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Splachnum mosses Stock Photos and Images

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Splachnum mosses Stock Photos and Images

Schirmmoos, Schirm-Moos, Splachnum luteum, Umbrella Moss Stock Photo
RMHM9E3B–Schirmmoos, Schirm-Moos, Splachnum luteum, Umbrella Moss
Elk-dung moss, Splachnum luteum, with fruiting bodies; in arctic bog, growing on submerged dung. Sweden. Stock Photo
RM2AJA81B–Elk-dung moss, Splachnum luteum, with fruiting bodies; in arctic bog, growing on submerged dung. Sweden.
Bryophyta mosses: Thamnobryum alopecurum 1, Eurhynchium pumilum 2, Polytrichum commune 3, Sphagnum palustre 4, Splachnum luteum 5, Hypnum ligulatum 6, Rhodobryum roseum 7, Physcomitrium eurystomum 8, Physcomitrium ericetorum 9, Physcomitrium sphaericum 10, Sphagnum magellanicum 11, Andreaea obovata 12, . Hypnum crista-castrensis 13, Tetraplodon urceolatus 14, Tayloria hornschuchii 15, and Tayloria froelichiana 16. Chromolithograph by Adolf Glitsch from an illustration by Ernst Haeckel from Art Forms in Nature, Kunstformen der Natur, Liepzig, Germany, 1904. Stock Photo
RMP7EX2H–Bryophyta mosses: Thamnobryum alopecurum 1, Eurhynchium pumilum 2, Polytrichum commune 3, Sphagnum palustre 4, Splachnum luteum 5, Hypnum ligulatum 6, Rhodobryum roseum 7, Physcomitrium eurystomum 8, Physcomitrium ericetorum 9, Physcomitrium sphaericum 10, Sphagnum magellanicum 11, Andreaea obovata 12, . Hypnum crista-castrensis 13, Tetraplodon urceolatus 14, Tayloria hornschuchii 15, and Tayloria froelichiana 16. Chromolithograph by Adolf Glitsch from an illustration by Ernst Haeckel from Art Forms in Nature, Kunstformen der Natur, Liepzig, Germany, 1904.
Bryophyta mosses: Thamnobryum alopecurum 1, Eurhynchium pumilum 2, Polytrichum commune 3, Sphagnum palustre 4, Splachnum luteum 5, Hypnum ligulatum 6, Rhodobryum roseum 7, Physcomitrium eurystomum 8, Physcomitrium ericetorum 9, Physcomitrium sphaericum 10, Sphagnum magellanicum 11, Andreaea obovata 12, Hypnum crista-castrensis 13, Tetraplodon urceolatus 14, Tayloria hornschuchii 15, and Tayloria froelichiana 16. Chromolithograph by Adolf Glitsch from an illustration by Ernst Haeckel from Art Forms in Nature, Kunstformen der Natur, Liepzig, Germany, 1904. Stock Photo
RMF87FAE–Bryophyta mosses: Thamnobryum alopecurum 1, Eurhynchium pumilum 2, Polytrichum commune 3, Sphagnum palustre 4, Splachnum luteum 5, Hypnum ligulatum 6, Rhodobryum roseum 7, Physcomitrium eurystomum 8, Physcomitrium ericetorum 9, Physcomitrium sphaericum 10, Sphagnum magellanicum 11, Andreaea obovata 12, Hypnum crista-castrensis 13, Tetraplodon urceolatus 14, Tayloria hornschuchii 15, and Tayloria froelichiana 16. Chromolithograph by Adolf Glitsch from an illustration by Ernst Haeckel from Art Forms in Nature, Kunstformen der Natur, Liepzig, Germany, 1904.
