RM2X42174–Overleaf Pellia or Common Pellia, Pellia epiphylla, Pelliaceae. A thallose liverwort growing on the edge of a rainforest path. Monteverde Rainforest.
RMCNH8H5–Common Pellia (Pellia epiphylla)
RF2P0N0BP–Pellia epiphylla, commonly known as overleaf pellia or common pellia, liverwort from Finland
RFW5JCMX–Common pellia (Pellia epiphylla)
RMBA835F–Sea ivory lichen Pellia epiphylla Strumble Head Pembrokeshire Coast National Park Wales UK Europe
RMM6BCAP–Liverwort, Pellia epiphylla, Wales, UK.
RMBDR0PX–Coral-spot Fungus (Nectria cinnabarina) & Liverwort (Pellia epiphylla) on Crab Apple
RMB3955X–Liverwort Pellia epiphylla, Wales, UK.
RFH3PACB–Liverwort spore capsule. Light micrograph (LM). Longitudinal section through the thallus and sporangium of a liverwort (Pellia epiphylla). The sporangium (spore capsule, upper centre) is enclosed within the thallus case (calyptra). The sporangium is densely packed with spherical spores (green), which are carried away by air currents when the sporangium splits open. Magnification: x20 when printed at 10 centimetres wide.
RFT5TERG–Pellia Epiphylla is irregularly branched and is fairly large, growing to over 1 cm wide and several centimeters long. They are green, sometimes with a
RM2JD3NYE–Sporophytes of overleaf pellia (Pellia epiphylla). Photo from Hidra, south-western Norway in April.
RM2RC22MN–Pellia epiphylla (Pellia epiphylla)
RF2TBTBAJ–Nature's intricate brushstrokes: Athelia epiphylla quietly adorns this tree, a masterpiece in its own right.
RFRY8M93–Pellia epiphylla close up
RMAK22T8–Liverwort Pellia epiphylla cornwall
RMFDJWGG–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RMA2R9XY–Pellia Epiphylla Liverwort
RME1RBDF–Ripe capsules of Overleaf Pellia, growing at the banks of brooks and ditches. Close-up.
RMP55X8C–Leaf fungi, Circinaria epiphylla. Handcoloured copperplate stipple engraving from Antoine Jussieu's 'Dictionary of Natural Science,' Florence, Italy, 1837. Illustration by C. Vaulthier, engraved by Corsi, directed by Vaulthier, and published by Batelli e Figli.
RM2X4216X–Overleaf Pellia or Common Pellia, Pellia epiphylla, Pelliaceae. A thallose liverwort growing on the edge of a rainforest path. Monteverde Rainforest.
RMCNH8MA–Common Pellia (Pellia epiphylla)
RF2NHXBXC–Pellia epiphylla, commonly known as overleaf pellia or common pellia, liverwort from Finland
RF2BYJYBR–Pellia epiphylla, known as overleaf pellia or common pellia, a species of thallose liverwort growing on a forest stream in Finland
RMBA83B8–Sea ivory lichen Pellia epiphylla Strumble Head Pembrokeshire Coast National Park Wales UK Europe
RMBDPRGN–Coral-spot Fungus (Nectria cinnabarina) & Liverwort (Pellia epiphylla) on Crab Apple
RMB2DTKR–Liverwort Pellia epiphylla, Wales, UK.
RFH3PAB9–Liverwort spore capsule. Light micrograph (LM). Longitudinal section through the thallus and sporangium of a liverwort (Pellia epiphylla). The sporangium (spore capsule, upper centre) is enclosed within the thallus case (calyptra). The sporangium is densely packed with spherical spores (red), which are carried away by air currents when the sporangium splits open. Magnification: x20 when printed at 10 centimetres wide.
RME1RBN3–Overleaf Pellia growing on the side of a small forest stream
RM2JD3NY4–Overleaf pellia (Pellia epiphylla) with sporophytic stalks.Photo from Hidra, south-western Norway in April.
RMCRXJ2F–Leaf fungi, Circinaria epiphylla.
RF2TBTB92–A delicate ecosystem thrives: behold Athelia epiphylla, harmoniously inhabiting the tree's surface, a testament to nature's artistry.
