RFW6RY5A–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RMA2R7HD–A group of minute fruiting bodies of slime mould or myxomycete Arcyria decipiens groving on decay wood in the forest
RMT0D4AC–Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz drlrabenhorstskr0110rabe Year: 1920 392 3*. Abgeflachte Sporangieii oder Plasmodio- karpien, Capillitium fein warzig oder nahezu glatt, reichlich entwickelt; Sporen 8—12 ,u. P. depresSH (Corda) Libert Fl. Crypt. Ard. fasc. IV (1837), 378; Rost. Monogr., 292; Schröter in Cohn Krypt.-Fl. Schles. III, 1, 106; Massee Monogr., 114, fig. 118-120; Celak. Myxom. Böhm., 25; Lister Monogr. ed. 1, 197, pl. LXXI, B, fig. a-c, ed. 2, 249, pl. 189, fig. a—c; Macbride N. Am. Slime-Mould
RF2E5C6P9–Close up of a pumpkin skin as it rots
RF2E5C7TX–Close up of a pumpkin skin as it rots
RMCPC7JY–Slime mould (Arcyria denudata), fruiting bodies on a log, UK
RMPG41TP–. Foundations of botany. Botany; Botany. 180 FOUNDATIONS OF BOTAIfY Amcebaform (so called from one of the most interesting and simplest of animals, the Amoeba, found on the surface of. FlQ. 12S. — A Slime Mould, (o-m, inclusiTe, x 640 timeB, n x 90 times.) mud and the leaves of water plants). In this condition, as shown at Ji, i, k, the spores creep about over the sur- face of the decaying vegetable material on which the. 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
RMRE1RDD–. Nature and development of plants. Botany. I50 LIFE OF A SLIME MOULD form, resembling a miniature, brownish puffball, is often seen on stumps and fallen logs (Fig. 87). Other kinds are illustrated in Fig. 88. They range in size from scarcely a pin head to nearly a foot in diameter and from spherical to cylindrical and cake-like masses. Not infrequently they are of great beauty owing to their coloration and lace-like structures. These small sacs or spor- angia (sing, sporangium) as they are commonly called, repre- sent but one stage in the life of the slime moulds. If we begin with an examinat
RM2WWHCH2–The surface of a decaying leaf (Acer sp.). White clumps are sporocarps of the slime mould Diderma effusum with tiny ruiting bodies (sporocarps) of th
RFRBCHRM–Yellow slime mold, Badhamia utricularis, feeding on a red mushroom called red scarlet splash fungus, Cytidia salicina
RFDFC5F5–Mushrooms (slime mould Lycogala epidendrum) in a green moss
RF2H7E5B3–Mucilago crustacea slime mould mold growing on a wet lawn in England in autumn
RFK2FC0C–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY2P–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RMA5P9M3–A group of mature fruiting bodies of slime mould or myxomycete Arcyria decipiens growing on decay wood in the forest
RF2E5C6NJ–Close up of a pumpkin skin as it rots
RMCPC86H–Slime mould (Physarum cinereum) plasmodium beginning to organise for the production of fruiting bodies, on a log UK
RMPG4BET–. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. SCLEROTINIA. 257 leaves of Vaccinium Vitis-Idaea exhibit in spring a mould- like coating, consisting of chains of lemon-shaped conidia. Woronin thus describes it: " In the outer layers of the cortex, amongst the dying elements, a pseudoparenchymatous cushion is formed, from which simple or dichotomously branched hyphae grow out through the overlying cuticle. The individual members of the chains of conidia are s
RMRDWGD1–. Nature and development of plants. Botany. ISO LIFE OF A SLIME MOULD form, resembling a miniature, brownish puff ball, is often seen on stumps and fallen logs (Fig. 87). Other kinds are illustrated in Fig. 88. They range in size from scarcely a pin head to nearly a foot in diameter and from spherical to cylindrical and cake-like masses. Not infrequently they are of great beauty owing to their coloration and lace-like structures. These small sacs or spor- angia (sing, sporangium) as they are commonly called, repre- sent but one stage in the life of the slime moulds. If we begin with an examina
RM2W9AAPG–Plasmodium of slime mould (Badhamia sp.?) growing on a fungus decaying on an old tree collected in south-western Norway.
