Quick filters:
Page 1 of 2
Funaria hygrometrica Stock Photos and Images
RFT5R67W–A picture of Funaria hygrometrica showing the median longitudinal section of a capsule, with the seta gradually widening into the apophysis at its bas
RME6RN59–Moss 2013-04-09-143744 ZS PMax 8640848805 o Funaria hygrometrica, identified by Charlie Davis, found in crack in stone deck of laboratory building; Beltsville, Maryland Moss 2013-04-09-14.37.44 ZS PMax
RM2A77ADE–Peristome of water moss, Funaria hygrometrica, magnified x25. Chromolithograph after an illustration by E.T.D., lithographed by Vincent Brooks, from 'Graphic Microscopy' plates to illustrate 'Hardwicke's Science Gossip,' London, 1865-1885.
RFW1KN6X–Spore capsules of Funaria hygrometrica, known as the bonfire moss or common cord-moss, a pioneer specie of burned ground or forest fire areas
RFT5YX2W–A picture of Funaria hygrometrica showing the Leafy plant with an almost mature sporogonium, vintage line drawing or engraving illustration.
RM2AFK71F–. The structure and development of mosses and ferns (Archegoniatae). Fig. 113.—Funaria hygrometrica. A, Young; B, older stoma, from the base of the capsule; C, vertical section, X360. grows larger, however, the median wall does not grow as fastas the lateral walls, and a space is left between its extremities, B, A..
RMP6FA4Y–Peristome of water moss, Funaria hygrometrica, magnified x25. Chromolithograph after an illustration by E.T.D., lithographed by Vincent Brooks, from 'Graphic Microscopy' plates to illustrate 'Hardwicke's Science Gossip,' London, 1865-1885.
RMMYEPRX–. Protonema of Funaria hygrometrica . 1900. E. Strasburger 200 Funaria hygrometrica Protonema Strasburger1900
RFTW1NKJ–Pholiota highlandensis, known as the bonfire scalycap, and Funaria hygrometrica, known as the bonfire moss, pioneer species of burned ground and fore
RFT600CH–A picture of Funaria hygrometrica showing the leafy trunk with a young esporogonio enclosed in the chalice, vintage line drawing or engraving illustra
RM2AFK981–. The structure and development of mosses and ferns (Archegoniatae). Fig. 109.—Funaria hygrometrica. A, Longitudinal section of a sporogonium showingthe first differentiation of its parts, X about 96; B, the upper part of the same,X600; r marks the limits of the theca and operculum; C, basal part of the cap-sule of the same, X600. The intercellular spaces are beginning to form; ar,archesporium; col, columella. VI. THE BRYALES 200 similar section is made through an older capsule (Fig. no),it is evident at once that the enlargement takes place mainlybelow the junction of the operculum, and there
RMMX9NBF–. Protonema of Funaria hygrometrica . 1900. E. Strasburger 232 Funaria hygrometrica Protonema Strasburger1900
RFW45J43–Pholiota highlandensis, the bonfire scalycap, and Funaria hygrometrica, the bonfire moss, pioneer species of burned ground and forest fire areas.
RMPG05HC–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 10 MOSSES AND FERNS CIIAP, Whether the first antheridium, as in Andrecea and Foniinalis, arises from the apical cell is doubtful, and it is impossible to trace any regularity in the order of formation of the very numerous antheridia. Except in old plants, all stages of de- velopment are found together, and the history of the anther- idium may be easily followed. A superficial cell projects above its neighbours, and this papilla is cut off by a transverse wall.. Fig. 102.—Funaria hygrometrica.
RFT5XYJ7–This is an image of Longitudinal section of the very young sporogonium enclosed in the archegonial wall of Funaria hygrometrica which grows on moist s
RM2HYMMXY–bonfire moss, common cord-moss (Funaria hygrometrica), amidst other moss, Germany, Bavaria
RM2ANF8EW–Organography of plants, especially of the archegoniatae and spermaphyta . Fig. 3. Opening cap of the antheridium in Musci. i, Funaria hygrometrica. Antheridium in profile; theopening cap consists of one cell. 2, Polytrichum. Emptied antheridium ; the opening is in section. 3, Catharineaundulata. Apex of an antheridium in longitudinal section ; the cells of the opening cap are marked b)- thedeposition of mucilage in their walls. may also take place gradually, and drops containing spermatozoids arethen found at the mouth of the pits, whence they can be either washedaway or removed by small anima
RMW06DNR–Archive image from page 416 of Die fossile Flora der Permischen. Die fossile Flora der Permischen Formation diefossileflorad00gppe Year: 1864 Palaeootogr Bd- XII Taf. XXXVI Stigmaria ficoides Brongn - 5-6. Funaria hygrometrica.
