RM2C8FC0G–Dense rimu (conifer) forest meets the sea at Bruce Bay / Mahitahi beach, on the wild southern west coast of New Zealand
RF2R2PF0T–Photo of two bright green evergreen trephoto of two bright green evergreen trees, against a blue sky (dacrydium , thuja orientalis ). Is in my town sq
RM2CJ0E20–. The Horticulturist and journal of rural art and rural taste . carp, the females of a Dammar, the fruit of a Juniper, the seed of a Dacrydium,aiul the habit of a Yew. Its fleshy fruit, composed of consoliihited scales, inclosingnut-like seed, and formint; wliat is technically culled a Ciulbulus, places it nearJuniperus, from which it more especially differs in its anthers not being peltate,. B.—Fructification of Saxe-Gotbaea. nor its fruit composed of a single whorl of perfect scales, and in its ovule havingtwo integuments instead of one. In the last respect, it approaches Podocarpus,and espe
RMPG2JG3–. Morphology of gymnosperms. Gymnosperms; Plant morphology. 342 MORPHOLOGY OF GYMNOSPERMS (figs. 389-391). In Microcachrys (151, 163) the situation in Dacrydium is repeated, three (more frequent) or four prothallial cells appearing, depending upon the division of one or both of the two primary cells (fig. 393); and the prothaUial tissue of Saoce- gothaea (X49) is .exactly the same (figs. 394, 395). In these three genera, the second prothallial cell always divides and the first also may divide, and at pollination three or four free vegetative nuclei are found in the grain. Podocarpus is much mo
RFR9JERF–Close up pine green leaf on summer or Chamaecyparis pisifera - Dacrydium elatum Pine family
RMMCRB0E–. Sfblj. 86: 5öi'"= iii'ö Sti elfritcfjteibengclocirfjie (Phyllocladoideae unb Podocarpoideaej. A) Dacrydium cnpressinum: 1) 3roeig mit lueiblidicrt 0e= fc^tec^täfproffen; 2)3n)eig mit männlichen ÖSc[cf)[cc^täfprofs fen; 3) männlirfie 3d)iippe mit 5poUen)Qcfcn, lu-rgröjjort; 4) 3i»eig mit gnidjt; 5) gruc^t im Sängäfdjnitt. B) Podocarpus cupressina: 1) »tattfpro^; 2) lueiblic^er @e= fdiledjtsifpro^imSäng'jfcIinitt; 3) g-rudjtfpro^; 4) gru^t im Sängäfc^nitt. C) Podocarpus ])olystachya: 1) 3ioeig mit mann[icf)en unb iBeiblii:^enöe[c(;[ed;t§fproficn; 2) mannt. ßcfc^Iectjtäfprop; 3) Schuppe mi
RMGP213N–Lake Matheson near Fox Glacier in the West Coast Region of New Zealand is surrounded by a dense forest with Rimu and Kahikatea.
RFCE57PH–Mountains near Te Anau as seen from the Wilderness Area Scientific Reserve
RM2C8FC0N–Dense rimu (conifer) forest meets the sea at Bruce Bay / Mahitahi beach, on the wild southern west coast of New Zealand
RFCE59C0–Mountains near Te Anau as seen from the Wilderness Area Scientific Reserve
RFC74TJM–Mountains near Te Anau as seen from the Wilderness Area Scientific Reserve
RM2C1D5AJ–Dacrydium balansae Dacrydium balansae.
