RF2WT616B–Epichloe festucae fungus. A fungus that forms a symbiotic relationship with certain grass species, where it provides protection against insect pests and other environmental stressors.
RF2N7232C–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMW7TC0F–Choke (Epichloe typhina) an ascomycete fungus growing on grass, Devon, England, UK, July.
RF2RNBA21–Epichloe festucae fungus A fungus that forms a symbiotic relationship with certain grass species, where it provides protection against insect pests an
RMW7TC1J–Choke ( Epichloe typhina) an ascomycete fungus growing on grass, Devon, England, UK, July.
RM2AJG1JX–Comprehensive catalogue of Queensland plants, both indigenous and naturalised To which are added, where known, the aboriginal and other vernacular names; with numerous illustrations, and copious notes on the properties, features, &c., of the plants . J to OTidiA, jatv.il-^tCvJTY. p*k. $46. Tribliadella rufula, Spreng. 848. Epichloe cinerea, S^r/e. gf Br. .847. Hysterographium hiascens, Rehm. 849. Hypocrea discoidea, 5<?r£. c/ Br. 850. Nectria coccinea, Fries. Cluster of perithecia nat. size, sect, of perithecium enl., and ascus enl. 851. Hypomyces AURANTIUS, Till. (a) Hypomyces on Panus, (
RMPG3RR2–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. CHAP. V.—COMPARATIVE REVIEW. —ASCOMTCETES.—ERrSIPBEAE. aOi and in Heospora and Nectria the paraphyses are even fonned from the same group. Hartig's conjecture with regard to Nectria may certainly hold good of Claviceps and also of Epichloe, that special ascogenous initial organs are really present on the very young stroma, but up to the present time have been overlooked; as regards Pleospora we have only Bauke's somewhat imperfect preliminary communication. With the a
RMMCK6W0–. Fig. 83.—Epichloe lyphina, forming numerous white cushions, which completely encircle the grass-stems, (v. Tubeuf phot.) The asci are cylindrical, and contain eight thread-like unicellular
RMT1H09R–Diseases of cultivated plants and Diseases of cultivated plants and trees diseasesofcultiv00massuoft Year: [1910?] EPICHLOE 223 A disease that is exceedingly difficult to deal with, as it is so generally distributed on grasses throughout the country, and when in abundance causes loss on account of the inflorescence being arrested. I have seen many acres of Agrostis canina (L.) growing on a common, practically every Fig. 65.—Epichloe typhina. i, fungus or leaf-sheath oiHolcus mollis; 2, fungus on Holciis lanatus ; 3, portion of fungus showing warts on surface, corresponding to mouths of pe
RMAXE2KK–Choke Epichloe typhina collars on Yorkshire fog Holcus lanatus wild grass leaf node
RF2N724BM–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMAJWKNE–Choke Epichloe typhina collars on Yorkshire fog Holcus lanatus wild grass leaf node
RMREF80R–. Comparative morphology of Fungi. Fungi. 244 COMPARATIVE MORPHOLOGY OF FUNGI tened (Fig. 160); its upper side is covered by a solid rind while the lower only form the perithecia. In this form, the Hypocreales have a type of fructification which one would, without study, consider polyporaceous. In Ascopolyporus, the imperfect forms are Fusaria, while in Mycomalus they are reminiscent of Ustilaginoidea. The second series of the Scolecosporeae, Epichloe-Claviceps, is epi- phytic or parasitic on Gramineae. Epichloe possesses flat undifferentiated stromata which correspond to the lower species of
RMPG2104–. 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
RMMCRDKG–. Fig. 65.—Epichloe typhina. i, fungus or leaf-sheath oiHolcus mollis; 2, fungus on Holciis lanatus ; 3, portion of fungus showing warts on surface, corresponding to mouths of perithecia ; 4, section of perithecium ; 5, ascus with spores escaping ; 6, ascospore ; 7, conidiophores with conidia. Figs, i and 2 reduced ; remainder mag. plant of which was infected. It is often abundant on wild grasses growing on the borders of fields, etc. The only preventive method that can be suggested is that of cutting the grass before the fungus becomes orange in P
