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. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Yaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); 5, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage oi B; D, end of a filament with a zoospore, z, escaping (highly magnified). characteristics shown in Fig. 157, A. It wil Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/essentials-of-botany-botany-botany-226-essentials-of-botany-felt-like-masses-which-it-forms-it-must-not-be-confused-with-moss-protonema-fig-199-which-also-grows-on-damp-earth-the-protonema-has-many-cross-partitions-in-the-filaments-often-oblique-in-position-and-lacks-other-fig-157-yaucheria-synandra-a-a-filament-with-archegonia-and-antheridia-considerably-magni-fied-5-part-of-same-much-more-highly-magnified-o-oogonium-a-antheridium-c-a-later-stage-oi-b-d-end-of-a-filament-with-a-zoospore-z-escaping-highly-magnified-characteristics-shown-in-fig-157-a-it-wil-image232080753.html
RMRDG5A9–. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Yaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); 5, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage oi B; D, end of a filament with a zoospore, z, escaping (highly magnified). characteristics shown in Fig. 157, A. It wil
. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Yaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); 5, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage oi B; D, end of a filament with a zoospore, z, escaping (highly magnified). characteristics shown in Fig. 157, A. It wil Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/essentials-of-botany-botany-botany-226-essentials-of-botany-felt-like-masses-which-it-forms-it-must-not-be-confused-with-moss-protonema-fig-199-which-also-grows-on-damp-earth-the-protonema-has-many-cross-partitions-in-the-filaments-often-oblique-in-position-and-lacks-other-fig-157-yaucheria-synandra-a-a-filament-with-archegonia-and-antheridia-considerably-magni-fied-5-part-of-same-much-more-highly-magnified-o-oogonium-a-antheridium-c-a-later-stage-oi-b-d-end-of-a-filament-with-a-zoospore-z-escaping-highly-magnified-characteristics-shown-in-fig-157-a-it-wil-image216448008.html
RMPG41J0–. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Yaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); 5, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage oi B; D, end of a filament with a zoospore, z, escaping (highly magnified). characteristics shown in Fig. 157, A. It wil
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. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Vaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); iJ, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage of B; D, end of a filament with a zoospore, z, escaping (liighly magnified). characteristics shown in Fig. 157, A. It w Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/essentials-of-botany-botany-botany-226-essentials-of-botany-felt-like-masses-which-it-forms-it-must-not-be-confused-with-moss-protonema-fig-199-which-also-grows-on-damp-earth-the-protonema-has-many-cross-partitions-in-the-filaments-often-oblique-in-position-and-lacks-other-fig-157-vaucheria-synandra-a-a-filament-with-archegonia-and-antheridia-considerably-magni-fied-ij-part-of-same-much-more-highly-magnified-o-oogonium-a-antheridium-c-a-later-stage-of-b-d-end-of-a-filament-with-a-zoospore-z-escaping-liighly-magnified-characteristics-shown-in-fig-157-a-it-w-image232286582.html
RMRDWFWA–. Essentials of botany. Botany; Botany. 226 ESSENTIALS OF BOTANY felt-like masses which it forms. It must not be confused with moss protonema (Fig. 199) which also grows on damp earth. The protonema has many cross-partitions in the filaments (often oblique in position) and lacks other. Fig. 157. Vaucheria synandra. A, a filament with archegonia and antheridia (considerably magni- fied); iJ, part of same much more highly magnified; o, oogonium; a, antheridium; C, a later stage of B; D, end of a filament with a zoospore, z, escaping (liighly magnified). characteristics shown in Fig. 157, A. It w