RFRY8M8E–Pellia epiphylla close up
RMRYXBXK–Leafy liverworts, Jungermannia epiphylla 1 and Jungermannia asplenoides 2, and Malabar nut or adulsa, Justicia adhatoda 3. Jungermannes, Justicia. Handcoloured steel engraving by August Dumenil after an illustration by A. Carie Baron from Felix-Edouard Guerin-Meneville's Dictionnaire Pittoresque d'Histoire Naturelle (Picturesque Dictionary of Natural History), Paris, 1834-39.
RMFDJWGJ–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RMBKT9DT–Sporenkapsels van gewoon plakkaatmos, eind maart; Overleaf pellia
RMP5RAFC–N/A. English: As file Leptomorphus walkeriCurtis, 1831 (Southgate Crane-fly) Mycetophilidae. The plant is Jungermannia epiphylla . 1836. John Curtis 237 Britishentomologyvolume7Plate365
RM2BT5KA2–Leafy liverworts, Jungermannia epiphylla 1 and Jungermannia asplenoides 2, and Malabar nut or adulsa, Justicia adhatoda 3. Jungermannes, Justicia. Handcoloured steel engraving by August Dumenil after an illustration by A. Carie Baron from Felix-Edouard Guerin-Meneville's Dictionnaire Pittoresque d'Histoire Naturelle (Picturesque Dictionary of Natural History), Paris, 1834-39.
RMBNC4G9–Botanical print from Manual of Botany of the Northern United States, Asa Gray, 1889. Plate XXIII, Genera of Hepaticae.
RMPG05TW–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. m THE jungermanniAles. Fig. 42.—A, Vertical, B, C, horizontal sections through the apex of Pallavicinia cylindrica; *, apical cell, A, X22S; B, C, X430; D, E, Pellia epiphylla; D, ver- tical section; E, horizontal (optical) section, X450.. 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, 1859-1953
RMT0C2C1–Dreer's garden book 1917 (1917) Dreer's garden book 1917 dreersgardenbook1917henr Year: 1917 Adiantum Farleyense Gloriosum Crytomium Caryotidium. cts. each. — Falcatum (Holly Fern). cts. each. 15 15 ||£|£. ' -•iMH 1seS>- - ^ggi&fc H^S> K ^^^ ^ Cyrtomium (Holy Fern) Lygodium Japonicum. — Scandens. 15 cts. each. — Fortunei. 15 cts. each. Davallia Affinis. 25 cts. each. — Epiphylla. 50 cts. each. Goniophlebium Subauricula= tum. If grown in a suspended basket in a moist conservatory will produce fronds 8 to 10 feet long. 50 cts. each. Lastrea Chrysoloba. 20 cts. each. Lomaria Ciliata. A dwa
RF2BYJYBH–Pellia epiphylla, known as overleaf pellia or common pellia, a species of thallose liverwort growing on a forest stream in Finland
RMBDR0PB–Coral-spot Fungus (Nectria cinnabarina) & Liverwort (Pellia epiphylla) on Crab Apple
RMB2EW2N–Liverwort Pellia epiphylla, Wales, UK.
