RM2AJ0EX4–Acid Frillwort, Fossombronia wondraczekii, a liverwort on damp acid heathland, Dorset.
RM2AFMNXW–. The structure and development of mosses and ferns (Archegoniatae). B. A. Fig. 41.—a, Pallavicinia cylindrica, X4; per, the elongated perianth; B, Aneura pin-natiUda, X6; J, archegonial branches; C-E, Fossombronia longiseta, X4; F, Blasiapusilla, X4. cinaj in vertical section the cell is nearly semicircular, i. e., herethere are but three sets of segments, two lateral ones and abasal one, extending the whole depth of the thallus, and only m THE JUNGERMANNIALE^ 02
RMPG05T7–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 100 MOSSES AND FERNS CHAP, and-these lobes, according to Leitgeb's view, are very simple leaves/ In Fossombronia (Fig. 41, C, D), while the general thallose form is more or less evident, the leaves are unmistak- able, and as their development shows, morphologically the ^me as the leaves of the acrogynous forms. The most re- markable form, however, is Treubia insignis, a very large foliose Liverwort discovered by Goebel in Java. This has all the appearance of a very large acrogynous form, and a
RMMAB39H–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Fossombronia. Hlasia. Haplomitriuin. akrogyne Jungermanniaeeen. Jungermanniales.
RMT0CTD7–Dr L Rabenhorst's Kryptogamen-Flora von Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz drlrabenhorstskr0601rabe Year: 1906 812 . Jungerm anni ales. Das nachstehende Entwickehuigsschema darf darum auch nur als Ver- such betrachtet werden. Stammbaum der anakrogynen (thallosen) Jungermannien. Marchantiales Sphaerocarpus Riella Haplomitrium Blasia Aneura Pellia Metzgeria Fossombronia Jungermaimiae akrogynae Übersicht der Unterordnungen. Unterordnung 1. Anelatereae Goebel. Thallus sehr zart, einschichtig, mit mehrschichtiger Rippe, entweder dorsiventral oder
RMBNC4G9–Botanical print from Manual of Botany of the Northern United States, Asa Gray, 1889. Plate XXIII, Genera of Hepaticae.
RM2AWXB12–Text-book of botany, morphological and physiological . etative structure of which consists of a small slender filiform stem, bearingdistinctly differentiated leaves (Jungermannia, Radula, Mastigobryum. Frullania,Lophocolea, &c.). Between the thalloid and foliose forms of this family are somewhich present various stages of transition (as Fossombronia and Blasia). The Leaves of all Hepaticce are simple plates of cells, in which even themid-rib usual in the leaves of Mosses is always wanting. In most of the thalloid forms the growing apical region of each shoot(Fig. 211, s) lies in an anterior de
RMPG05TH–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. FiO. 4i.—Fossombronia longiseta; early stages in the development of the antheridium, X525; drawings made by Mr. H. B. Humphrey.' D, cross-section. In Fossombronia (Fig. 43), which in several respects re- calls Sphcerocarpus or Geothallus, the first divisions in the an- theridium are median ones, so that iij both longitudinal and transverse sections the antheridium appears toibe divided into equal quadrants. The first division, however, is vertical, as it is in Aneura. The archegonia are borne
RMMAB3CR–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Fig. 24. Fossombronia Dumortieri. Habitusbild. Verg. ^Vi- (Original nach einer Zeichnung Ton Dr. Jack.)
