak to gape 1 inch, to front 9 lines; 
wing 4 inches 2 lines; medial rectrices 1 inch 6 lines, external 
1 inch 4 lines; tarsus 1 inch 4 lines. 


TURDIDA, PYCNONOTIN A. 
CrinIGER ? 1cTERICcus, Strickl. 

C. corpore supra olivaceo-viridi, remigibus fuscis, extus ferrugineo- 
flavido, intus stramineo-marginatis, rectricibus olivaceo-viridibus, 
intus stramineo-marginatis, loris, superciliis, genis, corporeque 
toto inferno lete flavis, rostro pedibusque cinerascentibus. 

This bird differs from the type of Pycnonotus only in the beak 
and rictal bristles being somewhat longer. As it possesses nuchal 
bristles I refer it for the present to Criniger, Temm., though that 
character is common to most of the true Pycnonoti. In fact, 
there seems no very good ground for separating these two genera 
at all. The present bird resembles Brisson’s description of his 
Merula olivacea indica (Turdus indicus, Gmel.), but its dimensions 
are considerably less. I believe it to have been brought from 
the East Indies, but do not know the precise habitat. 

Upper parts olive-green ; quills fuscous, margined externally 
with ferruginous yellow and internally with straw-colour, as are 
the rectrices. Lores, circuit of eye, and whole lower parts bright 
yellow, with a slight olive tinge on the breast. Beak and legs 
cinereous. 

Total length 7 inches; beak to gape 91 lines, to front 71; 
rictal bristles 4 an inch; wings 32 inches; medial and lateral 


. . 2 . 
rectrices 34 inches; tarsus 8 lines. 


Pycnonotus Finztaysont, Strick]. 


Brachypus Finlaysoni, Horsf. MSS. 

P. fronte, genis guttureque flavis (plumarum scapis flavissimis); pileo 
olivascente-cinereo ; loris nigris, dorso, alis, caudaque obscure oli- 
vaceis, remigibus rectricibusque extus olivaceo-flavescentibus, rec- 
tricibus lateralibus strictissime flavido terminatis; pectore et ab- 


22 


412 ’ Mr. H. E. Strickland on some new 


domine cinereo-olivaceis, ventre imo crisso et alarum tectricibus 
infernis lete flavis. Rostrum pedesque corneo-brunnei. 


I am not aware that this bird has been yet described, but as 
it has received from Dr. Horsfield the MS. name of Finlaysoni, 
I think it right to adopt that appellation. It is a typical Pyeno- 
notus; the form of the beak agrees with that of P. capensis, and 
the feathers of the rump are very long and downy. It is pro- 
bably from some of the Malasian islands, but I am unacquainted 
with the precise habitat. 

Front, cheeks and chin yellow, brightest down the middle of 
each feather; lores velvety black. Upper parts obscure olive, 
grayish on the crown, and yellowish on the wings and tail; three 
or four pairs of lateral rectrices narrowly tipped with pale yellow- 
ish. Below dirty olive ; lower belly, tail-covers and lower wing- 
covers bright yellow. Beak and legs corneous. 

Total length 63 inches; beak to gape 71 lines, to front 63 
lines; wing 3 inches 1 line; medial rectrices 31 inches, external 
2 inches 10 lines; tarsus 9 lines. 


PycnonoTus CROCORRHOUS, Strickl. 


Yellow--vented Flycatcher, Brown, Ill. Zool. pl. 31. f.1. 
Muscicapa hemorrhousa, 3, Gm. 

Turdus hemorrhous, Horsf. in Linn. Trans, vol. xiii. p. 147. 
Ixos heemorrhous, Vigors in Raffles’s Life, p. 661. 

P. capite subcristato, facie, mento, nigerrimis; dorso alisque fuscis, 
marginibus pennarum pallidioribus, caude tectricibus superiori- 
bus albis; cauda fusco-nigricante, tenuiter albido terminata; re- 
gione parotica alba; partibus infernis cinerascente-albidis, crisso 
leete aurantio-croceo. Rostrum pedesque nigri. 


This bird, which has been long known, requires a new specific 
name, being quite distinct from the true Pycnonotus hemorrhous 
(Gmel.) of Ceylon, in which the vent is crimson. If we regard 
the genus Pycnonotus of Kuhl to be typified by Turdus capensis, 
Linn., we must refer to it all the species of Hematornis, Swains., 
and the present bird among the number. It closely agrees in 
form with Pycnonotus capensis, Linn., but is at once distinguished 
by the vent being orange instead of yellow, and by other cha- 
racters. 

This bird inhabits Java. The head and chin are black; back 
and wings dusky, with paler margins; rump white; tail black- 
brown, narrowly tipped with whitish; ears white; lower parts 
dirty white; under tail-covers bright saffron-colour; beak and 
legs black. 

Total length 73 inches; beak to gape 10 lines, to front 73 
lines ; wing 33 inches; medial rectrices 3 inches 7 lines, external 
3 inches 5 lines; tarsus 10 lines. . 


Genera and Species of Birds. 413 


Pycnonortus FLAVIRIcTUS, Strickl. 


P. striga superciliari a naribus excurrente, alteraque suboculari albis, 
loris nigris, macula in mandibule basi mentoque flavis; capite 
corporeque toto supra obscure olivaceis, remigibus secundariis rec- 
tricibusque basin versus flavido-olivascente limbatis, hisce strictis- 
sime albido terminatis ; corpore inferno cinerascenti-albido, flavido 
pallescente strigato, crisso pallide flavo. Rostrum pedesque cor- 
neo-brunnei. 


I purchased this bird from a dealer, who informed me it was 
from Madras. It is a typical Pycnonotus, with the rump-feathers 
very downy, nearly allied to P. goiavier, Scop. (Muscicapa psidii, 
Gmel., Turdus analis, Horsf.), but is distinguished by the gonys 
being slightly curved upwards, by the yellow rictal spot, &c. 

A white superciliary streak from the nostrils is separated from 
one below the eye by the black lores. The tip of the chin and 
a spot at the base of the lower mandible are yellow. Upper 
parts obscure olive ; secondaries and rectrices margined with yel- 
lowish olive, the latter narrowly tipped with whitish. Lower 
parts dirty white ; feathers margined laterally with very pale yel- 
low, producing a streaked appearance. Vent and lower tail-covers 
pale yellow. 

Total length 75 inches; beak to gape 3 of an inch, to front 7 
lines ; wing 8 inches 5 lines; medial rectrices 34 inches, exter- 
nal 3 inches 1 line; tarsus 1] lines. 


HyYPsIPETES PHILIPPENSIS, Strickl. 


H. pileo cinereo-fusco, dorso alisque fusco-olivaceis, remigibus fuscis 
extus fusco-olivaceo limbatis, rectricibus fuscis; genis gulaque 
fusco-ferrugineis, scapis pennarum albidis, pectore et abdomine 
olivascente-albidis, crisso albido. Rostrum pedesque corneo-fusci. 


This species agrees with the type of Hypsipetes, except in the 
tail being slightly rounded. It was brought by Mr. Cuming 
from Manilla. The feathers of the crown and chin are pointed. 
Three or four nuchal bristles project half an inch beyond the 
plumage. Rump-feathers downy. 

Crown cinereous brown. Upper parts dark olive ; remiges and 
rectrices fuscous, the former margined with olive; cheeks and 
chin obscure ferruginous, the shafts of each feather whitish. 
Lower parts dirty white with an olive tinge; lower tail-covers 
whitish. Beak and legs corneous. 

Total length 81 inches; beak to gape 11} lines, to front 10 
lines, height 3 lines, breadth 34 lines; wing 3 inches 8 lines; 
medial rectrices 3 inches 6 lines, external 3 inches 4 lines; tar- 
sus 83 lines. 


414 Mr. H. E. Strickland on some new 


MUSCICAPIDA, TYRANNINA. 
Surrizi? rcrrRopurys (Vieill.). [Plate XII.] 


Suiriri obscuro y amarillo, Azara. 
Muscicapa icterophrys, Vieill, 
S. fronte, pileo, nucha et dorso toto olivaceo- sirtdt: alis fuscis, tec- 
tricibus omnibus large, remigibus secundariis tertiariisque stricte, 
~ einerascente albido terminatis, caudee tectricibus supernis fusco- 
olivaceis, cauda subfurcata, fusco-atra, rectricibus externis extus 
albido marginatis; linea superciliari lete flava a naribus oriente ; 
loris plumisque paroticis olivaceo-fuscis ; corpore toto inferno leete 
flavo. Rostrum pedesque atri. : 
Inhabits Buenos Ayres. 


_ Of the numerous species of American birds which have been 
classed in the genera Tyrannula and Elana, and which exhibit 
much variety in the modifications of the beak, the present one has 
that organ the most elongate; indeed it approaches in form the 
beak of the Sylvicoline genus Myiodioctes, though the straight 
culmen, the comparatively short black tarsi, covered with seven or 
eight short scuta, the slender toes and sharp claws, show the true 
place of the bird to be among the Tyrannine. I had intended 
making this the type of a new genus, under the name of Satrapa 
(quasi a petty tyrant), but perceiving that M. D’Orbigny has 
included it in his genus Swiriri, I retain that generic name for 
the present. M. D’Orbigny admits that it differs in its smaller 
head, more slender beak and longer tarsi from the Swiriri of 
Azara, no. 179, which is the type of his genus ; but not having 
examined the latter bird, I am fearful of creating a new genus 
without sufficient reason. M. D’Orbigny’s second species of Sui- 
riri belongs to Gould’s genus Pyrocephalus, a very distinct form 
from the present bird. 

Above olive-green, beneath bright yellow; wings dusky, the 
covers broadly, the secondaries and tertiaries narrowly, edged 
with grayish white. Tail very dark brown, outer rectrices mar- 
gined externally with whitish. A bright yellow streak from the 
nostrils over the eye. Lores and ear-covers dusky olive. Beak 
and legs black. 

Total length 64 inches; beak to gape 8 lines, to front 6 lines, 
width 22 lines, height 2 lines; wing 34 lines; medial rectrices 
24 inches, external 2% inches; tarsus 9 lines; middle toe and 
claw 81 lines, hind ditto 6 lines ; outer toe slightly longer than 
the inner. 

Evscarramus crnurevs, Strickl. 


#. capite supra nigro, plumis medianis basin versus albis, dorso ci- 
nereo, in uropygio dilutiore, tectricibus minoribus cinereis, mediis 
et majoribus fusco-nigris, cinereo terminatis; remigibus fusco- 


rey SkiydorOL g WLI 


Aue any 4g ana 


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ve paneesBlebl oA be 


Pf 7 tA, .? SOyeuLTe yy S| ULIMIO]O TL 


Genera and Species of ‘Birds. 415 


nigris, tertiariis cinereo limbatis; rectricibus fusco-nigris; gula 
pectoreque dilute cinereis, abdomine crissoque albidis. Rostrum 
pedesque atro-fusci. 

Inhabits Chili. 


Beak slightly broader than in Z. parulus (Kittlitz), and proving 
the affinity of this genus to Tyrannula. Feathers of the crown 
rather lengthened, forming a crest. : 

Crown black, with a concealed white vertical spot. Upper 
parts gray, palest on the rump; middle and greater wing-covers 
dusky black, tipped with gray; remiges dusky, tertials margined 
with gray; tail dusky black; chin, throat and breast pale gray ; 
belly and lower tail-covers nearly white; beak and legs blackish. 

Total length 4 inches; beak to gape 6 lines, to front 4 lines ; 
wing 2 inches 2 lines; medial rectrices 2 inches, external 1 inch 
10 lines; tarsus 8 lines. 


LANIIDA, FORMICARIIN 2*. 
Genus Hotocnemis, Strickl. (6dos, integer, cvnpis, ocrea.) 


Rostrum elongatum, ad basin subdepressum, apicem versus sub- 
compressum, mandibulis juxta apicem leviter emarginatis. Culmen 
rectus, dertro deflexo; commissura recta, ad apicem deflexa, gonys 
elongata, subrecta, leviter ascendens. Vibrisse nulle. Nares ovate, 
nud, a plumis lori subremote. Ale mediocres, rotundate, remige 
4° vel 5° longissima, remige 1° dimidio breviore. Cauda subbrevis, 
rotundata. Tarsi elongati, acrotarsiis et paratarsiis integris. Digiti 
sublongi, graciles; externus phalange prima ad medium annexus. 


The two birds which I propose to distinguish under the above 
generic name are distinguished from the genera Formiciora, 
Swains., and Myrmeciza, Gray, by the elongate beak, short tail, 
and entire acrotarsus; the latter character, as well as their 
greater length of tail, distinguishes them from Uretomus, Swains., 
and the greater freedom of the external toe separates them from 
Pithys, Vieill. Possibly the present genus may be referable to 
Leptorhynchus, Menetries; but as the latter name is preoccupied, 
Holocnemis may in that case take its place. 


Hoocnemis FLAMMATA, Strickl. [Plate XIII.] 


H. corpore supra olivaceo-fusco, alis fuscis, tectricibus omnibus oli- 
vaceo limbatis, scapis et gutta subtriquetra apicali albis; remigi- 
bus olivaceo limbatis ; cauda obscure fusca, rectricibus obtuse acu- 
minatis, lateralibus albido stricte terminatis; gula alba; genis et 
partibus infernis pallide olivaceis, litura in singulis plumis longi- 


* In this subfamily I include the genus Thamnophilus, as it cannot pos- 
sibly be separated from the American Ant-thrushes in any natural arrange- 
ment, 


416 Mr. H. E. Strickland on some new 


tudinali acuminata (in pectoris plumis latissima), alba. Rostrum 
albidum, maxillz basi fusca, pedes unguesque albidi. 


Habitat unknown, though doubtless American. 


The middle toe and claw are about equal in length to the tar- 
sus ; hind toe shorter; outer toe slightly longer than the inner. 
Claws considerably developed, compressed, moderately curved. 

Above olive-brown ; wings fuscous, the covers edged with olive, 
and with the shafts and a subtriangular terminal spot white. 
Remiges fuscous, margined with olive; tail dark fuscous, the 
feathers obtusely pomted, the external ones slightly tipped with 
whitish. Throat white ; cheeks and lower parts pale olive-brown, 
each feather with a pomted white streak, very broad on the breast 
and narrowest on the sides. Beak whitish, basal half of upper 
mandible brown; legs and claws very pale yellowish white. 

Total length 51 inches; beak to gape 1 inch 1 line, to front 
10 lines, breadth 33 lines, height 3 lines; wing 2 inches 10 lines ; 
medial rectrices 2 inches, external 13 inch; tarsus 11 lines; 
middle toe and claw 11 lines, hind ditto 8 lines. 


HoLocnEMIs ciNNAMOMEA (Gm.). 


Turdus cinnamomeus, Gm. Pl. Enl. 560. f. 2. 

H. fronte, pileo, dorso toto caudaque tectricibus supernis rufo-ferru- 
gineis, tectricibus alarum nigris, minoribus albo-, mediis majori- 
busque ochraceo-, terminatis, remigibus rectricibusque fuscis, ex- 
tus fusco-ferrugineo marginatis; linea superciliari albo a naribus 
ad pectoris latera descendente et abdomine albo confluente ; loris, 
oculorum ambitu, genis, gula et pectore toto nigerrimis, hypo- 
chondriis crissoque ferrugineis. Rostrum pedesque cornei. 


Taking H. flammata as the type of Holocnemis, the present 
bird is somewhat aberrant, the tail being rather longer and more 
rounded, the tarsi longer, the lateral toes equal, and the claws 
shorter and less curved. The style of plumage bears much re- 
semblance to Myrmeciza loricata (Licht.), and to Urotomus? for- 
micivorus (Gmel.) 

The upper parts are deep ferruginous ; wing-covers black, the 
lesser tipped with white, and the middle and greater with ochra- 
ceous, forming two bars; remiges and rectrices fuscous, mar- 
gined with ferrugimous. A narrow white line commences at the 
nostrils, and descending the side of the neck and breast blends 
into the white of the abdomen. The whole space inclosed by 
this white line is deep black. Sides and lower tail-covers ferru- 
ginous. Beak and legs corneous. 

Total length 53 inches; beak to gape 1 inch, to front 10 lines ; 
breadth 3 lines, height 23 lines; wing 2 inches 7 lines; medial 
rectrices 24 inches, external 13 inch; tarsus 1 inch; middle toe 
and claw 3 of an inch, hind ditto 73 lines. 


Genera and Species of Birds. 417 


MyrMECIZA MELANURA, Strickl. 


M. capite, nucha, dorso, alisque obscure ferrugineo-fuscis, uropygio 
obscuriore, cauda fusco-atra, loris fusco-cinerascentibus, gula 
albida, pectore et abdomine dilute fuscis, rufescente tinctis, crisso 
fuliginoso-atro. Maxilla pedesque fusci, mandibula albida. 


In the form of the beak and general proportions this species 
agrees with M. leuconota, Spix, Av. Braz. vol. i. pl. 39. f.2 (Dry- 
mophila atra, Swains.). The acrotarsia are divided into five scuta, 
the paratarsia entire. Habitat unknown. 

Upper parts dull ferruginous brown, darker on the rump ; tail 
dusky black; lores dusky cinereous ; throat whitish ; breast and 
belly pale rufous brown, sides darker; lower tail-covers sooty 
black; upper mandible and legs brown, lower mandible whitish. 

Total length 7 inches; beak to gape 10 lines, to front 8 lines ; 
wing 3 inches; medial rectrices 3 inches, external 24 inches ; tar- 
sus 1 inch 1 line; middle toe and claw 1 inch, hind ditto 8 lines ; 
outer ditto 81 lines, inner ditto 7} lines. 


LANIIDAi? TIMALIINAS. 


In this group I would include the genera Timalia, Brachypte- 
ryx, Malacopteron, Eyton (Trichostoma, Blyth), Macronus, Jard., 
and several of the Kast Indian “ Myiothere” of Temminck. We 
do not know enough of their habits to decide whether they are 
most allied to the Formicartine or to the Malurine; all that can 
be said of them is, that they form a natural group inhabiting the 
Malasian region, and that they appear to approach the Lanitde in 
structure sufficiently to warrant their collocation for the present 
in that family. Mr. Eyton’s genus Malacopteron exhibits this 
Laniine structure to the greatest degree, the beak being precisely 
that of a Thamnophilus, with the addition of strong rictal bristles. 

I now proceed to describe an apparently new species, 


MALACOPTERON MACRODACTYLUM, Strickl. 


M. capite, nucha et dorso superiore rufo-brunneis, plumis fusco mar- 
ginatis, uropygio alis, caudaque fusco-ferrugineis, hac obscuriore, 
loris albidis, genis fuscis, mento gulaque albis, plumis fuliginoso 
terminatis, abdomine obscure albido, hypochondriis et crisso di- 
lute rufo-brunneis, rostro pedibusque fuscis, digito medio laterales 
multum superante. 


Agrees with Mr. Eyton’s type-species, M/. magnum, in the form 
of the beak, wings and tail, in the scale-like structure of the 
coronal feathers, and the loose downy plumage of the rump, but 
differs in the greater strength of the hind toe and the remark- 
able length of the middle one. The lateral toes are equal, and 
the bases of their claws are parallel with the distal end of the 


418 Mr. H. E. Strickland on some new 


second phalanx of the middle toe, their extremities reaching 
about two-thirds the length of its third phalanx. The claws are 
less curved than in M. magnum, that of the middle toe being 
nearly straight. My specimen was brought from Malacca. 

The feathers of the crown and upper back are rufous brown, 
margined with dusky; rump, wings and tail ferruginous brown, 
the last darkest. Lores white; cheeks fuscous; chin and throat 
white, the feathers of the latter largely terminated with sooty 
black. Lower parts dirty white; sides and lower tail-covers pale 
rufous brown. Beak and legs horn-coloured. ; 

Total length 64 inches; beak to.gape 1 inch, to front 3 of an 
inch, breadth 4 lines, height 3 lnes; wing 3} inches; medial 
rectrices 23 inches, external 2 inches 4 lines; tarsus 1 inch 2 
lines; middle toe and claw 1 inch 2 lines, hind ditto 10 lmes, 
lateral ditto 83 lines. 


FRINGILLIDA, PLOCEINA. 
SPERMOPHAGA MARGARITATA, Strickl. [Plate X.] 


S. fronte, capite summo, nucha, dorso, alisque obscure ferrugineis, 
unicoloribus ; primariis intus fuscis; caudee tectricibus supernis, 
rectricumque marginibus externis obscure vinacev-rubris ; rectri- 
cibus in reliqua parte nigris; loris, superciliis, genis, gutture, pec- 
toreque vinaceo-rubris ; partibus reliquis infernis nigerrimis, pec- 
tus versus et ad latera maculis magnis rotundis caryophyllaceis 
(binis in singulis pennis) punctatis. Rostrum nitide cyaneum, 
pedes (exsiccati) albidi. 

This beautiful little bird was purchased at Cape Town, and 
was said to have been brought from Madagascar. The beak is 
less developed than in Spermophaga hematina, Vieill., and the 
first quill is barely one-third the length of the fourth, fifth and 
sixth (which are equal), but in other respects it accurately accords 
with the type of Spermophaga. The arrangements of its colours 
show its affinity to S. guttata, Vieill., and the peculiar blue colour 
of the beak is common to both, as well as to S. hematina, Vieill., 
the specific distinctness of which from S. guttata is at present 
undecided. 

Mr. G. R. Gray has changed Mr. Swainson’s name Spermo- 
phaga to Spermospiza, because the name Spermophagus is already 
used in entomology; but as I am by no means prepared to con- 
cede that mere similarity affords a sufficient ground for cancelling 
generic names, I have retained Mr. Swainson’s appellation. 

The whole upper parts of this bird are rich ferruginous brown, 
except the quills, which are dusky within; the upper tail-covers 
and outer margins of the rectrices dull vinous red, and their inner 
webs and apical portions black. The circuit-of the eyes, cheeks, 


Ana: & Mag: Naé List: Vol.13. PLX. 


SASS By 0° 
Prev: CONLIN: WD. 


Spermophaga margaritata: Sxch/: 


Betas. 
Sy We 
Pea en 


a 
yo) Nga iee or 


weetale 


Genera and Species of Birds. 419 


throat and breast pale claret-red, rest of lower parts deep black, 
spotted next the breast and on the sides with large pearl-like 
spots the colour of peach-blossom, of which two are placed trans- 
versely and subterminally on each feather. 

Total length 43 inches ; beak to.gape 53 lines, to front 5 lines ; 
width 21 lines, height 3 lines; wing 2 inches 1 line; medial 
rectrices 2 inches, external 13 inch; tarsus 7} lines; middle toe 
and claw 7 lines, external 5 lines, internal 4 lines, hind 5 lines. 


FRINGILLIDA, TANAGRIN AL. 


TACHYPHONUS sAvctius, Strickl. 


T. corpore toto atro-chalybeo, tectricibus alarum supernis minoribus 
juxta humerum albis, juxta carpum sanguineis, infernis omnibus 
albis. Rostrum nigrum, mandibula medio alba, pedes nigri. 


Allied to Tachyphonus nigerrimus, Gm., but differs in the 
smaller size, shorter beak, and sanguineous spot near the carpus. 
I presume it to inhabit Columbia or Central America. 

Entirely black, with a purplish gloss, except the lesser wing- 
covers next the humerus, which are white and pass into bright 
orange-red as they approach the carpus. Lower wing-covers 
white. Beak black, middle of lower mandible whitish; legs 
black. 

Total length 53 inches; beak to gape 7 lines, to front 6 lines ; 
wing 23 inches; medial rectrices 2% inches, external 23 inches ; 
tarsus 9 lines. 

'TacHyPuonvs ruricers, Strickl. 

T. fronte, mento summo, loris, oculorumque ambitu nigris, capite 
toto reliquo gulaque intense rufo-castaneis, corpore toto plumbeo- 
cinerascenti, alis caudaque obscurioribus. Rostrum nigro-cine- 
reum, tomiis albidis, pedes brunnei. 


The upper mandible is smaller than the lower, somewhat like 
that of an Emberiza, but the culmen is more arched. It agrees 
however sufficiently with the structure of Tachyphonus quadri- 
color, Vieill. (T. auricapillus, Spiz) to warrant its collocation in 
the same-genus. I am unacquainted with the habitat. 

Front, lores, upper chin and circuit of eyes black ; head, cheeks 
and throat deep chestnut-red ; rest of plumage leaden gray, pass- 
ing to fuscous on the wings and tail. Beak blackish, margins of 
mandibles whitish ; legs brown. 

Total length 53 inches; beak to gape 7 lines, to front 6 lines ; 
wings 24 inches; medial rectrices 23 inches, external 21 inches ; 
tarsus 10 lines. 


CALLISTE THALASSINA, Strickl. 
C. capite cyaneo, loris et oculorum ambitu nigris, mento summo 


420 Mr. H. E. Strickland on some new 


genisque thalassino-viridibus, collo toto et gula nigris ; dorso, sca- 
pularibus, caudzeque tectricibus supernis cyaneis, nitore thalas- 
sino, tectricibus alarum minoribus intense czruleis, mediis, ma- 
joribus, remigibusque secundariis nigris, viridi-thalassino mar- 
ginatis; primariis, rectricibusque nigris czruleo limbatis, pectore, 
abdomine crissoque albis, thalassino imbutis. Rostrum nigrum, 
pedes cinerei. 


A typical Calliste, believed to be brought from Mexico. It is 
nearly allied to Tanagra nigroviridis, Lafr., Mag. Zool. pl. 438, 
but that has more of yellow and green and less of blue in its 
plumage than the present bird. 

Head pale azure; chin and cheeks vivid sea-green ; lores and 
eyelids black; circuit of the neck black; back, scapulars and 
upper tail-covers pale blue, with a gloss of sea-green. Lesser 
wing-covers deep vivid blue; middle and greater covers and secon- 
daries black, margined with sea-green ; primaries and tail black, 
margined with blue; lower parts white, with a delicate gloss-of 
sea-green and azure. Beak black, legs cinereous. 

Total length 43 inches; beak to gape 6 lines, to front 5 lines ; 
wing 2 inches 7 lines; medial and external rectrices 2 inches ; 
tarsus 73 lines. 

NEMOSIA FULVESCENS, Strickl. 


N. capite toto supra aurantio, loris gulaque flavis, corpore supra 
cinereo-olivascenti, remigibus rectricibusque obscurioribus, cor- 
pore inferno dilute fulvescenti, abdomine albido. Rostrum cine- 
reum, tomiis albidis; pedes fusco-cinerei. ; 

Allied to, but sufficiently distinct from, Nemosia ruficapilla, Vieill., 
Gal. Ois. pl. 164. 

Inhabits Brazil ? 

Head orange, passing into yellow on the lores and throat ; 
upper parts grayish olive, darker on the wings and tail ; lower 
parts pale fulvous or cream-colour, almost white on the belly. 
Beak cinereous, margins whitish. Legs dark cinereous. 

Total length 53 inches; beak to gape 6 lines, to front 5 lines ; 
wing 2 inches 7 lines; medial rectrices 2 inches 7 lines, external 
2 inches 5 lines; tarsus 92 lines. 


EMBERNAGRA LONGICAUDA, Strickl. 


E. linea a naribus ad oculos, horumque ambitu albis, corpore toto 
supra, alis, caudaque cuneata viridi-olivaceis, scapis in vertice 
nigris; loris, genis lateribusque colli olivaceo-cinereis, pectore 
dilute cinerascenti, gula abdomine, crissoque dilute fulvis, maxilla 
fusca, mandibula flavida, pedibus brunneis. 


Inhabits South America. 
Closely allied to Embernagra platensis, Gmel. (Emberiza las 


Genera and Species of Birds. 421 


tensis, Gmel., Azara, no. 90), but differs in the lower mandible 
being yellowish instead of orange, the white line over the eye, 
the longer and more cuneate tail, and the shorter tarsus and 
claws. 

A white line from the nostrils surrounds the eye. Upper parts 
greenish olive, brightest on the wings and tail; shafts of the 
feathers on the crown black. Lores, cheeks and sides of neck 
olive-gray. Lower parts pale fulvous, tinged with gray on the 
breast. Upper mandible fuscous, lower yellowish ; legs pale 
brown. 

Total length 81 inches; beak to gape 9 lines, to front 8 lines ; 
wing 3 inches; medial rectrices 4 inches, external 23 inches ; 
tarsus 1 inch; middle toe and claw 11 lines, hind ditto 83 lines. 


Orrnogonys, Strickl. (dp80s, rectus, ywrvs, gonys.) 


Rostrum elongatum, compressiusculum, culmine obtuse carinato, 
a basi ad apicem curvato, commissura satis decurvata, tomiis paulo 
inflexis, maxilla vix emarginata, gonyde rectissima, nec ascendente. 
Nares ovate subbasales, pilis raris frontalibus tecte. Ale medio- 
cres, remigibus 2, 3, 4, subzequalibus, 1* paulo breviore. Cauda me- 
diocris, rotundata. Tarsi subbreves, acrotarsiis’ scutellatis, para- 
tarsiis integris ; digiti mediocres, externus internum paulo superans, 
ungues satis curvati, acuti. 


The general habit of this bird suggests the idea of a Tana- 
erine form, but it is distinguished from all the genera which I 
know by its elongate beak, much curved culmen, and perfectly 
straight gonys. The beak is somewhat like that of Lamprotes, 
but is not so high and compressed. 


OrtHogonys viripis (Spix). 


Tanagra viridis, Spiv, Av. Braz. pl. 48. f. 2. 

O. genis et corpore supra olivaceo-viridi unicolore,.subtus lete flavo, 
pectore et hypochondriis olivaceo tinctis, rostro nigro, pedibus 
brunneis. 

Inhabits Brazil. 


Body wholly olive-green above, beneath yellow, tinged with 
olive on the breast and sides. Beak black; legs light brown. 

Total length 8 inches; beak to gape 10 lines, to front 9 lines, 
breadth and height 33 lines; wing 33 inches; medial rectrices 
35 inches, external 3 inches 2 lines; tarsus 10 lines; middle toe 
and claw 10 lines, hind ditto 8 lines. 


422 Dr. O’Bryen Bellingham on Irish Entozoa. 


XLVIT.—Catalogue of Irish Entozoa, with observations. By 
O’Bryren Betxincuam, M.D., Fellow of and Professor of 
Botany to the Royal College of Surgeons in Ireland, Member 
of the Royal Zoological, Geological and Natural History So- 
cieties of Dublin, &c. 


[Continued from p. 340.] 


Genus 12. Distoma. 
(Derived from dis, bis, and orépa, os.) 
Body soft, flattened, sometimes nearly or quite cylindrical, without 


articulations, provided with two more or less circular pores or ori- 
fices; one of which is anterior and terminal, the other ventral. 


Tue genus Distoma was established by Linneeus under the name 
of Fasciola ; this was adopted by Miiller andGmelin : subsequently 
it was changed to Planaria by Geetze ; but the term Distoma, pro- 
posed by Retzius, is now universally adopted. The genus Distoma 
contains a very large number of species, 162 bemg enumerated 
by Rudolphi in his ‘ Synopsis,’ of which 39 are doubtful. They 
are more common in fish and birds than in any other class of 
animals, and they usually inhabit the alimentary canal. 

The anterior pore in the genus Distoma is subservient to the 
process of nutrition ; the digestive apparatus commences at it and 
soon divides into two canals, which pass backwards, running 
parallel to one another, near the centre of the body, towards the 
caudal extremity, where they terminate. The ventral pore is sub- 
servient to the process of generation ; the organs of reproduction 
consist of ovaries, convoluted spermatic tubes, a receptacle (con- 
sidered from analogy to be a uterus), and a penis. The ovaries 
are much branched, occupy the circumference of the body, uniting 
upon each side into two principal trunks, which communicate with 
one another, and terminate in a receptacle, from which a slender 
tube leads to the Ventral orifice. The penis is often seen projecting 
a little in front of this orifice. There is said to be no anal orifice, 
but upon several occasions I have seen what appeared to be an 
orifice, terminating the caudal extremity. 

The species of the genus Distoma being numerous, and often 
of minute size, are in many cases with difficulty distinguished 
from one another. They have been arranged by Rudolphi in two 
divisions : in one the head, neck, or body is armed with minute 
spines ; in the second these parts are naked or unarmed. They 
are further subdivided as the body is flattened or cylindrical ; and 
again, as the anterior or the ventral pore is the larger. The latter 
is perhaps an unfortunate character upon which to found specific 
distinctions, as the size of the pores varies when the animal is alive, 
and may have somewhat a different shape then from what it has 


Dr. O’Bryen Bellingham on Lrish Entozoa. 423 


after the specimens have been preserved in spirits of wine for 
some time. Upon the whole, however, the relative size and shape 
of the pores appear to be almost the only characters by which 
many species can be distinguished from each other ; and if it were 
understood that this character was to be taken from the animal 
which had been preserved in spirits (not from the recent animal), 
it would help to prevent confusion. 


A. INERMIA. 
a. Plana vel depressa. 
Poro ventrali majore. 


1. Distoma hepaticum *.. Liver of sheep (Ovis Aries). 
2. tumidulum .. Intestine of pipe-fish (Syngnathus Acus). 
Small intestine of teal (Anas Crecca). 
3. oxycephalum + < Small intestine of shoveller (Anas Cly- 
peata). 
4, fuloum .... Intestine of skate (Raia Batis). 


* The Distoma hepaticum has been longer known than any other 
species of the genus; under the name Fasciola hepatica it is men- 
tioned by Pennant and Turton as a British species. It inhabits the 
biliary ducts of the sheep, in which it is not at all uncommon, and 
sometimes occurs in considerable numbers. It has been found also 
in the ox, the horse, goat, hare and stag; and is said to occur in the 
human subject, but Iam not aware of any well-authenticated case 
in which it has been detected. It does not occur in healthy sheep ; 
at least the liver of the animals in which it occurs have always a dis- 
eased appearance, are irregular and knotted upon the surface, and the 
biliary ducts are enlarged, sometimes to a considerable extent. It 
accompanies the disease known under the name of the rof, and will 
be always found in the liver of the animals which die of it. 

+, On two occasions I found numerous specimens of the Distoma 
oxycephalum in the small intestines of the common shoveller (Anas 
Clypeata); they are about 2 lines in length, colour white, body flat- 
tened (not exactly linear, as Rudolphi states), half a line in width, 
tapering gradually towards the posterior extremity, which is pellucid ; 
the anterior extremity is very narrow ; the anterior pore is extremely 
small, orbicular, and rather inferior than terminal; the ventral pore 
is very large in comparison, orbicular, and prominent with a tumid 
margin. ‘The ovaries occupy each side of the body posterior to the 
ventral pore. 

The specimens of D. orycephalum from the teal resemble those last 
described, but the body is rather subcylindrical than flat; they are 
between 3 and 4 lines in length ; the ventral pore is large, seated near 
the anterior pore, and the body has the greatest diameter at this part. 
The posterior extremity is obtuse, and appears to have a very short 
appendage projecting from it, 


424, Dr. O’Bryen Bellingham on Irish Entozoa. 


_ Poro antico majore. 
5. Distoma clavigerum *. Small intestine of frog( Rana temporaria). 


Poris equalibus. 
[6. Distoma flecuosum +. Small intestine of mole (Talpa europea).] 


6. Teretiuscula. 
Poro ventrali majore. 


7. Distoma cylindraceum{. Lungs of frog (Rana temporaria). 
8. varicum §,... Stomach of salmon (Salmo Salar). 
9. ——— gibbosum? .. Stomach of haddock (Gadus Ziglefinus). 


* The Distoma clavigerum is rather a rare species ; I have only met 
with it once, although I have examined a large number of the Rana 
temporaria. ‘The animal when alive, and fully extended, measured 
upwards of 2 lines in length (Rudolphi says it does not exceed one 
line), when contracted about one line ; and at the widest part (about 
the centre of the body) it is half a line in width ; it is nearly equally 
attenuated at each extremity. After remaining in spirits of wine the 
dorsal surface became convex, and the animal acquired a somewhat 
elliptical shape, but was still a little wider anteriorly than poste- 
riorly. 

5 "The mole is not a native of this country, consequently the Di- — 
stoma flecuosum is not an Irish entozoon ; but as it must take its place 
among British species, I have allowed it to remain in this list. 

t The Distoma cylindraceum is very common in the lungs of the 
frog; it is found about the base of these organs, and is sometimes 
accompanied by the Ascaris nigrovenosa. The body is thick, cylin- 
drical, and of a dark colour in some places, owing to the transpa- 
rency of the parietes, and the nature of the contents of the alimentary 
canal or ovaries; it becomes opake when kept in spirits of wine. 
They live for a short time in cold water, and move sluggishly, eon- 
tracting and enlarging the pores; sometimes, after remaining in 
water for a short time, they discharged a quantity of a dark-coloured 
fluid from the anterior pore; and on some occasions I have found 
them adhering by the anterior pore to the parts in which they are 
contained. 

§ The Distoma varicum appears to be common in salmon from some 
localities and in some seasons, and rare in others; it inhabits the 
stomach and the intestinal canal near the stomach. Its length is 
about half a line, but this varies according to the motions of the animal; 
when fully extended it is nearly equally attenuated at each extremity : 
its colour is white, but the contents of the ovaries give the part of 
the body in which they are contained a reddish yellow tinge. The 
anterior pore is circular and small; the ventral pore very large, the 
whole width of the body, and its margin becomes prominent soon 
after the animal is placed in water. 


Dr. O’Bryen Bellingham on Irish Entozoa. 425 


Stomach of sturgeon (Acipenser Stu- 
rio). 

Stomach of sand-eel (Ammodytes 
Lancea). 

11. ——— rufoviride. Stomach of conger-eel (Anguilla Conger). 

12. globulus.. Small intestine of wild swan (Cygnus ferus). 


13, ——— refleeum ? + (Creplin). gt elena aay (Cy- 


10. Distoma appendiculatum* 


Poro antico majore. 


14, Distoma excisum. Stomach of mackerel (Scomber Scomber). 


B. ARMATA. 
Echinata. 


Small intestine of ae (Eri- 


15. Distoma trigonocephalum t. naceus europeus).' 


* The Distoma appendiculatum, from the stomach of the sand-eel 
(Ammodytes Lancea), is about a line in length ; colour white, except 
about the centre of the body, where it has a yellowish red tinge. The 
body is cylindrical, and varies in shape as the animal is fully ex- 
tended, or as the caudal extremity is retracted; when this part is 
retracted the caudal extremity is wider than the anterior, but when 
fully protruded it is much more attenuated. In some of the speci- 
mens which I examined, the caudal extremity was fully retracted, 
in others fully protruded, and in some only partially retracted ; hence 
they might easily be taken for distinct species. ‘The pores are cir- 
cular, seated near each other; the ventral the larger, and slightly 
prominent. 

+ The Distoma from the intestinal canal of the Cyclopterus Lumpus 
resembles the D. reflecum of Creplin ; it is about three-quarters of a 
line in length; colour white; body cylindrical, nearly of the same 
diameter throughout. The anterior pore is small and circular ; the 
ventral large and prominent, its orifice circular. ‘The neck (or the 
space between the anterior and the ventral pore) is rather convex on 
the dorsal surface and concave upon the abdominal; it is narrow 
anteriorly, and becomes wider as it approaches the ventral pore. The 
ovaries appear to be full of ova. 

{ The Distoma trigonocephalum, which inhabits the small intestine 
near the stomach of the hedge-hog, is rather a rare species. It is 
about $ a line in length, and of a dirty reddish colour after remaining 
in spirits of wine; body flattened, wider anteriorly than posteriorly, 
and curved. The anterior pore is somewhat elliptical, not looking 
forwards; the ventral pore is orbicular, and situated nearer the an- 
terior than the posterior extremity of the body. 

Ann. & Mag. N. Hist. Vol, xi. 2F 


426 Dr, O’Bryen Bellingham on Irish Entozoa. 


(Small intestine of swan (Cygnus Olor). 

Rectum of wild swan (Cygnus ferus). 

Small intestine of golden-eye (Clangula 
chrysophthalmos). 

16, Distoma echinatum* .< Rectum and ceca of widgeon (Mareca 
Penelope). 

Small intestine and rectum of crested 
grebe and tippet grebe (Podiceps cris- 
tatus). 


a 


ry; militare.... Rectum of curlew (Numenius arquata). 
Small intestine of golden eye (Clangula 
chrysophthalmos). 
18. spinulosum +. Small intestine of black-headed gull (La- 


rus ridibundus). 
Small intestine of curlew (Numenius ar- 
quata). 


.* The Distoma echinatum, from the small intestine of the golden- 
eye (Clangula chrysophthalmos), is flattened, nearly 3 lines in length ; 
colour dirty white, particularly about the situation of the ovaries, 
which occupy the sides of the body, and appear to contain nume- 
rous ova. Immediately on being placed in water they became convex 
on the dorsal surface, and concave upon the abdominal surface. The 
head is subreniform, armed with a ring of distinct spines ; neck rather 
long, concave inferiorly ; anterior pore very small and terminal, 
ventral large and prominent; both orbicular. In one specimen, a 
short and conical cirrhus projected a little anterior to the ventral 
pore. 

The specimens of Distoma echinatum from the rectum of the wild 
swan which I have found, are in some cases 6 or 7 lines in length, 
in others not more than 2-lines; the majority belong to the latter ; 
and there are none of an intermediate length, though both apparently 
belong to the same species. The body is more cylindrical than in 
the specimens from the golden-eye; the pores are distinct and cir- 
cular, seated near each other, the ventral being the larger. The head 
is small and armed with spines ; the neck is convex upon the dorsal, 
and concave upon the abdominal surface. 