RFRY8M8F–Pellia epiphylla close up
RMFDJWGH–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RMBKT9DR–Sporenkapsels van gewoon plakkaatmos, eind maart; Overleaf pellia
RMMACAYE–. Dreer's wholesale price list of seeds, plants, bulbs, etc . CYRTOMIUM ROCHFORDIANUM CIBOTIUM SCHEIDEI General Collection of Fine Ferns Inch Adlantum /<Einuluni. Bellum . Cuneatum . FersusonI ... Qrandlceps . . Hybrldum .... Mundulum .... Reginae â . Rochfordlanum . Scutum St. Catherine Trapeziformis . Weleandl . Alsophlla Australls Aspldium Tsusslmense Blechnum Brazlllensls . . Cyrtomlum Caryotidlum " Fortunei " Rochfordianum Davallla Afflnis " Epiphylla DIctyOKramma Japonica . Lastrea Chrysoloba ... Lomaria Clliata LyKOdlum Japonlcum . " Scandens Pots Per 100 3 16 00
RME1RG6G–Overleaf pellia
RM2AFMJ68–. The structure and development of mosses and ferns (Archegoniatae). m THE JUNGERMANNIALES 97 brought about by a periclinal wall in each of the four terminalcells, dividing each into an inner archesporial cell, and anouter wall-cell. (Fig. 47, D.) The capsule wall in Fossomhronia is two cells in thickness,except at the apex, where it may be three cells thick. Theinner layer of cells, when the capsule is ripe, have irregularthickened bars developed upon the surface of the radial cell-walls. The development of the sporogonium is best known inPellia epiphylla (Kienitz-Gerloff (i), Hofmeister (i)
RMPG05TT–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 90 MOSSES AND FERNS CHAP. In the ordinary form four sets of segments are cut off,—dorsal and ventral, as in Riccia or Spharocarpus, and two sets of lateral ones. In Pellia calycina the apical cell shows a similar form, but in P. epiphylla (Fig. 42, D, E), another type is seen. Here, while the surface view is the same as in P. caly-. FiG. 4i'-A, Pallavicinia cylindrica, X4; per, the elongated perianth; B, Aneura pin- natiUda, X6; ^, archegonial branches; C-E, Fossombronia longiseta, X4; F, Bla
RMRYH64M–Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz drlrabenhorstskr0601rabe Year: 1906 4 5 6 Fig. G9. Verschiedene S p o r e n f o r m e ii. 1. Sphaerocarpus terrestris. 2. Anthoceros punctatus. 3. Pellia epiphylla. 4. (alypogeia trichomanis. 5. Riccia glauca. 6. Fossombroiiia caespitiformis. Vergrössert. Außer durch Grüße unterscheiden sich die Sporen verschiedener Arten häufig auch durch ihre äußerliche Beschaffenheit. (Vergl. Fig. 69.) Die Sporenwand baut sich aus zwei Schichten auf, dem Endospor (Intine), das aus Zellulose besteht, und dem Exospor, aus e
RF2E97KAK–Pellia epiphylla, known as overleaf pellia or common pellia, a species of thallose liverwort growing on a forest stream in Finland
RMFDJWGK–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RMMAB3DK–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Fig. 2. Pellia epiphylla. Längsschnitt durch den Thallus. Die vertikal verlaufenden Verdickungsleisten sind sichtbar. Verg. 120/^, (Vergl. Fig. 2.) Da sie der nahestehenden Pellia Fabroniana fehlen, lassen sich hierdurch auch sterile Pflanzen leicht unterscheiden. Nach oben und unten ist das parenchymatische Gewebe durch eine Lage kleinerer Zellen nicht sehr scharf abgegrenzt. Die obere Zelllage enthält Clorophyll, während das darunter liegende großmaschige Ge- webe Stärke aufspeichert. Hier ist also schon,
RME1RG6E–Overleaf pellia
RM2AFWMB5–. Paxton's Magazine of Botany and Register of Flowering Plants. irelj- to them. They should be watered sparingly, and mauv sorts,such as the species of Opuntia, some kinds of Cc7-ciis, and most of the Epiphylla,will flower stronger, or have tlieir flowering propensities sooner elicited, byexposure in fine weather. Seeds must still be collected with the greatest vigilance and care; annuals maybe sown for spiing-flowcring ; shrubs, bulbs, &c., intended for forcing, should begot in readiness towards the close of the month ; all plants in pots which areunhealthy from stagnant water and improper dr
RMPG210K–. Flore de Buitenzorg. Botany. 1196 nicht differenziert. Deckel aus niedriger Basis sehr kurz ge- schnabelt, Haube an der Spitze papillos, unten um die Seta Fig. 197.. Clasioiri/ella cucuUigera Flsoh, 1. Habituabild (nat. 6r.). 4. SporogOD .°. 3. Aathlatter V- 6- Kapsel mit Hanbe V° (aach Bryol. jay.). 3. Alarzellen der Blatter if2. Clasiobryella epiphylla FisCH. u. Habitusbild (uat. 6r.). e. Periohaetialblattei' '^. b. Astblattor mit Pilzhyphen 'â ^. f. Peristom dorsal nnd veatral gesoHen, mit c. Stengelblatter "/⢠Sporen ^Sâ . d. Blattzellen mit Pilzhyphon if-". gewickelt. Peri
RF2E97KAY–Pellia epiphylla, known as overleaf pellia or common pellia, a species of thallose liverwort growing on a forest stream in Finland
RMFDJWGM–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RM2ANCJ5J–The encyclopdia britannica; a dictionary of arts, sciences, literature and general information . ticae (Liverworts). The range of form and structure of both generations in theliverworts is so great that no one form can be taken as a satis-factory type. It will, however, be of use to preface the moregeneral description by a brief account of a particular example,and we may take for this purpose a very common and easilyrecognized thalloid liverwort belonging to the Junger-manniales. Pellia epiphylla (fig. 2) can be found at any season growingin large patches on the damp soil of woods, banks, &c.