RM2CEX383–. The vegetable kingdom : or, The structure, classification, and uses of plants, illustrated upon the natural system. Fig. CLXI. Taxus, L.Podocarpus, LHer.Dacrydium, SoLTorreya, Armtt. ICarjotaxus, Zucc.Nageia, Gdrtn.PhyUocladus, L. C. Rich. GENERA. Thalamia, Spreng.Robertia, L. C. Rich.Broumetera, L. C. Rich Cephalotaxus, Zucc.Salisburia, Smith.Ginko, Kampf. Numbers. Gen. 9. Sp. 50. Polypodiaceof.Position.—Gnetacete.—Taxace^.—Pinacese. Fig. CLXI.—Phyllocladus rhomboidalis ; 1. a spike of c^ ; 2. an anther; 3. the inflorescence of the? , with a pair of flowers. 232 GNETACEiE. [Gymnogens. Order
RMPFE621–. The depths of the sea; an account of the general results of the dredging cruises of H.M. SS. 'Porcupine' and 'Lightning' during the summers of 1868, 1869 and 1870, under the scientific direction of Dr. Carpenter, J. Gwyn Jeffreys, and Dr. Wyville Thomson. Porcupine (Ship); Lightning (Ship); Ocean; Marine animals; Deep-sea temperature; Marine sediments. riiAP. IX.] THE DEEP-SEA FAUNA. 465 Mexico. The abyssal niollusca are by no means de- void of colour, though, as a rule, they are paler than those from shallow water. Dacrydium vitreum— a curious little mytiloid shell-fish which makes and inha
RMGP1Y62–Lake Matheson is reflecting the Southern Alps with its highest peaks Mount Cook (right) and Mount Tasman (left).
RM2C8FBYH–Dense rimu (conifer) forest meets the sea at Bruce Bay / Mahitahi beach, on the wild southern west coast of New Zealand
RFCEGD43–Mountains near Te Anau as seen from the Wilderness Area Scientific Reserve
RM2CP3M11–. Transactions and proceedings of the New Zealand Institute . LmM[. 9 D acrydiurn We stlan di c uin T K: rk. TRANS KZ,INSTITUrE,VflLmiX,. OAC/fyo/UM //vr£Mf!7/m, «„ Kirk.—On a revised Arrangement of N.Z. Species of Dacrydium. 387 This species is the yellow silver pine of Westlaud, where it is highlyvalued for its durability. It is occasionally utilized on the Thames Gold-field. Plate XX. Dacrydium intermedium. 1. Sterile branch and leaves natural size. 2. Fertile branchlet enlarged. 3. Longitudinal section of nut enlarged. 3. Dacrydium westlandicum. T. Kirk, MS.; Hook, fil., Icones Plantarum,
RMPG0D85–. Fossil plants : for students of botany and geology . Paleobotany. 160 CONIFERALES (RECENt) [CH. Acmopyle. This generic name was given to an imperfectly investigated New- Caledonian Conifer formerly known as Dacrydium Pancheri. The sessUe, decurrent, falcate leaves on the lateral branches (1—1-6 cm. x 2-5 mm.) are a characteristic feature, those on the main axis being small and scale-like^.. A B Fig. 708. A, Dacrydium elatum. B, Dacrydium araucarioides. (From specimens in the British Museum.) Pherosphaera. The vegetative shoots resemble those of Microcachrys and some Lycopods. The genus is pe
RMGP20GH–Lake Matheson is reflecting the Southern Alps with its highest peaks Mount Cook (right) and Mount Tasman (left).
RM2C8FC21–Dense rimu (conifer) forest meets the sea at Bruce Bay / Mahitahi beach, on the wild southern west coast of New Zealand
RMRDT7AJ–. Beautiful and rare trees & plants. Trees; Shrubs; Plants, Ornamental. DACRYDIUM FRANKLINII.. 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.. Annesley, Hugh Annesley, 5th earl, 1831-1908. London, Pub. at the Offices of "Country Life,"; New York, C. Scribner's Sons
RMPG0D80–. Fossil plants : for students of botany and geology . Paleobotany. XLnr] TAXESTEAE 161 strands, and stomata occur on both surfaces^. The small megastrobili consist of spiral or decussate scales, each with one seed. Miss Young^ mentions the occurrence of tracheids with spiral bands: a single large pit occupies the field of a ray-cell as in Dacrydium Franklini^. The seed in the early stage of development shows signs of a ruminated endosperm. TAXINEAE. The occurrence of spiral bands in the secondary tracheids is a family-character but similar tracheids are not uncommon in other Conifers. Taxus.
RMGP20NA–Lake Matheson is reflecting the Southern Alps with its highest peaks Mount Cook (right) and Mount Tasman (left).