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. Botany for agricultural students . Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diff Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-for-agricultural-students-botany-true-mosses-bryales-421-cycle-as-shown-in-figure-376-the-alga-uke-filament-called-protonema-is-comparable-to-the-thallus-of-the-marchantias-and-the-leafy-plants-to-the-gametophores-although-the-leafy-plants-or-gametophores-of-moss-are-not-all-of-the-gametophyte-they-are-the-conspicuous-part-of-it-the-protonemas-being-microscopic-in-size-one-protonema-may-produce-many-buds-and-therefore-many-gametophores-in-moss-the-two-generations-are-more-noticeable-than-in-the-liverworts-the-gametophytes-with-their-leafy-gametophores-present-more-diff-image216454865.html
RMPG4AAW–. Botany for agricultural students . Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diff
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Elementary botany . Fig. 285. 248 MORPHOLOGY. materials are passed from the gametophyte to the sporogonium. The upperpart continues to grow, and finally the upper end differentiates into the maturecapsule. 523. Protonema of the moss.—When the spores of a moss germinate theyform a thread-like body, with chlorophyll. This thread becomes branched,and sometimes quite extended tangles of these threads are formed. This iscalled the protonema, that is first thread. The older threads become finallybrown, while the later ones are green. From this protonema at certainpoints buds appear which divide by c Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elementary-botany-fig-285-248-morphology-materials-are-passed-from-the-gametophyte-to-the-sporogonium-the-upperpart-continues-to-grow-and-finally-the-upper-end-differentiates-into-the-maturecapsule-523-protonema-of-the-mosswhen-the-spores-of-a-moss-germinate-theyform-a-thread-like-body-with-chlorophyll-this-thread-becomes-branchedand-sometimes-quite-extended-tangles-of-these-threads-are-formed-this-iscalled-the-protonema-that-is-first-thread-the-older-threads-become-finallybrown-while-the-later-ones-are-green-from-this-protonema-at-certainpoints-buds-appear-which-divide-by-c-image338340960.html
RM2AJCN9M–Elementary botany . Fig. 285. 248 MORPHOLOGY. materials are passed from the gametophyte to the sporogonium. The upperpart continues to grow, and finally the upper end differentiates into the maturecapsule. 523. Protonema of the moss.—When the spores of a moss germinate theyform a thread-like body, with chlorophyll. This thread becomes branched,and sometimes quite extended tangles of these threads are formed. This iscalled the protonema, that is first thread. The older threads become finallybrown, while the later ones are green. From this protonema at certainpoints buds appear which divide by c
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. Beginners' botany. Botany. STUDIES IN CRYPTOGAMS 201 Strand of tissue, the columella, which expands at the mouth into a thin, membranous disk, closing the entire mouth of the capsule except the narrow annular chink guarded by the teeth. In this moss the points of the teeth are attached to the margin of the membrane, allow- ing the spores to sift out through the spaces be- tween them. When the spores germinate they form a green, branched thread, the protonema. This gives rise directly to moss plants, which appear as little buds on the thread. When the moss plants have sent their little rhizoi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/beginners-botany-botany-studies-in-cryptogams-201-strand-of-tissue-the-columella-which-expands-at-the-mouth-into-a-thin-membranous-disk-closing-the-entire-mouth-of-the-capsule-except-the-narrow-annular-chink-guarded-by-the-teeth-in-this-moss-the-points-of-the-teeth-are-attached-to-the-margin-of-the-membrane-allow-ing-the-spores-to-sift-out-through-the-spaces-be-tween-them-when-the-spores-germinate-they-form-a-green-branched-thread-the-protonema-this-gives-rise-directly-to-moss-plants-which-appear-as-little-buds-on-the-thread-when-the-moss-plants-have-sent-their-little-rhizoi-image216396202.html
RMPG1KFP–. Beginners' botany. Botany. STUDIES IN CRYPTOGAMS 201 Strand of tissue, the columella, which expands at the mouth into a thin, membranous disk, closing the entire mouth of the capsule except the narrow annular chink guarded by the teeth. In this moss the points of the teeth are attached to the margin of the membrane, allow- ing the spores to sift out through the spaces be- tween them. When the spores germinate they form a green, branched thread, the protonema. This gives rise directly to moss plants, which appear as little buds on the thread. When the moss plants have sent their little rhizoi
