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Haeckeli Stock Photos and Images
RM2JCJ54Y–The sand Anemone, Actinostephanus haeckeli, is also known as a branching tube anemone, Komodo National Park, Indonesia. This anemone mainly inhabits s
RM2BNE9DR–Snake sea anemone (Actinostephanus haeckeli) with Magnificent shrimp (Ancylomenes magnificus) Lembeh, Sulawesi, Indonesia.
RM2BNE9BX–Snake sea anemone or Haeckels anemone (Actinostephanus haeckeli) with Magnificent shrimps (Periclemens magnifica) Lembeh, Sulawesi, Indonesia.
RM2BNE9E1–Snake sea anemone or Haeckels anemone (Actinostephanus haeckeli) with Magnificent shrimps (Ancylomenes magnificus) Lembeh, Sulawesi, Indonesia.
RM2M0J0B8–natural science museumi: kalligramma haeckeli fossil insect, solnhofen german, bergamo, italy
RM2RF1206–Haeckeli Anemone, Actinostephanus haeckeli, Hairball dive site, Lembeh Straits, Sulawesi, Indonesia
RF2N4NABC–Magnificent Anemone Shrimp, Ancylomenes magnificus, on Haeckeli Anemone, Actinostephanus haeckeli, with Foraminifera shell, Foraminifera Subphylum, Me
RM2R6DAMF–Haeckeli Anemone, Actinostephanus haeckeli, night dive, TK1 dive site, Lembeh Straits, Sulawesi, Indonesia
RM2R8MTPJ–Haeckeli Anemone, Actinostephanus haeckeli, Secret Bay dive site, Gilimanuk, Bali, Indonesia
RF2E3WD4Y–Actinostephanus haeckeli - Haeckels Sandanemone, Lembeh Street, Sulawesi, Indonesien, Bitung
RM2RH4AKP–Sand Anemone, Actinostephanus haeckeli, on black sand, Joleha dive site, Lembeh Straits, Sulawesi, Indonesia
RMTR6BHB–Snake Sea Anemone (Actinostephanus haeckeli), on the ocean bed, side view, Philippines, Southern Leyte, Panaon Island, Pintuyan
RF2GP0BB5–Actinostephanus haeckeli - Haeckels Sandanemone, Lembeh Street, Sulawesi, Indonesien, Bitung
RM2JEGJW4–Kalligramma haeckeli Walther, 1904. IPA.08556: Germany. Solnhofen Ls, small private quarry near Solnhofen. Jurassic.;
RME460JC–Snake Sea / Branching Anemone tentacles (Actinostephanus haeckeli / glomeratum). Rinca, Komodo National Park, Indonesia, October.
RMF67M19–Magnificent Shrimp on Branching Tube Anemone, Periclimenes magnificus, Komodo National Park, Indonesia
RMW2737D–Archive image from page 36 of Danmarks fauna; illustrerede haandbøger over. Danmarks fauna; illustrerede haandbøger over den danske dyreverden.. danmarksfaunaill43dans Year: 1907 33 knopper udvikles i Mellemrummet mellem de to Tentakel- kredse. Fundet ved Helgoland i Juli og August og i stort Antal ved Belgiens Kyst i Juni. 2. Margelopsis hartlaubi Browne (Fig. 11 a). Klokke 3—4 mm høj og bred, næsten kugleformet, med meget tyk Gelé og lille Klokkehule. Manubrium kort Fig. 10. Margelopsis haeckeli. a Meduse med Actinulæ paa Manu- brium, b den fritsvømmende Polyp. (Efter Hartlaub). og tyk;
RM2CGHN4C–. Neues Jahrbuch für Mineralogie, Geologie and Paläontologie . ispina, L. elegans, Micromelissa ventricosa, Setho-phormis radiata, Clistophaena fossilis, Sethoconus pulcher, S. gracilis,S. speciosus, Sethocephalus Haeckeli, Dictyocephalus Cayeuxi, D. euganeus,Sethocapsa pomum, S. microacanthos, Diacanthocaps a n. g., D. euganea, Dicolocapsa cor, Bterocorys euganea, Phormocyrtis veneta,Theoconus cretaceus, Theocorys antiqua, Th. euganea, Th. fossilis, Theo-campe subtüis, Tricolocapsa inflata, Podocampe Eifeliana, Sticophormiscostata, St. macropora, St. Montis Serei, Actophormis obesa, Lithostro
![. The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able Stock Photo](https://c8.alamy.com/comp/PFHXN7/the-danish-ingolf-expedition-marine-animals-arctic-regions-scientific-expeditions-arctic-regions-hi-vfnvampm-iii-kic-7-distnbiicion-in-the-northern-atlantic-of-pantachogon-haeckeli-0-new-records-q-previous-records-g-records-not-yet-published-the-statocysts-are-very-small-each-of-them-containing-one-htatolith-pi-il-fics-7-squot-i-have-particularly-looked-for-young-specimen-i-which-might-jjive-information-of-the-development-of-the-tentacles-but-they-were-almast-all-in-a-very-bad-state-of-preservation-i-shall-com-municate-the-few-obserations-which-i-was-able-PFHXN7.jpg ". The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able Stock Photo")
RMPFHXN7–. The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able
RMMCPGFP–. Text-fig. 18. Distribution of: Halicreas minimum = •, previous records = O. Pantachogon haeckeli= x , previous records = +.