RM2C8FC2C–Dense rimu (conifer) forest meets the sea at Bruce Bay / Mahitahi beach, on the wild southern west coast of New Zealand
RMRJRKPN–. Australia and New Zealand. Natural history; Natural history. 440 COMPENDIUM OF GEOGKAPHY AND THAVEL dwarf-growing, as shown in our illustration, but is some- times near 30 feet high, and is then very graceful. It marks the extreme southern limit of the palm tribe in the southern hemisphere. Pines also, quite unlike ours, belonging to the genera Podocarpus, Dacrydium,. NIKAU TALMS, THE IIUTT, "WELLINGTON. Phyllocladus, and Dammara, abound; but generally the forests are much intermixed, and their chief distinct- ive feature is the abundance and variety of the ferns that grow beneath their
RMPG16JK–. Fossil plants : for students of botany and geology . Paleobotany. 86 LYCOPODIALES [CH. reproduced in fig. 121, B. Such species as L. erythraeum Spring, and others with stiff lanceolate leaves exhibit a striking resemblance to the more slender shoots of some recent conifers, more especially Araucaria excelsa, A. Balansae, Cryptonieria, Dacrydium and other genera.. Fig. 122. Lycopodium squarrosum. The branches of the larger shoot terminate in cones. (From a plant in the Cambridge Botanic Garden. Beduoed.) In Lycopodium tetragonum Hook., (fig. 121, C), a species from the Alpine region of the An
RMGP206N–Lake Matheson is reflecting the Southern Alps with its highest peaks Mount Cook (right) and Mount Tasman (left).
RM2C1D5C2–Dacrydium nidulum de Laub Dacrydium nidulum de Laub.
RMRDH61A–. Morphology of gymnosperms. Gymnosperms; Plant morphology. CONIFERALES (TAXACEAE) 343 much higher number than among the podocarps. The suggestion of a genetic connection between these two tribes will be considered later. The course of spermatogenesis in the podocarps, from the division of the generative cell just before fertilization, presents no unusual features. In Dacrydium (136) it was observed that the generative. Fig. 398.—Phyllocladus alpina: apex of nucellus broken down by numerous pollen tubes; the top of the endosperm also somewhat disorganized; each archegonium is surrounded by a d
RMPG2JGB–. Morphology of gymnosperms. Gymnosperms; Plant morphology. CONIFERALES (TAXACEAE) 341 Ginkgo, but in Phyllocladus the nucleus (or nuclei) becomes free. As a consequence, the spores on the tip of the nucellus are found to contain three or four nuclei, one or two of which are vegetative, and the body cell. In Dacrydium (136) the generative cell is cut. Figs. 392-396.—Pollen grains of several podocarps: stalk, body, and prothaUial cells evident; fig. 392, Phyllocladus alpina, showing an evanescent and a persistent prothaUial cell, also stalk, body, and tube cells; X950; after Miss Yotjng (174);
RMGP20AX–Lake Matheson is reflecting the Southern Alps with its highest peaks Mount Cook (right) and Mount Tasman (left).
RM2C1D57G–Dacrydium laxifolium Hook f Dacrydium laxifolium Hook f.
RMRDYEW9–. A textbook of botany for colleges and universities ... Botany. SPERMATOPHYTES 217. Fig. 4S0. — Male gametophyte of Dacrydium (one of the podo- carps) at shedding stage of pollen, showing foiir vegetative cells, stalk and body cells (formed by the generative cell), and the tube nucleus. — After Miss Young. there is much nucellar tissue to be traversed before the female gameto- phyte with its archegonia is reached. For the first time, the pollen tube acts as a carrier of the male cells, the body cell, which is to divide, entering the tube and remaining near its tip as it ad- vances through the
RMPG16FP–. Fossil plants : for students of botany and geology . Paleobotany. 116 CONIFBRALES (KECENT) [CH.. Fig. 684. A, B, C, microspores of Podocarpus Toiara (A), Pinus Laricio (B), Micro- cachrys tetragona (C). D, E, miorosporophylls of Torreya californica (D) and Abies alba (E). Megasporophylls etc. of Podocarpus spicala (F); P. Totara (G), o, ovule ; P. neriifolia (H); P. imbricafa (I), o, ovule; Cunninglmmia sinensis (K), m, membrane; Gryptomeria (L, M). N, 0, megastrobilus and seed of Athroiaxis laxifoUa. P, megasporophyll and seed of Dacrydium Balansae; a, epimatium. Q, seed of Gupressus semper
RM2C1D5CK–Dacrydium pectinatum de Laub Dacrydium pectinatum de Laub.
