Cx on Aveda we

ony ten fy d es ere orm oe Sy Hoty he tg SVP Rw

setiras fe ah nate vere Ser eee Aye

OOLEIN OU ae tt tt ers

eee alleen : : Kesh tree + n| | —~* ep i Sin : : ait Vee tae ee . . sess “ny : , : ‘

orn et ory os ‘ “eae a0 i eye - in ‘ aSirerertnteetes he oh. : : , t ay ? ‘ai er: = ‘ H a abo ” cient cen

eg

as

Scene aeaeae Sarre Se e

NOILNLILSNI NVINOSHLIWS S3INYVYSGIT_LIBRARIES SMITHSONIAN INSTITUTION NOILNLILSNI NVINOSHLINS SSIYVYUSIT

S = 5 x 3 (gf a 5 QR = 5 2 g z g 2 | B 2 2 z = Zz E Zz E = = NS zZ Ee = > = > = > = Maceo = > a anes ees 7) 2 a py a x ees | NOLNMLILSNI_NVINOSHLIWS. Sa luvugiq Ll BRARI ES SMITHSONIAN = INSTITUTIONS NOG TES MUa Say Oe eames lyYvudi1_ E a re & : a " é & = = aA x. £8 Jp a oc =a ce < =] < = <i¥Y th FA < a < e = ire =] a Wey = ac = oc 2 3 mn 5 a “Qf 3 s 5 za 4 ve Sheen 2 ai z =i 2 See) ; ; LIBRARIES SMITHSONIAN INSTITUTION _ NOILALILSNI _NVINOSHLIWS ae 1Yvug ee: LIBRARI ESi SMITHSON ANS Note Lie re > — (o) ey = (o} = 1) = ° Wf, oo = Oo = oO N = oO = Y @ 3 Ee ee] = a IN = 2 5 Gy, a > = > es > \We Ee > = E: Q> 2 = 2 = za KS = a = 7 Re 2 m Be m 2 nm Sw 2 m Oe: om wn = on = w _ 2p) = n - | NOILNLILSNI NVINOSHIINS (SAlev agi CIBRARIES SMITHSONIAN, INSTITUTION NOILNLLLSNINYINOSH TINS sae a 2) a : ‘y . 5 = ‘ < = y = = =< = oo aes = . =| = =| z : = Zz XG = 4 = = 7) ste) n w S . ING n Ju ; 2) <= 2) ac SAY OC Tr NS) Vip J Yi, = fo) Zz E 2 E YS z cS SS 2,7 / = zi >" = > = TO nee = AN >" = > Fa o Fa 7) fs = ” a4 Zz n Zz 1 LIBRARIES SMITHSONIAN INSTITUTION | NOILNLILSNI_NVINOSHLINS 'S3 lYVYal LIBRARIES SMITHSONIAN INSTITUTION = a = 2 ae a EE! ti EG ' Gi» ' Boia! &} 4 pa = =I = 2 el ee = XK : = = ee ei S c ma *: c = = ee = ~ a3 A&G a ae = 2 = = = Pe eee: 5 Bas 2 a 1 NOILMLILSNI_NVINOSHLINS S3luVvual7 LIBRARIES SMITHSONIAN INSTITUTION NOILALILSNI NVINOSHLINS S31uvudiT Ss & = We ae Zz i z G 2 = NE ‘S) wo 2 oO 2 = S) ; = Sa Sas = = “2 Ec ay = = = AS > > Ey = FE aie = = es) = 2 ae cs e me = oD m no m A m a n z or zi wo = n Zz a Zz = o ~ = = = on Sa ) Jul BRARI ES SMITHSONIAN 7 NOTE ES NS a NSS aod IYvuag ie BRARI cr emacs INSITE wee = ~e Kee = < = < = ack = < ES < = AS =) Zz =H Boe S Zz Se yee, z = S ° ANS é 25 ro) meee LE ce) a5 ‘tip e) at ro) : = ies i; % ok oR 2 SG % G47 % g 2 = ae = 2 Uy * 2 “GG © 2 = = eo = > GE = > = ee = a Se ee a 2 a eles a | NOILMLILSNI sapuvugi7_LIBRARI ES SMITHSONIAN _ INSTITUTION NOILALILSNI_NVINOSHLIWS = a a aa uw 2 ta a Ww 6 w ae CC a = = g R= = = as = as = o =I NY YS fod el a = a = xy = <x = LAN See = e = c = Bs a z => A = = at a = =! sy = fo) =o (e) = (S) = fe) = (e} = . 2 =I Z =I Fal Bonen] Ze LIBRARI ES SMITHSONIAN” INSTITUTION | NOILALILSNINVINOSHLIWS 534 luvug Ls LIBRARI Se RCO LN SINSNEC SY & > = fe) Z ae i) = =) = fe) Ly = ‘S) = Z = wo ~ = Yi, oD = 2 = GLY, a = ee) Ww = = Ee Villy, a 5 > =) ip UY) ks D> i= > BS = > Yip Li <> = E Ye ty : = > WWE = ug pues) Ss a Brea ae 2 - a NOE a me Me = m a as m BE m WN 2 m oy BN 2 i) = a) = w i = ” S oS 2 z = a ez) fe) = = 2

