BURMA, TEOrLE AND PRODUCTIOl^S. VOL. II. BOTANY. BURMA, ITS PEOPLE AND PRODUCTIONS ) OH, NOTES ON THE FAUN.V, FLORA AND MINERALS TENASSERIM, TEGU AND BURMA. REV. F. MASON, D.I)., M.R.A.S., COKRESPONDING MEMBKK OF THE AMERICAN ORIE.NTAL .SOCIETY, OF THE HOSTON SOCIETY OF NATVRAX. HISTORY, AND OF THE LYCEUM OF NATURAL HISTORY, NEW YORK. VOL. II. BOTANY. KEWRITTEN AXD ENLARGED BY W. THEOBALD, L.\TE DErUTT-SUI'ERINTENDENT GEOLOGICAL SURVEY OF INDIA. Li::n.\r>Y Ni.V.' YG.^Ik PUBLISHED BY OEDER OF THE CHIEF COMMISSIONER OF BRITISH BURMA, BY STErnEX AUSTIX & SONS, HERTFOED. 1883. STEPHEN AUSTIN AND SONS, PRINTERS, HIRTFORD. CONTENTS OF VOLUME IT. Title, and Preface by tlic Eilitor PAGR i-xv BOTAXY. lutroductory llouuirks -11 TIIALLOGEXS.- CllYPTOGAMS, OR FLOWERLESS PLANTS. -Alr.k (^Sea-weeds) FcxGi {Mushroom.'^) ..... LlCHKNS ....... ACROGEXS.— Misci {Mosses) Cu.\RACE.E EdUISETACEa: — LycoroDiACE.E- FiLiCKS (Ferns) . . . . . Systematic arrangement -Maksiliackje 15-31 31-3.5 35 36-55 55-58 58-86 86-94 pe,t:xogam:s, ok moxocotyledoxs . Glumalf.s ( Grasses, Reeds] Rkstiales CoMMELYXAI.ES P0NTEDERAI.ES . LiLiALES [Asparagus, Aloes) Ahales (Duckweed, Screw-pines Palm.iles {Palms, Canes) PoTOJiALEs ( Grass-icrachs) DioscoEALES ( Yams) Narci.ssales {Orrisroot, Crocus] Taccales {Tahiti arrowroot) FLOWERING PLAXTS. 95 95-122 122-123 123-124 124-125 125-129 129-135 135-143 143-144 144-146 146-147 147-148 CONTENTS OF VOLUME II. OiiCirrDALEs [Orchids) A>'OM.iXEs {Pine appln, Plantaim) 'S.YVRkTJes, [Vallisneria) . DICOTTLEDOXS. GvHxosrERMS {Cijcads, Conifers) AxGiosrEEHS .... FAOS 148-203 203-209 209-210 210 210-219 219 Division I. Atetalocs Plants Santales {Smidal-irood, Mistletoe) QuEEXALES ( Walnuts) AsTjRALES {Bnfflcsia, Aristolochiu) Nepexthaxes {Pitcher plants) . PrPEEALES {Peppers) ErPHORBiALES {Mmiihot, Box) . Amentales ( Willows) TJkticales {Kettles, Figs) . Datdnales {Lign aloes) . Laiteales {Nutmegs, Cinnamon) CnENoroDiALES {JVipal spinach) 220-225 225-227 227-230 230 230-231 232-256 256-262 262-280 280-282 282-290 290-294 Division II. Monopetaiofs Plakts. Lamiales ( Teak, Sweet herls. Verbena) Peesox.u,es {Sesamum, Mayodendron) SoLANALES {Potato, Toinato, Tobacco) . PoLEJio>'lALEs {Convolvulus, Swecf pot(ifo) Gentiales {Gentian, Jasmine, ' Soma ' plant) Ebenales {Ebony, Gutta-percha) Peimulaxes ..... Eeicales {Ehododendrons) Campaxales {Rampion) Asteeales {Composites, Teasles) Capeieoliaxes ( Coffee, Cinchona) 294-307 307-324 324-327 327-334 334-354 355-363 363-370 370-373 373-376 376-404 404-431 Division III. Poltpetalocs Plants. TJmbellales {Assafectida, Carrots, Hemlock) ..... ElcoroALEs ( Cactus, Prielcly pears) J'ASsrFLORA.L^ii {Cucurbitacea, Passion-Jlmcers, Papaics) Mtetales {Singhara, or water-nuts, Laivsonia {henna). Pomegranates, Cloves, Guava, Pose-ajJ^^les, Pimento, Mangroves). EosALES {Poses, Apples, Apricots, Peaches, Almonds, Strawhc Amherstia, and otlicr Leguminosa:) ..... Sapindales {Black varnish, Cashew nuts. Mango, Litchi) Celasteales ( Vines) Olacales {Phytocrene, or Traveller's creeper) .... Geeamales (' Necm,' 'Toon,' Oranges, Limes, 'Biicl,' Balsams). rawberncs, 432-439 439-441 441-453 453-481 481-547 547-561 561-574 574-580 580-601 CONTENTS OF VOI.UMK II. Vll Malvaies (' Juto,' JTihiscus, Cotton, Diiriaiis, Cacao) Gvn:iFv.n\iAis {Wood oil, Gamboi/c, Tea, Mungostt'en) Caryophyllales {Tamarisk) PoiYGAtALES ..... PAurETALEs (' Arnotto,' Crmiferm, Opiuni) Ranales ( Water-lilies, Custard apples) APPENDIX A.— ?:ut I. A-ldfiKla . Part II. Nutfs . Part III. Burmese Woods APPENDIX P.— Vernacular Names APPENDIX C— Glossary of Botanical Term ERR.VTA INDEX.— Part I. Genera and Species Part II. Synonyms GENERAL INDEX TO VOLUilES I. II. PAGE 601-625 620-639 639-640 640-613 643-654 654-671 672-680 681-692 693-704 705-721 722-729 730 731-756 757-768 768 ITxEFACE TO THE SECOND YOLUiAlE. In the Preface to tlio First Volume I briefly alhulcd to the diiiercnt arrangement of the present from previous editions of this Avork, one reason for which being the mucli larger number of species of animals and plants now enumerated. Tlie difference iu this respect, between the edition of 18G0 and the present, may be thus contrasted : Animals — Invcrtebnita . „ Ycrtcbruta Animals Plants . als and Tlauts . Eclition nf 18G0. 237 78(5 18S.3. 3091 1799 Pi.vxTs — Ciyptogams ,, Monocotj-lcdons ,, Dicotyledons . 1023 130 291 1207 .5493 793 880 3370 . 1631 2054 5043 Total Anim . 10,536 The above figures will serve to explain the great inequality in the treatment of some Classes of animals and plants. It woxdd have been wholly out of the question within the limits at my disposal to have attempted the same amount of detail in all cases, that I have ventured on in some. With the Invertebrata for example, little has been attempted, beyond a list of species, and their distri- bution, without any attempt at descriptive notices. The number of species of Invertebrata now given is alone sufficient to show how impossible, in a work of this character, any attempt at PREFACE TO THE SECOXD VOLUME. specific description would have been. On the other hand, in the matter of Fish, from the importance of the subject, an attempt has been made to give the more salient characters of the species hitherto recorded from Burma, though such abbreviated descrip- tions are never very satisfactory. To those, however, who have not access to the valuable works of Dr. Day on the Fish of Burma, it is hoped that even these scanty extracts may be of service. In Botany, likewise, it will be noticed that some orders are very incomplete ; but on the whole our knowledge of the Flora of Burma is more advanced than of its Fauna, except perhaps as regards the Vertebrata; and foremost among local workers, to whom we are indebted for a systematized knowledge of the Burmese Flora, stands out the name of the late S. Kurz, whose papers on the Burmese Flora in the Journal of the Asiatic Society of Bengal constitute tlie groundwork of the present volume. Since writing the Preface of the First Volume, I have re- ceived a work which, as I have quoted it occasionally, I may as well here refer to : 'A Manual of Indian Timbers, by J. S. Gamble. Calcutta, 1881.' The manifest ability of this work needs no testimony from me, and it will doubtless be hailed as an acceptable contribution to Burmese botany from the forester's point of view. The names of Kurz and Brandis are of course prominent in it ; but if a candid critic may venture to say so, its main defect seems to be its departmental character, as we are told that the descriptions were mostly "dictated by Dr. Brandis." This may, perhaps, have the recommendation of recording the experience and ideas of that veteran forester, but it is a plan destructive of originality, and by no means calculated to promote independent research, or that exposure of past errors, either scientific or de- partmental, wliich one not unreasonably looks for in a new work of this sort. To give a single instance, I may point out that though the rate of growth of Teak is treated at great length (I had nigh said ad nauseam), yet the important question of girdling, and its pernicious effect on the timber of trees so treated, is not so much as referred to. Naturally this view of the results of girdling is not likely to be prominently set forth in a work PREFACE TO THE SECOND VOMME. XI largely dictated by the head of a Department wliieli persists ia maiutainiug that pernicious practice.' Another work which all interested in the development of the industrial products of Burma would do well to peruse is entitled ' New Commercial Plants and Drugs,' Christy & Co., 155, Fen- church Street, London, but the Botany has already reached to too great a length to permit more than a passing allusion to a topic which might almost claim a volume to itself. I do not think I can better close than by quoting some remarks of Dr. Prior, in his introduction to the ' Popular Names of British Plants,' since, mutatis mutandis, they are doubtless as true of many of the plants of Asia, as those of Europe. After glancing at the neglect of the popular names of plants by scientific Botanists, Dr. Prior- goes on : " Besides, admitting to the full all that can bo urged against them (popular names) from a purely botanical point of view, we still may derive both pleasure and instruction from tracing them back to their origin, and reading in them the habits and opinions of former ages. In foUoAving up such an analysis, we soon find that we are travelling far away from the humble occiipation of the herbalist, an'd are entering upon a higher region of literature, the history of man's progress, and the gradual development of his civilization. Some of the plants that were familiar to our ancestors in Central Asia bear with us to this day the very names they bore there, and as distinctly intimate by them the uses to which they were applied, and the degree of culture which prevailed where they were given, as do those of the domestic affinities the various occupations of the primeval family The most interesting, in this respect, of the names that have come down to us, are those which date from a time antecedent to the settlement of the German race in England, names which are deducible from Anglo-Saxon roots, and identical, with allowance for dialectic peculiarities, in all the High and Low German and Scandinavian languages, and, what is particularly for further remarks on this subject, sec Appendix A, Part II. p. GS9. lutroduttion, /. c. p. x. PREFACE TO THE SECOXP VOI.r.ME. ■worthy of our attention, each of them expressive of some distinct meaning. These will prove, what with many readers is a fact ascertained upon other evidence, such as the contents of sepulchral mounds, traditionary laws, and various parallel researches, that the tribes which descended upon Britain had entered Europe, not as a set of savages, or wandering pastoral tribes, or mere pii-ates and warriors, but as colonists, who, rude as they may have been in dress and manners, yet, in essential points, were already a civilized people. It will be seen at the same time that they must have come from a colder country ; for while these names comprehend the Oak, Beech, Birch, Hawthorn, and Sloe trees, that extend far into Northern Asia, they do not comprise the Elm, Chestnut, Maple, "Walnut, Sycamore, Holly, or any evergreen, except of the Fir tribe, or Plum, Pear, Peach, or Cherry, or any other fruit-tree except the Apple. For all these latter they adopted Latin names, a proof that at the time when they first came in contact with the Eoman ^provincials on the Lower Ehine, they were not the settled in- habitants of the country they were then occupying, but foreigners newly arrived there as colonists or conquerors, from a country where those trees were unknown. It is remarkable that the early Greek writers make no mention of any German tribes, but represent the Scythians as the next neighbours of the Celts, and this difference in the names of one set of trees and the other, and the names which they adopted being Eoman and not Celtic, suggests that the Germans had come down from the north-east not long before the Christian era, and intruded themselves, as a wedge between those two more anciently recorded nations. " There seems to be much misapprehension in respect to this great movement of the Eastern races which broke up the Eoman empire. The subject is one into which it would here be out of place to enter fully, and it has been largel}' treated by J. Grimm in his admirable Goschichte dcr Deutschen Sprache. But even in the following vocabulary we shall see evidence of the continuous advance of a civilized race from the confines of India to these islands, and nothing indicative of a great rush from the Nortli of Avild hordes bent upon robbery and destruction, as it has been PREFACE TO THE SECOND A-QI.UME. usually represented to have been. The gradual drj-ing of the Caspian Sea loft the interior of Asia more and more barren, the knowledge of the useful metals facilitated the conquest of the savages of the West, and it is likely that predatory bands of Iluns and Turks, and allied nomadic nations, accelerated the movement by rendering the labours of agriculture less remunerative. Thus the migration, being one that proceeded from constantly acting causes, extended over many centuries. Let us lay aside all pre- possessions, and inquire what light is thrown by the following vocabulary upon the real state of the Germanic tribes at that period. " In these mere names of plants, setting aside all other sources of information, we discover that these people came from their homes in the East with a knowledge of letters, and the useful metals, and with nearly all the domestic animals ; that they cultivated Oats, Barley, Wheat, Eye, and Beans ; built houses of timber, and thatched them, and, what is more important, as showing that their pasture and arable land was intermixed and acknowledged as private property, they hedged their fields, and fenced their gardens. Cajsar denies this ; but the frontier tribes, with whom he was acquainted, were living under certain peculiar Mark laws, and were in fact little else than an army on its march. The unquestionable native, and not Latin or Celtic origin of such names as Beech and Haw- thorn, or Oats and Wheat, proves that although our ancestors may have been indebted to the provincials of the empire for their fruit- trees, and some other luxuries, for a knowledge of the fine arts, and the Latin literature, and a debased Christianity, the more essential acquirements upon which their prosperity and progress as a nation depended were already in their possession. "Like the scattered lights that a traveller from (he wilderness sees here and there in a town that lies shrouded in the darkness of night in a valley beneath him, and the occasional indistinct and solitary voice of some domestic animal, that for a moment breaks the silence, these distant echoes of the past, these specks that glimmer from its obscurity, faint as they arc, and few and far between, assure us that wc arc contemplating a scene of human industry, and peace, and civilization. XIV ' PREFACE TO THE SECOND VOLUME. " In this respect the inquiry is one of the highest interest. In another it is prohable that some who consult these pages will be disappointed. The names have usually been given to the plants from some use to which they were applied, and very few of them bear any trace of poetry or romance. In short our Sweet Alisons ' and Herb True-loves,- our Heartseases,^ Sweet Cicelies,^ and Sweet Williams,' resolve themselves into sadly matter-of-fact terms, which arose from causes very different from the pretty thoughts with which they are now associated, and sometimes, as in the case of the Forget-me-not," were suggestive of very disagreeable qualities." The above remarks are sufficient to indicate what a vast field is open to the industrious etymologist in Burma, though the Editor's ignorance of Burmese entirely forbids his following up the subject, but it is to be hoped that sufficient has been said to induce many properly qualified students to trace out and illustrate the origin and significance of the numerous curious Burmese names of plants, which seem so sadly to want explanation, as, for example, such names as ' Myouk-meng-thwe-gay ' or ' Po-theng-ma-myet-chouk.' I must here also (in addition to my remarks elsewhere) record my grateful acknowledgments to the Eev. C. Parish, for the valuable assistance he has so ungrudgingly rendered, not only in preparing and revising the lists of Algas, Mosses, Ferns, and Orchids, which would otherwise have been far less satisfactory, but also for much information and advice of a more general character, though I may add that for any errors or opinions expressed in any other parts of the work I am alone responsible, since, though my friend and coadjutor is a clergyman of a breadth and liberality of view, worthy of his scientific and literary attainments, he may justly claim not ' Alison, a con'uption of Alyssum (mnrilinitim, L.), a plant smelling of honey. - True-lore, properly Tru-love, Ftiris qiiadrifoUa, L., from the Danish iro faith and lore promise, and not from faith in love, with which it has no etj-mological connexion. 2 Ueart's-case, ^"lola tricolor, L. Origiually'the clove [Canjophylliint), a warm cardiac medicine, therefore called 'heart's ease,' but subsequently transferred to the indigenous 'giUillower,' Diaidhua caryophyllus, L., and by a stUl wider deriation to the Wallflower, Pansy and Violet. * Sweet Cicely, Mi/rr/iis odorata, Scop., a corruption of the Greek name of the plant o-eireAi, Seseli ! ^ Sweet William, Diaiithiis harbatiis, L., from the French ccilkt, corrupted to Willy and thence to WUUam. ^ Forget-me-not, originally applied to Ajiiyn Chamirpiiys, from the nauseous taste which it leaves in the mouth. For about fifty years, however, the name has been applied to Myosolis palustris, L., with tlie pretty legend of a drowned lover invented ia association with this curious transfer. PREFACE TO THE SKCOXI) VOUME. XV to bo identified with, nor hold to ajiprove of, all the sentiments and opinions expressed by myself in sundry passages throughout the \york. Sunt delicta tanicn quibus ignovisse vcliimis : Fam neque chorda soniim rcddit quem volt manus ct mens Poscentique gravcm, persscpc remittit acutum. Horace ad Phones. Capital letters following a name arc abbreviations: C. Creeper, E.S. Evergreen shrub, E.T. Evergreen tree, 8. Shrub, ^Y.C. Woody creeper, S.S. Scandent shrub, S.P. Scandent palm, T. Tree, meaning a leaf-shedding, as opposed to an evergreen tree. * before a plant signifies that it is cultivated or introduced and exotic. A tolerably full list of vernacular names of plants is given in the Appendix, but many of these are somewhat doubtful, for the reasons adduced in the case of the vernacular names of animals, more especially from the variable and inconsistent modes of spelling and prouimciation adopted by different writers. W. THEOBALD. Bedfoud, 1883. The remark on pajrc 147 of Ajjave Americana producing ' Socotrine aloes' is, of course, an error, and refers to 'Aloe Sototriua' on p. 128. The Agave is often called 'the Aloe' in Indi;i. h. A. 