RMREFEHJ–. Comparative anatomy of the vegetative organs of the phanerogams and ferns. Plant anatomy; Phanerogams; Ferns. 442 PRIMARF ARRANGEMENT OF TISSUES. Taxineae, the genera Saxegothea, Dacrydium, Podocarpus (excepting the section Nageia), and Tsiiga with exception of T. Douglasii Carr.—there is one constant resin-passage between the bundle and the epidermis of the lower surface of the leaf, either close to the latter, often as a keel or ridge projecting outwards as in species of Juniperus, Thuja, and Biota, or deeply embedded near to the bundle, as in Cunninghamia (Fig. 191). Besides these there a
RMPFE61G–. The depths of the sea. An account of the general results of the dredging cruises of H.M. SS. Porcupine and Lightning during the summers of 1868, 1869 and 1870, under the scientific direction of Dr. Carpenter, F.R.S., J. Gwyn Jeffreys, F.R.S., and Dr. Wyville Thomson, F.R.S. Lightning (Ship); Ocean; Marine animals; Deep-sea temperature; Deep-sea desposits; Porcupine (Ship). CHAP. IX.] THE DEEP-SEA FAUNA. 4 (J 5 Mexico. The abyssal mollusca are by no means de- void of colour, though, as a rule, they are paler than those from shallow water. Dacrydium vltreamâ a curious little mytiloid shell-fis
RM2C1MAN5–Dacrydium bidwillii Hook f ex Kirk Dacrydium bidwillii Hook f ex Kirk.
RMRDYEW6–. A textbook of botany for colleges and universities ... Botany. Fig. 4S0. — Male gametophyte of Dacrydium (one of the podo- carps) at shedding stage of pollen, showing foiir vegetative cells, stalk and body cells (formed by the generative cell), and the tube nucleus. — After Miss Young. there is much nucellar tissue to be traversed before the female gameto- phyte with its archegonia is reached. For the first time, the pollen tube acts as a carrier of the male cells, the body cell, which is to divide, entering the tube and remaining near its tip as it ad- vances through the tip of the nucellus
RM2C1D5C9–Dacrydium kirkii F Muell ex Parl Dacrydium kirkii F Muell ex Parl.
RMRDBBNC–. Fossil plants : for students of botany and geology . Paleobotany. XLIX] PHYLLOCLADITES 413 pft*" by a flat border and it may be that the latter is the impression of a sarcotesta. Another possible interpre- tation is that the oval bodies are seeds in intimate association with fertile bracts. The strobilus bears a close resemblance to Stachyotaxus elegans Nath.i from the Khaetic of Sweden compared by the author of the species with an ovuliferous shoot of Podocarjms spicata and Dacrydium FranJdini and believed to be allied to the recent genus Dacrydium, a view upheld by Miss Gibbs^ in her
RM2C1CAPE–Dacrydium fonckii Phil Benth Hook f Dacrydium fonckii Phil Benth Hook f.
RMRDH61D–. Morphology of gymnosperms. Gymnosperms; Plant morphology. 342 MORPHOLOGY OF GYMNOSPERMS (figs. 389-391). In Microcachrys (151, 163) the situation in Dacrydium is repeated, three (more frequent) or four prothallial cells appearing, depending upon the division of one or both of the two primary cells (fig. 393); and the prothaUial tissue of Saoce- gothaea (X49) is .exactly the same (figs. 394, 395). In these three genera, the second prothallial cell always divides and the first also may divide, and at pollination three or four free vegetative nuclei are found in the grain. Podocarpus is much mo
RM2C1MAN2–Dacrydium elatum Roxb Wall ex Hook Dacrydium elatum Roxb Wall ex Hook.