= a : = 4 no z o z n z < = Wy = = < Z = < = < > = Zz ‘ xX =4 = z : 2 Yy.5 Wx: 5 Ny 3 a - AD wo PGE DN AN n Oar ex Xi 7) A a n ions Oo “Sp = WS S Sn SN NS ro) I= fo) = D = ZY a = SS > = WN WSS Ze = 2. = = > ASS = BS > = > = = n = 2 7) eee Z oO eae Rie 7 | LIBRARIES SMITHSONIAN INSTITUTION pVONLITSNI_NVINOSHLIWS S31 YVYaIT_LIBRARI ES” SMITHSONIAN _ INSTITUTION 7 S (2p) = i ie iN tit ze St g z Fa FA us 3B a o SI a " fy, ® w = = = = = by, = fe : = = : : Ng: - < Oi: | = = S aS = “N SS ae A Ce Y for = : S = 5 = On S a S seat = Zz ~ = 2 5 a 4 YN NOILALILSNI NVINOSHLINS S3IYVYUdIT LIBRARIES Be SONIAN INSTITUTION NOILALILSNI NVINOSHLINS S3luVvudiT fs) = ie © = < a 2 = 2 5 a sNS Ss 2 5) 2 5 a = - 2 = 22 - iy = ee E \Ss so w 2 4, z a : Zz o = o = a : Z | ae Vu BRARI ES SMITHSONIAN INSTITUTION NONE IEEE NSIS 52 luvaag tae BRARI ES SMITHSONIAN ANSTITUTIO _-a Sr = — = wy Qn ie ee > = te => Ve SRO Sn apea ey nen le

: xr JoGZE =x WW CO Jr WR 0 GYy OY Ze x= BW Be QW" 2 GZ EX eS 2 WY | 2% =~. : = On 0G > , = S 2 Ranasss S N ES MY 2 = 2 = = on. 4 wo a, ERI ES “SMITHSONIAN _ INSTITUTION, NOILNLILSNI_NVINOSHLINS.Sa3 luvudia LIBRARIES SMITHSONIAN_INSTITUTION NOILNJ us & ul 6 SG a Z G Es =. (if Zp H fm aA we = c. = = Ee PuYp q < oi < = Pas a < EGE FS r S Es 5 z S c a Ui 3 a 3 2 3 2 8 = aa z 2 ie 2 aye Ms i es G.JLSNI_NVINOSHIINS (S31¥V¥G17_ LIBRARIES SMITHSONIAN” INSTITUTION | NOILNLILSNINVINOSHLINS —SA1¥V4SIT_LIBRA ar: Je > ae sh An oO _ fo) —— EU Ne = 2 : E F = - e 2 \w > > = cb 2 > = > \ SSR OE E eS E oa = = a ‘S AS fr am Leder eat - as Fe cg eS ae mn Z A 2 5 Z f on ae = w = _— = aRIES, SMITHSONIAN INSTITUTION NOLLMLILSNINVINOSHLINS SAIUVUEIT LIBRARIES, SMITHSONIAN INSTITUTION NOLL = tye = < = < = = = = > : car EBESy,. = = Zz = aT = Z = z s ao NY 2 2 \y i Y%5 # 3 z Ss Nad J (Eu) COE AZ TE EO? SOIC)? EF KA SO A pCa ps z Ke rs = % SS CATAL Coe Zz E AW 2.47 / = 2 = 2 E Wo 2: 3 a ee z z ; z See = “NVINOSHLINS. SA1YVYSIT LIBRARIES SMITHSONIAN INSTITUTION _NVINOSHLINS S314VY@IT_LIBRA = = = = YHy,> fz = o = a pe a < Y 7 jos = | < a H s y = a = ee = ee et 5 5 WY a = 2) ; _ (e} aa o - = PS =F = : a Zz = = =) za J ERIES SMITHSONIAN, INSTITUTION NOILNLILSNI NVINOSHLINS “Saluvagi7 LIBRARIES SMITHSONIAN, INSTITUTION NOILN. be S <0 ° w 5 o = oO = - Py a = = = a 5S me) = Z >) 2 : =) > i: > = ¢ E : > E > ke ee] alee es) = wa Gg, » = a = : = 5 ae 3 > 2 m : : 2 ee 2 S = n — wo » = 4 os cLLSNI_NVINOSHLINS, S31YVYSIT LIBRARIES SMITHSONIAN P OLATIESN I NvINOST TNS alaveg ea ces Z = Re < ES ; | a < = .< Xs = < = SS = c= \N il - ‘Ss =| ope AWS > 4 Zz = 5 aw Wf 3 ye a Ve S z e 2. 8 ; a o Ede eG WS ties 2 fe) ae Oo 4 ae < “2h az je) Uythy < \. > aS = E Zs = ‘ $Y *= 2°@ § aS = = = ; ae z MS NS = ie i a Z ra ARIES SMITHSONIAN INSTITUTION NOILN.LILSNI_NVINOSHLINS S31uVY a1 phelps chub ane LON TS) = oO Zz Zz A uw Oo ae ¢ Ww a lu om SS uw n mss Fe = =a Z nh f rf isa = a WS Na we = c iS Lp AA = a GL 3 : aR : : 2Gof = : ws Te 3 : 2 NG : 2 We 3 Z 2 = e aaa 2 2y z 4 ra | as Seed LILSNI_NVINOSHLINS [S31 ¥V¥GIT_ LIBRARIES” SMITHSONIAN INSTITUTION , NOLLNLILSNINVINOSHAINS S31UY¥ GIT LIBRA T * ae 4 fe) = = a : 2 o S w = o \. = o ZB SN = 2 i ) =) 2 AN QV > zu > SE > = i> = cea OS WN E ze 2 WN E x = 2 = 2 AW = —= Ww 5 — ae = n SW o a YW 2 m 3” ra 2 Heiss | Hs 2 nw ; = nw = n or PRIES (SMITHSONIAN INSTITUTION NOILMLILSNI_ NVINOSHLINS SA1UV UU wt iia maa enon gc ol ¢ = ea ig g =x z= y < = < = S 5 z Ao 3 z = Z = = 2 ¢ i ro) INS fats £ O ae n a a a oe a 7p) ty BG 5) sale 6 Haas Oo oy 2) GF 2) Zz WAV’ 9 z= 2 E Z E are ao = e \S Zs = — = . > = rate Le FA ees z a 2 2 NI NVINOSHLIWS” LIBRE AILSNI_NVINOSHLINS S31UVYEIT LIBRARIES SMITHSONIAN INSTITUTION ,,NO!LO1IISNI_ NVI 0 s oa z me ng z is Yy, Zz S ap) = Eo n” Zi : z =e ¥%,5 : = Nee = o Cae Ww. + x Di fame <= cc wey » = c (= Sg 33 (= Lia = o 4 EN NS 4 i AN < i a Mf fers co 5 yw’ o = i es = 3 m* 3 = Sy TF aa g = ood Y a! ARIES SMITHSONIAN INSTITUTION NOILOLILSNINVINOSHLINS S3INWVYEIT LIBRARIES SMITHSONIAN, INSTITUTION NOILN. ; S = 6 = «. 5 = S i S ra yO = a = kb =o KE = pat bk iE 2 =. = =>, =| a é =) > Kes Bs > = RUG > is ae is 2 = "Gs 7 = Z snot o z o ae : : | 2 GIT LIBR NYINOSHLINS S31YW4@I7 LIBRARIES, SMITHSONIAN INSTITUTION,, Rhy ee mente Peto eae z ' XS < SON, oes NS SG i. = x = <x We S t= SS 4) = e NS ie] EWN = gg te RSS EE OSS EMS Ey gE EM FU HS

