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Coleosporium Stock Photos and Images
RF2DN08XR–Fresh new budding green leaves view. Broad leaves of shadowed plant. Thick covered leaves with greenish pigment.
RF2WNFB1X–Black stem rust (Puccinia graminis) on stalks of rye (Secale cereale). Fungal disease of cereals.
RMF54447–Butterbur rust, Coleosporium petasitis, on the leaf underside of large butterbur leaves, Petasites hybridus, Be rkshire, August
RMF7XFC5–Butterbur rust, Coleosporium petasitis, on leaf underside of large butterbur leaves, Petasites hybridus, Berkshire, England, August
RM2AN2T8J–Fungi, Ascomycetes, Ustilaginales, Uredinales . succeededin recognizing several separatechromosomes; a similar stateof affairs has been recorded byChristman for Phragmidiumspeciosum so that it would ap-pear that the different speciesof rusts are at dissimilar levelsin this matter, though a furtherstudy of carefully fixed materialmight be undertaken with ad-vantage. In all cases, however, thedivisions of the fusion nucleusof the teleutospore are muchmore elaborate than those in thevegetative cells and show someof the characteristics of a meioticIn Coleosporium (fig. 189) the fusion nucleus at f
![. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus Stock Photo](https://c8.alamy.com/comp/PG4633/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-333-phologically-inseparable-as-are-also-their-secia-when-grown-upon-their-common-host-an-excellent-example-of-such-biologic-specialization-is-offered-in-the-common-pine-peridermium-iecia-may-be-produced-upon-the-pine-by-sowing-of-coleosporium-teliospores-from-senecio-campanula-pulsatilla-etc-but-the-seciospores-which-develop-on-the-pine-are-capable-of-in-fecting-only-those-species-of-hosts-from-which-the-teho-spores-were-taken-similarly-eriksson-quot-has-de-termined-that-though-rus-PG4633.jpg ". The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus Stock Photo")
RMPG4633–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus
RMW0PN52–Archive image from page 94 of Der gegenwrtige Standpunkt der Mycologie. Der gegenwrtige Standpunkt der Mycologie mit Rcksicht auf die Lehre von den Infections-Krankheiten dergegenwrtigest00eida Year: 1872 81 plasma erfüllter Schlauch heraus, dessen Längenwachsthum still steht, nachdem er etwa die dreimalige Grösse der Spore erreicht hat. Dieser Keimschlauch ist ein Promycelium, welches nur selten, wie bei Coleosporium, einfach und unge- theilt bleibt, sondern gewöhnlich Querwände erhält, wodurch es meist in vier Zellen zerfällt wird. Jede von diesen Zellen, mit Ausnahme der gewöhnlich längere
RMMAAH3R–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Chrysomyxa. Promycelium mehrzellig mit mehreren Sporidien; sonst wie Coleosporium.
RF2WNFB2Y–Black stem rust (Puccinia graminis) on stalks of rye (Secale cereale). Fungal disease of cereals.
RMF5444G–Butterbur rust, Coleosporium petasitis, on the leaf underside of large butterbur leaves, Petasites hybridus, Be rkshire, August
RMF7XFC3–Butterbur rust, Coleosporium petasitis, on the leaf underside of large butterbur leaves, Petasites hybridus, Berkshire, England, August
RM2AN30W7–Fungi, Ascomycetes, Ustilaginales, Uredinales . lf ruptured and exposes the ripe spores. It becomes torn andrecurved so that the characteristic cluster-cup is produced (fig. 176). Thepseudoperidium is sometimes much elongated and cylindrical or inflated,producing the forms known as roestelia (Gymnosporangium), and peri-dermium (Coleosporium, Cronartium and allied genera), so-called from theirold generic names, or it may be represented only by a few paraphyses oraltogether absent (Phragmidium, Melampsord). The latter forms, to whichthe term caeoma is applied, are probably primitive. In the majo
RMPG3NJP–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 436 FUNGOUS DISEASES OF PLANTS fo§doR88DQ. The genus Coleosporium is to be considered entirely heterce- cious, and whenever secidial stages are known in the life cycle, they occur on species of Pinus, and are referable to the form genus Peridermium. The aecidial stage of the species here discussed has recently been found through inoculation experiments to be a form known as Peridermium acicohnu occurring on leaves of Pinus rigida in several of the northeastern states. The Euro- pea
RMW163KB–Archive image from page 208 of Die Krankheiten der Pflanzen; ein. Die Krankheiten der Pflanzen; ein Handbuch für Land- und Forstwirte, Gärtner, Gartenfreunde und Botaniker . diekrankheitend02fran Year: 1895 8.Kapitel: Sfioftpihe (Urebinaceen) al§ llr[ac!e ber JRoftfranffieüen 193 5. Coleosporium Synantherarum Fr. (Coleosporium Sonchi stuf Gompofitea. Winter), aiif DielcH Ãompoftten, befonbers t)äufit3 auf Tussilago farfara, Petasites-2(rten, Adenostyles, Inula-Strten, Cacalia, Sonchus-Strten, Cine- raria iiiib geiuiffen 3(iteu oou Senecio, luie Senecio neraorensis, subal- pinus, cordatus
RMME6KMP–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet . Fig. 27. A Eine Sporenscheibe von Alveolaria Cordiae Lagerh (220|1). B Ochropsora Sorbi (Oud.) Diet. Schnitt durch zwei Teleutosporenlager. In dem Lager links sind die Sporen bereits in der Sporidienbildung begriffen. (270|1). C Coleosporium Eu- phrasiae (Schum.) Schnitt durch den Kandteil eines Telento- sporenlagers (40üjl). Bei den beiden Sporen links ist die Spori- dienbildung bereits durch Vierteilung des Inhalt
RF2WNFB3B–Black stem rust (Puccinia graminis) on stalks of rye (Secale cereale). Fungal disease of cereals.
RM2AKMB4H–Transactions of the Natural History Society of Northumberland, Durham, and Newcastle-upon-Tyne . or. Rumex acetosa •. teleuto-and uredosporeson Phfagmitis vulgaris. 9. Puccinia magnusiana, Koern. Common in Mill Lane,Norton. Aecidia on Ranunculus repens. Phragmidium, Link.I. Phragniidiuin fragariustri, Schr. Sometimes veryinjurious to Poterium officinale at Billingham. Coleosporium, Lev. 1. Coleosporium sonchi, Lev. Extremely common on thePetasites vulgaris lining Greatham Beck but absent fromBillingham. 2. Coleosporium euplirasiae, Wint. On Rhinanthus crisla-gal ii m Cowpen Marsh. Triphragmiu
![. Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis Stock Photo](https://c8.alamy.com/comp/PG4EJ1/minnesota-plant-diseases-plant-diseases-376-minnesota-plant-diseases-not-unlike-a-smut-mass-the-spore-mass-is-black-and-powdery-and-the-spores-are-in-general-features-similar-in-appearance-to-the-winter-spores-of-the-leaf-rust-infected-plant-parts-should-be-destroyed-before-the-spores-have-a-chance-to-disperse-the-indian-turnip-leaf-rust-uromyces-caladii-schw-farl-this-rust-is-sometimes-found-on-cultivated-aroids-see-dis-eases-of-wild-plants-golden-rod-and-aster-leaf-rust-coleosporium-sonchi-ar-vensis-pers-lev-the-g-olden-rod-rust-is-an-exceed-ingly-abundant-dis-PG4EJ1.jpg ". Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis Stock Photo")
RMPG4EJ1–. Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis
RMRYR4HC–Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . drlrabenhorstskr0101rabe Year: 1884 Chrysomyxa. Promycelium mehrzellig mit mehreren Sporidien; sonst wie Coleosporium.
