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Halimeda tuna Stock Photos and Images
RM2H9H0CK–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, with ectoparasitic copepod, Tamariu, Costa Brava, spain, Mediterranean Sea
RM2A7CB60–Halimeda tuna algae or Monnaie de Poseidon. Illustration unsigned (George Shaw and Frederick Nodder). Handcolored copperplate engraving from George Shaw and Frederick Nodder's 'The Naturalist's Miscellany' 1794. Frederick Polydore Nodder (17511801?) was a gifted natural history artist and engraver. Nodder honed his draftsmanship working on Captain Cook and Joseph Banks' Florilegium and engraving Sydney Parkinson's sketches of Australian plants. He was made 'botanic painter to her majesty' Queen Charlotte in 1785. Nodder also drew the botanical studies in Thomas Martyn's Flora Rustica (1792)
RF2BTGPW9–Halimeda tuna is a species of green macroalgae. Halimeda tuna is the type species of the genus Halimeda, vintage line drawing or engraving illustratio
RMP6B55N–Halimeda tuna algae or Monnaie de Poseidon. Illustration unsigned (George Shaw and Frederick Nodder). Handcolored copperplate engraving from George Shaw and Frederick Nodder's 'The Naturalist's Miscellany' 1794. Frederick Polydore Nodder (17511801?) was a gifted natural history artist and engraver. Nodder honed his draftsmanship working on Captain Cook and Joseph Banks' Florilegium and engraving Sydney Parkinson's sketches of Australian plants. He was made 'botanic painter to her majesty' Queen Charlotte in 1785. Nodder also drew the botanical studies in Thomas Martyn's Flora Rustica (1792) a
RMREA5C3–. Contributions from the New York Botanical Garden. Plants. Bull. Torrey Club Volume 34, plate 25. 1-10 HALIMEDA TUNA (Ell & Soland) Lamour. 11.20 HALIMEDA DISCOIDEA Decaisne.. 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.. New York Botanical Garden. New York : The Garden
RMRX7AC0–The ecology of deep and The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983 ecologyofdeepsha00work Year: 1983 (29) Reef Flot Reef Slope! I -IOm) Reef Slope (30-40m) (39) (30) CARRIE BOW BELIZE LIGHTHOUSE BELIZE BECERRO HONDURAS ® CARRIE BOW, BELIZE (24h) i pjpiNa sanctae-cbuos 2 ACANTHOPHOBA SPEClFERA 3 LAURENCIA INTRICATA 4 HALIMEDA TUNA 5 LIAGORA Sp. 6 SABGASSUM POLfCEBATIUM 7 5TYP0P0DIUM ZONALE 8 CRYPTONEMIA CBENULATA 9 HALIMEDA OISCOIDEA 10 HALIMEDA GOBEAUII 11 BHIPO
RMMEJY3P–. Die Algen, Moose und Farnpflanzen. . Saf. XIII. 1. Caulerpa macrodisca. 2. C. prolifera, Steil eine3 2äng§?tf)nitte§ burd) ein S3latt. 3. Udotea Desfontainei, Sruf&au be§ 5Tf)aHu§ burd) ^ersiuei» gung ber ,8elte. 4. Halimeda Tuna. 5. Bryopsis cupressoides, bie unteren äSer^rueigungen ^uSporangteu umgebilbet. 6—11. Vaucheria sessilis: . Spor» angiunt, 7. bie Sdpuärmfpore ausfdjlüpfenb, 8. (Sdpuärmjpore, 9. Seil ber* felben, ©eißeln, Herne unb (Srjromatopfjoren aeigenb, 10. öogonium (o) uub IHntfjeribium (a), luärjreub ber 95efrud)tung, 11. befrutfjtete (ftselle, (Eiern unb ©permaferu. gel
RM2H9H0CP–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, Tamariu, Costa Brava, Spanien, Mittelmeer, spain, Mediterranean Sea
![. Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Halimeda. Fig. 1. Halimeda tuna, as Opuntia marina in Parkinson's "Theatrum Botanicum", 1640. (Photograph by the British Museum (Natural History).) The discovery of other species, in the intervening years, has shown that the genus is not always dainty and the descriptive terminology has grown accordingly. Nevertheless, the overall appearance of the genus is characteristic, and whether one first encounters it while swimming in a coral reef, or examining an array of dried herbarium specimens, it can be id Stock Photo](https://c8.alamy.com/comp/RR2R1A/advances-in-marine-biology-volume-17-coral-fisheries-ecology-and-taxonomy-of-halimeda-fig-1-halimeda-tuna-as-opuntia-marina-in-parkinsons-quottheatrum-botanicumquot-1640-photograph-by-the-british-museum-natural-history-the-discovery-of-other-species-in-the-intervening-years-has-shown-that-the-genus-is-not-always-dainty-and-the-descriptive-terminology-has-grown-accordingly-nevertheless-the-overall-appearance-of-the-genus-is-characteristic-and-whether-one-first-encounters-it-while-swimming-in-a-coral-reef-or-examining-an-array-of-dried-herbarium-specimens-it-can-be-id-RR2R1A.jpg ". Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Halimeda. Fig. 1. Halimeda tuna, as Opuntia marina in Parkinson's "Theatrum Botanicum", 1640. (Photograph by the British Museum (Natural History).) The discovery of other species, in the intervening years, has shown that the genus is not always dainty and the descriptive terminology has grown accordingly. Nevertheless, the overall appearance of the genus is characteristic, and whether one first encounters it while swimming in a coral reef, or examining an array of dried herbarium specimens, it can be id Stock Photo")
RMRR2R1A–. Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Halimeda. Fig. 1. Halimeda tuna, as Opuntia marina in Parkinson's "Theatrum Botanicum", 1640. (Photograph by the British Museum (Natural History).) The discovery of other species, in the intervening years, has shown that the genus is not always dainty and the descriptive terminology has grown accordingly. Nevertheless, the overall appearance of the genus is characteristic, and whether one first encounters it while swimming in a coral reef, or examining an array of dried herbarium specimens, it can be id
RMRYH723–The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983 ecologyofdeepsha00work Year: 1983 (29) Reef Flot Reef Slope! I -IOm) Reef Slope (30-40m) (39) (30) CARRIE BOW BELIZE LIGHTHOUSE BELIZE BECERRO HONDURAS ® CARRIE BOW, BELIZE (24h) i pjpiNa sanctae-cbuos 2 ACANTHOPHOBA SPEClFERA 3 LAURENCIA INTRICATA 4 HALIMEDA TUNA 5 LIAGORA Sp. 6 SABGASSUM POLfCEBATIUM 7 5TYP0P0DIUM ZONALE 8 CRYPTONEMIA CBENULATA 9 HALIMEDA OISCOIDEA 10 HALIMEDA GOBEAUII 11 BHIPOCEPHALUS PHOENIX 12 L0
RMMAADP6–. The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983 . (29) Reef Flot Reef Slope! I -IOm) Reef Slope (30-40m) (39) (30) CARRIE BOW BELIZE LIGHTHOUSE BELIZE BECERRO HONDURAS ® CARRIE BOW, BELIZE (24h) i pjpiNa sanctae-cbuos 2 ACANTHOPHOBA SPEClFERA 3 LAURENCIA INTRICATA 4 HALIMEDA TUNA 5 LIAGORA Sp. 6 SABGASSUM POLfCEBATIUM 7 5TYP0P0DIUM ZONALE 8 CRYPTONEMIA CBENULATA 9 HALIMEDA OISCOIDEA 10 HALIMEDA GOBEAUII 11 BHIPOCEPHALUS PHOENIX 12 L080PH0BA VABIEGATA D LIGHTHOUSE, B