RMW1CRGR–Archive image from page 732 of Deutsche Südpolar-Expedition, 1901-1903, im Auftrage. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern . deutschesdpola16deut Year: 1921 Deutsche Südpolar-Expedition. 1901-3. Band XVI Tafel LXl ;>w Aut <le Fig. 1 Rhaphidozoum tenuissimum n. sp. Fig. 2 Sphaerozoum verticillatum H. Fig. 3 Sphaerozoum verticillatum H. var. piniferum n. var. Fig. 4—6 Sphaerozoum haeckeli K. Brdt.
![. The classification of lower organisms. Biology. 68] The Classification of Lower Organisms described Proterospongia Haeckeli as a colonial organism of amoeboid and choano- flagellate cells in a common matrix; he regarded it as a transitional form, important as evidence of the evolution of sponges from choanoflagellates. According to Duboscq and Tuzet (1937) it is no organism, but a stage in the development of an individual sponge from one which has been damaged. In spite of this, the hypothesis that the choanoflagellates represent the evolutionary origin of the sponges, and accordingly of the Stock Photo](https://c8.alamy.com/comp/REK8Y7/the-classification-of-lower-organisms-biology-68-the-classification-of-lower-organisms-described-proterospongia-haeckeli-as-a-colonial-organism-of-amoeboid-and-choano-flagellate-cells-in-a-common-matrix-he-regarded-it-as-a-transitional-form-important-as-evidence-of-the-evolution-of-sponges-from-choanoflagellates-according-to-duboscq-and-tuzet-1937-it-is-no-organism-but-a-stage-in-the-development-of-an-individual-sponge-from-one-which-has-been-damaged-in-spite-of-this-the-hypothesis-that-the-choanoflagellates-represent-the-evolutionary-origin-of-the-sponges-and-accordingly-of-the-REK8Y7.jpg ". The classification of lower organisms. Biology. 68] The Classification of Lower Organisms described Proterospongia Haeckeli as a colonial organism of amoeboid and choano- flagellate cells in a common matrix; he regarded it as a transitional form, important as evidence of the evolution of sponges from choanoflagellates. According to Duboscq and Tuzet (1937) it is no organism, but a stage in the development of an individual sponge from one which has been damaged. In spite of this, the hypothesis that the choanoflagellates represent the evolutionary origin of the sponges, and accordingly of the Stock Photo")
RMREK8Y7–. The classification of lower organisms. Biology. 68] The Classification of Lower Organisms described Proterospongia Haeckeli as a colonial organism of amoeboid and choano- flagellate cells in a common matrix; he regarded it as a transitional form, important as evidence of the evolution of sponges from choanoflagellates. According to Duboscq and Tuzet (1937) it is no organism, but a stage in the development of an individual sponge from one which has been damaged. In spite of this, the hypothesis that the choanoflagellates represent the evolutionary origin of the sponges, and accordingly of the
RMPFEKP9–. Descriptive catalogue of the Medusæ of the Australian seas. In two parts: Part I. Scyphomedusæ. Part II. Hydromedusæ. Jellyfishes. pinx. EXPLANATION OF PLATE. i. 2. 3- 4- 5- 6. MEDUSAE. Phyllorhiza punctata. R. r. L. Cviinea annaskala. R. v. L. Var. purpurea. Monorhiza haeckeli. Haacke. Aurelia coerulea. R. v. L. Pseudorhiza aurosa. R. r>. L. Crambessa mosaica. Quay, et Gaim. Var. conservatina. Cyanea armaskala. R. r>. L. Var.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these
RMMCPH46–. Text-fig. i. Phylogeny of Abylids. Anterior nectophores (in position for horizontal progression) arranged in sequence to suggest evolutionary trend. Fig. 1 H will be seen, on comparison with Text-fig. 2, to resemble larval forms. A, Chuniphyes multidentata; the tooth T and ridge XT are missing in subsequent forms; B, Ceratocymba sagittata; C, Ceratocymba leuckartii; D, Ceratocymba dentata; E, Abyla trigona; F, Abyla haeckeli; G, Abylopsis tetragona; H, Bassia bassensis. Ridges XY and ab respectively are homologous. Ridge abl is an extension of ridge ab. Ridge XA in C, E and F is homologous.