Cait : "i is 26.327

KS NOV E?/ 1888

>)

(From the Transactions of the Zo Society, Vol. xi. part i. 1880.] {

I. On the External Characters of two Species of British Dolphins (Delphinus delphis, LTinn., and Delphinus tursio, Fabr.). By Wiuuiam Henry Fiowser, LL.D., JETER TESA OR

Received May 6th, read May 6th, 1879. [Puate I.]

IT is somewhat remarkable that no really adequate figure of so well known an animal as the Common Dolphin (Delphinus delphis, Linn.) is to be found in any zoological publication. The best with which I am acquainted is one given by Reinhardt (* Notits om en paa Ostkysten af Jylland fanget Delphinus delphis,” in ‘Naturh. Fore- nings Vidensk. Meddelelser,’ Nos. 10, 11, 1866), from an animal 5 feet 4 inches long, taken near Grenaa, on the Jutland shore of the Cattegat in November 1865. This tigure, however, is not coloured, and wants the details of the markings seen in the specimen to be described presently.

Perhaps the next best figure, and, indeed, in some respects superior, is that given in the illustrated edition of Cuvier’s ‘ Regne Animal,’ which is stated to be “ d’aprés une peinture originale de Maréchal faisant partie des vélins du Museum.’ The figures in the volume on Cetacea in the ‘ Naturalists’ Library,’ by Dr. Hamilton, and in Bell’s ‘ British Quadrupeds,’ are apparently founded on this, though in the latter the tail is differently formed, the gradations of colour are badly given, and the whole creature has too thick and clumsy an appearance. Klein’s figure (Hist. Piscium Naturalis, ii. 1741) professes to be original, from an animal 9 feet 2 inches (Rhenish) in length, in which case it could not have been D. delphis, but. was more probably D. tursio, as surmised by Cuvier. It is reproduced by Bonnaterre (Cétologie, 1789) and by

2 PROF. W. H. FLOWER ON THE EXTERNAL CHARACTERS

Lacépéde (Hist. Nat. des Cétacés, 1804), with the addition of the conventional fountain from the blow-hole, in both cases without acknowledgment.

