| a MUSHROOM BOOK NINA L.MARSHALL ™ a —— pr” le) ==8 SSS ————> =o ——_ ——s =O Library NOV 29 193, DEPARTMENT OF BOTANY UNIVERSITY OF TORONTO MUSHROOM BOOK Digitized by the Internet Archive — a in 2010 with funding from University of Toronto COPRINUS COMATUS Courtesy of Agricultural Exneriment Station, Cornell. . Amanitopsis parcivolvata, Pk. See page 55. pele MUSHROOM BOOK. A POPULAR GUIDE TO THE IDENTIFICATION AND STUDY OF OUR COMMONER FUNGI, WITH SPECIAL EMPHASIS ON THE EDIBLE VARIETIES : ; : - BY ~ NINA L. MARSHALL With Many Iffustrations in Cofor and fac and White PBofograpBed from Mature fp J. G@. & H. €. Anderson a NEW YORK DOUBLEDAY, PAGE & CO. 1901 Library DEPARTMENT OF BOTANY UNIVERSITY OF TORONTO NOV 22 19 A UL 22 2004 1 a 2! >) OS CO COs A Ow ww mew NOK NN! ONIN RSI NO) NS NY Spy “yy Say “NT xs) Contents PAGE Vermilion Hygrophorus . Ce Ivory Hygrophorus ae 5 Genus Arnullarta : ; ; . ates roney-coloured Armillaria — . : . a Genus Lepiola : : : 63 Parasol Mushroom; Tall Lepiota . ; 7 ee Smooth Lepiota.. : : : : . Lepiota Friesii : : ; ie Genus Marasmius : : ee Fairy-ring Mushroom. : : . 56 Genus Collvbia . : : : ; : . {es Collybia familia. : ; : : 7 Genus Panus , ; : : : d . nig Genus Trogia . , : ; : 7 Genus Schizophvllum . : ; : Mee Genus Omphalia . ; : ; : ; re Genus Russula_. : : =e Emetic Russula_. ‘ ee Green Russula; Verdette d . oo Variable Russula 70 Genus Clitocvbe 70 Clitocybe laccata 70 Clitocybe virens 71 Gents Tricholoma 72 Masked Tricholoma 72 Craterellus cantharellus . 73 @ 2. BROWN-SPORED SERIES Genus Agaricus. . ; ; 73 - Comparison of Eight Agarici . ‘ : a Common Mushroom _. : : i Rodman’s Mushroom. : ~ oe Agaricus abruptus . Be i Genus Hypholoma 2 : : : . 48 Perplexing Hypholoma . : . 78 Comparison of Six Hypholomas. = Uncertain Hypholoma . , ; a6 Hypholoma sublateritium —. ee, Genus Stropharia : ‘ ; ; . a ee Contents PAGE Genus Psathyra . : ; ; ; ‘ a ieee Genus Psilocybe . y i ; ‘ : Mees Genus Pilosace . ; . , ; : prey 2 Genus Deconica . .-. : : ‘ ; a 2 Genus Chitonia . ‘ : ‘ 5 : a2 5 3. RUSTY-SPORED SERIES Genus Pholioia . ; ; : : ‘ ah ieee Fat Pholiota . ; ; : : ; ai AS Early Pholiota ; , ; : ; Wier | Pholiota aggericola : 4 : : 2). 34 Genus Cortinarius. : : : $01 85 Cortinarius pipe vinlaceus : ; : i) yoo 4. PINK-SPORED SERIES Genus Pluteus . ; : : ‘ Ho) POT Fawn-coloured BInESuR.. : ‘ é Cn = Genus Entoloma . F ‘ ‘ ; : A rc. Genus Eccilia : : : . 2 es Genus Volvaria . ‘ ; . : : Moka ce: Genus Clitopilus . , : : 5 , en Ss 5. BLACK-SPORED SERIES Genus Coprinus . : : : : : beg Ink Caps ; ‘ . ‘ a SO Shaggy-mane; Horsetail Maned Agaric x V9@ Inky Eoprinus ‘ : - ; : Sir Git Glistening Coprinus. : ‘ : ane, QE Genus Gomphidius . é : ‘ ; su Q2 Genus Psathyrella : : ; ‘ F : 2 Genus Paneolus . : 2 : 1 ‘ aA? 6. FUNGI WITH MILKY JUICE Genus Lactarius . : ‘ : : : “< G2 Peppery Lactarius . : ; : : stort Gal Lactarius ligniotus . ; “ . : . 93 CHAPTER VI: Funct with TEETH—HyYDNACEA : ieee: Genus Hydnum . : ‘ : : . ne). Spreading Hydnum . : : . 1 eS White Hydnum . : , > ; ae: xi Contents Hydnum imbricatum Bear’s-head Hydnum Medusa’s Head Hedgehog Hydnum Coral Hydnum CHAPTER VII: Fairy CLuss AND CoraAL FuNnGiI—CLa- VARIACE Genus Physalacria Genus Pistillaria . Genus Typhula Genus Sparassis . Genus Pterula Genus Lachnocladium . Genus Clavaria : Pale Yellow Clavaria Golden Clavaria Red-tipped Clavaria Crested Clavaria : Pistil Clavaria ; Large Club Clavaria fellea Clavaria formosa CHAPTER VIII: Func! witH PoRES—BOLETACEé ; POLy- PORACEE Boletacee . Genus Fistulina Genus Boletinus . Painted Boletinus . Genus Boletus Boletus glabellus Boletus bicolor Boletus cyanescens Boletus pallidus Boletus mutabilis . Boletus speciosus . Golden-flesh Boletus Boletus radicans Boletus Peckii Boletus calopus xl Contents PAGE Purple Boletus. ; 3 : ; o0/ EOF Boletus Satanus.. ; : , : sy. 1Of Bitter Boletus 2 F : , , AP 107 Boletus scaber ; : ‘ : ‘ 4 OR Orange-cap Boletus ; : : i 2 108 Chestnut Boletus . : : : ‘ . 108 Boletus eximius . ; ; : : 2 /, 108 Edible Boletus : : : : ; 5 OQ Boletus subtomentosus . “ = : 5) 109 Boletus Americanus ; , : : » gs Peziza odorata, Pk., edible (see p. 137) ie ieeaege XLVII. Helvella elastica, Bull. (see p. 142) : : Bay Helvella lacunosa, Holm. (see p. 143) . : . 140 Mitrula vitellina, Sacc., var. irregularis, Pk. . 4. ae XLVIII. Delicious Morel (Morchella deliciosa, Fr.), edible . 142 Polyporus arcularius, Batsch, Fr. (see p. 112) . 142 xx BIS reOr TIELUSTRATIONS. IN’ TEXT Coprinus comatus, Fr. (old) Coprinus comatus, Fr. (mature) . Coprinus comatus, Fr. (young) . Puffball : : Corollas and ee attractive to insects Ingenious stamens Pistil of violet Seed-box of iris . Pistil of St. Johnswort Seed-box of sacred bean Winged seed of the silver fir Fern with spores (Polypodium vulgare) Grass spikelet 3 Liverwort (Marchantia notyatorehA) Bean seed to show embryo Indian pipe : ; Moss (Dicranum ean faecal size) White mould on dead fly . Spores borne in delicate membranous sacs . Bread mould Spores borne on little spicules Spores as simple cells Spores divided into several cells Mycelial threads Mushroom buttons Young mushroom Puffball DNDAHDNAH v1 OC (00; NT 8 Sy, NN Eee NS eee OOS ee ee SO m List of Illustrations in Text Mushroom to show veil s : Mushroom to show cap, ring, gills, and stem Mushroom to show veil on stem and cap Section across gill (magnified) ; A small portion of section of gill (highly abate Corn smut . : Leaf rust on Hepatica triloba . : Pouch-fungus, section to show spores in hollow rind Section to show gills . Section of a Boletus, to show pores Clavaria with spores on spines . Section of Hydnum, to show teeth - . Section of stroma with perithecia (magnified) Perithecium (highly magnified) . Outer surface of truffle Section of truffle Fleshy cup-like fungi Club-shaped fungus : Conic, convex, and pitted fungus Fungus with gyrose furrows Saddle-shaped fungus : : d Fungus with spore surface flat, running down the sadles Fungus with gills Fungus with pores Fungus with spines Calostoma Geaster Nidularia Clathrus cancellatus . : : : ‘ : 24, Simblum rubescens . : é , ‘ : 24, Anthurus borealis. : : ; 2 ; 24, Mutinus Phallus impudicus : : : : ‘ 24, XxXxli 14, 102 List of Illustrations in Text Embryo plant of Mutinus caninus Scleroderma vulgare . Section of Scleroderma vulgare . : Mutinus caninus, young plant; embryo plant Bovista : : é Section of Bovista (diagrammatic) Calvatia Section of Calvatia Geaster é : : ; ; Lycoperdon. . : : : , Section of Lycoperdon (diagrammatic) Bovistella . Section of Bovistella Clavaria Section of Hydnum Cap of Hydnum imbricatum Cap with striations on the margin Bracket fungus . Resupinate fungus Boletus Satanus . Polyporus quercina Pleurotus, stem central Pleurotus, stem eccentric Pleurotus, stem wanting Gills toothed, Lentinus Lamellz entire Stem eccentric Lamelle simple . ‘ Fungus with volva and annulus . Volva, but no annulus Annulus, but no volva Lamellz free from stem Annulus movable XXxiil PaGE 24, 25, 28, 28, 28, 28, 29, 29, “30; . 30, 40, 345 120 25 30 96 50 31 31 31 Sil 215) Prd List of Illustrations in Text Lamelle united with stem . Lamellz decurrent Lamellz adnate . Lamelle sinuate : Volva wanting; annulus wanting Lamellz in shallow folds Volva present; annulus wanting Volva none; annulus none. Annulus arachnoid Lamelle adnate : Veil remaining on stem as annulus Volva none ; : Veil attached to margin of pileus Lamellz deliquescent Spores fusiform . Spores globose . : Hydnum with central stem Branched Hydnum Lamelle labyrinthine, woody Lamelle radial, woody Pores long-hexagonal Pores in the form of tubes, stem eat Pores in the form of tubes, stem central Section of young Amanita in wrapper Young Amanita in wrapper Young Amanita in ruptured wrapper Section of Amanita muscaria Cap striate, and free from warts . Section of Amanita Czsarea Young plant of Amanita Czsarea Section of Cantharellus floccosus Section of Amanitopsis vaginata Section of Amanitopsis parcivolvata AXIV Pace : ees * 35, 37, 39, 40 - 35, 37, 39 35 35 36 37 Bil 38 38 39 39 39 40 40 40 4! 41 43 43 43 44 44 47 47 47 47 50 50 50 53 54 a2 Section of Lentinus lepideus Section of Pleurotus ostreatus Section of Pleurotus sapidus Section of Pleurotus ulmarius Section of Hygrophorus miniatus Section of Hygrophorus eburneus Section of Armillaria mellea Section of Lepiota procera . Section of Lepiota naucinoides Section of Collybia familia . Section of Russula emetica Section of Russula virescens Section of Clitocybe laccata Section of Tricholoma personatum (var. bulbosum) Section of Craterellus cantharellus Section of Agaricus Rodmani Section of Agaricus abruptus Section of Hypholoma perplexum Section of Hypholoma incertum Section of Hypholoma sublateritium . Section of Pholiota adiposa Section of Pholiota prazecox Section of Cortinarius violaceus . Section of Pluteus cervinus Section of Lactarius piperatus Section of Hydnum repandum Section of Hydnum caput-ursi Boletus Satanus : : Under surface of Lenzites betulina Favolus areolarius Section of young phallus Mutinus bambusinus . Lycoperdon XXV List of Illustrations in Text List of Illustrations in Text Section of Lycoperdon (diagrammatic) Asci and paraphyses . : ; Section of truffle to show position of asci . Truffle, ascoma Fungus growing on caterpillar : Section of Peziza odorata to show two layers Gyromitra esculenta Morchella esculenta Section of Morchella deliciosa Helvella : : : Helvella lacunosa (diagrammatic) XXVi Pace 124 135 135 135 1 36 137 141 141 141 142 143 THE MUSHROOM BOOK Char reR yh THE HOMES .AND :-HABITS OF: FUNGI For centuries epicures have used certain fungi for food. The Greeks and Romans esteemed them highly, and gave a great deal of consideration to favourable times and places for gathering them, and to choice methods of preparing them for the table. Juvenal tells us of one old Roman enthusiast who was so carried away by his love for them as to exclaim, ‘‘Keep your corn, O Libya, unyoke your oxen, provided only you send us mush- rooms!” Horace says that mushrooms which grow in the fields are the best, and that one can have but little faith in other kinds. Mushroom eaters of the present day would perhaps not agree with him, for they find edible species in every imaginable place where fungi grow, and are constantly adding to their list new varieties which they esteem delicious. Although for centuries it has been known that some fungi contain most virulent poisons, still, through ignorance of those points which distinguish the poisonous from the edible, frequent cases of poisoning occur in all classes of society. The mistakes resulting in death have been frequent enough to inspire the timid with an overpowering dread of all fungi, while the damp and grewsome places in which many fungi flourish have caused them to be despised by others. The following lines from Shelley very aptly express the general sentiment. : ‘* And plants, at whose names the verse feels loath, Fill’d the place with a monstrous undergrowth, Prickly and pulpous, and blistering and blue, Livid, and starr’d with a lurid dew. I The Homes and Habits of Fungi ‘* And agarics and fungi, with mildew and mould, Started like mist from the wet ground cold ; Pale, fleshy, as if the decaying dead With a spirit of growth had been animated.” SHELLEY: ‘‘ The Sensitive Plant.” To many people the only growths known as fungi are toad- stools and mushrooms. They give the name mushrooms to the species known to them as edible, and regard all other similar growths as toadstools, things uncanny or poisonous. ‘* The grisly todestool grown there mought I see, And loathed paddocks [toads] lording on the same.” SPENSER’S ‘‘ Faerie Queene.”’ This distinction has no scientific basis, and in fact most of the species called toadstools are edible. Fungi are not always the grewsome things of Shelley and Spenser. In their ranks are many which delight the eye with their colouring and the sym- metry of their forms. They are the grotesques of nature; nests, hoofs, cups, umbrellas, shells, and clubs are represented, together with spheres, hemispheres, cones, and many other geomet- rical figures. The mildew on the linen, the mould on food, the rusts and smuts which blight our fields of grain, and the dry rot which crumbles our lumber to dust and which causes old wood in dark places to glow with a weird, pale, flickering light, are all forms of one group or another of these plants which prey upon living or dead organic matter. In ordinary observation, only the simpler and more noticeable fungi are taken into account, but they are in reality met with in almost every situation imagin- able. They are found in damp cellars and in rooms shut off from the light ; in fact, some form of fungus will be found in every place and on everything which is not exposed to a circula- tion_of fresh air. In woods and open fields the attractive forms are found. In shady woods the beautiful white ‘‘ bear’s head” hangs on stately tree trunks, and the ‘‘destroying angels” gleam white in the shadows on the ground. Shelving brackets, green or red or brown, encircle old stumps, or stand out stiff and white from the crumbling trunks of fallen moss-grown monarchs of the forest, while wood-brown toadstools huddle in groups among 2 The Homes and Habits of Fungi the fallen leaves. On the outskirts of the wood, green and red Russulas vie with the flowers in the brilliancy of their colouring. Pink or violet Clavarias, dainty corals, border the wood path, and golden Clavarias lighten up the sombre wood tints with their yellow branches. In dry pastures and along wood roads, puff- balls, large and small, send up their puffs of brown smoke, to the delight of every passing child who strikes them with a wand. On lawns and hillsides the Oreades cause fairy rings to grow. The fairy rings are circles, or parts of circles, of impoverished grass of a lighter colourand less luxuriant growth than that of the grass immediately surrounding the circle. Before the existence of fairy folk came to be doubted, it was firmly believed that these fairy rings were the dancing grounds of the fairies. ‘The nimble elves That do by moonshine green sour ringlets make Whereof the ewe bites not ; whose pastime ’tis To make these midnight mushrooms.” Rev. GERARD SMITH. The rings on the commons increase in size until sometimes two or more rings intersect to form a labyrinth of green network. Rings appear year after year in the same place, and then disap- pear, to reappear after an interval of a few seasons. As long as the fairies existed in the imaginations of the people, it was easy to account for these strange happenings—the fairies danced in the moonshine, and the grass was worn down under their feet. If they were displeased and left the neighbourhood, the rings disap- peared too. As this fancy was given up, other solutions of the mystery were sought. Some believed that the ring was caused by a thunder-bolt entering the ground at this spot, and still others were confident that it was caused by moles. The true solution is not hard to find, to one familiar with the habit of growth of the fungus plant. One fungus plant growing alone upon the lawn will soon exhaust the soil directly beneath it of all true fungus food. Of all the spores which fall from the parent plant only those will grow which fall without this impoverished spot, and so a ring of toadstools is formed. Again, only those spores which fall outside the ring will find good fungus food, and so the ring widens always outward, forming a perfect circle, unless something on one side or other interferes with its travels. The 3 The Homes and Habits of Fungi decaying ring of fungi temporarily stimulates the grass around it, so that its rich colour stands out in circles or arcs of circles against the less highly nourished grass. Such rings are conspicuous on the lawns of the White House at Washington, and are often to be seen well defined on distant hillsides. Brackets and mushrooms and puffballs grow in warm, moist places where they find decaying wood and leaves to feed upon. Old tree trunks and fallen logs, rich leaf mould, and cattle pastures are their favourite haunts. The reason for their choice of place is invariably connected with the question of food, for fungi can thrive only where they can obtain organic matter, as they have lost the power which all green plants have of feeding on inorganic or mineral matter. All plants must have food with which to form plant flesh. Green plants by means of their leaf green—the only agent in the world which has the power to turn lifeless mineral matter into living matter—take the element carbon from the air, and hydrogen gas and oxygen gas from water, and with their green granules, by some mysterious process, make of the elements hydrogen, oxygen, and carbon, compounds of wood and starch and sugar. Fungus plants have none of this leaf green and must therefore feed on material which has been manufactured by green plants. To define fungi simply, so as to include all the varieties, would be a difficult task ; but in general it may be said that they are plants which have no leaf green and which do not grow from true seeds, but from dustlike bodies resembling in appearance the yel- low pollen of roses or lilies. The fungi have no flowers and produce no seeds. They produce spores instead, fine dust-like particles, which are borne in special places on the mature plant, whether a mould or mildew, a toad- stool, puffball, or bracket. The cap of a mush- room placed right side up on a piece of paper under an inverted glass will print with its spores a pic- ture of the radiating leaves or gills beneath. A slight blow on a puffball in the pasture will cause a puff of smoke-like dust to rise from it—really millions of spores that have ripened inside the puffball and are now ready to grow into new puffball plants when they fall on favourable soil. Puffball CHATTER Il? THE RELATION OF FUNGI Fes OTHER: PLANTS A CLASSIFICATION or orderly arrangement of material collected for study is indispensable to true pleasure and profit. The nature student must classify both his specimens and the knowledge he may obtain about them ; for, as Spen- cer has said, ‘‘ When a man’s knowl- edge is not in order, the more of it he has the greater will be his confu- sion of thought.” As he compares his specimens he sees interesting grada- tions of resemblance, and becomes fas- cinated with the pleasure of tracing their relationships and the gradual evo- lution of higher forms from lower. Every lover of nature who haunts Gunalias snd Baty, Se: the fields and woods acquires a rich Hae bert teenie store of facts about plant life, and with- out, perhaps, recognising that he does so, distinguishes two great groups of plants—those which have attractive flowers, and those which have no flowers at all. His flowerless plants bear no seeds, but quan- tities of fine, dust-like particles which rise ; Ingenious stamens inthe air as he brushes his stick over their green leaves. As the powers of observa- tion develop, he distinguishes the ferns and Christmas greens among flowerless plants, and perhaps soon recognises that the soft green moss bank, too, is composed of small plants, and that the green mats, the liverworts, on stones and moist banks and logs, are plants also. His only reason, perhaps, for calling them plants is that they’grow and are green. He may 5 The Relation of Fungi to Other Plants learn with the microscope that the pond scums which he had thought disgusting frog-spittle are in truth tangles of exquisite plants, made up of chains of slender, transpar- ent cells finer than silken threads, each cell containing many tiny green par- Pistil of Pistil of violet St. Johns- wort ticles of leaf green, phyll—the cause of colour of all green plants. At first the most conspicu- ous plants attract the attention, succession, those less and less conspicuous. They, in reality, present them- selves in great natural groups, readily distinguished and afterwards, in by well-marked characteristics. Seed-box of sacred bean of reproduction —corollas and honey, attrac- tive to insects ; ingenious Ssta- mens, pistils, seed-boxes, and seeds. The humble grasses, with their close Winged seed of the sil- ver fir relatives, dispense with gay colours and the as- sistance of insects, and trust to the breezes to carry their pollen to its goal. The pines and their allies are a step nearer simplic- ity, and do not enclose their seeds in a seed-box at all, but provide them with wings for dissemi- nation, and leave them exposed to the wind. It will be seen, as these pass in review, that they are conspicuous according as they are complex. The gorgeous flow- ering plants have complicated methods or chloro- the green 1r1S Fern with spores (Polypo- dium vulgare) The Relation of Fungi to Other Plants The ferns and Christmas greens (Lycopodiums) have no flowers, and therefore no true seeds. They havea distinct stem, which grows from the apex and is strength- ened by woody fibres, which may readily be seen by breaking the stem across. The woody fibres so strengthen the tissues of these plants that they are able to stand erect and make a conspicuous appearance not pos- sible to the small moss- es and liv- 7 erworts, f which are woody fibre. groups re- semble each other in descending degrees, so that they may be classed in groups under groups. Similar specimens may form groups of species. Species may form larger groups, or genera. Genera with common characteristics may form families ; and groups of families, orders; and orders, classes; while classes unite to form branches, or phyle. A botanist relies for the classification of his specimens mainly upon the similarity of those parts of the plant which produce Hikes Seeds’ Ot spores rather than upon those parts—the roots and leaves and stems—which have the work of the plant household to do. He finds that the seed and spore producing parts are more con- Grass spikelet Bean seed open toshow embryo D Liverwort (Marchantia polymorpha) spore-bearing. plants with no The plants of all these stant in their forms and habits than the leaves and stems and roots, which are more exposed, and which are constantly 7 The Relation of Fungi to Other Plants being forced to a change of form which will better suit their changed surroundings. The novice sees nothing in the brown, or even in the highly coloured, fungi to war- rant his calling them plants. They are to him ‘just toadstools ;” for green colouring matter —his first criterion for _ plants—is not there, and, moreover, there is noth- ing in their shape which suggests to him the plants with which he is familiar. The snow- white Indian pipe lacks the green of most plants, ‘) but that does not rule it for him out of the plant world ; for although it is colourless, and depends upon other plants for food, still it has a flower form and produces a seed-box with well-devel- oped seeds. Fungi, however, to any but the close student must seem quite unrelated to all normal plant forms. But the botanist, by a study of their structure, finds that they all grow from microscopic, dust- like particles, which differ from true seeds in consisting of but one or a few cells, and in having no embryo plant in them as true seeds have. He recognises their position in the kingdom of living things, and classes them as spore-bearing plants, lower than the group of mosses, those dainty plants which delight every one with their graceful- ness, and which bear their spores in tiny cap- sules or boxes set up on slender stems. By studying their life history he decides that they are degenerate members of the low- est group—the algz—and that they have fostered the habit of feeding on material constructed by green plants, instead of con- structing food material for themselves, and have, in consequence, 8 ~S VS . SIP Se ee y} 4) 4 EE AWE “4 ayy \\ Moss (Dicranum scoparium) (natural size) White mould on dead fly The Relation of Fungi to Other Plants lost their power of constructing such food, and also their green granules by which this work of construction may be carried on. The life history and structure of fungi has been studied so minutely that one is Sporecases ~/ je] able to arrange them in three well- marked classes: The first class, the algal-like fungi (Phycomycetes), includes bread moulds and several of those fungi which cause diseases of plants and animals—the downy mildew on the grape, the potato rot, the common white mould which fastens dead flies to the walls or window 8 panes in the autumn, and the fungus Bread mould (mag- which grows on salmon pitied) and causes them to die in great numbers. The plant of these fungi is cobwebby, sometimes growing within the cells of the plant substance on which it lives, and sometimes growing both within and on the surface. A freshly moulded piece of moist bread shows the bread covered with exquisitely fine transparent threads, which con- stitute the plant. Later, spore cases containing tiny black spores will be seen, which give a del- Spores borne in del- icate gray tint to the plant at first, but later form icate membran- 4 black, repulsive mass as their numbers increase. a (magn These plants are regarded as descendants of de- generate alge, which lost their power of inde- pendent existence through stealing their food instead of making it for themselves. The second class, the spore-sac fungi, produce their spores in delicate membranous sacs. The spore-sac fungi vary greatly in size, habit, and structure. Most of them are inconspicuous members of the plant world, as the yeast plant, by which our bread is raised ; the fungus which causes the peach leaves to curl and the black knots Spores borne on little spicules (magnified) to appear on cherry and plum trees. The third class is made up of all fungi which bear their 9 Threads OSSD The Relation of Fungi to Other Plants spores on little spicules standing up on large cells. This con- tains most of the conspicuous fungi one will care about knowing. To understand the group one must understand the method by which a spore grows to be a fungus plant, and to be able to distinguish the different members of the group one must know on just what portions of the spore receptacle the spores are borne. 