RMW0PC7Y–Archive image from page 40 of Descriptive catalogue of the Medusæ. Descriptive catalogue of the Medusæ of the Australian seas. In two parts: Part I. Scyphomedusæ. Part II. Hydromedusæ descriptivecatal00aust Year: 1887 pinx. EXPLANATION OF PLATE. i. 2. 3- 4- 5- 6. MEDUSAE. Phyllorhiza punctata. R. r. L. Cviinea annaskala. R. v. L. Var. purpurea. Monorhiza haeckeli. Haacke. Aurelia coerulea. R. v. L. Pseudorhiza aurosa. R. r>. L. Crambessa mosaica. Quay, et Gaim. Var. conservatina. Cyanea armaskala. R. r>. L. Var. 8. 10. i i. I 2. 14. '5- i5. '7- 18. 20. CTENOPHORA. Bolina chuni. R. v.
RMRGE07C–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 14. Dorsal view of same specimens as in Figure 12. A. Abyla bicarinata. B. A. toltoni. C. A. brownia. D. A. haeckeli. E. A. ingeborgae.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum
RMPF9C10–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions; Antarctica. Deutsche Südpolar-Expedition. 1901-3. Band XVI Tafel LXl. ;>^w Aut <le Fig. 1 Rhaphidozoum tenuissimum n. sp. Fig. 2 Sphaerozoum verticillatum H. Fig. 3 Sphaerozoum verticillatum H. var. piniferum n. var. Fig. 4—6 Sphaerozoum haeckeli K. Brdt.. 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 wo
RMMCPAHW–. --Whydl. To. v.l. Text-fig. 78. A, B, posterior nectophores of Abyla ingeborgae Sears, x 3-8, from ' Discovery II' Sts. 706 and 2639 (1200-600 m.) respectively, each associated with anterior nectophores of that type; C, basal view of posterior nectophore of holotype specimen of Abyla schmidti Sears from 'Discovery II' St. 1581, x 4. The solution of this question of a distinction between A. haeckeli and A. ingeborgae may lie in the fact that a species, whose distribution covers such a wide area as that including the N. Atlantic and Indo-Malaysian oceans, may appear as a larger form in the N.
RMT1HCKH–Discovery reports (1959) Discovery reports discoveryreports29inst Year: 1959 DISCOVERY REPORTS Text-fig. 18. Distribution of: Halicreas minimum = •, previous records = O. Pantachogon haeckeli= x , previous records = +.