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Organography of plants, especially of the archegoniatae and spermaphyta . ne. It is most probable that out of the germinated spores a fila-mentous protonema is formed, just as it is out of the gemmae of Tetraphis.The habitat of this moss on the south side of the South Island of NewZealand confirms me in the view I put forward long ago, that its peculiarvivipary is the result of its living in a moist locality. The appearance ofthis peculiar method of germination amongst the Musci, whose spores other-wise only form a filamentous protonema, speaks again strongly in favour ofthe view that other va Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/organography-of-plants-especially-of-the-archegoniatae-and-spermaphyta-ne-it-is-most-probable-that-out-of-the-germinated-spores-a-fila-mentous-protonema-is-formed-just-as-it-is-out-of-the-gemmae-of-tetraphisthe-habitat-of-this-moss-on-the-south-side-of-the-south-island-of-newzealand-confirms-me-in-the-view-i-put-forward-long-ago-that-its-peculiarvivipary-is-the-result-of-its-living-in-a-moist-locality-the-appearance-ofthis-peculiar-method-of-germination-amongst-the-musci-whose-spores-other-wise-only-form-a-filamentous-protonema-speaks-again-strongly-in-favour-ofthe-view-that-other-va-image340217363.html
RM2ANE6M3–Organography of plants, especially of the archegoniatae and spermaphyta . ne. It is most probable that out of the germinated spores a fila-mentous protonema is formed, just as it is out of the gemmae of Tetraphis.The habitat of this moss on the south side of the South Island of NewZealand confirms me in the view I put forward long ago, that its peculiarvivipary is the result of its living in a moist locality. The appearance ofthis peculiar method of germination amongst the Musci, whose spores other-wise only form a filamentous protonema, speaks again strongly in favour ofthe view that other va
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. Elements of botany. Botany; Botany. 240 ELEMENTS OF BOTANY. produces the urn or spore-capsule, and this is really a new plant. It remains attached to the parent plant and is nour- ished by it, does not grow to any considerable size, but develops a great number of Spores in its interior. These spores when fully formed are set free, germinate, and produce a thread- like protonema, which at length grows into the fully developed moss plant. The two generations, then, are the moss, with its rather complicated reproductive apparatus, and the urn,. Fig. 206. jB, protonema of Fwnaria hygrometrica, a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-botany-botany-botany-240-elements-of-botany-produces-the-urn-or-spore-capsule-and-this-is-really-a-new-plant-it-remains-attached-to-the-parent-plant-and-is-nour-ished-by-it-does-not-grow-to-any-considerable-size-but-develops-a-great-number-of-spores-in-its-interior-these-spores-when-fully-formed-are-set-free-germinate-and-produce-a-thread-like-protonema-which-at-length-grows-into-the-fully-developed-moss-plant-the-two-generations-then-are-the-moss-with-its-rather-complicated-reproductive-apparatus-and-the-urn-fig-206-jb-protonema-of-fwnaria-hygrometrica-a-image216448049.html
RMPG41KD–. Elements of botany. Botany; Botany. 240 ELEMENTS OF BOTANY. produces the urn or spore-capsule, and this is really a new plant. It remains attached to the parent plant and is nour- ished by it, does not grow to any considerable size, but develops a great number of Spores in its interior. These spores when fully formed are set free, germinate, and produce a thread- like protonema, which at length grows into the fully developed moss plant. The two generations, then, are the moss, with its rather complicated reproductive apparatus, and the urn,. Fig. 206. jB, protonema of Fwnaria hygrometrica, a
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RFWK43TD–Goblin gold moss glowing in the dark