10 CHAP EER Til: FROM SPORE 10-MUSHROOM THE way in which a spore grows into a fungus plant is very simple : (1) The spore is a single cell, and when it is in a warm, moist place it swells. (2) The cell absorbs food through its cell wall and divides into two cells. © O Ga & (3) Each new cell absorbs food and divides until long chains of cells are I>, formed, looking to the unaided eye like ee» threads. Each thread is a hypha, and a tangle of threads is a mycelium. (4) In the soil the mycelium nour- ishes itself on decaying vegetable matter, and grows; then, at certain points, the threads mat together to form little balls the size of pin- heads (a). (>) The pinheads grow to the size \p of bird-shot. (c) The bird-shot increase to the size a 6 ¢ of shoe-buttons. (5) If the ball is to become a stemmed toadstool, a minute stem ap- pears on the button. The stem and button increase in size. The button is lifted above the soil and expands into a mushroom. (6) If the button is to become a puff- , ball, no stem appears on the button; but II From Spore to Mushroom it grows, and comes out of the ground around puffball. (See Plate opposite p. 124.) If one wishes to learn to distinguish the members of the mushroom or toadstool family, either for the pleasure he may derive from knowing them, or from a desire to distinguish the edible from the poison- ous, he must be familiar with the typi- f <=S cal parts of the fungus _ plant, and’ “nrust know the names of these parts. The edible mushroom of the market (Agaricus campestris) serves well for study, as it shows some of the characteristics which all the toad- stools, mushrooms, brackets, and puffballs have in common. (1) This mushroom is in shape some- thing like a parasol. (2) The handle is the stem, or stipe. (3) The open topis the cap, or pileus. ZZ 2 (4) Under ey the cap, radi- ating from E Beteen these. Spores on the stalk to Ring.. hie slender processes the edge of the cap, are thin plates—the gills, or lamelle. (5) When the mushroom is in sesoreees-Short cells the button stage, the gills are not visible, for they are covered with B: a thin sheet of mycelial threads, Section across gill (magnified) Called the veil. (See coloured plate of Agaricus campestris.) (6) As the button grows the veil stretches, and finally breaks, 12 Mycelial threads From Spore to Mushroom leaving a ragged edge to the cap, and a ring or annulus of veil around the stem. The gills of the Agaricus are not fastened to the stem, but are rounded off at the end near the stem, while others, between the long ones, ; extend from the edge of the cap 1; only far enough toward the stem |. [ to fill up the angles formed by \ the long gills. 4a. = ee % (ee Fede i 7 = Nes The surface of the gills is the p\\ { \ VS egestas 5 fruiting portion of the mushroom. is iC) Ht tS - It is here that the spores are i) Bees eee formed. hyp eee The structure of the fungus ‘ty plant up to this point has been A small portion of section of gill similar throughout. A loose tangle Corn smut (2) Just outside mycelium, on either side, are layers of short cells (c), which bear club- shaped bodies standing out over both surfaces of the gills (0). (3) Each club bears two slen- - der processes (sf) at and each process bears a_ spore (sp). (highly magnified) of threads underground formed the myce- lium—the food provider. A more closely matted tangle above ground formed the stem and cap and veil, and even the central part of the gill—the fruiting parts of the plant. On the surface of the gill a difference in structure is found, which will be clearly understood from a picture of a thin section cut across a gill. (1) The central portion of the gill is made by loosely tangled mycelium threads (tr) draping themselves in thin plates from the surface of the cap. of this loose the free end, Leaf rust on Hefpatica triloba 13 From Spore to Mushroom All corn smuts, wheat smuts, leaf rusts, toadstools, puff- balls, and brackets bear their spores on club-like cells, and for this reason are put in one group, called Basidiomycetes. The fact that corn smuts and leaf rusts feed on living plants, while toad- stools, brackets, and puffballs feed on dead plants, separates them in- to two groups; the smuts and rusts forming the lower group, and the others the higher group. It is the aS higher Basidiomycetes which we wish to con- sider, as this group includes most of the con- spicuous fungi, most of the edi- ble, and those fungi which are dangerous because of their re- semblance to edible species. Remembering that toadstools, puffballs, and brackets all start from spores; that all have the tangled thread - like plants, seeking the dark; that they all -4— have the spore recep- , b spores on spines tacle in the light, and bear their spores on club-like cells, one can readily understand their be- ing put in one group. With a few exceptions not Section of Hydnum, to show teeth Necessary for us to consider, all the higher fungi naturally divide into two groups—pouch-fungi (Gasteromycetes), which conceal their spores in a definite rind, or peridium, as the puffballs do ; and membrane fungi (Hymenomycetes), now called Agari- cales, which bear their spores exposed on the surface of gills, pores, spines, or teeth, as the garden mushrooms, the Boleti, the Clavarias, and the Hydnums. Pouch-fungus section, to show spores in hollow rind Section to show gills Section of a Boletus, to show pores 14 CHARRE KU IV- + THE KEY WHAT A KEY IS, AND WHY A NAME IS DESIRABLE A key in the study of botany is a guide by which a student may trace a specimen until he finds a name for it. Having found a name, he may learn from books or from friends what is known of its habits of growth, of its value as a food or drug, whether it is harmful or harmless, whether it is to be protected or whether war is to be waged against it. He may learn whether it has figured in history or the myths, and how the poets and artists viewed it, and may perhaps learn to see it with their eyes. He may watch similar specimens as they grow, and may add the results of his observations to the facts already recorded about his specimen. HOW A KEY FOR FUNGI IS MADE, AND WHY IT IS DESIRABLE In the first place, only such plants are considered as grow from spores and have no leaf-green. (The spore characteristic is one the amateur must decide upon either by seeing the spores or by inferring their existence from the fact that seeds do not appear.) There are some thirty-five thousand species of fungi known to botanists, so that it would be impossible to find a name for a specimen if one had to read at random until the right description for his specimen was found; but since all of these plants may be put in one or another of three groups, on account of certain points of resemblance which they have in common, and since these three groups may each in turn be divided and subdivided, one may, by selecting groups rather than individual specimens, find a short path to the name desired. The three primary groups, called classes, are made as follows : The first contains many mould-like fungi which resemble one another in microscopic characters. The second contains other mould-like fungi and many con- 15 The Key spicuous fungi which bear their spores in transparent sacs (see first page of Key). The third contains all fungi which bear their spores on en- larged cells called basidia (see first page of Key). To even partially understand the inconspicuous fungi is a task impossible to one who is not familiar with the use of a com- pound microscope. To acquire a knowledge sufficiently accu- rate to identify nearly all of the conspicuous fungi is within the power of any intelligent person, for the two groups or classes containing the conspicuous species may be divided, on account of easily distinguished characters, into groups called orders. The orders may be divided into groups called families, and the families into groups called genera (singular genus), and the genera into individual specimens called species ; and all these groups may be arranged in such a way that the series of selec- tions may be quickly made. 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White-spored Series while the remains of the wrapper are left at the base of the stem, an open sac. Spores—W hite, elliptical. Flesh—W hite stained with yellow under the separable epidermis and next the line of attachment of the gills. Taste—Mild and pleasant. Habitat—Thin woods, preferably pine woods and sandy soil. Abundant in southern Europe, common in the Southern States, and occasionally found in New York and Massa- chusetts. Time—July, August, September. The Amanita Cesarea is one of the handsomest species. The Greeks and Romans esteemed it as an article of food. The names, ‘‘ Food of the gods,” ‘‘Czbus Deorum,” ‘‘ Imperial mush- room,” ‘‘Czsar’s mushroom,” and ‘‘ Kazserling,” suggest the esteem in which it was held. 51 Fungi with Gills jj Snouosiod st jt YQuasqe st dno oy} Jy RUM B-J-9SQI “W9}S WO 991{—57774) "MOTJOA 10 dY A —mays “4adqvim ayy fo suiwuas ayy AQ paulssvue AYyoys dpuo SA7TvIS JOU Wa}s Jo oseg ‘dnd ON—wyoy4 “Joyfews YON ynq ‘v14vI “SHU "PY OJ AL[IWIS—snapig 40 gop (Snouosiod) eueljsouy eyueuy *poyul} MO] -aA Apysys Apases ‘Oy AA—sy772D UY MMs ‘(qvIs puv Snogjng Wd24s ay} Jo oseg ‘dnd ON—vaZoy ‘PAJOA poinjdns dy} JO sayojed jo Sulsisuos SHIBM JUI[NIIOY YM pousopr ‘MO]JOA 10 asULIO—suyig 40 ~vD (Snouos!od) elueosnu eyuUueUYy j yes styuryd oy} ‘yussoid si veyuReUy MoT, B Jo dnd dy} J] “LUd}S Woy soy ‘Mood a[vrg—sy779 “MOTO ae d—mysy ‘aJlYL PUY IBsOO0] ‘dno v JO WO} dy} Ul ‘UUIa}s 94} JO osvq dy} }e JUDd}SISI9g—vyo4 ‘yyoous “MOTIA Jaqed ‘Ajarvs 10 asuvlo yysUg—saayig 40 gop C@1qQIpaD) eoueseg eyIuUeEWY SVLINVWVY MOTIYA daYHL dO NOSTYVdWOD N mn White-spored Series GENUS CANTHARELLUS The members of the genus Cantharellus differ from all other gill-bearing fungi in that the gills are in the form of shallow folds growing down the stem. The folds are generally narrow and forked or branching. The name. Cantharellus, meaning little cup or goblet, refers to the shape of the fungus, some of the species being so deeply depressed that a cup not unlike a tall goblet results. Cantharellus floccosus (Edible) Cap or Pileus—Funnel form or trumpet shaped, depressed even into the stem. The surface of the depression is woolly or scaly. The scales some- times persist and sometimes dis- appear. Reddish yellow, fading to yellow. Gills or Lamelle—Blunt, narrow, close; forked branched so as to appear as a network. Yellow to yellow brown. Stem or Stipe—Short, smooth, or hairy. Sometimes extending like a root among fallen leaves. Spores—W hite. Flesh—W hite, thin. TZime—July to September. Hlabitat—In_ groups in woods. The specimen pictured was found grow- ing in moss by a stream among laurels and rhododendrons. Section of C. floccosus GENUS AMANITOPSIS The genus Amanitopsis has white spores, the gills free from the stem, and at the base of the stem a volva, the remains of the wrapper which enclosed the young plant. There is no annulus or ring on the stem, a feature which separates the genus Amani- topsis from the genus Amanita. Can-tha-rél’-ltis Fldc-cé'-siis A-man’-1-t6p'-s!s Sa Me v Ey , : A- mam - (-Top -ons Fungi with Gills The Sheathed Amanitopsis (Edible) Amanitopsis vaginata Cap or Pileus—Variable in colour, ranging from white to reddish brown. Thin, fragile, smooth; or, when young, with a few fragments of the wrapper adhering to its surface. Margin distinctly and deeply _ striated. 2-4 inches broad. Gn Stem or Stipe—Hol- low or stuffed; smoot hye sprinkled with minute mealy particles or woolly scales. Not bul- bous at the base. 3-5 inches long. Spores—W hite. Ring or Annulus — None. - Wrapper or Volva— Soft, flabby, white, adhering slightly to the base. Gills or Lamelle—Free from the stem. White or whitish, close, irregular. Flesh—White, or sometimes stained under the easily separating skin. Section of A. vaginata Time— June to Oc- tober. Habitat—In woods or open places, in damp vegetable mould, widely distributed. Specimen pictured was found growing in mountains of New Jersey. A. vaginata, var. alba, has the whole plant white. A. vaginata, var. fulva, has the cap tawny yellow. A. vaginata, var. livida, has the cap leaden brown, and gills and stem tinged with smoky brown. Vag-in-a -ta Filv’-a Liy'-1-da 54 SHEATHED AMANITOPSIS (EDIBLE) (Amanitopsis vaginata, Roze) yor si White-svored Series . Amanitopsis parcivolvata Cap or Fileus—Convex, then expanded ; smooth, free from warts. Colour brilliant orange red over the whole cap; not yellow on the margin, not fading with age. Uniform in colour in young and old_ specimens. Margin with striations deep and long. Gills or Lamelle—Lemon yellow, free from stem,and rounded at the outer extremity. Stem—Slightly tapering toward the cap; hol- low. Clear lemon yellow, covered with meal-like particles. Ring or Vetl—None in old or young specimens. Volva—Present; not large and loose. White; clinging closely to the stem in the form of scales. Spores—W hite. lesh—Unpleasant raw odour. White, stained with orange red immediately under the skin. é, FHlabitat—Mixed woods. New Jersey, North Carolina, Time—July. The caps of the specimens found Section of A. in North Carolina varied in colour from Patcivolvata (reduced) almost white to white with a red centre, and from orange or shades of orange to brilliant red. GENUS MYCENA The members of this genus have white spores ; no volva nor annulus ; lamelle thin, with acute edges ; gills with a little bay cut out near the stem, sinuate, and the stem with a cartilaginous rind. Cap membranous and striate on the margin—that is, with depressed parallel lines. Mycena hzmatopoda Cap or Pileus—Bell-shaped ; reddish brown, deeper shade on margin. Gills or Lamelle—Paler tint of colour of cap ; adnate. Par'-¢i-vol-va'-ta My-cé'-na Hém'-a-tdp'-5-da 55 Fungi with Gills Stem or Stife—Colour of cap ; hollow ; a mere tube, with thin walls. When cut quickly, it changes to a deep red brown and exudes a purple juice. Flexible, fragile. Spores—W hite. Ring or Annulus—None. Time—September. Habitat—Decayed wood in forest. v GENUS LENTINUS The genus Lentinus has white spores, no annulus, and no volva. The stem is central or lateral, and the lamellz are nor- mally toothed on their margins. The species are leathery, fleshy, and tough ; will stand drying, and revive when moist. Lentinus lepideus is one cause of the decay of telegraph poles, railroad ties, and bridges. Scaly Lentinus (Edible) Lentinus lepideus Cap or Pileus—Fleshy, firm, convex or expanded. Creamy white, spotted with dark brown appressed scales. 3-5 inches. Gills or Lamelle — Rather broad, not crowded; growing down the stem. White edges, irregularly toothed. Stem or Stipe—Whitish. Sometimes ec- Section of L. lepideus Lén-ti’-ntis Lép-Yd’-é-tis 56 (OZIS "JEN “Sold ‘sxzapzag 72170977) (angia3a) SANILN37 Alvos White-spored Series centric, straight, or curved; firm, solid, equal, or tapering at the base. 2-4 inches long. Ring or Annulus—None. Spores—W hite. Flesh—wW hite. Time—June to August. Habitat—On wood; common on railroad ties. GENUS PLEUROTUS In the genus Pleurotus the stem is attached to the cap at some point to one side of the centre. The stem may be on the very margin of the cap, or may be wanting altogether. The three species to be mentioned all grow on dead wood—either on dead trees or on dead branches of living trees. The name Pleurotus comes from a Greek word meaning side, and has reference to the position of the stem. Oyster Mushroom (Edible) Pleurotus ostreatus Cap or Pileus—Fleshy, convex, smooth, and moist. White, or tinted with ash colour or brown. Gills or Lamelle—W hite, or tinted with ash; broad; growing down the stem, and branching again and again at the base. Stem or Stipfe—Short or wanting. Spores— White, ob- long. Flesh—W hite, tough. Section of P. ostreatus Time—September. Habitat—On dead wood. The specimens pictured were found growing on a dead forest tree at Lake Placid. The largest shells measured four inches across. Pli-rd'-ttis Os-tré-a'-ttis Sf Fungi with Gills Pleurotus sapidus (Edible) Cap or Pileus—Convex or depressed, smooth, often irregular. White, yellowish, ashy grey, dull lilac, or even brownish; overlapping each other. 2-5 inches broad. Gills or Lamelle—Whitish, rather distant, growing down the stem, branching and connecting again at stem end. aoe ? C Section of P. sapidus Stem or Stife—Stems more or less united at the base, eccentric or lateral, smooth, whitish. 1-2 inches long. Spores—Lilac, oblong. Time—June to November. Filesh—W hite, tough. Habvitat—In clusters, often from a common stem, growing on decayed wood. Elm Pleurotus (Edible) Pleurotus ulmarius Cap or Pileus—Convex or nearly flat, firm, smooth. White, tinted at the centre with reddish yellow or brownish yellow. 2-5 inches broad. Gills or Lamel#e-—Broad, not crowded, notched at the stem end, growing down the stem. White, turning yellow with age. Stem or Stipe—United to the cap one side of the centre. Usually curved ; solid, smooth, or downy. White or whitish. 2-4 inches long. J Sap’-!-diis Ul-ma -ri-iis 58 oe — e* m at 3 Pholiota aggericola, Peck Reduced slightly Craterelius cantharelius, Schw. (Edible.) Reduced slightly Brown-spored Series Craterellus cantharellus (Edible) Cap or Pileus—Margin wavy. Yellow or pinkish yellow. Fleshy, firm, convex, then centrally depressed. Gills or LameHe—Blunt, running down the stem, forking many times. Stem—Solid, yellow, and smooth. Spores—Y ellowish. Flesh—W hite, slightly stained in places. Taste slightly peppery ; no odour. Lime—Summer and autumn. fabitat—Specimen photographed was found grow- ing in moss and earth on an old wood road in Section of C. mixed woods, New Jersey. cantharellus Craterellus is at present classified as one of the family Thelephoracee. For convenience we have placed it under ‘“‘Pungi with Gills.” It is interesting, as it forms a connecting link between fam. Thelephoracee and fam. Agaricacee. GENUS AGARICUS The genus Agaricus includes all brown-spored species which have free gills and astem with a collar. The distinctive features of several edible species may be quite satisfactorily seen by refer- ence to the table with parallel columns. Mushroom-growing is becoming quite an important industry in this country ; both professional horticulturists and amateurs successfully engage in it. It is not a difficult matter to raise the common mushroom, as the conditions necessary are easily ob- tained. Mushrooms will grow almost anywhere out of doors, and also in cellars, caves, and tunnels where a uniform and mod- erate temperature of from 50° to 60° Fahr. can be maintained. The part of a cellar devoted to mushrooms must be darkened some- what, must have a dry floor, and must be protected from wet overhead and from winds. These conditions are common in cel- lars which are rather dark, but sufficiently well ventilated not to be musty. The bed for the mushrooms is prepared in a manner Cra’-tér-él'-lits Thél-é-phd-ra'-¢é-ze A-gar'-I-ciis 73 Fungi with Gills similar to that employed in making a hot-bed, care being taken that the conditions are such that too great heat is not generated. Any one desiring to experiment will find it helpful to have the ‘‘Farmers’ Bulletin,’ No. 53, ‘‘How to Grow Mushrooms,” which may be obtained from the United States Department of Agriculture, Washington, D. C. 74 % ; 4 8 gh» A Agaricus campestris, L. (edible). Reduced. See page 76 Agaricus abruptus, Pk. (edible). Reduced. See page 77. 