The earlier figures, all more or less inexact in outline, rude in execution, and wanting in colour, are those of Belon (1551), Rondelet (1554), and Aldrovandus (1615). The two former, especially that of Rondelet, have been repeated with modifications by the various compilers of the last two centuries. Belon’s account of the external characters and anatomy of the Common Dolphin, the Porpoise, and of a third species (of which I shall speak presently), is a very remarkable work for the time at which it was written }.

On the 15th of March last Mr. F. Buckland kindly informed me that he had just received from Mr. Matthias Dunn, of Mevagissey, a Dolphin which had been caught in the -mackerel-nets about twenty miles south of the Deadman Headland, Cornwall. It proved to be a young female Delphinus delphis. The elegance of the form, and the beauty and variety of the colouring, were such that I thought it desirable to obtain a correct coloured drawing of the animal while fresh, which, reduced to the scale of one sixth the natural size, is reproduced in fig. 1, Plate I. Instead of being simply black above and white below, as usually described, the sides were shaded, mottled, and streaked with various tints of yellow and grey, the distribution of which can be better understood by a reference to the figure than by any description. The under surface was of the purest possible white. Perfect symmetry was shown in the colouring and markings on the two sides of the body.

The length of the animal in a straight line from the tip of the beak to the notch in the middle of the tail was 5 feet 1} inch. ‘The other principal dimensions were as

follows :—

inches. End of beak to anterior end of dorsal fin. . . . Pog Agee eee aOR een ne insertion of anterior end of pectoral fin ae le Negeinees MOH ees. PVA OSE UOT ey ea Bae Gah lo be oo OO Anclerohmonthitoranterorianele Ot Gye lies i ese cee iejmltn tt rane mene) Length of eye-aperture . . Se Sas P Haat ees see a em ee an) 2S Posterior angle of eye to ea ata tory MeatuSes AT elses Rca 1195) isenetchwotabasciofidorsalifinvs. 2. (euery cee cy el eee Sa7h Height of dorsal fin. . . . : wg Nye te eee Page ea eee er ceed Length of anterior margin of neuter al fin SS Te ae Pear: Cree aoe lOO) aS posterior 5 i Sie Oe on Co ne aoe OY) Breadtheotacandaletime aces, wc) darcy in) eu eee eh aoe en on a OLS The dental formula was #=¥ = 185, which corresponds nearly with that usually

1 <T)Histoire naturelle des étranges Poissons marins, avec la vraie peinture et description du Daulphin,’ &c. Paris, 1551.

OF TWO SPECIES OF BRITISH DOLPHINS. 3

observed in the species, some individual variation being always met with, even in the different sides of the mouth. There are fifteen pairs of ribs, the last being unattached to its corresponding vertebra, and 21 lumbar and 31 caudal vertebree, making altogether, with the cervical and thoracic, a total of 74 vertebre. ‘The skeleton has been pre- pared for the Museum of the Royal College of Surgeons. ‘The stomach contained the partially digested remains of numerous fish, apparently mackerel.

This species is the true Dolphin of the ancients, being the most abundant and characteristic species in the Mediterranean. Its exact geographical distribution has not yet been defined with precision, owing to the difficulty of distinguishing it from allied species, a difficulty which it is hoped the present illustration may in some measure help to overcome. It is not uncommon in the Atlantic, being well known on the west coast of France; and it frequently visits the English Channel, pursuing the shoals of pilchards and mackerel. In the Museum of the College of Surgeons is the skeleton of a fine adult animal, which, when alive, must have been about 7 feet long, taken near the beginning of the present century at Worthing. Northwards of this locality it appears to become rare. Wan Beneden does not include it among the Cetacea frequenting the Belgian coast, as he was not able to find any example of its capture in the North Sea. Specimens, however, are occasionally met with on the coasts of Norway and Denmark, as mentioned by Lilljeborg and Reinhardt; and it is included in many of the lists of the Cetacea of the Greenland seas ; but it is doubtful whether some of the species of the allied genus Lagenorhynchus may not have been mistaken for it.

Judging from the figure and description in Scammon’s ‘ Marine Mammals of the North-western Coast of North America’ (1874), Delphinus bairdit, Dall, is a closely allied, perhaps identical species inhabiting the North Pacific; but further observations, especially osteological comparisons, are required before the latter surmise can be con- sidered proved.

The second species, of which I wish to offer an original and, I believe, faithful drawing to the Society, is Delphinus tursio of Fabricius’. The best known figure of this animal is that given by John Hunter in his classical ‘ Observations on the Structure and Ciconomy of Whales,” published in the ‘Philosophical Transactions,’ vol. lxxvii. (1787). This is taken from a young animal caught, with its mother, near Berkeley, in Gloucestershire, and sent to Hunter by the celebrated Edward Jenner. It is described in the memoir as ‘‘ a species of Bottle-nosed Whale, the Delphinus delphis of Linneus.” It was, however, identified by Cuvier with D. tursio of Fabricius, and so described by Prof. Owen in his editorial notes to Hunter’s collected works (1837).