'CM EURMA, ITS TEOPLE AND PRODUCTIONS. BOTANY. INTRODUCTORY REMARKS. IX a work professinp; to follow a natural arrangement, commencing -n-ith the lowest forms of life and terminatini; with the highest, it might at first sight seem as though Botany should precede Zoology ; hut in reality this is not so, as the two sister kingdoms occupy more of a twin relationship to each other than a merely sequential one, and it has heen observed touching this parallelism:' "Hence the ingenious comparison of the Animal and Vegetable Kingdoms to two trees, of which the tops are far ajjart, while their roots interlace ; or to two cones, the tops of which are occupied by the most perfect beings, while the juxtaposed bases are represented by a com- mingling of inferior organisms"; or, in the words of Linnaeus, "!Xatura soeiat plantas et animalia ; hoc faciendo, non connectit perfoctissimas plantas cum animalibus niaximc! imperfectis, scd imperfecta animalia ct impcrfectas plantas consociat. Xaturaj regna conjunguutur in minimis." The above sentence is the verdict of science. The more popular view is of course that the world was first clothed with vegetation, thereby becoming fitted for the support of animal life. This is the view set forth in the impressive record of Creation attributed to Moses, and of which the following paraphrase by Vincent Bourne is worth (juoting for the delectation of the classical reader : — " Obductas scd adhuc cclabant Kipiora terras. Omnia poutus erant, jiissit cum cedere tluetus Omni[)otens Opifex, undisque immensa profunda I'orix^xit : jussic subito, velut agmine facto, Conglomerantur aqua>, madidum caput cxerit undis Fundus, et in valles liinc so submittit apertas, Aerios illinc tollens ad sidera montes. Inclusus soevit minitanti murmurc pontus Attollit(iuc iras, et montes volvit acpuirum. Frustra! perpetuas Xaturas providus anctor Opposuit moles, atque insuperabile littus. Scd s])arsim latis errabant fiumina campis, Manabant gelidi vario sinuamine fontes, * Dulci per pronas trepidantes murmure ripas; No sitiens terra informes aperiret hiatus, Nc sterilis foret, atque iguavoD campus arena). ' Descriptive and Analvtical Botanv, by Lo llaout and Decaisuc, p. 984. Translated by Mrs. ii? Hooker, and edited by J. U. Hooker, C.Ii. 2 BURMA, ITS rEOPLE AND PRODUCTIOXS. Ecce ! jutente Deo, flores (t gramina terrte Induitur fat-ics, riik'nt vernantia prata, Arvaque partiiriunt nullos expcrta labores. Exultat tellu?, variaqiie ornata corona Eidct, et ambrosios circum ditfundit odores. Scandunt umbroste suprcma cacumina sylv jc, Montisque asct-nsum superant funesta cupressus, Et qucrcus tectis, ct pinus navibus aptoe. Inti'ioa zephyri, et spii'antes moUitcr aurae Ludunt ; dum rivi serpunt ad margmis eras, Pinguia qui circum glebis alimcnta ministrant. Tunc hilaros primum rubuerunt vitibus uva; ; Tempera tunc diversa anni confusa videres : Quicquid frugiferis profert auctumnus in horis, Quicquid promittunt renovati tempora veris Fructnsque, ot flores, fructus spes pulchra futim, Oruabant gemino curvatos pondere ramos." ' Dr. Mason prefaces lus account of the Botany of Burma by the following remarks : — "Half a century ago, Dr. Buchanan, who accompanied Symes in his embassy to Ava, made a large collection of plants from the banks of the Irrawaddy. A dozen years afterwards Felix Carey, an English missionary, collected many curious and new plants indigenous to Burma, and sent them up to Roxburgh, at the Botanical Garden near Calcutta, who described them in his 'Flora Indica.' " After the first Burmese war Dr. Wallich went witli Craufurd in his embassy to Ava, and his catalogue of plants, collected on this visit, contains 1650 species. Eight or ten years subsecpent to Dr. Wallich's visit, Dr. Griffith came to the ' Till now the waters hid the buried Earth, And all was Sea, when He, th' Omnipotent Creator, gave command they should jield place. And in their midst the plains of Earth outspread. At once like serried ranks of ordered host The seas together ch'aw, whilst from their depth Profound, the reeking Earth its hulk uprears. And spreading wide, with Tallies fair between, The towering hills theii' rugged forms disclose. The Ocean now with angry murmur chafes. And gathering wrath, its billows onward rolls. In mountains piled. In vain, forsooth ! since He, Th' All -Provident, its certain barriers raised, And fixed the limits of its utmost sliore. Kow see ! through spreading plains the rivers wind, And streamlets murmur o'er their pebbly beds, And many a grot its cooling font (Ustills, So no fell drought miglit parch tliat smiling scene, Kor Earth display a waste of barren sand. Again behold, at God's creative word Tlie meacb with flowers, with trees the mountains clothed ; 'Whilst joyous Nature seems around to smile, And many a flower exhales ambrosial store. The mournful cypress on the mountain side Its foliage dark displays, nor far removed The sturdy Oaks their foodfiU shade extend, And Pines, to serve the future Shipwright's skill. Meanwhile around the circling Zephyrs play, Where grapes in swelling clusters load the vines. Ko vaiying seasons then demarked the year. But spring with autimin strove their gifts to blend. 'WHiate'er a renovated spring can show, Whate'er rich autumn's wont it is to jHeld, Of flower or fruit, fair earnest yet of more, In union stranj-'e combine to load the trees. BOTAXr. 3 Tenasscrim coast, and (luring a residence of fourteen niontlis collected specimens of 1700 species of indigenous plants. " Soon after the close of tlie second Burmese war, Dr. MaeClelland was appointed Superintendent of Forests in I'egu, and in his Keport on the Teak, notices all the piinuipal timber trees in the country. More recently the llev. C. Parish, Chaplain, ilaulmain, has paid considerable attention to the botany of the country, and many of his collection have been described by 8ir J. D. Hooker. He has given special attention to the ferns and mosses, which had previously been almost neglected." Thus wrote Dr. Mason in ISCO, but since then, giant strides have been made in digesting and extending the labours of the earlier pioneers. Dr. MaeClelland was followed by Dr. Braiidis as Conservator of Torests of J5urnia, and in 18(;2 that officer published a "List of specimens of some of the woods of British Burma," embracing 113 species, of which about two-thirds were alone specilieally determined. This, of course, was a hastily compiled list for the international exhibition, but it shows how little was known in those days of the resources of the Burmese forests, since the above number is only attained by including tlierein worthless woods sudi as Momakha {Salix), Lepan {Humbax), Letkoh [S/firith'd), Thapon [Ficim), and some others, utterly without claim to rank among the useful timbers of the Province. I refer therefore to them nwrely to show how vast and unexplored was the field that presented itself to the predecessors of the present race of Forest Ofiicers, and how great was the task before them, of coping with the exuberant wealth of botanical products in that favoured region. Tliis is no ])laco to pass in review the labours of these men, but one among them, whoso place knows him no longer, may be specitied, as to him we owe, not only a full and well-digested account of the general Botany of Burma, but also the production of a work specially designed for use by Forest officers, and treating of the branch of botany more specially interesting to them. That man was Suljiiz Kurz, and the last-mentioned work was his "Forest Flora of British Burma," which, with his numerous contributions to the pages of the Jouinal of the Asiatic Society of Bengal, constitutes the source wherefrom the present account of the botany of Btirma is mainly drawn. Dr. Mason thus concludes his i)rc])aratory remarks on the Botany of Burma : " "Wlum more attention has been paid to the geograpliical distribution of plants, the Burmese flora will probably show that the climate of the plains on this coast corresponds to one on the hills several thousand feet high on the other coast (/.«. of continental India). " lloxb\irgh says that a species of oak, Quereus fenentra, is a native of the mountains in the vicinity of Silhet ; on this coast the same species grows indigenous not fifty feet above the level of the sea. A gamboge tree, Garcinia pictoria, grows, he says, ' on the highest parts of Wynaad,' but the same tree grows at the foot of the hills in Tavoy, which border on tide waters. A species of willow he describes as ' a native of banks of rivulets and moist jdaces among the Circar mountains'; but we have a species of willow on this coast which is met on every stream before the influence of the tide ceases to be felt. The chestnut, Caslanm Indica, he writes, ' is a native of the hilly frontier of Bengal,' but the chestmit of this country, Castanea Ilnrtabanica, grows nearly down to the sea-shore. Speak- ing of the wood-oil trees, Dr. Wright remarks: 'In this neighbourhood, Madras, several species arc found, but all arc natives of hilly tracts forming the Balaghaut. In Pegu, wlu^re they abound, they occupy the jilaius.' He refers all the species of Vatica to the mountains, but we have one that drops its curious winged fruit from cliffs that overhang the sea. Ardeiiia hiimilis is a conmion shrub at Tavoy, growing down to the plains, but its habitat on the other coast is ' the Eastern slopes of the Neilgherries in subal])ine jungle.' " If'riijhtea U'ullichii, Wright states, is found 'on the slopes of the Xcilghenics from about the middle of the ascent to the elevation of between 1000 and 5000 feet,' hut 'the original specimens of this species were collected in the Tenasserim Province.' A species of whortleberry is found from Tavoy to Toung-ngoo, while all the other species in India are found on the mountains. The rhododendrons are peculiarly extra-tropical plants, yet Mr. Parish found one iu Tavoy, Mr. Lobb 4 BURMA, ITS PEOPLE AXD PRODUCTIONS. another in iTaulmain, and a tliird abounds between Toung-ngoo and the Ecd Karen table land. The pine is nowhere found at high temperatures, yet it is a common denizen of our forests from Maulmain to Toung-ngoo. The common English brake has been found by Mr. Parish as low as one thousand feet above the sea. The silver feni of Kamptscliatka grows on the fort walls of Toung-ngoo, and a moss that Mr. Parish g;ithered from a tree in Maulmain has been found on mountains four thousand feet high in New Cfrenada." j^o doubt the reason of the difference here indicated between the altitudinal range of the same or cognate species of plants in Burma and continental India, is due mainly to the superior humidity of the former province, the heated and dry low hinds of the latter country not siifHcing for many plants, which are not therefore met with before a considerable lise above the sea-level has been made, with a corresponding increase of humidity in the atmosphere. Increased moisture is naturally correlated with an increase in the vegetable garb of the land, and both vegetation and moisture react on and promote each other. I have been myself wonderfully struck with the illustration of this fact, and its bearings on the climate of the country, atforded by the strip of hilly eountiy east of tlie Tsittoung, below the frontier. All the hills here, over a thousand feet in height or thereabouts, are covered with the familiar ' bracken,' and a glorious thing it is to tramp through this familiar plant of our childhood, in the distant East. The climate, of course, is found to correspond to the indication the presence of this fern gives, and at night I have felt none too wami under a blanket in the month of April, when not 20 miles off, a sheet was as much as could be comfortably borne, the difference in alti- tude at either place being not more say than 1500 feet. At first sight the reason of this wondrous change in climate ilirectly we cross the Tsittoung is not obvious, but it really depends on the geological structure of the countiy, or, at all events, in those places where the contrast is most marked. "West of the Tsittoung is the broad alluvial plain traversed by the river, bounded by the system of hills of the Pegu range, composed of Tertiary sandstone very little disturbed. East of the Tsittoung the hills are composed of ciystalline rocks, traversed by many trap dykes. Kow these dykes cut the subterranean drainage, and thereby throw up niimerous springs, which irrigate the surface naturally and difluse abundant moisture, with a corresponding increase in the density of the vegetation and decrease in the mean temperature. The quality of the soil produced by the decomposition of these crystalline rocks may, no doubt, have a share in the result I have described, but it is most largely due, I feel convinced, to increased hiimidity. Take, for example, a section of the same sandstone range — the Pegu range — across the valley. A London square does not offer a greater contrast to the "Palm house" at Kew [nndatis mvtandiis) than do the arid outer slopes of the range, for years scathed by jungle fires, clearings and cultivation, to similar hills towards the central ranges, which have escaped the axe of the nomad cultivator, and are still clad with virgin forest, with its perennial springs, unimpaired by ruthless clearance over vast areas of Nature's kindly garb. To pass out of the arid region of these outer hills, in the hot season, into the cool and moist retreats of the inner hills, is like passing from purgatory into paradise, and if the trees cannot say as much in words, they indubitably demonstrate the fact by their looks, growth, and development, and Dr. Mason was therefore enunciating a simple axiom when he wrote: "The Flora reads a lesson on the climate of the country, which cannot be mistaken ; and, in accordance with it, where pines and rhododendrons are found in Toung-ngoo, hoar frost is seen in January." The present is an appropriate place for reviewing the various descriptions of Forest, as recognised by the Forest Department, and the trees which characterise them, as so ably described by Kiirz in his Forest Flora,' and I can only regret that so much doubt should attach to so many of the Burmese names enumerated therein. 1 Forest Flora of British Burma, by S. Kurz. Calcutta, 1S77. BO TAX}'. BURMESE FORESTS. Tlie forests of Burma are divided by Kurz into two classes, Evergreen and DeL-iduous, which again arc subdivided as follows : A.— EVERGKEEX FORESTS. I. LlTTOEAI, FoRF.SIS. III. TrdPICAL FoREStS. II. SwAiip FoBESTS. IV. Hill Forests. B.— DECIDUOUS FOIIESTS. T. Opex Forests. VIII. Sajjd Du.ve Fokests. VI. Dry Forests. IX. Bamboo Jcsgles and Savaxxaus. VII. Mixed Forests. X. Desi-kted Clearings. Kurz's description of the aliove is as follows, the spelling of the vernacular names being sliglitly altered, iu accordance with the spelling adopted in this edition, in cases where the intended pronunciation is known : A.— EVERGREEX FORESTS. The evergreen forests consist of trees which are green all the year round, although a few of thcni shed tlieir leaves alter a certain number of years. In higher elevations of the JIartaban and Tenasserim hills, they become intermixed with winter deciduous trees, but these latter are so scanty as not to ail'ect the aspect. I. Littoral Forests. These are low-land forests growing on the silty alluvial lands bordering the sea, but they ascend also the larger rivers as far as the tidal waves. Salt water is the modifying agent of these forests, and they differ in their aspect according to the saltness of the water, as ali'ectcd by the influx of fresh water from the rivei's or from rain. Along the sea itself, and oftim far extending into it, occur JIangrovo Forests, consisting chiefly of rliizophors, such as I'yu [Rhiznphora, Jlnifficiem, etc.), Kambala [Sonnendia apt'tahi), La-mu [Sutinerutia ucida and »S'. (inj/it/tii), Butayat {yEgiceras cornictilata), I'yn-leh-ka-na-zo [Carapa uboviita), and other small trees, like Kandelia Rheedei, Ceriops, Lumnifzcra raeemosa, Scijphiphora hydruphi/Uatea, and sometimes Ihownloicia lanccohda. The ground is muddy in the extreme, and more or less destitute of vegetation. Further inland, where the ground is inund;itcd only during spring-tides, these mangrove forests pass into the so-called tidal forests, in which most of the above- named trees become more subordinate, while Kambala trees [Soiuieratia apctaht) and Tha-me {Avkennia tomeiilosa) prevail, and with these are mingled Thym-ban {Hibiscus tiliacei(s), Thespesia populMa),VynAeh-ka-nii-/M{Jreri(ierami?wr),'n\yn-\\yn{Poiigami(i glabra), TamarixI>idica,Tj.-yoT(A'jra:cariaa(/a//oclia), Kjn-hn-]yn{.i}it idesma diandntm), Kon-ka-thyt {Eri/thrina ovnlifo/ia), Ye-chin-ya {Da/berffia spiiiosa), Ka-lwa {Cerbera odallam), Tha-nat {Cordia myxa), Then-boung {Phcvnix paludom), and s(!veral other conspicuous trees. Shrubs become much developed, of which the following may be mentioned: Ka-ya {Acanthus ilicifolius), I'yn-leh-kyoung {Clcrodc/idron iiicrme), Ka-yu {Pluchea Indica), Ta-ma-zok {Glochidion multiloculare), JEgialitis annulata, etc. Tiiese are often intertwined by Mi-joung-nweh {Ben-is sca>ide>is), Doris uliyiiiosa, Myouk-goung-nyin {Ikrris sinuata), Acanthus vulubilis, Shway-nweh-pau {Cassi/tha Jiliformis), asclcpiads such as Einlaysonia, Sarcnlobus, Iluya, etc., and some others. A fern {Acrostichum aureum) forms dense patches, and so do locally some coarse grasses, chiefly Cyperus incurralus, and other species; Fan-you {Attdropoyon muricatus, Lcptochloa Wightii, Eragrostis proccra, Scirpus pcctinatus, etc., along with a few herl]s which spring u|) in more o])cn localities. i)a-iii {Nipa fruticamt) and Tha-kyet {I'andanus fwtidus) form locally dense bushes, especially the first named. 