RM2H9H0CC–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, Tamariu, Costa Brava, Spanien, Mittelmeer, spain, Mediterranean Sea
RMREA5BG–. Contributions from the New York Botanical Garden. Plants. Bull. Torrey Club VULUMK 34, PLATE 2ti. I and 2 HALIMEDA TUNA (E11.& Soland) I>amour. 3-7 HALIMEDA TRIDENS (Ell & Soland) l.amour. 8-25 AVRAINVILLEA NKJklCANS Decaisne.. 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.. New York Botanical Garden. New York : The Garden
RMMAADP2–. The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983 . © BECERRO, HONDURAS (l.75h) 0 20 40 60 BO I ACANTHOPHOBA SPICIFEBA 100 LAUBENCIA PAPILLOSA TUBBINABIA TRICOSTATA HALIMEOA OISCOIDEA HALIMEDA TUNA PADINA Sp BHIPOCEPHALUS OBLONGUS STTPOPODIUM 20NALE 4-12 4-12 4-12 -3 -3 -3 -3 -3 -3 -3 -3 -3 6- 6 6 8 8 1-3 1-3 1-5 1-5 I 12 12 12 12 12 11,12 11,12 11,12 12 5 8 â 9 REEF FLAT REEF SLOPE (I-IOm) , 2 . 2 - 3 - 3 -3 1REEF SLOPE (30-40m) Fig. 1. The mean % of Thalassia eaten
RM2H9H0C9–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, Tamariu, Costa Brava, Spanien, Mittelmeer, spain, Mediterranean Sea
RMRDYY5X–. The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983. Coral reef ecology. (29) Reef Flot Reef Slope! I -IOm) Reef Slope (30-40m) (39) (30) CARRIE BOW BELIZE LIGHTHOUSE BELIZE BECERRO HONDURAS ® CARRIE BOW, BELIZE (24h) i pjpiNa sanctae-cbuos 2 ACANTHOPHOBA SPEClFERA 3 LAURENCIA INTRICATA 4 HALIMEDA TUNA 5 LIAGORA Sp. 6 SABGASSUM POLfCEBATIUM 7 5TYP0P0DIUM ZONALE 8 CRYPTONEMIA CBENULATA 9 HALIMEDA OISCOIDEA 10 HALIMEDA GOBEAUII 11 BHIPOCEPHALUS PHOENIX 12 L080PH0BA VABIEG
RM2H9H0CY–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, with ectoparasitic copepod, Tamariu, Costa Brava, spain, Mediterranean Sea
RMRDYY5W–. The ecology of deep and shallow coral reefs : results of a workshop on coral reef ecology held by the American Society of Zoologists, Philadelphia, Pennsylvania, December 1983. Coral reef ecology. (29) Reef Flot Reef Slope! I -IOm) Reef Slope (30-40m) (39) (30) CARRIE BOW BELIZE LIGHTHOUSE BELIZE BECERRO HONDURAS ® CARRIE BOW, BELIZE (24h) i pjpiNa sanctae-cbuos 2 ACANTHOPHOBA SPEClFERA 3 LAURENCIA INTRICATA 4 HALIMEDA TUNA 5 LIAGORA Sp. 6 SABGASSUM POLfCEBATIUM 7 5TYP0P0DIUM ZONALE 8 CRYPTONEMIA CBENULATA 9 HALIMEDA OISCOIDEA 10 HALIMEDA GOBEAUII 11 BHIPOCEPHALUS PHOENIX 12 L080PH0BA VABIE
RM2H9H0CF–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, Tamariu, Costa Brava, Spanien, Mittelmeer, spain, Mediterranean Sea
![. Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Holimeda 137 p. 85, Plate 45, Figs 1-2; Egerod (1952), p. 398, Plate 38, Pigs 19b-d; Hillis (1959), p. 352, Plates 2, 5-8, 11. Holimeda discoidea v. platyloba Borgesen (1911), p. 134, Fig. 3; Borgesen (1913), p. 107, Fig. 86. Halimeda discoidea f. intermedia Gilbert (1947), p. 126. Halimeda discoidea f. subdigitata Gilbert (1947), p. 125. Halimeda tuna Barton (1901), p. II p.p. ? Halimeda cuneata f. digitata Barton (1901), p. 16, Plate 2, Fig. 9. ^' r ^'^ ^ ^ -c^ ih ?. -' ^'^'^-^^^ fc ^ " J' '. Fig. Stock Photo](https://c8.alamy.com/comp/RR298B/advances-in-marine-biology-volume-17-coral-fisheries-ecology-and-taxonomy-of-holimeda-137-p-85-plate-45-figs-1-2-egerod-1952-p-398-plate-38-pigs-19b-d-hillis-1959-p-352-plates-2-5-8-11-holimeda-discoidea-v-platyloba-borgesen-1911-p-134-fig-3-borgesen-1913-p-107-fig-86-halimeda-discoidea-f-intermedia-gilbert-1947-p-126-halimeda-discoidea-f-subdigitata-gilbert-1947-p-125-halimeda-tuna-barton-1901-p-ii-pp-halimeda-cuneata-f-digitata-barton-1901-p-16-plate-2-fig-9-r-c-ih-fc-quot-j-fig-RR298B.jpg ". Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Holimeda 137 p. 85, Plate 45, Figs 1-2; Egerod (1952), p. 398, Plate 38, Pigs 19b-d; Hillis (1959), p. 352, Plates 2, 5-8, 11. Holimeda discoidea v. platyloba Borgesen (1911), p. 134, Fig. 3; Borgesen (1913), p. 107, Fig. 86. Halimeda discoidea f. intermedia Gilbert (1947), p. 126. Halimeda discoidea f. subdigitata Gilbert (1947), p. 125. Halimeda tuna Barton (1901), p. II p.p. ? Halimeda cuneata f. digitata Barton (1901), p. 16, Plate 2, Fig. 9. ^' r ^'^ ^ ^ -c^ ih ?. -' ^'^'^-^^^ fc ^ " J' '. Fig. Stock Photo")
RMRR298B–. Advances in marine biology: volume 17. Coral fisheries. ECOLOGY AND TAXONOMY OF Holimeda 137 p. 85, Plate 45, Figs 1-2; Egerod (1952), p. 398, Plate 38, Pigs 19b-d; Hillis (1959), p. 352, Plates 2, 5-8, 11. Holimeda discoidea v. platyloba Borgesen (1911), p. 134, Fig. 3; Borgesen (1913), p. 107, Fig. 86. Halimeda discoidea f. intermedia Gilbert (1947), p. 126. Halimeda discoidea f. subdigitata Gilbert (1947), p. 125. Halimeda tuna Barton (1901), p. II p.p. ? Halimeda cuneata f. digitata Barton (1901), p. 16, Plate 2, Fig. 9. ^' r ^'^ ^ ^ -c^ ih ?. -' ^'^'^-^^^ fc ^ " J' '. Fig.
RM2H9H0CB–Gestreifte Dickkolbenschnecke, crested aeolis, Antiopella cristata, Tamariu, Costa Brava, Spanien, Mittelmeer, spain, Mediterranean Sea
RMRJX7KW–. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. 25 <0 to 1 J00 80 60 40 20. 10.00 -/3.00 16.00-18.00 7.00-9.00 n=6 0 100 PAP. 200 300 400 h E m'2-5-' Figure 1 (A). Daily variations in light dependence of marine plant photosynthesis (P vs. I curve). A, shallow water plants, 0 - 0.5 m depth, 100 - 90 % PAR (Dictyosphaeria cavernosa, Caulerpa cupressoides, Hypnea spinella, Sargassum cristaefolium). B, plants of medium depth, 10 - 15 m, 30 - 15 % PAR {Caulerpa sp., Codium tomentosum, Halimeda tuna, Avrainvillea amadelpha, Halimeda gracilis).. Please note tha
RMRGMY2C–. Bulletin de la Société géologique de France. Geology. FiG. 1. â Rameau de Ha.lim.eda, in- Fig. 2. â Rameau de Halimeda tuna crassata Lamx. (actuel), gr. nat. Lamx. (actuel), gr. nat. (d'après Barton, loc. cit.). Le thalle, malgré sa complexité, est continu (c'est d'ailleurs la règle chez les Siphonées), c'est-à -dire qu'il ne présente aucune cloison transversale. Il se compose : 1° d'un faisceau central de filaments' ramifiés, qui va de la racine au sommet de la plante, traversant tous les articles suivant leur axe et donnant naissance latéralement, dans chaque article, à autant
RMRCPRYT–. Die Algen, Moose und Farnpflanzen.. 52 SWgen. au3 langgrjlinbrifdjen, t)ie(facf) öerglüeigtcn 3d)(äucfjcn auf, bie faft nacl) 2(rt ber gäben eines ®etoebe3 burdjeinanber- geflochten finb uub nur äugen frei luerbeu. ISs eutftcijeu cl)ara!terifttfd) gemattete ®ebi(be, in bie üte(facl) Äalf ein*. Saf. XIII. 1. Caulerpa macrodisca. 2. C. prolifera, Steil eine3 2äng§?tf)nitte§ burd) ein S3latt. 3. Udotea Desfontainei, Sruf&au be§ 5Tf)aHu§ burd) ^ersiuei» gung ber ,8elte. 4. Halimeda Tuna. 5. Bryopsis cupressoides, bie unteren äSer^rueigungen ^uSporangteu umgebilbet. 6—11. Vaucheria sessilis:
