RMREE441–. Comparative morphology of Fungi. Fungi. 86 COMPARATIVE MORPHOLOGY OF FUNGI cance is still obscure; possibly it is the dynamic center of the poly- energid egg or an organ of nourishment for the nucleus. In the antheridium also the nuclei go through two mitoses (Fig. 52, 4); the conjugation tube penetrates to the vicinity of the coenocentrum, dissolves at the tip and about 100 nuclei enter the egg; they approach the female nuclei and slowly fuse with them (Fig. 52, 5 and 6). Here- upon the fertilization tube and the coenocentrum are dissolved, the egg is surrounded with an exospore near which
RMPG0RDT–. The fungi which cause plant disease . Plant diseases; Fungi. 454 THE FUNGI WHICH CAUSE PLANT DISEASE Pluteus Fries (p. 450) Pileus fleshy, regular; separating easily from the stipe; gills free; volva and annul us both absent; spores elliptic. P. cervinus Scha. Fig. 323. Cap large, 5-16 cm. wide, usually some shade of browTi, from grayish or yellowish to blackish-brown, more or less fibrous or hairy on the disk, some- times sticky, convex or plane; stem 7- 15 cm. by }^-l cm., brownish, smooth or black-hairy, solid; gills free, pink, broad; spores pink, rarely greenish, globoid, 7-8 X 5-6 n. A
RMRJYG66–. Atlas des champignons comestibles et vnneux. Mushrooms -- France; Fungi -- France. Diifour, Champià nons. Planche 20. N9 4-5. Hygr. conicus Hysr. conique. (suspccLl. CanLharellus cibarius. Chante relie comestible. N94-6.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Dufour, L. (Lon), 1861-1942. Paris, P. Klincksieck
RMPG4B82–. Minnesota mushrooms ... Botany; Mushrooms. PORE FUNGI 89 smooth; tubes adnate, whitish, then pinkish, turning blackish where bruised; spores dull pink, elliptic, 10-12 X 5-6/m. The name refers to the color. On the ground in woods, summer and autumn; excellent. Boletus felleus Gall Boletus C a p 7-20 cm. wide, yellowish to yellowish-brown, or red-brown, smooth, con- vex to plane; flesh white, sometimes becoming pinkish where bruised, bitter; stem 5-10 cm. by 1-2 cm., like the cap in color or somewhat paler, smooth, some-. FiGURE 54. Boletus edulis what netted above; tubes adnate, white, mouth
RMRDH7N6–. Illustrations of British Fungi (Hymenomycetes) to serve as an atlas to the "Handbook of British fungi". Fungi; Botany. lOXo-6. r» %. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Cooke, M. C. (Mordecai Cubitt), b. 1825; Cooke, M. C. (Mordecai Cubitt), b. 1825. Handbook of British fungi. London, Williams and Norgate
RMPG3HAN–. British fungus-flora. A classified text-book of mycology. Fungi. 236 FUNGUS-FLOEA.. FIGUKES ILLUSTRATING THE SEODOSPOBAE. Fig. 1, Claitdopus depluens; a large specimen; nat. size;—Fig. 2, Tsectiou of same ; nat. size;—Fig. 3, spores of same; X 400;—Fig. 4, J'luteus pellitus and section of same; nat. size;—Fig. 5, spores of same ; X 400;—Fig. 6, Nolanea pascua; lialf nat. size;—Fig. 7, section of «ame; half nat. size ;—Fig. 8, spores of same; x 400 ;—Fig. 9, Volvaria. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - c
RMRH2T3F–. The British rust fungi (Uredinales), their biology and classification. Uredineae. GYMNOSPORANGIUM 307 JEcidia on leaves, branches and acantha, G. monogyna, Mespilus ger- manica, Cydonia vulgaris, June— August; teleutospores on Juniperus Sabina, April and May ; uncommon. (Fig. 232.) The cour.sG of the life hi.story of this species is identical with that of the pre- ceding. It is distinguished by its shorter and broader teleutospores, which resemble those of 6'. iSahinae, but the ajcidia are quite different from those of that species and resemble those of G. clavariaeforme. The ascidia of O. c
RMPG4AT8–. Minnesota mushrooms ... Botany; Mushrooms. SADDLE FUNGI 143 Leotia lubrica Cap 5-15 mm., wide, S-10 mm. tall, yellow to yellowish green or dark green, smooth but often fold- ed and wavy at the margin, gelatinous, in- flated, hemispheric; stem 1-6 cm. by 3-S mm., yellowish to greenish, powdered, hollow; spores clear or greenish, oblong, 2- 4-celled, 18-22 X 4-5;U.. The name refers to the slimy texture. On the ground in woods, often on sandy soil; not tested. CUDONIA Resembling Le- otia, but the cap fleshy, with the margin free from the stem but rolled inward. The cap is more or less globose.