RME1RBNB–Overleaf pellia
RMBKT9DW–Overleaf pellia
RMFDJWGF–Liverwort, possibly (Pellia epiphylla), growing between paving at Coleton Fishacre, South Devon, UK.
RMMCHTFJ–. Adiantum Farleyense Gloriosum Crytomium Caryotidium. cts. each. — Falcatum (Holly Fern). cts. each. 15 15 ||£|£. ' -•iMH 1seS>- - ^ggi&fc H^S> K ^^^ ^ Cyrtomium (Holy Fern) Lygodium Japonicum. — Scandens. 15 cts. each. — Fortunei. 15 cts. each. Davallia Affinis. 25 cts. each. — Epiphylla. 50 cts. each. Goniophlebium Subauricula= tum. If grown in a suspended basket in a moist conservatory will produce fronds 8 to 10 feet long. 50 cts. each. Lastrea Chrysoloba. 20 cts. each. Lomaria Ciliata. A dwarf Tree Fern. 15 cts. each. Lygodium Dlchotomum. 25 cts. each. Dark green foliage. 25 ct
RM2ANF6B0–Organography of plants, especially of the archegoniatae and spermaphyta . l cell so as to producea forking such as the mature condition would suggest does not take place (seeFig. 15). It is characteristic of the branching that a middle lobe shoots outbetween the two new apices and is the common basis for the wings of the twoseparating lateral shoots (Fig. 14). Pellia epiphylla differs from P. calycina and Blyttia Lyallii from B. decipiens in this respect.See Leitgeb, Untersuchungen iiber die Lebermoose, iii (1S75), pp. 54, 80; Farmer, Studies inHepaticae : On Pallavicinia decipiens, Mitt., in
RM2AXD89P–Plants and their ways in South Africa . .—Longitudinal section through the sporophyte of Pellia epiphylla^R, rhizoids ; I, involucre ; F, foot of sporophyte ; Se, seta ; C, capsule ; W.wall of capsule ; Wa, wall of archegonium ; S, spores ; N, remains of neck ofarchegonium ; A, unfertilized archegonium (highly magnified). (From Evans Intermediate Text Book of Botany.) are the fern spores, contained within clusters of spore-casesforming the dots. A dot is called a sorus (plural, sori).When the spores are ripe and have fallen in moist places, theyburst their brown walls and begin to grow. In a f
RMMAB3AX–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Fig. 66. Kingfasern in den Kapselwänden. A. Hapl omitrium. B. Preissia. C. Pellia epiphylla. A und B von der Fläche, C im Querschnitt. Yerg. ^*°/i. verdickungen, wenn aber, dann sparsamer als die innersten, klein- zelligen Schichten. Um die Form der Zellen und namentlich die Form ihrer Verdickungen leicht erkennen zu können, benutzt man mit Vorteil konzentrierte Schwefelsäure. Diese löst leicht die einzelnen Schichten voneinander und durch geeignetes Verschieben des Präparats zwischen den Objektträgern gelin
RM2AXD98F–Plants and their ways in South Africa . Fig. 200.—Transverse section through the middle portion of thallus ofPellia epiphylla. R, rhizoids ; S, S, sheath ; St, stalk of antheridium ; A,capsule or head of antheridium (magnified). (From Evans * Intermediate TextBook of Botany .) Mosses, like liverworts, usually grow best in moist, shadyplaces. We can find mosses on the ground under the shadeof bushes and trees, or on the trunks of trees, but they growbest in moist woods or ravines. If no woods are near, look onthatched roofs, which are often beautifully green with moss onthe shaded southern slop
RMME6K9D–. Die Natürlichen Pflanzenfamilien nebst ihren Gattungen und wichtigeren Arten, insbesondere den Nutzpflanzen, unter Mitwirkung zahlreicher hervorragender Fachgelehrten begründet . Fig. 71. A—C Baumanniella togoensis P. Henn. A Habitus nat. Gr.; li Fruclitkörper vergr.; C Basidien mit Cystiden stark vergr. — D—F Gloeocephala epiphylla Mass. D Habitus 150/1; E Stück ans dem Hymenium 500(1; F Basidien 1000/1. — 0—J Pistülaria micans (Pers.) Fr. 0 Habitus nat. Gr.; H Fruchtkörper stark vergr.; ,/ Basidien mit Sporen stark vergr. — A" Typhnla sclerotioides (Pers.) Fr. Habitus nat. Gr. — L Tij