My specimens of Distoma echinatum from the rectum and czeca of 
the widgeon have a greater length and transverse diameter than those 
from which Rudolphi took his description ; the head is also smaller 
in proportion to the body, and is armed with more numerous spines 
than are represented in Bremser’s figure of this species. 

+ The Distoma spinulosum, from the golden-eye (Clangula chry- 
sophthalmos), is little more than a line and a half in length; colour 
perfectly white; flat and linear before being immersed in spirits of 
wine, becoming rather cylindrical afterwards. ‘The head is small, 
armed with minute spines; neck conical and long, about half the 
width of the body, and one-third of its length. The body is pretty 


Dr. O’Bryen Bellingham on Irish Entozoa. 427 


2 Intestine of whiting-pollach (Merlangus 
19, Distoma seabrum.... { Pollachius). 


20. contortum*.. Gills of sun-fish (Orthagoriscus Mola). 
2] Intestine of suti-fish (Orthagoriscus 


nigroflavum Tt Mola). 


Species dubie. 


96,. Débtomde » { Small intestine of great black-backed gull (Larus 
_ marinus). : 

23. ..  Simall intestine of scoter (Oidemia nigra). __ 

24. ——.— {. Rectiim and ceca of tame swan (Cygnus Olor). 


nearly of thé sanie diameter throughout; thé anterior poré is very 
small, the ventral latger aiid prominent, the aperture circular ; pores 
rather distant from one another. — 

* In thé month of July 1839, 1 found a large number of the 
Distoma contortum on the gills of a fine specimen of the sun-fish 
( Orthagoriseus Mola), which is now in the collection of the Natural 
History Society of Dublin. The longest measures 10 or 11 lines in 
length; colour white anteriorly, yellowish red posteriorly. The body 
is cylindrical, its preatést diameter being immediately behind the 
ventral pore, from which it gradually diminishes towards the caudal 
extremity. All the specimens soon became curved after being re- 
moved froin the animal; indéed it is from this circumstance that 
Rudolphi gave the species its name. The anterior pore is sitall and 
circtilar ; the ventral large and elliptical or circular ; in some this 
organ is seated upon a peduncle fully the length of the neck. The 
neck measures nearly 3 lines in the longest specimens; it is convex 
upoti the dorsal, and ¢oneave upon the ventral surface ; it, as Well as 
the head, is armed, particularly upon the convex surface, with a num- 
ber of minute spines, which are not seen posterior to the ventral pore. 
The ova are very small, exceedingly numerous, and of a yellow colour ; 
they appear to be the cause of the colour in the posterior division of 
the body: 

+ In the intestinal catial of the same stin-fish, J found several spe- 
cimens of a Distoma which has the characters of the Distoma nigro- 
flavum of Rudolphi; but I could not sée the aculei upon the head or 
neck. The longest specimen measures an inch and a half; the majo- 
rity are about three-quarters of an inch in length ; colour in one part 
black, in aiiother yellowish ; head white. The ventral pore is peduit- 
culated; the pedunéle being sometimes as lorig as the neck (which 
gives this species a resemblance to the Distoma furcatum). The body 
is cylindrical, slender, nearly of the same diameter throughout; the 
integument flaccid. 

{ This Distoma, of which I found many specimens in the cveca and 
rectum of a swan (Cygnus Olor), is avery beautiful species, and doés 
not appear to have been previously described. It approaches most 
closely to the Distoma echinatum of Rudolphi; but differs in several 

22 


428 Dr. O’Bryen Bellingham on Irish Entozoa. 


25. Distoma.. Rectum of tippet grebe (Podiceps cristatus). 


26. *, Stomach of red gurnard (Trigla Pini). 
Intestine of haddock (Gadus Aiglefinus). 

27. + {Insti of whiting (Merlangus vulgaris). 
Intestine of coal-fish (Merlangus Carbonarius). 

28. { Intestine of turbot (Pleuronectes maximus). 


particulars from it. Itis somewhat more than half an inch in length, 
and 2 lines in width at the widest part (immediately behind the 
ventral pore); it continues to be nearly of the same diameter, and 
then gradually diminishes towards the caudal extremity. The head 
is distinct and reniform, larger in proportion than that of the Distoma 
echinatum, edged with short spines placed at regular intervals. The 
neck and anterior part of the body are armed with very numerous 
minute spines, in which it also differs from the D. echinatum. After 
the animals had been immersed in spirits of wine, the neck became 
curved, the convexity upon the dorsal surface. The pores are orbi- 
cular ; the anterior small, the ventral much larger ; they are seated 
near each other. 

* This species, which I found in the stomach of the common red 
gurnard (Trigla Pini), does not appear to have been previously de- 
scribed. It belongs to the division in which the body is cylindrical, 
and to the subdivision in which the pores are of equal size. It mea- 
sures about half a line in length; colour white at each extremity, 
yellowish red about the centre; both pores are orbicular, inferior, 
and seated near one another, the ventral being prominent. It lived 
for a short time in water after being removed from the animal. After 
remaining for a short time in spirits of wine, the pores were seen to 
be of equal size; but in this as in other species of Distoma, when 
the animal is alive it dilates and contracts the pores constantly, so 
that at one time the anterior pore is the larger, at another the 
ventral is the larger. : 

+ This species of Distoma, which inhabits the intestinal canal of 
the haddock, the whiting and the coal-fish (Merlangus Carbonarius), 
belongs to the division in which the body is flat, and to the subdi- 
vision in which the pores are of unequal size, the anterior being the 
larger. The longest specimen measures 2 lines in length, the smallest 
1 line; colour yellowish in centre, white in other parts; dorsal sur- 
face convex, ventral surface flat; more attenuated anteriorly than 
posteriorly, extremities obtuse. The anterior pore is orbicular, some- 
times elliptical, always double the size of the ventral; ventral pore 
orbicular, situated in the anterior half of the body, but near the 
centre. 

{ This species does not appear to have been previously described ; 
it belongs to the same division and subdivision as the preceding, the 
body being flat and the pores unequal. It is abouta line in length, 
flattened and linear, of equal diameter in its whole length, not atte- 
nuated at the extremities. Both pores are orbicular; anterior more 


Dr. O’Bryen Bellingham on Irish Entozoa. 429 


29. Distoma.. Intestine of holibut (Hippoglossus vulgaris). 
30. *, Intestine of sun-fish (Orthagoriscus Mola). 
[3l. +. C&sophagus of common snake (Natrizx torquata).] 


than twice the size of the ventral ; ventral pore distant, seated near 
the centre of the body. 

* This species of Distoma, which I found in the intestines of the 
sun-fish (Orthagoriscus Mola), has not been previously described. It 
belongs to the division in which the body is cylindrical, and to the 
subdivision in which the pores are of unequal size. It measures from 
4 to 5 lines in length ; colour a dirty yellow after remaining in spirits 
of wine ; body cylindrical; greatest diameter near the ventral pore, 
diminishing gradually towards each extremity ; neck cylindrical ; 
both pores elliptical ; the long diameter of the anterior transverse, of 
the ventral pore longitudinal ; ventral pore larger than the anterior, 
and prominent. 

This species of Distoma differs from the D. contortum (which in- 
habits the gills of the sun-fish) in being of a different colour and 
smaller size; the ventral pore is not pedunculated as it is in the D. 
contortum and D. nigroflavum ; the body of the animal does not be- 
come curved after being placed in spirits of wine, and the head or 
neck is not armed with spines, in which it also differs from those 
two species. 

{ I have found many specimens of an undescribed species of Di- 
stoma in the cesophagus of the common snake (Natrix torquata), which 
is an inhabitant of England, but not of this country. This species is 
more tenacious of life than most other Distomata, as it lived for some 
time in a vessel of fresh water. It belongs to the division in which 
the body is cylindrical, and to the subdivision in which the pores are 
of equal size. It measures a line and a half in length when fully 
extended, when contracted about a line. The body is cylindrical, but 
when the animal is fully extended, it appears to be flattened, although, 
after it has been kept in spirits of wine for a short time, it becomes 
cylindrical, The colour of the body between the anterior and ventral 
pore is white, and two vessels are seen here passing backwards from 
the anterior pore ; the ovaries, which occupy the sides of the body, 
are of a reddish colour; posteriorly the body is filled with a black 
substance, similar to what is seen in the D. cylindraceum, from which 
circumstance the species might perhaps be named Distoma nigro- 
venosum ; the greatest diameter of the body is about the ventral pore ; 
the caudal extremity is obtuse. When the animal is alive, the an- 
terior pore is sometimes larger, sometimes smaller than the ventral ; 
its shape is also either orbicular or elliptical ; after its death, both 
pores become orbicular and of equal size ; the ventral pore is promi- 
nent. ‘The distance between the pores also varies during the motions 
of the animal; after it has lain in spirits of wine, they are seated close 
to one another. 


430 Mr. W. Thompson’s Additions to the Fauna of Ireland. 
32. Distonia*, Small intestine of pochard (Fuligula ferina). 


* In the month of January 1839 I found a large number of an ap- 
parently undescribed species of Distoma in the small intestine of the 
pochard (Fuligula ferina); when recent they were subrotund, but 
(after having lain in water for twenty-four hours) they became nearly 
flat on being placed in spirits ; colour reddish at first, afterwards dirty 
white ; head subreniform, unarmed ; neck (or that part between the 
pores) generally curved, the concavity upon the abdominal surface 
forming a channel at this place. Both extremities attenuated. Pores 
orbicular, seated near each other; anterior very small and terminal ; 
ventral much larger, cup-shaped and prominent. Between the an- 
terior and ventral pore, close to the ventral, a lemniscus is some- 
times seen to project. 

[To be continued. ] 


XLVIII.—Additions to the Fauna of Ireland. By Wit1L1aM 
THompson, Pres. Nat. Hist. and Phil, Society of Belfast. 


MOLLUSCA. 
Class GASTEROPODA. 
Order NupIBRANCHIATA. 


Doris repanda, Alder and Hancock, Annals Nat. Hist. vol. ix. p. 32. 
A specimen of this Doris was found between tide-marks at Round- 
stone, county Galway, in July 1840: R. Ball, E. Forbes, W. T. 

Doris aspera, Ald. and Hanc., Ann. Nat. Hist. ix. 32. Very young 
examples of a Doris, and most probably (according to Mr. Alder) 
of this species, were obtained at Glandore bay, county of Cork, by 
Dr. George J. Allman in the month of August 1842. Mr. Alder 
himself procured specimens of D. aspera during an excursion in 
September last with Dr. Farran of Dublin to Malahide, on the 
coast of the county of Dublin*. 

Goniodoris nodosa, Mont. (sp.) ; Doris nodosa, Mont., Linn. Trans. 
yol.ix. p. 107. t. 7. £.2. Twelve specimens of G. nodosa occurred 
on a plant of Fucus vesiculosus dredged in Killery bay, county of 
Galway, in July 1840: R. Ball, E. Forbes, G. C. Hyndman, W. T. 
Mr. Alder found the species to be plentiful at Malahide in Sep- 
tember last. 

Polycera ocellata, Ald. and Hane., Ann. Nat. Hist. vol. ix. p. 33. 
Mr. Alder, by means of the dredge, took this species commonly and 
of all sizes in Dublin bay in August last, and subsequently ob- 
tained a specimen at Malahide. 

Polycera citrina, Alder, Ann. Nat. Hist. vol. vi. p. 340. pl. 9. f. 7—9. 


* The new species of Mollusca Nudibranchia obtained on this occasion 
are described by Messrs, Alder and Hancock at p. 161 of the present 
volume. 


Mr. W. Thompson’s Additions to the Fauna of Ireland. 431 


Mr. Alder dredged two or three specimens of this species in Dublin 
bay at the same time with the last. 

Polycera cristata, Alder, Ann. Nat. Hist. vol. vi. p. 340. pl. 9. £. 10, 
11. Obtained with the preceding two species :—-common. 

Tritonia plebeia, Jobnst., Ann. Nat. Hist. vol. i. p. 115. pl. 3. f. 3,4. 
A specimen was taken by dredging in Cork harbour, August 1843 : 
R, Ball and E. Forbes. 

Tritonia arborescens, Cuv. Several specimens of a small size were 
taken by Mr. Alder and Dr. Farran at Malahide. Tritonia lactea, 
Ann. Nat. Hist. vol. v. p. 88. pl. 2. f. 8, is considered by Mr. Alder 
a variety of T’, arborescens. 

Melibea coronata, Johnst., Ann, Nat. Hist. vol. i. p. 117. pl. 3. f. 5 
—8. Obtained at Glandore bay, county Cork, in August 1842, 
by Dr. George J. Allman, and subsequently in Dublin bay by Mr. 
Alder, who is now of opinion that the Melib. ornata, Ann. Nat. 
Hist. vol. ix. p. 33, is a variety of M. coronata. 

Eolis coronata, Forbes, Report Brit. Assoc. Meeting 1839, p, 647. 
Procured with the last at Glandore bay: found to be common at 
Malahide by Mr. Alder and Dr, Farran. 

Eolis pallida, Ald, and Hane., Ann. Nat. Hist. vol. ix. p. 35. A single 
example taken at Malahide with the preceding. 


Order INFEROBRANCHIATA. 


Pleurobranchus membranaceus, Mont. (sp.); Lamellaria memb., Mont., 
Linn. Trans. vol. xi. p. 184. pl. 12, f.38. Mr. John Humphreys 
of Cork has informed me that a specimen occurred to Mr. Beeyor 
and himself when dredging in the harbour there last summer : 
“the animal was large, about 2 inches in length, and the shell a 
very good one’’——the species had not before been met with by 
Mr. Humphreys. 

Order TecT1BRANCHIATA. 


Bulla diaphana, Turt., Conch. Dict. p. 22; Diaphana pellucida, 
Brown’s Illust. lsted.? Two specimens have been taken by Mr. 
Hyndman and myself when dredging in Strangford lough, and the 
species has been found by Mr. T. W. Warren at Portmarnock, on 
the Dublin coast. ’ 

Bulla hyalina, Turt., Loudon’s Mag. of Nat. Hist. vol. vii. p. 353. 
Obtained at Portmarnock by Mr. Warren; and in shell-sand col- 
lected at Bundoran and Ballysodare on the western coast. by Mrs. 
Hancock. : ef 

Bulla pectinata, Dillw. ; B. scabra, Miill., Zool. Dan. ; B. angustata, 
Phil. ; B. catenulifera, Scaphander catenata, Leach. All these 
names, according to Mr. Alder, refer to the same species: it has 
been found at Portmarnock by Mr. Warren, and at Bundoran (co. 
Donegal) by Mrs. Hancock. Mr. Humphreys of Cork notices it 
under Leach’s name as procured by him there in the stomach of a 
sole (Solea vulgaris). 

Bullea punctata, Adams(sp.); Turt., Loudon’s Mag. Nat. Hist. vol. vii. 
p- 353. Obtained from three localities on the western coast—Mil- 
town Malbay (W.H. Harvey), Kilkee in the co. Clare, and Bun- 


432 Mr. W. Thompson’s Additions to the Fauna of Ireland. 


doran (Mrs. Hancock). Mr. Alder notes this as distinct from B. 
catena, Mont., with which some authors have considered it iden- 
tical. 

? Auricula fusiformis, Turt. (sp.); Voluta fusif., Turt., Conch. Dict. 
p- 251. Mr. Alder, on examination of a shell from Portmarnock in 
Mr. Warren’s collection agreeing with the description of Voluta 
Ffusiformis, was disposed to believe it worthy of specific rank : a 
similar shell was obtained at Bundoran by Mrs. Hancock. 


Order PEcTINIBRANCHIATA. 


Eulima distorta, Desh. (sp.) ; Melania distorta, Philippi, Moll. Siciliz, 
p. 158. tab. 9. f. 10. Dredged from a depth of 15 fathoms in Bir- 
terbuy bay, co. Galway, by Dr. Farran; Portmarnock, Mr. War- 
ren. Mr. Alder is of opinion that the #. polita of Macgillivray’s 
Aberdeenshire Mollusca may be this species. 

Parthenia* (Lowe) indistincta, Mont. (sp.) ; Turbo indistincta, Mont.t 

- Found at Portmarnock by Mr. Hyndman (1835), and at Bundoran 
by Mrs. Hancock. 2 

Parthenia glabra, Leach (sp.) ; Alvania glabra, Leach MSS. British 
Museum. Mr. Alder remarks—‘‘ A specimen I have from Port- 
marnock is the same as is marked Alvania glabra, Leach, in the 
British Museum, but it may be a worn variety of Turritella ascaris.” 
It has been collected at the locality already named by Mr. Warren, 
and at Bundoran by Mrs. Hancock. 

Rissoa rufilabrum, Leach (sp.); Alder in present vol. p. 325. Mr. 
Alder refers a Rissoa obtained at Portmarnock by Mr. Warren to 
this species. 

Odostomia spiralis, Mont. (sp.). In shell-sand from Magilligan, 
county Londonderry, collected by Miss Moody; Portmarnock, 
Mr. Warren. 

Odostomia interstincta, Mont. (sp.). Portmarnock, Mr. Warren. 

Odostomia cylindrica, Alder in present vol. p. 327. A single example 
of this new species has been obtained in shell-sand collected at 

_  Bundoran by Mrs. Hancock. 

Odostomia obliqua, Alder in present vol. p. 327. Two specimens ob- 
tained with the last. 

Fusus Barvicensis, Johnst., Edin. Phil. Journ. vol. xiii. p. 221. A 
specimen is in the collection of Irish shells of the late John Tem- 
pleton, Esq., presented by his family to the Belfast Museum: it 
was probably found in the north. 

Pleurotoma Boothii, Smith (sp.), Wern. Mem. viii. part 1. A spe- 
cimen has been obtained at Portmarnock by Mr. Warren. 

Pleurotoma Trevellyanum, Turt., Loudon’s Mag. Nat. Hist. vol. viii. 
As last. 


* In Part 2 of the excellent ‘Enumeratio Molluscorum Siciliz ’ of Phi- 
lippi, his genus Pyrgiscus and Parthenia of Lowe are referred to Chemnitzia 
of D’Orbigny as the prior name. 

+ Dr. Fleming’s 7urritella indistincta is different from that of Montagu, 
and identical with the Turr. fulvocincta described in the fifth volume of the 
‘ Annals.’ 


Mr. W. Thompson’s Additions to the Fauna of Ireland. 433 


Planavis? lineata, Da Costa (sp.) ; Buccinum lineatum. A specimen 
was found in a fishing-boat at Bray, near Dublin, by Mr. Warren, 
and several specimens have been collected on the beach at Bun- 
doran by Mrs. Hancock. Professor E. Forbes remarks that the 
species should probably be a Nassa, especially if truly native. 

Velutina otis, Turton. Procured at Miltown Malbay by Mr. W. H. 
Harvey, and in Clifden bay, county Galway, a dead specimen was 
obtained by dredging, in July 1840: R. Ball, E. Forbes, G. C. 
Hyndman, W. T. . 


Class ACEPHALA. 


Order BracHiopopDa. 


Terebratula aurita, Flem., Phil. Zool. ; T. caput-serpentis, Lam. The 
Ordnance Museum, Phoenix Park, Dublin, contains a specimen 
labelled as obtained at ‘‘ Whitehead bay, county Antrim, November 
1839 :” it was I believe taken alive by dredging. 

Terebratula psittacea, 'Turt. (sp.), Conch. Dict. p.5. Aspecimen of 
this Terebratula, labelled ‘‘ Dublin bay,”’ was observed by Mr. Alder 
and myself in the museum of the Royal Dublin Society in August 
last. ‘Turton mentions a single specimen of ‘‘ Anomia terebratula ”’ 
being ‘‘ dredged up alive in Dublin bay, and placed in the museum 
of the Dublin Society,” but we could not ascertain whether the 
shell now preserved was that alluded to by Turton. ‘‘ Anomia 
psitiacea”’ was noticed by him only as an English species. 


Order LAMELLIBRANCHIATA., 


Pecten nebulosus, Brown’s Illust. In Dr. Farran’s collection are spe- 
cimens of this Pecten, purchased of a dealer who stated that he 
procured them from Lough Foyle, county Londonderry : this evi- 
dence, as Dr. Farran remarks, is insufficient; but it seems to me 
desirable to notice the circumstance, as the species, which inhabits 
the western coast of Scotland, may probably occur on the neigh- 
bouring coast of Ireland. I have seen fine specimens from Lough 
Fyne, Argyleshire. Pecten glaber, Penn. and Mont., believed to 
be identical with this, has been obtained by Mr. Humphreys at 
Cork (Ann. Nat. Hist. vol. v. p. 12). 

Lima tenera, Turton, Zool. Journ. vol. ii. The Ordnance Museum 
contains upon a card a fresh-looking specimen of this shell, and 
one of Lima fragilis labelled with the latter name as dredged from 
7 fathoms in Belfast bay. L. tenera has long been known to me 
as found, by Dr. Wm. M°Gee, in a recent deposit of mud in Belfast 
bay, close to the town. 

Arca Noe, Linn. Fine and perfect specimens of the true Arca Noe 
(according to Mr. Alder) are in Mr. Warren’s collection: they were 
procured on the coast of Cork by Mr. Townsend. 

Amphidesma tenuis, Turt., Brit. Biv. p. 53; Ligula tenuis, Mont., 
Test. Brit. p. 572. t. 17. f. 7. I have received specimens of this 
well-marked species from Larne lough, county of Antrim. 

Lepton squamosum, 'Turt., Brit. Biv.; Solen squamosum, Mont. A 


434 Mr. W. Thompson’s Additions to the Fauna of Ireland. 


single valve of this shell was dredged in Cork harbour in August 
last: Prof. E. Forbes, Mr. R. Ball. 

Montacuta substriata, Mont. (sp.); Ligula substriata, Mont. Found 
on the purple heart-urchin (Spatangus purpureus), dredged from 
25 fathoms at the entrance of Belfast bay by Mr. Hyndman in 
May 1842. 

Gastrochena pholadia, Mont. (sp.), Turt. Brit. Biv.; G. hians, Flem. ; 
Mya pholadia, Mont. ; Mya dubia, Penn. South islands of Arran, 
off Galway bay, and Youghal, county Cork, Mr. R. Ball. 

Pholas papyraceus, Turt., Brit. Biv. p. 2. tab. 1. f. 1—4; Pholas la- 
mellatus, ibid. p. 4. tab. 1. f. 5, 6. T'wo specimens of this shell in 
the Ordnance Museum are labelled “ Portrush,”’ north of Ireland. 
In the fifth volume of the ‘ Annals,’ p. 14, this species was noticed 
as Irish with some doubt. Mr. W.H. Harvey now writes to me 
that ‘‘ the specimen there alluded to as found in a fishing-boat at 
Dublin was procured by Mr. Wm. Todhunter, who believes it to 
have been dredged on a shelly bank between Howth and Lambay. 
It certainly was imbedded in a sandy conglomerate of shells, &c., 
which is commonly dredged in this place—the Torbay habitat, if I 
remember right, is hard red-sandstone, and totally different.” It 
is remarked, in reference to the former note—*“ All the boats of a 
certain class in this port (Dublin) are called ‘ Torbay ’ boats, as 
they originally came Fins that place.” 

Pholas striatus, Linn., Mont. Test. Brit. p. 26; P. conoides, Par- 
sons, Flem. Brit. Anim. p.457. January 7, 1842, I was favoured 
with the following communication by Mr. Warren of Dublin :—<“ I 
send for your examination a Pholas which is new to me, and should 
like to know if it has been obtained before in Ireland. It was found 

' with others in a piece of water-logged mahogany near Killala, in 
the county of Sligo, by Richard Glennon, jun.” With the letter 
were a single valve and a perfect specimen, which corresponded 
well with the descriptions of Montagu and Fleming: the speci- 
mens were 4 lines in length and 74 in breadth ; the plate at the 
hinge ‘t sub-oval,” as described by Montagu. 

In January 1844 I was further informed by Mr. Warren, that 
he had received a specimen of this Pholas from Mr. Gaggot, who 
found several on the coast of Clare. The occurrence of the spe- 
cies in the first instance was I believe noticed in the ‘ Dublin 
Penny Magazine.’ 

Pholas parvus, Mont. Was procured many years ago off the Long 
Strand, Belfast bay, by Dr. J. L. Drummond ; subsequently by the 
Ordnance collectors at Whitehouse Point in the same bay. 


Mouuvsca Tunicata. 


Ascidia mentula, Mill., Zool. Dan. vol. i. p. 6. t. 8. f. 1—4. (Phallu- 
sia, Savigny). Belfast bay; Roundstone bay, eo. Galway, ad- 
hering to a stone between tide-marks, W. T. &c, 

Ascidia conchilega, Mull., Zool. Dan. vol. i. p. 42. t. 34. f. 4-6. 
Coasts of Antrim and Down, W. T. 


Mr, W. Thompson’s Additions to the Fauna of Ireland. 435 


Aseidia eanina, Miill., Zool. Dan. vol. ii, p. 19. t. 55. f. 1—6. (Phal- 
lusia, Sav.) Strangford lough; Clew bay (co. Mayo), W. T. &c. 

Ascidia communis, Forbes MSS. Clew bay, E. Forbes, &c. 

Amaroucium proliferum, Edw., Ascid. Compos. p. 67. pl. 1. f, 3, and 
pl. 3. f.2. Belfast bay, W. T, 

Leptoclinum gelatinosum, Edw., Ase. Comp. p. 83. pl. 8. f.1. On the 
roots of Laminarie in Belfast bay, W. T. 

Leptoclinum maculosum, Edw., Asc. Comp. p. 81. pl. 8. f. 2. On the 
roots of Laminarig in Belfast bay and north of Ireland generally 
—our most common Leptoclinum, W. T. 

Leptoclinum asperum, Edw., Asc. Comp. p. 82. pl. 8. f.3. With 
last. 

Leptoclinum durum, Edw., Asc. Comp. p. 82. pl. 8.f.4, Dredged 
in Strangford lough, Mr. Hyndman and W. T. : 

Botryllus gemmeus, Sav., Edw. Asc. Comp, p. 89. pl. 6. f.5. Ad- 
hering to Fuci dredged in Belfast bay by Edmund Getty, Esq. 

Botryllus bivittatus, Edw., Asc, Comp. p. 92. pl, 6, f. 7.* With last. 


CRUSTACEA. 


Alauna rostrata, Goodsir, Edin. Phil. Journ. vol. xxxiv. p. 130. pl. 4? 
(Jan. 1843). Taken at Newcastle, county Down, August 1836, 
W.T. 

Cuma trispinosa,Goodsir, Edin. Phil. Journ. vol. xxxiv. p. 129. pl. 3. 
f,1.2 Portaferry, Strangford lough, summer of 1838, Robert 
Patterson. 

Proto pedatum, Mill. (sp.), Zool. Dan. ; Leptomera pedata, Edw., 
Hist. Crust. vol. ii. p. 109. Among Alge dredged at Bangor, 
county Down, 1834, Mr. Hyndman and W. T: 

Arcturus longicornis, Sowerby (sp.), Brit. Misc. pl. 10. Specimens 
from Belfast bay are in the Ordnance Museum, and from Dublin 
bay in the Museum of the Royal Dublin Society. 

Spheroma rugicauda, Leach, Linn. Trans. vol. xi. p. 369? Coast of 
Down, W. T. 

Cirolana Cranchit, Leach. Obtained in Belfast bay by the Ordnance 
collectors and by Mr. Hyndman, who brought me several specimens 
taken by him on the common skate (Raia Batis). Specimens from 
Dublin bay are in the museum of the Royal Dublin Society. 

C. Cranchit has been sent me from Portpatrick, Scotland. 

Cecrops Latreillii, Leach. Examples of this species found on a sun- 
fish (Orthagoriscus Mola) at Kinsale, county Cork, in August last 
by Dr. Geo. J. Allman, have been kindly sent to me by that gen- 
tleman. 

Lerneonema monillaris, Kdw., Hist. Crust. vol. iii. p. 525. pl. 41. f. 5. 
This species has been favoured me by Mr. R. Ball, who procured 
specimens adhering to the sprat (Clupea Sprattus) at Youghal. 


* In concluding the Mollusca, two species may be referred to as noticed 
in a Report on the Invertebrata of Ireland, published in the Transactions 
of the British Association for 1843. They are Peracle Flemingii, Forbes 
(Fusus retroversus, Flem.), and Amphipeplea glutinosa. 3 


436 Mr. W. Thompson’s Additions to the Fauna of Ireland. 


Mr. Ball remarks that when alive it is of a beautiful green colour, 
and generally adheres to the cornea of the fish’s eye: one of those 
sent to me is fixed to the body of the sprat close to the dorsal fin. 

Nymphum gracile, Leach, Zool. Misc. vol. i. p. 45. pl. 19, f. 1. 
Shores of Antrim and Down, W. T. 

Orythia coccinea, Johnst., Mag. Zool. and Bot. vol. i. p. 378. pl. 13. 
Portaferry, Strangford lough, 1837: Mr. Hyndman and W. T. 
See Edw. Hist. Crus. vol. iii. p. 536. 

Pychnogonum littorale, Strom. (sp.), Edw. Hist. Crust. vol. iii 
p. 537. 

Pychnogonum balenarum, Fabr. This common species was inci- 
dentally omitted in former ‘‘ Additions to the Fauna of Ireland.” 
Pyc. balenarum must on our coast be content with a smaller victim 
than a whale, and condescends to suck the juices of an Actinia. 
In January 1834, several of these parasites, from a very minute 
to a middle size, were found upon the Actinia mesembryanthemum 
at Bangor* by Mr. Hyndman and myself: on the shore near 
Dublin, the Pychnogonum has likewise been taken on Actinia by 
Dr. Bellingham. Specimens from Ballantrae, Ayrshire, and 
Whitehaven, Cumberland, are in my collection: among oysters 
brought from the latter place to Belfast, I have found them par- 
ticularly numerous. 

CIRRHIPEDA. 


Anatifa dentata, Lam. A specimen of this Anatifa from Magilligan, 
county Londonderry, is in Mr. Hyndman’s collection. It pre- 
sents every character of A. /evis, Lam., except in the dorsal valve 
being slightly dentate—a character insufficient in my B scarsie to 
constitute a specific difference. 

Pollicipes cornucopie, Leach; Lepas pollicipes, Gmel. Mr. Warren 
of Dublin informs me that he once saw fresh specimens brought 
to Mr. Glennon’s shop, and which were stated by the person in 
whose possession they were to have been found in the taking 
down of a lock for repairs at Ringsend, Dublin. 

Balanus scoticus, Brown’s Illus. pl. 7. f. 22. This species or variety 
is found on Pecten maximus in the north, and on the Dublin coast 
by Dr. Farran, who remarks that he has obtained it only on this 
shell. 

Balanus punctatus, Mont. Found at Carrickfergus ; common on the 
island of Ireland’s Eye, Dublin coast (W. T.), and at Youghal 
(R. Ball). 

Balanus candidus, Leach, Brown’s Illus. pl. 6. f. 8-10¢. Specimens 
of this fine Balanus taken off the northern coast of Dublin, or be- 
tween Carlingford and the Isle of Man, are in the collections of 
Mr. Warren, Dr. Farran, and Mr. R. Ball of Dublin.. The largest 
specimen is three inches in height (not reckoning valves) and 
nearly as much in diameter. The species varies greatly in form, 


* The Bangor noted throughout this paper is on the coast of Down. 
+ See correction of ZL. scoticus and L. candidus in description of plate 
32. 


Mr. W. Thompson’s Additions to the Fauna of Ireland. 487 


being sometimes much elongated, and of similar breadth from 
base to top, but is generally subpyramidal. Dr. Farran states 
that it is always adherent to Modiolus vulgaris; and is brought 
up in the trawl-nets used in taking flat-fish. 


ANNELIDA. 


Erpobdella tessulata, Miill. (sp.); Nephelis tess., Brightwell, Ann. 
Nat. Hist. vol. ix. p. 13. pl. 1. f. 15-17. In a letter from the 
Rey. Benj. J. Clarke, dated Tuam, Nov. 22, 1843, it is remarked— 
‘© T have a living Nephelis tessulata with the young adhering; I 
took it in a river here last July with others of the same species, 
and as this one contained ova, I kept it until the young were 
born. ‘They have not increased in size for the last two months, 
and have been clinging to the unfortunate mother for three 
months.” In a subsequent letter it was mentioned that ‘‘ the 
parent died in March (after having been kept in a bottle of water 
for nine months), and left her numerous progeny adhering in a 
cluster to the side of the glass. They did not leave her body 
until the hour of her death: they have increased very little in size 
in the last four months.” 

Piscicola geometra, Linn. (sp.) Lough Eaghish, county Monaghan, 
and Lough Neagh, Mr. Hyndman. Mr. Templeton has described 
and figured a new species from the latter locality in Loudon’s 
‘Magazine of Natural History,’ vol. ix. p. 236. f. 28, and 
named it P. Perce. The specimens observed by Mr. Hyndman 
are the true P. geometra as distinguished from P. Perce. 

Clepsina hyalina, Mill. (sp.), Brightwell, Ann. Nat. Hist. vol. ix. 
p- 15. pl. 1. f.20. Ballydrain lake, &c. near Belfast, W.'T. Lea- 
mington, Warwickshire, W. T. 

« Lumbricus lineatus, Mull., Johnst. Mag. Nat. Hist. vol. viii. p. 259. 
f.36. Coast of Down, W.'T.” Dr. Johnston,—to whom a large 
collection of Irish Annelides was submitted for being named and 
described ; the localities noted were attached to the specimens. 

Cirratulus medusa, Johnst., Mag. Zool. and Bot. vol. ii. p. 71. pl. 3. 
f. 7-12. Found under stones on the beach at Clew bay, co. Mayo, 
July 1840, W.'T.; dredged in Dalkey sound, Dublin bay, R. Ball 
and E. Forbes. 

Trophonia Goodsiri, Johnst., Ann. Nat. Hist. vol. iv. p. 371. pl. 11. 
f.1-10. Dredged in Strangford lough, near Portaferry, July 
1838, W. T. ‘The specimens from which the original description 
was drawn up, were taken in June 1839 at the Orkneys by Messrs. 
Forbes and Goodsir: Donaghadee, Dr. Drummond. ‘The Irish 
specimens are much smaller than those described by Dr. Johnston, 
but the bristles on every part of the body are considerably longer in 
proportion to the size of the animal than in those from Orkney; 
they are finely iridescent, like the bristles of the Aphrodita 
aculeata. 

* Terebella cirrhata, Mont., Linn. Trans. vol. xii. p. 342. pl. 12. f. 1. 
Coast of Down, W.T.” Dr. J. 


488 Mr. W.Thompson’s Additions to the Fawna of Ireland. 


Sabella reniformis, Turt. (sp.); Tubularia penicillus, Miull., Zool. 
Dan. vol. iii. t. 89. f.1, 2. Tia pool among the rocks at the en- 
tratice to Strangford lough; Mr. Hyndman and W: T. 

“‘ Sabella penicillus, Litin.; Amphitrite ventilabrum; var. 2; Tiirt., 
Penn. &c. Coast of Down, W. T.; Bangor, Mr. R. Patterson.” 
Dr. J. 

** Sabella carnea, Johnst. MSS. This species was noticed by Mon- 
tagu, ‘ Test. Brit.’ p. 544, but not nanied; I havé a beautiful 
figure of it, made some years ago; it is not uncommon in Ber- 
wick bay, Belfast bay, Strangford lough, open coast of Down, 
Ws Ti Rb.” De J: 

“ Sdbella tubularia, Mont. (sp.); Berkeley, Zool. Journ. vol. v. 
p- 426. Serpula tubul., Mont., Johnst., Loudon’s Mag: Nat. Hist. 
vol. vii. p. 126. f. 28; Brown’s Illus. pl. 2. f. 9, 10. Strangford 
lough, Mr. Hyndman and W. T.” Dr. J. 

“ Serpula vermicularis, Linn. (not Mont:.): Tubus verm., Ellis, 
Corall. pl. 38. f. 2. Serp. verm., Brown’s Illus. pl. 2. f. 2, 3, 
and Vermilia triquetra, pl. 2. f. 1. Strangford lough, Mr. Hynd- 
man and W. T:” Dr. J. 

Templeton gives “ 8. vermicularis, Linn.” in his catalogue, 
Mag. Nat. Hist. vol. ix. p. 233; but as the species so nathed by 
Lintieeus and that by Montagu are different, it is thought proper 
to notice both here. The following synonyms relate to the 
latter species. : 

‘* Serpula intricata, Linn. ; S. vermicularis, Miill.; Zool. Dan; vol. iii. 
p. 9. t. 86. f. 9. (animal); Mont. Test. Brit. p.509. S. Mulleri, 
Berkeley, Mag. Nat. Hist. vol. vii. p. 421.” Dr. J. Serp. ver- 
micularis, Monts, is noticed in Capt. Brown’s ‘Irish Testaceéa’ as 
found on the Dublin coast and in Lough Strangford. 

Serpula serrulata, Flem., Edin. Ency. vol. vii. p. 67. pl. 204: f. 8. 
S. tricuspidata, Sowerby. In a letter from Mr. John Humphreys 
of Cork, this species is mentioned under the latter name as 
“ detected by G. B. Sowerby on Pinne sent him from Cork 
harbour.” 

Serpula vitrea, Fabr.? Adherent to a stone brought up from deep 
water, on which were also Crania personata and Caryophyllia 
Smithii: Youghal, R. Ball*. 

«« Syllis armillaris, Mill. (sp.); Nereis arm., Mull., Wtirm. p: 150. 
t. 9. f.1-5. Coast of Down, W. T.” Dr. J: 

“ Phyllodoce lamelligera, Johnst., Ann. Nat. Hist. vol. iv. p: 225. 
pl. 7. f. 1-8. Coast of Down; Belfast Bay, W.T. Strangford 
lotigh, Mr. Hyndman and W. T. Bangor, Dr. Driimmond. 

“* Obs.—Except in being of much smaller size; the specimen from 
the last-iamied locality corresponds well with Blainville’s figure 
of P. Paretti. The more I examine the subject, the more I be- 


3? 


* Vermilia armata, Flem. Edin. Phil. Journ. vol. xii. p. 243: Strang- 
ford lough, W. T.,—Serpula contortus, Brown’s MSS. Illus. pl. 2 : Dublin 
coast, Mr, Warren,—are brought by Dr. Johnston under Serpula triquetra, 
Linn. 


Mr. W. Thompson’s Additions to the Fauna of Ireland, 489 


come satisfied that Phyl. laminosa*, P. lamelligera and P. Paretti 
are one and the same species; the differences pointed out between 
them depending, first, on age ; secondly, on the description having 
in some instances been made from living specimens, and in others 
from specimens preserved in spirits.” Dr. J. _ 

« Phyllodoce viridis, Johnst.; Ann. Nat. Hist. vol. iv. p. 228. pl. 6. 
f. 11-15; Ph. clavigera, Aud. and Edw. Coast of Down, W.T.” 
Dr. J. 

‘* Nephtys margaritacea, Johnst., Loudon’s Mag. Nat, Hist. vol. viii. 
p. 341. f. 33. Bangor, Dr. Drummond.” Dr. J. 

? ** Campontia eruciformis, Johnst., Loud. Mag. Nat. Hist. vol. viii. 
p. 179. 18. Bangor, Dr. Drummond.” Dr. J, 


FORAMINIFERA. 


Spirolina carinatula, Mont. (sp.) ; Nautilus carin., Mont. In shell- 
sand from Bundoran, co. Donegal, collected by Mrs. Hancock. 

Renoidea rotundata, Brown’s Illus. pl. 1. f. 14, 15. With last. 

— oblonga, Brown’s Illus. pl. 1. f. 16, 17. With last. 

———- glabra, Brown’s Illus. pl. 1. f. 20, 21. In shell-sand col- 
lected at Portmurnock, and sent me by Mr. Warren. 

Nodosaria recta, Maton and Rack. (sp.), Mont.; Nautilus recta. 
Bundoran, Mrs. Hancock. 


_ ENTOZOA. 


‘* Botriocephalus auriculatus, Rud., Syn. p. 479. Found in the 
smooth dog-fish, Mustelus levis.’ Communicated by Dr. J. L. 
Drummond. eaonet 

‘ Botriocephalus crassiceps, Rud. Found in the hake, Merlucius vul- 
garis.” Dr. D. 

« Distoma anguilla, Mull., Zool. Dan. t. 91. Found in the intestines 
of the conger-eel, Anguilla Conger.’ Dr. D. 

*« Ascaris simpler, Rud. Found in the stomach of the porpoise, 
Phocena communis.” Dr. D. 

“ Ascaris rigida, Rud. Found in the stomach of the fishing-frog, 
Lophius piscatorius.” Dr. D. | ‘ 

‘“* Ascaris crenata, Zed., Rud. Found in the starling, Sturnus vul- 
garis.” Dr. D. 


ECHINODERMATA. 


Cucumaria pentactes, Miill. (sp.), Forbes’s Brit. Echin, p. 213.. In 
the fifth vol. of the ‘ Annals,’ p. 247, I noticed the Holothuria pen- 


* « Phyllodoce laminosa, Sav.—Aud. and Edw. Litt. de Ja France, vol. ii. 
p. 222. pl. 5 A. f. 1-8. Portpatrick, Capt. Fayrer, R.N. The specimen 
was fifteen inches long, although a considerable piece of the posterior end 
was wanting, and consisted of 230 segments or thereabouts. The boily was 
of a rich bluish-purple colour on both surfaces with pearly reflections ; the 
lamellz over the feet were dusky olive. In other respects, the correspond- 
ence between it and the description of the species in the work above cited 
was very exact.”—Dr. Johnston’s remarks on a specimen from Scotland 
submitted to his examination. 