6 BURMA, ITS PEOPLE AND rRODUCTIONS. II. SwAiir Forests. Those are inland forests -whit'li occupy the low-lands and depressions of the alluvial plains. They ai'e usually situated along rivor-courscs, or border the numerous lakes or 'engs.' The ground is nearly as muddy as in the mangrove swamps, but it is fresh -water that influences the tree growth here. During the rains they are more or less inundated, often up to 4-5 feet, and possibly more. The trees are mostly different from those of the other foi'ests near or around them, but many of them, if not all, arc again found along marshy river-sides, or around jungle swamps in the midst of other forests. They are chiefly small-leaved kinds, such as Yong {Aiiogeissus acuminatus, var.), Tha-yot {Manq/Jcra Imigipes), Thyt hpyu {XanlJwpliijUiim fflaueiim), further Memecylon pklfiii)//, Ehcocarpus hijgro- pliilus, Ixora parvifura and /. nigricans, Oonocanjutn Luhhianitm, Dhay-lay-ben {Si/mplocos h'ucai)t]t(t), a species of Xi/Iosmti (probably X. loiigijhiium), Ye-tha-byay (Eiifleiiia opcrculata), Ye-gain {Hymeiiocardin TJ^alliihii and II. ^j/Zcff/rt), Morindopsis copiUaris, JJ'ebern vn/rtifoUa, Kyeh-ni {Burrivgtonia acutanguht), Garcinia siiccifolia, and many kinds of shrubs, climbing as well as erect, are found here, e.g. Cappan's dis/icha, Ye-ka-dat {Crafava hiigropliila), Jasmivum sc/indais, Gmelina Asiidica, Nga- hpyu {Fuchi/gone odorifera and Itoi/dsia obtusifolia), Split nodcsma grossiim, a Tetrncera, Ban-bwe-nweh {Ancistrodadun Griftithii), Sow-pein-nwch ( Comlreliim irifoUutum and C. tetragonocarpum), Berris elcgans, uligiiiosa and scimdcns, Su-yit {Acacia 2'cniiafa) Hoi'bago is scanty, but Thiu-pen or I'in-pwa {Pliriinium dichofomum) is abundant, and so are in places Za-yap (Zasia), and several kinds of sedge-gasses. Palms or bamboos are absent. Orchids and ferns abound more or less on the trees. III. TlLOnCAL FOEESTS. A characteristic dense mass of trees covers the shady valleys and shady slopes of the hilly country, and, indeed, wherever shelter and a perennial supply of fresh water allows their development. These forests are highly developed from Martaban down to Tenasseiim and the Andamans, and the Arakan Yo-ma and the moun- tainous parts of Ava show a preponderance of tropical foiests. But in the lower Cliittagong hills, and all along the Pegu Yo-m'i, they retreat to the deep valleys; while they are almost absent in the drier districts of Prome and Ava. The variety of trees in these forests is so great as not to allow a comprehensively correct picture; for its constituents vary greatly in forest tracts close to each other. The lofty trees towering above the dense forest mass are chiefly leaf-shedders, especially Thyt-hpyu (-kouk-pcn {Giialteria lateriflora), and many others. The number of less lofty trees is considerable, and includes such trees as Nyoung-ben {Ficus laccifera, and other species), Mitrephora vandajhra, Ta-di [Biirsera scrrata), Khwe-douk {Karriiin'a rolunfa), Che-ben [Scmecarpus alhexcnu), Marlt-a, Stereospermuni Jbnhriatum, Kyo-ben {Vi/ex peduneiilaris), Yuwe-gyi {Ade»a7)ihera pavonina), Thyt-ka-do {Ccdrda toona), Pyen-ma-hpyu {Lagcrsfrwmia cah/ciilata), Zoung-ka-le {Lagcrntr. riUom), Ley-za {Lagerdr. iumenfosa), Thayet {Ilangtfcra Iiidica), Thyt-niyu (Podocarpus 2>oIgs/arkga), Thjt-to [Satidoricam Indicum), Myoung- kyap {Ficna oblusiful ia), Myoung-chin (Ficux iiifccforia), Myoung-jieine {Ficus nervosa), Tha-hprm (Ficus glnniera(a), especially along Choungs, Than-that {Albizzia hicida), Ta-uyen {Pitlucolobium augtdatum), Thyt-ui [Aiiwora lioMtuka), Dgsoxghn, and other BOTANY. 7 JUeli'ace/e, Diplospora singularis, YO-hmyot (Treicia nudijhra), YuG-'wun {J/ibiscus niacrophtjUus), Slui-wu {Sterculia ornata), Elaocarpun, etc. A host of small trees vegetate in the shade of the loftier trees, but I can mention only a few of them, swch as Na-ji {Pterospermum, 2-3 sjiecies), "Ma-dor {Garcitiia j-aiifho- chi/mns), Dalbergia cana, several speries of Diospijros. Pha'bc pubesccns, Na-lyn-kj'or ( Cinnamomiim), several kinds of Oiig-doug; [Tetraniherd), and numerous otlier Laurinetc, 'Knv-lo-hso {ITi/d>iocarpus/ieteroplii/lliis), 'Slyo\ik-o]i.-s]nt{Si/}fioiiodijnui'<),Ka-ii'i-zo {Baccaiirea siipiih), Micromelum pubescent, Touk-slui-ma {Turpinia pomifera), Sa-kwG {IVebera opponitifolia) Aglaia, Holignrna IMfiri, Mi(/ or Laterite Forests. The principal constituents of this forest are Byu {Dillenia pulctifrrima), Thi ya {Shorea ohtusa), Eng-jyn {Peiilacme ISiamensis), Jio-bo ( Walsura villosa), ilun-deing 10 BURMA, ITS P£OPLE ASB PRODrCTIONS. {LopJinpelalum Wallichii), Myoiik-zl {Zizi/pJnis Jujiiha), Lam-bo (Biichanania latifulia), Thyt-sl {i\[chmorrh(ra usitata), Dan-yat {Si/mplocos racemosa), Tu (Diospi/ros Bir- inanica), Ta-sha {Emblica ojficinalis), Zi-hpjni {Einhlica macrocarpa), En-gycn [Aporosa macrophijl/ii), Ye-ma-iieh {Aporosa villosa), Yin-daik {Balberffia cuUrata), Wendhindia tinctoria, Htouk-kyan {Tenninalia macrocarpa), Ban-bwe {C'arei/a arborea), Kon- pyeng-nia {Lagerdrwiuia macrocarpa), Kha-boung {Strijclinos nux-romica), Na-bbe {Odina icodier), Tin-gat {Gardenia obtusifoliu), Tha-mc-n-sa-ni {Gardenia turgida), Tha-b J e-bpyu {Eugenia jamholana), Sideroxylon parrifolinin, NG-u-weh {Flaconrtia sapida) and otbers. The Eng {Bipterocariius tubercidatus) is the characteristic tree of this forest. Mu-daing ( Cgcas Siamensis) is plentiful in the Prome Forests. Palms are represented only by a stemless date palm {Plixnix acaulis), called Then- boung, and here and there by an erect much reduced rattan, called Kycn-kha {Calamus gracilis). Of bamboo are seen only lly-in-'wa {Dcndrocalamus strictus), and less so Hti-wii {Bambusa ttilda) along the outskirts of tlie forest. Climbing vcget ition has almost disappeared. Ferns are rare, but orchids and some asclepiads are plentiful. The shrubs here are meagre and sparse, but still exhibit great variety of species, and the same may be said of the clothing of the ground. The display of gaudy flowers during the hot season on the trees, as well as on the ground, is often very striking. Where depressions occur, tliey are usually filled up with stiff clay inundated during the rains, and such places ai'e more or less densly covered by tluu ihj grass and sedges. 2. Eill Eng Forests. These forests occupy the ridges of the outer hill ranges of Sfartaban and Upper Tenasserim, where they luxuriate, either on latcrite formed by decompo- sition of the underlying rock, or on debris of metamorphic rock. In general aspect they agree with the Eng forests of the plains, but numerous trees occur in them which are peculiar to them, or very rare in those of the plains. The Eng {Bipterocarpus fuberculatus) is still represented here; but is often replaced by, or intermixed with, two other wood-oil trees, viz. Bipterocarpus costatus and B. obtusifolius. Other conspicuous trees are Eiigelliardlia villosa, Quercus Brandisiana and Q. Baneana, Pan-ma {Scliima Bancaiia). Thyt-sI {MelnnorrJitca glabra), Castanea tribuloidcs, Tristania Burmanica, Annedea fragrans, etc. Various trees of the true Eng forests, and of the drier hill forests sometimes associate, like Doung-tsat-pya {CallicarjM arborea), Billenia aurea, JRhus Jacanica, Vernonia acuminata, etc. 3. Low Forests. These are only a modification of the true Eng forest, being, so to say, a mixture of trees from the lower mixed forests with Eng forest trees. The stiff clay on which they grow does not allow the Eng tree to flourish, and, indeed, all the laterite- loving trees, such as Thi-ya, Eng-jyn, and the like, disappear, while certain trees like Yen-daik {Dalbergia cidfruta), Htouk-kyan {2'erminalia macrocarpa), Kha-boung {Strychnos nux-vomica), and such like, often become very prevalent. TI. Dry Fokesis. Travelling northwards, and leaving the alluvial and sandstone tracts, we enter in Prome peculiar forests, growing chiefly on calcareous sandstone, but often intermixed with, or passing into Eng forests, where gravelly or ferruginous deposits constitute the surface. These are the diy forests, characterized by a number of trees that are not found elsewhere, except on calcareous sub-strata, and many of which reappear in Hindustan. They are chiefly foiTued of Sha {Acacia catechu), Ta-noung {Acacia leucoplila-a), Eug-jyn {Peutacme Siamensis), Stercidia versicolor Uiptuge albicans, Ta-jui-ben {Ilarrisonia Bennettii), Ta-ma-kha {Melia Azedarach), on the hills Yeng-ma or Y'im-ma [C/iickrassia velutina), Zi-ben {Zizgplms jujuba), Chop-ben {Biospgros montana), Ka-bu {Cumbretum apctalum), HOT A XV. 11 Tlia-leh ( f'VwK? lancifoUa), on the hills Than tat {Albizzia lucida), Btj-bya {Cratoxt/Jon nen (folium), Ta-nat ( Tcdona llamiUunii), locally Khu-pan {llymcnodiclyon thyritjluruin), Ta-])ouk-ben [Dalbcrgia jxinicidiifn), Tliyt-sa-nwuni; {Dalhergia niyiracens), Lct-khok- gyi {Ilo/iirr/ieiia laitidi/soiferica), Kha-houn^ [S/ri/chnos potn/onim and S. fiux-vomica), Hpa-lan {Iluuhiiiia raccmomi), BwC-cheng [Ihinhinia variegatd), Xi'-u-W(.'h (l-'lacoiotia sapida), Ehretia lavis, Rhus panicuhitu, Jforinda (omi-nto-sn, ^'ab-lie {Odina u-odier), Ta-slia [Emblica officinal^), Tha-byG-lipyu [Eiiyniia jamholana), Kvft-yd {Viiex ahita and V. limonifoUa), Vitex canescens, Kouns-klnva {Capparis auricoma), Premna viburnoides, Tha-khwotma {Spalliodea Rheedei), etc. With those associate nnmerons other trees from tlie Eng forests, as Enj; [ Dipterocarpiis (uberculaiiis), here and there Thi-ya [Sliorea vbfusa), Lam-bo {liiichandnia lalifulla), Te {Dioxpi/ros BiniKDiica), and such like: also from the mixed forests, ,Tio {Sckkichera trijuya), Byn-ga {Nauclea rot iindi folia), I'yen-ka-iio or I'yn-ka-do [Xijlia dolitbriformia), Ko-ko (Albizzia Lebbek), Th)-t-pok [Dtlbergia purpurea), Ky\von-na-l3-n [Premna fomeiituna), Teak of inferior growth, Yong {Anogeissus acuminatus), Di-du or Let-pan I^Bumbax), Chin-yok {O'aruga pinna/a), etc. The shrubs are scanty and similar to those of the Enp; forests, but of a more thorny or prickly nature Several species of arboreal Euphorbice {E. nivulia and E. antiquorum), called Sha-zoun<;, attract the eye on account of their curious slui])o and growth. Palms aud bamboos are the same as those observed in the Eng forests. Tlio Sha {Aracia catechu) often gets the supremacy, and there are not a few almost pure Sha-forests in the I'romo district. Higher on the lidges, above 2000 feet elevation, a small e looked tree [ILptagc albicans) appears in force, associating with similarly crooked low trees of Ycn-daik [Balbergia cultrata), Bwe-clieng {Bauhinia variegata), Di-du [Bomhax insignc), Ta-sha {Embliea officinalis), Zyn-bwon {Dillenia pentagi/na) and others, and these forni the Upper Dry Eor(!st. Here also some temperate forms ajipear for tlui first tinui, such as a beautiful e])iphytic Vaccinium ( F. rcrlicillalum), a large llcracleam, an epiphytic llgmenopogun, and a few others. A'll. iriXKD FoIlKSTS. These forests are, no doubt, the most important ones to the forester in Burma, and occupy at least two-thirds of the whole area of Pegu ])roper, Chittagong, and Arakan, while they arc less developed in Martaban, Tenasserim, aud the Andamans. I have adopted (with sliglit alterations) the divisions of these forests, as distinguislied by Dr. Brandis, in his report on the Attaran Forests in 1860. They are, as a whole, well demarcated in all the tracts from Chittagong and Prome southwards as far as the Tsittoung; but east of that river, on the metamoriihie strata, they become much nuisked by tlie surrounding forests. This is no doubt partial!}-^ owing to the influence of the substratum, which is here so favourable to most kinds of trees, while alluvium and the soft sandstone excludes many kinds tliat are common enough on a substratum of metaraoqiliie rocks. On the Andamans they are also less demarcated, altliougli here growing on the same sandstone as that of Pegu ; but here the more soutluiHy latitude, and more especially tlic insular climate, has a share in this modification. 1. Upper Mixed Forests. These arc restricted to rocky and hilly situations, but differ somewhat in aspect accordinglv as they grow on soft siliceous sandstone, or on nietamoridiie rocks. On the latter substratum, the trees are not .so straight, neither do they grow so tall, and are accompanied by such trees as Pa-douk {Pterocarpus), several Ternstrw- miace(t, and certain Jfeluurc. The chief trees are here Pyn-ka-do {Xglia dolabri- formis), Teak or KywOn-bcn {Tcctona grandis), Tha-byC-hpyu {Eugenia jambolana), Di-du or Let-pan ' {Bombax insigne), with while and scarlet flowers, Slia-hpyu {StereuUa versicolor), Slerculia fo'tida, Sha-ni {Sferculia villosa), Xa-ji {Ptcro- sj/ermum semisagittaium), Chyn-yok {Garuya pinnaia), Ta-di {Bursera serrata), Che 13 BURMA, ITS PEOriE AXD PRODUCTIONS. ySemecarpus j)an(ltiratus), Gwe [Spondias mangifera), Hpaii-ga (^Tirminalia (omcn(cUa), Htouk-kyrm [Terniinidia creiiuIata),'Lt:i\ {Termiiialia pi/rifo/ia),'l'hyt-stm {Ten/iinalia be/erica), Youg {Anogeissus acuminatus), Pyeng-ma or Pi-ma {Lagerslroemia rfffina), Leh-za {Lagcrstrcemia fomenlosa), Myouk-slior [HonuiUnin tumentosiim), Tseik-gyi {Briedelia retusa), Thyt-pa-grm [Jldlettia Brandisii), Tha-nat {CoriUa grandis), Tem-a-ne ( Gmelma rt/'iorca), '1 liyt-pok {Dalbergia purpurea), Hnor (Kiiueha cord if olid), Byn-ga [Nauclea rotundifulin), Kyot-yo ( Vitex alata), Thyn-wyn {Mdlettia leucuntha), Ouk-chyn-za {Diospyros ehretioidcs), Kywon-na-leng {Premna toinenlosa), Be-bya i^Cratoxylon neriijoliuni), '^^et-shov {SterciiJia colorata), Meli-za-li or Toung-meli-za-li {Cassia siamea), !Ngu-thcmg {Cassia nodosa), Kha-boung {Strgchnos nux-romica), Nab-lie (Odiiia ivodier), Dwa-ni {Eriolacna CandoUei), Thyt-yin ( C/'oit/ea tomentosa), Xw(.'li-s;it-nwi'h [Si/mplivrema iiirolucratiim), Ku invcli {Si/m/iorc»ia uiiyueculatam), suvoral species of Cuiiibredim. like Ivyet-tet-iiweh {Comb, squamostaii), Mo-nia-khri-nweh {C. extcnauni) and Tlui-iua-ka-uway [C. dccan- dnim), K\vot-ne-n\vuh [Cali/copteris lioxbttrghii), several ('ucuiliitacoa^, Kweh-elio {Thunbergiu laurifuUa), Na-sliagyi ( Cnjptolepis Bttchanani), Fagraa obovata, some very sliowy ttowereil Conro/culdcece like U-iiiyn [Ipomea Xantaniha), Kya-liiii-ka-le-nweli {Ipo-nea vitifolia), Toung-ka-zim {Argijrei:i capifa(a), 0-limou-iiweh {Arggreia barbi- gera), 0-iia-kdp-nweli {Argyreia populifolia) ami others. Herbage and slirubbery, although not dense, is more conspicuous, and in places even luxuriaut, especially along choungs. Parasitic Loranthacea, all called Kyi-poung, and mistletoes, Thyt-long, of tlie liurmese, are here more plentiful than in any other forest, except in the iSavannah forests, and in the cidtivated jilains. As might be expected, Teak is of inferior growth and more dispersed through the forest. Towards the banks of the larger rivers coarse grasses (usually called elephant grass) overrun the ground, and the trees become hero very scattered. The subsoil seems often be to here waterlogged more or less, and hence the trees become very short stemmed and stunted, for a subterranean sheet of water acts upon the roots like an impermeable stratum. The trees that can withstand such a condition are not numerous, and arc chicily Ok-neli {Shrb/us nxper), Pouk {Butea frondosa), Htcin {Xauclea panifolia) Thyt-pcHJUg or Thy-kala {Xuuclea sessilifolia). Byn-ga (Xaiic/ca rofundij'olia) Tha-hpan (Ficns Vluttiigonga), Niounghpyu (Ficus liumphii), Yen-daik {Dalhergia cullrata), Thyt-pok {Ihilbergia purpurea), Pam-bwe [Cari'ga iirburea), Pyeng-ma or Pi ma {Lagrr-sfra'iiiia J/n.H-regi>irt), I.en {'I'crminalia pgrifnlia), Klia-boung {Strychiwn nux-romiea), Touk-sha {I'itex kiicoxg/oii), Sha {Acacia catechu), Kywon or i'eak, Zi-ben {Zizgphus Jujuba), Pyi-zyn {Antidesma ahtisembilla), Nab-he {Odiiia irodier), IInian-h])yu {Itaiidia uliginona), Tamin-tsa-hpyu {Gardenia sessilijlora), Syt {Albizzia eluta), Ong-dong {2\t ranthrra Jlo.rburghii), and others. Often only one or a few trees ineiitioned here are found scattered over large tracts of these Savannahs. The only bamboo occurring here is Kya-khat-wa {Bambusa urundinacea). YHI. DUXE FORKSTS. These forests offer many peculiarities, which make it desirable that they should 1)0 separated from the other forests. They partake, now more of an evergreen, now of a. deciduous forest, and grow exclusively on the calcareous sand, con- sisting of the fine fragments of sludls and corals tlirown uj) on the sea-shore. Forests gi-owing along the actual beach may be termed Peach Forests, but they only constitute a very slight variety of the true Dune Forest. This latter grows on the sand-dunes along the shore, formed by the calcareous sand blown inwards from the sea, and which Dunes are on many islands of the Malay Archipelago as extensive as arc those of Holland. In Burma, only Beach Forests are found, except possibly in Tenasserim, West of Tavoy, where apparently extensive dunes, with typical dune forests (consisting mainly of Casuariiia), seem to occur. They are greatly intersected by outrunning ridges and the silty debouchures of rivers. The cocoa-palm seems restricted to tliose of the Cocos Islands, and to a few ])lacc3 along the western coast of North Andaman. In those of Burma we find chietly Thyn-wyn {Poiigamia glabra), Pyn-hdi-ka-thyt {Ergthriua Lidica), Di-du {JSombax Malabaricum),T\\ym-\yMi {Jlibincus ti/iaccus), Tsat-thali-hpyu {Pandanus odoratissimux), Alyn-ga or Myeng-ka {Cgmomcfra bijuga), Gucttarda speciosa, Mong-taing {Cgca.i Itumpliii), T/ienpixia popul/iea, Pyn-lch-litan {ScSo we have in Burma jungles of ilyin-wa [BendrucaJdmua stricfa.i), Tyn-wa {C/pJialosfuchi/i/m pergraeiie), Kya-thoung-wa [Bamlusa pol//i/iorpJni), Wa-hpyu-gale {Gigaiitocldoa albo-ciliata) or Wa-ta-bwot {^Pseudostuchyiim Melferi), and others. Kya-kat-wa [Bainbusa ai'undi- nacea) jungles are found often in the alluvial plains near large livers. These bamboos flower all simidtaneously, after a lapse of years, and then die off. Then numerous light-loving plants and slmibs and also tree seedlings spring up, and it is at such periods that one cannot predict with any certainty whether the next generation will be again a pure bamboo jungle, or whether the saplings of the trees will not get the supremacy, keeping down the young bamboos as undergrowth. The Savannahs are the undcrgi-owth of the Savannah forests and as such do not differ from these in any point except that they arc void, or nearly so, of trees. They seem to owe their existence chiefly to inundation, at least their distribution along the rivers pretty well coincides with the area of regular inundation during the rains. The grasses are all coarse ones, so coarse indeed that the haulms of some become as woody as those of certain bamboos {Anindinaria) and grow up from 6 to 10 feet in height. By far the greater part consists of the Thokay-gyi iScccharum sponfuneum), Hpoun-ga {Snrcliarum procenim), Myet-yii [Poh/toca luierocUta), Kyu-na-bjm {Aruiulo Ruxburghii) and Kyu {Ant)ido Madugaacarioms). Sometimes Thet-keh-nyin (Ii/ipcrnta eylindn'ca), a low grass, covers larger tracts. Towards the tidal zone I'an-yin {Aiidro- poffon niuricnlua) and wild sugar cane {Saccharum spnntmieum) are the princijial constituents intermixed with Eragrostis procera, Cypen, etc. X. Deserted Cleaeings. Large tracts of forest are yearly felled by the natives for the cultivation of rico. As soon as the harvest of the first, second, or third year is over, these lands are- deserted and form touvgi/a punzoh or briefly punzohs, i.e. deserted culture land. Weak herbs of cultivation, chiefly light-loving Composita, Mahacea, etc., spring up in dense masses, which soon must give way to coarse grasses and shrubs, amongst which tree seedlings struggle for existence. Often (especially on the hills) coarse grasses soon occupy the whole surface and form a sort of hill savannah consisting usually of Ta-ma-zaing or Taniyn-sain-ben {Panicum acarifcrum), and Myet-ya {Pulytoca heteroclita), rarely of Thek-keh-nyin {Impcrata cylindrica). In other localities, where bamboos around such dealings flowered, bamboo-seedlings spring up and choke all other vegetation except light-loving quick-growing sapling trees. Local relations chiefly regulate the nature of the coming jungle, but, as a rule, such deserted clearings revert into forests similar to, or identical with those that pre-existed on them." 15 BOTANY. EERATA TO ALG.E, MUSCI, FILICES, AND ORCHIDEJE. VOL. 11. Page 19, line I, for CHJETOPTORACEM, read CH^TOPHORACE/E. 19, ,, 6,/or CnjELornoE.v, n-rtf/ Cn.ETornoKA. 