RMMWC925–. Protonema of Funaria hygrometrica . 1900. E. Strasburger 231 Funaria hygrometrica Protonema Strasburger1900
RFW45J46–Pholiota highlandensis, the bonfire scalycap, and Funaria hygrometrica, the bonfire moss, pioneer species of burned ground and forest fire areas.
RMPG05GH–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 109.—Funaria hygrometrica. A, Longitudinal section of a sporogonium showing the first differentiation of its parts, X about 96; B, the upper part of the same, X6oo; r marks the limits of the theca and operculum; C, basal part of the cap- sule of the same, X600. The intercellular spaces are beginning to form; ar, archesporium; col, columella.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearan
RFT5YPRA–This is an image of stages of the development of the sporogonium enclosed in the calyptra of Funaria hygrometrica which grows on moist shady, damp soi
RM2HYMM61–bonfire moss, common cord-moss (Funaria hygrometrica), amidst other moss, Germany, Bavaria
RM2AFK6M9–. The structure and development of mosses and ferns (Archegoniatae). Fig. 114.—Funaria hygrometrica. A, Part of the peristome; o, an outer tooth; t, oneof the inner teeth, X85; B, section of the seta, X260; C, cross-section of upper•part of calyptra, X525, SO that the two guard cells have their cavities thrown intocommunication, and the division wall forms a cellulose plate vr. THE BRYALES 213 extending from the lower to the upper surface of the stoma,but with its ends quite free. The formation of the pore bythe sphtting of the middle lamella of the division wall takesplace in the ordinary way
RMW1596F–Archive image from page 127 of Die Lehre von der Pflanzenzelle. Die Lehre von der Pflanzenzelle . dielehrevonderpf00hofm Year: 1867 eschichteten Bau deutlich erkennen. Die einzelnen Lamellen verlaufen den allgemeinen Re- eln der Schichtenordnung in pflanzlichen Membranen gemäss'). — Die Ausbildung der ringlei- stenförmigen Anlage der Scheidewand zum ge- schlossenen Diaphragma geschieht noch lang- samer in den unterirdisch wachsenden dicken Protonemafäden, den dickeren Haarwurzeln (»Strebewurzeln« Gümbels) von Laubmoosen, beispielsweise derer von Funaria hygrometrica, Phascum cuspidatum, Fissi
RMMEFEH1–. Die fossile Flora der Permischen Formation . Stigmaria ficoides Brongn - 5-6. Funaria hygrometrica.
RFTW1NKR–Pholiota highlandensis, known as the bonfire scalycap, and Funaria hygrometrica, known as the bonfire moss, pioneer species of burned ground and fore
RMPG05G2–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. MOSSES AND FERNS CHAP. as is the case in stomata of the ordinary form. As the stoma. Fig. 113.—Funaria hygrometrica. A, Young; B, older stoma, from the base of the capsule; C, vertical section, X360. grows larger, however, the median wall does not grow as fast as the lateral walls, and a space is left between its extremities, B. A.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these ill
RFT5X60N–Funaria hygrometrica grows on moist shady, damp soil and also occur on moist wall, vintage line drawing or engraving illustration.
