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C viscosa Black & White Stock Photos
. Introduction to cryptogamic botany. Cryptogams. 350 INTRODUCTION TO CRYPTOGAMIC BOTANY. there are distinct gUls, as decided as those of Xerotus. The genus is, in fact, scarcely distinguishable from a true Hymeno- mycete. The spores exhibit few pecuharities; and where they have been observed in situ, they are borne by short spicules upon the sporophores. The flocci of Podaxon (Fig. 5, c) ex- hibit a spiral structure. A species of Secotium,, which is found. Fig. 77. a. Cauloglossum transversarium, Fr., with spores. From Rev. M. A. Curtis. b. Tremella viscosa. Threads with their sporophores, st Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/introduction-to-cryptogamic-botany-cryptogams-350-introduction-to-cryptogamic-botany-there-are-distinct-guls-as-decided-as-those-of-xerotus-the-genus-is-in-fact-scarcely-distinguishable-from-a-true-hymeno-mycete-the-spores-exhibit-few-pecuharities-and-where-they-have-been-observed-in-situ-they-are-borne-by-short-spicules-upon-the-sporophores-the-flocci-of-podaxon-fig-5-c-ex-hibit-a-spiral-structure-a-species-of-secotium-which-is-found-fig-77-a-cauloglossum-transversarium-fr-with-spores-from-rev-m-a-curtis-b-tremella-viscosa-threads-with-their-sporophores-st-image232421759.htmlRMRE3M93–. Introduction to cryptogamic botany. Cryptogams. 350 INTRODUCTION TO CRYPTOGAMIC BOTANY. there are distinct gUls, as decided as those of Xerotus. The genus is, in fact, scarcely distinguishable from a true Hymeno- mycete. The spores exhibit few pecuharities; and where they have been observed in situ, they are borne by short spicules upon the sporophores. The flocci of Podaxon (Fig. 5, c) ex- hibit a spiral structure. A species of Secotium,, which is found. Fig. 77. a. Cauloglossum transversarium, Fr., with spores. From Rev. M. A. Curtis. b. Tremella viscosa. Threads with their sporophores, st
. Fungi; their nature, influence, and uses;. Fungi. STEUCTUEB. 25. Fig. 6. —Catocera viscosa. ture Las been specially illustrated by M. Tulasne,* tlirough tliu common species, Tremella mesenterica. This latter is of a fine golden yellow colour, and rather large size. It is uniformly composed throughout of a colourless mucilage, with no appreciable texture, in which are distributed Very fine, diversely branched and anastomosing filaments. Towards the snrface, the ultimate branches of tbis filamentous network give birth, both at their summits and laterally, to globular cells, which ac- quire a c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/fungi-their-nature-influence-and-uses-fungi-steuctueb-25-fig-6-catocera-viscosa-ture-las-been-specially-illustrated-by-m-tulasne-tlirough-tliu-common-species-tremella-mesenterica-this-latter-is-of-a-fine-golden-yellow-colour-and-rather-large-size-it-is-uniformly-composed-throughout-of-a-colourless-mucilage-with-no-appreciable-texture-in-which-are-distributed-very-fine-diversely-branched-and-anastomosing-filaments-towards-the-snrface-the-ultimate-branches-of-tbis-filamentous-network-give-birth-both-at-their-summits-and-laterally-to-globular-cells-which-ac-quire-a-c-image232375094.htmlRMRE1GPE–. Fungi; their nature, influence, and uses;. Fungi. STEUCTUEB. 25. Fig. 6. —Catocera viscosa. ture Las been specially illustrated by M. Tulasne,* tlirough tliu common species, Tremella mesenterica. This latter is of a fine golden yellow colour, and rather large size. It is uniformly composed throughout of a colourless mucilage, with no appreciable texture, in which are distributed Very fine, diversely branched and anastomosing filaments. Towards the snrface, the ultimate branches of tbis filamentous network give birth, both at their summits and laterally, to globular cells, which ac- quire a c
