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Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056562.htmlRM2DF9E2X–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The fungi which cause plant disease . Plant diseases; Fungi. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf disease.'^* Other parasitic species are: S. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-fia-416sporodesmium-antiquum-after-sac-caxdo-s-exitiosum-var-solani-schenck-is-reported-as-the-cause-of-a-potato-disease-s-solani-varians-yanha-is-the-cause-of-potato-disease-in-europe-the-foliage-bearing-brown-spots-and-finally-dying-in-a-manner-resembling-death-caused-by-phytophthora-cladosporium-and-pycnidial-forms-are-said-to-exist-s-mucosum-sacc-was-reported-by-ader-holt-on-cucumber-fruit-and-leaves-causing-disease-s-scorzonerae-aderh-causes-a-salsify-stem-and-leaf-disease-other-parasitic-species-are-s-image216451106.htmlRMPG45GJ–. The fungi which cause plant disease . Plant diseases; Fungi. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf disease.'^* Other parasitic species are: S.
![. The Gardeners' chronicle : a weekly illustrated journal of horticulture and allied subjects . ivfFj.J Fig. do.—plant of piiytophthora infestans showing the conidial stage. (Highly magnified.) verrucose keels. Micholitz describes the plant asgrowing in dense tufts, the leaves as glaueons>the sepals and petals as white, the front lobe of. Fig. in.—winter-hot (nectbia solani!Showing outward appearance. Natural size.) April 23, 1904.] THE GARD ENER S CHR ONI CL E. 259 the lip reddish - orange, the side lobes palecinnabar to carmine, and the disc and basalparts of the lip and column as general Stock Photo](https://c8.alamy.com/comp/2CDWY96/the-gardeners-chronicle-a-weekly-illustrated-journal-of-horticulture-and-allied-subjects-ivffjj-fig-doplant-of-piiytophthora-infestans-showing-the-conidial-stage-highly-magnified-verrucose-keels-micholitz-describes-the-plant-asgrowing-in-dense-tufts-the-leaves-as-glaueonsgtthe-sepals-and-petals-as-white-the-front-lobe-of-fig-inwinter-hot-nectbia-solani!showing-outward-appearance-natural-size-april-23-1904-the-gard-ener-s-chr-oni-cl-e-259-the-lip-reddish-orange-the-side-lobes-palecinnabar-to-carmine-and-the-disc-and-basalparts-of-the-lip-and-column-as-general-2CDWY96.jpg ". The Gardeners' chronicle : a weekly illustrated journal of horticulture and allied subjects . ivfFj.J Fig. do.—plant of piiytophthora infestans showing the conidial stage. (Highly magnified.) verrucose keels. Micholitz describes the plant asgrowing in dense tufts, the leaves as glaueons>the sepals and petals as white, the front lobe of. Fig. in.—winter-hot (nectbia solani!Showing outward appearance. Natural size.) April 23, 1904.] THE GARD ENER S CHR ONI CL E. 259 the lip reddish - orange, the side lobes palecinnabar to carmine, and the disc and basalparts of the lip and column as general Stock Photo")
. The Gardeners' chronicle : a weekly illustrated journal of horticulture and allied subjects . ivfFj.J Fig. do.—plant of piiytophthora infestans showing the conidial stage. (Highly magnified.) verrucose keels. Micholitz describes the plant asgrowing in dense tufts, the leaves as glaueons>the sepals and petals as white, the front lobe of. Fig. in.—winter-hot (nectbia solani!Showing outward appearance. Natural size.) April 23, 1904.] THE GARD ENER S CHR ONI CL E. 259 the lip reddish - orange, the side lobes palecinnabar to carmine, and the disc and basalparts of the lip and column as general Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-gardeners-chronicle-a-weekly-illustrated-journal-of-horticulture-and-allied-subjects-ivffjj-fig-doplant-of-piiytophthora-infestans-showing-the-conidial-stage-highly-magnified-verrucose-keels-micholitz-describes-the-plant-asgrowing-in-dense-tufts-the-leaves-as-glaueonsgtthe-sepals-and-petals-as-white-the-front-lobe-of-fig-inwinter-hot-nectbia-solani!showing-outward-appearance-natural-size-april-23-1904-the-gard-ener-s-chr-oni-cl-e-259-the-lip-reddish-orange-the-side-lobes-palecinnabar-to-carmine-and-the-disc-and-basalparts-of-the-lip-and-column-as-general-image369978482.htmlRM2CDWY96–. The Gardeners' chronicle : a weekly illustrated journal of horticulture and allied subjects . ivfFj.J Fig. do.—plant of piiytophthora infestans showing the conidial stage. (Highly magnified.) verrucose keels. Micholitz describes the plant asgrowing in dense tufts, the leaves as glaueons>the sepals and petals as white, the front lobe of. Fig. in.—winter-hot (nectbia solani!Showing outward appearance. Natural size.) April 23, 1904.] THE GARD ENER S CHR ONI CL E. 259 the lip reddish - orange, the side lobes palecinnabar to carmine, and the disc and basalparts of the lip and column as general
Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-stem-canker-rhizoctonia-solani-lesions-on-the-roots-and-lower-stem-33988462.htmlRMBY88HJ–Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant
Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-stem-canker-rhizoctonia-solani-lesions-on-the-roots-and-lower-stem-28777910.htmlRMBJPXEE–Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056575.htmlRM2DF9E3B–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The culture and diseases of the sweet pea. Sweet peas; Sweet peas. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. jb).. fig. 7. a young hyphce of Rhizoctonia from sweet pea. b barrel-shaped hyphce from sclerotia OF the same FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-culture-and-diseases-of-the-sweet-pea-sweet-peas-sweet-peas-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-jb-fig-7-a-young-hyphce-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-sclerotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-image216318389.htmlRMPFX48N–. The culture and diseases of the sweet pea. Sweet peas; Sweet peas. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. jb).. fig. 7. a young hyphce of Rhizoctonia from sweet pea. b barrel-shaped hyphce from sclerotia OF the same FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of.
. The elements of materia medica and therapeutics (Volume 2) . Cells of the Potatoes. a. Cell before boiling contain- ing the starch particles. b. Cell of a mealy potato after boiling. Fig. 201.. Arroicroot, offic. Amylum Solani tuberosi) con.sists of particles of varied shapes and sizes; thenormal form is probably ovate. Their size va-ries from one six-hundreth to one-thirtieth of aline in diameter. They are characterized byconcentric rings observed on their surface, andwhich Fritzsche (op. cit.) regards as indicationsof concentric layers, of which he asserts thesegrains to be composed. The h Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-materia-medica-and-therapeutics-volume-2-cells-of-the-potatoes-a-cell-before-boiling-contain-ing-the-starch-particles-b-cell-of-a-mealy-potato-after-boiling-fig-201-arroicroot-offic-amylum-solani-tuberosi-consists-of-particles-of-varied-shapes-and-sizes-thenormal-form-is-probably-ovate-their-size-va-ries-from-one-six-hundreth-to-one-thirtieth-of-aline-in-diameter-they-are-characterized-byconcentric-rings-observed-on-their-surface-andwhich-fritzsche-op-cit-regards-as-indicationsof-concentric-layers-of-which-he-asserts-thesegrains-to-be-composed-the-h-image370071783.htmlRM2CE269B–. The elements of materia medica and therapeutics (Volume 2) . Cells of the Potatoes. a. Cell before boiling contain- ing the starch particles. b. Cell of a mealy potato after boiling. Fig. 201.. Arroicroot, offic. Amylum Solani tuberosi) con.sists of particles of varied shapes and sizes; thenormal form is probably ovate. Their size va-ries from one six-hundreth to one-thirtieth of aline in diameter. They are characterized byconcentric rings observed on their surface, andwhich Fritzsche (op. cit.) regards as indicationsof concentric layers, of which he asserts thesegrains to be composed. The h
Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-stem-canker-rhizoctonia-solani-lesions-on-the-roots-and-lower-stem-28777891.htmlRMBJPXDR–Stem canker (Rhizoctonia solani) lesions on the roots and lower stem of a potato plant
Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-on-the-flower-bud-of-a-133608210.htmlRMHNAAHP–Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056611.htmlRM2DF9E4K–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
![. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photo](https://c8.alamy.com/comp/PFX48W/the-culture-and-diseases-of-the-sweet-pea-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-b-fig-7-a-young-hyph-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-scuvotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-please-note-that-these-i-PFX48W.jpg ". The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photo")
. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-culture-and-diseases-of-the-sweet-pea-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-b-fig-7-a-young-hyph-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-scuvotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-please-note-that-these-i-image216318393.htmlRMPFX48W–. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i
. Agricultural botany, theoretical and practical. Botany, Economic; Botany. 7o6 FUNGI by the fungus, Macrosporiu7n Solani Ell. et Mart., only conidial forms of which are known. The conidia and hyphae bearing them are brown. Each of the former when fully developed is somewhat spindle-shaped and formed of several cells as at A, Fig. 236. The mycelium is colourless and penetrates into the tissues of the leaves upon which it usually causes small greyish- brown patches, which are much slower in development and paler in colour than those due to Phytoph- thora infestans. The disease often occurs earl Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/agricultural-botany-theoretical-and-practical-botany-economic-botany-7o6-fungi-by-the-fungus-macrosporiu7n-solani-ell-et-mart-only-conidial-forms-of-which-are-known-the-conidia-and-hyphae-bearing-them-are-brown-each-of-the-former-when-fully-developed-is-somewhat-spindle-shaped-and-formed-of-several-cells-as-at-a-fig-236-the-mycelium-is-colourless-and-penetrates-into-the-tissues-of-the-leaves-upon-which-it-usually-causes-small-greyish-brown-patches-which-are-much-slower-in-development-and-paler-in-colour-than-those-due-to-phytoph-thora-infestans-the-disease-often-occurs-earl-image232357577.htmlRMRE0PCW–. Agricultural botany, theoretical and practical. Botany, Economic; Botany. 7o6 FUNGI by the fungus, Macrosporiu7n Solani Ell. et Mart., only conidial forms of which are known. The conidia and hyphae bearing them are brown. Each of the former when fully developed is somewhat spindle-shaped and formed of several cells as at A, Fig. 236. The mycelium is colourless and penetrates into the tissues of the leaves upon which it usually causes small greyish- brown patches, which are much slower in development and paler in colour than those due to Phytoph- thora infestans. The disease often occurs earl
Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-on-the-flower-bud-of-a-130655605.htmlRMHGFTFH–Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056578.htmlRM2DF9E3E–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CHOPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Ensi Fungus or Cabbages {Cystopus candidus). A. Mycelium bearing couidia. x 195. B. Conidiuni (zoosporangium) producing zoospores, x 4^5. C. Oogoniom (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 196. E. Inner membrane of oospore containing Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-142-diseases-of-chops-curesee-those-already-described-for-destroying-p-infestans-the-potato-disease-fungus-the-fusisporium-of-cabbages-fusisporium-aurantiacum-has-a-similar-life-history-to-f-solani-fig-47white-ensi-fungus-or-cabbages-cystopus-candidus-a-mycelium-bearing-couidia-x-195-b-conidiuni-zoosporangium-producing-zoospores-x-45-c-oogoniom-1-and-antheridium-2-x-195-d-oospore-resting-spores-x-196-e-inner-membrane-of-oospore-containing-image216449648.htmlRMPG43MG–. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CHOPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Ensi Fungus or Cabbages {Cystopus candidus). A. Mycelium bearing couidia. x 195. B. Conidiuni (zoosporangium) producing zoospores, x 4^5. C. Oogoniom (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 196. E. Inner membrane of oospore containing
. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. FIG. i. Germinating gonidia of Nectria (Spicaria) Solani, Reinke ; a developing into an isolated hypha, in the rest the hyphae have coalesced. Magn. 390 times. Fig. 2. Clamp-connections of the my- celium of Hypochnus centrifugns. Tul. M ign. J90 times. following manner :—the lateral wall or the extremity of a branch or of a segment- cell of the branch places itself on another branch or cell, and the membranes of both disappear at the point of contact, so that the cavities and Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/comparative-morphology-and-biology-of-the-fungi-mycetozoa-and-bacteria-fungi-morphology-bacteria-morphology-fig-i-germinating-gonidia-of-nectria-spicaria-solani-reinke-a-developing-into-an-isolated-hypha-in-the-rest-the-hyphae-have-coalesced-magn-390-times-fig-2-clamp-connections-of-the-my-celium-of-hypochnus-centrifugns-tul-m-ign-j90-times-following-manner-the-lateral-wall-or-the-extremity-of-a-branch-or-of-a-segment-cell-of-the-branch-places-itself-on-another-branch-or-cell-and-the-membranes-of-both-disappear-at-the-point-of-contact-so-that-the-cavities-and-image232679469.htmlRMREFD11–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. FIG. i. Germinating gonidia of Nectria (Spicaria) Solani, Reinke ; a developing into an isolated hypha, in the rest the hyphae have coalesced. Magn. 390 times. Fig. 2. Clamp-connections of the my- celium of Hypochnus centrifugns. Tul. M ign. J90 times. following manner :—the lateral wall or the extremity of a branch or of a segment- cell of the branch places itself on another branch or cell, and the membranes of both disappear at the point of contact, so that the cavities and
Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-on-the-flower-bud-of-a-130655601.htmlRMHGFTFD–Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant
Glasshouse potato aphid Aulacorthum solani damage to growing tip of a chilli pepper plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-damage-to-growing-tip-of-17914436.htmlRMB14218–Glasshouse potato aphid Aulacorthum solani damage to growing tip of a chilli pepper plant
Glasshouse potato aphids or foxglove aphids, Aulacorthum solani, on a Bougainvillea flower in a conservatory Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphids-or-foxglove-aphids-aulacorthum-solani-on-87478167.htmlRMF28Y87–Glasshouse potato aphids or foxglove aphids, Aulacorthum solani, on a Bougainvillea flower in a conservatory
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056574.htmlRM2DF9E3A–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
Glasshouse-potato aphid, Aulacorthum solani, colony on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-colony-on-the-flower-bud-130655600.htmlRMHGFTFC–Glasshouse-potato aphid, Aulacorthum solani, colony on the flower bud of a hibiscus house plant
![. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photo](https://c8.alamy.com/comp/PG45WG/the-fungi-which-cause-plant-disease-plant-diseases-fungi-sf-fig-294c-vagum-solani-fig-293c-vagum-solani-rhizoc-basidia-sterigmata-and-tonia-stage-after-duggar-spores-after-rolfs-what-elliptic-often-irregular-in-outline-9-15-x-6-13-ft-sterile-mycelium=rhizoctonia-solani=rhizoctonia-violaceaquot-turning-yellowish-with-age-and-branching-approximately-at-right-angles-often-forming-sclerotia-like-tufts-with-short-broad-cells-more-or-less-triangular-which-function-as-chlamydospores-brown-to-black-sclerotial-structures-a-few-millimeters-in-diam-eter-consisting-of-PG45WG.jpg ". The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photo")
. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-sf-fig-294c-vagum-solani-fig-293c-vagum-solani-rhizoc-basidia-sterigmata-and-tonia-stage-after-duggar-spores-after-rolfs-what-elliptic-often-irregular-in-outline-9-15-x-6-13-ft-sterile-mycelium=rhizoctonia-solani=rhizoctonia-violaceaquot-turning-yellowish-with-age-and-branching-approximately-at-right-angles-often-forming-sclerotia-like-tufts-with-short-broad-cells-more-or-less-triangular-which-function-as-chlamydospores-brown-to-black-sclerotial-structures-a-few-millimeters-in-diam-eter-consisting-of-image216451356.htmlRMPG45WG–. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of
. The principles of plant culture; a text for beginners in agriculture and horticulture. Gardening; Botany. VEGETABLE PARASITES AND WEEDS 179 the disease and be so thorough as to cover all susceptible parts, else it cannot be fully effective. Such thorough spraying requires a spray pump of high pressure provided with a fine nozzle. Some of the common diseases preventable by proper spraying are: scab of apple {Venturia maequalis) and pear (Venturia pyrina), downy mildew (Plasmopara mticola) and black-rot {Guignardia hidwellii) of grape, early blight (Alternaria solani) and late blight (PhytopMh Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-principles-of-plant-culture-a-text-for-beginners-in-agriculture-and-horticulture-gardening-botany-vegetable-parasites-and-weeds-179-the-disease-and-be-so-thorough-as-to-cover-all-susceptible-parts-else-it-cannot-be-fully-effective-such-thorough-spraying-requires-a-spray-pump-of-high-pressure-provided-with-a-fine-nozzle-some-of-the-common-diseases-preventable-by-proper-spraying-are-scab-of-apple-venturia-maequalis-and-pear-venturia-pyrina-downy-mildew-plasmopara-mticola-and-black-rot-guignardia-hidwellii-of-grape-early-blight-alternaria-solani-and-late-blight-phytopmh-image232422558.htmlRMRE3N9J–. The principles of plant culture; a text for beginners in agriculture and horticulture. Gardening; Botany. VEGETABLE PARASITES AND WEEDS 179 the disease and be so thorough as to cover all susceptible parts, else it cannot be fully effective. Such thorough spraying requires a spray pump of high pressure provided with a fine nozzle. Some of the common diseases preventable by proper spraying are: scab of apple {Venturia maequalis) and pear (Venturia pyrina), downy mildew (Plasmopara mticola) and black-rot {Guignardia hidwellii) of grape, early blight (Alternaria solani) and late blight (PhytopMh
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056585.htmlRM2DF9E3N–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
Glasshouse-potato aphid, Aulacorthum solani, colony on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-colony-on-the-flower-bud-130655596.htmlRMHGFTF8–Glasshouse-potato aphid, Aulacorthum solani, colony on the flower bud of a hibiscus house plant
. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 617. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf di Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-617-fia-416sporodesmium-antiquum-after-sac-caxdo-s-exitiosum-var-solani-schenck-is-reported-as-the-cause-of-a-potato-disease-s-solani-varians-yanha-is-the-cause-of-potato-disease-in-europe-the-foliage-bearing-brown-spots-and-finally-dying-in-a-manner-resembling-death-caused-by-phytophthora-cladosporium-and-pycnidial-forms-are-said-to-exist-s-mucosum-sacc-was-reported-by-ader-holt-on-cucumber-fruit-and-leaves-causing-disease-s-scorzonerae-aderh-causes-a-salsify-stem-and-leaf-di-image216451111.htmlRMPG45GR–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 617. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf di
Glasshouse potato aphid Aulacorthum solani infestation on growing point of a chilli pepper plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-infestation-on-growing-17915686.htmlRMB143HX–Glasshouse potato aphid Aulacorthum solani infestation on growing point of a chilli pepper plant
. Diseases of greenhouse crops and their control . Vegetables; Plant diseases; Plant diseases. Fig. 37. Tomato Diseases. a. Cluster of tomatoes, affected with black rot, h. black rot on stems, c. germinated spore of Macrosporium solani (c. after Schwarze).. 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.. Taubenhaus, Jacob Joseph, 1884-1937. New York : E. P. Dutton Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diseases-of-greenhouse-crops-and-their-control-vegetables-plant-diseases-plant-diseases-fig-37-tomato-diseases-a-cluster-of-tomatoes-affected-with-black-rot-h-black-rot-on-stems-c-germinated-spore-of-macrosporium-solani-c-after-schwarze-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-taubenhaus-jacob-joseph-1884-1937-new-york-e-p-dutton-image231979007.htmlRMRDBFGF–. Diseases of greenhouse crops and their control . Vegetables; Plant diseases; Plant diseases. Fig. 37. Tomato Diseases. a. Cluster of tomatoes, affected with black rot, h. black rot on stems, c. germinated spore of Macrosporium solani (c. after Schwarze).. 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.. Taubenhaus, Jacob Joseph, 1884-1937. New York : E. P. Dutton
Sheath blight, Rhizoctonia solani, diseased bleached lesions on grains on a rice ear, Luzon, Philippines Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/sheath-blight-rhizoctonia-solani-diseased-bleached-lesions-on-grains-on-a-rice-ear-luzon-philippines-image239518173.htmlRMRWJYTD–Sheath blight, Rhizoctonia solani, diseased bleached lesions on grains on a rice ear, Luzon, Philippines
Stem canker (Rhizoctonia solani) lesions on the lower stem base and roots on a maturing plant in a potato crop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stem-canker-rhizoctonia-solani-lesions-on-the-lower-stem-base-and-roots-on-a-maturing-plant-in-a-potato-crop-image356758070.htmlRM2BMBMFJ–Stem canker (Rhizoctonia solani) lesions on the lower stem base and roots on a maturing plant in a potato crop
Glasshouse-potato aphid, Aulacorthum solani, and cast skins from ecdysis on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-and-cast-skins-from-ecdysis-130655608.htmlRMHGFTFM–Glasshouse-potato aphid, Aulacorthum solani, and cast skins from ecdysis on the flower bud of a hibiscus house plant
Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato leaf, Thailand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-blight-alternaria-solani-target-spot-or-bullseye-lesions-pattern-on-a-tomato-leaf-thailand-image406435171.htmlRM2EH6M5R–Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato leaf, Thailand
Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato fruit, Thailand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-blight-alternaria-solani-target-spot-or-bullseye-lesions-pattern-on-a-tomato-fruit-thailand-image406435311.htmlRM2EH6MAR–Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato fruit, Thailand
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056592.htmlRM2DF9E40–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 444 FUNGOUS DISEASES OF PLANTS IV. A ROOT AND STEM ROT FUNGUS Corticium vagtim B. & C, var. Solani Burt. Atkinson, Geo. F. Some Diseases of Cotton. Ala. Agl. Exp. Sta. Built. 41: 30-39. 1892. Clinton, G. P. Rhizoctonia (Rosette). Conn. Agl. Exp. Sta. Rept. (1904): 325-326. pi. 26. Jigs. a-c. Duggar, B. M., and Stewart, F. C. The Sterile Fungus Rhizoctonia. Cornell University Agl. Exp. Sta. Built. 186: 50-76. figs. 15-23. 1901. Ibid. N. Y. (Geneva) Agl. Exp. Sta. Built. 186 : 4- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fungous-diseases-of-plants-with-chapters-on-physiology-culture-methods-and-technique-fungi-in-agriculture-444-fungous-diseases-of-plants-iv-a-root-and-stem-rot-fungus-corticium-vagtim-b-amp-c-var-solani-burt-atkinson-geo-f-some-diseases-of-cotton-ala-agl-exp-sta-built-41-30-39-1892-clinton-g-p-rhizoctonia-rosette-conn-agl-exp-sta-rept-1904-325-326-pi-26-jigs-a-c-duggar-b-m-and-stewart-f-c-the-sterile-fungus-rhizoctonia-cornell-university-agl-exp-sta-built-186-50-76-figs-15-23-1901-ibid-n-y-geneva-agl-exp-sta-built-186-4-image216441737.htmlRMPG3NJ1–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 444 FUNGOUS DISEASES OF PLANTS IV. A ROOT AND STEM ROT FUNGUS Corticium vagtim B. & C, var. Solani Burt. Atkinson, Geo. F. Some Diseases of Cotton. Ala. Agl. Exp. Sta. Built. 41: 30-39. 1892. Clinton, G. P. Rhizoctonia (Rosette). Conn. Agl. Exp. Sta. Rept. (1904): 325-326. pi. 26. Jigs. a-c. Duggar, B. M., and Stewart, F. C. The Sterile Fungus Rhizoctonia. Cornell University Agl. Exp. Sta. Built. 186: 50-76. figs. 15-23. 1901. Ibid. N. Y. (Geneva) Agl. Exp. Sta. Built. 186 : 4-
. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. Fig. I. Germinating gonidia of Neciria (Sfiicarj'a) Solani, FIG. z. Clamp^onnections of the my- Reinke ; a developing into an isolated hyplia, in the rest the celium of Hypochnus centrifjtgus, Tul. hyphae have coalesced. Magn. 390 times. Magn. 390 times. following manner:—the lateral wall or the extremity of a branch or of a segment-- cell of the branch places itself on another branch or cell, and the membranes of both disappear at the point of contact, so that the ca Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/comparative-morphology-and-biology-of-the-fungi-mycetozoa-and-bacteria-plant-morphology-fungi-myxomycetes-bacteriology-fig-i-germinating-gonidia-of-neciria-sfiicarja-solani-fig-z-clamponnections-of-the-my-reinke-a-developing-into-an-isolated-hyplia-in-the-rest-the-celium-of-hypochnus-centrifjtgus-tul-hyphae-have-coalesced-magn-390-times-magn-390-times-following-mannerthe-lateral-wall-or-the-extremity-of-a-branch-or-of-a-segment-cell-of-the-branch-places-itself-on-another-branch-or-cell-and-the-membranes-of-both-disappear-at-the-point-of-contact-so-that-the-ca-image232012498.htmlRMRDD28J–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. Fig. I. Germinating gonidia of Neciria (Sfiicarj'a) Solani, FIG. z. Clamp^onnections of the my- Reinke ; a developing into an isolated hyplia, in the rest the celium of Hypochnus centrifjtgus, Tul. hyphae have coalesced. Magn. 390 times. Magn. 390 times. following manner:—the lateral wall or the extremity of a branch or of a segment-- cell of the branch places itself on another branch or cell, and the membranes of both disappear at the point of contact, so that the ca
Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato leaf, Thailand Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-blight-alternaria-solani-target-spot-or-bullseye-lesions-pattern-on-a-tomato-leaf-thailand-image406435304.htmlRM2EH6MAG–Early blight (Alternaria solani) target spot or bullseye lesions pattern on a tomato leaf, Thailand
Glasshouse potato aphids, Aulacorthum solani, and glasshouse mealybugs, Pseudococcus viburni, on a Bougainvillea flower in a con Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphids-aulacorthum-solani-and-glasshouse-mealybugs-87478169.htmlRMF28Y89–Glasshouse potato aphids, Aulacorthum solani, and glasshouse mealybugs, Pseudococcus viburni, on a Bougainvillea flower in a con
Early blight or target spot (Alternaria solani) discreet necrotic lesions and some chlorosis on a tomato leaflet, New York, USA, May. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-blight-or-target-spot-alternaria-solani-discreet-necrotic-lesions-and-some-chlorosis-on-a-tomato-leaflet-new-york-usa-may-image364450831.htmlRM2C4X4N3–Early blight or target spot (Alternaria solani) discreet necrotic lesions and some chlorosis on a tomato leaflet, New York, USA, May.
Early blight or target spot (Alternaria solani) discreet necrotic lesions and some chlorosis on a tomato leaflet, New York, USA, May. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/early-blight-or-target-spot-alternaria-solani-discreet-necrotic-lesions-and-some-chlorosis-on-a-tomato-leaflet-new-york-usa-may-image364450835.htmlRM2C4X4N7–Early blight or target spot (Alternaria solani) discreet necrotic lesions and some chlorosis on a tomato leaflet, New York, USA, May.
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056557.htmlRM2DF9E2N–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
Dry rot Fusarium spp infection of a potato tuber Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/dry-rot-fusarium-spp-infection-of-a-potato-tuber-image7513484.htmlRMACG7MD–Dry rot Fusarium spp infection of a potato tuber
Foot rot, Fusarium culmorum, causing wilting to field, Vicia, bean plants in a crop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-foot-rot-fusarium-culmorum-causing-wilting-to-field-vicia-bean-plants-53400072.htmlRMD2TG9C–Foot rot, Fusarium culmorum, causing wilting to field, Vicia, bean plants in a crop
. Comparative morphology of Fungi. Fungi. 550 COMPARATIVE MORPHOLOGY OF FUNGI a gel. The cells are binucleate, the terminal cells become pyriform, the dicaryon fuses, the diploid nucleus divides twice with more or less longitudinal spindles. The basidia are two celled. After the first division a single septum forms and one nucleus slips into the basidiospore while the other degenerates (Fig. 367, 2 to 7). Pilacrella Solani is rather better developed, the caps becoming fleshy discs while the fertile layer contains long sterile periphyses which extend above the basidia. Hoehneliomyces shows the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/comparative-morphology-of-fungi-fungi-550-comparative-morphology-of-fungi-a-gel-the-cells-are-binucleate-the-terminal-cells-become-pyriform-the-dicaryon-fuses-the-diploid-nucleus-divides-twice-with-more-or-less-longitudinal-spindles-the-basidia-are-two-celled-after-the-first-division-a-single-septum-forms-and-one-nucleus-slips-into-the-basidiospore-while-the-other-degenerates-fig-367-2-to-7-pilacrella-solani-is-rather-better-developed-the-caps-becoming-fleshy-discs-while-the-fertile-layer-contains-long-sterile-periphyses-which-extend-above-the-basidia-hoehneliomyces-shows-the-image232674088.htmlRMREF64T–. Comparative morphology of Fungi. Fungi. 550 COMPARATIVE MORPHOLOGY OF FUNGI a gel. The cells are binucleate, the terminal cells become pyriform, the dicaryon fuses, the diploid nucleus divides twice with more or less longitudinal spindles. The basidia are two celled. After the first division a single septum forms and one nucleus slips into the basidiospore while the other degenerates (Fig. 367, 2 to 7). Pilacrella Solani is rather better developed, the caps becoming fleshy discs while the fertile layer contains long sterile periphyses which extend above the basidia. Hoehneliomyces shows the
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056577.htmlRM2DF9E3D–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
Foot rot, Fusarium culmorum, causing wilting to field, Vicia, bean plants in a crop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-foot-rot-fusarium-culmorum-causing-wilting-to-field-vicia-bean-plants-53400085.htmlRMD2TG9W–Foot rot, Fusarium culmorum, causing wilting to field, Vicia, bean plants in a crop
. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 1044.—Pentatoma oleaceum. Fig. 1043.—Lygus solani and Lygus umbellatarum. Aphis ; and others feed underground, and suck the roots of plants, as one species which infest the lettuce. When aphides attack a plant, it has a tendency to rot at the roots, and I have even known large willow-trees to die down and rot after a severe attack by aphides. Gardeners are generally too tardy in the destruction of these creatures ; the instant they appear they should be killed with Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/my-garden-its-plan-and-culture-together-with-a-general-description-of-its-geology-botany-and-natural-history-gardening-fig-1044pentatoma-oleaceum-fig-1043lygus-solani-and-lygus-umbellatarum-aphis-and-others-feed-underground-and-suck-the-roots-of-plants-as-one-species-which-infest-the-lettuce-when-aphides-attack-a-plant-it-has-a-tendency-to-rot-at-the-roots-and-i-have-even-known-large-willow-trees-to-die-down-and-rot-after-a-severe-attack-by-aphides-gardeners-are-generally-too-tardy-in-the-destruction-of-these-creatures-the-instant-they-appear-they-should-be-killed-with-image232256199.htmlRMRDT547–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 1044.—Pentatoma oleaceum. Fig. 1043.—Lygus solani and Lygus umbellatarum. Aphis ; and others feed underground, and suck the roots of plants, as one species which infest the lettuce. When aphides attack a plant, it has a tendency to rot at the roots, and I have even known large willow-trees to die down and rot after a severe attack by aphides. Gardeners are generally too tardy in the destruction of these creatures ; the instant they appear they should be killed with
Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-on-the-flower-bud-of-a-133608257.htmlRMHNAAKD–Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056612.htmlRM2DF9E4M–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
![. Fundamentals of botany. Botany. ECONOMIC IMPORTANCE OF FUNGI 291 imported from foreign countries. Sometimes whole cargoes of potatoes or other vegetables are refused en- trance at the port, and must then be taken to sea and dumped into the ocean, or else taken to the port of some other country where the regulations are less stringent or less rigidly inforced. 282. Diseases Caused by Phycomycetes.—Among the plant diseases caused by the alga-like fungi may be mentioned:. Fig. 213.—"Little potatoes." A disease caused by the parasitic fungus, Rhiznclonia (Corlicinm Dagimi var. solani B Stock Photo](https://c8.alamy.com/comp/RE2FHW/fundamentals-of-botany-botany-economic-importance-of-fungi-291-imported-from-foreign-countries-sometimes-whole-cargoes-of-potatoes-or-other-vegetables-are-refused-en-trance-at-the-port-and-must-then-be-taken-to-sea-and-dumped-into-the-ocean-or-else-taken-to-the-port-of-some-other-country-where-the-regulations-are-less-stringent-or-less-rigidly-inforced-282-diseases-caused-by-phycomycetesamong-the-plant-diseases-caused-by-the-alga-like-fungi-may-be-mentioned-fig-213quotlittle-potatoesquot-a-disease-caused-by-the-parasitic-fungus-rhiznclonia-corlicinm-dagimi-var-solani-b-RE2FHW.jpg ". Fundamentals of botany. Botany. ECONOMIC IMPORTANCE OF FUNGI 291 imported from foreign countries. Sometimes whole cargoes of potatoes or other vegetables are refused en- trance at the port, and must then be taken to sea and dumped into the ocean, or else taken to the port of some other country where the regulations are less stringent or less rigidly inforced. 282. Diseases Caused by Phycomycetes.—Among the plant diseases caused by the alga-like fungi may be mentioned:. Fig. 213.—"Little potatoes." A disease caused by the parasitic fungus, Rhiznclonia (Corlicinm Dagimi var. solani B Stock Photo")
. Fundamentals of botany. Botany. ECONOMIC IMPORTANCE OF FUNGI 291 imported from foreign countries. Sometimes whole cargoes of potatoes or other vegetables are refused en- trance at the port, and must then be taken to sea and dumped into the ocean, or else taken to the port of some other country where the regulations are less stringent or less rigidly inforced. 282. Diseases Caused by Phycomycetes.—Among the plant diseases caused by the alga-like fungi may be mentioned:. Fig. 213.—"Little potatoes." A disease caused by the parasitic fungus, Rhiznclonia (Corlicinm Dagimi var. solani B Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fundamentals-of-botany-botany-economic-importance-of-fungi-291-imported-from-foreign-countries-sometimes-whole-cargoes-of-potatoes-or-other-vegetables-are-refused-en-trance-at-the-port-and-must-then-be-taken-to-sea-and-dumped-into-the-ocean-or-else-taken-to-the-port-of-some-other-country-where-the-regulations-are-less-stringent-or-less-rigidly-inforced-282-diseases-caused-by-phycomycetesamong-the-plant-diseases-caused-by-the-alga-like-fungi-may-be-mentioned-fig-213quotlittle-potatoesquot-a-disease-caused-by-the-parasitic-fungus-rhiznclonia-corlicinm-dagimi-var-solani-b-image232396133.htmlRMRE2FHW–. Fundamentals of botany. Botany. ECONOMIC IMPORTANCE OF FUNGI 291 imported from foreign countries. Sometimes whole cargoes of potatoes or other vegetables are refused en- trance at the port, and must then be taken to sea and dumped into the ocean, or else taken to the port of some other country where the regulations are less stringent or less rigidly inforced. 282. Diseases Caused by Phycomycetes.—Among the plant diseases caused by the alga-like fungi may be mentioned:. Fig. 213.—"Little potatoes." A disease caused by the parasitic fungus, Rhiznclonia (Corlicinm Dagimi var. solani B
Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-glasshouse-potato-aphid-aulacorthum-solani-on-the-flower-bud-of-a-133608250.htmlRMHNAAK6–Glasshouse-potato aphid, Aulacorthum solani, on the flower bud of a hibiscus house plant
Severe late blight, Phytophthora infestans, damage to a potato crop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-severe-late-blight-phytophthora-infestans-damage-to-a-potato-crop-125643685.htmlRMH8BFPD–Severe late blight, Phytophthora infestans, damage to a potato crop
Potato late blight Phytophthora infestans disease infection in a potato crop Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-potato-late-blight-phytophthora-infestans-disease-infection-in-a-potato-15954497.htmlRMAR6E8J–Potato late blight Phytophthora infestans disease infection in a potato crop
Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-potato-late-blight-phytophthora-infestans-damage-to-potato-plants-76549142.htmlRMECF35X–Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056558.htmlRM2DF9E2P–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The encyclopedia of practical horticulture; a reference system of commercial horticulture, covering the practical and scientific phases of horticulture, with special reference to fruits and vegetables;. Gardening; Fruit-culture; Vegetable gardening. 1726 ENCYCLOPEDIA OF PRACTICAL HORTICULTURE Mealy Bugs Tuber Mealy Bug Pseudococcus affinis Mask. The tuber mealy bug occurs in Aus- tralia, and is found upon the tubers of dahlias and potatoes. Solanum Mealy Bug Pseudococcus solani Ckll. Color The body is pale yellowish and sparsely covered with fine white powdery wax. Food Plants This species a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-encyclopedia-of-practical-horticulture-a-reference-system-of-commercial-horticulture-covering-the-practical-and-scientific-phases-of-horticulture-with-special-reference-to-fruits-and-vegetables-gardening-fruit-culture-vegetable-gardening-1726-encyclopedia-of-practical-horticulture-mealy-bugs-tuber-mealy-bug-pseudococcus-affinis-mask-the-tuber-mealy-bug-occurs-in-aus-tralia-and-is-found-upon-the-tubers-of-dahlias-and-potatoes-solanum-mealy-bug-pseudococcus-solani-ckll-color-the-body-is-pale-yellowish-and-sparsely-covered-with-fine-white-powdery-wax-food-plants-this-species-a-image231897407.htmlRMRD7RE7–. The encyclopedia of practical horticulture; a reference system of commercial horticulture, covering the practical and scientific phases of horticulture, with special reference to fruits and vegetables;. Gardening; Fruit-culture; Vegetable gardening. 1726 ENCYCLOPEDIA OF PRACTICAL HORTICULTURE Mealy Bugs Tuber Mealy Bug Pseudococcus affinis Mask. The tuber mealy bug occurs in Aus- tralia, and is found upon the tubers of dahlias and potatoes. Solanum Mealy Bug Pseudococcus solani Ckll. Color The body is pale yellowish and sparsely covered with fine white powdery wax. Food Plants This species a
Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-potato-late-blight-phytophthora-infestans-damage-to-potato-plants-76549146.htmlRMECF362–Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056591.htmlRM2DF9E3Y–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The vegetable industry in New York state ... Vegetables; Gardening. Diseases of Vegetables 1335 such conditions can be avoided but no remedy is known for out- door lettuce. The only hope lies in obtaining varieties or strains less subject to the disease. Bhizoctonia Rot (L'orticium vagum B. & C, var. solani Burt.), Fig. 392. This is a very destructive disease of outdoor lettuce in this state and is of considerable importance in greenhouses. The rot begins where the bottom leaves rest on the ground and gradu- ally works up into the head, destroying the blades of the leaves and usiially le Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-vegetable-industry-in-new-york-state-vegetables-gardening-diseases-of-vegetables-1335-such-conditions-can-be-avoided-but-no-remedy-is-known-for-out-door-lettuce-the-only-hope-lies-in-obtaining-varieties-or-strains-less-subject-to-the-disease-bhizoctonia-rot-lorticium-vagum-b-amp-c-var-solani-burt-fig-392-this-is-a-very-destructive-disease-of-outdoor-lettuce-in-this-state-and-is-of-considerable-importance-in-greenhouses-the-rot-begins-where-the-bottom-leaves-rest-on-the-ground-and-gradu-ally-works-up-into-the-head-destroying-the-blades-of-the-leaves-and-usiially-le-image232085477.htmlRMRDGBB1–. The vegetable industry in New York state ... Vegetables; Gardening. Diseases of Vegetables 1335 such conditions can be avoided but no remedy is known for out- door lettuce. The only hope lies in obtaining varieties or strains less subject to the disease. Bhizoctonia Rot (L'orticium vagum B. & C, var. solani Burt.), Fig. 392. This is a very destructive disease of outdoor lettuce in this state and is of considerable importance in greenhouses. The rot begins where the bottom leaves rest on the ground and gradu- ally works up into the head, destroying the blades of the leaves and usiially le
Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-potato-late-blight-phytophthora-infestans-damage-to-potato-plants-76549145.htmlRMECF361–Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056587.htmlRM2DF9E3R–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
![. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunae (apertures). The mature spores rupture the '' skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is another Stock Photo](https://c8.alamy.com/comp/RDDYHD/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-58-diseases-of-crops-ing-a-kind-of-quot-head-quot-with-one-or-more-lacunae-apertures-the-mature-spores-rupture-the-skin-quot-of-plant-potato-and-are-therefore-liberated-prevention-and-cure1-the-seed-potatoes-should-be-free-from-this-disease-2-steep-the-seed-potatoes-in-a-solution-containing-from-1-to-5-per-cent-of-iron-sulphate-this-will-destroy-any-spores-of-the-potato-smut-that-may-be-upon-them-fusisporium-solani-periola-tomentosa-fig-24-is-another-RDDYHD.jpg ". The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunae (apertures). The mature spores rupture the '' skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is another Stock Photo")
. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunae (apertures). The mature spores rupture the '' skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is another Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-58-diseases-of-crops-ing-a-kind-of-quot-head-quot-with-one-or-more-lacunae-apertures-the-mature-spores-rupture-the-skin-quot-of-plant-potato-and-are-therefore-liberated-prevention-and-cure1-the-seed-potatoes-should-be-free-from-this-disease-2-steep-the-seed-potatoes-in-a-solution-containing-from-1-to-5-per-cent-of-iron-sulphate-this-will-destroy-any-spores-of-the-potato-smut-that-may-be-upon-them-fusisporium-solani-periola-tomentosa-fig-24-is-another-image232032345.htmlRMRDDYHD–. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunae (apertures). The mature spores rupture the '' skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is another
Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-potato-late-blight-phytophthora-infestans-damage-to-potato-plants-76549144.htmlRMECF360–Potato late blight, Phytophthora infestans, damage to potato plants in a vegetable plot, Hampshire, August
Shed skins from aphids ecdysis infesting a potted Hibiscus plant, an indicator of their existence Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-shed-skins-from-aphids-ecdysis-infesting-a-potted-hibiscus-plant-an-36576493.htmlRMC3E5K9–Shed skins from aphids ecdysis infesting a potted Hibiscus plant, an indicator of their existence
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056601.htmlRM2DF9E49–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
![. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunse (apertures). The mature spores rupture the " skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is ano Stock Photo](https://c8.alamy.com/comp/RDGX65/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-58-diseases-of-crops-ing-a-kind-of-quot-head-quot-with-one-or-more-lacunse-apertures-the-mature-spores-rupture-the-quot-skin-quot-of-plant-potato-and-are-therefore-liberated-prevention-and-cure1-the-seed-potatoes-should-be-free-from-this-disease-2-steep-the-seed-potatoes-in-a-solution-containing-from-1-to-5-per-cent-of-iron-sulphate-this-will-destroy-any-spores-of-the-potato-smut-that-may-be-upon-them-fusisporium-solani-periola-tomentosa-fig-24-is-ano-RDGX65.jpg ". The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunse (apertures). The mature spores rupture the " skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is ano Stock Photo")
. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunse (apertures). The mature spores rupture the " skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is ano Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-58-diseases-of-crops-ing-a-kind-of-quot-head-quot-with-one-or-more-lacunse-apertures-the-mature-spores-rupture-the-quot-skin-quot-of-plant-potato-and-are-therefore-liberated-prevention-and-cure1-the-seed-potatoes-should-be-free-from-this-disease-2-steep-the-seed-potatoes-in-a-solution-containing-from-1-to-5-per-cent-of-iron-sulphate-this-will-destroy-any-spores-of-the-potato-smut-that-may-be-upon-them-fusisporium-solani-periola-tomentosa-fig-24-is-ano-image232097101.htmlRMRDGX65–. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 58 DISEASES OF CROPS. ing a kind of " head " with one or more lacunse (apertures). The mature spores rupture the " skin " of plant potato and are therefore liberated. Prevention and Cure.—(1) The seed potatoes should be free from this disease. (2) Steep the seed potatoes in a solution containing from 1 to 5 per cent, of iron sulphate. This will destroy any spores of the potato smut that may be upon them. Fusisporium solani {Periola tomentosa, Fig. 24) is ano
Shed skins from aphids ecdysis infesting a potted Hibiscus plant, an indicator of their existence Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-shed-skins-from-aphids-ecdysis-infesting-a-potted-hibiscus-plant-an-36576505.htmlRMC3E5KN–Shed skins from aphids ecdysis infesting a potted Hibiscus plant, an indicator of their existence
A fungal disease silver scurf Helminthosporium solani on a potato tuber Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-fungal-disease-silver-scurf-helminthosporium-solani-on-a-potato-image1319071.htmlRMAM20A0–A fungal disease silver scurf Helminthosporium solani on a potato tuber