RMRG9ABH–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. Griff. f.t Maubl. del. 1-2. Melanconis modonia Tul. forme conidienne. 3-6. Coryneum Kunzei Corda.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPG4B49–. Minnesota mushrooms ... Botany; Mushrooms. CORAL FUNGI 109 .SPAK.V.S.SI.S Cap much branched forming a dense rusette of flat leaf-like branches, l-'clible. The name means torn to pieces, and refers to the greatly branched cap. Sparassis crispa Leaf Coral Cap 10-50 cm. wide by 6-30 cm. high, "whitish to yellowish, the branches some- what trans])arent, flat, curly at the edge, joined below into a root-like base; spores yellowish, ellipsoid, 5-6 >^ 3-4/i. The name refers to the curled branches. ()n grcund in woodland and grassland, summer and autunni; delicious.. Figure 73, Sp,k.vssis c
RMPG4B53–. Minnesota mushrooms ... Botany; Mushrooms. TOOTH FUNGI I OS pointed at one end, clear or yellowish, 5-8|U. The name refers to the depressed cap. Common on the ground in woods, usually in troops, summer and autumn ; ex- cellent, but requires to be cooked slowly for about an hour. Hydnum zonatum Zoned Hydnum C a J) 2-5 cm. wide, rust-colored to rust-brown, smooth, distinctly zoned, thin, fleshy-leathery, more or less wrinkled radiatelv, plane, then more or less depressed; stem 1-3 cm. by 4-6 mm., hairy or tufted, somewhat paler than the cap, swollen at base: teeth 2-3 mm. long, rust-colored; s
RMRG92BF–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. ÊÙlL. de la soc. MYC. de FRANCE. t. Jixiii, PL. xxiii.. 6. Bainier, ad. nat. del. et se. Syncephalastrum cineream n. sp.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPG45GH–. The fungi which cause plant disease . Plant diseases; Fungi. 620 THE FUNGI WHICH CAUSE PLANT DISEASE. Fia. 418.—Macro- sporium cucumer- iuum on cante- loupe. After Chester. mm. in diameter; conidiophores fasciculate or solitary, subgeniculate, 1 to 3-septate, 35-50 x 5-6 m; conidia clavate, slender-stipitate, 3 to 8-septate, somewhat constricted, submuriform, 30-75 X 15-25 n; pedicel 25-35 /i long. On leaves, stems and fruits of cantaloupes. M. cladosporioides Desm. is on beet, lettuce, onion and many other hosts. M. verrucosum I.utz. occurs on cacao; M. gramineum Cke.'^* on sugar cane. M. u
RMRDWB3C–. British plants; their biology and ecology. Botany; Botany; Plant ecology. THE BIOLOGY OF THE SOIL 95. three stages. Each stage is effected by a different kind of bacterium. In the first, compoundB of ammonia are produced, but these can only be effectively util- ized as food by fungi. If air is plentiful, these ammonium - compounds are converted into ni- trites, and finally into nitrates. In the form of nitrates, they constitute the sole source from which the green plant obtains its nitrogen. (6) Nitrogen - Bacteria. —A few bacteria, how- ever, are able to assimi- late the free nitrogen that
RMPG45G6–. The fungi which cause plant disease . Plant diseases; Fungi. 628 THE FUNGI WHICH CAUSE PLANT DISEASE C. apii Fr. Spots amphigenous, subcircular, pale-brown, 4-6 mm. in diame- ter, with a more or less definite elevated margin; conidiophores hy- pophylous, light-brown, fasciculate, con- tinuous or 1 or 2-septate, subundulate, 40-60 X 4-5 n; conidia hyaline obclavate, or almost cylindric, 3 to 10-septate, slen- der, 50-80 xi II. A serious leaf spot is produced on celery, parsnips, etc.'^""'^^ C. beticola Sacc."' ^sa Spots amphigenous, brownish, purple- bordered, becoming ashy cen
RMRG91XM–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULLETIN DE LA SOCIÉTÉ MYCOLOGIQUE DE FRANCE T. XXXIX, Pi. XI. <20 gjJA 13-tSju. x S-6/u. B D. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPG46AX–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 271 cylindric to broadly clavate, blunt, 45-55 x 9-10 n; spores curved, continuous, granular, 13-15 x 5-6 /i. Conidia (=Glceosporium psidii), acervuli subepidermal on defi- nite spots, 90-120 ju; conidiophores hyaline, cylindric, 15-18 x 4-5 ju; conidia elliptic, oval, hyaline, 10-13 x 4-6 /t. Artificial culture studies by Sheldon ^*'' ^* demonstrated the ascigerous stage. Extensive study was made of the growth on. FiQ. 200.—G. piperata, 99, perithecium external and in sec- tion. 100, asci in det
RMREE3YY–. Comparative morphology of Fungi. Fungi. ZYGOMYCETES 107 This line of development is continued through Chaetostylum Fresenii (Thamnidum chaetocladioides). Here, under unfavorable conditions of nourishment, the terminal sporangia abort (Fig. 64, 6) and only with adequate nourishment again bear true apical sporangia (Fig. 64, 5). In these two species the terminal sporangia already have declined in number, as the sporangioles predominate, while in Chaetocladium they disappear entirely, never to reappear. In this genus, the sporangi- oles also degenerate. They become monosporous so that the spore
RMPG4H6M–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICFI CAUSE PLANT DISEASE 45 strict!}' intercellular. Wound inoculations in muskmelon generally gave complete decay in from three to seven days. Similar inocula- tion of citron and cucumbers resulted in decay, though inoculation into squash did not. No decay of musk- melon followed applications of the bacteria to unbroken surfaces. B. mycoides Flugge. (Group number -22.1 8-.) Rods thick, 0.95 x 1.6-2.4 n, usually in long threads, sporiferous. Spores elliptical, 1.3-1.48 X 0.7-0.9 mm. Gelatine colonies white with mycelium
RMRHD9AG–. The book of the dairy : a manual of the science and practice of dairy work. Dairying. THE LOWER FUNGI. 91 proved by Pasteur by direct and unbiassed observations to V»e true for the phenomena of fermentation, viz., that these processes were effected by minute organisms of the class of bacteria, fungi, and protozoa. When it was soon further proved that certain bactei*ia must be regarded as the undoubted causes of different infectious. Fig. 27.—Different Forms of Bacteria. a. Coccus; 6, diplococcus; c, streptococcus; d, staphylococcus; e, bacterium; /, bacillus; ^, spirillus; h, kladothrix; i,