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The young plants— ‘‘buttons’’— are hemispherical or almost globose. The mature plants are convex or nearly flat. White, or tinged with dingy browns. Skin separable. Margin extending beyond the gills. Gills or Lamelle—Delicate pink, then dark brown, covered by a veil in young plants. Crowded, rounded at the inner ex- tremity. Not attached to stem Stem or Stipe—White, smooth; stuffed; that is, softer within than without. Shorter than the diameter of the cap. king or Annulus—Delicate, often disappearing with age. Flesh—White. Much esteemed. Spores—Brownish, elliptical. Time—Late summer and autumn. Habitat—In pastures, lawns, and open places. Agaricus campestris is the mushroom ordinarily seen in the markets, either fresh from the growers or preserved in cans. Rodman’s Mushroom (Edible) Agaricus Rodmanti Sections of A. Rodmani Caim-pés’-tris Rdd-man’-i 76 ee ee re | RODMAN’S MUSHROOM, YOUNG (EDIBLE) (Agaricus Rodmani, Peck. Reduced) RODMAN'S MUSHROOM, MATURE (EDIBLE) (Agaricus Rodmani, Peck) Nat. size: Cap diam., 3% inches ; stem length, 2 inches (Edible) Agaricus abruptus, Peck. Brown-spored Series Cap or Pileus—Creamy, with brownish spots. Firm, surface dry. Mature specimens frequently have the surface or the cap broken into large, brownish scales. 334 inches broad. Gills or Lamelle—Whitish, then pink, becoming dark brown. Narrow, close, unequal. Stem or Stipe—Fleshy, solid, short, thick. 2 inches long. Ring or Annulus—Double. Spores—Brown. Flesh—Firm, white, assuming a pinkish or salmon tint. When cut, agreeable nutty flavour. Zime—May to July. Hfabitat—Grassy grounds, crevices of unused pavements. The specimen photo- graphed was found growing in a cluster between fa en . broken stone in the gutter of a village street in New Jersey. Agaricus’ ab- ruptus (Edible) Cap or Pileus—Creamy white, dry, and silky. Irregular in shape when young. Yellow when bruised. Gills or Lamelle— Slightly pinkish when the veil first breaks; deeper pink in mature speci- mens, becoming brownish. Soft, free from the stem, crowded, unequal. Stem or Stipe—Creamy white, deeper cream, or brown- ish near the base. Hollow, stiff, brittle, sometimes Section of A. abruptus Ab-riip’-tiis 77 Fungi with Gills splitting lengthwise. Rather swollen below the centre, tapering toward cap. 3 inches long. Spores—Brown. Veil and Annulus—Frail, part adhering to the margin of the cap, part forming aring on the stem. Flesh—W hite, solid. Decided taste of pistachio-nut. Time—September. Habitat—The specimen photographed grew by the trail along Lake Placid. GENUS HYPHOLOMA This genus has brown spores, and no volva at the base of the stem. The veil remains as a fringe attached to the margin of the pileus, but is not always apparent in old specimens; no portion remains as aring onthestem. The gills are attached or grown fast to the stem at their inner extremity. In this respect, and also in having the stem destitute of a collar, the genus differs from the genus Agaricus. Perplexing Hypholoma (Harmless) Hypholoma perplexum Cap or Pileuws— Convex or nearly plane, smooth, sometimes slightly umbonate. Reddish or brownish red, fading to yel- low on the margins. Stem or Stipe—Firm and hollow, slightly covered with fine threads. Whitish or yellowish to rusty red or red brown. 2-3 inches long. Veil or Ring—Veil remains attached to the margin. No ring on the stem. Gills or Lamelle—Thin, crowded, slightly rounded at the stem end. At first pale yellow, then tinged with green or purplish brown. Spores—Purplish brown, elliptical. Flesh—Mild, not clearly bitter, white. 7ime—Autumn to freezing weather. Hfabitat—Grows in clusters, sometimes singly, on stumps, in the woods or in the open. Six allied species of Hypholoma may be readily distinguished by reference to the table. Hy '-ph6é-1o'-ma Pér-pléx'-tim 78 Hypholoma (harmless). Perplexing ) Pk. (Hypholoma perplexum Brown-spored Series at Section of H. perplexum I—TASTE MILD OR NOT CLEARLY BITTER H. epixanthus < H. perplexum Gray~gilled Mush- H. capnoides Perplexing Mush- room Scent Gills—Y ellow, be-|Gi#/s—Grey to purple- | Gz//s—Y ellow, green, coming grey;| brown. or purple brown. neither green nor purplish. Cap—Yellow or|Cap—Yellow or |Cap—Brick red, yel- slightly tawny on| slightly tawny on} lowonthe margin. disk only. the disk only. Taste—Mild. Taste—Mild. Taste — Mild or not clearly bitter. Regarded as edible. E' -pi-xan’-thiis Cap-noi’-dés 79 Fungi with Gills H. elzodes Gills—Green to olive. Cap—Brick red. Stem—Hollow, rusty. Filesh—VY ellow. Taste—Bitter. II—TASTE BITTER H. fasciculare Tufted Yellow Mush- room Gillis—Yellow to green. Cap—Yellow tinged with tawny. Stem — Hollow, yel- low. Filesh—y ellow. Taste—Bitter. Reputed poisonous. H. sublateritium Brick-red Mush- room Gils—W hitish to sooty olive. Cap—Brick red. Stem—Solid or stuffed. Flesh—W hitish. Taste—Bitter. Reputed poisonous and edible. Uncertain Hypholoma (Edible) Cap or Pileus—Thin and .aderned with the frag- ments of the woolly white veil. Opaque when dry, transparent when moist. Ovate at “first, then broadly spreading. 1-2% inches wide. Gills or Lamelle— Thin, narrow, close; fastened to the stem at their inner extremity. White at first, then purplish brown. El'-ze-d'-dés Fasc '-{c-ti-la’-ré Hypholoma incertum , fragile, GE, whitish. Margin often wavy = 5 Ani Section of H, incertum 80 Siib-14-tér-'-shi-iim Tn-cér'-tiim Pe yr a aie ‘C¥qg ‘wnyeoul ewojoydhpy ) oun tod +. BOs El —— ‘(a|qGIpa) ewojoydhy ulejzio % a Oe: ~, oe soyour + ‘yydua, ways ! soyour # **werp dey :ozIs yeN ‘poonpoary (‘yoryoasg ‘wanzpiaagvzgus vuopoygayy) (319103) dOL yOINa Brown-spored Series Stem or Stipe—Hollow, white, and slender. 1-3 inches long. Spores—Purplish brown, elliptical. Flesh—Tender. Time —Throughout a moist season. Habitat—In clusters, in lawns, gardens, thin woods, and pastures. Hypholoma sublateritium Cap or Pileus—Brick red, with pale yellowish border. Surface covered with fine silky fibres. Fleshy, firm, moist. 214-4 inches broad. Stem or Stife—Creamy when young, lower part slightly tinged ; with red. Hollow or stuffed. Silky fibres on the surface. 21%4- 4 inches long. Gills or Lamelle— G rietatm y when young, olive when old. Attached to. stem at innerextrem- ity. Rather Maty.o ww, crowded, un- equal. Ring or Annulus— None. Rem- nants of veil often seen on edge of cap. Spores—Brown. Flesh—Creamy, firm, bitter. Time — Septem- ber. Habitat— The specimen n G. grew in clus- Uemen 0 Mea mossy stump Section of H. sublateritium in the open. 6 81 Fungi with Gills GENUS STROPHARIA There are about seven species of this genus in America. The spores are brown, there is no volva, the stem has a collar, and the lamella are united with the stem. They have no special economic importance. GENUS PSATHYRA There are but two species reported for this genus. The spores are dark brown, there is no volva, the veil is inconspicu- ous or wanting, and the lamellz attached to the stem or notched at the inner extremity. The margin of the cap in the young plant and mature plant is always straight. GENUS PSELOCYBE There are eleven species reported for this genus. The spores are dark brown. There is no volva, the veil is inconspicuous or wanting, and the lamellz are attached to the stem or notched at the inner extremity. In the young plant the cap curves in at the margin. GENUS: PILEOSALCE This genus has but one American species recorded. The spores are dark brown. There is no volva, and the veil is incon- spicuous or wanting. The lamellz are free from the stem. GENUS DECONICA There is but one species in this genus. This has dark brown spores, and the lamellze growing down on the stem. The veil is inconspicuous or wanting, and there is no volva. Strdéph-a’-ri-a Psa-thy’-ra Psi-l6-cy'-bé Pi-l6-sa'-gé Dé-cdn '-1-ca 82 Psa -thy-re Pst-(5-cy- be Rusty-spored Series GENUS CHITONIA There is but one species reported in this genus, Clarkeinde plana, from Nebraska. The spores are brown, and the stem has a volva at the base, but no ring. GENUS PHOLIOTA The members of this genus have rusty spores, and an annulus on the stem. There are about twenty known species, and some of these are edible. Fat Pholiota (Edible) Pholiota adiposa Cap or Pileus—Showy, deep yellow, with little scales of reddish brown. Fleshy, firm. At first hemispherical, then convex. Sticky when moist, shiny when dry. 2-4 inches broad. Stem or Stipe—Stem yellow, gener- ally rusty at the base. Equal in diameter, or slightly thickened - at the base. Stuffed or solid. Section of P. adiposa Tough. Gills or Lamelle—Yellowish, becoming rusty; close, and at- tached to the stem. ing or Annulus—Slightly radiating, woolly. Spores—Rusty brown. Time—September to November. ffabitat—\n tufts, on stumps or dead trunks of trees. Pholiota limonella, \emon-yellow pholiota, has a smaller, thinner, and more expanded cap, of a lighter yellow, with white gills. Chi-ta’-ni-X Pho-li-0'-t& Ad-1-po'-s& 83 Phy. -3-he Fungi with Gills Early Pholiota (Edible) Pholiota pracox Cap or Pileus—Creamy white, smooth, not shining. Very thin skin. 1-2 inches long. Co | Stem or Stipe—Creamy white, GLa, eis rather scaly. Skin peels readily. Stuffed or hollow. I—5 inches long. Gills or Lamelle—Creamy white when young, brown when mature. Soft, close, un- equal, notched at the inner extremity, and attached to the stem. Veil and Ring—Stretched like a drumhead from stem to mar- gin of cap. Variable in manner of parting. Itsome- times separates from cap margin, and forms a distinct ring about the stem; again, but little remains on the stem, and much on the rim of the cap. Spores—Rusty brown. Flesh—W hite, solid though soft, moist. Taste slightly bitter. Time—May to July. Habitat—Grassy ground. The specimen pictured grew about the roots of a poplar Section of P. praecox tree in New Jersey. Pholiota aggericola Cap or Pileus—Brown, shining when moist. Margin in older specimens finely and closely impressed with parallel lines. Cap diameter of specimen photographed, 2 inches. Gills or Lamelle—Pale brownish when young, darker brown Pré’-cdx Ag-gér-Ye'-3-18 84 IVORY HYGROPHORUS (EDIBLE) S (Hygrophorus eburneus, Fries) Reduced. Cap diam., 1 inch; stem length, 234 inches EARLY PHOLIOTA (EDIBLE) (Pholiota precox, Pers.) Reduced. Nat. size: Cap diam., 2% inches; stem length, 3! inches. tae a Pee” 4 Rusty-spored Series when mature. Attached to stem when young, free when older. Veil—Pale brown, colour of stem. Stem or Stipe— Pale brown- ish, darker at base. Softer texture with- in than with- out. Stem lene th. of Spreicimen photo- graphed, 2 inches. Spores — Rusty brown. Flesh—Pale brownish; brittle. No as Le, -O.F mat ke d odour. Section of P. aggericola Time—October. Habitat—Specimen photographed grew among grass and leaves in a New Jersey garden. GENUS CORTINARIUS This genus contains many species which are distinguished by the rusty yellow colour of their spores and by the webby character of the veil. It is of the utmost importance in identify- ing species of Cortinarius to know the colour of the gills of the young plant, as the gills of the old plants are almost uniform in colour, owing to their being dusted with the rusty yellow spores. In addition, one should carefully note the colour of the young plant compared with the old; the surface, whether sticky or dry, smooth or hairy; the taste; and the markings left on the stem by the retreating veil. All species have their gills attached to the stem, and some have them notched at the stem end. They may be looked for along the borders of woods and groves in hilly regions, during the latter part of the summer. COor-ti-na’-ri-tis 85 Fungi with Gills Cortinarius alboviolaceus Cap or Pileus—Lavender, paler in the centre. Surface with rusty spots. 2% inches broad. Gills or Lamelle—Crowded, unequal, attached to the stem. eo) A ( Sy ( ‘ 1g SA \\ \ ( +, MN (ye gal ih \A 5 Ry es C. violaceus Stem or Stipe—Pale lavender, assuming a deeper shade when cut or bruised. Spongy in the centre, swollen toward the base. 3 inches long. Veii—Filmy, stretching from stem to the margin of the cap in young plant. Spores—Rusty brown. Al-bo'-vi-6-la’-cé-tis 86 soyour £ ‘yyJusy ways t soyour %£ “weip dey : ozs wy (yoryos ‘sauza24a2 snagnz) (318103) SNALNId GSYNOTOO-NMV4 AHL Pink-spored Series Flesh—Tinged with violet. Time—Autumn. Habitat—T hick, damp woods. C. violaceus differs from c. alboviolaceus in having the cap dark violet and usually covered with fibres. GENUS PLUTEUS The members of the genus Pluteus are fleshy fungi with pink spores, and gills free from the stem. They have no volva or wrapper about the young plant, and no ring or annulus on the stem. Eleven species are known from the United States, of which Pluteus cervinus, the fawn-coloured mushroom, is the commonest. The generic name Pluteus means all that is joined together to make a cover for besiegers at their work, that they may be screened from the missiles of the enemy. The arrangement of the caps in the group pictured is suggestive of the meaning. Fawn-coloured Pluteus (Edible) Pluteus cervinus Cap or Pileus—Light brown or fawn coloured, i aren streaked with “ie D> lines of darker bhown. Sur- face dry and shining. Skin thin and papery. 3% inches broad. ; Gills or Lamelle— Almost white when _ young, flesh colour when mature. Broad, unequal in length, free from the stem. Stem or Stipe— Creamy white, P. cervinus Pli’-té-tis Cér-vi'-niis 87 Fungi with Gills streaked with pale brown. Brittle, pithy in the centre when mature. 3-6 inches long. Spores—Pink, with suggestions of yellow; salmon colour. Flesh—W hite, tasteless. % Time—Early in the season, May. Habitat—Mixed woods, on and around old stumps. New Jersey. GENUS ENTOLOMA The members of this genus have pink spores, and the lamellz attached to the stem, or with a notch near the junction of gilland stem. The stemis fleshy, and not tough and hard as in Leptonta and Nolanea, genera with pink spores and adnate or sinuate lamella. There are some twelve species in this genus, none of which have any economic interest. GENUS ECCILIA The members of the genus Eccilia have neither volva nor annulus. The gills grow downward on the stem, the spores are pink, and the stems have a hard, tough rind, not fleshy as in Clitopilus. There are three species known. GENUS VOLVARIA The members of the genus VYo/varia are fleshy fungi, soon becoming putrescent. The spores are salmon colour. A volva is present, but no annulus. Distinguished from Amanitopsis by having salmon-coloured spores instead of white. GENUS CLITOPILUS The members of this group have neither volva nor annu- lus. The gills grow downward on the stem, the spores are pink, and the stem is fleshy, without a hard and tough rind as in Eccilia. There are fourteen American species, of which at least two species are edible. En-td-16'-ma& N6-la’-né-% Ec-cil'-1-& Lép-td’-ni-a Vol-va'-ri-4 Cli-t6-pi'-ltis 88 (9ZIS "JEN "OI ‘824 psvaZIS “IVA ‘snZevJuamvaqy snuLsJoy) (318103) SANIYdOD ANI Black-spored Series GENUS COPRINUS Ink Caps (Edible) The genus Coprinus may be readily recognised from the fact that the spore-bearing plates dissolve to an inky fluid soon after the spores mature. An amateur mushroom hunter may feel perfectly safe in col- lecting ink caps for his table, as all the species large enough to tempt the collector are not only edible, but are generally conceded to be of the best. Their general appearance is such that even the most un- trained observer should not mistake them for species of other groups. The oblong or nearly cylindrical cap, which does not expand until ready to dissolve in inky drops, is too striking a character- istic to permit of any one making a mistake in identifying it as a specimen Safe to eat. These plants literally grow up in a night and perish in a day, as their period of growth is spent underground, and it is not until all the parts of the fruiting portions of the plants are fully developed that they push themselves above ground. Then they push and crowd from the ground in such numbers, where but a few hours before no evidence of them was seen, that each one is compressed from its cylindrical form to that of a many- sided prism, so that there would be no chance for the expansion of those within the group if it were not that those on the outer rim so rapidly expand and dissolve away. Specimens to be eaten should be gathered in the young stage and should be cooked promptly; for though not poisonous in the black stage, they are surely not attractive. Shelley must have had the ink caps in mind when he wrote of the fungi in the garden of ‘‘ The Sensitive Plant”: ‘Their mass rotted off them flake by flake, Till the thick stalk stuck like a murderer’s stake, Where rags of loose flesh yet tremble on high, Infecting the winds that wander by.” C6-pri’-ntis 89 Fungi with Gills Shaggy-mane; Horsetail; Maned Agaric (Edible) Coprinus comatus Cap or Pileus—Cylindrical or barrel-shaped ; becoming bell-shaped or expanded, with split margins, when old. Colour of the buttons or young plants dark; but that of the older forms white, flecked with dark patches or scales. Surface shaggy. 1-3 inches long before expansion. Stem or Stipe—White, smooth, hollow. 3-4 inches long. Ring or Annulus—Slightly adherent, or movable in the young plant ; later lying on the ground at the base of the stem, or wholly disappearing. Gills or Lamelle—Crowded. White, then tinged with pink ; finally black, and dripping an inky fluid. Spores— Black, elliptical. Flesh—Fragile, tender, digestible, with nutty flavour. Time—Autumn. Habitat—Loose, rich earth. By roadsides, in pastures, and in dumping grounds, If one study the specimens of the shaggy-mane from the time it pushes its little brown head above the ground until, as a tall black umbrella, it melts away into inky blackness, he will find much that is beautiful and interesting. A little brown button may be cut with a sharp knife through- out its length to show the unexpanded gills lying close to the part which is afterwards to become the stem. An older button cut in the same way will show the gills separated from the stem and the outer cover of the cap at the lower end of the gills joined to the stem. A still older specimen will show the connection of the outer cover broken loose from the base of the gill and the torn part still remaining on the stem as a temporary collar. The outer layer of brown threads which covers the button will be found to break as the threads within expand, and to re- main in the older specimens on the surface as patches of brown threads. Underlying these are broken white threads which in a younger stage, unbroken, formed a white cover under the brown. It is these loosely hanging threads which give the shaggy ap- pearance to the cap of the mature plants and which have suggested the names of shaggy-mane, horsetails, and comatus (comatus, in Latin, meaning hairy). Co-ma’-tiis go (9ZIS "JVN “SOL ‘Swz4zMaMv«ayw snutagoy) (318103) SNNIYdOD ANI Black-spored Series Inky Coprinus (Edible) Coprinus atramentarius Cap or Pileus—Cylindrical at first, broadening by degrees until it is cone-shaped. Colour greyish or greyish brown, with sug- gestions of lead colour. Smooth or with a few obscure scales on the disk. Often suffused with bloom. The mar- gin sometimes notched or lobed. Deliquescing. 1-3 inches in diameter. Stem or Stipe—Slender, smooth, whitish, hollow. Ring or Annulus—A slight vestige of one may be seen to extend around the stem near the base as an irregular zigzag ele- vated line of threads. Gills or Lamela—Crowded. At first whitish and flocculose on the edges, then black, moist, dropping away in inky fluid. Spores—Black, elliptical. Flesh—W hite, quickly deliquescing. Time—Autumn. Habitat—Rich soil, waste places, woods. ’ The form growing in the woods is much more beautiful and is known as C. atramentarius, var. silvestris. ' Glistening Coprinus (Edible) Coprinus micaceus Cap or Pileus—Ovate, then bell-shaped. Striations radiating from near the centre of the disk to the margin. Glistening mica-like scales cover undisturbed young specimens. 1-2 inches broad. Colour tan, light buff, or tawny yellow. Stem or Stpe—Slender, smooth, fragile, white, hollow. 1-3 inches long. Ring or Annulus—Rarely seen except in very young specimens. Gills or Lamelle—Not as crowded as in the ink cap and shaggy- mane. Colour white, then tinged with pinkish or purplish brown, finally black. Spores—Brown, elliptical. flesh—A nutty flavour when raw. In wet weather it melts to an inky fluid. In dry weather it may dry with all parts well preserved. Zime—Common during spring and early autumn. The glistening coprinus is small and beautiful, and grows in clusters on decaying woods, stumps, or buried roots. At'-ri-mén-ta’-ri-tis Mi-ca'-¢é-tis , oI . 4 AND: “GORAE FUNGI—CLAVARIACE/AE THE fairy clubs and coral fungi belong to the family C/ava- riacee. They are fleshy fungi of upright growth, which have their spore-bearing surface exposed on the apices of branching or simple club-like forms. Many are extremely beautiful, re- sembling corals of exquisite shades of pink, violet, yellow, or white. The seven genera are distinguished by the colour of the spores, by their habit of growth—whether simple or branched, and, if branching, by the form of the branches; whether club- like or thread-like, flat or round, cartilaginous or leathery. Many of the members of this family are edible, and none are known to be unwholesome, so that it will be safe for a beginner to try any of them. GENUS PHYSALACRIA Plant small, simple, hollow, and enlarged at the apex. GENUS PISTILLARIA Plants conspicuous, club-shaped or thread-like, with two spicules to each spore-bearing cell. GENUS TYPHULA Plants conspicuous, club-shaped or thread-like, with four spicules to each spore-bearing cell. J Clav’-ar'-1-a'-c8-% Phys-a-1a’-cri-a PYs-tfl-la’-ri-a T¥ph’'-a-la 98 ble). (ed Clavaria formosa, Pers. See page |0|. Genus Clavaria GEWUS SPARASSIS Plants conspicuous, with the branches strongly flattened or leaf-like. Sparassis crispa somewhat resembles a yellow cauliflower, and often forms masses as large as one’s hand. It is considered an excellent fungus for the table. GENUS: PTERULA The members of this genus are mostly slender, thread-like forms, cartilaginous when moist, and horny when dry. GENUS LACHNOCLADIUM The members of this genus are leathery plants covered with hairs. GENUS CLAVARIA The genus Clavaria is the largest genus in the family Clava- riacee. Many of the species are edible, and so easily recognised that the beginner may venture without hesitation to eat any of the branching forms. The club-like forms might be mistaken for certain club-shaped forms of the sac-fungi unless an examina- tion of the spores were made. The Clavarias would have the spores on little spicules, as in the garden mushroom, whereas the forms for which they might be mistaken would have them in membranous sacs. In collecting species of Clavaria, notes should be taken as to the character of the apices of the branches, the colour of the branches, the colour of the spores, the taste, and the place of growth. Pale Yellow Clavaria (Edible) Clavaria flava Plant—White and pale yellow. 