ALBERT R. MANN LIBRARY New York State Colleges of Agriculture and Home Economics at Cornell University DATE DUE wv 1 Tf "*•*** 1 |rTmr« MRITIT 1HEX ■■■Ml Cniagl * “OCT ( ) 4 1999 GAYLORD PRINTED IN U.S. A. QK 6 1 1 .C77 n "' Un,versi,y Library Handbook Of Australian fimni 3 1924 001 286 610 HANDBOOK OF AUSTRALIAN FUNGI. HANDBOOK AUSTRALIAN FUNGI M. C. COOKE, M.A., LL.D., A.L.S. j Author of “ Illustrations of British Fungi;” “ Handbook of British Fungi j ‘ Mi/cographia ; ” “ Fungi, their nature, uses, Sfc.;” “ Myxomycetes of Great Britain ; ” “ Synopsis Pyrenomycetum ; ” See. WITH THIRTY-SIX PLATES p Uu USIIED UNDER THE AUTHORITY OF THE SEVERAL GOVERNMENTS OF THE Australian Colonies 1892 London : WILLIAMS and NORGATE ° R THE DEPARTMENTS OF AGRICULTURE IN MELBOURNE, BRISBANE, SYDNEY', ADELAIDE, HOBARTON. £ Q*f (j>H C 77 CO /V I'SO He PREFACE. F HIS volume has been produced in order to supply a want adiicli has long been felt in the Australian Colonies, but which hitherto has been found to be impracticable, as local publishers w °uhl not undertake the risk. Fortunately this difficulty has been removed by the combined action of the Governments of the most important colonies to assist in this publication. It is How issued under the sanction and authority of the Govern- ments of Victoria, New South Wales, Queensland, South Australia, and Tasmania. It has not been attempted to incor- porate New Zealand, and only to refer to most of the species ■^hieh are common to Australia and New Zealand, the majority being different. , The material upon which this work is based consists of the s Pecies enumerated by Kalchbrenner in “ Grevillea,” and pre- i Vl °us authors, with those collected since and communicated to l he author by Messrs. F. M. Bailey, Dr. Berggren, Mrs. Flora Martin, Baron F. von Mueller, F. Reader, Schomburgck, and others. In addition to these may be mentioned the specimens .secured by Sir Joseph D. Hooker, in his Antarctic Voyage, in the Challenger Expedition, and other Expeditions which have touched upon the coasts. It is not supposed that the present work is by any means ex- haustive of the Fungi of the Australian Colonies, since those 'vhich are so minute as to require the aid of a pocket lens are far below the number which would be reasonably expected to occur VI PREFACE. over such a large expanse of country. Such specimens are unob served by the ordinary botanical collector, and require some ex perience to detect. Thanks are, tliorefore, due to the perseveranc of Mr. F. M. Bailey, Mrs. Martin, and Baron F. von Mueller, i: continuing to secure and forward specimens to England fo identification, since, without their co-operation, this voluim could scarcely have been produced. My thanks are also du to Mr. George Massee for his constant assistance in the exami nation and determination of the material which forms the basi of this work. Except the Hymenomycetes, all the specimens, v enumerated and described by Kalchbrenner were referred t< myself at the time, and we shared the responsibility. Unfortunately, in some cases, the localities attached to tin specimens which have passed through my hands are not indi^ cated, as also is the case with some published descriptions o species which I have never seen, so that I have had to resf content with the general indication of “Australia,” instead oj J i 1 the usual quotation of each colony. Interested persons wil| tci possibly take exception to the omission of the names of collectors’ under each individual species, but as this could not bo done) for lack of the necessary information in all cases, it was coir sidered advisable not to attempt it in any. Moreover, thii could hardly be classed as “ scientific information,” and vvouu in no way have contributed to the practical value of the volume The difficulties in the way of determination or description from dried specimens, especially of Agaricini, badly preserved with no information, and destitute of figures, are almost insur mountable. Errors are almost inevitable in such cases, anil there is never so much certainty or satisfaction as when th specimens can he seen living, or in a fresh state. The bek substitute for the latter condition lies in faithful coloured drawings and accurate sections, with the addition of such note as could not be indicated in the figures. This has been th great desideratum with Australian Agaricini and Boleti. Rare!; have the specimens been carefully dried, and much more rarel. have they been accompanied by any notes or figures. Except tions must be made in favour of some drawings by Miss Web! Mrs. Martin, Mr. Tisdall, and some rough sketches by Mr PREFACE. Vll Bailey, although often fox' lack of sections these have not been all that could have been desired. As must be expected, a gi’eat number of badly dried Agarics, without a scrap of information, have been at once condemned as useless. In the preparation of this volume my thanks are due to Mr. VV. Phillips, of Shrewsbury, for his valuable assistance with I the Discomycetes, and also to Mr. G. Massee for his aid and counsel with the Gastx'omycetes and Myxomycetes ; and also to Mrs. Flora Martin for her unflagging energy in smoothing the way for the accomplishment of this long-cherislred design, now brought to a close. It has beon my endeavour, with the illustrations, to repre- sent each genus, and the principal subgenera, as much as possible by Australian examples. As for the classification and ' arrangement, I accept the responsibility, and, if need be, shall g i be prepared to defend it. I can only hope that the publication :) | of this “ Handbook ” may prove a boon to the Colonies, and p justify their Governments in having given to it their liberal countenance and support. M. C. Cooke. )' , n;; London, 1892. if CONTENTS. Preface... Introduction ... Hymenomyceteas Gastromycetcai Ascomyceteae . . . Phycomycetea? Hypodermeae ... Fungi Imperfecta; Splia;ropsidea3 Hyphomycetese Saccharomyceteae Scliizomycotere Myxomyccteie Addenda Authorities cited References to plates Index ... HANDBOOK OF AUSTRALIAN FUNGI. INTRODUCTION. The immense tract of country presumed to be covered by this work is the whole Australian continent, as far as it has" been investigated, and the Island of Tasmania, but exclusive of New Zealand. The fungi of some of the Colonies are better known than others, but even in the best much still remains to be done, since it is believed that researches have been local, and hence incomplete. It is only during the past ton or fifteen years that any earnest endeavour has been made to collect material for a Work of this kind. The first contributions to the Fungi of Australia may be attributed to Flinders’ voyage in 1801 to 1805, when Robert Brown enumerated about a dozen species. Succeeding to this Were the collections of Cunningham from 1816 to 1831, and Gunn in Tasmania from 1832 to 1850. These were mostly described by the Rev. M. J. Berkeley, in connection with those collected by Drummond in 1839. Meanwhile, in Western Australia, Ludwig Preiss collected the forty species enume- rated by Fries in “ Planta? Preissianse,” and published in 1846. From this time forward Berkeley, in Hooker’s “ Flora Tas- mania ” (1860) and in Hooker’s Journal for 1848, continued Tasmanian Fungi, and in the same Journal for 1845 the species collected by Drummond. Then came a period of rest, until, in 1873 and 1881, Berkeley issued papers on this subject, in the 1 Journal of the Linnean Society.” In 1878 Berkeley and Broome Published their first communication on the Fungi of Queens- land in the “ Transactions of the Linnean Society,” the second and third papers appearing in 1883 and 1887. Meanwhile the Challenger Expedition touched on the coasts, and collected the species recorded in the “ Linnean Journal ” for 1878. It was in 1880 that the Rev. C. Kalchbrenner commenced his series of Australian Fungi in “ Grevillea,” and in the next year these Were continued, in unison with M. C. Cooke. A collected list X INTRODUCTION. now being deemed to be advisable Baron F. von Mueller kindly provided for the publication of “ Fungi Australiani,” in con- nection with his “ Phytographi* Australia),” and this was issued in 1883, but the bulk of the copies were lost at sea. This catalogue included 1,200 species. From that time to the present a continued stream of specimens have been sent over for determination, the new species being described in “ Grevillea; ” some few smaller collections having found their way to the Continent of Europe, and been recorded in “ Hedwigia,” “ Malpighia,” and other continental journals, the whole of which, we believe, are incorporated in the present volume. The number of species collected by the U.S. Exploring Expedition, one or two of the French Scientific Expeditions, or found scattered through scientific literature, during the past half century, has been small, and of little importance, but it is hoped that none of them have been overlooked. By com- parison it will be seen that the number of species has been nearly doubled in less than ten years. All the specimens described by Kalchbrenner, except the Hymenomycetes, passed through the hands of the author of this Handbook, and he has had access to all the species published by Berkeley, and by Berkeley and Broome, as well as those published by himself, 'the only difficulty has been with the species published on the Continent, of which he has seen some, but of the plants included in “ Plantse Preissianae ” he has no knowledge, and these are inserted on the authority of Fries. Numerically the total of species for such a large tract of country as Australia is very small, and, as yet, the orders are disproportionate. Hitherto, for the most part, the largo and conspicuous species have been collected, whilst the minute, for which knowledge and experience are required, are very im- perfectly represented. Taking the whole number of described species of fungi, as represented in Saccardo’s “ Sylloge,” at 36,000, including the first portion of the supplement, then the total for the Australian Colonies, of a little over 2,000, is but one-eighteenth of the whole. Whereas, in the British Isles, the Agaricini reach to 1,350, and, doubtless, the residue of the Hymenomycetes would bring the number to 2,000, or equal to 1 all the orders in Australia. It is quite improbable that a total of the Hymenomycetes of 1,174 species represents fully the number which are indigenous, and yet the Hymenomycetes and the Oastromycetes are the most numerous. Accepting 9,600 as a fair computation of the number of described species of Hymenomycetes, then a little more than one-eighth for the colonies is not an unsatisfactory proportion, when it is taken into account how short a time has been devoted to their investigation. The Oastromycetes present several features of . great interest, since it is probable that, when more complete, this portion of the Flora will be exceptionally remarkable. The total number of described species for the whole world is about INTRODUCTION. XI 650, but in this pi-cscnt work A 78 species are enumerated, or more than one-fourth of the whole, for the Colonies ; whilst in the British Islands only 75 are included in Massee’s “ Mono- graph,” which is only less than one-eighth of the total described species. From this we conclude that Gastromycetes are unusually strong in Australia, certainly including some interesting genera, not hitherto discovered elsewhere, but weak in subterranean species. Accepting 3,500 as the total of known Discomycetes, the Australian catalogue of 133 species is essentially small, being only one twenty-sixth of the whole, whereas in Great Britain the number is not less than six hundred, and perhaps more, or about one-sixth of the whole. This is accounted for, as in the remaining orders, by the preponderance of minute species, hardly distinguishable by the naked eye. In the Fyrenomycetes the dearth of species is no less remarkable, for, out of a total of no less than 7,500, not more than 200, or one thirty-seventh part, are recorded for the Australian Colonies, but not less than 1)00 are found in the British Isles, or at least one-eighth of the total number of recorded species. With the remaining orders it is unnecessary to institute comparisons, as they are also minute species, and the catalogue for the Colonies is very rudimentary and imperfect. It may be taken for granted that of the species which require the use of a pocket lens for their detection, a large held for discovery still lies open, and it is in this direction that the most numerous additions to the “ Hand- book ” might be made. It is quite probable that, in the course of a few years, by working up the minute species, the total number contained in this volume would be more than doubled, even without the investigation of unexplored districts. Curious facts in geographical distribution are constantly pre- senting themselves to those who have any extensive experience in the plants, especially the fungi, of distant regions. It is of common knowledge that such species as Schizophyllum commune, Pomes lucidus, Polystictus occidentalis, Polystictus sanguineus , Stereum lobatum, and some others, are to be met with in all countries, from warm temperate to the equator, but there are many species which are not by any means so common, or widely distributed, which occur only in countries far apart, and with broad expanses of ocean between them. There is no better illustration of this than the occurrence of Ceylon species of fungi in Australia. This is not confined to one or two species, but is manifest in several species, of which we will proceed to instance a few. There are Agarious ( Lepiota ) dolichaulos, B. & Br., Agaricus ( Lepiota ) leontoderes, B. & Br., Agaricus ( Lepiota ) aspratus, B., Agaricus ( Lepiota ) lepidophorus, B. & Br., Agaricus ( Lepiota ) rhyparophorus, B. & Br., all Ceylon species of Lepiota , which occur also in some parts of Australia. In scarcely any other subgenus of Agaricus are so many Ceylon species found outside the limits of the island. What are the special con- Xll INTRODUCTION. ditions which conduce to the appearance of the above species of Lepiota, indigenous to Ceylon, in Australia ? Undoubtedly the climate of Australia is favourable to the growth of Boletus and Strobilom.yces, but, up to the present, the only Ceylon species found in Australia is the gigantic Boletus portentosus , B. & Br. But Ceylon is not productive for Bole.ti, and, as far as we remember, this is the only indigenous species, and that solitary one has appeared in Queensland, quite fourteen 1 inches in diameter of the pileus. Amongst the Polyporei there is no more marked instance than the occurrence of Polystictms Peradenice, B. & Br., which, as its name indicates, was first found in Ceylon, but has since been collected in most of the Australian colonies. Whatever errors of determination there might bo with fleshy putrescent fungi, there is no room for doubt in this species, which is remarkable for its distinctive chai’acter. lrpex jlavus, Kl., and Irpex zonatus, B., are not original ] Cinghalese species, but they are also Australasian, as well as * somewhat common in Ceylon. Kneifiia Muelleri, B., first found > in Australia, was afterwards detected in Ceylon, and we have ■, no recoi-d of it elsewhere. Hymenochvte strigosa , B. & Br., was first described from Ceylon, and afterwards recognized in Aus- f tralia. Hymenochade rhabarbarina, B. & Br., also a Ceylon « species, has been found in New Zealand. Corticium simulans , B. & Br., in addition to Ceylon and the United States, has been collected in Australia. Stereum pusillum, B., has only been recorded from Ceylon and Tasmania. Also Stereum sparsum, B., only for Ceylon and Australia. Coniophora murina, Mass., ; I was described from Ceylon, but has since been detected in Australia. Aserde Zeylanica, Berk., is recorded for Ceylon and New Zealand. Lycoperdon lilacinum, M. & B., although found in other localities, including South Africa and South America, is common also to Ceylon and Australia. Epichloe cinerea, Berk., first received from Ceylon, has recently been collected in Australia. Xylaria Schweinitzii , B. & C., was first discovered in Surinam, it was found afterwards in Ceylon, and more recently in two or three localities in Australia. This is not by any means an exhaustive list, but suggestive of the relation- ship between some of the larger fungi in two remote countries. Comparing the Australian Fungi with those of Europe, we ' find that 271 species of Agaricini, or altogether 472 species of Hymenomycetes which are found in Europe extend to Australia, which would seem to indicate that two-fifths of Australian Hymenomycetes are European, but, probably, further investiga- tion will prove this to be too large a proportion, since examina- tion on the spot, and in a fresh condition, may determine some of the species now referred to European types to be distinct, since it is always difficult to be quite certain with only a dried specimen or two of an Agaric, without any figure or details. With the Gasteromycetes it is different, for, of the total of 173 INTRODUCTION. Xlll Australian species, only 31 are European, and these are mostly widely- diffused species. Of the total of Australian species of the Hymenomycetes, now fixed at 1,174, we only recognize about 332 as exclusively Australian, which, with the 472 European species, make 804 accounted for, leaving 370 species as common to Australia, and some other country, exclusive of Europe, some being found in New Zealand, Ceylon, Cuba, the United States, and South America. The classification adopted by Fries, in his “ Systema Myco- logicum,” published in 1822, and amplified in his “ Summa Vegetabilia” of 1846, was still imperfect and unsatisfactory, inasmuch as it ignored all microscopical characters, and no complete system was offered in its place until Professor Saccardo commenced his “ Sylloge ” in 1882. It is, therefore, to this latter work, with some modifications, that we have resorted in the compilation of the present volume. The large order of Hymenomycetes are not essentially different in their arrangement from the Friesian method, although Saccardo has raised all the subgenera of Agaricus to the rank of genera, with which we are not prepared to coincide, and then altered their sequence so as to bring them into four groups, according to the colour of the spores. On the contrary, we have retained the genus Agaricus intact, with its subgenera, which is succeeded by the other genera of Agaricini, as in the “ Hymenomycetes Europsei ” of Fries, and so on to the end. In some few instances now genera are interpolated, or old ones transposed, as we think with good reason, especially in the Tremellini ; and the large genus Polyporus has been divided according to the method pro- posed by Fries himself in his “ Nova; Symbol®.” In all these instances we are in accord with Saccardo. In the Gasteromycetes we have almost followed the “ Sylloge,” except in one or two points, such as the suppression of Mycenastrum, and the arrangement of Lycoperdon, in which latter instance we have followed Massee’s “ Monograph.” We have never considered that the Gasteromycetes was the strongest group in Saccardo’s “ Sylloge.” The subterranean species, of which there are but few, lead naturally to the Tuberacei, by moans of which the Ascomycetes are entered. Then follows the Discomycetes, in which we were content to accept the arrange- ment of the “ Sylloge,” with some small modifications. The Pyrenomycetes are very meagrely represented, but such of them as there are, are classified according to the “Synopsis Pyreno- mycetum ” published in “ Grcvillea,” in which the principle of the “ Sylloge ” is departed from, in not taking the sporidia as the fundamental basis of classification. Our opinions on this point have been expressed freely elsewhere, and need not be revived here. The Phycomycetes close this portion of the work. ^ The Hypodermece, which consists of the Ustilagines, and Uredines, follow the “ Sylloge ” in their arrangement, as XIV INTRODUCTION. embodying the latest views on this subject, although we still venture to think that it is not the best, or, at any rate, that it is still in a transition state. We are old-fashioned enough to believe that for purposes of classification, features should be taken which are present and evident in the specimens them- selves, and are not dependent upon any of the phenomena of their life history, which cannot be represented in the herbarium. Imperfect Fungi are those which are either known, or assumed to be genetically related to other fungi, and therefore not autonomous. These naturally follow the more perfect groups, and hence the Sphoeropsidece and the Hypliomycetes, or moulds, bring the acknowledged Fungi to a close. We have written the words “ acknowledged fungi ” advisedly, because there are some who will not acknowledge the Myxomycetes as true fungi, and we do not wish to wound their susceptibilities. The Myxomycetes are arranged according to the latest “ Mono- graph,” by Mr. G. Massee, and consequently are not in accord- ance with the “Sylloge,” at least as far as the sequence of genera is concerned. That they should be classed with fungi is still our own conviction, but the peculiarities of their vegeta- tive stage separate them from all other groups. In their reproductive stage their affinities are undoubtedly with fungi, with some resemblance to the Qasteromycetes, but they can no longer be intimately associated with that order, as was formerly believed. For the benefit of those who are unacquainted with the principal features of the different groups which find a place in this volume, and to facilitate them in its use, it may be per- mitted here to diverge into a brief explanation. The Basi- diomycetes include by far the largest number of Australian fungi, and their chief distinction is that the spores, which are analogous to seeds in the higher plants, are borne on the apices of certain supporting bodies termed basidic . In typical forms these basidia are more or less club-shaped, surmounted by four minute points, or spore-bearers, called steriymata, each of which carries a spore. The basidia packed closely together side by side, and often intermixed with other stei’ile processes, termed cystidia, constitute the spore-bearing surface or hymenium. In the Hymenomycetes this hymenium is exposed, but in the Gasteromycetes the hymenium is enclosed in an outer covering, or peridium. The two groups known respectively as tho Hymenomycetes and the Gasteromycetes constitute together the Basidiomycetes. In the Hymenomycetes the hymenium is dis- posed in various ways. For instance, in the Agaricini, to which tho mushroom belongs, the hymenium is inferior, or on the under surface of the cap or pi lens, and forms a delicate membrane, which is folded in pleats or folds, like a fan, radiating from the stem to the edge of the pileus. These folds. INTRODUCTION. XV °R gills, vary in the different genera, being persistent in such as Agaricus, Russula, Lentinus, etc., hut deliquescent in Coprinus, Rolbitius, etc. The edge of the folds is acute in Agaricus, Marasmius, etc., but obtuse and vein-like in Oantharellus, longitudinally channelled in Trogia, and splitting in Schizo- phyllum. In order to assist in their determination, we have appended, in a tabular form, the following KEY TO THE GENERA, AND SUBGENERA, OP AGARICINI. I. Spores white, or very slightly tinted. — Leuoospori. * Plant fleshy, more or less'firm, putrescent (neither deliquescent nor coriaceous), f Hymenophore free. Pilens bearing warts or patches free from the cuticle. Ring present 1. Amanita. Ring absent 2. Amanitopsis. Pileus scaly, scales concrete with the cuticle. Ring present 3. Lepiota. Ring absent 4. Schulzeria. f Hymenophore confluent. J Without cartilaginous bark. § Stem central. || With a ring 5. ArmiUaria. || Ringless. Gills sinuate 6. Tricholoma. Gills Recurrent. Edge acute .... 7. Clitocybe. Edge swollen . . . . xi. Oantharellus.. Gills adnate. Parasitic on other Agarics xii. Nvctaljs. Not parasitic. Milky ix. Lactarius. Not milky. Rigid and brittle . . x. Russula. Waxy vii. Hygrophorus. § Stem lateral or absent . ... 11. Pleurotus. J With cartilaginous bark. Gills adnate 8. Collybia. Gills sinuate 9. Mi/cena. Gills decurrent 10. Ompttalia. * Plant tough, coriaceous, or woody, t Stem central. Gills simple xiii. Marasmius. dills branched xvi. Xkbotus. f Stem lateral or wanting. Gills toothed ....... xiv. Lentinus. Gills not. toothed xv. Pants. Gills channelled longitudinally or crisped xvii. Trogia. Gills splitting longitudinally . . xviii. Schizopuylluu. Gills anastomosing xix. Lenzites. * Plant membranaceous, stem central . . iv. Hiatula. XVI INTRODUCTION. II. Spores rosy or salmon colour. — Hyporhodii. * Without cartilaginous bark. + Hymenophore free. } With a volva. RiDg present Ring absent { Without a volva. With a ring Ringless t Hymenophore confluent. } Stem central. Gills adnate or sinuate .... Gills decurrent } Stem lateral or absent * With cartilaginous bark. Gills decurrent Gills not decurrent. Pileus torn into scales .... Pileus papillose, subcam panulate. Gills membranaceous, persistent. Gills subdeliquescent .... 12. Metraria . 13. Volvaria. Pluteus. 16. jEntoloma. 17. Clitopilus. 21. Claudopus . Eccilia. 18. Leptonia. 19. Nolcinea. 111. Bolbitius. III. Spores brown, sometimes reddish or yellowish brown. — Dermini. * Without cartilaginous bark. + Stem central. { With a ring. Ring continuous Ring arachnoid, filamentous or evanescent. Gills adnate, terrestrial . . . Gills decurrent, or acutely ad- nate, mostly epiphytal . . { Without a ring. With rudimentary volva . . . Without a volva. Gills adhering to the hymeno- phore, aud sinuate. Cuticle fibrillose or silky Cuticle smooth, viscid. . . Gills separating from the hyme- nophore, and decurrent . f Stem lateral or absent ..... * With cartilaginous bark. Gills decurrent ........ Gills not decurrent. Margin of pileus at first incurved . Margin of pileus always straight. Hymenophore free Hymenophore confluent . . . 23. Pholiota. V. COKTINAKIUS. 26. Flammula. 22. Locellinia. 24. Inocybe. 25. Hebeloma. vi. Paxillus. 30. Crepidotus. 29. Tubaria. 27. Naucoria. Pluteolus. 28. Galera. IV. Spores purple, sometimes brownish purple, dark purple, or dark brown — Pratellce. * Without cartilaginous bark, t Hymenophore free. Ring present. { With a volva 31. Chitonia. J Without a volva 32. Psalliota. Ring absent 33. Pilosace. INTRODUCTION. XVU f Hymenophore confluent. Veil normally ling-shaped on the stem 34. Stropharia. Veil normally adhering to the margin of pileus 35. Kypholoma. * With cartilaginous bark. Gills deourrent 37. Deconia. Gills not decnrrent. Margin of pileus at first incurved. 36. Psiloeybe. Margin of pileus at first straight 38. Psathyra. T- Spores black, or nearly so. — Coprinarii. Gills deliquescent Gills not deliquescent. COPHINUS. Gills decurrent Gills not decurrent. Gomphidius. Pileus striate . 