33, ,, 25, for cuinaiurixcs, read cixxAiiARixrs. 34, ,, 35, /or BiusiLiKNSi, reac? Brasiliexse. 34, ,, 39, /«/• Akcyxa, >Y«rf AiicYEiA. 35, line thiixl from loot, for Usnia, read Usnea. 37, ,, 5, for Stercodon, read Stereodon. 37, ,, 15, for ophylla, read aphylla. 39, line fifth from foot, for m\'^tc, read fl-^/trn'. 71, ,, 34, ybr TKXCIEUO.VS, n'(?(^ TESEIUFROXS. 81, ,, 15,y()r rlLOSEDOIDES, rea;^ PILOSELI.OIDKS. 157, ,, 34, yb;- 5-8 feet, rwrf 5-8-flowered. 161, ,, 46, /or V]:stila, /-farf \'ESTiTA. 162, ,, 9,/or vestila, rcrtrf VESTITA. 186, ,, 13, /or flowered, /•(.■(Tf/ fruited. or Cohorts aud much general information are directly (lerivid from th.it work. The generic charactera, however (wlu-re given), are basf-d ou de.scrlptions by Kurz, and for tlie bulk of the specific determinations and hatjitats Kurz is also tlie principal authority, and n.s he had before him all Dr. Jlason'.s materials, no turtlier special acknoHledgnient is necessary, save in tlie few instances where a species is given by Mason, but not included by Kurz in his list. The valuable a.ssistancc so freely given by the Kov. C. lansh has been already elsewhere acknowle > i j 14 BUinfA, ITS PEOPLE AND PRODUCTIOXS. Hernandia peltata, Sophora toinentosa,'Kah-he {Odina wodier), Ochrosia salulris, Ccrlera odallum, Ilriedelia glauca, and siich-liko trees. These forests are open and pretty sunny, and shrubs arc here plentiful and often entangled with twiners, wliilc creep- ing grasses (chiefly Ischiemum muticnm) and Ipomam, especially Pynleh-ka-zun [_Ipoma:a pes-carpra) cover the loose sand. In addition to Forests, properly so called, may be further enumerated : IX. Bamboo Jungles axd SAVASN.tns. Ti,,3Qo f-crn v.irleties can hardU" be reckoned amongst forests, although they ijOCHL iUiaiii.»U5 ^,1111..., *^w«. ^.. J t? " — — such deserted clearings revert into forests similar to, or identical with tliose tuac pre-existed on them." 15 B 0 T A N Y Plants are divided into two great divisions : PIIANEIlOGAilS or plants bearing more or less compk'to flowors and ])rodueinj; perfect seeds wherein an embryo is con- tained ; and CllYl'TOGAMS or tlowerless plants, which have no true seed, but are propagated by spores consisting of minute or uiicroscopic cells.' Sub-Kingdom I. CRYPTOGAMS, ACOTYLEDONOUS, OR FLOWERLESS PLANTS. Stamens and ovaries none. Propagation by means of homogeneous spores, consisting of a single cell. CLASS I. THALLOGEXS. Axis of growth ixDETKUMrxATE, guowth taking place chiefly pekiphericallt AND IIOiaZOXTAI.LY. PlAXTS WHOLLf COMPOSED OF CELLULAR TISSUE. EePRODL'CIIVE OBGAXS VAIUOCS. SpORES XOT DEVELOPING A PROTHALLUS IX GERMIXATIOX. Thallogens are divided into Algje, Fungi, and Lichens. ALGALES. Usually highly-coloured plants, aquatic, or natives of damp rocks, walls, etc., sometimes frondose, at others reduced to a few cells or a single cell. Fructitication monoecious or dioecious, sometimes of .special cells of two sexes, sometimes of simple mobile spores, sometimes of antheridia and sporangia, which are free or inclosed in capsules. The lists of the Burmese Alga;, Fungi, and Lichens arc thus given bv the Rev. C. Parish. ' The nrranf;cincnt of the Botanical portion of this work is generally tlint of ' Jl.iout and Dccaisne' (Diseriptive ami ,\nal_vlical liotany, Longmans. Green auj Co., lS7li\ modilied to .suit the English student by Sir J. I). Hooker, and the brief eharaeters appended to the Group of Orders or ' Cohorts,' and much general information are directly derived from that work. The generic elianictcra, however (where given), are based on descriptions by Kurz, and for the bulk of the specific determinations and habitats Kurz is also the principal authority, and ns he had before him all Dr. Mason's materials, no further special acknowledgment is necessary, save in the few instances where a species is given by Mason, but not included by Kurz in his fist. The valuable assistance so freely given by the Rev. C. Parish has been already elsewhere acknowledged. Tho initials A'., M., i*., respectively stand for Kurz, Mason, I'arish. 16 BUR.)fA, ITS PEOPLE AXD PRODUCTIOXS. ALG.E, OR THE ALGAL ALLIANCE. The term Alfja is one of very wide signification, including not only those plants commonly known as seaweeds, but also a large number of aquatic cryptogams, among "wbieh are to be found the lowest and most minute forms of vegetable life. The following remarks are from Mr. Berkeley, in Treasury of Botany : — "There is no English word which will comprise the whole. Alga; are di^-ided into three great classes, each of which contains a number of very distinct groups. These three classes are characterized by the colour of their seeds, which correspond for the greater part with the general tint of the plants. " I. ]\Ielanospermea?, or Olive-spored. " II. Rhodospermea;, or Rose-spored. "III. Chlorospermefe, or Green-spored. "The first of these comprises the olive-coloured species, which, from their size and abundance, are so conspicuous on the sea-shore, or which fioat in dense masses, sometimes many leagues in extent, on the surface of the ocean. On the coasts of Great Britain they attain the length of twenty feet or more, and in the genus Laminaria individuals are sometimes large enough to be a load for a man. But this is nothing to the size they attain in the Southern Seas, or even in some parts of the Northern hemisphere. Individuals of the genus Maerocystis attain a length of a hundred feet or more ; and Lessonia forms submarine forests, the stems re- sembling trunks of trees. Some of the lower species have nothing Kke leaves, and are reduced to mere inarticulated threads, or a shapeless mass. "The second class comprises those charming seaweeds, remarkable for their elegance of form, delicacy of texture, and brilliancy of colour, which attract the attention of all wanderers along the coast. These are often very abundant, but tliey seldom attain any considerable size, and some of them are as delicate as moulds. "The third class contains most of the smaller species, in which the frond seldom assumes the form of a membrane, but is more fi-equently reduced to a mere thread, or even to single articulations." There is a great dearth of " Seaweed" on the Burmese coasts, that is to say, of those large leathery olive-coloured kinds with which our British shores are strewn. One may walk for miles along the sandy shores of Tenasserim and not find one. Nor are the rocks, which the receding tide leaves exposed, clothed with the smaller and more beautiful kinds — rose or green-coloured — to the extent they are at home. In the place of seaweed, the rocks are covered with corals, sponges, sea-anemones and shells, the marvellous variety and beauty of which (especially in the Andaman Islands) enchant the lover of nature, as he wades among the rocks at low water, or looks down from his boat into the clear depths beneath him. Seaweeds, certainly, do not form a conspicuous feature in the Botany of Burma. But although " Seaweeds" as the word is commonly understood, are very scarce, " Alger" in the wider sense which science gives to this term, as inchuling both sea and fresh-water weeds, are sufficiently numerous. The following catalogue of species (mostly fresh-water weeds and some of them extremely minute objects) goes to confirm this statement. The species here named were all collected by the late 3Ir. Sulpiz Kurz, and were determined for him by Professors Martens and Zeller. Among the lower Algte are found the smallest forms, and what indeed appear to he, the first germs of vegetable life. It is here that the limits of the animal and yegetable kingdom are by some thought to be confounded. Coiiferracece are, to the naked eye, merely green slimes ; but, under the microscope, they are seen to consist of threads of extreme tenuity iilled with green granular matter, which is sometimes arranged in definite patterns. Desmidtaceee are microscopic plants, also of a green colour, with a gelatinous exterior and of very variable form. They are reproduced by division after conjugation. Diatomacem arc minute organisms consisting of joints or frustules of a siliceous texture, variously combined in a gelatinous medium, and generally brown in colour. These siliceous frustules arc among the most beautiful of microscopic objects. But, ALGjE. 17 thoucli intlividually so niiimte, immense hcds of rock, many foot in thickness, are found to consist, mainly if not entirely, of the persistent remains of these wonderful organisms. Some sj)ecics, as UaciUaria, have an apparently spontaneous motion, being seen to move backwards and forwards, in a jerky manner, in the field of tho microscope. Hence their claim, in the opinion of some, to a place in tlic animal kingdom; "but," observes Mr. Berkeley, "it is now well known that even active motion is not inconi|)atihlo with tho nature of vegetables"; and, "Mr. Half's discovery of the formation of spores by conjugation in several genera has etfcctually put an end to controversy." Stagnant pools, ditches, running streams, the trunks of trees, wet stones and rocks, damp paths and walls, and the surface of mud are all liabitats of Diatomacea). The duration as living species and the ubiquity of the lower as compared with the higher fonns of vegetable life is a remarkable peculiarity. While no remains (I believe I am correct iu saying) of I'hsnogamous plants, nor of the higher cryptogams, specifically identical with forms now existing, have been discovered in a fossil state, except in strata of very recent formation ; on the other luxnd, many of the siliceous skeletons of Diatomaccoe, of which the Tripoli of Bilin iu Bohemia is mainly composed, are found to be identical with those of species now living on the earth ; and this rock is referable to tho Eocene period. The specific life of some of the minutest vegetable organisms is thus proved to be of immense duration. So of their ubiquity. The area within which the same species of any Pha?nogamous plant is found growing indigenously, though greater or less acconliiig to circumstance, is markedly limited ; but cryptogamous jilaiits, specifically identical, are found contemporaneously in the most distant parts of the world, and under tho '/ •-■,■" ^'" most dift'ereut climatic conditions. s^r''^'''^-^' " • Ko tree, or shrub, or herbaceous plant is found at once in Britain and in Burmah : i ,^--. l ■' ' kindred forniff may indeed be found, but not identical forms : we have, for instance, JIdbeiiarins among Orchids, in both countries, but they are specifically distinct. It is otherwise, however, when we leave flowering plants and descend to non-flowering plants. On coming to Fenis, we at once find identity of species ; and, as we descend to lower and still more lowly organized forms, the instances of identity increase in number. For example (to confine illustrations to Burma), among ferns, Jli/meno- phyllum Tunbiidgieme, Adianfum Capillits J'oieris, Pteris aquilina and Aspidixtm aculeatum may be gathered both in England and in Tenasserim : while another fern, > . Agiopteris erecta, a Burmese species, ranges from Japan to Madagascar, and grows also in the islands of the Pacific Ocean. Among mosses, I have gathered the following British species in Bumia : Weissia tenuirostris{ = Torluhi cylindrica), Funaria hij/irometrica, Bryum roseum, Finsidoii bryo- ides, Foflonatum aloides, and Sphaynum acutifuUum : and there are doubtless many more to bo added to the number, wlion the mosses of the country come to be thoroughly investigated. Besides the above-mentioned British species, there may be gathered, within a mile of Maulmain, a small moss, Scliistomilrium Gardnerianum, first found on the Andes of Quito ! To come to the Algoe. In the list of the species collected by Jfr. S. Kurz, I recognize as British, Spirogyra {Zyynema) quiniiia and S. dccimina (these two species are frequent in clear pools on commons and similar places in Englanil) ; Euaslrum ampuUaceum and anstdum ; Closteriiwi striolatum : to which may Ik; added Laurcncia obliisa; CatcneUa opuutia; Enteromnrpha conipressa and intestiiutlis; Lynybya majuscula ; probably, also, many more, which, from my slight acquaintance with the subject, I am unable to specify.' 1 After the above remark.s were written, and while tiirnins; over the leaves of Lyell's Principles of Gcolci^'V to verify the correctnes.s of my statement that ' Tripoli ' is referal)le to the Eocene period, I came, singularly enoui;h (Vol. II. p. 390), upon the foUowinf,' observations: — " The fact of the uhicjuitous character of cry])to;^amous plants deserves special attention. Linn.TUs obsened that, as the germs of plants of this class, such as mosses, fungi, and lichens, consist of an impalpable powder, the particles of which are scarcely visible to the naked eye, there is no dilliculty in accotmting for their being dispersed through the atmosphere, and carried \c every point of tlu' globe where there is a station for them." And the examples given by him are these — "No less than 200 18 BURMA, ITS PEOPLE AND PRODUCTIOXS. A few words are needed here by way of apology for the confused aiTangcment of this group of phmts. I collected no Algfe whilst in Burma, and my knowledge of this Order is extremely slight. The species hero enumerated and arranged were, as stated above, all collected by the late Mr. Sulpiz Kurz. He appears to have made two distinct collections, and to have sent the iirst to M. Martens for deteiTuination ; but the second (in consequence of that gentleman's death in the interim) to M. Zeller for the same pui'pose. The two separate papers by Martens ' and Zeller ' were made over to me by Mr. Theobald for combination, and were found to be arranged on two different systems. Being acquainted with neither, I referred to such botanical works as I had, but failed to discover any one system with which I could bring them iuto agreement. In iact, no two authors appear to agree upon the method of arrangement. In addition to this, I failed to find even the names of some genera of Messrs. Martens and Zeller. It remained for me to combine the two vaiying catalogues to the best of my ability, guided by such aid as I could find. This, accordingly, I have done. The diificulty of this task must serve as an apology for the very unsatisfactory character of the result. — C.P. Order DIATOMACEiE. (Brittleworts.) A family of Confervoid Algce. Crystalline fragmentary bodies, angular, brittle, flat, usually nestling Id slime, imiting into various forms and separating again ; multiplying by their- spontaneous separation. (Lindley.) Sub-order DE&MIBIEJS. EuASTKUii, Ehrcnlcrg. E. AMPUlLACETJir, Ealf. E. A^'SATUir, Ealf. P. TE.iBECraA, Ng. P. BACULUir, de Bai-v. C. STEioLATrir, Ehr. PLEUBOTJENrClI. Closteriuji, NHzftch. Sub-order CY21BE^. {BTATOMACE^), Zelhr. PoDOsiEA, Ehrciiherg. P. KuBzii, Zell. Akyab, on sea-covered rocks. Older CONFERVACEiE. (Confervas.) " An Order of Alga=!. Vesicular, filamentary or membranous bodies, multiplied by zoospores generated in the interior, at the expense of their green matter." " "VVaterplants, commonly of a green colour, but occasionally olive, violet or red; inhabiting the ocean in some instances, but commonly found in fresh water ; some of them even belonging to both kinds of fluid ; some found in mud, others floating freely; most attached, in some way, on rocks as parasites." — Lindley, Veg. Kingdom. species of lichen were brought home from the Southern hemisphere by the Antarctic expedition under Sir James Eoss, ami ahuost every one of these was ascertained to be also an inhabitant of the Northern hemisphere, and most of them European," p. 391. Again ; " It is a remarkable fact that Dr.'" (now Sir Joseph) " Hooker has been able to identify no less than a fifth part of Antarctic alga? (excluding the Xew Zealand and Tasmanian groups) with British species. Yet there is a much smaller proportion of cosmopolite species among the Alg;c than among the terrestrial cellular crjptogams. such as lichens, mosses, and Hepaticie."' The con-ectness of this last observation, I think, niay be doubted.