. A manual of Indian botany. Botany. THE LEAF 43 pentaphylla), yellow-flowered hurh-hurhe {Cleome viscosa), tikta-shag {Cratceva), &c. The leaflets of compound leaves are described in the same terms as are used in describing simple leaves. Ternate leaves are either pinnately ternate or palmately ternate, according as the leaflets are petiolate or sessile or subsessile. The petiole is usually cylindric or semi - cylindric in form, with often a more or less grooved upper surface. In Orange and other plants of this family the petiole is winged and articulated to the blade. In some plants the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-indian-botany-botany-the-leaf-43-pentaphylla-yellow-flowered-hurh-hurhe-cleome-viscosa-tikta-shag-cratceva-ampc-the-leaflets-of-compound-leaves-are-described-in-the-same-terms-as-are-used-in-describing-simple-leaves-ternate-leaves-are-either-pinnately-ternate-or-palmately-ternate-according-as-the-leaflets-are-petiolate-or-sessile-or-subsessile-the-petiole-is-usually-cylindric-or-semi-cylindric-in-form-with-often-a-more-or-less-grooved-upper-surface-in-orange-and-other-plants-of-this-family-the-petiole-is-winged-and-articulated-to-the-blade-in-some-plants-the-image232380485.htmlRMRE1RK1–. A manual of Indian botany. Botany. THE LEAF 43 pentaphylla), yellow-flowered hurh-hurhe {Cleome viscosa), tikta-shag {Cratceva), &c. The leaflets of compound leaves are described in the same terms as are used in describing simple leaves. Ternate leaves are either pinnately ternate or palmately ternate, according as the leaflets are petiolate or sessile or subsessile. The petiole is usually cylindric or semi - cylindric in form, with often a more or less grooved upper surface. In Orange and other plants of this family the petiole is winged and articulated to the blade. In some plants the
. Hawaiian Fungi. Fungi. 36 Bernice P. Bishop Museum—Bulletin. Figure:8.—Meliola: a, Mcliola sideroxyli (No. 1160) on Sideroxylon sandwicensis, showing mycelium and setae; b, M. lyoni (No. 901) on Dodonaea viscosa —crowded mycelium with capitate hyphopodia and also a spore; c, M. hawaiiensis No. 667 on Eugenia sandwicensis—mycelium and a setum, also section of a perithecium, showing its' thin wall; d, M. morbosa (No. 452) on Claoxylon sandwicense—mycelium, capitate hyphopodia, and a setum; e, M. visci (No. 1149) on Viscum articulatum—mycelium and a setum; f, M. gregoriana (No. 2306) on Danella Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/hawaiian-fungi-fungi-36-bernice-p-bishop-museumbulletin-figure8meliola-a-mcliola-sideroxyli-no-1160-on-sideroxylon-sandwicensis-showing-mycelium-and-setae-b-m-lyoni-no-901-on-dodonaea-viscosa-crowded-mycelium-with-capitate-hyphopodia-and-also-a-spore-c-m-hawaiiensis-no-667-on-eugenia-sandwicensismycelium-and-a-setum-also-section-of-a-perithecium-showing-its-thin-wall-d-m-morbosa-no-452-on-claoxylon-sandwicensemycelium-capitate-hyphopodia-and-a-setum-e-m-visci-no-1149-on-viscum-articulatummycelium-and-a-setum-f-m-gregoriana-no-2306-on-danella-image237851825.htmlRMRPY2C1–. Hawaiian Fungi. Fungi. 36 Bernice P. Bishop Museum—Bulletin. Figure:8.—Meliola: a, Mcliola sideroxyli (No. 1160) on Sideroxylon sandwicensis, showing mycelium and setae; b, M. lyoni (No. 901) on Dodonaea viscosa —crowded mycelium with capitate hyphopodia and also a spore; c, M. hawaiiensis No. 667 on Eugenia sandwicensis—mycelium and a setum, also section of a perithecium, showing its' thin wall; d, M. morbosa (No. 452) on Claoxylon sandwicense—mycelium, capitate hyphopodia, and a setum; e, M. visci (No. 1149) on Viscum articulatum—mycelium and a setum; f, M. gregoriana (No. 2306) on Danella
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