RM2AWXBP1–The structure & development of the mosses and ferns (Archegoniatae) . Fig. 100.—Longitudinal section of a fully-developed sporogonium oi Funaria hygrometrica, x about40; s, seta; a, apophysis ; sp, spores ; col, columella ; r, annulus; o, operculum. thick-walled brown cells (Leptome of Haberlandt), and therest of the seta is made up of nearly similar thick-walled cellswhich grow smaller towards the periphery. At maturity, as the supply of water is cut off from below,the capsule dries up, and all the delicate parenchyma com-posing the columella and inner part of the operculum, as wellas that be
RMW1C0P2–Archive image from page 49 of De voeding der planten (1886). De voeding der planten . devoedingderplan00vrie Year: 1886. 42 DE BOUW EN DE VERRICHIINGEN DER BLADEN. Fig. i; A. Cellen uit het blad eeuer mosplant (Funaria hygrometrica) De groote donkere kogels zijn de bladgroenkorrels; men ziet hierin het zetmeel als kleine witte lichaam- pjes. B. Afzonderlijke bladgroenkorrels, (7 en d met weinig zetmeel c d e met zoo- veel zetmeel dat de groene stof bijna ge- heel verdrongen is, ƒ in water opgezwollen bladgroenkorrel, g dezelfde nadat alles behalve de zetmeelkon-eltjes door het water was
RMMAB492–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Kapsellängsschnitt von Funaria hygrometrica; nach Schimper. Vererr. -3—Q-.
RFTRYKXG–Pholiota highlandensis, known as the bonfire scalycap, and Funaria hygrometrica, known as the bonfire moss, pioneer species of burned ground and fore
RMPG14TM–. Fossil plants : for students of botany and geology . Paleobotany. xxvj STAUROPTERIS 467 Scott^ and figured by Bertrand^, doubtless represents the much reduced lamina of the highly compound leaves; it may be compared with the green outer cortex of Psilotum shoots and with the lacunar tissue in the capsule of the common moss, Funaria hygrometrica. The rachis reproduced in fig. 321 is surrounded by an enormous number of sections, some transverse, others more or less vertical, of branchlets of various sizes. Fig. 310, B, shows the three-rayed vascular axis of a branch of a lower order than a-. F
RFT600XT–This is an image of Longitudinal section through the summit of a male branch of Funaria hygrometrica which grows on moist shady, damp soil and also oc
RM2AFKCNF–. The structure and development of mosses and ferns (Archegoniatae). li Fig. 103.—Funaria hygrometrica. A, Antheridium that has just discharged the massof sperm cells (B), X300; C, spermatozoids, X1300; D, paraphysis, X300; E,male flower of Atrichum undulatum, X6. ments of the apical cell help to form the upper part of thestalk, and sometimes the two lowest seem to take no part in theformation of the sperm cells. There is no absolute uniformityin the cell divisions of the stalk, which varies in the arrange-;; VI. THE BRYALES igg ment of the cells in different individuals in the same inflor-esc
RMMAB3TH–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Funaria hygrometrica (L.). a Habitusbild und Haube 1, b Zellen des Exotheciums mit Spaltöffnungen l^o^ c Peristom O. gut entwickelt, Grundgewebe nach der Peripherie dickwandig, mit deutlicher Aussenrinde. Untere Blätter kleiner und entfernt, obere in eine eiförmige Knospe zusammenschliessend, ver-
RFTRYKX5–Pholiota highlandensis, known as the bonfire scalycap, and Funaria hygrometrica, known as the bonfire moss, pioneer species of burned ground and fore
RMPG05FY–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 113.—Funaria hygrometrica. A, Young; B, older stoma, from the base of the capsule; C, vertical section, X360. grows larger, however, the median wall does not grow as fast as the lateral walls, and a space is left between its extremities, B. A.. 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.. Campbell, Douglas Houghton,
RM2AFKDWC–. The structure and development of mosses and ferns (Archegoniatae). Fig. 102.—Funaria hygrometrica. Development of the antheridium. A-D, Longitudinalsections of young stages, X600; D is cut in a plane at right angles to C; E, opticalsection of an older stage, X300; G, F, cross-sections of young antheridia, X600;H, diagram showing the first divisions in the antheridium; I, young spermatozoids,X1200. The outer cell either becomes at once the mother cell of theantheridium, or other transverse walls may occur, so that ashort pedicel is first formed (Fig. 102, A). Finally in theterminal cell, as i