RM2AX01E9–The structure & development of the mosses and ferns (Archegoniatae) . capsule.These cells are at first ofsimilar form, and with thegrowth of the capsulebecome elongated withpointed ends that fit to-gether without any spacesbetween. Some of thesecells, however, dividerapidly by transverse wallsand give rise to rows ofisodiametric cells (Fig. ^,6,sp), wedged in betweenothers that have remainedundivided (el). The former Fig. -iT.—Fossombronia longiscta (Aust.). A, Section are the yOUng SporOgCnOUSthrough a young tetrad of spores; B, surface view ,, , Ipfff^r thp platpr<= of the wall of a young
RMPG05T8–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. nt THE JUNGERMANNIALES 97 brought about by a periclinal wall in each of the four termifial cells, dividing each into an inner archesporial cell, and an outer wall-cell. (Fig. 47, D.) The capsule wall in Fossombronia is two cells in thickness, except at the apex, where it may be three cells thick. The inner layer of cells, when the capsule is ripe, have irregular thickened bars developed upon the surface of the radial cell- walls. The development of the sporogonium is best known in Pellia epiph
RMMAB33M–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Sphaerocarpus Riella Haplomitrium Blasia Aneura Pellia Metzgeria Fossombronia Jungermaimiae akrogynae Übersicht der Unterordnungen. Unterordnung 1. Anelatereae Goebel. Thallus sehr zart, einschichtig, mit mehrschichtiger Rippe, entweder dorsiventral oder vertikal stehende Achse mit einseitigem Flügel. Sporogone in birnförmige, oben offene Hüllen eingeschlossen, auf sehr kurzem Stiel mit großem Fuß. Wand ein- schichtig, unverdickt, zerfällt später unregelmäßig. Zwischen den Sporen keine Elateren, sondern nur
RM2AWX39G–Text-book of botany, morphological and physiological . er root-hair with thickenings projecting inwards, theseare arranged on a spiral constriction of thecell-wall ; at Z) a thicker root-hair, with thickerbranched projections, and spiral arrangementstill more evident. HEP A TIC.E. 307 depression in the thalloid forms, as well as on the termination of the filiform stemin the leaf-bud of the foliose genera. The form of the apical cell, and its segmen-tation in the thallus of Metzgeria, have been represented in detail in Figs. 99 and 100(p. 120) ; in Aneura and Fossombronia it is also wedge-shape
RMPG05TC–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 44-—Fossombronia longiseta. Development of the archegonium,,longitudinal sec- tion, X525; drawings made by Mr. H- B. Humphrey. is not free, and the central cell is below the level of the super- ficial cells of the thallus. The archegonium neck is short, and the basal part as well as that part of the venter which is free, t^o cells thick (Fig. 40, C). The number of neck cells is sjiiall (apparently about four), but whether the number is con- sjant,<;annpt be stated positively. The femal
RMMAB31G–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . ^ Fig. 225. Fossombronia pusilla. Pflanze mit Sporogon: in der Mitte der Figur eine alte Hülle; bei a einzeln Antheridien. Yerg. ^^. (Original von P. Janzen.) rotvioletten Rhizoiden. Blätter in zwei Reihen, sehr schräg gestellt, auf der Stengeloberseite weit übergreifend, sich unter- schlächtig deckend, fast quadratisch, grasgrün, mit zahnartigen bis breit dreieckigen Lappen, an der Basis zwei- bis dreischichtig, sonst einschichtii!. mit gewellten Rändern. Zellen stets überaus zart- wandig. bei den
RM2AJGDTM–Comprehensive catalogue of Queensland plants, both indigenous and naturalised To which are added, where known, the aboriginal and other vernacular names; with numerous illustrations, and copious notes on the properties, features, &c., of the plants . thus, Nees. squarrosus, Mont. (Fig. 671.) 676 CLIX. HEPATICiE. B.—Frondos/e.Fossombronia, Raddi. papillata, Steph.Aneura, Dumort. multifida, Dumort.—On water-tubs at Bowen Park. (Fig.672.)Noteroclacla, Tayl. confluens, Tayl. (Fig. 673.)Steetzia, Lchm. Lyellii, Nees.Symphyogyna, Mont, et Nees. podophylla, Nees. irregularis, Steph. (Fig. 674.) flabe