RMME832C–. Die krankheiten der pflanzen, ein handbuch fur land-und forstwirte, gartner, gartenfreunde und botaniker . g-ig. 37. Coleosporium Rbinanthacea- rum, A 5:eil eiuev Urobüfporcn= lagcrS, mit fetteuförmig ftd) ab-- gliebernbeu ©poren. B Seil eineS Seleutofporenlagerö unterhalb ber epibermiS, burd) le|tere ii)ad)feu bie ^romi)celiumfäben jmeier feimenben Seleutofporen I)erau§. ^^a^S:} Sulaäne. 1) S3ot. Seitg. 1874, xxwb befonber§: Sanbiuirtfd). Sa^rb. 1877, pag. 723 ff. 2) «Bot. 3eitg. 1873, pag. 355, uub befonbetö: 2ßid)tige <itranfl)eiten ber Sßalbbäume. SSerlin 1874. granf, Die Äraut^eiteit
RF2WNFB2B–Black stem rust (Puccinia graminis) on stalks of rye (Secale cereale). Fungal disease of cereals.
RM2CDCAP3–. Fungous diseases of plants, with chapters on physiology, culture methods and technique . Exp. Sta. Rept. (1907): 369-396. pis. 23-32. Occurrence. Of the several species of Coleosporium havinguredospores and teleutospores on species of Compositae, there isnone of such common occurrence throughout North America asthe species here discussed. To this species are referred the orangerusts of many species of Aster and Solidago (golden-rod). It in-cludes also as hosts representatives of several other genera, amongwhich is the cultivated aster {CallistepJuis hortensis). This fungusis by many regarded
RMPFBP8Y–. Der gegenwrtige Standpunkt der Mycologie mit Rcksicht auf die Lehre von den Infections-Krankheiten. Pathogenic fungi. 81 plasma erfüllter Schlauch heraus, dessen Längenwachsthum still steht, nachdem er etwa die dreimalige Grösse der Spore erreicht hat. Dieser Keimschlauch ist ein Promycelium, welches nur selten, wie bei Coleosporium, einfach und unge- theilt bleibt, sondern gewöhnlich Querwände erhält, wodurch es meist in vier Zellen zerfällt wird. Jede von diesen Zellen, mit Ausnahme der gewöhnlich längeren untersten treibt ein kurzes, cylindrisches Sterigma, an dessen Spitze eine rundliche
![Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . drlrabenhorstskr0101rabe Year: 1884 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne). Stock Photo](https://c8.alamy.com/comp/RYR4HB/dr-l-rabenhorsts-kryptogamen-flora-von-dr-l-rabenhorsts-kryptogamen-flora-von-deutschland-oesterreich-und-der-schweiz-drlrabenhorstskr0101rabe-year-1884-139-coleosporium-teleutosporen-aus-mehreren-bereinander-stehenden-zellen-gebildet-zu-compacten-lagern-vereinigt-uredosporen-reihenweise-promycelium-einzellig-mit-sporidium-fig-1-2-coleosporium-euphrasiae-fig-1-theil-eines-uredosporenlagers-fig-2-tlieil-eines-teleutosporenlagers-zwei-teleutosporen-keimen-nach-tulasne-RYR4HB.jpg "Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . drlrabenhorstskr0101rabe Year: 1884 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne). Stock Photo")
RMRYR4HB–Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . drlrabenhorstskr0101rabe Year: 1884 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne).
RF2WNFB1R–Black stem rust (Puccinia graminis) on stalks of rye (Secale cereale). Fungal disease of cereals.
RM2CDFFCR–. Allgemeine Pflanzenkaryologie . A. ). Fig. 246. Coleosporium Senecionis. Fortsetzung der heterotypen Teilung, a Metaphase. b Anaphase, c Telophase, beide Tochterkerue noch durch Spindelreste verbunden. d Interkinese, das Cytoplasma zwischen den Kernen ist schon völlig spumoid geworden. Vergr. 2400. (Nach Madame Moreau.) der heterotypen Teilung, das „Leptonema, d. h. das feine Fadenwerkvor der Synapsis (a), die darauffolgende Verschmelzung zweier Fädenzu einem (b), das daraus hervorgehende dicke Fadenknäuel („Pachy-
RMT3TTA8–Archive image from page 56 of Die Natürlichen Pflanzenfamilien nebst ihren. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet dienatrlichenp11engl Year: 1900 .?2:7J Fig. 27. A Eine Sporenscheibe von Alveolaria Cordiae Lagerh (220|1). B Ochropsora Sorbi (Oud.) Diet. Schnitt durch zwei Teleutosporenlager. In dem Lager links sind die Sporen bereits in der Sporidienbildung begriffen. (270|1). C Coleosporium Eu- phrasiae (Schum.) Schnitt durch den Kandteil eines Telen
RM2CDCAN0–. Fungous diseases of plants, with chapters on physiology, culture methods and technique . Fig. 213. CoLEospoRiuM Senecionis[b after Tulasne) XXVIII. RUST OF POPLAR Melampsora tremulce Tul. Tulasne applied the above name to a rust of the poplar {Popuhistremidd) occurring throughout a considerable range in Europe.It would seemthat this namewould now in-clude at leastthree forms, orspecies, as dis-tinguished byKlebahn, viz.,Melampsora PinitorqnaRostr., Mel amp so 7aLarici-tremiLlce Kleb.,and Melampsora Mag-mcsiana Wagn. These. Fig. 214. Melampsora trea/c/^.-e : Uredospores AND TeLEUTOSPORES 438
RMT1HWRF–Diseases of economic plants (1921) Diseases of economic plants diseasesofeconom01stev Year: 1921 Trees and Timber 401 persist for many years. One stage of this rust occurs upon the oaks. Rust (Coleosporium solidaginis (Schw.) Thtim., Perider- mium). — Another species of Peridermium occurs upon leaves, producing small, sac-like, tubular outgrowths which contain the spores. Tliis is a stage of a rust which appears later in the season upon golden-rods and asters. Red-rot {Fomes pinicola Cke.). — Upon dead trees this rot begins just under the bark, usually near the tree top, often following blui
RM2CDGW3M–. Allgemeine Pflanzenkaryologie . ren Unter- (Na^h^MAmEO Suchern Bally (1911, S. 125) bei dem Studium vonChrysophlydis zu der Überzeugung gekommen, daß hier im Kern in derTat Fett vorhanden ist, während Waüer (1913, S. 177) für PolyphagusEuglenae die Fetttropfen unmittelbar neben dem Kern, aber nicht inihm sieht. Auch Maire (1904a) hat im Keruinnern der jungen Proto-basidien von Coleosporium Campanulae und in den Sporen von Elaphomycesvariegata Fett nachgewiesen, und die „Sekretkörner bei Morchel!a(Maire 1905b, S. 137) sind vielleicht gleichfalls lipoider Natur) (Fig. 53).Doch dürfte es sich i
RMREF5H9–. Comparative morphology of Fungi. Fungi. USTILAGINALES 613 in the Auriculariales, which is expressed provisionally in the following scheme: UREDINALES PUCCINIACEAE CRONARTIACEAE MELAMPSORACEAE COLEOSPORIACEAE Coleosporium Goplana Gallowaya GRAPHIOLACEAE Shropshiria? Graphiola USTILAGINALES USTILAGINACEAE TILLETIACEAE. Testicularia Tolyposgorium Cintractia Sphacelotheca Ustilago AURICULARIALES SEPTOBASIDIACEAE AURICULARIACEAE Septobasidium Saccoblastia Cystobasidium Iola Aurieularia Eocronartium Platygloea Tuburcinia Thecaphora Doassansia Entyloma Neovossia Tilletia PHLEOGENACEAE Phleogena H
RMREGF3D–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. Chrysomyxa. Promycelium mehrzellig mit mehreren Sporidien; sonst wie Coleosporium.. 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.. Rabenhorst, Ludwig, 1806-1881; Grunow, A. (Albert), 1826-1914. Leipzig : E. Kummer
RMREF5NE–. Comparative morphology of Fungi. Fungi. Zaghouania Cystopsora Endophyllum Kunkelia CRONARTIACEAE Cronartium Chrysomyxza MELAMPSORACEAE Calyptospora Thecopsora Pucciniastrum Melampsoridium Melampsorella Hyalopsora. Mileeina UredinopBis COLEOSPORIACEAE Coleosporium Goplana Gallowaya Diagram XXXVIII. pine needles; their sporophytes are specialized on different angiosperms as that of C. Sonchi on Sonchus. C. Senecionis and C. Campanulae, besides growing on their normal sporophyte hosts (Senecio and Campanula respectively), also attack representatives of exotic families. In Chrysomyxa the micro-
RMRG99N4–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. BULL, de la SOC. MYC. de FRANCE. t. xxix, pl. xxir.. G, Arnaud.— La iiikosc chez Capnodium méridionale pL Coleosporium ùenecionis.. 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
![. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus Stock Photo](https://c8.alamy.com/comp/RDE63K/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-333-phologically-inseparable-as-are-also-their-secia-when-grown-upon-their-common-host-an-excellent-example-of-such-biologic-specialization-is-offered-in-the-common-pine-peridermium-iecia-may-be-produced-upon-the-pine-by-sowing-of-coleosporium-teliospores-from-senecio-campanula-pulsatilla-etc-but-the-seciospores-which-develop-on-the-pine-are-capable-of-in-fecting-only-those-species-of-hosts-from-which-the-teho-spores-were-taken-similarly-eriksson-quot-has-de-termined-that-though-rus-RDE63K.jpg ". The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus Stock Photo")
RMRDE63K–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 333 phologically inseparable as are also their secia when grown upon their common host. An excellent example of such biologic specialization is offered in the common pine Peridermium. iEcia may be produced upon the pine by sowing of Coleosporium teliospores from Senecio, Campanula, Pulsatilla, etc., but the seciospores which develop on the pine are capable of in- fecting only those species of hosts from which the teho- spores were taken. Similarly Eriksson "* has de- termined that though rus
RMRE58RX–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 48 the basidiospores from the germinating teliospores infect pine leaves, on which aecia are produced in the following spring. In all these fungi, in addition to those producing either several generations per year, or one (as in Gymnosporangium, Coleosporium, Cronartium, Milesia, Hyalopsora, Melampsorella), or two (as in Chrysomyxa), the hosts are represented by evergreen plants, while in Micro-Uredinales with one generation of teliospores the mycelium overwinters in the evergreen leaves or overwintering buds. In some r
RMRMWFGM–. Annales des Sciences Naturelles Botaniques. gp f. ùasrie ,/<?/. ? - i , ./ 7%omas i-B Cystopus Portnlacae /«?. ^'-- Melampsora salicina Léo. i-g Melauipsora betulina -Permoïc 10 M.populina£&. // Coleosporium lîlimaiilhacearum /, W» RëmontL unp r a&r Noyers Se Paris.. 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.. Paris
![. The British rust fungi (Uredinales), their biology and classification. Uredineae. Fig. 241. C. Senecionis. a, chain of uredospores; h, two fascicles of leaves of P. silvestris, bearing peridia on one leaf only of each fascicle (reduced). Fi£ '24:2. C. Senecionis. Teleuto- spore germinating. This is the species of Coleosporium whose life-historj has been longest known; "Wolff first experimentally demonstrated it in 1872, and he was followed by Plowright in 1882, as well as by Cprnu, Hartig, Rathay, Von Thiimen, Rostrup, Klebahn and Fischer. The aecidium had previously been called Perider Stock Photo](https://c8.alamy.com/comp/RH2RWY/the-british-rust-fungi-uredinales-their-biology-and-classification-uredineae-fig-241-c-senecionis-a-chain-of-uredospores-h-two-fascicles-of-leaves-of-p-silvestris-bearing-peridia-on-one-leaf-only-of-each-fascicle-reduced-fi-242-c-senecionis-teleuto-spore-germinating-this-is-the-species-of-coleosporium-whose-life-historj-has-been-longest-known-quotwolff-first-experimentally-demonstrated-it-in-1872-and-he-was-followed-by-plowright-in-1882-as-well-as-by-cprnu-hartig-rathay-von-thiimen-rostrup-klebahn-and-fischer-the-aecidium-had-previously-been-called-perider-RH2RWY.jpg ". The British rust fungi (Uredinales), their biology and classification. Uredineae. Fig. 241. C. Senecionis. a, chain of uredospores; h, two fascicles of leaves of P. silvestris, bearing peridia on one leaf only of each fascicle (reduced). Fi£ '24:2. C. Senecionis. Teleuto- spore germinating. This is the species of Coleosporium whose life-historj has been longest known; "Wolff first experimentally demonstrated it in 1872, and he was followed by Plowright in 1882, as well as by Cprnu, Hartig, Rathay, Von Thiimen, Rostrup, Klebahn and Fischer. The aecidium had previously been called Perider Stock Photo")
RMRH2RWY–. The British rust fungi (Uredinales), their biology and classification. Uredineae. Fig. 241. C. Senecionis. a, chain of uredospores; h, two fascicles of leaves of P. silvestris, bearing peridia on one leaf only of each fascicle (reduced). Fi£ '24:2. C. Senecionis. Teleuto- spore germinating. This is the species of Coleosporium whose life-historj has been longest known; "Wolff first experimentally demonstrated it in 1872, and he was followed by Plowright in 1882, as well as by Cprnu, Hartig, Rathay, Von Thiimen, Rostrup, Klebahn and Fischer. The aecidium had previously been called Perider
RMRH2RTJ–. The British rust fungi (Uredinales), their biology and classification. Uredineae. 324 COLEOSPORIUM Uredospores. Sori scattered, orange, at first covered by the epidermis, soon pulverulent; spores ovate or ellipsoid, densely and evenly verruculose, 21â34 x 14â21 [x. Teleutospores. Sori forming little red crusts; spores pris- matic, length up to 100 fi, breadth 18â24yLi; epispore up to 14 yu, thick at the summit. ^cidia on leaves of Pinus silvestris; uredo- and teleutospores on Petasites officinalis, AugustâNovember, not uncommon. The life-cycle has been demonstrated by Fischer and Wagner for
![. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIIl] UREDINALES 213 Moreau describes only two, but Harper and Holden found a larger number, which became crowded together arid more or less fused during the later stages of the first and also during the second division. InGymnosporangium clavariaeforme (fig. 190) the first division is initiated, as in Coleosporium, by a synaptic phase, after which a spireme is formed and breaks up into chromosomes. These pass on to the spindle but soon lose their individuality and travel in irregular masses to the poles. The development of the spindle ha Stock Photo](https://c8.alamy.com/comp/RDX0G2/fungi-ascomycetes-ustilaginales-uredinales-fungi-viil-uredinales-213-moreau-describes-only-two-but-harper-and-holden-found-a-larger-number-which-became-crowded-together-arid-more-or-less-fused-during-the-later-stages-of-the-first-and-also-during-the-second-division-ingymnosporangium-clavariaeforme-fig-190-the-first-division-is-initiated-as-in-coleosporium-by-a-synaptic-phase-after-which-a-spireme-is-formed-and-breaks-up-into-chromosomes-these-pass-on-to-the-spindle-but-soon-lose-their-individuality-and-travel-in-irregular-masses-to-the-poles-the-development-of-the-spindle-ha-RDX0G2.jpg ". Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIIl] UREDINALES 213 Moreau describes only two, but Harper and Holden found a larger number, which became crowded together arid more or less fused during the later stages of the first and also during the second division. InGymnosporangium clavariaeforme (fig. 190) the first division is initiated, as in Coleosporium, by a synaptic phase, after which a spireme is formed and breaks up into chromosomes. These pass on to the spindle but soon lose their individuality and travel in irregular masses to the poles. The development of the spindle ha Stock Photo")
RMRDX0G2–. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIIl] UREDINALES 213 Moreau describes only two, but Harper and Holden found a larger number, which became crowded together arid more or less fused during the later stages of the first and also during the second division. InGymnosporangium clavariaeforme (fig. 190) the first division is initiated, as in Coleosporium, by a synaptic phase, after which a spireme is formed and breaks up into chromosomes. These pass on to the spindle but soon lose their individuality and travel in irregular masses to the poles. The development of the spindle ha