RMME8120–. Die Lehre von der Pflanzenzelle . eschichteten Bau deutlich erkennen. Die einzelnen Lamellen verlaufen den allgemeinen Re- eln der Schichtenordnung in pflanzlichen Membranen gemäss'). — Die Ausbildung der ringlei- stenförmigen Anlage der Scheidewand zum ge- schlossenen Diaphragma geschieht noch lang- samer in den unterirdisch wachsenden dicken Protonemafäden, den dickeren Haarwurzeln (»Strebewurzeln« Gümbels) von Laubmoosen, beispielsweise derer von Funaria hygrometrica, Phascum cuspidatum, Fissidensbryoides. Diese Haarv»'urzeln vermehren die Zahl ihrei- zu einer Längsreihe geordneten langcy
RFW1KNBE–Pholiota highlandensis, known as the bonfire scalycap, and Funaria hygrometrica, known as the bonfire moss, pioneer species of burned ground and fore
RMPG05FR–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 114.—Funaria hygrometrica. A, Part of the peristome; 0, an outer tooth; it one of the inner teeth, X85; B, section of the seta, X260; C, cross-section of upper part of calyptra, X52S. SO that the two guard cells have their cavities thrown into communication, and the division wall forms a cellulose plate'. 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 perf
RF2HB7N6T–Pholiota highlandensis, known as the bonfire scalycap, pioneer specie of burned ground and forest fire areas, wild mushroom from Finland
RM2AWXNRP–The structure & development of the mosses and ferns (Archegoniatae) . Fig. go.—Funaria hygrometrica (Sibth.). Development of the antheridium. A-D, Longitudinalsections of young stages, X 600; D is cut in a plane at right angles to C ; E, optical section ofan older stage, X300; G, F, cross-sections of young antheridia, x6oo; H, diagram showing thefirst divisions in the antheridium ; I, young spermatozoids, X 1200. wall. The outer cell either becomes at once the mother cell ofthe antheridium, or other transverse walls may occur, so that ashort pedicel is first formed (Fig. 90, A). Finally in the
RMMA76TH–. Elementary biology; an introduction to the science of life . M^^'^:^-'*^--^ .^â '^^c^'' * â â â ;;?â â ' ^ â â â â : '^ Fig. 126. Spore capsule of moss a, spore case with stalk, on top of leafy plant; b, enlarged view of spore case, with cap removed ; c^ closed surface of capsule tip after removal of cap; d, capsule bursting open and discharging spores; e, spores, greatly magni- fied ; f, spore beginning to germinate by sending out a fine thread of protoplasm, a, Thiddhon virgviiaiiiim; b, c, Fitnaria americana; d, Orthotrichum schiniperi; e, BuTtramia pomifomiis; /, Funaria hygrometrica The
![. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 198 MOSSES AND FERNS the antheridium ripens, these gradually assume a bright orange- red colour. The development of the stalk varies in different cases. Sometimes it consists of a row of several cells, some- times the antheridium is almost sessile. The lowermost seg-. FlG, 103.—Funaria hygrometrica. A, Antheridium that has just discharged the mass of sperm cells (B), X300; C, spermatozoids, X1300; D, paraphysis, X300; E, male "flower" of Atrichum iindulatum, X6. ments of the apical c Stock Photo](https://c8.alamy.com/comp/PG05HA/the-structure-and-development-of-mosses-and-ferns-archegoniatae-plant-morphology-mosses-ferns-198-mosses-and-ferns-the-antheridium-ripens-these-gradually-assume-a-bright-orange-red-colour-the-development-of-the-stalk-varies-in-different-cases-sometimes-it-consists-of-a-row-of-several-cells-some-times-the-antheridium-is-almost-sessile-the-lowermost-seg-flg-103funaria-hygrometrica-a-antheridium-that-has-just-discharged-the-mass-of-sperm-cells-b-x300-c-spermatozoids-x1300-d-paraphysis-x300-e-male-quotflowerquot-of-atrichum-iindulatum-x6-ments-of-the-apical-c-PG05HA.jpg ". The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 198 MOSSES AND FERNS the antheridium ripens, these gradually assume a bright orange- red colour. The development of the stalk varies in different cases. Sometimes it consists of a row of several cells, some- times the antheridium is almost sessile. The lowermost seg-. FlG, 103.—Funaria hygrometrica. A, Antheridium that has just discharged the mass of sperm cells (B), X300; C, spermatozoids, X1300; D, paraphysis, X300; E, male "flower" of Atrichum iindulatum, X6. ments of the apical c Stock Photo")