RMRH9M7R–. Botanisk tidsskrift. Botany; Plants; Plants. - 135 — fied. As to the anatomical characters var. platyloba agrees very well with var. typica, only the peripheral utricles seen from above seem to be a little larger in this form than in var. typica. Com- pared with var. platydisca of H. Tuna in external habit the two forms show great agreement, nevertheless some lesser differences are present; of these may be mentioned that the thallus is thinner,. Fig. 3. Halimeda discoidea Deeaisne var. platyloba nov. var. A young plant with new joints above. About 1 :1. more greenish and less calcified in va
![. Advances in marine biology: volume 17. Coral fisheries. .Holdfast of a ""TapSas*-— Holdfast of branched few loose filaments; >^-^^^^;-^^^ filaments which form usually several on a mat which fixes onto a plant ""ocks SPRAWLER ROCK-GROWER (eg. H. opuntia) (eg.H. tuna) Segment Node (juncture of Segments) Holdfast of branched filaments and adhering particles of sand SAND-GROWER (eg. H.incrassata) Fig. 2. Basic parts of a Halimeda, and the three main types of holdfast. ThalU which sprawl over rock or sand usually have a number of places of attachment, provided by a few loos Stock Photo](https://c8.alamy.com/comp/RR2R0G/advances-in-marine-biology-volume-17-coral-fisheries-holdfast-of-a-quotquottapsas-holdfast-of-branched-few-loose-filaments-gt-filaments-which-form-usually-several-on-a-mat-which-fixes-onto-a-plant-quotquotocks-sprawler-rock-grower-eg-h-opuntia-egh-tuna-segment-node-juncture-of-segments-holdfast-of-branched-filaments-and-adhering-particles-of-sand-sand-grower-eg-hincrassata-fig-2-basic-parts-of-a-halimeda-and-the-three-main-types-of-holdfast-thalu-which-sprawl-over-rock-or-sand-usually-have-a-number-of-places-of-attachment-provided-by-a-few-loos-RR2R0G.jpg ". Advances in marine biology: volume 17. Coral fisheries. .Holdfast of a ""TapSas*-— Holdfast of branched few loose filaments; >^-^^^^;-^^^ filaments which form usually several on a mat which fixes onto a plant ""ocks SPRAWLER ROCK-GROWER (eg. H. opuntia) (eg.H. tuna) Segment Node (juncture of Segments) Holdfast of branched filaments and adhering particles of sand SAND-GROWER (eg. H.incrassata) Fig. 2. Basic parts of a Halimeda, and the three main types of holdfast. ThalU which sprawl over rock or sand usually have a number of places of attachment, provided by a few loos Stock Photo")
RMRR2R0G–. Advances in marine biology: volume 17. Coral fisheries. .Holdfast of a ""TapSas*-— Holdfast of branched few loose filaments; >^-^^^^;-^^^ filaments which form usually several on a mat which fixes onto a plant ""ocks SPRAWLER ROCK-GROWER (eg. H. opuntia) (eg.H. tuna) Segment Node (juncture of Segments) Holdfast of branched filaments and adhering particles of sand SAND-GROWER (eg. H.incrassata) Fig. 2. Basic parts of a Halimeda, and the three main types of holdfast. ThalU which sprawl over rock or sand usually have a number of places of attachment, provided by a few loos
Search Results for Halimeda tuna Stock Photos and Images (33)
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