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
RMMAB2AY–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz . Fig. 199. Fossombronia L o i 11 e s 1) e rg e r i. S])ore, Vevg, â ""*/! ""d Stück der Kaiisel- waud-lnueiisclncht, Verg. ^'"/,. Die einzigen sicheren, diese Art von der weit verbreiteten F. Wondrac- zeki unterscheidenden Merkmale liegen in den groÃen .Siioren mit weniger zahlreichen Eandzähnen. In dieser Hinsicht steht F. Lnitleshergeri in der Mitte zwischen F. pusilla und F. Wondraczeki. Die Sporogonwand zeigt bei F. Wondraczeki meist nur juinktartige Wandver- dickungen, bei F. L
RM2ANEWRN–Organography of plants, especially of the archegoniatae and spermaphyta . in the Hepaticae. ^ Leaf-born mucilage-papillae occur also in Fossombronia caespitiformis. ^ See Goebel, Morphologische nnd biologische Studien: IV. Ubcr javanische Lebermoose; 2.Calobryum Klumii, Nees, in Ann.iles du Jardin botanique do Buitenzorg, ix(i892), p. 11. I have Fig. 35. Treubia insignis, Goebel.Young plant seen from above. The leavesare not numbered according to age. Thehinder edge of leaf 2 evidently embracesthe point of insertion of the fore edge ofleaf 3. Beside and near the fore edge ofeach leaf stands a
RM2AFMJDF–. The structure and development of mosses and ferns (Archegoniatae). ter the capsule opens(Fig. 45, B, C, m). Seealso Goebel ((21), pp. 325-327. The further develop-ment of spores and ela-ters is similar to that inthe higher Marchantia-cese, and when the cap-sule is mature it opens byfour valves which extendits whole length. - -^ The first division-wallin the embryo of Fos-sombronia longiseta istransverse and divides itinto two somewhat un-equal cells, of which the Fig 46.-Fossombronia longiseta. A Section j^^^^^ ^^^ Smaller Onethrough a young tetrad of spores; B, surface view of the wall of a
RM2AFMNG2–. The structure and development of mosses and ferns (Archegoniatae). Fig. 41.—a, Pallavicinia cylindrica, X4; per, the elongated perianth; B, Aneura pin-natiUda, X6; J, archegonial branches; C-E, Fossombronia longiseta, X4; F, Blasiapusilla, X4. cinaj in vertical section the cell is nearly semicircular, i. e., herethere are but three sets of segments, two lateral ones and abasal one, extending the whole depth of the thallus, and only m THE JUNGERMANNIALE^ 02. Fig. 42.—A, Vertical, B, C, horizontal sections through the apex of Pallaviciniacylindrica; x, apical cell, A, X225; B, C, X450; D, E, P
RM2ANAJA2–Handbook of British Hepaticae : containing descriptions and figures of the indigenous species of Marchantia, Jungermannia, Riccia and Anthoceros . Bot. t. 1775.Fossombronia pusilla, Dum. Rev. Jung. p. 11;Gott. and Rab. Exs. No. 8, 122, 488 ; CookeHep. f. 164. HANDBOOK OF BRITISH HEPATIC/E. 245 Moist banks. (Fr. Aut. Spr.) Growing detached, or thickly matted in patchesof many inches. Stems pro-cumbent, flat, one to three orfour lines long, cylindrical orcompressed, simple, or morerarely once or twice dichoto-mous, Leaves closely placed,obliquely decurrent, horizontal,rather square, waved, cut i
RMRE9K6A–. Contributions from the Hull Botanical Laboratory. Plants. CL.hr. M dUt HAUPT on FOSSOMBRONIA. 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.. Hull Botanical Laboratory. [Chicago : University of Chicago Press
RMRE9K63–. Contributions from the Hull Botanical Laboratory. Plants. BOTANICAL GAZETTE, LXIX PLATE XVIII. HAUPT on FOSSOMBRONIA. 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.. Hull Botanical Laboratory. [Chicago : University of Chicago Press
RMRE9MW2–. Contributions from the Osborn Botanical Laboratory. Plants. BRYOLOGIST VOL. XX, PLAET II. FOSSOMBRONIA LAMELLATA Steph. Figs. I-4. COLOLEJEUNEA SUBCRISTATA Evans. Figs. 5-I4.. 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.. Osborn Botanical Laboratory. [New Haven?] Osborn Botanical Laboratory, Yale University