1 The identification of the present well-known species with the D. tursio of Fabricius has been questioned. The description in the ‘Fauna Greenlandica’ (1780, p. 49) is certainly vague and unsatisfactory; but the name

is now so generally accepted that it would cause much confusion to attempt to change it, even if it could be proved to haye been wrongly imposed.

B2

4 PROF. W. H. FLOWER ON THE EXTERNAL CHARACTERS

This figure is reproduced on a reduced scale in Bell’s ‘ British Quadrupeds.’ Bonna- terre’s figure of the Nesarnak (D. twrs?o), in his ‘ Cétologie,’ 1789, pl. xi. fig. 1, appears to be a modified copy of the same, though without acknowledgment. The three transverse pale lines crossing the dark part of the body below the dorsal fin, which form a marked feature in this figure, have not been observed in other specimens ; they somewhat resemble the pale vertical lines which cross the sides of the two speci- mens of the young of Risso’s Dolphin which have been figured '.

Another original figure is that given by Dr. Gray in the 10th Plate of the ‘ Zoology of the Erebus and Terror.’ It is from a drawing by Mr. R. Templeton, from a specimen caught in the south of Jreland in November 1828, and evidently a young one, as its length was only 7 feet 6 inches. It does not bear the appearance of very great accuracy; the dorsal fin, especially, is more elevated and erect than in any of the others. Schlegel’s figure in his ‘ Abhandlungen aus dem Gebiete der Zoologie und ver- gleichenden Anatomie, Heft 1, 1841, from a specimen 11 feet long, taken off the coast of Holland and stuffed in the Leiden Museum, besides differing in form (especially in the very small size of the pectoral fin) from that known to be characteristic of the species, is represented of a uniform black colour; but it is not stated that this was the case when the animal was fresh, and may have been due to changes in the process of preservation.

There can be little doubt of the correctness of Cuvier’s identification of the animal taken at Tréport, on the coast of Normandy, in the beginning of May 1551, exhibited at the Hotel de Nevers at Paris, and described by Belon under the name of “ Oudre” or “Orca,” with this species. It was 94 feet long, and had half as many teeth as the true Dolphin, or eighty in all, not counting some small rudimentary ones in front. Accepting this determination, the three species of which Belon was the first to give original and tolerably accurate figures and descriptions are Delphinus delphis, D. tursio, and Phocena communis.

A good description, but without figure, of a specimen taken upon the Suffolk coast is given by Dr. W. B. Clarke in the Ann. & Mag. Nat. Hist. ser. 2, vol. iv. p. 100 (1849).

The specimen now figured was taken, with several others, near Holyhead, on the 5th of October, 1868. Like the one above described, it was sent to Mr. Buckland, to whose kindness I am indebted for the opportunity of drawing and describing it. The skeleton was prepared for the Oxford University Museum. It was a male, not quite full-grown, as the condition of the epiphyses showed.

The principal dimensions were :—

Flower, Trans. Zool. Soc. vol. vill. pl. 1.; Murie, Journ. Anat. Phys. (Nov. 1870) vol. v. pl. v.; Copo, Proc. A. N. 8. Philadelphia, 1876, pl. iii.

cn

OF TWO SPECIES OF BRITISH DOLPHINS.

Total length, in a straight line from end of beak to notch in middle inches.

Obani ete peer sem naa isi ies Meg) okie tah Meee oar gs We) Menaeerera wu meee AT ef) End of beak to anterior edge of dorsal fin . . ...... =.=. £4500 5 iu ALS OH TANG s gb ib wey Geol we eo owl LPs Re ae bloweholeee a. hs, apa ssa cok Rupes tee hee aaa 15:0 5 e AMTTOR OMA OOK G06 (6 boo 6 6 6 6 6. 0 14-7 hens thvofreye-apertunetn yn yi ite | eee eos 1-1 From hinder corner of eye to aperture of ear . . . 2... 2s 3°25 From angle of mouth to anterior angle of eye . . . . . . . . . 26 From end of lower jaw to anterior edge of pectoral fin . . . . . . 240 Wengthyofpectoralétinwamustraightsline) y.8 2) fs) eae ee ORO Greatestibreadthsotgpectoralefiner tins silence eter eee 6:0 iheng thy ofibaserotdorsalifimys. pecs cuuysqine bea pares iseee few) cole arene RO) Height otid orsallefink tismrcrs lt uc Saas ep ceauingen) ae) Gee) Aan ee ea 9°0 Breadthyolseandalleinyvet mere) cues fy oul cence tes mae peli) erga pate ae oO)

All the upper parts were of a shining greyish black, shading off to white below, as seen in the figure, the change of colour following an irregular line from the angle of the mouth to the origin of the pectoral fin and continued backwards at the same level. The edge of the upper lip and the tip of the nose were whitish; both sides of the pectoral and caudal fins were black. ‘There was no other colour to be distinguished on the whole surface but black, white, and the intermediate grey. The usual “ screw ” form of the caudal fin in the Cetacea was very marked, the upper surface of the right lobe being concave, that of the left lobe convex.