440 Mr. W. Thompson’s Additions to the Fauna of Ireland. 


tactes of the ‘ Zoologia Danica’ with doubt, from an examination 
of an injured specimen. I can now announce the species with 
certainty, Dr. Drummond having procured an example of it when 
dredging at Bangor in June 1839. 


ACALEPHA. 


“« Cydippe pileus, Linn. (sp.) Irish Sea.” Communicated by Pro- 
fessor E. Forbes. 

“* Melicertum campanulatum, Ehrenb. Ballycastle; Portrush, near 
Giant’s Causeway.” E. F. 

« Aurelia aurita, Linn. (sp.) North, west, and east coasts.” E. F. 
A species so called has been before noticed as Irish, but as more 
than one has passed under the name, the true species according 
to Prof. Forbes is here repeated. 

* Aurelia bilobata, Forbes MSS. Portrush.” E. F. 

** Cyanea Lamarckii, Péron. County Galway coast, July 1840.” 
R. Ball, W. Thompson, E. F. 


ZOOPHYTA. 


Thuiaria Thuia, Linn. (sp.) Miss Ball’s collection contains a speci- 
men presented by Mrs. Acheson Lyle as from Portrush, near the 
Giant’s Causeway: on further inquiry being kindly made by this 
lady, it was ascertained with certainty that a few specimens had 
been. picked up on the coast of Londonderry, between Moville and 
Greencastle, by Mr. Sawers. 

Zoanthus Couchit, Johnst. MSS. A specimen of this is in Mr. R. 
Ball’s collection, adherent to a stone dredged many years ago off 
the southern coast. 

Lepralia verrucosa, Esper (sp.) ; Lep. Johnstoni, Bean MSS. Dub- 
lin coast, Miss Ball, 1837*. 


AMORPHOZOA. 


Grantia lacunosa, Bean, Johnst. British Sponges, p. 176. pl. 20. 
f.2,3. Strangford lough, near Portaferry, July 1838, W. T. 
Dredged from a depth of eight to ten fathoms at Donaghadee, May 
1843, Dr. Drummond. 


* Pedicellina echinata, Sars., is noticed by Mr. Hassall in the ‘Annals,’ 
vol. vii. p. 365, as found in Dublin bay. I had some years before that time 
seen specimens from our north and south coasts; from Courtmasherry 
harbour (co. Cork), where they were found by Mr. Geo. J. Allman * at 
low spring tides attached to Sertularie, &c. in a little rocky fissure scarcely 
uncovered even at the lowest tides ;”’ and from about the entrance of Belfast 
bay, where they were dredged from a moderate depth on different occasions 
by Mr. Hyndman and Mr. Patterson. In May last, Dr. Drummond 
dredged likewise from a moderate depth, a group of the Pedicellina ad- 
herent to a stone at Donaghadee, county Down. 


Prof. H. Mohl on the Latex and its Movements. 44) 


XLIX.—Researches on the Latex and its Movements. 
By Prof. H. Mon.*. 


Tue author comments upon the variety of opinions that have 
been entertained concerning the latex, and considering the great 
importance of the subject in relation to vegetable physiology, and 
the entire incompatibility of M. Schultz’s theory with all previous 
notions, he felt that it was necessary to make a careful examina- 
tion of the facts on which that author had founded his theory. 
In the present paper he refers only to the last two works of 
Schultz, ‘Mémoire sur la circulation et sur les vaisseaux latici- 
féres dans les plantes,’ a prize essay which was crowned by the 
Paris Academy of Sciences in 1839; and ‘ Ueber die Cyklose des 
Lebenssaftes’ in the ‘ Nova Acta Acad. Nat. Curiosorum,’ 1841. 
He intimates that he shall probably consider the anatomical rela- 
tions of the laticiferous vessels on a future occasion. 


1. Organization of the Latex. 


According to M. Schultz, the milky juices consist of a coagulable 
liquid in which float a number of globules. The globules are 
chiefly composed of fatty or waxy matters; the small globules of 
wax, and the larger of membranous sacs inclosing fatty substance. 
The liquid (plasma) coagulates when exposed to the air, a sub- 
stance which he calls elatine (chiefly composed of caoutchouc), 
separating from it as fibrme does from coagulating blood. The 
globules do not participate in the coagulation ; they present true 
vesicles containing a nucleus, and do not entirely dissolve in al- 
cohol or ther, but shrivel up, and the fatty substance is then 
dissolved out. 

Prof. Mohl states that he has obtained results which make 
M. Schultz’s theory of the organization of the latex appear 
erroneous. : 

By placing a small quantity of latex between two slips of glass 
and. sliding these over one another, it may easily be seen that the 
globules are composed of a softish, very viscid matter, that press- 
ure unites them, and that there is no trace of an enveloping 
membrane; they may be collected and drawn out in a stringy 
mass, beneath the microscope, with the point of a fine needle. 
When a thin layer of latex is dried on glass, the liquid in which 
the globules float is changed into a transparent crust, which may 
be dissolved in water so as to re-establish the original condition 
of the sap. This dried serum forms a brittle mass, which, like 
a thin layer of gum, breaks with sharp angles, while the globules 


* From the Botanische Zeitung, 1843, p. 553. 
We are indebted to the kindness of Mr. Henfrey for the communication 
of this abstract.— Eps, 


Ann, & Mag. N. Hist. Vol. xiii. 2G 


44.2 Prof. H. Mohl on the Latex and its Movements. 


retain their original form and condition. When this dried mass 
is exposed to the air for about twenty-four hours, particularly if 
placed in the sun, the elastic substance of which the globules are 
‘composed contracts in the cavities of the serum, presenting the 
appearance of vesicular membranes containing nuclei; but the 
solution of the serum in water clearly proves this to be an illu- 
sion. 

From the above, it evidently results that caoutchouc is neither 
contained in the serum nor does it inclose the globules when 
dried, since the serum dissolves easily in water and dries into a 
brittle crust, which cannot be a membrane of caoutchouc, as M. 
Schultz called it. From the physical structure of the globules, it 
is hardly to be doubted that they contain caoutchouc, though pro- 
bably it is often combined with other substances. When a layer 
of dried latex is macerated in alcohol the globules are not dis- 
solved, but when the dried serum is redissolved in water it con- 
tains numerous little brownish flocks (coagulated albumen ?). 
When dried latex is macerated in ether, the dried serum is found 
to contain, not globules, but open cavities filled with air ; no trace 
of viscous matter remaining, but the crust of serum very brittle. 

Ather only determines a coagulation of the latex, inasmuch as 
it liquefies the globules, and at its evaporation leaves them in the 
form of a membrane. Alcohol acts differently ; it mixes with the 
latex and separates white membranes from it. By means of the 
microscope, these membranes are seen to be formed out of a sub- 
stance separated from the serum, having a granular appearance, 
lax cohesion, and. absolutely devoid of viscosity; they inclose a 
number of unaltered globules. Prof. Mohl suggests that this 
substance may be albumen. 

From the foregoing it will be seen that the globules are desti- 
tute of any trace of organization, and can no more be compared 
with blood-corpuscles than can any other drops of resin, oil, &e. 
met with in vegetable fluids. The caoutchouc of the latex can- 
not be compared with the fibrine of the blood, since it is not met 
with, as that is, in solution in the serum, and does not transform 
this latter into a plasma; it is met with, on the contrary, in a 
complete state of development under the form of globules. 


2, Movement of the Latex, 


The mutual attraction and repulsion of the globules and the 
walls of the vessels, the autosyncrasie and autodiacrasie of M. 
Schultz, our author sets down as pure creations of fancy. He 
says that it is nothing more than ordinary molecular motion, and 
takes place equally in fresh latex and that which has been di- 
luted with water or dried and redissolved. 

The movement in the form of a current is, according to M. 


Prof. H. Mohl on the Latex and its Movements. 443 


Schultz, independent of external influences; Prof. Mohl states 
that the latex in its natural condition is in a state of absolute 
repose. By bringing portions of uninjured plants of Chelidonium 
beneath the microscope, he found that while the connexion be- 
tween the leaf under examination and the rest of the plant was 
unbroken, a current could generally be perceived which lasted for 
about half a minute and then gradually ceased ; he satisfied him- 
self that this was produced by the torsion and compression of the 
vessels of the neighbouring parts. When the petiole was cut 
across, a very rapid current took place towards the wound, which 
continued until the coagulation of the extravasated latex closed. 
the wounded vessels. On cutting a little further up, the current 
was set up again. In the leaves of Tragopogon mutabilis, where 
the principal nerves take a rectilinear direction, the current could 
be made to flow from the summit to the base, or from the base 
to the summit of the leaf, according as the apex or the petiole of 
the leaf was cut off. The slightest pressure, also, affected the 
direction of the current. 

The author denies also that the rotation in the cells of Tra- 
descantia, &c. takes place in delicate vessels situated on the walls 
of the cells, as indicated by M. Schultz; since no such vessels 
can be traced, and the size and position of the currents are fre- 
quently seen to change in a manner which the idea of the con- 
traction and dilatation of such vessels is insufficient to explain. 


3. Of the Latex as the Vital Juice, 


M. Schultz compares the latex to the blood of animals, not 
only as regards its internal organization and its movements, but 
as regards its physiological value, declaring it to be the nutrient 
fluid of plants. 

Prof. Mohl says, that if he has succeeded in proving “that the 
latex does not possess the internal organization which M. Schultz 
_ attributes to it; that it differs in no particular, as far as regards 
its globules, from other vegetable juices which contain substances 
insoluble in water, such as oils, resin, or starch ; that M. Schultz’s 
theory of the coagulation is based upon false observation, and 
that the latex in uninjured plants exhibits no movement ”—he 
might abstain from further detail, convinced that all unprejudiced 
observers would arrive at the same conclusions : if these observa- 
tions are confirmed by others, it will necessarily be seen that 
those very points on which M. Schultz founded his theory, and 
which alone have determined him in establishing his doctrine, 
are founded on illusions. 

In addition to erroneous observation, however, M. Schultz’s 
theory is supported by the application of an analogy which he 
has established between plants and animals. He concludes, that 

| 2G2 


444. Mr, J. Walton on the Genus Apion. 


as the blood presents a visible organization, the nutrient fluid of 
plants must also. And why? asks Prof. Mohl: there is no rea- 
son which should force such a conclusion on us; on the contrary, 
the presence of granules could scarcely have any relation to the 
nutrient power of the vegetable juice. The anatomical conditions 
of the plant would present every difficulty to their movement ; 
and if, with M. Schultz, we perforate the walls of cells to give 
passage to vessels which no one has seen, we may establish what- 
ever physiological laws we please, and any kind of deductions 
from them. 

The elatine is not the true organic constituent of the latex 
which represents vegetable fibrine. This comparison has been 
shown above to be founded on errors of observation ; but it will 
be seen to be still more contrary to nature, if we consider the 
chemical relations of fibrine and caoutchouc. While animal 
bodies are almost entirely composed of fibrine, or chemical com- 
binations nearly identical with it, the great mass of the substance 
of vegetables is formed of matters which equally present the 
greatest chemical affinity to each other, which frequently pass 
from one into the other, and may be artificially transformed ; and 
all these differ extremely from caoutchouc, since the latter con- 
tains no oxygen. How is it possible, asks the author, to consider 
the almost insoluble caoutchouc as the principal agent in the 
nutrition of plants? It is contrary to all the most recent obser- 
vations in vegetable physiology. The latex is found in the 
smallest proportion in the youngest parts, where formation and 
nutrition are most active, and where it would be most necessary ; 
while caoutchouc, from its chemical composition, cannot be in- 
cluded in the series of neutral combinations through which we 
have a right to admit a direct passage from sugar to ligneous 
fibre. M. Schultz is also unable satisfactorily to explain the fact 
that the milky juices are mostly poisonous. 

Prof. Mohl concludes by stating that he is absolutely ignorant 
of the physiological value of the latex. We have no positive 
facts on which to base any certain theory ; but one thing, he 
says, 1s settled, which is, that the theory of M. Schultz must be 
regarded as an entirely unsuccessful attempt to resolve the 
enigma, and that the term vital juice must be rejected. 


L.—WNotes on the Synonymy of the Genus Apion, with Descriptions 
of Five new Species, &c.. By Joun Watton, Esq. 


Some time back I made an attempt to correct the synonymy and 

to determine the species of the interesting little British Curcu- 

lionites arranged under the generic title Apion*. I have since 
* See Ent. Mag. vol. v. p. 8. and p. 254. 


Mr. J. Walton on the Genus Apion. 445 


examined the whole group, and having additional materials 
for forming just conclusions on various points connected with 
them, I have thought a new list with such observations as have 
occurred might be acceptable to entomologists. In connexion 
with the synonyms it is necessary to observe, that the names 
of Marsham are quoted in the following pages on the authority 
of the Rev. Mr. Kirby, whilst those of the last-mentioned author 
are given from my own examination of the original specimens 
contained in the Kirbian collection. For the names and syno- 
nyms of M. Schoénherr and Dr. Germar I have the authority of 
those two authors except where otherwise stated ; an interchange 
of specimens has, however, in many cases enabled me to form an 
independent opinion. 

Mr. Kirby and other subsequent writers state that the clava 
of the antenna of the insects of this genus has only three joints, 
when in fact it consists of four; when mounted in Canada bal- 
sam, covered with thin glass, and viewed as an opake object, by 
means of a Lieberkuhn, with a power of 160 linear, the clava will 
be distinctly seen to be quadriarticulate, the apical jomt being 
minute, so that the antenna is composed of twelve articulations. 
I have examined the rostrum of many species of this genus, and it 
appears that it has on the under side two deep antennal grooves, 
converging from the points of insertion of the antenne, and 
uniting beneath the eyes; these grooves are divided towards the 
base by a narrow ridge, and their use is to receive and protect the 
basal jomts of the antenne. None of the British species described 
with the antennze basal have the points of insertion strictly at 
the base, but all have them at a greater or less distance from it, 
and have the antennal grooves very deep and of the form ofa V; 
in the first three species in which the rostrum is subulate, the 
antennal grooves are united beneath at the base, and form a broad, 
very deep, elongate furrow, which extends through the whole of 
the under side of the head. 

Besides the works quoted in my first communication, I shall 
_‘here have occasion to refer to the following :— 


Herbst. Natursystem aller bekannten in- und auslandischen Insecten, &c., 
von C. G, Jablonsky, Berlin, vii. 1797. 8vo. 


Kirb. Kirby on Herbst’s genus 4pion in the Transactions of the Linnzan 
Society, vol. ix. 1808; vol. x. 1811. 


Germ. Magazin der Entomologie, von E. F. Germar, vol. ii. 1817; and 
(App.) vol. iii. 1818. 

Germ. Germar in Entomologische Zeitung, Stettin, No. 1, Januar 1842, 
and No. 5, Mai 1842. 


Steph. Systematic Catalogue of British Insects, by J. F. Stephens. 8vo. 
1829. 


446 Mr. J. Walton on the Genus Apion. 


1. Apion Cracce, Linn., Herbst, Kirb., Gyll., Germ., Steph., 
Schonh. 

Cure. Cracce, Mus. Linn., Marsh. 

Ap. (&) ruficorne, Herbst, Kirb., Germ., Steph. 

About the middle of October last I met with this species at 
Shirley Common near Croydon, in great abundance upon the 
oak and ash trees, but I have never found it upon the Vicia 
Cracca. Mr. Waterhouse however informs me that he has reared 
several specimens from the pods of that plant. 


2. A. Pomona, Fab., Gyll., Germ., Steph., Schonh. 
Cure. cerulescens, Marsh. 

— (8. var.) glaber, Marsh. 

Ap. cerulescens, Kirb. 

In the first week of August last I collected a number of seed- 
pods of the Vicia sepium near Ryde in the Isle of Wight, and 
some time after, upon opening the paper in which they were in- 
closed, I found several specimens of Apion Pomone had made 
their escape from them ; in other pods there were small perfora- 
tions, as if made with a pin, and in these I found the living in- 
sect. Mr. Waterhouse and myself have beaten the present species 
out of the juniper bushes at Birch Wood in considerable abundance 
in the month of May. 


3. A. subulatum, Kirb., Germ., Gyll., Steph., Schonh. 

— (¢ var. §.), Kirb. MSS. et Mus. 

— Marshami ( ¢ ), Steph. (¢), Schonh. 

— (3) platalea, Curt. not Germ. 

I have again examined the two insects in the cabinet of Mr. 
Stephens under the name of Apion Marshami; they have the 
rostrum attenuated before the antennz, neither filiform, nor gib- 
bous beneath: they are certainly two female varieties of this spe- 
cies. The description of Apion Marshami by Schonherr was 
drawn from a specimen sent to that author by Mr. Waterhouse, 
which being now in the last-mentioned entomologist’s possession, 
I have had an opportunity of examining and comparing it with 
others: it is undoubtedly the male of Apion subulatum. I ma 
here mention that I have in my possession a species of Apion (the 
Ap. opeticum of Markel) sent me by Dr. Germar, which he had 
supposed was the Ap. Marshami of Schonherr ; it is certainly very 
nearly related to Ap. subulatum, but is however readily distin- 
guished by the form of the rostrum, which is stouter at the base, 
distinctly gibbous beneath, and filiform in front of the antenne. 
I possess specimens of Apion platalea sent me by Dr. Germar, 
which I find have no affinity to our Ap. subulatum, and. are of a 
species not hitherto found in this country. 

I have never met with Ap. subulatum in abundance, but have 


Mr, J. Walton on the Genus Apion. 447 


occasionally found it in Yorkshire, the Isle of Wight, and other 
places, in the months of August and September, invariably on the 
Lathyrus pratensis: near Bletchingly, in September, both sexes 
were found rather plentifully by Mr. Wollaston. 


4. A. Limonii, Kirb., Germ., Steph., Schonh. 


The Rev. Mr. Kirby first met with this insect in the sea- 
marshes at Holme, next the sea, in Norfolk, in the months of July 
and August, upon the leaves of Statice Limonium. 1 obtained 
from this plant several hundreds of this splendid species on the 
9th of August 184] at the same locality ; the oldest plants, with 
decaying leaves, produced by far the greater number of specimens. 


5. A. marchicum, Herbst (1797), Germ., Gyll., Schonh. 

= Spartii, Kirb. (1808), Germ., Steph., Schénh. 

— (var.) Rumicis, Kirb., Germ., Steph. 

— violaceum, Gyll. vol. iii. 

Cure. ( 2) aterrimus, Linn. (Mus. Linn.), Kirb. (Linn. Trans.). 

I have frequently captured this species in considerable numbers, 
first in Yorkshire on the Teucrium Scorodonia, and afterwards on 
Hampstead Heath, in the month of August, from the Rumex 
Acetosella : having never found it in the south on the Teucrium, 
I was induced to examine my northern specimens with greater 
care, but cannot discover any specific difference. Apion mar- 
chicum takes a wide range of variation, both in form, size and 
colouring. 

In a series in my possession of about 200 examples there are 
specimens less than a line in length, and others equal to a line 
and a half, with intermediate sizes; some have the elytra of a rich 
purplish copper colour, in others they are bright green, violet, 
dark blue, obscurely eeneous, and black ; the breadth of the head 
varies in both sexes, which is common to many other species of 
this genus ; the thorax is generally subcylindrical, with the sides 
nearly straight, and having but little tendency to the globose 
form which usually characterizes the Apion affine ; the upper sur- 
face is more or less convex, occasionally somewhat depressed, re- 
motely punctured, with the impressed point before the scutellum 
sometimes obsolete; the elytra vary m form, being frequently 
short-obovate and sometimes long-obovate, and more or less 
convex: individuals may be selected from a long series where 
these modifications of deat gradually merge into each other, 
and which, m my opinion, can only be regarded as varieties. of 
anormal form. Germar, Gyllenhal and Schonherr have adopted 
the name marchicum for this species on the authority of M. 
Schiippel. The Apion Sparti and Apion Rumicis of Kirby, ac- 
cording to Germar and Schonherr (to whom I sent specimens), 


448 Mr. J. Walton on the Genus Apion. 


are identical with Apion marchicum of Herbst. Apion Rumicis 
of Kirby’s MS. and collection is decidedly a purplish-copper- 
coloured variety of his Apion Spartii. The authentic British spe- 
cimens from which Schonherr described his Apion Spartii have 
been kindly lent me by Mr. Waterhouse for examination, and 
these I find also to be specifically identical with Kirby’s Apion 
Spartii. In the Linnzan cabinet there is an insect with the name 
Curc. aterrimus attached to the pin ; this insect I have repeatedly 
examined, and have always arrived at the same conclusion, that 
it is the Apion marchicum of Germ., Gyll., and Schonh. Mr. Kirby 
has little doubt that the specimen alluded to is the original Cur- 
culio aterrimus of Linneeus; but it is remarkable that the latter 
author should have always described the insect as “ totus ater,” 
for it has the elytra of a dark green colour : this circumstance has 
caused me to hesitate to adopt the old specific name aterrimus. 


6. A. affine, Kirb., Germ., Steph., Schuh. 


The affinity between this species and the foregoing (Apion mar- 
chicum) is extremely close ; individuals are found of the same size, 
with the form and sculpture of the thorax so much resembling 
the preceding, as to mduce Gyllenhal to consider the two species 
as scarcely distinct from each other. I cannot but regard Apion 
affine as a good species: it differs from Apion marchicum in being 
generally of a larger size, and varieties never occur so small as 
those of the latter species; the thorax inclines more to a globose 

form, with the punctures closer, larger and deeper; the elytra 
are proportionably wider and more convex, with less disposition 
to vary from the natural form than in Apion marchicum. 

Apion affine appears to be a rare insect in the south of En- 
gland, and was wanting in most of the London cabinets before I 
supplied them. I found this species in great abundance in only 
one locality—a hedge-bank in Yorkshire, at the latter end of June 
and the beginning of July, on various plants, but with none of 
Apion marchicum occurring ; nor have I ever found any of Apion 
affine in company with Apion marchicum, in any of the different 
localities in the north and south of England. 


7. A. humile, Germ. (1817), Gyll., Steph., Schonh. 
— brevirostre, Kirb., Gyll. (vol. iii.) not Herbst. 
— curtirostre, Germ., Steph. 

— (var.) sedi, Gyll. (vol. iv.) not Germ.* 
— plebeium, Steph. 


Mr. Kirby adopted the name Apion brevirostre of Herbst upon 
the authority of Major Gyllenhal, with the impression however 
that it was not the same, as it did not agree with Herbst’s de- 


* Schonh. Syn. Ins. vol. v. p. 441. 


Mr. J. Walton on the Genus Apion. 449 


scription. I possess foreign specimens of the true Apion brevi- 
rostre of Herbst sent me by Dr. Germar, and these are very di- 
stinct from the present species. 


8. A. minimum, Herbst, Gyll., Germ., Schonh., Steph. Man. 
— velox, Kirb., Germ., Steph. Ill. 
— foraminosum, Schénh. 


Dr. Germar has sent me German specimens under the last of 
the above names, with a remark that they do not differ from Apion 
minimum : in this opinion I perfectly agree. 

Mr. Smith found this rare species in Turner’s Wood, Hamp- 
stead, upon the willows in the month of May. Mr. 8. Stevens 
and myself have also taken it somewhat plentifully in the same 
locality. 


9. A. simile, Kirb., Germ., Steph., Schonh. 

— superciliosum, Gyll. (vol. iv.), Schénh. 

Specimens of both sexes of the Apion simile were sent by me 
to Schénherr, and returned by that author with the name simile 
but with a note of doubt. The insect from which Schonherr drew 
up his description of Apion simile was sent to him by Mr. Water- 
house, and was correctly referred to the Ap. simile of Kirby. An 
opportunity of examining the original typical specimens from 
which both Schonherr and Kirby made their descriptions has 
quite satisfied me on this point ; according to Germar, Ap. simile 
of Kirby is identical with the Ap. superciliosum of Gyllenhal and 
the Ap. triste of Germar*. 

This species has been found at Birch and Coombe Woods, at 
Shirley Common near Croydon, Yorkshire, and in other places, 
the latter end of June and the beginning of July, always on the 
birch-tree (Betula alba). 


10. A. tenwe, Kirb., Germ., Steph., Schénh. 


I found this insect plentifully in the Charlton sand-pits on 
the Trifolium officinale in the months of June and July; Mr. S. 
Stevens has taken it by sweeping, at Mickleham, Gravesend, 
Arundel, and other places, in the months of April, May, June, 
August and September. . 


11. A. seniculus, Karb., Gerin., Gyll., Steph., Schénh. 
— tenuis, Gyll. (vol. iii.), Germ. 
— (2) pusillum, Mus. Steph. not Germ. 
— (3 2) pubescens, Schénh. 
Not having had an opportunity of examining the Kirbian col- 
lection, Mr. Waterhouse formerly supposed the present species 
was the true Apion pubescens of Kirby, and in forwarding it un- 


* Ent. Zeit. Stettin 1842, p. 5. 


450 Mr. J. Walton on the Genus Apion. 


der that name to M. Schonherr, has given rise to an error in the 
work of that author, M. Schénherr having in fact drawn up his 
description under the head “Ap. pubescens, Kirby*,” from Mr. 
Waterhouse’s specimens ; and these I find upon examination were 
the Apion seniculus of Kirby, a nearly allied but certainly distinct 
species. The Apion elongatum of Germar is quoted by Schénherr 
as synonymous with the Ap. seniculus of Kirby. I have now in 
my possession a specimen of the Ap. elongatum from Germar, and 
am quite satisfied that it is a distinct species. I have found Apion 
seniculus very plentifully near Knaresborough, in Yorkshire, by 
sweeping in fields of grass during the months of May and June; 
it is {a8 common near London. f 


12. A. pubescens, Kirb., Steph. 
— civicum, Germ. 
— Salicis (Chevr. in Litt.), Schonh. 

The description given under the name of Ap. pubescens by 
Schénherr+ was taken from specimens forwarded to that author 
by Mr. Waterhouse, which, unfortunately, were not the pubes- 
cens of the original describer of the species ; they were undoubt- 
edly the Apion seniculus of Kirby: of the true Apion pubescens I 
sent six examples, including the sexes, to Schénherr, who observed 
that they were new to his collection, but were the species he had 
described as Ap. pubescens of Kirby! sgl 

I likewise forwarded several examples of Ap. pubescens to Dr. 
Germar, who stated that they are without doubt specifically 
identical with his Ap. civicum. I possess an insect sent me by 
Chevrolat of Paris, under the name of Apion Salicis of Chevrolat 
and Schénherr, which is, very distinctly, a true Ap. pubescens of 
Kirby. 

I apenas Ap. pubescens in great numbers on the east side of 
Hastings on the 4th of August, upon willows growing in hedges, 
and also in Yorkshire amongst grass. Mr. S. Stevens has taken 
it at Birch Wood, Arundel, and Hammersmith, in the months 


of August and September. 


13. A. Curtisii (Kirb. MSS.), Curtis f. 

Specimens of the true Ap. Curtisii which I sent to Schénherr 
were regarded by that author as the Ap. civicum of his work and 
of Gyllenhal. The insect described under the last-mentioned 
name by Gyllenhal had been received from Schtippel as the Ap. 
civicum of Germar, and judging from the description in the 
‘Insecta Suecica’ (vol. iv. p. 544), I am inclined to believe 
that Ap. civicum of Gyllenhal is synonymous with the Ap. pu- 


* Schonh. Syn. Ins. vol. v. p. 383. + Lbid. 
t Ann. Nat. Hist. vol. v. p. 281. 


Mr, J. Walton on the Genus Apion. 451 


bescens of Kirby, and therefore distinct from the present species. 
That the two are distinct I have further evidence, for Dr. Germar, 
to whom I sent specimens of Ap. Curtisii, and whose attention 
I particularly directed to the points of difficulty, informed me 
that it was a new species and not in his collection. The Apion 
seniculus, Curtisit and pubescens are nearly allied. Ap. pubescens 
is distinguished from Ap. Curtisii by its broad convex form, its 
more pubescent body, and in being /ess glossy; the head is broader, 
and has a concavity between the eyes; the rostrum is less glossy, 
and is slightly pubescent; the antenna has the third and fourth 
joints longer. 

Ap. seniculus differs from Ap. Curtisii in being larger and pro- 
portionably longer, in having the body distinctly clothed with 
whitish hairs, the head narrower in proportion, and the rostrum, 
in both sexes, much longer, but more strikingly so in the female : 
the elytra are oblong-ovate. s 

Ap. Curtisii has been taken on the sea-coast near Little Hamp- 
ton amongst grass, in the month of August, by Mr. S. Stevens ; 


and also by myself, in profusion, near Arundel, in the same month. 7» 2, 


14, A. violaceum, Kirb., Gyll., Steph., Schonh. 


This species, which is widely distributed, is found upon the 
common dock (Rumew obtusifolius) in many parts of England 
during the sprig and autumnal months. 


15. A. Hydrolapathi, Marsh., Kirb., Gyll., Germ., Steph., Schénh. 


This species is closely allied to the preceding, and is rather diffi- 
cult to distinguish ; but the head is evidently broader ; the rostrum 
shorter, and thicker at the base ; the thorax instead of an impressed 
point has a longitudinal furrow. 

This, like the last: species, is found in various parts of England. 
I have taken it both on the common dock and the great water- 
dock (Rumex Hydrolapathum) in the months of June and Sep- 
tember. 


16. A. frumentarium, Linn., Payk. (1792), Gyll., Schonh. 
— hematodes, Kirb., Germ., Steph. 

In the nomenclature of this species I have followed the Swedish 
entomologists, because that species which we call the Ap. frumen- 
tarium of Linnzus is not a native of Sweden; there is no speci- 
men in the Linnzan cabinet, and the description is too short in 
the ‘ Fauna Suecica’ to decide the question ; the term “ longi- 
rostris” is also used by Linneeus to define Curc. Pruni, placed by 
him in the same section ; the Curc. frumentarium of Fabricius, the 
next oldest writer, is equally if not more difficult to determine ; 
according to Gyllenhal (who had. better opportunities of judging 


452 Mr. J. Walton on the Genus Apion. 


than Kirby), the present insect is the Cure. frumentarius of Pay- 
kull ; for these reasons I have ventured to change the name. 

I obtained many specimens of this species near High Harrow- 
gate and at Scarborough in Yorkshire, in the months of July and 
August, from the Tewcrium Scorodonia, in company with Ap. mar- 
chicum and Ap. rubens. On Hampstead Heath abundantly upon 
the Rumex Acetosella, also in company with Ap. marchicum, but 
I never observed it in the south upon the first plant. 


17. A. rubens (Ingall MSS.), Steph. Man. 

This species is immediately distinguished from all its conge- 
ners by its narrow form, more pubescent body, and by the head 
being comparatively very short. 

Found very sparingly in Yorkshire on the Teucrium Scorodonia, 
but somewhat plentifully at Shirley Common near Croydon on 
the Rumex Acetosella in October ; and in sand-pits at Hampstead 
Heath, Weybridge, and Wimbledon Common, by S. Stevens. 


18. A. sanguineum, DeGeer, Gyll., Schénh. 

Oblong-obovate, dull rufo-testaceous ; pubescent: head rather 
short, coarsely punctured, somewhat rugose between the eyes, the 
punctures larger and deeper than on the thorax ; eyes black, rather 
prominent : rostrum in the male shorter and thicker than in the 
female, rather opake, distinctly punctulated to the apex, nearly 
straight ; in the female long, cylindrical, glabrous and shining, 
with scattered minute punctures, the tip piceous ; subporrect : 
antenne inserted a little behind the middle : thorax oblong ; ante- 
riorly slightly constricted and margined, more narrowed in front 
than behind, dilated in the middle, thickly and very minutely 
punctured, with a short impressed line at the base before the 
scutellum: elytra long-oval, moderately convex, crenate-striate, 
the interstices narrow, elevated, finely strigose: legs obscure rufo- 
testaceous, with the apex of the claws black. (Length 14—13 
line. 

This insect may be known from all the red species principally 
by having the rostrum nearly straight, and much longer in the 
female than in the male; a specimen was sent to Schonherr of 
the present species by Mr. Waterhouse, and returned with the 
name of Ap. sanguineum. 

It is apparently a very rare or a very local species ; 1 never met 
with it, but am indebted to Mr. Waterhouse for my specimens. 
Mr. 8. Stevens has examples from the collection of Mr. Griesbach, 
which were taken, he believes, at Coombe Wood. 


19. A. cruentatum, Walton. 
— sanguineum, Mus. Steph. 


Long-obovate, testaceous, slightly pubescent : head rather long, 


Mr. J. Walton on the Genus Apion. 453 


coarsely rugose-punctate ; eyes very prominent, black : rostrum 
short, curved, very stout, punctulated and shining, the apex black : 
thorax subeylindrical, dilated at the middle, rather deeply con- 
stricted and margined anteriorly, narrowed posteriorly, convex 
above, thickly and coarsely punctured : elytra obovate, very con- 
vex, deeply punctate-sulcate, the interstices narrow and elevated, 
scarcely as broad as the sulci: legs rather stout; the tibie and 
claws at their apices piceous. (Length 14—1% line.) 

There is a great resemblance between the present species and 
Ap. frumentarium, but this is a larger and more robust insect, 
with the rostrum distinctly thicker ; the punctures on the head 
and thorax are larger and deeper, and the legs stouter. 

This species is unknown to Germar and Schénherr ; it is appa- 
rently rather rare; I possess specimens taken in Yorkshire, and 
others from a grass field in September on the west side of Turner’s 
Wood, Hampstead: I never found it in company with Ap. fru- 
mentarium. 


20. A. miniatum, Schonh. 
— frumentarium, Herbst, Marsh., Kirb., Germ., Steph. 


Found in many places throughout England on the common 
dock (Rumew obtusifolius) in July. 


21. A. Onopordi, Kirb., Germ., Gyll., Steph., Schonh. 
— (var.) rugicolle, Steph. 
— penetrans, Steph. non Germ, 

I have never seen an indigenous specimen of Ap. penetrans of 
Germar (recorded as British) ; my foreign examples from Germar 
have the habit of Ap. Onopordi, but they are nevertheless very 
distinct from it : the thorax is less convex, and the punctures much 
smaller ; the elytra are elongate, very obscure blue-black, and pu- 
bescent. 

Common in Yorkshire and in many other places on thistles 
(Onopordum Acanthium). 


22. A. radiolus, Marsh., Kirb., Gyll., Steph., Schénh. 
Curc. aterrimus, Marsh., Gyll. vol. iii. 
A. (var.) oxurum, Kirb., Germ. 
— (2) nigrescens, Steph. 
— validum, Germ., Schénh. 
The foreign specimens of Ap. validum sent me by Schénherr and 
Germar are clearly identical with Ap. radiolus of Marsham. 
Very abundant in Yorkshire and the south of England on 
mallows (Malva sylvestris) in June. 


23. A. confluens, Kirby, Steph. 
— stolidum, Gyll., Schonh. 


For remarks on this species I must refer to the following 
(Apion stolidum of Germ.), 


454, Mr. J. Walton on the Genus Apion. 


Mr, 8. Stevens has found this species on very dry banks, but 
rarely; Brighton and Arundel in August, Birch Wood in July. 


24, A. stolidum, Germ., Steph. Man. 
— confluens, Gyll., Schonh. . 

Anion stolidum of Germar and Apion confluens of Kirby (but 
not of Gyllenhal and Schénherr) are in fact extremely alike ; va- 
rieties occur, which in the form of the elytra are difficult to di- 
stinguish ; nevertheless I think they ought to be given as distinct 
species ; the former may be distinguished from the latter by its 
shorter elytra and thorax. I sent several specimens with short 
elytra to Germar, under the name of Apion confluens of Kirby, 
and also two larger insects with the elytra elongate, named in 
doubt Ap. stolidum? of Germar : the former with short elytra he 
informed. me were the true Ap. stolidum of Germar, and the 
latter the Ap. stolidum of Schonherr, but previously unknown 
to him. The two large insects with elongate elytra I have since 
ascertained, by an examination of the typical specimen, belong to 
the Ap. confluens of Kirby: beyond this it will be clearly seen 
that Germar’s description and figure of Ap. stolidum must refer 
to the species having short elytra: Gyllenhal and Schénherr 
have reversed the names of the two species, and it is rather re- 
markable that these authors should have overlooked the import- 
ant words “coleoptris oblongo-ovatis” in Kirby’s description, 
using the terms “ elytris ovatis” as characteristic of Ap. confluens, 
whilst “elytris oblongo-ovatis” forms part of their description of 
Ap. stolidum. Imay add, that Mr. Waterhouse sent to M. Schén- 
herr two large specimens with the elytra oblong-ovate, and two 
smaller insects with the elytra short-ovate ; the former were re- 
turned as Ap. stolidum, and the latter as Ap. confluens. 

Mr. Samuel Stevens has found this species rather plentifully 
in July and August near Hammersmith Bridge, but, as he informs 
me, not in company with Ap. confluens. I met with a great num- 
ber of this species by sweeping in a pasture opposite Juniper Hall, 
near Mickleham, on the 11th of June. 


25. A. levigatum, Kirb., Germ., Steph. 
— brunnipes, Schonh. 

The male of this species is entirely black: the female has the 
elytra of a rich violet-colour. 

Mr. 8. Stevens found a male of this very rare and beautiful 
species at Birch Wood ; I afterwards fortunately obtained from the 
same locality several specimens of both sexes, the latter end of 
August and the beginning of September. 


26. A. encum, Fab., Herbst, Marsh., Kirb., Gyll., Germ., Steph., 


Schonh, 
Cure. (var. 3.) chalceus, Marsh. 


Common on mallows (Malva sylvestris) in June. 


Mr. J. Walton on the Genus Apion. 455 


27. A. Carduorum, Kirb. (1808), Germ., Steph. 
Cure. Sorbi, Marsh. 
A. gibbirostre, Gyll. (1813), Schonh, 
— (var.) tumidum, Steph. 

This insect has, near the base of the rostrum, two concayo- 
convex plates or cups (one on each side), surrounding the outer 
edges of two deep fovee, and the antennz are inserted in the 
concavities beneath ; the edges of the plates in front have a deep 
excision to receive the antennze when extended forward ; the foveze 
and the antennal grooves behind are separated by a prominent 
narrow ridge or carina which terminates beneath between the 
eyes: I have observed under the rostrum of Apion aneum, and in 
other species also, two deep foveze which are externally dilated, 
and have the usual deep antennal grooves behind. 

Frequently found upon thistles (Carduus) the latter end of July 
and the beginning of August. — 


28. A. rufirostre, Fab., Herbst, Marsh., Kirb., Germ., Gyll., Steph., 
Schonh, 
— (2?) malvarum, Kirb., Germ, 
* Cure. Trifolii, Marsh. not Linn. 
_ Found abundantly on the mallow (Malva sylvestris) in York- 
‘shire and within the metropolitan district, the latter end of June 
and the beginning of July. 


29. A. Malve, Fab., Marsh., Kirb., Germ., Steph., Schonh. 


_ Very plentiful on mallows (Malva sylvestris) at Birch and 
Coombe Woods, Combhurst near Croydon, and at Gravesend, in 
June and July. 


80. A. vernale, Fab., Herbst, Kirb., Gyll., Germ., Steph., Schénh. 
Cure. concinnus, Marsh. 

I found this insect on the south side of Windmill Hill, Graves- 
end, on the common stinging-nettle (Urtica dioica) in May, and 
Mr. 8. Stevens met with it in the same locality in October, and 
also at Southend in June; it appears to be very local and un- 
common, Deal. «by 


31, A. pallipes, Kirb., Gyll., Germ., Steph,, Schonh. 
— geniculatum, Germ. 

This species is very sparingly clothed with scattered whitish 
hairs, and all the coe are black ; the trochanters and tarsi piceous 
or pitchy black; the antenne with the basal joints generally 
piceous, and the club always dusky black. Germar has sent me 
a foreign specimen of his Ap. geniculatum, which he says is the 
pallipes of Kirby: no doubt can exist as to the correctness of this 
opinion. 


456 Mr. J. Walton on the Genus Apion. 


This insect is apparently rare in the south of England: it was 
taken at Arundel in August, and at Dorking in June, by Mr. 8. 
Stevens; and by myself at Knaresborough, m Yorkshire, plenti- , 
fully in June and September, amongst grass and on banks under 
hedges. } 


32. A. Germari, Walton. 


Ovate or long-ovate ; eneous black ; thickly clothed with a fine 
cinereous pubescence : head very short, subquadrate, punctulated, 
with an obsolete channel between the eyes ; eyes moderately pro- 
minent, ciliated: rostrum in the male short, stout, and thickly 
covered with whitish hairs ; longer in the female, rather slender, 
attenuated before the antennz, smooth, glabrous, and shining: 
the antenne inserted near the base beneath, entirely dull testa- 
ceous: thorax subcylindrical, thickly and finely punctured, the 
punctures confluent, with a dorsal lme before the base more or 
less distinct : elytra ovate, very convex, punctate-striate, the inter- 
stices slightly elevated, evidently punctured, very pubescent, with 
a whitish spot on each side of the scutellum, and a broad denuded 
transverse fascia on the middle of the back : legs slender, yellow ; 
the coxee black ; all the trochanters, with the joints of the legs, 
the tarsi and claws, at their apices, rufo-testaceous. Length 1—14 
line. : 

The affinity between this and the preceding species is certainly 
very close, but I am convinced it is sufficiently distinct ; it is a 
smaller insect, and differs in having a shorter form, a more convex 
body, the legs more slender, and in being considerably more pubes- 
cent, especially in recent specimens: the elytra having the white 
spots at the base, the denuded fascia on the back, the punctured 
interstices, yellow legs, the pale trochanters and tarsi, are all good 
distinctive characters. 