RMRGE08N–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. lo. Ventral view of same specimens as in Figure 12. A. Abi/la hicarinata. B. A. tottoni. C. A. brownia. D. A. haeckeli. E. A. ingeborgae.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum
RMPFEKP7–. Descriptive catalogue of the Medusæ of the Australian seas. In two parts: Part I. Scyphomedusæ. Part II. Hydromedusæ. Jellyfishes. pinx. EXPLANATION OF PLATE. i. 2. 3- 4- 5- 6. MEDUSAE. Phyllorhiza punctata. R. r. L. Cviinea annaskala. R. v. L. Var. purpurea. Monorhiza haeckeli. Haacke. Aurelia coerulea. R. v. L. Pseudorhiza aurosa. R. r>. L. Crambessa mosaica. Quay, et Gaim. Var. conservatina. Cyanea armaskala. R. r>. L. Var.. 8. 10. i i. I 2. 14. '5- i5. '7- 18. 20. CTENOPHORA. Bolina chuni. R. v. L. Nt-is cordigera. Less. SPONGES. Chalinopsis imitans. R. ?'. L. Sycandra arborea. Hae
RMRGK02J–. Bulletin of the British Museum (Natural History). 82 EVOLUTIONARY TRENDS IN CAPITATE HYDROIDS AND MEDUSAE Margelopsis haeckeli are larger than the summer eggs (Werner, 1955). Unhke the ^ latter, they do not develop immediately into young hydranths, but form plano- convex cysts on the substratum and persist in this condition throughout the %vinter, giving rise in the spring to young pelagic hydranths (Text-fig. 31). This explains. iiiiNiiiifjfiiiBiiiMiiiiiimiiiiiii Fig. 31. The life cycle of Margelopsis haeckeli Hartlaub : summer eggs are small and develop into actinulae while the larger autu
RMPFHHKD–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 33 knopper udvikles i Mellemrummet mellem de to Tentakel- kredse. Fundet ved Helgoland i Juli og August og i stort Antal ved Belgiens Kyst i Juni. 2. Margelopsis hartlaubi Browne (Fig. 11 a). Klokke 3—4 mm høj og bred, næsten kugleformet, med meget tyk Gelé og lille Klokkehule. Manubrium kort. Fig. 10. Margelopsis haeckeli. a Meduse med Actinulæ paa Manu- brium, b den fritsvømmende Polyp. (Efter Hartlaub). og tyk; Æggene udvikles ikke til Actinulæ (saadanne er i hvert Fald ikke kendt). Hver Randbulbe med 2 (sjæld- nere 3)
![. Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 27) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophijtic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Such species live in the intestinal tract or blood stream of man or in the intestines of insects. (2) Those. Fig. 27.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. {From Kent, "A Manual of the Infusori Stock Photo](https://c8.alamy.com/comp/RN5R8B/animal-biology-zoology-biology-80-protozoa-the-mastigophora-fig-27-are-divided-into-two-groups-1-those-which-are-animal-hke-and-which-may-be-holozoic-saprophytic-or-ento-zoic-saprophijtic-imphes-the-absorption-of-nonuving-organic-matter-in-solution-directly-through-the-surface-of-the-body-entozoic-means-living-within-the-bodies-of-other-animals-such-species-live-in-the-intestinal-tract-or-blood-stream-of-man-or-in-the-intestines-of-insects-2-those-fig-27several-different-species-of-mastigophora-a-proterospongia-haeckeli-kent-from-kent-quota-manual-of-the-infusori-RN5R8B.jpg ". Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 27) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophijtic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Such species live in the intestinal tract or blood stream of man or in the intestines of insects. (2) Those. Fig. 27.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. {From Kent, "A Manual of the Infusori Stock Photo")
RMRN5R8B–. Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 27) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophijtic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Such species live in the intestinal tract or blood stream of man or in the intestines of insects. (2) Those. Fig. 27.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. {From Kent, "A Manual of the Infusori
![. Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 30) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophytic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Examples are flagellates which live in the intestinal tract or blood stream of man or in the intestines of. Fig. 30.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. (From Kent, "A Manual of the Infusoria. Stock Photo](https://c8.alamy.com/comp/RN5NYM/animal-biology-zoology-biology-80-protozoa-the-mastigophora-fig-30-are-divided-into-two-groups-1-those-which-are-animal-hke-and-which-may-be-holozoic-saprophytic-or-ento-zoic-saprophytic-imphes-the-absorption-of-nonuving-organic-matter-in-solution-directly-through-the-surface-of-the-body-entozoic-means-living-within-the-bodies-of-other-animals-examples-are-flagellates-which-live-in-the-intestinal-tract-or-blood-stream-of-man-or-in-the-intestines-of-fig-30several-different-species-of-mastigophora-a-proterospongia-haeckeli-kent-from-kent-quota-manual-of-the-infusoria-RN5NYM.jpg ". Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 30) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophytic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Examples are flagellates which live in the intestinal tract or blood stream of man or in the intestines of. Fig. 30.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. (From Kent, "A Manual of the Infusoria. Stock Photo")
RMRN5NYM–. Animal biology. Zoology; Biology. 80 PROTOZOA The Mastigophora (Fig. 30) are divided into two groups: (1) Those which are animal-hke and which may be holozoic, saprophytic, or ento- zoic. Saprophytic imphes the absorption of nonUving organic matter in solution directly through the surface of the body. Entozoic means living within the bodies of other animals. Examples are flagellates which live in the intestinal tract or blood stream of man or in the intestines of. Fig. 30.—Several different species of Mastigophora. A, Proterospongia haeckeli Kent. (From Kent, "A Manual of the Infusoria.