RM2AFMMY6–. The structure and development of mosses and ferns (Archegoniatae). Fig. 42.—A, Vertical, B, C, horizontal sections through the apex of Pallaviciniacylindrica; x, apical cell, A, X225; B, C, X450; D, E, Pellia epiphylla; U, ver-tical section; E, horizontal (optical) section, X4S0. 92 MOSSES AND FERNS CHAP. later showing a division into ventral and dorsal cells. Prob-ably this type has been derived from the former by a gradualincrease in the size of the angle formed by the dorsal and ven-tral walls of the apical cell, which finally became so great asto practically form one plane. The antheridi
RM2AX00KG–The structure & development of the mosses and ferns (Archegoniatae) . -?•), X4- goes the usual divisions. Of the three peripheral cells one ismuch smaller and does not as a rule divide longitudinally, sothat the neck has normally but five rows of cells instead of six, asin the Marchantiaceae. Owing to the formation of the pedicel,. Fig. 39.—A, Vertical, B, C, horizontal sections through the apex of Pallavicinia cylmdrica (Aust.),.r, apical cell, A, X225; B, C, X450; D, E, Pellia epiphylla (Nees); D, vertical section; E,horizontal (optical) section, X450. MOSSES AND FERNS CHAP. the archegonium
RMMAB3AH–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . 4 5 6 Fig. G9. Verschiedene S p o r e n f o r m e ii. 1. Sphaerocarpus terrestris. 2. Anthoceros punctatus. 3. Pellia epiphylla. 4. (alypogeia trichomanis. 5. Riccia glauca. 6. Fossombroiiia caespitiformis. Vergrössert. Außer durch Grüße unterscheiden sich die Sporen verschiedener Arten häufig auch durch ihre äußerliche Beschaffenheit. (Vergl. Fig. 69.) Die Sporenwand baut sich aus zwei Schichten auf, dem Endospor (Intine), das aus Zellulose besteht, und dem Exospor, aus einer chemisch noch wenig bekannten S
RM2ANAH5G–Handbook of British Hepaticae : containing descriptions and figures of the indigenous species of Marchantia, Jungermannia, Riccia and Anthoceros . 70, 171). HANDBOOK OF BRITISH HEPATIC/E. 249 Genus 36. PELLIA, Raddi. Involucre cup-shaped, mouth torn into teeth.Perianth none. Calyptra four-valved, valvesnaked, rounded. Elaters central, persistent,double, enclosed.—Raddi. Jung. Etrus. p. 49(1820). Plants frondose, without leaves, fronds withoutribs. Pellia epiphylla, Linn. Frond oblong, sinuate, lobate, thick ; invo-lucre included ; calyptra exserted. Fruit pro-duced from the upper surface of th
RMMAB322–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . I II III Fig-. 218. .Scliematiüiche Läiigsscbuitte durch die Hüllen der Pellia-Arten. 1 Pellia epiphylla, 11 P. Neesiana, 111 P. Fabbroiiiana; h = Hülle, k =:^ Kalyptra. (Vergl. ferner: Fi^. 2 S. 9, Fig. 64 S. 79, Fig. 66C S. 85, Fig. 69, 3 S. 89, Fig. 75 S. 98, Fig. 85 8. 108.) Hülle eingeschlossen. (Vergl. Fig. 64 S. 79). K ap s e 1 k u g e 1- rund. 1—1.5 mm diam.. gelb grün, auf kräftigem, wasserhellem. bis 10 c m 1 a n g e m Stiel. Kapsel w a n d mehrzellschichtig, Zellen mit oder ohne Ringfasern; reißt