. Foundations of botany. Fig. 207. — Protonema of a Moss. prim, primary shoot; h, a young root-hair ; pi, young moss-plant;br, branches of primary shoot. cell on a microscope slide, cover, place under the lowest power ofthe microscope, and examine at intervals of ten or fifteen minutes.Finally sketch a single leaf. 345. Minute Structure of the Leaf and Stem. — The cellularstructure of the pigeon-wheat moss is not nearly as simple and con-venient for microscopical study as is that of the smaller mosses, manyof which have leaves composed, over a large part of their surfaces,of but a single layer Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/foundations-of-botany-fig-207-protonema-of-a-moss-prim-primary-shoot-h-a-young-root-hair-pi-young-moss-plantbr-branches-of-primary-shoot-cell-on-a-microscope-slide-cover-place-under-the-lowest-power-ofthe-microscope-and-examine-at-intervals-of-ten-or-fifteen-minutesfinally-sketch-a-single-leaf-345-minute-structure-of-the-leaf-and-stem-the-cellularstructure-of-the-pigeon-wheat-moss-is-not-nearly-as-simple-and-con-venient-for-microscopical-study-as-is-that-of-the-smaller-mosses-manyof-which-have-leaves-composed-over-a-large-part-of-their-surfacesof-but-a-single-layer-image337019434.html
RM2AG8FMA–. Foundations of botany. Fig. 207. — Protonema of a Moss. prim, primary shoot; h, a young root-hair ; pi, young moss-plant;br, branches of primary shoot. cell on a microscope slide, cover, place under the lowest power ofthe microscope, and examine at intervals of ten or fifteen minutes.Finally sketch a single leaf. 345. Minute Structure of the Leaf and Stem. — The cellularstructure of the pigeon-wheat moss is not nearly as simple and con-venient for microscopical study as is that of the smaller mosses, manyof which have leaves composed, over a large part of their surfaces,of but a single layer
. The essentials of botany. Botany. 192 BOIANT in the transportation of living plants. They all belong to the genus Sphagnum. (2) Order Andrseacese, composed of a few small and rare mosses. (3) Order Phascaceae, small mosses with hut little development of a leafy stem, and a persistent protonema. 402. (4) The True Mosses (Order Bryacese) include the great majority of the mosses of the country. They are usually bright-green (in a few genera brownish), and in. ^^^â Vyi.^A, three spores of a Moss germinating; B, protonema of a Uoss; K, bud from wliich a leafy stem will develop. Highly magnified. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-essentials-of-botany-botany-192-boiant-in-the-transportation-of-living-plants-they-all-belong-to-the-genus-sphagnum-2-order-andrseacese-composed-of-a-few-small-and-rare-mosses-3-order-phascaceae-small-mosses-with-hut-little-development-of-a-leafy-stem-and-a-persistent-protonema-402-4-the-true-mosses-order-bryacese-include-the-great-majority-of-the-mosses-of-the-country-they-are-usually-bright-green-in-a-few-genera-brownish-and-in-vyia-three-spores-of-a-moss-germinating-b-protonema-of-a-uoss-k-bud-from-wliich-a-leafy-stem-will-develop-highly-magnified-image216447613.html
RMPG413W–. The essentials of botany. Botany. 192 BOIANT in the transportation of living plants. They all belong to the genus Sphagnum. (2) Order Andrseacese, composed of a few small and rare mosses. (3) Order Phascaceae, small mosses with hut little development of a leafy stem, and a persistent protonema. 402. (4) The True Mosses (Order Bryacese) include the great majority of the mosses of the country. They are usually bright-green (in a few genera brownish), and in. ^^^â Vyi.^A, three spores of a Moss germinating; B, protonema of a Uoss; K, bud from wliich a leafy stem will develop. Highly magnified.
A small pile of firewood stacked. Old Hemp, affected by fungi and lichen. Firewood for baths and fires. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-a-small-pile-of-firewood-stacked-old-hemp-affected-by-fungi-and-lichen-97782830.html
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RFWK458D–Goblin gold moss glowing in the dark
Regeneration . same of Hypnum serpens with protonema and moss-plant arisingfrom it. Pringsheim has shown that if a piece of the stalk of the sporan-gium of certain mosses is cut off, it produces at its ends thread-likeoutgrowths which are like the protonema-stage of the moss, and fromthis protonema new moss-plants may arise (Fig. 10, A, B, C, D). Braefeld has obtained a somewhat similar result in one of themoulds, in which a piece of the sporangium stalk gives rise to amycelium from which new sporangia may be produced. i8 RE GENERA TION REGENERATION IN EMBRYOS AND EGGS Regeneration takes place Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/regeneration-same-of-hypnum-serpens-with-protonema-and-moss-plant-arisingfrom-it-pringsheim-has-shown-that-if-a-piece-of-the-stalk-of-the-sporan-gium-of-certain-mosses-is-cut-off-it-produces-at-its-ends-thread-likeoutgrowths-which-are-like-the-protonema-stage-of-the-moss-and-fromthis-protonema-new-moss-plants-may-arise-fig-10-a-b-c-d-braefeld-has-obtained-a-somewhat-similar-result-in-one-of-themoulds-in-which-a-piece-of-the-sporangium-stalk-gives-rise-to-amycelium-from-which-new-sporangia-may-be-produced-i8-re-genera-tion-regeneration-in-embryos-and-eggs-regeneration-takes-place-image339215614.html