RMRHD71E–. The book of hardy flowers; a simple and complete descriptive guide to the cultivation in gardens of the trees and shrubs, perennial and annual flowers, that are hardy, or are suitable for planting out-of-doors in summer in temperate countries. Floriculture. 142 THE BOOK OF HARDY FLOWERS the season to an end. The var. alba has white flowers, and bicolor bears red and white flowers on the same stalk. Dacrydium.—This is a small group of Conifers (Natural Order Coniferae), the four introduced kinds being natives of New Cale- donia, New Zealand, Malaya, and Tasmania respectively. All are tender
RMRE2HF6–. Morphology of spermatophytes. [Part I. Gymnosperms]. Gymnosperms; Plant morphology. 106 MORPHOLOGY OP SPBRMATOPHYTES and Ginkgo; while in Taxus, Dacrydium, and Microcachrys the hard coat is surrounded by a fleshy ariL The dry seeds are also frequently winged, either by an outgrowth from the testa or by flakes split from the ovuliferous scales. Changes following fertilization also occur beyond the bound- aries of the seed, and result in a more or less definite fruit.. Fig. 81.—Araucaria Brasiliana: A, a proembryo filling the entire oaspore, only the shaded cells belonging to the embryo proper
RMRDBC6Y–. Fossil plants : for students of botany and geology . Paleobotany. XLnr] TAXESTEAE 161 strands, and stomata occur on both surfaces^. The small megastrobili consist of spiral or decussate scales, each with one seed. Miss Young^ mentions the occurrence of tracheids with spiral bands: a single large pit occupies the field of a ray-cell as in Dacrydium Franklini^. The seed in the early stage of development shows signs of a ruminated endosperm. TAXINEAE. The occurrence of spiral bands in the secondary tracheids is a family-character but similar tracheids are not uncommon in other Conifers. Taxus.
RMRDBC7B–. Fossil plants : for students of botany and geology . Paleobotany. 160 CONIFERALES (RECENt) [CH. Acmopyle. This generic name was given to an imperfectly investigated New- Caledonian Conifer formerly known as Dacrydium Pancheri. The sessUe, decurrent, falcate leaves on the lateral branches (1—1-6 cm. x 2-5 mm.) are a characteristic feature, those on the main axis being small and scale-like^.. A B Fig. 708. A, Dacrydium elatum. B, Dacrydium araucarioides. (From specimens in the British Museum.) Pherosphaera. The vegetative shoots resemble those of Microcachrys and some Lycopods. The genus is pe
RMRDH61J–. Morphology of gymnosperms. Gymnosperms; Plant morphology. CONIFERALES (TAXACEAE) 341 Ginkgo, but in Phyllocladus the nucleus (or nuclei) becomes free. As a consequence, the spores on the tip of the nucellus are found to contain three or four nuclei, one or two of which are vegetative, and the body cell. In Dacrydium (136) the generative cell is cut. Figs. 392-396.—Pollen grains of several podocarps: stalk, body, and prothaUial cells evident; fig. 392, Phyllocladus alpina, showing an evanescent and a persistent prothaUial cell, also stalk, body, and tube cells; X950; after Miss Yotjng (174);
RMRDBCFA–. Fossil plants : for students of botany and geology . Paleobotany. 86 LYCOPODIALES [CH. reproduced in fig. 121, B. Such species as L. erythraeum Spring, and others with stiff lanceolate leaves exhibit a striking resemblance to the more slender shoots of some recent conifers, more especially Araucaria excelsa, A. Balansae, Cryptonieria, Dacrydium and other genera.. Fig. 122. Lycopodium squarrosum. The branches of the larger shoot terminate in cones. (From a plant in the Cambridge Botanic Garden. Beduoed.) In Lycopodium tetragonum Hook., (fig. 121, C), a species from the Alpine region of the An