RMRH2RXK–. The British rust fungi (Uredinales) their biology and classification. Rust fungi -- Great Britain. Fig. 241. C. Senecionis. a, chain of uredospores; b, two fascicles of leaves of P. silvestris, bearing peridia on one leaf only of each fascicle (reduced). Fig. 242. C. Senecionis. Teleuto- spore germinating. This is the species of Coleosporium whose life-history has been longest known; Wolff first experimentally demonstrated it in 1872, and he was followed by Plowright in 1882, as well as by Cornu, Hartig, Rathay, Von Thiimen, Rostrup, Klebahn and Fischer. The secidium had previously been call
RMRDJ5NM–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 436 FUNGOUS DISEASES OF PLANTS fo§doR88DQ. The genus Coleosporium is to be considered entirely heterce- cious, and whenever secidial stages are known in the life cycle, they occur on species of Pinus, and are referable to the form genus Peridermium. The aecidial stage of the species here discussed has recently been found through inoculation experiments to be a form known as Peridermium acicohnu occurring on leaves of Pinus rigida in several of the northeastern states. The Euro- pea
RMRDHRX7–. Fungi; their nature and uses. Fungi. Fig. 82.—Germinating pseudospores of (6) Coleosporium Sonchi; (a s) secondary spores, or sporules (Tulasne). Fig. 83.—Germinating pseudospore (b) of Melampsora betulina (Tulasne). filament which remains simple and uniform, but more commonly it forms at its extremity a second sporule. If this does not become isolated, to play an independent life, the filament is continued, and new vesicles are repeated many times. In Melampsora the summer spores are of the Lecytliea type, and were included in that genus till their relation with Melamp- sora was clearly mad
![. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne).. Please note that these images are extracted from scanned page images that may have been digitally e Stock Photo](https://c8.alamy.com/comp/REGF3F/dr-l-rabenhorsts-kryptogamen-flora-von-deutschland-oesterreich-und-der-schweiz-cryptogams-germany-cryptogams-austria-cryptogams-switzerland-139-coleosporium-teleutosporen-aus-mehreren-bereinander-stehenden-zellen-gebildet-zu-compacten-lagern-vereinigt-uredosporen-reihenweise-promycelium-einzellig-mit-sporidium-fig-1-2-coleosporium-euphrasiae-fig-1-theil-eines-uredosporenlagers-fig-2-tlieil-eines-teleutosporenlagers-zwei-teleutosporen-keimen-nach-tulasne-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-e-REGF3F.jpg ". Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne).. Please note that these images are extracted from scanned page images that may have been digitally e Stock Photo")
RMREGF3F–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 139 Coleosporium. Teleutosporen aus mehreren übereinander stehenden Zellen gebildet, zu compacten Lagern vereinigt. Uredosporen reihenweise. Promycelium einzellig, mit ] Sporidium. Fig. 1, 2. Coleosporium Euphrasiae. Fig. 1. Theil eines Uredosporenlagers. Fig. 2. Tlieil eines Teleutosporenlagers. Zwei Teleutosporen keimen; (nach Tulasne).. Please note that these images are extracted from scanned page images that may have been digitally e
RMRE2G9M–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. Fig. 241. G. Senecionis. a, chain of uredospores; b, two fascicles of leaves of P. silvestris, bearing peridia on one leaf only of each fascicle (reduced). Pig. 242. C. Senecionis. Teleuto- spore germinating. This is the species of Coleosporium whose life-history has been longest known; Wolff first experimentally demonstrated it in 1872, and he was followed by Plowright in 1882, as well as by Cornu, Hartig, Rathay, Von Thiimen, Rostnip, Klebahn and Fischer. The secidium had previously been called Peridermium. S
RMRE2G9C–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. COLEOSPORIUM 323. Teleutospores. Sori filling large intercellular spaces of the mesophyll towards the lower sur- face of the leaf; spores prismatic, length up to 140/x, breadth 18— 28 fj,; epispore 18—21 fj, thick, or more, at the summit. ^cidia on (?both) leaves of Pinus silvestris; uredo- and teleu- tospores on Tussilago Farfara, May—November, very common. (Fig. 243.) The connection of the spore-forms on the alternate hosts has been demon- strated by Plowright, Klebahn, Fischer and Wagner. Klebahn and Fischer
![. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIII] UREDINALES 207. Fig. 183. Coleosporium Son- chi ; uredosorus, x 545 ; after Holden and Harper. group of basal cells of indefinite extent, from which the aecidiospore mother- cells are cut off The aecidium is, in fact, no more a definite organ than the uredo- or teleutosorus, and only appears so in the more elaborate forms because of the modification of its peripheral cells to form a pseudoperidium. The important distinction lies not in the general morpho- logy of the sorus, but in the fact that an association of two nuclei from diff Stock Photo](https://c8.alamy.com/comp/RDX0HR/fungi-ascomycetes-ustilaginales-uredinales-fungi-viii-uredinales-207-fig-183-coleosporium-son-chi-uredosorus-x-545-after-holden-and-harper-group-of-basal-cells-of-indefinite-extent-from-which-the-aecidiospore-mother-cells-are-cut-off-the-aecidium-is-in-fact-no-more-a-definite-organ-than-the-uredo-or-teleutosorus-and-only-appears-so-in-the-more-elaborate-forms-because-of-the-modification-of-its-peripheral-cells-to-form-a-pseudoperidium-the-important-distinction-lies-not-in-the-general-morpho-logy-of-the-sorus-but-in-the-fact-that-an-association-of-two-nuclei-from-diff-RDX0HR.jpg ". Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIII] UREDINALES 207. Fig. 183. Coleosporium Son- chi ; uredosorus, x 545 ; after Holden and Harper. group of basal cells of indefinite extent, from which the aecidiospore mother- cells are cut off The aecidium is, in fact, no more a definite organ than the uredo- or teleutosorus, and only appears so in the more elaborate forms because of the modification of its peripheral cells to form a pseudoperidium. The important distinction lies not in the general morpho- logy of the sorus, but in the fact that an association of two nuclei from diff Stock Photo")
RMRDX0HR–. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. VIII] UREDINALES 207. Fig. 183. Coleosporium Son- chi ; uredosorus, x 545 ; after Holden and Harper. group of basal cells of indefinite extent, from which the aecidiospore mother- cells are cut off The aecidium is, in fact, no more a definite organ than the uredo- or teleutosorus, and only appears so in the more elaborate forms because of the modification of its peripheral cells to form a pseudoperidium. The important distinction lies not in the general morpho- logy of the sorus, but in the fact that an association of two nuclei from diff
RMRE5G43–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 109. Coleosporium heteropappi (P.Henn.) Tranz. on Heteropappus hispidus Less. Urediospores, x 600. (Orig.) FIGURE 110. Coleosporium solidaginis (Schw.) Thiim. on SoUdago sp.: 1 — urediospores; 2 — teliospores; (Orig.) X 600. 403. 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.. Botanicheskii institut im. V. L. Komarova. Jerusalem [Published for
RMRE5G5J–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 93. Coleosporium pinicola Arth.) Jackson on Pinus virgiana Mill., Teliospores. (After Arthur) FIGURE 94. Coleosporium aconiti Thum. on Aconitum barbatum Patr. Teliospores, X 600. (Orig.) FIGURE 95. Coleosporium cimicifu- gatum Thiim. on Cimicifuga dahurica (Turcz.) Max.: 1 — urediospores; 2 — teliospores; X 600. (Orig.) 385. 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
RMRE5G4P–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 102. Coleosporium perillae Kom. on Perilla ocymoides L.: 1 — urediospores; 2 — teliospores; x 600, (Orig.) FIGURE 103. Coleosporium plectranthi Barck.on Plectranthus glaucocalyx Max.: 1 — urediospores; 2 — teliospores; x 600. (Orig.) 392. 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.. Botanicheskii institut im. V. L. Komarova. Jerusalem [Publ