— C.P. ' List of Alga; collected by Mr. S. Kurz, in Burma and adjacent islands, by Dr. G. v. Martens, in Stuttgardt, J.A.S.B. 1871, Part II. p. 4G1. 2 KVffs collected hy Jlr. S. Kiurz in Arrakan and British Burma, determined and systematically arranged by Dr. G. Zeller, High Councillor in Finance in Stuttgardt, J.A.S.B. 1873, Part II. p. 175. ALO.-E. 19 Sub-order CUJETOPTORACEJE, Zdler. GoSGOSIItA. G. oxcsT.v, Zfller. G. proMjEA, Ktz. Elephant Tuiut, on old trees. Kangoon, on submerged bricks. Foniia tenuis, non ultra 1/180 lin. crassa. C. STIU'CTA, KtZ. C. TIHERCULOSA, Ktz. C. KADIAX.S, KtZ. C. pisuoiuiis, Ag. S. TENTK, II. var. T. gracilf, Ktz. S. llANooomcLii, Zell. Cii.KLoriiORA, Schrenh. Kadeng-elionng, near Natnuullii, on sub- merged dead trees, and on stones in a rivulet at Khyee-tbay, near Froiue. Swamp between Phoungyee and Kha-ya-tsu. On stems in Kya eug, Pegu. Swamp near Phoungyee and the ^Fyit-ma- kha-ehoung, near Pronie. SiiGEorLrxirM, Kitfxing. On stalks of Polygonum, in Byndor Eng. A eistcm in Rangoon. C. TESTfE, Zell. C. Krazii, Zell. Sub-order CUROOLEPIDEJE, Ze/hr. CnKooLEPUS, Agardh. Elephant Point, on Sonneratin apetah. C. Frsco-ATF.rjr. Zell. C. ELO.NUATIM, Zell. C. CALAMICOI.A, Zell. C. BOTKYOIDKS, KtZ. C. UMIiUINl'M, Ktz. Protococeus cnisfaceiix, Ktz. C. LAGKXiFKurM, Hildclirund. C. KI.AVUM, Ktz. On leaves in evergreen forests along tlio Choung-meneh Yalley, Touug-ngoo, es- pecially on Ahodeim. Same locality as last. On trees in evergreen forests on the Ye-tlio str(>am of the Pi>gii range. On leaves of Calamus mvM- llangoon. On trees in the Pegu range. On trees along Ihe Ve-tlio stream. llangoon lake, on Coiifeira innqualis. On bamboo leaves, Central (Pegu '?) range. var. filis tcnuioribus, articulis longioribus, Chr. Jlaci et eloiigati intermedium. Yoniu, ad arborum eorticem frequens. C. VII.I.OSI-M, Ktz. On trees in hills east of the Tsittoung at 2000 to oOOO feet. Sub-order VLOTERICIIEJE, Zdler. Ui.oTniux, Kulzing. TJ. srimi-is, Ktz. Eng-ga-na, Pegu. ScnizoGOxiiM, Kulzing. S. iK.Ni issna-M, Zell. Chincona plantations of Martaban at 3500 feet, at Shau-toung-gyce. Sub-oi-dcr COXFER VEJE, Zeller and 3Iarten^. CoMPSoroGON', 2lontagne. C. lIooKiaii, Mont. Akyab, in rivulets. 20 BURMA. ITS PEOPLE AXD riiODUCTIOXS. c. Pt c. c. c. c. c. c. c. c. R. E. C'LADornoKA, Kidzhig. sirxmssniA, Zell. Elephant Point, rhaps only the yoimg state of some other Cladophura. (^GAGKorniLA) coxiouTA, Zell. On a boat's bottom in the Tsittoung. EXIGUA, Zell. CODIOLA, Zell. TlLAXQUEBAHIEXSIS, Eoth. sciTuxA, Schr. STEEPENS, Ktz. Javaxica, Ktz. CALLICOilA, Ktz. On Paluclinas at Palachoung, Pegu. On trees in Eng-shwe, Pegu. Floating in Te-choung. Central range. On seaweeds on Eoronga Island. Khayeng-mathay-choung, Pegu. Kadeng-choung, at Natmadhi. Same locality as last. OCCIDENTALE, KtZ. AEBOltEUlI, Ktz. Pi. HoOKEEI, Ktz. C. IXDICA, Ktz. C. ITGACISSI3IA, Roth. C. BOMBVCIXA, Ktz. var. 6 suhaqualis. C. is^EQUALis, Rab. C. UTKICCLOSA, Ktz. C. BuRiiAXicA, Zell. C. SITBSETACEA, KtZ. C. EHTrornrLA, Ktz. C. FCNKII, Ktz. RnizocLiifiUM, Kiihmg. MangroTC swamps along the Koladyn River. Elephant Point, or Sonneratia apdala, especially on side facing the west. Elephant Point, on mud. C'n.ETOSiOErnA, Kritzing. On seaweeds on Boronga Island. CoxFEETA, Linnmus. South Andaman in fresh water. Same locality as last. Rangoon. Khayeng-mathay-choung. Yenay-eng. Irrawadily A'alley. Akyab, in brackish wafer. Eng-swe and Irrawaddy Banks. Phoung-gyi. ^n\}-on\er BIPLOSTROJIIEJE, Zcller. DiPLOSTEOiiirJi, Kiitzjng. D. lExuissiMUM, Ktz. Elephant Point, on mangrove roots. Sub-order UL VA CEJE, Zdlcr and Martens. Phycoseeis, E it I zing. P. Bfemaxica, Zell. Elephant Point, on mangrove roots. P. LOBATA, Ktz. South Andaman, on rocks at Camping Bay. IsoDERMA, Kiitzing. (rnoTODEiiiACE.E, Martens.) I. FOXTAXril, Klz. E. COIIPRESSA, I.k. E. POLYCLADOS, Ktz. E. COMPLAXATA, Ktz. E. IXTESTrXALIS, Lk. var. A. capillar is, Ktz. Andamans, Labyrinth Archipelago, on Termoklee Island, in sweet-water pools of dried-up creeks. ExTEROMOBPHA, Liuklatcr. Arakan, frequent on the sandstone banks of Boronga Island. Akyab and Elephant Point. Andamans, Ross Island and Middle Straits, on rocks. South Andaman, Ross Island, on rocks ; also Arakan, Boronga Island. South Andaman, in brackish swamps of the mangrove jungles, ALG.K. 21 S. FKAGILE, Zell. M. sciLAEis, Hass. M. INTKICATUS, Hass. Z. AJiPLra, Zell. Z. TAFcnKKir, Ag. Z. STILLINUJI, Ak. S. TitoncA, Ktz. S. QUINIXA, Ktz. var. ji imcqaalh, Na3g. S. DF.CI.MINA, Ktz. Suli-order ZTGNEMACEJE, Zeller and Martens. SiAUEOsrEEMUJi, Tkomson. Rangoon lake, Kaleng-clioung at Xatiuadlii and along Irrawaddy lliver. STesocakpus, Hassall. Eng-ga-na, Pegu. .\nd below Karen hamlet, Mui-hau. Southern (I'egu ?) range. In swamp between Ok-khan and Tsan-choung. ZrcNEMA, Agardh. Pool between Phonng-gyi and Kha-va-tsu. Kya-eng, Pegu. Touk-yan, near the Bala-choung. SrmoGrRA, Agardh. Akyab, in brackish water. Akyab, in brackish water. Beeling. Kadeng-choung, near Kway-ma- kheing, Pegu. Toung-naweug-choung, Promo, on rocks in the Irrawaddy. Myoma. Kha-ya-ton Ln brackish, and Akyab in sweet water. A very common Alga in Burma, especially on river flats. Forma crassior, filis sterilibus ad 1/38 lin. crassis. centralis, Wa-tha-bwot-clioung, in fluvio frequens. S. marctIxalis, Ktz. Kyi Tay, on the Irrawaddy, Prome, and Akyab in stagnant or sluggish waters. A marsh near Thoun-gyi. - Kya-eng and Akyab, with Oscillaria viridin. A lake near Rangoon. ;. Kha)--eng-mathay-choung, Pegu range, and in brackish creeks, near Rangoon. Po zwon-doung. Eala-choung. Pegu. In a marsh between Ok-khan and Thean- choung, Pegu; also at Khyi-tay near Prome, and stagnant water along the Koladyne Valley. Arakan, Koladyne Valley, in stagnant waters. Rhynchonema, Zeller {?). Eng-ga-na, Pegu. Pegu, in montibus Yomno S. elo.xgata. S. JIAJTSCULA, Ktz. S. JUGALIS, Ktz. S. CRASSA, Ktz. S. IRREGULARIS, Xdi: S. ADNATA, Ktz. S. NITIDA, Dillw. S. si;Bj;acA, Ktz. R. KvMii, Zell. Sub-order PALJtlELLACEJE, Zeller and J/arleiis. GLiEocAPSA, Kiltzing. Diy bed of the ired-za-li-choung, Pegu. Palmella, Ltjnghije. On brackish flats along the Koladyne R. Microcystis, Kiihing. In a freshwater pool near the Koladyne R. Pletoococcus, 3[cneghini. P. (PitoTococcus) VULGARIS, Moiicgb. AVaUs of CiiTuit House, Rangoon. G. LUTEo-FUSCA, Hart. P. suBSALSA, Hart. M. AERUGINOSA, Ktz. 22 BURMA, ITS PEOPLE AND PRODUCTIONS. 8ub-oidw' SIROSIPEONACi:^, Zdler. SlEOSIPHON, Zclkr. S. rARAsiTicus, Zell. Evergreen forests on tlio Clioimg-menoli stream, Pegu range. Un leaves. Sub-order SCYTOMEXA CEJE, Zeller. ScYTONEiTA, Agarclk. S. ArEEni, Mcnogh. Elephant Point, between Rangoon and. San-ji-wa and the Kayeng-mathay Stream S. crNEKEtm, Menegh. On old Pagodas about Pegu and Kya-eng. var. jiJidianum, \i-dh. {Brilosiphon Jidimius, Ktz.). Pegu. Central llanges. S. GEACiLE, Ktz. On Irrawaddy Flats, and a cistom at Palay- kweng. S. TOMENTOSTJM, Ktz. Rangoon, on trees. S. Peguanum, Martens. Pogu, and Phoung-gyi, on trees. S. tarium, Ktz. Choung-meneh stream and Wfi-choung, at Pazwon-doung. S. ViEiLLARPi, Mart. Akyab, in dried-up brackish marshes. S. FULVUM, Zell. Rangoon, on leaves of Ualanais, and on trees in the hills. S. FDSCUM, Zell. San-u-way, near Rangoon, in rice fields and in C'lioung-meneli and Wa-choung. S. KoRziANUM, Zell. On trees on the Pegu Range. S. MUEALE, Zell. On -walls of Circuit House, Rangoon. S. OLivACEUM, Zell. Cracks in sandstone on the Zayraeni-choung. S. PAEVULUJi, Zell. On sandstone in the Pegu Range. S.(SYiiPHOsipnon) itnizopnoE-E, Zell. On trees, especially Sonneratia a pefdin, in mangrove swamps at Elephant Point. S. STJBCLAVATFM, Zi'U. On old brickwork in Henzada. S. TioLASCENS, Zell. On clay along the Choung-meneh Stream. Sub-order MASTIGOTERICEEJE, Zeller. Scnizosipnox, Kutzing. S. PAEiETiNus, Nteg. Akyab, on the walls of the old lighthouse. Mastigoihetx, Kutzing. M. -EKUGiNEA, Ktz. On dead trees in Yeuay-eng, Pegu. Suborder RIVULARICEJE, Zeller. RiVULARIA, R(th. R. PEGU-4.NA, Zell. On submerged dead trees in Kadeng-choung, near Natmadlii. Gl^oteichia, J. Agardh. G. KuRzi.vNA, Zell. Akyab, on freshwater plants. Sub-order SPERMOSIRIE.E, Zeller. CriiNDEospEEMrji, Kiitzing. C. ncMicoLA, Ktz. On river mud at Khyoung-gyi on the Irrawaddy. C. MACEOspoErji, Ktz. Floating in the Kadeng-choung near Katmadhi. ALG.E. 2:j Anauaina, Ad. ./ii-uieii. A. BULLOSA, Ktz. A. FLOS-AQU.E, KtZ. A. STAGNALIS, Ktz. A. SUBTILISSIMA, Ktz. A. Indica, ZuU. Tsittoung Vulley. Toung-np;oo. Po-zwoa- iloung, aud iu mud at liala-cliouug. Illeiu River, between B3U-dur llsiat aud The-ong-ehoung. Iu the Illein Itiver near Eyu-dor Eng, and KhjTniug-gyi on the Irrawaddy. On nuid of tidal creeljs, Itangoon. Aliyab, on brackish mud and sauil of Ye-tho- choung, and streams in the Pegu range. Sub-order NOSTOCBEJE, Zcller. NosToc, Vauchro. N.(FToRMosrpiroN) KLLrr.sosroEUM,Eab. AVhay-do stream, Pegu range. var. Vaginis acliromaticis. N. GRANULARE, Rab. Elephant Pciint, in stagnant freshwater. K. PtTRPURASCENS, Ktz. Floating iu Kadeug-ehoung, near Natmadhi. N. rufescens, Ag., forma j)iirj)iinisce)is. N. EivrLARE, Ktz. Moist rocks in Krin-choung, Pegu range. N. HETEROTHRix, Zell. Po-z wuudouug ; Lala-eliouug; Khyouug- An IIor»iisipho7i hcterothrix, Ktz. ? gyi. K. Kdrziaxum, Zell. West slojjcs on Wa-tha-bwut-ehoung, Pegu range. N. LnrostTir, Zell. River flats on the Irrawaddy and Hieing. N. SiixAiiLE, Zell. Moist rocks on the Kayeng-mathey-choung, Pegu range. Sub-order OBCILLARIEJi, Zeller. Si'MPLOCA, Kutzing. S. KuKzrAXA, Zell. On the bottom of a boat on the !Myit-nan stream, at Thabye-gou. S. LUTESCENs, Zell. Irrawaddv flats, and bottom of boats in the Hieing River. S. iNDicuJi, Zell. II. JfEXEGniXIAXUM, KtZ, H. STRIATUM, Zell. L. PALLIDA, Zell. L. jiAJuscuLA, Dilhv. SiRocoLEUJi, Zcller. On scu-washed rooks, Akyab. Hi'DROcoLEUii, Kutzing. Elephant Point, in mangrove swamps. Swampy stream at San-ji-wa, near Rangoon. Lyngbya, Agardh. On submerged rocks, T\'athay-bwGt-choung, Pegu range. Hill streams, east of Toung-ngoo. CuinoNOBLASTUs, Kutzing. C. Knizn, Zell. Elephant Point, in mangrove swamps, and adliering to the larger sea-weeils. C. BuRMAXtcus, Zell. On the walls of a ci.stern, near irenzadah. C. Lyngbvei, Ktz. Akyab, ou sea-washed rocks. 24 BURMA, ITS PEOPLE AXD PRODCCTWSS. P. AEEXAEirM, Eat. p. thinoderma, Ktz. P. INUNDATUM, Ktz. p. PArYEINUM, Ktz. P. OKYZETOEUir, ilurt. 0. ANTILIAEUM, KtZ. 0. BREVIS, Ktz. 0. CHALTBEA, Mai'tens. 0. Geateloupii, Bory. 0. saxcta, Ktz. 0. vioLACEA, "Wallr. 0. fenestralis, Ktz. 0. VIRIDULA, Zoll. 0. GKA>'UL0SA, Martens 0. TiRiDis, Yaueh. 0. tenuis, Ag. PnoEMiDirM, Kidzing. Akyab, on brackish mud. On the wall of a cistern, near Henzadah. Hill streams of Arakan and in freshwater on Boronga Island. Floating in tanks and rice fields in Arakan. OsciLiAEiA, Box. Akyab, in brackish swamps. Kadeng-choung, near ^Natmadhi, and near Kya-eng, in freshwater. Marshy spots between Wa-choung and Kha-ya-tsu. Elephant Point, in freshwater, and Akyab. On wet walls of a cistern, near Henzadah. On freshwater mud, Kangoon. On freshwater mud, Eangoon. Htou-kya-gat, east of Tsittoung Paver in the Hpet-wun-choung, covering the stones in dense dark green patches. In freshwater, Akyab. Sub-order LEPTOTURICIIE^, Z.Mer. Leptotheix, Kutzing. L. OCUEACEA, Ktz. Pegu Range, in various spots. Kha-dcng, Thayet and Wa-choung. HvrnEoinEix, Kidzing. H. .T.EUorNEA, Eabenh. In spring near Kyn-ba-li-choung Pegu. H. CALCicoLA, Ag. On an old brick -ttall at Henzadah. H. (Leptotheix) suBTixissiiiA, Rab. Damp walls near Henzadah. H. viEiDULA, Zell. Marsh at Wanet, Pegu. Sub-order CEROOCOCCE.E, Zeller. Cheoococcds, Kidzing. C. (PEOTOcoccrs) irrs-OE, Ktz. Elephant Point.jjn Sonneratia apetala. C. Ixmcrs, Zell. C. GEAXTLOSrS, Zoll. S. FTScrs, ZeU. A. ALBIDA, ZeU. Forest swamp, Prome. Dry river bed near Thabye-gon. SrxEcnococcrs, ZAler. Thyt-kouk Stream, Hpet-wun-choung. Aphaxocapsa, Xag. Floating in putrescent salt swamps, Akyab. It is only of late years that the extraordinary importance in the order of nature of several minute Algae is beginning to bo fully realized, but it is now pretty well established that various diseases are the result of the development in the body, of particular species of minute organisms, each species producing its appropriate etfects ALOJE. 25 in tlio body wlurciii it is developed.' The organisms in question are referred by Colin to the f^enus Jficrococciis, wliose cells increiisc by catenate subdivision or division in one direction only, and the cells of the different species are so similar that specific characters have to be sought for, in the chemical reaction they produce on substances brought in contact with them. The following species are enumerated in the paper quoted. Micrococcus (Moxas) peodigiosus, Ehrenburgh. Colourless cells imbedded by thousands of millions in a gelatinous mass, at first rose-red, deepening to blood-red, and alternately turning pallid. The colouring matter is soluble in alcohol, but not in water, and when separated, is orange-red, turned carmine by acids, and yellow by alkalies. In the spectroscope it shows a broad absorption band in the green. This red jelly gi-ows on nitrogenous sub'itances, as cooked potatoes, meat, bread, eggs, paste, and such like, and is known as ' blood rain,' M. (BACTERinnjii) luteus, Schriiter. On solid substances this forms yellow globules the size of a poppy seed, in- creasing to that of half a pcppcrcom, and di'ying up into flat uiubilicute disks. On fluids it forms a thick yellow skin. Colouring matter insoluble in water, and im- changed by sulphuric acid or alkalies. M. (Bacteeidium) auuantiaccs, Schroter. On solids, as on cooked potatoes and eggs, this forms orange-coloured drops, and on fluids a golden-yellow skin. Colouring matter soluble in water. M. FULVus, Cohn. Eusty-coloured drops which expand into gelatinous masses. Grows on horse dung. M. CHLORixus, Cohn. Green or yellowish-green masses on cooked eggs, or in fluids forming sap-green layers, which by degrees colour the whole fluid yellow-green. The colom-ing matter is soluble in water and not reddened by acids. M. (BACTEETDnrsi) CTANEUS, Schrotcr. Fomis blue patches on cooked potatoes. In fluids, at first it turns them greenish and then blue. The colouring matter is soluble in water, at first verdigris-green and then clear blue, turned by acids to intense carmine. M. (BACTERrDnjii) vioLACErs, Schrciter. Forms on cooked potatoes violet-coloured gelatinous drops. The following species are important and interesting from tlie part they play in the production of fermentation and disease. M. UEE.E, Colin. Forms a film on urine. Fresh urine allowed to stand at a temperature of 30° Centigrade, in a few days loses its acid reaction, becomes neutral, and ultimately alkaline. The Vrcti disappears and is replaced by carbonate of ammonia, and the alkaline Urates and Phosphates of ammonia are eliminated. These changes only take place when the M. ure(8 is present. M. (MoNAs) cuEPuscuLUM, Ehr. Common on putrefying fluids. M. CANBiDUS, Cohn. Forms snow-white spots on cooked potatoes. M. (MicEosPHiEEA) VACcrsJE, Cohu. This organism is undoubtedly the active principle in vaccine lymph. It exists ' See Science Gossip for July, 1882, for a popular accouut of these organisms, extracted from " Kryptogamen Flora," by Dr. L.Rabcnfiorst. 26 BURMA, ITS rEOPLE AXD PRODUCTIOXS. in fresh vaccine Ipinph of either man or animals, and also in the matter of true small-pox. If vaccine lymph is strained or iiltered to eliminate the Microcioccm cells or corpuseules, the lymph loses its power of producing cow-pock. The lymph also loses its power by putrefaction, during which process the Micrococcus disappears under the action of the putrefactive Bacteria. This species is a trae animal ferment, and is probably only one of a numerous class of similar organisms which constitute the true origin of various diseases. M. DipniHERiiicrs, Cohn. This species is developed on wounds, and also on the various mucous surfaces in Diphtheria. Once established, it spreads rapidly by means of the lymphatic vessels, and produces the most destructive and fatal results. M. (MicEOSPOEOu) SEPTicus, Klcbs. Developes on suppurating -wounds and putrefying surfaces, and is the active agent in producing pijamia and seplicamia in man and animals. M. (Miceoztjia) BoMBTca:s, Bechamp. This species is developed in the intestines of silk-worms, causing a fatal and contagious plague in those insects. Such are some of the enemies by which animals are surrounded and threatened, but there is little doubt that to other similar species of minute vegetable organisms are due the most formidable diseases wldeh threaten man — Leprosy, Consumption, Typhus, and many others. Order FUCACE^. (Sea-wracks.) " Olive-coloured inarticulate sea-weeds, whose reproductive organs are borne in stalked sacs upon the walls of the spherical cavities excavated in the substance of the frond. Fructification, Sporangia or spore-sacs and Antheridia. The spores of FucHS divide into two, four, or eight within the sac ; those of other genera remain undivided. The Antheridia are filled with spermatozoids (or antherozoids), which in Fuciii have been seen to fertilize the spores." — Griffith and Henfrey. " Cellular or tubular unsymmetrical bodies, multiplied by simple spores formed externally." — Lindley. ^\xh-oriicx EXTOCARrE.E, Martens. Sphacelaeia, Li/nghye. S. FURCiGEEA, Ktz. South Andaman, Camping Bay. Parasitic on Sargassum ccqiiifoJium. Sub-order GALAXAUME.E, Martens. GAiAiATJEA, Zainouroux, G. PLiCAiA, Xtz. South Andaman. Frequent on coral reefs, and often thro-mi up on the beach. G. MAEGINATA, Lx. South Andaman, Ross Island. G. TOMENTOSA, Ktz. South Andaman, at Camping Bay. G. OBLONGATA, Lx. South Andaman, Ross Island. Sub-order SAEGASSJE.E, Martens. SAEGASsni, Agardh. S. MicEOCTSTTTM, Ktz. (?) South Andaman, and along the coast. Kui-z remarks that he was unable to find this species full grown. S. JSQUIFOUUM, Ag. South Andaman, Camping Bay. S. "WiGniii Grev. South Andaman, South Corbyu's Cove. A LG^. 