RM2AXD8WE–Plants and their ways in South Africa . Fig. 20I.—Section of Pellia epiphvlla through an involucre. R, rhizoids ;T, I, involucre ; AA, developing archegonia (magnified). (From Evans* Inter-mediate Text Book of Botany .) rounded by a rosette ol leaves. These correspond to theantheridia of the liverwort.. Fig. 202.—Pellia epiphylla. A liverwort with impergate sporangia. T,lobe ; R, rhizoids ; F, fruits enclosed in calyptra ; C, central slightly thickerlayer ; C, C, capsules ; V, capsule open ; CF, collapse of seta after dispersal ofspores. (Evans Intermediate Botany.) The egg-cell pockets, arche
RM2AN3N64–Danish fungi as represented in the herbarium of ERostrup . mountains. O. Rostrup found it atHerlufsholm in Septbr. 78, from where it has been distributed inThiimens Mycotheca No 1366 under the name of Exoscus alni de By.var. strobilinus Thiim. Alnus glutinosa common. Alnus incana. Samsa Brattingsborg (Exc. ^^h 87);S. Gauno (F. W.); L. Knuthcnborg; B. Aakirkeby (Jonathan Lange). 170. Taphrina epiphylla Sadeb., Syll. VIII «^^ R 91 b ^^^ 6.02 a Syn: Exoascus epiphyllus Sadeb. Wt. II°. The fungu.*) makes its presence conspicuous by the large, but notdense witches-brooms which it produces on the t
RM2AFHKNR–. Dreer's garden book 1915. Cyrtomium Caryotidium. — Falcatum (Jlolly Fern). — Fortunei. 15 cts.Davallia Affinis. 25 cts. — Epiphylla. 50 cts. — Ciriffithiana. 50 cts. 15 cts. 15 cts. and 25 cts.. Cyrtomium Fai.catum (Holly Fern). AsPLEViuM Nidus Avis (Birds Nest Fern). Qoniophlebium Subauriculatum. If grown in a suspendedbasket in a moist conservatory will produce fronds 8 to 10 feetlong. 50 cts. Gymnogramma Sulphurea (Sulphur Fern). 15 cts. Lastrea Aristata Variegata. This beautiful variety has abroad band of yellowish green through the pinnules. 20 cts. — Chrysoloba. 20 cis. Lomaria C iliat
RM2ANAGN4–Handbook of British Hepaticae : containing descriptions and figures of the indigenous species of Marchantia, Jungermannia, Riccia and Anthoceros . -linear, palmatifid, rib stout, distinct ; involucreexserted, cup-shaped, calyptra included. Jungermannia epiphylla var. y furcigera,Hook. Br. Jung. t. 47, f. 18. Jungermanniacalycina, Mack Hib. II., 55 ; Eng. Bot. Suppl. HANDBOOK OF BRITISH HEPATIC^. 5* t. 2873. Pellia calycina, Nees Eur. Leb. III.,386 ; Gott. and Rabh. Exs. 181, 242, 297,339 J Cooke Hep. fig. 172 ; Carr. and Pears.Ex. No. 142, a, b. On shady wet banks. (Fr. Feb. Mar.) Considerable
RM2CDXAXN–. Nova Guinea : résultats de l'expédition scientifique néerlandaise à la Nouvelle-Guinée .. . W. M. Trap impr. II. 4. Habaenria dryadum Schltr. (Habenaria epiphylla Schltr.) a. Flos »/t- <$. Sepalum dorsale 3/,. c. Sepalum latérale */,. ,/. Petalum 5/r c. Labellum :/,. /. Gynostemium */i- g. Braclea 3/l. II. 5. Corysanthes callifera J. J. S. a. Stirps Vf ^. Sepalum dorsale 3/i- c. Sepalum latérale /,. d. Petalum B/i- e. Labellum expansum antice visum ,0/3. f. Idem dorso visum /3. g. Gynostemium llj1. IL 6. Corysanthes ventricosa J. J. S. a. Stirps 2/,. b. Sepalum dorsale -jl. c. Petalum */,
RMRED6WN–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 4 5 6 Fig. G9. Verschiedene S p o r e n f o r m e ii. 1. Sphaerocarpus terrestris. 2. Anthoceros punctatus. 3. Pellia epiphylla. 4. (alypogeia trichomanis. 5. Riccia glauca. 6. Fossombroiiia caespitiformis. Vergrössert. Außer durch Grüße unterscheiden sich die Sporen verschiedener Arten häufig auch durch ihre äußerliche Beschaffenheit. (Vergl. Fig. 69.) Die Sporenwand baut sich aus zwei Schichten auf, dem Endospor (Intine), das aus Zellu