RMRDKH3G–. The Cambridge natural history. Zoology. I82 PORIFERA CHAP. VII Saviile Kent, and since rediscovered both in England and abroad.-' This is a colony of unicellular individuals embedded in a common jelly. The individuals at the surface are choanoflagellate, while in the interior the cells are rounded. Fig. 75.—Protewspongia haeckeli. a, Amoeboid cell; 5, a cell dividing ; c, cell with small collar ; z, jelly, x 800. (After S. Kent.) or amoeboid, and some of them undergo multiple fission to form reproductive cells. This is just such a creature as we might imagine that ancestral stage to have bee
![. The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able Stock Photo](https://c8.alamy.com/comp/RD1GK5/the-danish-ingolf-expedition-marine-animals-arctic-regions-scientific-expeditions-arctic-regions-hi-vfnvampm-iii-kic-7-distnbiicion-in-the-northern-atlantic-of-pantachogon-haeckeli-0-new-records-q-previous-records-g-records-not-yet-published-the-statocysts-are-very-small-each-of-them-containing-one-htatolith-pi-il-fics-7-squot-i-have-particularly-looked-for-young-specimen-i-which-might-jjive-information-of-the-development-of-the-tentacles-but-they-were-almast-all-in-a-very-bad-state-of-preservation-i-shall-com-municate-the-few-obserations-which-i-was-able-RD1GK5.jpg ". The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able Stock Photo")
RMRD1GK5–. The Danish Ingolf-expedition. Marine animals -- Arctic regions; Scientific expeditions; Arctic regions. â¢Hi VF.nV&M III. Kic. 7. Distnbiicion in the northern Atlantic of Pantachogon haeckeli 0 new records; Q previous records; (g) records not yet published. The statocysts are very small, each of them containing one Htatolith (PI. I'l fics. 7 s)." I have particularly looked for young specimen.-i which might jjive information of the development of the tentacles, but they were almast all in a very bad state of preservation. I .shall com- municate the few obser'ations which I wa.s able
RMRGE0D8–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. <? a p^j££y oec. Fig. 11. Left lateral view of inferior nectophores. A. Ahxjla trigona, 10.8 mm. in length. B. A. haeckeli, 2.5 mm. in length. C. A. ingeborgae, 12 mm. in length.. 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.. Harvard University. Museum of Comparative Zoology. Cambridge, Mass. : The Museum
RMRGE0JM–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. APICOOORSAL WCET APICODORSAL RIOGE NECTOSAC DORSOLATERAL mCET DORSAL DORSAL FACET LATEDAL CANU. HWRoeauM Moum OF necmsAc BASAL FACET BASE APICAL TRANSVERSE RIOGE APICOLATERAL RIOGE TRANSVERSE RIDGE LATERAL RIOGE APICOVENTRAL F»CET VENTRAL FACET APICAL VENTROLATERAL FACET HORIZONTAL RIOGE RIGHT SIDE LATERAL PROTRUSION LATERAL RIDGE. LEFT SIDE <- SOMATOCrST BASAL VENTROLATERAL BVCET MOUTH OF NECTOSAC HYDKOECIUM BASE B. Fig. 3. Diagrammatic drawing of superior nectophore of Abyla haeckeli. A. Dorsolateral view. B. Ven
RMRGFKG7–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. a 4 Auuy efi. Fig. 26. A. Bract of ?Abyla haeckeli. Dorsal surface 4.7 mm. in length. B. Lateral view of gonophore of Abylopsis eschschoUzii of about 2.5 mm. in length. C. Lateral view of gonophore of Abyla sp.? of about 3 mm. in total length. D. Lateral view of gonophore of A. tetragona of about 2.5 mm. in length.. 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