RMPG4AXP–. Minnesota mushrooms ... Botany; Mushrooms. SADDLE FUNGI Key to the Species Base of cap united with stem a. Ridges acute at edge b. Ridges obtuse at edge Base of cap not united with stem 137 M. crassipcs M. csculcnta M. Iiybrida Morchella crassipes Broadstem Morel Cap 4-10 cm. tall, 3-6 cm. wide at base, tan to tan-brown, pits deep, the ribs wavy and irregular, ^Yith an acute edge, more or less conic; stem 3-12 cm, by 2-6 cm., white or whitish, more or less furrowed and roughened, hollow; spores clear, elliptic, smooth, 20-22 X 10-1 2/x. The name refers to the broad stem. On the ground in woo
RMRDCETY–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. 3«6 DIVISION II.—COURSE OF DEVELOPMENT OF FUNGI. for ourselves of the only possible form of the parts when enclosed in the peridium. The cavity of the stipe is in this case also opened wide between the lobes ; the somewhat more persistent outer layer of the gleba with its thin walls makes no difference in this respect. To arrive at the form of Phallus caninus or Simblum, we must have the stipe closed at the apex and projecting in a conical shape into the gleba, and th
RMPG45ND–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 549 C. carica S. & H/-"' «» Acervuli brown, becoming black, hemispherical, numerous, small, 85-250 m, bearing 1-12 (or often 0) long, slender, irregular setae which are dark throughout, acute, rigid, septate, 2-6 x 22- 106 IX, conidia regular, oblong, obtuse, 3.5-6.6 . 8.7-20; conidio- phores slender, 1-2 x 45 ;u, hyaline. It is the cause of a decay of figs in the United States. C. ampelinum Cav. is on grape leaves. C. glceosporioides Penz. Acervuli sparse or scarcely gregarious, subepi
RMRG9318–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. Figure 5. — Herpo- myces diplopterœ Thaxter cf (demi schématique d'a- près Thaxter). Figure 6.— Herpo- myces zanzibari- nus Thaxter cf demi schématique, d'après Thaxter.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPF9FME–. Deutsche Flora. Pharmaceutisch-medicinische Botanik. Ein Grundriss der systematischen Botanik zum Selbststudium für Aerzte, Apotheker und Botaniker. Plants; Medicinal plants. 128 Fungi. Ascomycetes.. Fig. 53. * Fruclitanli. an der Spitze gekrümmt, Hyplio-Gonklien wie bei den folgen- den beiden Gruppen in Ketten, Unciuula Lev. : E. aduuca LL 53. 4. 6. E. Salicis DC. Anhänge im Umkreise der sehr kleinen Frucht zahlreich, etAvas länger als deren Durchmesser, einfach; Saamen 2 â 4 in jedem Schlauch. Auf Salix, Populus, Artemisia. Var. Ã. ülmorum LI: auf Ulmus. E. prunastri DC. E. Wallrothii
RMRH09PY–. Bulletin. Mycology; Fungi; Botany. BULL DE LA SOC MYC. DE FRANCE. PL. VIL. L COLLYBIA EXCENTRICA. — 2 COLLYBIA (?) BULPIPES. 3. COLLYBIA BISULCATA. — 4. CLITOCYBE FLAVOCERINA. 5. COLLYBIA CAVIPES. — 6. CLITOCYBE ALBO-ROSEA.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Socie?te? mycologique de France. Epinal : Victor Collot
RMPG0RBY–. The fungi which cause plant disease . Plant diseases; Fungi. Fig. 336.—P. solitaria. 1-month-old colony on apple agar. After Scott and Rorer. The fimgus was grown in pure culture and its identity on twig, leaf and fruit was shown by cross inoculation. P. persicae Sacc. is common on peach leaves. P. piricola Sacc. & Speg. is foimd on apple and pear. P. limitata Pk.'" is reported as the cause of an apple leaf spot. Spots round minute, 2-6 mm., brown or reddish; pycnidia epiph- yllous, black, few, punctiform; spores ellipsoid, 7-8 x 4 jn. P. mail P. & D. occurs on apple and pear. P
RMRG9A99–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. Fig. 5. — Arrosage des meules ensemencées et gobetées.. Fig. 6. — Apparition des premiers champignons ou marques qui correspondent aux places ensemencées.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPFG602–. Das system der pilze und schwämme. Ein versuch. Fungi. b) vgcJ^elbenHatf erfd^trcimm. Vaginata. (ibmt ober fc^ujjpijjcr ^ufl^; eine meite, fc^eibenformiäe ^üüc, feinSlm^; Jertur, Sc^Ictut^Ia^e bei: ooriäen,— ®ie rmi3lofe 2tm.inttii. 4. Oeffiefelter 2(f)eibcnb(ätterfcf)Hjamm. Agaricus Vaginata ocreat». Holmskj. Fung. Dan. II. p. 64. Tab. 36. — X5er ^utf) geiüclbt, rotfjbraun, bccjt- unb fJacfjfcfjuppig; ber ^e von ber iDaljenfi^rmigen, fd)ief8ertu()ten, fifjuppigen. braunen -Oi'iUe befletbef, 'Blatter graulyj). l;urd)me|Tcr bei K'Ut^i 430"' ganje ^'tb)C 5 — 6 3i>U. -Oclmsfielb fanb bi
RMRDG2R8–. Illustrations of British Fungi (Hymenomycetes) to serve as an atlas to the "Handbook of British fungi". Fungi; Botany. â 408. f PL. 408. lOXo-6. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Cooke, M. C. (Mordecai Cubitt), b. 1825; Cooke, M. C. (Mordecai Cubitt), b. 1825. Handbook of British fungi. London, Williams and Norgate
RMPG4B7E–. Minnesota mushrooms ... Botany; Mushrooms. PORE FUNGI 91 Boletus pallidus Pale Boletus Cap 5-10 cm. wide, palt or brownish white, smooth, convex to plane or slightly depressed; flesh white; stem 7-12 cm. by 1-2 cm., whitish, sometimes with brownish streaks, smooth; tubes more or less adnate, pale or faint yellowish, changing to blue when bruised; spores yellowish brown, ellipsoid, 10-12 X 5-6/t. rhe name refers to the color. C^n the ground in woods, summer and autumn ; excellent. Boletus bicolor Redyellow Boletus C ap 5-10 cm. wide, dark red or red-brown, paler in age and somewhat spotted wi