RMRDBCCX–. Fossil plants : for students of botany and geology . Paleobotany. 116 CONIFBRALES (KECENT) [CH.. Fig. 684. A, B, C, microspores of Podocarpus Toiara (A), Pinus Laricio (B), Micro- cachrys tetragona (C). D, E, miorosporophylls of Torreya californica (D) and Abies alba (E). Megasporophylls etc. of Podocarpus spicala (F); P. Totara (G), o, ovule ; P. neriifolia (H); P. imbricafa (I), o, ovule; Cunninglmmia sinensis (K), m, membrane; Gryptomeria (L, M). N, 0, megastrobilus and seed of Athroiaxis laxifoUa. P, megasporophyll and seed of Dacrydium Balansae; a, epimatium. Q, seed of Gupressus semper
RMRE5ENN–. The Eastern Bering Sea Shelf : oceanography and resources / edited by Donald W. Hood and John A. Calder. Oceanography Bering Sea.. 176° 172° 168° 164° 160° 156°. Figure 66-7. Infaunal stations occupied in the eastern Bering Sea, May 1976. Nucula tenuis Nuculana fossa Yoldia amygdalea Y. myalis Y. scissurata Y. montereyensis Musculus niger Dacrydium vitreum TABLE 66-3 Thirty-three species of bivalve mollusks collected on the southeastern Bering Sea shelf by van Veen grab and pipe dredge (Feder et al. 1980) Thyasira flexuosa Clinocardium ciliatum Axinopsida serricata C. fucanum Diplodonta aleu
RMRMRR0B–. Annali del Museo civico di storia naturale Giacomo Doria. Natural history. 26) Nucula tenuis (Montagu) var. aegeensis Forbes 27) Leda lucida Sars 28) Leda pygmaea Loven 29) Malletia ohtusa (Sars) var. strida (Locard) 30) Area frielei Jeffreys 31) Area obliqua Philipp! 32) Dacrydium vitreum (Holboll) 33) Pro- peamussiuin lucidum (Jeffreys) 34) Chlamys similis (Laskey) 35) Isomonia allerti (Dautz. & Fischer) 36) Astarte triangularis (Montagu) 37) Kelly ella miliar is (Phi- lippi).. Please note that these images are extracted from scanned page images that may have been digitally enhanced fo
RMRPWJ4D–. Allan Hancock Pacific expeditions. [Reports]. Scientific expeditions. 82 ALLAN HANCOCK PACIFIC EXPEDITIONS VOL. 27. a, Dacrydium pacificum Dall, Sta. 6820, San Diego trough, shell In outer, left lateral view, x 11; b, same, shell seen from within, X 13; c, connected valves seen in posterior edge, x 13 ; d, Lyonsiella alaskana Dall, Sta. 6852, Coronado canyon, shell in exterior view, x 11; e. Gastropod egg capsule attached to a rock, Sta. 6805, Santa Cruz canyon, x 0.92.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability
RMRD0CA8–. The depths of the sea; an account of the general results of the dredging cruises of H.M. SS. 'Porcupine' and 'Lightning' during the summers of 1868, 1869 and 1870, under the scientific direction of Dr. Carpenter, J. Gwyn Jeffreys, and Dr. Wyville Thomson. Porcupine (Ship); Lightning (Ship); Ocean; Marine animals; Deep-sea temperature; Marine sediments. riiAP. IX.] THE DEEP-SEA FAUNA. 465 Mexico. The abyssal niollusca are by no means de- void of colour, though, as a rule, they are paler than those from shallow water. Dacrydium vitreum— a curious little mytiloid shell-fish which makes and inha
RMRD0C9W–. The depths of the sea. An account of the general results of the dredging cruises of H.M. SS. Porcupine and Lightning during the summers of 1868, 1869 and 1870, under the scientific direction of Dr. Carpenter, F.R.S., J. Gwyn Jeffreys, F.R.S., and Dr. Wyville Thomson, F.R.S. Lightning (Ship); Ocean; Marine animals; Deep-sea temperature; Deep-sea desposits; Porcupine (Ship). CHAP. IX.] THE DEEP-SEA FAUNA. 4 (J 5 Mexico. The abyssal mollusca are by no means de- void of colour, though, as a rule, they are paler than those from shallow water. Dacrydium vltreamâ a curious little mytiloid shell-fis
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