I have the pleasure of naming this new species as a testimony 
of respect to one of the most learned and distinguished ento- 
mologists in Europe. 

It is unknown to Schénherr and to Germar, to each of whom 
I sent specimens under the above name. 

I found this species very abundant on Mercurialis annua in 
the middle of September and October near the Tivoli Gardens, 
Margate. 


33. A. flavimanum, Schonh. 1838. 
— picicorne (Waterh. MSS.), Steph. Man. 1839. 


The anterior tibiz of this species are generally more or less 
dusky testaceous or piceous, sometimes entirely black; the an- 
tenn have the joints rufo-testaceous, piceous or black, the club 
always dull d/ack. : 


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Mr. J. Ralfs on the British species of Grammonema. 457 


Some years since Mr. Waterhouse first discovered this insect 
near Dorking. I found it at Mickleham rather plentifully the 
beginning of October 1837, on herbage under the hedges, in the 
park behind the church ; at Gravesend in June, Mr. 8. Stevens: 
it appears to be confined to chalky districts. 


34. A. atomarium, Kirb., Gyll., Germ., Steph. Man., Schonh, 
— pusillum, Germ. 

This is the most minute species of the genus found in England ; 
it was originally described by Mr. Kirby from a Swedish speci- 
men sent him by Major Gyllenhal, and for many years it was un- 
known as a British msect until Mr. Waterhouse found it near 
Dorking. In a note from Germar relative to this species, he in- 
forms me that the “ Ap. atomarium of Kirby is, without doubt, 
identical with the Ap. pusillum of Germar.” 

Taken in abundance at Birch Wood on the wild thyme (T7hy- 
mus Serpyllum) in September by Mr. 8. Stevens, Mr. Smith and 
myself, and occasionally in other places on the same plant. 


35. A. vicinum, Kirb., Germ., Steph., Schonh. 
— Loti, Gyll. 
— incrassatum, Germ. 

Very rare in the south of England, but I found it in Yorkshire 
in profusion on the black thorn (Prunus spinosa), growing on a 
hedge-bank by the side of a ditch full of rushes in a marshy 
situation. 


86. A. Hookeri, Kirb., Germ., Gyll., Steph., Schonh. 


I have frequently taken this insect in abundance in Yorkshire 
by sweeping in clover-fields (Trifolium pratense), particularly in 
a field near Low Harrowgate, in June and September ; and plen- 
tifully near Southampton in June; one example was found at 
Gravesend in June, and another at Shirley Common in Septem- 
ber, by Mr. S. Stevens. wri Op — peated. 

[To be continued. | 


LI.—On the British species of Grammonema and EKunotia. 
By Joun Ratrs, Esq., M.R.C.S., Penzance*. 


[With a Plate. ] 
GRAMMONEMA, 4g. 


Filaments gelatinous, elongated, flexible, not fragile ; frustules 
rectangular, plane, not striated, scarcely siliceous. 


In appearance this genus comes very near to Fragilaria, with 
which it is united by most writers, but its habit is so very differ- 


* Read before the Botanical Society of Edinburgh, February 8th, 1844. 
Ann, & Mag. N, Hist. Vol. xiui. 2H. 


458 Mr. J.Ralfs on the British species of Grammonema. 


ent that I am inclined with Agardh to keep them distinct. In 
Fragilaria the filaments are very fragile, breaking in pieces at the 
slightest touch ; the species do not adhere well to paper ; the frus- 
tules are siliceous and glass-like, and may be subjected to a red 
heat without any other alteration than the destruction of the 
colouring matter, and at each end are two more or less evident 
pellucid puncta. 

In Grammonema there is scarcely any silica, in’ which import- 
ant character it differs from most of the Diatomacee; the fila- 
ments are not fragile and are highly mucous, adhering firmly to 
paper or glass, and when dried appearing like a mere stain ; the 
application of nitric acid or a red heat destroys their form, and I 
can perceive no puncta at the ends of the frustules. 

The filaments are elongated, ribbon-like, and composed of nu- 
merous frustules which are longer than broad, 


1. G. Jurgensii, Ag. Filaments attenuated, yellowish-brown ; frus- 
tules three to eight times longer than broad, slightly separated at 
the angles. Ag. Consp. Diatom, p.63. Fragilaria Jurgensii, Ktz. 
Synop. Diatom. in Linnea 1833, p.587. Fragilaria aurea, Carm. 
in Hook. Br. Fl. vol. ii. p. 403! Harv. Br. Alg. p.198. Conferva 
striatula, Jurgens, Dec. 19, no. 6! (not Conf. striatula, Dec, 11, 
no. 7.). 

f. diatomoides. Filaments turning green when dried. Fragilaria 
diatomoides, Grev. in Hook. Br. Fl. p. 403 ; Harv. Br. bane p. 198; 
Wyatt, Alg. Damn. no. 233! 


On marine algee ; spring, 


a, Appin, Capt. Carmichael ; Antrim, Mr, D. Moore ; Land’s End 
and Penzance. 


B. Kilkee, Mr. Harvey ; Torquay, Mrs, Grifiths ; Mount’s Bay. 


‘Tn a mass both are dark brown, but much paler if separated 
in the water. In a the colour is but little altered 1 in drying, but 
in 8 it becomes green. 

Filaments elongated, giving a feathery appearance to the plant 
to which they are attached, very mucous, flexible, gradually 
attenuated ; frustules A a as the microscope nearly colourless, 
three to eight times longer than broad, plane, slightly attenuated 
at both ends, and hence disconnected at their angles, and as the 
ends are also often somewhat rounded, the rag coi of the fila- 
ment have a crenate appearance. 

Mr. Harvey, to whose liberality I am indebted for specimens 
of many of Capt. Carmichael’s plants, has given me a portion 
of a specimen of ‘ Fragilaria awrea’ gathered by Carmichael him- 
self; and also Irish specimens both of that plant and of ‘ Fragi- 
laria diatomoides? of Greville. ‘These Thave attentively examined, 
as well as specimens gathered at Torquay and Penzance, and I 


Mr. J. Ralfs on the British species of Kunotia. 459 


regret that I cannot detect any character to distinguish ‘ Frag. 
aurea’ from ‘ Frag. diatomoides, except that the latter in drying 
changes to a green colour. 

The following extracts from their letters will show that my 
opinion has been confirmed by the observations of Mrs. Griffiths 
and Mr. Harvey, who at my request compared these plants. 

Mrs. Griffiths writes, “I have examined your specimens of 
‘ Fragilaria aurea’ very carefully, and compared them with ‘ Fra- 
gilaria diatomoides’ from Torquay, gathered at different times, 
and can find nothing to distinguish one from the other.” 

Mr, Harvey observes, “ I fear you are right about ‘ Frag. aurea’ 
if colour be not in itself a specific character.” 

Mr. Berkeley has enabled me to compare our plant with the 
‘ Conferva striatula’ of Jurgens’ Algee, and thus to assure myself 
that it is completely identical with Jurgens’, which is doubtless 
the ‘Grammonema Jurgensii’ of Agardh. — 

Prats XIV. fig.5 . Grammonema Jurgensii : b, single frustule ; c, lateral 
view. 
ae Eunorta, Ehr, 

Frustules free, simple or binate, quadrangular, with two puncta 
at each end; the front is flat or concave, and the dorsum con- 
vex ; the lateral surfaces are flat. 


Some species placed by Ehrenberg in this genus have cymbi- 
form frustules and belong to Agardh’s genus Cymbella, under 
which they will be described. 

In Eunotia the frustules resemble those of some species of Fra- 
gilaria, from which the present genus differs only in not haying 
its frustules united into a filament. 

Viewed laterally the frustules are lunate. The lateral surfaces 
are flat, and do not enter into the front view, which is quadran- 
gular with two puncta at each end. Longitudinally the front is 
flat or concave and the dorsum convex ; the convex surface is ge- 
nerally raised in transyerse ridges, and the number of these ridges, 
as seen in a lateral view, when they appear like teeth, distin- 
guishes the species. 

Professor Bailey suspects that “the number of these teeth is 
hable to variation, and that the number of species has in conse- 
quence been made too great*.” 


1. Eu. monodon (Ehr.?). Lateral view concave on one margin, 
convex on the other and constricted near the ends; striz none or 
very obscure. Bailey, Amer. Bacil. in American Journal of Sci- 
ence and Arts, vol. xlii, no. 1. pl, 2. f. 28. 


In freshwater pools. Piltdown Common near Uckfield, Sussex, 
Mr. Jenner ; Penzance. 


« * See American Journal of Science and Arts, vol. xlii. No. 1. 


460 Mr. J. Ralfs on the British species of Kunotia. 


The frustules are very minute, but vary greatly in length, being 
in some specimens only twice as long as broad, and in others six 
or seven times longer than broad. 

The front view has its ends slightly rounded and its puncta 
very obscure. In the lateral view the shorter frustules are more 
turgid on the back, and more constricted near the ends. Although 
the frustule seems in general to have no strie, I believe that this 
apparent deficiency is owing to the minute size of the specimens 
which have come under my notice, as I have occasionally observed 
very faint lateral strize. 

A frustule of this species, though very much smaller, has great 
resemblance to a solitary frustule of Fragilaria pectinalis; but in 
this plant the concavity of one margin is generally greater, and 
the constriction near the ends of the frustule more considerable ; 
the front view, too, is narrower in proportion to the lateral; still 
it may eventually prove to be only the commencement of that 

lant. 
= In the ‘ American Bacillaria’ there is no description of this 
species, but as Bailey’s figure represents a larger plant, with di- 


stinct lateral strize, it is probably taken from a more mature spe- 
cimen. 


Puate XIV. fig. 1. Eunotia monodon: a, front view; 6, front view of 
frustules deprived of their colouring matter ; c, lateral views. 


2. Eu. diodon, Ehr. Lateral view striated, with the convex margin 


bidentate. Ehr. Infus. p. 192. t.21. f. 23; Pritch. Infus. p. 214; 
Bailey, J. c. pl. 2. f. 29. 


In freshwater pools, very rare. Penzance, J. R.; Piltdown Com- 
mon near Uckfield, Sussex, M7. Jenner. 


Front view about twice as long as broad, with two distinct 
puncta at each end, and the terminations of the lateral striz eyi- 
dent along the lateral margins. Lateral view much narrower ; the 
margin on one side flat or slightly concave, on the other convex 
with two rounded elevations and a constriction near each end ; 
the lateral strize are very distinct. The transverse ridges on the 
dorsum appear much more considerable in the shorter than in 
the longer frustules. 

The figure in the ‘American Bacillaria’ represents a larger 
plant than the specimens I have seen, but agrees with them in 
other respects. 

This species differs ftom Eunotia tetraodon in the number of 
ridges on the dorsum, which is less rounded, and in having the 
lateral surface much narrower than the front, and one of its mar- 
gins flat or slightly concave. 


Puate XIV. fig. 2. Hunotia diodon: a, front view; 6, lateral view. 


Dr. Richardson on a new genus of Gobioid Fish. 461 


3. Hu. triodon? Ehr. Frustules with three ridges on the dorsum. 
Ehr. Infus. p. 192. t. 21. f. 24; Pritch. Infus. p. 214. f. 164 ?; 
Bailey, l. ¢. pl. 2. f. 30. 

In Cold Bath Spring near Tunbridge Wells, Mr. Jenner. 

Frustules very minute, with two indistinct puncta at each end. 
The lateral view is slightly concave on one side, and on the other 
convex with three dentations ; strize wanting or indistinct. 

The form of this species greatly resembles a single frustule of 
Fragilaria pectinalis 8*, but is smaller; the protuberances also 
are larger in proportion to the size of the plant. _ 

The figure in the ‘ American Bacillaria’ is much larger and has 
distinct lateral strize, and was probably taken from an older spe- 
cimen. 

Piate XIV, fig. 3. Zunotia triodon: a, front view; 5, lateral view. 

4. Eu. tetraodon, Ehr. Frustules with four ridges on the dorsum ; 
lateral strie distinct. Ehr. Infus. p.192. t. 21. f.25; Pritch. Infus. 
p. 214; Bailey, J. c. pl. 2. f. 31. 

In boggy pools, rare. Dolgelley and Penzance, J. R.; Weston 
Bogs near Southampton, Mr. Jenner. . 

This is a large species : in the front view the puncta are distinct ; 
in the lateral view one margin is very concave, and the other very 
convex with four large, rounded elevations, and a constriction near 
each end. The strongly marked striz slightly converge towards 
the concave margin. 

Prats XIV. fig. 4. Eunotia tetraodon: a, front view; b, dorsum; ¢, la- 
teral view. 


LU.—Description of a new Genus of Gobioid Fish. By Joun 
Ricuarpson, M.D., F.R.S. &c. 


To Richard Taylor, Esq. 
My pear Sir, — Haslar Hospital, 17th April, 1844. 
I spenp you the generic characters of a gobioid fish discovered 
by Sir James Clark Ross at Kerguelen’s Land, on his recent ant- 
arctic voyage. The genus will occupy a place in the system 
near Callionymus and Trichonotus, and affords a connecting link 
between the Gurnards and Gobies. 
I remain, dear Sir, yours faithfully, 
Joun RicHaRDSoNn. 
Cuannicutuys, Richardson. 
Caput magnum, cranio scabro, subtetragono; facie horizontali, 
depressiuscula, ante oculos longa, lateraliterque per parietes oris 


membranaceos aucta. 
Fauz \axissima, horizontalis, terminalis; rictu superne ab ossibus 


* This may be the Fragilaria trionodis, Ehr., a species I am unacquainted 
with except by name. 


462 Dr. Richardson on a genus of Chinese Fish. 


‘intermaxillaribus (satis mobilibus, nec tamen propter pedicellorum 
brevitatem protractilibus) facto. » 

Os mavillare gracile paulo in fcurvatum, angulum tantum oris 
attingens, nec sub aciem ossis preeorbitalis recidens. 

Dentes in ambitu oris stipati, breves curvati. Vomer et palatum 
edentati. Ossa pharyngis denticulata. 

Oculi largiusculi, laterales. 

Aperture cujusque paris narium invicem remote: anteriores mi- 
nores in apice extremo rostri posite. 

Os preorbitale oblique flabelliforme, rostro brevius: ossa suborbi- 
talia sequentia minima, Gena magna, nuda, inarmata. 

Ossa operculi parva una cum membrana connectenti circumeun- 
tique operculum modicum, triangulare conficientia. Os operculare 
proprium tripartitum, parte postica in apicibus quinque subspinosis 
divisa. 

Apertura branchialis amplissima intra ramos maxille inferioris 
procedens. Membrana branchiostega lata, radiis sex gracilibus sus- 
tentata. Arcus branchiarum quatuor liberi et lamina una operculo 
adnata. 

Corpus teres modo Triglorum in caudam gracilem sensim attenu- 
atum, ventre tumido. 

Cutis levis, squame vere nulle. Linea lateralis versus finem 
ejus diffracta, ad basin pinne caude desinens, per totum cursum 
suum scutellis scabris armata. Scutelli pauci in linea media lateris 
sparsl. 

Pinne ventrales ante pectorales posite. Pinnze verticales pinnas 
Trigli simulantes. Pinne dorsales due: prior quarum alta, trian- 
gularis: radii pinne secunde setacei, simpliciusculi. Radii pinne 
ani omnes articulati cum apicibus modo Trachinorum de membrana 
extantibus. Pinne pectorales majuscule, rotundate, non pedi- 
céllatee, radiis omnibus divisze. 

Papilla genitalis simplex, parva. Vesica aeris nulla. Ventri- 
culus ovalis cum ramo breviascendenti. Intestinum convolutionem 
unam faciens dein rectum ad anum tendens. Ceca pylorica dua 
brevia. 


Channichthys rhinoceratus, Rich. Species unica adhuc cognita. 
Statura sesquipedalis. 
Rad. :—B. 6; D. 8|+35; A. 81; C.119; P. 21; V. 15. 


LIII.—Deseription of a Genus of Chinese Fish. By Joun Ricu- 
‘1 ARDsON, M.D., F.R.S. &e. 


Familia THERAPONIN/E. 
Genus Haratocenys, Richardson. 


Ch. Gen.—Corpus altum, compressum, dorso acuto, squamis as- 
peris undique tectum. Linea lateralis arcuata, continua; 

Caput undique squamosum, regionibus arctis narium, labiis, oris” 
posterioribus maxillarum, ac plicis inflexis membrane branchiostege 


Dr. Richardson on a genus of Chinese Fish. 463 


exceptis. Labium inferius, ad mentum papillis teneris brevissimis 
dense villosum, inter quas in apice menti pori duo exigui et in ramo 
utroque maxillz inferioris pori tres majores numerandi sunt. Fovea 
centralis sub mento nulla. : 

Preoperculum arcuatum, serratum. _Operculum denticulis duobus 
vix inter squamas conspicuis armatum. 

Dentes villosi, stipati, in serie extima supra et infra obesiores, nec 
tamen altiores : dentes canini nulli. Palatum leve, plicatum. Pinna 
dorsi ad basin fere bipartita, cum spina antica recumbenti. Mem- 
brana branchiostega radiis sex sustentata. 


Spec. 1. H. nitens, Richardson, Zool. of Beagle, Fish. pl. 48. f. 1, 2. 
2. H. analis, idem. pl. 43. f. 3. 


This genus is founded upon specimens of two species brought 
from Canton by John Reeves, Esq., F.R.S., and. presented by him 
to the British Museum. Mr. Reeves had coloured drawings made 
from the recent fish, copies of which exist in a volume of unpub- 
lished figures collected by General Hardwicke, also in the British 
Museum, and representations of both species are given in the 
‘Zoology of the Voyage of H.M.S. Sulphur’ (plate 43). 

Hapalogenys agrees with the Sciznoid genus Lobotes in the 
number of the gill-rays and tolerably closely in external aspect, 
but it may be distinguished by the rounded preoperculum and 
the arrangement of the pores on the chin. In the harshness of 
its finely toothed scales it differs from the true Scienide, and it 
can scarcely be separated from the group to which Datnia and 
Nandus belong. ‘The presence or absence of vomerine and pala- 
tine teeth, when employed rigidly as a distinctive character of the 
Percoid and Scizenoid families, tends to separate genera agreeing 
closely in other parts of their structure. Cuvier himself has dis- 
regarded it in the arrangement of certain Percoids having fewer 
than seven gill-rays; and it may be as well to go somewhat farther, 
and to bring Serranus and its subgenera Plectropoma, Mesoprion 
and Diacope, or the entire family of Serranide, into a closer neigh- 
bourhood with Hemulon, Pristipoma and Diagramma, instead of 
ee gare them by the interposition of the very dissimilar tribes 
of Trigloids and Cottoids. For the same reason, a group of Per- 
coids having less than seven gill-rays, which includes Therapon, 
Helotes, Dules, Datnia, Nandus and some other genera, should be 
approximated to Scolopsides, Lobotes and Hapalogenys, all having 
a single dorsal and six gill-rays. To this group I have given the 
family name of Theraponine. Anoplus, a genus recently pub- 
lished in the ‘ Fauna Japonica,’ resembles Hapalogenys in the 
strength of its dorsal and anal spines and in general form, but it 
has.still more of the Sparoid aspect than the latter. It has vo- 
merine teeth, is destitute of pores on the jaw, and its scales are 
less rigid than those of Hapalogenys. 


mf S 
a 
= 


464. Mr. Ch. C. Babington on Primula vulgaris. 


The designation of Hapalogenys* was contrived to express the 
velvety softness of the chin and lower lip, which is made more 
conspicuous by contrast with the rigidly rough scales that cover 
the rest of the head. A greater. development of the fine tender 
papille of the under lip produces the beards of Pogonias—a ge- 
nus having seven gill-rays and no recumbent spine before the 
dorsal. The Pogonias nigripinnis however of the ‘ Fauna Japo- 
nica’ has only six gill-rays, a recumbent spine, three pores on 
each limb of the lower jaw, and in fact stands in the same rela- 
tion to Hapalogenys that Pogonias does to Micropogon, the rela- 
tive development of the beards being the chief difference. The 
Coius polota of Buchanan-Hamilton and Coius binotatus of Gray 
are similar forms, but an actual examination of specimens is re- 
quired to determine whether they ought to be referred, as in the 
‘ Flora Japonica,’ to Anoplus or to Hapalogenys. 

The general form of Hapalogenys and its recumbent pre-dorsal 
spine show some analogy to the Squamipennes, and bring it near 
to Scorpis, but the vertical fins are not so fully enveloped in scales, 
and the dentition removes it far from the Chetodontide. 


LIV.—On a Monstrosity of the Pistil in Primula vulgaris. By 
Cuar.zs C, Basineron, M.A., F.L.S., F.G.S8. &c.+ 


THE curious monstrosity represented by the annexed rude sketch 
has just been sent to me by Mr. J. H. Walton of St. Bees College 
in Cumberland. It occupies the place of the pistil, and may be 
described as follows :—Within the base of the corolla is situated 
a small fleshy cup, from the centre of which springs a . 
cylindrical stem capped with another shallow fleshy cup 
with a wavy margin. An exposed conical placenta, co- 
vered with peltate ovules, is seated in the centre of the 
latter cup. Thus in place of the ovary is a cup-shaped 
body ; and the capitate stigma is replaced by a naked 
fleshy ovary. Flowers of the usual form and structure * 
were found upon the same root with two flowers possessing this 
curious organ. The other parts of the monstrous flower were not 
altered, the stamens retaining their ordinary position. It seems 
probable that this smgular organ consists of two whorls of car- 
pellary leaves instead of one, as is usual in Primula, and that the 
plant was not able to develope the inner whorl sufficiently to allow 
it to close over the ovules. 


* From éxaads, mollis, et yévug, mentum. 
t Read before the Botanical Society of Edinburgh, April 11, 1844. 


Mr. Ch. C. Babington on the Robertsonian Sazxifrages. 465 


LV.—On the difference between the Robertsonian Saxifrages of 


Ireland and those of the Pyrenees. By Cuaruzs C. Basineton, 
M.A., F.LS., F.G.S. &e.* 


(With a Plate.] 


Havine recently had occasion to re-examine the Irish Saxifrages 
referable to Haworth’s genus Robertsonia, I have been greatly 
struck. by the uniform difference which exists between each of 
them and the corresponding plant of the Pyrenees. In a paper 
contained in the ‘ Annals of Natural History’ (vol. vii. p. 321), 
I have already shown that the typical Saz. umbrosa (the Pyrenean 
plant) differs considerably from that found in Ireland, but was 
not then aware that precisely the same differences exist between 
the Sax. hirsuta and Sax. Geum of those two countries. 

The differences to which I refer are found in the form of the 
margin of the leaves, which may be correctly denominated “ cre- 
nate” in the Pyrenean plants, but to which the terms “ acutely 
crenate,”’ “ serrate,” or “ dentate,’ must be applied when the Irish 
specimens are described. The outlines of leaves which accompany 
this paper will show what is mtended far better than can be done 
by any description. They have been carefully drawn from the 
leaves of specimens in my own herbarium, and belong to the 
three above-mentioned species ; Pl. IV. fig. 1—7 representing the 
leaves of Sax. umbrosa, fig. 8—10 those of Sax. Geum, and fig. 
11—18 those of Sax. hirsuta. Of these, fig. 1, 8, and 11 are from 
Pyrenean specimens, and all the others, except fig. 2 and 3, 
from those found in Ireland. 


Saxifraga umbrosa. 


Plate IV. fig. 1. (from a specimen marked “ S. umbrosa, Linn. 
In M. Bulour prope thermas Eausbonnes, Pyr. occid. 1831.” 
Endress.) is the typical form of this species, in which the margin 
is truly crenate, and does not appear to be a native of Ireland; 
but fig. 3, which is undoubtedly the same variety, is taken from 
a plant possessing strong claims to be considered indigenous in 
the West Riding of Yorkshire, where I have seen it in profusion 
in Hezleden Gill, a wild and retired glen near the mountain 
named Pen y Gent; and the Rev. John Howson has found it in 
Lynn Gull, which is situated on the opposite side of the Penine 
chain of hills, and at a distance of about 44 miles from Hezleden 
Gill (Phytologist, p. 845). Another Pyrenean specimen, from 
“ Cascades du Lys, montagne @’Esquierry,” bemg No. 27 of 


* Read before the Botanical Society of Edinburgh, 9th May, 1844. 


466 Mr. Ch. C. Babington on the Robertsonian Saxifrages. 


Duchartre’s ‘Fl. Pyrenéenne,’ is precisely similar to the’ above. 
This form is my S. umbrosa a. crenata. 

_ Plate IV. fig. 4. (the var. a. of Mackay, from his cultivated 
Irish specimens,) is considered by my friend Mr. J. T. Mackay 
as the typical form of the species, and, ‘ identical with the London 
Pride of the gardens” and the Pyrenean plant, has the margin 
crenate-serrate. A specimen, fig. 2 (“ S. umbrosa, L. Hab. in 
montibus presertim altissim. copiose.—Pefaflor, 11 Jul.— Pico 
de Arvas, 14 Aug.”  Durieu Pl. Selectze Hispano-Lusitanice. 
Sec. 1. Asturize. Anno 1885 collecte.” No. 380.), is the same va- 
riety found in the north of Spain. They are denominated by me 
var. 8. crenato-serrata. 

Plate IV. fig. 5. is the var. 8. of Mackay, var. y. punctata, 
Bab., and Sax. punctata of Haworth and Reichenbach. Gathered 
at Killarney, Ireland, in 1841. | 

Plate IV. fig. 6 and 7. represent Mackay’s var. y. serratifolia, 
my var. 6. serratifolia, and the Sax. serratifolia of Mackay (for- 
merly) and Reichenbach. : , 


Saxifraga Geum. 


Plate IV. fig. 8. is the plant of the Pyrenees ; it is taken from 
a specimen marked “ 8S. Gewm, L. Au Pas de Roland prope It- 
satou. Pyr. occid. 1831.” Endress. Here the leaves are crenate, 
or even occasionally have the crenatures so much flattened as to 
become almost retuse. I believe that nothing like this has been 
seen wild in Ireland. 

Plate IV. fig. 9. is the Irish Sax. Geum from Connor Hill near 
Dingle, county Kerry, 1841 ; and fig. 10 is a plant with remark- 
able leaves from Turk Waterfall near Killarney. Here the leaves 
are crenate-dentate (fig. 9), or dentate (fig. 10), thus presenting 
the same difference from the Pyrenean plant which was seen in 
Saa. umbrosa. 

Saxifraga hirsuta. 

Plate IV. fig. 11. with a crenate margin, and fig. 12 and 13 
with a dentate margin, represent the corresponding forms of Sax. 
hirsuta. The first (fig. 11) is from the “ Pyrenees,” and was ob- 
tained from the herbarium of Dr. Leo of Metz: the others are 
Irish. Fig. 12 from the Gap of Dunloe, Killarney, 1841, the ori- 
ginal Inish station. Fig. 13 from Connor Hill, county Kerry, 
1841. 


March 5, 1844, St. John’s College, Cambridge. 


Bibliographical Notices. 467 


BIBLIOGRAPHICAL NOTICES. 
Annales des Sciences Naturelles. ‘Third Series. 


January 1844.—This is the first number of a new series of the 
‘ Annales,’ and a most admirable commencement it is.” The first paper 
in the zoological department is a report made to the Academy of 
Sciences, by M. Milne-Edwards, on the memoirs of M. de Quatre- 
fages, relating to the organization of the invertebrate animals of the 
western coast of France. The introductory observations of the re- 
porter on the state and true aims of zoology should be read and 
borne in mind by every British naturalist; they are conceived in 
the highest spirit of natural-history philosophy, and do great honour 
to Milne-Edwards. The account of M. de Quatrefages’ researches 
which follows is most interesting, and shows how much may be done 
by looking at home for work, and doing that work well. There is 
a most gratifying announcement at the end,—that the Institute have 
resolved to send M. de Quatrefages to pursue his inquiries on the 
Mediterranean coast of France. Our museums at home should take 
a lesson from this, and have their missionaries at work among the 
treasures which abound on our own shores; observing as well as 
collecting —Researches on the parts of the skeleton of Man and 
the Vertebrata (2nd memoir), by M. Breschet. This part treats of 
the anomalies of the malar bone, and is illustrated by two plates.— 
On the jaw of a fossil Giraffe discovered at Issoudun, in France, 
by M. Duvernoy. The jaw described was found in December 1842, 
and is the type of a new species which was about a sixth less than 
the existing giraffe. The author names it Camelopardalis Biturigum. 
A tooth of a giraffe has also occurred in the molasse of Switzerland ; 
and the existence in India of no less than three species of this re- 
markable genus during the tertiary period has been shown by Cap- 
tain Cautley and Dr. Falconer, the specimens of which are in the 
great collection those naturalists presented to the British Museum, 
the greatest contribution to our knowledge of fossil Vertebrata found 
during the tertiary epoch ever made.—An extract from Mr. New- 
port’s memoir on the nervous and circulatory system of Myriapoda, 
from the ‘ Philosophical Transactions ;’ a paper on which the editor 
of the ‘Annales’ remarks, ‘that it is ME with precious obser- 
vations.” 

Botany.—The first paper in this department is a translation of 
Prof. Mohl’s researches on the Latex and its movements. An abstract 
of this most interesting memoir is given at page 441 of the present 
Number.—On two new genera of fluviatile Algee, by M. Brébisson. 
These are Hormospora, belonging to the Nostocinee, and Coleochete, 
belonging to the Chetophoroidee (with plates).—Fragmenta Phy- 
tographica, by M. Miquel. Ficus, Cussonia, Jussiea, Marcgravia, 
Casearia and Macrolobium are commented on in this paper.—Coms 
mencement of a paper on the organization and mode of fructification 
of Mushrooms of the tribe of Nidularie, by MM. L.-R. and Ch. 
Tulasne (with plates). | , : 


468 Zoological Society. 


PROCEEDINGS OF LEARNED SOCIETIES. 
ZOOLOGICAL SOCIETY. 


July 11, 1843.—Lovell Reeve, Esq., in the Chair. 


‘ Descriptions of new species of Nucula, from the collections of 
Sur Edward Belcher, C.B., and Hugh Cuming, Esq.,” by Mr. Hinds, 
were read. 

Nucura Cuminerr. Nuc. testd ellipticd, tenui, epidermide virente 
indutd, antice abbreviatd, subrostratd, postice elongatd, rotundatd ; 
margine ventralt acuto, antice subemarginato, dorsali postico, pro- 
minulo ; cardine anticé dentibus 6, postice 19-20. Long. 11; 
lat. 4; alt. 74 lin. 

Hab. The Asiatic analogue of N. obliqua, and is widely diffused 
over the seas of the Indian Archipelago. It has been obtained at 
New Guinea; Straits of Macassar; Bolinao, San Nicholas, Sual and 
Bassey in the Philippines; Singapore; and Straits of Malacca; in a 
depth of water varying from seven to twenty-three fathoms, on a 
floor of mud and sandy mud. 

Cab. Belcher et Cuming. 

It is distinguished from N. obliqua by the disposition to rostration 
of the anterior limb, prominent dorsal margin, slight indentation at 
the anterior part of the ventral margin, and larger size. 

Nucuia mitrauis. Nuc. testd conoidali, soliduld, epidermide fuscd 
indutd, antice brevissime abbreviatd, rectd ; margine dorsali posticd 
inclinatd, marginibus ventralibus crenulatis ; cardine antice dentibus 
10, postice 28-30. Long. 54; lat. 3; alt. 4 lin. 

Hab. Straits of Malacca; from seventeen fathoms, mud. — 

Cab. Belcher. 

The very contracted and straight anterior margin of this shell gives 

it the shape of a mitre, or other similar elevated head-dress. 

Nucuxa putcura. Nuc. testd ellipticd, solidd, sulcatd, interstitiis 
transversim striatis ; marginibus ventralibus crenulatis ; cardine 
antice dentibus 9, postice 27-29. Long. 7; lat. 4; alt. 54 lin. 

Hab. L’Agulhas Bank, Cape of Good Hope; from seventy fathoms. 

Cab. Belcher. 

Nucuxa pivaricaTa. Nuc. testd ellipticd, antice excavatd, subacu- 
minatd, postice rotundatd ; lineis divaricatis, striatd ; marginibus 
ventralibus crenulatis ; cardine antice dentibus 7, postice 22-24. 
Long. 5; lat. 24; alt. 4 lin. 

Hab. China Sea; from eighty-four fathoms. 

Cab. Belcher. 

A single valve only was brought up from this great depth, and 
presents a character in its sculpture which has not hitherto been 
met with in any recent species, but which is also found in the fol- 
lowing. This peculiarity consists of the presence of lines diverging 
from an angle near the middle of each valve. It however occurs in 
an English fossil, N. Cobboldie. 

' Nucuna casrrensis. Nuc. testd ellipticd, antice rotundatd, Biter 
mide olivaced indutd; lineis divaricatis ; marginibus ventralibus 


Zoological Society. 469 


crenulatis ; cardine antic? dentibus 5, postice 11. Long. 3; lat. 
14; alt. 2 lin. 
Hab. Sitka, North-west America. A single specimen was dredged 
in the harbour, from seven fathoms, sand. 
Cab. Belcher. 


Nucura tumipa. Nuc. testd ellipticd, tumidd, striatd ; marginibus 
ventralibus integerrimis ; cardine antice dentibus 6, posticé 15 ; 
intis leviter striatd. Long. 44; lat. 24; alt. 34 lin. 


Hab. Straits of Malacca; from seventeen fathoms, among mud. 
Cab. Belcher. ' 


Nucuta MARMoREA. Nuc. testd ellipticd, soliduld, albidd, sulcatd ; 
liris ad angulum planulatis ; latere antico brevi, subacuminato ; 
marginibus ventralibus minute crenulatis. Long. 24; lat. 1; alt. 
12 lin. 

Hab. Straits of Malacca; from seventeen fathoms, in society with 

N. tumida. 
Cab. Belcher. 


Nucura pecuivis. Nuc. testd parvd, oblique ellipticd, soliduld, epi- 
dermide tenui, fuscd indutd ; latere antico brevi; margine dorsal 
longe inclinato, ventralibus crenulatis. Long. 2; lat. 14; alt 14 hn. 

Hab. - ? 

Cab. Belcher. 

A still more oblique shell than N. pisum, to which it is closely 

allied. 

Nvucuta nana. Nuc. testd minimd, trigono-ellipticd, levigatd, ni- 
tidd ; marginibus ventralibus minutissime crenulatis ; cardine antice 
dentibus 5, postice 11 ; umbonibus fuscis. Long. 1; lat. 4; alt. 2 
lin. 

Hab. Cagayan, island of Mindanao, Philippines ; from twenty-five 

fathoms, among coarse sand. 

Cab. Cuming. 


Nucuzta Betcurrrt. Nuc. testd politd, oblongd, sulcatd, antice 
elongatd, truncatd, angulatd ; ab umbone biangulatd, tertio inter- 
medio minori ; dentibus numerosis, serierum ambarum numero sub- 
equali ; margine ventrali subrecto. Long. 12; lat. 34; alt. 53 lin. 

Hab. L’Agulhas Bank, Cape of Good Hope; dredged from a depth 

of forty to fifty-four fathoms. 

Cab. Belcher. 


Nucuxa seroTina. Nuc. testd politd, oblongd, sulcatd, antice elon- 
gatd, rotundatd, ab umbone angulatd ; margine dorsali antico sub- 
prominulo ; umbonibus elevatis. Long. 6; lat. 2; alt. 3 lin, 

Hab. Singapore ; from seven fathoms, mud. 

Cab. Cuming. 

This closely resembles a fossil from the Sutton crag. The latter 

is a larger shell, of somewhat different proportions, and wants the 
rounded anterior slope of the recent species. 


Nucuta TeNELLA. Nuc. testd oblongd, levigatd, tenui, planulatd, 


antice elongatd, rotundatd ; umbonibus parvis, Long. 44; lat.14; 
alt, 24 lin. os 


470 Zoological Society. 


Hab. Singapore ; from seven fathoms, mud. In society with the 
preceding. 
Cab. Cuming. 


Nucuta retusa. Nuc. testd parvd, nitidd, levigatd, subequilate- 
rali, antice retusd, subacuminatd ; umbonibus elevatis. Long. 24; 
lat. 1; alt. 14 lin. 

Hab. St. Nicholas, Philippine Islands ; Straits of Macassar. 

Cab. Cuming et Belcher. 

If the Lamarckian species, N. nicobarica,—a transversely elon- 
gated, finely striated shell, with both extremities rounded and length- 
ened anteriorly—is taken as a type of departure for the four prece- 
ding species, then N. Belcheri will be distinguished by its great 
transverse length, polished sulcated surface, angulated lines, trun- 
cated extremity, and three slight projections at the termination of 
the angles,—N. serotina by its polished suleated surface, lengthened 
and rounded anterior extremity, and slightly prominent dorsal mar- 
gin,—WN. tenella by its flattened shape, smooth polished surface, and 
by being lengthened and rounded anteriorly,—and N. retusa by being 
nearly equilateral, smooth, polished, and with the anterior portion 
slightly disposed to terminate in a point. 


Nucuta crassa. Nuc. testd oblongd, ventricosd, crassd, sulcatd, 
antice arcuate rostratd, excavate angulatd ; liris rotundatis ; postice 
valde rotundatd ; intts pallide luted. Long. 14; lat. 6; alt. 10 lin, 

Hab. Australia. . 

Cab. Cuming. 


Nucuza tata. Nuc. testd oblongd, politd, planulatd, lineia é impressis 
excavatd ; antice elongatd, late rostratd, postice rotundatd; mar. 
gine dorsali anticd prominuld ; umbonibus parvis. Long, 8; lat, 2; 
alt. 4 lin. | 

Hab. New Guinea; in from five to twenty-three fathoms, among 

mud, 

Cab. Belcher, 


Nucuzta caiata, Nuc. testd luteo-virente, oblongd, arguté eulcatd ; 
antic arcuate rostratd, sulcis paululim obliteratis ; umbonibus 
prominulis, Long. 7; lat, 3; alt. 4 lin. 

Hab. California, bet woudl 38° 18’ and 34° 24! north latitude; 
namely, at Russian Bodegas, San Francisco, and Santa Barbara, in 
from six to ten fathoms. 

Cab. Belcher, 

More ventricose and acutely beaked than N. pella,.and presenting 
a partial obliteration of the sulci near the anterior dorsal margin. 


Nucuza venrricosa. Nuc. testd oblongd, pallide luted, ventricosd, 
sulcatd ;. antice subrecte rostratd, umbonibus magnis, aiesenit- 
bus; margine ventrali antice coarctatd. Long. 7; lat. 35; alt. 
5 lin, 

Hab. Straits of Malacca; from seventeen fathoms, mud. 

Cab, Belcher. 

The character of the sulcation here is very different to that of the 


Zoological Society. 471 


preceding species and of N. pella. Here it presents the most usual 
features of regular furrows with intervening ridges; but in the other 
two species the ridges are inclined planes, having an inclination 
towards the ventral margin. In this direction they consequently 
present a number of step-like elevations, but not in the contrary. 


Nucuxa recta. Nuc, testd oblongd, tumidd, inclinate sulcatd, recte 
et attenuate rostratd, postice rotundatd, Long. 6; lat, 2; alt. 
4 lin, 

Hab. New Guinea ; in seven fathoms, 

Cab. Belcher et Cuming. 


Nucuta excavata. Nuc. testd globosd, sulcatd, gibbose rostratd, 
antic? carinatd ; lunuld excavatd, ovali, striatd. Long. 4; lat. 24; 
alt. 34 lin. 

Hab. Panama; dredged among mud in thirty fathoms. 

Cab, Belcher. 

Nuocuxa reticunata. Nuc. testd parvd, oblongd, sulcatd, striis 
longitudinalibus interstitialibus reticulatd ; antice arcuate rostratd. 
Long. 3; lat. 15; alt. 2 lin. 

Hab, Philippine Islands, in several localities: namely, Cagayan, 
island of Misamis, from twenty-five fathoms ; Mindanao, from twenty- 
five fathoms, sandy mud; and Loay, island of Bohol, from sixty 
fathoms, clayey sand, 

Cab, Cuming. 


Nvovuta tyzata, Nue, testd oblongd, nitidd, angulate sulcatd, 

acute subrecté rostratd, postice elongatd, rotundatd ; margine ven- 
trali acuto integro. Long. 94; lat. 4; alt. 5 lin. 

Hab. Panama ; from thirty fathoms. 

Cab. Belcher. 


Nucuzta purLLatTa. Nuc. testd oblongd, nitidd, leviter striatd, an- 
tice breviter arcuate rostratd, postice rotundatd ; prope umbones 
turgidd. Long. 3; lat. 14; alt. 2 lin. 

_ Hab. Malacca; from ten to seventeen fathoms, coarse sand. . 

Cab. Cuming et Belcher, 


Noucuxa crispa. Nuc, tesid oblongd, turgidd, sulcatd, arcuate ros- 
tratd, antice ab umbonibus exaratd, postice obtuse carinatd ; lunuld 
ovali. Long. 3; lat. 14; alt. 2 lin, 

Hab, Gulf of Nicoya; from thirty-six fathoms, 

Cab. Belcher et Cuming. 


Mr. Lovell Reeve communicated a paper from Mr. Sylvanus Han- 
ley, containing the following ‘‘ Descriptions of five new species of 
bivalve Shells, from the collection of W. Metcalfe, Esq.” 