RMRDEADH–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. 246 DIVISION II.—COURSE OF DEVELOPMENT OF FUNGI, (6) Dense hymenia giving off gonidia by abscision on the free outer surface of compound sporophores. Examples of this kind are Claviceps (page 227), Epichloe, the Nectrieae before mentioned, Xylarieae (Fig. 103 A), Cucurbitaria macrospora (Fig. 117), and many others. The form of the separate gonidiophores which together constitute the hymenium, the special mode of abjunction of the gonidia, and the structure and form of
RMPG4GJT–. The fungi which cause plant disease . Plant diseases; Fungi. 162 THE FUNGI WHICH CAUSE PLANT DISEASE Ascocarps scattered on the leaf, shining black, up to 1 mm. long; asci clavate, 8-spored; spores nearly as long as the ascus, 90-120 X 1.5 M- Conidia cylindric, hyaline, continuous, 6-8 x 1 /t. L. brachysporum Rost. Perithecia epiphyllous; asci cylindric, short- stalked, apex rounded, 120 x 20-25 p., 8- spored; paraphyses bacillar, apex curved; spores oblong, l-rowed, hyaline, 28-30 x 9-10 /x. It is common on pine leaves.^ Several other species are parasitic upon various conifers, among them:
RMRH1RKP–. Bulletin. Mycology; Fungi; Fungi. s9 l 63 6« S ^ M O 3^ ,^ 1. MICROSTELIUM HYALINUM. 2. DICHOSPORIUM GLOMERATUM. 3 SKEPPERIA SPATHULâRIA. 4. CYMA1ELLA PULVERULENTA. 5. C. MARASMIOIDES. 6. G. Ml]. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France; Société botanique de France. Epinal : La Société
RMPG4DNM–. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. 2 3 4 5 6 7 8 9 10 12 13 14 15 16 17 18. Fig. 217.—A, Squared cover glass used in counting; B, Jorgensen's squared cover glass; C, moist chamber, sectional view; D, moist chamber with Jorgensen's squared cover. (A and B, after Klocker; C, original; D, after Jorgensen.) middle and is 0.2 mm. thick (Fig. 218). A circular cover-glass, o.i mm. thick, is fitted centrally in this hole and is also fastened to the glass slip; thus an annular space is formed. In the middle of the cover-slip two
RMRE9XT6–. Contributiones ad algologiam et fungologiam. Algae; Fungi. litix no o n, ii c c % hf.UHX.. fhn- •) h kot C 6 L ot ri <x ra ce m oa or. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Reinsch, Paul Friedrich, 1836-1914. Lipsiae : T. O. Weigel
RMPG45MF–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 559 '' / / / Fig. 376.—P. funerea. A. Spores. B. A j'oung mycelium. C. Hypha of an older mycelium. After Reed. P. funerea Desm. Acervuli scattered, punctiform, blackish, subepidermal, erum- pent; stroma depressed, white; conidia oblong, fusoid, 5-celled, constricted at the septa, the three central cells fuscous, the others t j ^ a, hyaline, 22-32 x 6-8 m, with 2-5 "2 W/T recurved hyaline spines, 10-15 x 0.7-1 n; conidiophores short, 5-9 x 1-1.5 M- It is found on various conifers causing d
RMRDJ5F2–. Microbes, ferments and moulds . Bacteria; Fungi; Fermentation. 16 MICROBES, FERMENTS, AND MOULDS, of -wheat, but only upon the leaves of another plant, the barberry. Borne by the dew or by a drop of rain on to the young leaves of the barberry, the teleutospores germi- nate, and form reddish-brown patches which affect both sides of the leaf. On its lower surface the spores are smaller, and are termed spermata; their function is not thoroughly understood. The larger spores on the upper surface are called cecidiospores (Fig. 6), and with these we are more concerned, since. Fig. 6.—section of a
RMPG4BKM–. Minnesota mushrooms ... Botany; Mushrooms. GILL FUNGI IS hollow or stuffed above, solid below, ring torn, often disap})earing ; gills free, white, crowded; spores ovoid, 10-12 X S-S/i. The name refers to the mealy cap. Uncommon, edible ; closely resembling L. c e p a e s t i p e s, but the cap more mealy and not striated or folded on the margin, Lepiota americana Red Flesh Cap small to medium, 3-10 cm. wide, white, but with many reddish or reddish brown scales and uniformly reddish on the disk, ovate to expanded or even upturned;. Figure 8. Lepiota americana stem rather stout, 6-10 cm. by 4-
RMRR30YT–. The actinomycetes. Actinomycetales. Figure 9. Morphology of aetinomycetes compared to certain l^acteria and fungi with which they have often been confused; f. to r., starting at top: Lcptothrix. Clndothrix, Streplubacillus, Oospora, Oidium, Actinomyces (Reproduced from: Lieske, K. Morphologic mid Hiologie der Strahlenpilze. Verlag von (Jebriider Borntraeger, Leipzig, 1921, p. 6).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original
RMPG45G3–. The fungi which cause plant disease . Plant diseases; Fungi. 630 THE FUNGI WHICH CAUSE PLANT DISEASE On cowpea and bean in America. Usually causing but slight damage. C. vignae Rac. (not E. & E.) is described as injurious to the cowpea in Java.'"* C. medicaginis E. & E. Spots amphigenous, smoky to black, 0.5-5 mm. in diameter, orbicular, indefinite; conidiophores subhyaline, becoming brown- ish, continuous, geniculate, 35-45 x 4-5 n; conidia cylindric- fusoid, 3 to 6-septate, 40-60 x 3 /x. On alfalfa and crimson clover.'^* C. aximinensis Br. & Cav. is foimd on sulla leaves;
RMRJ64M3–. The North American Pyrenomycetes [microform] : a contribution to mycologic biology. Fungi; Champignons. PLATE 6. lified. lie stellate lidia?. ..iV 1-. isvoll I'iul-t. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Ellis, J. B. (Job Bicknell), 1829-1905; Everhart, B. M. (Benjamin Matlack), 1818-1904. Newfield, N. J. : Ellis & Everhart
RMPG4BJB–. Minnesota mushrooms ... Botany; Mushrooms. GILL FUNGI 25 iilten cur^x'd, 8-15 cm. by 6-10 mm., pale l)rownish or reddish, fibrous, taperiiiy downward, solid ; gills decurrent, pale reddish-brown ; spores ellipsoid, 8 X 6/j.. 'I'he name refers to the dense clusters. In dense clumps in grass or about stumps, from spring to severe frost; edible. Clitocybe nebularis Gray Clitocybe Cap medium, 5-10 cm. wide, gray or pale smoke-colored, smooth, convex to iiat or slightly depressed; stem 3-6 cm. by 8-10 mm., whitish, tapering upward as. Flia'KE 13. ClJ'l'OCVHE WnXADKH'H.-V a rule, smooth, solid; gi