RMRH2RW7–. The British rust fungi (Uredinales), their biology and classification. Uredineae. COLEOSPORIUM 323. Teleutospores. Sori filling large intercellular spaces of the mesophyll towards the lower sur- face of the leaf; spores prismatic, length up to 140/a, breadth 18— 28 /x ; epispore 18—21 /x thick, or more, at the summit. ^cidia on (? both) leaves of Pinus silvestris; uredo- and teleu- tospores on Tussilago Farfara, May—November, very common. (Fig. 243.) The connection of the spore-forms on the alternate hosts has been demon- strated by Plowright, Klebahn, Fischer and Wagner. Klebahn and Fischer
RMRE2G95–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. 324 COLEOSPORIUM Uredospores. Sori scattered, orange, at first covered by the epidermis, soon pulverulent; spores ovate or ellipsoid, densely and evenly verruculose, 21—34 x 14—21 /u,. Teleutospores. Sori forming little red crusts; spores pris- matic, length up to 100 fi, breadth 18—24 fj,; epispore up to 14/u. thick at the summit. iEcidia on leaves of Pinus silvestris; uredo- and teleutospores on Petasites officinalis, August—November, not uncommon. The life-cycle has been demonstrated by Fischer and Wagner fo
![. Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis Stock Photo](https://c8.alamy.com/comp/RDD8T9/minnesota-plant-diseases-plant-diseases-376-minnesota-plant-diseases-not-unlike-a-smut-mass-the-spore-mass-is-black-and-powdery-and-the-spores-are-in-general-features-similar-in-appearance-to-the-winter-spores-of-the-leaf-rust-infected-plant-parts-should-be-destroyed-before-the-spores-have-a-chance-to-disperse-the-indian-turnip-leaf-rust-uromyces-caladii-schw-farl-this-rust-is-sometimes-found-on-cultivated-aroids-see-dis-eases-of-wild-plants-golden-rod-and-aster-leaf-rust-coleosporium-sonchi-ar-vensis-pers-lev-the-g-olden-rod-rust-is-an-exceed-ingly-abundant-dis-RDD8T9.jpg ". Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis Stock Photo")
RMRDD8T9–. Minnesota plant diseases. Plant diseases. 376 Minnesota Plant Diseases. not unlike a smut mass. The spore mass is black and powdery and the spores are, in general features, similar in appearance to the winter spores of the leaf rust. Infected plant parts should be destroyed before the spores have a chance to disperse. The Indian turnip leaf rust [Uromyces caladii (Schw.) Farl.]. This rust is sometimes found on cultivated Aroids. (See Dis- eases of Wild Plants.) Golden-rod and aster leaf rust [Coleosporium sonchi-ar- vensis ( Pers.) Lev.]. The g-olden-rod rust is an exceed- ingly abundant dis
RMRE2G9Y–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. COLEOSPORIUM 321 j^cidia on (? one of the two) leaves of Pinus austriaca, P silvestris, May, June; uredo- and teleutospores on Senecio Jacohaea, S. palustris, S. silvaticus, S. viscosus, S. vulgaris, all through the year; also recorded for S. pulcher, S. sarracenious, etc., in Botanic gardens, and on cultivated Cinerarias (i.e. Senecio) at Sydenham; see Journ. Roy. Hort. Soc. 1908, xxxiii. 511. Very common. (Figs. 241, 242.). Please note that these images are extracted from scanned page images that may have bee
RMRH2RXC–. The British rust fungi (Uredinales), their biology and classification. Uredineae. COLEOSPORIUM 321 yEcidia on (? one of the two) leaves of Pinus austriaca, P. silvestris, May, June; ureclo- and teleutospores on Senecio Jacohaea, S. palustris, S. silvaticus, S. viscosus, S. vulgaris, all through the year; also recorded for S. pulcher, S. sarracenicus, etc., in Botanic gardens, and on cultivated Cinerarias (i.e. Senecio) at Sydenham; see Journ. Roy. Hort. Soc. 1908, xxxiii. oil. Very common. (Figs. 241, 242.). Please note that these images are extracted from scanned page images that may have b
RMRH2RX4–. The British rust fungi (Uredinales) their biology and classification. Rust fungi -- Great Britain. COLEOSPORIUM 323 Teleutospores. Sori filling large intercellular spaces of the mesophyll towards the lower sur- face of the leaf; spores prismatic, length up to 140/x, breadth 18— 28/a; epispore 18—21/a thick, or more, at the summit. iEcidia on (?both) leaves of Pin us silvestris; uredo-and teleu- tospores on Tussilago Farfara, May—November, very common. (Fig. 243.). Fig. 243. G.Tussilaginis. iEcidia oq both leaves of a fascicle of P. silvestris (from Blackmail's experiment), reduced; uredo- an
RMRE5G2P–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 328 C. campanulae. To the forms observed on chance hosts is referred Coleosporium tropaeolum Palm, (in Vestergr. Microm. Sel. No. 1456), and Uredo vagans Dieti '^h (Arch. Naturk. Liv.-, Ehst- u. Kurlands, II Ser., I, 1859, S. 429). Diet .ch indicated the development of the fungi in many garden plants — Schizanthus grahami, Tropaeolum canariense, etc.; among Dietrich's exsiccatae (Crypt. Cent. VIll, 12, and also of the fungi on Tropaeolum aduncum, 9/53, Ehstland) are specimens of Coleosporium. Apparently, to this form sh
RMRH2RY5–. The British rust fungi (Uredinales) their biology and classification. Rust fungi -- Great Britain. COLEOSPORIUM 321 /Ecidia on (?one of the two) leaves of Pinus austriaca, P. silvestris, May, June; uredo- and teleutospores on Senecio Jacobaea, S. palustris, 8. silvaticus, S. viscosus, S. vulgaris, all through the year; also recorded for S. pulcher, S. sarracenicus, etc., in Botanic gardens, and on cultivated Cinerarias (i.e. Senecio) at Sydenham; see Journ. Roy. Hort. Soc. 1908, xxxiii. 511. Very common. (Figs. 241, 242.). Please note that these images are extracted from scanned page images
RMREF5WH–. Comparative morphology of Fungi. Fungi. Fig. 383.—1. Coleosporium Sonchi-arvensis. Hymenium. 2. Thekopsora areolata. Tclium. 3. Melampsora Helioscopiae. Telium. (1 X 270; 2, 3 X 340; after Sappin- Trouffy, 1896.) four cells, each cutting off a basidiospore and raising it above the ruptured epidermis on a long sterigma. In Gallowaya pinicola (B. O. Dodge, 1925) there is very little inter- twining of hyphae as a preliminary to the formation of the telial sorus. The hyphae grow out through the mesophyll and form a palisade of chains of four or five uninucleated cells. The terminal cells form th
RMRH2RT3–. The British rust fungi (Uredinales), their biology and classification. Uredineae. COLEOSPORIUM 327 (2) CoLEOSPORiUM Melampyri Karst. Uredo Melampyri Rebentisch, Flor. Neomarch. p. 355. Coleosporium Mdampyri Karst. Myc. Fenn. iv. 62. Fischer, Ured. Schweiz, p. 440, f. 269. Peridermium Soraueri Kleb. Zeitschr. f. Pflanzeiikr. iv. 194. The only apparent differences from G. Euphrasiae are in the size of the spores: uredospores 24—35 X 21—28 fi; teleutospores as much as 115/a long, 21—28/x wide; epispore very thick (up to '28 fi) at the summit. iEcidia on leaves of Finus silvestris; uredo- and te
RMRH2RTY–. The British rust fungi (Uredinales) their biology and classification. Rust fungi -- Great Britain. COLEOSPORIUM 327 (2) Coleosporium Melampyri Karst. Uredo Melampyri Rebentisch, Flor. Neomarch. p. 355. Coleosporium Melampyri Karst. Myc. Fenn. iv. 62. Fischer, Ured. Schweiz, p. 440, f. 269. Peridermium Soraueri Kleb. Zeitschr. f. Pflanzenkr. iv. 194. The only apparent differences from C. Euphrasiae are in the size of the spores: uredospores 24—35 x 21—28 //,; teleutospores as much as 115fi long, 21—28p wide; epispore very thick (up to 28/x) at the summit. iEcidia on leaves of Pinus silvestris
RMRE2G8X–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. COLEOSPOEIUM 327 (2) CoLEOSPORiUM Melampyri Karst. Uredo Melampyri Eebentisch, Flor. Neomaroli. p. 355. Coleosporium Melampyri Karst. Myo. Fenn. iv. 62. Fischer, Ured. Sohweiz, p. 440, f. 269. Peridermium Soraueri Kleb. Zeitschr. f. Pflanzenkr. iv. 194. The only apparent differences from G. Euphrasiae are in the size of the spores: uredospores 24—35 X 21-—28 ^i; teleutospores as much as 115/u, long, 21—28/x wide; epispore very thick (up to 28 yit) at the summit. .iEcidia on leaves of Pinus silvestris; uredo- an