RM2AKTGYA–Regeneration . same of Hypnum serpens with protonema and moss-plant arisingfrom it. Pringsheim has shown that if a piece of the stalk of the sporan-gium of certain mosses is cut off, it produces at its ends thread-likeoutgrowths which are like the protonema-stage of the moss, and fromthis protonema new moss-plants may arise (Fig. 10, A, B, C, D). Braefeld has obtained a somewhat similar result in one of themoulds, in which a piece of the sporangium stalk gives rise to amycelium from which new sporangia may be produced. i8 RE GENERA TION REGENERATION IN EMBRYOS AND EGGS Regeneration takes place
. The natural history of plants, their forms, growth, reproduction, and distribution;. Botany. Fig. 398.—Mosses. 1 A germinating spore. 2 A Moas-protonema. s Protonema giving rise to a bud from which will arise a leafy moss-shoot. 4 Longitudinal section of the tip of a male shoot of a Moss; small, club-shaped antheridia are present between the scales; 5 Tip of a female shoot with archegonia; two of them containing sporogoniums have enlarged, and in the left-hand one of these two the upper part of the archegonium (calyptra) has been torn from the basal portion. « Leafy female shoot bearing a fu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-natural-history-of-plants-their-forms-growth-reproduction-and-distribution-botany-fig-398mosses-1-a-germinating-spore-2-a-moas-protonema-s-protonema-giving-rise-to-a-bud-from-which-will-arise-a-leafy-moss-shoot-4-longitudinal-section-of-the-tip-of-a-male-shoot-of-a-moss-small-club-shaped-antheridia-are-present-between-the-scales-5-tip-of-a-female-shoot-with-archegonia-two-of-them-containing-sporogoniums-have-enlarged-and-in-the-left-hand-one-of-these-two-the-upper-part-of-the-archegonium-calyptra-has-been-torn-from-the-basal-portion-leafy-female-shoot-bearing-a-fu-image216419249.html
RMPG2MXW–. The natural history of plants, their forms, growth, reproduction, and distribution;. Botany. Fig. 398.—Mosses. 1 A germinating spore. 2 A Moas-protonema. s Protonema giving rise to a bud from which will arise a leafy moss-shoot. 4 Longitudinal section of the tip of a male shoot of a Moss; small, club-shaped antheridia are present between the scales; 5 Tip of a female shoot with archegonia; two of them containing sporogoniums have enlarged, and in the left-hand one of these two the upper part of the archegonium (calyptra) has been torn from the basal portion. « Leafy female shoot bearing a fu
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. Text-book of botany, morphological and physiological. Botany. MUSCI. 363 in the botanical laboratory at Wurzburg, and concluded by Muller (1873). The principal filaments of the protonema and the large rhizoids have a very much elongated apical cell in which (and never in its segments) oblique septa are formed which are regularly inclined (spirally) .in three or more directions, just in the same manner as the principal walls* of the segments of the trilateral apical cell of the Moss-stem. These walls do not, however, intersect, as in the stem, since the segments (cells of the filament) are so Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-botany-morphological-and-physiological-botany-musci-363-in-the-botanical-laboratory-at-wurzburg-and-concluded-by-muller-1873-the-principal-filaments-of-the-protonema-and-the-large-rhizoids-have-a-very-much-elongated-apical-cell-in-which-and-never-in-its-segments-oblique-septa-are-formed-which-are-regularly-inclined-spirally-in-three-or-more-directions-just-in-the-same-manner-as-the-principal-walls-of-the-segments-of-the-trilateral-apical-cell-of-the-moss-stem-these-walls-do-not-however-intersect-as-in-the-stem-since-the-segments-cells-of-the-filament-are-so-image237844054.html