Soxen Puruippinarum. Sol. testd lineari, convexd, crassd, subar- 
cuatd, albido-lutescente ; latitudine longitudinem quintuplo supe- 
rante ; margine postice rotundato, antic? convexo ; natibus ad quin- 
tam partem totius latitudinis collocatis ; epidermide ampld, rugosd, 
impolitd, olivaceo-flavescente ; dente valido, acuto, in utrdque valvd 
prominente. Lat.1; long. 5 poll. 

Hab, ad Insulas Philippinarum. ; 


472 | Zoological Society. 


A species nearly allied to the S. ambiguus of Lamarck, from which 
however it differs, both in its greater curvature and in the absence 
of the discal rays which adorn that species. Its breadth is through- 
out equal, and the umbones are considerably flattened. 


Soren acinaces. Sol. testd lineari, nived, subdepressd, arcuatd, 
posticé abruptd, antice attenuatd, rotundatd ; latitudine longitudinem 
prope quadruplo superante ; margine postico vix convexo ; epider- 
mide nitidd flavescente ; cardine terminali, dente in utrdque valvd, 
unico, rotundato. Long. 2; lat. 3 poll. 

Hab. : 

A shell scarcely to be confounded with any of this genus, but with 

somewhat the aspect of S. scalprum. 


SoLEN cyitinpRAcEus. Sol. testd lineari, rectd, cylindraced, sub 
epidermide fugaci, albd, rubido-purpurascente variegatd ; latitu- 
dine longitudinem sextuplo superante; margine antic? rotundato- 
obtuso, postice abrupto, concavo; cardine terminali, dente sub- 

Peele in pili i valvd prominente. Long. $; lat. 3 poll. 
ab. ; 

A tolerably strong shell, intermediate between the S. linearis of 
Wood and the S. brevis of my descriptive Catalogue. The former 
species is considerably narrower from the umbones to the ventral 
margin, these proportions being precisely reversed in the latter. 
The colouring likewise, which in the adult is almost entirely confined 
to the posterior half, differs from its arrangement in the S. brevis. 


MEsopESMA TRIQUETRUM. Mes. testd oblique triangulari, valde 
inequilaterali, crassissimd, tumidd, leviusculd, sordidé albidd ; pos- 
tice brevi, rotundatd, antice productd, subacuminatd, subrostratd ; 
margine antico declivi, ventrali arcuato ; pube depressd ; foved liga- 
mentali inter nates distantes plane hiante; dentibus lateralibus 
magnis, validis. Long. $; lat. 1 poll. 

Hab. ? 

I know of-no species which could possibly be confused with this 
extraordinary shell, which, from the peculiar triangular cavity be- 
tween the beaks (as in the genus Schizodesma of Gray), may even- 
tually prove the type of at least a subgenus. In the unique speci- 
men before me there is the appearance of ochraceous rays, but I do 
not venture to consider them as characteristic until the comparison 
with further specimens. The shape reminds one of Mulinia Donaci- 
formis. The cardinal tooth is bifid in the left valve. 


MEsopEsMA PLANUM. Mes. testd ovato-sublenticulari, transversd, 
valde compressd, inequilaterali, utrdque extremitate rotundatd ; 
sub epidermide corned, albidd, levigatd ; natibus elevatis, acutis ; 
margine ventrali arcuato ; foved ligamentali angustd. Long. $; 
lat. 1 poll. 

Hab. ? 

A peculiarly flat shell, which is not unlike M. complunatum, but 

differs as well in the colouring of its epidermis as in many other 
particulars. From the little convexity of the dorsal margins, the 


Zoological Society. 473 


beaks appear extremely angulated. ‘The teeth are obtuse, and the 
lateral short and approximate. 

Note.—The shells described by me in this and the preceding 
papers will be figured in Mr. Wood’s second Supplement to the ‘ Index 
Testaceologicus.’ 


A new species of Chiton, from the Philippine Islands, was exhi- 
bited by Mr. Cuming, which was thus characterized by Mr. G. B. 
Sowerby :— 

Cuiron Brrapiatus. Chi. testd ovali, subelongatd, subdepressd, 
obtuse angulatd ; areis centralibus longitudinaliter minute scabroso- 
sulcatis ; areis lateralibus subelevatis, utrinque costis duabus bifidis 
valide irregulariter moniliformibus ; areis terminalibus radiatim 
rugoso-costatis, margine minutissime granuloso; colore pallide 
fulvo, griseo maculato; margine griseo fasciuto. Long. *60; 
lat. °35. 

Hab. Dumaguete, Ins. Negros, Philippinarum. H. Cuming legit. 

This species differs from Ch. Janierensis in having the lateral ribs 
bifid and the sculpture generally much more minute. 


July 25.—William Yarrell, Esq., Vice-President, in the Chair. 


Mr. Prince exhibited to the Meeting, on the part of Mr. Gould, 
nine new Birds, collected during the recent voyage of H.M.S. Sulphur, 
which, together with Coryphilus Dryas, exhibited by Mr. Gould at 
the meeting held on the 22nd of November 1842, and Pteroglossus 
erythropygius and Pterocles personatus, exhibited by him on the 14th 
of February 1843, comprise the whole of the ornithological novelties 
brought home by the expedition. 

The species now exhibited were 


Hatcyon sauropnaGa. Halc. capite, collo, dorso superiore et 
corpore subtis albis, ceteris partibus saturate ceruleis, dorso vi- 
rescente. 

Head, neck, upper part of the back and all the under surface white, 
with the exception of the lores, which are black, and a narrow lon- 
gitudinal mark immediately behind the eye, which is deep blue; re- 
mainder of the upper surface, wings and tail deep blue, tinged with 
green on the back and scapularies; bill black; basal half of the 
under mandible horn-colour ; tarsi and feet blackish brown, tinged 
with purple. 

Total length, 104 inches ; bill, 22; wing, 42; tail, 33; tarsi, 2. 

Remark.—A typical Halcyon and one of the largest of the genus, 
differing from every other species known, particularly the Alcedo 
leucocephala of Latham, which specific term would be much more 
appropriate for the present bird. 

Hab. New Guinea. 


Pipra viTELLINA. Pip. vertice, vittd dorsali, alis, cauddque nigris ; 
mento, guld, pectore et torque nuchali vitellinis, partibus reliquis 
olivaceo-viridibus. 

Crown of the head, band across the back, wings and tail black ; 

chin, throat, ear-coverts, chest and collar round the back of the neck, 


Ann. & Mag. N. Hist. Vol. xiii. 21 


A7 A, Zoological Society. 


beautiful yolk-of-egg yellow; rump and upper tail-coverts olive- 
green; abdomen and under tail-coverts paler olive-green, into which 
the yellow of the chest gradually passes; bill black; legs yellowish 
brown. 

Total length, 32 inches ; bill, 2; wing, 2; tail, 13; tarsi, 2 

Hab, Panama, 

The only specimen procured is now in the British Museum. 


LrvcostTiIcTE GRisrocENys. Leuc. fronte nigrd, genis et occipite 
cinereis, reliquis partibus fuscis ; tectricibus alarum, tectricibus 
caude superioribus et inferiortbus, abdominisque plumis ad apicem 
roseo-marginatis, 

Forehead and throat shining black; cheeks and back of the head 
grey ; general plumage umber-brown ; wing-coverts, upper and under 
tail-coverts, flanks and abdomen, tipped with beautiful rosy red; 
primaries and tail-feathers brown, faintly margined with rosy red; 
bill yellow ; feet black. 

Total length, 73 inches; bill, 3; wing, 44; tail, 34; tarsi, 1. 

This is the largest of the Fringilline Mr. Gould has yet seen ; it is 
nearly allied to, but differs from, the Leucosticte tephrocotis, Swains., 
in the greater depth of its colouring, in the cheeks as well as the 
hinder part of the head being grey, and in the greater abundance of 
the rosy hue upon the abdomen and under tail-coverts. 


NEcTARINIA FLAVIGASTRA. Nect. corpore superne flavescente- 

olivaceo ; lined superciliari et corpore subtis nitide flavis. 

Crown of the head, ear-coverts and all the upper surface yellowish 
olive ; stripe over the eye and all the under surface bright yellow; 
bill and feet black. : 

Total length, 44 inches; bill, ?; wing, 2; tail, 13; tarsi, #. 

Hab. New Ireland. 

The single specimen procured is in the collection of J. O, Good- 
ridge, Esq., Assistant-Surgeon of H.M.S. Starling. 


CacTOoRNIS INORNATUS. Cact. corpore superiore nigrescente-fusco, 
singulis plumis olivaceo-fusco non sine tincturd rufescente margi- 
natis ; guld et corpore inferiore fulvis, plumis notd centrali obscu- 
riore. 

Crown of the head and all the upper surface blackish brown, each 
feather margined with reddish olive-brown, the secondaries, wing- 
coverts and tail being more broadly margined and inclined to buff; 
throat and under surface buff, each feather having a darker centre ; 
bill horn-colour ; feet blackish brown. 

Total length, 4 inches; bill, 4; wing, 23; tail, 12; tarsi, 2. 

Hab. Bow Island. 

The only specimen procured is said to be a female. This species 
is I believe the only insessorial form inhabiting the island. Its prin- 
cipal interest consists in its forming an additional species of a small 
group of birds hitherto believed to be peculiar to the Galapagos 
Islands. 

In the possession of the Zoological Society, to whom it was pre- 
sented by the Lords Commissioners of the Admiralty. 


Zoological Society. 475 


Psirracus FLavinucHus. Psitt. viridis, vitid nuchali nitide flav ; 
remigum primorum pogoniis internis nigris, remigis primi pogonio 
externo saturate ceruleo ; religuorum pogoniis externis ad basim 
saturate viridibus, exinde ceruleis, remigum minorum pogoniis ex- 
ternis coccineo, viridi et ceruleo pictis, rectricibus utringue tribus 
externis cum pogoniis internis ad basim coccineis. 

Head, throat and under surface light green; the feathers on the 
sides of the neck slightly margined at the tip with black ; at the nape 
a broad band of beautiful yellow ; back, scapularies and wing-coyerts 
dark green, the latter with paler edges; first primary black on the 
inner web and deep blue on the outer, the inner webs of the remain- 
ing primaries black; the basal third of their outer webs green, and 
for the remainder of their length deep blue, the whole very slightly 
tipped with buff; first four primaries black on their inner webs ; their 
outer webs crimson for more than the basal half of their length, then 
green, and lastly deep blue, the two latter colours gradually blend- 
ing into each other; the rest of the secondaries black on their inner 
and green on their outer webs, with a spot of deep blue near the ex- 
tremity ; tail yellowish green, crossed on the middle by a broad band 
of dark green, the three lateral feathers with a patch of crimson on 
their inner webs; basal portion of the inner webs of all the wing- 
feathers on their under surface deep grass-green ; bill horn-colour ; 
feet mealy white. ) 

Total length, 14 inches; bill, 13; wing, 9; tail, 52; tarsi, 1. 

Hab. Shores of South America and the Pacific. 

In the collection of the Zoological Society. 


Coccyzus FERRUGINEUS. Coce. capite cinereo, dorso alisque satu- 
rate ferrugineo-fuscis, colore ad apices remigum primorum palles- 
cente ; caudd in medio fused, gradatim ad rectrices externas albes- 
cente; corpore subtis fulvo. 

Head grey, tinged on the crown with ferruginous ; back and wings 
dark rusty-brown, becoming paler towards the extremities of the 
primaries, which are brown on their inner webs at the tip ; two cen- 
tre tail-feathers sandy buff, passing into brown at the tip; the two 
next on each side sandy at the base, deepening into brown, which is 
darkest on the outer web; that nearest the central feathers slightly, 
and the next largely tipped with white ; the two lateral feathers on 
each side buff at the base, passing into white, the inner one of the 
two with a line of brown down the basal two-thirds of its length ; 
all the under surface buff, palest on the throat ; bill olive-black, under 
mandible yellow at the base; feet black. 

Total length, 114 inches; bill, 12; wing, 54; tail, 64; tarsi, 13. 

Hab. Cocos island, North Pacific. | 

In the collection of the Zoological Society. 


PENELOPE LEUCOGASTRA, Pene. capite et collo superiore olivaceo- 
Suscis, singulis plumis cinereo marginatis ; corpore superiore et alis 
splendidé fuscis nitore metallico; caudd @neo-viridi, rectricibus 
externis late albo marginatis ; abdomine et femoribus albis. 
Head and upper part of the neck oliye-brown, gash, feather mar, 
212 


476 Zoological Society. 


gined with grey; back, wings and upper tail-coverts rich brown 
with a bronzy lustre ; tail bronzy-green margined with bronzy-brown, 
all but the two centre feathers broadly tipped with pure white ; chest 
dull brown, gradually passing into the white of the abdomen, thighs 
and vent; under tail-coverts light buff; bill and feet black. 

Total length, 18 inches ; bill, 14; wing, 8; tail, 9; tarsi, 2. 

Hab. ? 

In the collection of the Zoological Society. 


Larus BRAcHYRHYNcHUS. Lar. capite, collo, corpore superiore, 
uropygio crissoque albis ; dorso alisque cinereis ; remige primo, ad 
pogonium externum et ad apicem, remigibusque sequentibus tribus, 
ad apicem, nigris ; remigibus secundo, tertio et quarto, notd cinered 
terminali ; quinto vittd nigrd et apice cinereo. 

Head, neck, all the under surface, rump, upper and under tail- 
coverts and tail pure white; back and wings, including the prima- 
ries, grey, passing into white on the tips of the scapularies, secon- 
daries, and all but the first five primaries,which are thus marked :— 
the outer primary has its external web and three inches of the tip of 
the inner web deep black; the next primary is tipped with black for 
three inches and a half on its outer, and two inches and a half on 
its inner web, and has a very minute speck of grey at the extreme 
tip ; the third primary is tipped with black for two inches, and has a 
small spot of grey at the extremity; the fourth is tipped with black 
for an inch and a quarter, and has a larger spot of grey at the extre- 
mity than the third; and the fifth is crossed by an irregular band of 
black near the tip three-quarters of an inch wide, the extremity 
being grey, fading into white on the margin of the inner web; bill 
primrose-yellow ; feet orange-yellow. 

Total length, 14 inches; bill, 14; wing, 124; tail, 54; tarsi, 1}. 

Hab, Russian America. 

The species of Ortyx exhibited were 


Orryx parvicristatus. Ort. cristd brevi, rectd, pallide fuscd, ad 
apicem fulvd ; fronte fulvd ; guld et vittd per latera capitis ferru- 
gineo-rubris ; torque collari antice angustd, posticé latd, nigrd, 
albo guttatd et castaneo tinctd; corpore superiore cinereo-nigro 
et fusco adsperso ; pectore rufo, singulis plumis guttis sex pallide 
fulvis, et saturate fusco circumdatis, ornatis ; his apud latera et 
abdomen grandioribus et fusco-nigrescente. 

Crest short, straight, light brown tipped with buff; forehead buff ; 
throat and a broad stripe down each side of the head, above and be- 
hind the eye, rusty-red ; ear-coverts brown; collar surrounding the 
neck narrow in front and broad, behind black, spotted with white 
and stained with chestnut; centre of the back, between the shoulders, 
minutely freckled grey, brown and black; remainder of the back 
blackish brown, each feather freckled on the margin with grey ; sca- 
pularies freckled grey and brown, and ornamented on their inner 
webs with large patches of dark brown; wing-coverts freckled, and 
with a large spot of dark brown and another of white near the ex- 
tremity of each feather; primaries light brown fringed with greyish 


Zoological Society. A77 


white, and a few indistinctly barred with freckles of the same on 
their outer webs; tail brown, crossed by narrow freckled bands of 
whitish and darker brown; across the breast a band of greyish red 
‘blotched with a darker tint; breast ‘rufous, each feather with six 
spots of light buff encircled with dark brown, the spots gradually 
increasing in size on the flanks and lower part of the abdomen, and 
the rufous tint changing into blackish brown; vent buff ; under tail- 
coverts like the abdomen, but the markings less distinct ; bill black ; 
feet black. 

Total length, 8 inches; bill, ; wing, 32; tail, 23; tarsi, 1}. 

Hab. Santa Fé de Bogota. 

Nearly allied to O. Sonnini. 

For an additional example of that division of the Ortygide to 
which the subgeneric term of Odontophorus has been given, Mr. 
- Gould proposed, from the marbled appearance of its markings, the 
specific term of marmoratus, with the following characters :— 


Orryx (OponTorHorus) MARMORATUS. Ort. spatio circumoculari 
nudo, coccineo ; plumis auricularibus rufo-castaneis ; cristd elon- 
gatd, laxd, fuscd, plumis singulis flavescenti-fusco per medium 
irroratis; nuchd nigrescenti-fuscd, lineis irroratis cinereis angustis, 
transversim fasciatd ; primorum pogoniis externis arenaceo-fulvo 
guttatis ; corpore inferiore fusco, lineis irregularibus et crebris 
nigrescentibus cinereis, et arenaceo-fulvis transversim fasciato. 

Naked orbits, scarlet ; ear-coverts reddish chestnut ; crest length- 

ened, curved and flowing, dark brown, freckled down the middle of 
each feather with yellowish brown ; back of the neck blackish brown, 
crossed by numerous narrow freckled bands of grey; lower part of 
the back yellowish brown, freckled with a darker and a lighter tint ; 
wings dark brown, the coverts and inner webs of the secondaries 
crossed by numerous broad irregular freckled bands of sandy buff ; 
primaries spotted along their outer webs with light sandy buff ; a few 
of the scapularies with a stripe of white freckled with black down 
the centre; under surface brown, crossed by numerous irregular 
narrow bands of blackish brown, grey, and sandy buff; bill and feet 
black. 

Total length, 9 inches; bill, $; wing, 5%; tail, 2; tarsi, 12. 

Hab. Santa Fé de Bogota. : 

Nearly allied to Odon. Guianensis. 


And for an Albatros nearly allied to, but larger than, Diomedea 
chlororhyncha, and which also differs from that species in the colour- 
ing of the culmen, he proposed to designate 

DiomMEDEA cuLMINATA. Diom. spatio circumoculari nigrescenti- 

cinereo, gradatim pallescente ; facie albd ; vertice corpore subtis et 
uropygio albis ; dorso, alis et caudd cinerescenti-fuscis ; culmine 
olivaceo-flavo. 

Space surrounding the eye blackish grey, gradually passing into 
the white of the face; crown of the head, all the under surface and 
rump white; back of the neck sooty-grey; back, wings and tail 
dark greyish brown, the latter with white shafts; culmen for its 


A78 Zoological Soviety. 


whole length olive-yellow; base of the under surface of the lower 
mandible fleshy horn-colour, remainder of the bill black; point of 
the upper mandible horn-colour ; feet bluish white. 
Total length, 30 inches; bill, ‘41; wing, 20; tail, 9; tarsi, 8i. 
Hab. Southern, Indian, and South Pacific Oceans. 


Oct. 24.—William Yarrell, Esq., Vice-President, in the Chair. 


‘Descriptions of new species of Scalaria and Murex, from the 

collection of Sir Edward Belcher, C.B.,”’ by Mr. Hinds. 

Scataria GLABRATA. Scal. testd elongatd, politd ; anfractibus de- 
cenis, rotundatis, feré disjunctis ; costis membranaceis, vicinis supra 
et infra connatis, prope suturam dilatatis ; anfractu ultimo decem- 
costato ; aperturd ovali ; umbilico peritremate tecto. Axis 8 lin. 

Hab. Ainboina'; Straits of Macassar; Straits of Malacca. Ona 

muddy floor, in froin ten to seventeen fathoms. | 

The specimens were all obtained without the animal, but the mot- 

tled appearance which they present seems to indicate, that when re- 
cent they were most probably of a light brown colour. 


Scararia Diana. Scal. testd ovatd; acuminatd, politd; anfracti- 
bus septenis connatis, costis valde aleformibus ornatis ; anfractu 
ultimo hexacostato, ad basin obtus? carinato ; aperturd rotundatd, 
inferne subtruncatd ; peritremate extds alato; umbilico nullo. 
Axis 5 lin. 

Hab. Gulf of Nicoya; from thirty-six fathoms, among mud. 

Scauaria vestauts. Scal. testd ovato-elongatd, pallida ; anfractibus 
nonis rotundatis, connatis; costis numerosis, tenuibus, sparsim 
varicosis, lineis transversis eleganter cancellatis ; aperturd ovali ; 
umbilicatd. Axis 44 lin. 

Hab. New Guinea; front seven fathoms, among mud. 

An élegant cancellated species, with numerous fine ribs, which, 
when becoming varicose, are slightly spined above. The number of 
ribs on the last whorl appears little liable to fluctuation, and they 
become a very useful and valuable character in the discrimination of 
the species. In S. vestalis their number is twenty-two. 


Scataria suturaLis. Scal. testd elongatd, pallide fusca ; anfrac- 
tibus decenis, connatis; costis numerosis, parvis, approximatis, 
lineis transversis decussatis, subdistanter varicosis ; suturd et an- 
fractu ultimo ad basin carinato ; apertura eubrotenel ; umbilico 
nullo. Axis 8 lin. 

Hab. Straits of Malacca; from seventeen fathoms, among mud. 

An elongated shell; also somewhat cancellated by lines traversing 

the numerous small ribs. At intervals of something less than the 
volution of each whorl a thick rounded varix is formed : a keeled line 
also occupies the most inferior portion of the whorl, close to the su- 
ture. The specimens had been left by the animal somie time previous 
to being captured; and though they are not in very good condition, 
there still remains a disposition to a dark brown banding. 

Scanarta acicutina. Scal. testd elongatd, politd; anfractibus 
decenis subdisjunctis; costis rotundatis, superne angulatis ; 


Zoological Society. 479 


anfractu ultimo decemcostato; aperturd ovali; umbilico parvo. 
Axis 34 lin. 

Hab. West coast of intertropical America. 

ScALARIA CREBERRIMA. Scal. testd ovato-elongatd, albidd; an- 
Fractibus septenis, connatis, costis tenuibus creberrime instructis ; 
aperturd ovali; umbilico nullo. Axis 3 lin. 

Hab. North coast of New Guinea; from seven fathoms, among 

mud. 

The whorls are closely set with ribs, in numbers almost too great 

to be enumerated. 


Scanarra porrecta. Scal. testd ovato-elongatd, fuscd, politd ; an- 
fractibus octonis, connatis, superne rotundatis; costis acutis, 
superne ‘aculeatis ; anfractu ultimo septemdecemcostato, pallide 
Pre ; aperturd ovali, ad basin truncato ; umbilico nullo. Axis 
42 lin. 

Hab. Straits of Malacca; from seventeen fathoms, among mud. 

Scanaria vubpina. Scal. testd elongatd, fuscd ; anfractibus nonis 
rotundatis, connatis; costis obtusis, rotundatis, lineis elevatis de- 
cussatis ; suturd profundd ; anfractu ultimo novemcostato, ad basin 
obtuse carinato ; aperturd rotundd ; umbilico nullo. Axis 8 lin. 

Hab. Island of Quibo, Veragua, Central America; from thirty 

fathoms, among mud; the temperature below being 58°, and at the 
surface 82°. : 

A pretty little shell, which, under first impressions, the propriety 

of placing in Scalaria might be called in question, though it pos- 
sesses the characters assigned to the genus. Still there is a differ- 
ence of character and appearance, which creates a momentary hesi- 
tation. But, together with its deep suture, the basal whorl is pro- 
vided at its inferior surface with a blunt keel, which is also to be 
met with in a few other species of Scalaria, but I am not aware in 
any other genus, and which induces me to place it here without the 
least doubt as to the propriety of its location. 


The following new species of Murex were collected, with three 
exceptions, during the voyage of the Sulphur, under the command 
of Sir Edward Belcher, C.B., and figures of them will shortly be 
published in the ‘ Zoology’ of the Voyage. These descriptions are by 
Mr. Hinds. 


Murex Antittarum. Mur. testd subfusiformi, pallidd, trivaricosd ; 
anfractibus septenis rotundatis ; varicibus tribus rotundatis, spi- 
niferis, postice fornicatis ; ad angulum anfractuum spind unicd 
elongatd, deinde quinque breviusculis ; interstitiis tri-, vel rariis, 
quadri-fariam noduloso-costatis, lineis transversis fuscis penicil- 
latis ; canali elongato, aperto, prope anfractum basalem subflexo, 
spinis duabus cavis gerente. Axis 18 lin. 

Hab. Tortola, West Indies. Mus. Cuming. 

This shell is another of those typical forms of Murex which have 

recently become somewhat numerous, and which appear to be con- 
fined to the tropical seas. I am strongly disposed to think that it is 


480 Zoological Society. 


meant to be represented in fig. 69 of the ‘ Conchological Illustrations,’ 
which is mentioned as a variety of M. Motacilla, though there are 
still some little points of difference. A fine specimen often permits 
a conchologist to clear up his doubts as to specific importance, and 
I have had the assistance of such in drawing up the above descrip- 
tion. Indifferent specimens are not uncommon, and Mr. Sowerby, 
jun. had most probably only such, and was compelled to leave it as 
a variety of M. Motacilla. 

Murex centriruca. Mur. testd gracillime fusiformi, pallide cor- 
ned, passim creberrimé striatd ; varicibus tribus, subalatis, in spi- 
nis compressis laciniatis ; spind ad angulum anfractuum elongatd, 
subrectd ; interstitiis nodo unico ; aperturd elongatd, ovali; labro 
intis levi; canali mediocri, rectiusculo, clauso, ad basin subre- 
curvo. Axis 16 lin. 

Hab. West coast of Veragua ; on asandy floor in fifty-two fathoms. 

This species has the general character of M. pinniger and M. ca- 

pensis, and is very closely allied to the latter. 


Morex Festivus. Mur. testd fusiformi, crassa, fulvd, trivaricosd ; 
varicibus simplicibus, recurvis, supern® cristatis, subtilissimé cre- 
niferis ; interstitiis nodulosis, linets subgeminis transversis fuscis 
eleganter ornatis ; aperturd ovali ; labro intts sparsim denticulato ; 
canali valdé clauso, ad basin subrecurvo. Axis 18 lin. 

Hab. Bay of Madalena, California; dredged from seven fathoms, 

on a sandy floor. 


Morex Foveouatus. Mur. testd fusiformi, crassd, multivaricosd, 
transversim creberrime sulcatd, laminis minimis longitudinalibus 
foveolatd atro-purpureo pallide bifasciatd ; varicibus septenis sim- 
plicibus, posticé rotundatis, antice margine acutd ; aperturd ovali, 
coarctatd ; labro intuis obtuse denticulato ; labio interno producto ; 
canali aperto, subrecurvo. Axis 12% lin. 

Hab. Bay of Madalena, California ; with the preceding. 


Morex ananas.. Mur. testd fusiformi, ventricosd, crassd, multi- 
varicosd ; anfractibus septenis superné subplanulatis, transversim 
costatis, costis alternate minoribus; varicibus senis rotundatis 
spiniferis, spird supremd precipue mazimd, brevi, rectd, solidd, 
biplicatd, transversim compressd, ceteris brevissimis subequali- 
bus; aperturd rosed, rotundatd, seu paulisper elongate ovali, postice 
canaliculatd ; canali mediocri, subobliquo, aperto, margine columel- 
lari rugulosd, dorso bifariam spinoso, serie supremd superante. 

Hab. West coast of Africa. Mus. Cuming. 

A shell closely resembling M. rosarium in its size and proportions, 
but finds its specific distinction in its greater massiveness, the superior 
size of its upper series of spines, and the absence of nodules on the 
interstitial ribs. Both shells have a distinct fasciation of three dark 
bands, but our species is entirely wanting in that beautiful and ele- 
gant covering of striz which is so conspicuous in the fine specimen 
of M. rosarium in Mr. Cuming’s collection. 


Murex Bextcureri. Mur. testd magnd, fusiformi, crassd, ponderosd, 
pallide fuscd, multivaricosd ; anfractibus quadratis, albo fascia- 


Zoological Society. 48] 


tis; varicibus numerosis, foliaciis simplicibus, superne elongatis, 
fornicatis, etate valde erosis ; aperturd quadratd, pallide carned ; 
labro intits levi, inferne dente magno, crasso, obtuso; canali tors 
tuoso, aperto, ad sinistram inclinato ; umbilico precipue magno, 
Axis 66 lin. 

Hab. San Diego, California. From a bank of mud near the head 
of the harbour. 

Morex cauirornicus. Mur. testd fusiformi, fulvd, trivaricosd ; 
anfractibus senis, superné planulatis, transversim costatis, costis 
rotundatis, subdistantibus, ad lacinias varicum incurrentibus, in- 
tervallis costellatis, creniferis ; varicibus sex-laciniatis, suprema 
maximd alatd, deinde gradatim minoribus creniferis ; aperturd 
ovali, levi; canali clauso, recurvo, ad basin purpurascente. Axis 
18 lin. 

Hab. California. Mus. Cuming. 


Murex uamatus. Mur. testd rhomboided, pallide luted, multiva- 
ricosd; anfractibus septenis, inter varices areis quadratis ; spird 
subelongatd, acutd ; varicibus senis alatis, laciniis uncinatis ; aper- 
turd ovali, inferne dente parvo acuto; canali clauso, rectiusculo. 
Axis 134 lin. 

Hab. Bay of Guayaquil; from a muddy floor, in twenty-one fa- 
thoms. » 

This shell, together with M. emarginatus, M.monoceros and M. Nut- 
tali, belong to a section of the genus which has been called by Con- 
rad Cerastoma. But if the marginal tooth of the aperture is to be 
regarded as sufficient grounds for separation, then I fear we must 
draw freely on some of the typical species, where its existence seems 
to have been little heeded. Mr. Swainson assigns it as a charac- 
ter of his subgenus Muricanthus or Centronotus ; but for the above 
reasons it ceases to possess any importance. In M.hamatus the situa- 
tion of the tooth on the dorsal varices is marked by a small sharp 
notch. 

Murex crrrosus. Mur. testd fusiformi, ventricosd, pallide carned, 
formosissime multivaricosd ; suturd profundd, prope nigricante ; 
varicibus nonis sexfariam laciniatis ; laciniis fistulosis, albis, re- 
spectantibus, gradatim minoribus ; interstitiis costis rotundatis 
lacinias incurrentibus ; aperturd ovali; labro intits levi; canali 
gracili, recurvo, feré clauso, dorso bifariam laciniato, serie supe- 
riore gemind. Axis 9 lin. 

Hab. Straits of Macassar. In fifteen fathoms, among sand and 
fine gravel. 

An uncommonly beautiful species, both from the delicacy of its 

colour, and the rich, varied, and elaborate character of its sculpture. 


Morex eravipus. Mur. tesid globose fusiformi, multivaricosd ; 
anfractibus senis rotundatis, transversim costatis, supern? fusco 
fasciatis ; costulis approximatis, lamellosis ; varicibus quinis cos- 
tulis subdivergentibus transitis, postice foveolatis ; aperturd ovali, 
productd ; labro intis levi; canali longiusculo, aperto, ad sinis- 
tram inclinato. Axis 10 lin. 

Hab. Cape Blanco, west coast of Africa. From sixty fathoms, 


482 Botanical Society of London. 


Murex rapicarus. Mur. testd fusiformi, pallid? lutescente, multi- 
varicosd ; varicibus quinis, laciniatis, antic? abruptis; laciniis 
compressis, subquadratis, medio lined duplicatis, postice medio in- 
terstitiorum easilientibus ; aperturd ovali, productd; labro intis 
levi; canali fere clauso, ad basin subrecurvo, Axis 10 lin. 

Hab. San Blas, west coast of Mexico. From eleven fathoms, 
among mud. 

In this species the lacinie of the varix take root near the centre 
of the interspace, whence they proceed directly forwards. They are 
of a squarish compressed shape, and are partially divided in their 
middle by an impressed line. 

Murex Peritus. Mur. testd subrhomboided, albidd, multivaricosd ; 
anfractibus septenis, superne angulatis et fuscis, ultimo elongato 
in canalem attenuato, transversim striatis ; varicibus senis téenuibus, 
laciniatis, antice inter lacinias seriebus duabus eleganter crenatis ; 
laciniis acuminatis, uncinatis, gradatim minoribus; aperturd ob- 
ovata ; canali aperto, ad basin subrecurvo. Axis 93 lin. 

Hab. Bay of Madalena, California, From seven fathoms; on a 
sandy floor. 


BOTANICAL SOCIETY OF LONDON. 


Nov. 18,1843.—J. E. Gray, Esq., F.R.S. &c., President, in the Chair. 


Dr. Bromfield presented a species of Calamintha new to the British 
flora, discovered by him in the Isle of Wight. 

Read ‘‘ Notes of a Botanical Excursion to Warwickshire, Worcés- 
tershire, Wales and Ireland in August last,” by Mr. 8. P. Woodward. 


_ Nov. 29.—At the seventh Anniversary Meeting, J. Reynolds, Esq., 
Treasurer, in the Chair, the following officers were elected for the 
ensuing year :—J.E. Gray, Esq., F.R.S., President ; Mr. G. E. Den- 
nes and Mr. T. Sansom were respectively re-elected Treasurer, Se- 
cretary and Librarian. 

Dec. 18.~—-The President nominated Hewett C. Watson, Esq., 
F.L.S., and John Miers, Esq., F.R.S., Vice-Presidents. 


Feb. 2, 1844.—A. Gerard, Esq.; in the Chair. 

Read the commencement of a paper by Edwin Lees, Esq., F.L.S., 
being « A Synoptical View of the British Fruticose Rubi, arranged 
in groups, with explanatory remarks.” 

The groups into which Mr. Lees unites the species have been al- 
ready reported (Annals, No. 74, p.68). The list of species will shortly 
be published in a new catalogue of British Plants, now in the press, for 
the Botanical Society of London. The following explanations, in 
the words of the author, will sufficiently show that his arrangement 
has not been founded upon any brief or superficial study of his 
subject. 

. Having previously designated the general groups into which the 
British Fruticose Rwbi are divisible, I now proceed to attempt the 
more difficult task of describing the species in each group, and 
tracing them in succession in a synoptical form. In doing this, as I 
must necessarily propose some alterations, it is advisable that the 


Botanical Society of Edinburgh. | 483 


candid and inquiring botanist should be informed as to the principles 
I have kept in view. 

‘In the first place then, I have desired to make no innovation 
but what seemed imperatively required for correct elucidation, and 
have therefore made every effort to profit by the labours of preceding 
eminent botanists who have particularly studied the Rubi, as Sir J. 
E. Smith, Drs. Weihe and Nees von Esenbeck, Mr. Borrer and Pro- 
fessor Lindley. 

«But, secondly, I have observed with the eye of an original ex- 
plorer, tracing every form that appeared to me different, without re- 
ference to the ideas of other botanists. And thirdly, having observed 
the same plants in a living state for several successive years, I have 
collated and revised my original observations, sketched every appa- 
rent species, aiid compared theti again and again with the figures, 
descriptions and named specimens of botanists of authority. Thus I 
have been enabled in a great degree to understand the forms to which 
particular names have been assigned, and to test their propriety by 
my own experience. I trust therefore that I shall not be considered 
guilty of assumption where I may differ from others, being only 
anxious for the nearest approximation to correctness. 

“Tt is unnecessary for me to go into the question as to what con- 
stitutes a species in this genus; for, as I have before hinted, it is not 
uhlikely that the forms in every group may be really only varieties, 
sporting from a normal form and into each other. But if botany be 
a science of discrimination, it is at any rate convenient to name every 
remarkable continuing form as a species or subspecies, since other- 
wise minor variations can scarcely be distinguished, or must be placed 
in the same rank with more important deviations of structure. In- 
deed Nees von Esenbeck, one of the authors of the elaborate ‘ Rubi 
Germanici,’ has well remarked in a letter to the Rev. Mr. Leighton 
in the ‘ Shropshire Flora,’—‘I am not of opinion that all the forms 
proposed by my friend Dr. Weihé as species are to be considered as 
such, but in my opiiion it is absolutely necessary to look for the 
greatest number of forms which present themselves in the gents be- 
fore attempting to judge of species and fixing their limits. I can 
scarcely tell which is most perplexing in the path of our science : 
whether, with Dr. Weihe, to distinguish as species every form of 
bramble that presents itself to our view; or, with M. Koch, to consider 
all as modifications of one only. In this case I do not doubt that these 
are matters purely of observation, and that the faithful observer of 
nature will find that the truth really is between these two extremes.’ ” 


BOTANICAL SOCIETY OF EDINBURGH. 


Thursday, the 11th of April 1844, Prof. Graham, President, in the 
Chair. : 

Various donations to the Library and Museum were announced 
and the following papers read; but as all of them will appear in these 
‘Annals,’ their titles only are now recorded. 

1. ‘‘ On four genera of Desmidiee, viz. Euastrum, Tetmemorus, Mi- 
crasterias, and Berkleya,” by Mr. Ralfs. 


484, Miscellaneous. 


2. “On a monstrosity of the pistil of Primula vulgaris,” by Mr. 
C.C. Babington. 

3. ‘On the fructification of Cutleria; and a continuation of a 
paper on the Marine Algz of the vicinity of Aberdeen,” by Dr. Dickie. 

4. “On some species of the genus Ginanthe,”’ by Mr. John Ball. 


MISCELLANEOUS. 


RESEARCHES UPON THE TRANSFORMATIONS OF THE APPENDAGES OF 
THE ARTICULATA. BY M. BRULLE. 


TueEre are two kinds of transformations or metamorphoses to which 
the appendages of the Articulata are submitted,—the one real, the 
other representative (figurées). ‘The real transformations are those 
which occur at different periods during the existence of an Articulate 
animal, and which are particularly well-marked in certain classes, 
where the laws which they follow offer most interesting subjects for 
investigation. ‘The representative transformations are those which 
are presented by one and the same appendage of the body when it 
is regarded throughout the different groups of Articulata. We then 
see how the leg of one of these animals corresponds to the maxilla, 
or that again to the mandible of another, &c. This occurs also in 
the appended parts of certain phanerogamous vegetables, which, as 
is well known, are transformed through the influence of cultivation 
in such a manner as either to usurp the place of other structures, or 
assume a heteromorphous aspect by participating in the characters 
of two different organs. It results therefore that the appended parts 
of plants, and also those of the Articulata, are all evidently of equi- 
valent import, and it is assuredly a remarkable fact, that this con- 
formity should exist in their respective metamorphoses. 

In tracing the series of developments throughout the appendages 
of the Articulata, we first of all recognize that the appendages become 
modified by the progress of age in the same individual, in a manner cor- 
responding to that by which they are modified through the progress of 
organization in individuals of different species. ‘Thus the legs are the 
simplest form of appendages, to which succeeds in some cases the 
more or less complicated structure of the antenne, in others that of 
the maxille. But these phenomena do not cease here. It is to be 
observed, moreover, that the appendages are manifested at an earlier 
period of the existence of an Articulate animal the more complex its 
degree of organization, and vice versa, that they make their appearance 
the later, the fewer the number of transformations which it has to 
undergo. ‘The degree of importance, or at least the complication of 
an appendage, may be therefore judged of by the very period of 
existence in which it is first developed. 

The structure of appendages furnishes us, besides, with the expla- 
nation of certain cases of monstrosity, of the kind called ‘ mon- 
strosities by division.” It is seen, for example, how these monstrosities 
reproduce accidentally, as regards certain appendages which are 
usually simple, a degree of organization which is the normal con- 


Miscellaneous. 485 


dition of some other appendages. Thus, the maxille are formed 
always of several parts situated one by the side of the other, or in 
other words, are constantly divided into two or three branches. The 
legs as well as the antenne of certain Crustacea offer the same 
arrangement, while, on the contrary, these parts are commonly simple 
in Insects; but it occasionally happens that they become ramified, 
and in such apparently anomalous cases the general normal structure 
of the appendage is simply reproduced. 

In regard to these representative transformations, it is already 
known that M. Savigny has very ably pointed out the essential con- 
formity of structure that subsists between the oral organs of the 
Haustellate and Mandibulate Insects, and advanced the opinion that 
the labium of Insects is formed of a pair of consolidated maxillz. The 
same results have been obtained by M. Oken, who in working out 
this idea was led to infer, from the examination of the organ in 
certain insects, that the labrum was similarly constructed. Corre- 
sponding results may be predicated of the parts called hypo- and epi- 
pharynz, and thus we have all the parts of the mouth in Insects 
reduced to the law of “‘ unity of composition.” 

If the pieces of the mouth are considered in reference to the 
elements which constitute them, this unity of composition may be 
readily demonstrated. M. Burmeister has recently determined the 
presence of these elementary pieces of the maxillze in the structure 
of the labium, and has detected them also in the mandibles, but only 
in some species, for they are in general intimately united. ‘There 
are even mandibles, which in certain instances, as in the Insecta 
and Scolopendree, are not inferior in degree of complexity to maxille. 
By such a method of examination we arrive at the conclusion, that 
an appendage the most complex may be yet situated in different 
parts of the body in different Articulata. Thus in Insects it is the 
masxille which are the most complex ; in the Crustacea it is the foot 
jaws ; in the Myriapoda it is the mandibles, if indeed these last be not 
regarded as the true analogues of the maxille. 