RMRED6RX–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. Riociaeeen. Marchautiaceen, Marchantiales. Sphaerocarpii>> Antliocerotales.. Fossombronia. Hlasia. Haplomitriuin. akrogyne Jungermanniaeeen. Jungermanniales.. 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.. Rabenhorst, Ludwig, 1806-1881; Grunow, A. (Albert), 1
RMRPXN0X–. Text-book of botany, morphological and physiological. Botany. HEPATIC&. 347 in contrast to the Foliose Hepaticae belonging to the family of Jungermannieae, the vegetative body of which consists of a small slender filiform stem, bearing distinctly differentiated leaves {Jungermannia, Radulai Masiigobryum, Frullania^Lophocoleay &c). Between the thalloid and foliose forms of this family are some which present various stages of transition (as Fossombronia and Blasia), The leaves of all Hepaticae are simple plates of cells, in which even the mid-rib usual in the leaves of Mosses is always
RMRDF3C4–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. 100 MOSSES AND FERNS CHAP, and-these lobes, according to Leitgeb's view, are very simple leaves/ In Fossombronia (Fig. 41, C, D), while the general thallose form is more or less evident, the leaves are unmistak- able, and as their development shows, morphologically the ^me as the leaves of the acrogynous forms. The most re- markable form, however, is Treubia insignis, a very large foliose Liverwort discovered by Goebel in Java. This has all the appearance of a very large acrogynous form, and a
RMRDF3CT–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. FiO. 4i.—Fossombronia longiseta; early stages in the development of the antheridium, X525; drawings made by Mr. H. B. Humphrey.' D, cross-section. In Fossombronia (Fig. 43), which in several respects re- calls Sphcerocarpus or Geothallus, the first divisions in the an- theridium are median ones, so that iij both longitudinal and transverse sections the antheridium appears toibe divided into equal quadrants. The first division, however, is vertical, as it is in Aneura. The archegonia are borne
RMRH9G81–. The botany of Iceland. Botany -- Iceland. 576 A. HESSELBO dium and Fossombronia which were growing here, the thermometer showed as high a temperature as 34° on the surface of the ground. On a slightly damp flat which was covered with a low-growing, dense form of Climacium dendroides, the surface temperature of the ground was 43°. In the more low-lying tracts, where the ground was rather damp, or partially inundated with hot water, there had, in several places, developed a luxuriant vegetation of phanerogams and moss- es, which was, however, often much trodden down. Here, in the boggy parts,
RMRDF3CF–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. Fig. 44-—Fossombronia longiseta. Development of the archegonium,,longitudinal sec- tion, X525; drawings made by Mr. H- B. Humphrey. is not free, and the central cell is below the level of the super- ficial cells of the thallus. The archegonium neck is short, and the basal part as well as that part of the venter which is free, t^o cells thick (Fig. 40, C). The number of neck cells is sjiiall (apparently about four), but whether the number is con- sjant,<;annpt be stated positively. The femal
RMRED3HK–. Dr. L. Rabenhorst's Kryptogamen-Flora von Deutschland, Oesterreich und der Schweiz. Cryptogams -- Germany; Cryptogams -- Austria; Cryptogams -- Switzerland. 812 . Jungerm anni ales. Das nachstehende Entwickehuigsschema darf darum auch nur als Ver- such betrachtet werden. Stammbaum der anakrogynen (thallosen) Jungermannien. Marchantiales. Sphaerocarpus Riella Haplomitrium Blasia Aneura Pellia Metzgeria Fossombronia Jungermaimiae akrogynae Übersicht der Unterordnungen. Unterordnung 1. Anelatereae Goebel. Thallus sehr zart, einschichtig, mit mehrschichtiger Rippe, entweder dorsiventral oder ver