RFRBCHT2–Yellow slime mold, Badhamia utricularis, feeding on a red mushroom called red scarlet splash fungus, Cytidia salicina
RF2P4F2JB–Lycogala conicum, commonly known as a wolf's milk slime mold, myxomycete from Finland
RF2H7E58C–Mucilago crustacea slime mould mold growing on a wet lawn in England in autumn
RF2E9Y1FJ–Lycogala flavofuscum, a wolf's milk slime mold from Finland
RFK2FC0P–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RF2T7JMGX–Lycogala conicum, commonly known as a wolf's milk slime mold, myxomycete from Finland
RFW6RY67–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RF2NKTRH7–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RMA5P9KE–A group of mature fruiting bodies of slime mould or myxomycete Arcyria decipiens growing on decay wood in the forest
RMD5W99P–Badhamia sp. Myxomycete or slime mould plasmodium developing on a log, UK
RMPG4E8R–. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. lO MYCOLOGY. Fig. I.—Club-root of cabbage, Plasmodiophora brassica. i, Turnip with club- root; 2, section of cabbage root with parenchyma cells filled with slime mould; 3, isolated parenchyma cell, (») vacuole, (0 oil-drops in Plasmodium, {p) Plasmodium; 4, lower cell with Plasmodium, upper cell with spores developing; 5, parenchyma cell with ripe spores; 6, isolated ripe spores; 7, germinating spores; 8, myxamoeba. (Figs. 2-8, cfter Woronin in Soraucr Ilandhuch dcr Pflanzenkrankheiten.
RMRDYCBB–. The essentials of botany. Botany. Fto. 63.—a part of a Slime-Mould (Physarum leucopus) in its motile stage. Magnified 350 times.. Fig. M.—Early stages of a Slime-mould (Fuligo varians). as, a spore; 6, c, the same, bursting the cell-wall; d to I, various stages; ra, young SUme-mould,. 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.. Bessey, Charles E. (Charles Edwin), 1845-1915. New York : Holt
RM2WJF59P–Plasmodium of slime mould (Badhamia sp.?) growing on a fungus decaying on an old tree collected in south-western Norway.
RFK2FC1C–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY62–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RF2M846EJ–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RMCT042D–Slime mould (Stemonitis herbatica) fruiting clusters on a log UK
RMRDJH8T–. The essentials of botany. Botany. PnOTOPHTTA. 107 some species it is no larger than a pin-head, while in others it is as large as a man's hand. This mass of protoplasm is often yellow or orange-red in color, and is never green. It possesses to an extraordinary degree the power of moving itself from place to place. Slime-moulds obtain their food by absorbing solutions of decaying matter, and are even. Fig. 45.—Early stages of a Slime-mould (Fuligo varians). o. a spore; 6. c, the same, bursting the cell-wall; d to I, various stages; m, young Slime-mould. said to engulf solid substances in the
RM2TCJ4HC–Plasmodium of slime mould (Badhamia sp.?) growing on a fungus decaying on an old oak collected in south-western Norway.
RFK2FC20–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY55–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RF2NKTR7G–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RF2AMEN51–Fuligo luteonitens, a plasmodial slime mold of the order Physarales, aethalium photographed in Finland
RF2M846CB–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RMCPC7YK–Slime mould (Comatricha nigra) myxomycete with newly forming fruiting bodies on a log UK
RF2M8AEA2–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RMRDWC3C–. The essentials of botany. Botany. PROTOPHTTA. 107 Some species it is no larger tlian a pin-head, wliile in others it is as large as a man's hand. This mass of protoplasm is often yellow or orange-red in color, and is never green. It possesses to an extraordinary degree the power of moving itself from place to place. Slime-moulds obtain their food by absorbing solutions of decaying matter, and are even. Fio. 45.—Early stages of a Slime-mould (Fuligo varians). a, a spore; h. c, the same, bursting the cell-wall; d to Z, various stages; m, young Slime-mould. said to engulf solid substances in th
RM2WJF58W–Slime mould sporocarps (fruting bodies) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RFK2FC21–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFK1NB71–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY99–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RMCPC7M8–Slime mould (Arcyria incarnata) fruiting bodies on a log UK
RF2M8AE9W–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RMRDYCCG–. The essentials of botany. Botany. PROTOPHTTA. 131. Fto. 63.—a part of a Slime-Mould (Physarum leucopus) in its motile stage. Magnified 350 times.. 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.. Bessey, Charles E. (Charles Edwin), 1845-1915. New York : Holt
RF2H9HGKE–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RM2WFHPRB–Slime mould sporocarp (fruting body) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RFK1NB6X–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY2A–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RMCPC8CB–Slime mould fruiting bodies on a log in rainforest Malaysia
RMRDGEGF–. Elements of botany. Botany; Botany. Fig. 102.—A Slime-Mould, (flr^m, inclusiTe, magnified 540 times, n magnified90 times.) but in the presence of moisture and warmth they will ger- minate as soon as they are scattered. During the process of. 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.. Bergen, Joseph Y. (Joseph Young), 1851-1917. Boston, Ginn