RMRDJ5DH–. Microbes, ferments and moulds . Bacteria; Fungi; Fermentation. Fig. H.—One of the heads or orguQs of fructification in ergot, still more magnified. a, peritlieces.. Fig. 12.—Portion of preceding figure nnder a very higli magnifying power, showing at 6 the asci, and at c the spores issmng from the asci or peritheces. and possessing the same medical properties. The sug- gestion has been made that instead of the ergot of rye. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustratio
RMPG4AP6–. Minnesota mushrooms ... Botany; Mushrooms. CUP FUNGI 147. Figure 118. Sclerotinia tuherosa the ribs often uniting, running some distance up tlie cup : 12-15 X 9-10/i. The name refers to the occurrence. On tlie ground in woods, the stem often buried ; said to be edible. SCLEEOTINIA Sclerotinia tuberosa Cup 1-2 cm. wide, tan or yellow-brown, smootli, cup-shaped or funnel-shaped, then plane; stems aris- ing from a black mass or sclerotium, 1-3 cm. wide, 2-5 cm. by 1-2 mm., brown, smooth, flexuous; spores clear, elliptic, 11-15 X 5-6/i. The name refers to the black sclerotium from which the cups
RMRDCETJ–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. CHAPTER V.—COMPARATIVE REVIEW.—GASTROMVCETES. 337 The peridia of 7ulostoma are formed, according to Schroter, on subterranean mycelial strands, which are flat sclerotia and may be 6 mm. in breadth; they are probably shoots from these sclerotia, and are round bodies about 4 mm. in diameter composed of a uniform weft of primordial hyphae ; the superficial ramifications of the hyphae form a floccose envelope which attaches itself to the grains of sand in the surrounding
RMPG4B30–. Minnesota mushrooms ... Botany; Mushrooms. JELLY FUNGI 117 Stereum hirsutum Shaggy Stereum. C a p 3-8 cm. wide, gray 01' g-ra^'isb, yelli)v at the margin, more or less sliaggy- hairy, somewhat zoned, firm, leathery ; h - m e n i u m yel- lowish or variable; spores clear, oblong, 6-8 X 2-3,1*. The name refers to the shaggy cap. Common on stumps and Iocs. COUTICIUM FiC'.URE 80. SiEREi'M "1':rsil(ii.riR Cap a soft-leathery or Avaxy layer on wood, often with a distinct downy mar- gin, and then saucer-like. The name refers to the bark- like form and texture of the plant. None are edible.
RMREFA5T–. Comparative morphology of Fungi. Fungi. 8 COMPARATIVE MORPHOLOGY OF FUNGI they are called conidiophores and the spores themselves conidia (Fig. 6). A special type of thick-walled conidium is called a chlamydospore or, in the resting state of the mycelium, a gemma. Chlamydospores have an entirely different morphological significance in different orders, as we shall see in the course of this book. In the higher fungi, the hyphae forming the conidiophores show a tendency to come together into groups or fructifications. When these groups have the form of fascicles, they are called coremia; if th
RMPG4AXD–. Minnesota mushrooms ... Botany; Mushrooms. SADDLE FUNGI 139 Verpa bohemica Ribbed Verpa Cap 2-4 cm. tall, 1-3 cm. wide, brownish to brown, ribbed lengthwise, with few or no cross ribs, bell-shaped or blunt conic; stem 4-7 cm. by 1- 1J4 cm., white, smooth, tufted-hairy. Stuffed or hollow; spores clear, el- liptic, smooth, two in an ascus, 40-60 X 16-18(U. The name is geographical. On moist ground in woodland and grassland; delicious. Verpa conica Smooth Verpa Cap 3-^-2 cm. wide, Yi-l^A cm. tall, brownish or brown, smooth or slightly wrinkled, not ribbed, bell- shaped, rarely conic ; stem 2-6
RMREF65M–. Comparative morphology of Fungi. Fungi. AURICULARIALES 545 While the younger probasidia continue developing, the older ones germinate to basidia which remain enucleate for a long time (Fig. 364, 5 and 6, B). When they have reached approximately three-fourths of their final length, the diploid nucleus migrates into them and divides nor- mally into four daughter nuclei which slip out into the basidiospores. In /. Hookeriarum, the sterigmata are of unequal length and elevate the. Fig. 364.—Iola javanetisis. 1 to 6. Development of probasidia. 7. Spherical fructi- fication, Sp, on sporogonium of
RMPG4BBJ–. Minnesota mushrooms ... Botany; Mushrooms. GILL FUNGI 71 Cortinarius ochroleucus Tan Cortinarius Cap 2-7 cm. vide, crcam-culored to dark tan, dry, hairy or linely scaly, often smooth in age, convex to plane; s t e m 6-8 cm. hy 1 cm., tan, smooth, bulbous, tapering upward, solid or hollow ; gills sinuate, ocher ; spores yellow, elliptic. 8 X â +-5;u. The name refers to the color. ( )n the ground in woods, late simimer and autumn; probably edilile. CUEPIDOTUS Distinguished among ocher-spored forms by the lateral or absent stem. It corresponds with P 1 e u r o t u s and C 1 a u d o p u s. The
RMREF9AP–. Comparative morphology of Fungi. Fungi. FlG 35.-Gonapodya siliquiformis. 1. Hyphae with proliferating zoosporangia. Allomyces arbuscula. 2. Plants with rhizoids, zoosporangia and some .hyP^Pore^ 3. Hypnospores. 4. Chain of mature zoosporangia which have formed germ Papi"^- Blastocladia Pringsheimii. 5. Plant, bearing sporangia and hypnospores. 6. Detail showing hair formation. (After Minden, 1916; Butler, 1911.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations ma
RMRG92KX–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL. DE LA soc. MYC. de FRANCE. T. XXVIII, PL. XIII. .OOqO^. G. Baimer et a. Sartort del. Pénicillium divergcns. 0-4-5-6. Pcnicillinni citricolnw, 1-2.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMPG4AW7–. Minnesota mushrooms ... Botany; Mushrooms. SADDLE FUNGI 141 7^ ^^ ^k . - â .^â â â¢â V;;'^ .^-^,x.. m ^H ' J^ % s: ,^' 'â .,^- â â ...â /''â ' |!^,^j2r-lc^^fj Figure 107. Hei.vei.i.a i.acuxosa Helvella elastica Tough Helvella Cap 1-4 cm. wide and high, gravish to brdwiiish ur blackish, not wrinkled, usualh' twn-hilied and saddle-shaped, l)ut often irregular ; stem 3-6 cm. bv 4-6 mm., whitisli or gravisli. not ril)bed, slender, tough, hollow; spores clear, el- liptic, smooth, 16-20 >v 10-12/x. Tlie name refers to the elastic stem. Common on the gr(jund in woods, usually in troops ; edible