RMPG05HA–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 198 MOSSES AND FERNS the antheridium ripens, these gradually assume a bright orange- red colour. The development of the stalk varies in different cases. Sometimes it consists of a row of several cells, some- times the antheridium is almost sessile. The lowermost seg-. FlG, 103.—Funaria hygrometrica. A, Antheridium that has just discharged the mass of sperm cells (B), X300; C, spermatozoids, X1300; D, paraphysis, X300; E, male "flower" of Atrichum iindulatum, X6. ments of the apical c
RF2HB7N6M–Pholiota highlandensis, known as the bonfire scalycap, pioneer specie of burned ground and forest fire areas, wild mushroom from Finland
RF2E4D45W–Pholiota highlandensis, known as the bonfire scalycap, pioneer specie of burned ground and forest fire areas
RMRDTB2P–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 816.—Funaria hygrometrica.. 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.. Smee, Alfred, 1818-1877. London, Bell and Daldy
RMMCPMGD–. Abb. 69. Stück eines Laubmoosblattes (Funaria hygrometrica). a Aus diffusem Licht; b verdunkelt gewesen; c senkrecht zur Blattfläche besonnt. (Nacli Senn 1908.) In den weit differenzierteren Blättern der höheren Landpflanzen finden wir fast durchweg zwei Arten von grünen Geweben. Die Hauptmasse der Chloroplasten ist in den der Oberseite genäherten und senkrecht zu ihr angeordn(^ten länglichen Palissadenzellen ent- halten, die das eigentliche Assimilationsgewebe darstellen, während das sogen. Schwammparenchym, das mit seinen großen Luftlückc^n dem Gaswechsel dient, weniger Chlorophyll körj^er
RMPFA62W–. De voeding der planten. Plants. 42 DE BOUW EN DE VERRICHIINGEN DER BLADEN. Fig. i;. A. Cellen uit het blad eeuer mosplant (Funaria hygrometrica) De groote donkere kogels zijn de bladgroenkorrels; men ziet hierin het zetmeel als kleine witte lichaam- pjes. B. Afzonderlijke bladgroenkorrels, (7 en d met weinig zetmeel ^ c ^ d^ e met zoo- veel zetmeel dat de groene stof bijna ge- heel verdrongen is, ƒ in water opgezwollen bladgroenkorrel, g dezelfde nadat alles behalve de zetmeelkon-eltjes door het water was opgelost. maken van deze dwarsche doorsneden en overtuigen ons onder het microscoop, da
RMRPXM1Y–. Text-book of botany, morphological and physiological. Botany. FIG. ^-jx.—Funaria hygrometrica; part of a longitudinal section of an unripe theca.. 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.. Sachs, Julius, 1832-1897; Vines, Sydney Howard, 1849-1934. ed. and tr. Oxford, Clarendon press
RMMA7F0Y–. Einführung in die Biologie . Fig. 32. Drehmoos (Funaria hygrometrica), Längsschnitte durch den Gipfel weiblicher Zweige. 20/1. schließlich einen sehr verwickelten inneren Bau erreicht. Wir halten uns an den Zustand kurz vor der Öffnung. Da ist eine derbe, aus mehreren Zellschichten bestehende Wand vorhanden, die eine große Menge grünen Sporenpulvers umschließt. Die Spitze der Kapselwand ist kegelförmig oder sogar geschnäbelt; sie löst sich ringsherum an einer vorgebildeten Stelle wie der Deckel einer Büchse sauber ab (Fig. 29c mit, d ohne Deckel). Nicht zu verwechseln mit dem Deckel ist die
RMPG05HX–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. VI. THE BRYALES 193 to multiply by division after the cells are fully grown. The marginal cells in the leaf of Funaria are much narrower than those between them and the midrib, and their forward ends. Fig. 100.—FuTiarta hygrometrica. A, Transverse section of the apex of a young shoot, X515: B, C, cross-sections of young leaves, X515; D, cross-section of the stem, X257. often project somewhat, giving the margin of the leaf a serrate outline, which is also common in many other Mosses. The Branch