2-5 inches high; the mass of branches 2-5 inches wide. Spa-ras’-sfs_Cris'-pa Tér’-it-I4. Lak-né-cla’-di-ttm = Clav-ar'-1-4— Flav’-4 99 Woe Clay oy ~& Fairy Clubs and Coral Fungi—Clavariacez Branches—Round, not flattened; smooth, crowded, and nearly parallel, pointing upward. Whitish or yellowish, with pale yellow tips. Branchlets terminating in from one to three blunt, tooth-like points. Stem—Short, thick, white. Spores—Y ellowish. Filesh—W hite, tender. Time—July to September. Habitat—Thin woods and open places. Golden Clavaria (Edible) Clavaria aurea The plant is from three to four inches high, with the branches of a uniform deep golden yellow, and often longitudi- nally wrinkled. The stem is stout, but thinner than the Clavaria fiava, which it somewhat resembles. Red-tipped Clavaria (Edible) Clavaria botrytes Plant—From 2-5 inches high, whitish or yellow or pinkish, with the fips of the branches red. Branches — Sometimes — longitudinally wrinkled, repeatedly branched. Stem—Short, thick, fleshy, whitish. Time—July to September. Habitat—Thin woods and open places. Crested Clavaria (Edible) Clavaria cristata Plant—Small, not more than 2-2% inches high. White or whitish, often faintly tinged with dull pink, or creamy yel- low, or smoky tints. Branches—Widened and flattened above, and deeply cut into several finger-like points, which may turn blackish brown when old. Stem—Slender, spongy within. Spores—W hite. fTabitat—W oods and open places, especially in cool, shady, moist places. Au’-ré-& Bo-try'-tés Cris-ta -ta 100 CfyeeRYyoSg ‘eaine eiueAr|s) ‘(9/\qIpa) eleAejs Uapjoy i” Ce ae , | ae - a . aT LD Genus Clavaria Pistil Clavaria; Large Club (Edible) Clavaria ptstillarts Of the club-shaped clavarias, the pistil clavaria is the largest. Itis of a light yellow tinged with brown or red, and with soft white flesh. In shape it resembles an Indian club, being blunt and rounded at the summit, with a diameter of an inch or less, and a height of five inches or less. It is found during the summer in grassy open places or in thin woods. Clavaria fellea The clubs of this species are about one inch high, light yellow tinged with brown or red, somewhat divided by pairs from bottom to top into two forked branches. The stem is round and _ solid, and the branches are crowded and nearly parallel, with blunt tips, and of a uniform colour. The taste is bitter. Clavaria formosa The Clavaria formosa has a stout whitish stem, with erect branches, dividing and subdividing repeatediy, golden to pink, the branchlets obtuse. The specimen pictured grew on a fallen tree in dense mixed woods. Pis'-til-1a’-ris Fél’-1é-4 Foér-m6’-sa IOI CHAPTER VIII: FUNGI WITH PORES— BOLETAGE AE; POLYPORAGE: THE fungi with pores naturally divide into two groups. The perishable fleshy fungi with pores easily separating from the cap and from each other make the family Boletacew. The perishable fleshy fungi, and the leathery, corky, membranous or woody fungi, with pores permanently united to the cap and to each other, make up the family Poly- mm» Poracee. In each the spores are borne on the linings of pores or tubes placed close together, so that on the surface of the cap they look much like large pin pricks on a stiff cushion ; but in a sectional view, obtained by cutting the cap from the upper surface to the lower, they look like tubes placed side by side. Among the fleshy forms the genus Fistulina has the stem lateral and the tubes close together, but distinct from each other. The genus Boletus has the tubes easily separable from the cap, and the genera Boletinus and Strobilomyces have the tubes quite firmly connected. A brief comparison of essential points is given in the table. Section of a Boletus 1. Stem strictly lateral. Mouths of the tubes separated from GAG NOUN S54 sboocs bons boss Ogun ac o2deneOOR: Genus FIsTULINA 2. Stem central. Pores readily separating from the cap..... Genus BoLetus 3. Stem central or eccentric ; fleshy. Pores in more or less LACIALIN oAnOWS)crwssresielsliatoleieerere ciesreicisietele ferve che meerate Genus BoLetinus 4. Stem central, tough. Pores uniform. Cap woody...... Genus STROBILOMYCES GENUS FISTULINA The genus Fistu/ina contains one notable species, Fistulina hepatica, so called from its resemblance to a liver. In its early Stages it somewhat resembles a strawberry, and later it may Bo-lé-ta'-cé-ze FYs-tit-li’-na B6-lé-ti'-ntis PO '-l¥-p6-ra -cé-2e B6-lé'-ttis Str6-bil-6'-my-cés / ~~ ‘a Slo lel -3 - mi - cod (Boletinus pictus, Pk.). a tn = 2 a & Se a hs Spreading Hydnum (edible). (Hydnum repandum, L.). See page 95. Genus Boletinus have the appearance of a big red tongue protruding from a tree trunk, so that the French call it Jangue de beuf. It is often called vegetable beefsteak, from the flesh-like fibre and colour of the fresh specimens. When young, the upper side is velvety and of a fine peach colour ; later it becomes liver red and loses the velvety appearance ; the under surface is flesh coloured, and is rough, much like the surface of a tongue, owing to the fact that the tubes are free from one another. GENUS BOLETINUS The spore-bearing surface of the genus Boletinus is com- posed of broad, radiating lamellz connected by numerous nar- row partitions so as to form large angular pores. The tubes are not easily separable from each other and from the portion on which they are borne. They are yellowish in colour, and grow downward somewhat on the stem. The genera may be distin- guished by the following table: Tee Stem ONO ctsitsreticlesiacieicie os s/o e SO CRG OLtpe le HeEaNe BOLETINUS CAVIPES PePSte ml sONGeslaterals Ol EGCEMIMECsteig.cx « cleiis citi nate cielo o'ehs aah BOLETINUS POROSUS 3. Stem solid, central. Cap pale yellow and silky............ BOLETINUS DECIPIENS Aaestermpsoud central Gap ted \sara cise ae oye iesiorsl os scissors 616 BOLETINUS PALUSTER 5, stem solid, central. Cap with red. scales............s000 BOLETINUS PICTUS Painted Boletinus (Edible) Boletinus pictus Cap or Fileus—Convex or nearly plane; at first covered with red matted fibres, which soon divide into small scales, so as to reveal the yellow colour of the cap beneath. 2-4 inches wide. Tubes—Pale yellow, or pale yellow tinged with brown. Not easily separated from the cap. Vei_—W ebby, concealing the tubes of the young plant. Stem or Stipe—Solid, with scales and colour similar to those of the cap. 1%4-3 inches long. Ring or Annulus—Webby; evident in some specimens. Spores—Pale yellow tinged with brown. Flesh—Y ellowish, often assuming reddish tints when bruised. Hlabitat—W oods and mossy swamps. v Cav'-I-pés P6-rd'-siis Dé-¢ip’-1-éns Pa-lis'-tér Pic’-tiis 103 Fungi with Pores—Boletacez GENUS: BOLE TUS The species in the genus Boletus are numerous, and many are extremely beautiful. They are distinguished from the other pore-bearing fungi by the fact that their tubes are easily separable from each other and from the portion on which they are borne. They are to be looked for in the warmest part of the season, and with a few exceptions will be found on the ground. As it is difficult to dry specimens so that they will retain their size, shape, and colour, careful notes should be taken of these points, together with the colour of the spores, the colour of the tubes, the colour of the flesh before and after being bruised, the char- acter of the stem, the presence or absence of hairs and fibres on the several parts of the plant. The genus Boletus contains many edible species, and also many which are dangerous; and as the recognition of the different species is a difficult matter, even for experts, the beginner should be especially cautious. In general it will be well to avoid for edible purposes all Boleti which change colour on exposure to the air or on being pressed; all those which have red-mouthed tubes, or mouths of a deeper colour than the rest of the tube; and all those with a peppery or acrid taste. Experiment cautiously with the other species. A detailed description of the species is out of the question in this book; for such the reader must refer to ‘‘ Boleti of the United States,” * or to ‘‘ Fihrer fiir Pilzfreunde.”’ t Boletus glabelius Cap—-Smoky yellow. Flesh—W hite, changing to blue when wounded. Tubes—Brownish yellow tinged with green, changing to blue when wounded. Stem—Reddish at the base, pallid above, with a narrow reddish circumscribing zone or line at the top. Habitat—Grassy ground. Gla-bél’-ltis * Bulletin, New York State Museum, No. 8, 1888. This can be obtained at a small price of the State Librarian at Albany, New York. In it are described one hundred and ten species. + By Edmund Michael. A book in German, with sixty-eight coloured plates. 104 Genus Boletus Boletus bicolor Cap—Dark red, fading when old ; often marked with yellow. Flesh—Y ellow, slowly changing to blue when wounded. Tubes—Bright yellow, changing to blue. Stem—Solid, red, generally yellow at the top. Habitat—W oods and open places. Boletus cyanescens Cap—Pale buff or greyish yellow. Covered with woolly scales, two-fifths of an inch wide. Flesh—W hite, quickly changing to blue when wounded. Tubes—White, becoming yellowish, changing to blue when bruised. Stem—Coloured like the cap. Swollen, stuffed, not covered with a network. Habitat—W oods and open places. Boletus pallidus Cap—Pallid or brownish white, sometimes tinged with red. Flesh—W hite. Zubes—Pale whitish yellow, changing to blue when wounded. Stem—Long and whitish, sometimes streaked with brown ; smooth. Boletus mutabilis Cap—Brown, becoming blackish ; smooth and shining ; or dry, somewhat woolly. Flesh—Bright yellow, promptly changing to blue when wounded. Tubes—Y ellow, changing to greenish yellow, and quickly be- coming blue when wounded. Mouths large and angular. Stem—Stout, bright yellow within, covered with brown and dotted scales. Habitat—Dense woods. Boletus speciosus Cap—Red. 3-7 inches broad. Flesh—Pale or bright lemon yellow, changing to blue when wounded. Bi'-co-lor Cy-an-és'-céns Pal’-li-dtis Mi-ta’-bi-lis Spé-¢l-d’-siis 105 ~~ Ma. tamee-C, Fungi with Pores—Boletacez Tubes—Bright lemon yellow, becoming dingy yellow with age; changing to green, then to blue, when wounded. Stem—Bright lemon yellow without and within, sometimes reddish at the base. 2-4 inches long. Habitat—Thin woods. Golden-flesh Boletus Boletus chrysenteron Cap—Y ellowish brown, reddish brown, brick red, or olive tinted with reddish chinks. Flesh—Y ellow, red gust under the skin, often changing to blue when wounded. Tubes—Greenish yellow, changing to blue when wounded. Stem—Red or pale yellow. Habitat—W oods or mossy banks, common. Boletus radicans Cap—Dry, somewhat woolly. Greenish grey, becoming pale yel- low. Margin rolled under. Flesh—Pale yellow, instantly changing to dark blue when wounded. Tubes—Lemon yellow. Stem—T apering downward and rooting. Woolly, with a reddish bloom. Pale yellow, becoming dark with a touch. Habitat—W oods, Ohio. Boletus Peckii Cap—Firm, dry. Red, fading to yellowish red or buff brown. Tubes—Y ellow, changing to blue when wounded. Stem—Red; yellow at the top. Habitat—W oods. Boletus calopus Cap—Olive tinted, somewhat woolly. 2-3 inches wide. Flesh—Pallid, slightly changing to blue when wounded. Tubes—yY ellow. Stem—Covered with a network. Wholly scarlet, or at the apex only. Longer than the diameter of the cap. Habitat—W oods. Cris-én’-tér-6n Ra’-di-cans Péck’-Y-i Cal-d'-piis 106 4 r) — Cal-d -pus Genus Boletus Purple Boletus Boletus purpureus Cap—Dry, velvety. Purple red. Flesh—Changing to blue, and then to dark yellow in the young lant. Fee Yellow or greenish yellow. Mouths minute, orange tinged with purple, changing to blue where wounded. Stem—Stout, with purple veins or dots. Apex sometimes covered with a network. Yellow, reddish within. Habitat—W oods. Boletus Satanus Cap—Smooth, somewhat sticky. Pale brown or whitish. 3-8 inches broad. ’ Flesh—Whitish, becoming red- dish or violet when wounded. Very potson- ous. Tubes—Y ellow. Mouths bright- red, becoming orange. Stem—Thick, swollen, marked above with a red network. 2-3 inches long. Habitat—W oods. B. Satanus Bitter Boletus Boletus felleus Cap—Smooth, pale yellowish, greyish brown, yellowish brown, reddish brown, or chestnut. 3-8 inches broad. Flesh—W hite, changing to flesh colour when bruised. Taste bitter. Tubes—W hite, becoming flesh colour. Mouths angular. Adnate to the stem. Stem—Covered with network. Colour similar to the cap. 2-4 inches long. Habitat—W oods and open places. Pir-pi'-ré-tis Sa-ta’-ntis Fél'-lé-tis 107 A Rar ~frtir -8- wr Sa-tan-us Fungi with Pores—Boletacee Boletus scaber Cap—Smooth, viscid when moist, or minutely woolly, velvety, or scaly. 1-5 inches wide. Colour ranges from nearly white to almost black. Tubes—Free from the stem, white, long. Mouths minute. Flesh—W hite. Stem—Long, ground colour whitish, roughened with blackish brown or reddish dots or scales. 3-5 inches long. Habitat—Common in woods, swampy and open places. Orange-cap Boletus Boletus verstpellis Cap—Orange red. 2-6 inches wide. Dry, minutely woolly, then scaly or smooth. Margin edged with the remains of the veil. Flesh—W hite or greyish. Tubes—Long. Mouths minute. Greyish white. Stem—Solid ; white scaly wrinkles. Whitish colour. 3-5 inches long. Habitat—W oods and open places. Chestnut Boletus Boletus castaneus Cap—Dry, minutely velvety. Cinnamon or reddish brown. 1-3 inches broad. Flesh—W hite. Tubes—W hite, becoming yellow. Short, and free from the stem. Stem—Clothed and coloured like the cap. 1-2% inches high. Hlabitat—W oods and open places. Boletus eximius Cap—Purplish brown or chocolate colour, fading to smoky red or pale chestnut. 3-10 inches broad. Flesh—Greyish or reddish white. Tubes—Resembling the cap in colour. Mouths minute. Stem—Stout, covered with a meal-like powder. Colour resembling the cap, grey tinged with purple within. 2-4 inches long. Habitat—W oods. Sca’-bér Vér-s!-pél’-lis Cas-ta -né-tis Ex-Im’-1-iis 108 itm Fungi with Pores—Polyporacee Edible Boletus Boletus edulis Cap—Convex or nearly plane; smooth, moist; compact, then soft. Greyish red, brownish red, or tawny brown. 4-6 inches broad. Flesh—W hite or yellowish; reddish beneath the skin. Tubes—Convex, nearly free, long, minute, round. White, then yellow and greenish. Stem—Short or long, straight or curving, sometimes bulbous, stout, covered with network. Just beneath the stem whitish or brownish. 2-6 inches long. Habitat—W oods and open places. Boletus subtomentosus Cap—Covered with soft woolly hairs. Somewhat olive green, uniform in colour under the skin, yellow chinks on the sur- face. ' Flesh—W hite. Tubes—Y ellow, with large angular mouths. Stem—Stout, rugged, with minute dots. fiabitat—Common in woods. Boletus Americanus Cap—Thin, soft, viscid, slightly woolly on the margin when young. Yellow, becoming dingy with age; sometimes streaked with bright red. 1-3 inches broad. Flesh—Pale yellow. Tubes—Not free from the stem. Large, angular. Pale yellow, becoming tinged with brown. Stem—Slender. No annulus. Yellow, brownish towards the base, marked with numerous brown or reddish-brown glandular dots; yellow within. 134-2% inches long. Habitat—W oods, swamps. POLY POR ACES The fungi with pores permanently united to the surrounding tissue and to each other form a large and important group, the Polyporacew. With but few exceptions they are leathery, corky, membranous, or woody. Nearly six hundred species have been reported from America. 4) = vy - vy - v Sr y - vu - 7 vy o-!' yn Ed'-ii-lis Siib’-td-mén-td’-stis A-meér’-I-ca’-niis Po'-l¥¥-po-ra'-gé-z Eda ate 109 Fungi with Pores—Polyporacee GENUS MERULIUS Merulius lacrymans The simplest of these Polyporace@ is the dry-rot fungus, Merulius lacrymans. The food-seeking portion consists of fine white threads, mycelium, which penetrate the woodwork of buildings, causing it to crumble to dust. The fruiting portion consists of flat, irregular bodies whose under surface bears the spores in shallow pits separated by narrow ridges. Water is excreted from these flat disks, which, from the habit of dropping like tears, has suggested the specific name /acrvmans, from the Latin /acrymo, | weep. GENUS: “POLY POROS The genus Polyporus and the genus Trametes have the pores closely packed and united together. In the 7rametes the unit- ing substance is the same as the substance of the cap, but in the Polypori the uniting substance is different from the substance of the cap. The genus Polyporus in its widest sense is a large one, numbering some five hundred species, and containing every intermediate texture from fleshy or pulpy to woody. The fruiting portion is often seen in the form of brackets shelving out from standing or fallen trees. The mycelium pene- trates the wood, softening it, and causing it to crumble, so that in the course of time the tree dies. The external evidence that the tree has been attacked is the appearance of the fruiting por- tion, which often attains a very great size. Polyporus applanatus Polyporus applanatus is attractive to frequenters of the woods, as its spore surface when fresh is soft and white, and furnishes an attractive surface for stencil drawings. Polyporus fomentarius The brackets of Polyporus fomentarius resemble horses’ hoofs. The woody part is employed in the manufacture of Mér-i’-l!-tis Lac’-ry-mans P65-l¥p’-6-rtis Tra-mé’-tés Ap-pli-na’-tiis F6-mén-ta -ri-iis IIo a Se ~ P - Lenzites betulina, Fr. See page | 13. Genus Polyporus amadon, or German tinder, which, in the form of sticks or fusees, commonly known as punk, is used for lighting cigars and pipes in the wind, or for touching off fireworks. The fusees are made by beating the fungus wood until it is flexible, and then dipping it into saltpetre. Poiyporus conchatus Polyporus conchatus is a beautiful species found on the un- der side of fallen trees, and growing in sucha manner that from the spore-bearing surface the shells look like rosettes of shim- mering golden-brown velvet. Polyporus velutinus Polyporus velutinus is common in the form of stiff ruffles with white or creamy spore surface, and grey or tan-coloured plush-like upper surface. Polyporus pergamenus Polyporus pergamenus has a tan-coloured spore surface, somewhat bristle-like, and a velvety drab upper surface, often tinged with green from a green alga which grows upon it. Polyporus perennis Polyporus perennis resembles a slender-stemmed goblet. Polyporus sulphureus Polyporus sulphureus, sulphury polyporus (edible), is a fleshy form. It grows in clusters, the stemless caps often five or six inches broad and overlapping. The colour of the young cap is yellowish red or pale orange, with the margin wavy, and of a beautiful yellow. It is soft and juicy, and often—when cut— exudes a yellow juice. The plants may be found on the dead wood of trees during showery weather of the months from May to October. The mature plants beconie dry and crumbling, and as they dry they Con-cha'-tiis --Vél-ii’-tl-ntis_ —-- Pér-ga-mé'-niis Pér-én'-nis Siil-phii’-ré-tis III Fungi with Pores—Polyporacez lose their attractive colours, exhibiting phosphorescence in the early stages of decay. The tubes are minute and short, and of a bright sulphur colour. Only the young plants should be used for food. Polyporus squamosus Polyporus squamosus is found often on decayed ash trees and sometimes on others. The cap has a thick lateral dark stem and is pale yellow tinged with brown, and covered with dark scales. It is reported to have been found seven feet in circumference, with a weight of forty-two pounds, and that it attained this growth in the short time of four weeks. Polyporus lucidus Polyporus lucidus has a lateral stem which, with all but the margin of the cap, is highly polished, as if varnished, and is in colour a rich mahogany brown. Polyporus arcularius Cap—Dark brown, minutely scaly, depressed in the centre; margin stiff, edge hairy, no flesh. Tubes—Dingy cream colour. Openings oblong, almost diamond- shape, resembling the meshes of a net, drawn from stem to the margin of the cap, the meshes smaller on the margin, and simply marked out at the top of the stem. Stem—Dark brown, minutely scaly, mottled, with a ground work of cream colour. Older stems are roughened at the base with whitish hairs. Hollow. Spores—Creamy white. Habitat—The specimen pictured was found growing on decayed branches of an oak tree in North Carolina. Polyporus versicolor* Polyporus versicolor has a leathery cap, thin and rigid, plane, depressed at the attached portion, velvety, shining with varie- gated two-coloured zones. The pores are minute, round, with acute and ragged edges. White, then yellowish. It is common on decaying tree trunks and upon telegraph poles. Squa-m36'-siis Li’ -cl-diis Ar-cii-1a’-ri-iis Vér-sic '-6-lor * Known also as Polystictus versicolor I1l2 Polyporus versicolor, Fr. Polyporus circinatus, Fr. See page |13. , P ' 7 : ‘ : ‘ * : q . ba) - . ; ; . - ‘ . 