40. Fsathyrella. Pileus not striate Fanceolus. In the foregoing table the names of the genera are printed in small capitals, and those of the subgenera in italics. From the Agaricini we pass to the Polyporei, in which, whilst the hymenium is still inferior, it is no longer spread over a folded membrane, hut lines the interior of pores, which are parallel to each other, and at right angles to the plane of the pileus. There are but few genera, and these sufficiently distinct to require no elaborate description. The only genera in which the whole substance is fleshy are Boletus and its immediate allies, Strobilomyces and Fistulina , at least in so far as the Australian Flora is concerned. Between Boletus and Strobilo- tuyeos there is very little difference, save that in the latter the Pileus is broken up into large scales, whereas in the former the pileus is even. Fistulina differs from both those in the pores being the perforations of distinct separable tubes, and not closely adnate and confluent tubes, as in Boletus, Strobilomyces, and Polyporus. The residue of the genera, the substance, even when it is rather soft and fleshy at the first, soon becomes firm ft nd hard, often leathery or woody. The old genus long known ^Polyporus has been broken up into four genera, in all of which the hymenium is similar, the difference being that in Polyporus, as now limited, the pileus is at first fleshy, but tough, becoming hardened, rarely fragile, without furrows or zones on the pileus, and with only a single stratum of pores. In Fames the pileus 18 Woody, with a hard crust, concentrically sulcate, and, being perennial, usually with more than one stratum of pores, each stratum being the growth of a single year. In Polystictus the pileus is more or less leathery, with a zoned, usually somewhat hairy or velvety surface, a fibrilloso internal stratum, and only °ne series of pores. In the fourth genus, or Poria, there is no Ihue pileus, the whole fungus being spread upon, and adnate to the matrix, so that it appears as a stratum of pores seated upon a kind of subiculum. Trametes differs from Polyporus and its XV111 INTRODUCTION. allies in the dissepiments of the pores being thick and rounded, \ and the pores being continuous with the substance of the pileus and similar to it. Sc.lerodepsis resembles Trametes in some 1 things, but differs in the pileus being scutate at the base, an dr the edges of the pores acute, and sometimes toothed. In Dcedalea the pores are sinuous and very irregular. Hexagoniat 3 resembles Polystictus, with large hexagonal pores. These are'' angular and radiating in Favolus, but rather rhomboidal than j hexagonal. The substance is gelatinous in Laschia and Camp - 1 bellia, but more waxy in Merulius. The pores are formed by I veins in Laschia and in some species of Merulius, but they aroti deep and sometimes toothed in Campbellia, which seems to be I stipitate, whereas the species of Merulius are sessile. Forothe- > Hum unites the Polyporei with tlio Hydnei, since the pores aro distant, and are practically perforated papillm. Solenia con- sists, in our opinion, of elongated cups, similar to Cyphella, to which it is really more closely allied than to the Polyporei. ’ The Hydnei are distinguished by the hymenium covering the outside of spines, warts, or papillm. In Hydnum the or ex- cesses aro spines or teeth, as they are in Tremellodon, but in the I latter the substance and structure approaches Tremella. In Sistotrema the processes aro flattened teeth, as they are in frpex i but m the latter connected at the base. Badulum has an i irregularly tuberculose hymenium, and Fhlebia is somewhat gelatinous, when living, with a corrugated hymenium. ( Jrandtma , Odontia and Kneiffia are closely related, but in the first the hymenium is warted or granulose, with the warts obtuse ; m Odontia the warts are crested, and in Kneiffia there are no warts, but the hymenium is rough with rigid set®. In Thelephorei the hymenium is even, or nearly so, being at the most only velvety. Craterellus has a waxy hymenium : Lachnocladmm has the habit of a Clavaria, with a lateral hymenium ; Thelephora a soft hymenium, on one or both sur- faces, and the substance without any intermediate stratum the spores commonly globose, or nearly so, and often rough’. Cladoderns resembles Stereum rather than Thelephora, with a leathery pileus and a veined hymenium. Stereum is also leathery, with an intermediate fibrillose stratum, and an eves smooth hymenium In texture and general appearance Hymenochwte resembles Stereum, but the hymenium is velvety with minute rigid set®. Feniophora is also velvety, with warted, colourless set®, or processes resembling cystidia the texture and habit resembling Corticium. The little genus Aleurodiscus also resembles Corticium, but the form approaches Cyphella in being cup-shaped at first. The structure of the hymenium is peculiar from the presence of large, clavate nucleate basidia mixed with nodular paraphyses. Corticium is effused, with a waxy, smooth hymenium, and no intermediate stratum, and hyaline spores, whereas in Coniophora the spores INTRODUCTION, XIX we profuse, powdery, and coloured. Gyphella resembles a cup- shaped Gorticium or, still more, Peziza without, asci. The fifth family, Clavarioei, consists of erect, simple, or branched fungi, with the hymenium not distinct from the rest of the fungus, surrounding the whole plant. In Sparassis the branches are flattened into leafy lam in®, and the whole sub- stance is fleshy. Olavaria is also fleshy, and either simple or branched, wdth tapering bi’anches. Calocera resembles Glavaria m form, but the substance is tremelloid when fresh. The sixth family is the Tremellineae, in which the substance is, more or less, gelatinous, shrinking in drying and reviving with moisture. The genus which links it with the Thelephorem is Auricularia, which in external appearance and habit is almost ft Stereum, but the hymenium is vaguely ribbed and folded, swollen and tremelloid when moist, but hard and horny when dried. Similar to this in many features is Hirneola, but the species are cup-shaped and the substance is thinner. The hymenium is turned upwards, that is to say it is superior in Hirneola and inferior in Auricularia. More decidedly tremelloid are the four succeeding genera, of which Exidia is often papillose. Ulocolla is *brain-like and folded, with the spores bilocular in germination, l'remella is similar in form, but the Spores and sporidiola are subglobose and never divided, whilst m Seism, osarca every part has scattered bristles, and the spores are colourod. The two remaining genera are Dacryomyces, in which the species are small, the mature spores arc transversely divided, and the conidia produced in chains, and Guepinia, which somewhat resembles a Peziza in form, with a short stem. This group has been the subject of study with Dr. Brefeld, and the arrangement is based upon his observations. A great deal depends upon the minute structure, as shown by the microscope, ftnd especially the character of the basidia and the germination °c the spores, although we think that the less such features as the last aro introduced into systematic botany the better. Conscious that such details as the foregoing, on the characteristics of genera, are very uninteresting reading, we shall only give a brief attention to the Gastromycetes, which are too decided a feature in the Australian Flora to be ignored, and omit all reference to the genera of the succeeding groups. It has already been intimated that the Gastromycetes are characterized by having the spores produced on basidia, but tor the most part enclosed until maturity within an envelope, y olva, or peridium. Three families contain all the genera, and the first of these, the Plialloideat, has a hymenium which be- comes slimy and deliquescent. The following table will exhibit the distinctive features : — Receptacle pileate, at first volvate. Stem indusiate 1. Dictyophora. Stem not indusiate 2. Ithy phallus. XX INTRODUCTION. Receptacle wholly clathrate Receptacle clathrate above Receptacle stipitate. Apex entire . . . Apex lobate . . . Apex laciniate . . Apex stellate . . . 4. Clathrus. 5. Coins. 3. Mutinus. 6. Lysurus. 7. Anthnrus. 8. Aseroe. The next family is the Nidulariacece, in which the spores are contained within compact, lenticular sporangia, which are at first enclosed in a general globose or cup-shaped receptacle. Receptacle cup-shaped. Substance stratose " 9. Cyathus. Substance not stratose .... 10. Crucibulum. Receptacle globose, then stellate. . . 11. Sphrerobolus. The third and largest family is the Lycoperdacecc, in which the spores are pulverulent when mature, and then dispersed by an opening or by fissure of the peridium. In some of these the peridium possesses a distinct stem ; in others the stem is sup- pressed. In some the peridium is double ; in others it is single. And, again, some possess a distinct central columella, which in others is absent. All these features are taken into, account in arranging the following scheme: — Peridium stipitate. With a columella. Gleba cellular 12. Secotium. Gleba floccose 16. Podaxis. Without columella. Stem fibrous, hollow. Peridium spherical . . . 19. Tylostoma. Peridium lenticular . . . 20. Battarrea. Stem solid, rooting .... 28. Castoreum. Stem woody .... 29. Xylopodium. Stem cartilaginous . . . 21. Calostoma . Peridium sessile, or subsesgile With distinct columella. Peridium single. Splitting lengthwise . . . Indehiscent. . 13. Chainoderma. Subglobose . 15. Mesophellia. Cylindrical Protoglossum. Peridium double Cycloderma. Peridium absent ... . . . 17. Gymnoglossum . With free central nucleua . . . Without distinct columella. Peridium double. Exoperidium flaky. Budoperidium thin , . . . 23. Diploderma. . 24. B ovist a. Endoperidium thick . . . . 27. Mycenastrum. Exoperidium spiny or warty . 25. Ly coper don. Exoperidium thick, nreolate . 26. Scleroderma. Exoperidium stellate . . . Peridium single.. 22. G easier. Containing peridiola . . . . 31. Polysaccum . Containing sporangiola . . , 32. Arachnion. INTRODUCTION. XXI There is a fourth family, which includes the subterranean species, or Hymenogastracece, but these, as yet, are so poorly represented that no synoptical key is necessary. The Ascomycetes are a large order of Fungi which derive their name from the spores, or sporidia, being developed enclosed in globose, clavate, or cylindrical sacs of delicate membrane, termed asci. These asci are usually packed closely together side by side, so as to form the hymenium, which is either con- cealed within a closed receptacle, as in the Pyrenomycetes, or becomes exposed, as a more or less concave disc, in the Dis- comycetes. These are the two grand divisions of the Ascomycetes, the Tuberacece being a smaller group containing subterranean species, analogous to the subterranean species of Qastromycetes, but having the sporidia produced in asci. At present these are too incompletely represented for it to serve any useful purpose to remark upon the relations of the genera. It may, however, be well to refer here to the two groups at the latter part of the volume which are associated together under the term “ Imperfect Fungi.” These are the Splueropsideai and the Syphomycetece. The former are typically so closely resembling the Pyrenomycetes in habit and appearance that they may be mistaken for them unless examined with the microscope, when it is found that the spores within the perithecia are not pro- duced in asci, but at the tips of short sporophores, or spore bearers. Some of the species have been traced to an associa- tion with certain species of the Pyrenomycetes , as imperfect stages, or as pycnidia, or stylospores, but what is their special function is yet undetermined ; some of them may prove to be autonomous, but it is doubtful if many of them can be so ennobled. As for the Hyphomycetes, or moulds, many of them are believed to be the conidia of Pyrenomycetes ; such relations subsist between many of the species of Isaria and Cordyceps, between Tubercularia and Nectria, between Oidium and Erysiphe, etc. It may be found hereafter that such destructive genera as Cercospora, Fusicladium, and some others have no such relationship, but nothing can be affirmed. It is prudent, for the present, to regard them as imperfectly known, or, as we have called them, “imperfect fungi.” The Hypodermem include the fungi parasitic on living plants, known as IJstilagines, or smuts and bunts, and the Uredines, or rusts and brands. What we have to explain of the former Oiay be put in a tabular form. USTILAGINEA5. Spores simple, soon free. At first botryoid. Spores smooth or warted . Spores mostly areolate Always solitary. With columella .... Without columella. 1. Ustilago. 2. Tilletia. 4. Sphacelotheca. XXII INTRODUCTION. Sori pustular, pale 3. Spores agglomerated. Enclosed in a common tegument . . 5. Adherent without tegument. All fertile ........ 6. Peripheral sterile 8. Soon becoming free 7. Spores seated on a definite stroma . 10. Spores enclosed in a peridium ... 9. Entyloma. Doassania. Thecaphora. Urocystis. Sorosporium. Cerebella. Qraphiola, A similar course may also be adopted with the Uredines, bearing in mind that in this group the spores are not virtually all unicellular, as in the foregoing. No account need betaken here of the complications of development. UJtKDINE;E. Telentospores continuous, one-celled . Amerospoiue. Sori horizontal. Pulverulent 11. Uromyces. Forming a crust ....... 12. Melampsora. Sori vertical, forming a columella . 13. Cronartium. Telentospores bilocular Didvmospou.k. Sori horizontal 14. Puccinia. Teleutospores 3, or many-septate . . Phragmospora;. Uredospores solitary. Teleutospores cylindrical. Pedicels free 15. Phragmidium. Pedicels adglutinate .... 16. Uamaspora. Uredospores catenulate. Telentospores with a thick coat . . Coleosporium. ' Telentospores transversely and longi- tudinally septate Dictyospo r.v:. IMPERFECT UREDINES. Psendoperidium present. Cup-shaped . 17. JKcidium. Elongated 18. Rastelia. Pseudoperidium absent. Uredospores unicellular, solitary on deciduous pedicels 19. Uredo. The story of the Uredines is hardly to be told within the limits of this introduction, although it is one which has a consider- able interest for the agriculturist. We do not pledge ourselves to any theory of heteroecism, inasmuch as we fail to recognize it as satisfactorily proven, but we would not ignore the existence of snch a theory, and that it has many followers. To illustrate the phases of these parasites we may accept some species of Puccinia as a type. In the first instance the host- plant produces upon its loaves, in the spring, clusters of little cups, partly imbedded in the substance of the leaf, which is usually thickened and discoloured. These little cups constitute the A'J cidium-f ovm , the margin is usually white and fringed, and the interior filled with orange subglohose spores, produced in chains, hut soon falling apart. The ascidiospores will germinate when mature, and produce a thread of mycelium. Smaller bodies are also to he found in company or in proximity, INTRODUCTION. XX1U sometimes on the opposite surface of the leaf. These have the form of minute embedded cells, containing very small hyaline spore-like bodies, called spermatia, whilst the cells which con- J tain them are spermogonia. What their function may be is as yet only conjectural, but they are nearly always present, and j presumably not without a purpose. Later on in the summer, the same, or others, develop on either, or both surfaces, small I brownish pustules, at first covered by the cuticle, but at length the pustule splits irregularly, and exposes a powdery brownish dust-like mass of nearly globose spores, each spore borne at first at the apex of a short hyaline thread, these threads arising from a cushion-lilce base of mycelium. These powdery spores constitute the “rust" or uredospores, and with them ends the second stage of the fungus, but how they are evolved from the first stage, or how they produce the third stage, is a mystery still . Nevertheless, the third stage is held to be the com- plete or perfect stage, and the spores produced arc teleutospores. these teleutospores are more or less elongated, divided by a septum across the middle into two cells, and supported upon hyaline spoi’ophores, or spore-bearing threads. They are pro- duced in pustules similar to those of the uredospores, and often mixed with them. A few of the teleutospores will sometimes he observed growing within the pustules of the uredospores. When the teleutospores are mature they do not always germi- nate at once, but a period of rest supervenes, and perhaps they may not germinate until the following spring. Each cell of the teleutospore is capable of sending out a germ-tube, through a special pore, and as this germ-tube grows, the con- tents of the cell of the teleutospore pass into the germ-tube, and to the extreme end. Ultimately a septum crosses the tube and prevents retreat. One, two, or more buds or processes appear at the end of the germ tube, and in time are converted mto secondary spores, or promycelial spores, into which some of the old spore contents pass, and then these smaller bodies are eligible for the production of tubes of mycelium, prepared to find an entrance into tho leaf of some new host plant, and com- mence the cycle over again. Thus, then, we have, in order of succession, spermogonia, aecidiospores, uredospores, and teleuto- spores, the latter producing promycelial spores, as the most complete and perfect condition of a Fuccinia. But all these stages are not always to be found associated together. The chain is not always perfect. In some cases the -dSridium only is known, with or without spermogonia, or only the uredospores are known, and in either of these eases the tungi are regarded as imperfect, or imperfectly known Uredines. Besides those cases in which aecidiospores, uredospores, and teleutospores are produced on the same species of host plant, there is another group, which those who have implicit faith in heteroecism contend, produce the fecidiospores, with their sper- mogonia on one plant, let us say a Berberry, and the uredo- XXIV INTRODUCTION. spores and teleutospores on another quite different species of host plant, let us say, on wheat or barley. This is the con- tention, but it is not our intention to argue the question here, merely to state the assumption. Then there is another group in which only the spermogonia, 1 , uredospores, and teleutospores are known, and these all occur on the same host plant. Here the recidiospores are absent. In a fourth group only the secidiospores and teleutospores are known, and these occur on the same species of host plant. The uredospores are wanting, or if not absolutely wanting they are only found mixed with the teleutospores, and do not form pustules of their own. In the fifth group teleutospores only are known, so that both fecidiospores and uredospores are absent, and the teleutospores only germinate after a period of rest. In another group, which is little more than a sub-section, teleutospores only are known, but they germinate at once upon arriving at maturity, without any period of rest. Thus far, then, we have set out briefly the grouping adopted by those who have devoted themselves most actively to the study of Puccinia and its allies. A somewhat similar grouping is adopted for TJromyces. Our object has been to illustrate wherefore, in the descriptions of some species of Puccinia, we have spermogonia, mcidiospores, uredospores, and teleutospores all described as parts of the same whole, whereas in other descriptions only some of these are to be found. There are two or three small groups still remaining, to which we have made no allusion, although they possess an interest of their own. One of the most noteworthy of these is the Phyco- mycetes, as represented in this “Handbook,” but an amplifica- tion of the limits of that group as previously entertained. In this idea we have followed Mr. Massee, in his recent volume, “British Fungi, Phycomycetes,” etc. The old limitation con- fined the species to the type of Nucor, having the habit of moulds, but with spores enclosed within a sporangium, instead of being produced naked, at the tips of branches. In this aspect the group was assumed to have some relationship to the Ascomycetes , in the compound fructification. As here repre- sented, they consist of fungi having a mycelium typically devoid of septa, and parasitic on living plants or animals, or growing upon dead organic substances. Having sexual repro- duction by means of oogonia and antheridia, or by the conjuga- tion of similar branches, and an asexual mode of reproduction by means of gonidia, or zoogonidia. The value of the different sections may be gathered from the following arrangement : A. Threads well developed. Threads producing sporangia. Asexual reproduction by gonidia i developed in sporangia ; sexual by zygospores . . . Mucoraceee. Threads frequently branched, bearing zoogonidia, or passive gonidia. Asexual organs gonidia ; sexual, oospores . . Peroiio &p o vetoetp . INTRODUCTION. XXV Threads bearing zoogonidia. Asexual reproduction by zoogonidia ; sexual by antheridin and oogouia, producing oospores Suprolegniacece. Threads bearing gonidia. Asexual reproduction by gonidia, and thick-walled resting spores; sexual by zygospores Entomophthoracere . B. Threads obsolete. Sporangia alone, without mycelium. Asexual reproduction by zoogonidia; sexual by zygospores Chytridiacece. Filiform byphse soon disappearing. Spoiangia thick-walled Protomycetacece. Some of these sections are unrepresented in this volume, such as the Saprolegniacece, growing on fish, insects, or aquatic plants, for the most part, and the Entomophthoracece, which are usually parasitic on living insects. The Mucoracem has some six representatives, the Peronosporacecv. about three, the lower sections Chytridiacem two species, and the Protomycetacece a single species. With so small a number no detailed analysis of the genera is necessary. We may be excused for directing the attention of cultivators of garden plants, or field produce, to the devastation caused by the various species associated together in the genera which make up the section Peronosporacece . Two small groups, of uncertain affinity, but containing species of the utmost importance, are the Saccharornycetes, or yeast fungi, and the Schizomycetes, or microbes, which infest the tissues of auimals and plants. The individuals composing these groups are often infinitely minute, of low and simple organization, but powerful by their numbers, and the future may have much to reveal to us of their relations to health and disease. The final order to bo alluded to here is the problematic Myxomyeetes , sometimes called Myxogastres, or, by some authors, Mycetozoa. The individuals are for the most part small, from the size of a pin’s head to that of a rape seed, but occasionally, by confluence, much larger. They inhabit moist situations, growing upon dead leaves, rotten wood, or similar substances, and, in their eai’ly state, are soft and gelatinous. This is the vegetative stage, in which it has been assumed that they are offsets from the animal world. The final, or reproductive stage is admitted to be analogous to, if not in affinity with Fungi, Producing distinct spores in a powdery mass. These spores on germination “give origin to one, two, or more naked cells, which possess the power of movement, due to the protrusion of Pseudopodia, or the presence of a cilium ; these cells are known as swarm-cells. The swarm cells possess a nucleus, multiply by bipartition, and eventually coalesce to form a plasmodium ln the following manner. After the production of numerous xwarm spores by repeated bipartition, little groups are formed by the close approach of two or more of these bodies ; these groups often disperse again, but eventually the components of a group coalesce, and lose their individuality ; this coalescence XXVI INTRODUCTION. and loss of individuality results in the formation of a small plasmodinm, which in some unknown way possesses the power of attracting surrounding free swarm-cells ; these at once coalesce, and add to the bulk of the plasmodium. The nuclei of the component swarm-cells retain their individuality in the plasmodium, the latter retaining the power of motion originally possessed by its components, and represents the vegetative phase of a Myxogaster.* “ At the close of the vegetable period the passage of the motile plasmodium into the stationary reproductive condition is abrupt, and takes place as follows : — The surface of the plasmodium becomes elevated into one or usually many pro- tuberances. The original investment of the plasmodium is continuous over these protuberances, into which the whole of the protoplasm passes, leaving behind the remainder of its pellicle attached to the substratum, and known as the fiypo- thallus. When these protuberances, which may be sessile or stipitate, are symmetrical, and individually distinct, they are called sporangia ; when sporangia are irregular in form, usually vein-like and creeping, the term plasmodiocarp is used ; finally, when the sporangia are densely aggregated, so that their in- dividuality disappears to a greater or less extent, an sethalium is produced. The three conditions aro connected by inter- mediate links.” Having assumed some one of these forms, the contents of the sporangia gradually become dry and powdery, and consist of mostly globose or subglobose spores, mixed with delicate threads, often forming a network, and known as the cavil- litium. This capillitium may originate from a central colu- mella, or from the base of the sporangium, and, when not forming a network, radiates from the centre to the periphery. By rupture of the walls of the sporangia the spores are dis- persed. The classification of these organisms, which has been adopted in the present work, recognizes five orders, and several sub- orders, as follows : — Wall of sporangium not encrusted with lime. Capillitiutn absent or formed from wall of the sporangium ...... Pkiutuichacea:. Wall of sporangium not perforated . Tubulin a. Wall of sporangium perforated . . Cribrarice. Capillitium originating from a central columella . ColumellifeejE. Springing from every part of the elongated columella Stemonilea. Springing from the apical portion only Lamprodermeoe. Capillitium not springing from a colu- mella Calotkichacf„e. * Massee, “ Monograph of the Myxogasters,” p. 5, 1892. INTRODUCTION. XXV11 Threads free, not anastomosing . . Trichea. Threads attached, with free ends, or combined in a network .... Arcyrieee. Wall of sporangium with external deposit of lime. Capillitium present 1 . 