For many years names have been applied to the different pieces 
of the maxille in some Articulata, as the Coleoptera. It remains for 
us to trace out the same pieces in the maxille of other Insects, and in 
those of the Arachnida, Myriapoda and Crustacea. In pursuing this 
investigation, passing from the more complex condition of the maxilla 
in the Coleoptera to its more simple type in the Orthoptera and 
Neuroptera, and thence to that of the Hymenoptera, we are led 
finally to determine in what the greatly elongated maxille of the 
Lepidoptera consist, and thus attain to a rational knowledge of the 
essential constituents of that organ in the Haustellate Insects. In 
the butterfly, the hypertrophy of one of the elements of the maxille 
has annihilated the others, and in uniting with that of the opposite side 
to constitute a perfect tube, affords an example of a transitory con- 
dition of the labium, from which a single step in advance, and we 
are conducted to a permanent state of the lower lip in which the 
two halves are perfectly fused together. 


In conclusion, the preceding observations most incontestably 


486 Miscellaneous. 


establish the validity of that beautiful law, namely, that all the 
appendages of the inferior part of the body in the Articulata are essen- 
tially analogous to each other; this being amply demonstrated both 
by their details of structure, and the various transformations through 
which one of these appendages passes before arriving from the most 
simple to the most complex form.—Compies Rendus, April. 


MICROSCOPICAL STRUCTURE OF SHELLS, 

Dear Srr,—The ‘ Annales des Sciences Naturelles’ for February 
last (published, however, but a short time since) contains an abstract 
of my paper on the Microscopic Structure of Shells, &c, which ap- 
peared in your Journal for December 1843, Prefixed to this abstract 
is the following note by the editor, M. Milne-Edwards ;—“ En re- 
produisant ici un extrait du mémoire de M, Carpenter, je crois devoir 
réparer une omission que l’on peut reprocher a ce naturaliste, qui ne 
fait aucune mention des travaux de ses devanciers, En 1786, 
Hérissaut publia dans les ‘Mémoires de l’Académie des Sciences,’ 
un travail remarquable sur J’organisation des coquilles, et arriya 4 
des résultats trés voisins de ceux que M. Carpenter tire de ses propres 
expériences,”’ 

Having every reason to believe that my researches were as novel 
as they unquestionably were original, I was much surprised at this 
accusation ; more particularly as many of my results depend upon 
the improved powers which the microscope has recently acquired, 
and could scarcely have been anticipated, therefore, by any writer of 
the last century. But my astonishment was still greater, when, on 
referring to the volume cited by M. Milne-Edwards, I found that no 
such memoir is to be found in it. Nor have I been able, by con- 
sulting the index-volumes of the Mémoires, to find either the name 
of M. Hérissaut, or any paper on the structure of shell, subsequent 
to the well-known contributions of M. Reaumur, which have formed 
the basis of all subsequent statements as to the formation and growth 
of shell. rc 

I have also spent many hours of yaluable time in searching through 
the various articles on the subject in the several dictionaries of Na- 
tural History, as well as the systematic works of M. de Blainville, 
M. Deshayes, and other conchologists ; and the only reference that 
I can find to the researches of M. Hérissaut is confined to the article 
Conchyliogie in the ‘ Encyclopédie Méthodique,’ in which he is quoted 
as having endeavoured (but failed) to establish by ‘‘ les expériences 
ingénieuses, bien plus que solides,” that shells grow by intus-suscep- 
tion, like the bones of Vertebrata, instead of by accretion, as de- 
monstrated by Reaumur, 

The only instance in which, so far as I am aware, I had been an- 
ticipated by others, is in regard to the skeletons of the Echinoder- 
mata; and I have fully stated this fact in the paper,—not in the least 
wishing to take credit for what did not belong tome, My researches 
on this subject, however, had gone far beyond those of Prof, Valen- 
tin, before the publication of his Monograph, het: 

I think, therefore, that I haye a right to call upon M, Milne-Hd- 


Meteorological Observations. 487 


wards for an explanation of the statement which he has made to my 
disadvantage, and I shall be much obliged by your allowing this note 
a place in the next Number of the Annals, 
I am, dear Sir, yours faithfully, 
Witiam B, Carpenter. 
To Richard Taylor, Esq. 


P.S,—I may add, that the abstract of my paper in the ‘Annales 
des Sciences’ is not an original one, but is copied from ‘ L’Institut,’ 
into which it appears to have been translated from the inaccurate 
report of my paper in the ‘ Atheneeum ;’ for it contains an egregious 
blunder, for which I should be very sorry to he made responsible,—to 
the effect that I propose to place the genus Pandora among the 
Margaritacee, on account of the similarity in the structure of its 
shell. This error was corrected by me in the ‘Athenzum,’ on the 
week following that in which the report appeared; yet it has been 
translated into the French journals without notice. An examination 
of the original paper will show that it is entirely unsupported by it. 


6 North Crescent, Bedford Square, London, 
May 15, 1844. 


METEOROLOGICAL OBSERVATIONS FOR APRIL 1844. 


Chiswick.—April 1, Foggy: dry haze: clear, 2—4. Very fine: clear and dry, 
5,6. Overcast: very fine: clear, 7, Clear and fine throughout, 8. Foggy: 
clear and fine. 9. Fine: clearand dry. 10. Hot and very dry. 11. Fine. 
12. Fine; rain at night, 13, Cloudy: rain. 14, Hazy: showery, 15. Hazy: 
very fine. 16. Hazy: cloudy: clearand fine. 17. Foggy: very fine. 18. Cloudy 
and fine. 19—24, Very fine. 25. Slight haze: very fine. 26. Dry haze. 27, 
28. Clear and dry. 29. Fine: dry haze: cloudy. 30. Clear, with excessively 
dry air.—Mean temperature of the month 3°44° above the average. 


Boston.—April 1, Foggy. 2—4. Fine. 5, Fine: rain am. 6—8, Fine. 
9. Cloudy. 10, Fine, 11,12, Fine: rainem, 13, Cloudy: rainr.m. 14, 
Fine, 15. Cloudy. 16—19. Fine, 20, 21, Cloudy. 22—28. Fine. 29, Cloudy. 
30, Fine.—N.B. This month has been extraordinarily dry and warm, 


Sandwick Manse, Orkney.— April 1, 2, Cloudy: showers. 3, Bright: showers, 
4, Cloudy. 5. Cloudy: rain, 6. Clear: cloudy, 7. Cloudy, 8. Bright: cloudy. 
9. Clear: cloudy. 10, Cloudy, 11. Showers: clear, 12. Clear; cloudy. 
13, Cloudy: rain. 14, Bright: cloudy, 15, Bright; showers, 16. Cloudy, 
17, 18, Bright: showers. 19. Rain; cloudy. 20. Bright: cloudy. 21, Cloudy, 
22, Cloudy; showers. 23. Cloudy: sleet-showers. 24, Bright; cloudy. 25. 
Rain: fine. 26. Rain: showers, 27, Hail-showers; clear, 28, Bright: clear, 
29. Clear, 30. Bright: clear. 


Applegarth Manse, Dumfries-shire—-April 1. Fine. 2. Dull: raine.m, 3, 
Rain, 4, Fair, except one slight shower. 5, Rain. 6, Fine: hoar-frost. 7. 
Fine, 8. Fine, but cloudy. 9, Weta.m,: fine, 10. Fine, 11, Fine: one 
slight shower, 12, 13, Rain. 14, 15, Wet. 16, Hoar-frost, 17. Fair: 
rain p.M. 18,19, Fair, 20, Fair and fine. 21. Fine: one slight shower, 292, 
23, Fine. 24, Shower early a.m, 25, Fair. 26, Fair; heayy dew. 27. Fair, 
28, 29, Hoar-frost. 90, Fair and dry. 

Mean temperature of the month ,.....,eseesseeereens 472 
Mean temperature of April 1843 ...... ssp hsletwery 46 °4 
Mean temperature of spring water ........+e0+0++¢¢5 50 °5 
Mean temperature of ditto April 1843... 47 *O 


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THE ANNALS 


AND 


MAGAZINE OF NATURAL HISTORY. 
SUPPLEMENT TO VOL. XII. JUNE 1844. 


~~ 


LVI.—On the British species of Achnanthes. 
By Joun Ratrs, Esq., Penzance*. | 


[With a Plate.] 


AcunantuHEs, Bory (4g.). 


Frond stipitate, standard-shaped, generally composed of few frus- 
tules, which are longer than broad, curved, and have a punc- 
tum at the centre of the inferior margin. 


Frond generally composed of few frustules, and then flag-like, 
but sometimes elongated into a filament, as in the Ach. brevipes y 
of Kutzingt. It is attached by one of the lower angles of the 
basal frustule; im some species the stipes is elongated, and in 
others very short. 

The frustules are longer than broad, and curved or bent; the 
upper margin is convex and the lower one concave, the latter 
having in the middle a minute pellucid dot or punctum. In 
some species the lateral portions are turgid, the central portion 
looking like a band between them ; in others they are flat, and do 
not enter into the front view. The superior lateral surface differs 
from the lower one in the absence of the central transverse pel- 
lucid line which is present in the lower, and by its termination 
forms the punctum seen in the front view. 

The mode of growth in this genus resembles that of Isthmia, 
except that the frustules finally separate without cohering at their 
angles. 

Achnanthes differs from the other Diatomacee except Striatella 
by its stipitate flag-like fronds, and from Striatel/a it may be 
known by the absence of internal siliceous plates; and even a 
solitary frustule of this genus, separated from the stipes, may be 
distinguished from that of any other by its curved form and the 
punctum in the middle of the lower margin. 

In determining the British species I have been much assisted 
by the Rev. M. J. Berkeley and Mr. Borrer; to the latter I am 
indebted for the opportunity of examining the specimens in Kut- 
zing’s *Alg. aq. dul.’ . 

* Read before the Botanical Society of Edinburgh, Feb. 8, 1844. 


+ I have received from Mr. Harvey a specimen of this or an allied form, 
gathered at the Cape of Good Hope. 


Ann. & Mag. N. Hist. Vol. xiii. Suppl. 2K 


490 Mr.J. Ralfs on the British species of Achnanthes. 


I have seen no specimen of the Achnanthes Carmichaelit of 
Greville. 


1. A. longipes, Ag. Lateral surfaces turgid, appearing in the front 
view, with evident transverse dotted striz, elliptic or elliptico- 
lanceolate with the ends somewhat obtuse ; stipes longer than the 
frustule. Ag. Consp. Diatom. p.58; Grev. in Hook. Br. FI. vol. ii. 
p. 404 ; Harv. Br. Alg. p. 200; Ktz. Syn. Diatom. in Linnea 1833, 
p. 576; Ehr. Infus. p. 227. pl. 20. f. 1; Pritch. Infus. p. 232. Dia- 
toma vevillum, Jurg. Dec. 6, no.6! Conferva stipitata, Eng. Bot. 
t. 2488! 

On the smaller marine alge. Southampton, Miss Hill; Torquay, 
Mrs.Griffiths ; Shoreham, Mr. Borrer ; Newhaven, Mr. Jenner; Pen- 
zance, Ilfracombe. Aberdeen, Dr. Dickie; Dublin Bay, Miss Ball 
(according to a specimen from Mr. W. Thompson). 


It is distinctly visible to the naked eye, and forms on the in- 
fected plant a fringe of a brown colour, which becomes whitish 
when dried. 

Fronds aggregated, flag-like, consisting of a few (2 to 8) large 
frustules on a stout stipes, which is from two to four times the 
length of a frustule. The frustules are much bent in the middle ; 
the central portion varies in breadth, but always appears like a 
band between the turgid lateral portions, and 1s separated from 
them on each side by a pellucid line, within which is a longitu- 
dinal series of short transverse striee. 

When the central portion is broad there are again other series 
between these, but they are very faintly marked, and not percep- 
tible except under the highest power of the microscope ; in fact, 
under a low power the central portion exhibits no markings. 

The superior lateral portion is convex, and that of the terminal 
frustule most so: the inferior lateral portion is concave in the 
middle, and its ends are often slightly directed upwards: both 
surfaces have numerous strongly marked, dotted, transverse striz, 
which are very conspicuous at the outline. 

The lateral view is elliptic or elliptico-lanceolate, sometimes 
slightly constricted at the centre on one or both margins, some- 
times nearly straight, but the ends are always somewhat obtuse. 

The colouring matter is either diffused or collected into a 
roundish central spot. 

Pate XIV. fig. 7. Achnanthes longipes: a, central portion; 6, superior 
lateral portion; c, inferior lateral portion; d, punctum. Fig. 8. Several 


individuals: 6, frustules deprived of their colouring matter; c, superior 
lateral view; d, inferior lateral view. 


2. A. brevipes, Ag. Lateral surfaces turgid, appearing in the front 
view, with transverse distinctly dotted striz; stipes shorter than 
the frustule ; lateral view lanceolate with subacute extremities. 
Ag. Consp. Diatom. p. 59; Grev. Crypt. Fl. t. 295 ; Grev. in Hook. 
Br. Fl. vol. ii. p. 404; Harv. Br, Alg. p. 199 ; Berk. in Eng. Bot. 


Mr. J. Ralfs on the British species of Achnanthes, 491 


t. 2842. f, 1; Ktz. Synop. Diatom. p. 574; Ehr. Infus. p. 227. 
pl. 20. f. 2; Pritch. Infus. p. 232. f. 199-202. Echinella stipitata, 
Jurg. Dec. 13, no. 8! 


On marine alge. Southampton, Miss Hill; near Shoreham, Sus- 
sex, Mr. Jenner. 


This species bears a considerable resemblance to Achnanthes 
longipes. Like that species, its frustule is strongly bent, and its 
central portion, which is marked by longitudinal series of short 
transverse strive, appears like a band between the turgid lateral 
portions. These too are similar in shape to those of Achnanthes 
longipes, and are marked in like manner with transverse dotted 
strive, which are interrupted by a longitudinal pellucid line pass- 
ing down the middle. Notwithstanding these similarities it may 
at first sight be distinguished from Achnanthes longipes, as its 
stipes is very short; its lateral view is more acute, and often 
rather suddenly attenuated at the ends, and its transverse stris 
are more distinctly dotted ; indeed, in the more elongated frustules 
are series of short lines, and in its central portion the longitu- 
dinal series of strive are also much more distinct. 

The lateral view is more frequently constricted in the centre 
than in Ach. longipes. 

The frustules are three to six times longer than broad. 

I have not seen this species in a recent state: when dry it is 
of a whitish colour; and under the microscope the colouring mat- 
ter is either scattered or collected into a central spot. 


Prater XIV. fig. 9. Achnanthes brevipes: b, frustules deprived of their 
colouring matter; c, superior lateral view ; d, inferior lateral view. 


3. A. subsessilis, Ktz. Lateral surfaces elliptic, obtuse, striated ; 
stipes shorter than the frustule. Ktz. Syn. Diatom. in Linnea 
1833, p. 576; Ktz. Alg. no. 42!; Ehr. Infus. p. 228. pl. 20. f. 3; 
Pritch. Infus. p. 233. 

On Conferva tortuosa and filiform species of Enteromorpha, chiefly 
in salt-water marshes. Hayle near Penzance, near Holyhead, by the 

Menai Bridge, and Penman Pool near Dolgelley. 


It is very minute, scattered, not visible to the naked eye ; but 
when plentiful gives a brown tinge to the plant on which it grows. 

Frustules generally one or two (seldom more than three) on the 
stipes, slightly bent, two or three times as long as broad ; lateral 
surfaces elliptic, striated, slightly turgid, with obtuse ends: both 
surfaces have a longitudinal pellucid line, and the inferior a trans- 
verse one also. In the front view the upper margin is slightly 
convex, and the lower one concave with a distinct punctum ; the 
ends of the lateral strie, which are much less strongly marked 
than in the preceding species, appear along the margin, but the 
lateral portions are scarcely seen. The central portion is either 
without markings or has very obscure longitudinal series of short 

2K 2 


492 Mr. J. Ralfs on the British species of Achnanthes. 


striz, and the lines separating it from the lateral portions are less 
distinct than in the two preceding species. I have not been able 
to ascertain whether the strize are dotted. The stipes is short and 
thick, as in Achnanthes brevipes. 

This species comes very close to Ach. brevipes, but is a smaller 
plant ; the frustules are less bent, the lateral surfaces are not so 
prominent in the front view, the striz are less distinct, the cen- 
tral portion has very obscure markings or none at all, and espe- 
cially the lateral view is elliptic and obtuse at the ends. 

The endochrome is pale brown, and generally collected into 
two faint, roundish central spots. There is frequently a small 
air-like globule near each end of the recent frustule, which dis- 
appears when it is dried. 

_ Puarte XIV. fig. 10. Achnanthes subsessilis : b, frustules deprived of their 
colouring matter; c, superior lateral view; d, inferior lateral view. 
4. A. minutissima, Ktz. Frustules slender; lateral surfaces obtuse, 
strie apparently wanting; stipes not longer than the frustule. 
_ Ktz. Syn. Diatom. p. 578. f.54; Ktz. Alg. aq. dulce. no. 75!; 

Ehr. Infus. p. 228. pl. 20. f.5 ; Pritch. Infus. p. 233. 

In freshwater ponds, &c., parasitic on other alge. Newtimber, 
Sussex, Mr. Borrer; Shoreham, Kent, Mr. Jenner; Cheshunt, Mr. 
Hassall; Oswestry, Shropshire, Rev. T. Salwey ; common about Pen- 
zance on Bulbochete setigera, J. R.; near Bristol, Mr. Thwaites. 

I believe that this species is very common, but generally over- 
looked from its minuteness. 

The fronds are scattered, extremely minute, and rarely of more 
than two frustules. The frustules are two to six times as long as 
broad, slightly curved and colourless. The stipes is not longer 
than a frustule, and the punctum on the lower margin is very 
minute. 

Before I had the opportunity, through Mr. Borrer’s kindness, 
of comparing our plant with the specimen in Kutzing’s ‘ Alg. aq. 
dulc.,’ I considered it a variety of the following species ; and Iam 
still uncertain whether they should be separated, although the 
plant above described is undoubtedly Kutzing’s Achnanthes mi- 
nutissima. ; 

Puate XIV. fig. 11. Achnanthes minutissima: b, frustule deprived of its 
colouring matter; ¢, lateral view. 


5. A. exvilis? Ktz. Frustules slender; lateral surfaces subacute ; 
strie indistinct or wanting ; stipes longer than the frustule. Ktz. 
Syn. Diatom. p. 578. f. 53; Ktz. Alg. aq. dulce. no. 12 ; Ehr. Infus. 
p. 228. pl. 20. f.5; Pritch. Infus. p. 233. 

Parasitic on Gomphonema geminatum in several streams near Dol- 
gelley. 

It is dark reddish-brown when recent, and turns greenish in 
drying. 


This species is very minute: the frustules in a frond vary from 


Mr. J. Ralfs on the British species of Achnanthes. 493 


one or two to nine, and are occasionally even more numerous ; they 
are slender, three to six times as long as broad, and curved: the up- 
per margin is convex in the middle and concave on each side ; the 
lower margin, on the contrary, is convex at the ends and concave 
in the centre with a minute punctum, which is scarcely discern- 
ible until the endochrome is removed. The stipes is slender, 
often curved, and from three to five times as long as a frustule; 
two or more are often connected together at the base. The la- 
teral surfaces are flat, narrow, lanceolate, with subacute ends. In 
general there is no appearance of striz, but I believe this depends 
upon their extreme minuteness ; for in one or two instances, after 
the endochrome had been destroyed, I distinctly observed in some 
of the larger frustules the terminations of strize along the lateral 
margins of the front view. 

Usually the frustules are nearly colourless, whilst the endo- 
chrome forms a very pale, central, irregular patch, which occasion- 
ally indeed is of a dark brown. At each end of this patch there 
is almost always, in the recent state, a colourless air-like globule 
which disappears in drying. 

This species is easily distinguished from all the preceding, ex- 
cept Ach. minutissima, by its freshwater habitat, its slender frus- 
tules, and the apparent absence of striz. From Ach. minutissima 
it differs in its elongated stipes and more acute lateral surfaces. 

Although I have compared our plant with Kutzing’s Ach. ex- 
ils, I am not certain that it is the same species. It agrees with 
Kutzing’s specimen in its crowded habit and elongated stipes, but 
its frustules are much smaller and its lateral surfaces less acute, 
in both which respects it is intermediate between Ach. minutissima 
and Kutzing’s specimen of Ach. ezilis. 


Pirate XIV. fig. 12. Achnanthes exilis: b, frustule deprived of its colour- 
ing matter; c, lateral view. 


Analysis. 
1, { Fluvatile, strize wanting or indistinct ssesessecsesseseseees 2 
* \ Marine or submarine, lateral strize evident ...... aihieeee 3 
Stipes much longer than the frustule; lateral surfaces 
2 WRDACUES - ecssasuasoveecssctacdesavenveese Sesser dees de cecescees exilis 
* | Stipes not longer than the frustule; lateral surfaees ob- 
tUBO! 5} Sods eets bebesiivunteneelsVasneedsoubtavesnvsecebees cones minutissima. 
3. { Stipes longer than the frustule ............ coccscccevecescee LOngipes. 
* | Stipes shorter than the frustule ..........0000. edadesoeecnedye 4 
Lateral view lanceolate, with acute ends; lateral striz 
4 strongly marked, dotted .......... Se uate eas hte sbannantee’ brevipes. 
* | Lateral view elliptic, with obtuse ends; striz: apparently 
NOt Cotbed cc ivecsi sivonssceves esschesuwund passers aaenes soovee SUDSESSilis. 


N.B. Figure 6 of Plate XIV. is a representation of Striatella unipunctata, 
which was described at p. 456 of Vol. XI., but the figure of which was then 
omitted from want of space: 0, a frustule deprived of its colouring matter; 
c, lateral view. 


494, M. Ad. Brongniart on Vegetable Morphology. 


LVII.—Ezamination of some instances of Vegetable Monstro- 
sities, elucidating the Strueture of the Pistil and the Origin of 
Ovules. By M. Av. Bronentart*, 


Wuite some botanists contend that the placenta is a prolonga- 
tion of the central, or an axillary axis applied upon or united to 
the carpellary leaf, others maintain that the ovules are only 
modifications of appendages, or even parts of the carpellary leaves 
themselves. In confirmation of the latter view, W Ad. Bron- 
gniart cites an instance of monstrosity observed by him in Del- 
phinium elatum cultivated at the Museum of Natural History at 
Paris in 1841, in which the carpels underwent all degrees of 
foliaceous transformation, presenting on their borders ovules, 
sometimes normal, sometimes passing insensibly into the state of 
lateral lobes of the carpellary leaf itself. | 

The most important monstrosity (observed among many 
others) was that in which the carpellary leaves formed, toward 
their summit, an ovary closed by the junction of the carpella 
leaves bearing ovules scarcely altered, and presented at their 
inferior part a leaf whose borders were lobed, folded inwards, 
separated from each other, and destitute of ovules. On the bor- 
ders of these carpels were observed all states of transition from 
lateral trifid lobes of the leaf to true ovules. 

It was seen that the carpellary leaves were traversed by three 
principal longitudinal nervures, one median and two lateral ; the 
latter corresponding to the margins of the carpellary leaf such 
as it existed in unaltered pistils, these margins by their union 
constituting the internal suture of the carpels; that the wall of 
the ovary was only constituted of that portion of the leaf com- 
prehended between the median and lateral nerves, while the 
portion of the leaf outside the lateral nerves formed no part of 
the ovary, but was transformed into ovules. The transformation 
was evident, as these lobes were not abortive and ovules developed 
in their place, but they became smaller, curved and folded upon 
themselves, so as to constitute the funiculus and primine, or 
external membrane of the ovule. 

It was easily seen, that of the three teeth each of these lobules 
presented, the lateral became atrophied, the base of the lobe 
narrowing to form the yery short funiculus of the ovule, while 
the middle part of each lobe was hollowed and curved upwards 
and inwards in the form of a hood, so as to constitute the pri- 
mine. As to the nucleus, it originated from a sort of cellular 
excrescence or papilla situated on the upper surface upon the 
median nerve of each lobe a little below its summit. In the 
lobes spread out and not participating in the formation of tegu- 


* Abstract from the Comptes Rendus, tome xviii, No. 13, 25 Mars 1844, 
communicated by A. Henfrey, Esq. 


M. Ad. Brongniart on Vegetable Morphology. 495 


ments of ovules, the papilla corresponding to the nucleus was 
very small, and entirely exposed upon the slightly concave 
superior face of the foliaceous lobe. On the lobes whose summit 
presented a cup-shaped cavity, the nucleus, either little developed 
or of some size, occupied the bottom of this kind of cup, which 
corresponded to the primine. In the foliaceous lobes which had 
more completely taken on the form of ovules, the opening of the 
cup-like cavity was narrowed, and had altogether the appearance 
of the micropyle ; the nucleus was more developed, and its free 
summit corresponded to the opening in the ovulary tegument 
as in the normal condition. Lastly, the ovule assumed more and 
more the form and organization of the ordinary ovule of this 
plant. 

It must be admitted then, that in the plant in question, the 
vascular bundles of each placenta, or what are often called pistil- 
lary cords, were formed by the lateral nerves of the carpellary 
leaf; that each ovule corresponded to a lobe or large tooth of 
this leaf, and that its funiculus, as well as the raphé as far as the 
chalaza, was formed by the median nerve of this lateral lobe; 
that the external tegument, often vascular, of the ovule was nothing 
but the extremity of this foliaceous lobe folded on itself, forming 
a sort of hood; that the nucleus, on the other hand, was a new 
production, a cellular papilla, developed on the superior face of 
this lobe of the leaf, and in the cavity which the latter had 
formed, 

M. Brongniart does not think that it can be contended that 
these lateral nerves of the carpellary leaves, from which the ovules 
and toothed lobes were thus indifferently developed, can be re- 
garded as peculiar processes of the central axis destined exclu- 
sively to the production of ovules, as many physiologists have 
contended. . 

M. Brongniart believes that this is the general structure in all 
cases where the placenta is placed on the margin or internal face 
of the carpellary leaf. 

The author then cites another example of monstrosity which 
exhibits the same origin of the ovules in a family where the ovary 
seems, at first sight, to deviate notably from the more ordinary 
structure of compound. ovaries, viz. in the Crucifere. In this in- 
stance, in which all the flowers on a stem of a turnep were ex- 
amined, some presented the two carpellary leaves composing the 
siliqua in a normal condition ; others very much developed, and 
even forming an almost vesicular siliqua, in which the ovules were 
replaced by little foliaceous expansions, or sometimes the carpels 
themselves replaced by two free leaves destitute of ovules. 

Some of the vesicular siliquee appeared at first to have the usual 
organization of the pistil of Crucifere, although differing very 


496 M. Ad. Brongniart on Vegetable Morphology. 


much in form and dimensions, by their longer support and nar- 
row partition from those of Brassica ; but on opening them it was 
seen that no true membranous partition existed, the thickened 
borders of the carpels approached each other, and were in more 
or less complete contact in their whole extent, or soldered together 
only in part. The margins of the two different carpels were, on 
the contrary, very intimately united together in their whole ex- 
tent, in most cases. | 

The margins of these carpels gave origin to foliaceous lobes 
occupying the position of ovules, reflected upon the interior of the 
carpels, continuous with them by their base, disposed nearly in 
the same plane, and divided into two or three acute teeth, so as 
closely to resemble the margin of a pinnatifid leaf. Each of these 
lobes was traversed by a little nerve, and its subdivisions by se- 
condary nerves. The connexion of these little folioles together 
at their base, their position in the same plane parallel to the axis 
of the siliqua, showed plainly that they were not small distinct 
leaves, but portions of a single lobed leaf. The juxtaposition of 
this lobed margin with the similarly lobed margins of the other 
carpellary leaf, the union even of the longitudinal vascular bundles 
of the two into a single median bundle, produced the appearance _ 
of a single pinnatifid leaf applied to the interior, within the suture 
of the carpellary leaves, so that one might have imagined that the 
pistil was formed of four leaves in the form of a cross, two form- 
ing the valves or walls of the ovary and the other two the pla- 
cent ; but the complete examination of the monstrosity rendered 
this supposition unlikely to be true. 

Besides the parts already indicated, there existed always in 
these pistils two little short cylindrical branches terminating in 
tubercles or papille representing young rudimentary leaves. These 
originated in the axil of the carpellary leaves, and were only their 
axillary buds elongated in the form of a slender axis. Also, from 
the centre of the ovary, between the two carpels and from the 
disunited base of the partition, a rather larger cylindrical axis 
often arose, bearing on its summit little leaves united into a ca- 
pitulum ; this was evidently the prolongation of the principal axis 
of the flower. Thus all the modifications that could present them- 
selves on a branch bearing two opposite leaves were found in the 
interior of this pistil, without one of them taking part in the for- 
mation of a placenta. In the few carpellary leaves which, in a 
state of transition to free expanded leaves, began to separate from 
each other towards the top, the carpels united at bottom still pre- 
sented their ovuliform lobes, which then appeared to depend more 
completely upon the carpellary leaves, and did not tend at all to 
form a second pair independent of them. It is remarkable, that 
in proportion as the carpellary leaves more completely assumed 


M. Ad. Brongniart on Vegetable Morphology. 497 


the foliaceous appearance and became completely free, the lobes 
which replaced the ovule disappeared, and the two leaves in most 
flowers were oval and quite entire, but marked with three very 
distinct longitudinal nerves, the borders retaining no trace of 
the pinnatifid form, which they only appeared to present when 
they took the character of placentze. 

It is also remarkable, that in the pistils thus become completely 
foliaceous, there were again found the little axillary branches and 
the prolongation of the principal axis, bearing at its summit, but 
at some distance from the insertion of the carpellary leaves, either 
a bud composed of small leaves, the external of which formed a 
cross with the carpels, or else little abortive flower-buds. 

Thus in this plant with carpels intimately united, we find that 
the ovules are also a dependence and a result of the modification 
of the margins of the leaf analogous to what we have seen taking 
place in the carpels of Delphinium. It is impossible to consider the 
placenta as a dependence of the principal or secondary axes, since 
we find these developed under the form of little branchlets, and 
existing at the same time as the placentz. 

There only remain then the pistils with a free central placenta, 
which appear difficult to reduce to the same type, that 1s, to car- 
pellary leaves with marginal placentation ; but with respect to 
these it must be remarked, that their pistils are formed after two 
very distinct types, that of the Caryophyllee and allied families, 
and that of the Primulacee and their analogues. There, even, 
the occurrence of monstrosities comes to confirm the differences 
which the normal structure indicates in the composition of these 
pistils. ! 

Thus the pistil of Caryophyllee presents in many cases parti- 

tions which perish or disappear at a more or less advanced epoch 

of their development, and the placentz appear to occupy, as in 
ordinary multilocular pistils, the margins of the carpellary leaves 
brought together and soldered round the ideal axis of the flower. 
An instance of monstrosity of one of the Si/enee (M. Brongniart 
believes a Saponaria), communicated by M. Bravais, confirms this 
supposition, for the carpels had become partly free and open, and 
bore ovules on their margins. 

On the other hand, in the Primulacee there are never an 
traces of partitions ; the ovules are fixed upon an almost globular 
placenta, not divisible into longitudinal bundles, and in the fre- 
quent instances of monstrosities observed in Primula, Anagallis, 
Cortusa, Lysimachia, &c., the pistil has never been seen to change . 
into ovuliferous carpellary leaves; but, on the contrary, the cen- 
tral placental axis, elongated in the form of a central column, bears 
ovules more or less modified, which pass into the state of as many 
little distinct leaves as there are ovules. 


498 | Zoological Society. 


Thus in this case the placenta would appear really distinct 
from carpellary leaves, and constituted of the prolonged floral 
axis bearing little leaves arranged in yerticils or rosettes, and 
susceptible of giving birth to as many ovules, M. Brongniart 
has already demonstrated this transformation of ovules into little 
leaves more or less rudimentary and folded up in a monstrosity of 
the China primrose; he might offer a second example of it in 
the Anagallis pheenicea, if it were not that all the ovules were re- 
placed by three or four yerticils of five small sessile oval leaves 
bordered with glandular hairs, but not presenting any transition 
into the form of ovules. 

There would be then two different origins of ovules: one 
appertaining to an immense majority of the Phanerogamous ve- 
getables, in which the ovules arise from the border itself of the 
carpellary leaves, and represent the lobes or dentations of these 
leaves; the other peculiar to a small number of families, such as 
the Primulacea, Myrtinea, Theophrastee, and probably the San- 
talacee, in which the ovules would correspond to so many distinct 
leaves borne on the prolongation of the floral axis. 


PROCEEDINGS OF LEARNED SOCIETIES, 


ZOOLOGICAL SOCIETY. 
July 25, 1843.— William Yarrell, Esq., Vice-President, in the Chair. 
Mr, Fraser haying carefully determined the species of birds form- 
ing part of an extensive collection of subjects of natural history, 
brought to England by Mr. Bridges, laid them before the Meeting, 
and communicated the following notes from that gentleman relating 
to their habits, ranges, &c. 


Sarcoramphus gryphus, Auct. Condora and Buitre. 

‘Found in all the provinces of Chile, and very abundant in the 
elevated valleys of the Andes. Builds its nest on the shelves of in- 
accessible precipices, and lays from one to two large white eggs. 
Iris of the female dark red.” 


Cathartes Iota, Mol. oté. 

‘This species is found in abundance along the coast of Chile ; 
also in the interior; devouring dead fish and carrion of all kinds. 
The head of the adult bird is red when alive. Iris light brown.” 


Cathartes atratus, Sw. Jotecito and Joté de Mendoza. 

«This bird is found on the eastern side of the Andes near Men. 
doza, and is occasionally seen in Chile in the province of Colchagua. 
The caruncles of the head are very large when alive, and black. Iris 
dark brown.” : 
Haliaétus Aguia, Temm. Aquila of the Spanish, Ca/quin of the In- 


dians. 
‘‘ This bird inhabits the retired woody and mountainous parts of 


Zoological Society. 499 


the country. It sometimes soars to a great height. Its principal 
food is partridges and domestic fowls. ‘The young appear to accom- 
pany the old for at least six months, and depend on them till that 
age for food. I have frequently seen an eagle catch a patridge and 
carry it to its young that would be waiting on a tree or rock ready 
to receive it. Iris light brown; legs pale yellow; cere yellow. 
Builds its nest on the tops of trees, and lays from three to four dirty- 
white eggs.” 

Polyborus Brasiliensis, Sw, Traro and Taro, 

“‘ Feeds on carrion, worms, frogs and the larya of insects, It is 
common to see these birds following the ploughman, picking up 
worms, &c. in the newly broken soil, They build their nests in 
trees; the nest is composed of sticks and stems of a species of Ru- 
mex, and on the outside is a kind of platform where the male sits 
during the setting of the hen. The eggs are dirty white spotted 
with brown. Iris brown; legs and cere yellow. When pressed by 
hunger it attacks chickens.” : 
Phalocobenus montanus, D’Orb. Tuique de la Cordelliera. 

«This is a very rare bird, occurring only in the valleys of the 
Andes at an elevation of from 5000 to 8000 feet. Found in pairs, 
Iris dark brown.” 

Milvago pezoporos, Meyen. Tuique. 

«Common in all parts of Chile. Habits the same as the Traro 
(Pol. Brasiliensis). Iris brown; legs light brown or grey.” 

Buteo erythronotus, King. Aguilucha. 

«‘ This is the small eagle of Chile, as its name in Spanish implies, 
It inhabits the open parts of the country, and is mostly seen perched 
on the top of a solitary tree enjoying the sun in the afternoon. Base 
of the bill, cere and legs greenish yellow ; iris brown. Food, rats 
and small birds.” 

Astur unicinctus, Temm., Pl. Col. 313. Peuco. 

«This species of hawk is found in the retired and woody parts of 
the country: it appears to seek the shade during the day and hunts 
its food in the evening, Iris light brown.” 

Falco anutum, Bonap. Gavilan. 

‘The Gavilan is a rare bird in Chile, and the most rapid on the 
wing of all the Chilian hawks. It is occasionally seen in open parts 
of the country perched on a rock-stone. Iris brown; legs and nos- 
trils yellow.”’. 

Falco femoralis, Temm. Alcon. 

This is the species of hawk in Chile used for hunting partridges, 
It is easily domesticated. I have seen them caught in a net for the 
purpose of hawking, and in fifteen days afterwards follow their master 
and hunt partridges when sprung by the dogs. Base of the bill and 
margins of the eyes bright yellow ; iris dark brown.” 

Tinnunculus Sparverius, Sarnicula. 

‘* This is the smallest of the hawk tribe in Chile. It is said to 
build its nest in holes of trees. The female is easily distinguished 
from the male by the bands across the tail-feathers. Iris dark brown.” 


500 Zoological Society. 


Circus cinereus, Vieill. Nubdlina is the name for the adult male, and 

Barril for the female and young. 

‘« This species is less rapid in its motions than the other hawks, 
and generally flies nearer the ground. It feeds chiefly on rats and 
mice. ‘The ruff of feathers round the head gives it the appearance 
of an owl. Iris bright yellow.” 


Elanus dispar. Baylarin. 

«This is the rarest of the Chilian hawks. It hovers over its prey, 
and from that it takes its name, which signifies dancer. Eyes large ; 
iris yellow. Found in pairs. It appears to be migratory, making 
its appearance during the winter.” 


Athene cunicularia, Mol., Hist. de Chile, pp. 293 and 390. Piqueu. 

‘« This species lives in holes in the ground, which it makes to a con- 
siderable depth. In the afternoon it comes out of its cave and basks 
in the sun. It appears to live in communities, as several inhabit the 
same cave. Iris bright yellow.” 


Athene ferox, Vieill. Chucho. 

«This is the smallest species of owl found in Chile; it is very 
destructive to pigeons, killing the young and eating only the brains of 
its victims. It is much dreaded by small birds, and the hiding-place 
of the Chucho is frequently discovered by their cries. It makes its 
nest in holes of trees. Iris yellow.” 


Otus palustris, Gould. Nuco. 
«‘ A rare species of owl, found in the province of Colchagua. Iris 
yellow.” 


Strix perlata, Licht. Lechusa. 
‘< Inhabits old houses, and in holes in precipices made by the par- 
rots. Rare in Chile.” 


Bubo Virginianus, Wils. Tiicirdre. 

‘«‘ The largest species of owl found in Chile. It inhabits woods 
and may occasionally be found sleeping during the day. It has de- 
rived its name from its note. Iris pale yellow.” 


Caprimulgus bifasciatus, Gould. Plasta and Gallina ciega. 

‘‘ This bird is found in bushy places on the east and west side of 
the Andes. Iris brown. The female is rarer than the male. _ It is 
called Plasta from its laying flat on the ground: Gallina ciega in 
Spanish signifies Blind-hen.” 


Hirundo leucopygia, Licht. Golondrina. 

“Called in the Indian language Pilmayqueu. It builds its nest, 
which is composed of grass and feathers, in holes under the tiles of 
houses. Remains in Chile throughout the year.” 


Ceryle torquata, Gmel. Martin Pescador. 

«The Indian name of this bird is Quete Quete. It inhabits all the 
southern provinces of Chile, and may be generally seen sitting on a 
bough over the water waiting for fish: it darts down upon them 
with astonishing rapidity. Iris dark brown.” 


Myiobius parvirostris, Gould. Pio. 
“This little flycatcher makes its appearance near Valparaiso 3 in 


Zoological Society. 501 


gardens and on the mountains in September. It is called Pio from 
its note. Iris brown.” 


Myiobius albiceps, G. R. Gray. Binda. 

“‘ This little bird inhabits lonely and shady ravines. It has asin- 
gular and mournful note, from whence it has derived its name of 
Binda or Widow-bird. Iris brown.” 


Serpophaga parulus, Gould. Torito and Cachudita. 

«This singular little bird inhabits gardens, and bushy situations 
on the mountains, in Chile. It takes its name, Cachudita, from the 
feather on the top of the head resembling a horn, cacho being a 
term for horn in Spanish. Feeds on small insects. Iris pale yellow.” 


Lichenops perspicillata, G. R. Gray. Colegial. 

«This interesting little bird is always found near margins of rivers 
and marshes: when flying it has a singular appearance, as it then 
displays the white tips of its wings. Iris and margin of the eye 
bright yellow.” 

The Lichenops erythropterus, Gould, is either the female or young 
of the above species. 


Xolmis pyrope, G. R. Gray. Thincon and Dincon. 

“This bird is migratory: it visits the coast in the winter and 
spring months, and during the summer retires to the elevated parts 
of the country. Its food is flies and other insects. Iris bright red.” 


Agriornis gutturalis, Gould. Mero and Zorzal Mero. 
«This bird is found in the central provinces of Chile. Its food is 
insects. Iris brown.” 


Agriornis maritimus, G. R. Gray. Mero de la Cordelliera. 
«This bird inhabits the elevated valleys of the Andes on the east 
and west sides. Iris brown.” 


Turdus Falklandicus, Quoy et Gaim. Zorzal. 
* Found in all parts of Chile. Iris brown.” 


Mimus Thenca, Mol. Tenca and Trenca. 

** This bird is certainly the most celebrated for its song of all the 
birds in Chile: it sings during the months of September, October 
and November. It frequently builds its nest on the tall Catus*. 
The eggs so much resemble the eggs of the blackbird of Europe that 
it would be difficult to distinguish them; nor is the nest unlike. It 
feeds on flies like the Muscicapa. Iris yellowish green.” 


Opetiorhynchus nigrofumosus, G. R. Gray. Molinero. 

“‘Inhabits the sea-shore in rocky places, margins of rivers, brooks 
and ditches. It has a most agreeable note or warble, and flaps its 
wings whilst singing. Iris brown.” 


Opetiorhynchus vulgaris, G. R. Gray. Churete. 
‘“‘ Habits and manners the same as O. nigrofumosus.” 