RMRE5G5B–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 96. Coleosporium actaeae Karst.on Actaea erythrocarpa Fisch.: 1 — urediospores; 2 — teliospores; x 600. (Orig.). FIGURE 97. Coleosporium martianoffianum (Thiim.) Syd. on Delphinium elatum L.: 1 — urediospores; 2 — teliospores; x 600. (Orig.) 5. Coleosporium martianoffianum (Thiim.) Syd., Monogr. Ured. Ill, 1915, p. 654; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 193. 297 Syn.: Caeoma Martianoffianum Thiim., Bull. Soc. imp. nat. Moscou LIII, 1878, p. 220; Sacc, Sylloge, VII, 1888, p. 865. Spermagonia and aeci
RMRE5G3R–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 315 Ob (Tobol'sk, Tomsk), Irt. (Kazakh SSR, Omsk), Alt. (Altai); E SIBERIA: Ang.-Say. (Minusinsk); FAR EAST: Ze.-Bu. (Blagoveshchensk). On Inula glandulosa Willd. — CAUCASUS: W Transc. (Abkhaz ASSR). On Inula cordata Boiss. — CAUCASUS: E Transc. (Georgian SSR: Likani) Aecial host established by Fischer in experimental cultures, and confirmed by Klebahn and Mayor. 23. Coleosporium carpesii Sacc, Riv. Ace. Padova, XXIV, 1874, p. 208; Sylloge, VII, 1888, p. 753; Trotter, Fl. Crypt. Ital. Ured., 1914, p. 369; Syd., Monogr.
![. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 316 Syn.: Coleosporium telekiae Bubak, supplement to "Novenytani Kozle- menyek," 1907,4. p. 102. Spermagonia and aecia unknown. Uredia hypophyllous, on yellowish or brownish patches, scattered or in irregular groups, 0.3—0.6 mm across, orange-colored. Urediospores globoid, ellipsoid, ovoid, or prismatic, 18 — 28X16—22^; walls colorless, 1.0 —1.5m thick, densely verrucose. Telia hypophyllous, scattered or irregularly grouped, round, small, 0.4—0.6mm across, orange-colored. Teliospores cylindrical, 80 — 130 X 19 Stock Photo](https://c8.alamy.com/comp/RE5G3B/cryptogamic-plants-of-the-ussr-flora-sporovykh-rastenii-sssr-plants-316-syn-coleosporium-telekiae-bubak-supplement-to-quotnovenytani-kozle-menyekquot-19074-p-102-spermagonia-and-aecia-unknown-uredia-hypophyllous-on-yellowish-or-brownish-patches-scattered-or-in-irregular-groups-0306-mm-across-orange-colored-urediospores-globoid-ellipsoid-ovoid-or-prismatic-18-28x1622-walls-colorless-10-15m-thick-densely-verrucose-telia-hypophyllous-scattered-or-irregularly-grouped-round-small-0406mm-across-orange-colored-teliospores-cylindrical-80-130-x-19-RE5G3B.jpg ". Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 316 Syn.: Coleosporium telekiae Bubak, supplement to "Novenytani Kozle- menyek," 1907,4. p. 102. Spermagonia and aecia unknown. Uredia hypophyllous, on yellowish or brownish patches, scattered or in irregular groups, 0.3—0.6 mm across, orange-colored. Urediospores globoid, ellipsoid, ovoid, or prismatic, 18 — 28X16—22^; walls colorless, 1.0 —1.5m thick, densely verrucose. Telia hypophyllous, scattered or irregularly grouped, round, small, 0.4—0.6mm across, orange-colored. Teliospores cylindrical, 80 — 130 X 19 Stock Photo")
RMRE5G3B–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 316 Syn.: Coleosporium telekiae Bubak, supplement to "Novenytani Kozle- menyek," 1907,4. p. 102. Spermagonia and aecia unknown. Uredia hypophyllous, on yellowish or brownish patches, scattered or in irregular groups, 0.3—0.6 mm across, orange-colored. Urediospores globoid, ellipsoid, ovoid, or prismatic, 18 — 28X16—22^; walls colorless, 1.0 —1.5m thick, densely verrucose. Telia hypophyllous, scattered or irregularly grouped, round, small, 0.4—0.6mm across, orange-colored. Teliospores cylindrical, 80 — 130 X 19
RMRE5G39–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. (317). FIGURE 113. Coleosporium telekiae Thum. on Buphthalmum speciosum Schreb.: 1 — urediospores; 2 — teliospores; x 600. (Orig.) FIGURE 114. Coleosporium tussilaginis (Pers.) Lev. on Tussilago farfara L.: 1 — urediospores; 2 — teliospores; X 600. (Orig.) 25. Coleosporium tussilaginis (Pers.) Lev., Ann. sci. natur. Ill, ser. VIII, 1847, p. 373, Diet. hist, natur., article Uredinees, 1848, p. 786; emend. Klebahn, Ztschr. Pflanzenkr. II, 1892, S. 269; Fischer, Ured. Schweiz, 1904, S. 449; Bubak, Rostpilze Bohmens, 1908,
RMRE5G2R–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. Telia hypophyllous, scattered or in groups, small, 0.2 —0.4 nam across, orange-colored, later pale yellow. Teliospores cylindrical-clavate, 60—80 X 15 —18//, at apex rounded and thickened up to 15 — 25/Li, On Aposeris foetida in Europe: USSR, western Europe. On Aposeris foetida Less. — EUROPEAN PART: U. Dns. (Lvov Region). /^. FIGURE 120. Coleospo- rium synuri Tranz. on Synurus atriplicifolius (Trev.) Iljin. Uredio- spores.X 600. (Orig.'' FIGURE 121. Coleosporium sonchi-arvensis (Pers.) Winter on Sonchus arvensis L.: 1
RMRGTN3P–. Bulletin. Natural history; Natural history. Article VI.— Parasitic Fungi of Illinois. J. BuRRiLL and F. S. Earle.. ,^. Y.W . By T. .^!i2^ ERYSIPHE^, Lev. (Ann. Sci. Nat., Ser. III., Tome XV.) Cn liirinnr nlcmfa IvTvPolinni anrvorfioiol onnciefi n<TP rti ERRATA. Page 389, line 7 from bottom, for carpogonium read sporo- carp; lines 9, 12, 15, for oogonium read carpogonium. Page 391, line 1, for Cessatii read Cesatii. Page 400, line 4, for Myceliumin conspicuous read Myce- lium inconspicuous; line 14, for coleosporium read Coleosjjoriiwi. Page 401, line 9, for connatus read connata; line 12
RMRE5G51–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 100. Coleosporium phellodendri Kom. on Phellodendron amurense Rupr.: 1 — urediospores; 2 — teliospores; x 600. (Orig.). FIGURE UJI. Coleosporium datiscae Tranz. on Datisca cannabina L. Urediospores, X 600. (Orlg.) On Datiscaceae 301 11. Coleosporium datiscae Tranz., Tr. Tifl. Bot. Sada, XI, 1910, p. 147 and in Tranzschel et Serebriannikow, Mycotheca Rossiae, No. 16, 1910; Sacc, Sylloge, XXI, 1912, p. 722; Syd., Monogr. Ured. Ill, 1915, p. 646; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 283. Spermagonia and a
RMRE5G4X–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. On Datisca in the USSR (Transcaucasia, Central Asia), and in northern India. On Datisca cannabina L. â CAUCASUS: W Transc. (Adzhar ASSR: Cape Zelenyi near Batumi; Georgian SSR: Tsubi village near Kutaisi); CENTRAL ASIA: Pam.-AI. (Tadzhik SSR: southern slopes of the Gissar Range, Kondor Ravine (frequently)). On Labiatae 12. Coleosporium perillae Kom. in Jacz., Kom. et Tranz., Fungi Rossiae exs. No. 273,1889; Syd., Hedwigia, XXXVIII, 1899, S. (l4l); Sacc, Sylloge, XVI, 1902, p. 317; Syd., Monogr. Ured. Ill, 1915, p. 641;
RMRE5G47–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. [311). FIGURE 107. Coleosporium horianum P.Henn. on Codonopsis lanceolata B.et H.: 1 —urediospores; 2 — teliospores; < 600. (Oiig.) FIGURE 108. Coleosporium asterum (Diet.) Syd. on Aster scaber Thunb.: 1 — urediospores; 2 — teliospores; x 600. (Orig.) On Compositae 18. Coleosporium asterum (Diet.) Syd., Ann. mycol. XII, 1914, p. 109; Syd., Monogr. Ured, III, 1915, p. 600; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 378. Syn.: Stichopsora asterum Diet., Engler's Bot. Jahrb. XXVII, 1899, S. 566; Sacc, Sylloge, XVI
RMRE5G4A–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 17. Coleosporium horianum P. Henn., Hedwigia, XL, 1901, S. (25); Sacc, Sylloge, XVI, 1888, p. 318; Syd., Monogr. Ured. Ill, 1915, p. 634; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 353. Spermagonia and aecia unknown. Uredia hypophyllous, scattered or loosely grouped, small, 0.1 —0.3 mm in diameter, orange-colored. Urediospores, globoid, ovoid, or ellipsoid, densely verrucolose, 17—25X12—19/u; walls colorless, 1 n thick; contents orange-colored. Telia hypophyllous, scattered or grouped, frequently coalescent, 0.5—1.