RF2N7221P–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMREFBEN–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. CHAP. V.—COMPARATIVE REVIEW. - ASCOMYCETES.—ERYSIPHEAE. 201 and in Pleospora and Nectria the paraphyses are even formed from the same group. Hartig's conjecture with regard to Nectria may certainly hold good of Claviceps and also of Epichloe, that special ascogenous initial organs are really present on the very young stroma, but up to the present time have been overlooked; as regards Pleospora we have only Bauke's somewhat imperfect preliminary communication. With the account
RMMCR7XY–. Fig- 36. (B. 645.) Fiisichrdhiin dendriticuin Fuckei,. .-/ Stück eines Durchschnittes durch einen Rostflecken eines Apfels; e Epidermis mit dem Mycelium, c Cuti- cula. B Stück eines Querschnittes durch das stromatische Conidienlager; st Stroma darüber das Hymenium, aus mehrzelligem, pallisaden- artig nebeneinander geordneten Conidien s ab- schnürenden Trägern bestehend. C Keimende Conidien. D Isolirte Zellen des Stroma's. E Keimende Stromazellen. Nach Frank. (B. 644.) Fig. 35. Stroma der Epichlo'e typhina auf der obersten Blattscheide von Phlcum pratetise. A der obere Theil des erstickten Ha
RF2N72388–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMRDCT0Y–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. CHAP. V.—COMPARATIVE REVIEW. —ASCOMTCETES.—ERrSIPBEAE. aOi and in Heospora and Nectria the paraphyses are even fonned from the same group. Hartig's conjecture with regard to Nectria may certainly hold good of Claviceps and also of Epichloe, that special ascogenous initial organs are really present on the very young stroma, but up to the present time have been overlooked; as regards Pleospora we have only Bauke's somewhat imperfect preliminary communication. With the a
RMMCTJB9–. Fig. 24.5. A—E Epichloe typhina (Pers.) Tul. A Habitus au Grashalmen, nat. Gr.; B ein Stroma im Längsschnitt, vergr.; C Schlauch (200|l); D Schlauchspore (200/1); E keimende Schlauchsporen (200|1). — F Hypocrella abnormis P. Henn. Habitus. — Ö—K Dussiella tuberiformis (Berk. et Rav.) Pat. e Habitus, nat. Gr.; if Conidien tragendes Stroma im Querschnitt, vergr.; J Stück des C'onidienlagers, stark vergr.; K Conidien, stark vergr. — L—0 Oomijces carneo-albus (Lih.) Berk. et Br. L Stromata, vergr.; if Mündungen der Fruchtkörper am Stromaseheitel, vergr.; JV Schlauch, stark vergr.; 0 Spore, stark
RF2N720YD–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RF2N72686–Grass choke fungus (Epichloë typhina) growing on a wild meadow
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
RF2N725FY–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMREE54W–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. 24<5 DIVISION II.—COURSE OF DEVELOPMENT OF FUNGI. (b) 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 Ncctrieae before mentioned, Xylarieae (Fig. 103 A), Cucurbitaria matrospora (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 the
RF2N725CM–Grass choke fungus (Epichloë typhina) growing on a wild meadow
RMREDKTH–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 458 Fruchtlager flach, ausgebreitet, oft gewunden und faltig, auf einer wachs- oder sklerotienartigen Unterlage stehend. Konidienträger dicht nebeneinander stehend, stäbchenförmig, unverzweigt. Konidien akrogen, einzeln, eiförmig. Die beiden aufgeführten Arten gehören als Kouidieuformen zu den Hypocrea- ceen Olaviceps und Epichloe. Der Entwickelungsgaug dieser Pilze ist bekannt, weshalb ich sie liier nur ganz kurz abmache (Vergl. Pilze A
RMRCD94D–. Diseases of cultivated plants and trees. Plant diseases; Plants -- Wounds and injuries; Plants, Protection of; Trees -- Diseases and pests. EPICHLOE 223 A disease that is exceedingly difficult to deal with, as it is so generally distributed on grasses throughout the country, and when in abundance causes loss on account of the inflorescence being arrested. I have seen many acres of Agrostis canina (L.) growing on a common, practically every. Fig. 65.—Epichloe typhina. i, fungus or leaf-sheath oiHolcus mollis; 2, fungus on Holciis lanatus ; 3, portion of fungus showing warts on surface, corres
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