RMRPT0D6–. Allgemeine Physiologie. Ein Grundriss der Lehre vom Leben. Physiology, Comparative. Vou den eleinciitiireii .Lel)eiis(a-sclioiiuim;on. 217 von HaeckelI), Hertwig-), Korschelt und Heider ^) verweisen, welche die Embryologie als selbständige Wissenschaft behandeln. Da- gegen müssen wir noch einen Blick auf jenes wichtige (besetz werfen, das, wie wir schon sahen, der individuellen Entwicklung ihre bestimmten Wege vorschreibt, auf das „biogenetische Grundgesetz''.. Fig. 89. A Eudorina olegans. B Magosphaera plniiula. Nach Haeckel. Zwei vielzellige Organismen aus (leiehartigen Zellen bestehend. S
RMRGE0B9–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Fig. 12i Lateral view of superior nectophores. A. Abyla bicarinata, with dorsal facet about 9 mm. in length. B. A. tottoni with a dorsal facet of about 9 mm. in length. C. A. broumia, with a dorsal facet of about 3 mm. in length. D. A. haeckeli, with a dorsal facet of about 4 mm. in length. E. A. tngeborgae, with a dor-'^al facet of about 7 mm. in length.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illu
RMRD1WXP–. Danmarks fauna; illustrerede haandbøger over den danske dyreverden... 33 knopper udvikles i Mellemrummet mellem de to Tentakel- kredse. Fundet ved Helgoland i Juli og August og i stort Antal ved Belgiens Kyst i Juni. 2. Margelopsis hartlaubi Browne (Fig. 11 a). Klokke 3—4 mm høj og bred, næsten kugleformet, med meget tyk Gelé og lille Klokkehule. Manubrium kort. Fig. 10. Margelopsis haeckeli. a Meduse med Actinulæ paa Manu- brium, b den fritsvømmende Polyp. (Efter Hartlaub). og tyk; Æggene udvikles ikke til Actinulæ (saadanne er i hvert Fald ikke kendt). Hver Randbulbe med 2 (sjæld- nere 3)
![. Confnces de zoologie faites a Sorbonne. Protozoa. Fig.Si^.a.DipIosig-a socialis Fr en z eifdap.Frenzel) L.SalpmjÅca amphonna C1 a rk. (d'ap. Burck) ç. Polyoeca dichotoma Kent (d'à p.Kent) d.Protospongia Haeckeli Kent (d'ap.Kenl) QAAA>e)Là MJL> cjAJuciXAyvxjeAAyO^ 'VHx<n-utcMA/t' 'UA/ycyiAJ et" -^ oU ccvt/i/ke^cHxav c?Le, -C/y/0^c,'oXrdh e/y/xpdto^AXAji/:> yuxa, /3 '^//yJl'ZyUiA£/ly , CXM^'jS/S CCOtMA^- /Txi^ucu:. 'x>eJt <2o^ -Ce- oc/voAja. : (1 ) f}! 6 V 0 Ã, o-eHA^. ^ (tTi (X, en/^4Xe/wc^, : S^CéA/vij : K (0 S 0) V . ,,-cAAy<J^ ⢠). Please note that these Stock Photo](https://c8.alamy.com/comp/REB4J1/confnces-de-zoologie-faites-a-sorbonne-protozoa-figsiadipiosig-a-socialis-fr-en-z-eifdapfrenzel-lsalpmjca-amphonna-c1-a-rk-dap-burck-polyoeca-dichotoma-kent-d-pkent-dprotospongia-haeckeli-kent-dapkenl-qaaagtel-mjlgt-cjajucixayvxjeaayo-vhxltn-utcmat-uaycyiaj-etquot-ou-ccvtikechxav-cle-cy0coxrdh-eyxpdtoaxajigt-yuxa-3-yjlzyuialy-cxmjss-ccotma-txiucu-xgtejt-lt2o-ce-ocvoaja-1-f!-6-v-0-o-eha-tti-x-en4xewc-scavij-k-0-s-0-v-caayltj-please-note-that-these-REB4J1.jpg ". Confnces de zoologie faites a Sorbonne. Protozoa. Fig.Si^.a.DipIosig-a socialis Fr en z eifdap.Frenzel) L.SalpmjÅca amphonna C1 a rk. (d'ap. Burck) ç. Polyoeca dichotoma Kent (d'à p.Kent) d.Protospongia Haeckeli Kent (d'ap.Kenl) QAAA>e)Là MJL> cjAJuciXAyvxjeAAyO^ 'VHx<n-utcMA/t' 'UA/ycyiAJ et" -^ oU ccvt/i/ke^cHxav c?Le, -C/y/0^c,'oXrdh e/y/xpdto^AXAji/:> yuxa, /3 '^//yJl'ZyUiA£/ly , CXM^'jS/S CCOtMA^- /Txi^ucu:. 'x>eJt <2o^ -Ce- oc/voAja. : (1 ) f}! 6 V 0 Ã, o-eHA^. ^ (tTi (X, en/^4Xe/wc^, : S^CéA/vij : K (0 S 0) V . ,,-cAAy<J^ ⢠). Please note that these Stock Photo")