RMRE5G31–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 116. Coleosporium senecionis (Schum.) Fries on Senecio sp.: 1 - urediospores; 2 - teliospores; x 600. (Orig.) FIGURE 117. Coleosporium cacaliae (DC) Otth. on Cacalia hastata L.: 1 — urediosporef; 2 —teliospores; x 600. fOrig.) 322 29. Coleosporium c ac aliae (DC) Otth, Mitt. Naturf. Ges. Bern, (1865) 1866, S. 179; Syd., Monogr. Ured. Ill, 1915, p. 601; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 379. Syn.: Uredo cacaliae DC, EncycL, 1808, p. 223. Uredo cacaliae Rabenh., Kryptog.-Flora, ed. 1, 1844, S. 12. Col
RMRG92XN–. Bulletin trimestriel de la Société mycologique de France. Mycology; Fungi; Fungi. FiG. 4.â Piiccinia Majorioensis. FiG. 5.â Puccinia Teucrii Biv. Bernh. G = 585. G = 650 * Melampsora Gelmii Bres., Il, III. Abondant par places sur VEuphorbia dendroides, dans les rochers de Miramar et au Barranco de Seller, 22 et 23 avril. * Coleosporium Inulae Rabenli., fl. Sur Inula viscosa. à Miramar, 22 avril. * iEcidium Valerianellae Biv. Bernh. Sur Valerianella truncata. près des grottes du Drach, 26 avril. '. Please note that these images are extracted from scanned page images that may have been digi
RMRH2RRF–. The British rust fungi (Uredinales), their biology and classification. Uredineae. 328 COLEOSPORIUM 7. Coleosporium Campanulae Lev. Uredo Campanulae Pers. Syn. p. 217. Coleosjiorium Campanulae, Lev. Ann. Sci. Xat. ser. .3, viii. 373. Cooke, Handb. p. 521; Micr. Fung. p. 218. Plowr. Ured. p. 251. Sacc. Syll. vii. 753. Fischer, Ured. Schweiz, p. 443. Arthur, N. Amer. Flor. vii. 88. Peridermium oblongisporium Fckl. Symb. Myc. p. 42. Eostr. Bot. Tidsskrift, xix. pp. 40, 41, 49. P. Rostrupii Fischer in Bull. Soc. Bot. Fr. xli. p. clxxii. Sperinogones. Amphigenous, scattered, conspicuou.s. JEcidios
RMRHTDFT–. Bidrag till kännedom av Finlands natur och folk. Science. 19 hvars celler sedan i vanlig ordning sterigmer och spo- ridier bildas. Släktet Ochropsora öfverensstämmer i sin teleutosporform med Coleosporium. Sporidierna kunna, såsom redan blifvit framhållet, vid sin groning gifva upphof åt en teleuto-, aecidie- eller uredo-sporform. Pykniderna bildas i vissa fall (fig. 9) helt en- kelt så, att ytterst fina myceltrådar växa fram emellan epidermiscellerna och spränga den fina kuticulan, som numera ensamt betäcker dem. Från spetsen af hvarje hyf eller sterigm afsnöras i basipetal ord- ning synner
RMRE5G2W–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. FIGURE 118. Coleosporium ligulariae Thiim. on Ligularia glauca ( L.) O. Hoffm.: 1 — urediospores; 2 — teliospores; X 600. (Orig.) FIGURE 119. Coleosporium saussureae Thiim. on Saussurea japonica DC: 1 — urediospores; 2 — teliospores; x 600. (Orig.) 31. Coleosporium saussureae Thiim., Bull. Soc. imp. nat. Moscou, LV, 1880, p. 212; Sacc, Sylloge, VII, 1888, p. 757; Syd., Monogr. Ured. Ill, 1915, p. 614; Hirats., Trans. Sapporo Nat. Hist. Soc. IX, 2, 1927, p. 222; Tranzschel, Consp. Ured. URSS, Moscow, 1939, p. 379. Syn.:
RMRHTDG8–. Bidrag till kännedom av Finlands natur och folk. Natural history. 19 hvars celler sedan i vanlig ordning sterigmer och spo- ridier bildas. Släktet Ochropsora öfverensstämmer i sin teleutosporform med Coleosporium. Sporidierna kunna, såsom redan blifvit framhållet, vid sin groning gifva upphof åt en teleuto-, aecidie- eller u r e d o - sporform. Pykniderna bildas i vissa fall (fig. 9) helt en- kelt så, att ytterst fina myceltrådar växa fram emellan epidermiscellerna och spränga den fina kuticulan, som numera ensamt betäcker dem. Från spetsen af h var je hyf eller st e rig m afsnöras i basipet
RMRH2RTA–. The British rust fungi (Uredinales) their biology and classification. Rust fungi -- Great Britain. 32s < Ol KOSI'OHU'M 7. Coleosporium Campanulas L6v. Uredo Campanvlae Pers. Syn. p. ^17. Coleosporium Campanulae, LeV. Ann. Sci. Nat. ser. 3, viii. 373. ke, II 'IhIIi. p. 521 ; Micr. Fung. p. 218j Plowr. Ored. p. 251. Syll. vii. 753. Fischer, Ured. Schweiz, p. 44:i Arthur, X. Anii-r. Flor. vii. 88. /' ridermium oblongisporium Fckl. Symb. Myc. p. 42. Rostr. Bot. Tidsskrift, xix. pp. 40, II, 19. /'. Ro8trupii Fischer in Bull. Soc. Bot. Fr. xli. p. clx.xii. Spemnogones. Amphigenous, scattered, c
RMRE2G8K–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. 328 COLEOSPOKIUM 1. Coleosporium Campanulae Lev. Uredo Campanulae Pers. Syn. p. 217. Coleosporium Campanulae, L6v. Ann. Soi. Nat. ser. 3, viii. 373. Cooke, Handb. p. 521; Micr. Fung. p. 218. Plowr. Ured. p. 251. Sacc. Syll. vii. 753. Fischer, Ured. Schweiz, p. 443. Arthur, N. Amer. Flor. vii. 88. Peridermium ohlongisporium Fckl. Symb. Myc. p. 42. Rostr. Bot. Tidsskrift, xix. jjp. 40, 41, 49. P. Rostrupii Fischer in Bull. Soc. Bot. Fr. xli. p. clxxii. Spermogones. Amphigenous, scattered, conspicuous. ^^idiospore
RMRE5G37–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. 318 Syn.: Uredo petasitis DC, Fl. franc^. II, 1805, p. 236. Coleosporium petasitis (petasitis) de Bary in lit. Peridermium Boudieri Ed. Fisch., Bull. Soc. bot. France, XLI, 1894, p. CLXXI. Peridermium Dietelii Wagn., Ztschr. Pflanzenkr. VI, 1896, S. 10. Biol. Fischer, 1. c, 1894; Entwicklungsgesch. Untersuch. iiber Rost- pilze, 1898, S. 105; Wagner, Ztschr. Pflanzenkr. VI, 1896, S. 10; Klebahn, Wirtswechs, Rostpilze, 1904, S. 364; Mayor, Bull. Soc. Neuchat. sci. natur. XLVIII, 1923, p. 386; LXIV, 1939, p. 16. i^-,. ^^^'