27 CAitPACANTHus, Ki'diing. C. u.IciKoi.ius, Turner. Anilamans. Labyriiitli Areliiiielago, near Ternioklee Island, iu deep water. TuEBix.uiiA, Bory. T. TiuurETEA, T. Ag. Isicobars. South Andaman, at South Corbyn's Cove. T. coNDEXsATA, Sondcr. South Andaman, at South Corbyn's Cove. Sub-Older niLBEXBRANDTIA CEJE, ZMer. HiLDEXBBANDTIA, KuiniMJ. H. Akakana, Zeller. Akyab, on sea-washed rocks. Sub-order BICTYOTEJE, Martens. ZoNAEiA, Ar/ardh. Z. FiSASERi, Grcv. South Andaman and Arakan coast on rocks, and UKiriue sandstone banks. Sub-order BA TEA CnO&VERME.E, Martens and Zdhr. UATKACUOSPEKiirM, Rutll. B. GuiAXEXsE, ilontg. South Andaman, above 'Watering Cove. B. MONiLiFOKME, Eoth, Hill streams near Kya-eng, and marsh near riioungyi, Pegu. Sub-order CIIAXTRAXSIE.E, Zeller. Chaxthaxsia, Fries. C. KOSEOLA, Zell. On stems o( Poli/i/oniim, in Byndor Eng, Pegu. Sub-order (EDOGOX/ACEyE, Zeller. (Ei)OGOxiA, Linl^later. (]v KiTK/.ii, Zell. irarsh near Wanet, Pegu. (E. VEsicATm, Link. Zamayi-choung, and Kng-ya-na, Pegu. var. G. fmecscens, Etz. On roots of plants in Kya-eng, Pegu. CE. TEXELLCJi, Ktz. In swamps and ditches, near Htoukyan-gyi, Rangoon. CE. scuTATUJi, Ktz. On roots of plants in Kya-eng, Pegu. ffi. lloinn, Breb. Floating on the ' Lake,' Rangoon. 05. Laxesbokouguii, Ktz. Htoukyan, near Rangoon ffi. geacile, Ktz. On trees at Eng-shwe, below Hcnzada. CE. Beauxii, Ktz. Eng-shwe, and Kadcng-choung, near Nat- madlii. 03. Aroi'UYSATCir, A. Br. Kya-eng, Pegu. BcLBOCH^TE, Agardh. B. Pegtaxa, do Bory. On rocks in Kam-balu-toung, Pegu range. B. ixxEE-MEDiA, ZoU. Kyfi-eug, Pegu. Sub-order VA UCUERIEjE, Martens and Zeller. Vatjcheeia, De Candolle. V. suBMAKrxA, Berkeley. Koladyne River, in brackish water, clothing the rocks in dense green patches. V. SEssiLis, B.C. Htou-kj-a-gat, in streams. Y. CLAVATA, D.C. Andaman Islands, in sweet waters. 28 BURMA, ITS PEOPLE AND PRODUCTIONS. Halymeda, Lamoiiroux. H. CTiNEATA, Ktz. Andamans, Tcrmokloo Island, Labyrmth. Archipelago. H. opuxTi^, Lx. South Andaman, Diamond Island. H. D1.SC0IDEA, Bene. South Andaman, etc. Frequent on coral reefs all along the coast. Betopsis, Lamoiiroux. B. PAcnTNEMA, Mart. South Andaman, in mangrove swamps Valonia coitfercoides, Harv. towards Birdnt'st Cape. B. TENUissiMA, Notaris. Camping Bay, South Andaman, on sand- stone. Order CEEAMIACE^. (Eose-tanglcs.) "Rose-red or purple sea-weeds, with a filiform frond, consisting of an articulated, branching filament, composed of a string of cells, sometimes coated with a stratum of small cells. Fructification: 1. Bernj-Iike receptacles, with a membranous coat, containing numerous spores. 2. Tetruspores attached to the ramuli or more or less immersed in the substance of the branches, scattered. 3. Aiitheridia, produced in the same situations as the spores." — Griffith and Henfrey. " Cellular or tubular unsymmetrloal bodies, multiplied by tetraspores." — Lindlcy. Sub-Order BELESSERIE^, Zeller and Martens. AGLAOPnTLLUsr, Montague. A. MCLTiPABTiTUM, Ktz. South Andaman. Hypoglossuji, Kutzing. H. Bengalense, Mart. Elephant I'oint, on trees. H. Leprieurii, Ktz. Elephant I'oint, in mangrove swamps. H. ViEiLLAEnr, Ktz. Arakan, frequent on sandstone rocks and Perhaps only a juvenile state of old branches, or on the submerged man- JI. Leprieurii. grove stems, not only in the tidal channels of Koladyne River, but also along the sea coast. Sub-order LA URENCIE^, Martens. Laueencia, Martens. L. OBTUSA, Ls. Arakan, on marine sandstone banks of Boronga Island. BosTETCniA, Montague. B. iNTRicATA, Mont. Elephant Point, in mangrove swamps. B. EivuLAEis, Harvey. Elephant Point, in mangrove swamps. Sub-order POL YSIPEONE^, Martens and Zeller. PoLYSipnoNiA, Gretille. P. suBADUNCA, Ktz. Elcpliaut Point, in mangrove swamps. var. MAJOR, " ramis crebrioribus minus strictis." P. EUFo-LANOSA, Harvcy. Akyab, on grasses. Sub-order TYLOCARPE.^, Martens. Gyilnogongrus, Martens. G. PYGMJEUs, Grev. Arakan, on marine sandstone banks of Boronga Island. ALGjE. 29 Biib-onlcr Rni.EROCOCCE.E, Martcm. Srii-i;uococcus, Linnans. S. MULTiPARTiTus, Ag. South Andaman. var. e lichenoides, Oltcn washed up by tlie sea. Fhcuh (en(i/iiio.iiis, Turner. S. LicnKxoiuEs, L. South Andaman and Termoklee Island. An edible species often thrown up by tlie sea. S. Lkmania, Ktz. Arakan, on marine sandstone banks. S. coxi-EKVoiDEs, Ag. On rocky shores of Boronga Island. S. rcMosus, Ktz. On marine sandstone banks of Boronga Island. Sub-order GELIBE/E, Murtena nnd Zeller. AciioCAKrrs, Kutzing. A. iXTRicATCs, Ktz. Akyab, on sea-washed rocks. South Andaman and Termoklee Island, on submerged mangrove stems. A. nsiLLUR, Ktz. On marine sandstone banks of Boronga Island. Hypxea, Lamoiiroux. H. SPIXELLA, J. Ag. Diamond Island and Arakan. H. MusciFOKiiis, Lx. Diamond Island. H. DiVAiucATA, Grev. Diamond Island. Sub order GIGARTIXEM, JLuieiis. GioARTixA, Lamotiroux. G. (Euchema) srixoSA, Ag. Andamans, Termoklee Island. Eucus lichenoides, Willd. non. L. Ciiox DROcoccus, Eti tzing. C. spiNULOsus, Ktz. South Andaman and Eoss Island. Grateloitia, Agardh. G. furcata, Ktz. Arakan, marine sandstone banks of Boronga Island. Sub order GYMXOrULCEACE.E, Martens; UALYMEXIEM, Zeller. Halyiienia, Agardh. n. TEXfisriNA, Ktz. Andamans, Labyrinth Archipelago, Ter- mokleo Islaml, ejected from the sea, parasitic on other sea-weeds. Kurz remarks: " Dumonfia rohusfa, ft. JTightii, J. Ag., was found by Wichura, in the Bay of Bengal, and most likely occurs also in Burmese waters." Caiexella, Greville. C. orrxTiA, Grev. Elephant Point, on stumps in swamps. Sub-order COBALLINETE, Murtens. Jaxia, Lamouroux. .1. ADn.T.RF.xs, Lx. South Andaman, coral reefs at Camping Bay. J. FASiioiATA, llarvey. South Andaman, at Camping Bay, aud at South Corbyn's Cove. 30 BURMA, ITS PEOPLE AXD PRODCCTIOXS. AiiPHiROA, Lamourou.r. A. TErBULrs, Lx. Thrown up on Diamond Island, liiflioito known only from St. Croix, Antilles. A. feagelissijIA, Lx. South Andaman, at Camping Bay. Sub- order CEEAMIEjIS, ILartens and Zeller. Hehmoceeas, Kiitzing. n. FLACciDuu, Harvey. In crevices of rocks on Boronga Island. GoxGEOCERAS, Kidzinj. G. EADiCAxs, Zell. Elephant Point, in mangrove swamps. Of the edible seaweeds Kiu-z remarks : " The seaweeds commonly eaten by the Burmans are Gi/jartina sj)itio.s(i, Grev. {fffiu- ogar of the Malays), and 8p}ucrococciis hclicnoides, Ag. (Ceylon moss of commerce). These are usually called by the Burmese Kijouk 2)uen.'" The latter of these is, I presume, the species alluded to by Dr. Mason under the name Ploearia Candida, and which seems to be superior to most other species, in being free from the bitter principle, which renders most species so nauseous. According to an analysis by Dr. 0. Shaugnessy, this seaweed is composed of Vegetable jelly. . Starch . . "Woody fibre Gum Sulidiate and muriate of soda . . Sulphate and phosphate of lime 99 0 Of the best method of preparing it. Dr. O'Shaugnessey remarks: "In the first place, from the tendency of pectin or vegetable jelly to form insoluble compounds with saline and earthy bases, it is necessary to steep this fucus for a few hours in cold rain-water as the first step in its preparation. This removes a large portion of the sulphate of soda, leaving all the gelatine and starch. It should next be dried by the sun's rays and ground to a fine powder. Cutting or pounding, howeviT diligently or minutely performed, still leaves the amylaceous globules so mechanically protected, and so chisely involved in an exteraal sheath of tough ligneous fibre, that scarcely a particle of the starch can be extracted by boiling, oven though the decoction is prolonged for several hours. "When ground to powder, boiling for twenty-five minutes or half an hour dissolves all the starch and gelatine. The solution while hot should be passed through muslin or calico, and thus the ligneous fibre is removed ; lastly, the strained fluid should bo boiled down till a drop placed on a cold surface gelatinizes sufficiently." The product thus strained may then be eaten with milk and sugar and flavoured with lemon juice and sheriy. According to Balfour's Cyclo- poedia of India (see Agar Agar), the quantity annually shipped from Singapore averages 10,000 piculs or rather less than 400 tons, and all this goes to China, where it is used in place of size, for dressing cotton goods, and the finer varieties are also employed to make a jelly or sweetmeat, called in Canton Wong-leung-fan. It is an article of export that deserves more attention than it has received, as likely to prove of use in the arts in Europe if once introduced to notice, much as it is in China. The selling price of the first quality is sixteen shillings a hundredweight, and of the second ten shillings. It is said, when used as a paste, not to be liable to the attacks of insects, but this, if it is, as described, an edible amylaceous compound, seems hardly probable. The economic value, however, on the whole, of seaweeds is not great. Tlio ashes of seaweeds yield soda and iodine, and the weed itself is used near the coast 54 5 15 0 18 0 4 0 6 5 1 0 FUXGI. 31 for maniirp, and even it is said for food for cattle, who perhaps in some places may ai(|uiro a taste for it. It was once supposed that the 'edible bird's nest' ■was formed of a species of gelatinous seaweed, but it is now well known that it is composed of inti-rlaciiis!; tlireads of salivary mucus, developed periodically in vary- ing amount, by several species of Collocalia. Laver, once so much esteemed by people of scrofulous habit, is a seaweed {Porphyra vulgaris), but the use of sea- weed as a medicinal agent, together with burnt sjionge, has fallen out of fasliion since the discovery of the active ingredient in both, iodine, to which their efficacy in scrofulous comjilaints was due. A revival has however taken place of late in the form of a nostnim barbarously named 'anti-fat,' which is believed to mainly consist of a preparation of tlie common bladder-weed of the English coast. That there is urgent need of some such medicine is unquestionable, since fi'om the vast number of ([uack medicines advertised in the most blatant fashion in every periodical, it is ceitaiu that the number of persons who support such a system and consume such trash must be enormous, a fact which aifords the strongest evidence of in how many cases, the undesirable adiposity of their muscular system must have spread to and permeated their brains as well. FUNGI. Cellular flowerless plants, deriving noui'lshment through their spawn or myceliiim, which consists of a mass of loose, delicate, branched and interlacing threads of a cottony texture (readily seen in earth which contains what is called " mushroom spawn "), and propagated by means of minute spores. Fructification various. " A largo class of cryptogams distinguished from Alga^, more by habit than by general cliarueter. They agree with tliem in their celluhu' structure, which is vciid of anytliiug like vascular tissue, except in very few cases, while they dilicr in tlnir scarcely ever being aquatic, in deriving nutriment from the substance on which tlicy grow, and in the far lower degree of devflopment of the organs of impregnation." " The uses of Fungi are various. They afford excellent and stimulating food, valuable medicine, besides less important assistance in domestic economy. Their ofiSce in the organized world is to check exuberant growth, to facilitate decomposition, to regulate the balance of the component elements of the atmosphere, to promote fertility, and to nourish myriads of the smaller members of the animal kingdom. They occur in every part of tlie world where the cold is not too intense to destroy their spawn, or where there is sufficient moisture, though they abound most in moist temperate regions where the summer is warm." — Bcrkeh')/. The species named in the following catalogue are, for the most part, those collected by the late Mr. Sulpiz Kurz, as named and described by the late Frederick CuiTcy, F.il.S., in the Liuntean Society's Transactions, from which they have been copied. The greater number were collected in Biu'ma ; a few in Bengal. These last I have left standing in the list, as, in all probability, they will one day be found in Burma also. A few species, collected by myself, and recently named for me by Mr. M. C. Cooke, have been added to tlie list, and inserted in their proper places. They are distinguished by the initial P. Agaricini. * AoAEicrs (Lepiota) contixufs, Berk. Maulmain, P. A. (Psalliota) campkstuis, L. Maulnuiin, P. Tbis, tlie genuine English ifushroom, used to make its appearance in my com- pound in ifaulmain, during the rainy season, on rare occasions and after long intervals, very much to my surprise. I can recollect only three or four such in the course of some twenty years. On each occasion it was in or near the same sjiot, at the foot of a tree and at tlie bottom of a steep bank where, year after year, I used to heap uj) all the fallen leaves I coidd collect to make vegetable mould. Suddeidy, on some day in the rains, two or tliree mushrooms of a .small size would a])])ear in the gravel path near the decayed leaves ; but my hopes of a succession were always disappointed, as 32 BURMA, ITS PEOPLE AXD PRODUCTIONS. after that one day's display, there would bo no more perhaps for two or three or six years ! I never saw any ou or near the stable dung, where one niiglit more naturally have expected to find them ; nor did I ever hear of any other person having found them ; that is to say — if they were observed also by others, as they may well have been, I never heard of it. " Some persons have inferred, from the springing up of mushrooms whenever particular soils and decomposed organic matter are mixed together, that the produc- tion of Fungi is accidental " (spontaneous ?) " and not analogous to that of perfect plants. But Fries, whose authority on these questions is entitled to the highest respect, has shown the fallacy of this argument iu favour of the doctrine of equivocal generation. ' The sporules of Fungi,' says this naturalist, ' are so infinite that in a single individual of Eeticularia maxima, I have counted above ten millions, and so subtle as to be scarcely visible, often resembling thin smoke ; so light that they may perhaps be raised by evaporation into the atmosphere, and dispersed in so many ways h\ the attraction of the sun, by insects, wind, elasticity, adbesion, etc., that it is difficult to conceive a place from which they may be excluded.' " ' If we grant full weight to this statement, it still remains a most remarkable and in many ways unaccountable fact, that the mushrooms in my compound should have come up after intervals of several years, in the very same place, and (as far as my obsei'vation went) nowhere else ; especially as, being gathered by me as soon as seen, they had no opportunity of ripening and shedding their sporules. After their first arrival on the sp "X'"''"'' 'split ' and ajeyoi 'a Covering' and am/otov 'fruit.' § u/iO/x)!/ 'a limb or joint' and »r«(''v-f«'rT»v 'a tooth 11 I'ijfia 'a tlu'cad ' and ofoiV-ro'j'Tix; 'a tooth.' ^ (V/)ov ' other or different ' and fiK-voi' ' a net.' ' "/'" 'fruit.' ' Ono of tlie (il)jcoticms to th<: Aiiiilytical key above given .seems to mo, if I may be allowed to offer an opinion, to lie iu the clioieo of words and terms. The liret requirement iji uu analytieul 40 BURMA, ITS PEOPLE AXD PRODUCTIOXS. Ande.ea, Ehrenherg. This gonns is the only one among mosses which has what has already been partially described as a Schistocarpous spo)-ti»//iHm, or spore-ease. It consists of very few species, four of which are natives of Great Britain, the rest being found in various parts of the world, but (with one or two remarkable exceptions for which geology has to account) always in Alpine or sub-Alpine countries. They are lowly- tufted plants, rarely exceeding two inches in length, with veiy minute leaves of a dark reddish-brown colour, in the mass looking almost black. I believe they are invariably found on granite or quartzose rocks. The sporangium, which is about the size of a small pin's head, is tenuinal and sessile. It has a mitriform cahjptia, which becomes ruptured iiTcgulaidy. The striking peculiarity of the genus, in which it differs from every other, is that, when ripe, the spore-case bursts into 4 (or 6-8, Berkeley) distinct valves, which, however, cohere at the summit. In this division of the spore-case into foui- valves, although these valves do not ultimately exjiand, Andraa approaches Jimgermnnnia, of which we shall speak in due course. Andraa rupcstris {pe/ropJiiia, Ehr.), with two or three more species, is foimd in the Himalayas, though, of course, only at a considerable elevation. I have not found it on our Burmese moxmtains, where it may jjossibly grow, though I doubt if they attain a sufficient height for it, their maximum being about 8000 feet. The exceptional locality for Anilraa, above alluded to, is the plains of Germany, where, on granite rocks, Mr. Berkeley says, A. Rothii is found, with other Alpine mosses. I have gathered this species on the giimite rocks of Dartmoor in Devonshire. The genus receives its name from Andrea, a Hanoverian doctor. Those who never visit the mountains of Burma are not very likely to have their attention drawn to the mosses of the country. They will, proliably indeed, wonder where they are. In the hot weather they are completely diied up, and even in the rainy season, the number to be found in tlie plains is very small, and they are t ible is, sui'ely, that its terms be sharply autithetiral ; the second, that they shall ronTcy, through their derivatives, the meaning which is meant to be conveyed by them, clearhj ; and. it possible, cover the whole meaning. Some of the terms above given do not answer to these conditions. Those for the primary division (supposing the division itself to be a good one, though it has the inconvenience of leaving nearly the whole of the Order on one side) are excellent ; they are at once sharply oj)posed, and express exactly what it is meant they should, neither more nor less: viz. "leaf-cells uniform" and "loaf-cells not uniform." We come no^v to the tirst subdivision and the word Sr/iialocnypiy an excellent terra in itself, as well expressing the distinctive character of ihe Group " Amh-trnrfa:- \^ but its next opposite, St'i/nciirpi, labours under the tUfhculty, tirst, of not being clearly antithetical, and .secondly, of being used to cover more than its meaning warrants. It means "fruit with a lid," and the recognized opposite to it, used in other systems, is ^^ C/eis/ocnrpi^' "fruit closed," or '^fntit irithoiit a litiy But this term finds no place here. The explanation given in the Preface is ; " The Cliistoearpous Order has been suppressed, because its component groups are referable to families of higher development." Doubtless this is so itniuraltt/, but being so. the term '^ Stegocfvpi''^ should surely have been changed or omitted. It has no antithetical term, strictly speaking, and though its meaning is " with a lid," it is used to include those mosses which are without one ! A simple change of term, such, fiir instance, as Hu/ocarpi, or v/io/e-irmtvd, would fairly have covered both those with a lid and those without one, and would at the same time have been sharply opposed to Srhistorarpi or .