4 ‘ ? . on - i . . ‘ . ; : . < . Ss 1 3 * 4% > 4 s . ’ ~ Genus Lenzites Polyporus circinatus Polyporus circinatus has a double cap, one cap within another. The caps are thick, round, without zones, velvety, and of a rusty-yellow colour. The lower cap, with the adjoin- ing stem, is woody and corky, but the upper cap is pliable and covered with a soft wool. The stem is swollen and covered with yellow wool. The pores are decurrent, minute, and un- broken, and of a dusky grey colour. This is a handsome species, especially remarkable for its double cap. The stem is an inch long and almost equally thick. The cap is three to four inches wide, and the flesh is uniform in colour. GENUS TRAMETES Trametes pini is brown, and grows on pines and other cone- bearing trees. Trametes cinnabarina is bright red, and common on birch and cherry. Trametes suaveolens is white, and grows on willows. GENUS: LENZITES Lenzites betulina The Lengites beiulina has a somewhat corky, leathery cap, ie firm, and without zones, eg woolly and pale; the mar- ak i h de : gin of uniform colour; the AG \\ W YMG lamella radial, somewhat SO WG “Ah Ly branching, and coming to- : ji gether again. Sordid white. Hy This fungus, in the form of brackets, is found espe- cially on birch trees, but it is also found on_ various other kinds. It is a wide- spread species, and is quite variable. The lamelle are at first thick, corky, and sordid white; then thinner, with acute edges. Under surface of L. betulina Cir-ci-na’-ttis Pi’-ni Cin’-na-ba-ri'-ni Sii-a-vé’-3-léns_- L&n-zi'-tés Bét-ii-li’-na 8 113 Fungi with Pores—Polyporacee Lenzites separia Leathery shells, with the upper surface marked with rough zones of various shades of brown: the under surface with brown, radiating, papery gills. GENUS D/AEDALEA The genus Dedalea has the spore-bearing surface in the form of winding and labyrinthine lamellz, so that instead of pores there are irregular branching slits on the under surface. These fungi are normally sessile, woody, and hard. Deedalea unicolor Dedalea unicolor is in form like a full leather ruffle with scalloped edge, so full that the scallops overlap. The branching slits are very minute, and the upper side is in zones of tan colour, with a plush-like surface. The zones are often tinged with blue or green from algz which grow upon them. Deedalea confragosa PDedalea confragosa has a rough grey upper surface, and grows from the centre in the form of depressed sessile caps. The texture is firm and leathery. Deedalea quercina Dedalea quercina is a woody or corky species, rugged, and without zones on the surface. At first it is porous ; then, by the breaking down of the walls of the pores, slits are formed, with blunt partitions. It is common on oak trees. Sé-pa'-ri-4 Dee-da’ -1é-& Con’-fra-gd'-s&i Quér-ci’-nad 114 Dedalea quercina, (L.) Pers. Upper side. Reduced Dedalea quercina, \L.) Pers. Lower side. Reduced Genus Favolus GENUS FAVOLUS The genus Favolus has but few spe- cies ; one is very common on beech and hickory trees. Favolus areolarius has a lateral stem. The cap is depressed, and has a smooth, creamy-white upper sur- face, with long hexagonal pores running down the short stem. Fay-6’-ltis F, areolarius TIS CHAPTER IX: GELATINOUS AND OTHER FUNGI Jew’s Ear, or Judas’s Ear (Edible) Hirneola auritcula-Jude THE Jew’s ear is a gelatinous fungus which is so lobed and folded as to resemble a human ear. It is this resemblance to an ear which has suggested the names, Jew’s ear and Judas’s ear. Its habit of growing on elder has given rise to the belief that Judas Iscariot hanged himself on this tree. This fungus is prized by the Chinese as an article of food, and is imported by them from the South Sea Islands. Its manner of bearing the spores on little spicules places it in Class III, Basidiomycetes, which contains fungi with gills, teeth, and pores. Tremellodon Tremellodon is a clear fungus, which in colour resembles a piece of water-soaked snow, but in form resembles a Hydnum, as it has teeth-like projections on the under surface. Guepinia Guepina is a bright yellow fungus, about an inch high, in form like little spatules or goblets. It is common in cracks of logs and stumps. Hir-né'-6-la Au-ric'-ii-la Tré-mél -l6-don Guép-in -1-4 116 JEW’S EAR. JUDAS’S EAR (EDIBLE) (Hirneola Auricula-Juda, (L.) Berk.) XYLARIA AM °% Cnarreh %; OFFENSIVE FUNGI—ORDER PRALLALES THE Phallales are all terrestrial fungi; that is, they are found growing on the ground, and not on logs and trees. They are in- teresting, but too offensive to attract any but the most coura- geous students. They are more common in the South than in the North, where they make themselves too conspicuous by their intoler- able odour. They are structurally different from the other pouch-fungi, the puffballs, in that they do not retain their spores in the skin (pe- ridium) until they are fully mature, but send them into the light, exposed on a quickly deliquescing jelly-like mass, the gleba. The order may conveniently be divided into two families: Receptacle latticed, sessile, or stalked. FAMILY I. CLATHRACEA Spore mass borne on the inner sur- face of the receptacle. Receptacle tubular or cylindric, with a FAMILY II]. PHALLACEA: } cap. Spore mass on the surface of the cap. GENUS PHALLUS Stinkhorns The genus Phallus may be readily distinguished by the cylindrical shape of the spore receptacles and the intolerable odour. No one with his sense of smell developed would think of eating the members of this group. The botanist and the artist, however, have braved this lion on his own territory, and have found much that is beautiful and interesting ; the artist having the advantage in his task of portraying the handsome specimen, Phal-la’-lés Clith-1a’-c8-ce Phal-la'-cé-2e Phal-lits 117 Offensive Fungi in that he can inclose it in a sealed glass case and work in comfort. The experience of the botanist must be realised to be appreciated. An overpowering fetid odour suddenly evident upon the premises has many times filled with consternation the guests at summer resorts, causing among them much speculation, with suggestions of bad sewerage, and carelessness on the part of their host, together with other comments equally disastrous to the reputation of the place. The distracted householder searches in vain for a solution of the difficulty, and the odour disappears as mysteriously as it came. If he is one of the initiated, however, he will search until he finds the haunt of the offender, and will destroy all chance of a repeti- tion of the nuisance—for one summer, at least. The mischief-maker is a handsome specimen, as its plate shows. The white stem, bearing at its summit a mass of gela- tinous green substance capped with a yellow-white ring, and emitting its intolerable odour, has surely come into existence fora purpose—a purpose soon suggested—as hundreds of flies wing their way hither to sip the semi-fluid mass. The botanist tells us that the spores of this plant are mixed in the green fluid, and that they are carried away on the feet and in the bodies of the flies to other places, where new colonies may be started. | The plant has undoubtedly emerged from the ground for the sole purpose of disseminating its spores, and all its parts have been developed to accomplish this function in the most effectual manner. The banquet for the flies is prepared underground, and the table, with its viands all ready, is pushed into the light, while the invitation to the guests is wafted swiftly on the breeze. One is curious to learn the mechanism by which so much is accomplished in apparently so short a time, and finds in this instance, as in all others where great things are accomplished with ease, that many forces have been slowly at work to insure everything being in readiness for the success of a final flourish. A search underground shows the mycelial threads to have per- meated the soil for many feet in every direction in search of building material, and a glance at a vertical section of one of the pink eggs which has pushed its way out of the soil will show 118 + e Genus Phallus in outline the plan of what is to be. The pink ‘‘eggshell,” or peridium, is lined with a jelly-like substance, which has un- doubtedly served as a safe packing to what is SPIRES [= \ aes within, a Renee Re protection aca t ost blows and insect rav- ages. Within this.'coat, in section, ap- Section of young phallus pears as two dark -col- oured saddle-bags that which later is to form the green mass on the cap of the fully developed spore table. Between these dark masses lies in section the future stem ; it is hollow, and bears on its rim the spore-bearing cap. The walls of this cap consist of flattened cells, which by extraordinary growth and expansion are to force the stem through the eggshell and carry the banquet of spores several inches into the light, leaving the torn wrapper as a volva at its base, a natural ‘‘ Jack-in-the-box.”’ Pink eggshell— Future green mass of Cap delly-like substance Future stem Compressed cells Phallus impudicus Cap or Pileus—Outer surface bearing the spores in a_ jelly-like mass, gleba. : Conic-campanulate. Mater. osuniaee ‘Kevoulated sculptured with reticulated ridges after cc a the green spore mass has disap- peared. Stem—Hollow, tapering at each end; upper end joined with the cap by a recurved border. Vei_—Wanting. Volva—Pinkish. Habitat—Low ground. P. impudicus Im-piid’-1-ctis 119 FN Im-pud -t-Cus Offensive Fungi GENUS DICT YOPHORA The genus Dictyophora differs from the genus Phallus in having a veil suspended from the apex of the stem, underneath the pileus or cap. Dictyophora Ravenelii Stem—Tapering at both ends. Veil—Short, not reaching below the cap. Dictyophora duplicata Veit_—V oluminous, hanging for several inches below the cap. It is thought that this delicate white network, which hangs like a lace skirt below the cap, renders the fungus additionally conspicuous after dark, thus attracting the night moths and other night-flying insects. Mutinus caninus Cap or Pileus—Flesh coloured. The spore-bearing mass, oblong, ovoid, or conical, occupying one-third to one-sixth the total length of the stipe. ..Spore mass ..-5pore mass Embryo aera) (GD) Oe Mee CP Re arty Stalie) 5 tif pi anticc maces Stalk Volvagia |: bh, ehie SU 1 acamence Volva reer. Volva Young plant M. caninus M. bambusinus Stem or Stipe—Hollow, cylindrical, fusiform. Habitat—About buildings, in gardens and thickets. Dic-t¥-6ph’-5-ra Dii-pli-ca’-t& Ca-ni'-niis Ra’-vén-él’-li Mi-ti’-ntis Bam-bi-si -ntis 120 ‘J ‘snoipndun snyeyg Family Clathracez bavi), MOLATARACEsSE The members of the family Clathrace@ have a volva similar to the volva of the Phallacew. The volva ruptures, and the receptacle issues in a similar manner. The members of this family have the spore receptacle latticed or branched instead of tubular or cylindrical, and bear the spores on the inner surface of the receptacle rather than on the outer surface. Latticed Clathrus Clathrus cancellatus Receptacle not stalked. The bars of the lattice-work are ob- lique and transversely wrinkled. The, outer surface may be cinna- bar red or white or yellowish. The inner surface of the bars is red. C, cancellatus Clathrus columnatus Receptacle not stalked, consisting of from 2-5 vertical col- umns, separate below, but jointed at the apex. Columns cinna- bar red, enclosing the spore mass. Odour very fetid. Anthurus borealis 's\y....Arms Receptacle stalked, hollow, divided above into arms, which do not join at their apices, and which bear the spore masses on their inner sur- faces, enclosing the spore mass when young, but later diverging. ae os Stem of receptacle white; arms narrow lance-shaped, with pale flesh-coloured backs, traversed their entire length by a_ shallow eoee. Volva furrow. Cl&th-ra’ -cé-2e Can-cél-la'-ttis An-thi'-rits A. borealis Cl&th’-rtis Col-tim-na -ttis Bo’ -ré-a -l{s 12] Offensive Fungi Simblum rubescens Receptacle stalked and globular, bars of the lattice forming meshes of about equal diam- eter either way. Red or flesh coloured, and .-.Stalk transversely wrinkled. Sim’-blitm Rii-bés’-céns . Egg ' §. rubescens 122 Shir LER) Xl: PUPFBALLS OROER EY COPERDALES THE pouch fungi include all fungi which have their spores or seeds in closed chambers until maturity—that is, until they are fully ripe and ready to be scattered by winds or animals. Col- lectively, the closed chambers are called the gleba, and this gleba is surrounded by a definite rind (peridium), which, in different puffballs, has various and characteristic ways of opening to per- mit the spores to escape. The different ways in which the rinds (peridia) open are explained under the separate examples of the pouch fungi— puffballs, earth-stars, stinkhorns, birds’ nests, and calostomas. The Lycoperdales, known in different parts of the country as smokeballs, devil’s snuffboxes, puffballs, etc., have their spores enclosed until maturity in closed chambers, surrounded by a con- tinuous skin or peridium. They spend most of their lifetime underground, getting their food from decaying vegetable matter, and are for this reason called subterranean saprophytes. When they are about ready to scatter their spores, they emerge from the ground, and are then to be seen in pastures, and on fallen logs in woods and along roadsides. Every country child has pinched them to see the ‘‘ smoke” rise, little knowing that he was doing for the puffball just that for which it had come into existence— scattering its spores far and wide to grow into new plants. The plants of the puffballs, the mycelial threads, form an extensive network of white threads in the decaying vegetable matter in which they grow ; then little balls appear on the white threads, as in the Agaricales, with the difference that they in- crease in size without forming gills and stem. The balls have a fleshy interior, cheesy and white at first, but afterwards yel- lowish or pinkish, gradually darkening until the whole or a part Ly’ -c6-pér-da’-les 123 Puffballs of the fleshy interior becomes filled with dust-like spores, when the rind of the ball breaks to let the spores escape. Sometimes the wall breaks off in scales; sometimes it is punctured at the summit with one hole, sometimes with several, and sometimes it splits and turns back to form a star on the ground. Sometimes the balls contain elastic threads (capillitium), which help to push out the spores, and sometimes they do not. Sometimes there are threads massed at the base without spores in them, so that they form a sterile base or sterile subgleba, and sometimes the threads are massed to form a central column (columella) in the interior of the ball. These characters, with others, form the basis on which the puffballs are separated into the genera Lycoperdon, Geaster, Calvatia, Bovistella, Bovista, and Calostoma. GENUS LYCOPERDON The Lycoperdons, or true puffballs, produce within the ball vast numbers of dust-like spores mingled with elastic threads. When the ball is compressed, the rind or peridium bursts at the summit to form a single mouth, and the elastic threads cause the spores to fly out in puffs like smoke. The spore-bearing part of the plant is globe-shaped, obovoid, or top-shaped, and at the base of the gleba no spores are pro- duced ; the cells here are coarse and empty. The rind or peridium of the ball con- sists of two parts, the outer bark or outer peridium being adorned with spines or scales or warts or gran- ules. Sometimes the exterior coat may be peeled off, sometimes it dries and falls away in fragments. The inner coat is thin and papery, and opens on the top with one opening. At first the ball is fleshy within, the microscope showing the flesh to con- sist of a great number of simple or branched threads and enlarged cells. The enlarged cells bear usually four Lycoperdon Ly’ -c6-pér'-don (diagrammatic) 124 (AZIS "JEN “Yowyos ‘aumsofzihg uopragor£7) (399103) Wva44Nd G3adVHS-YV3ad » A , “1 : as cise tar wee ft = 7 oF 4 Pm eas Sol 7 i. ae ott tl ea f 7 é my. . ® - . “4 | A “4 ‘ ee . :* + . f , * + +; i & LS r 4 ; i - . k PI 2 4 » 4 ® * ; ’ q 3 og ee ee ee a Genus I-ycoperdon spicules, on the tips of which are the spores. When the plant is fully developed, the fleshy part becomes so filled with moisture that water may be squeezed out as from a sponge. As the flesh becomes moist, the colour changes from white, through yellow, to olive. After the change in colour, the wet mass becomes dry and powdery, a mass of globose spores and elastic threads or capillitium. The Lycoperdons are of small size, usually found in fields and woods. A section made by cutting a ball from top to base will show that the threads form a more or less well developed sterile base or subgleba underneath the fertile gleba, or mass of threads containing spores. Sometimes the sterile threads from the base rise upward in the centre of the fertile mass and form a little column, the columella. Usually the threads which bear the spores are in two sets ; one set extending inward from the walls of the rind, and another set extending outward from the central columella. Pear-shaped Puffball (Edible) Lycoperdon pyriforme Peridium or Pouch—Pear-shaped. Dingy white or brownish, with mycelium of long, white, branching fibres. Diameter 34-114 inches. Height 1-2 inches. Bark or Outer Coat—Thin; of minute, often persistent, scales or granules, or short, stout spinules. Whitish grey or brownish. Inner Coat—Smooth, papery, whitish grey or brownish, opening by apical mouth. Subgleba—Small, white, quite compact, the cells minute. Columella—Present. Spores—Globose, even, greenish yellow to brownish olive. Threads—Branched, long, forming a dense tuft in the centre. Time—July to October. Hadvitat—On old timber or on the ground, in groups sometimes several feet across in extent. The commonest of puffballs, and found throughout the world. Pinkish Puffball (Edible) Lycoperdon subincarnatum Peridium or Pouch—Globe-shaped, sessile, without a stem-like base. Rarely over one inch in diameter. Py’-ri-for’-mé Siib-In’-car-na -tiim 125 Puffballs Bark or Outer Coat—Pinkish brown, with minute short, stout spin- ules, which fall away at maturity. Inner Coat—Ash coloured. Deeply pitted by the falling off of the spinules of the outer coat, the pits not surrounded with dotted lines. Columella—Present. Subgleba—Small but distinct. Spores and Capilliium—Spores round, minutely warted. Greenish yellow, then brownish olive. Threads long, simple, and transparent. - Zime—August to October. Hlabitat—Old trunks in woods. GENUS CALVATIA The Calvatias are puffballs of large size, all with thick cord- like mycelium rooting from the base. They all eject their spores through irregular openings in the upper part of the peridium, and they all have a..-dense network of branching th tega-dis (capillitium) traversing the tissues of thespore- “. .. Sterile base Calta bearing por- Section of Calvatia tion, the gleba. These threads are elastic, and project the spores from the rind or case as they twist and turn. The sterile portion, the subgleba, is definitely limited and concave above. Brain-shaped Calvatia (Edible) Calvatia craniformis Peridium or Pouch—Very large, obovoid or top-shaped, depressed above. Bark or Outer Coat—Smooth, very thin and fragile, easily peel- ing off. Pallid or greyish, often with a reddish tinge ; often CAal-va'-shY-4 Cra-ni-fdr'-mYs 126 BRAIN PUFFBALL (EDIBLE) (Calvatia craniformis, Schw.) Genus Calvatia wrinkling to resemble somewhat the surface of the brain, whence its name crantfornus. Inner Coat—Thin, ochreous to bright brown, velvety, extremely fragile. The upper part breaks into fragments. Subgleba—Occupies half the peridium ; cup-shaped above, per- sistent. Spores—Greenish yellow, then olivaceous. Globose, even, with minute pedicel. Threads—Long. Habitat—On ground in woods. Giant Puffball (Edible) Calvatia maxima Peridium or Pouch—Very \arge, 8-15 inches in diameter, or larger. Globose, depressed globose, or obovoid, with a thick cord- like root. Bark or Outer Coat—Flocculous or nearly smooth, thin, and fragile. White or greyish, becoming yellowish or brown; usually remaining closely adherent to the inner coat. Inner Coat—Thin and fragile after maturity, breaking up into fragments. Subglba—Shallow or none. Spores and Threads—Greenish yellow, then brownish olive. Spores globose, threads long and branched. Time—August to September. Habitat—Grassy places. Calvatia maxima has been known as Lycoperdon giganteum, and also as Lycoperdon maxima. It has been transferred from the genus Lycoperdon to the genus Ca/vatia because it ruptures the peridium irregularly to discharge its spores, instead of form- ing a small hole at the apex, as other Lycoperdons do. It is asserted on good authority that the giant puffball has been found with a diameter of three feet and a weight of forty- seven pounds. The giant puffball is considered by many as a choice article of food when the flesh is white. It is said that if the flesh of a growing puffball is cut or injured the wounds will fill up with new tissue. It will be interesting for some one to try this experiment. In the days before matches came into use, the dry, spongy threads were used as tinder to catch the sparks which flew from the flint-stone when it was struck for fire, and the spore-dust was used to stanch the flow of blood. 127 Puffballs Cup-shaped Puffball (Edible) Calvatia cyathiformis Peridium—Large, top-shaped. Bark or Outer Coat—Thin, adherent, smooth, and continuous, easily peeling off. Inner Coat—Pale to dark purple, loosely woven, fragile at matur- ity, breaking up into fragments from above downward. Subgleba—Short and thick, with cord-like root, persistent, cup- shaped, occupying %—% the peridium. Spores and Threads—Violet to dark purple. Spores globose and warted, threads long. Time—August to October. Hlabitat—On the ground in meadows and pastures. The old name was Lycoperdon cyathiforme. Cyathiforme, meaning cup-shaped, is suggested by the cup-like base which remains after the dispersion of the spores and threads (capillitium). GENUS BOVISTA In the genus Bovisfa the rind or peridium opens by an apical mouth, as do the species of Lycoperdon, but the species of . Bovista have no Sterile ‘base: They are puff- balls of small Mii A ‘) size, growing MEY in fields and Yyyy woods. The outer coat is thin and fragile, eee bis: and scales off at maturity. The inner coat is thin, becoming papery, and then opens by an apical mouth. Bovista plumbea is esteemed a delicacy. It is shaped like a flattened globe, with a smooth, white inner coat, and a lead- coloured outer coat opening by an apical mouth. Bovista Cy -Ath-1-for'-mis Bo-vis'-t& Pliim’-bé-a 128 Bovistella Ohiensis, Ellis and Morgan (Edible.) Reduced CUP-SHAPED CALVATIA (EDIBLE) (Calvatia cyathiformis, Bosc) Reduced. Nat. size: Ball diam., 2% inches r4 . i Genus Geaster GENUS BOVIS TELLA The genus Bovrstella contains but one species. Bovistella Ohiensis (Edible) Peridium or Pouch—Globose or broadly obovoid, sometimes much depressed, wrinkled underneath, with thick cord-like base. Bark or Outer Coat—Dense, floccose, or with soft warts or spines. White or greyish, drying to buff colour, and falling away. Inner Coat—Smooth, shining, Threads..... pale brown or yellowish surface. sean 3 Subgleba—Cup-shaped, broad, ay ample, occupying nearly one-half the peridium; long, persistent. Spares and Capillitium—Loose, tttable, clay colour. Threads free, short, twice branching, originating within the spore mass, and having no connection with the tissue of the Inner coat. Hfabitat—On ground in pastures and open woods. Section of Bovistella (diagrammatic) GENUS GEASTER Earth-stars The Geasters or Earth-stars are the most picturesque forms of the puffballs. At first they are sunk deep in the soil, and are connected with it by abundant thread-like mycelium, which issues from every part of the surface. In the earth-stars the covering to the pouch is double, the outer cover is thick and leathery, and at first closely invests the inner coat, but is separate from it. At maturity the outer coat breaks its connection with the mycelium in the soil and bursts to form separate lobes, which become reflexed and lift the inner ball from the ground into the air, where it remains, seated at the centre of the expanded star- Bo-vis-tél'-14 O-hi-én'-s!s Gé-as'-tér 9 129 Puff balls like coat. The coat of this ball is thin and papery, and opens by one apical mouth. The threads or capillitium, which bear the spores, project from the tissue of the inner wall and also from a central columella. The Geasters have no economic value, but are rather inter- esting to the nature student on account of their beauty and their curious methods of discharging their spores. The Smallest Earth-star Geaster minimus Peridium or Pouch—Globose, depressed, not pointed; vaulted underneath. Bark or Outer Coat—Segments acute at the apex, many lobed; the lobes, seven to nine, expanding %-1 inch. Inner Coat—Ovoid, %-1 inch in diameter, white to pale brown, with a distinct pedicel, seated in a plain circular disk. Mouth—Lifted on a cone, lip bordered with hair-like fringe. Spores—Brown, globe-shaped, minutely warted. Threads—T ransparent. Habitat—Grassy grounds. Water-measuring Earth-star Geaster hygrometricus Peridium or Pouch—Sub-globose, depressed, the bark or skin fall- ing with the mycelium. Bark or Outer Coat—Deeply parted; the segments, acute at the apex, seven totwenty. Strongly hygrometric, expanding to a breadth of 2-3 inches. Inner Coat—Globose, depressed, sessile, covered with a network. Whitish or greyish. Mouth—Rim irregular. Spores—Brown, globe-shaped, minutely warted. Threads—Transparent, much branched and interwoven ; continu- ous with the hyphez or threads of the inner coat. fHfabitat—Fields and woods, in sandy soil. The Geaster hygrometricus, or Astr@us hygrometricus as it is called by some, is found all over the world. When the Min’-!