RF2H9HGMN–Comatricha nigra, a plasmodial slime mold, sporangia on decaying wood in Finland
RF2HYG978–Comatricha nigra, a plasmodial slime mold, sporangia on spruce log in Finland
RM2X26796–Slime mould sporocarps (fruting bodies) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RF2A7DB3K–Brefeldia maxima, known as the tapioca slime mold, climbing a birch tree in Finland
RFK1NB70–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RFW6RY4T–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RFJW6GXX–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RMCPC7H4–Slime mould (Arcyodes incarnata) fruiting bodies on a log UK
RMRDHG7H–. Foundations of botany. Botany; Botany. 180 FOUNDATIONS OF BOTAIfY Amcebaform (so called from one of the most interesting and simplest of animals, the Amoeba, found on the surface of. FlQ. 12S. — A Slime Mould, (o-m, inclusiTe, x 640 timeB, n x 90 times.) mud and the leaves of water plants). In this condition, as shown at Ji, i, k, the spores creep about over the sur- face of the decaying vegetable material on which the. 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
RM2WFHPPY–Slime mould sporocarps (fruiting bodies) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RF2A7DB3R–Brefeldia maxima, known as the tapioca slime mold, climbing a birch tree in Finland
RFW6BKX6–Symphytocarpus flaccidus, a tube slime mold from Finland, known also as Comatricha flaccida
RF2BAF861–Brefeldia maxima, known as the tapioca slime mold, climbing a birch tree in Finland
RFW6RY66–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RFJTPA5H–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RMCPC80E–Slime mould (Craterium minutum), fruiting bodies on a fallen leaf UK
RMRHWHM2–. Foundations of Botany. Botany. Fig. 125. —A Slime Mould, (a-m, inclusive, x 540 times, n x 90 times.) mud and the leaves of water plants). In this condition, as shown at h, i, h, the spores creep about over the sur- face of the decaying vegetable material on which the. 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.. Bergen, Joseph Y. (Joseph Young), 1851-1917. Boston, Ginn & company
RM2WFHPR5–Slime mould sporocarp (fruting body) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RF2BAF85J–Brefeldia maxima, known as the tapioca slime mold, climbing a birch tree in Finland
RFW6RY18–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RFJW6GXN–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RMCPC857–Phellinus ferreus slime mould or myxomycete fruiting bodies on a log UK
RMRCM024–. Elements of botany. Plants. PROTOPLASM AND ITS PROPERTIES. 127 their microscopic size, but still more in their lack of an embryo. The spores of slime-moulds are capable, wlien kept dry, of preserving for many years their power of germination,. Fig. 102. —a Slime-Mould, (rt-m, inclusive, magnified 540 times, n magnified90 times.) but in the presence of moisture and warmth they will ger- minate as soon as they are scattered. During the process of. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearan
RM2WGD1FM–Mature slime mould sporocarps (fruting bodies) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RF2BAF86C–Brefeldia maxima, known as the tapioca slime mold, climbing a birch tree in Finland
RF2HBN3N2–Badhamia utricularis, a slime mold with hanging sporangia
RFW6RY6B–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RF2P8ANKA–Fuligo leviderma, a plasmodial slime mold from Finland, no common English name
RFJTPA5J–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RF2M8AHA3–Fuligo leviderma, a plasmodial slime mold from Finland, no common English name
RF2AF6M8N–Fuligo leviderma, a plasmodial slime mold or moulds from Finland
RF2BAKJM4–Brefeldia maxima, a species of non-parasitic plasmodial slime mold, commonly known as the tapioca slime mold
RMRCM023–. Elements of botany. Plants. Fig. 102. —a Slime-Mould, (rt-m, inclusive, magnified 540 times, n magnified90 times.) but in the presence of moisture and warmth they will ger- minate as soon as they are scattered. During the process of. 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.. Bergen, Joseph Y. (Joseph Young), 1851-1917; Bergen, Joseph Y. (Joseph Young), 1851-1917. Bergen's Botany: key and flora, Pacific coast ed. Bos
RM2WY5811–Group of slime mould sporocarps (fruiting bodies) from Arcyria sp. (possibly A, cinerea). From bark culture collected from south-western Norway.
RFW6RY6D–Filamentous allergenic fungus Alternaria alternata, computer illustration. Alternaria is a dematiaceous (phaeoid) fungus commonly isolated from plants
RFJTPA5F–Ceratiomyxa fruticulosa myxomycetes in a moss on a stump
RF2B8W150–Brefeldia maxima, a species of non-parasitic plasmodial slime mold, commonly known as the tapioca slime mold
RMRFMGHJ–. Carnegie Institution of Washington publication. 5Q BACTERIA IN RELATION TO PLANT DISEASES. B. pseudarabinus. This is peritrichiate and non-sporiferous, liquefies gelatin slowly, and does not stain by Gram. He says of the fungus: In glucose-gelatin the mould produced a brilliant crimson-scarlet color, and it undoubtedly was the agent which was primarily responsible for the color of the strings. But from the presence of gum in the vessels I was of the opinion that the mould was accompanied by a slime bacterium, and that the complete phenomenon of red gum was brought about by the simultaneous g
RF2AMENGT–Comatricha nigra, a plasmodial slime mold, sporangia on spruce log in Finland
RF2AF3PHD–Fuligo leviderma, a plasmodial slime mold or moulds from Finland
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