RMRPXMEE–. Text-book of botany, morphological and physiological. Botany. MUSCI. 363 in the botanical laboratory at Wurzburg, and concluded by Muller (1873). The principal filaments of the protonema and the large rhizoids have a very much elongated apical cell in which (and never in its segments) oblique septa are formed which are regularly inclined (spirally) .in three or more directions, just in the same manner as the principal walls* of the segments of the trilateral apical cell of the Moss-stem. These walls do not, however, intersect, as in the stem, since the segments (cells of the filament) are so
. Essentials of botany. Botany; Botany. 274 ESSENTIALS OF BOTANY 353. The Protonema. — Look in the neighborhood of patches of moss for a felt-like network of green threads covering the ground. It is most readily found on the earth of flower-pots in greenhouses. Mount some filaments in water and examine with m.p. Compare with Fig. 199. Invert a patch of moss in a plate with water, cover. prim Fig. 199. Protonema of a Moss. prim, primary shoot; h, a young root-hair; pi, young moss-plant; br, branches of primary shoot. with a bell-glass in a sunny place, and note any changes that may after some w Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/essentials-of-botany-botany-botany-274-essentials-of-botany-353-the-protonema-look-in-the-neighborhood-of-patches-of-moss-for-a-felt-like-network-of-green-threads-covering-the-ground-it-is-most-readily-found-on-the-earth-of-flower-pots-in-greenhouses-mount-some-filaments-in-water-and-examine-with-mp-compare-with-fig-199-invert-a-patch-of-moss-in-a-plate-with-water-cover-prim-fig-199-protonema-of-a-moss-prim-primary-shoot-h-a-young-root-hair-pi-young-moss-plant-br-branches-of-primary-shoot-with-a-bell-glass-in-a-sunny-place-and-note-any-changes-that-may-after-some-w-image216447837.html
RMPG41BW–. Essentials of botany. Botany; Botany. 274 ESSENTIALS OF BOTANY 353. The Protonema. — Look in the neighborhood of patches of moss for a felt-like network of green threads covering the ground. It is most readily found on the earth of flower-pots in greenhouses. Mount some filaments in water and examine with m.p. Compare with Fig. 199. Invert a patch of moss in a plate with water, cover. prim Fig. 199. Protonema of a Moss. prim, primary shoot; h, a young root-hair; pi, young moss-plant; br, branches of primary shoot. with a bell-glass in a sunny place, and note any changes that may after some w
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. Botany for agricultural students. Plants. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Hke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diffe Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-for-agricultural-students-plants-true-mosses-bryales-421-cycle-as-shown-in-figure-376-the-alga-hke-filament-called-protonema-is-comparable-to-the-thallus-of-the-marchantias-and-the-leafy-plants-to-the-gametophores-although-the-leafy-plants-or-gametophores-of-moss-are-not-all-of-the-gametophyte-they-are-the-conspicuous-part-of-it-the-protonemas-being-microscopic-in-size-one-protonema-may-produce-many-buds-and-therefore-many-gametophores-in-moss-the-two-generations-are-more-noticeable-than-in-the-liverworts-the-gametophytes-with-their-leafy-gametophores-present-more-diffe-image234291464.html
RMRH4W48–. Botany for agricultural students. Plants. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Hke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diffe
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. Botany, with agricultural applications. Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-with-agricultural-applications-botany-true-mosses-bryales-421-cycle-as-shown-in-figure-376-the-alga-uke-filament-called-protonema-is-comparable-to-the-thallus-of-the-marchantias-and-the-leafy-plants-to-the-gametophores-although-the-leafy-plants-or-gametophores-of-moss-are-not-all-of-the-gametophyte-they-are-the-conspicuous-part-of-it-the-protonemas-being-microscopic-in-size-one-protonema-may-produce-many-buds-and-therefore-many-gametophores-in-moss-the-two-generations-are-more-noticeable-than-in-the-liverworts-the-gametophytes-with-their-leafy-gametophores-present-more-image232284159.html
RMRDWCPR–. Botany, with agricultural applications. Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more