RMRDDWXC–. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. EFFECT OF PARASITIC FUNGI ON THE FORM OF HOST-PLANT. 31 Somewhat doubtful cases are the outgrowths resembling aerial roots which arise on Laurus canariensis attacked by Eocdbasidium lauri. Geyler, their discoverer, regarded them as deformed stem- shoots, but they resemble rather the galls of the alpine-rose. § 6. EFFECT OF PARASITIC FUNGI ON CELL-CONTENTS. The most common and, at the same time, most apparent effect
RMRGN4K7–. Bulletin - New York State Museum. Science. STAfE MUS. 60 EDIBLE FUNGI PLATE 107. Fig. 1-6. AGARICUS MICROMEGETHUS Pk. SMAI,!. MUSHROOM Fig. 7-12. RUSSULA UNCIAL.IS Pk. INCH-WIDE RUSSULA. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. New York State Museum; New York State Museum. Albany : New York State Education Dept
RMFR9N1N–Trattatello popolare sui funghi (Figs. 6-7)
RMRH2TK2–. The British rust fungi (Uredinales), their biology and classification. Uredineae. ON GRAMINE^ 265 On leaves and culms of Hordeum vulgare and other species of Hordeum. Teleutospores, August, September. (Fig. 202.) The Dwarf Brown Rust of Barley, distinguished bj the fact that it bears few two-celled teleutospores, but very numerous mesospores, which are variable and asymmetrical, slightly thickened at the apex (4—6/i), measuring 25—45 x 16 —24 fi. It is to be found in the uredo-stage all the year round. The teleutospores germinate in spring ; Klebahn tried to infect, with their basidiospores,
RMFR9PWJ–Atlas des champignons comestibles et vC3A9nC3A9neux (Planche 6)
RMRDE71R–. The fungi which cause plant disease . Plant diseases; Fungi. Fig. 45.—Cucumber seedlings. Pots 5, 6, and 8 inoculated with Pythium. Pot 7, Control. After Atkinson. species, bear conidia on branches which are of the same character as the myceHum itself. The conidia germinate either by a rupture of the wall or by the formation of a beak-like process through which the protoplasm is extruded, after which it becomes differentiated into zoospores. Gemmae, very like the conidia in ap- pearance, are also produced. The oogonia are quite like the conidia and gemmae in structure but develop oospores wi
RMFRCJ1G–Icones mycologicC3A6, ou Iconographie des champignons de France principalement Discomycetes (Pl. 6)
RMREF6GX–. Comparative morphology of Fungi. Fungi. LABOULBENIALES 387. Fig. 261.— Tettigomyces africanus. 1. Mature individual. 2. Young antheridium showing relation of adnate trichogyne to antheridial cells and carpogenic cell. 3. Older antheridium; the adnate trichogyne with two free branchlets seen sidewise, and showing necks and discharging spermatia. 4, 5. Tettigomyces intermedins, showing the antheridia disorganized. 6. Tettigomyces gracilis. 7. Tettigomyces chaetophilus, showing free tricho- gyne. 8. Tettigomyces Gryllotalpae. 9. Tettigomyces vulgaris, showing the tip of anther- dial appendage b
RMRMAMDR–. Annual report. New York State Museum; Science; Science. N. Y. STATE MUS. 60 EDIBLE FUNGI PLATE 107. Fig. 1-6. AGARICUS MICROMEGETHUS Pk. SMAI,L MUSHROOM Fig. 7-12. RUSSULA UNCIALIS Pk, INCH-WIDE RUSSUI.A. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. New York State Museum. Albany : University of the State of New York
RMRMAC0A–. Annual report. New York State Museum; Science; Science. N. Y. STATE MUS. 63 EDIBLE FUNGI PLATE 117. Fig. 1-6 HBBEIyOMA AIvBUM Pk. WHITE HEBEI^OMA Fig. 7-9 CIvITOCYBF; MUIvTICKPS Pk. MANY CAP ClylTOCYBK. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. New York State Museum. Albany : University of the State of New York
RMRE1GPC–. Fungi; their nature, influence, and uses;. Fungi. Fig. 6. —Catocera viscosa. ture Las been specially illustrated by M. Tulasne,* tlirough tliu common species, Tremella mesenterica. This latter is of a fine golden yellow colour, and rather large size. It is uniformly composed throughout of a colourless mucilage, with no appreciable texture, in which are distributed Very fine, diversely branched and anastomosing filaments. Towards the snrface, the ultimate branches of tbis filamentous network give birth, both at their summits and laterally, to globular cells, which ac- quire a comparatively la
RMREE4YP–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. FIG. 132. Agaricus campeslris, L. a—c three stages of the development of a pileus in vertical radial longitu- dinal section slightly magnified, a 6 mm., b 16 mm. in length. Successive stages of the development according to the letters, d thin section of*, showing the course of the hyphae, enlarged and somewhat diagrammatically repre- sented, r the veil (annulus). the consequent primary involution of the margin of the pileus or application of the hymenial surface to the stipe,
RMREA6NN–. Contributiones ad algologiam et fungologiam. Algae; Fungi. CMirfikij il opk ijtsai Tccf.ivm. illll§#ilbi filP. ,-„A; : /,/. j . tJlouruJstr.nftMm 1.6 CoAmrimjfpw.f.CoMertimfyec. (;: ikmlatuR rfolijcdriuni tCfarammfryeru yMmiltriMtrtimQffaJtJteiitrMfam vutrg&ih d7UMramn/fa//.CM^. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Reinsch, Paul Friedrich, 1836-1914. Lipsiae : T. O. Weigel
RMREF6WE–. Comparative morphology of Fungi. Fungi. *^ilii^ 9. Fig. 243.—Genea (Myrmecocystis) Vallisumbrosae. 1. Section of fructification (X 6). Genea (Myrmecocystis) cerebriformis. 2. Section of hymeniuin (X42). (After Bucholtz 1901; E. Fischer, 1908.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Gäumann, Ernst Albert, 1893-1963; Dodge, Carroll William, 1895-. New York [etc. ] McGraw-Hill Book Company, Inc.