-mitis Hy’ -gré-mét'-ri-ciis 130 LEAST EARTH-STAR (Geaster minimus, Schw. Nat. size) WATER-MEASURING EARTH-STAR (Geaster hygrometricus, Pers. Nat. size) BIRD'S NEST (Cyathus vernicosus,D.C. Nat. size) Genus Calostoma weather is wet, the lining of the points of the star become gelati- nous and lie flat on the ground, anchoring the plant firmly ; but when the weather is dry, the soft, gelatinous part becomes hard and rigid, and curls the segments up around the inner ball; then the wind rolls it about, and it scatters its spores from the hole in the apex of the ball as it rolls. It is a fair-weather traveller, always resting at night and on damp days, GENUS CALOSTOMA This genus has but three known American species. The plants are remarkable in structure and substance. The spore mass or gleba lies at the centre of a base, and is in its young stages surrounded by four layers. The outermost coat is gelati- nous, and soon disappears. This is known as the volva or wrapper. The layer just within the wrapper also soon disap- pears ; it is known as the exoperidium. The layer just within the exoperidium is known as the endoperidium, and is the layer seen on the exterior of older specimens. Between the exope- ridium and endoperidium is a layer of red threads, part of which is torn away when the .exoperidium breaks, and a part of which remains as a red star at the apex of the ball. The exoperidium is cartilaginous ; it is thin and fragile when dry, but when wet it is flexible, translucent, and soft. The endoperidium is hard and rigid when dry, and is conspicuous for the brilliant red which shows at its mouth. Within the endo- peridium is a sac which contains the spores; when the spores are mature, this sac contracts, and forces the spores out into the air. The mycelium, or vegetative part of the Ca/ostoma plant, is composed of numerous cord-like fibres, translucent, jelly-like, and tough, which, branching and anastomosing into a dense net- work, form a rooting columnar base to the spore-bearing part of the plant. The name Ca/ostoma means beautiful mouth, referring to the red star which surrounds the opening through which the spores escape. Puffballs Calostoma lutescens Ball or Peridium—G)lobular, with a thick, entangled, rooting base. Outer Coat or Exoperidium—Dingy yellow, rupturing so as to form a ragged collar at the base, a thin cap on the summit, and small fragments between. The cap is marked on the under side with a vermilion star outlined with yellow. Inner Coat or Endoperidium—Smooth, globular. Pale yellow. Mouth—W ith several rays of a bright red colour. Footstalk—Thick, of entangled strands finer than those of C. cin- nabarinum. Stem long, yellowish green. Spores—Globular, with protuberances. Calostoma Ravenelii Ball or Peridium—Globular, with a thick, entangled, rooting base. Outer Coat or Exoperidium—Cartilaginous, gelatinous. Fragments remain upon the inner coat in the form of irregular warts or scales. Inner Coat or Endoperidium—Y ellowish. Tough when wet, rigid when dry. Mouth—Red starred. Footstatk—Short and rooting, composed of mycelial threads netted to form cartilaginous cords. Spores—Elliptical, oblong, smooth. Calostoma cinnabarinum Outer Coat or Exoperidium—Vermilion within, breaking at the base and sometimes at the apex. Inner Coat or Endoperidium—yY ellowish, often slightly vermilion. Smooth. Mouth—Rays several. Vermilion. Footstalk—Reddish brown or brownish. Spores—Elliptical oblong, spined or punctured, pale ochre yellow. Li-tés'-céns Ra’-vén-él’-1-i Cin'-na-ba-ri’-niim 132 Bis Calostoma lutescens (Schw.), Burnap. Spathularia velutipes, C. & T, Reduced. See page |38. Genus Scleroderma ORDER NIDULARIALES The members of this order, Nidu/ariales, or bird’s-nest fungi, are curious fungi of small size. They resemble, when mature, tiny birds’ nests containing eggs, as the pouch in which the spores are developed opens at the top to form a nest or bowl or trumpet, and the globular cases in which the spores are contained have strong walls, and remain in the open pouch like eggs in a nest. One genus of the order, Spherobolus, has two walls or layers to its nest and but one spore case or ‘‘egg.” This ‘‘egg”’ is jelly-like, and is forcibly thrown from the nest when the spores in it are mature. While a part of this action is due to the mechan- ical working of the teeth, it is thought that underneath the spore case gases are formed which expand, and so help force out the cag.” The other genera have but one wall to their nests. The genus Nidularia has ragged edges, the genus Cyathus is trumpet- shaped, and the genus Crucibulum is bowl-shaped. ORDER SCLERODERMA TALES The puffballs of the order Sclerodermatales have the rind or peridium thick. The spores remain in the peridium until maturity, when they escape from an irregular opening in the rind. The species are not numerous, but some are abundant and widely distributed. GENUS SCLERODERMA The species of the genus Scleroderma, or thick-skinned puff- balls, represent a transition from the subterranean forms to those which emerge from the ground and have a definite opening from which they eject their spores. To illustrate: there is one group (Hymenogastrales) in which the species remain in the ground, Nid-i-la’-ri-a’-lés Nid-ii-la’-ri-4.- Crii-¢Yb’-ii-ltim Sclér-6-dér’-ma Sphé-roéb’-d-ltis Cy’ -a-this Sclér’-6-dér'-ma-ta’-lés 133 Glo ae sclow . .. Puffballs even when mature, unless washed out by rains or nosed out by animals, and which rely upon being crushed by accident or upon the disintegration of their rinds to free their spores. All true puff- balls push themselves out of the ground before the spores are mature, and then, by rupturing the skin in a definite manner when mature, disperse their spores. The thick-skinned puff- ball goes a step farther than the first mentioned and emerges from the ground; but it remains behind the true puffballs, which disperse their spores from a definite opening, for it ruptures the skin irregularly. Scleroderma vulgare (Edible) Peridium or Pouch—Rough and warty; depressed, globose. Pinkish to buff, remaining solid until the fungus is quite old. Sessile or with a rooting base. Ruptures irregularly to scatter the spores. Subgleba—None. Spore Mass—Lead colour marbled with white. Section of S. vulgare Hfabitat—Old stumps and buried roots. This fungus has been eaten without harm, but is pronounced very unattractive. Vil-ga'-ré 134 - Lat FLESH-COLOURED PUFFBALL (EDIBLE) (Lycoperdon subincarnatum, Peck) YOUNG PEAR-SHAPED PUFFBALL (EDIBLE) (Lycoperdon pyriforme, Schaef.) HARD-SKINNED PUFFBALL (Scleroderma vulgare, Fries) ee Fs 5.4. a a i \ ores 5 4 et i ae be CHAPTER XII: SPORE-SAC FUNGI— ASCOMYCETES ALL the fungi which belong in the class Ascomycetes de- velop their spores in littke membranous sacs called asci. These asci are, as a rule, collected, together with slender empty asci, called para- physes, in variously shaped bodies, known in different orders by different names, such as perithecium, ascoma, --.-Paraphyses apothecium, and receptacle. This class includes in its numbers individuals ranging in size from microscopic one- celled plants to conspicuous and often beautiful specimens. We shall con- cern ourselves with but a few of those conspicuous ones which are attractive either from an edible or an artistic standpoint. 4, SEO = Asci and paraphyses ORDER TUBERALES—TRUFFLES The order Tuderales contains the truffles, which are subter- ranean fungi, ranging in size from an acorn to a good-sized po- tato. The asci or spore-sacs are formed on the inte- rior of the fungus, the warty truffle itself being called an as- coma, as it contains the Truffles, ascoma asci. Since the time of Pliny and Dioscorides, truffles have been known and esteemed as a table delicacy. Since they mature Section to show position of asci ve = = - v - - As'-cd-my-cé’ -tés Tu'-bér-a'-lés 135 Spore-sac Fungi—Ascomycetes underground, they must be hunted for by dogs and pigs trained for the purpose. A pig will scent a truffle at a distance of twenty feet, and will run quickly to the spot to dig it out with her snout. An attendant must follow the pig to secure the truffle before the pig eats it. Edible species have not been found growing in this country. ORDER. HY POCKEALES The order Hypocreales contains certain fungi which are parasitic on other fungi, and also on insects. In the genus Cordyceps there is a club-like form about an inch long, and of a rich red colour, which lives as a parasite on the pupz of various moths buried beneath dead leaves. In New Zealand a similar fungus lives on caterpillars. The mycelium in time replaces the body, but maintains out- wardly the form and appearance of the caterpillar. These growths are much prized by the natives as food. The form which grows on the truffle-like E/aphomyces is shown in Plate XXXVII. The species of Elaphomyces upon which the Cordyceps lives as a parasite grows two or three inches below the surface of the ground, and somewhat resembles a truffle in appearance. ORDER SPH/ERIALES The Xylaria pictured is a woody fungus which is common, growing on logs or at the bases of trees or stumps. The collections of asci (perithecia) are fully im- bedded in the fleshy part of the fungus (stroma), which is \ formed almost wholly of Fungus growing on caterpillar hardened mycelium. Hy-pd-cré-a'-lés Cdr'-d¥-céps E'-liph-6'-my-cés ,. Sphé-r-a'-lés © Zy-la'-r-4 136 ~ / E- Caph-5 -muj -ces Lycogala epidendron. Reduced. See page | 44. 4 erm @ Cordyceps capitala (Holmsk.), Lk. (Parasitic on Elaphomyces. ) Reduced. Floccose Chanterelle (edible). Mutinus caninus, Huds. (Cantharellus floccosus, Schw.) See page | 20. See page 53. Order Pezizales—Cup Fungi ORDER PEZIZALES—CUP FUNGI The Pezizales or cup fungi, which are typically disk or cup- shape, comprise an extensive group, and vary in size from forms scarcely visible to the naked eye to forms several inches in diameter. One genus, Pezzza, has a smooth ascomata, regularly saucer-shaped or cup-shaped. The genus contains many species which are met with chiefly on decaying vegetable matter. The spore-sacs are situated on the upper surfaces of the cups, and the spores are ejected with such force and in such profusion that they form a cloud around the plant from which they are expelled. Peziza eruginosa is a stalked green form, and is interesting because it permeates the wood of oaks and beeches with its mycelium, and gives a rich green colour to the wood, which makes it valuable for the manufacture of the famous ‘‘ Tunbridge ware.” One may often find the wood affected when the fruit cups are notevident. Peziza Willkommit produces on larch trees a disease known as the ‘‘larch canker,’”’ which shows itself as a sunken, blistered hole from which resin flows. This patch is formed because the mycelium of the fungus attacks and destroys the cambium or green layer which lies under the brown bark, and since this is the tissue which builds up the wood of the trees, the growth of wood in this part is prevented. The fruits appear above the bark in the form of little cups, white outside and scarlet within. When branches bearing golden-yellow needles, prematurely giving to the tree an autumnal appearance, are seen among the fresh green shoots of a larch, one may expect to find Pegiza Willkommii at work. Peziza odorata (Edible) Cup—Yellowish, translucent, becoming \ dull brown when old. The flesh is moist and watery, and separable into two layers; the outer layer rough, and the inner smooth. The frame is cup-shaped when young, but flattened and split on the mar- gin when old. E’-rii-gin-6'-sa Wil-k6m’-1-i O'-dor-a'-ta Section to show two layers 137 Spore-sac Fungi—Ascomycetes Stem-—None. Habitat—The specimen pictured was found in December, among the violets in a cold frame in New Jersey. Golden Peziza (Edible) Peiza aurantia Cup—Orange red within, golden or whitish outside, with a frosted appearance. Subsessile, irregular. Habitat—\n clusters on the ground, usually in the autumn. ORDER HELVELLALES—EARTH-TONGUES The order Helvellales contains the fleshy spore-sac fungi which have the spore-bearing body, the ascoma, open from the earliest stage of its development. FAMILY GEOGLOSSACEZ: The family Geoglossaceew, which belongs to this order, con- tains the earth-tongues, which are club-like forms, green or black or yellow, and from one to three inches high, common on the ground, growing in rich wood mould. In consistency they are fleshy, gelatinous, or waxy, and their asci open by means of a terminal pore. GENUS SPATHULARIA The genus Spathularia has the spore body flattened and growing down both sides of the stem. Velvety Spathularia Spathularia velutipes Spore Body—Flattened, tawny yellow, shaped like a spatula, with the spore surface wavy and growing down two sides of the stem. Stem—Hollow, minutely velvety, dark brown tinged with yellow. Flesh—Firm and tough, shrinking little in drying. Hlabitat—Mossy trunks in damp woods. Au-ran’-shi-3 Vé-lii'-ti-pés 138 : t ; Golden Peziza (edible). (Peziza aurantia, Pers.) Peziza odorata. Pk. (edible). Reduced. See page | 37. wer G pie +O patie _~s illo | Genus Vibrissea Spathularia clavata Spore Body—Clear yellow, shaped like a spatula, sometimes tinged with red. Obtuse or cleft at the apex, the surface wavy, the margin crisped, growing down the stem some distance on opposite sides ; hollow. Stem—Thick, hollow. White, often becoming yellowish. Flesh—Dry. GENUS GEOGLOSSUM The genus Geoglossum has the spore body simple, erect, and club-shaped, and entirely black. The spore surface is ter- minal. Geoglossum hirsutum Geoglossum hirsutum is black, dry, and everywhere velvety. Lanceolate, ovate, oblong, or almost round, often irregular. The spore-bearing portion is one-quarter to one-half the length of the fungus. Geoglossum glabrum Geoglossum glabrum is dry, black, or brownish black, some- times tinged with olive or purple. Club-shaped or sometimes laterally compressed. The spore-bearing portion not sharply distinct from the stem below. . GENUS VIBRISSEA The genus V7zbrissea contains fungi with vertical and simple stems, and horizontal caps with their thick margins rolled in to- ward the stem. The spore-sacs are borne on the upper surface. Vibrissea truncorum Vibrissea truncorum is a clear orange-red or sometimes yel- low or brownish-red fungus, about an inch high, found on decayed wood, branches, or leaves which are submerged in water. Clav-a'-ta Hir-sa’-ttim Vi-bris’-sé-a Gé-6-glés'-stim Gla'-brim Triin-cd -rim 139 Spore-sac Fungi—Ascomycetes Vibrissea circinans Vibrissea circinans is a pale yellowish flesh colour, or simply yellowish fleshy fungus found growing in circles or clusters, with convex caps and incurved, wavy margins, the concave under surface often minutely wrinkled. The stem is long, pallid, or reddish. The plant is found chiefly in pine woods. GENUS MITRULA ’ The genus Mitrula has the spore body erect, black or bright coloured, and dry, spatulate, or cylindrical, often compressed lat- erally. The spore-bearing surface is sharply distinct from the scaly or mealy stem below. Irregular Mitrula (Edible) Mitrula vitellina, var. irregularts * Spore Body—Bright egg yellow. Club-shaped, somewhat lobed, cylindrical or compressed ; apex narrow, obtuse, smooth. No two plants are quite alike. Length, 1-2 inches. Stem—Short, white, rather distinct, covered with fibres. Spongy and white within. Habitat—|In mossy places in woods during the autumn. The specimen pictured was found growing among fallen birch leaves, hemlock needles, and moss, in the dense woods at Lake Placid. FAMILY HELVELLACEA:—MORELS A second family Helvellacew contains three important gen- era, Morchella, Gyromitra, and Helvella, in which are the largest and most highly prized spore-sac fungi known. They are dis- tinguished from the earth-tongues by the cap-like form of the spore body or ascoma, but especially by the character of the spore-sac, which opens by a little lid instead of by a simple pore. Cir-cl'-nains Vi' -tél-li'-na Gy’ -ré-mi'-tra Mit'-rit-la Mor-kél'-1& Hél-vél’-14 * This species is also described under the names Geoglossum irreguilare and Ceoglossum vitellinum. 140 i Helvella lacunosa, ae Me Mitrula vitellina, sacc., var. \ ’ i, * Holm. Reduced. See page |43- irregularis, Pk. (edible). Reduced. Genus Morchella GENUS GYROMITRA The genus Gyromitra contains seven species. These have the ascomata distinctly stalked, and the upper surface covered with gyrose folds. The largest spore-sac fungi belong in this genus. Gyromitra esculenta (Edible) Cap—Bay red, round, lobed, irregular, gyrose-wrinkled, attached to the stem in several places. Hollow, white, and uneven within. Stem—W hitish, hollow, scurfy. Two or more inches long. Flesh—Edible only when young and freshly gathered. Habitat—|n sandy soil, during the wet weather of May and June. G. esculenta GENUS MORCHELLA The genus Morchella has the cap covered with a network of blunt ridges enclosing irregular depressed spaces. The spore-sacs are devel- oped in both ridges and depressions. All the species when young are of a buff yellow tinged with brown, but later they are darker. The stems are rather stout and hollow, white or whitish in some spe- cies, and attached to the cap at the apex only ; but in others, M. deliciosa : Section to show margin of the cap attached to the rim united to the stem. as Well. All thespecies M. esculenta A Es'-cii-lén’-t& I4I Spore-sac Fungi—Ascomycetes are edible and highly esteemed. They must be looked for during wet weather, early in the season. They may be classed in two groups, according to the attachment of the stem. I—MARGIN OF CAP UNITED TO THE STEM Gap routideds orOvalee ae -trtenietcts ela tere aeteisieiaerera sterore MoRCHELLA ESCULENTA Cap oblong or cylindrical. ¢ce 2 epee ieee wenn oe MoRCHELLA DELICIOSA Cap conical or oblong conical ; broader than stem...... MORCHELLA CONICA Cap conical or oblong conical ; scarcely broader than stem. MORCHELLA ANGUSTICEPS II—MARGIN OF CAP FREE FROM THE STEM Cap free from the stem to the middle.... ........-2-.- MOoRCHELLA SEMILIBERA Capyfree from the stétn’to the top... ....0dscccceesse MoRCHELLA BISPORA GENUS HELV ELIA The genus He/vella contains twelve species. They all have lobed, irregular, or saddle-shaped caps, which are fleshy, and attached to the stem at the apex. They are contorted in such a way that no two of the species _ appear alike. Helvella Helvella elastica Cap—Brownish grey. Cup-shaped, flattening out when mature ; when young, the under surface is covered with little spines or hairs. Both surfaces are smooth when mature. Stem—Slender, of the same colour as the cap, tapering toward the cap. Solid and white within. fHlabitat—The specimen pictured was found growing beneath hemlocks and yellow birches, in Lake Placid forest, during September. Dé-lish-1-6'-s An-giis’-ti-céps Bi -spor-a Cén’-1-cd Sém’-1-ltb'-&r-& E-lis'-tie-a 142 DELICIOUS MOREL (EDIBLE) (Morchella deliciosa, Fr.) Polyporus arculartus, (Batsch) Fries Tell ae ay) Genus Helvella Helvella lacunosa Cap—Of one piece, thin and flexible like rubber cloth, folded to saddle the apex of the stem. The two saddle-flaps are at- tached on _ their margins at irreg- ular intervals when young, and are puffed out like a_ balloon; . but when ma- biomass siatcisleittae tere : rf lide Attachment ture, the pieces wah F separate. Their outer surface is brownish _ grey, | and their inner | surface light | grey, creased and re f......Cap flattened out folded. ) ‘ Stem—Irregularly and deeply furrowed. Flesh—Odour _ offen- Section Of MUNN Vevaces Sive. ; : : Habitat— The speci- men pictured was H. lacunosa (diagrammatic) found growing imbedded in deep moss on old bark in the Lake Placid woods. Lac-ti-n6’-sa eo 143 CHAPTER XIll> -SEIME-- PUNGIA MYA MYCETES WHETHER the slime fungi are plants or animals is a question not yet decided. They are living organisms which have no chlorophyll, or leaf-green, and which in their vegetative state resemble certain groups of the Protozoa, or unicellular animals, which live in water. In their manner of reproduction they show resemblances to certain fungi, and the spore cases or sporangia of some resemble tiny puffballs in form and mariner of ejecting their spores. In the growing stage they consist of a naked mass of yel- lowish or whitish protoplasm, which creeps about in the dark, in accumulations of dead parts of plants, or under the bark of rotting stumps or logs. When a spore germinates, the mem- brane about it bursts, and a bit of naked and slimy protoplasm escapes. This tiny mass creeps about, absorbing food from its surroundings, and increasing in size until it may perhaps cover an area of many inches. After a time spores begin to form, then either the whole mass is transformed into a single spore case or a number of spore cases are formed. The spore cases of Lycogala epidendron are pretty things, resembling pink coral beads. When fresh, a case is filled with a thin pink paste; but when mature, with fine brown dust-like spores. When the spore case bursts, these spores escape, and if they fall in favourable places the life cycle begins anew. Myx'-6-my-¢é -tés Prd-t6-z6'-a Ly-cég’ -a-la Ep-i-dén'-dron CHAPTER XIV: FUNGI FOR THE HERBARIUM THERE are no plants more difficult to preserve for an her- barium than the fleshy fungi, and yet my personal observation leads me to believe that there are many people who would be willing to undertake the task if they knew how to set about it; and there is no class of plants in which the assistance of the amateur may help the botanist more than in this, provided that, at the time of gathering a specimen, full descriptive notes are made of all the characteristics of the plant. To aid one in quickly taking notes, it is well to have with one in the field some printed or written blanks. A convenient form is suggested by the following outline, which is the one used by the Boston Mycological Club : Species Collected by No. Locality Date COLLECTOR’S NOTES. N.B.