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056550.htmlRM2DF9E2E–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 407 arising immediately from the mycelium, smooth or minutely warty; basidia clavate, with foiu- sterigmata; spores small, globose or ellipsoid, with a smooth colorless membrane. A genus of some two hundred fifty species, mostly wood inhab- iting. One species possesses a mycelium which has long been known in its sterile form as a Rhizoctonia. Corticium vagum solani Burt. ^*'^^' '^* Hymenophore, white when sporing, poorly developed, of loosely interwoven hyphae; basidia short, cylindric or oblong; Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-407-arising-immediately-from-the-mycelium-smooth-or-minutely-warty-basidia-clavate-with-foiu-sterigmata-spores-small-globose-or-ellipsoid-with-a-smooth-colorless-membrane-a-genus-of-some-two-hundred-fifty-species-mostly-wood-inhab-iting-one-species-possesses-a-mycelium-which-has-long-been-known-in-its-sterile-form-as-a-rhizoctonia-corticium-vagum-solani-burt-hymenophore-white-when-sporing-poorly-developed-of-loosely-interwoven-hyphae-basidia-short-cylindric-or-oblong-image232037246.htmlRMRDE5TE–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 407 arising immediately from the mycelium, smooth or minutely warty; basidia clavate, with foiu- sterigmata; spores small, globose or ellipsoid, with a smooth colorless membrane. A genus of some two hundred fifty species, mostly wood inhab- iting. One species possesses a mycelium which has long been known in its sterile form as a Rhizoctonia. Corticium vagum solani Burt. ^*'^^' '^* Hymenophore, white when sporing, poorly developed, of loosely interwoven hyphae; basidia short, cylindric or oblong;
Glasshouse-potato aphid (Aulacorhum solani) alate, wingless adults and immature on a capsicum pepper leaf Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/glasshouse-potato-aphid-aulacorhum-solani-alate-wingless-adults-and-image3771746.htmlRMA6EN63–Glasshouse-potato aphid (Aulacorhum solani) alate, wingless adults and immature on a capsicum pepper leaf
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056573.htmlRM2DF9E39–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 47$ FUNGOUS DISEASES OF PLANTS and wild plants. The last-mentioned fungi are at least closely related, perhaps forms of a single species; and in this treatise they are provisionally referred to the genus Corticium. They have been discussed under Corticium vagum B. & C, var. Solani Burt. The writer examined various diseases due to Rhizoctonia while in Europe during 1899 and 1900, and subsequently in the United States. As a result, certain observations may be stated. In the first Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fungous-diseases-of-plants-with-chapters-on-physiology-culture-methods-and-technique-fungi-in-agriculture-47-fungous-diseases-of-plants-and-wild-plants-the-last-mentioned-fungi-are-at-least-closely-related-perhaps-forms-of-a-single-species-and-in-this-treatise-they-are-provisionally-referred-to-the-genus-corticium-they-have-been-discussed-under-corticium-vagum-b-amp-c-var-solani-burt-the-writer-examined-various-diseases-due-to-rhizoctonia-while-in-europe-during-1899-and-1900-and-subsequently-in-the-united-states-as-a-result-certain-observations-may-be-stated-in-the-first-image232124782.htmlRMRDJ5EP–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 47$ FUNGOUS DISEASES OF PLANTS and wild plants. The last-mentioned fungi are at least closely related, perhaps forms of a single species; and in this treatise they are provisionally referred to the genus Corticium. They have been discussed under Corticium vagum B. & C, var. Solani Burt. The writer examined various diseases due to Rhizoctonia while in Europe during 1899 and 1900, and subsequently in the United States. As a result, certain observations may be stated. In the first
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056582.htmlRM2DF9E3J–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. Circular. Agriculture. great loss from the late blight. Bordeaux mixture has proved to be the best fungicide for potatoes, as it will not only effectively control blights, but seems to have a stimulating effect upon the vines. Early Blight. — This disease is caused by a fungus {Macro- sporium solani) which attacks the leaves, producing dead round spots marked with distinct concentric rings (Fig. 1). It appears in July, usually before the late blight. In severe cases the leaves may be largely killed. Late Blight. — This is perhaps the most destructive disease of the potato in the northern par Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/circular-agriculture-great-loss-from-the-late-blight-bordeaux-mixture-has-proved-to-be-the-best-fungicide-for-potatoes-as-it-will-not-only-effectively-control-blights-but-seems-to-have-a-stimulating-effect-upon-the-vines-early-blight-this-disease-is-caused-by-a-fungus-macro-sporium-solani-which-attacks-the-leaves-producing-dead-round-spots-marked-with-distinct-concentric-rings-fig-1-it-appears-in-july-usually-before-the-late-blight-in-severe-cases-the-leaves-may-be-largely-killed-late-blight-this-is-perhaps-the-most-destructive-disease-of-the-potato-in-the-northern-par-image232780257.htmlRMREM1GH–. Circular. Agriculture. great loss from the late blight. Bordeaux mixture has proved to be the best fungicide for potatoes, as it will not only effectively control blights, but seems to have a stimulating effect upon the vines. Early Blight. — This disease is caused by a fungus {Macro- sporium solani) which attacks the leaves, producing dead round spots marked with distinct concentric rings (Fig. 1). It appears in July, usually before the late blight. In severe cases the leaves may be largely killed. Late Blight. — This is perhaps the most destructive disease of the potato in the northern par
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056618.htmlRM2DF9E4X–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
![. Insects affecting vegetables [microform]. Légumes; Vegetables; Insect pests; Insectes nuisibles. Fig. 66. Late Blight. Fig. 66. Early Blight Early Blight or Leaf Spot Disease {Alternaria solani). This dis- ease sometimes appears when the plants are from 6 to 8 inches high, but is most abundant about the time the tubers are forming. In severe cases the foliage is badly damaged and the tubers remain small. Un- healthy plants and those attacked by the flea-beetle suffer most from this disease. Small scattered grayish brown circular spots are first observed upon the leaves. These take on a minut Stock Photo](https://c8.alamy.com/comp/REN452/insects-affecting-vegetables-microform-lgumes-vegetables-insect-pests-insectes-nuisibles-fig-66-late-blight-fig-66-early-blight-early-blight-or-leaf-spot-disease-alternaria-solani-this-dis-ease-sometimes-appears-when-the-plants-are-from-6-to-8-inches-high-but-is-most-abundant-about-the-time-the-tubers-are-forming-in-severe-cases-the-foliage-is-badly-damaged-and-the-tubers-remain-small-un-healthy-plants-and-those-attacked-by-the-flea-beetle-suffer-most-from-this-disease-small-scattered-grayish-brown-circular-spots-are-first-observed-upon-the-leaves-these-take-on-a-minut-REN452.jpg ". Insects affecting vegetables [microform]. Légumes; Vegetables; Insect pests; Insectes nuisibles. Fig. 66. Late Blight. Fig. 66. Early Blight Early Blight or Leaf Spot Disease {Alternaria solani). This dis- ease sometimes appears when the plants are from 6 to 8 inches high, but is most abundant about the time the tubers are forming. In severe cases the foliage is badly damaged and the tubers remain small. Un- healthy plants and those attacked by the flea-beetle suffer most from this disease. Small scattered grayish brown circular spots are first observed upon the leaves. These take on a minut Stock Photo")
. Insects affecting vegetables [microform]. Légumes; Vegetables; Insect pests; Insectes nuisibles. Fig. 66. Late Blight. Fig. 66. Early Blight Early Blight or Leaf Spot Disease {Alternaria solani). This dis- ease sometimes appears when the plants are from 6 to 8 inches high, but is most abundant about the time the tubers are forming. In severe cases the foliage is badly damaged and the tubers remain small. Un- healthy plants and those attacked by the flea-beetle suffer most from this disease. Small scattered grayish brown circular spots are first observed upon the leaves. These take on a minut Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/insects-affecting-vegetables-microform-lgumes-vegetables-insect-pests-insectes-nuisibles-fig-66-late-blight-fig-66-early-blight-early-blight-or-leaf-spot-disease-alternaria-solani-this-dis-ease-sometimes-appears-when-the-plants-are-from-6-to-8-inches-high-but-is-most-abundant-about-the-time-the-tubers-are-forming-in-severe-cases-the-foliage-is-badly-damaged-and-the-tubers-remain-small-un-healthy-plants-and-those-attacked-by-the-flea-beetle-suffer-most-from-this-disease-small-scattered-grayish-brown-circular-spots-are-first-observed-upon-the-leaves-these-take-on-a-minut-image232804238.htmlRMREN452–. Insects affecting vegetables [microform]. Légumes; Vegetables; Insect pests; Insectes nuisibles. Fig. 66. Late Blight. Fig. 66. Early Blight Early Blight or Leaf Spot Disease {Alternaria solani). This dis- ease sometimes appears when the plants are from 6 to 8 inches high, but is most abundant about the time the tubers are forming. In severe cases the foliage is badly damaged and the tubers remain small. Un- healthy plants and those attacked by the flea-beetle suffer most from this disease. Small scattered grayish brown circular spots are first observed upon the leaves. These take on a minut
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056588.htmlRM2DF9E3T–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. Agricultural botany, theoretical and practical. Botany, Economic; Botany. 7o8 FUNGI. mycelium is parasitic upon potato tubers; it appears to injure the latter and prepare an entrance for bacteria of various kinds which sub- sequently give rise to a ' wet-rot' : other parasitic fungi no doubt aid the production of ' wet-rot' in a similar manner. (2) Fusarium disease: 'Dry-rot.'— Just as there are several forms of 'wet- rot ' disease, so are there several ' dry-rots.' One form of the latter Fig. 237.—a portion of the my- prevalent in many districts is due to celium oiFusariu/jt Solani. a Con- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/agricultural-botany-theoretical-and-practical-botany-economic-botany-7o8-fungi-mycelium-is-parasitic-upon-potato-tubers-it-appears-to-injure-the-latter-and-prepare-an-entrance-for-bacteria-of-various-kinds-which-sub-sequently-give-rise-to-a-wet-rot-other-parasitic-fungi-no-doubt-aid-the-production-of-wet-rot-in-a-similar-manner-2-fusarium-disease-dry-rot-just-as-there-are-several-forms-of-wet-rot-disease-so-are-there-several-dry-rots-one-form-of-the-latter-fig-237a-portion-of-the-my-prevalent-in-many-districts-is-due-to-celium-oifusariujt-solani-a-con-image232357575.htmlRMRE0PCR–. Agricultural botany, theoretical and practical. Botany, Economic; Botany. 7o8 FUNGI. mycelium is parasitic upon potato tubers; it appears to injure the latter and prepare an entrance for bacteria of various kinds which sub- sequently give rise to a ' wet-rot' : other parasitic fungi no doubt aid the production of ' wet-rot' in a similar manner. (2) Fusarium disease: 'Dry-rot.'— Just as there are several forms of 'wet- rot ' disease, so are there several ' dry-rots.' One form of the latter Fig. 237.—a portion of the my- prevalent in many districts is due to celium oiFusariu/jt Solani. a Con-
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056572.htmlRM2DF9E38–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The culture and diseases of the sweet pea. Sweet peas; Sweet peas. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. jb).. fig. 7. a young hyphce of Rhizoctonia from sweet pea. b barrel-shaped hyphce from sclerotia OF the same FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-culture-and-diseases-of-the-sweet-pea-sweet-peas-sweet-peas-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-jb-fig-7-a-young-hyphce-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-sclerotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-image231875573.htmlRMRD6RJD–. The culture and diseases of the sweet pea. Sweet peas; Sweet peas. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. jb).. fig. 7. a young hyphce of Rhizoctonia from sweet pea. b barrel-shaped hyphce from sclerotia OF the same FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of.