This species is rare in the Mediterranean, though Gervais gives several instances of its capture in the Gulf of Lyons. It probably has a more northern range than J. delphis ; but, as in the case of that species, there is still much obscurity as to the exact limits of its distribution.

Mr. Buckland has added casts of both these specimens to his valuable series of models of Cetacea, which exhibit, better than by any other method yet devised, the form, proportions, and colour of these animals, otherwise so difficult of preservation.

DESCRIPTION OF THE PLATE.

PLATE I. Fig. 1. Delphinus delphis 2, from an original drawing, by R. W. Sherwin, of a specimen captured off the coast of Cornwall in March 1879. Fig. 2. Delphinus tursio 3, from an original drawing, by W. H. Flower, of a specimen captured near Holyhead, October 5, 1868.

A

Sn

—

Sec eee erereiycor eclensopisterteemeriti bene b preheater ia ew ll

vege Uae a ean a Ta : abet i ; ‘ f my, eae coon omnom tra ones eeu Nemarcary Chacha ome ye TON Pes cee ccna omnes nce ales hire ted egy pongo RE et, fees: ‘ Ler mre a i 5 :

aA vethed Bont ey tt

er eerie ar (tee ND atm Me tpn an tae ey a Nm

Ly rt eae - x) vd a0 NM : a ry Aer Wesel a Paetinammef pine At mae tm a henna a empemigefine 6 HIF ler ae

ieee =:

8 a

ea a

en

—

eae

Af ere le A MS,

a a ee = hs i = cyanea Ya dice Sie aS Ha 3

fennel |= en oe hae pelgeninn pein Up ymtepweemtn RAY RATER AY OR

ses

‘ ve Les AE La ety

ae A a TL RENT I~ RR ICN ARCA ST SRLS ma Ran a a ; . : Tit ear at

ep ve

No a iescam teeta a ch Ret Th pala ns Spe ear enema atte lm ps meron

LG Pea lesion eve he Ineo - -

y, xe = ib

gems a

2 Coe

- neh Hae at “

: a i te atin Tot! a m ine

Be ran arate

re

ea BTR: age i nS

ay

i any |

eR Oa TAUND ah

a Bran NG = E = cw a ee re 2K = a < a g a < = es a a =| oC : oN S 5 a “ 3 E - a = a ees 2 a = - = aE ed 17 LIBRARIES SMITHSONIAN INSTITUTION NOILNLILSNI_NVINOSHLINS_S3!1YVYdI1_ LIBRARIES SMITHSONIAN = = + ~~ z Lrg ens S & 5 = o = Ly, = o = = ° oS Es = G iy, 2 = 2» = Es = Lily Es | > = / 4s> = > E > rox Y, {> =. KP 2 = = E is = fee m uy : m a) m = = n* 3 = n z ra) = (2s) = 7) z no BENOHENTIESNIENVINOSRUNS (S34 lyYvuyugi el B RAR! Spe Mula Sob Mole Pelt esutet bie.y IMo) SOM _NVINOSHIIWS | = < = Pp, = = =U = gh, 5 = — =i xy = Ct fy = : Eg : 2 s 2 \y i B32 = no "Se o “3 3 2 + We & Wie py 2 B z = z E = E WN Zz. Ma = z a = >" = > = x >" = > Fa 7) 2 ” 2 77) uae Zz nv 2 11 LIBRARIES SMITHSONIAN INSTITUTION = S3lyvudil LIBRARIES SMITHSONIAN S 2) > a = 4 Ss n a x at x = cc a Fe | = < AS < a VSS < = = Sy oc SF ox 3) ANS 5 a ro) ae re = Oy) Fee tl cee S BY 2 —s 2 — = J on =D YN NOILMLILSNI NVINOSHLINS S3IUYVHYdIT LIBRARIES_ SMITHSONIAN _INSTITUTION NOILNLILSNI NVINOSHLIWS S LS we = = fe) = re) = a oO = o 2 o he o = 5 a i bs] = a - x0 ke =) J =) > —] ‘ =) = a = a - so = a = a” = n eR “” m n- = “F z a z Ae z wn z e he ul BRAR! ES SMITHSONIAN INSTITUTION NOUOEI TSN NING SAS os 1uvYa Viet BRARI ES SMITHSONIAN SINSTiT Cia =r: Fad a wr Bs acs = tea ioen = =< = = WSs = < @ke $ a \ = = N \S XS = Zz = Zs he y , = NS = zZ X\ BQ F g aA z : & GY 2S 3 aX ENG 2 z OQ 8 = Sp = S\ 2 aN B _ 2 = Se a 5 B . 8 2 . IN NOILNLILSNI NVINOSHLINS $3 ryvy g 11 pMITHSONIAN _INSTITUTION | NOILALILSNI NVINOSHLIWS Sa 1yYVvyal S a n S md > nae uu = Wh tu = ul o uu = WK os uw = n oye. n = Sa aes ep) RNS = Wot a oa a oc. th A = o = Xs o | < = < : iG If 3 < =B \ Wa -o S ec = cc ty, = (a S NS x a = ian) = a Lie 5 a S X co a Zz Cae) 2 a - = ay va raat) aes LIBRARI ES_ SMITHSONIAN INSTITUTION NOILALILSNI_NVINOSHLINS | S3 fuvuad i ee LIBRARI ES SMITHSONIAN Ne 84 > = S) Y, @ ° o 2 2 Ss ° pees \ 2 5 YS E > Ne 5 : — $%y ) 2 Uf 2 = VANE = &§ JL a Ea KP = 2) RORY ie F] =. Ae — 2 a Nae. — SY NSS) wo — + a A — a) = un = a ett = no = n IN NOILNLILSNI _NVINOSHLINS, S3 1yVNSII | B RARI ES SMITHSONIAN INSTITUTION “NOLLALILSNINVINOSHEINS oH 1uvudgi = tt, = = ty = - acs =) ages = yy, a Sy 2 i “Yt, = \. S z 4 F = a HY, es Le 8 a Wks NXE 9 WAG 48 t fp ‘ O UY Meee Te fo) hy cc WN oO Se AK MSY OO oe fo) Te f = 2 Be ge se = 17_LIBRARI ES SMITHSONIAN INSTITUTION NOILALILSNI_NVINOSHLIWS S32 1YVHYd!I1 LIBRARIES SMITHSONIAN = = a ee . us 3 ul & a Z ts = \ a = 4 = = we a a 4 al) ey oe , = oa + ~ We = a , = J a < Te < = Se 3 oe cS = Cc = fad = cc <i ANN Sj oe S iS) = rs) = Oi Se fo) a rs) 2 2 2 I = iz AP Zz IN -NOILALILSNI_NVINOSHLIWS _ $3 iyvug (fe BRAR TES _ SMITHSONIAN _INSTITUTION ZNOLLMLIESNI NVINOSHIINS saruvud ° eo co 2 so 2 ee 3 | 5 2 5 2 5 YY > = = NS 5 ye a Fe = es ar Ee z = Yan me = me - i = - = 2 = B = o WP a D = B = 7) oe o Z ra.) = n iz ASU BRARI ES SMITHSONIAN INSTITUTION | NOIEMELTSNIONVINGS HOS 4 1yvwugd Mul BRARI ES SMITHSONIAN a \S = Z = = = = XK. = z fe NS = = = z = => SS 4G S BRE 2 g a : = ZR 2 2 = ®Q 8 = 9 ~ ? ZW 8 2 = > = = Z S > : = oS = iD circa 7) Sh tered ee 7) z a Ee a ON _pNOILNLILSNI NVINOSHLINS $3 1YVUSIT_LIBRARI ES SMITHSONIAN _INSTITUTION NOILMLILSNI_NWINOSHLIWS | S3 ie

=) ~~ Leer sy Cc \ is ANG. z/ CGC SS ec \O <j = NS eS) aig \=F i~J Co ays << Ge Gi Ge iS \N ao S < SJ & Ke Ss) & Ws Zp 2 Dy s ay 2 ON 5 Cy = a: 2 2 \& an ei 2 =i 2 Spe N i z a 2 = TLLLSNIT NVINOSHLINS. S3!1YVYUGIT LIBRARIES SMITHSONIAN INSTITUTION NOILNLILSNI S3!IYvVUdIT LIBR er eS S B S is = S S = o \ = fee] — Vp OO = ow = o : Ys = : 5 $% E 2 = : = Sa WS = > = Wz Wiss - Zz = > 2 WS" Z Bee F 5 E : a WW 2 m Srey iM ¥ beh ee eee a = wo =, — -_ n ARIES SMITHSONIAN INSTITUTION NOILMLILSNI_ NVINOSHLIWS, | LIBRARIES SMITHSONIAN INSTITUTION NOILf = z se es = aay = =a ee SS LY Ca za = SA, =| : : 2 2: : s No: s Nai J YP fl: Soe My SA ro) Te a ; g Z 8G fe? g F We EAs a = STEN 2 =. \ Se \SE ce Ne 2 z Be ue a ie _NVINOSHLINS SAIUVUYIT_LIBRARIES SMITHSONIAN INSTITUTION NOILALILSNI_NVINOSHLINS Sa1uvug!y LIBR | Be Bs i ia ak. & s wu gee E 5 — = x & = oc = = OE = 3 < z SS: : a N\A = e = WS = SS Ee 5 ca = a. 5 Zz = 2 3 a5 2 J Z ARIES SMITHSONIAN INSTITUTION NOILMLILSNI NVINOSHLINS S31YVUdIT LIBRARIES SMITHSONIAN INSTITUTION NOILr za = =] Cc ; FZ — Pat, = wal ° = i) Sine an, o 2 so 2 5 a = 2 NS = ee) Execs A xo = 5 > > QCD > L:xSA GH > = = = E z WH Ee is UGG x E = 2 E 2 Se = B “if = a aie o z o = o Zit o zZ ALILSNI_NVINOSHLINS S3INYVUGIT_ LIBRARIES SMITHSONIAN INSTITUTION. NOILNLILSNI NVINOSHLINS S31YWYS!IT_LIBR = no rs wee 22) =a A, (2) rad no <= < = iE Ws = < Sie = nee = ez : Zz = Zz N “S Sj z GX a = = Za \ re) By 9 VB = Oo ee fo) Boige 5 Ss 2 a ZR 8 ENR 3: : a 2% E Z EY 2 c 2 = 2 E = 5 = > = > = > = ; 7p) me w <— (7p) > wn ae wo tARIES SMITHSONIAN INSTITUTION