. The structure and development of mosses and ferns (Archegoniatae). uxhaumia, or a perforated membrane, as in Fon-tinalis (Fig. 119, B). The base of the capsule, or apophysis, which Haberlandt(4) has shown to be the principal assimilative part of the sporo^:gonium, and which alone is provided with stomata, sometimesbecomes very large, and in the genus Splachnum (Vaizy (i))especially forms a largely-developed expanded body, which,must be looked upon as a specially-developed assimilating ap-:paratus. - ;orL VI. THE BRYALES 221 Undoubtedly the Polytrichacese represent the highest stageof develop Stock Photo
RM2AFK1EP–. The structure and development of mosses and ferns (Archegoniatae). uxhaumia, or a perforated membrane, as in Fon-tinalis (Fig. 119, B). The base of the capsule, or apophysis, which Haberlandt(4) has shown to be the principal assimilative part of the sporo^:gonium, and which alone is provided with stomata, sometimesbecomes very large, and in the genus Splachnum (Vaizy (i))especially forms a largely-developed expanded body, which,must be looked upon as a specially-developed assimilating ap-:paratus. - ;orL VI. THE BRYALES 221 Undoubtedly the Polytrichacese represent the highest stageof develop
Handbook of British mosses : comprising all that are known to be natives of the British Isles . agnified. e. sporangium without lid, magnified. 2. T. mnioides. a. plant, nat. size. c. sporangium with lid, magnified. h, leaf, magnified. d. sporangium without lid. e. portion of peristome, magnified. 3. Splachnum sphsericum. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. 4. S. ampullaceum. a. plant, male and female, nat. size. b. leaf, magnifip^. c. sporangium, magnified. 5. S. vasculosum. a. plant, m.ale and female, nat. size, c, sporangium Stock Photo
RM2AWFNB5–Handbook of British mosses : comprising all that are known to be natives of the British Isles . agnified. e. sporangium without lid, magnified. 2. T. mnioides. a. plant, nat. size. c. sporangium with lid, magnified. h, leaf, magnified. d. sporangium without lid. e. portion of peristome, magnified. 3. Splachnum sphsericum. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. 4. S. ampullaceum. a. plant, male and female, nat. size. b. leaf, magnifip^. c. sporangium, magnified. 5. S. vasculosum. a. plant, m.ale and female, nat. size, c, sporangium
Handbook of British mosses; comprising all that are known to be natives of the British Isles . d, magnified. e. sporangium without lid, magnified. 2. T. mnioides. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. e. portion of peristome, magnified. 3. Splachnum sphaericum. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. 4. S. ampuUaceum. a. plant, male and female, nat. size. b. leaf, magnified, c. sporangium, magnified. 5. S. vasculosum. a. plant, male and female, nat. size. c. sporangiu Stock Photo
RM2ANF81Y–Handbook of British mosses; comprising all that are known to be natives of the British Isles . d, magnified. e. sporangium without lid, magnified. 2. T. mnioides. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. e. portion of peristome, magnified. 3. Splachnum sphaericum. a. plant, nat. size. c. sporangium with lid, magnified. b. leaf, magnified. d. sporangium without lid. 4. S. ampuUaceum. a. plant, male and female, nat. size. b. leaf, magnified, c. sporangium, magnified. 5. S. vasculosum. a. plant, male and female, nat. size. c. sporangiu
. Mosses with hand-lens and microscope : a non-technical hand-book of the more common mosses of the northeastern United States. iniiioNif, PLATE XL. TitrapUnlon bryonies (From Brv. Eiir Splachnum miiioiJes.)22. Stomata troiii capsule wall. I90 MOSSES WITH HAND-LENS AND MICROSCOPE This species is widely distributed in swamps throughout our region, but israther rare. When found, it is often growing on cow dung. S. luteum Mont, is a very rare species with an enormous yelUiw umbrella-shaped hypophysis. S. rubrum Mont, is another very rare species with a similar purple hypophysis. TETRAPLODON B. & Stock Photo
RM2CEH9RN–. Mosses with hand-lens and microscope : a non-technical hand-book of the more common mosses of the northeastern United States. iniiioNif, PLATE XL. TitrapUnlon bryonies (From Brv. Eiir Splachnum miiioiJes.)22. Stomata troiii capsule wall. I90 MOSSES WITH HAND-LENS AND MICROSCOPE This species is widely distributed in swamps throughout our region, but israther rare. When found, it is often growing on cow dung. S. luteum Mont, is a very rare species with an enormous yelUiw umbrella-shaped hypophysis. S. rubrum Mont, is another very rare species with a similar purple hypophysis. TETRAPLODON B. &