«p/iM'ruited. To come to the farther subdivisions Arihi-odonii and Nimiitod'Titi, the simple meaning of these two tenns is "teeth-jointed" and "teeth like spun thread;" but they are explained to mean, the first: " Peristome with teeth built up of a triple series of agglutinated colls; the two outer series coloured, and often united in one; the inner, broader and thinner in texture, transparent, forming little transverse bars." The second: " I'oristome composed of several layers of threads, free, or the inner ones united into a woven membrane; or, adhering by the points of their tooth-like processes to the edge of a drum-like membrane." Now all this is a great deal more than the tenns used can possibly signify ; besides, the points or peculiarities described are far fnmi being easy or simple. Lastly, no ex])lanation is afforded of the ininciplos on which the very large groups of genera have been foundod, further than this, that "they are founded upon a ditforeiicc iu the mode of growth, or in the structure of the leaves." It will, I think, be admitted that, however nnlural this Order or arrangement may be, coming in as an nrtijicinl system in aid of the natural, it does not commend itself for its facility to a bcgium'r. Tliis is the reason why, if it wore pos>iblo, I would gladly have substituted some more simple system hero. MVSVI. 41 for the most ]nit minute ami inconspicuous. Garckea phaacoldes [Grimmi(X fcxuoKa of Grilf. NotuUe), with Bidijimdun fuccidun and Torfula ci/ltndracca (which i[ittcii says is a form of our common British Weimia toiitiro.stris), may be looked for on clay banks. Bryum coronntmn is rather common ou walls and old Pagodas. A small Jlypnum or two, //. WrkjJdii and II. Tavoyeme, with Sauloma microcarpon and caiidtidim, may be found frequently on trees ; Leskeit investis and two or three more on rocks and stones ; but these are all small and scanty, liardly large enough to attract attention. The only two plants, perhaps, which are found in the neigh- bourhood of the towns worthy of description, are — OcTOELKPnARUM ALBiDn.u, Hedwig. This is one of the very few mosses which has eiyhl teetli in the peristome. None are found with this number in Great Britain, nor, I believe, in Europe. We have a moss witli four teeth — Tefniplifs ; but this too is a rare number, sixteen being by far the commonest, in fact the prevailing number, either in a single or double series. 0. alhidum grows in small dense tufts of a glaucous colour, i.e. a viTy pale green, approaching to white. The individual plants arc about a (puirter of an inch high ; stem simple ; leaves linear, suddenly acuminate, nerveless, fleshy, spreading on all sides, not curled when dry. Spore-case terminal, ovate : — peristome consisting of eiglit broad teeth with an interval between them, and a line down the centre. Operculum beaked ; calyptra dimidiate. llather common on trees ; easily detected by its whitish colour. ScnisToiiiTKirii G.iEDXKKiANiiM, Mitten. This is another small caispitose moss of a glaucous hue, smaller even than the last. Stem simple or nearly so, one-eighth of an inch high ; leaves densely imbricated, lanceolate, pointed, nerveless. Spore-case on a very short stalk, cup-shaped or tur- binate ; (ipercuhim conical, long, straight, subulate ; calyptra exceedingly long and subulate (awl-sha])ed), jagged and laciniated at the base, dimidiate ; peristome none. The fruit is almost hid among the leaves. It forms large conspicuous patches, always, as found bj- me, immediately at the foot of large trees. Toung-wine, near Maulmain. This curious little moss is found uearlj- all over the world ; in Nepaul, Madras, IIong-Kong, in Brazil (where Gardner tirst discovered it), and in Mexico at 3000 feet of elevation. As mosses, though ubicjuitous in small quantities, have their proper home in the temperate regions of the earth, where they reach their highest development, it is necessary to ascend the mountains, if our finer Burmese species woidd be found. There the fine branched Ilypna, and the pendulous species of Mcteoriani, and others, may be found in fair profusion on tlie ground and festooning the trees. Besides forms peculiarly Tropical, we find, there, at considerable elevations, a sprinkling of European species, such as Spluiynuin cuspidatum, Fanaria hygrouutrica, and Polytrichum {I'ogonatum) ahiides. As a detailed desciiption of species is more than is contemplated in this work, also more than is likely to be rccjuired by the rising Bryologists of Burma. I .shall bring this short sketch of the Order to a close with a brief description of tlie three Eui'opean species last mentioned ; and this I shall borrow chielly from Mr. Berkeley. SnrAG.NTM, Ehrenhrg. Sporangium globose ; receptacle elongated, fleshy ; peristome none ; lid convex, nearly fl;it ; calyptra irreguhirly torn ; leaf-cells of two kinds [Heterodictya), tlie one large, containing a spiral thread, tlic walls perforated between the spirals; the other linear, surrounding the first. S. cuspidatum : Stem elongated, branches fasciculate (crowded at the end), at- tenuated, some deflexcd, closely adpressed. Stem leaves ovate, acute, s]ircading ; branch-leaves lanceolate, tapering ; margin undulated when dry. Extremely variable. 42 BURMA, TTS PEOPLE AXD PRODUCTFOXS. Sphaijmim is commonly known as " bog-moss ; " it forms, as it decays, the principal ingredient in peat. There is but one genus of this group. " Tlic species are difficult of definition, and are probably far less numerous than is supposed." rr>''ARiA, ITofhrif/. Sporanginm obliquely pyriform, thick, subventricoso ; apophysis (a peculiar goitre-like swelling at the base of the sporangium of some mosses, absent from others), tapering into the foot-stalk, even, or furrowed when dry. Ring (round the base of the perinfouie in some mosses, detaching itself wlien the lid falls off), when present, large; peristome double, outer of IG oblique teeth, connected at tbeir tips by a small reticulated circular disk ; inner a membrane divided into 16 lanceolate processes, opposite to the outer teeth, and slightly adherent at the base ; lid plano- convex ; calyptra swollen at the base, subulate above, at length split on one side. F. hygrometrica : Upper leaves crowded, forming a bud-like m;iss, ovato-oblong, acuminate ; nerve reaching to the apex ; sporangium pyriform, incurved, deeply furrowed when dry; ring broad, at length revolutc ; fruit- stalk tlexuous, and highly hygrometric. ^Vhen in fruit, about one inch liigli. Extremely common, and found in most parts of the world. POGONATUM, Bridcl. Sporangiitm oval or oblong, not angular (as in Poii/fricJinw) : calyptra densely hairy ; teeth 32 united by their tips to a tym])auoid (di um-skin like) membrane ; leaves densely lamellate (having numerous lamella; or thin plates on either side of the mid-rib). P. aioides : Stem short, leaves lengthened, lanceolate, from a sheathing base, toothed, thick, pointed ; sporangium soft, oblong ; lid conical, acuminate. One to two inches high. Forming loose patches ; affecting dry sandy places. ML, •SCI. 43 SYSTEMxVTIC LIST OF BURMESE MOSSES. I. nOilOBTCTYA. SCHISTOCARPI. Andu.ea, Elirenherg. (none yet discovered in Burma). *STEGOCARPI. ARTIIRODONTI. DICRAXEJ-:. Garckea, Br i del. G. rnvsc(iini:s, C. Miill. {'lay banks, ifaulmain. Li;rTOTEicncM, Ilamjie. L. Ri;K\WAUjjrn, Mitt. On trees, Moolee-it, GOOO to 7000 feet. Tkem.itodox, Richard. T. s.viiuLosus, GrliF. On tlie ground, mountains. Lki'coloha, Bridcl. L. Tayloui, Mitt. On trees, plains. L. TENKKUM, Jlitt. sp. uov. Slaulniaiu. L. Euosu>t, Mitt. sp. nov. Mauhuain. L. LuciNERVE, Mitt. sp. UOV. Moolee-it. DicuANUM, Hedtcig. D. SUBUL.WUM, Mitt. On the ground, nioimtaiiis. Xo-a-la-lio, Tavoy, and Moolee-it. J). UNCiN.VTUM, Harv. Moolee-it. DiDVJiorio.v, Hooker. Y>. i-LACCiiius, Mitt. On the ground, Maulmaiu. HOLOMITKIUM, Bridtl. H. cucuLLATi'M, Jlitt. sp. Bov. Mountains. LEUCOBRYEJ-:. OexoiiLKruAHUM, llcdtviy. O. Ar.iilBUM, Hedxv. Trees, common, Manlinain. O. si:RKATCii = TAyLoiiiA IxnifA. Among moss, on rucks, mountains. Leucobryum, Hampe. L. .Javexse, Mitt. Moolee-it. No-a-la-bo (Ox's hump). \i. Wunrrri, Mitt. On rocks, Maulmaiu. iSc iiisioMrnauM, Ih^y and Molkcnhuiir . S. Gardnehianl'.u, J[itt. Foot of trees, Toung-wiiie, Maulmaiu. 44 BURMA, ITS PEOPLE AXD PRODUCTIOXS. T. T. H. S. CYLIXDKIC.V, Mitt. Weissia tentiirosfris. iNDUEATA, Mitt. sp. nov. TRICnOSTOME^H. ToKlULA, Ueihrig. Maulmaiii. Mountains. HTMENOSTrLnjM, Bridel. ixTEERrrTUii, Mitt. sp. nov. Mountains. SYEKnopoDON', Hoolcer and Greville. FASTiGiATrs, Dozj and Molk. Mountains. CiLYHPEEEs, S warts. SEMILIBEEUM, Mitt. sp. nov. Trccs. Tavoy. PAEisntr, Mitt. sp. nov. PEOBOSCIDIAI.K, Mitt. TAEim, Mitt. sp. nov. G. CANESCENS, Mitt. M. M. M. M. M. M. E. F. NiPALEXsE, ilitt. Selnv. Paeishii, Mitt. sp. nov. CALYMPEUOIDErjI, Mitt. Sp. UOV MooRcHOFiii, Schw. SULCATUM, Brid. iNTRiciiu-vi, Mitt. sp. nov. Tavoy. Tavoy. Tavoy. GRIMJUE^E. Geimmia, Hhrenberff. Moolcc-it. OUT no TRICIIE. E. MACKOMirRiuii, Bridel. Tavoy. Tuvoy. Tavoy. !J[ountains. Sfoolee-it. Muolce-it. Tavov. Wallichii, Mitt. ni-GEOMETKICA, Dill. T. Indica, Mitt. B. ROSEUM. E. FILIFOEME, Mitt, E. coeonatum, Schw. B. EUliKNS? Mitt. B. NlPALEXSE, Mitt. IT. Tavotense, IToolc. H. WioHTir. FUXARIE.i:. ExTosrnoi os, Sf/iiceini'fz. Crevices of granite, Moolee-it. FuxARiA, Sehrcber. Ou tlic ground, in Toung-j-as. SPLACBNE^E. Taylokia, Hoolcer. Ou rocks between Kau-kereet and Mya-wa-dee. BRYE^E. BEYcit, Dillniiiis. On tlie ground, Moolec-it. Mountains. Walls, old pagodas, Maulinain. Mountains. On the ground, Ta uk, -1000 feet. nrryE^E. Hypnuji, Billen 'us. Common on trees ahout ^liiuliiKiiii. On trees, Maulmain. .vrscr. 40 METEOItlllM, Bridd. jr. AViiarrir, J[iH. On trees, niountrtinous ilii-tricfs. M. ARBUsci'LUii, M. sp. nov. On trees, mountainous districts. M. sPARSUsr, M. On trees, pendulous, mountainous disti'ii-ts. M. DiVEKGKXs, il. On trees, penduluus, mountainous distriets. M. SQUAHROSUM, II. On trees in damp shady jungles. M. MEDIUM, M. On trees, mountains. M. coRDATUM, il. On trees, mountains. M. MOLLissiMLM, II. On trees, pendulous, mountains. Stere S. JTLrFOEMIS, M. S. INFLEXUS, M. S. CAPILLACEUS, M. S. CIRVIROSTRIS, M. S. BuiTEXZORGII, il. S. coMFRESsifOLii's, M. sp. nov. S. CrPEROIDES, M. S. APPKESSrS, il. S. XiPALEXSIS, II. S. OUTHOTIIECIUS, M. S. ROSTRATUS, M. S. LIGSICOLA, M. S. ALBEscE.vs, il. a minutc species, S. PR.EMOLLIS, C. Miill. S. ACUTIEAMEUS, M. S. PLICATUS, II. S. ERIXACEUS, M. S. ERRATiers, M. S. MACHOCARPUS, il. S. TENUIS, M. S. TJNCiFOLius, Mitt. sp. nov. S. GLAUCOCARPrS, Mitt. S. EUGicrspiDATus, Mitt. sp. nov. S. cjEspiTCLOsus, Mitt. sp. nov. S. TRACHYCARPCS, Mitt. Sp. UOV. :oDOX, Bridcl. On decayed wood, Maulmain. On trees, Maulmain. At 6-7000 feet, very scarce. 'J'reos, ? On trees, mountains. Moolee-it. Eauna-toung, 4-5000 ft. On trees, Maulmain. Maulmain and Martaban. On trees, mountains. Trees, ? On trees, Jlaulmain. mixed with Octuhlcpharum alhidum. J[oolee-it. Mountains. Mountains. On trees, pendulous, mountains. On trees, mountains. Rocks and trees, mountains. Rocks and trees, mountains. On trees, pendulous, mountains. On trees, mountains. Mountains. Mountains. Mountains, mixed with S. erinaceus. Sauloma, Ilooh.fil. and Wilson. S. xiicitocAEPox, Mitt. On Jack-tne in my garden, Maulmain, P. S. CAUDATUJi, Mitt. sp. nov. On trees, Maulmain. N. FLAREI.I.ATA, Mitt. N. VITTATA, Mitt. N. KECTIKOHA, Mitt. N. ACUTATA, Mitt. N. Parisiiii, Mitt. sp. nov. N. rROCLADA, Mitt. N. ALOPECUKOIDES, Mitt. T. nicoLOR, Schw. T. FUSCF.SCEXS, Mitt. T. CKISPATOLUS, Mitt. Neckera, Iledwig. loc. ? loc.'i On trees, mountains. On trees, mountains 5000 to GOOO feet. On tree.s, mountains 5000 to GOOO feet. On trees, mountains. On trees, mount. (Tn^-RSOMITRIUM) FNCINATPM, HlirVCV. ( Didicti/on , Hiiiupe . ) DiCKAMM, HedicUj. I). sunRKFi.EXUAT, C. MucU. Caiipylopfs, Bridel. C. ERICOIDES, Griff. C. GouGHii, Mitt. C. KuRzii, Humpo. C. EIGIDISSIMU.S, C. Muell. C. srBLciEr.s, Mitt. P^ciLornrxLUM, Mitten. {Lriieoloma, Bridel.) P. (Syrrhopodox) Tay'loki, Sflir. P. TEXKRUJI, Mitt. P. EEOSDM, Mitt. LEUCOBRYE.l-:. OcHRdHRYUir, Mitten. (). Klrziaxim, Ilampi'. O. SI- lif LATUM, ll;llll])l'. 0. (ScUISTOMITKIITm) GARDXERIAXUjr, C. MuL-11. O. Ai.mncM, Hcilw. L. EXSERTC3I, Hampo. p. .Tavexse, Brill, p. WKiiiTii, Mitt. G. CAXIvSCEXS, Uull'm. VOL. II. OcTORi.EPiiARUJr, Iledieig. T,i:i<:i)i!RYL'M, TIampe. Pegopiiyllum, Mitten. GRl.U.VfFyi;. Grim.\iia, Ehrenlerg. BURMA, ITS PEOPLE AXD PRODUCTIONS. STRRSOPOBONTE^. SviiEnoroDON, Schweinitz. S. FASTiGiATrs, Doz. aiid Molk. S. Krjizir, iluell. TiiY];iDiuj[, Jlitlcn. CALi'UrEEES. T. oEACir.K, Jlitt. C. sEMrLrBKRrsi, Milt. C. VAKIUM, llitt. C. Pamshii, Mitt. C. MoLuccExsrs, Scliw. TORTULE.Jl. Tapeinodox, Mitten. T. (Weissia) flaccidus, Harv. Hymexostyi.H'm, L'n'ilcl. H. YKREUCOSUII, !Mitt. H. IXTEBEUPIUM, Mitt. Tortula, Ilcilwig. T. ("^eissia) ctlindeica, Bruch. T. INDUEATA, Mitt. T. Tenasseeimica, Mitt. T. (TEICnSTOlIUll) TOPOPHACEA, Bl'icl. T. (TEICn.) OEIENTALE, Willd. T. (Baebula) Boeoxgexsis, Harapo. T. (Baeb.) acttiissima, C. Muell. T. (Baeb.) selexocaepa, C. Muell. T. Gaxoetica, C. Muell. HvopHiLA, C. Mueller. H. BcEJiExsis, Hampc. 11. Haevet.ina, Uampc. ORTnOTRJCHEJE. Macromitiuum, l)ri(M. M. XiPALENSE, Hook. M. Paeishii, Mitt. M. calympeeoidetjm, Mitt. M. MooRCEOFTii, Schw. M. SULCATUM, Hook. M. INTEICATU.M, Mitt. M. DExsi-ii, Mitt. M. ELLIPIICU3I, Hampe. Crtptocaeptjs, Dozy and Molkenlwr. C. MARGIXATULUS, C. Miiell. FUNARIE^E. Phvscomitricii, Bridel. P. PFLCITELLUM, GrifF. Entosihodox, Schweinitz. E. Wallichii, Mitt. FuxAEiA, ScJireher. F. LKPTOPOPA, Griff. F. UYGROMJilEICA, Heilw. MCSCJ. 51 T. I.VDICA, Mitt. B. LONOicoLLis, Hampo. B. MOLLICULA, C. Mllell. B. TBIClIorHYLLA, C. iluell. B. SUliL.EVISSIMA, C. Muell. B. nOJIOMALLA, C. Mucll. E. rROFO.VDIFOLIA, C. Mucll. B. KHIZUUOXOIDKA, C. Jtlucll. B. ANGUSTA, Mitt. SFLACnXE.¥.. Tayloeia, Hooker. BARTRAMIE.^. Baktramia, Hedwiij. B. NirALENSE, Hook. BRTE.^. Brachymenium, Schwcinilz. BuYUir, DiUenius, B. coRON.vTrM, Seh\v. B. DOLiotUM, Dabq. B. FLAVIBUM, C. 5[llull. B. Btriiexse, Hauipe. B. ptxETORUM, C. Muell. B. nuFORME, Mitt. B. EOSEUM, Sehrcb. 0. TEicnojfiTEiUJr, Wils. M. EnYXCornoErai, Ilook. 11. snxiFOEME, Heihv. C. ADiAXTUM, Gritf. C. Klrziaxum, Huiiipc. ORxnoMxiusi, Wilson. Mxrrsi, DiUenius. Rhizogoxium, Briilcl. E TFO PTER TGIEJE. CYATnnrHonoi, Bridel. nOOKERIEJE. Calicostella, Mitten. C. rArii.i.ATA, Mont. Disriciioi'iivLixM, Dozy and Jlolkenhoer. D. MOLLE, Mitt. NECKERE^E. Meteoeium, Bridel. M. WioHTir, Mitt. M. SCATIKIUSCULUM, Mitt. Neckera camptoclada, N. dicrauoblasta, C. Muoll. jr. (Neckera) laxceolatum, C. Murll. M. AEBtlSCULCM, Mitt. 52 BURMA, ITS PEOPLE AND PRODUCTIOXS. M. sPABSTjir, Mitt. M. DIVEEGEXS, Mitt. M. MEDirir, Mitt. M. CORDATUM, Mitt. M. MOLLISSIMi™, Mitt. M. CKINITUM, C. Muell. M. NKIIATOSUM, C. Muell. M. CEASSUII, Wils. T. BicoLOR. Sehw. T. FUSCESCENS, Mitt. T. CRisi'ATULUs, Huok. Tkachvpus, Scltweinitz. !Neckera, Hedwicj. IS. rAEismi, Mitt. N. FIMBEIATA, HurV. N. ACTTATA, Mitt. N. HiMALATAXA, ilitt. N. IluriDcnsis, Hampe. N. CEOCLADA, Mitt. N. suBErcuLosA, Hanipp. N. srsixTEGEEEiMA, Hampe. N. LACEEIDENS, HaiUpC. roEOTEICHOJI. B ridel. p. ELEGANTULU5I, Mitt. P. ALOPECCEOIDES, Hook. P. VITT.ATU3I, Mitt. P. GLOSSOrHYLLUlI, Mitt. P. Bdemakicum, Mitt. P. (Neceeea) Jav.vxicum, C. Miill. HoMALIA, iSridcl. H. EoiUNDATA, Hampc. H. BiFOE.Mis, Hampe. H. EEOSA, Hampe. H. rENNATULA, Mitt. SEMA TOPUYLLE^. MEioTnEcirir, Mitten. M. (Pteeogoxium) mcEocAEPUM, Harv. CnioNOSTOMVM, C. Ifueller. C. (Neckeea) eostratum, GrifT. AcEOPORiUM, mitten. A. ACITTIEA3IEU.M, Mitt. ISOCALPE, Jlitte)/. I. (Xeckeea) capillacea, GrifF. I. (Siekeodon) uncifoliola, Mitt. AcANTUocoMA, Mitten. A. EUGICUSPIDATUM, Mitt. A. (Si'EEEodon) suecclaris, Mitt. A. (Steeeobon) pilosulus, Mitt. RnAPmnoRnTNcnuM, Schimper. H. C.ESPITULOSU'S, Mitt. II. PEJE.UOLLIS, Mitt. MUSCI. 53 STEREODOXTE^. IsOPTERi'GIlil, Mitkn. I. (Stkreodon) lioxicola, Mitt. I. ALBESCKXS, Hook. 1. msTICUACKL"M, Mitt. Uypnum pycnopieroii, C. ^rutll. I. SUliPALLIDUJJ, C. Muell. I'lACRoTHECiuM, Schii/ijier. II. NKMOKAI.K, Mitt. Lei'tohymexiim. L. (PiEKoaoxirii) jiLACEUM, Hook. Pteeoconium, Sicdiiz. r. lxi'i.i;\iM, Harv. 1'. CAIDATIJI, Mitt. E. PLiCiTrs, C. Muell. ExTiiDox, C. JLifller. SY.MrnYODOx, ^^o»t. S. TnAcnrcAKPus, 'Mitt. S. ERKATICUS, Mitt. S. EBIXACEUS, Mitt. S. DIVAEICATITS, Mitt. S. EI.LIPTICUS, Mitt. S. (EXTODOX) PDEPURASCENS, C. Mucll. Ti;rciioPEi.JiA, Mitten. T. (Xeckeea) texue, Hook. T. (Leptouyiiexr'm) Nattoungexse, C. Miu'll. T. (HyPXIH) MACEOCARPllI, HoiIlScll. T. (Hypxuji) OEiHOTHEcrrii, Schw. {'ampylhm, Sitll. C. GLAUCOCAKPUJI, Horuse-li. EcTEOPOTUECICM, Mlllfll. E. (Stereodox) Assamktm, illtt. E. coiipress[foi,ium, Mitt. E. appressum, Mitt. Hijpnum protractile, C. Mucll. E. BUITENZORGII, Bul. E. CTPEROIDES, Hook. E. EETicuLATUjr, Dozy and Molk. Hi/pnum succosum and crassi-reticulatum, C. ^^u^■ll. Ta X rrn i: i.u M , !