—When collecting, be sure to get the whole plant, base and all, uninjured; and to get young as well as mature specimens. Note here at once the : Tree (kind; dead or living). Habitat. On Ground (kind of soil). Place (wood, field, wet or dry, high land or low, etc.). Under and near what trees ? Manner of apts in clusters, troops, or czspitose [growing from one Growth. root]). Character. _(Viscid, hygrophanous [transparent when moist], dry.) Smell. Taste. Spores. Colour. Note.—If the plant is perishable, sketch and describe it fully at once, and look 10 145 Fungi for the Herbarium for indications of spore colour. After the plant is described it may be dried in hot air (over a stove for instance) and preserved or sent in for identification. Sketch the plant, indicating markings of cap and stem. Draw or trace a vertical section through the centre of cap and stem, indicating thickness of flesh; shape and attachment of gills; nature of interior of stem; position of ring, volva, etc. Do this also for a young specimen (button), showing whether the margin of the pileus is straight or incurved. N.B.—If not life size, note dimensions, When the characters vary with age or with moisture, note the changes. Pil § Shape (flat, convex, concave, umbonate [raised in the centre], ee { umbilicate [depressed in the centre], etc.). Is it viscid when moist and fresh; tough, fragile, fleshy, mem- branaceous; smooth, floccose, scaly, silky, fibrillose; even, rough, wrinkled, furrowed? etc. Is the margin entire, wavy, striate, inrolled, upturned, smooth, woolly, hairy, appendiculate? etc. Colour and markings. Gills. Shape. Attachment (adnate, sinuate, decurrent, etc., or free). Are they distant or crowded, all of one length, branching or forked, connected by veins? Surface (smooth, powdery, marked in any way). Colour (young and old). Texture (thick, thin, brittle, etc.). Margin (entire, wavy, scalloped, toothed, fringed). With Boleti note colour, length, and size of tubes, shape and size of mouths, relation of pore surface to stem, etc. Flesh. Consistency (firm, mealy, punky, etc.). Colour (in general; just under skin; near gills or tubes). Juice (taste and colour). Stem. Texture (tough, flexuous, fragile, fleshy). Shape (tapering either way, straight or bent, swollen, etc.). Exterior (cartilaginous, fibrous or not, etc.). Colour and markings (striate, dotted, pruinose [with a bloom], fibrillose, or smooth, etc.). Interior (hollow, solid, stuffed, fistulose [tubular], etc.). Base (shape, markings, etc.). 146 Fungi for the Herbarium Mycelium (thread-like, cottony, compact, root-like, sclerotioid [hard], coloured). Veil. (Examine young specimens). , (Relative position, permanent or fugacious [quickly disappearing], Ring. i etc.). Volva. (Examine young buttons, base of stem, surface of pileus). Remarks. CoLLecTor’s Outrit.—For collecting fungi there is nothing better than a cheap splint basket with a cover. The size will depend upon the ambition and strength of the collector. In ad- dition, a chisel for woody fungi and a trowel or broad-bladed knife will be found convenient; also a few small boxes for fragile species, and a package of thin, tough, uncoloured paper in which other specimens may be put. Sheets of six inches square and also of twelve by twenty-four are convenient sizes. Before the specimens are put in the basket, those of a kind should be compactly piled in the centre of a sheet, and the four corners of the sheet brought together and fastened by twisting them. The slip with the notes may either be put inside the package or fastened on the outside. CARE OF SPECIMENS.—As soon as possible after reaching home, the packages should be taken from the basket and spread out in convenient places. If the specimens are to be used imme- diately for identification, begin with the most perishable, or they will be lost by decay. If they are to be preserved for future use, put them in the warmest place available where they will not burn. This may be under or over the kitchen stove, or in the furnace-room of the hotel or laundry; or, if any of these places is not practicable, then a drier may be improvised by placing over a lamp a frame made of wire screening. COLLECTING SporES.—At least one specimen of each kind should be set for spores. This is readily done by thrusting the stem of one plant through a hole in a disk of gummed paper so that the paper fits closely against the gills. This disk may be held in place by thrusting the stem of the fungus through a piece of thin paper and then bringing the paper above the cap and twisting the corners. Use white disks for fungi suspected of having coloured spores, and coloured paper for those suspected of 147 Fungi for the Herbarium having white spores. If there is any doubt, set two fungi—one with a coloured disk and the other with a white one. It is an easy matter to fix spores for future use, but a more difficult matter to fix them so that they represent a picture of-the radiating gills. In order to do this the stem must be cut from the cap, and the cap must be so arranged over the paper that no draughts shall disturb the spores as they fall, and also so that it may be removed from the paper without disturbing the spores after they have fallen. The writer would suggest that two fine wires should be thrust horizontally and at right angles to each other through the cap, and that the ends of the wires should be supported in a convenient manner, so that the cap may just swing free from the paper which is to receive the spores. The whole must be covered to keep the spores from being disturbed by draughts. When the spores have fallen, the cover can be re- moved, the cap raised, and the spore-print fixed. Various methods of fixing spores for prints are recommended. The following are quoted from a bulletin of the Boston Mycoiog- ical Club : The following directions for fixing spore prints are taken from Herpel (‘‘ Das Prapariren der Hutpilze ”’). Paper which is somewhat absorbent must be used; unglazed blue or black paper (of which the colour must be unaffected by the fixative) for white-spored species. The piece of paper bearing the spore print is to be laid, spores upward, in a flat plate or platter on which a thin layer of fixative has first been poured. The fixative is al- lowed to soak up through from below, and should not overflow the edges of the paper. When it is certain that the spores as well as the paper are thoroughly soaked, the preparation is removed and dried; sometimes, to prevent sticking, being laid on moistened blotting-paper. The fixative to be used will vary with the species. For instance, the spores of Cantharellus cibarius and some others may be fixed by water alone. The following solution is recommended for Bo/eti and species with coloured spores: One part san- darac, two parts mastic, and two parts Canada balsam, dissolved in thirty parts of ninety-five per cent. alcohol. In the use of this it has been found that the time of soaking necessary to fix the spores is for Boleti,two minutes; Dermini, C oprinarii, Gomphidius, Paxillus, Russula, and Lactarius, four to five minutes; pink-spored agarics, also dark brown spored (as the meadow mushroom), and Cortinarit, six to eight minutes. It is important that the alcohol should be full strength. A gelatine solution is useful for white-spored species. This is prepared and used warm. Its strength varies with the species. Lepiota procera, Collybia radicata, and Clitocybe laccata may be fixed by a solution of one part gelatine to thirty of water. For species of Zyicholoma this is too strong, and one to sixty, or one to two hun- dred must be the formula. The difficulty arises here from the fact that an excess of 148 Fungi for the Herbarium gelatine makes the spores transparent and even invisible. Their opacity may be secured by previous treatment with a solution of one part mastic in thirty of ether. For certain kinds (7richoloma personatum, Lepiota granulosa, Amanitopsis vaginata, and others which experiment will discover), ten to twenty-five per cent. of alcohol must be added to the gelatine solution in order to make the spores adhere. Experience will doubtless show that other fixatives may be used. Gum arabic, for instance, suggests itself. This, however, if strong, is apt to cake the spores to- gether. If one method fails, invention and repeated trials must find a successful means, Reports are requested from all who engage in the amusement of making spore prints. To these a suggestion not without value is that dry agarics (like Marasmius and some Collybias) may be kept in a condition to shed spores by putting moistened blotting-paper under them. Another method of making spore prints is to spray them from an atomizer with a solution of white shellac in alcohol. A saturated solution should be made, and then diluted fifty per cent. with alcohol. THE SEARCH FOR A NamMe.—When looking up a name for a plant, the best plan is to use fresh specimens, and, if a good supply can be had, make a careful comparison of all, so as to be sure that the characteristics are normal and not due to injury. If the attempt to find a satisfactory description is not successful, preserve the specimens dried, together with full notes, and send a part of them to the State botanist for determination. The name of a fungus is not the vital thing. In pursuit of a name do not neglect the plant. Observe it as it grows and in its different stages. Make a friend of it, and you will find it good company. THE PREPARATION OF ROUGH-DRIED PLANTS FOR THE HERBA- RiuM—Put the dried plants in a place where they will absorb just moisture enough to make them pliant. Either put them ina box containing something damp, as a wet sponge, sand, or paper; or spread them where they can absorb the moisture of the atmos- phere without getting too wet. When pliant, bend the stem and cap so that they lie in the same plane, and arrange them in as natural a form as possible; then place them between driers of un- glazed paper, with a weight just sufficient to keep them from curling out of shape. Mountinc—The specimens may be placed loose in envelopes made by folding paper as for mosses or lichens, or they may be glued directly to mounting sheets, or they may be kept in boxes of varying sizes. 149 Fungi for the Herbarium SECTIONS-—A section of a fungus is a very thin slice cut from the plant by running a thin-bladed knife from the top of the cap down through the stem. When well made, sections of young and mature plants are valuable in addition to the notes and dried specimens. A section to be of any value must show the form of the cap; the attachment of the gills to the stem; the thickness of the stem; and the interior, whether solid, hollow, or stuffed. To preserve the section, it must be placed, while fresh, upon a sheet of gummed paper, and then covered with a sheet of waxed paper, and placed between driers, under heavy pressure. POISONING HERBARIUM SPECIMENS—It will be found necessary to use every means possible to keep insects from the herbarium, as fungi are particularly subject to such pests. In order that no eggs and larve may be packed away with the dried plants, it will be well to apply a poisonous solution to the specimens just after they have been moistened to be put into press. Professor Peck, the State botanist of New York, uses a solution made by dissolving strychnine in warm water, and then adding alcohol in sufficient quantities to make the mixture spread easily with a brush. Sulphate of strychnia..- 3 "si. Gu. ay =) Seeelmice Wanmiwater 2G eues meet atone ee OG SPOULICES Alcohiol’.j5) <-> 2) 2 en iG. at es A ee oecrs In addition to this precaution, the specimens must be kept where insects cannot get at them, or the havoc which they make will be disastrous. An ingenious person can improvise all the apparatus necessary for a successful collection of moderate size; and then, if his enthusiasm continues, he can provide himself with everything of the most improved style from dealers who make a specialty of botanical supplies. 150 ay ——o CHAPTER XV > FUNGI FOR: THE TABLE BEFORE you attempt to use fungi for the table be sure that they are edible ; the consequences which follow a mistake are too serious to warrant any risks. Unless you are experienced in making careful observations and comparisons, eat only those fungi which have been shown to you by some one who has tried them and knows them to be wholesome. If you are experienced in making careful observations and comparisons, and wish to make experiments, make them cautiously, using a small quantity of the fungus for the first trial, and, if no ill effects are felt, in- crease the amount until you are satisfied as to its edibility. There is no general rule by which one may know an edible species from a poisonous species. One must learn to know each kind by its appearance, and the edibility of each kind by experi- ment. : Some edible mushrooms change colour when bruised, some edible ones do not. Some potsonous mushrooms change colour when bruised, and some porsonous ones do not. Some mushrooms with bright colours, or viscid caps, or pleasant taste, or agreeable odour are edible, and some are poisonous. Some edible mushrooms will turn a silver spoon black, and so will some poisonous ones. Cautions for the Inexperienced Never use specimens which are decomposed in the slightest degree. Never use those which are at all burrowed by insects. Never collect, for food, mushrooms in the button stage, as it is difficult for a novice to distinguish the buttons of poisonous species from the buttons of harmless species. Never use fungi with swollen bases surrounded by sac-like or scaly envelopes. 151 Fungi for the Table Never use fungi with milky juice unless the juice is red- dish. Never use fungi with caps thin in proportion to the width of the gills when the gills are nearly all of equal length, especially if the caps are bright coloured. Never use for food tube-bearing fungi in which the flesh changes colour when cut or broken, nor those with the tubes reddish. Be very cautious with all fleshy tube-bearing fungi. Never use for food fungi with a web-like ring around the upper part of the stem. The novice may safely experiment with C/avarias, coral fungi, morels, and puffballs. THE Foop VALUE OF FuNGI.—Many people thoughtful for the welfare of those with limited opportunities for varying their bill of fare have hoped to solve the problem by introducing into more general use the varied and abundant fungi which grow everywhere throughout our country. In order to accomplish this object, bulletins have been published by the several agricul- tural departments, and have been distributed freely to those wishing to have them. The result has been that a wide-spread interest has been created in this branch of botany, and fungi have become a common dish on tables where they were never before seen. As accessories, for relish or variety, edible fungi are undoubt- edly valuable ; but that they can never take the place of meat, as many fondly hoped, nor rank very high as an essential food, has been shown by the experiments of Mr. L. B. Mendel in the Sheffield Laboratory of Physiological Chemistry, Yale University. Mr. Mendel has demonstrated by chemical analysis and by ex- periments in artificial digestion that the proportion of proteid matter—the material which meat supplies—is smaller than it was formerly supposed to be, and also that a large proportion of that present is not acted upon by the digestive juices. Since, also, the proportion of water to solid matter is very great, being from seventy to ninety per cent. in the most desirable edible species, it would be necessary that a man should eat a great many pounds of even the richest fungi in order to obtain the daily requisite of proteid matter necessary to maintain a healthy constitution. The specimens marked edible in this book have been repeat- 152 Fungi for the Table edly tried by many people, and without ill effects. Some marked edible are harmless, but poor, while others are extremely de- licious and appetizing. A few directions for preparing different species for cooking are given below, that those who wish to experiment may have the benefit of the experience of others. Receipts for cooking the common mushroom, Agaricus campestris, may be found in all complete cook-books, and these receipts as they are given or modified may be used for other kinds also, provided that the directions for the preparation of the different species are fol- lowed. To Keer MusHrooms TEMPORARILY.—Cleanse, remove the parts to be rejected, rinse in cold water the parts to be used, dry with a cloth, then put in boiling water and keep boiling for five or ten minutes. Drain, and wipe dry. To PREPARE THE EDIBLE AGARICS FOR COOKING.—Cleanse, cut off the stems and throw them away. Rinse the caps in ‘ cold water, drain, and leave in cold water acidulated with lemon or vinegar until just before using. To Toast Aacarics.—Dry with a cloth, dust with flour, put a little butter, pepper, and salt on the gills. Lay the caps, gills upward, on a wire-net toaster, over a moderate fire, and cook from five to ten minutes. To Bake Aaarics.—Dry with a cloth. Linea porcelain pie- dish with toast, spread the peeled caps on the toast, sprinkle with pepper and salt, and pour over them a few spoonfuls of thick cream. Cover with a plate, and place in a moderate oven for fifteen minutes. Serve hot. Or, Line the dish with toast dipped in hot water and buttered. Spread the caps on the toast, with half a teaspoonful of butter on each one. Cover, and cook in a warm oven for ten minutes. To Brow Acarics—Broil lightly on both sides over a bright fire. Arrange on buttered toast, sprinkle with pepper and salt. Put bits of butter or bits of toasted bacon on each, and set in the oven a moment. Serve hot. ; MusHRooms STEWED—Caps, peeled, one quart; butter, two tablespoonfuls; salt, one teaspoonful; pepper, one-third of a teaspoonful; water or stock, one-half cupful. Boil gently in a covered stewpan for five minutes. Or, Caps, peeled and cut in pieces, one pint; butter, one table- 153 Fungi for the Table spoonful; salt, one-half teaspoonful; pepper, one pinch. Simmer in a stewpan for ten minutes. To PREPARE RussuLaAs—Reject the stems and gills, but not the peel. Cleanse the caps, rinse in cold water, then put for a moment in boiling water, and dry with a cloth. Cook by the receipts given for agarics. To PREPARE FUNGI WITH MILKy JulIcE—Remove the stems, cleanse, rinse, and scald. Steep for six hours in a liquid pre- pared by mixing one wineglass of strong vinegar, one table- spoonful of salt, and one pint of water. Boil for ten minutes in salt and water. Cook by the receipts given for agarics. LACTARIUS DELICIOSUS—Known by its greyish-orange cap marked with brighter zones, and by its white milk. Also, LACTARIUS VOLEMUS—Known by its reddish-brown cap, two to five inches across, with stems of the same colour, and white milk. May be prepared by simply removing the bases of the stems and then rinsing in water. To PREPARE AMANITAS—Reject the stems and peel, and cook but a short time. To PREPARE CHANTERELLES—Cut off the base of the stems, rinse in cold water, soak in warm milk for six hours. Stew a long time with plenty of butter or stock. Use with meat hashes and stews, or in omelet. To Fry CHANTERELLES—Wash, slice, put in melted butter, and stir for ten minutes, simply keeping them warm. Add more butter, pepper, salt, crumbs of bread, and minced parsley, and fry over a hot fire. TO PREPARE CoprRINI—INK Caps—Use only young specimens. Remove the base of the stems, wipe with a damp cloth. Throw for an instant into boiling water. Fry in boiling butter or lard. Remove from the pan as soon as they break or sink. Serve on toast. To Prepare BOoLeTI—Remove the tubes with a spoon. Reject the stems. To PREPARE HYDNUM REPANDUM—Remove the bases of the stems, and scrape off the spines. They require little cooking. To Prepare Morets—Cleanse; rinse by shaking them in several waters, or run the cold water from the faucet over them until the pits are thoroughly cleansed. They require to be cooked for a long time. 154 Fungi for the Table To PREPARE BEEFSTEAK FuNGUS—Gather when of a light- red colour. Remove the hard base, cleanse in cold water. For salad—Cut in thin slices and serve with dressed lettuce. Minced—Mince fine, put in a stewpan with butter, three ounces to the pound. Season with salt, pepper, minced parsley, and onion juice. Stew gently for twenty minutes. Bind with egg-yolk beaten in cream, and serve with toast. This mince may be used with veal or chicken hash. To PREPARE GYROMITRAS.—Cleanse, cut in slices, boil in water fifteen minutes, then wash by shaking in two successive waters boiling hot. Dry on cloths, and cook as directed for morels. To PREPARE Woopy PoRE-BEARING FUNGI—POLYPOR&.—Take the soft parts of young specimens. Put in boiling water for a few moments, rinse in cold water, and dry on cloths. Spread with butter, lay in a stewpan, and cover; then keep them for ten minutes just warm enough to melt the butter. Strain, broil for fifteen minutes, or stew half an hour or more with gravy. To PREPARE CLAVARIAS AND BRANCHED HypNums.—Cleanse, throw into scalding water for a moment, and then put into cold water made acid with lemon or vinegar until they are to be cooked. Divide the large ones, and tie the small ones into bundles. Place in a stewpan with bits of butter laid on them. Cover the pan, and expose to heat enough to melt the butter. Leave for ten minutes, and drain. To Cook CLavarias.—Put into a hot stewpan with bits of butter; season with salt, pepper, and lemon juice. Cover closely, and stew for half an hour. Thicken with cream and flour, season to taste, and cook until tender. Clavarias may also be cooked as directed for agarics. To PREPARE PuFFBALLS.—Cleanse, peel, trim off the base. Cut in two pieces, and reject all those which are not pure white within. To Cook PurrBaLts.—Fry in lard five or six minutes, with bacon, parsley, onion juice, salt, and pepper; or cook as directed for agarics. To Cook THE GIANT PuFFBALL.—Cut in slices half an inch thick, dip in the beaten yolk of egg, pepper, and salt. Fry in boiling fat for five or six minutes. PUFFBALL SaALaD.—Cut in strips, and serve with green salad dressed with mustard, oil, and vinegar. 155 a AUTHORITIES CONSULTED ATKINSON. Studies and Illustrations of Mushrooms, I, II. Bull. Cor- nell Univ. Expt. Station, 138: 337-366, 7. 87-rr2. 1897. 168: 491-516, J. 83-97. 