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056606.htmlRM2DF9E4E–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CHOPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Ensi Fungus or Cabbages {Cystopus candidus). A. Mycelium bearing couidia. x 195. B. Conidiuni (zoosporangium) producing zoospores, x 4^5. C. Oogoniom (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 196. E. Inner membrane of oospore containing Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-142-diseases-of-chops-curesee-those-already-described-for-destroying-p-infestans-the-potato-disease-fungus-the-fusisporium-of-cabbages-fusisporium-aurantiacum-has-a-similar-life-history-to-f-solani-fig-47white-ensi-fungus-or-cabbages-cystopus-candidus-a-mycelium-bearing-couidia-x-195-b-conidiuni-zoosporangium-producing-zoospores-x-45-c-oogoniom-1-and-antheridium-2-x-195-d-oospore-resting-spores-x-196-e-inner-membrane-of-oospore-containing-image232032163.htmlRMRDDYAY–. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CHOPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Ensi Fungus or Cabbages {Cystopus candidus). A. Mycelium bearing couidia. x 195. B. Conidiuni (zoosporangium) producing zoospores, x 4^5. C. Oogoniom (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 196. E. Inner membrane of oospore containing
Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/solani-a-student-at-the-university-sorbonne-nouvelle-paris-3-carries-on-her-studies-in-her-studio-of-the-crous-student-housing-facility-in-paris-france-april-24-2020-during-the-lockdown-aiming-to-curb-the-spread-of-coronavirus-photo-by-raphael-lafargueabacapresscom-image388056564.htmlRM2DF9E30–Solani, a student at the University Sorbonne Nouvelle ( Paris 3 ), carries on her studies in her studio of the CROUS student housing facility in Paris, France April 24, 2020, during the lockdown aiming to curb the spread of coronavirus. Photo by Raphael Lafargue/ABACAPRESS.COM
. Comparative morphology of Fungi. Fungi. Fig. 151.—Conidial types of the Fusarium group. 1. F. Solani. 2. F. subalatum.. 3. F. discolor. 4. F. gibbosum. 5. F. didymum. 6. F. Willkomii. (X 070; after Appel and Wollcnweber, 1913.) In Nectria and Pleonectria, these sporodochia develop to pulvinate or gibbous fructifications often of characteristic form (Fig. 150, A and B); these imperfect forms were formerly classified in the genus Tubercularia of the Fungi Imperfecta Exceptionally, the conidiophores are formed in the interior of irregular winding cavities (Fig. 150, H) instead of superfi- ciall Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/comparative-morphology-of-fungi-fungi-fig-151conidial-types-of-the-fusarium-group-1-f-solani-2-f-subalatum-3-f-discolor-4-f-gibbosum-5-f-didymum-6-f-willkomii-x-070-after-appel-and-wollcnweber-1913-in-nectria-and-pleonectria-these-sporodochia-develop-to-pulvinate-or-gibbous-fructifications-often-of-characteristic-form-fig-150-a-and-b-these-imperfect-forms-were-formerly-classified-in-the-genus-tubercularia-of-the-fungi-imperfecta-exceptionally-the-conidiophores-are-formed-in-the-interior-of-irregular-winding-cavities-fig-150-h-instead-of-superfi-ciall-image232675624.htmlRMREF83M–. Comparative morphology of Fungi. Fungi. Fig. 151.—Conidial types of the Fusarium group. 1. F. Solani. 2. F. subalatum.. 3. F. discolor. 4. F. gibbosum. 5. F. didymum. 6. F. Willkomii. (X 070; after Appel and Wollcnweber, 1913.) In Nectria and Pleonectria, these sporodochia develop to pulvinate or gibbous fructifications often of characteristic form (Fig. 150, A and B); these imperfect forms were formerly classified in the genus Tubercularia of the Fungi Imperfecta Exceptionally, the conidiophores are formed in the interior of irregular winding cavities (Fig. 150, H) instead of superfi- ciall
. The fungi which cause plant disease . Plant diseases; Fungi. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf disease.'^* Other parasitic species are: S. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-fia-416sporodesmium-antiquum-after-sac-caxdo-s-exitiosum-var-solani-schenck-is-reported-as-the-cause-of-a-potato-disease-s-solani-varians-yanha-is-the-cause-of-potato-disease-in-europe-the-foliage-bearing-brown-spots-and-finally-dying-in-a-manner-resembling-death-caused-by-phytophthora-cladosporium-and-pycnidial-forms-are-said-to-exist-s-mucosum-sacc-was-reported-by-ader-holt-on-cucumber-fruit-and-leaves-causing-disease-s-scorzonerae-aderh-causes-a-salsify-stem-and-leaf-disease-other-parasitic-species-are-s-image232036539.htmlRMRDE4Y7–. The fungi which cause plant disease . Plant diseases; Fungi. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf disease.'^* Other parasitic species are: S.
![. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. ENTOMOLOOY, 898 The head is usually broad, with horiiB commonly of modor- but placed m front of the lower part of the head.. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'&q Stock Photo](https://c8.alamy.com/comp/REP0WK/a-manual-of-injurious-insects-microform-with-methods-of-prevention-and-remedy-for-their-attacks-to-food-crops-forest-trees-and-fruit-to-which-is-appended-a-short-introduction-to-entomology-insect-pests-agricultural-pests-entomology-insectes-nuisibles-lutte-contre-les-ennemis-des-cultures-lutte-contre-les-entomologie-entomolooy-898-the-head-is-usually-broad-with-horiib-commonly-of-modor-but-placed-m-front-of-the-lower-part-of-the-head-1-and-2-potato-bug-lyons-solani-sand-4-pupa-nat-size-and-magnified-5-hop-bug-nat-size-g-ditto-magnified-fnrlltf-quotq-REP0WK.jpg ". A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. ENTOMOLOOY, 898 The head is usually broad, with horiiB commonly of modor- but placed m front of the lower part of the head.. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'&q Stock Photo")
. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. ENTOMOLOOY, 898 The head is usually broad, with horiiB commonly of modor- but placed m front of the lower part of the head.. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'&q Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-manual-of-injurious-insects-microform-with-methods-of-prevention-and-remedy-for-their-attacks-to-food-crops-forest-trees-and-fruit-to-which-is-appended-a-short-introduction-to-entomology-insect-pests-agricultural-pests-entomology-insectes-nuisibles-lutte-contre-les-ennemis-des-cultures-lutte-contre-les-entomologie-entomolooy-898-the-head-is-usually-broad-with-horiib-commonly-of-modor-but-placed-m-front-of-the-lower-part-of-the-head-1-and-2-potato-bug-lyons-solani-sand-4-pupa-nat-size-and-magnified-5-hop-bug-nat-size-g-ditto-magnified-fnrlltf-quotq-image232823631.htmlRMREP0WK–. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. ENTOMOLOOY, 898 The head is usually broad, with horiiB commonly of modor- but placed m front of the lower part of the head.. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'&q
![. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photo](https://c8.alamy.com/comp/RD6RJF/the-culture-and-diseases-of-the-sweet-pea-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-b-fig-7-a-young-hyph-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-scuvotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-please-note-that-these-i-RD6RJF.jpg ". The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photo")
. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-culture-and-diseases-of-the-sweet-pea-102-diseases-of-the-sweet-pea-numerous-sclerotia-which-are-made-up-of-closely-interwoven-short-barrel-shaped-hyphae-fig-b-fig-7-a-young-hyph-of-rhizoctonia-from-sweet-pea-b-barrel-shaped-hyphce-from-scuvotia-of-the-same-fungus-rhizoctonia-solani-kuhn-produces-only-micro-or-small-sclerotia-whereas-corticium-vagum-b-and-c-produces-macro-or-large-sclerotia-after-repeated-attempts-the-corticium-or-perfect-stage-of-the-sweet-pea-rhizoctonia-could-not-be-obtained-in-pure-culture-this-accords-with-the-findings-of-please-note-that-these-i-image231875575.htmlRMRD6RJF–. The culture and diseases of the sweet pea. 102 DISEASES OF THE SWEET PEA numerous sclerotia which are made up of closely interwoven short barrel-shaped hyphae (fig. ']b).. FIG. 7. a YOUNG hyph(£ of Rhizoctonia from sweet pea. b BARREL-SHAPED hyphce FROM ScUvOtia OF THE SAME FUNGUS. Rhizoctonia solani Kuhn produces only micro or small sclerotia, whereas Corticium vagum B. and C. produces macro or large sclerotia. After repeated attempts the Corticium or perfect stage of the sweet pea Rhizoctonia could not be obtained in pure culture. This accords with the findings of. Please note that these i
. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CROPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Bust Fungus of Cabbages (Cystoput candidus). A. Mycelium bearing conidia. x 195. B. Conidium (zoosporangium) producing zoospores, x 405, C. Oogonium (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 195. E. Inner membrane of oospore containing z Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-diseases-of-crops-and-their-remedies-a-handbook-of-economic-biology-for-farmers-and-students-plant-diseases-142-diseases-of-crops-curesee-those-already-described-for-destroying-p-infestans-the-potato-disease-fungus-the-fusisporium-of-cabbages-fusisporium-aurantiacum-has-a-similar-life-history-to-f-solani-fig-47white-bust-fungus-of-cabbages-cystoput-candidus-a-mycelium-bearing-conidia-x-195-b-conidium-zoosporangium-producing-zoospores-x-405-c-oogonium-1-and-antheridium-2-x-195-d-oospore-resting-spores-x-195-e-inner-membrane-of-oospore-containing-z-image232096986.htmlRMRDGX22–. The diseases of crops and their remedies : a handbook of economic biology for farmers and students. Plant diseases. 142 DISEASES OF CROPS. Cure.—See those already described for destroying P. infestans (the potato-disease fungus). The Fusisporium of Cabbages {Fusisporium aurantiacum) has a similar life-history to F. solani. Fig. 47.—White Bust Fungus of Cabbages (Cystoput candidus). A. Mycelium bearing conidia. x 195. B. Conidium (zoosporangium) producing zoospores, x 405, C. Oogonium (1) and antheridium (2). x 195. D. Oospore (resting-spores). x 195. E. Inner membrane of oospore containing z
. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 617. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf di Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-617-fia-416sporodesmium-antiquum-after-sac-caxdo-s-exitiosum-var-solani-schenck-is-reported-as-the-cause-of-a-potato-disease-s-solani-varians-yanha-is-the-cause-of-potato-disease-in-europe-the-foliage-bearing-brown-spots-and-finally-dying-in-a-manner-resembling-death-caused-by-phytophthora-cladosporium-and-pycnidial-forms-are-said-to-exist-s-mucosum-sacc-was-reported-by-ader-holt-on-cucumber-fruit-and-leaves-causing-disease-s-scorzonerae-aderh-causes-a-salsify-stem-and-leaf-di-image232036542.htmlRMRDE4YA–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 617. Fia. 416.—Sporodesmium antiquum. After Sac- caxdo. S. exitiosum var. solani Schenck is reported as the cause of a potato disease. S. solani-varians Yanha is the cause of potato disease in Europe, the foliage bearing brown spots and finally dying in a manner resembling death caused by Phytophthora. Cladosporium and pycnidial forms are said to exist. S. mucosum Sacc. was reported by Ader- holt on cucumber fruit and leaves causing disease. S. scorzonerae Aderh. causes a salsify stem and leaf di
![. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photo](https://c8.alamy.com/comp/RDE5T4/the-fungi-which-cause-plant-disease-plant-diseases-fungi-sf-fig-294c-vagum-solani-fig-293c-vagum-solani-rhizoc-basidia-sterigmata-and-tonia-stage-after-duggar-spores-after-rolfs-what-elliptic-often-irregular-in-outline-9-15-x-6-13-ft-sterile-mycelium=rhizoctonia-solani=rhizoctonia-violaceaquot-turning-yellowish-with-age-and-branching-approximately-at-right-angles-often-forming-sclerotia-like-tufts-with-short-broad-cells-more-or-less-triangular-which-function-as-chlamydospores-brown-to-black-sclerotial-structures-a-few-millimeters-in-diam-eter-consisting-of-RDE5T4.jpg ". The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photo")
. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-fungi-which-cause-plant-disease-plant-diseases-fungi-sf-fig-294c-vagum-solani-fig-293c-vagum-solani-rhizoc-basidia-sterigmata-and-tonia-stage-after-duggar-spores-after-rolfs-what-elliptic-often-irregular-in-outline-9-15-x-6-13-ft-sterile-mycelium=rhizoctonia-solani=rhizoctonia-violaceaquot-turning-yellowish-with-age-and-branching-approximately-at-right-angles-often-forming-sclerotia-like-tufts-with-short-broad-cells-more-or-less-triangular-which-function-as-chlamydospores-brown-to-black-sclerotial-structures-a-few-millimeters-in-diam-eter-consisting-of-image232037236.htmlRMRDE5T4–. The fungi which cause plant disease . Plant diseases; Fungi. â sF- Fig. 294.âC. vagum-solani. Fig. 293.âC. vagum solani Rhizoc- basidia, sterigmata and tonia stage. After Duggar. spores. After Rolfs. what elliptic, often irregular in outline, 9-15 x 6-13 ft. Sterile mycelium(=Rhizoctonia solani=Rhizoctonia violacea)" turning yellowish with age, and branching approximately at right angles; often forming sclerotia-like tufts with short, broad cells more or less triangular which function as chlamydospores. Brown to black sclerotial structures, a few millimeters in diam- eter, consisting of
![. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'"""n^ so^iewhat thread-like. Legs various, chiefly frf^nnl o ^r^u-""^' ^"* «o^etimes in the aquat Stock Photo](https://c8.alamy.com/comp/REP0WH/a-manual-of-injurious-insects-microform-with-methods-of-prevention-and-remedy-for-their-attacks-to-food-crops-forest-trees-and-fruit-to-which-is-appended-a-short-introduction-to-entomology-insect-pests-agricultural-pests-entomology-insectes-nuisibles-lutte-contre-les-ennemis-des-cultures-lutte-contre-les-entomologie-1-and-2-potato-bug-lyons-solani-sand-4-pupa-nat-size-and-magnified-5-hop-bug-nat-size-g-ditto-magnified-fnrlltf-quotquotquotquotn-soiewhat-thread-like-legs-various-chiefly-frfnnl-o-ru-quotquot-quot-oetimes-in-the-aquat-REP0WH.jpg ". A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'"""n^ so^iewhat thread-like. Legs various, chiefly frf^nnl o ^r^u-""^' ^"* «o^etimes in the aquat Stock Photo")
. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'"""n^ so^iewhat thread-like. Legs various, chiefly frf^nnl o ^r^u-""^' ^"* «o^etimes in the aquat Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-manual-of-injurious-insects-microform-with-methods-of-prevention-and-remedy-for-their-attacks-to-food-crops-forest-trees-and-fruit-to-which-is-appended-a-short-introduction-to-entomology-insect-pests-agricultural-pests-entomology-insectes-nuisibles-lutte-contre-les-ennemis-des-cultures-lutte-contre-les-entomologie-1-and-2-potato-bug-lyons-solani-sand-4-pupa-nat-size-and-magnified-5-hop-bug-nat-size-g-ditto-magnified-fnrlltf-quotquotquotquotn-soiewhat-thread-like-legs-various-chiefly-frfnnl-o-ru-quotquot-quot-oetimes-in-the-aquat-image232823629.htmlRMREP0WH–. A manual of injurious insects [microform] : with methods of prevention and remedy for their attacks to food crops, forest trees, and fruit : to which is appended a short introduction to entomology. Insect pests; Agricultural pests; Entomology; Insectes nuisibles, Lutte contre les; Ennemis des cultures, Lutte contre les; Entomologie. 1 and 2. Potato Bug (Lyons solani): S.'and 4, pupa, nat. size and magnified; 5, Hop Bug, nat. size; G, ditto, magnified. fnrllTf "'"""n^ so^iewhat thread-like. Legs various, chiefly frf^nnl o ^r^u-""^' ^"* «o^etimes in the aquat
![. Annual report, including a report of the insects of New Jersey, 1909. THE INSECTS OF NEW JERSEY. 339 L. collaris Say. Newark, g. d., rare on thistle (Bt). L. solani Fabr. Anglesea, one specimen (W). L. trilineata Oliv. The "old-fashioned potato beetle," throughout the State, V-VIII sometimes locally common; usually checked by the applications against the "Colorado beetle," and in most places almost exterminated.. -The common asparagus beetle: a, adult; young larva; d, full grown slug or larva; e, pupa; all enlarged. CRIOCERIS Geoff. C. asparagi Linn. Throughout the State Stock Photo](https://c8.alamy.com/comp/RM7RMX/annual-report-including-a-report-of-the-insects-of-new-jersey-1909-the-insects-of-new-jersey-339-l-collaris-say-newark-g-d-rare-on-thistle-bt-l-solani-fabr-anglesea-one-specimen-w-l-trilineata-oliv-the-quotold-fashioned-potato-beetlequot-throughout-the-state-v-viii-sometimes-locally-common-usually-checked-by-the-applications-against-the-quotcolorado-beetlequot-and-in-most-places-almost-exterminated-the-common-asparagus-beetle-a-adult-young-larva-d-full-grown-slug-or-larva-e-pupa-all-enlarged-crioceris-geoff-c-asparagi-linn-throughout-the-state-RM7RMX.jpg ". Annual report, including a report of the insects of New Jersey, 1909. THE INSECTS OF NEW JERSEY. 339 L. collaris Say. Newark, g. d., rare on thistle (Bt). L. solani Fabr. Anglesea, one specimen (W). L. trilineata Oliv. The "old-fashioned potato beetle," throughout the State, V-VIII sometimes locally common; usually checked by the applications against the "Colorado beetle," and in most places almost exterminated.. -The common asparagus beetle: a, adult; young larva; d, full grown slug or larva; e, pupa; all enlarged. CRIOCERIS Geoff. C. asparagi Linn. Throughout the State Stock Photo")
. Annual report, including a report of the insects of New Jersey, 1909. THE INSECTS OF NEW JERSEY. 339 L. collaris Say. Newark, g. d., rare on thistle (Bt). L. solani Fabr. Anglesea, one specimen (W). L. trilineata Oliv. The "old-fashioned potato beetle," throughout the State, V-VIII sometimes locally common; usually checked by the applications against the "Colorado beetle," and in most places almost exterminated.. -The common asparagus beetle: a, adult; young larva; d, full grown slug or larva; e, pupa; all enlarged. CRIOCERIS Geoff. C. asparagi Linn. Throughout the State Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/annual-report-including-a-report-of-the-insects-of-new-jersey-1909-the-insects-of-new-jersey-339-l-collaris-say-newark-g-d-rare-on-thistle-bt-l-solani-fabr-anglesea-one-specimen-w-l-trilineata-oliv-the-quotold-fashioned-potato-beetlequot-throughout-the-state-v-viii-sometimes-locally-common-usually-checked-by-the-applications-against-the-quotcolorado-beetlequot-and-in-most-places-almost-exterminated-the-common-asparagus-beetle-a-adult-young-larva-d-full-grown-slug-or-larva-e-pupa-all-enlarged-crioceris-geoff-c-asparagi-linn-throughout-the-state-image236200186.htmlRMRM7RMX–. Annual report, including a report of the insects of New Jersey, 1909. THE INSECTS OF NEW JERSEY. 339 L. collaris Say. Newark, g. d., rare on thistle (Bt). L. solani Fabr. Anglesea, one specimen (W). L. trilineata Oliv. The "old-fashioned potato beetle," throughout the State, V-VIII sometimes locally common; usually checked by the applications against the "Colorado beetle," and in most places almost exterminated.. -The common asparagus beetle: a, adult; young larva; d, full grown slug or larva; e, pupa; all enlarged. CRIOCERIS Geoff. C. asparagi Linn. Throughout the State
. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 444 FUNGOUS DISEASES OF PLANTS IV. A ROOT AND STEM ROT FUNGUS Corticium vagtim B. & C, var. Solani Burt. Atkinson, Geo. F. Some Diseases of Cotton. Ala. Agl. Exp. Sta. Built. 41: 30-39. 1892. Clinton, G. P. Rhizoctonia (Rosette). Conn. Agl. Exp. Sta. Rept. (1904): 325-326. pi. 26. Jigs. a-c. Duggar, B. M., and Stewart, F. C. The Sterile Fungus Rhizoctonia. Cornell University Agl. Exp. Sta. Built. 186: 50-76. figs. 15-23. 1901. Ibid. N. Y. (Geneva) Agl. Exp. Sta. Built. 186 : 4- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fungous-diseases-of-plants-with-chapters-on-physiology-culture-methods-and-technique-fungi-in-agriculture-444-fungous-diseases-of-plants-iv-a-root-and-stem-rot-fungus-corticium-vagtim-b-amp-c-var-solani-burt-atkinson-geo-f-some-diseases-of-cotton-ala-agl-exp-sta-built-41-30-39-1892-clinton-g-p-rhizoctonia-rosette-conn-agl-exp-sta-rept-1904-325-326-pi-26-jigs-a-c-duggar-b-m-and-stewart-f-c-the-sterile-fungus-rhizoctonia-cornell-university-agl-exp-sta-built-186-50-76-figs-15-23-1901-ibid-n-y-geneva-agl-exp-sta-built-186-4-image232124943.htmlRMRDJ5MF–. Fungous diseases of plants : with chapters on physiology, culture methods and technique . Fungi in agriculture. 444 FUNGOUS DISEASES OF PLANTS IV. A ROOT AND STEM ROT FUNGUS Corticium vagtim B. & C, var. Solani Burt. Atkinson, Geo. F. Some Diseases of Cotton. Ala. Agl. Exp. Sta. Built. 41: 30-39. 1892. Clinton, G. P. Rhizoctonia (Rosette). Conn. Agl. Exp. Sta. Rept. (1904): 325-326. pi. 26. Jigs. a-c. Duggar, B. M., and Stewart, F. C. The Sterile Fungus Rhizoctonia. Cornell University Agl. Exp. Sta. Built. 186: 50-76. figs. 15-23. 1901. Ibid. N. Y. (Geneva) Agl. Exp. Sta. Built. 186 : 4-