RMRDF3C6–. The structure and development of mosses and ferns (Archegoniatae). Plant morphology; Mosses; Ferns. nt THE JUNGERMANNIALES 97 brought about by a periclinal wall in each of the four termifial cells, dividing each into an inner archesporial cell, and an outer wall-cell. (Fig. 47, D.) The capsule wall in Fossombronia is two cells in thickness, except at the apex, where it may be three cells thick. The inner layer of cells, when the capsule is ripe, have irregular thickened bars developed upon the surface of the radial cell- walls. The development of the sporogonium is best known in Pellia epiph
RMRH2NN8–. The Bryologist. Mosses; Liverworts; Lichens; Botany; Bryology. BRYOLOGIST VOL. XX, PLATE II. FOSSOMBRONIA LAMELLATA Steph. FigS. I-4. CoLOLETEUNEA suBCRiSTATA*Evans. Figs. 5-14.. 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 B
RMRDYAWJ–. Plant life, considered with special references to form and function. Plant physiology. Fig. 64. Fi .65. Fig. 64.—Part of a plant of Blasia pusilla. The flaltfned lobed thallus is the gametophyte; the stalked capsules (one youni<, one bursted) are two sporophytes attached to it. Magnified 4 diam.—After Schiffner. Fig. 65.—Gametophyte and sporophyte of Fossombronia cristata. The thallus is so deeply lobed thai the divisions are usually called leaves. Magnified 15 diam.— After Schiffner.. Please note that these images are extracted from scanned page images that may have been digitally enhanc
RMRDYAWE–. Plant life, considered with special references to form and function. Plant physiology. Fig. 64. Fi .65. Fig. 64.—Part of a plant of Blasia pusilla. The flaltfned lobed thallus is the gametophyte; the stalked capsules (one youni<, one bursted) are two sporophytes attached to it. Magnified 4 diam.—After Schiffner. Fig. 65.—Gametophyte and sporophyte of Fossombronia cristata. The thallus is so deeply lobed thai the divisions are usually called leaves. Magnified 15 diam.— After Schiffner.. Fig. 6''^.—A, a gametophyte of Noteroclada^ with a sporophyte attached. Natural size. /->', a part of
RMRH2NT1–. The Bryologist. Mosses; Liverworts; Lichens; Botany; Bryology. THE BRYOLOGISTV. Vol. XIX September, 1916 No. 5 FOSSOMBRONIA CRISPULA IN THE DUNE REGION OF INDIANA In 1898 two stations were found for a pseudo-foliaceous hepatic which at the time was referred to Fossomhronia crispula Austin. The first of these stations is in the town of Westchester, Porter County, two or three miles eastward from Dune Park, and is in the area "between Dune Park and Mineral Springs, Indi- ana (G. S. Bryan, 1914) " lately given for it by Dr. A. W. Evans in some "Notes on New England Hepaticae"
RMRE3MBD–. A handbook of cryptogamic botany. Cryptogams. 164 MUSCINE^ long fusiform thin-walled cells, marked internally by from one to three brown spiral bands, but more complicated in structure in the foliose than in the thalloid genera. Illustrative genera.—Foliose: Radula (Dum.), Jungermannia (L.), I.ejeunia (G. & L.), Frullania (Radd.), Madotheca (Dum.), Mastigo- bryum (N. ab E.), Calypogeia (Radd.), Lepidozia (Dum.), Plagiochila (Dum.), Geocalyx (N. ab E.), Chiloscyphos (Cord.), Gyrrinomitrium (N. ab E.), Lophocolea (Dum.). Thalloid: Metzgeria (Cord.), Aneura (Dum.), Fossombronia (Radd.), Pel
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
RMRE9K5Y–. Contributions from the Hull Botanical Laboratory. Plants. BOTANICAL GAZETTE, LXIX PLATE XIX. HAUPT on FOSSOMBRONIA. 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.. Hull Botanical Laboratory. [Chicago : University of Chicago Press
RMRE9K7H–. Contributions from the Hull Botanical Laboratory. Plants. BOTANICAL GAZETTE, LXIX PLATE XVI. CL.fr.X.Jd HAUPT on FOSSOMBRONIA. 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.. Hull Botanical Laboratory. [Chicago : University of Chicago Press
RMRE9K83–. Contributions from the Hull Botanical Laboratory. Plants. 1920 HA UPT—FOSSOMBRONIA 322 of his obscurity in explaining the situation, the development of the antheridium would be as represented in fig. 1. Investigation Thallus The vegetative body of Fossombronia cristula is minute, being only 2-4 mm. in length. It is creeping and semi-prostrate, although 5. 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.. Hull Botanical Labo
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