1899. BURNAP. Notes on the Genus Calostoma. Bot. Gaz., 23: 180-192, LLG. USOT. BURT. A List of the Vermont Helvellaceze, with Descriptive Notes. Rhodora, 1: 59-67, Pl. 4. 1899. — On Collecting and Preparing Fleshy Fungi for the Herbarium. Bot. , Gaz., 25: 172-186, Pl. 7g. 1808. The Phalloidee of the United States, I-III. Bot. Gaz., 22: 273-292, Pl. 11, 12 5 379-391. 1896. 24: 73-92. 1897. COOKE. Edible and Poisonous Mushrooms. 8vo, 78 plates. London, 1894. —— Illustrations of British Fungi. 8 vols., P/. z-77g8 London, 1881-1891. —— Mycographia. 2. 7-773. London, 1879. [Pezizales.] Mycographia. 1-10, 87-104, 179-206, 215-220 ; Pl. 7-4, 41-46, 81-96, zor, ro2, 1879. [Helvellales. ] COVILLE. Observations on Recent Cases of Mushroom Poisoning in the District of Columbia. U.S. Dep. Agr., 1897. FALCONER. Mushrooms : How to Grow Them. U.S. Dep. Agr., 1896. FARLOW. Edible and Poisonous Mushrooms. U. S. Dep. Agr., 1898. FRIES. Icones selecte Hymenomycetum, Holmiz. 2 vols. 1867-1884. HAY. Text-book of British Fungi. 8vo. London, 1887. MASSEE. A Monograph of the Geoglossee. Annals of Bot., 225-306, PT Tigh | VSOH. — A Monograph of the Genus Calostoma. Bot. Gaz., 23: 180-192, Pi. 1g. 1897. —— A Monograph of the British Gastromycetes. Annals of Bot., Vol. IV, No. XIII. November, 1889. MENDEL. The Chemical Composition and Nutritive Value of some Edible American Fungi. Am. Jour. of Physiology, 1: 225-238. 1898. 157 Authorities Consulted MICHAEL. Fiihrer fiir Pilzfreunde. 12mo, 55 plates. Zwickau, 1897. MORGAN. North American Fungi. Jour. Cincinnati Soc. Nat. Hist., Il: 141-149, PZ. 3. 1889. [Phallales.] North American Fungi. Jour. Cincinnati Soc. Nat. Hist., 12: 8-22, Pl. 1,2. 1889. 163-172, Pi. 16. 1890. 13: 5-21, Pl.z, 2. 1891. 14: 141-148. P/.5. 1892. [Lycoperdales. ] PECK. Reports of the State Botanist of New York, in the Regents’ Reports of the State Museum of Natural History, 22-51. Boleti of the United States. Bull. N. Y. State Mus., No. 8. 1888. STEVENSON. British Fungi. 2 vols. UNDERWOOD. Moulds, Mildews, and Mushrooms. New York, 1899. — On the Distribution of the North American Helvellales. Minn. Bot. Studies, 1: 483-500. 1896. WEBSTER. Notes on Calostoma, Rhodora, 1: 30-33. 1899. 158 NOTE It is customary, when writing the name of a fungus for scien- tific purposes, to append the name of the author who first published the appellation. The author’s name, for convenience, may be abbreviated. A list of such abbreviations as are used in this book is given below. BATSCH. BERK. Bosc. BULL. BURNAP. . Buxs. DC. DEsv. ELLIs. FR. HOLMSK. Hubs. LASCH. Lx. Augustus Batsch (1761-1802), German botanist. Rev. Miles Joseph Berkeley. Louis Bosc (1759-1828), one of the first collectors of fungi in the United States. Pierre Bulliard, 1742-1793. Charles E. Burnap, an American student. Johann Christian Buxbaum, 1693-1730. Augustin Pyrame de Candolle (1778-1841), a promi- nent Swiss botanist. Nicaise Augustin Desvaux, French botanist, 1784- 1856. J. B. Ellis. Mr. Ellis is a mycologist in the United States. The Ellis collection of fungi contains the largest number of types of any collection of Ameri- can fungi in existence. It is deposited in the museum of the New York Botanical Garden. » Elias Magnus Fries (1794-1878), a Swedish botanist, who laid the foundations for the study of the Basidiomycetes. Theodor Holmskiold (1732-1794), a Danish botanist. William Hudson (1730-1793), an English botanist. Wilhelm Lasch (1786-1863), a German botanist. Heinrich Friedrich Link (1767-1851), a German botanist. L.orLinn. Carl von Linnzus (1707-1778), a Swedish botanist, who revised the principles of classification and introduced what is known as the dinomial no- menclature. According to his method, the name of a plant is reduced to two words: the first, or 159 Note Mass. Mora. PK. PERS. ROZE. ScHW. Scop. SCHAFF. SACcc. VAHL. generic, name is a substantive or a word used as a substantive ; while the second, or specific, name is an adjective. Lactarius is the generic name of those fungi dripping milk, and deliciosus (delicious) the specific name for one edible species. George Massee, an English botanist. A. P. Morgan, an American botanist. Charles H. Peck (1833- ), the State botanist of New York. Christian Hendrik Persoon (1755-1837), a German botanist. Ernest Roze, a French botanist. Lewis David de Schweinitz (1780-1834), an Ameri- can botanist ; one of the first to make mycology a serious study. Giovanni Antonio Scopoli (1723-1788), an Italian botanist. Jacobi Christiani Scheffer (1718-1790), a German botanist. P. A. Saccardo (1845- ), an Italian botanist. Sac- cardo is the compiler of Sy//oge Fungorum, a work in Latin, containing descriptions of over forty thou- sand species. It is a most valuable work, as it has made accessible to workers throughout the world the greater part of the technical descriptive litera- ture upon the subject of fungi. Martin Vahl (1749-1804), a Norwegian botanist. The diacritical marks used in the pronunciation of the Latin names indicate the sounds of the same letters in the following list : 4 as in fat ti as in cut a “°= “fate uw ‘“ecute mM sane y. “ myth é ‘' meet yy eamy ¥ ee fin g ae gem Tete p e<2F eget 5° not Cc.) 3" ocat 6 ‘note Cyr cent 160 INDEX AND GLOSSARY Adnate, 35; united by growth ; said of gills when they are grown to the stem. Agaricaceze, 30, 32, 40, 46, 73. Agaricales, 14, 30. Agaricus, 39, 73. — abruptus, 77. — arvensis, 75. — campestris, 12, 75, 76. — cretaceus, 64. — hemorrhoidarius, 75. — how to grow, 73. — maritimus, 75. — placomyces, 75. — Rodmani, 75, 76. — subrufescens, 75. — sylvaticus, 75. Algze, 9. Algal-like fungi, 9, 17. Amanita, 34, 46. — Ceesarea, 50, 52. — Frostiana, 52. — muscaria, 52. — phalloides, 48. — to prepare, for cooking, 154. -— verna, 65. — young plant, 47. Amanitopsis, 34, 53, 88. — parcivolvata, 55. — vaginata, 54. — — var. alva, 54. — — var. fulva, 54. — — var. livida, 54. Anthurus, 26. — borealis, 121. Antidote, 48; anything that will counteract the effects of poison. II Arachnoid, 38 ; web-like. Armillaria, 34. — mellea, 61. bulbosa, 62. exannulata, 62. flava, 62. glabra, 62. obscura, 62. radicata, 62. Asci, 18, 19; the sacs in which the spores of the cup fungi are de- veloped. Ascoma, Ig, 20, 21; the disk-like body bear- ing the spore-sacs of the cup fungi and their allies. Ascomata, 20, 21; plural of ascoma. Ascomycetes, 17, 18, 135. Ascus, 17; singular of asci. Astreeus hygrometricus, 130. ete — ==) Var Vas ee Wellins SSE a ee NIC Basidia, 16, 17; enlarged cells bearing spores. Basidiomycetes, 14, 17, 97, 116. Bean seed to show embryo, ae Bear’s head, 2, 96. Beefsteak fungus, 103. — for salad, 155. — minced, 155. — to prepare, 155. Bird’s-nest, 24, 133. Bitter Boletus, 107. Black knot, 9. Boletaceze, 31, 44, I02. Boleti, 14. 161 Boleti, care 148. — to prepare, 154. —of the United States, of spores, 104. —which change colour, 104. Boletinus, 45, 102, 103. — pictus, 103. — painted, 103. Boletus, 44, 104. — Americanus, 109. bicolor, 105. calopus, 106. castaneus, 108. — chrysenteron, 106, cyanescens, 105. edulis, 109. eximius, 108. felleus, 107. — glabelius, 104. — mutabilis, 105. — pallidus, ros. — Peckii, 106. — purpureus, 107. — radicans, 106. Satanus, 107. scaber, 108. speciosus, I05. subtomentosus, I09. versipellis, 108. Boston Mycological Club,, 145. : Bovista, 128. — plumbea, 128. — section of, 128. Bovistella, 29, 124, 129. — Ohiensis, 129. Brackets, 2, 4. Brain-shaped Calvatia, 126. Branches, 7. Index and Glossary Brick top. p- 81.) Brick-red mushroom, 80. Button, 11, 12; the name given to a young mushroom, (Pl. opposite Coeesarea, 50. Ceesar’s mushroom, 51. Ceespitose, 145; growing in clumps, many plants from one root. Calostoma, 29, 123, 124, fe hig — cinnabarinum, 132. — lutescens, 132. — Ravenelii, 132. Calvatia, 28, 124, 126. — craniformis, 126. — cyathiformis, 128. — fragile coat, 126. — maxima, 127. — section of, 126. Cambium, 137; the deli- cate young cells be- tween the wood and bark. The inner be- come new wood ; the outer, new bark. Campestris, 76. Caninus, 120. Cantharellus, 36, 53. — cibarius, 148. — floccosus, 53. Cap, defined, 12. — membranous, 35. — ragged edge, 13. — scaly, 34. — smooth, 34. — striate, 50. — umbonate, 63. Capillitium, 25, 126; sim- ple or branched threads mixed with spores. — elastic, 126. Capitate, 21; having a dis- tinct head. Capitila. 136.) Caput-ursi, 96. Carbon, 4; an elementary substance found in plant and tissue. Cartilaginous, 36, 146; similar to the elastic tissue found at the ends of fresh bones. Caterpillar, fungus grow- ing on, 136. Cautions, I5I. Cell, 11 ; a living vegeta- ble unit. — spore, ITI. — club-like, 13, 14. Cervinus, 87. Chalk agaric, 64. Chanterelle hygrophorus, 59- — to fry, 154. — to prepare, 154. Chemical analysis, 152. Chestnut Boletus, 108. Chitonia, 83. Chlorophyll, 6, 144; the green coloring mat- ter of plants. Christmas greens, 5, 7. Chrysenteron, 106. Cibus Deorum, 51. Cinnabarinum, 132. Circinatus, 113. @lassio7. 15. kz Classification, 5, 7. Clathracez, 26, I17, 121. Clathrus, 26, 121. — cancellatus, 121. — columnatus, 121. Clavaria, 3, I4, 99. — aurea, 100. — botrytes, 100. — cristata, 100. — fellea, ror. — flava, 99. — formosa, Tor. 162 (Pl. opposite p. animal Clavaria, golden, Io0o. — pale yellow, gg. — pistil, ror. — pistillaris, Ior. — red-tipped, roo. — to cook, 155. — to prepare, 155. Clavariacez, 30, 98, gg. Clavate, 21 ; club-shaped. Clitocybe, 35, 68, 70. — laccata, 70. — care of spores, 148. Clitopilus, 37, 88. Collector, notes of, 145. — outfit of, 147. Collybia, 35, 66. — care of specimens, I50. care of spores, 148. familia, 67. radicata, 66. radicata, care of spores, 148. — velutipes, 66. Columella, 125; the ex- tension of the stalk into the spore case of a puffball. Common mushroom, 76. Context, 42; the tissue immediately in con- tact with a specified part. Coprinarii. See Coprini. Coprini, care of spores,148. — to prepare, 154. Coprinus, 40, 89. — atramentarius, 9I. — comatus, iii, v, viii, 90. — micaceus, gI. Coral fungi, 98. Coral Hydnum, 97. Cordyceps, 136. Corollas, 6; the interior envelop of a flower. Cortinarii, care of spores, 148. Cortinarius, 38, 85. — alboviolaceus, 87. Cortinarius violaceus, §7. Count de Vecchi, 49. Craniformis, 126. Craterellus cantharellus, 73- Crested Clavaria, 100. Crucibulum, 133. Cup fungi, 19, 137. Cup-shaped puffball, 128, Cyathiformis, 128. Cyathus, 133. Czar Alexis, 49. Deedalea, 43. Death Cup, 48. Deconica, 39, 82. Decurrent, 35; growing down the stem ; said of gills. Deliquescent, 26 ; dissolv- ing or melting away. Destroying Angels, 2. See Death Cup. Dictyophorus, 27. Dissemination, of seeds, 6; the act of scat- tering. — of spores, 4, 118, 126, 131, 133, 137. Early Pholiota, 84. Earth-stars, 123, 129. Earth-tongues, 138. Eccilia, 87, 88. Edible Boletus, 109. Elaphomyces, 136. Elias Fries, 97. Elm Pleurotus, 58. Emetic Russula, 68, Entoloma, 37, 88. Fairy clubs, 9. Fairy-ring mushroom, 66. Fairy rings, 3. Families, 7, 16. Fat Pholiota, 83. Favolus, I15. — areolarius, I15. Fawn-coloured Pluteus, 87. Fernwithspore capsules, 8. Fertile gleba, 125. Fibrillose, 146; furnished with fibres. Fistulina, 44, 102. — cavipes, 103. — decipiens, 103. — hepatica, 102. — paluster, 103. — porosus, 103. Fistulose, 146; hollow through the whole _ length. Flexuous, 146; bent alter- nately in opposite directions, Flint-stone, 127; a stone formerly used for ob- taining sparks. Floccose, 45; clothed with locks of soft hair or wool. Flocculent, 52; woolly. Flowerless plants, 5. Fly Amanita, 49. Food of the gods, 51. Frog-spittle, 6. Fruiting portion, 12, 13. Fithrer fiir Pilzfreunde, 104. Fungi, defined, 4. — for food, 1, 151. — for the herbarium, 145. — for the table, 151. — not grewsome, 2. — habitat, 2. — how to grow them, 73. — number of, I5. — poisonous, I, 48, I5I. — typical parts, 12. —with gills, 30, 32-40, 46-92. — with milky juice, 92, 93. — with pores, 42, 44, 102, 155. —with spines, 23, 41, 94-97. 163 Index and Glossary Fungi with teeth, 94- 97- Fungus plant, 9. Fusiform, 40; cylindrical, tapering gradually to each end. Gasteromycetes, 2, 3, 14, 24. Geaster, 28, 124, 129. — hygrometricus, 130. — minimus, 130. Gelatinous fungi, 116. Genera, 7, 16. Geoglossacee, 21, 138. Geoglossum, 139, — glabrum, 139. — hirsutum, 139. Giant puffball, 127. Gills, 12. — forked, 53. — notched, 58. — structure, 13. — toothed, 56. — waxy, 61. Glabrous, 50; not hairy. Gleba, 26, 117; the spore mass of the pouch fungi. Glistening Coprinus, gI. Globose, 40; having or approaching a spher- ical form. Golden Clavaria, 100. Golden-flesh Boletus, 106. Golden Peziza, 138. Gomphidius, 4, 92. — fixing spores of, 148. Grandinia, 94. Grass spikelet, 7. Gray-gilled mushroom, 79. Green Russula, 68. Greeks, I. Guepinia, 116. Gyromitra, T4I. — esculenta, I4I. — to prepare, 155. 20, 140, Index and Glossary Habitat, 145; the locality where a plant natu- rally lives. Haschisch, 49; an intoxi- cating preparation of the Indian hemp. Hedgehog Hydnum, 97. — mushroom, 94. Helvella, 20, 140. — elastica, 142. — lacunosa, 143. — — diagrammatic draw- ing, 143. — — section of stem, 143. Helvellacez, 20, 140. Helvellales, 19, 138. Hirneola auricula-Jude, 116. Honey-coloured Armilla- fia) On. Host, 22; the plant or animal which sup- ports a parasite. Hydnacez, 32, 94. Hydnum, 14, 32, 41, 94, 116. — albidum, 95. — branched, to prepare, 155. — caput-meduse, 97. — caput-ursi, 96. — coralloides, 97. — echinaceus, 97. — imbricatum, 96. — repandum, 95. — rufescens, 95. Hydrogen gas, 4; one of the elements found in plant and animal tissue. Hygrophanous, 145; opaque when dry, and transparent when moist. Hygrophorus, 35, 59. — cantharellus, 59. — eburneus, 61. — miniatus, 60. Hygrophorus, var. flava, 60. — var. flaviceps, 60. — var. flavipes, 60. — var. rosea, 60. Hymenogastrales, 133. Hymenomycetes, 2, 14. Hypha, 11; a thread-like strand of the vegeta- tive part of a fungus. Hypholoma, 39, 78. — capnoides, 79. — elzxodes, 80. — epixanthus, 79. — fasciculare, 80. — incertum, 80, 81. — perplexum, 78, 79. — sublateritium, 81. Hypocreales, 18, 136. Imperial mushroom, 51. Incertum, §o, 81. Indian pipe, 7. Ingenious stamens, 6. Ink-caps, 89. Inky Coprinus, 91. Irpex, 94. Ivory Hygrophorus, 61. Jew’s Ear, 116. Judas’s Ear, 116. Juice, milky, 32. — watery, 32. Juvenal, 1 ;a Roman poet, first century A.D. Kaiserling, 51. Key, 15-45. Lachnocladium, 99. Lactarius, 32, 92. — care of spores, 148, — channeled, 33. — crisped, 33. — deliciosus, 154. — entire, I. — ligniotus, 93. — pipevatus, 92. 164 Lactarius, to cook, 154. — to prepare, 152. — volemus, 154. Lamellz, 12. —acute 35; the edges thin, not blunt. — adnate, 35; grown to the stem. — brittle, 35. — decurrent, 35 ; growing down the stem. — entire, 47. — free from the stem, 34. — obtuse, 36. — shallow folds, 36. — simple, 33. — sinuate, 35. — splitting deeply, 33. — toothed, 32. — villous, 33; with soft hairs. — waxy, 35. Larch canker, 137. Large club, ror. Latticed Clathrus, 121. Leaf-green, 4, 6, 15, 144. Lentinus, 32. — lepideus, 56. Lenzites, 43. — betulina, 113. — separia, II4. Lepiota, 34. — Friesii, 65, 66. — granulosa, care of spores, 149. — naucinoides, 64. — procera, 63. — — care of spores, 148. Leptonia, 88. Light from dry rot, 2. Liverworts, 5, 7. Lycogala epidendron, I44. Lycoperdales, 25, 28, 123. Lycoperdon, 29, 124. — cyathiforme, 128. — giganteum, 127. — maxima, 127. — pyriforme, 125. oid Lycoperdon, section of, 124. — subincarnatum, 125. Lycopodiums, 7. Majoon, 4g; an intoxicat- ing confection of India. Maned agaric (see Coma- tus), li, v, vili, go. Marasmius, 33, 65. — care of spores, 149. — oreades, 66. Marchantia polymorpha,7. Masked Tricholoma, 72. Medusa's head, 97. Mendel, 152. Membrane fungi, 14, 22. Merulius, IIo. — lacrymans, IIo. Mitrula, 21. — vitellina, var. irregula- ris, 140. Morels, 140, 154. — to prepare, 154. Morchella, 21, 140, I41, 142. — angusticeps, 142. — bispora, 142. — deliciosa, 142. — esculenta, I41, 142. — section of, 141. — semilibera, 142. Mould, 2. — on bread, 9g. — on food, 2. — on dead fly, 9. Mould-like fungi, 15, 77. Mounting, 149. Mount Marcy, 68. Mucronella, 94. Muscaria, 49. Muscarine, 50; a poison found in A. muscaria. Mushrooms, baked, 153. — broiled, 153. — stewed, 153. — toasted, 153. Mushrooms, to keep, 15. — to prepare, 153. Mutinus, 27. — bambusinus, 120. — caninus, 120. — embryo plant, 120. — young plant, 120. Mycelial threads, 117, 123. — luminosity of, 63. Mycelium, 11, 110, 136. — food provider, 13. Mycena, 35, 55. — hzematopoda, 55. Myxomycetes, 144. Name, not a vital thing, 150. — the search for, 150. Nidularia, 133. Nidulariales, 24, 133. Nolanea, 88. Odontium, 94. Offensive fungi, 117. Omphalia, 35, 68. — umbellifera, 68. Orange Amanita, 50. Orange-cap Boletus, 108. Orders, 7, 16. Oreades, 3. Oxygen, 4 ; one of the ele- mentary substances which, chemically united with carbon and hydrogen, forms plant tissues. Oyster mushroom, 57. Painted Boletinus, 103. Panzolus, 92. Panus, 33. Paraphyses, 135; jointed thread-like bodies found accompanying the spore-sacs of cer- tain fungi. Parasite, 22; that which lives by taking its 165 Index and Glossary food from living plants or animals. Parasite, Cordyceps, on Elaphomyces, 136. Parasol mushroom, 63. Paxillus, care of spores, 148. Peach cure, 9. Pear-shaped puffball, 125. Peridium, 14, 23, 24, 25, 123; the thickened covering to a puff- ball. Perithecium, 58 ; a round- ed, oval, pear-shaped, or beaked body in which the spore-sacs are developed. Perplexing Hypholoma, 78, 79. Perplexum, 78. Reziza\s 224337; — eruginosa, 137. — aurantia, 138. — odorata, 137. — Willkommii, 137. Pezizales, 19, 20, 137. Phallaceze, 27, I17. Phallaless245 107, 220. Phallin, 48; a deadly poison found in cer- tain fungi. Phalloides, Amanita, 48. Phallus, 27. — impudicus, 117. — section of young impu- dicus, I1g. Phlebia, 94. Pholiota, 38. — adiposa, 83. — limonella, 83. — precox, 84. Phycomycetes, 9, 17. Phyle, 7. Physalacria, 98. Pileus, 146; the cap of a mushroom. Pilosace, 39, 82. Index and Glossary Pinkish puffball, 125. Pistachio nuts, 78. Pistil of St. Johnswort, 6. — of violet, 6. Pistil Clavaria, 101. Pistillaria, 98. Pleurotus, 32. — ostreatus, 57. — sapidus, 58. — ulmarius, 58. Pliny, 135. Pluteus, 37. — cervinus, 87. Poison Amanita, 48. Poisoning, cases of, 49. —of herbarium sheets, 150. — recipes for, 150. Poisonous, 48, 49, I5I. Pollen, 4, 6. Polypodium vulgare, 6. Polyporaceze, 31, 42, 102, 109. Polypori, 110, — to prepare, I55. Polyporus, 42. — applanatus, 110. — arcularius, I12. — circinatus, 113. — conchatus, IIT. — fomentarius, IIo. — perennis, III. — pergamenus, III. — squamosus, II2. — sulphureus, III. — velutinus, III. Pores, 14; the openings of the spore-bearing tubes. — easily separating from ihe adjoining tissue, 44, 102. — in radiating rows, 102. — in the form of tubes whose mouths are separated, 44, 102. — long-hexagonal, 43. Pores, permanently united to adjoining tissue, 42, 102. — separating with diffi- culty, 45. — to prepare woody, 155. Pouch fungi, 14, 23, 123. Pruinose, 146; as if frost- ed with a bloom or powder. Psathyra, 39, 82. Psathyrella, 40, 92. Psilocybe, 39, 82. Protoplasm, 144; the vis- cid, contractile, semi- fluid substance of an animal or vege- table cell. Protozoa, 144; unicellular microscopic animals. Pterula, gg. Puffballs, 3, 4, 123. — salad, 155. — to cook, 155. Purple Boletus, 107. Pycnodon, 94. Radulum, 94. Resupinate, 31. Ring, 12. — movable, 63. Rodman’s mushroom, 76. Romans, I. Rough-dried plants, 149. Russia, 49. Russula, 3, 35. — care of spores, 148. emetica, 68. heterophylla, 70. — to prepare for cooking, 154. virescens, 68. Salmon fungus, 9. Saprophytes, 123. Scaly Lentinus, 56. Schizophyllum, 33, 67. Sclerodernia, 133. 166 Scleroderma vulgare, 134. Sclerodermatales, 25, 133. Seed-boxes, 6, 8. Sensitive plant, 89. Shaggy-mane, il, v, viii, go. Shelley, 1, 2, 89. Silver fir, 6. Simblum, 26. — rubescens, 122. Sinuate, 35; said of gills which have a notch or recess near the stem. Slime fungi, 144. Smallest Earth-star, 130. Smith, Rev. Gerard, 3. Smokeballs, 123. Smooth Lepiota, 64. Smuts, 2, 14, 22. Sparassis crispa, 99. Spathularia, 21, 138. — velutipes, 138. Species, 7, 16. Specimens, 7. — care of, 147. Spencer, 2, 5. Spheeriales, 136. Sphzrobolus, 133. Spines, 14, 41. Spore-dust to stanch blood, L277, Spore print, 4. — receptacle, Io. Spore-sac fungi, 9, 17, 18, E35. Spores, 11; single cells which serve the same purpose for fungi as seeds do for flowering plants. — black, 32, 46, 89-92. — brown, 38, 73-53. — colour, 4. — collecting of, 147. — dark brown, 32, 73-83. — dissemination of, 4, 118, 126,131,133,137- — elliptical, 72. — fusiform, 40. Spores, how formed, 12. — in a definite rind, 14, 235.023. — on spicules, 9. — pink, 36, 46, 87, 88. — purplish-brown, 32. — rough, 69. — rosy, 32, 87, 88. — rusty brown, 83-87. — salmon, 32, 87, 88. — violet, 32, 58. — white, 32, 46-73. — yellowish - brown, 83-87. Spreading Hydnum, 195. State botanist, 150. Stem 12. 1. — cartilaginous, 35. — central, 60. — characters of, 46. — cup at base, 47, 49, 50, 54, 88. — eccentric, 56. — fleshy, 5. — hollow, 50. — lateral, 58. — mealy, 46. — rusty, 46. — smooth, 46. — solid, 56. — swollen base, 48. — wanting, II3. Sterigmata, 9, 17; the slender stalks or spicules upon which 32, 46, 32, the spores of the Basidiomycetes are borne. Sterile, 29 ; not containing spores, — base, 125. Stinkhorns, 24, 26, 117,123. Stipe, 12; stem of fun- gus, Striate, 35, 50; said of the cap when marked with radiating straight lines on the margin. Strobilomyces, 192. Stroma, 136; a compact mass of mycelium which unites the pear-shaped __ bodies in which spore-sacs are contained. Stropharia, 39, 82. Sulphury polyporus, 111. Sistotrema, 94. Tall Lepiota, 63. Thelephoracee, 73. Tinder, 127; dry material which will ignite without explosion when in contact with a spark. Toadstool, 2, 8. Tox-albumins, 48; poi- sonous proteids pro- duced by bacteria. Trama, 42; a middle tis- sue between two lay- ers of spore-bearing tissue. Trametes, 42, II0, I13. — cinnabarina, II3. — pini, 113. — suaveolens, I13. Tremellines, 22. Tremellodon, 116. Tricholoma, 35. — care of spores, 148. — personatum, care spores, 149. of 167 Index and Glossary Tricholoma personatum, var. bulbosum, 72. Trogia, 33. Truffles, 18. Tuberales, 18, 30, 135. Tufted yellow mushroom, 80. Tunbridge ware, 137. Typhula, 98. Umbilicate, 146 ; provided with a central depres- sion, Umbonate, 63; provided with a central promi- nence. Uncertain Hypholoma, 8. Variable Russula, 70. Veil, 12, 113; the mem- brane which covers the spore surface of a fungus in the young stage. Velvety Spathularia, 138. Verdette, 68. Vermilion Hygrophorus, 60. Vernal Amanita, 65. Vibrissea, 139. — circinans, 140. — truncorum, 139. Volva, 34, 46, 52. — of mutinus, 120. Volvaria, 36, 88, Water-measuring Earth- star, 130. White Hydnum, 95. Wrapper, 47, 49, 50, 51, 54- Xylaria, 136. Yeast plant, 9. 6 2400 ct 6b 0 Ol 6€ 2 WALI SOd JIHS AVG JONVY OG “>.