1 t H o d r. I! M e .1: . Threads witliont lime Didymea. Threads containing lime Physareee. The above arrangement differs from that adopted by Rosta- finski, and most of the continental botanists, especially as to the sequence of the orders and suborders ; but in detail there is little difference in the alliance and limitation of genera and species. Thus much we have considered it advisable to provide for ihe benefit of the uninitiated, as a prelude or introduction to the technical descriptions which follow, and although brief and insufficient for such as may be entirely ignorant of the orga- nisms treated of in this volume, yet probably welcome to those who have acquired a little knowledge and interest in an obscure and somewhat neglected branch of botanical science. A com- plete and satisfactory introduction to the study could scai’cely have been accomplished in less space than is contained within the covers of this book, which would have been foreign to its original scope and design. It would be difficult to estimate the number of Australian species of fungi which are really edible, since in very few Instances can we go further than those which are known to be edible in Europe, and hence it can only be affirmed with certainty that there are nearly seventy species, in all, which can be relied upon. Of these, beside the common mushroom, are the well-known Cantharellus cibarius, the beautiful Corii- narius violaceits, the very useful Coprinus comatus, the European Bydnum repandum, and cnralloides ; several kinds of Clavaria, including bparassis crispa ; some Boleti, such as Boletus edulis , Boletus granulatus ; half-a-dozen species of Beziza, and un- doubtedly all the species of Morchella, or the “Morels.” But there is no true Truffle at present known, and, if the Mylitta is edible at all, which in its dried state seems to be impossible, there is no account of it, or its properties, known to us. Possibly some of the Lycoperdons are harmless enough, in their young and juicy condition, but there is something very suspicious, not to say repulsive, in the odour of the species of Glathrus, that it seems hard to believe that Clathrus cibarius is Worthy of its reputation as an edible species. The gastronomic value must be determined in the Colonies, although we would advise the utmost caution in such experiments. Of deleterious species there are, unfortunately, many, not so much toxicological as pestiferous, and in this we allude to those minute species which attack, and destroy, plants of economic value, such as the vine diseases, apple scab, tobacco mildew, and many others, which it is beyond the province of XXV111 INTRODUCTION. this volume to do more than enumerate and describe. As it is in animal diseases so it is with those of plants, that a time diagnosis must precede any attempts at remedy. All that a work of this kind can accomplish is to supply the data whereby the true character of the attacking fungus can be ascertained, its relationships, and its methods of reproduction, and hence conclusions may be drawn as to the best methods of applying remedial measures. Empirical methods may sometimes suc- ceed by chance, but the only real prospect of permanent success is based upon a certain knowledge of the character of the disease, and the life history of the parasite producing it. It must be remembered that these pestiferous fungi are primarily of two kinds, viz., those which are epiphytal, developed upon the surface of the green parts, and attaining their end by choking up the stomata, preventing transpiration and killing the plant by suffocation; or they are endophytal, being pro- duced within the substance of the tissues, and establishing themselves long before there is any external manifestation of their presence. The former class of diseases find a representa- tive in the disease of the vine called Erysiphe viticola, and its conidial stage, which is a species of Oidium, or effused white mould. In such a case, as in the allied European vine disease, caused by Oidium Tuckeri, and the common hop mildew, Sphcerotheca Castagnei, the application of sulphur has proved effectual, as the disease is external, and amenable to the action of fungicides. But in the other and larger class of diseases the fungi are either hereditary, or the mycelium, developed from germinating sporules, enter the young plants secretly, and com- mence the work of destruction by permeating the substance of the tissues. The latter class includes the rust, smut, and mildew of corn crops, and, in fact, all that group of fungi which arc described in this volume under the title of Hypo- dermece. In addition to these are the rotting moulds, included under Perotwspora and its allies, as well as the species of Fnsicladium, causing the “ apple scab,” and numerous other groups of more or less importance, notably of the genus Glceosparium. With these pests prevention is better than cure, since the application of external remedies will fail to reach the basis of disease, or either destroy tho parasite, or restore the diseased tissues to healthy action. Clearly, then, the only safe course is to ascertain accurately the nature of the disease, which can only be done by a patient microscopical examination, and, by taking advantage of the knowledge of its methods of reproduction, to destroy the germs, or sporules, check its extension, and “ stamp it out.” By means of a passing reference to those terrible moulds which attack the potato, tobacco, and tomato, and known generally as Peronospora, we may indicate what we intend to convey by “ knowledge of life history,” and how this know- ledge may be turned to account. As a starting point we take INTRODUCTION. XXIX a conidium, or spore-body, such as will be produced, by scores, on every fertile thread of the mould when mature. This conidium is an elliptical, colourless, minute body, having a thin outer coating of membrane, with fluid contents. These contents soon become granular, and at length collect at three °r four centres, which condense and ultimately aro distinctly ■separated from each other by the growth of a special envelope. Ultimately the membrane of the mother cell is ruptured, and ihe three or four smaller bodies which have been differentiated m its interior escape, each one furnished at one extremity With a pair of delicate moveable hairs, by means of which these little bodies, now termed zoospores, can swim actively 'n any thin film of moisture upon which they may fall. Possibly this film may bo on the leaf of a foster plant. In a short time all motion ceases and the zoospores come to rest, the pair of delicate cilia are absorbed and a germinating thread ls produced, the point of which seeks out and enters at one of the stomata of the sustaining plant. Having once obtained an entrance the thread grows vigorously, ancl a little mass of threads, called a mycelium, is soon developed within the tissues, capable of spreading itself through (lie plant which it has infected. In the next stage we discover that this mycelium has developed erect branched threads, which pass out through the stomata again into the external air, sometimes singly, sometimes in tufts. These are the fertile threads of the mould, which soon produce a single conidium at the tip of each of the hranclilets, just like the original conidium whence the Zoospores were developed. When fully matured each fertile thread produces a score or moro of these conidia, which fall away when ripe, and then undergo transformation into Zoospores, ready and active, prepared to pass through the same stages again, and indefinitely multiply the pest. This history represents the ordinary conidial fructification of the mould, by means of which it is passed from leaf to leaf, and from plant to plant, until the whole area is affected. How many of the minute conidia may be transported to a considerable distance hy a breath of wind it is impossible to say, but it is known that they are capable of suspension in the air, and that they may be carried to any spot where there is sufficient moisture i°r the conidia to bo differentiated into zoospores, and after- wards come to rest and germinate. This process takes place in jammer and autumn, but there is yet another means by which f he pest is disseminated in the spring. The mycelium which flourishes within the substance of the plant infested is capable of producing larger globose bodies, * hiefly within the stems, concealed from external view. These globose bodies secrete a thick envelope, mostly of brownish °°lour, and after development they remain in a state of rest Within the stems during the winter. So that old stems of Plants which are infested with the mould during the autumn XXX INTRODUCTION. conceal within themselves during the winter a large number of these “ resting spores.” As the old stems rot and decay the resting spores are set free in the spring, and then a period of activity commences. The contents of these globose bodies become differentiated into a largo number of zoospores, which ultimately escape, by a rupture of the thick envelope, armed with vibratile cilia, and in all l’espects like the zoospores which are developed from the conidia. These active zoospores swarm over the damp soil, and are carried by the spring rains into proximity with the young seedling leaves of the new crop of host plants, then the cilia are absorbed, germination com- mences, the delicate threads of mycelium enter the nearest stomata, and infection results. In this way, in addition to the spread of the infection from conidia in summer and autumn, provision is made for an attack upon seedlings in the spring. It will be inferred that, in order to check the spread of these diseases, the conidia must be destroyed in the autumn, to prevent their extension to healthy plants, and the destruction of all rotting debris must be carried out during the winter, so as to extirpate all the concealed resting spores, and thus prevent the infection of seedlings in the spring. Thus it will be seen that a knowledge of the life history of these parasites will suggest the best methods to be employed in their destruc- tion. With these suggestions we must quit a subject which would require considerable space to illustrate fully, or we might allude to such corn diseases as “ rust ” and “ mildew,” in order to demonstrate still further that all hope of alleviating the mischief they cause must be based upon knowledge of the con- ditions favourable or unfavourable to the reproduction and dis- semination of the specific diseases. It cannot be considered out of place to urge the importance which attaches to fungi, as well as to other branches of the Cryptogamia, that for the purpose of determining the species, and even the genera, the specimens collected should be in a perfect and fructifying condition. A very casual glance at the following pages will be sufficient to carry the conviction that everything depends upon the spore, or its analogue. The true relations of an Agaric can only be sought for after the deter- mination of the colour of the spores. All the minute species in which the fructification is enclosed in a perithecium, having the habit of a Sphceria, must, in the first instance, exhibit fruit before it can be affirmed whether, by virtue of the presence of asci, it should have its place in the Ascomycetes, or, on account of their absence, among the Sphxropsidew.. Moulds, again, which are devoid of conidia, are no better than a condition of mycelium, and their relations cannot even be guessed at. Spotted leaves are collected by novices, almost in myriads, under the impression that whenever a living leaf has become spotted, such spotting is produced by a fungus. The assump- INTRODUCTION. XXXI tion may often be correct, but not always, and even when correct something more is required, for the evidence must be present as to what kind of fungus has produced the spotting, and this evidence depends on the presence of fructification. Many a weary hour of fruitless labour may be expended in the examination of spotted leaves which do not furnish the organs essential to an accurate diagnosis. Hence it will be evident that the mere collector must acquire sufficient elementary informa- tion to guide him, and prevent the accumulation of a store of waste material, in which a pocket lens will show no probabilities °f fungoid growth in some condition of fructification. A little knowledge and experience may be sufficient to determine the presence of reproductive organs in some form or other, even when larger experience and a more extended knowledge may be Essential for accurate determination. Information is continually being sought as to the best means of preserving fleshy fungi, so as to forward them to distant places for identification. It is by no moans easy to furnish such advice, but the attempt must be made. The large woody Poly- porei, and the leathery species of Stereum, only require to be dried (flattened where possible) to be available for the herbarium. With the soft and fleshy Agarics the case is different, as they shrink out of all recognition, change colour, and are liable not only to decay, but also to quick demolition hy insects. No satisfactory determination of these can be made unless accompanied by sketches of the form, size, and colour as m life. It is not absolutely essential that they should be coloured, although that is best, but the colours must always be stated on the drawings. To assist those who are not facile with the pencil, it is recommended that the specimen collected should be divided longitudinally through the cap and down the centre of the stem. When this is done one half should be laid °n a sheet of white paper, with the cut surface downwards, and Ike outline traced carefully upon the paper with a sharp pointed pencil. On removing the specimen there will be left upon the paper an outline of the form of the Agaric, natural Size. This may be completed by hand, drawing in the line parking the margin of the cap, indications of scales on the pileus (if any exist), the character of the ring (if present), and Ine scales, lines, or markings of the stem. Another copy of the section, made side by side, on the same paper, would give the outline of the gills, and by a little care and practice it would be found easy to draw the line from the stem to the edge of the °up, indicating the point of junction of the gills with the flesh °f the cap. This should be done very carefully and accurately, as it must be depended upon to show whether the gills are fiuite free from the stem at their inner extremity, or whether U 'ey are adnexed, or whether they are decurrent, and to what ®xtent they run down the stem. Then, also, it should be shown *f the stem is solid or hollow. A little colouring, even if not XXX11 INTRODUCTION. artistic, would be more useful than mere description of the general appearance of the Agaric. Then should follow copious notes, embracing all the points essential to a true diagnosis — whether growing on wood or on the ground ; whether viscid when fresh, or perfectly dry ; whether of an agreeable or foetid odour ; whether acrid to the taste, or pungent, or mild ; whether moderately persistent or deliquescent ; and, if the sketch is not coloured, then to state the colour of the cap, the stem, and the gills, as explicitly as possible. It need scarcely be added that the locality and date should be indicated, together with a number, which should also be attached to the specimens, or their remains. These latter should be dried as thoroughly as possible, and sent with the sketches. The only process of drying which can be recommended, as applicable abroad, is to expose the Agarics or Boleti, or other fleshy fungi, to a free current of air, so as completely to deprive them of moisture. Care must be taken at this point that the specimens are not attacked by insects. When dried, but not brittle, a little pressure maybe used so that the specimens may be flattened to assure greater convenience in packing. Carefully cut sections through the centre of the pileus and stem would be an advantage, but insufficient by themselves. These may be dried between moderately absorbent papei-, which requires changing every few hours. Collections made in this manner have always been successful, in proportion as the instructions have been carried out. It is useless to send specimens of this kind abroad in spirits, or any kind of preserving fluid, as they entirely lose colour, and, in some cases, are completely destroyed. Leaf fungi only require to be dried flat, in the same manner that the foliage of flowering plants is dried for the herbarium, under pressure. All indications of colour should be given, wherever this is liable to be changed in drying, or by age. Fleshy fungi, when undergoing a long voyage, are liable to the incursions of insects, and especially of a marauding weevil. If sketchos are made, the specimens may be poisoned before packing, but in all cases they should be quite dry when packed, and carbolic acid should not be used ; corrosive sublimate usually answers the purpose fairly well, but some of the weevils do not seem to object to it. HANDBOOK OF AUSTRALIAN FUNGI. Family I. HYMEBTOMYCETES. Mycelium floccose, giving rise at once to a distinct hymenium, or producing a variously shaped, naked, or volvate reoeptacle, even, or bearing on its upper or under surface various folds, plates, prickles, &c., clothed with fertile hymenial cells. Spores naked, mostly quaternate, on distinct spicules. Berk. Introd. p. 351. Hymenium, normally inferior — Fruit-bearing surface lamellose .... Agaricini. Fruit-bearing surface porous or tubular . Polyporei. Fruit-bearing surface clothed with prickles. Hydnei. Fruit-bearing surface even Thelephorei. Hymenium, superior or encircling — Clavate or branched, rarely lobed . . . Clavariei. Lobed, convolute, or disc-like, gelatinous . Tremellini. Order 1. AGARICINI. Hymenium inferior, spread over easily-divisible gills or plates,, radiating from a centre or stem, which may be either simple or branched. — Fr. Epicr. p. 2. Genus 1. AGARICUS. Linn. Syst. Nat. (1725). Spores of various colours ; gills membranaceous, persistent, 'vith an acute edge : trama tloccose, continent with the inferior bymenium. Fleshy fungi, putrifying, and not reviving when once dried, hence differing from such genera as are deliquescent, coria- ceous, or woody. This genns is divided into five series, according to the colour of the spores — 1, Leucospori ; 2, Hyporhodii ; 3, Deraiini ; 4, Pratelli; 5, C jpri- narii. 1 2 HANDBOOK OF Series 1. Leucospori. Spores white. Sub-Genus 1. AMANITA. Pers. Syn. p. 246. Yeil universal, at first completely envelopiug the young plant, distinct and free from the cuticle of the pileus ; pileus convex, then expanded, not decidedly fleshy ; stem distinct from the hymenophore, ringed, furnished with a volva, free and lax, connate with the base, or friable and nearly obsolete ; gills free from the stem. a. Volva splitting at the apex, border Jree, persistent. 1. Agaricus (Amanita) ovoideus. Bull. Champ, t. 364. Fr. Hym. Fur. IS. Sacc. Syll. No. 3. White, pileus hemispherical, expanded, margin inflexed, exceeding the gills, even (6-13 e.m. broad), stem solid, bulbous, scaly and mealy (8-12 c.m. long, 1^-8 c.m. thick), volva lax, ring broad and lax ; gills free, ventricose ; spores ellipsoid, 10-12 x 6-7 p. On the ground. Victoria. 2. Agaricus (Amanita) Preissii. Fr. FI. Preiss p. 131. Sacc. Syll. No. 4. Pilous fleshy, convex, then expanded, viscid, margin even ; stem stuffed, furfuraceous, pallid, volva turnip-shaped, rooting, con- stricted at the apex, with a persistent free border ; ring near the apex reflexed ; gills adnate, crowded. In sandy soil, woods, etc. W. Australia. 3. Agaricus (Amanita) vernus. Bull. Cooke Illus. t. 3. Fr. Hym. Fur. 18. Pileus at first ovate, then expanded, rather depressed, viscid (10-12 c.m. broad), white ; margin naked, smooth; stem stuffed, equal, floccose, base bulbous (12 c.m. long, nearly 2 c.m. thick), volva closely embracing the stem, with its free margin ; ring reflexed ; gills free. Spores 10 X 7 /i. In woods. Victoria. Queensland. (Fig. 1.) 4. Agaricus (Amanita) mappa. Batsch. Fries Hym. Fur. 19. Sacc. Syll. 8, Cooke Illus. t. 4. Pileus convex, then plane, without separable cuticle, (fry ; margin nearly even (6-8 c.m. broad), flesh white; stem stuffed, then hollow, cylindrical, nearly smooth, bulbous, nearly globose at the base (8-10 c.m. long, slender) volva circumscissile, with its free margin acute and narrow, ring superior, membranaceous ; gills adnexed, ventricose, white. Spores spliaaroid, 7-9 p diam. On the ground. Victoria. 5. Agaricus (Amanita) strobilaceus. Cke. Grev. xix., 82. Pileus convex, hemispherical (8 c.m. diam.), covered with large, persistent, obtusely conical warts, after the manner of a fir cone down to the incurved margin, ochrey-yellow. Stem short, stout’ solid, slightly incrassated at the base, ring superior, volva closely adnate, circumscissile, marginate, longitudinally sulcate (8 c.m. x AUSTRALIAN FUNGI. 3 3 c.m.). Gills rather narrow, free, leaving a channel round the stem. Spores small, hyaline, 5 X 2| p. On the ground. Victoria. 6- Agaricus (Amanita) murinns. Che. <$■ Mass. Grev. xvm 1, pi. 174. Pileus campanulate, then expanded, obtusely umbonate, shining, mouse coloured, nearly naked, margin slightly striate (1^-2 in.); stem thin, straight (3 x| in.), whitish, a little fibrillose below’ ring pendulous. Volva bulbous, lax, gills free, rather crowded, 'vhite, or slightly tinted with rose. Spores 7x5 u. On sandy soil. Queensland. Victoria. b. Volva definitely cut round, base marginate, persistent. 7- Agaricus (Amanita) muscarius. Linn. Cooke Illus. t. 117. Fr. JJym. Fur. 20. Pileus convex, then expanded, orange scarlet, clothed with scattered warts, the remains of the volva, margin striate, flesh ■beneath the viscid cuticle yellowish (6-14 c.m. broad) ; stem stuffed, bulbous at the base (8-12 c.m. Jong, 1^-2 c.m. thick) ; volva -adnate, concentrically scaly ; ring lax, de flexed ; gills reaching the stem and forming decurrent lines upon it. Spores 10x8 p. Woods, especially fir and birch. Victoria. 8. Agaricus (Amanita) ananiceps. Berk. Hook. Journ. vm., 572. Sacc. Idyll. No. 36. Pileus broad, convex, smooth, shining (3-4 in.), breaking into areola; at the centre, each bearing a conical wart, margin even, but the volva appendiculato; stem elongated, with a marginate bulb, and thickened near the gills ; gills veutrieose, attenuated behind, Neil soon obliterated. (Spores globose, muriculate, 8 p. diam. On the ground. Queensland. Tasmania. c. Volva entirely friable. 9. Agaricus (Amanita) spissus. Fr. Hym. Fur. 23. Cooke Illus. t. b9. Pileus convex, then plane, amber with a greyish tinge, rough with minute adnate mealy warts (10-12 c.m. broad) ; margin smooth, flesh firm, white, unchangeable; stem stuffed, firm, atten- uated upwards, squamulose (6-8 c.m. long, 1^-2 c.m. thick) ; ring entire ; gills adnexed, with decurrent lines on the stem. •Spores 8x6/r. In woods. Lake Bonney. Sub-Genus 2. AMANITOPSIS, lloze. Stem volvate, but with- out a ring. TO. Agaricus (Amanitopsis) grossus. Berk. FI. Tasm. n., 242. Idacc. dyll. 23. White ; pileus thick, fleshy, piano-hemispherical, warted, some- limes areolate (10 c.m. broad); stem bulbous, fibrillose (3 in. long, 4 HANDBOOK OF 1 in. thiek) ; ring obsolete; volva adnate ; gills broad, rounded, adnate ; spores subglobose, 8 p diam. On the ground. Tasmania. 11. Agaricus (Amanitopsis) vaginatus. Bull. Fr. Hym. Fur. 27. Cooke Illus. t. 12. Pileus thin, campannlate, then nearly plane, grey, brown, etc., margin membranaceous, deeply sulcate (6-8 c.m. broad) ; stem fistulose, attenuated, fragile (10-14 c.m. long, 1 c.m. thick), floccu- loso-squamose ; yolva sheathing, loose ; gills free, white, them pallid. Spores 10 p. long. In woods and under trees. Edible. N.S. Wales. Queens- land. Victoria. 12. Agaricus (Axnanitopsis) illudens. Che. <$- Mass. Grev. xvi. , p. 30, pi. 175, fiq. A. Pileus convex (1 in. diam.), ochraceous yellow, clad with scattered, broad, unequal warts, which soon fall away ; margin even ; stem slender, fistulose, equal (2 in. long, 2-3 lines thick) ; ring obsolete,, volva sheathing ; gills free, attenuated behind, white, edge serru- late ; spores oval, 8 X 6 p. On the ground. Victoria. (Fig. 2.) 13. Agaricus (Amanitopsis) farinaceus. Cke. <} Mass. Grev. xviii., 1, pi. 175, fig. B. White, wholly mealy. Pileus fleshy, convex, then flattened (2^-3 in.), whitish, sprinkled with erect prominent warts, chiefly at the disc, margin thin, veil adnate, fimbriate; stem equal (3-4 x ^ in.) without ring, stuffed, white ; volva bulbous, with the free margin crispate ; gills free, rather broad, crowded, white, then yellowish. Spores globose, 10 p. On the ground. Queensland. 14. Agaricus (Amanitopsis) curtus. Cke. /m. Fur. 150. Cooke lllus. t. 249a. Sacc. Syll. v., 1124. Pileus white, membranaceous, campanulate, obtuse, striate, sub-pilose (4-7 m.m. broad) ; stem filiform, smooth (21--6 c.m. long) ; base orbicular, plane, villous, striate, gills free, distinct, ventricose. Spores 4 x 3 p. Oil fern, twigs, etc. Victoria. Queensland. 118. Agaricus (Mycena) tenerrimus. Berk. Outl. t. 6, f. 6. Sacc. Syll. v., 1129. Cooke lllus. t. 249 b. Gregarious, white, very delicate ; pileus convex, pruinose with minute furfuraceous granules (2-4 m.m. broad) ; stem pilose (2^ c.m. long, 1 m.m. thick), adhering by a minute pubescent disc ; gills free, ventricose ; spores 4 p long. On fir-cones, sticks, etc. Queensland. N.E. Australia. 119. Agaricus (Mycena) interruptus. Berk. FI. Tasm. t. 151,/. 2. Sacc. Syll. 1135. Pileus rather thick, plane, then depressed, livid, covered with a cartilaginous pellicle (3-4 m.m. broad) ; stem arising from an orbicular flattened striate base (3 m.m. to 1 c.m. long) ; gills crenu- late, white, descending interruptedly into the flesh of the gela- tinously fleshy pileus. On bark. Tasmania. h. Insititl®. Small, abrupt at the base, gills adnate. 120. Agaricus (Mycena) corticola. Sebum. Fr. Hym. Eur. 152. Fr. Icon. t. 8b, f. 2. Cooke lllus. t. 164,/. A. Sacc. Syll. v., 1147. Pileus thin, hemispherical, at length obsoletely umbilicate, sul- cato-striate (2-7 m.m. broad); stem slender, short, incurved, fur- furaceous ; gills broadly adnate, uncinate, broad, rather ovate, pallid ; spores sphieroid, 6-8 p diam. On mossy bark. N.8. Wales. Queensland. Victoria. 26 HANDBOOK OF 121. Agarieus (Mycena) subcorticalis. Cke. 4' Mass. Grev. xv., 93. Pileus thin, convex, then flattened, smooth, even, lilac (|-| in.), disc brick red; stem ascending, thin, equal, fistulose, smooth (1 in. or more long, 2 m.m. thick) ; gills adnate, ventri- cose, rather crowded, pale lilac ; spores ovate, 5 X 4 p.. On log of Banksia. S. Australia. 122. Agarieus (Mycena) hiemalis. Osbeck in Retz. Supp. 19. Fr. Hym. Fur. 153. Cooke Ulus. t. 1646, Pileus thin, campanulate, obsoletely umbonate, margin striate ; stem slender, ascending, downy below ; gills adnate, narrow, linear, whitish ; spores 6-7 x 2-3 p. On the trunks of trees. Victoria. 123. Agarieus (Mycena) capillaris. Sclwm. Saell. No. 16761. Sacc. Syll. Y., 1152. Fr. Ilyin. Fur. 153. Cooke Ulus. t. 1936. Very delicate, white ; pileus campanulate, at length umbilicate (1-2 m.m. broad), smooth ; stem thread-like, smooth (2| c.m. long);, gills adnate, ascending, rather distant ; spores ovate, 6-8x4 p. On dead leaves in woods. Victoria. Tasmania. 124. Agarieus (Mycena) juncicola. Fr. Hym. Fur. 154. Sacc. Syll. v., 1154. Cooke Jllus. t. 193c. Very delicate : pileus convex, striate, smooth, rufescent (2 m.m. broad); stem threadlike (2£ c.m. long), smooth, brownish; gills adnate, distant, white. On dead rushes, in bogs. Victoria. Sub-Genus 10. OMPHAL1A. Fr. Fpicr. p. 119. Pileus generally from the first umbilicate, afterwards funnel- shaped, almost always membranaceous or sub-membranaceous and hygrophanous, margin incurved or straight; stem cartilaginous and tubular, when young often stuffed, confluent with the hymeno- phore, but heterogenous from it ; gills truly and considerably decurrent. A. Collybiarii. Pileus from the first dilated. Margin turned in. a. Hydrogrammi. Gills narrow, very crowded. 125. Agarieus (Omphalia) liydrogrammus. Fr. Hym. Fur. 154. Fr. Icon. t. 71. Cooke lllus. t. 239. Sacc. Syll. v., 1179. Pileus rather membranaceous, umbilicate, flaccid, smooth, livid, hygrophanous ; margin spreading, striate, somewhat undulate (6 c.m. broad or more). Stem hollow, smooth, rather compressed, rooting (6-8 c.m. long), base clad with whitish hairs ; gills decur- rent, much crowded, whitish. On dead leaves. N.S. Wales. Victoria. AUSTRALIAN FUNGI. 27 126. Agaricus (Omphalia) dumosus. Fr. Hym. Eur. 155. Fr. Icon, t 72, f 1. Sacc. Syll. v., 1181. Pileus rather membranaceous, convex, then plane, slightly um- bilicate, rigid, brick-red (2^-5 c.m. broad), striate about the margin ; stem fistulose, smooth, of the same colour (5 8 c.m. long, brown at the base) ; gills slightly decurrent, crowded, pallid. In woods. Victoria. b. Pyxidati. Gills slightly distant, narrow. 127. Agaricus (Omphalia) pyxidatus. Bull. t. 568, /. 2. Fr. Hym. Eur. 157. Cooke Illus. t. 194,/. 2. Sacc. Syll. v., 1199. Pileus submembranaceous, umbilicate, then funnel-shaped, smooth, bygrophanous (1-2 c.m. broad) ; margin striate, brick-red-, stem stuffed, then hollow, even (3 c.m. long) ; gills decurrent,, rather distant, narrow, reddish-grey; spores 7-8 X 5-6 y. Amongst short grass, on lawns, etc. S. Australia. Victoria. 128. Agaricus (Omphalia) holochlorus. B. Sf Br. Linn. Journ. xi., 525. Pileus membranaceous, convex, then rather infuudibuliform (2^ c.m. broad), yellow-brown, flocculose, striate; stem dilated, fistu- lose (18 m.m. long); gills decurrent, lemon-yellow. On dead wood. 129. Agaricus (Omphalia) epichysium. Fers. Ic. Piet. t. 13, f. 1. Fr. Hym. Eur. 158. Sacc. Syll. 1206. Soft ; pileus membranaceous, rather plane, umbilicate, striate when moist, sooty, cinereous, pallid when dry, silky or floccosely scaly (1-3 c.m. broad) ; stem somewhat fistulose, smooth, cinere- ous (2£ c.m. or more long) ; gills shortly plano-decurrent, whitish cinereous ; spores ellipsoid, 8-10 x 4-5 p.. On rotten wood. Tasmania. 130. Agaricus (Omphalia) oniscus. Fr. Hym. Eur. 158. Fr. Icon. t. 76, /. 3. Cooke Illus. t. 209, /. 1. Pileus submembranaceous, convex, then plane or depressed, remotely radiate, striate, flaccid, smooth, even, bygrophanous (scarcely 1 inch), dark cinereous; stem subfistulose, firm, equal; gills adnate, decurrent, straight, somewhat distant, livid, or whitish, as well as the stem. In swampy ground. Queensland. 