RMRE1GPE–. Fungi; their nature, influence, and uses;. Fungi. STEUCTUEB. 25. Fig. 6. —Catocera viscosa. ture Las been specially illustrated by M. Tulasne,* tlirough tliu common species, Tremella mesenterica. This latter is of a fine golden yellow colour, and rather large size. It is uniformly composed throughout of a colourless mucilage, with no appreciable texture, in which are distributed Very fine, diversely branched and anastomosing filaments. Towards the snrface, the ultimate branches of tbis filamentous network give birth, both at their summits and laterally, to globular cells, which ac- quire a c
RMREE4AM–. Comparative morphology of Fungi. Fungi. -piQ, 39.—Saprolegnieae. Degeneration of diplanetic zoospores. 1. Achlya racemosa. Sporangiferous hyphae. Both upper sporangia are empty while the lower contains zoo- spores already surrounded by a membrane (Reticulate sporangium). 2. Dictyuchus mono- sporus. Two superimposed zoosporangia, with reticulate structure, the upper empty, the lower just mature. 3. Exit of zoospore from zoosporangium. 4. Zoospore surrounded by membrane. 5. Resting zoospore has just slipped out of membrane. 6. Thraustotheca clavata. Liberation of sporangiospore balls. 7. Exit
RMRDD7MC–. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. Fig. 197.—Caeonia pinitwquum. Portion of Ctteoma-patch (enlarged). /, Cortical cells partially absorbed or muck compressed ; 6, baaidia from which spores (c) are abjointed in succession: the younger with delicate walls and separated by membranous lamellae, which disappear on formation of the spore-coats (d). (After R. Hartig.) The pycnidia are produced at end of May or beginning of June, between the epidermal cell-w
RMRGBN07–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture -- United States. TIMBER STORAGE IN THE EASTERN AND SOUTHERN STATES. 21. This question of the sanitary handling of the piHng sticlvs is of very great significance, particidarly in regions of high humidity, where every precau- tion must be taken to safeguard stored lumber. Plate III, figures 5 and 6, shows such infected sticks found in Florida and Tennessee lum- beryards, where sev- eral species of wood- destroying fungi were frequently noted in the piles. When one keeps in mind the fact that the soil in and about lumber
RMRH28TR–. The British rust fungi (Uredinales), their biology and classification. Uredineae. 8 GERMINATION OF ^CIDIOSPORES The germ-tube of the secidiospore of P. Caricis can grow to a length ten or twenty times greater than the diameter of the spores, and often executes, at least in water, a number of spiral turns (Fig. 6); it remains nearly of the same diameter throughout, or may bear short stumpy branches here and there. The granular contents of the spore travel along the tube with its growth, remaining always towards the distal end. But unless the germinating spore has fallen upon its proper habita
RMRDJF5B–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 260 FUNGOUS DISEASES OF PLANTS are produced within which areas the pycnidia may be found. Cuttings may also be affected. The fungus. The pycnidial stage is a characteristic Phoma or Phyllosticta, ioo to 120/i in diameter, as shown in Fig. 113. These are distributed over the affected surfaces, and produce abundant conidia, which are hyaline, obovoidal, frequently trun- cated at the apex, measuring 10.5-13.5 X 5-6/*. The conidia are appendaged, and they are expelled from the perithec
RMRE38DR–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. 8 GERMINATION OF jECIDIOSPOBES The germ-tube of the secidiospore of P. Caricis can grow to a length ten or twenty times greater than the diameter of the spores, and often executes, at least in water, a number of spiral turns (Fig. 6); it remains nearly of the same diameter throughout, or may bear short stumpy branches here and there. The granular contents of the spore travel along the tube with its growth, remaining always towards the distal end. But unless the germinating spore has fallen upon its proper habit
RMRG9310–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. ILL. DE LA SOC. MYC. DE FRANCE. T. XXIII, PL. XV.. G. PiAiNiiîR, yd. liai. del. et se. Gliocladium roseiini, 1-6.— Ceplialosporium Acreiuoniiiiu, 7-9.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRDG51N–. Essentials of botany. Botany; Botany. THE FUNGI 267 Examine first with m.p., and then with h.p. Note: (a) The forms of the cluster-cups at various stages of growth. Compare with the cup on an anemone leaf, shown in Fig. 181. (6) The structure of the cup, surrounded by a layer of mycelium, next to which comes theperidium, or wall of the cup. The latter is filled with chains of spores (cecidiospores). Draw the cup with its contents. (c) The size and shape of the mature f spores which separate from the ends of the chains. (d) The cavities, smaller than the cluster cups and on the opposite surfa
RMRDHTFT–. Fungi; their nature and uses. Fungi. Fig. 10.—a. Threads of Trichia. 6. Portion further magnified, with spores, c. Por- tion of spinulose thread. on these threads has been whether the spiral markings are external or internal, whether caused by twisting of the thread or by the presence of an external or internal fibre. The spiral appearance has never been called in question, only the structure from whence it arises, and this, like the strife of diatoms, is very much an open question. Mr. Currey held that the spiral " Wigand, " Morphologie cles Genres Trichia et Arcyria," in &qu
RMRDED3J–. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. CRONARTICM. 383 and curl up. unknown. In some districts very common. Aecidial stage Gymnosporangium.^ Teleutospores bicellular and furnished with stalks which have gelatinous walls, so that the spores come to form part of a gelatinous mass.^ The first-formed teleutospores are thick-. Fig. 21G.—Gymnosporangiuvi clavaiiaeformc. 1, S, 3, Stages in dbvelopment of the spore-cushions. U, 5, 6, Isolated spores (enlarged);