Geositta (Furnarius) canicularia, G. R. Gray. Caminante. 
‘* Found on the plains in the intermediate provinces of Chile.” 


* So in manuscript. 


502 Zoological Society. 


Uppucerthia dumetoria, Is. Geoff. 
“‘Inhabits the elevated valleys of the Andes. Iris brown.” 


Pieroptochos megapodius, Vig. Turco. 
“The Turco is found in the ravines or quebradas near Valparaiso.”’ 


Pteroptochos albicollis, Kittl. Tapaculo. 

«This bird is found in all the central provinces of Chile, espe- 
cially where the Octodon Cumingii abounds: when pursued it takes 
shelter in holes made by the Octodon, and appears to live in har- 
mony with that little animal. Its food is no doubt insects, worms, 
&c., which it obtains with its strong claws by scratching under trees 
and bushes. Iris brown.” 


Scytalopus Magellanicus, G.R. Gray. Chircan negro. 
“Inhabits hedges in various parts of Chile.” 


Troglodytes Magellanicus, Gould. Chircan, 

«This little wren builds its nest with twigs of Trevoa trinervis, 
and lines the inside with feathers: the nest is found in holes of trees 
and walls. It sings beautifully during the summer. Eggs white 
with reddish-brown spots. Inhabits gardens and hedges near Val- 
paraiso.” 


Synallacis rufogularis, Gould. 
‘‘ Found near marshes amongst large aquatic plants.” 


Synallaxis pumicola, Kittl. Bolaria. 

‘«‘ This bird is somewhat rare, is fond of bushy situations on the 
mountains, and builds a cylindrical nest with a hole on the top, 
composed of twigs of Trevoa trinervis; the inside is lined with the 
down of a species of Gnaphalium : it lays from four to six eggs. Iris 
brown.” 


Synallazis egithaloides, Kittl. Colilarga. 

‘Inhabits woody and bushy places, seeking insects in the trunks 
of trees and amongst bushes.” 
Synallaxis spinicauda, King. 

 Inhabits woody situations in the interior of the country.” 
Oxyurus dorso-maculatus, D’Orb. 

‘Found near marshes amongst large aquatic plants. A very 
rare bird.” 


Dendrodramus leucosternon, Gould. Carpentero Pardo, 

‘‘Inhabits woods in the province of Colchagua near the Andes. 
Rare.” A 
Muscisazicola mentalis, D’Orb. : 

« This little bird migrates to the coast in flocks in the months of 
June, July and August. Iris brown.” 
Muscisazicola rufivertex, D’Orb. | , 

‘‘ Inhabits elevated mountains of the Andes, near the snow.” 
Muscisavicola nigra, Less. Animita. _ 

‘ Inhabits margins of rivers in‘sandy places. Found in pairs the 
whole year.” . : 


Zoological Society. 503 


Anthus correndera, Vieill. | 

« This interesting little bird inhabits moist plains and margins of 
marshes: when it flies it expands its tail and shows the two exterior 
white feathers: it is remarkably tame, and hides itself amongst high _ 
grass. Iris brown.” 


Cyanotis omnicolor, Swains. Pajaro de Siete colores. 


Crithagra? brevirostris, Gould. Chirique. | 

“The Chirique is seen in the interior and on the coast of Chile in 
flocks of several thousands together. It builds its nest among high 
grass on the ground. Eggs dirty white with brown spots.” 


Chrysometris campestris, Gould. Zilguero. 

“This little bird is common about Valparaiso in the months of 
September and October, on the mountains. It is caught with bird- 
lime and in trap-cages, and sold in the market. It is kept in cages 
for its song, which is almost as agreeable as that of the canary. Iris 
brown.” 


Chrysometris Magellanicus, Bonap. Zuilguero de la Cordelliera. 
“ This little bird confines itself to the valleys of the Andes on the 
east and west side. Iris brown.” 


Zonotrichia mutatina, G.R. Gray. Chincol. 
** Found in all parts of Chile, also in valleys of the east side of the 
Andes : builds its nest on bushes. Eggs white with brown spots.” 


Fringilla alaudina, Kittl. Pichiquina. 

“ This little bird makes its appearance in the summer months : 
inhabits corn-fields: builds its nest on the ground, and lays from 
four to five whitish eggs with brown spots. Iris dark brown.” 


Fringilla fruticeti, Kittl Jalé. 
‘* Inhabits hedges and bushy situations. Iris brown.” 


Fringilla Gayi, Edoy. et Gerv. Cometocina. 

“The Cometocina visits the coast of Chile during the winter, and 
in summer it migrates to the valleys of the Andes. It is found 
both on the east and west sides. The name in Spanish signifies 
Bacon-eater ; but why so called I know not. Iris light brown.” 


Fringilla Diuca, Mol. Thiuea and Diuca. 

«The Diuca is common in all parts of Chile: during the summer 
months it sings before the dawn of day and in the afternoon. It is 
a splendid sight to see the sun rise over the Andes in the months of 
October and November, and the pleasure is moreover enhanced by 
the warbling of a thousand Diucas. It builds its nest in bushes, and 
lays from four to six dirty-brown-coloured eggs. _ Iris light brown.” 


Eimberiza luteocephala, D’Orb. Canaria. 
‘‘Inhabits the elevated valleys of the Andes, east and west sides. 
Iris reddish brown.” 


Phytotoma rara, Mol. 

“‘ Called Rara by the natives, and is generally found near houses 
on bushes and hedges. It is a most mischievous bird in gardens, 
doing considerable damage to young plants by cutting them in two 


504 Zoological Society. 


with its serrated beak: it appears to live on the juice of the plants. 
The note of this bird is singularly harsh, resembling more the croak- 
ing of a frog than the note of a bird. Iris bright red.” 


Sturnella Loica, Mol. Loica. 

“The Loica is found in all parts of Chile. It congregates in 
winter on the plains, builds its nest on the ground amongst grass, 
and lays from four to six whitish eggs with brown spots. These 
birds often prove an annoyance to the sportsman in Chile, from the 
dogs pointing at them as at partridges. Iris brown.” 


Icterus Thilius, Mol. Thili or Trili. 

** Occurs in marshy situations, and builds its nest amongst reeds, 
rushes and light grass: eggs white with brown spots. Iris dark 
brown.” 


Agelaius curaceus, Mol. Tordo. 

“This bird is found in all the intermediate provinces of Chile. It 
congregates in the winter like the Loicaand Thili. The Tordo builds 
its nest on trees: in size and material the nest resembles that of the 
thrush of Europe, and is lined with mud inside in the same manner. 
It lays from four to six eggs of a pale blue colour inclining to white. 
This bird is easily domesticated, and may be taught to whistle and 
talk. Iris dark brown.” 


Conurus cyanolysios, Mol. Psit. Patachinus, Vig. Loro and Tricague. 

*‘TIt makes holes in the precipices near rivers several yards in 
length, where it deposits itsnest and eggs. The eggs are white and 
almost round, and vary from three to six in number. The young 
are highly esteemed for the table, and are obtained by attaching a 
fish-hook to the end of a long pliable stick, which is thrust into the 
hole and turned round, or drawn backwards and forwards, until such 
time as the person using it considers his object secured. Thenatives 
when employed in capturing these birds incur considerable danger, 
since they suspend themselves from the tops of high precipices by 
means of a laso or hide-rope, which is either secured to a tree or 
stake or held by two or three persons, who move as occasion re- 
quires. Iris white.” 


Psittacara cheroyeus, Mol. (P. leptorhynchus, Vig.) Cheroy. : 
‘‘Inhabits the province of Colchagua.” 


Colaptes Pitiguus, Mol. Colaptes Chilensis, Vig. Pitigue. 

«The Pitigue is found in all the southern provinces of Chile in 
woody situations ; sometimes it may be seen on the ground seeking 
worms and grubs. It takes its name from its cry or scream, which 
may be heard at a great distance. Molina has committed an error 
by stating that this, unlike the rest of the family to which it belongs, 
builds its nest in holes in the ground. I have frequently found its 
nest in holes of trees, but never do I remember having seen or heard 
of an instance of its building as Molina asserts. The fleshis eaten. 
Iris greenish yellow. Eggs white.” 


Picus lignarius, Mol. Picus Kingii, G. R. Gray. Carpentero. 
*‘Inhabits woods and hedges.” 


Zoological Society. 505. 


Trochilus gigas, Vieill. Picaflor grande. 

“The Troch. gigas is found in all the intermediate provinces of 
Chile: it is seen about Valparaiso during the spring and summer 
months, feeding on the flowers of Pourretia coarctata and Lobelia 
polyphylla in preference to others. It generally builds its nest near 
a little rivulet, frequently on a solitary twig or branch over the water ; 
the nest is beautifully constructed, and is composed of moss and the 
down of a species of Gnaphalium. Eggs white; iris dark brown. 
Catches flies.” 


Trochilus Millerii, Loddiges. Picaflor de la Cordelliera. 

‘This beautiful and rare species of humming-bird is only found 
in the elevated valleys of the Andes, residing amongst storms of hail, 
rain and thunder, and in places where the naturalist would least 
expect to find a species of Trochilus. It subsists more upon sinall 
flies than upon the nectar of flowers. On examination of the crops 
I found them filled with flies, which they take before sun-down along 
the margins of the mountain rivulets. The specimens in the present 
collection were taken at Los ojos de Agua, province of Aconcagua, 
at an elevation of from 6000 to 8000 feet, and I saw them at least 
1000 feet above that place. Iris brown.” 


Trochilus galeritus, Mol. (T. Kingii, Vig., T. sephanoides, Less.) Pi- 

caflor. 

jg aie about Valparaiso in abundance in the months of August, - 
September and October. Feeds on the Loranthus tetrandrus, a parasitic 
plant growing on the olive. It is taken by the boys with bird-lime, 
made from the berries of the above-mentioned plant. This species 
of humming-bird is seen as far south as the island of Chiloe, in lat. 
42° south. The females are destitute of the flame-colour on the head, 
and appear to be less numerous than the males.” 


Columba Fitzroyi, King. Torcasa and Torquasa. 

**The Torcasa is found in all the southern provinces of Chile, 
Near Santiago it assembles in the winter in immense flocks, feeding 
on young grass and A/falfa. In summer it migrates to the forests 
of the southern provinces to rear its young, and then feeds on the 
berries of the laurel. Iris reddish brown.” 


Columba Boliviana, D’Orb. Tortola Cordellierana, 7. e. Dove of the 
Andes. 
‘** This dove inhabits the Andes, but in winter it visits the coast 
for a short time. When put to flight it makes a whistling noise with 
its wings. Generally seen in small flocks.” 


Zenaida aurita, Temm. Tortola. 

“This is the most common of the Columbide found in Chile. It 
assembles in winter in large flocks, and is killed and brought to the 
markets of Santiago and Valparaiso in large quantities, Iris dark 
brown.” 


Columbina strepitans, Spix. Tortolita cyana. 
“This pretty little species of dove is found in the valley of Acon- 
Amn. & Mag. N. Hist. Vol. xiii. Suppl. 2 L 


506 Zoological Society. 


cagua in Chile, and more abundantly on the eastern side of the 
Andes near Mendoza. Iris greenish white.” 


Nocthura perdicaria, G.R. Gray. Perdiz. 

“This bird is dispersed over all the Republic of Chile ; it is found 
on the bushy sides of the mountains and in corn-fields. They are 
either solitary or in pairs, but never congregate: their eggs are of a 
beautiful dark purple colour, and from ten to fifteen in number. 
When sprung they utter a shrill whistle, and their flight is very rapid 
for a short distance. The male scarcely differs in plumage from the 
female. Iris brown.” 


Tinochorus D’ Orbignianus. Perdiz de la Cordelliera. 

‘“‘Inhabits elevated valleys and mountains of the Andes, both on 
the east and west sides. The male shows a strong attachment for 
its mate, and calls her immediately when separated. Found in pairs. 
Iris brown.” 


Tinochorus Eschscholizii. Perdizita aud Perdigon. 

“This interesting little bird is found on plaims in Chile. When 
it rises from the ground it takes a rapid and circular flight, often re- 
turning to the same spot from whence it rose. In winter they as- 
semble in flocks. Iris brown.” 


Eudromia elegans, D’Orb. Martinella. 
‘Found in pairs on the Pampas near Mendoza.” 


Hematopus niger, Temm. Tira Tira. 

‘«‘ Found along rocky shores in small flocks: it utters a loud shrill 
whistle when put to flight. Feeds on Buccinum concholepas and 
the various species of Patella. Legs white; iris yellow.” 


Hematopus palliatus,; Temm.  Pilpileu. 
‘“‘ Inhabits sandy shores of Chile north of Valparaiso. It feeds on 
marine insects and assembles in small flocks. Iris yellow; legs white.” 


Ardea major ? Mol. (Ardea Cocoi ? Linn.) Cuca. 

‘‘ This fine species of Ardea is probably the A. major, Mol.; it is 
very rare, and is only seen occasionally along the banks of rivers in 
the southern provinces of Chile.” 


Ardea Thula, Mol. Garsa cirigonia and Garsa Chica. 

‘Tris pale yellow; fore part of the legs black ; hinder part yellow- 
ish green. Food small fish, frogs, and the larve of Libellule congre- 
gates in the spring. Builds its nest on trees near lakes, ponds and 
marshes.” 

Herodias galatea, Mol. (Herodias leuce.) Garsa grande, 

«‘ Inhabits lakes, marshes and rivers. Iris pale yellow; bill yellow ; 
legs black.” . 

Ciconia Pillus, Mol. (Ciconia Maguari.) Pillo and Pillu; pronounced 

Peel-yu and Pe-yu. face : 

«« This noble bird is often seen in the marshes of the province of 
Colchagua, and feeds on a species of lobster, called by the natives 
Cangrejo, which is abundant in the marshes and moist meadows. 
The habitat of the Cangrejo may be known by the extraordinary cy- 


Zoological Society. 507 


linders which it makes with the mud taken from its caves ; sometimes 
they are elevated a foot above the surface of the soil, looking like so 
many little columns. The Pillu whilst stalking amongst them catches 
the Cangrejo on the top depositing its load brought from the bottom 
of the cave. I once took from the crop of those birds three entire 
mice, no doubt caught by them amongst the grass in the marshes. 
Iris pale yellow.” 


Nycticorax cyanocephalus, Mol. (Nyc. Americanus, Bonap.) Guedavo, 

Huedavo. 

“This appears to be the Ardea cyanocephala, Mol., p, 260. It 
may almost be considered a nocturnal bird; it flies and seeks its food 
in the evening; during the day it is generally seen sleeping on trees 
or bushes whose branches extend over the water. Iris large, pale 
orange-colour ; legs yellowish green; eggs pale blue. Flesh said to 
be excellent eating. ‘This bird varies much in its plumage accord- 
ing to age.” 


Phenicopterus Chilensis, Mol. (Phen. ignicapillus, Is. Geoff.) Fié- 
menco and Cheuque. 

‘‘Inhabits shallows in the lakes and rivers, especially in the south- 
ern provinces of Chile. Eye small; iris pale yellow; base of the bill 
rose-colour ; point of the bill to the curvature black ; legs sea-green, 
inclining to grey; feet and heel-joint deep rose or pink colour. It 
is a magnificent sight to see five hundred of these beautiful birds in 
a flock, wading in the shallows of the lakes, and no less so when 
they rise on the wing ; the contrast of the black feathers beneath the 
wings and the lovely scarlet and rose colours producing a very plea- 
sing effect. I have never been able to ascertain where these birds 
build their nest, but it is probably in the remote and elevated valleys 
of the Andes in marshy places, together with the numerous species 
of the Anatide.” 


Platalea ajaja, Linn. Cuchareta, i. e. Spoonbill. 
«*A rare bird in Chile; it is found in small flocks of five or six 
along the margins of rivers south of Valparaiso, and is a shy bird.” 


Harpiprion Cayanensis (Ibis (Falcinellus) Ordi, Bonap.). Cuervo and: 
Gallereta. 
‘‘The Cuervo inhabits marshy places and occurs in immense 
flocks. When on the wing it always flies in some geometrical figure. 
Food aquatic insects. Iris crimson,” 


Theristicus melanops, Wagl. Banduria. 

‘‘The Banduria is not uncommon in the interior of Chile. Fre- 
quently seen in marshy places in small flocks ; builds its nest on trees 
near water. It is easily domesticated. ‘The flesh is eaten by the 
natives. Iris pale red.” . 


Numenius Hudsonicus, Lath. Perdiz de la Mar. ) 
‘‘ Inhabits sandy bays along the shores of Chile. Feeds on marine 


insects.” 
2 ti 


508 Zoological Society. 


Himantopus nigricollis, Vieill. Perrito. 
“Inhabits the margins of lakes and rivers. Legs red; iris dark 
brown.” 


Philomachus Chilensis, Mol. (Vanellus Cayanus, Auct.) Queltregue 
and Queltegue. 

«‘ A very common bird on the plains near the Andes; it feeds on 
locusts during the summer. The eggs of this bird, in size and co- 
Jour, resemble those of the lapwing of England, so much so that it 
would be difficult to distinguish them, and are also excellent eating. 
Iris pale purple.” 

Oreophilus totanirostris, Jard. & Selb. 
‘*This is a very rare bird, probably a native of the Andes. It 


makes its appearance on the plains in small flocks in the winter, 
Iris brown. Rare.” 


Strepsilas Interpres, Ill. 

‘‘ Inhabits sandy shores and mouths of rivers. Iris brown.” 
Charadrius Virginianus, Wils. 

‘‘Inhabits sandy shores and mouths of rivers. Iris brown.” 


Squatarola Urvillit (Squatarola cincta, Jard.; Charadrius rubecola, 
King). 
‘*‘ Inhabits sandy shores and mouths of rivers. Iris brown.” 
Hiaticula bifasciata. 
‘«‘ Inhabits the shores and margins of lakes in Chile.” 


Phalaropus Wilsonii, Sab. 
‘‘ Inhabits the lake of Quintero. Rare.” 


Limosa Hudsonicus, Sw. Avecasina de la Mar, i. e. Sea-Snipe. 
‘* Inhabits the mouths of rivers near the sea. Rare.” 


Scolopaxr Paraguaia, Vieill. Avecasina and Porrotero. 
‘* Found in large flocks in the marshes during winter. Iris brown.” 


Rhynchea semicollaris, G.R. Gray. Avecasino pintada, i. e, Painted 
Snipe. 
‘¢Inhabits marshes. Bill and legs pale green; iris brown.” 


Rallus sanguinolentus, Sw. Piden. 

‘Tris bright red; bill blue at the base and light green at the tip. 
Inhabits marshes and margins of rivers. The flesh is highly esteemed ; 
by the Chilenos considered equal to that of the partridge.” 


Gallinula crassirostris, J.E. Gray. Taguita. 

« The Taguita is found in marshes, rivers and lakes. Iris red; 
legs brown; bill pale green. Eggs brown or dirty white with red- 
dish spots.” 

Fulica galeata, G. R. Gray. 

«Found abundantly in the lakes of Quintero and Santa Domingo. 
Legs reddish brown.” 

Anser melanopterus, Eyton. Pinguen. 

‘¢ Found during the winter, in pairs, on plains near the Andes, in 
the province of Colchagua.”’ 


Zoological Society. 509 


Chlephaga Magellanica, Eyton. Canquena. 
« Found in the winter months on the plains.” 
Cygnus nigricollis. Cisne. ; 
‘This noble bird is found in all the lakes near the coast of Chile. 
Iris brown. In pairs.” 


Rhynchaspis maculatus. Pato Abaston. 

_ © Found in lakes and rivers near the sea.’’ 

Querquedula creccoides, Eyton. Pata Jergon Chico. 
‘‘Inhabits rivers and lakes. Common. Iris brown.” 


Querquedula cerulata, Eyton (Anas Rafflesii, Vig.). Pato colorado, 
or Red Duck. 
«‘ This beautiful species of duck is found in the lakes and rivers in 
small flocks. Iris pale red.” 


Mareca Chiloensis, Kyton. Pato real, or Royal Duck. 
“‘Inhabits rivers and lakes. Found in pairs.” 


Anas chalcoptera, Kitt]. (Anas specularis, King.) Pato del Estero. 

«« This is a rare species of duck: it inhabits the rivers and lakes 
in the province of Colchagua where wood abounds. It does not 
congregate like the other species, but is mostly seen in pairs. Iris 
brown ; web between the toes black.” 

Anas Bahamensis ? Linn. Pato Jergon grande. 

‘‘ Inhabits rivers and lakes. Common. Iris brown.” 
Erismatura ferruginea, Eyton. Pato Pimpillo. 

*« This is a very difficult bird to obtain, being very shy and diving 
when you approach within gun-shot of it. Found in the lake of 
Quintero.” 

Podiceps Kalipareus, Quoy et Gaim. Gualita de la Mar. 

«This species confines itself to the sea, and assembles in large 
flocks in the months of September and October. Found in the bay 
of Valparaiso and along the coast. Iris red.” 


Podiceps Rollandii, Quoy et Gaim. Peollolo. 
‘«‘ Inhabits rivers and freshwater lakes near the coast. Iris red.” 


Podiceps Chilensis, Garnot. Guala and Gualon. 
This fine species of grebe inhabits the sea and freshwater lakes 
near the coast of Chile. Iris light brown.” 

Puffinus cinereus, Steph. 
“Rocky islets near the bay of Quintero.” 
Pelecanoides Garnotiit, G. R. Gray. Palo yunco. 
‘‘ Inhabits the bay of Quintero. Rare.” 
Procellaria glacialoides, Smith. 
‘‘ Found in the bay of Valparaiso.” 
Daption Capensis, Steph. Tablero. 
‘“‘ Found off the coast of Chile, from thirty to forty miles distant 
from land. Iris dark brown.” 


Merganetta armata, Gould. Pato de la Cordelliera. 


510 Zoological Society. 


Larus dominicans ? Licht. Quizilla. 


‘«‘ Inhabits the shores of Chile ; in sandy shallows near the mouths 
of rivers. Iris brown.” 


Xema (Chroicocephalus) cirrocephalum, G. RK, Gray. Caguil. 
«Found with L. dominicans ?” 


Rhynchops nigra, Linn. Tiereta, or Scissor-bird. 

«‘ This species of Rhynchops inhabits the coast of Chile ; its favourite 
abode is the warm sandy shallows in the lakes and mouths of rivers. 
It assembles in large flocks in the spring. Iris brown; legs red.” 


Phalacrocorax Gaimardii (Phalacrocoraz cirriger, King), Pato Lila, 
‘“‘Inhabits the bay of Valparaiso. Iris dark green; legs red.” 


Phalacrocorax Brasiliensis? Spix. Yeco and Pato ded Diablo, or 

Devil Duck. 

«‘ This bird builds its nest on the summits of the loftiest trees, in 
flocks of many thousands in the bay of Valdivia, near a place called 
Los Guauros, south of the island of Mansera. It is impossible to 
remain long in the place where they build, owing to the offensive 
smell occasioned by their dung, together with the putrid fish which 
falls from the trees brought for their young. They obtain their food 
by diving near the rocks along the shore, and are capable of remain- 
ing long under water. Iris sea-green.”’ 

Sula ? Piguero. 

“The Piguero inhabits the coast of Chile from the island of Chi- 
loe to Copiapo. It is amusing to watch the motions of this bird 
when flying over the surface of the sea, The moment it perceives 
a fish, it folds its wings and falls with the rapidity of lightning into 
the water, diving no doubt to a considerable depth, and often rises 
with the fish in its mouth. The base of the bill, gullet and legs are 
a beautiful light purple. Iris light brown.” 


The following species are found in the vicinity of the city of Men- 
doza, and are not found on the western side of the Andes :— 


Progne purpurea, Boie. Golondrina. 

“ This beautiful bird makes its nest in holes along the steep banks 
of the rivers of Mendoza; also in precipices near the thermal springs 
at Villa Vicencia, Iris dark brown.” 


Muscivora Tyrannus, Gray. Tijerata. 

“This singular bird is very pugnacious when setting; when on 
the wing it extends its tail, which gives it a very singular appear- 
ance. It takes its name from its tail resembling a pair of scissors. 
Inhabits fields and vineyards near Mendoza. Iris dark brown.” 


Lichenops (Fluvicola cyanirostris, D’Orb.). Virey. 

‘‘ This curious little bird receives its name from its note, which it 
makes on the wing. It perches on the top of a bush, and on a sud- 
den ascends for two yards in the air, and whilst so doing calls out 
‘ Vi-rey,’ returning to the same twig from whence it rose. It feeds 
on flies and insects, and inhabits the valleys of the Andes near Villa 
Vicencia. Bill blue; legs black; iris dark brown.” 


Zoological Society. 511 


Turdus fuscater, D’Orb, Zorzal, 

‘“‘Inhabits the vicinity of Mendoza. Iris brown. Sings equal to 
the blackbird of England.” 

Mimus tricaudatus, D’Orb. Calandria. 

‘«‘ This bird has a soft and melodious note; it sings when the sun 
is nearly lost in the horizon, which perhaps may give it a greater 
charm. Iris brown.” 

There is in the collection another species from this locality (Men- 
doza) called Trenca, the technical name of which has not yet been 
made out. 


Rhynomya lanceolata, D’Orb. Turco. 
** Found in bushy places on the Pampas near the river Tunilyan. 
Iris brown.” 


Molothrus niger, Gould. Tordo. 3 
‘‘ Found in small flocks in fields near Mendoza. Iris dark brown.” 


Diplopterus guira, Gray. Urraca, or Magpie, 
“ This bird is noisy and restless in its habits; it is found in gar- 
dens, vineyards, &c. near Mendoza. Iris pale yellow.” 


Mr, Fraser obseryed that an entire series of the aboye Chilian 
Birds is contained in the museum of the Earl of Derby. 


August 8.—Prof. Owen in the Chair. 


Mr. Fraser stated that he had received the following observations 
from Mr. George Loddiges, relating to some species of Humming 
Birds described in the Society’s Proceedings ;— 

Ornismya vestita, Revue Zoologique, 1838, p. 314; 1839, p. 18; 
1840, p. 8, is your Trochilus uropygialis, Proc. Zool. Soc. 1840, p.15. 

O. heteropogon, Revue Zool. 1839, p. 354; Mag. de Zool., 1840, 
pl. 12, Oiseaux, is your 7’. coruscus, 

O. microrhyncha, Boissenneau, Revue Zool. 1839, p. 354, Dec. ; 
Mag. de Zool. 1840, pl. 16, Oiseaux, is your T. brachyrhynchus. 

O. ensifera, Revue Zool. 1839, p. 354, Dec.; Mag, de Zool. 1840, 
pl. 15, Oiseaux, is your 7’. Derbianus. 

_ O. Bonapartie, Revue Zool. 1840, p. 6, is my T. aurogaster. The 
female only is described, 

O. Temminckii, Revue Zool. 1839, p. 354, Dec.; Mag. de Zool, 
1840, pl. 14, Oiseaux, is my 7’. cyanopterus. 

O. Guerinii, Boissenneau, Revue Zool. 1840, p- 7, Jan., is your 
T. parvirostris, ‘The female only is in both described. 

O. La Fresnayi, Revue Zool. 1840, p, 8, Jan., is your T, flavi- 
caudatus. | 

O. Allardi, Bourcier, Revue Zool. 1839, p. 294, Oct.; O. Allardi, 
Bourc., Anal. des Sci. Physiques de Lyon, ili. p. 226; O. Pauline, 
Boissenneau, Reyue Zool, 1839, p. 355, Dec. ; Mag. de Zool., pl. 13, 
1840, D’Orbigny’s smaragdinocollis, is my T. Tyrianthinus. 


A species of Cercopithecus recently added to the Society’s mena- 
gerie was exhibited. Of this species, the Secretary observed, he had 
seen several specimens, and that in the Leyden Museum it is labelled 
as the Cercopithecus lunulatus of Kuhl. 


512 Zoological Society. 


October 24..-William Yarrell, Esq., Vice-President, in the Chair. 


The following papers were read :— 

“Notes of the Dissection of a Female Orang-utan (Simia Satyrus, 
Linn.),” by Prof. Owen. 

“The female Orang-utan which died October 11th, 1848, was 
examined by me on the following day. Its weight was 41 lbs.; its 
age probably between five and six years. The living animal, when 
first received at the Gardens, January 4th, 1839, weighed 33 lbs. 
8o0z. The acquisition of the permanent series of teeth had been in 
progress nearly a year. Of this series the first true molar tooth on 
each side of both upper and lower jaws was first acquired; then the 
two middle lower incisors ; next the two large middle upper incisors 
cut the gum. The two lateral upper incisors and the left lateral 
lower incisor were soon after displaced, but their successors had not 
made their appearance through the gum at the time of the death of 
the animal. At this period, therefore, the following deciduous teeth 
were retained in the jaw: the right lateral lower incisor, the four 
_ canines, and the eight molars. 

‘‘The permanent teeth (bicuspides) destined to succeed these 

had their crowns about half-formed. Those of the large permanent 
canines were in the state of hollow cones, supported, like the fore- 
going, by large and highly vascular matrices, in the course of con- 
version into the dental substance. The crowns and fangs of the 
lateral permanent incisors were almost completed. ‘There was no 
trace of the matrix of the last true molar tooth in the lower jaw. 
_ ‘The membranes of the brain were unusually injected, and there 
was much serum between the arachnoid and pia mater. An unusual 
quantity of serum had likewise been effused into the cavities of the 
thorax, pericardium and abdomen. 

«The principal and lethal morbid changes were found in the chest : 
the right lung adhered by nearly the whole of its superficies to the 
surrounding parietes. Its substance was disorganized throughout 
by numerous tubercles, some of which had begun to soften in the 
centre. The left lung had been the seat of more recent. and active 
inflammation ; its cellular tissue was gorged with bloody serum, and 
its lower part hepatized. A small cyst, with firm parietes and clear 
fluid contents, adhered to its surface. The heart had an oval patch, 
two-thirds of an inch broad, of opake lymph upon its surface, as in 
a former Orang: a cyst like that on the left lung adhered to its 
surface. ‘The mucous membrane of the trachea and bronchi was of 
a rose-tint, and the tubes loaded with frothy opake mucus. 

«The right lobe of the liver was enlarged and congested ; there 
was a slight adhesion of the epiploon to the spleen, which organ pre- 
sented a slight anomaly sometimes observed in Man, viz. a small 
separate supplemental spleen, about half an inch in diameter, attached 
to the epiploon, just below the spleen proper. With the exception 
of a slight increase of vascularity at one or two parts, the whoie ali- 
mentary tract was in a sound state. 

«The laryngeal sacs were expanded as far as the clavicles and 
shoulder-joint, but did not extend below the clavicles. 


Zoological Society. 513 


«The ovaria were of a narrow elongated form, with a slightly 
tuberculated surface. I obtained ova from several of the graafian 
vesicles, and one of these contained two ova: they closely resemble 
those of the human subject, have a thick transparent vitelline tunic, 
containing the minutely granular contents and germinal vesicle : dia- 
meter g4pth of an inch.” 

Prof. Owen exhibited one of these ova, and concluded by obser- 
vations on the brain of the Orang-utan. Its weight was 11 oz. 2 drs. 
12 grs. avoird., including the injected pia mater. 


“Descriptions of four new species of Ortyx,” by Mr. Gould. 


Ortyx teucorpurys. Ort. facie et strigd latd superoculari ful- 
veseenti-albis ; nuche laterumque colli plumis splendidé castaneis 
albo utrinque fimbriatis ; illis dorsi superioris castaneis, plumbeo 
marginatis ; pectore cinereo, strigd rubide castaned per plumas 
singulas excurrente, primariis saturate ferrugineis. 

Face and a broad stripe over the eye buffy white ; ear-coverts and 
crown of the head brown; feathers of the sides and back of the neck 
rich chestnut, margined on each side with white; feathers of the 
upper part of the back rich chestnut, margined with slate-grey ; 
breast grey, with a stripe of reddish chestnut in the centre of each 
feather ; back dark greyish brown, very minutely freckled with black ; 
wings brown, freckled with buff and black ; primaries deep rust-red ; 
tail dark brown, freckled with buff and black; irides clear brown; 
feet red; bill black. 

Total length, 134 inches; bill, 3; wing, 7}; tail, 6; tarsi, 23. 

Hab. Coban, Central America. 

In the collection of the Earl of Derby. Another specimen, in the 
museum of the Jardin des Plantes, is somewhat larger and brighter 
in colour than the one here described. 


Orryx rascratus, Natt. MS. 0. cinereus, alis corporeque subtas, 
Sulvo, nigrescenti-fusco, et albo fasciatis. 

Forehead reddish brown; crest deep brownish black, tipped with 
reddish brown; chin greyish white; ear-coverts brown; sides and 
back of the head light brown, minutely freckled with darker brown 
and white; all the upper surface greyish brown, minutely freckled 
with darker brown and white, the coverts and scapularies passing 
into black towards the extremity of each feather, and crossed at the 
tip with a narrow band of buff; tail similarly marked, but browner 
than the upper surface and crossed by numerous freckled irregular 
double bars of dark brown and greyish white ; primaries brown, with 
lighter edges; all the under surface brownish. black, each feather 
crossed at the tip with a broad band of pure white, which, becoming 
gradually wider on the centre of the abdomen, leaves that part white ; 
on the breast the white marks are very faint, and the feathers are 
tinged with rufous; thighs buff; under tail-coverts light buff, with 
two blackish brown spots down the centre of each feather ; bill black ; 
feet flesh-colour. 

Total length, 8} inches; bill, 3; wing, 4}; tail, 3; tarsi, 14. 

Hab, California. . 


514 | Zoological Society). 


In the collections of the Royal Museum at Brussels and of His 
Highness the Prince Massena, to whose kindness I am indebted for 
the loan of the specimen here described. 

For this species, perhaps the most interesting of its family, I can- 
not do better than retain the specific appellation proposed for it ina 
letter lately received from him by my late much-valued and lamented 
friend Mr. John Natterer of Vienna, whose talents as a naturalist 
are too well known to require any eulogy from me. 


Ortyx LevcoTis. O. facie, cristd, et plumis auricularibus albis, 
fusco leviter tinctis, guld saturate castaned, colli utroque latere 
strigd splendide castaned nigro punctatd, ornato; corpore subtis 
castaneo, albo distincté gutiato, presertim apud pectus atque 
latera. ; 

Adult Male.—Face, crest and ear-coverts white, slightly tinged 
with buff; throat dark chestnut; stripe from over the eye down each 
side of the neck chestnut, speckled with black ; stripe down the back 
of the neck buff, speckled with black; sides and back of the neck 
spotted black and white ; all the upper surface, wings and tail grey- 
ish brown, very minutely freckled with dark brown and greyish 
white; centre of the back blotched with black; inner webs of the 
scapularies and secondaries dark brown, margined internally with 
buff, forming a line in the direction of the body when the wing is 
closed; all the under surface chestnut, distinctly spotted with white, 
the spots separated by black; under tail-coverts buff, with a black 
mark down the centre of each ; middle of the abdomen reddish chest- 
nut; bill black; feet flesh-colour. 

Young Male.—Crest and ear-coverts brown, head and throat stri- 
ated with rufous and black; spots on the back stronger than in the 
adult; the colouring of the under surface similar, but much less rich, 
and the centre of the abdomen deep buff. 

Female.—Crest and ear-coverts brown; sides of the head and the 
under surface pale buff, spotted and blotched with brown and black; | 
centre of the abdomen wholly buff; all the upper surface pale brown, 
crossed by numerous narrow freckled bars of white; tail crossed by 
six or eight similar bars. 

Total length, 83 inches; bill, 5%; wing, 43; tail, 25; tarsi, 11. 

Hab. Santa Fé de Bogota. 


Orryx (OpontorHorvs) stropuium. O. vertice et plumis auricu- 
laribus nigrescenti-fuscus ; facie sordide albd nigro punctatd; 
mento albo, guld saturate nigrd, lunuld albd, ornatd. 

Crown of the head and ear-coverts blackish brown; sides of the 
face dull white, speckled with black ; chin white ; throat deep black, 
crossed by a broad crescent-shaped mark of pure white ; all the upper 
surface dark brown, freckled and marked with sandy buff; each of 
the scapularies with a large patch of black near the tip of the inner 
web, and a stripe of buff down the centre; all wing-coverts with a 
spot of buff at the tip; primaries and spurious wing dark brown ; 
breast and under surface rich reddish chestnut, with a large spot of 
white in the centre of each feather; vent and under tail-coverts deep 
brown tinged with buff; bill black; feet blackish brown. 


Zoological Society. 515 


Total length, 9 inches; bill, 1; wing, 54; tail, 2; tarsi, 2, 

Hab. The southern countries of Mexico. 

This is a most robust species, and distinguished from its congeners 
by its larger bill, shorter tail, and large and powerful tarsi. 


‘Descriptions of new species of Delphinula, a genus of pectini- 
branchiate Mollusks, collected for the most part by H. Cuming, Esq. 
in the Philippine Islands,” by Mr. Lovell Reeve, 


1. Detrninvuna Scarariorpes. Delph. testd globulosd, albd ; an- 
fractibus rotundis, varicosis, varicibus elevatis, solidis, annulifor- 
mibus ; interstitiis transverse striatis, striis elevatis ; intus marga- 
ritaced, 

Conch. Icon. Delphinula, pl. 3. fig. 11, a and 6. 

Hab. Island of Mindanao, Philippines (under stones at low water) , 

Cuming. 

The whorls of this species, which is not punctured like the Delphi- 
nula Peronii, are encircled with solid rings about seven to the whorl, 
after the manner of a Scalaria; the shell might indeed be mistaken 
for one, were it not for its solidity and pearly interior. 


2. Dexpninuta varicosa. Delph. testd angulato-globosd, albd, 
Fforaminibus sparsim puncturatd; anfractibus superne angulatis, 
fortiter varicosis, varicibus multicarinatis et elevato-striatis ; intus 
margaritaced. 

Conch. Icon. Delphinula, pl. 3. fig. 12, a and 8. 

Hab, Island of Corregidor, Philippines (found in sandy mud) ; Cu- 

ming. 

This species differs from the De/phinula Peroni in having the spire 
more prominent, and varices entirely across the whorls ; they are also 
more strongly and closely set ; the shell i is moreover much more spa- 
ringly punctured. 

3. DELPHINULA DEPRESSA. Delph. testd plano-rotundatd ; spird 
valde depressd, foraminibus punciuratd ; albd ; anfractibus superne 
angulatis, fortiter varicosis, varicibus ad angulum acuminato- 
elevatis ; intus margaritaced. 

Conch. Icon. Delphinula, pl. 3. fig. 14, a and 6. 

Hab. Island of Camiguing, Philippines (under stones at low 

water) ; Cuming. 

No one can fail to recognize this species, by its depressed spire 
and by the pointed elevation of the varices on the angle of the whorls. 


4, Dexpuinuna piscoripEA, Delph. testa discoided; spird plano- 
depressd, liris longitudinalibus et transversis, interstitiis subtiliter 
striatis, eximie clathratd; peripherid carinis duabus clathratis 
prominentibus ornatd. 

Conch. Icon. Delphinula, pl. 4. fig. 15, a and 6. 

Hab. Cagayan, island of Mindanao, Philippines (found in coarse 

sand at the depth of ten fathoms); Cuming. 

The latticed sculpture of this shell very much resembles the cha- 

racter of a figure in plate 31 of the ‘ Magasin de Zoologie’ for 1834, 
under the appellation of Delphinula adamantina, Ducios. It differs, 


516 Zoological Society. 


however, essentially from that species in form, and I regret to say 

_ the D. adamantina, according to the figure alluded to, is quite un- 
known to me, though elaborately described by Deshayes in the ninth 

volume of his edition of Lamarck’s ‘ Animaux sans vertébres.’ 


5. Detpuinuta evotuta. Delph. testd spiraliter discoided, partim 

evolutd ; anfractibus subquadratis, marginibus corrugato-crenatis. 

Conch. Icon. Delphinula, pl. 4. fig.16,aandd. | 

Hab. Island of Corregidor, Bay of Manila (found in coarse sand at 
the depth of seven fathoms) ; Cuming. 

The loose manner in which this shell is rolled, giving it the ap- 
pearance of a miniature hunter’s-horn, is not a casual deformity. 
Several specimens were collected by Mr. Cuming at the above- 
mentioned island. 

s 


6. DetpuinuLta muricata. Delph. testd turbinatd, pallidé aurantio- 
Sulvd, maculis coccineis vivide aspersd ; anfractibus carinis tribus 
prominentibus muricato-squamulosis cinctd, supra et infra subtiliter 
corrugato-striatis ; suturis peculiariter profundis. 

Conch. Icon. Delphinula, pl. 4. fig. 18, a, 6 and ec. 

Hab, East Indies; Humphreys MSS. 

This is by no means a newly-discovered species, the specimens 
here figured having been found in the old collection of the late Mr. 
George Humphreys, with the name and locality above used attached 
to them in his hand-writing. 


7. DeLPHINULA CLATHRATA. Delph. testd subdiscoided, anfractibus 
rotundatis, carinulis transversis et longitudinalibus equidistantibus 
regulariter clathratis ; labro incrassato, marginato ; umbilico per- 
amplo. 

Conch. Icon. Delphinula, pl. 5. fig. 21, a and 0. 

Hab. Island of Corrigidor, Bay of Manila (found in coarse sand at 

the depth of seven fathoms); Cuming. ‘ 

A small species, with a regular latticed surface. 


8. DeLpuinuta Cosisensis. Delph. testd turbinatd, minuté; an- 
Jractibus convexis, carinulis transversis et longitudinalibus, equi- 
distantibus regulariter clathratis ; umbilico mediocri; labro sim- 
plici. 