131. Agaricus (Omphalia) pumilio. Kalch. Grev. vm., 151, t. 142,/. 2. Sacc. Syll. 1215. Pileus membranaceous, convex, umbilicate, radiately striate, smooth, fawn-coloured (3-4 lines broad) ; stem fistulose, thin, rather short, curved (3-5 lines long) ; gills decurrent, narrow,, rather crowded, paler than the pileus. On wood. N.S. Wales. *28 HANDBOOK OF 132. Agaricus (Omphalia) scyphiformis. Fr. Hym. Eur. 159. Fr. Icon. t. 7b, f. 3. White. Pileus membranaceous, convex, then infundibuliform, smooth (12-18 m.m. broad) ; margin faintly striate, even when dry ; stem rather fistulose, thin, short, smooth (2-4 c.m. long) ; gills decurrent, thin. On naked ground. Queensland. Victoria. 133. Agaricus (Omphalia) glaucescens. Raich. Linn. Soc. N.S.W. 18&2, p. 105. Small. Pileus infundibuliform ; margin a little reflexed (2-3 line diam.), grey sage-green ; stem filiform, lax (^-1 in. long), greenish yellow ; gills decurrent, narrow, rather crowded, of the same colour. On the ground. N.S. Wales. c. Umbelliferj. Gills very distant, broad, triangular, usually thick. 134. Agaricus (Omphalia) muralis. Sow. Fungi t. 322. Fr. Hym. Eur. 1 GO. Cooke Ulus. t. 250, f. 3. Sacc. Syll. v., 1239. Pileus submembranaceous, umbilicate, radiato-striate, smooth (1-3 c.m. broad), margin crenulate ; stem somewhat stuffed, short, tough, brownish, rufous (f-1^ c m. long, ^-1 m.m. thick) ; gills decurrent, distant, paler. Spores 10 x 5 /». On the ground, banks and walls. Victoria. 135. Agaricus (Omphalia) umbelliferus. Linn. Suec., No. 1192. Fr. Hym. Eur. 160. Cooke lllus. t. 271. Sacc. Syll. v., 1241. Pileus between fleshy and membranaceous, variable in colour, convexo-plane, obconic, brittle, radiato-striate, when dry becoming pallid, even, silky (1-3 c.m. broad); margin at first inflexed, crenate ; stem subfistulose, equal, base downy ; gills decurrent, very distant, broad behind. Spores 7 x 4 p.. In swamps, exposed pastures, etc. W. Australia. Victoria. Tasmania. 136. Agaricus (Omphalia) carneo-rufulus. Berk. FI. Tasm. t. 181, /. 3. Sacc. Syll. 1247. Pileus plane, rather fleshy, striate, rufous (12-14 m.m. diam.) ; stem ascending, flexuous, stuffed (2 c.m. long, 1^ m.m. thick) ; gills decurrent, pale, rufous. On rotten wood. Tasmania. 137. Agaricus (Omphalia) flavo-croceus. Berk. FI. Tasm. it., -44. Sacc. Syll. 1265. Pileus convex, umbilicate (1 c.m. diam.), smooth, yellow; stem elongated, unequal, solid, of the same colour (4-5 c.m. long) ; gills broad, decurrent behind, saffron yellow. On branches. Tasmania. AUSTRALIAN FUNGI. 29 138. Agaricus (Omphalia) umbratilis. Fr. Hym. Fur. 1G4. Cooke Illus. t. 274, f. 1. Sacc. Syll. v., 1279. Pileus somewhat membranaceous, campanulate, then convex (1 in. broad), at length umbilicate, smooth, umber-brown, hygro- phanous ; margin finely striate ; stem stuffed, tough, smooth (1-2 in. long) ; gills adnate, decurrent, broad, crowded, becoming brownish. Spores 6-7 X 4-5 p. In damp places. Victoria. 139. Agaricus (Omphalia) setipes. Fr. Hym. Kur. 164. Bull. Champ, t. 560, f. 2. Sacc. Syll. v., 1282. Pileus membranaceous, conical, then convex, rather papillate, everywhere striate, brownish grey (6-9 m.m. broad) ; stem filiform, straight, pubescent at the base (8 c.m. long or more); gills very decurrent, rather distant, connected by veins, whitish grey. Spores 6-7 x 2-3 p. In shady places. Victoria. N.S.Wales. 140. Agaricus (Omphalia) fibula. Bull. Champ, t. 186, t. 550, /. 1. Fr. Hym. Fur. 164. Cooke Illus. t. 274. Sacc. Syll. v., 1283. Pileus membranaceous, turbinate, expanded (12-13 m.m. broad),, then somewhat umbilicate, striate, becoming pale, dry, even ; stem slender (3-4 c.m. long), nearly orange colour, as well as the pileus ; gills strongly decurrent, distinct, paler. Spores 3|-5 X 2 p. Among moss. Queensland. W. Australia. 8. Australia. 141. Agaricus (Omphalia) gomphomorphus. Berk. Linn. Journ. xviii., 383. Sacc. Syll. 1286. Lurid, club-shaped; pileus umbilicate (8 m.m. broad) ; stem thickened upwards, fibrillose, rufous, springing from a white fibril- lose mycelium (6 m.m. long, 2 m.m. thick, paler than the pileus) ; gills narrow. On the ground in tufts. Queensland. 142. Agaricus (Omphalia) gracillimus. Weinm. Fr. Hym. Fur. 165. Fr. Icon. t. 7b, f. 6. Cooke Illus. t. 252,/. 1. Sacc. Syll. v., 1289. Snow-white ; pileus membranaceous, hemispherical, subfloccu- lose, sulcate (4-7 m.m. broad); stem filiform, slender, floccose at the base (13 m.m. long) ; gills decurrent, thin, alternately subdimi- diate ; spores 6-7 x 3 p. In marshy ground. Victoria. d Integrelli. Gills fold-like, narrow. 143. Agaricus (Omphalia) integrellus. Pers. Ic. 4 " Des. t. 13,/. 5. Fr. Hym. Fur. 165. Cooke Illus. t. 252,/. 3. Sacc. Syll. v., 1313. Gregarious, white, fragile ; pileus membranaceous, hemispherical , then expanded (4-9 m.m. broad), pellucid, striate ; stem very 30 HANDBOOK OF slender, short (2-| c.m. long), pubescent below ; gills decurrent, distant, equal, fold-like, slightly branched, edge acute ; spores 6-7 x 4 ix. On decayed sticks. Tasmania. 144. Agaricus (Omplialia) Mullerianus. Berk, in Herb. Pileus convex, umbilicate (1 c.m. broad), tawny, smooth ; stem elongated, straight, equal, smooth, or longitudinally striate (when dry), of the same colour (5-6 c.m. long, 1 m.m. thick) ; gills decur- rent, rather broad, distant, whitish. On the ground. Victoria. Sub-Genus 11. PLEUROTUS. Fr. Epicr. p. 129. Veil evanescent, or none ; pileus fleshy ; stem excentric, lateral •or wanting ; gills with a sinus or broadly decurrent tooth. a. Excentiuci. Pileus entire, laterally extended, excentric, not truly lateral ; growing on wood. Veil annulate. 145. Agaricus (Pleurotus) corticatus. Fr. Hym.Eur. 166. Sacc. Syll. 1322. Cooke Illus. t. 290. Pileus compact, excentric, villous, at length Jloccoso-squamulose (7 in. broad) ; stem firm, fibrillose (3 in. long, 1| in. thick) ; veil membranaceous, torn ; gills decurrent, subdistant, anastomosing behind ; spores 12 X 5 p. On trunks. Queensland. 146. Agaricus (Pleurotus) tephroplianus. Berk. FI. Tasm. it., 224. Sacc. Syll. v., 343. Pileus excentric, infundibuliform, brown, rivulose, pulverulent ; stem hairy, arising from a strigose base j gills broad, emarginate behind. On burnt wood. Tasmania. 147. Agaricus (Pleurotus) abbreviatus. Kalch. Grev. vm., 152, t. 142,/. 7. Sacc. Syll. 1316. Wholly rufous. Pileus excentric (2-3 lines broad), convex then plane, margin turned in, even, smooth ; stem shorter than the diameter of the pileus, a little thickened above or below (2 lines long, 1 line thick) ; gills plane, adnate, narrow, crowded. On wood. New South Wales. 148. Agaricus (Pleurotus) laeticolor. Kalch. Grev. vm., 151, t. 142,/. 4. Sacc. Syll. 1347. Pileus rather fleshy, excentric, convex, very obtuse, margin turned in, even, smooth (1-1^ C.m. broad), golden yellow; stem stuffed, equal, naked (1 c.m. long, 1 m.m. thick) ; gills emarginate, adnate, crowded, ventricose, flesh colour (colour of spores unknown). On wood (?). N.S. Wales. AUSTRALIAN FUNGI. 31 149. Agaricus (Fleurotus) Gardneri. Berk. Hook. Journ. 1840, p. 427. Sacc. Syll. 1369. Pileus between fleshy and leathery, rather infundibuliform, smooth, yellow (2^ in. diam.) ; gills very decurrent, paler; stem short, leathery, smooth, becoming grey (1 in. long, i in. thick). Phosphorescent. On petioles and half putrid fronds of palms. Queensland. 150. Agaricus (Fleurotus) illuminans. Mull. Linn. Journ. xiii., 157. Sacc. Syll. 1870. Phosphorescent. Pileus smooth, tawny (2 in. diam,), stem thick ; gills broad, thick, decurrent. On dead wood. Victoria. N.S. Wales. Queensland. 151. Agaricus (Pleurotus) luteo-aurantius. Kalch. Grev. 151, t. 142,/. 5. Sacc. Syll. 1386. Pileus rather fleshy, orbicular, convex, obtuse, even, naked, orange-yellow (1 c.m. broad) ; stem fistulose, thin, short, tough, curved upwards, even, pulverulent, rufous, clad with mealy white flocci (1-2 c.m. long, 1 m.m. thick) at the swollen base ; gills adnate, decurrent, scarcely crowded, rather broad, gilvous (colour of spores uncertain). On wood. N.S. Wales. Veil none ; gills very decurrent. Pileus lateral, sessile or extended behind into a stem-like, short oblique base. 152. Agaricus (Pleurotus) ostreatus. Jacq. Austr. t. 288. Fr. Hym. Fur. 173. Cooke Illus. t. 195. Pileus soft, fleshy, sub- dimidiate, conchale , ascending, growing pale ; stem abbreviated (or obsolete), firm, elastic, strigose at the base ; gills decurrent, rather distant, anastomosing behind, whitish. Spores 10-11x4 p. On trees. Esculent. Victoria. N.S. Wales. 153. Agaricus (Pleurotus) polyphemus. C. <} M. Grev. xvi., 72.=Agaricus polychromus, Cke. Mass. Grev. xvx., 31. Pileus fleshy, infundibuliform, ochraceous white, at length sulphur coloured, spotted with purple or sooty spots, smooth, even (3-4 in. diam.) ; stem rather excentric, solid, short, attenuated below, whitish (1 in. long, £ in. thick) ; gills decurrent, rather crowded, arcuate, attenuated at each end, narrow, whitish. On rotten wood. Victoria. 154. Agaricus (Pleurotus) nidiformis. Berk, in Hook. Journ. hi., 185. Sacc. Syll. 1396. Very large. Pileus fleshy, cup-shaped, smooth, rufous, margin lobed and torn, thin, acute ; stem central, short, compressed, irregular, firm, smooth, gills decurrent to the base of the stem, broad, distant, here and there branched, ochraceous, interstices quite smooth or reticulate. On the ground. Swan Kiver. 32 HANDBOOK OF 155. Agaricus (Fleurotus) lampas. Berk. Hoolc. Journ., 1845 , p. 44,=Agaricus noctilucus. Berk. Sacc. Syll. 1397. Fasciculate, phosphorescent. Pileus central lobed, fleshy, smooth, fulvous, turning black (4 in. diam.), margin thin and turned in; stem compressed, thickened above, solid, at length splitting (2 in. long, $ in. thick), smooth ; gills narrow, quite entire, and deeply decurrent. On stems of Grevillea. W. Australia. Tasmania. 156. Agaricus (Pleurotus) candescens. Mull. Linn. Jowrn. xiii., 157. Sacc. Syll. 1400. Pileus excentric, smooth, white, then becoming dingy (lj-2 in. diam.) ; margin inflexed ; stem dilated above, smooth (1 in. diam.) ; gills thin, very decnrrent, here and there torn. Strongly phosphorescent. On dead wood. Victoria. 157. Agaricus (Pleurotus) phosphoreus. Berk. Hook. Journ. vn., 572. Sacc. Syll. 1401. Pileus infundibuliform, smooth, pallid, densely cajspitose, stems for the most part central, attenuated downwards, rather silky, gills rather broad, entire, descending and making lines on the top of the stem. On roots of trees. Tasmania. 158. Agaricus (Pleurotus) salignus. Fr. Hym. Eur. 174. Cooke Illus. t. 288. Sacc. Syll. 1405. Pileus compact, or spongy, rather dimidiate, horizontal, at first pulvinate, even, then with the disc depressed, substrigose (10 c.m. long) ; stem short, white, tomentose (1-2 c.m.) ; gills decurrent, somewhat branched, eroded, distinct at the base, nearly of the same colour. On trunks. Victoria. N.S. Wales. S. Australia. 159. Agaricus (Pleurotus) clitocyhoides. C'lce. j- Mass. Grev. xvii. , 7. Sulphur colour. Pileus rather fleshy, convex, then expanded, obtusely umbonate (1-2 in. broad), umbo darker, almost saffron- colour, smooth, moist ; stem equal, fibrillose, fistulose (2 in. long, 2-3 lines thick) ; gills slightly adnexed, ventricose, pallid; spores rosey, globose, angular, 10 p diam. On the ground. Victoria, (Fig. 14). 201. Agaricus (Entoloma) laeticolor. Cke. $■ Mass. Grev. xvi., 30. Somewhat caispitose. Pileus rather fleshy, convex, at length plane, obtuse, even, shining, amethyst colour (scarcely exceeding 1 in.) ; stem equal, thin, nearly solid, paler (2 in. long, 2 lines thick); gills adnexed, rather ventricose, scarcely crowded, rosey; spores globose, waited, 12-14 p diam. In sandy soil. Victoria. 202. Agaricus (Entoloma) Bloxami. B. 4' Br. Outl., p. 143. Fr. Uym. Bur. 193. Coolce Ulus. t. 327. Sacc. Sgll. v., 2828. Pileus compact, campanulate, obtuse, somewhat lobed, moist (2~-6 c.m. broad), blackish-blue, somewhat silky ; flesh white ; 40 HANDBOOK OF stem solid , slightly attenuated upwards, obtuse at the base (4-6 c.m. long, 2 m.m. thick) ; gills rather broad, attenuated, adnexed, reddish ; spores globose, irregular, 8 p diam. In open exposed pastures. Victoria. 203 . Agaricus (Entoloma) panniculus. Berk. Flor. Tasm. t. 181,/. 5. Save. Syll. 2863. Pileus thin, campanulate, obtuse, fiocculose, dark violet (30-31 m.m. diam), as well as the stem, which is thickened downwards, and whitish tornentose at the base (6 c.ra. long, 2-3 m.m. thick); gills adnate, receding from the stem ; spores subglobose, 12-13 p diam. Amongst ferns. Tasmania. Sub-Genus 17. CLITOTILUS. Fr. Kpicr. p. 148. Stem fleshy or fibrous, attenuated upwards into the pileus, the margin of which is at first involute ; hymenophore continuous with the stem ; gills equally attenuated behind, and somewhat decurrent, not seceding or sinuate. 204 . Agaricus (Clitopilus) cancrinus. Fr. Hym. Fur. 199. Cooke Jllus. t. 501. Sacc. Syll. v., 2900. Pileus between fleshy and membranaceous, umbilicate, then convex and expanded (2^ c.m. broad), unequal, fiocculose, even, flesh-coloured, white, without striaj, growing pale; stem stuffed, then fistulose, tough, short, smooth, white (3 c.m. long, 2-4 m.m. thick) ; gills decurrent, distant, arcuate, white, then pale flesh- colonr. In grass fields. Victoria. Queensland. 8. Australia. (Fig. 15). Sub- Genus 18. LEPTONIA. Fr. S. M. x., p. 201. Stem cartilaginous, tubular (the tube stuffed or hollow), polished, rather shining ; pileus thin, umbilicate, or with the disc darker, cuticle fibrillose, or breaking up into darker scales, margin at first incurved ; gills at first adnexed, or adnate, but readily separating. 205 . Agaricus (Eeptonia) lampropus. Fr. flym. Eur. 202. Cooke Jllus. t. 331. Succ. Syll. v., 2923. Pileus rather fleshy, obtuse, convex, then plane, not striate, at length depressed, squamulose, broken up into fiocci (1-3 c.m. broad); stem subfistulose, even (2-3 c.m. long, 2-5 m.m. thick), unspotted, steel-violet; gills adnate, ventrioose, whitish, then roseate ; spores irregular, 10-14 X 6-8 p. In pastures. Victoria. 206 . Agaricus (Leptoma) quinquecolor. Che. ip Mass. Grev. xvn., 7, xix., 5.= Agaricus (Entoloma) flavido-rufus, Glee, fy Mass. Grev. xv., 99. Pileus membranaceous, convex, smooth, slightly virgate with radiating pink fibrils ; margin yellowish, disc brownish brick-red (about 1 in. diam.) ; stem cylindrical, equal, or slightly attenuated upwards, fistulose, bay brown, whitish fiocculose at the base (2 in. AUSTRALIAN FUNGI. 41 long, 1 line thick), usually casspitose; gills sinuately adnate, rosey; spores globose, rough, 8-10 p. On black loam. Victoria. (Pig. 16). 207. Agaricus (Xeptouia) aquilus. Fr. Hym. Fur. 204. Fr. Icon. t. 98,/. 3. Ziacc. Syll. 2945. Pileus rather membranaceous, convex, then plane, deeply urnbili- cate, faintly striate, smooth, rather virgate, bay brown (1^-2^ c.m. broad) ; stem short, stuffed, subfibrillose, not punctate, brown, thickened upwards (2J c.m. long, 2 m.m. thick) ; gills deeply sinuate-adnexed, very broad, rather distant, umber, then purple. On the ground. Lake Bonney, 208. Agaricus (Xeptonia) melanurus. dee. 8f Mass. Grev. six., 89. Pileus campanulate, subumbonate, then expanded, shining black, cracking radiately (2 c.m. broad), silky ; stem cylindrical (5-6 c.m. long, 2 m.m. thick), swollen abruptly at the rooting base, greyish, with black striaj ; gills reaching the stem, lanceolate, pallid, then pinkish, margin blackish, with a line of large dark cystidia, having one to three blunt teeth at the apex ; spores subglobose (7 x 5/t). On the ground. Victoria. Sub-Genus 19. NOLANE A,. Fr. S. M. i., p. 204. Stem fistulose, rarely with a medullate tube, cartilaginous ; pileus rather membranaceous, campanulate, suhpapillate, striate or sometimes smooth, clad with flocci, margin straight, at first pressed to the stem, not involute ; gills free or affixed, not decurrent. 209. Agaricus (Nolauea) pascuus. Pers. Comm. t. 209. Fr. Hym. Fur. 206. Cooke Illus. t. 376. Sacc. Syll. v.,2960. Pileus membranaceous, conical, then expanded, subumbonate, smooth, striate, hygrophanous, when dry shining like silk (2-4 c.m. broad); stem fistulose, fragile, silky fibrous striate (2-8 c.m. long, 2-5 m.m. thick), gills attenuated behind, nearly free, ventri- cose, crowded, dirty greyish. Spores irregular, 7x11/* diam. In pastures. Inodorous. Tasmania. (Fig. 17). 210. Agaricus (Nolauea) mammosus. Fr. Hym. Eur. 207. Cooke Illus. t. 377 b. Sane. Syll. v., 2947. Pileus somewhat membranaceous (4 c.m. broad), conieo-cam- panulate, papillate , striate, smooth, hygrophanous ; when dry isabel- line and silky; stem fistulose, rigid, polished, even, smooth (7 c.m. long), mealy at the apex; gills affixed, seceding, rather crowded, grey. Spores angular, 7 x 10 p diam. In meadows. Victoria. 211. Agaricus (Nolauea) rufo-carueus. Berk. Outl. 148. Fr. dlym. Fur. 208. Cooke Illus. t. 378 b. Sacc. Syll. v., 2980. Pileus submembranaceous, hemispherical, umbilicate, indistinctly fibrillose-squamulose, red brown (2 j c.m. broad), margin striate ; 42 HANDBOOK OF stem elongated, pale rufous, rather thickened at the base (7 c.m. long, 2 m.m. thick), gills adnate, ventricose, attenuated behind, slightly connected and traversed by veins. On heaths. Victoria. Sub-Genua 20. ECCILTA. Fr. S. M. i„ p. 207. Stem cartilaginous, tubular (tube stuffed or hollow), expanded upwards into the rather membranaceous pileus, margin at first indexed. Gills attenuated behind, truly decurrent. 212. Agaricus (Eccilia) rhodocylix. Lascli. in Fr. Hym. Fur. 213. Cooke Jllus. t. 343a. Sacc. Syll. v., 3030. Pileus membranaceous, rngulose, floccose (8-13 m.m. broad), umbilicale, then infundibuliform ; remotely striate when moist, tawny, flocculose when dry. grey ; stem stuffed, slender, incurved, even, smooth, cinereous (1-2| c.m. long, 1 m m. thick) ; gills strongly decurrent, distant, thick, whitish, then flesh-colour. Spores 10 /x diam. On rotten wood. Victoria. (Pig. 18). Sub-Genus 21, CLAUDOPUS. Smith. Pileus excentric, lateral or resupinate. Spores rubiginous. 213. Agaricus (Claudopus) variabilis. Pers. Obs. it., t. 5, f. 12. Cooke Jllus. t. 344a. Sacc. Syll. v., 3037. Pileus submem branaceous, resupinate, then reflexed ( 1-21, c.m. broad), silky with white down ,* gills radiating, rather distant, white, then rusty-red, at length pale cinnamon. Spores 6-7 x 21-4 p. On sticks, etc. Victoria. Queensland. (Fig. 19). Series 3. Dermini. Fr. Epicr. p. 160. Spores various shades of reddish-brown, brown, red or yellowish-brown. Sub-Genus 22. LOCELLIN1A Gill. (Acetabularia, B.) Universal veil distinct from the pileus; hymenophore distinct ; gills free, spores tawny or brown. 214. Agaricus (Xocellinia) cycnopotamia. Berk. Linn. Journ. xvin.,389. Sacc. Syll. 3141. Pileus (2 c.m. broad), stem horny (3 c.m. long, 1 m.m. thick), volva of interwoven intricate fibres ; gills pale fawn colour, leaving a free space round the stem. Spores 8-10 p diam. On the ground. VV. Australia. Sub-Genus 23. PHOLIOTA. Fr. S. .)/. i., p. 240 (fig. 19). Spores sepia-brown, bright yellowish-brown, or light red ; stem confluent and homogeneous with the hymenophore, furnished with a persistent, friable, fugacious ring. a. Humigbni. Terrestrial, rarely ccespitose. * Eudermini. Spores ferruginous. AUSTRALIAN FUNGI. 43 215. Agaricus (Pholiota) erebius. Fr. Hym. Eur. 216. Sacc. Syll. v., 3o50. Cooke I Lius. t. 358. =Ag. (Arm.) deuigratus. Fr. Pileus fleshy, thin, smooth, rather viscid, lurid, hygrophanous (4-5 c.m. broad), margin striate, stem fistulose, equal, tibrillose, pallid, striate (6 c.m long, 6 m.m. thick), as well as the apical, campnnulately reflexed ring ; gills adnate, rather distant, pallid, then dirty-cinnamon ; spores ovate, even. In grassy places. V iotoria. The form called Ag. denigratus is the state when the gills are pale. 216. Agaricus (Pholiota) togularis. Bull. t. 595,/. 2. Fries Hym Bur. 216. Cooke Illus. t. 350. ISacc. Syll. v., 3052. Pileus fleshy, thin, campaiiulate, expanded, smooth (3-4 c.m. broad), pale ochre ; stem fistulose, rigid, fibrous or strigose, and cracking, pallid above (6-8 c.m. long, 4 m.m. thick), nag 1 entire, distant; gills adnate, then seceding, ventricose, narrow behind, becoming yellowish. Spores 8-10 x 4-6 y. In grassy places, etc. Victoria. 217. Agaricus (Pholiota) recedens. Che. ij' Mass. Grev. xviii., 25. Pileus rather fleshy, convex, then expanded, rather nmbonate, smooth, diy, golden tawny, disc darker (1 in. diam.), margin thin, at length faintly striate ; stem elongated, cylindrical, equal (3-4 in. long, 2 lines thick), of the same colour as the pileus, or darker below, ring ample spreading half-way down ; gills adnate, rather distant, ventricose, thin, cinnamon. Spores elliptical, acuminate, bright brown, 9 x 5 y. On the ground. Victoria. 218. Agaricus (Pholiota) blattarius. Fries Hym. Eur. 216. Cooke Illus. Supp. t. 1172a. Pileus rather fleshy, soon flattened, somewhat uinbonate, smooth, ferruginous, hygrophnnous, margin striate, stem fistulose, equal, straight, ring entire, distant, white, gills free, rounded, ventricose, crowded, watery cinnamon. On the ground. V ictoria. ** Pti a’.ot/E. Spores dusky, ferruginous. 219. Agaricus (Pholiota) praecox. Pers. Syn. 420. Fr. Hym. Eur. 216. Cooke Illus. t. 360. Sacc. Syll. v., 3055. Pileus fleshy, soft , convexo-plane, obtuse, at length smooth, even, white, then yellowish (3-6 c.m. broad) ; stem stuffed, then hollow, cylindrical, pubescent or mealy (5-8 c.m. long, 4-7 m.m. thick), at length smooth, white as well as the ring; gills emar- ginate, adnexed, crowded, wliite, then brownish. Spores 8-13 x 6-7 y. In gardens and pastures. W. Australia. 44 HANDBOOK OF 220. Agaricus (Pholiota) disruptus. Cke. cj- Mass. Grev. xix., 89. Pileus convex, fleshy, creamy white, at first smooth, then cracked deeply into large areolae, especially about the fleshy disc (8-10 c.m. broad), margin incurved ; stem elongated, cylindrical, expanding into the pileus, sometimes slightly swollen at the base (10 c.m. long, 10-15 m.m. thick), same colour as the pileus, hollow, striate, cracking, and subsquamulose, with a strong cord-like mycelium ; ring narrow, pendulous ; gills adnate, rather ventri- cose, broad, not crowded, dull pinkish white, then umber. Spores elliptical, tawny-brown, 14 x 9 /a. On the ground. Victoria. b. Trunciqenas. Growing on wood. 221. Agaricus (Pholiota) pudicus. Fr. Hym. Bur. 218. Sacc. Syli. 80ti5. Cooke Ulus. t. 362. Pileus fleshy, convex, then expanded, obtuse, even, dry, smooth (6-7 c.m. broad) ; stem solid, nearly equal, even (6x1 c.m. variable) ; ring spreading, persistent ; gills rounded behind, adnate, ventricose, whitish , then tawny. Spores 8 X 5-6 fi. On trunks, etc. Victoria. 222. Agaricus (Pholiota) phylicigena. Berk. Chall. Exp. Mo 75. Sacc. Syll. 3071. Pileus convex, fleshy, areolate, tawny, at first quite smooth (8 c.m. and more broad) ; stem thick, attenuated upwards, thickened below, transversely flocculose beneath the thick movable ring (5 c.m. long, 4 c.m. thick) ; gills rather decurrent, clay colour. Spores obliquely oblong, about 8 p. long, but variable. On trunks of Phylica, Queensland. (Pig. 21). 223. Agaricus (Pholiota) effusus. Kalch. in Aust. Fungi, p. 6. Sacc. Syll. 3104. Pileus fleshy, subglobose, obtuse, breaking into polygonal wart- like areolie, white, stem of the same colour, solid, cylindrical, slightly attenuated upwards, even, effused at the base into a broad membranaceous mycelium, ring membranaceous, persistent, white; gills adnate, crowded, ferruginous-yellow. On wood. Daylesford. * Squamosa. 224. Agaricus (Pholiota) congestus. Kalch. Grev. ix., 147, t. 145, f. 27. Sacc. Syll. 3094. Densely cajspitose ; pileus fleshy, cauipanulate, the size of a pea, floccosely squamulose, rather mealy, brownish, as well as the down- wards attenuated stem ; ring floccose, gills somewhat decurrent, narrow, crowded, ferruginous olive. On trunks. Dayleslord. A doubtful species, possibly only young state of some such species as Ag. squarrosus. AUSTRALIAN FUNGI. 45 225. Agaricus (Fholiota) spectabilis. Fr. Hym. Eur. 221. Cooke Ulus. t. 352. Sacc. Syll. 3102. Pileus compact, golden orange, convex, then plane, dry, cuticle torn into fibrous or silky scales (11 c.m. broad) ; stem solid, ventri- cose, somewhat rooting (11 c.m. long, 2-3 c.m. thick) ; gills adnato-decurrent, crowded, narrow, yellow, then ferruginous ; spores 8-9 x 5 p. Flesh sulphur yellow. On dead stumps. Victoria. N.S. Wales. 226. Agaricus (Fholiota) allantopus. Berk. Hook. Journ, (1845), 45. Sacc. Syll. v., 3103. Pileus fleshy, golden yellow, innately squamose (3| in. broad), stem rather thin, elongatedly bulbous at the base (4 in. high, l,' in. thick above), gills golden, ferruginous, adnate, spores elliptical. On the ground. W. Australia. Victoria. 227. Agaricus (Fholiota) flaminans. Fr. Hym. Eur. 222. Cooke lllus. t. 368. Sacc. Syll. 3109. Pileus fleshy, convex, then plane (4-8 c.m. broad), somewhat umbonate, tawny, dry, clothed with superficial, hairy, paler scales ; stem stuffed, then hollow, equal, rather flexuose, squamoso-squar- rose (8 c.m. long, 4-7 m.m. thick), ring entire, yellow, as well as the fixed, crowded, quite entire gills ; spores ellipsoid, 4x2 p. In pine woods. Queensland. 228. Agaricus (Fholiota) mutabilis. Schceff. Icon. t. 9. Fr. Hym. Eur. 224. Cooke lllus. t. 355. Sacc Syll. v., 3129. Pileus fleshy, convex, then expanded, smooth, cinnamon, becom- ing pale (5 c.m. broad) ; margin thin ; stem stuffed, then hollow, rigid, rough with scales, dark-brown at the base ; gills adnato-decur- rent, crowded, pallid, then cinnamon colour. Spores 7-12 x 4-6 p. On trunks or on the ground. Victoria. Tasmania. ** HyGROPHAN/E. 229. Agaricus (Fholiota) marginatus. Batsch. f. 207. Fr. Hym. Eur. 225. Cooke lllus. t. 372. Sacc. Syll. v., 3130. Pileus rather fleshy, convex, then expanded, smooth, watery cinnamon, moist, hygrophanous ; margin striate ; stem tistulose, soft, not scaly (6 c.m. long and 2| in. thick), prni nose above the fugacious ring, base darker, clothed with whitish velvety down ; gills adnate, crowded. Spores 6-7 x 3-4 p. On the ground amongst firs. Victoria. 230. Agaricus (Fholiota) eriogenus. Fr. PI. Priess. 132. Sacc. Syll. 3128. Pileus fleshy, thin, convex, smooth, ferruginous ; stem fistulose, slender, girt at the base with a dense woolly mycelium ; ring torn ; gills adnate, crowded, cinnamon. On trunks. W. Australia. 46 HANDBOOK OF * # * MUSCIGENAS. 231. Agaricus (Pholiota) pumilus. Fr. Hym. Eur. 226. Cooke Jllus.t. 503a. Sacc. Syll. v.,3135. Pileus somewhat fleshy, hemispherical, obtuse (6-9 m.m. broad), even; stem fistulose, slender, subfibril lose (2-4 c.m. long, 2-3 m.m. thick) ; ring collar-like, rattier fugacious ; gills adnate, crowded, broad, pallid-yellowish. Spores 8-10 x 6/i. In woods. N.S. Wales. Victoria. 232. Agaricus (Pholiota) mycenoides. Fr. Hym. Eur. 226. Cooke Illus. t. 503 b. Pileus membranaceous, campanulate, then convex (1-1 1 c.m.), deeply striate, hygrophanons ; stem fistulose, slender, ferruginous, smooth as well as the pileus (3-4 c.m. long) ; ring membranaceous, white ; gills adnate, rather distant, ferruginous ; spores 8-10 x 5-6 p. On the ground, in damp dells. Victoria. Sub-Genus 24. INOCYBE. Fr. Sys. Myc. i., 254. Universal veil fibrillose, concrete with the cuticle of the pileus ; margin often free, and like a cobweb ; gills somewhat sinuate (but also adnate, and rarely decurrent), discoloured, not powdery ; spores often rough. I. SQCARROSiE. 233. Agaricus (Iuocybe) plumosns. Bolt. t. 33. Fr. Hym. Eur. 228. Cooke Ulus. t. 425a. Sacc. Syll. v., 3148. Pileus rather fleshy, convexo-plane (4 c.m. broad), disc squar- rose with erect fasciculate flocci, margin fibrillose ; stem stuffed, then hollow, slender, flexuose, floccoso-squamose, naked above (11 c.m. long, 2-3 m.m. thick) ; gills subadnate, scarcely crowded, ventricose, quite entire, dingy ; spores 8-9 x 4-5 p, even. In moist pine woods. Victoria. 234. Agaricus (Inocybe) cincinnatus. Fr. Hym. Eur. 228. Cooke Illus. t. 4255. Pileus rather fleshy, convex, then plane, squarrosely scaly (1- H c.m. broad) ; stem solid, thin, squamose (4 c.m. long) ; gills adnexed, crowded, ventricose, dingy, then violet. In shady woods. Victoria. 