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. Text-book of botany, morphological and physiological. Botany. 1J2, MORPHOLOGY OF MEMBERS. transformed into the sporogonium, a structure without leaves, roots, or branches, the sole function of which is the production of spores. A new Moss-plant is, on the contrary, constituted by the production of a leaf-bearing shoot from a branch of the alga-like Protonema, which branches, strikes root (by root- hairs), and is independently nourished. The shoot first produced, from which are developed the rest, is termed the Primary Shoot; it is often more strongly developed than its lateral shoots, as in Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-botany-morphological-and-physiological-botany-1j2-morphology-of-members-transformed-into-the-sporogonium-a-structure-without-leaves-roots-or-branches-the-sole-function-of-which-is-the-production-of-spores-a-new-moss-plant-is-on-the-contrary-constituted-by-the-production-of-a-leaf-bearing-shoot-from-a-branch-of-the-alga-like-protonema-which-branches-strikes-root-by-root-hairs-and-is-independently-nourished-the-shoot-first-produced-from-which-are-developed-the-rest-is-termed-the-primary-shoot-it-is-often-more-strongly-developed-than-its-lateral-shoots-as-in-image237846222.html
RMRPXR7X–. Text-book of botany, morphological and physiological. Botany. 1J2, MORPHOLOGY OF MEMBERS. transformed into the sporogonium, a structure without leaves, roots, or branches, the sole function of which is the production of spores. A new Moss-plant is, on the contrary, constituted by the production of a leaf-bearing shoot from a branch of the alga-like Protonema, which branches, strikes root (by root- hairs), and is independently nourished. The shoot first produced, from which are developed the rest, is termed the Primary Shoot; it is often more strongly developed than its lateral shoots, as in
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RMMWK54C–Blue sky landscape with moss hanging from tree along the half collared kingfisher trail in the wilderness nature reserve, south africa
. Introduction to botany. Botany. 296 Introduction to Botany. constitution of the nu. Fig. 158. Diagrams of the sporophyte and gametophyte of a moss. The spore n produced asexu- ally in the capsule m (which with its stallc / is the sporo- phyte) is the beginning of the gametophyte. All of the gametophyte produced by the germination of the spore is shaded; all of the sporo- phyte is left unshaded, p in ^, the protonema from which springs the moss plant g (gametophyte together with p), bearing an archegonium {s) with its egg, and an an- theridium(?')with its sperms. B, a later stage, the capsule Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/introduction-to-botany-botany-296-introduction-to-botany-constitution-of-the-nu-fig-158-diagrams-of-the-sporophyte-and-gametophyte-of-a-moss-the-spore-n-produced-asexu-ally-in-the-capsule-m-which-with-its-stallc-is-the-sporo-phyte-is-the-beginning-of-the-gametophyte-all-of-the-gametophyte-produced-by-the-germination-of-the-spore-is-shaded-all-of-the-sporo-phyte-is-left-unshaded-p-in-the-protonema-from-which-springs-the-moss-plant-g-gametophyte-together-with-p-bearing-an-archegonium-s-with-its-egg-and-an-an-theridiumwith-its-sperms-b-a-later-stage-the-capsule-image232281349.html
RMRDW96D–. Introduction to botany. Botany. 296 Introduction to Botany. constitution of the nu. Fig. 158. Diagrams of the sporophyte and gametophyte of a moss. The spore n produced asexu- ally in the capsule m (which with its stallc / is the sporo- phyte) is the beginning of the gametophyte. All of the gametophyte produced by the germination of the spore is shaded; all of the sporo- phyte is left unshaded, p in ^, the protonema from which springs the moss plant g (gametophyte together with p), bearing an archegonium {s) with its egg, and an an- theridium(?')with its sperms. B, a later stage, the capsule
Goblin gold luminous moss glowing in a natural cave in Finland Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/goblin-gold-luminous-moss-glowing-in-a-natural-cave-in-finland-image404804760.html
RF2EEGCGT–Goblin gold luminous moss glowing in a natural cave in Finland
Blue sky landscape with moss hanging from tree along the half collared kingfisher trail in the wilderness nature reserve, south africa Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/blue-sky-landscape-with-moss-hanging-from-tree-along-the-half-collared-kingfisher-trail-in-the-wilderness-nature-reserve-south-africa-image187865633.html