. Causes, effects and control of defoliation on tomatoes. Tomatoes; Tomatoes; Defoliation. 10 16 22 28 34 40 46 NO RIPE FRUITS PER PLANT 'ir.iKi-; 1. Kelation of lt;il fniit load to susceptibility (if tomatoes to flefoiiatioii by AUernaria solani.. 2 6 10 14 18 22 26 NO RIPE FRUITS PER PLANT TOSEPT 8 tRK 2. Relation nf fruit 1 o a / <7 r i a so Inn i.. 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.. Horsfall, James G. (J Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/causes-effects-and-control-of-defoliation-on-tomatoes-tomatoes-tomatoes-defoliation-10-16-22-28-34-40-46-no-ripe-fruits-per-plant-iriki-1-kelation-of-ltil-fniit-load-to-susceptibility-if-tomatoes-to-flefoiiatioii-by-auernaria-solani-2-6-10-14-18-22-26-no-ripe-fruits-per-plant-tosept-8-trk-2-relation-nf-fruit-1-o-a-lt7-r-i-a-so-inn-i-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-horsfall-james-g-j-image235092508.htmlRMRJDAW0–. Causes, effects and control of defoliation on tomatoes. Tomatoes; Tomatoes; Defoliation. 10 16 22 28 34 40 46 NO RIPE FRUITS PER PLANT 'ir.iKi-; 1. Kelation of lt;il fniit load to susceptibility (if tomatoes to flefoiiatioii by AUernaria solani.. 2 6 10 14 18 22 26 NO RIPE FRUITS PER PLANT TOSEPT 8 tRK 2. Relation nf fruit 1 o a / <7 r i a so Inn i.. 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.. Horsfall, James G. (J
. Bulletin. Mycology; Fungi; Botany. 220 I'RILLIEUX ET DELACROIX. lui est identique. Les cultures sur milieu stérilisé présentent d'ail- leurs le même faciès. Nous n'avons pu suivre celte maladie et ne possédons sur elle que des renseignements insuffisants, et pour élucider celle ques- tion, il nous sera nécessaire de faire à ce sujel quelques observa- tions complémentaires. HYPOGHNUS SOLANI Nov Sr. Par MM. PRILLIEUX & DELACROIX, Au mois d'août dernier, des tiges de pommes de. 5oboo6oooooooc Hypochnus Solani. A : Coupe du champignon. â a â . Spores isolées. terre qui nous avaien Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bulletin-mycology-fungi-botany-220-irillieux-et-delacroix-lui-est-identique-les-cultures-sur-milieu-strilis-prsentent-dail-leurs-le-mme-facis-nous-navons-pu-suivre-celte-maladie-et-ne-possdons-sur-elle-que-des-renseignements-insuffisants-et-pour-lucider-celle-ques-tion-il-nous-sera-ncessaire-de-faire-ce-sujel-quelques-observa-tions-complmentaires-hypoghnus-solani-nov-sr-par-mm-prillieux-amp-delacroix-au-mois-daot-dernier-des-tiges-de-pommes-de-5oboo6oooooooc-hypochnus-solani-a-coupe-du-champignon-a-spores-isoles-terre-qui-nous-avaien-image234191221.htmlRMRH0985–. Bulletin. Mycology; Fungi; Botany. 220 I'RILLIEUX ET DELACROIX. lui est identique. Les cultures sur milieu stérilisé présentent d'ail- leurs le même faciès. Nous n'avons pu suivre celte maladie et ne possédons sur elle que des renseignements insuffisants, et pour élucider celle ques- tion, il nous sera nécessaire de faire à ce sujel quelques observa- tions complémentaires. HYPOGHNUS SOLANI Nov Sr. Par MM. PRILLIEUX & DELACROIX, Au mois d'août dernier, des tiges de pommes de. 5oboo6oooooooc Hypochnus Solani. A : Coupe du champignon. â a â . Spores isolées. terre qui nous avaien
. Diseases of glasshouse plants. Greenhouse plants; Plant diseases. 68 DISEASES OF GLASSHOUSE PLANTS a fact that is well known to nurserymen. The disease thrives upon rich composts, and such are therefore more favourable for it than loam alone. Causal Organisms.—Considerable experience of this disease has shown that it is caused mainly by three fungi —Rhizoctonia solani Kuhn, Phytophthora cryptogea Pethy- bridge and Lafferty, and Phytophthora parasitica Dastur. The first is less common than the latter two fungi, which are consequently the most important cause of the disease. Rhizoctonia solani Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diseases-of-glasshouse-plants-greenhouse-plants-plant-diseases-68-diseases-of-glasshouse-plants-a-fact-that-is-well-known-to-nurserymen-the-disease-thrives-upon-rich-composts-and-such-are-therefore-more-favourable-for-it-than-loam-alone-causal-organismsconsiderable-experience-of-this-disease-has-shown-that-it-is-caused-mainly-by-three-fungi-rhizoctonia-solani-kuhn-phytophthora-cryptogea-pethy-bridge-and-lafferty-and-phytophthora-parasitica-dastur-the-first-is-less-common-than-the-latter-two-fungi-which-are-consequently-the-most-important-cause-of-the-disease-rhizoctonia-solani-image231411561.htmlRMRCDKPH–. Diseases of glasshouse plants. Greenhouse plants; Plant diseases. 68 DISEASES OF GLASSHOUSE PLANTS a fact that is well known to nurserymen. The disease thrives upon rich composts, and such are therefore more favourable for it than loam alone. Causal Organisms.—Considerable experience of this disease has shown that it is caused mainly by three fungi —Rhizoctonia solani Kuhn, Phytophthora cryptogea Pethy- bridge and Lafferty, and Phytophthora parasitica Dastur. The first is less common than the latter two fungi, which are consequently the most important cause of the disease. Rhizoctonia solani
. Diseases of cultivated plants and trees. Plant diseases; Plants -- Wounds and injuries; Plants, Protection of; Trees -- Diseases and pests. SYNCHYTRIUM 99 so that eventually, cells that formed the peripheral or outside row are deeply buried in the tumour, and resting-spores are. Fig. 20.—Synchytrium solani; Black scab of potato. consequently met with buried deeply in the flesh of the tumour. It will be observed, however, in examining a section of a wart or tumour, that the oldest and most perfectly. Please note that these images are extracted from scanned page images that may have been digit Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diseases-of-cultivated-plants-and-trees-plant-diseases-plants-wounds-and-injuries-plants-protection-of-trees-diseases-and-pests-synchytrium-99-so-that-eventually-cells-that-formed-the-peripheral-or-outside-row-are-deeply-buried-in-the-tumour-and-resting-spores-are-fig-20synchytrium-solani-black-scab-of-potato-consequently-met-with-buried-deeply-in-the-flesh-of-the-tumour-it-will-be-observed-however-in-examining-a-section-of-a-wart-or-tumour-that-the-oldest-and-most-perfectly-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digit-image231403486.htmlRMRCD9E6–. Diseases of cultivated plants and trees. Plant diseases; Plants -- Wounds and injuries; Plants, Protection of; Trees -- Diseases and pests. SYNCHYTRIUM 99 so that eventually, cells that formed the peripheral or outside row are deeply buried in the tumour, and resting-spores are. Fig. 20.—Synchytrium solani; Black scab of potato. consequently met with buried deeply in the flesh of the tumour. It will be observed, however, in examining a section of a wart or tumour, that the oldest and most perfectly. Please note that these images are extracted from scanned page images that may have been digit
![. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. Hymenomycelineae. Hennings.) 115. P^g« 66. A—B Hypochnus Solani Frill. et DeHcr.; A Habitus stark vergr.; B Sporen stark vergr. — CF Tomeniella " " '^ ' " , „ , . , , ^ nuten einzelne Basidien, oben Conidienträger bildet 220(1; D Basi- flava Bref. C Lockeres Hyphengeflecht, welches ocKeres nypnengenecnt, weicnes nuten einzelne Basidien. oben (Jonidienträger bildet ZU); V uasi- dientragende Stock Photo](https://c8.alamy.com/comp/RCHWM3/die-natrlichen-pflanzenfamilien-nebst-ihren-gattungen-und-wichtigeren-arten-insbesondere-den-nutzpflanzen-unter-mitwirkung-zahlreicher-hervorragender-fachgelehrten-begrndet-botany-hymenomycelineae-hennings-115-pg-66-ab-hypochnus-solani-frill-et-dehcr-a-habitus-stark-vergr-b-sporen-stark-vergr-cf-tomeniella-quot-quot-quot-nuten-einzelne-basidien-oben-conidientrger-bildet-2201-d-basi-flava-bref-c-lockeres-hyphengeflecht-welches-ockeres-nypnengenecnt-weicnes-nuten-einzelne-basidien-oben-jonidientrger-bildet-zu-v-uasi-dientragende-RCHWM3.jpg ". Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. Hymenomycelineae. Hennings.) 115. P^g« 66. A—B Hypochnus Solani Frill. et DeHcr.; A Habitus stark vergr.; B Sporen stark vergr. — CF Tomeniella " " '^ ' " , „ , . , , ^ nuten einzelne Basidien, oben Conidienträger bildet 220(1; D Basi- flava Bref. C Lockeres Hyphengeflecht, welches ocKeres nypnengenecnt, weicnes nuten einzelne Basidien. oben (Jonidienträger bildet ZU); V uasi- dientragende Stock Photo")
. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. Hymenomycelineae. Hennings.) 115. P^g« 66. A—B Hypochnus Solani Frill. et DeHcr.; A Habitus stark vergr.; B Sporen stark vergr. — CF Tomeniella " " '^ ' " , „ , . , , ^ nuten einzelne Basidien, oben Conidienträger bildet 220(1; D Basi- flava Bref. C Lockeres Hyphengeflecht, welches ocKeres nypnengenecnt, weicnes nuten einzelne Basidien. oben (Jonidienträger bildet ZU); V uasi- dientragende Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-natrlichen-pflanzenfamilien-nebst-ihren-gattungen-und-wichtigeren-arten-insbesondere-den-nutzpflanzen-unter-mitwirkung-zahlreicher-hervorragender-fachgelehrten-begrndet-botany-hymenomycelineae-hennings-115-pg-66-ab-hypochnus-solani-frill-et-dehcr-a-habitus-stark-vergr-b-sporen-stark-vergr-cf-tomeniella-quot-quot-quot-nuten-einzelne-basidien-oben-conidientrger-bildet-2201-d-basi-flava-bref-c-lockeres-hyphengeflecht-welches-ockeres-nypnengenecnt-weicnes-nuten-einzelne-basidien-oben-jonidientrger-bildet-zu-v-uasi-dientragende-image231504003.htmlRMRCHWM3–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet. Botany. Hymenomycelineae. Hennings.) 115. P^g« 66. A—B Hypochnus Solani Frill. et DeHcr.; A Habitus stark vergr.; B Sporen stark vergr. — CF Tomeniella " " '^ ' " , „ , . , , ^ nuten einzelne Basidien, oben Conidienträger bildet 220(1; D Basi- flava Bref. C Lockeres Hyphengeflecht, welches ocKeres nypnengenecnt, weicnes nuten einzelne Basidien. oben (Jonidienträger bildet ZU); V uasi- dientragende
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