235. Agaricus (Iuocybe) lanuginosus. Fr. Hym. Eur. 227. Bull. Champ, t. 370. Sacc. Syll. v., 3155. Pileus rather fleshy, hemispherical, then expanded, obtuse, floc- cosely squamose (2 c.m. broad), scales of the disc erect and squar- rose (nmber, becoming yellowish) ; stem solid, thin, fibrillosely scaly (6 c.m. long, 2-5 m.m. thick), powdery white at the apex ; gills retreating, thin, ventricose, toothed, pallid clay-colour ; spores 10-12 x 5 p. On the ground. W. Australia. AUSTRALIAN FUNGI. 47 II. Laceri. P ileus squamose, or torn into fibrils ; stem paler than pileus and fibrillose. 236. Agaricus (Inocybe) flocculosus. Berlc. Eng. FI. v., p. 97. Cooke Ulus. t. 393. tSacc. Syll. v., 3165. Pileus subcarnose, convex, subcarapanulate, umbonate (2| c.m. broad) ; sericeo-squamulose, tawny brown ; stem fibrillose, pale reddish, squamuloso-pulverulent above (3-5 c.m. long, 3 m.m. thick) ; gills pale fawn-coloured, then obscurely ferruginous, ventricose, adnate ; spores 10 x 6 p, smooth. On naked soil, and amongst grass. Victoria. III. Vklutin.-e. Pileus not rinose, cuticle fibrillose. 237. Agaricus (Inocybe) gompbodes. Kalch Grev. vm., 152, tab. 142, /. 8. Sacc. Syll. v., 3235. Pileus rather fleshy, campauulate, with a globose pap-like apex, fibrillose, tawny (f in. high and broad) ; stem stuffed, nearly equal, rather bulb-like at the base, and incrusted with a white mycelium, otherwise pallid rufous (2 in. long, 1| lines thick) ; gills ascending, nearly free, crowded, linear, narrow, straight, greyish umber. On the ground. N.S. Wales. 238. Agaricus (Inocybe) gigasporus. Che. ij- Mass. Grev. xviii., 3. Pileus rather fleshy, convex then flattened, umbonate (1 c.m. broad), naked, smooth, moist, yellow-brown ; stem abruptly root- ing, fistulose, equal, or thickened at the base (3-4 c.m. long), smooth, paler, mycelium profuse ; gills broad, adnate, rather crowded, olive. Spores large, 18 x 8-9 p. On the ground. Victoria. (Fig. 23). IV. Viscidas. Pileus becoming smooth, viscid. 239. Agaricus (Inocybe) Victorias. Clce. . 800. Cooke Illus. t. 609 b. Pileus rather fleshy, convex, obsoletely umbonate, yellowish, even, silky when dry; stem fistulose (1-2 in. long), pallid, atten- uated upwards, brownish, downy ; gills adnate, broad, plane, brown, then dark umber. On chips. Queensland. Sub-Genus 38. PSATHYKA. Fr. Epicr. p. 231. Veil none, or only universal, floccose-fibrillose ; stem rather cartilaginous, fistulose, polished, fragile ; pileus conical or cam- panulate, membranaceous ; margin at first straight, adpressed to the stem; gills purplish or brownish, slender, fragile, hygro- phanous. AUSTRALIAN FUNGI. 65 * CoNOPILEI. 327. Agaricus (Psathyra) conopileus. Fr. Hym. Eur. p- 304. Cooke Ulus. t. 575. Pileus submembranaceous, campanulate, even, smooth, growing pale; stem tall, attenuated upwards, smooth, silvery-shining; gills slightly adnexed, crowded, brownish purple. On the ground. Gembrook Range. 328. Agaricus (Psathyra) Sonderianus. Berk. Linn. Journ. xiii., 159. Sacc. Syll. v., 4814. Pileus acutely convex, above pale and dirty yellowish (2| c.m. broad) ; margin entire; stem white, silky (6 c.m. long, 4“m.m. thick), with a white filamentose mycelium ; gills pale. On the ground. S. Australia. ** Obtusati. 329. Agaricus (Psathyra) obtusatus. Fr. Hym. Exit. p. 306. Cooke Ulus. t. 593. Sacc. Syll. v., 4320. Pileus submembranaceous, conical, campanulate, then expanded (2 c.m. broad), obtuse, smooth, wrinkled , hygrophanous , rather shining; stem somewhat rigid, equal, even, nearly naked, pallid, incurved at the base (5 c.m. long, 2-5 m.m. thick) ; gills adnate, subveDtricose, pallid, then umber ; spores 7-9 x 4-6 p. On oak trunks and on the ground. Victoria. # # # Fibrillosi. 330. Agaricus (Psathyra) fatuus. Fr. Hym. Eur. p. 308. Cooke Illus. t. 595. Sacc. Syll. v., 4344. Pileus somewhat membranaceous, ovate-campanulate, then ex- panded, rugose, at first fibrillose , then smooth ; stem slender, becoming smooth, white, striate and mealy at the apex ; gills adnate, crowded, linear, whitish, then brown ; spores 12-13 x 6-7 p. In gardens, etc. (Fig. 32). 331. Agaricus (Psathyra) gossypinus. Fr. Hym. Eur. 309. Cooke Illus. t. 612a. Sacc. Syll. v., 4349. Pileus submembranaceous, campanulate, then expanded, tomen- tose, becoming smooth (8 c.m. broad) ; margin striate ; stem tomen- tose, whitish (5 c.m. long) ; gills adnexed, ventricose, white, then brownish-black ; spores 10-12 x 6 p. On the ground. Queensland. Series 5. Coprinarii. Fr. Epicr. p. 234. Spores black. Sub-Genus 39. PANiEOLUS. Fr. Epicr. 234. Veil interwoven, sometimes wanting; stem polished, rather firm ; pileus somewhat fleshy, viscid when moist, shining when dry, never striated, the margin exceeding the variegated gills; gills clouded ; spores black, oval, smooth. * Pileus viscid, shining when dry. 5 66 HANDBOOK OF 332. Agaricus (Fanseolus) ovatus. Cke. ewelliuae. Kalch. Proc. Linn. Soc. N.S. W., 1882, p. 105. Wholly lilac, darker at the centre of the pileus, paler at the base of the stem ; pileus convex, slightly umbilicate, at length revolute, and easily split (1£ in. broad) ; stem fistulose, equal, naked (H in. long, 2-3 lines thick) ; gills adnexed, ventricose, rather broad, somewhat distant. On the ground. Victoria. AUSTRALIAN FUNGI. 77 Genus 8. GOMPHIDIUS. Fr. Not yet recorded in Australia. Genus 9. LACTARIUS. Fr. Epicr, p. 333. Hymenophore continuous with the stem. Gills unequal, be- tween membranaceous and waxy, rigid, containing a milky fluid, edge acute. Spores globose, white, rarely becoming yellowish. Tribe 1. Piperites. Stem central, gills unchangeable, naked, neither discoloured nor pruinose ; milk at first white, com- monly acrid. 388. Lactarius (Piperites) stenophyllus. Berk. FI. Tasm. ii., 248, t. 181, f. 8. Sacc. Syll. 1694. Pileus infundibuliform, fleshy, yellowish or whitish, zoned, margin involute (10 c.m. broad), stem stuffed, flexuous, of the same colour as the pileus (4-5 c.m. long, 12 tn.m. thick), gills very narrow, rather flesh coloured. Spores ovate, even. On the ground. Tasmania. 389. Lactarius (Piperites) turpis. Fr. Hym. Fur. 423. var. plumbeus. Bull. Champ, t. 282, t. 559, /. 2. Fr. Hym. Fur. 429. Sacc. Syll. 1720. Pileus compact, convex, at length infundibuliform, dry, un- polished, dingy , then blackish brown (7-13 c.m. broad) ; stem solid, equal, blunt (3-8 c.m. long) ; gills crowded, white, then yellowish ; milk acrid, white, unchangeable. Spores 6-8 x 4-6 p. In woods. Victoria. 390. Lactarius (Piperites) piperatus. Scop. Cam. 449. Fr. Hym. Fur. 430. Cooke Illus. t. 979. Sacc. Syll. v., 1727. White. Pileus compact, umbilicate, then infundibuliform (4-9 in. broad), rather regular, not zoned, even, smooth ; stem solid, thick, very short, white (1-2 in. long, 1-2 in. thick) ; gills decurrent, arcuate, crowded, narrow, dichotomous, white ; milk copious, acrid, white. Spores 8 p diam. In woods. Queensland. (Pig. 40). Tribe 2. Russularia. Stem central, gills pallid, then discoloured, becoming darker, changing when turned to the light, at length pruinose ; milk white, at first mild, or mild becoming acrid. 391. Lactarius (Russularia) subtomentosus. B. Sr Bar. Ann. Nat. Hist., Oct., 1869. Pileus subtomentose, compact (2-8 in. broad), umber, stem hollow (1 in. long, in. thick), whitish at the base, gills broad, distant, decurrent, whitish ; milk white, then yellowish, acrid. On the ground in swamps. Victoria. N.S. Wales. 392. Lactarius (Russularia) pallidus. Pers. Syn. 481. Fr. Hym. Fur. 431. Sacc. Syll. v., 1737. Cooke Illus. t. 1007. Pileus fleshy, obtuse, depressed, smooth, viscid, zoneless, pallid (6-10 c.m. broad), stem stuffed, then hollow, pruinose, pallid tan 78 HANDBOOK OF (4 6 c.m. long, 1 c.m. thick), gills snbdecurrent, crowded, pallid, pruinate ; milk mild, white. Spores globose, rough, 10 p. diam. In woods. Victoria. Genus 10. RUSSULA. Pers. in Fries Epic. 349. Veil none. Hymenophore descending unchanged into the vesi- culose trama ; gills rigid, fragile, without milk, edge acute. Spores round, often echinulate, white, or turning yellowish. Series 1. Compact®. Pileus everywhere fleshy, margin at first turned in, always without striae. Without distinct viscid pellicle. No Australian species. Series 2. Furcate. Pileus compact, firm, with a thin, closely adnate pellicle, margin abruptly thin, acute, even. Stem com- pact, then spongy within. Gills rather forked, mixed with a few shorter ones, commonly attenuated both ways, thin and narrow. 393. Russula (Furcate) sanguinea. Bull. Champ, t. 42. Fr. Ilyin. Eur. 442. Cooke Ulus. t. 1019. Sacc. Syll. 1800. Acrid. Pileus fleshy, firm, convex, then gibbous-depressed and infund ibuliform, at length even, moist (6-9 c.m. broad) ; margin thin, acute, even ; stem spongy or solid, slightly striate, white or reddish (3-5 c.m. long) ; gills decurrent, thin, very crowded, some- what forked, connected, white. In woods. Burnett’s River. 394. Russula (Furcatse) australieusis. Cke. Mass. Grev. xvi., 32. Acrid. Pileus fleshy, firm, convex, then plane, red, pellicle thin, adnate, dry (2 in. diam.) ; stem equal, stuffed, then hollow, straw coloured (2 in. long, scarce half an in. thick) ; gills attenuated in both directions, scarcely crowded, forked behind, with a decur- rent tooth, lemon yellow. Spores globose, rough, 10 p. diam. On the ground. Victoria. Queensland. (Pig. 41). 395. Russula (Furcate) purpurea. Gillet Tab. Anal. p. 47. Cooke lllus. t. 1022. Sacc. Syll. 1805. Pileus fleshy, at first hemispherical, then convex, and more or less depressed in the centre, rugose-plicate, dark purple, darker in the centre, margin even, then faintly striate (6-10 c.m. diam.), flesh yellowish, red beneath the cuticle; stem slightly incrassated at the base, longitudinally striate, white at the apex, rosy in the middle, yellowish at the base ; gills rounded, broad, often bifid, white, then yellowish. Under trees. Victoria. Series 3. Rigid*. Pileus destitute of a viscid cuticle, dry, cuticle commonly breaking up in granules or flocci. Flesh thick, compact, firm, margin never involute, and without stri® ; stem solid, hard, then spongy ; gills a few dimidiate, others divided, rigid, dilated in front, margin of the pileus obtuse. AUSTRALIAN FUNGI. 79 396. Russula (Rigid®) rubra. Fr. Hym. Eur. 444. Cooke Ulus. t. 1025. Sacc. Syll. v., 1817. Acrid. Pileus fleshy, rigid (9-11 c.tn. broad), convex, then plane or depressed, dry, polished, becoming even ; margin patent, obtuse, without stri® ; stem solid, hard, stout, white, or red (6-7 c.m. long) ; gills obtusely adnate, rather crowded, whitish, often forked and dimidiate. Spores 10 p. In grassy places. Victoria. Queensland. N.S. Wales. 397. Russula (Rigid®) Linn®i. Fries Hym. Eur. 444. Cooke Jllus. t. 1026. Sacc. Syll. 1818. Mild. Pileus everywhere fleshy, plane, then depressed, polished , dry, smooth (8-12 c.m. broad), margin spreading, obtuse, without stri®, flesh spongy, compact, white ; stem spongy, solid, stout, rivulose, red (3-4 c.m. long, 2 £ c.m. thick) ; gills adnate, rather decurrent, somewhat thick, white, turning yellowish, sometimes dichotomous, and anastomosing behind. Spores 8 X 10 p. In woods. Queensland. Series 4. Heterophyll® Pileus firm, margin thin, at length ex- panded and striate, clad with a thin adnate pellicle. Gills mixed with many shorter ones. Stem spongy within. 398. Russula (Heterophyll®) expallens. Gillct Tab.p. 49. Cooke lllus. t. 1029. Pileus fleshy, firm, rather depressed, viscid, bright purple, centre dark purple (6-8 c.m. diam.), at length decoloured, except the disc, cuticle separable, flesh purple, stem cylindrical, firm, equal, or a little thickened at the base (5-8 x 2 c.m.), turning purple, mealy ; gills pallid yellow, furcate at the base, broad. Under trees. Victoria. Series 5. Fragiles. Pileus more or less fleshy, rigid, but fragile, pellicle continuous, viscid after rain ; margin membranaceous, at first connivcnt, when mature sulcate ; flesh floccose, friable; stem spongy, at length soft and hollow ; gills nearly all equal’ simple, becoming broadest in front. * Gills and spores white. 399. Russula (Fragiles) emetica. Fr. Hym. Eur. 448. Cooke lllus. t. 1030. Sacc. Syll. 1841. Acrid. Pileus fleshy, expanded or depressed, polished, shining (5-10 c.m. broad) ; margin patent, at length sulcate ; flesh white, reddish beneath the separable cuticle ; stem spongy-solid, firm, elastic, even, white or reddish (6-8 c.m. long) ; gills free, equal, broad, somewhat distant, white. Spores 8 p. In woods. Victoria. N.S. Wales. Tasmania. var. Clusii. Fries Hym. Eur. 449. Cooke lllus. t. 1031. Sacc. Syll. 1842. Pileus convex, then expanded, blood red, flesh white, turning yellowish, gills obsoletely adnexed, at length adnate, pallid yellowish ; spores 10 p. In woods. Victoria. 80 HANDBOOK OP 400. Russula (Fragiles) fragilis. Peru. Syn. p. 440. Cooke Illus. t. 1091. Hym. Eur. 450. Sacc. Syll. v., 1852. Very acrid ; pileus lax, fleshy, thin, plane, depressed, unequal, polished, cuticle thin, becoming pale, opaque, slightly viscid (5-6 c.m. broad) ; margin tuberculoso-striate ; stem stuffed, then hollow, shining (2-4 c.m. long) ; gills fixed, thin, crowded, ventricose, white ; spores 8 p. In woods. Victoria. Queensland. S. Australia. 401. Russula (Fragiles) subalbida. Pres. Pug. No. 6. Pileus rather fleshy, flattened, then depressed, viscid, smooth ; margin silicate, lurid white (2-3 c.m. broad) ; stem stuffed, then hollow, attenuated upwards, of the same colour (2-3 c.m. long, 4-8 m.m. thick) ; gills crowded, attenuated behind and adnexed, white ; spores subglobose, aculeate, 8-10 x 8 p, basidia clavate. On the ground. Queensland. ** Gills and spores ochraceous. 402. Russula (Fragiles) alutacea. Fr. Hym. Eur. 453. Cooke Illus. t. 1096, 1097. Pace. Syll. 1874. Mild ; pileus fleshy, expanded or depressed, with a viscid cuticle, growing pale (15 c.m. broad) ; margin thin, at length striate, tuher- culose, flesh white ; stem spongy, solid, stout, white or reddish, even (12 c.m. long, 2f c.m. thick) ; gills at first free, thick, equal, somewhat distant, yellow, then ochraceous tan-coloured, naked; spores 11-14 x 8-10 p. In woods. Tasmania. Genus 11. CANTHARELLUS. Adans. Fung. Ord. V. Hvmenophore continuous with the stem, descending in an un- changed trama ; gills thick, between fleshy and waxy, fold-like, rather branched, with the edge obtuse ; spores white. I. Mesopus. Pileus entire ; stem central. * Pileus and stem solid, fleshy. 403. Cantharellus cibarius. Fr. Hym. Eur. 455. Cooke Illus. t. 1103. Sacc. Syll. 1882. Egg-yellow ; pileus fleshy, firm, at first repand (3-5 c.m. broad), smooth, at length turbinate ; stem solid, attenuated downwards ; gills thick, distant, of the same colour ; spores 9 x 5-6 p. In woods. Esculent. Victoria. Queensland. N.S. Wales. 404. Cantharellus aurantiacus. Fr. Hym. Eur. 455. Cooke Illus. t. 1104. Sacc. Syll. 1886. Nearly orange-colour ; pileus fleshy, soft, depressed, rather tomentose (5-8 c.m. broad) ; stem stuffed, unequal (5 c.m. long) ; gills crowded, straight, dichotomous, darker than the pileus (some- times paler than the pileus, nearly white); spores 10 x 5 p. In fir woods and on heaths. Queensland. AUSTRALIAN FUNGI. 81 405. Cantharellus aureolas. Cke. <5* Mass. Grev. xviii., 4. Caespitose, golden ; pileus thin, plane, then depressed, delicately pubescent, margin indexed (£-£ in. broad) ; stem slender (1 in. long), equal, faintly striate ; gills numerous, rather crowded, very narrow, adnate, decurrent ; spores globose, 5-6 y diam. Whole plant dark gold colour. On the ground. Queensland. 406. Cantharellus viscosus. Berk. Hook. Journ. 1845, 49. Sacc. Syll. 1893. Wholly of a beautiful yellow ; pileus viscid, infundibuliform, repand, somewhat undulate (1£ in. or more across); stem (1 in. high) gradually increasing upwards to the base of the gills (£ in. thick), pruinose with yellow; gills furcate, decurrent; spores bright ochraceous, oblique, yellow under the microscope. On the ground, amongst twigs. W. Australia. 407. Cantharellus politus. Gke. Mass. Grev. xvi., 32. Pileus rather fleshy, convex, depressed, at length infundibuli- form, smooth, even, viscid, very shining, chestnut colour (1-1£ in. broad) ; stem nearly equal, stuffed, pallid without and within (1 in. long, 3-4 lines thick) ; gills thick, rather distant, branched, pallid cinereous. Spores cylindrical, 14-15 x 4 y.. In fern gully. Victoria. (Fig. 43). 408. Cantharellus strigipes. Berk. FI. Tasm. n., 225. £ucc. Syll. 1899. Pileus liver-colourod, convex (6-7 m.tn. diam.) ; stem of the same colour, attenuated upwards, arising from tawny strigose hairs (25 m.m. long). Gills narrow, radiating. Amongst ferns. Tasmania. 409. Cantharellus pusio. Berk. Hook. Journ. vm., 134. Sacc. Syll. 1914. Becoming whitish. Pileus infundibuliform, striate, powdery flocculose (8-9 m.m. broad) ; stem dilated upwards (2£ c.m. long, scarcely 1 m.m. thick), brown when dry, and powdery; gills very narrow, decurrent, interstices nearly even. On the ground. Victoria. Tasmania. 410. Cantharellus cinereus. Fr. Hym. Fur. 458. Cooke Ulus. t. 1110a. Sacc. Syll. 1919. Pileus submembranaccous, infundibuliform, pervious to the base, villoso-squamu/ose, dingy black ; stem hollow, of the same colour (6 c.m. long) ; gills thick, distant, cinereous. Spores 7 x 5 p. In woods. Tasmania. 411. Cantharellus leucophteus. Nouel. Mem. Lille 1831, t. 1, f. 2, 3. Fr. Uym. Fur. 458. Cooke Illus. t. 1111a. Sacc Syll. 1920. Pileus submembranaceous, tough, infundibuliform, smooth , umber; stem stuffed, thin, even, of the same colour, a little 6 82 HANDBOOK OF thickened at the base (2 m.m. thick) ; gills distant, simple, mixed with others dichotomous or dimidiate, white. Spores 9x5 ju. On the ground. Victoria. 412. Cantkarellus concinnus. Berk. Linn. Journ. xvi., 38. Sacc. Syll. 1934. Small. Pileus in. broad. Stem thickened upwards (t in. high, 2 lines thick at the apex). Gills forked, very narrow, inter- stices veined. On the ground. N.S.Wales. Resupinata:. Pileus entire, at first cup-shaped, fixed at the vertex, then rejlexed. 413. Cantharellus lobatus. Fr. ITym. 'Em. 461. Cooke Illus. t. 1 L I -2b. Sacc. Syll. 1952. Gelatinous, membranaceous, sessile, horizontal, ear-shaped (20-30 m.m. broad), dirty rufous, externally convex, smooth, beneath with crispate folds, divided near the margin. Spores 10 p long. On mosses in swamps. Victoria. 414. Cantharellus foliolum. Kalch. Grev. ix., 134. Sacc. Syll. v., 1956. Pileus membranaceous, resnpinate, then reflexed, suborbicular, smooth, whitish, pallid ochraceous when dry, with a short excentric or lateral evanescent stem ; gills obtuse, few (4-5), very distant, joined by veins. On twigs, leaves, etc. Queensland. Genus 12. NYCTALIS. Fr. Not indigenous. Genus 13. MARASM1US. Fries. Fungi tough, dry, shrivelling, but not putrescent, reviving when moistened. Hymenophore continuous with the stem, but homo- geneous, descending into the. trama ; veil absent. Stem cartila- ginous or horny. Gills tough, rather distant, with an acute edge. Section I. Collybia. Pileus between fleshy and tough, at length rather leathery, silicate, or corrugated ; margin at first involute. Stem somewhat cartilaginous, mycelium floc- cose, sometimes not manifest. a. Scortei. Stem villous. Gills free. 415. Marasmius ureus. Fr. Hym. Eur. 465. Cooke Illus t. 1116. Sacc. Syll. 1976. Acrid. Pileus between fleshy and coriaceous, convex, then plane, smooth, even, at length wrinkled or rivulose (3-6 c.m. broad) ; stem fibrous, solid, rigid, pallid, mealy with white fibrils, and AUSTRALIAN FUNGI. 83 clothed with white down at the base (10-14 c.m long, 6 m.m. thick) ; gills free, joined behind, pallid, somewhat yellowish, becoming brownish , at length remote, distant, firm. Spores 3-4 x 2i-3 /a. In woods. Queensland. 416. Marasmius hepaticus. Berk. Hook. Journ. v., p. 1. Sacc. By II. 2013. C»spitose. Pileus hemispherical, becoming smooth, rather fleshy (18 m.m. broad) ; stem nearly equal above, but thickened below, smooth, fibrously cartilaginous, liver colour, as well as the pileus (4 c.m. loug, 3 m.m. thick) ; gills nearly free, distant, attenuated behind, tawny. Amongst ferns. Tasmania. 417- Marasmius pilopus. Kalch. Orev. vm., t. 143, f 13. Succ. Byll v., 2014. Pileus between coriaceous and membranaceous, almost dia- phanous, convex, obtuse, or wilh the centre depressed (scarcely 1 in. broad), wholly radiately striate, gilvous, becoming pale; stem stuffed, then hollow (1-2 in. long, 1 line and more thick), some- what bulbous at the base, invested wholly with a powdery ochraceous brown tomentum ; gills adnate, very broad behind, narrower towards the margin, distant, branched, edge entire, red flesh colour when dry ; spores oval (2£ x 1^ p). On wood. N. S. Wales. b. Tergini. Stem rooting. 418. Marasmius confertus. B. yll. vi., 4953. Pileus fleshy and tough, fan-shaped, flattened, ochraceous, variegated with broad, adpressed, spot-like, darker centrifugal scales (to 50 c.m. broad), stem excentric and lateral, stout, reticu- lated at the apex, blackened at the base; pores thin, variable, at first small, then broad, angular and torn, pallid. Spores ovoid, hyaline, 12x5 y. On trunks. Queensland. Fingiringi. 604. Folyporus melanopus. Fr. Hym. Eur. 534. Sacc. Syll. 4958. Pileus fleshy, tough, plane, then infutidibuliform, white, then yellowish brown, at first delicately flocculose (5-8 c.m. broad), stem excentric, rather velvety, incurved, thickened downwards, black, pores decurrent, short, minute, obtuse, unequal, white. On the ground and branches. Victoria. Queensland. ** Pileus becoming smooth. 605. Folyporus picipes. Fr. Hym. Eur. 534. Sacc. Syll. vi., 4966. Pileus fleshy, coriaceous, then rigid, tough, even, smooth, de- pressed at the disc and behind (10 c.m. diam.), stem excentric and lateral, equal, firm (2-3 c.m. long), at first velvety, then naked, punctate, black up to the decurrent pores, which are rounded, small, white, then yellowish. On trunks. Queensland. Victoria. Fingiringi. Gembrook Range. 606. Polyporus Strangeri. Kalcli. Linn. Soc. N.S. Wales. Pileus suberous-coriaceous (1-1| in.), variable in form, kidney shaped, convex, rather umbilicate, not zoned, unpolished, umber, 116 HANDBOOK OF turning blackish, stem short (3 lines), cylindrical, discoid at the base, incurved, encrusted, everywhere black (2 lines thick), pores small, round, obtuse, with the flesh snowy white. On ? N.S. Wales. 607. Polyporus infernalis. Berk. Hook. Journ. 1843, 637. Sacc. Syll. vi., 4965. Pileus flabelliform, entire or rather lobed, depressed behind, thin, acute, at length corky, coriaceous, quite smooth, even, striately rugulose except at the base, blackish liver coloured (8-9 c.m. broad), stem short, lateral, black, thickened upwards, punctate, pulverulent (1-2^ c.m. long, 1 c.m. thick), hymenium brownish ; pores minute, round, very short ; margin sterile. On trunks. Victoria. 608. Polyporus varius. Fr. Ilyin. Fur. 535. Sacc. Syll. vi., 4968. Pileus fleshy, tough, extenuated, soon becoming woody, smooth, rather virgate, of variable form, depressed at the disc or behind (lj-10 c.m. broad), stem excentric and lateral, even, smooth, downwards gradually cinereous, then black ( 24 . c.m. long), pores decurrent, minute, short, round, unequal, whitish, then cinnamon. On trunks. Queensland. W. Australia. Tasmania. 609. Polyporus elegans. Fr. Hym. Fur. 535. Sacc. Syll. vi., 4971. Pileus equally fleshy, soon indurated, and becoming woody, flattened, even, smooth, of one colour (5-12 c.m. broad), "stem ex- centric or lateral, even, smooth, pallid, base abruptly black, rooting; pores plane, minute, rather round, yellowish white, then pallid. On trunks. Queensland. Tasmania. var. nummularius. Bull. t. 124. Smaller, thinner, rather regular (scarcely 2i c.m. broad) ; stem equal, excentric. On trunks. N.S. Wales. 610. Polyporus glabratus. Kalch. Hedw. xv., 114. Sacc. Syll. vi., 4974, Pileus excentric, fleshy, flattened, even, smooth, of one colour, dark brown (2|-5 c.m. broad) ; stem solid, tapering, even, smooth, becoming brown (3-5 c.m. long, 6-8 m.m. thick) ; pores minute, round, white, then yellowish. Flesh white. On trunks. Victoria. 611. Polyporus Guilfoylei. B. 8f Br. Linn. Trans, n., 58. Sacc. Syll. vi., 4976. Pileus spatluilate, lateral, delicately pulverulent (18-40 m.m. broad, 18-35 m.m. long); stem produced from the pileus, black, cartilaginous ; hymenium descending into the stem, pallid. Pores punctiform, 200 fi broad. On trunks. Queensland. AUSTRALIAN FUNGI. 117 612 . Folyporus Leprieurii. Mont. Syll. 155. Sacc. Syll. vi., 4978. Pileus coriaceous, membranaceous, tough, reniform, plane, cinnamon, sooty-brown when moist (3-4 c.tn. diam.); margin undulately lobed, smooth, shining ; stem lateral, very short, black, dilated and scutate at the base, substance dingy brown ; pores very short, very minute, angular, mouth, plane, sooty-cinnamon. On rotten wood. .New Guinea. 613 . Folyporus dictyopus. Mont. FI. Fern. 14. B. Br. Brisbane Fungi ti., 57. Sacc. Syll. vi.,4982. Pileus fleshy, then coriaceous, rigid, thin, even, quite smooth, bay-brown (1-2 c.m. broad) ; stem lateral, even, thick, smooth, reticulately rugose, bay- brown or black; pores minute, rounded, acute or obtuse, entire, pallid. On trunks. Queensland. e. Petaloidrs. Pileus fleshy, then tough, quite lateral ( not marginate behind ) ; stem, wholly pallid, commonly very short, scutate at the base, adnate to rotten wood, in a line with the pileus, commonly striately virgate and zoneless. * Pileus smooth. 613 bis. Folyporus petaloides. Fr. Hym. Fur. 536. Sacc. |l _ Syll. 4990. I Pileus rather membranaceous, spathulate, rugose, smooth, ! zoneless (7x4 c.in.), chestnut brown, flaccid when moist ; stem I lateral, ascending, compressed, smooth, not rooting, whitish, 1 adnate by a dilated scutate base. Pores decurrent, very short, 1 small, white. On trunks. Victoria. , ## Pileus subsquamose or floccose. 614 . Folyporus grainmocephalus. Berk. Book. Journ. 1842, 148. Sacc. Syll. vi,, 5005. 1 Pileus at first obovate, wedge-shaped, then reniform, flattened | (4-7 c.m. broad, 2 m.m. thick), pale umber, radiately virgate; j stem lateral, abrupt at the base, but scarcely scutate (4 m.m. I long, 1 m.m. thick), in a line with the pileus. Pores short, , umber, mouth acute. i On trunks. Queensland. New Guinea, var. Emerici. Berk, in Grev. x., 96. Whitish ochre, pileus spathulate or reniform. Pores angular, I dissepiments thin, soon broken. On trunks. Queensland, New Guinea. var. Muelleri. Kalch. Grev. t. 145, /. 25. Whitish ochre, tan colour when dry; pileus thin, rigid. Pores of medium size, angular, unequal, mouth entire. On trunks. N. 8. Wales. 118 HANDBOOK OF 615. Polyporus platotis. B. ij' Br. Linn. Trans. 1879, 401, pi. 4b, f. 7. Sacc. Syll 5007. Pileus clavate, then plane, and infundibnliform, smooth, ochra- ceons, fragile, spongy, marked with radiating thin lines (5 c.m. hroad) ; stem elongated, thickened upwards (7-8 c.m. long). Pores angular, descending at the base (200-300 p broad), of the same colour as the pileus. On wood. Queensland. Apparently only an abnormal, distorted condition of P. grammo- cephalus. 616. Polyporus dorcadideus. B. <|' Br. Linn. Trans, n., 57, t. 10, f. 16. Sacc. Syll. vr., 5008. Pileus flabelliform, lobate, umbel', pruinosely velvety (8-9 c.m. broad, 7 c.m. long) ; stem short (2 c.m. long, 1 c.m. thick). Pores of medium size, hexagonal, dissepiments thin and torn (2 m.m. diam.). On trunks. Queensland. 617. Polyporus fusco-lineatus. B. yll. 7942. Fragile, stuffed, becoming cinereous ; trunk rather thick, short, much branched (6-8 c.m. high), branches and branchlets incras- sated, deformed, rather rugose, and somewhat obtuse ; spores irregularly ellipsoid-sphairoid, 8-10 X 5-6 g. Iu woods. Victoria. 1101. Clavaria lurida. Kalch. Proc. Linn. Soc. N.S.W. 1882, 105. Cmspitose, very much branched, dingy white ; trunks thin, branches and branchlets crowded, elongated, acute, tawny when dry, and rather filiform. On the ground. Victoria. 