RMRG932G–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL. DE LA soc. MYC. de FRANCE. T. XXIII, PL. XII.. G. BAiNiiiR, ad. nat. del. et se. Scopulariopsis riifulas, 1-5.— S. rubellas, 6-11.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRG92B4–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL, de la SOC. MYC. de FRANCE. T. XXIX, Pl. ,,0 0. G. Baimier et A. Sartory del. 1-3, Citromyces Musse; 4-6, Citromyces Cesiœ*. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRE2J7W–. A practical course in botany, with especial reference to its bearings on agriculture, economics, and sanitation. Botany. CRYPTOGAMS 303 3. Mention some of the ways in which their presence may contribute to the contamination of drinking water. 4. Refer to Exp. 66, and account for the bubbles and froth that usually accompany these plants in the water. 5. Can you suggest any other causes than the evolution of oxygen that might produce the same effect ? 6. Is the presence of these gas bubbles of any use to floating plants ? in. FUNGI 343. Classification.— In the fungi the thallus structure is gr
RMRG92XR–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL, de la SOC. MYC. de FRANCE. T. XXVII, Pl. III.. Bain, et Sart. cl cl. 1-2. Slefiginatocysùs fhivipes n. sp. 6-12. Aspergillus cinerescens n. sp.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRMAC0W–. Annual report. New York State Museum; Science; Science. N. Y. STATE MUS. 63 FUNGI PLATE III. Fig. 1-6 HYPHOI.OMA RIGIDIPES Pk. RIGID STEM HYPHOLOMA Fig. 7-11 PSILOCYBE NIGREIvLA Pk. BIvACKISH PSII.OCYBE. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. New York State Museum. Albany : University of the State of New York
RMRMAMG1–. Annual report. New York State Museum; Science; Science. N. Y. STATE MUS. 60 EDIBLE FUNGI PLATE 105. Fig. 1-5. TRICHOLOMA HIRTELLUM Pk. HAIRY CAP TRICHOLOMA Fig. 6-10. RUSSULA PECTINATOIDES Pk, PECTKNLIKB RUSSULA. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. New York State Museum. Albany : University of the State of New York
RMRG92GK–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL. DE LA SOC. MYC. DE FRANCE. T. XXXIX, PL. I.. 1-5, Tricholoma aclstringens Pers. ; 6-12, Hygrophorus nitidus Fries. ; 13-21, Eccilia apiculata Fries.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRH09JK–. Bulletin. Mycology; Fungi; Botany. BULL DE LA SOC MYC DE FRANCE T. IV. PL. XVII.. 1 HELOTIUM COSTANÏINI Boud. 2 HELOTIUM GEMMAROM B. 3 URCEOLELLA RICEONIS B. 4 5. 6 CORONELLA AMŒNA B. NOTERA ROLLANDRI B. PSEUDDPEZIZA MERCDRIALIS B. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Socie?te? mycologique de France. Epinal : Victor Collot
RMRG92PD–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL. DE LA soc. MYC. de FRANCE. T. XXV, PL. XII.. G. Baimku ari iiHl. del. Magnusia nidda Sacc. (lig'. 1-6). ClicL'tomiam Kunzeanum Zopf (fig. 7-1J. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRE1WPA–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. ON GRAMINE^ 265 On leaves and culms of Hordeum vulgare and other species of Hordeum. Teleutospores, August, September. (Fig. 202.) The Dwarf Brown Rust of Barley, distinguished by the fact that it bears few two-celled teleutospores, but very numerous mesospores, which are variable and asymmetrical, slightly thickened at the apex (4—6/i), measuring 25—45 x 16 —24 fi. It is to be found in the uredo-stage all the year round. The teleutospores germinate in spring; Klebahn tried to infect, with their basidiospores,
RMRDE6P8–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 115 reproductive structures in the form of conidia. These may be borne singly or in rows on simple or branched conidiophores. The conidiophores may be single or variously grouped in columns or layers. Figs. 352, 378, 382. In some instances they are very. Fig. 75.—Sphsrotheca castagnei. Fertilization and de- velopment of the perithecium. Og= oogonium, an= antheridium, st= stalk-cell. 6 as the ascogonium derived from the oogonium. After Harper. short, innate; again they are long, loose or floccosc.
RMRE64NM–. Cranberries; : the national cranberry magazine. Cranberries. chemical is required. For example, 9 pints flowable or 6 lbs. wettable powder possibly would have given acceptable control. Of equal interest is that the largest berry size was associated with the 12 pint treatment. Since only sound berries were counted when tabulating yield, the data in Table 1 does not indicate if yield was either depressed or enhanced by the fungicide. Other fungicide tests Several other cranberry fungi- cides were tested on this bog section, with the incidence of high field rot having the same effect on results
RMRDF8JE–. The effects of desiccating winds on citrus trees. Citrus fruits; Plants. Fig. 5.—Incipient decay in stored lemons. The fungi entered through scratches and bruises that were so slight that they were not detected in the freshly picked fruit before it was placed in storage.. Fig. 6.—A lemon which had been bruised by contact with a limb during wind- storms. Penicillium entered the rind through the bruise and caused decay.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations m
RMRG92Y3–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. S M I V 6 n 0 A. riE Jacz. ciel. 1-4. Ithyphallus impérial)s iSchulzer) Jacz. 5-8. Ithyphallus amure <s Jacz. nov. sp.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Société mycologique de France. Paris : La Société
RMRDE174–. The fungal diseases of the common larch . Larches. HEART-ROT CAUSED BY OTHER FUNGI 131 of all degrees of thickness from 6/i downward, but some of the largest, in the earlier stages of rot, have brown contents. These thicker, brown hyphae generally rmi either vertically along the tracheides, or horizontally, boring through the tracheide walls and markedly constricted in the bore-holes. The finer hyphae, which are much more numerous, branch frequently and spread in all directions, though the bore- holes are nearly always transverse to the tracheide walls. Hyphae may also grow up between the tr
RMRE3CWB–. A handbook of cryptogamic botany. Cryptogams. Fig. 2S0. —Coccocarpia molybdia Pers. Transverse section of thallus, or, upper, and ur, under cortical layer, ni, so-called medulla : ^, algal cells:. r, rhizoids C X 6^0). (After Bornet.) they can be adopted as lichen-forming fungi. Propagation is effected by the spores of the fun- gal thallus, and an adaptation exists in certain lichens examined by Stahl for the supply of algs to the new lichen. Algal cells, the offspring of the thallus algse, which have been carried up into the hymenium, are cast out along with the spores, so that, both fallin
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