Conch. Icon. Delphinula, pl. 5. fig. 22, a and 0. 

Hab. Port of Cobija, Peru (found under stones in rocky places at 

low water) ; Cuming. 

The sculpture of this shell, familiarly known to Mr. Cuming as his 
‘little Cobija species,” is exactly similar to that of the D. clathrata ; 
it is however much less discoid in form, the whorls are not so round, 
the umbilicus is smaller, and the lip is not marginated. 


9. DELPHINULA syDEREA. Delph. testd turbinatd, spird plano- 
concavd, apice interdum rosaceo, anfractibus angulato-convezis, 
tuberculis muricatis, in seriebus duabus aut pluribus radiatim stel- 
latis ; labro incrassato, marginato. 

Conch. Icon. Delphinula, pl. 5. fig. 28, a and 6. 


Linnean Society. 517 


Hab. Island of Camiguing, Philippines (found under stones at low 
water) ; Cuming. 

The leading feature of this species, and which is especially promi- 
nent in young specimens, is its peculiar star-like display of tubercles ; 
the concave flatness of the spire is also remarkable. 


10. De.purnuta crparis. Delph. testd subgloboso-turbinatd, soli- 
dd ; anfractibus transversim et longitudinaliter tuberculato-costatis, 
costis longitudinalibus majoribus, prominentioribus ; anfractuum 
parte inferiort foraminosd. 

Conch. Icon. Delphinula, pl. 5. fig. 27. 

Hab. Calapan, island of Mindoro, Philippines (found in coarse 

sand at the depth of ten fathoms). ‘This is the roundest and most 
solid species of the genus. 


LINNAZAN SOCIETY. 
January 16, 1844.—E. Forster, Esq., V.P., in the Chair. 


Read an extract from a letter addressed by John Ashton Bostock, 
Esq., Assistant Surgeon in H.M. 3rd Buffs, to his father John Bos- 
tock, Esq., M.D., F.L.S. 

The letter is dated Agra, Oct. 21st, 1843, and describes the oc- 
currences of a journey from Allahabad. ‘The extract is as follows : 
‘* Between Cawnpore and this place I witnessed one of the extraor- 
dinary phenomena peculiar to tropical climates, viz. a flight of locusts. 
The direction of the flight was nearly due east, and the rate four miles 
per hour; and you will form some idea of the immense host, when I 
tell you, that travelling at the same rate and in the opposite direc- 
tion, I was between two and three hours in passing through them. 
During the whole time, the horizon, as far as the eye could reach, 
was darkened, and every nearer object was obscured. On looking 
directly upwards the appearance was that of a very heavy snow- 
storm, and the ground, which was covered by them, resembled the 
fields strewed by the dried leaves of the autumn. Several of them 
flew into my Palken. They were 23 inches long, of a pink colour, 
marked with dark brown. The poor natives were shouting and en- 
deavouring to prevent their devouring the crops, to which they prove 
most destructive.” 


Read also a continuation of the series of memoirs on the Radiata 
of the Eastern Mediterranean. By E. Forbes, Esq., F.L.S., Professor 
of Botany in King’s College, London. 

The memoir now read relates to the order Hchinide, the Mediter- 
ranean species of which Professor Forbes states to amount in num- 
ber to between twelve and fifteen. Of these nine occur in the seas 
of the Egean Archipelago, at various depths, some being found as low 
as a hundred fathoms. They are enumerated as follows :— 


Fam. SPATANGACER. 
Gen. Spatanaus, ZL, 
Spatangus purpureus is rare to the east of the Morea, but more 


518 Linnean Society. 


abundant and attaining a larger size on the coasts of Sicily and 
Malta. The Mediterranean specimens are in every respect identical 
with the British, and Spat. meridionalis of Risso is the same species. 


Gen. Brissus, Klein. 


Fragments of Sea-urchins belonging to this genus were repeatedly 
found in very deep water on several parts of the Archipelago and on 
the coast of Asia Minor, but too imperfect to admit of determination. 
One of these, probably belonging to a new form, was taken in mud 
at the depth of from 100 to 140 fathoms. 


Gen. Ampuipetus, Agassiz. ‘ 


Of this genus Prof. Forbes describes a new species nearly related 
to Spat. cordatus of Pennant, which he characterizes as follows :— 

A. Mediterraneus, dorso convexiusculo; depressione subplano; impres- 

sione scutiformi, extremitate anali truncata impress cauda prominenti 
acuminata, ventre plano; area post-orali lanceolaté.—Long. 1/7, unc. ; 
lat. 145; alt. 1,4. 

Of this species, which was taken in a few feet water in the Island 
of Paros by Capt. Graves, but which Prof. Forbes has dredged as 
deep as twenty fathoms, the author gives a detailed description ; and 
particularly notices the occurrence on each side of the madreporiform 
plate, obliquely behind the posterior ovarian foramina, of a minute 
perforation, surrounded by a circle of minute spiniferous tubercles. 
Similar perforations similarly encircled are seen between each of the 
ovarian foramina laterally and anteriorly, so that their total number 
is five. These, the author states, are the eye-sockets with their 
protecting spines or eye-lids. Their presence, he adds, is unnoticed 
in any description of the species of Spatangacee, though they are 
doubtless to be found in all. 


Fam. CLYPEASTERIZ. 
Gen. Ecutnocyamus, Leske. Fibularia, Lam. 


Echinocyamus pusillus is abundant throughout the Egean Sea, 
being thrown up in shell-sand and equally plentiful at all depths be- 
tween one and a hundred and ten fathoms. Dead specimens were 
even dredged at a depth of two hundred. Specimens taken alive in 
the European seas are undistinguishable from those found in the an- 
cient tertiaries of the Paris basin, in the miocene strata of 'Touraine 
and the Crag, and in the pliocene beds of the Mediterranean. Prof. 
Forbes regards Fibularia Tarentina, Lam., Fib. Ovulum and probably 
Fib. angulosa as synonyms of this species. 


Fam. C1paRip&. 
Gen, Ecuinus, LZ. 

Echinus esculentus, L., was very rarely met with in the Egean Sea ; 
while, on the other hand, Ech. lividus, Lam., was most abundant, 
being always littoral and covering the rocks within a fathom of depth, 
but never, so far as Prof. Forbes has observed, boring into them. 


Linnean Society. 519 


A living species which the author is unable to distinguish from 
the fossil Echinus monilis, Defr., was found very abundantly at the 
depth of between twenty and a hundred fathoms. It would appear 
to be the same with Heh. pulchellus, Risso, and a variety Ech. deco- 
yatus, Agass. It is also Ech. miliaris of Grube, but very distinct 
from the true Ech. miliaris. 


Gen. Ciparis, Lam. 


Species of Cidaris Hystrivz, Lam., were frequently met with, but 
perfect specimens are not so common. They are occasionally, how- 
ever, found in considerable numbers and appeared to be gregarious, 
between thirty and forty living examples having been taken in a 
single dredge in seventy fathoms water off Cape Krio in Asia Minor, 
the site of the ancient city of Cnidos. The author gives a particular 
account of the differences between this species and Cid. papillaris of 
the British and Norwegian seas, and observes that it possesses the 
power of climbing up branching bodies by means of its spines alone. 
He thinks it possible that the perforated tubercles of this genus may 
have reference to this habit, the additional ligament giving additional 
firmness to the long spine. 


February 6.—R. Brown, Esq., V.P., in the Chair. 


Read “ Descriptions of the Nests of two Hymenopterous Insects 
inhabiting Brazil, and of the species by which they were constructed.” 
By John Curtis, Esq., F.L.S. 

The materials for this paper were obtained by Mr. Curtis from a 
collection in the possession of Lord Goderich, to whom it was pre- 
sented by the Right Hon. Henry Ellis, on his return from his late 
special mission to Brazil. 

The first insect described belongs to the family of Tenthredinide 
and to the genus Hylotoma of Klug. But this extensive group, as Mr. 
Curtis has already remarked, affording sufficient grounds for further 
generic subdivision, he has distinguished the present species by the 
following name and characters :— 


Dietocerus, Curt. 


Antenne articulo 3tio in mare furcato, piloso; in foemind simplici. 
Tibie ante apicem espinosee. Clypeus profundé emarginatus. Labrum 
orbiculare: mandibule graciles, acute, altera denticulo interno mi- 
nuto: maxill@ subeequaliter bilobee ; palpi mediocres, 6-articulati, arti- 
culis tribus basalibus sequalibus, secundo tertioque crassis, quarto 
pauléd minore, quinto omnium minimo quadrato, sexto gracili, haud 
reliquis longiore: mentum sub-semiovatum ; palpi tuberculis promi- 
nentibus affixi, breves, crassi, 4-articulati, articulo secundo latiore, 
tertio omnium gracillimo longitudine primi: dabium latum, trilobum. 


This genus is most nearly related to Schizocerus, Latr. The 
species on which it is founded is named by Mr. Curtis Dielocerus 
Ellisii, and is described at length, and the distinctions pointed out 
between it and Hylotoma formosa, Klug, to which Mr. Curtis was 
-at first.inclined to refer it. Its economy is totally different from 


520 Linnean Society. | 


that of any other known species of Tenthredinide; the caterpillars 
of the solitary saw-flies, especially the larger species, forming single 
oval cocoons of a very tough and leathery material attached to 
twigs; and those even of the gregarious species placing their co- 
coons (which are oval cases of silk and gum) in an irregular manner 
with no unity of design. The caterpillars of Dielocerus Ellisii, on 
the contrary, which are evidently gregarious, unite to form on the 
branch of a tree, an oval or elliptical case, four or five inches long, 
narrowed superiorly, very uneven on its surface, and of a dirty 
whitish ochre in colour. The cells, thirty-eight in number in the 
nest examined, are placed at right angles to the branch, piled hori- 
zontally one above the other, unequal in size and irregular in form, 
those next the tree being pentagonal, the central ones hexagonal, 
and some of the outer ones nearly round or oval. In one of these 
cells Mr. Curtis found a dead female, and most of them had the 
exuvie of the caterpillars remaining, but no shroud of the pupe; 
he thinks the smaller cells may have been occupied by the males. 
At the end of each cell is a circular lid, formed of the same leathery 
material as the rest of the comb, which being cut round by means of 
the sharp mandibles, leaves an opening through which the saw-flies 
make their way. In two of the cells were found the dead cater- 
pillars, which closely resemble those of the genus Hylotoma. 

The author observes upon the dissimilarity of the mode of forma- 
tion of this nest to that of any previously observed, the compound 
nidus (as far as hitherto known) being always the work of the parent 
insects for the protection of their young through the first three stages 
of their existence. In this case, however, it is formed by the larvee 
themselves for the purpose of their own metamorphosis. The nearest 
approach to this economy seems to be the nidus formed by the mag- 
gots of some of the Ichneumones adsciti, whose silken cells are placed. 
regularly in rows. ; 

Mr. Curtis then proceeds .to describe two species of Schizocerus 
from his own cabinet with the following characters : 


S. nasicornis, 6 niger, abdomine pallidé ochraceo apice nigro, alis nebu- 
losis, pedibus fuscis; femoribus 4 posterioribus ochraceis, capite anticé 
1-dentato. 

S. ochrostigma, 3 fusco-niger, alis obscuré hyalinis: costa stigmateque 
flavis, pedibus ochraceis ; tibiis tarsisque posticis fuscis. 


The other nest brought home by Mr. Ellis is that of a wasp of the 
Fabrician genus Polistes, but differing apparently from any of the 
species hitherto recorded as forming similar habitations. The insect 
by which it is constructed is thus characterized ; 


Myraptera brunnea, sericeo-fusca, pedibus ochraceis, femoribus genubus 
tibiisque 4 posterioribus (nisi basi) fuscis, maculis duabus in genis 
flavis. 


The nest is attached to a twig not much more than an eighth of 
an inch in diameter. It is eight inches long and fifteen in circum- 
ference, pear-shaped, and having on its outer margin a hemispherical 
tubercle pierced with a circular hole a little more than half an inch 


- Miscellaneous. 521 


in diameter. The materials of which the nest is composed are very 
substantial; and the external undulations allow of the tracing of 
four layers of comb. Many of the neuters fell out on shaking, but 
neither males nor females were detected. The specimen being 
unique, Mr. Curtis has not cut it open, but he entertains no doubt 
that its structure is very similar to that of the nest of Polistes nidulans, 
figured by Reaumur. The following characters are those of a nearly 
allied species; of which numerous neuters were contained in the 
same collection ; 

Myraptera elegans, sericeo-nigra, capite thorace abdomineque lineis cin- 

gulisque fulvis, tibiis tarsisque ochraceis. 

Mr. Curtis adds a list of the nine species referred to the genus 
Polistes, and which should be distributed into four genera, distin- 
guished by the structure of the trophi; no assistance being derivable 
from the form of the antenne or the neuration of the wings. They 
are as follows : 


I, Abdominis petiolo brevi sensim incrassato. 


1. Polistes Gallica, L. 
Acteon, Hal. The nest resembles the foregoing. 
3. Africana, Pal. de Beauv. 


II. Abdominis petiolo brevissimo, abrupté incrassato ; thorace posticé 
truncato. 


4. Epipone nidulans, Fabr. 
5. Lecheguana, Latr. 


III. Abdominis petiolo elongato, clavato; thorace abrupté truncato. 
6. Chartergus Morio, St. Farg. 
4 


IV. Abdominis petiolo elongato, clavato ; thorace posticé declivi. 


7. Myraptera scutellaris, White. 
i elegans, Curt. 

9, ——————_ brunnea, Curt. 

The paper was accompanied by a series of drawings illustrative of 
the insects and their nests. 


Feb. 20.—The Lord Bishop of Norwich, President, in the Chair, 


Read a further portion of Mr. Griffth’s memoir on Root-Parasites 
and their allies, comprehending a description of Asiphonia, a new 
genus of Asarineg, and an account of Hydnora, Thb. 


MISCELLANEOUS. 
METHOD OF PRESERVING ANIMAL SUBSTANCES. BY M. GANNAL. 


From the observations made by M. Gannal, and reported to the 
Académie des Sciences at a recent sitting, it appears that arsenic 
does not permanently preserve animal substances, although it pre- 
vents, for the moment, a putrid fermentation. 

He alludes to his former communication, explaining how the 
salts of them act on the gelatine and preserve the animal matter from 
putrid fermentation by the combination of the two substances. The 


Ann. & Mag. N. Hist. Vol. xiii. Suppl. 2M 


Ci bert, 


522 Miscellaneous. 


gelatine is thus rendered ineapable of putrefaction ; but the other evil, 
viz, the destruction by insects, is not avoided. For the latter object 
he proposes the following preparation :— 

1 kilogramme of sulphate of alum—1 kilog. = 23 Ibs. avoird. ; 

100 grammes of nux vomica in powder—100 ‘grammes = == 3h 
OZ. av. ; 

And 8 litres of water—3 litres = 5} imperial pints. 

The above to be boiled down to 24 litres, and then allowed to 
cool: the clear liquid is to be drawn off and serves for injection. The 
residue is employed in the following manner. With four tablespoons- 
ful of this residue mix the yolk of one egg; let this paste be prepared 
as wanted. It is to be used for covering the interior of the skin, and 
particularly the fleshy parts which may have been left in skinning 
the animal. The yolk of egg serves to preserve the suppleness of 
the skin, tanned by the salts of alum. 

In order to preserve the feathers of its he proposes three 
modes :— 

1. The employment of nux vomica in powder. 

2. An alcoholic tincture of 100 grammes of nux vomica, mace- 
rated in 1 litre of alcohol. 

3. An alcoholic solution of 2 grammes of strychnine in 1 litre of 
alcohol. 

Whatever mode may have been used for preserving the animal, 
the ravages of insects may be instantly arrested by covering with a 
soft brush the whole of the skin, either with the tincture or solution 
above described, as may be found best adapted. 

If the feathers of birds are of delicate colour, the solution of 
strychnine should be employed; and for those very delicate birds, 
where soaking in either of the preparations is not possible, the nux 
vomica must be used in powder, taking care to insert it well in the 
napes of feathers. In all cases the inside of the skin may be rubbed 
with the paste, 

In conclusion he states that from his experience he feels assured— 

That no arsenical preparation can ensure the preservation of ani- 
mal substances; 

That they are destroyed. by exposure to the air for a period ex- 
eeeding three years ; 

That those substances enclosed in hermetically sealed cases are 
destroyed even in one year; 

That the soluble salts of alum are quite effective in arresting 
putrid fermentation ; and 

That the employment of the preparation of nux vomica, as de- 
scribed, perfectly preserves animal substances from the attacks of 
insects. 


523 


INDEX tro VOL. XIII. © 


ACALEPHES, Histoire naturelle des, 
par M. Lesson, revised, 215. 

Achnanthes, on the British species of, 

- 489, 

Agaricus, new British species of, 340. 

Alaria esculenta, on the fructification of, 
333. 

Albatros, new species of, 361, 477. 

Alcyonidium, new species of, 21. 

Alder, J., on a new genus-of nudibran- 
chiate Mollusca, and some new species 
of Eolis, 161; on new British species 
of Rissoa and Odostomia, 313. 

Algz, marine, of the vicinity of Aber- 
deen, observations on the, 6, 331. 

Allman, G. J., on the genera and species 
of freshwater zoophytes inhabiting Ire- 
land, 328. 

Amphidetus, new species of, 518. 

Amphistoma, on the Irish species of, 338. 

Anatomical Manipulation, by Tulk and 
Henfrey, reviewed, 212. 

Animal substances, on a method of pre- 
serving, 521. 

Animalcules, on the production of, in the 
stomach during digestion, 154. 

Annales des Sciences Naturelles, review 
of the contents of the, 292, 467. 

Ansted, Prof., on the zoological condition 
of chalk flints, and the probable causes 
of the deposit of flinty strata alter- 
nating with the upper beds of the cre- 
taceous system, 241. 

Anthus, new species of, 74. 

Antigonia, description of the genus, 393. 

Apion, on the British species of the genus, 
444, 

Aptenodytes, on some species of, 315. 

Arachnida, on the structure and habits of 
some, 55. 

Araneidea, descriptions of new, 179. 

Archeoniscus Brodii, description of, 110. 

Ardea, new species of, 70, 175. 

Articulata, on the transformations of the 
appendages of the, 484. 

Ascaris, on the Irish species of, 167. 

Austin, T., on the habits of some British 
birds, 92. 

Australia, notes on the forest-trees of, 217. 

Babington, Ch. C., on some species of 


Cuscuta, 249; on a monstrosity of the 
pistil in Primula vulgaris, 464; on the 
difference between the Robertsonian 
Saxifrages of Ireland and those of the 
Pyrenees, 465. 

Balanophyllia, ‘description of the new 
genus, ll. 


' Balsamia, new species of, 358. 


Bartramia, new species of, 197. 

Bats, new species of, 68, 73, 224, 302. — 

Belcher’s, Capt. Sir E., Narrative. of a 
Voyage round the World, noticed, 126. 

Bellamy, J. C., notice respecting Labrus 
lineatus, 77. 

Bellingham, Dr. O’Bryen, observations on 
Irish Entozoa, 101, 167, 254, 335, 
422. 

Berkeley, Rev. M. J., on Fucus Labillar- 
dierii, 57, 237 ; on British Fungi, 340, 

Bettongia, new species of, 389. 

Birds, new species of, 74, 135, 225, 409, 
473,513; from the vicinity of Cal- 
cutta, notes on, 32, 113, 175, 311; rare 
British, 76, 237; on the habits of 
some, 92, 498; List of, in the British 
Museum, noticed, 380. 

Blackwall, J., on some new species of 
Araneidea, 179. 

Blood-corpuscles, observations on, 302. 

Blyth, E., on birds occurring in the vici- 
nity of Calcutta, 32,113, 175,311; on 
some new species of birds, 175. 

Boott, Dr., on Carex saxatilis and an 
allied species, 219. ' 

Bostock, J: A., on a remarkable flight of 
locusts, 517. 

Botanical Society of Edinburgh, proceed- 
ings of the, 129, 311, 483, 

Botanical Society of London, proceedings 
of the, 482. 

Botanical tour in North Wales, South of 
England and Jersey, account of a, 105. 

Botanical travellers, notices respecting, 
121, 

Botany of the Voyage of H.M.S. Sulphur, 
noticed, 214. 

Branchiz, on the existence of, in the per- 
fect state of a neuropterous insect, 21. 

Brongniart, Ad., observations on some 
vegetable monstrosities, 494. 


2M2 


524: 


Brown, R., on the plurality and develop- 
ment of the embryos in the seeds of 
Coniferz, 368. 

Bruchus, on the British species of, 206. 

Brullé, M., on the transformations of the 
appendages of the Articulata, 484. 

Bryum, new species of, 197. 

Buccinum reticulatum, on the nidi of, 203. 

Buckland, Rev. Dr., on Ichthyopatolites, 
152. 

Cactornis, new species of, 474. 

Calliste, new species of, 419. 

Campanulariz, observations on the, 294. 

Cancellaria, new species of, 221. 

Carex, new species of, 219. 

Carpenter, W. B., on the microscopical 
structure of shells,. 486. 

Catenaria, new species of, 19. 

Cellaria, new species of, 17. 

Cellepora, new species of, 18. 

Cenomyce alcicornis, remarks on, 32. 

Cermatia, new species of, 95. 

Chzetomys, description of the new genus, 
69. 

Channichthys, description of the new 
genus, 461. 

Chilonycteris, new species of, 68. 

Chilopoda, new species of, 95. 

Chiton,; new species of, 473. 

Choiromyces, new species of, 359. 

Chordaria, observations on the genus, 
382. 

Christison, Prof., on the influence of va- 
rious circumstances upon the activity 
of plants, 65. 

Clavatula, new species of, 138. 

Coccyzus, new species of, 475. 

Codium, on a new species of, 321. 

Coleman, W. H., on a new species of 
€€£nanthe, 188. 

Coleoptera, observations on the habits of 
some Chilian, 49. 

Coniferz, on the plurality and develop- 
ment of the embryos in the seeds of, 
368. 

Conus, new species of, 388. 

Corbula, new species of, 228. 

Cordylophora, description of the genus, 
330. 

Corticium, new British species of, 345. 

Crag, descriptive catalogue of the zoo- 
phytes from the, 10. 

Criniger, new species of, 411. 

Crocodile, notice respecting a new species 
of, 177. 

Crustacea, on the mode of reproduction 
of the lost parts in, 67; on a new fos- 
sil species of, from the Weald, 110. 

Crytops, new species of, 100. 

Cuckoo, popular traditions relating to the, 
403. : 


INDEX. 


Curtis, J., on,the nests of two hymenop- 
terous insects inhabiting Brazil, 519. 

Cuscuta, on some species of, 249. 

Cyclostoma, new species of, 130,145, 295. 

Cypreea, new species of, 71. 

Darwin, C., on the structure and propa- 
gation of the genus Sagitta, 1. 

Delafond, M., on the production of ani- 
malcules in the stomach during diges- 
tion, 154. 

Delphinula, new species of, 515. 

Demodex folliculorum, aceount of, 75. 

Denny, H., on the true situation in the 
system of Talegalla and Menura, 313; 
notice respecting Ortyx Virginiana, 405. 

Desmidiex, observations on the British, 
375. 

Diaperis Boleti, on the metamorphoses 
of, 314. 

Diastopora, new species of, 14. 

Dickie, Dr., on the marine Alge of the 
vicinity of Aberdeen, 6, 331. 

Dielocerus, description of the new genus, 
519. 

Digestion, observations on, 154. 

Diomedea, new species of, 361, 477. 

Distoma, on the Irish species of, 422. 

Dufour, L., on the metamorphoses of Ele- 
dona agaricola and Diaperis Boleti, 
314. ; 

Dutrochet, M., on the movements of 
plants, 294. 

Echinide, new species of, 517. 

Echinorhynchus, on the Irish species of, 
254. 

Echiostoma, description of the genus,396. 

Egerton, Sir P. G., on some new ganoid 
fishes, 151. 

Eledona agaricola, on the metamorphoses 
of, 314. 

Embenagra, new species of, 420. 

Embryos, on the plurality and develop- 
ment of, 368. 

Entomoderes, observations on the spe- 
cies of, 41. 

Entomological Society, proceedings of 
the, 232. 

Entomology of South America, contribu- 
tions to the, 41. 

Entozoa, catalogue of Irish, with observa- 
tions, 101, 167, 254, 335, 422. 

Eolis, on some new species of, 161. 

Epeira, new species of, 186. 

Erdl, Dr., on the development of the 
ovum of the lobster, 213. 

Estrilda, new species of, 75. 

Eunotia, on the British species of, 459. 

Euscarthmus, new species of, 414. 

Falconide, descriptions of new, 409. 

Fielding and Gardner’s Sertum’ Planta- 
rum, noticed, 127. 


INDEX. 


Filago, new species of, 293. 

Filicella, description of the new genus, 15. 

Fishes, descriptions of new, 151,390, 461. 

Flints, on the zoological condition of, 241. 

Flora of Hertfordshire, noticed, 127; Spi- 
cilegium Flore Rumelice et Bithynice, 
noticed, 127; Flora Dalmatica, noticed, 
127. 

Flustra, new species of, 20. 

Forbes, Prof. E., on the species ef Nera 
from the Mgean Sea, 306; on the light 
thrown on geology by submarine re- 
searches, 310; on the Radiata of the 
Eastern Mediterranean, 517. 

Fossil beds of Southern India, on some, 
152. 

Fossils, observations on some freshwater, 
from the oolitic coal-tields, 146. 

Fossil trees, observations on some, 148. 

Fossil vegetables of the sandstone of Ayr- 
shire, on the, 283. 

Francis, W., on the production of diseases 
by Fungi, 120. 

Fraser, Mr., on a new species of Rhinolo- 
phus, 73; on some new species of 
birds, 74, 135; on a new species of 
partridge, 305 ; on the habits of some 
birds, 498. 

Fredericella, new species of, 331. 

Fries’s,E., Novitiz Flore Suecice, noticed, 
126. 

Fucoidez, observations on the fructifica- 
tion of, 6. 

Fucus Labillardierii, observations on, 57, 
237. 

Fungi, on the production of diseases by, 
117; notices of British, 340. 

Gadella, new species of, 399. 

Gannal, M., on a method of preserving 
animal substances, 521. 

Gardner, G., on a new genus of plants 
allie ¢to Triuris, 217. 

Gaskoin, J. S., on some new species of 
Cyprea, 71. 

Geological Society, proceedings of the, 
146. 

Glareola, new species of, 74. 

Gonogenius brevipes, description of, 53. 

Goodsir, H. D. 8., on the mode of repro- 
duction of the lost parts in the Crus- 
tacea, 67. 

Gould, J., on a new species of Ardea, 70; 
on the Procellaride, with descriptions 
of new species, 360; on a new species 
of kangaroo-rat, 389; on some new 
species of birds, 473; on some new 
species of Ortyx, 513. 

Graham’s, Dr. R., account of a botanical 
tour in North Wales, &c., 105. 

Grammonema, on the British species of 
the genus, 457. 


525 


Gray, G. R., on Aptenodytes, 315. 

Gray, J. E., on two new species of bats, 
on a new species of Hystricide, and on 
a new Manis, 68; on some species of 
bats from Jamaica, 224. 

Grisebach’s Spicilegium Flore Rumelice 
et Bithynicz, noticed, 127. 

Gruby, M., on the production of animal- 
cules in the stomach during digestion, 
154; ona new species of Hematozoon, 
158 

Gulliver, Mr., on the spermatozoa of the 
camel, 225; on the blood-corpuscles of 
the Stanley musk deer, 302. 

Gyriosomus Whitei, description of, 50. 

Halcyon, new species of, 473. 

Halidrys siliquosa, observations on the 
fructification of, 7. 

Hancock, A., on a new genus and some 
new species of nudibranchiate Mol- 
lusea, 161. 

Hapalogenys, description of the new ge- 
nus, 462 

Harris, Major, on the trees producing 
myrrh and frankincense, 220. 

Harvey, W. H., on a new species of Co- 
dium, 321. 

Hassall, A. H., on the production of, dis- 
eases by Fungi, 117. 

Heematozoon, on a new species of, 158. 

Henfrey and Tulk’s Anatomical Manipu- 
lation, reviewed, 212. 

Hepatice of Teesdale, 191, 271. 

Heron, new species of, 70. 

Himanthalia lorea, on the fructification 
of, 331. 

Hinds, R. B., on some new shells, 70, 
136, 221, 228, 468, 478, 479. 

Holocnemis, new species of, 415. 

Honey-bee, on the production of wax by 
the, 233. 

Humming-birds, observations on some, 
511. 

Hydatids, on the transmission of, by con- 
tagion, 315. 

Hydnangium, new British species of, 351. 

Hydnobolites, new species of, 357. * 

Hymenogaster, new British species of, 349. 

Hymenoptera, descriptions of new, 519. 

Hypnum, new species of, 273. 

Hypsipetes, new species of, 413. 

Hysterangium, new British species of, 350. 

Hystricide, new species of, 69. 

Ichthyopatolites, observations on, 152. 

Iconographia familiarum naturalium regni 
vegetabilis, reviewed, 292. 

Infusoria, descriptions of new species of, 


Insects, descriptions of new, 519. 
Ireland, Entozoa of, 167, 254, 335, 422; 
additions to the fauna of, 430. 


526 


Ischnosceles, description of the new ge- 
nus, 409. 

Tulus, new species of, 267. © 

Ixos, new species of, 75. 

Jungermannia, new species of, 278. 

Kangaroo-rat, description of a new spe- 
cies of, 389. 

Kaye, C. T., on some fossil beds of 
Southern Tndia, 152. 

Kemp, W., on the vitality of seeds, 89. 

Kestril, on the habits of the, 93. 

Klencke, Prof., on the transmission of 
hydatids by contagion, 315. 

Koch’s Synopsis Flore Germanice, &c., 
noticed, 63. 

Kiitzing’s, M., Phycologia generalis, re- 
viewed, 61. 

Labrus lineatus, notice respecting, 77. 

Laminariezx, observations on the fructifi- 
cation of, 333. 

Larus, new species of, 476. 

Latex and its movements, researches on 
the, 441. 

Lecanora coarctata, observations on, 27. 

Lees, E., on the British fruticose Rubi, 482. 

Lepidotus, new species of, 151. 

Lepralia, new species of, 18. 

Lepraria Iolithus, observations on, 26. 

Lesson’s Histoire Naturelle des Zoo- 
phytes, noticed, 215. 

Leucosticte, new species of, 474, 

Lichens, list of, gathered in Wales, 25, 260. 

Liebig, Prof., on the production of wax 
by the honey-bee, 233. 

Liebmann, M., on the vegetation of some 
parts of Mexico, 121. 

Lima, new species of, 71. 

Linnean Society, proceedings of the, 217, 
517. 

Lithobius, new species of, 96. 

Lobster, on the development of the ovum 
of the, 213. 

Locusts, notice of a remarkable flight of, 
517. 

Loudon, J.C., noticerespecting thelate, 78. 

Lowe, Rev. R. T., on fishes discovered in 
Madeira, 390. 

Lunulites, new species of, 18. 

Lyell, C., on upright fossil trees found in 
the coal strata of Cumberland, Nova 
Scotia, 148. 

Macrotus, new species of, 68. 

Macrourus, new species of, 399. 

Malacopteron, new species of, 417. 

Mammoth cave, Kentucky, notice re- 
specting the, 111. 

Mangelia, new species of, 145. 

Manis, new species of, 70. 

Megaderma, new species of, 304. 

Menura, on the true situation in the sy- 
stem of, 313. 


INDE X. 


Mesodesma, new species of, 472. 

Metcalfe, W., on new species of bivalve 
shells, 471. 

Meteorological observations, 79, 159,239, 
319, 407, 487. 

Metopias, description of the new genus, 
397. 


Mexico, on the vegetation of, 121. 

Milne Edwards, M., on a fossil crusta- 
cean discovered in the wealden forma- 
tion of Great Britain, 110. 

Mohl, Prof., on the latex and its move- 
ments, 441. 

Mollusca, nudibranchiate, on a new genus 
and several new species of, 161. 

Monostoma, observations on the Irish 
species of, 335. 

Montagne, Dr., on Fucus Labillardierii, 
57, 237; on the genus Chordaria, 382. 

Mosses, descriptions of new British, 196, 
271. 

Mummery, S., on some Kentish birds, 
76, 237. 

Murchison, R. I., on the occurrence of 
freshwater fossils in the oolitic de- 
posits of Brora, 147. 

Murex, new species of, 479. 

Musci of Teesdale, 191, 271. 

Muscipeta, new species of, 135. 

Myraptera, new species of, 520. 

Myriapoda, a list of, contained in the 
British Museum, with descriptions of 
new species, 94, 263. 


_ Myrmeciza, new species of, 417. 


Myrrh and frankincense, account of the 
trees producing, 220. 

Naupactus, new species of, 54. 

Newra, new species of, 306. 

Necrophleophagus, new spécies of, 101. 

Nectarinia, new speciés of, 474. 

Nemosia, new species of, 420. 

Nephroma resupinata, observations on, 
261. 

Neriéne, new species of, 182. 

Nerita, new species of, 385. 

Newport, G., on the existence of branchize 
in the perfect state of a neuropterous 
insect, 21; on the Myriapoda con- 
tained in the British Museum, with 
descriptions of new species, 94, 263. 

Nucula, new species of, 468. 

Nyctelia, observations on the species of, 
41. 

Obisium orthodactylum, observations on, 
55. 

Odostomia, descriptions of new British 
species of, 313. 

(nanthe, observations on a new species 
of, 188. 

Orang-utan, notes on the anatomy of an, 
512. 


INDEX. 


Orbitulites, new species of, 21, 
Orobanche, remarks on some species of, 
108 


pierce Mola, notice of the capture 

of, 77 

Orthogonys, new species of, 421. 

Orthotrichum, new British species of, 276. 

Ortyx (Virginiana), occurrence of, in 
Norfolk, 405 ; new species of, 476, 513. 

Owen, Prof., on the anatomy of a female 
Orang-utan, 512. 

Ovules, on the origin of, 494. 

Partridge, description of a new species 
of, 305. 

Patrick, J. S., on the fossil vegetables of 
the sandstone of Ayrshire, 283. 

Peach, C. W., on the nidi of Purpura la- 
pillus and of Buccinumreticulatum, 203. 

Pectunculus, new species of, 134, 388. 

Peltidea spuria, remarks on, 30. 

Peltophyllum, description of the new 
genus, 217. 

Penelope, new species of, 475. 

Peziza, new species of, 355. 

Pholidophorus, new species of, 151. 

Phycologia generalis von Kiitzing, re- 
viewed, 61. 

Phyllodia, description of the new genus, 
224. 


Phylloscopus, new species of, 178. 

Pinus Mughus, notice respecting, 130. 

Pipra, new species of, 473. 

Pistil, observations on the structure of 
the, 494. 

Pitta, new species of, 410. 

Plants, on the influence of various cir- 
cumstances upon the action of, 65; on 
the movements of, 294; on the move- 
ment of the latex of, 441. 

Platops, description of the new genus, 

Pleurotoma, new species of, 132, 136. 

Plumatella, new species of, 330. 

Polistes, observations on the genus, 521. 

Polydesmus, new species of, 265. 

Potamomya, new species of, 232. 

Pratincola, new species of, 410. 

Primula vulgaris, on a monstrosity of 
the pistil of, 464. 

Prismatocarpus Speculum, on the fruit 
of, 294. 

Procellaria Pelagica, habits of the, 94. 

Procellaride, observations on the family, 
with descriptions of new species, 360. 

Psammetichus, new species of, 54. 

Psittacus, new species of, 475. 

Pteronarcys regalis, on the existence of 
branchiz in the perfect state of, 21. 

Puffinus, new species of, 365. 

Purpura lapillus, on the nidi of, 203. 

Pyenonotus, new species of, 411. 


527 


Quatrefages, M., on the propagation of 
the genus Syllis, 235. 

Radiata, descriptions of new, 517. 

Ralfs, J., on the British Desmidiez, 375 ; 
on the British species of Grammonema 
and Eunotia, 457; on the British spe- 
cies of Achnanthes, 489. 

Rallus Crex, on the habits of, 93. 

Ray Club, notice respecting the, 63. 


- Récluz, M., on new species of Nerita, 


” 385. 

Reeve, L., on some new species of shells, 
132, 388, 406, 515. 

Rhinolophus, new species of, 73, 303. 

Rhynchites, observations on the British 
species of, 81. : 

Richardson, J., on a new genus of gobioid 
fish, 461 ; on a new Chinese fish, 462. 

Rissoa, descriptions of new British spe- 
cies of, 323. 

Robertson, A., on freshwater fossils from 
the oolitic coal-field of Brora, 146. 

Robertsonian Saxifrages, on the difference 
between those of Ireland and of the 
Pyrenees, 465. 

Robinet, M., on the secretion of silk, 236. 

Rook, on the habits of the, 92. 

Royal Institution, proceedings of the, 
310. 

Royal Society of Edinburgh, proceedings 
of the, 65, 128. 

Rubi, observations on the British fruti- 
cose, 482. 

Sagitta, on the structure and propagation 


of, 1. 

Salwey’s, Rev. T., list of lichens gathered 
in Wales, 25, 260. 

Saxifrages, obseryations on Irish, 465, 

Scalaria, new species of, 478. 

Schizocerus, new species of, 520. 

Schlegel, Dr., on the development and 
propagation of serpents, 157. 

Schnizlein’s Iconographia, noticed, 292. 

Schultz’s, M., theory of the movements of 
the latex, observations on, 441. 

Scolopendra, new species of, 96. 

Scolytus, destruction of trees by, 75. 

Seeds, on the vitality of, 89. 

Semionotus, new species of, 151. 

Serpents, on the development and propa- 
gation of, 157. 

Shells, new species of, 70, 130, 132, 136, 
221, 228, 295, 306, 385, 388, 406, 468, 
471, 473, 478, 515; on the microsco- 
pical structure of, 486. 

Silk, on the secretion of, 236. 

Solen, new species of, 471. 

Sowerby, G. B., jun., on some new spe- 
cies of Lima, 71; on new species of 
Cyclostoma, 130, 295; on a new spe- 
eies of Chiton, 473. 


sue 


ad 


528 


Sowerby’s English Botany, noticed, 215. 
Spermatozoa of the camel, observations 
on the, 225. 

Spermophaga, new species of, 418. 

Spirobolus, new species of, 268. 

Spiroptera, observations on some species 
of, 101. . ; 

Spirostreptus, new species of, 269. 

Spruce, R., on the Musci and Hepaticze 
of Teesdale, 191, 271. 

Strickland, H. E., notes on Mr. Blyth’s 
list of birds from Calcutta, 32, 204; 
on some new genera and species of 
birds, 409. 

Strongylosoma, new species of, 266. 


Strongylus, observations on some species 


of, 103. 

Suiriri, new species of, 414. 

Suttor, G., on the forest-trees of Austra- 
lia, 217. 

Sword-fish, on vessels pierced by the 
weapon of the, 235. 

Syllis, on the propagation of the genus, 
235. 

Synopsis Flore Germanice, &c. von Koch, 
noticed, 63. 

Tachyphonus, new species of, 419. 

Talegalla, on the true situation in the 
system of, 313. 

Taractes, description of the genus, 391. 

Tegenaria, new species of, 179. 

Thalassidroma, new species of, 366. 

Thompson, W., on the blind-fish, cray- 
fish, and insects from the mammoth- 
cave, Kentucky, 111; on vessels pierced 
by the weapon of the sword-fish, 235 ; 
additions to the fauna of Ireland, 430. 

Toad, on the habits of the, 234. 

Traill, Prof., on the luminosity of the sea, 
and on some of the animals which pro- 
duce it, 128. 

Treron, new species of, 135. 

Triphoris, new species of, 70. 


INDEX. 


Triuracex, characters of the order, 217. 

Truffles, new British, 349. 

hai! omens sanguinis, description of, 

58. 

Tubulipora, new species of, 14. 

Tulk, A., on Obisium orthodactylum, 55; 
on-Demodex folliculorum, 75; on the 
habits of the common toad, 234. 

Tulk and Henfrey’s Anatomical Manipu- 
lation, reviewed, 212. 

Van Beneden, M., on the Campanularie, 
294. 

Vegetable monstrosities, observations on 
some, 494. 

Venilia, description of the new genus, 
161; notice respecting, 407. 

Visiani’s, Rob. de, Flora Dalmatica, no- 
ticed, 127. 

Voluta, description of a new species of, 
406. 

Voyage de la Bonite : Algee, by Montagne, 
reviewed, 382. 

Wales, list of lichens gathered in, 25, 260, 

Walton, J., on the British species of the 
genus Rhynchites of Herbst, 81; on 
the British species of the genus Bru- 
chus, 206; on the British species of 
the genus Apion, 444. 

Waterhouse, G. R., contributions to the 
entomology of South America, 41; on 
some new species of bats, 302. 

Wernerian Natural History Society, pro- 
ceedings of the, 67. 

Wood, S. V., on the zoophytes from the 
crag, 10. 

Zephronia, new species of, 264. 

Zeus, new species of, 393. 

Zoological Society, proceedings of the, 
68, 130, 221, 295, 385, 468, 498. 

Zoophytes from the crag, descriptive cata- 
logue of the, 10; synopsis of the Irish 
freshwater, 328. 


END OF THE THIRTEENTH VOLUME. 


PRINTED BY RICHARD AND JOHN E. TAYLOR, 
RED LION COURT, FLEET STREET, 


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