RMMWJ0EW–Blue sky landscape with moss hanging from tree along the half collared kingfisher trail in the wilderness nature reserve, south africa
. Botany for agricultural students . Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diff Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-for-agricultural-students-botany-true-mosses-bryales-421-cycle-as-shown-in-figure-376-the-alga-uke-filament-called-protonema-is-comparable-to-the-thallus-of-the-marchantias-and-the-leafy-plants-to-the-gametophores-although-the-leafy-plants-or-gametophores-of-moss-are-not-all-of-the-gametophyte-they-are-the-conspicuous-part-of-it-the-protonemas-being-microscopic-in-size-one-protonema-may-produce-many-buds-and-therefore-many-gametophores-in-moss-the-two-generations-are-more-noticeable-than-in-the-liverworts-the-gametophytes-with-their-leafy-gametophores-present-more-diff-image231989518.html
RMRDC0YX–. Botany for agricultural students . Botany. TRUE MOSSES (BRYALES) 421 cycle as shown in Figure 376. The Alga-Uke filament called protonema is comparable to the thallus of the Marchantias, and the leafy plants to the gametophores. Although the leafy plants or gametophores of Moss are not all of the gametophyte, they are the conspicuous part of it, the protonemas being microscopic in size. One protonema may produce many buds, and, therefore, many gametophores. In Moss the two generations are more noticeable than in the Liverworts. The gametophytes with their leafy gametophores present more diff
Panoramic nature close-up of moss on tree stump, Surrey, England, United Kingdom, Europe Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/panoramic-nature-close-up-of-moss-on-tree-stump-surrey-england-united-kingdom-europe-image333158524.html
RM2AA0K2M–Panoramic nature close-up of moss on tree stump, Surrey, England, United Kingdom, Europe
Falling twig on moss with moss covering on the Goesa trail in the Tsitsikamma National Park, garden route, south africa Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/falling-twig-on-moss-with-moss-covering-on-the-goesa-trail-in-the-tsitsikamma-national-park-garden-route-south-africa-image188146868.html
RMMX2R70–Falling twig on moss with moss covering on the Goesa trail in the Tsitsikamma National Park, garden route, south africa
Goblin gold luminous moss glowing in a natural cave in Finland Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/goblin-gold-luminous-moss-glowing-in-a-natural-cave-in-finland-image404802793.html
RF2EEGA2H–Goblin gold luminous moss glowing in a natural cave in Finland
. Elements of botany. Botany; Botany. 240 ELEMENTS OP BOTANY. produces the urn or spore-capsule, and this is really a new plant. It remains attached to the parent plant and is nour- ished by it, does not grow to any considerable size, but develops a great number of spores in its interior. These spores when fully formed are set free, germinate, and produce a thread- like protonema, which at length grows into the fully developed moss plant. The two generations, then, are the moss, with its rather complicated reproductive apparatus, and the urn.. Fig 206. By protonema of Funaria hygrometrica, a m Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-botany-botany-botany-240-elements-op-botany-produces-the-urn-or-spore-capsule-and-this-is-really-a-new-plant-it-remains-attached-to-the-parent-plant-and-is-nour-ished-by-it-does-not-grow-to-any-considerable-size-but-develops-a-great-number-of-spores-in-its-interior-these-spores-when-fully-formed-are-set-free-germinate-and-produce-a-thread-like-protonema-which-at-length-grows-into-the-fully-developed-moss-plant-the-two-generations-then-are-the-moss-with-its-rather-complicated-reproductive-apparatus-and-the-urn-fig-206-by-protonema-of-funaria-hygrometrica-a-m-image232291804.html
RMRDWPFT–. Elements of botany. Botany; Botany. 240 ELEMENTS OP BOTANY. produces the urn or spore-capsule, and this is really a new plant. It remains attached to the parent plant and is nour- ished by it, does not grow to any considerable size, but develops a great number of spores in its interior. These spores when fully formed are set free, germinate, and produce a thread- like protonema, which at length grows into the fully developed moss plant. The two generations, then, are the moss, with its rather complicated reproductive apparatus, and the urn.. Fig 206. By protonema of Funaria hygrometrica, a m
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