RMRDTB2W–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. 353 My GARDEN. blackbirds have found it out, and scratch up my mosses as badly as; if not worse than, chickens. One great favourite of mine, Mnium undiilatum (fig. 817), which is as beautiful as any filmy fern, I grow under glass. I have figured. Fig. 816.—Funaria hygrometrica.. 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 re
RMMEJY2G–. Die Algen, Moose und Farnpflanzen. . Staf. XXIV. 1. Funaria hygrometrica, feimenbe Spore. 2. 2)e§gl., Sßrotonema. 3. Bryum argenteum, ^Srotonema mit Ärtofpe (k). 4. Diphyscium foliosum, trompetenförmige^ 9ßrotcmema mit ®nofpe. 5. Tetraphis pellucida, gcm^e ^ftcmje mit S3rutBed)er. 6. 2>e5gt., &uerfcr)mtt burd) .ben leiteten, bie 93rurlörperd)en jeigenb. 3r)re ft)ftematifd)e ©telfnng fcrjeint nod) nidjt gan§ geflärt §u fein, ba bie Statoren fie berfdjieben berjanbeln nnb fie balb mit ben eigenttidjen Bryales bereinigen, balb alle ober teil* roeife (Archidium) babon trennen. £)ie ®apfel
RMRDF2WH–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 109.—Funaria hygrometrica. A, Longitudinal section of a sporogonium showing the first differentiation of its parts, X about 96; B, the upper part of the same, X6oo; r marks the limits of the theca and operculum; C, basal part of the cap- sule of the same, X600. The intercellular spaces are beginning to form; ar, archesporium; col, columella.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearan
RMMA7F1X–. Einführung in die Biologie . Fig. 10. a und b Zellen der Schraubenalge, 220/1. c Zelle aus dem Blatt des Drehmooses (Funaria hygrometrica) mit den Farbträgern und dem Zellkern, von dem Plasmastränge ausgehen, d einzelne Farbträger mit Stärkekörnern, Stufen der Teilung darstellend, 350/1. fort: eine eigentliche Wurzel fehlt. Bei Algen, Flechten, Pilzen ver- sagt unser Formenschema vollends; das Lager (der Thallus) kennt nicht die Gliederung in Achse und Blatt. Und in den kleinsten Algen von Kugel- oder Stabgestalt liegt die Pflanze in einer vollkommen gliedlosen Form vor uns. Dafür sind wir g
RMRDF2YR–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 10 MOSSES AND FERNS CIIAP, Whether the first antheridium, as in Andrecea and Foniinalis, arises from the apical cell is doubtful, and it is impossible to trace any regularity in the order of formation of the very numerous antheridia. Except in old plants, all stages of de- velopment are found together, and the history of the anther- idium may be easily followed. A superficial cell projects above its neighbours, and this papilla is cut off by a transverse wall.. Fig. 102.—Funaria hygrometrica.
RMMEJY2D–. Die Algen, Moose und Farnpflanzen. . £af. XXV. 1. Funaria hygrometrica: ©ipfel einer männlidjen 5ßflcmse, a 51n» tfjeribten, p ^arapfyrjfen, b SBIötter. 2. ©ipfel einer röeiblidjen ^flanje, a Slrcfje» ßonien. 3. 21ntr)eribium. 4. ©permatoäoiben. 5. 2trd)egonium: e ©igelte, b $aud)laualselle, h £al3fanal3ellen. 6. 21rd)egonium mit fcefrudjteter nnb geteilter (JigeUe. 7. ©ipfel einer roeiütierjen ^flange mit ficr) enttuicfelubem (gporogon, s ©eta, x jnnöe Zapfet, k Äalrjptra. 8. Polytrichum piliferum: £'äng§{cr)nitt ber jungen Stapfei, d 2>ecfel, p ^eriftom, k Äolumelta, s (sporenjad mit ©p
![. Botany of the living plant. Botany; Plants. MUSCI AND HEPATICAE 467 of the main stem (acrocarpic), sometimes on short lateral 1 tranches (pleurocarpic), and this character is useful in the classification of Mosses. They are often protected by specially developed ' peri- chaetial " leaves, which give an almost flower-like appearance (Poly- trichum). In some Mosses the antheridia and archegonia are grouped together, as in Meesia (Fig. 361) ; but commonly they are separate, either on distant branches of the same plant (Funaria hygrometrica), or on different plants (Polytrichum, Buxbaumia). Stock Photo](https://c8.alamy.com/comp/RH801J/botany-of-the-living-plant-botany-plants-musci-and-hepaticae-467-of-the-main-stem-acrocarpic-sometimes-on-short-lateral-1-tranches-pleurocarpic-and-this-character-is-useful-in-the-classification-of-mosses-they-are-often-protected-by-specially-developed-peri-chaetial-quot-leaves-which-give-an-almost-flower-like-appearance-poly-trichum-in-some-mosses-the-antheridia-and-archegonia-are-grouped-together-as-in-meesia-fig-361-but-commonly-they-are-separate-either-on-distant-branches-of-the-same-plant-funaria-hygrometrica-or-on-different-plants-polytrichum-buxbaumia-RH801J.jpg ". Botany of the living plant. Botany; Plants. MUSCI AND HEPATICAE 467 of the main stem (acrocarpic), sometimes on short lateral 1 tranches (pleurocarpic), and this character is useful in the classification of Mosses. They are often protected by specially developed ' peri- chaetial " leaves, which give an almost flower-like appearance (Poly- trichum). In some Mosses the antheridia and archegonia are grouped together, as in Meesia (Fig. 361) ; but commonly they are separate, either on distant branches of the same plant (Funaria hygrometrica), or on different plants (Polytrichum, Buxbaumia). Stock Photo")
RMRH801J–. Botany of the living plant. Botany; Plants. MUSCI AND HEPATICAE 467 of the main stem (acrocarpic), sometimes on short lateral 1 tranches (pleurocarpic), and this character is useful in the classification of Mosses. They are often protected by specially developed ' peri- chaetial " leaves, which give an almost flower-like appearance (Poly- trichum). In some Mosses the antheridia and archegonia are grouped together, as in Meesia (Fig. 361) ; but commonly they are separate, either on distant branches of the same plant (Funaria hygrometrica), or on different plants (Polytrichum, Buxbaumia).
RMRDFE47–. Fossil plants : for students of botany and geology . Paleobotany. xxvj STAUROPTERIS 467 Scott^ and figured by Bertrand^, doubtless represents the much reduced lamina of the highly compound leaves; it may be compared with the green outer cortex of Psilotum shoots and with the lacunar tissue in the capsule of the common moss, Funaria hygrometrica. The rachis reproduced in fig. 321 is surrounded by an enormous number of sections, some transverse, others more or less vertical, of branchlets of various sizes. Fig. 310, B, shows the three-rayed vascular axis of a branch of a lower order than a-. F
RMRDF2T3–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 114.—Funaria hygrometrica. A, Part of the peristome; 0, an outer tooth; it one of the inner teeth, X85; B, section of the seta, X260; C, cross-section of upper part of calyptra, X52S. SO that the two guard cells have their cavities thrown into communication, and the division wall forms a cellulose plate'. 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 perf
RMRPXM2N–. Text-book of botany, morphological and physiological. Botany. 3*4 MUSCINEM. form a membrane; in this case the teeth appear split from one another above, and the endostome (the inner peristome) is composed of a lattice-work of longitudinal or trans- verse ridges instead of cilia (Fig. 267), A great variety is met with here, which may. FIG. ^-jx.—Funaria hygrometrica; part of a longitudinal section of an unripe theca.. 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
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
RMRE9MWY–. Contributions from the Botanical Laboratory, vol. 12. Botany; Botany. 144 Veijetathm of Some Southern Provinces of Soviet Russia JOURNAL OF ECOLOGY Vol. XXllI, Plate XII Bryophytes. Porella platyphyllura Pleuroziutn schrobcri Dicraiiuiu strictum D. scoparium Dicranoweisia erispula Tortula rumlis TortoUa tortiiosa Didymodon rubellus Griinmia ovalis G. apocarpa Encalypta ciliata Funaria hygrometrica Bryum capillare Webera cruda Polytrichum juniperinum Hedwigia albicans Rhyti(lium rugosuin Hylocomiuin proliferum Drepanoc'ladus uncinatus Cirriphyllum cirrosum Camptotheeium lutescens Pteridophyle
RMRDF2TH–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. MOSSES AND FERNS CHAP. as is the case in stomata of the ordinary form. As the stoma. Fig. 113.—Funaria hygrometrica. A, Young; B, older stoma, from the base of the capsule; C, vertical section, X360. grows larger, however, the median wall does not grow as fast as the lateral walls, and a space is left between its extremities, B. A.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these ill
Search Results for Funaria hygrometrica Stock Photos and Images (137)
Page 1 of 2