1102. Clavaria cristata. Pers. Syn. 501. Fr. Hym. Eur. 668. Sverig. Svamp. t. 92, f. 1-3. Sacc. Syll. 7944. Tough, even, stuffed, white (3-7 c.m. high), branches dilated above, acutely incised and cristate. Spores angular or subellip- soid-sphasroid, hyaline, 5-7 X 3-4 /a. In woods. Victoria. Queensland. Tasmania. 1103. Clavaria rugosa. Bull. t. 448, f. 2. Fr. Hym. Eur. 669. Sacc. Syll. 7$ 17. Tough, simple, or sparingly branched, thickened upwards and rugose, white (8-11 c.m. high), branches deformed, obtuse. Spores angularly sphseroid, 8-10 p. diam. In moist places. Queensland. 1104. Clavaria Xrombholzii. Fr. Hym. Eur. 669. Sacc. Syll. 7949. Fragile, caespitose, even, white, sparingly branched, branches rather compressed, obtuse (about 2^ c.m. high). Spores 11 X 8 /x. On the ground. Victoria. 1105. Clavaria Xunzei. Fr. Hym. Eur. 669. Sacc. Syll. 7951. Rather fragile, white, very much branched from the thin base (2-6 c.m. high), branches elongated, crowded, repeatedly furcate, fastigiate, even, equal, compressed at the axils. Spores subglobose, 9-12 x 8/i, hyaline. In woods. Queensland. 1106. Clavaria plebeja. Fr. PI. Preiss. n., p. 137. Sacc. Syll. 7955. Tough, white, becoming yellowish, trunk rather thick, branches and branchlets very much divided, solid, crowded, multifid and cristate at the apices. Spores hyaline. In sandy soil. W. Australia. ** Colour whitish or dingy, growing on wood. 1107. Clavaria pyxidata. Pers. Comm. t. 1, f 1, Fr. Hym. Eur. 669. Sacc. Syll. 7957. Pale tan colour, becoming somewhat reddish (10-13 c.m. high), trunk thin, smooth, branched, branches and branchlets all 200 HANDBOOK OF excavated, and cup-shaped at the tips ; margin of the cups pro- liferous, radiating. Spores subglobose, 4-4 |x3m, hyaline. On rotten wood. Victoria. N.S. Wales. b. OchrosporcB. * Colour yellow, cinnamon, etc. 1108. Clavaria aurea. Schceff'. t. 287. Fr. Hym. Fur. 670. Sacc. Syll. 7963. Trunk thick, elastic, turning pale, divided into stout, straight, dichotomous, much divided branches, which are tapering, obtuse, subdentate, yellow (8-10 c.m. high). Spores ellipsoid, 9-12 X 4-6 p. In woods. Queensland. N.S. Wales. 1109. Clavaria formosa. Pers. Ic. et Desc. 1 . 3, f. 5. Fr. Hym. Fur. 671. Sacc. Syll. 7967. Trunk thick, elastic, whitish, very much branched (12 c.m. high), branches elongated, rosy orange, branchlets obtuse, yellowish. Spores oblong, ochraceous, papillate, 18 X 6 p. In woods. Victoria. N.S. Wales. Queensland. (Fig. 86). 1110. Clavaria abietina. Pers. Comm. 46. Fr. Hym. Fur. 671. Sacc. Syll. 7970. Ochraceous, very much branched (5-8 c.m. high), trunk whitish, tomentose, rather thick, branches crowded, longitudinally rugose when dry, branchlets straight, acute. Spores subellipsoid, 7-10 X 4-6 p. In fir woods. Victoria. 1111. Clavaria Kalchbrenneri. Muell. Proc. Linn. Soc. N.S.W. 1882, p. 105, not Sacc. Syll. No. 8019. Thin, pale orange yellow, subcaispitose, trunk thin, naked, branches short, acute, dichotomous, or fasciculate. On the ground. Victoria. 1112. Clavaria crocea. Pers. Ic. et Desc. t. 11,/. 6. Fr. Hym. Fur. 671. Sacc. Syll. 7973. Minute, thin, saffron yellow, stem naked, pallid, branches and branchlets subfurcate (1-1| c.m. high) ; spores ellipsoid, 6-7x2-3 p. In woods. Victoria. 1113. Clavaria grisea. Pers. Comm. 44. Fr. Hym. Fur. 672. Sacc. Syll. 7979. Firm ; trunk thick, whitish ; branches attenuated, subrugose and as well as the branchlets unequal, obtuse, dingy grey (6-8 c.m. high) ; spores elongated, 10-12 x 4 p. On the ground in woods. Victoria. ** Growing on trunks. 1114. Clavaria stricta. Pers. Comm. t. 4 ,f. 1. Fr. Hym. Fur. 673. Sacc. Syll. 7988. Very much branched, pale yellowish, turning brownish when bruised, trunk rather thick ; branches and branchlets straight, AUSTRALIAN FUNGI. 201 even, crowded, adpressed, acute (10 c.m. or more high) ; spores ovate, pale yellow, 6-8 X 3^-4^ p. On trunks. Queensland. N. 8. Wales. 1115. Clavaria crispula. Fr. Hym. Eur. 673. Sacc. Syll. 7901. Very much branched, tan coloured, then ochraceous ; trunk thin, villose and somewhat rooting ; branches flexuous, many times divided, branchlots of the same colour, spreading (3-8 c.m. high), spores pale yellow, 5 X 3 /a. At base of trunks. W. Australia. c. Ramarl®. Colour of spores unknown. t Terrestres. 1116. Clavaria portentosa. B. Br. Linn. Trans, n., 65, t. 14, / 15. Sacc. Syll. 7996. Whitish ; subcylindrical, rough, repeatedly much branched, apices elongated, subulate, darker upwards, with the tips pallid, the whole mass subclavate (6-7 c.m. high). Amongst leaves. Queensland. 1117. Clavaria laetissima. Pers. in Linn. Journ. xviii., p. 386. Sacc. Syll. 8008. Ciuspitose, orange, repeatedly dichotomous, compressed ; apices dilated, subdivided, tawny (7 c.m. high). On the ground. Queensland. 1118. Clavaria loritliamnus. Berk. Austr. Fungi No. 146. Sacc. Syll. 8029. Pallid umber ; branches straight, apices shortly bifid and rather acute (4 c.m. high) ; spores hyaline. On the ground. Victoria. 1119. Clavaria Colensoi. Berk. FI. N. Zeal. 186. Sacc. Syll. 8039. Small, branched from the compressed base, branches erect, fur- cate, nearly equal, acuminate at the tips, fixed to the matrix by short tow-like fibrils (3 c.m. high). On naked ground. Queensland. New Zealand. II. Syncoryne. Nearly simple, ccespitose or fasciculate at the base. * Rubentes. 1120. Clavaria rufa. FI. Dan. t. 775, /. 1. Fr. Hym. Eur. 674. Sacc. Syll. 8062. Ciespitose, rufous ; clubs stuffed, thickened, sometimes bifid, acute (4 c.m. long). Amongst grass. Queensland, 202 HANDBOOK OF 1121 . Clavaria rosea. Fr. Hym Eur. 674. Sacc. Syll. 8063. Rather fasciculate, fragile, rosy ; clubs stuffed, at length yellowish at the tips, attenuated downwards and whitish (3-4 c.m. high) ; spores 2 p diam. On ground. Victoria. rar. jS. attenuata. Clubs attenuated at the apex. Amongst moss. 1122 . Clavaria fusifonnis. Sow. t. 334. Fr. Ilym. Eur. 674. Sacc. Syll. 8067. Ctespitose and connate, rather firm, yellow, soon hollow (10- c.m. high) ; clubs somewhat fusiform, simple and dentate, even, attenuated into a base of the same colour ; spores 6-8 X 6 /a. Amongst grass. Queensland. 1123 . Clavaria inaequalis. Mull. FI. Dan. t. 836,/. 1. Fr. Hym. Eur. 674. Sacc. Syll. 8069. Gregarious, stibfasciculate, fragile, stuffed, yellow (5-7 c.m. high) ; clubs various, simple or furcate, continuous downwards, of the same colour ; spores ellipsoid or irregularly globose, hyaline, uniguttulate, 10-12 x (sometimes to 8 p). Amongst sand. Victoria. N.S. Wales. Tasmania. 1124 . Clavaria argillacea. Fr. Hym. Eur. 675. Sacc. Syll. 8072. Fasciculate, fragile, clay-coloured, pallid (3-4 c.m. high) ; clubs simple, variable ; stem shining, yellow ; spores 10 X 6-8 p. On the ground. Victoria. N.S. Wales. Queensland. 1125 . Clavaria Archeri. Bcrlc. FI. Tasm. t. 188,/. 3. Sacc. Syll. 8077. Fasciculate, short, orange (25 m.m. high), flabellately clavate, rather rugose. On the ground. Queensland. Tasmania. 1126 . Clavaria vermicularis. Scop. Fr. Hym. Eur. 675. Sacc. Syll. 8009. Casspitose, fragile, white (8 c.m. high); clubs stuffed, simple, cylindrical, subulate ; spores 8 X 6 p. Amongst grass. Victoria. 1127 . Clavaria fragilis. Holms. 1 , p. 7. Fr. Hym. Eur. 675. Sacc. Syll. 8080. Fasciculate, very fragile, yellow above, white below, attenuated, sometimes wholly white; clubs hollow, quite obtuse, variable (3-8 c.m. high) ; spores ellipsoid, 10-12 X 4-5 p. On the ground. Victoria. AUSTRALIAN FUNGI. 203 III. Holocoryne. Simple , distinct, and separate at the base. 1128. Clavaria pistillaris. Linn. Fr. Ilyin. Eur. 676. Sacc. Syll. 8085. Simple, large (6-30 c.m. liigh), fleshy, stuffed, obovately clavate, obtuse, yellow, then reddish ; spores ellipsoid, 10- 1 1 X 5-6 p. Amongst grass. Victoria. 1129. Clavaria juncea. Fr. Hym. Eur. 677. Sacc. Syll. 8093. Gregarious, thin, filiform, flaccid, fistulose, acute, pallid, then rufescent, with a creeping, fibrillose base (5-10 c.m. high) ; spores obovate, uniguttulate, hyaline, 4 p diam. Amongst dead leaves. Victoria. Tasmania. 1130. Clavaria palndicola. Lib. Fr. Hym. Eur. 678. Sacc. Syll. 8096. Small, simple, slightly compressed, rugulose, yellow, orange when dry (10-15 m.m. high); clubs short, obtuse. In moist places, amongst ferns. S. Australia. 1131. Clavaria aurantia. Cooke £ Mass. Orev. xvi., 33. Sacc. Syll. 8108. Orange, quite simple, straight, thickened upwards into the club, smooth, attenuated downwards into an equal stem (5-8 c.m.) ; spores subglobose, minute. On the ground. Victoria. (Fig. 87). 1132. Clavaria rhizomorpha. Berk. FI. Tasm. n., t. 183,/. 4. Sacc. Syll. 8112. Erumpent, confluent, nearly simple, chestnut-red (6-12 m.m. high), or with a violet tinge; apices yellowish. On dead bark. Tasmania. 1133. Clavaria miltina. Berk. Hook. Journ. 1852, p. 140. Sacc. Syll. 8116. Gregarious, fragile (7£ c.m. high) ; clubs simple, quite acute, crimson. On rotten wood. Queensland. 1134. Clavaria mucida. Pers. Comm. t. 2, f. 3. Fr. Hym. Eur. 679. Sacc. Syll. 8125. Gregarious, minute, simple or very sparingly branched, even, naked, white, becoming yellowish, smooth (1-2 c.m. high), some- times rosy ; stem rather distinct. Spores 5-6 x 2-3 /u. or 6-7 x 3-4 p. On rotten wood. N.S. Wales. 1135. Clavaria tasmanica. Berk, in Herb. Grev. xx., 10. Clubs simple, clavate (4 c.m. long), single, or two or three together, fuliginous, base expanded in a white flocoose mycelium ; stem slender, paler, somewhat flexuous. Spores subglobose, 8 p diam. On tree ferns, wood, etc. Tasmania. 204 HANDBOOK OP 1136. Clavaria Muelleri. Berk. Gre o. xx., 10. Simple, clavate, white, slender (2-3 c.m. long), attenuated below into a thin cylindrical stem, apex obtuse. On the ground. Victoria. Queensland. Genus 61. CALOCERA. Fries. Fungi between gelatinous and cartilaginous, horny when dry, vertical, rather cylindrical, simple or branched, viscid, without distinct stem ; liymenium on both sides. Spores oblong, curved. * Ramosce. 1137. Calocera guepinioid.es. Berk. Dec. No. 54. Sacc. Syll. 8154. Small, erumpent, variable, red brown (1 c.m. high); stem com- pressed, palmate above, branches few and quite obtuse. On rotten wood. Victoria. W. Australia. S. Australia. Queensland. Tasmania. 1138. Calocera digitata. Clce. ^ Mass. Grev. xvn., 7. Branched (1-lf in. high), tough, even, pallid; trunk thin, smooth, twice or three times furcate, branches expanded at the apex in a spathulate manner, each bearing from 3 to 5 delicate scyphoid processes arranged like fingers on the open hand. Spores white, elliptical, 5-6 x3 g. On damp logs. Victoria. (Fig. 88). ** Ccespitosce. 1139. Calocera cornea. Fr. Hym. Eur. 680. Sacc. Syll. 8158. Crespitose, rooting, even, viscid, orange-yellow (1 c.m. high), clubs short, subulate, connate at the base. Spores elliptic, sub- navicular, granular, or guttulate, hyaline, 10-12 x 1-4 p. On rotten wood. Victoria. Queensland. Simplices. 1140. Calocera stricta. Fr. Hym. Eur. 680. Sacc. Syll. 8163. Simple, solitary, elongated, obtuse at the base, linear, yellow, even when dry (1-3 c.m. long). Spores clavate, acute below, 9-12x4-5 p hyaline, thinly uuiseptate in the middle, but not constricted. On wood and dead fir leaves. Victoria. 1141. Calocera nutans. Sacc. Hedwigia, 1890, 154. Scattered, tapering, clavate, compressed, apex rather obtuse, honey-yellow, curved, smooth (2-3 m.m. high, f m.m. broad), stem very short, but distinct ; basidia ciavulate, undivided. Spores ellipsoid-oblong, unequal-sided, 7 x 3£ p hyaline, binucleate, simulating uniseptate. On trunks. Victoria. AUSTRALIAN FUNGI. 205 1142. Calocera glossoides. Fr. Hym. Eur. 681. Sacc. Syll. 8165. Simple, solitary, somewhat tremelloid, 'yellow (12 m.m. high), clubs incrassated, obtuse, compressed, stem tapering. Spores ellipsoid, 12 jj, long. On trunks. Victoria. Tasmania. N. Zealand. Family VI. TREMELLINEai. Fr. Homogeneous, gelatinous, collapsing when dry, reviving when moistened. Sub-Family 1. Auricularise. Bref. Basidia elongated or fusoid, transversely many celled. Genus 62. ATJRICULAItlA. Bull. Hymenium inferior, distantly and vaguely ribbed and plicate, swollen when moist, and rather tremelloid, collapsing when dry. Spores oblong, hyaline. 1143. Auricularia mesenterica. Fr. Hym. Fur. 646. Sacc . Syll. 8294. Pilei resupinate, then reflexed, entire, villose, zoned, brownish cinereous; hymenium ribbed and plicate, violet-brown; spores oblong-reniform, 15-20 X 7 fi. On trunks. Queensland. W. Australia. 1144. Auricularia lobata. Somm. Fr. Hym. Eur. 646. Sacc. Syll. 8295. Pileus effused, reflexed, lobed, variegated with strigose zones, or velvety, or smooth, dusky, then whitish ; hymenium dusky, livid, reticulately veined by distant folds. Spores oblong-reniform, 15- 20 x 7 p.. On bark. Queensland. N.S. Wales. 1145. Auricularia albicans. Berh. Linn. Journ. xm., 170. Sacc. Syll. 8802. Orbicular, whitish externally, delicately pubescent beneath ; hymenium shining, pitchy black (peculiarly brilliant when dry). On trunks. Queensland. (Pig. 89). 1146. Auricularia minuta. Berk. Hook. Journ. 1845,p. 50. Sacc. Syll. 8308. Gregarious (about 7 m.m. broad), effused behind ; pilei minute, effuso-reflexed, lobed, externally tawny umber, hispid, zoned ; hymenium even, pruinose, yellow-grey, sometimes proliferous. On dead branches. W. Australia. Tasmania. 1147. Auricularia pusio. Berk. Linn. Journ.: xvii., 386. Sacc. Syll. 8305. Pileus adnate behind, reflexed, white, tomentose, rugose; margin lobed (|-1 c.m. diam.) ; hymenium becoming purplish. On trunks. Queensland. 206 HANDBOOK OF Genus 63. HIRNEOXiA. Fries. Between cartilaginous and gelatinous, soft when moist, cup- shaped, tougbly horny when drj. Hymenium superior. Spores continuous, hyaline. 1148. Hirneola auriformis. Schw. Fr. Fun. Nat. 26. Sacc. Syll. 8309.=Hirneola Lusueurii. Lev. Csespitose, stipitate, glaucous brown (5 can. broad), cups semiorbicular, veined beneath — and the short, twisted lateral stem — sulcate lacunose, velvety pubescent ; hymenium plicate, brown, turning pale. On trunks. Queensland. 1149. Hirneola polytricha. Mont, in Bel. Voy. 154. Sacc. Syll. 8311. Cups hemispherical, expanded, ear-shaped, externally villose- tomentose, grey, produced into a very short oblique stem (3-5 c.m. broad), disc even, purplish -brown ; spores reniform, 14 x 6 p,. On trunks. Victoria. N.S. Wales. Queensland. 8. Australia. Chatham Island. Lord Howe’s Island. Torres Straits. (Fig. 90). 1150. Hirneola auricula juda®. Linn. Fr.Hyin.Eur. 695. Sacc. Syll. 8312. Concave, flexuous, thin, at length black, venosely plicate on both sides, tomentose beneath (5-12 c.m. broad); spores reniform, 20-25 x 7-9 p. On trunks. Victoria. N.S. Wales. Queensland. Tasmania. ** Sessile. 1151. Hirneola fusco-succinea. Mont. Cuba 364. Sacc. Sytl. 8319. Broad, sessile, shell-shaped, then flattened; margin undulate " (3-5 c.m. broad), internally reticulated with veins, amber brown, externally ribbed and rugose, velvety, hoary. On bark. Queensland. N.S. Wales. S.W. Australia. 1152. Hirneola rufa. Berk. Ann. Nat. Hist. t. 12, /. 17. Sacc. Syll. 8320. Cup-shaped, rather lateral, sessile (2-4 c.m. broad), externally beset with fasciculate, short, rufous set® ; hymenium somewhat plicate, smooth, brownish-black. On trunks. Queensland. 1153. Hirneola hispidula. Berk. Exotic Fungi 396. Sacc. Syll. 8323. Globose-campanulate, oblique, sessile, internally dark brown, externally covered with short, lawn-coloured, woolly hairs (8-10 c.m.). On dead wood. Victoria. Queensland. AUSTRALIAN FUNGI. 207 Externally smooth. 1154. Hirneola vitellina. Lev. Fr. Fungi Nat. 27. Sacc. Syll. 8328. Cup-shapecl, sessile, excavated, obtusely marginate, externally naked, veined ; liymenium rugulose, egg-yellow. On trunks. var. tasmauica. Berk. FI. Tasm. n., 262, t. 183, f. 6. Pallid, orbicular, undulate, small; stem short, compressed; spores 17-21 fi long. On dead wood. Tasmania. Sub-Family 2. Tremellineae. Bref. Basidia globose or ovoid, when mature 4-partite in a cruciate manner, rarely continuous. Genus 61. EXIDIA. Fries. Distended with gelatin, tremulous, submarginate o'r effused, often papillose, covered with a gelatinous stratum. Spores reni- form, for a long time continuous. 1155. Exidia glandulosa. Bull. Fr. Mym. Fur. 694. Sacc. Syll. 8347. Effused, rather flattened, thick, undulate, turning black, spicu- lose with conical papillae* (2-3 c.m. broad), cinereous beneath and subtomentose ; spores oblong, curved, hyaline, 12-14 x 4-5 y. On trunks and wood. W. Australia. Tasmania. (Pig. 91). 1156. Exidia albida. Muds. Bref. Unt. vir., p. 94, t. 5,/. 14. Sacc. Syll. 8352.— Tremella albida. Muds. Ang. 365. Fr. Hym. Mur. 691. Ascending, tough, expanded, undulate, subgyrose, pruinose, whitish, tawny when dry (8-10 c.m.) ; spores oblong, obtuse, curved, biguttulate, hyaline, 12-14 x 4-6 y. On branches. Victoria. N.S. Wales. W. Australia. Tasmania. Genus 65. ULOCOLLA. Bref. Pulvinate, convex, folded and brain-like, gelatinous. Spores in germinating bilocular. 1157. Ulocolla foliacea. Pers. Bref. vn., t. 6,/. 2. Sacc. Syll. 8367.=Tremella foliacea, Fr. Mym. Mur. 690. Caespitose, even, undulate, flesh-coloured, cinnamon (5-8 c.m. broad), plicate at the base ; spores shortly reniform, 10-12 x 5-6 y ; conidia 10-12 x 3-5 y, cylindrical, rounded at the ends. On old trunks. Victoria. VV. Australia. Queensland. Tasmania. (Pig. 92). 208 HANDBOOK OF Genus 66. TBEMELIA. Bill. Pulvinate or effused, brain-like, spores, conidia, and sporidiola globose or ovoid, always continuous. 1158. Treniella frondosa. Fr. Hym. Eur. 690. Sacc. Syll, 8375. Caespitose, large, even, yellow, growing pallid, plicate at the base (to 15 c.m. diam.) ; lobes gyrose, undulate ; basidia globose, 15 y ; spores globose, 7-12 y diam. On old trunks. Tasmania. 1159. Tremella lutescens. Pers.Syn. 622. Fr. Hym. Eur. 690. Sacc. Syll. 8377. Caespitose, small, very soft, undulate-gyrose, yellowish (1-3 c.m.) ; lobes entire, naked ; spores globose, 12-15 y. On fallen branches. Victoria. N.S. Wales. Queensland. S. Australia. Tasmania. 1160. Tremella fuciformis. Berk. Hook. Journ. 1856, p. 277. Sacc. Syll. 8384. White, cajspitose (2J c.m. high), repeatedly lobed or furcate, with the lobes, except the last, dilated in a fan-like manner. On trunks. Queensland. I. Cerebrinas. 1161. Tremella mesenterica. Betz. Fr. Hym. Eur. 691. Sacc. Syll. 8387. Simple, ascending, rather tough, variable in form, plicate- undulate, gyrose, orange (2 c.m. high) ; spores shortly ellipsoid, 6-8 y diam. On dead branches. Victoria. N.S. Wales. Queensland. S. Australia. W. Australia. (Fig. 93). 1162. Tremella olens. Berk. FI. Tasm. 262, t. 183, f. 5. Sacc. Syll. 8397. Irregular, gelatinous, pallid, scented ; spores oblong, 12-15 y. On rotten wood. Tasmania. II. CRUSTACEiE. 1163. Tremella viscosa. Berk. Outl. 288. Fr. Hym. Eur. 691. Sacc. Syll. 8402. Effused, flattened, undulate, rather viscid, white, then hyaline, margin similar, naked ; spores 10-12 x 5-6 y. On old wood. Tasmania. Genus 67. SEISMOSARCA. Cooke. Tremelloid, very soft and quaking, subglobose, lobate, or gyrose, sessile, covered everywhere by the hymenium. Basidia clavate. Spores continuous, coloured. AUSTRALIAN FUNGI. 209 1164. Seismosarca hydrophora. Cooke. Grev. xviii., 25. Inflated, gelatinous, lobate (2 3 in. diam.), dingy pale fuliginous, very soft and watery, covered witli scattered coloured hairs, which are usually furcate at the base (5U-60 X 8 p), pointed at the apex. Basidia clavate. Spores elliptical, continuous, bright brown, 7 x 4 ft. On wood. N.S. Wales. (Fig. 94). Sub-Family 3. Dacryomycetere. Basidia tapering, clavate, furcate upwards, bearing a single sterigma on each apex. Genus 68. DACRYOMYCES. Fees. Pulvinate, gyrose, spores when mature or in germination trans- versely or murally divided. Conidia in chains. 1165. Dacryomyces miltinus. Berk. FI. Tasm. t. 183, /. 7. Sacc. St/ll. 8469.— Tremella cinnabarina., Berk. Small, vermilion-red, gyrose-lobate (3-5 c.m.) ; spores oblong- reniform, at length six septate, 12-21 p long. Sporophores in- flated. On dry wood. N.S. Wales. Tasmania. 1166. Dacryomyces rubrofuscus. Berk. Hook. Journ. 1845, p. 61, t. 1, /. 1. Sacc. Syll. 8171. Small, redbrown, black when dry, cracked and gyrose (scarcely 2 m.m. high) ; spores large, globose or oval, simple or 1-2 septate. On rotten branches. W. Australia. 1167. Dacryomyces deliquescens. Duly. Bot. Gall. 729. Fr. J/ym. Fur. 698. Sacc. Syll. 8472. Snbrotund, rooting, convex, immarginate yellowish, at length contorted, hyaline (1 c.m. broad) ; spores oblong, curved, obtuse, triseptate, 15-16 x 6-7 p, four guttulate, hyaline. On rotten wood. Tasmania. (Fig. 95). 1168. Dacryomyces stillatus. Nees Syst. 89, f 90. Fr. Hym. b.vr. 699. Sacc. Syll. 8473. Subrotund, convex, at length plicate, yellow, then orange, colour persistent (8-5 m.m. broad) ; spores multiseptate, subhyaline, slightly curved, 18-22 x 8 p. On rotten wood. Victoria. N.S.Wales. 1169. Dacryomyces sacchari. B. <(• Br. Linn. Trans, n., 65. Sacc. Syll. 8483. Irregular, thin, gelatinous, orange-red, seated on a whitish stroma, conidia subglobose, irregularly dispersed. On stems of Saccharum. Queensland. 1170. Dacryomyces seriatus. Berk. FI. Tasm. 263. Sacc. Syll. 8488.. Erumpent, seriate, whitish, then yellowish, irregular, somewhat stratose. On bark. Tasmania 14 210 HANDBOOK OF 1171. Dacryomyces sclerotioides. Berk. FI. Tasm. 263 t. 183,/. 8. Sacc. Syll. 8502. White, orbicular, depressed in the centre, and cup-shaped. On bark. Tasmania. Genus 69. GUEPIMXA.. Fries. Unequally cup-shaped, variable in form, substipitate ; hymenium discoid or one-sided, basidia linear, furcate, spores curved. 1172. Guepinia merulina. (Pers.J Quelet. Sacc. Syll. 8514. Tremellose, tough, orange yellow, solitary or subcaespitose, stem at first clavate, then expanding above in a cup shape, cups with a sinuate margin, smooth within, externally plicate, spores oblong, curved (10-12 /a long). On Melaleuca. Mariatta. 1173. Guepinia pezizaeformis. Berk. Hook. Journ. 1845, p. 60. Sacc. Syll. 8518. Minute, velvety, red (3|-4 m.m. high), stem short, velvety, hymenium obliquely cup-shaped, a little rugose, slightly lobed; spores oblong, often curved. On dead wood. Victoria. Queensland. W. Australia. Tas- mania. (Fig. 96). 1174. Guepinia spatliularia. Schw. Fr. Elen, ii., 32. Sacc. Syll. 8520. Caespitose, rather erect, rooting; pileus dimidiate, spathulate, stem pubescent, glaucous (to 5 c.m. long), hymenium orange, plicate. On dead wood. Victoria. Queensland. N.S. Wales. AUSTRALIAN FUNGI. 211 GASTROMYCETEA!. Willd. Terrestrial, rarely growing on wood, membranaceous, coriaceous, ■or fleshy, enclosed in a variable receptacle or peridium ; fructifica- tion consisting of basidii spores, enclosed until maturity in the peri- dium ; spores continuous, spherical or ellipsoid, hyaline or coloured. Family /. PHALLOIDEiE. Fr. Sys. Myc. n., 281. Fungi between fleshy and gelatinous, erumpent from a volva ; hymeuium slimy, rather fleshy, and deliquescent. Section A. Phalle.e. Fr. Sum. Veg. Scan. Spore-bearing pulp on the exterior of the receptacle ; receptacle stipitiform (hollow), simple, or furnished with appendages to the pileus. Genus 1. DICTYOPHORA. Desv. Journ. Bot. t. ii. Receptacle consisting of a stem (hollow) and a pileus (externally reticulate J ; indusium or appendage to the stem conical, campanu- late, or cylindrical, net-like, depending from the upper part of the stem =Uytnenophallus, Fries. 1175 . Dictyophora phalloidea. Desv. n ., p. 88. Sacc. Syll. vii., 2 .=Phallus indusiatus., Vent. Pileus thickened at the apex, at its union with the stem ; stem "white and lacunose, with two or three strata of cavities; indusium net-like, conic, or campanulate, white, arising from the lower margin of the pileus, and depending almost to the volva, with the lower margin entire ; pileus campanulate or conical, white, exter- nally reticulate. On sandy soil. Queensland. 1176 . Dictyophora tahitensis. Schl. Linn, xxxi., p. 126. Fisch. Sacc. Syll. vn., 3. Stem cylindrical, scarcely narrowed above, walls (also above the insertion of the indusium) lacunose, composed of 1-3 strata of cavities ; indusium net-like, conical, lower margin 2-3 times wider than the stem, entire ; interstices medium-sized, somewhat rhom- boid, not depending to the base of the stem ; pileus at the apex of the stem without collar or distinct ring, laterally adnate, ovate, externally densely reticulate-rugose. On the ground. Queensland. N.S. Wales. 1177 . Dictyophora speciosa. Meyen., Nov. Acta, xix., p. 236. Sacc. Syll. vii., No. 6. Stem 14-16 c.m. long, attenuated gradually upwards, white; indusium white, net-like, arising from the stem a little below the margin of the pileus, dependent to the volva, spreading, campanu- late, lower margin entire (15 c.m. diam.) ; pileus joined to the stem at the apex with a short collar, campanulate, reticulate (?). On the ground. Queensland. 212 HANDBOOK OF 1178. Dictyophora multicolor. Berk. Br. Linn. Trans. Ser. 2, Vol. n., t. xiv., f. 16. Sacc. Syll. vii., No. 11. About 7 in. high ; stem cream-coloured, attenuated at the base; indusium net-like, cylindrical, but little wider than the stem, bright lemon-colour, depending to the middle of the stem, reticulations large ; pileus adnate to the apex of the stem, without a distinct collar, conical (2 in. high, l£ in. diam. at base), orange, externally minutely reticulated. Foetid. On the ground. N.S. Wales. Queensland. 1179. Dictyophora merulina. Berk. Tntell. Obs. ix., 404. Sacc. Syll. vii., 13. Gregarious; pileus campanulate, conical, rugulose, ochraceous, covered with a foetid brown sporiferons mass, apex pierced and dentate ; stem distinct, rather attenuated, lacunose and spongy, elastic, hollow, white ; veil net-like, indusiate, depending for a third of the stem, white, meshes subhexagonal, irregular, lamel- late ; outer volva spherical, dirty white or brownish, interior tre- melloid, rarely connate with the outer ; spores 5 x 2 g. On the ground. Queensland. (Fig. 97). Genus 2. ITHYPHALIUS. Fr. Sys. Myc. n. Receptacle consisting of a hollow stem and a pileus externally reticulated, or tuberculately rugulose ; stem without indusium= Phallus, Linn., p.p. a. Reticulati. Pileus externally reticulate. 1180. Ithyphallus impudicus. Linn. Fr. Sys. Myc. ii., 283. Sacc. Syll. 18. Attaining 30 cm. high ; volva white ; stem (3 c.m. diam.) at- tenuated above and below, white, walls composed of 3-4 strata of cells ; pileus conical-campanulate (5 X 3-4 c.m.), joined to the apex of the stem by a ring, white, externally coarsely reticulate ; gelatinous mass of spores dark olive. On the ground. Queensland. 1181. Ithyphallus quaclricolor. B. Sacc. Syll. vii., 20. =Phallus quadricolor., Berk. 381. Sacc. Syll. Subrotund, immersed ; stroma white or dirty white, circum- scribed ; ostiola short, ovate-globose, radiately stellate ; asci elliptical ; sporidia biseriate, simple, sausage-shaped, slightly ■curved, hyaline 8-12 x 1^-2 p. On branches. Victoria. AUSTRALIAN FUNGI. 303 * # Euvalsa. Ostiola not sulcate. 1612. Valsa echidna. Cooke Grev. ix., 4. Sacc. Syll. 498. Erumpent, perithecia 10-20, nestling in a white pulverulent stroma; ostiola cylindrical, elongated, flexuous, thrust out; asci numerous, clavate, minute, 20-25 X 6 p. Sporidia thin, curved, hyaline, 4 p long. On bark. Queensland. N.S. Wales. (Fig. 214.) Family VII. EUTYFEJE. Stroma broadly and indefinitely effused, formed from the more or less changed matrix. Perithecia immersed in the stroma, for the most part densely gregarious. Genus 28. CRYFTOVALSA. Ces. Stroma effused, as in Eutypa ; asci many-spored ; sporidia allantoid, hyaline. 1613. Cryptovalsa elevata. Berk. Sacc. Syll. 702,=- Dia- trype elevata. Berk. Hook. Journ. 1845, 298. Elongated, emergent, black or grey ; perithecia gregarious, globose, of medium size, immersed in tbe wood ; ostiola conical, punctiform at the vertex ; asci clavate, polysporous ; sporidia allantoid, pale olive, 15-17 p long. On dead branches. W. Australia. Tasmania. (Fig. 215.) Genus 29. EUTYFA. Tul. Stroma broadly effused, on bark or wood ; ostiola small ; asci eight spored ; sporidia allantoid, hyaline. 