. The student's handbook of British mosses. Mosses. ORTHOTRICHUM, SCHISTOSTEGA, ffiDIPODIUM, SPLACHNUM. XTCVI.. JT.fr. J. del ad. nat^ SUMFIELD, LITHO. EASTBOURNE.. 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.. Dixon, H. N. (Hugh Neville), 1861-1944; Jameson, H. G. Eastbourne, [Eng. ] V. T. Sumfield Stock Photo
RMRDTW2W–. The student's handbook of British mosses. Mosses. ORTHOTRICHUM, SCHISTOSTEGA, ffiDIPODIUM, SPLACHNUM. XTCVI.. JT.fr. J. del ad. nat^ SUMFIELD, LITHO. EASTBOURNE.. 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.. Dixon, H. N. (Hugh Neville), 1861-1944; Jameson, H. G. Eastbourne, [Eng. ] V. T. Sumfield
. Botany of the living plant. Botany. 356 BOTANY OF THE LIVING PLANT commonly makes its appearance there, though none of the species may be seen in the near neighbourhood. But occasionally the method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung-infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at the Stock Photo
RMRH8TCW–. Botany of the living plant. Botany. 356 BOTANY OF THE LIVING PLANT commonly makes its appearance there, though none of the species may be seen in the near neighbourhood. But occasionally the method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung-infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at the
. The Bryologist. Mosses; Liverworts; Lichens; Botany; Bryology. Plate XI. Splachnum luteiim.. 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.. Grout, A. J. (Abel Joel), b. 1867; Smith, Annie Morrill; Jennings, Otto Emery, 1877-; American Bryological and Lichenological Society; American Bryological Society. St. Louis, Mo. [etc. ] American Bryological and Lichenological Society Stock Photo
RMRH27K7–. The Bryologist. Mosses; Liverworts; Lichens; Botany; Bryology. Plate XI. Splachnum luteiim.. 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.. Grout, A. J. (Abel Joel), b. 1867; Smith, Annie Morrill; Jennings, Otto Emery, 1877-; American Bryological and Lichenological Society; American Bryological Society. St. Louis, Mo. [etc. ] American Bryological and Lichenological Society
. Botany of the living plant. Botany. 356 BOTANY OF THE LIVING PLyVNT commonly makes its appearance there, though none of the species may be seen in the near neighbourhood. But occasionally the method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung-infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at th Stock Photo
RMRDY6Y6–. Botany of the living plant. Botany. 356 BOTANY OF THE LIVING PLyVNT commonly makes its appearance there, though none of the species may be seen in the near neighbourhood. But occasionally the method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung-infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at th
. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. 238 AMPLIFICATION AND REDUCTION Among the Mosses the small Cleistocarpic forms are virtually dependent for all their nutritive supply upon the Moss-Plant. In larger forms, such as Mnium, Splachnum, and Buxbaumia, there is a well-developed assimilatory system with functional stomata, and there is no doubt that it con- tributes materially to the nutrition of the sporophyte. But in some cases, such as Sphagnum, Ephemerum, and Nanomitrium, stomata, though present, are non-functional, a fact which indicate Stock Photo
RMRDXMTT–. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. 238 AMPLIFICATION AND REDUCTION Among the Mosses the small Cleistocarpic forms are virtually dependent for all their nutritive supply upon the Moss-Plant. In larger forms, such as Mnium, Splachnum, and Buxbaumia, there is a well-developed assimilatory system with functional stomata, and there is no doubt that it con- tributes materially to the nutrition of the sporophyte. But in some cases, such as Sphagnum, Ephemerum, and Nanomitrium, stomata, though present, are non-functional, a fact which indicate
. Botany of the living plant. Botany; Plants. MUSCI AND HEPATICAE 463 species may be seen in the near neighbourhood. But occasionally tlic method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung- infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at the surface of the soil, and develop chlorophyll. Others Stock Photo
RMRH802H–. Botany of the living plant. Botany; Plants. MUSCI AND HEPATICAE 463 species may be seen in the near neighbourhood. But occasionally tlic method of spread is more precise. Thus the spores of some Mosses are sticky, and readily carried by insects. This is so with the dung- infecting Splachnum, the agent of its spread being the dung-fly. Scattered in one way or another, the spore germinates in presence of moisture, giving rise to filaments, which as they grow are partitioned into cells, and soon branch. Some of the branches are exposed at the surface of the soil, and develop chlorophyll. Others
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