RMRH9XJF–. Botanique cryptogamique, ou Histoire des familles naturelles des plantes infrieures. . 66V. Symphyogyna Grongniarlii. 659 Ã C63. I'ellia epiphylla.. 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.. Payer, J. -B. (Jean-Baptiste), 1818-1860; Baillon, H. (Henri), 1827-1895. Paris : F. Savy
RMRH9XJA–. Botanique cryptogamique, ou Histoire des familles naturelles des plantes infrieures. 66V. Symphyogyna Grongniarlii. 659 Ã C63. I'ellia epiphylla.. CCj. Targionia bypophylla.. 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.. Payer, J. -B. (Jean-Baptiste), 1818-1860; Baillon, H. (Henri), 1827-1895. Paris : F. Savy
RMRDTN1W–. A general system of botany, descriptive and analytical. In two parts. Part I. Outlines of organography, anatomy, and physiology. Part II. Descriptions and illustrations of the orders. By Emm. Le Maout [and] J. Decaisne. With 5500 figures by L. Steinheil and A. Riocreux. Translated from the original by Mrs. Hooker. The orders arranged after the method followed in the universities and schools of Great Britain, its colonies, America, and India; with additions, an appendix on the natural method, and a synopsis of the orders, by J.D. Hooker. Botany. Pellia epiphylla. iSection of frond, showing an
RMRDTN20–. A general system of botany, descriptive and analytical. In two parts. Part I. Outlines of organography, anatomy, and physiology. Part II. Descriptions and illustrations of the orders. By Emm. Le Maout [and] J. Decaisne. With 5500 figures by L. Steinheil and A. Riocreux. Translated from the original by Mrs. Hooker. The orders arranged after the method followed in the universities and schools of Great Britain, its colonies, America, and India; with additions, an appendix on the natural method, and a synopsis of the orders, by J.D. Hooker. Botany. Pellia epiphylla. iSection of frond, showing an
RMRDTN27–. A general system of botany, descriptive and analytical. In two parts. Part I. Outlines of organography, anatomy, and physiology. Part II. Descriptions and illustrations of the orders. By Emm. Le Maout [and] J. Decaisne. With 5500 figures by L. Steinheil and A. Riocreux. Translated from the original by Mrs. Hooker. The orders arranged after the method followed in the universities and schools of Great Britain, its colonies, America, and India; with additions, an appendix on the natural method, and a synopsis of the orders, by J.D. Hooker. Botany. Pellia epiphylla. Axcliegoma. Lumilaria vulgai^
RMRDF3D2–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. m THE jungermanniAles. Fig. 42.—A, Vertical, B, C, horizontal sections through the apex of Pallavicinia cylindrica; *, apical cell, A, X22S; B, C, X430; D, E, Pellia epiphylla; D, ver- tical section; E, horizontal (optical) section, X450.. 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, 1859-1953
RMREF90Y–. Comparative morphology of Fungi. Fungi. TAPHRINALES 163 The position and germination of the chlamydospores in the leaves of the host vary. In T. epiphylla on Alnus incana, (Juel 1921), T. bullata and T. Betulae (Exoascus Betulae) on Betula alba (Eftimiu 1927), the mycelium grows subcuticularly on the leaves and consequently the chlamydospores are formed between the epidermis and cuticle. In T. aurea on poplar, T. Alni-incanae and T. Crataegi, the mycelium appears just below the epidermis. In the majority of the Taphrinales, as in T. deformans, T. institiae and T. Pruni, the vegetative myceli