RMRCHWXX–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. 42 Uredinales. (Dietel. 7. Coleosporium Löveillö. Pykniden flach kegelförmig. Aecidium mit blasen- fürmiger, durch einen unregelmäßigen Riss sicli ölFnender Pseudoperidie. Aecidiosporen mit farbloser Membran oline Keimporen, auf der Oherfläclie mit leicht ablösbaren, kurzen Stäbchen besetzt. Uredosporen durch rcihenförmige Abgiiederung in kurzen Ketten ge- bildet, von gleicher Beschall'enheit wie die Aecidios
RMRCDPAP–. Diseases of economic plants. Plant diseases. Trees and Timber 401 persist for many years. One stage of this rust occurs upon the oaks. Rust (Coleosporium solidaginis (Schw.) Thtim., Perider- mium). — Another species of Peridermium occurs upon leaves, producing small, sac-like, tubular outgrowths which contain the spores. Tliis is a stage of a rust which appears later in the season upon golden-rods and asters. Red-rot {Fomes pinicola Cke.). — Upon dead trees this rot begins just under the bark, usually near the tree top, often following bluing. The wood is at first wet and soggy, but soon bec
RMRCJM4X–. Die krankheiten der pflanzen, ein handbuch fur land-und forstwirte, gartner, gartenfreunde und botaniker. Plant diseases. S.tapttd: afiüitpi(5c (UiOLiiiiacceii) a[§ Urfad)e ba 3Roftfranff)oitcn 193 5. Coleosporium Synantherarum Fr. (Coleosporium Sonchi siuf (jompoiiteu. Winter), auf Dielcit SoHipüfiten, befouberä I)äuftc3 auf Tussilago farfara, Petasites-Slvten, Adenostyles, Inula-2trten, Cacalia, Sonchus-Stften, Cine- raria itnb geiüiffeil 9(rteu uon Senecio, inie Senecio neniorensis, subal- pinus, cordatus, aquaticus, nebrodensis wwb saiacenicus, luäljfeilb bie auf Senecio vulgaris uub ner
RMRD071N–. Der gegenwrtige Standpunkt der Mycologie mit Rcksicht auf die Lehre von den Infections-Krankheiten. Pathogenic fungi. 81 plasma erfüllter Schlauch heraus, dessen Längenwachsthum still steht, nachdem er etwa die dreimalige Grösse der Spore erreicht hat. Dieser Keimschlauch ist ein Promycelium, welches nur selten, wie bei Coleosporium, einfach und unge- theilt bleibt, sondern gewöhnlich Querwände erhält, wodurch es meist in vier Zellen zerfällt wird. Jede von diesen Zellen, mit Ausnahme der gewöhnlich längeren untersten treibt ein kurzes, cylindrisches Sterigma, an dessen Spitze eine rundliche
RMRCHWXF–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. .?2:7J^. Fig. 27. A Eine Sporenscheibe von Alveolaria Cordiae Lagerh (220|1). B Ochropsora Sorbi (Oud.) Diet. Schnitt durch zwei Teleutosporenlager. In dem Lager links sind die Sporen bereits in der Sporidienbildung begriffen. (270|1). C Coleosporium Eu- phrasiae (Schum.) Schnitt durch den Kandteil eines Telento- sporenlagers (40üjl). Bei den beiden Sporen links ist die Spori- dienbildung bereits durch Viert
RMRCJMGX–. Die Krankheiten der Pflanzen; ein Handbuch für Land- und Forstwirte, Gärtner, Gartenfreunde und Botaniker. Plant diseases. 8.Kapitel: Sfioftpihe (Urebinaceen) al§ llr[ac!^e ber JRoftfranffieüen 193 5. Coleosporium Synantherarum Fr. (Coleosporium Sonchi stuf Gompofitea. Winter), aiif DielcH Ãompoftten, befonbers t)äufit3 auf Tussilago farfara, Petasites-2(rten, Adenostyles, Inula-Strten, Cacalia, Sonchus-Strten, Cine- raria iiiib geiuiffen 3(iteu oou Senecio, luie Senecio neraorensis, subal- pinus, cordatus, aquaticus, nebrodensis lllib saiacenicus, ir)äf)renb bie auf Senecio vulgaris i
RMREGF3E–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. Chrysomyxa. Promycelium mehrzellig mit mehreren Sporidien; sonst wie Coleosporium.. 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.. Rabenhorst, Ludwig, 1806-1881; Grunow, A. (Albert), 1826-1914. Leipzig : E. Kummer
![. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. (305]. ^;ff â liS'?^*^. l?: m FIGURE 104. Coleosporium euphrasiae (Schum.) Winter on Rhinanthus sp. teliospores, x 600. (Orig.) FIGURE 105. Coleosporium melampyri (Rebent) Tul. on Melampyrum nemorosum L.: 1 â urediospores; 2 â teliospores; x 600.(Orig.) â ^OC. 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.. Botanicheskii institut im. V. L. Komarova. Stock Photo](https://c8.alamy.com/comp/RE5G4G/cryptogamic-plants-of-the-ussr-flora-sporovykh-rastenii-sssr-plants-305-ff-lis-l-m-figure-104-coleosporium-euphrasiae-schum-winter-on-rhinanthus-sp-teliospores-x-600-orig-figure-105-coleosporium-melampyri-rebent-tul-on-melampyrum-nemorosum-l-1-urediospores-2-teliospores-x-600orig-oc-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-botanicheskii-institut-im-v-l-komarova-RE5G4G.jpg ". Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. (305]. ^;ff â liS'?^*^. l?: m FIGURE 104. Coleosporium euphrasiae (Schum.) Winter on Rhinanthus sp. teliospores, x 600. (Orig.) FIGURE 105. Coleosporium melampyri (Rebent) Tul. on Melampyrum nemorosum L.: 1 â urediospores; 2 â teliospores; x 600.(Orig.) â ^OC. 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.. Botanicheskii institut im. V. L. Komarova. Stock Photo")
RMRE5G4G–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. (305]. ^;ff â liS'?^*^. l?: m FIGURE 104. Coleosporium euphrasiae (Schum.) Winter on Rhinanthus sp. teliospores, x 600. (Orig.) FIGURE 105. Coleosporium melampyri (Rebent) Tul. on Melampyrum nemorosum L.: 1 â urediospores; 2 â teliospores; x 600.(Orig.) â ^OC. 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.. Botanicheskii institut im. V. L. Komarova.
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