^prHce. T. (Kypxdm) Nipai.exse, Hook. T. TRACIIYLOPIIYI.LUSI, C. Mucll. T. siiciton.ADrM, C. Miull. T. SA.iopiiii.uM, C. MuuU. mTNE^IC. Stereopuyllu.m, Mitten. S. (Htpxum) Tavoyexse, Hook. S. Wkjiitii, Mitt. S. (Platyhypxum) Yomahexse, Harape. 54 BURMA, ITS PEOPLE AXD PRODUCTIOXS. Ehtncostegh;!!, Schimpcr. R. srBVAGANS, Hampc. 11. CTLINDEOTHECIOM, C. MucU. Anomodon, Hooker. A. FrscixERTrs, C. Muell. TnriDrcM, Schimper. T. (Leskea) ixteste, Mitten. Ci/rtohi/pnum a'dicollitm, Hampe. T. CT51BIF0LIUM, Doz. and Molk. T. TEACHYPODON, Mitt. Ctjrtohijpnum ciigyiiutum, Hampc. T. TEACnYACKON, C. Mucll. T. GLATTCINUM, Mitt. T. PEioxoPHTLLUsr, C. Muell. SEITOPHYLLE.E. FisisiDExs, Hediciff. F. AxojiALTJS, Mont. r. AEEOLATUS, Grflf. F. CIECTNALIS, Mitt. F.flaccidus, C. Muell. F. PLAifiroLirs, C. Muell. F. DITEESIFOLirS, Mitt. F. wccolatus, Hampe. F. coENEus, C. Muell. F. PEEprsiLLUs, Thw. and Mitt. F. iiiNrTrs, Thw. and Mitt. F. spathulatus, C. Mucll. F. suBCEENULATUs, Hampe. F. PAPiLLOsrs, Thw. and Mitt. F. granulatus, Hampe. F. ArEicuLATi's, C. Muell. F. suBSPATHULATrs, Hampo. F. LUTESCEXs, Hampc. F. CHOCATrs, Hampe. F. CRASPIDOPHYLLrS, C. Muoll. F. BoEOXGEKSis, Hampe. POLYTRICUE.E. PoGOSATUM, Bridt'I. P. HCJIILE, ilitt. p. AioiDEs, Brid. p. GTJIXOPHYLLUM, Mitt. p. EUFISETUM, Wils. p. MACEOSTOMUM, Bl'OWn. P. BuBMENSE ? Hampc. S. cuspiDATtJir, Ehrh. SPnAGXEJC. Sphagnum, BiJleniits. Species enumerated by C. Mueller and Hampc amongst those collected by Kurz, but not known to Mr. Mitten. !MiLDEA Hampeana, C. Mucll. DiCIYOPIEROX FALCATU5I, C. MucU. CUARACEjE. equisetace^. 55 CntETOMITRICM ScOTTIANTM, C. Muoll. ]{0ZIA DECOI.ORATA, C. Mufll. PlATV-HYI'NTJI MEOAIiLASTUM, C. Miull. HyPNTM MAHCIDriX.M, C. MlU'll. H. ROBUSTI-PIXNATUM, C. JIuoll. H. FULyO-NITEXS, C. Muc'll. H. REFLEXULUM, C. JIlU'll. DeEPAXO-IIYPNTM SUIlLEIOraVLLUH, lluiiipo. D. scAiiiurscuLUJi, Hampe. D. iTXCTi'LATUM, C. Haiiipe. I). VAKiiFLExm, Hampc. D. rnioNormcnvji, C. Muoll. D. CUEVATIEAltECSI, C. MuC'll. Older CHAllACEJi:.' Acotylfdonous plants, cellular, aijuatic. Stems tubular, jointed, naked or sur- rounded by se\-cral parallel elongated cells, liruiiches wliorled, on a level with the joints. Reproductive organs antheridia and sporangia, borne on the branches. Characea: often exhale a fuHid alliaceous odour, and their transparent rhizome is fixed in the mud of stagnant and running water, by filiform tubular rootlets. The ])lant is sometimes reproduced by the lower nodes of tho stem being converted into starchy tubers. CiiARA, Linnffus. C. Gyjixoi'iiYS, A. Biongn. In paddy fields along the Koladyne Valley. NiTELLA, Agardh. N. EoxBUEnnii, A. Brongn. Kya-eng, Pegu. N. MicuoGi.ocniA, A. Brongu. Arakan. Swamps on the Koladyne Iviver. N. ouGosriBA, A. Brongn. Kya-eng, Pegu. Order EQUISETACEiE (norsetails).^ A singular order of leafless Acrogens with hollow jointed sleius which are simple or branched. The place of leaves is taken by a membranous .sheath at every joint, completely surrounding the stem or branch in a whorl, and is divided either into a number of small teeth like a saw, or into fewer and more elongated lobes. Any one who has noticed the Casuarinas, which are so common on the sandy soa-.shores of Burma, may be said to have seen a gigantic equisetiim. It is impossible to look at the branches of this singular tree without seeing the likeness at once. Their jointed branchlets (for they are leafless too), harsh to the touch like an Ec|uisetum, with toothed sheaths also at the joints, suggest tluit plant at once. They are, how- ever, in all but this accidental though obvious similarity, widely dirt'erent plants. The fructification of Etiuisetum (the only genus) is in the shape of a terminal cone, commonly about J to I inch in length, consisting of a number of peltate, or shield- like scales, attached to a central axis, packed closely together by their edges, tho flat shield-like surface being outwaixls. As the cone ripens and expands, the edges of the ' " k family of plants generally classed among the .^Ig*, but whicli, from the cliaraetcr of tlirir reproductive organs, perhaps demaml a more t'lcvated position. Tliev are reniarkalde for tlirir well- known circulation, first discovered hy Corti. Tlie Cli:irace;e are aquatic plants of tilaiiientous stnicturo, exhibiting elongated axes furnished at intervals with v.liorls of branches." — GriUith and lleufrey, Micrograph. Dictionary. "Tubular, symmetrically branelied bodies, multiplied by spiral coated nucides, filled with starcli." — I.indley, Veg. iKingdom. * The present account of *lie Ferns and Fern allies of Burma is drawn up and arranged by the Rev. C. Parish, but the localities tr()m the Nieobiir group have been addetl from a paper on the vegetation of the Xieobar Island in the Journal of tlie .\siatie Society of Hengal, 1870. Part II. p. 105, and where a species has been added on the authority of Kurz the letter (K.) indicates the fact. 56 BURMA, ITS PEOPLE AXD PRODUCTIONS. scales separate, and show a cii-cle of spore-eases on their under-surface, each of which opens by an internal slit and discharges the spores. These spores are remarkable for beinn; surrounded by two spiral filamenls called elaters,^ which are coiled tightly round them. When uncoiled, which in a dry state of the air they will become, these filaments are seen to be attached by their centre to a common point of the spore, so as to make them look like four legs, each with a swollen termination like a foot, bearing the spore at their point of junction. They are highly hygrometric, and if a number of tliem be laid on a piece of glass under a microscope, and breathed upon and allowed to dry alternati'ly, they may be seen to twist and untwist them- selves and wriggle about as if they were endowed with life. Equiseta are humble plants, two or three feet high, though occasionally attaining a larger size. Tlicy appear to bo the degrnerate descendants of gigantic ancestors, which under the names C'alamite and Stigmaria are now found (together with gigantic Lycopodia) fossilized in our Coal-measures. They are rigid, hard, plants, rough to the touch, owing to the quantity of silex which tlieir cuticle contains. In Equisdiim ]ii/i'}itide this is so great as to make it useful for polisliing furniture and metals, for wliich purpose it is sold under tlic name of Diitch-rush. A section of this cuticle, when submitted to a microscope and viewed liy polarized light, forms a very beautiful object; the crystals of silica are are clearly seen arranged in rows running parallel with the axis of the stem. Equiseta have been generally classed near to Ferns, being considered their near allies; but Lindley says that "their relation to Ferns is not obvious." In the possession of elaters they resemble JimgerviiannidcecB and Marclumtiacem — and, as lie says, "the resemblance between the peltate scales of E(|uisetum and the umbrella- like heads of the spore-cases in Marchantia is too obvious not to strike the most unpractised observer." It is with these that he thinks Equisetum has its nearest affinity. 1 have found one species, and but one, in Burma : Equisetum, Linnaiis. E. DEBiLE, Eoxb. Order LYCOPODIACE^ (Club-mosses). An order of Acrogens, with one- to three-celled axillary spore-cases or theeoe, witliuut any jointed ring. Reproductive bodies all of one kind. Lycopoditii,- Liiinmts. Erect, pendulous, or creeping plants, with clo.sely imliricated, naiTow, rigid leaves, and a swollen or club-shaped termination, in the axils of the scales of which the tliecK, or spore-eases, are situated. Spore-cases kidney-shaped, one-celled, opening by two valves, many-seeded. The fruit-heads or club-like terminations are sometimes branched, as in L. (lavatHm. They may be likened to large mosses, or to diminutive fir-trees; indeed, " they are intermediate between ferns and cone-bearing trees on the one hand, and between ferns and mosses on the other" (Lindley). They are the dwarf representatives of the gigantic Lepid'jdfiidni and Siyillarlee which flourished in tlie forests of the primaeval world, and the fossil remains of which are found abundantly in our Coal-measures. ' Elatcr — eKaTrip, plnocntii' genus. Placenta, botanically, is that part of the interior of an ovarj- ■nliere the ovule originates : or the name may be given from the meaning of the Greek word for " to ilrive," because it scatters or prcppels the spores. 1 have used the word e/atir here for the spiral threads of the spores of F'/iiisc/mn because Lindley uses it, but they are both structurally and morphologically dilteieut from the proper elater of Jiiiii;er- maniiiiicttv. In the former, they are attached to the spore, and according to Berkeley are but the splitting up the outer coat of the spore — "nothing more than the unrolled spiral of which that outer coat consists." Whereas, in the latter, they are wholly independent bodies, attached to the valves of the spore-cases, and instead of being simple threads, are elongated sausage-like hyaline sacs, in which a double s])iral lies coiled up. - Lycopodium. \vkos, a h olf, and iroi/s-7ro5us, foot - from a fancied resemblance. LYCUPODIACE.E. 57 As to ferns, so to Lvcopods, modieinal virtues liavc been ascribed. " The most remarkable plant of the order is the Yatum cundenado. }'«/«/« = Great Devil and (^6«(/f«rtf/o = accursed — which appears to be L. rubruin of Chainisso. Sir W. Hooker, ■who calls it L. catharticiDit, states that it acts most vehemently as a purjiativc, and has been administered successfully in Spanish Anu;rica in cases of Elephantiasis." — Lindley. One of the most curious uses is that to -which the spores of L. clavatum are put. In conseciuencc of their highly inflammable nature, they are used, under the name of " Vegetable lirimstone," to produce stage lightning. Ajiothecarics also are said to roll pills in the powder to keep them from sticking to one another. Lijcopudnim clavatum is a long straggling terrestrial species, common also in Europe. L. jthh'umaria is an epiphyte, and may be not unfrequently seen hanging from trees in shady jungles to the length of 12 to 18 inches. L. mvolccns or circinah (as I take the plant to be which grows on Zwa-ga-byn) is a small, terrestrial, tufted, cocspitose species, with rather rigid tripinuate branches growing round a common central root. It is possessed of extraordinaiy hygrometric properties. When wet, it lies expanded ; but when diy, either out of doors in the hot sun, or indoors iu a dry room, it rolls itself up into a round ball. In consequence of this property, it was quite an unmanageable specimen for the Herbarium, so, not being ])laeed among the other species, it has been unfortunately mislaid and lost. I cannot, therefore, speak positively of it, but, in appearance, it corresponds exactly to the two Hgures of L. lepidophijllum of Hooker, Iconcs I'lantaruni, Vol. II. tab. clxii. and clxiii. But that it is there said to be a native of Jlexico, I should have pronotmccd it to be that species ; which, indeed, it may possibly be, notwithstanding the distance of the two localities. L. CLAVATUM, L. L. PHLEGMAKIA, L. L. CERNUUJI, L. (var. curvattim, Sw. Kaniorta, ;?(/<• Kurz.) L. LAXVM, Presl. Kamorta, yWc Kurz. L. SdrAKROsuJl, Forster L. OBTUSIFOLIUJI, llauiiltnn. {Ilamiltonii, Spring.) L. IXVOLVli^'S, Sw. SixAGiNixLA,' r. dc Bcauv. Though of the same natural order, Selagincllcr. present a totallv dill'erent ap- pearance from Lijcnpodia. Instead of the hard rigid habit of the latter, they are plants of a thin and delicate texture, and are distinguished by their much-branched trailing stems, which are tlat, and have their innumerable small leaflets bifariously disposed. Their fructification consists of axillary two- to three-valved theciV, borne on terminal scaly spikes. A small and luiinteresting species, S. Bilangiri, is common on wet clayey banks, and is only two or three inches long; but the larger kinds, when they find a suitable habitat, form large tangled masses, and are very beautiful objects. At Way-ta-nui-yaing, south-east of " The Tiiree I'agodas," 1 have waded knce-decp in them. 1 am indebted for the names of the undermentioned .species to ilr. Baker, of Kew, who will, I believe, shortly publish a work containing a description of all the known species of Li/cupudiacea:. S. riKniLis, Spring. Zwa-ka-byn. S. ciiRVsoCAn.ox, Spr. Zwa-ka-byn. S. Eklaxckui,- Spr. On hanks and old Pagodas, common. (S. proni/oliiim, Baker. Lycopodium imbricatum, Koxb.) ' SclnginoUa. dim. of Stingo, a name of Pliny's for some [il.int. - S. tmbiiaila of Kurz's list = i'. Bilmigcri, Spr. 58 BURMA, ITS PEOriE AND FRODUCTIOSS. S. PUBESCENS, Spr. S. ELAIiELLATA, Spr. S. CAULESCEXS, Spr. S. Wallichii, Spr. S. ATROVIRIDIS, Spr. S. CAUDATA, Spr. S. RADICATA, Spr. S. TAGIN'ATA, Spr. S. TEXELLA,' Spr. Kamorta, ^(/(' Kurz. PsiLOTuii,- Str. {BernhanUa, Willil.) A genus of a single species. Epiphytal, erect, aljout one foot liigh, slender, dichotomously branched; stem S-sided ; tliccre axilhiiy, 3-ceIled; leaves minute, bristle-like. On trees in damp jungles towards the south ; rare. P. TniarETitrii, S\v. Uernhurdia dtchotoma, "Willd. Order MAESILIACE^. Lycopodal Acrogcns, -with reproductive bodies of two kinds. The order is divisible into two distinct groups, to one of which belong Marsilea and Pilularia ; and to the other Azolla and Sali-inia. All the genera are aquatic. — Berkeley, Salvinia, Micheli. A genus of small aquatic plants, with a filiform floating rhizome or root-stock, alternate imbricated fern-like leaves, and bladder-like fruit on short leafless branches. "All the supposed species are reducible to one which occurs in the south of Europe in stagnant pools, and is found in all the warmer parts of the world." — Berheley. S. CUCrLLATA, Ifoxb. (M.) Order FILICES. FEEXS. The late Dr. Mason, in his introductory remarks under this head, after ac- knowledging what he kindly calls a "valuable Catalogue and Synoptical table" furnished by me, goes on to say that "Synonymy is the great opprobrium of Natural History. The difficulty in the study of nature is not in what God has made, but in deciphering the illegible characters that man has written upon her face. She places us on an enchanting ground of hill and dale, dingle and dell, stream and streamlet, and ' every tree that is pleasant to the sight and good for food ' ; but naturalists, by the multiplicity of barbarous names they have heaped on the same object, have turned the wliole into a continent of mud. " A tribe of ferns with the son continuous on the margin, and easily recognized, Linnffius designated Pteris or plume, the Greek name for ferns. Alodcm naturalists, Dutch and English, German and French, have so imjjrored on him and on each other that I'teris now appears in different books under eigldeen iliiierent names, and, to complete the cycle, showing the impertinence of those changes. Sir Wm. Hooker, the most distinguished of living Botanists, has gone back to the old Linnaian genus and adopted it in his new work on ferns. ^ .\mong species dtihife of SprinG^. ' Presumably trom \fii\6a!, to strip off thp liair, iu allusion to the bare, uaked appearance oi tbe plant, which may fairly be said to be lealltss. FILICES. 59 " The troc fi'in ^vliicli appears under AVallidi's name of Poli/podiiim giganteum ■will bo Ibuud iu the following Cutalog;u(- under Sir Wni. Hooker's name of Aluojihihi gigantca;^ but Moore more reeeutly refers it to Ahaphila glabra. Ho remarks, 'it sometimes becomes difficult to distinguish Alsophila and I'ulgpodium.' Where there is no natural boundary, why make an artilieial one ? "The silver fern is referred to yothocJihvna argentea, that being the systematic name under -which it is described in the latest work on ferns to which 1 then had access ; but I since find that Sir Wm. Hooker refers it to Cheilanthes argentea. Moore observes : ' Nvthochlana has all the habit of Cheilanthes, witli which some of the species have much affinity." " One of the most common ferns in Burma, very abundant at the base of the old walls of Toung-ngoo, is the four-eared I'terin, P. qitadriaurita, easily recognized by each of the lower pair of pinna; being double, so as to suggest two pairs of cars. To the description of this species Sir Wm. Hooker devotes a dozen lines of large type, and then adds 12 dozen lines in small type mainly to an exposition of the synonyms." — F.il. , Our good and worthy missionary has been a little hard here, I think, on botanists, indeed, on naturalists generally ; fur, although a confused heap of synonyms and a multiplicity of barbarous names might reasonably be pronounced to be an inconvenience, they hardly deserve to be stigmatized as an opprobrium ; and while the subject may legitimately afford (as it has afforded before now) a fair mark for a shaft of good-humoured satire, it is hardly the occasion for so serious a homily as he has read us. One wonders the more at Dr. Mason's warmth, when one reflects that but for this very barbarous nomenclature, and for the aid of those artificial boundaries with which naturalists furnished him, he would have been simply unable to compile the work in which he evidently took such pleasure, which will cause his name to be remembered in Burma as that of an ardent observer and lover of nature, and the only fault of which is the icunt and not the execus of that artificial symmetry which yet he so strongly decries! He must have forgotten, too, when he called a synoptical table " valuable," that its value lay wholly in its artificial character. " Where there is no natural boundary, why make an artificial one?" I presume, in order to bring part at least of this boundless nature within handling distance. Its vastness makes definition necessary; in no other way can it be dealt with. Sgstem means putting loose materials into shape, and this must be an artificial process. And though we say (as we do) that nature refuses to be bound by system, it is not, after all, so much nature that we bind as ourselves by it, in order that we may learn her ways and instruct ourselves in her methods, by. following them iu all their intricacies as far as we are able. And for this we want names and terms, an