1614. Eutypa lata. Tul. Carp. Fun. n., 86. Sacc. Syll. 637. Stroma long and broadly effused, contiguous, innate in the wood or bark, surface unequal from the irregularly emergent perithecia, fuscous or cinereous, at length black ; perithecia immersed, more or less protuberant, spliaaroid (^ m.m. diam.), with very short necks, or none ; ostiola obtusely conoid, entire. Asci cylindrically clavate, 48 x 4-5 p. Sporidia elongated, curved or nearly straight, 8-12 X l|-2 p, hyaline, pale tawny. On wood and bark. Tasmania. (Fig. 216.) 1615. Eutypa polyscia. B.fyBr. Sacc. Syll. 6286.=Spba3ria polyscia. B. Br. Proc. Linn. Soc. N.S. W. v., 91. Stroma quite black, punctulate ; perithecia immersed, impressed at the apex ; asci clavate, slightly attenuated at the base, 86 p long ; sporidia allantoid, guttulate, rather large, 22 p long. On epicarp of Cucurbita lagenaria. Queensland. 1616. Eutypa ludibunda. Sacc. Syll. 632. Stroma broadly effused, formed from the unchanged or blackened hark or wood ; perithecia globose, black externally, at first mealy with white, produced into a short, conical or obtuse, 4-5, sulcate 304 HANDBOOK OF ostiolum ; asci clavate ; sporidia allantoid, rounded at the ends, curved, yellowish (9-14 x 2-3 p, or in Australian specimens, 15 X 4/*). On branches. Victoria. Family VIII. CUCURBITARIJG. Perithecia ctespitose or gregarious, erumpent, and then sub- superficial. Genus 30. GIBBERIDEA. Fckl. Perithecia cmspitose, papillate, becoming smooth. * Zignoella. Sporidia multiseptate, hyaline. 1617. Gibheridea (Zignoella) Archeri. B. Sacc. Syll. • 3637.=Oucurbitaria Arcberi. Berk. FI. Tasm. n., 280. Crowded ; perithecia rugose, at length collapsing, and cup- shaped ; asci clavate, shortly stipitate, 72-75x8-11 p ; sporidia elongated, obtuse at the ends, curved, four-nucleate, then triseptate, 21-27x5-6 p; hyaline. On rotten wood. Tasmania. (Pig. 217.) Genus 31. CUCUXtBITARIA. Gray. Perithecia cajspitose, erumpent, carbonaceous, typically rugulose. * Melanomma. Sporidia 3 septate, brown. 1618. Cucurbitaria (Melanomma) plagia. Che. Mass. Grev. xvii., 8. Perithecia densely crowded, forming oblong erumpent clusters which are at length almost superficial, and confluent in large patches, 2-3 in. long ; the individual perithecia are globose, but compressed and deformed by crowding, black, shining, smooth. Ostiolum minute ; asci cylindrical ; sporidia in one or two series, lanceolate, triseptate, pale-brown (40-45 x 10-12 p). On living twigs of Cassinia aculeata. Victoria. (Pig. 218.) Family IX. EUPE31FICIAX.ES. Fr. Perithecia distinct from each other, superficial, or nearly super- ficial. Genus 32. BTSSOSPHRIRIA. Cooke. Perithecia smooth, emerging from a more or less distinct byssoid subiculum. * Eu-kosellinia. Sporidia continuous, brown. 1619. Byssosphseria aquila. Fries S. M. ii., 442.=Sphseria byssiseda. Tode. Meek, n., 10. Rosellinia aquila. Sacc. Syll. 916. Perithecia gregarious or densely crowded, globose, firm (1 m.m. diam.), sometimes obscurely concentrically sulcate, often depressed at the apex, papillate, dark brown, emerging from a persistent brown tomentose subiculum ; asci elongate, stipitate, 120 X 10 p i sporidia cymbiform, unequal -sided, 16-22 x 6-7 p ; sooty brown, with or without a small hyaline appendage at the end. On wood and bark. Tasmania. (Fig. 219.) AUSTRALIAN FUNGI. 305 Scortechinia, Sporidia continuous, hyaline. 1620. Byssospliseria (Schortechinia) acanthostroma. Mont. Sacc. Syll. 1754. Byssisedons ; perithecia very small, globose, gregariously crowded, even, black, not papillate, soon depressed in the centre, pierced at the apex, girt by the subiculum of the same colour, fibres of the subiculum septate, divided into short aculeate branches ; sporidia ovoid-cymbiform, small, 5-6§ /j. long, biguttulate. On wood and bark. Queensland. Sub-Family 1. Villosae. Fries. Perithecia villose, tomentose, or setose. Genus 33. LASIOSPHiERIA. Cooke. Perithecia superficial, setose ; sporidia hyaline, or sub-hyaline. * LErTospORA. Sporidia continuous, sub-hyaline. 1621. Lasiosphseria ovina. Pers. Syn. 71. Sacc. Syll 3568. Perithecia gregarious or superficial, subsphtcroid, covered with a clammy white villosity, naked at the base, ostiola papillate, blackish m.m. broad); asci fusoid-clavate, 135-150 X 12-16 p . ; sporidia cylindrical, vermicular, simple, multiguttulate, hyaline or pale yellow, 48-54 x 5-6 p. On rotten wood. Victoria. ** Enchnospu.eria. Sporidia multiseptate, 1622. Lasiosphaeria larvsespora. Che. If Mass. Grev. xix., 83. Perithecia superficial, loosely gregarious (1-f m.m. diam.), globose, covered with a mealy, floccose, lemon-coloured investment, with a naked, pierced ostiolum ; asci cylindrically clavate, octos- porous; sporidia elongated-fusiform, straight or flexuous (160 x 10 p), at first nucleate, then multiseptate (15-19), hyaline. On bark. Victoria. (Fig. 220.) Genus 34. CONIOCHiETA. Sacc. Perithecia hispid, subsuperficial. Sporidia coloured. * Pleosph.-uria. Sporidia muriform, coloured. 1623. Conioclueta (Pleosplueria) pulvinula. Berk.=: Lasiosphau'ia pulvinula. Berk. Hook. Journ. 1815, 299. Sacc. Syll. 3927. Scattered, subglobose, at length collapsed and depressed, rather hairy, black ; ostiolum obsolete. Sporidia irregularly ellipsoid, many septate, muriform. On rotten wood. W. Australia. (Fig. 221.) 20 306 HANDBOOK OF Genus 35. VENTURIA. Not. Perithecia setulose, membranaceous, usually growing on leaves. Sporidia oblong, hyaline. * Sporidia uniseptate. 1624 . Venturia circinans. Fries S. M. hi., 252. Sacc. Syll. 2311. =F. glomerata. Cke. Grev. 69. Perithecia aggregated in patches or spots, scarcely circinating, cuspidate hairs, thickened at the base (30 p long), scattered about the ostiolurn. Asci cylindrical, 40-50x9-11 p, subsessile ; sporidia bicellular, 9-10 x 6 p, lower cell smallest, hyaline. On leaves of Geranium. Victoria. (Fig. 222.) Genus 36. CH2ETOMIUM. Kunze . Perithecia submembranaceous, brittle, hairy. Asci soon dis- solved. Sporidia continuous, brown. 1625 . ChEetomium elatum. Kze. MyJc. lifts, i., 15, t. 1, /. 3.=C. comatum. Sacc. Syll. 793. Perithecia gregarious, subovoid, very thin, black, hairs radiating from the base, above and chiefly about the vortex, very long, erect, branched, intricate, dark bay, rough on the surface. Asci sessile, or nearly so, oblong, obtuse at the ends, 40-48x16 p. Sporidia elliptically sphseroid, apiculato at the ends, brown, 10-12x8-9 p, slightly compressed. On rotting grass, etc. Victoria. 1626 . Chsetomium cymatotriclium. Cooke Grev. xii., p. 21. Sacc. Syll. 6301. Gregarious, perithecia depressedly globose (200 p diam.), woolly everywhere, sooty olive, ostiolurn black ; hairs thin, simple, smooth, interwoven, very numerous, gyrosely flexuous, brown. Asci pear-shaped ; sporidia globose or ovate, slightly apiculate at the ends, or obtusely rounded, 10x8 p. On leaves of Solanum. Queensland. (Fig. 223.) Sul-Family 2. Rosellinise. Perithecia subsuporficial, smooth, naked, usually carbonaceous. Genus 37. ROSELLINIA. Not. Perithecia superficial, smooth. Sporidia continuous, brown. 1627 . Rosellinia inspersa. Berk. Hook. Journ. 1845, 299. Sacc. Syll. ,970. Crowded or scattered, black, perithecia subglobose, rugulose, rather rigid ; ostiolurn obsolete. Asci linear ; sporidia elliptic, brown. On rotten wood. \V. Australia. 1628 . Rosellinia tremellicola. Cke. <]- Mass. Grev. xviii., 6. Perithecia scattered, globose, superficial, black, papillate, smooth. Asci cylindrical, 8-spored ; sporidia uniseriate, elliptic, continuous, brown, 7-8 x 4 p. On Tremella fuciformis. Queensland. (Fig. 224.) AUSTRALIAN FUNGI. 307 Genus 38. MELA1TOMMA. Perithecia subsuperficial, smooth. Sporidia septate, brown. 1629. Melanomma congesta. Cooke Grev. Austr. Fungi No. 57.=Trematosph»ria congesta. Sacc. Syll. 7010. Gregarious, crowded, black ; perithecia subcylindrical, convex, smooth, pierced with a pore. Asci subclavate; sporidia fusiform, triseptate, slightly constricted, sooty brown, 40 X 10 p. On bark. Twofold Bay. Family X. PERTUS7E. Perithecia emergent, smooth, flattened at the base, adnate or somewhat immersed, ostiola papillate or pierced. Genus 39. CONISPH-ffiltlA. Cooke. Perithecia carbonaceous, rather conical, flattened at the base ; sporidia hyaline, continuous, or septate. * Zignoina. Sporidia continuous, hyaline. 1630. Conisphseria subcorticalis. Cke. Grev. xiv., 12. Sacc. Syll. 7063. Scattered. Perithecia semi-immersed, pierced, black, opaque. Asci cylindrical ; sporidia elliptic, hyaline, continuous, 12x4 p. Inside dead bark of trees. (Fig. 227.) ** Zignaria. Sporidia uniseptate, hyaline. 1631. Conisphseria erumpens. Cke. Grev. xx., 36. Scattered or aggregate, erumpent, and then nearly superficial, or semi-immersed. Perithecia globose, smooth, black (| m.m. diam.), slightly papillate. Asci cylindrically clavate, octosporous ; sporidia fusoid-elliptic, uniseptate, slightly constricted, binucleate, hyaline (15-16x4-5/*). On twigs. Victoria. *** Zignoella. Sporidia multiseptate, hyaline. 1632. Conisphseria anstralica. Cke. Mon. Sporangiferous byphte erect, branched; sporangia globose, poly- sporous on recurved peduncles, with a columella, membrane not diffluent at the centre, spores sphajroid, hyaline, or coloured. 1694 . Circinella umbellata. Tieg. Mon. Ann. Sci. Nat. 1873, t. 21,/. 18-23.= Helicostylum morelue. B. J \ Br. Sporangiferous hyphse erect, 5-6 c.m. high, simple or branched, the apex acute or digitate, rectangularly bent, with 2-20 circinating branchlets at the angles, septate at the base, brown. Sporangia sphseroid, becoming bluish ; columella cylindrically conical, large ; spores globose, even, bluish, 6-8 y diam. 21 322 HANDBOOK OF On putrid substances. Queensland. (Fig. 249.) In the Queensland form Morelice, the spores a little larger and very pale brown. Family II. PERONOSPORACE7E. DBy. Hyphas often branched, couidia often producing zoospores, thereupon germinating. Reproduction agamic, either by zoospores or by conidia directly germinating, or sexual by oogonia and antheridia. Genus 5. CYSTOPUS. Lev. Conidia-bearing hyphse simple, even, cylindrical or clavate, very obtuse, congregated in pulvinate sori, bearing chains of conidia at the apices. Sori at first covered, then ruptured, dispersing the conidia, white or yellowish. Couidia hyaline, producing zoospores. Oospores globose, epispore usually reticulate or warted. 1695 . Cystopus candidus. Lev. Ann. Sci. Nat. 1847 t. vm., p. 871. Sacc. Syll. 792. Sori erumpent, white, variable ; conidia uniform, globose, 10- 18 p, enclosing membrane equal, colourless, oospores subglobose, 35-40 p, epispore yellow-brown, studded with thick, irregular, obtuse, sometimes confluent, warts. On leaves, stems, etc., of Crucifer ce. Victoria. (Fig. 251.) Genus 6. SCEEROSFORA. Schr. Conidia-bearing hyplue erect, with a few branches ; conidia ovate, producing zoospores, which escape at the papillate apex. Oospores globose, with a very thick epispore of many strata, brown. 1696 . Sclerospora macrospora. Sacc. Hedwigia 1890, 155. Conidia state unknown. Oogonia thickly parallel, seriate, covered by the epidermis, rngosely punctulate, becoming brownish. Oospores spheerial, large (60-65 p), epispore even, bistratose, hyaline-brownish, many nucleate within, arising from narrow, branched, hyaline hyphse. On leaves of Alopecurus. Caromby. Genus 7. PERONOSPORA. Corda. Mycelium bearing filiform, branched haustoria. Conidia- bearing hyphaj solitary, or fasciculate, cylindrical, many times branched. Terminal branchlets acute, curved or subulate, conidia ovate or elliptic, without apical papilla:, germinating laterally. 1697 . Peronospora hyoscyami. DeBavy Champ. Par. 1863, p. 123. Sacc. Syll. 877. Conidia-bearing hyphse thick, tall, 5-7 or 8 times dichotomous ; branches spreading, attenuated, straight or slightly curved, the ultimate branchlets diverging at a very obtuse angle, short, coni- cally subulate, straight, acute ; conidia few, ellipsoid, quite obtuse, membrane slightly tinged violet, 13-24 x 13-18 p. On Tobacco leaves. Queensland. (Fig. 252.) AUSTRALIAN FUNGI, 323 Family III, CHYTRIDIACEiE. DBy. Hyphas none, or obsolete, and then sporangia naked, reproduc- tion agamic by zoospores. Resting spores formed from the encysted zoospores, or from a single vegetable cell, or by conjunc- tion of two cells. Genus 8. STNCHYTRIUM. DBy. Minute unicellular fungi, entirely destitute of mycelium, inhabit- ing the epidermal cells of living plants, reproduction by zoogonidia produced in resting spores or asci ; no sexual reproduction known, 1698. Syncliytrium taraxaci. DBary Chytr. Sacc. Syll. 999. Spots crust-like, confluent, orange-red, galls small, flattened, scarcely projecting above the surface of the leaf ; resting spores globose, brown, smooth (50-80 p. diam.). Sori globose or elliptical. On leaves of Composite. Victoria. (Fig. 254.) 1699. Syncliytrium succisse. DeBary Chytr. Sacc. Syll. 1002. Zoosporangial cells (100-170 p), containing the sporangia (25-50 p), filled with an orange-red protoplasm, resting spores produced in a gall-like tubercle, globose or ellipsoid (50-80 p), with a tawny-brown epispore, and a pale red protoplasm. Galls wart-like, shortly cylindrical (1 m.m. high and broad), solitary, or confluent in a brown crust. On stems and leaves. Victoria. Family IV. PROTOMYCETACE.H3. DBy. Mycelium intracellular, vaguely branched, and septate, producing numerous intercalary, thick-walled resting spores. Conidia un- known. Resting spores globose, or broadly elliptical ; in germi- nation the thin endospore escapes entire, though a rupture in the wall of the resting spore, as a sporangium filled with numerous minute, cylindrical, motionless spores, which conjugate in pairs, and produce a mycelium by germination. Genus 9. FROTOMYCES. Unger. Parasitic in the subepidermal tissues of living plants, usually forming coloured spots or patches ; resting spores terminal or intercalary, wall thick, usually consisting of two distinct layers, hyaline or coloured. 1700. Protomyces macrosporus. TJnger. Sacc. Syll. vn. 1120. Spores usually aggregated in scattered, oblong, or subglobose gibbous spots, which are at first pale and translucent, then brown ; spores subglobose (30-80 p), epispore pale yellow, smooth ; sporidia cylindrical, hyaline (2-2-‘- xl/i). On Hydro cotyle. Queensland. (Fig. 253.) 324 HANDBOOK OP 5. hyfodermeje. Flourishing in the parenchyma of living plants. Spores mostly pulverulent. Section 1. Ustilaginebs. Tul. Genus 1. USTILAGO. Pers. Vegetative mycelium penetrating the matrix, soon evanescent. Spore-bearing mycelium branched, gelatinous, swelling ; spores terminal, botryoid on the branches, resolved in maturity into a pulverulent or granulose, at length erumpent mass ; sporidiola solitary, promycelium usually acrogenous. * Spores smooth. 1701. Ustilago australis. Goolce Grev. Sacc. Syll. 1657. Produced within the ovaries ; spores black, subglobose or angular and deformed, even, 8-9 p diam. On fruit of Eriachne. Victoria. 1702. Ustilago confusa. Massee.=U. destruens. Berk, in Herb. 4744. Sori produced in the ovary, soon naked, mass of spores pulve- rulent, violet-black ; spores clear brown, with a tinge of violet by transmitted light, epispore about 1 p] thick, perfectly smooth, sub- globose or irregularly angular, 11-12 p diam. On Panicum paradoxum. Victoria. (Fig. 255.) 1703. Ustilago destruens. Schlecht. Berol. 130. Sacc. Syll. 1645. Sori black, pulverulent, blackening the flowers and panicles, and destroying the ovaries ; spores globose or ellipsoid (9-12 x 8-10 p), rarely angular, epispore yellow brown, even or punctulate ; pro- mycelium filiform, cylindrical, for the most part triseptate, joints anastomosing ; sporidioles lateral, or terminal, oblong elliptic or ovoid. On Danthonia. Victoria. 1704. Ustilago Muelleriana. Thum. Myc. Univ. 625. Sacc. Syll. 1664. Spores irregularly rounded, or with many angles, or quad- rangular, or spherical, or subglobose, at length agglomerated, brown, epispore even, obsoletely punctulate, 6|-11 p diam. On seeds of Juncus planifolius. Victoria. 1705. Ustilago axicola. Berk. Ann. Nat. Hist. 1852, No. 55. =U. fimbristylis. Thum. Bull. Torr. Club. 1876 ? Sacc. Syll. 1670. Forming little dusty, irregular balls, principally on the lower spikelets, and in these generally occupying the inferior portion of AUSTRALIAN FUNGI. 325 their axis ; spores somewhat globose, smooth, rather pellucid (not adhering together), mixed with hyaline filaments (12-14 p diam.). In fruits and panicles of Cyperusfimbristylis. Victoria. Queens- land. The type of U. axicola is not Cintractia. 1706. Ustilago pilulaeformis. Berk. Hook. Journ. n., 523. Sacc. Syll. 1665. Compact, black ; spores ovate or ovoid angulate, 16-20 x 12-16 p, even, epispore unequally thickened. In ovaries of Juncus. Victoria. 1707- Ustilago lencoderma. Berk. Domin. No. 54. Sacc. Syll. 1671. Sori black, seated on large spots, somewhat covered with an un- equal, whitish crust ; spores rounded, rarely irregular (13-17 p diam.), opaque, black, even. On sheaths of Care x, etc. Victoria. Queensland. 1708. Ustilago marmorata. Berk. Linn. Journ. xm., 174. Sacc. Syll. 1675. Compact ; marbling the yet unbroken epidermis ; spores ovate, 12 x 6f p, even. On leaves of Isolepis prolifera. M. Gambier. S. Australia. Victoria. ** Spores granulate, papillose, or warted. 1709. Ustilago segetum. Bull. Sacc. Syll. 1676. Pustules black or olive brown, pulverulent, covered by the epidermis, which is soon ruptured, free ; spores globose or oblong, often irregularly angular, 4|-8 x 41-6 p ; epispore yellow, then olive brown, even or punctulate. On Aristida, Danthonia, and Arena sativa. Victoria. Queens- land. 1710. Ustilago bromivora. Walldh, Ustil. p. 215. Sacc. Syll. 1677. Pustules dark brown, at first bullate and pustuliform, then powdery ; spores globose or ellipsoid, rarely ovate, 8-14 x 6-10 p ; epispore dark brown, covered with scarcely distinct papillae, or nearly even. On Bromus mollis, arenarius. E. Australia. Victoria. N.S. Wales. 1711. Ustilago caricis. Pers. Fckl. Symb. 39.=Ustilago urceolorutn. — Tul. Ann. Sci. Nat. 1847, vii., 86. Sacc. Syll. 1685. Sori black, produced within the ovaries, sometimes also external, compact; spores irregular (12-24x7-20 p), globose, elliptic, oblong, angular, often compressed, epispore dark brown, rather opaque, scarcely conspicuously punctate. On Carices. New Zealand. 326 HANDBOOK OF 1712. Ustilago Tepperi. Lvd. Bot. Centr. 1889, ja. 341. Powder of the spores black, destroying the floral parts and the upper portion of the culms ; spores for the most part spherical or shortly ellipsoid, 12-17 p diam., brown ; epispore papillate or rather aculeate. On Amphipogonis strictus and Neurachnes alopecuroides. Torrens Gorge and Highbury Scrub. 1713. Ustilago bullata. Berk. FI. N. Zeal. t. 106, /. 12. Sacc. Syll. 1704. Pustules black ; spores globose, ovoid, rounded, or elliptic, 7-10, usually 8 p diam., very pale, olive-brown, epispore rufescent, papillosely granulate. On inforescence of Triticum. S. Australia. Victoria. N.S. Wales. N. Zealand. 1714. Ustilago emodensis. Berk. Decades No. 354. Sacc. Syll. 1712. Spores elliptical, and obovate, delicately rugulose, small, dark lilac, 12-15 p diam., mixed with radiating furcating filaments. On stems, etc., of Polygonum. Queensland. 1715. Ustilago sclerotiformis. Che. fy Mass. Grev.xx ii., 8. Black, compact, obovate, large (2 m.m. diam.), never becoming powdery ; spores subglobose, dark umber (16-18 p diam.), epispore granulose. Absorbing the ovaries of Vncinia ccespitosa. New Zealand. *#* Spores aculeate. 1716. Ustilago Cesatii. Wadh. Apercu. 25. Sacc. Syll. 1728. Pustules black; spores unequal, rounded, 10-12 p diam., ovate or rounded, polyhedrical, 14 x 12 p, or oblong polyhedrical, 12-14 x 8-10 p, dark brown ; epispore thick, shortly aculeolate. On Paspalum scrobiculatum. Victoria. Queensland. f* Spores marked with lines. 1717. Ustilago utriculosa. Tul. Mem. Ust. p. 102. Sacc. Syll. 1737. Pustules dark violet, becoming with age violet-brown, pulveru- lent, erumpent by the fissure of the epidermis ; spores globose or ellipsoid, 9-14 p diam., epispore bright violet, becoming violet- brown when dry, beautifully reticulate (areolaj 8 p broad). In ovaries and stems of Polygonum minus and P. gracile. Victoria. River Tam bo. Genus 2. TILLETIA. Tul. Characters as in Ustilago, sporidiola elongated, linear, promy- celium acrogenous, sori when mature pulverulent ; epispore for the most part areolate. AUSTRALIAN FUNGI. 327 1718. Tilletia caries. Tul. Mem. Ust. 1 1 3.=Tilletia tritici. Sacc. Syll. 1760. Pustules black, then olive-brown, odour foetid, developed in the ovaries, always covered by the epidermis, soon powdery. Spores globose, 14-20 p., brown, reticulated, areolae 3 g broad. In ovaries of wheat. S. Australia. Victoria. N.S.Wales. Queensland. Tasmania. (Fig. 257.) 1719. Tilletia epiphylla. B. <£• Br. Brisbane Fungi No. 237. Sacc. Syll. 1783. Pustules short, epiphyllous ; spores globose, 35 /x diam., granular within, even, brown. On leaves of maize. Queensland. Genus 3. EUTTLOMA. DeBary. Mycelium intercellular, not gelatinous; spores solitary, some- times crowded ; epispore thick, often stratified, hyaline or coloured, even or foveolate ; promycelium filiform, sporidioles acrogenous, elongated. Conidia acrogenous on short hyphse, forming indeter- minate white tufts. 1720. Entyloma eugeniarum. Che. § Mass. Grev. xix., 92. Sori in irregular dark brown pustules, which are flattened, rounded or confluent and then angular (1 m.m.), collected in large hypophyllous patches. Spores globose, oblong, or angular (10-20 x 10-12 fi). Epispore very thick, even, pale brown. On leaves of Eugenia. Queensland. (Fig. 262.) Genus 4. SFHACELOTHECA. DBy. Part of the mycelium converted into a central fleshy columella, surrounded by the mass of spores. Spores solitary, sporidiola acrogenous, on a septulate promycelium. 1721. Sphacelotlieca hydropiperis. Schum. Sacc. Syll. 1834.=Ustilago candollei. Tul, Mem. Horn-shaped, evolved in the more or less swollen ovaries, replete with dark violet powder, opening at the apex and emitting the spores ; spores solitary, globose, or ellipsoid or rounded, angular, 9-20x8-12 g, or 8-17 //,. Epispore even, dark violet, delicately grauulose. In ovaries of Polygonum. (Fig. 262.) var. columellifera, Berk. (U. Berkeleyana, Fisch. d Waldh.), differs only in the more distinct columella, or what appears to be a columella. On Polygonum. Australia. (Fig. 262a.) Genus 5. DOASSANSIA. Cornu. Spores agglomerated, even, enclosed in a common tegument formed from closely adnate, simple, sterile cells. 1722. Doassansia punctiformis. Wint. Fungi Austr. 1886, p. 207. Sacc. Syll. 1847. Pustules amphigenous, globose, punctiform, very minute, scattered or rather gregarious, brownish ; spores numerous, con- 328 HANDBOOK OF globate, rounded-polygonal, 10-12 p diam., or a little elongated, 9 X 10| p ; epispore thin, equal, even, subhyaline, common tegu- ment formed from one stratum of parenchymatic cells, membrane thick, brown. On leaves of Lythrum hyssopifolium. Victoria. Genus 6. THECAPHOKA. Fing. Spores closely clustered in glomerules, with difficulty separated, large, convex on the free side, and flattened on the adhering side ; sporidiola fusoid, acrogenous. 1723 . Thecapliora inquinans. B. - a a tvt ( Memoire sur les Ascoboles. E.Boudier, NN. her. JN at. ) . Annales dos Sciences Naturelles. Mon. Aso. \ PariS) 1869 . Unt. Untersucbungen iiber Entwikelungsgeschichte der Basidiomyceten, etc. 0. Brefeld. 4o., Berlin, 1878- 1892. /■ Pugillus mycetum Australiensium, auct. ) J. Bresadola et P. A. Saccardo, in (.Malpighia (1890). 8o., Genoa, 1890. Trid. 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Montagne. 8o., Paris, 1838-1842. Mont. Fl. Alo. Flore d’Algerie, Cryptogamos par Durieu et C. Montagne. Folio, Paris. Mont. Fl. Fern. Prodromus Florie Fernandesianse, par Camille Montagne, in Annales des Sciences Naturelles. 8o., Paris, 1835. Mont. Syll. Sylloge generum specierumque cryptogamarum. J. F. Cam. Montagne. 8o., Paris, 1856. Muell. Linn. Soc. N.S.W. Baron F. von Mueller in Proceed- ings of the Linnean Society of New South Wales. 8o., 1882. AUSTRALIAN FUNGI. 415 Nees Nova Acta Cur. C. G. Nees v. Esenbeck. Fungi Java- nici in Acta Nova Aeaclemue Cses. Leopold-Carol. Vol. xiii., 4o., Jena, 1826. Nees Cvst. Das System der Pilze nnd Scliwamme. C. G. Nees von Esenbeck. 4o., Plates, Wurzburg, 1816. Nouel Mem. Lille. Nouel in Memoires de la Societe de Lille, 1831. 8o. Pers. Champ. Com. Traite sur Les Champignons Comestibles. C. H. Persoon. 8o., Paris, 1819. Pers. Comm. Commentatio de Fungis Clavseformibus. C. H. Persoon. 8o., Leipzig, 1797. Pers. Freyc. Yoy. Voyage autour du Monde, par M. Louis de Froycinet. Fungi, par C. Persoon. 4o., Paris, 1826. Pers. Ic. ET Desc. leones et descriptiones Fungorum minus cognitorum. C. H. Persoon. 4o., Gottingen, 1798. Pers. Ic. Pict. leones pictas rariorum fungorum. C. H. Per- soon. 4o., Paris, 1803-1805. Pers. M. Eur. Mycologia Europasa. C. H. Persoon. 3 Vols., 80., Erlang®, 1822-1828. Pers. Obs. Observationes Mycologie®. a C. H. Persoon. I., 11., So., Leipzig, 1796. Pers. Syn. Synopsis methodiea fungorum. C. H. Persoon. 80., Goettingen, 1801-1808. Phil. Disco. Manual of British Discomycetes, by William Phillips, F.L.S. International Scientific Series. 8o., London, 1887. Quel. Jura. Les Champignons du Jura et de Vosges. L. Quelet. 8o., Montbellard, 1873-1875. Kami. Fun. Eur. Exs. Fungi Europaei exsiccati, cura L. Rabenhorst. 4o., Dresden. Rtfki. Mon. Monografia Sluzowce (Mycetozoa), by Dr. J. Rostafinski (in Polish). 4o., Paris, 1875. Sacc. Bull. Soc. Myc. Mycetes aliquot Australienses, auct. P. A. Saccardo, in Bulletin de la Societe Mycologique de France. Vol. v., fasc. 4, Paris, 1890. Sacc. F. Ital. Fungi Italici, autographice delineati. Auct. P. A. Saccardo. Folio, 1,500 Plates, Padua, 1877-1886. Sacc. Hew. Fungi aliquot Australiensis. P. A. Saccardo, in Hcdwigia, Vol. 29, p. 154. 8o., Dresden, 1890. Sacc. Syll. Sylloge Fungorum, omnium hueusque cognitorum. P. A. Saccardo. Vols. i.-viii., 8o., Padua, 1882-1892. Schaeff. Icon. Fungorum qui in Bavaria et Palatinatu circa Ratisbonam nascuntur leones. J. Schaeffer. 4 Vols. 40., Regensburg, 1762-1774. Schum. Saell. Enumeratio plantarum, in partibus Siellandim. Ed. C. F. Schumacher. Sm. 8o., Hafni®, 1801. 416 HANDBOOK OF Schwein. Amee. Bor. Synopsis fungorum, in America Boreali media degentium. L. de Schweinitz. 4o., Philadelphia, 1831. Schwein. Syn. Car. Synopsis fungorum Carolina? superioris. L. de Schweinitz. 4o., Leipzig, 1822. Scop. Carn. Flora Carniolica, etc. Auct. J. A. Scopoli. Ed. 2, 8o., 2 Vols,, Vienna, 1772. Sow. Fungi. Coloured Figures of English Fungi, by J. Sowerby. Folio, Plates, London, 1797-1875. Thum. Myc, Univ. Myeothcoa Universalis, cura F. von Thue- men. 4o., Gorz. Tieg. & Mon. Ann. Sci. Nat. liecherches snr les Mucorinees. Von Tieghem et le Monnier, in Annales des Sciences Natnrelles. Paris, 1875-6. Tode Meck. Fungi Meek! enburgen sis selecti. J. H. Tode. 40., Luneberg, 1790. Tul. Fungi Hyp. Fungi Hypogrei, par L. et C. R. Tulasne. Folio, Paris, 1851. Tul. Mem. Ustil. Memoire snr les Ust.ilaginees eomparees aux Uredinees. L. and C. R. Tulasne, in Annales des Sciences Natnrelles. Paris, 1847. Tul. Mon. Nid. Essai d’une Monographie des Nidulariees. L. and C. R. Tulasne, in Annales des Sciences Naturelles. 80., Paris, 1844. Tul. Sel. Fung. Carp. Selecta fungorum Carpologia. L. et C. R. Tulasne. 3 Vols., folio. Paris, 1861-1865. Tuei>. Dict. Sci. Nat. M. Turpin in Dictionaire des Sciences Naturelles. 8o., Paris, 1816-1828. Vitt. Lycop. Monograpbia Lycoperdineorum. p. C. Vittadini. 40., Turin, 1842. Vitt. Mon. Tun. Monographia Tuberacearum. p. C. Vittadini. 4o., Milan, 1831. Waldii. Ustil. Les Ustilaginees. Monogr. par. A. Fischer de W aldheim. 1., 11.. 8o., Warsaw, 1877-1878. Weinm. Linn. Descriptiones nonnullarum Plantarum novarum in Ingria. C. A. Weinmann in Linmea. Vol. x., 8o., Halle, 1836. Weinm. Ross. Hymeno et Gasteromycetes liucusque in Imperio Rossico observatos. C. A. Weinmann. 8o., St. Petersburg, 1836. Welw. & Curr. Fun. Ang. Fungi Angolensis, by F. Wel- witsch and F. Currey, in Trans. Linnean Society. 4o., Vol. xxvi., London, 1867. Wint. Rev. Mycol. Dr. G. Winter, in Revue Mycologique, 1888. p. 212, Tonlonsc. AUSTRALIAN FUNGI. 