RMRE9M7X–. Contributions from the Osborn Botanical Laboratory. Plants. CHILEAN SPECIES OF METZGERIA. 305 of gemmae will at once serve to distinguish M. epiphylla from M. dc- cipiens. The gemmiparous branches seem to be always narrower than the normal vegetative thalli, the reduction in width being confined to the wings, but at first no other signs of differentiation are evident. With the appearance of the gemmae (Fig. 8, D) the wings become still narrower and the branches curve away from the substratum, their growth in length being sooner or later brought to an end. In extreme. Fig. 8. Metzgeria epiphy
RMRE3MCB–. A handbook of cryptogamic botany. Cryptogams. Fig. 136.—/"eWa epiphylla Car&., male plant, a, natural size; b^ magnified. Fig. 137.—Radula compla- nata Dum. Plant with closed and open spoiange (X 2). Fig. 138. — yungertnannia barbata Schreb. Under side of leaves with ciliated amphigasters (magnified). singly or in groups in the axils of the leaves. In Pellia (Radd.) the an- therids are imbedded in the thallus, the archegones appearing in large numbers at the apex of the shoot. In the Geocalycese (e.g, Calypogeia, Radd.) the female branches are so hollowed out that the archegones are
RMRE3MCF–. A handbook of cryptogamic botany. Cryptogams. Fig. 136.—/"eWa epiphylla Car&., male plant, a, natural size; b^ magnified. Fig. 137.—Radula compla- nata Dum. Plant with closed and open spoiange (X 2). Fig. 138. — yungertnannia barbata Schreb. Under side of leaves with ciliated amphigasters (magnified). singly or in groups in the axils of the leaves. In Pellia (Radd.) the an- therids are imbedded in the thallus, the archegones appearing in large numbers at the apex of the shoot. In the Geocalycese (e.g, Calypogeia, Radd.) the female branches are so hollowed out that the archegones are
RMREF90F–. Comparative morphology of Fungi. Fungi. O^ooSH aads. Fig. 101.— Taphrina deformans. 1. Hymenium (X670). Taphrina Carpini. 2. Germination of asci in distilled water (X400). Taphrina aurea. 3, 4. Hymenium (X 330). (After Gwynne-Vaughan, 1922, and Sadebeck, 1884.) on Potentilla, the mycelium lives only in the interior of the leaves and the asci, as in Taphridium of the Protomycetaceae, are formed in a mycelial layer under the epidermis. In T. aurea on Populus and T. epiphylla on Alnus, the whole outer wall of the chlamydospores continues in the wall of the young ascus. There is no septum betwee
RMRDF3D3–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 90 MOSSES AND FERNS CHAP. In the ordinary form four sets of segments are cut off,—dorsal and ventral, as in Riccia or Spharocarpus, and two sets of lateral ones. In Pellia calycina the apical cell shows a similar form, but in P. epiphylla (Fig. 42, D, E), another type is seen. Here, while the surface view is the same as in P. caly-. FiG. 4i'-A, Pallavicinia cylindrica, X4; per, the elongated perianth; B, Aneura pin- natiUda, X6; ^, archegonial branches; C-E, Fossombronia longiseta, X4; F, Bla
RMRHGJ10–. Boletín. Science. 44 BOLETÍN de LA ACADEMIA NACIONAL DE CIENCIAS septis 3 transversis nee non uno alterove longitudinali donatae, olivácea*'. (¡cutis anomalum facile Myriophysellae Speg. statum ascopho- ruin sistcns. Viro eximio ítalo mycologiae pérquam benemérito Doct. Alexandro Trotter, amico carissimo, dicatum. 89. Trotterula chilensis Speg. (n. sp.). Diag. Perithecia epiphylla parva, saepius dense congesta ac e mu- tua pressione subconnata crustulam atro-olivaceam plus minusve. Trotterula chilensis Speg. latam epidermidi foliorum laxe adnatam el serius facillime fru- stulal im secedentem
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