NOILNLILSNI NVINOSHLIWS Saluvyuai SMITHSONIAN _INSTITUTION NOILI

i = 5 Sx @ S ” S ” = exe. 2D _ 2p) AS = on Tz LO <V == ww. oe Ye al we a AWS ze a a. t Ye a = Sg = = a BQ < Pe <i & = < a Yr, a QQ. = a Gy: ee a W@ 3 © Sy Ne 3 Go 5 : - . 2 a 2 Sew: es a i = zy DLIISNI_NVINOSHLINS “S31YVYGIT LIBRARI ES_ SMITHSONIAN” INSTITUTION NOILMLILSNI_NVINOSHLINS_ $3 luvuaiT LIBR ~ = 2) = (e) ‘ZY ee © oe (2) = oa \ = o ”, ie) . 2) 2 Nye 5 2 5 GY ® = > Ne § - aa 5 2 EG xi > = 2 XO E x Meee D Z a Z Ai die = a ARI ES, SMITHSONIAN INSTITUTION NOILOLILSNI_ NVINOSHLINS, Sa ESO eee ee ee onan: INST Inu ON NOT = = ,% z =< = pis ee i = 2 g = z A = by 5 = Wy, = 5 = = 4 WE 2 NE OZ? i OL SN: eNNEY Yer s E Wy Zz, Mik = ae ers \ we = Ze Pa = “ss S a co = 2 ALILSNI_ NVINOSHLINS "$3 luvug mu BRARIES. SMITHSONIAN INSTITUTION NOILALILSNI_NVINOSHLIWS ” x oH, us FA ta zZ tu ape - a 2 we 2 ee = z 2 = 2 WSS. <t ao ee . Wire NEO): F291 €D: WiC): o Ss a = om} a oO = SS N faa) = J FARIES_ SMITHSONIAN, INSTITUTION NOILNLILSNI_NVINOSHLINS S31YVYdI1_LIBRARIES_ SMITHSONIAN INSTITUTION NOILI = ray ele = ao = o = we = =) tL, 2 a Ee a Lf. x ae 2 E S e 5 GY : E Y = an = a - GG vas - 2 Y? rm 2 = @ rm a Vie rn D ae - on 5 = = = ALILSNI_NVINOSHLINS S31avaa!1_LIBRAR| ES SMITHSONIAN INSTITUTION ,, NOILMLILSNI_NVINOSHLINS, S31YV¥SIT_LIBR = = ss Sis = < Ae = < = a= < gS z 2 N 3 ZN 3 3 = a = g. 2 28 2NKR 2 a oe 2X ae E WY 2 zNQ. 8 E 2 EY 2 a 2 5 ee hein: INSTITUTION NOILOLILSNI_NVINOSHLINS SA1UVUYEIT_LIBRARIES SMITHSONIAN INSTITUTION NOILI tu peu)

RIES RIES

2 a2

LSNI

ASNI

Zz wn ZHSON 5

i: yy 2 (SR

Caner! Sy —LYVA pr

QL737.C4F64

q Monographs on Cetacea

SMITHSONIAN INSTITUTION LIBRARIES nhkell

I

m m a - ¥ ™ | m oO a co co oO cr m

aleqant aces et FEMORAL seer tne nye HE AUP CAL mR a E>

ewarapere saree Care

revit teen eee ree A nae ttre ee a

Fete AP Ne ech tapes ae facerar cenvinarrtaneiisrnesernaenes

prenusnirsy fics

stor Sir Meapaedonen pion sypsinymyentan

| tale RES ees y ma Ae

aphid prea REE EN ine a ew art Curae De DNUs rae At vn gh te ye tine Im ue ke ce be ature eer onto urbe ee ; mre vse seca craanen yerees . ~ save , Hiern heey Seusrew

a pciien ata

Aree eet

rer veraney

re asa een ed