417 EXPLANATION OP FIGURES. All spores, sporules, sporidia, and conidia magnified 400 diameters, unless otherwise stated. Fig - . • _ 1. Agaricus (Amanita) vernus, J'V. , with section and spores. 2. Agaricus (Amanitopsis) illudens, C. 4' AT., with section and spores. 3. Agaricus (Lepiota) lavendulse, C. <$r Af., with section and spores. 4. Agaricus (Scliulzeria) revocans, C. 4’ Af., with section and spores. 5. Agaricus (Tricholoma) coarctatus, C. 4~ Af., with section and spores. 6. Agaricus (Clitocybe) myriophyllus, C., with section and spores. 7. Agaricus (Collybia) olivaceo-albus, C. 4r M., with section. 8. Agaricus (Myeena) subcorticalis, C., with section and spores. 9. Agaricus (Oraphalia) umbelliferus, L., with section. 10. Agaricus (Plenrotus) australis, C. fy Af., with section. 11. Agaricus (Volvaria) parvulus, Weinm., with section and spores. 12. Agaricus (Annularia) insignis, C. 4 ’ Af., with section and spores. 13. Agaricus (Pluteus) Wehlianus, C. 4‘ M., with section and spores. 14. Agaricus (Entoloma) galbineus, C. 4’ Af., with section and spores. 15. Agaricus (Clitopilns) cancrinus, Fries, with section and spores. 16. Agaricus (Leptonia) quinquecolor, C. 4t Af., with section and spores. 17. Agaricus (Nolanea) pascuus, Fries, section with spores. 18. Agaricus (Eccilia) rhodocylix, Fries , with section. 19. Agaricus (Claudopus) variabilis, Fries, with spores. 20. Agaricus (Tubaria) furfuraceus, Fries, with section and spores. 21. Agaricus (Pholiota) pliylicigena, Berk., with section. 22. Agaricus (Hebeloma) arenicolor, C. 4 ’ Af., with section and spores. 23. Agaricus (Inocybe) gigasporus, C. «]• M., with section and spores. 24. Agaricus (Flammula) hyperion, C. 4- M., with section and spores. 418 HANDBOOK OF Fig. ■ 25. Agaricus (Naucoria) fraternus, C. 4- M., with section and spores. 26. Agaricus ( Galera) tener, F ries , with section and spores. 27. Agaricus (Crepidotus) phaeton, C. 4' 4/., with section and spores. 28. Agaricus (Psalliota) elatior, C. y copexdaceae . 220 lepideus 91 Lycoperdon . . 234 mauipularia . 92 australe . 237 pelliculosus . 95 bovista . . 236 pergamenus . 93 bovistoides . . 235 pulvinulus . 95 cicl a turn , . 236 punctaticeps 95 Colensoi . . 235 radicatus 92 Cookei . . . 237 Schomburgkii 95 coprophilum . 238 sclerotipes . 92 dermoxantbum . . . 238 Shannii 96 Foutanesii . . 236 siparius 90 gemmatum . . 235 strigoaus 89 giganteum . . 236 subdulcis 95 glabrescena . . 236 subnudus 91 Gunnii . 239 tener . 90 lilacinum . 234 tigrinns 91 microspermum . 238 villosus 90 mundula . 239 vulpinus 94 natalense . . , . 235 Lenzites 101 nov£e-zselandiae . . 239 abietina 101 pusillum . 239 acuta . 102 pyriforme . . 236 applanata . 102 reticulatum . . 238 aspera . 102 Sinclair! . 237 Beckleri 102 stellatum . . , . 238 Berkeleyi . 101 substellatum . 238 betnlina 101 tepbrum . 239 deplanata . 102 violascens . . 234 faventina 103 Lysurus . . 216 flaccida 101 aseroe/ormis . 217 Guilfoylei . 103 australiensis . 216 nivea . 102 Macxopodia. palisotii 103 bulbosa . . . 259 INDEX. 445 PAGE PAGE IVIacrospoiium 380 IHelampsoxa . 332 camellia; 380 lini . 333 cladosporioides 380 neBodaphnes . 333 commtme 380 pliyllodiorum . 333 peponioolum 381 Melanconiaei . 361 Beaderi 381 Melanomma . 306 tomato . 380 congesta . 307 lWarasmius . 82 plagia . . 304 acicnlceformis 87 Melanospora . 283 affixus . 88 caprina . 283 bicolor . 87 Melasmia . 359 calobates 86 eucalypti . 359 calopus 84 Meliola . 316 canticinalis . 85 amphitricha . . 316 cohaerens 85 corallina . 316 confertus 83 densa . . 317 do Tonyanns 88 loganicnsis . . 317 dichrous 87 mollis . • 317 emergens 88 musse . . 316 epiphyllus . 88 octospora • 317 equicrinis 87 orbicularis . . 316 erythrocephalus 86 tetracerse . 317 erythropus . 83 Melogramma . 301 eucalypti 87 rnbricosa . . 301 exocarpi 89 Wlelogrammeae . 301 ferrugineus • 86 Melophia . 360 floralis 84 leptosperma . . 360 floriceps 84 Woodsiana . . 360 fictidus 85 Merulius . 168 hiematocophalui 86 aureus . 168 hepaticus 83 Baileyi . 168 impndiouB . 84 cor um . 168 lanaripes 84 lacrymans . . 169 lignyodes 87 pallens . 169 meloniformis 86 pelliculosus . . 168 minutissimus 88 serpens . 169 Muelleri 83 tenuissimus . . 168 opacua . 85 Mesophellia . 222 pilopns 83 arenaria . 222 primnlinus . 88 ingratissima . 222 putredinis . 86 scleroderma . . 222 ramealis 85 Microcera . 388 rheicolor 85 coccophila . . 388 rhyticeps 88 rectispora . . 388 rotula . 86 Micropeltis . . 312 rufopallidus 87 applanata . 312 aoorodonins . 84 Microthyriaceae . 312 Btylobates . 84 Microthyiium . 312 subsupinus . 88 amygdalinum . 312 urons . 82 Mitremyces . 226 Marchalia. Mitrula . 250 Jilicinum 300 vinosa . . 250 Marsonia 364 Mollisia . 265 acaciae . 364 cinerea . 265 deformans . 364 Montagnella. Massaiia 308 eucalypti . 298 australis 308 ruyulosa . 299 Massaxiella. Sdorchella . 249 australis 308 conica . 250 446 INDEX. deliciosa esculenta semilibera . Mucedineae . Wucor . cervinoleucns mncedo Mucoraceae . Mntinus curtus . discolor papuasius sulcatus Watsoni Mycenasttum corium pha’otrichnm olivacoum . Mylitta australis pseudacacice Myrothecium inundatum . roridum . Myxomycetes Nectxia coccinoa fusarioides . tasmanica . zealandiea . Nectxise Nectrioideae N ematogonium aurantiaoum aureum Nidulaxiaceae Nummulaxia australis Bailey i Bulliardi exntans lutea . microplaca . pusilla . Obtectae Octaviania . australiense . alveolata Archeri Odontia secernibilis . Oidium erysiphoides leucoconium lycopersioum Tuckeri Ombxophila australis bulgarioides PAGE radicata .... 270 terrestris .... 270 trachycarpa . . . 270 violacea .... 269 Omphalophallus. MttUerianus . . .213 Oospoxa .... 367 aphides .... 367 Ophionectxia . 282 agaricicola .... 282 Oxbilia 270 chrysocoma . . . 270 decipiens .... 270 Otidea 254 darjeelensis .... 254 hirneoloides . . . 254 phlebophora . . . 254 Fanus 96 angustatus .... 98 arenioola . . . .97 carbonarius . ... 97 cinnabarinus ... 97 conchatus .... 96 coriaceus .... 97 eugrammus .... 98 incandescens ... 96 lateritius .... 98 olivaceo-fusous ... 98 patellaris .... 98 rivulosus .... 96 sacoharinus . . . .98 stypticus . . . .97 suborbicularis ... 97 torulosus .... 96 visoidulus .... 97 Paxodiella .... 300 grannnodes .... 301 Fatellaria. lignyota .... 273 tasmanica .... 273 Patellarieae .... 273 Patellea. Adamsoni .... 273 Patinella .... 273 Adamsoni .... 273 tasmanica .... 273 Paurocotylis 245 echinosperma . . . 245 pila 245 Paxillus .... 73 crassus . . . .73 eucalyptorum ... 73 Muelleri ... .73 pannoides .... 73 paradoxus .... 73 Fenicillium 369 crustaceum .... 369 glaucum .... 369 Peniophoxa .... 191 PAGE 250 249 250 367 320 320 320 320 213 214 214 214 216 213 241 241 242 242 249 249 249 389 390 389 393 280 280 280 280 280 279 357 372 372 372 217 290 291 290 291 291 291 291 291 308 246 246 246 246 177 177 367 367 367 367 367 269 269 270 INDEX. 447 PAGE PAGE albo-marginata 191 fusispora 257 bambcsicola 192 globifera 256 carnea 192 Hartmanni . 257 cinerea 191 Hindsii 259 crustosa 191 hirneoloides 254 inearnata 192 hirta . 261 papyrina 191 hyalina 265 puberula 191 lumbricalis . 255 rosea . 192 lusatice 262 sparsa . 192 margaritacea 260 tephra . 191 melaloma 256 vinosa 192 miltina 256 Ferichaena . 396 miniata 256 applanata 397 Muelleri . 257 corticalis 396 omphalodes . 256 Periconia 374 phlebophora 255 nigrella 374 recurva 257 Perispoiriaceae 313 repanda 255 Peronospora 322 rhytidea 269 hyoscyami . 322 rulilans 257 P eronosporaceae 322 Saccardiana 254 Pestalozzia 365 scubalonta . 262 acacii© 365 scutellata . 260 casuarinte 366 stercorea 262 funerea 365 thelebotoides 262 monochaata . 366 Thozetii 254 uvicola 365 trieholoma . 259 versicolor 365 umbrata 261 Pestalozziella 363 venosa . 255 circular© 363 vesiculosa . 253 Peziza . 253 vinoso-brunnea 260 alpina . 261 Fezizese 252 aluticolor . 252 Phacidieae . 272 apiculata 254 Phacidium. araclmoidea 267 delta . 272 araneosa 267 medicaginis • 272 Archeri 256 Irifolii 272 aurantia 253 Phaeopezia. australica . 255 apiculata 254 badia . 253 Phailoideae . 211 badioberbis . 260 Phallus. brunneo-atra 254 aurantiacus 213 campkylospora 268 calyptratus 212 carbonigena 257 impudicus . 212 ceratina 265 indusiatus . 211 chrysocoma . 270 novce-hollandiae 213 ciborioides . 263 quadricolor . 212 cinerea 265 retusus 213 cinereo-nigra 268 rubicundus . 213 cochleata 253 vitellinus 213 Colensoi 252 Phialea 264 confusa 260 Berggrenii . 264 coprogena . 262 byssogena . 265 Crouani 256 ceratina 265 dalmeniensis 261 Fhillipsia 258 Darjeelensis 254 polyporoides 258 Drummondi 253 subpurpurea 258 erinaceus 262 Phlebia 175 Jirma . 263 coriacea 176 448 INDEX. hispidula merismoides radiata reflexa Fhlyctaena . passiflor® . Fhoma . alliicola ampelina australis cordylines . Daviesies diploglottidis encalyptidea goodeniarum graminis herbarum lythri . Molleriana . nitida . notha . plagia . portentosa . purpurea rosarum viminalis Phomatospora gregaria Phragmidium Barnardi mucronatum potentillss . rosaa . suhcorticium Phycomyces nitens . Phycomycetes Fhyllacliora alpinise anceps apieulata eucalypti fimbristylis . graminis inasqualis junci . maculata rhytismoides rugulosa Tephrosue . trifolii Phyllosticta ciroumscissa cordylines . eucalypti fragaricola . hardenbergise neurospilea . papuensis . PAGE phyllodiorum . 346 platylobii . . 346 rosas . . 345 ruborum . 345 soriformis «, . 346 Physalospoxa. gregaria . 309 phyllodise . . 310 microsticta . . 310 Physarum . . 404 album . . 401 cinereum . 406 leucophaaum . 405 leucopus . 405 Beaderi . 405 rufibasis . 404 scrobiculatum . 406 Piggotia . 359 snbstellata . . 359 Pilacxe . 382 divisa . . 382 Petersii . 382 Pilobolus . 320 crystallines . 320 Platycheilus . 409 csespitosus . . 409 Plectania. melastoma . . 259 Pleosphaeria pulvinula . . 305 Pleospora . 310 aucubaa . 310 herbarum . 310 Podaxis . 223 axata . ■ 223 calyptratus . 223 carcinomalis . 223 indica . . 223 pistillaris . . 223 Podosporium . 385. grande . 385 Folypoirei . 103 Polypoxus . . Ill acutus . . 145 Adami . 139 adustus . 123 affinis . 140 alveolarius . . 113 amboinensis . . 128 anebus . 127 annosus . 135 anthracophilus . 119 applanatus . . 130 apricus . 156 aratus . 151 Archer i . 157 arcularins . . 113 argentatus . . 121 Armitii . 113 PAGE 176 175 175 176 357 357 347 349 347 348 349 348 348 347 348 349 348 348 347 349 347 349 349 348 347 348 309 309 339 339 339 839 339 339 321 321 320 296 297 297 298 298 297 296 298 297 297 296 299 298 297 345 345 347 345 346 346 346 346 INDEX. 449 PAGE ascoboloides . . . 127 atrovinosus . . . .155 angnstus .... 121 australis . . . .130 Bechleri .... 142 betulinus .... 124 biennis . . . .114 biformis . . . .144 bireflexus . . . .152 bistratosus . . . .137 borealis .... 124 Braunii . . . .152 breviporus . . . .152 Broomei . . . .152 brnmalis . . . .112 brunneo-albus . . . 148 brunneolus . . . .141 bulbipes . . . .138 byrsinus . . . .150 calceus . . . .154 callosus . . . .154 campylus .... 121 caperatus . . . .152 carneo-niger . . .140 carneus . . . .136 cartilaginens . . 125 chilensis . . . .130 chioneus .... 121 cichoraceus . . . .151 cinereo-fuscus . .136 cinnabarinus . . .146 cinnamomeus . . .138 citrous . . . .150 colly bioides . . .113 compressus . . . .135 concavus . . . .129 conchatus . . . .130 confluens . . . .118 connatus . . . .135 contiguus .... 156 contrarius . . . .132 corrivalis . . . .120 corticola . . . .156 cristatus . . . .144 cubensis . . . .126 cupreoroseus . . .149 cupulseformia . . .112 Curreyi . . . .134 demi8sus .... 123 dichrous .... 123 dictyoporus . . . .157 dictyopuB .... 117 dispar .... 142 dochmius . . . .129 dorcadideus . . . .118 elegans .... 116 elongatus . . . .142 emerici . . . .117 endopalut .... 134 PAGE epilinteus . . 154 epilenous . 120 eriophorus . . 152 eucalypti . 145 eucalyptorum . 125 exotephrus . . 132 extensus . 145 fsedataa . 122 fasciatus . 136 fatiscens • 157 Feei . 145 ferreus. . 135 ferruginosus. . 156 jlabelliformis . 139 Jloridamis . . 14G fomentarius . , . 131 fragilis . 121 Friesii . 143 frondosus . . 118 fruticum . 123 fulvus . . 131 funalis . 143 fusco-lineatus . 118 gallo-pavonis . 143 gausapatus . . 147 gilvus . . 122 glabratus . 116 glirinus . 147 Oourliei . 134 grarmnocephalus . . 117 gryphceformis . 131 Guilfoylei . . 116 Gunnii . 121 Hartmanni . . Ill liasskarlii . . 151 hemileucus . . 132 hemitephrus . . 135 hirsutus . 147 hispidus . 123 hololeucus . . 144 homalopilus . . 136 lii/alinus . 153 hypopolius . ■ 125 hyposclerus . . 155 hypothejus . . 148 hystrionlus . . 115 igniarius . 131 illotus . 147 i ncrassatus . . 137 infernalis . 116 inflexibilis . . 133 intonsus . 141 intybaceiis . . 118 isidioides . 122 laceratus . 142 lsetus . . 119 latus . . 153 lentus . . 112 leonotis 29 . 143 450 INDEX. PAGE Leprieurii . . 117 libum . . 141 lignosus . 126 lilacino-gilvus . 145 limbatus . 148 lineato-scaber . 133 linteus . 133 lividus . 155 lucidus . 128 luridus . 137 luteo-nitidus . 138 luteo-olivaceus . 151 luteus . . 140 marginatus . . 129 medulla-panis . 153 melanopus . . 115 membrani-cinctus . 156 merulinus . 156 molluscus . 153 Muelleri . . . 117 multilobus . . 142 mutabilis . 140 myclodes . 112 nephridius . ; 140 nidulans . 122 nigripes . 127 nigro-laccatus . 131 niphodes . 154 nummularius . 116 oblectans . 138 oblinitus . 136 obliquus . 137 obstinatus . . 147 occidentalis . 150 orbicularis . 156 orbiformis . 130 ornithorhynchus . . 142 ovinus . Ill Palliseri . 135 parilis . 154 par villus . 138 pectinatus . . 133 pelliculosus . . 124 peradenice . . 149 perennis . 138 peroxydatus . 141 Persoonii . 149 pes-caprse . . Ill petaloides . . 117 picipes . 115 pinsitus . 148 pisiformia . . 113 platotis . 118 plebius . 126 ponderosus . . 134 porphyrites . 139 portentosus . . 125 proteiformis . 144 proteiporus . . 114 proteus page • 144 pullatus • 128 pullus • 133 quadrans • 139 radial o-rugosns • 143 radiatus • 146 rasipes • 141 retiporus • 120 rhinocephalus • 123 rimosus • 131 rubidus • 122 rubiginosus . • 133 rudis • 127 rufescens . 114 rufus . 155 rugosus • 128 salicinus . 132 sanguineus . • 141 scabriusculus . 119 scansilis . 129 Schweinitzii . 114 scopulosus . . 136 scorteus . 149 Hcruposus . 122 somidigitaliformis . 120 senex . . 129 seriatus . 144 similis . 113 sirmosus . 156 spadicem . 133 spectabilis . . 114 spiculifer . 124 squamosns . . 115 stenoloma . 122 stereoides . 149 stipitai'ius . . 113 Strangeri . 115 strigatus . : 134 strmnosns . . 125 etyptious . 121 Bubatuppeus . 124 subvinctus . . 153 snbzonalis . . 126 sulfureus . U9 superpositus. . 128 tabacinus . 151 tabula) t'ormis . 114 tardus . 154 tasmanicus . . 132 tephroleucus. . 150 tephronotus . 120 testudo . 126 tomentosus . . 137 trioholoma . . 113 trizonatus . . 148 tumnlosns . . 112 vaporarius . . 155 varius . 116 vellereus . 148 INDEX. 451 velutinus . PAGE 147 extensus PAGE . 145 venustus 146 Feei . 145 verecundus . 120 flabelliformis . 139 vernicifluus . 149 floridanus . . 146 versatilis 145 Friesii . . 143 versicolor 146 funalis . 143 victories • . 155 gallo-pavonis . 143 vinvtus 154 gausapatus . . 147 vinosus 150 glirinus . 147 vulgaris 153 Hasskarlii . . 151 xanthopus . 139 hirsutus . 147 xerampelinus 151 Hodgk in sou ier . 142 zonalis 126 hololeucus . . 144 Polysaccum. 243 bypothejus . . 148 acaule 243 illotus . . 147 album 245 intonsus . 141 australe 244 laceratus . 142 confusum . 244 latus . . 153 crassipes 243 leonotis . 143 degenerans . 245 libum . . 141 inarmoratum 244 lilacino-gilvus . 145 microoarpum 243 limbatus . 148 olivaceum . 243 luteo-nitidns . 138 pisooarpium. 243 luteo-olivaceus . . 151 tuberosum . 244 luteus . . 140 turgidum . 244 multilobus . . 142 Polystictus . 137 murinus . 147 aeutus 145 mutabilis . 140 Adami 139 nephridius . . 140 affinis 140 oblectans . 138 aratns 151 obstinatus . . 147 Beekleri 142 ocoidentalis . . 150 biformis 144 ornithorhynehi . 142 bireflexus . 152 parvulus . 138 Braunii 152 peradenias . . 149 breviporus . 152 perdurans . . 138 Broomei 152 perennis . 138 brunueo-albus 148 peroxydatuB . 141 brunneoleucus 148 Persoonii . 149 brunneolus 141 pinsitus . 148 bulbipes 138 placodes . 151 byrsinus 150 porphyrites . . 139 oapevatus 152 proteiformis . 144 carneo-niger 140 profeus . 144 chrysoleucus 149 quadrans . 139 cichoraceus 151 radiatus . 146 oiunabarinus 146 radiato-rugosus . . 143 oinnamomeus 138 rasipes 141 oitreus . . 150 rigons . . 150 cladonia . . 138 sanguineus . . 141 cognatus . . 140 scobinaceus . . 142 cristatus 144 seorteus . 149 cupreo-nitens 139 seriatus . 144 cupreo-roseus 149 stereinus . 140 dilatatus 139 stereoides . . 149 dispar . 142 tabacinus . 161 elongatus . 142 tephroleucus . 150 eriophorns . 159 tomentosus . . 137 eucalypti 145 trizonatus . . 148 452 INDEX. vellereus PAGE . 148 metallica PAGE . 397 velutinus . 147 Pseudohelotium . 265 venustus . 146 hyalinum , . 265 vernicifluus . . 149 ilicincolum . 265 versatilis . 145 Pseudopeziza . 272 versicolor . . 146 medicaginis 272 vinosus . 150 rhytismoideum . ! 272 xanthopns . . 139 trifolii . . 272 xerampelinus . 151 Fuccinia . 333 Polystigma . . 279 acetosoe . 337 australiense . 279 segra . . 334 Polystigmina . 358 alyxice . 338 eucalypti . 358 apii . 336 Poria . 153 arundinacea . 336 aprica . . 156 aucta . . 338 Archeri . 157 Berkeleyana . 338 atro-vinoBa . . 155 bullata . 336 calcea . . 154 callixenes . 409 callosa . 154 eastagnei . 409 contigua . 156 canlinoola . . 334 corticola . 156 chondrillte . . 334 dictyopora . . 157 dichondrat . . 338 epilintea . 154 graminis . 335 fatiscens . 157 heliautlii . 333 ferruginosa . . 156 helichrysi , . 338 hyalina . 153 heterospora . . 338 hyposclera . . 155 Kalohbrenneri . 338 livida . . 155 lagenophoraa . 335 medulla-panis . 153 Ludwigii . , . 336 membrani-cincta . . 155 nialvacearum . 338 merulina . 156 Muhlenbeckitt . 336 mollnsca . 153 phragmitis. . . 336 niphodes . 154 poainm . 336 orbicularis . . 156 prenanthis . . 333 parilis . 154 rimosa . 339 rufa . 155 rubigo-vera . . 335 rufitincta . 409 rnmiois . . 338 rufo-lateritius . 154 rumicis-Rcutati . 336 sinuosa . 156 Saocardoi . . 338 subvincta . . 153 sorghi . . 338 tarda . . 154 straminig . 335 vaporaria . 155 viola) . . 334 victoriee . 155 wurmbeEe . 338 vincta . . 154 Fustularia. vulgaris . 153 vesiculosa . 253 Foronia . 289 Pyrenomycetes . . 277 oedipus . 289 Pyronema. pileiformis . . 289 melaloma . . 256 punctata . 289 omphalodes . . 256 Porothelium . 169 Radulum , . 175 subtile . 169 niolare . 175 Protoglossum . 224 Rhamphoria lnteum . 224 tenella . 308 Protomycetaceae . 323 Rhinotriclium . 370 Protomyces . 323 Carteri . 370 macrosporus . 323 microsporam . 370 Protostegia . . 361 pnlohrnm . 370 eucalypti . 361 l'amosissimum . 370 Prototrichia . 397 Rhizina . 252 INDEX. 453 PAGE PAGE ferruginea . 252 eucalyptorum 274 Rhizopodella Sclexodepsis 160 melastoma . 259 collicnlosa . 161 Rhizopogoxi . 246 Sclexodexma 240 luteolus 246 aureum 240 Rhopalopsis 289 australe 241 cetrarioides 289 bovista 240 angolense 289 corium 241 Rhytidhystexium 275 geaster 240 Soortechinii 275 olivacea 242 Rhytisma 299 pandauaceum 240 filicinum 300 strobilina 241 bypoxanthum 300 umbrina 241 Robillaxda . 354 verrucosum . 240 sessilis 354 vulgare 240 Raestelia 342 Sclexospoxa . 322 polita . 342 macrospora , 322 Rosellinia. Sclexotinia . 263 nquila 304 ciborioides . ■ 263 inspersa 306 Scolecotxichum 375 tremellicola . 306 atriellnm 375 Russula 78 Scoxtechinia. alutacea 80 acauthostroma 305 austral iensis 78 Soutellinia. Clusii . 79 alp in a 261 emetica 79 badioberlis . 260 expallens 79 coprogena 262 fragilis 80 dalmenieusis 261 Linnasi 79 eriuacens 262 purpurea 78 hirta . 261 rubra . 79 InsatitB 262 sanguiuea . 78 margaritacea 261 subalbida 80 scubalonta . 262 Sacchaxomyces . 391 scutellata 260 apioulatus . 391 stereorea 262 cerevisiio 391 Iheleboloides. 262 ellipsoideus . 391 umbrata 261 mycoderma . 391 Secotium 220 Sacchaxomycetes 391 acuminatum 220 Sacidium 359 coaretatum . 221 oamell i;c 360 melanosporum 221 eucalypti 350 erythrocephalum 221 Saxcoscypha 258 Gunnii 22 L bulbosa 259 scabrosum . 221 cocoinea 258 Drummondi 221 Colensoi 259 Seismosaxca 208 lepida , . 258 hydrophora . 208 melastoma . 259 Sepedonium 371 rhenana 259 aureofulvum 371 sp leadens 259 chrysnspermum 371 Saxcoxylon . 301 Septoxia 355 compunotum 301 bromi . 356 Schizomycetes 391 epipbyllodea 356 Schizophyllum . 100 hardenbergisa 356 commune 100 lepidospermi 356 multijidum 101 Martinii 355 Schizostoma. myoporii 356 Schomburgkii , 307 oleandrina . 356 Schizothyxium. phyllodiorum . 356 454 INDEX. PAGE PAGE viol® . . 355 microspora . . 279 Sepultaria. Sphaerotheca . 313 mnosa-brunnea . 260 pannosa . 313 confusa . 260 Spliaerulina. Sistotrema . . m camellia: . 312 irpicinum . 174 Spinellus . 321 Solenia . . 169 gigasporus . . 321 Candida . 169 Sporidesmium . 379 ochracea . 169 atrofuscnm . . 379 sulpharea . . 169 melanopus . . 379 Sorosporium . 328 S p or o trie hum . 370 eriachnes . 328 densum . 370 Mullerianum . 328 Spumaria . 403 Sparassis .. 197 alba . 403 crispa . . 198 Stagonospora . 355 Sphacelotheca . 327 orbicularis . . 354 hydropiperis . 327 Stemonitis . . 395 columellifera . 327 echinulata . . 395 Sphaerella . 310 ferruginea . . 395 alyxise . 311 Friesiana . 395 Banksiae . 311 fusca . . 394 oryptica . 311 Stemphylium . 380 dammartB . 312 pulchrum . . 380 euonymi . 311 Stereum . 181 graminicola . 312 acerinum . 187 nubilosa . 311 amasnum . 187 rubiginosa . . 311 JBaileyanum . 183 destructiva . . 310 Boryanum . . 184 Sphaeria. caperatum . . 182 aoantho stroma . 305 citrinum . 188 aquila . . 304 complicatum . 185 herbarum • 310 crucibuliforme . 183 inspersa . 306 cyathiforme . 182 litsicB . . 312 cyathiforme . 183 macrozamicB . 312 deoipiens . 185 ovina . . 305 decolorans . . 183 polyscia . 303 elegans . 182 pulvinula . 305 fasciatum . . 185 sacchari . 312 gausapatum. . 185 Schomburgkii . 307 hirsutum . 185 Sphaerioideae . 345 illudens . 185 Sphaerobolus . 219 involutum . . 184 stellatus . 220 lamellatum . . 182 Spheeronema. Leichardtianmn . 184 rufum . . 357 lobatum . 184 Sphaeronemella . . 357 lugubris . 186 rufa . 357 luteobadium . 184 Sphaexopsis . . 351 molle . . 187 numerosa . 351 Moseleii . 183 phomatoidea . 352 nitidulum . . 182 rosarum . 351 ochroleucum . 186 tricorynes . . 351 ostrea . . 184 tritici . . 352 perlaium . 184 Sphaerospora, prolificans . . 183 confusa . 260 puberulum . . 191 Sphaexostilbae . 279 purpureum . . 186 cinnabarina . . 279 pusillum . 184 dubia . . 280 radiatofissum . 183 hypocreoides . 279 radicale . 186 retirugum . rugosum SchomburgJcii semilngens . simulans Sowerbei spadiceum . sparsum spathulatum spongipes Btriatum Btrumosum . sulphuratum Snlfureum . sulfnreum . Thozetii vellereum versicolor versiforme . vorticosum . Sticteae . Stictis . emarginata . radiata. Stigmatoideae Stilbeae . Stilbospoxa . foliorum StilbuTO caninum cinnabarinnm oorallinum . erythrocephalum forniicarum . Stxobilomyces ananseceps . fasciculatus floocopus ligulatns nigricans pallescens . rnfescens velutipes Stxumella hysterioidea patelloidea . sacchari Supexficiales Syxichytxium succisre taraxaci Tapesia epitephra . Thecaphoxa globuligera , inqninans . leptocarpi . Thelephoxa . Archeri INDEX. 455 PAGE PAGE 186 oaryophyllea . 179 187 concrescens . . 179 190 congesta . 179 185 oris tat a . 180 186 decolor ans . . 183 182 exsculpta . . 181 186 intybacea . . 180 188 laciuiata . 180 183 multipartita . 179 182 myriomera . . 179 184 pedicel lata . . 180 188 purpurea . 190 187 riccioidea . 180 188 sebacea . 193 188 stereoides . . 180 182 terrestris . 180 184 Thelephorei ■ 177 184 Thozetia . 387 187 nivea . . 387 187 Tilletia . 326 271 caries . . 327 271 epiphylla . 327 271 Tilmadoche . 407 271 mutabilis . 407 300 nutans . 407 381 rufvpes . 404 364 viridis . 407 364 Torula . . 373 381 herbarum . . 373 382 mycetophila . 373 382 Trabutia . 300 382 eucalypti . 300 381 parvicapsa . . 300 382 phyllodias . . 300 . 109 Trametes . 157 111 acupunctatus . 151 . 110 acutus . 145 . 110 ambigua . 161 . 110 an gn lata . 160 . 109 colliculosa . . 161 . 109 cristatus . 144 . 110 Curreyi . 160 . 110 dcedaleoides . 163 . 389 devexa . 158 . 389 epitephra . . 159 . 389 fibrosa . 159 . 389 funalis . 143 . 304 gausapata . . 160 . 323 heteromalla . 158 . 323 hispidula . 159 . 323 lactinea . 158 . 265 lfevis . . 159 . 266 leonotis . 143 . 328 mollis . . 160 . 328 Muelleri . 157 . 328 obstinatus . . 147 . 328 occidentalis . 150 . 179 ochroflava . . 159 . 179 ochroleuca . . 158 456 INDEX. phellina PAGE . 157 picta . . 157 pini . 159 pyrrhocreas . 159 r igida . ■ loo scrobiculata • 190 serpens . 160 Sprncei . 158 umbrina . 160 versatilis . 146 versiformis . . 158 Tremella . 207 albida . . 207 cinnabarina . 209 foliacea . 207 frondosa . 208 fuciformis . . 208 lutescens . 208 mesenterica . 208 olens . . 208 viscosa . 208 Tremellini . . 205 Tremellodon . 173 Triblidiella . 275 rufnla . . 275 Triblidiopsis . 276 csespitosnm . . 276 Triblidium. rufulum . 275 ccBspitosum . . 276 Trichia . 400 affinis . . 400 chrysosperma . 400 contorta . 400 fragilis . 400 lateritia . 400 met allica . 397 varia . . 400 verrucosa , . 400 Trichiaceae . . 397 Trichoderma . 368 virido . . 368 Trichopeziza . 266 sphserula . 266 Trichoscypha . 259 Hindsii . 259 tricholoma . . 260 Trichothecium . 372 roseum . 372 Trogia . . 100 crispa . . 100 Tubercularia . 385 leguminum . . 385 Tubercularieae . 385 Tubulina . 393 cylindrica . . 393 nitidissima . . 393 spumarioidea . 393 Tylostoma . PAGE . 224 album • 225 brachypus . . 225 fimbriatum . . 225 granulosum . . 225 leprosum . 224 mammosum . 224 maximum . . 224 pulchellum . • 225 Wightii . 224 Ulocolla . 207 foliacea . 207 Uredineae . 330 Uredo . 343 angiosperma . 343 anguillarias . 343 antarctica . . 343 armillata . 344 eichoracearum . 344 clematidis . . 344 leguminum . . 344 notabilis . 343 rbagodiae . 343 spyridii . 343 Urnula . 268 campylospora . 208 rhytidea . 269 Cxocystis . 329 solida . 329 Uromyces . 330 amygdali . 331 betas . . 330 bulbines . 409 digitatus . 331 diploglottidis . 331 fusisporus . . 331 microtidis . . 332 orchidearum . 332 phyllodice . . 331 puecinioides . 332 pulcherrimus . 338 Tepperianus. . 331 Thwaiteni . . 338 trifolii . 330 vesiculoaus . . 330 Ustilago . 324 australis . 324 axicola . . 324 bromivora . . 325 bullata . 326 Candollei . 326 caricis . 325 Oesatii . 326 confusa . 324 destruens . . 324 emodensis . . 326 leucoderma . . 325 marmorata . . 253 iNDtsx. 457 Mnelleriana. . . . 324 pilulseformis . . 325 sclerotiformis . . . 326 eegetum .... 325 Tepperi . . . .326 urceolorum .... 325 utrioulosa .... 326 ®8tilagiaeae. . 324 Zatulina . . .290 vulgaris .... 290 v alsa 302 echidna .... 303 stellulata . . . .302 Valseae .... 302 Venturia . . .305 circinans .... 306 glomerata . . . .306 Verticillium . .371 eximinm .... 371 lateritium . . . .371 niveum .... 371 ▼illosae .... 305 Xexotus .... 98 aUiidus .... 99 Archeri .... 100 Berterii .... 99 Drummondi . . . loo fulvns .... 100 grisens . . . . 100 lateritius .... 99 papuasius .... 99 papyracens . . . .100 proximns .... 99 rewakensis .... 99 tener 99 Xylaria . 283 agariciformis . . . 288 allantoidea . . . 286 anisopleura . . . 286 aphrodisiaca . . 288 australis PAGE . 283 castorea . 286 cerebri form is . 285 cinnabarimi . 287 cortiiformis . 288 creracea . 287 cynoglossa . . 285 dealbata . 286 digitata ■ 288 ectogramma. . 283 elastica . 287 ellipsospora . . 287 fistulosa . 286 tfiffas . . 287 gracilis . 285 gramtnica . . 284 hjpoxylon . . 289 involuta . 283 lobafca . 288 ovispora . 285 phosphorea . . 287 polymorpha. . 285 rhopnloides . . 284 rbytidophlesB . 284 Scbweinitzii . 284 scop if or mis . 285 tahacina . 283 tnberiformis • 28 8 Zealand ica . . 284 Xylariaceae . . 283 Xylopodium . 242 austral e . 242 ochrolencum . 242 Zignaria. erumpens • 307 Zignoella. archeri . 304 australica . . 307 Zignoina. subcorticalis . 307 EEEATA. p. 2, 1. 1 7, for “ FI.” read “ PI” p. 6, 1. 32, delete comma after “ homogeneous.” p. 12, 1. 39, for 11 Serioella," read “ Serioelli.” p. 17, 1. 15, for “canaliculata,” read “ canaliculatus.” p. 87, 1. 29, add “ Fig. 131.” p. 158, 1. 23, for “ ochroleucus,” read “ ochroleuca.” p. 185, 1. 11, for “ fascistum,” read “ fasciatum.” p. 262, 1. 29, for “ erinaceus,” read “erinacea.” p. 312, 1. 22, delete “ Sphseria Litsise. 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