RMREB4J1–. Confnces de zoologie faites a Sorbonne. Protozoa. Fig.Si^.a.DipIosig-a socialis Fr en z eifdap.Frenzel) L.SalpmjÅca amphonna C1 a rk. (d'ap. Burck) ç. Polyoeca dichotoma Kent (d'à p.Kent) d.Protospongia Haeckeli Kent (d'ap.Kenl) QAAA>e)Là MJL> cjAJuciXAyvxjeAAyO^ 'VHx<n-utcMA/t' 'UA/ycyiAJ et" -^ oU ccvt/i/ke^cHxav c?Le, -C/y/0^c,'oXrdh e/y/xpdto^AXAji/:> yuxa, /3 '^//yJl'ZyUiA£/ly , CXM^'jS/S CCOtMA^- /Txi^ucu:. 'x>eJt <2o^ -Ce- oc/voAja. : (1 ) f}! 6 V 0 Ã, o-eHA^. ^ (tTi (X, en/^4Xe/wc^, : S^CéA/vij : K (0 S 0) V . ,,-cAAy<J^ ⢠). Please note that these
RMRCD2WC–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. DISCOVERY REPORTS. Text-fig. 18. Distribution of: Halicreas minimum = •, previous records = O. Pantachogon haeckeli= x , previous records = +.. 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.. Institute of Oceanographic Sciences (Great Britain); National Institute of Oceanography of Great Britain; Great Britain. Colonial Offic
RMRCWMF8–. Descriptive catalogue of the Medusæ of the Australian seas. In two parts: Part I. Scyphomedusæ. Part II. Hydromedusæ. Jellyfishes. pinx. EXPLANATION OF PLATE. i. 2. 3- 4- 5- 6. MEDUSAE. Phyllorhiza punctata. R. r. L. Cviinea annaskala. R. v. L. Var. purpurea. Monorhiza haeckeli. Haacke. Aurelia coerulea. R. v. L. Pseudorhiza aurosa. R. r>. L. Crambessa mosaica. Quay, et Gaim. Var. conservatina. Cyanea armaskala. R. r>. L. Var.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these
RMRCRAXF–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions; Antarctica. Deutsche Südpolar-Expedition. 1901-3. Band XVI Tafel LXl. ;>^w Aut <le Fig. 1 Rhaphidozoum tenuissimum n. sp. Fig. 2 Sphaerozoum verticillatum H. Fig. 3 Sphaerozoum verticillatum H. var. piniferum n. var. Fig. 4—6 Sphaerozoum haeckeli K. Brdt.. 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 wo
RMRCD2XF–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. Text-fig. i. Phylogeny of Abylids. Anterior nectophores (in position for horizontal progression) arranged in sequence to suggest evolutionary trend. Fig. 1 H will be seen, on comparison with Text-fig. 2, to resemble larval forms. A, Chuniphyes multidentata; the tooth T and ridge XT are missing in subsequent forms; B, Ceratocymba sagittata; C, Ceratocymba leuckartii; D, Ceratocymba dentata; E, Abyla trigona; F, Abyla haeckeli; G, Abylopsis tetragona; H, Bassia bassensis. Ridges XY and ab respecti
RMRCD2XD–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. Text-fig. i. Phylogeny of Abylids. Anterior nectophores (in position for horizontal progression) arranged in sequence to suggest evolutionary trend. Fig. 1 H will be seen, on comparison with Text-fig. 2, to resemble larval forms. A, Chuniphyes multidentata; the tooth T and ridge XT are missing in subsequent forms; B, Ceratocymba sagittata; C, Ceratocymba leuckartii; D, Ceratocymba dentata; E, Abyla trigona; F, Abyla haeckeli; G, Abylopsis tetragona; H, Bassia bassensis. Ridges XY and ab respecti
RMRCD2EM–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. ro./r -Rl. -R.n ---Tad. --Whydl. To. v.l. Text-fig. 78. A, B, posterior nectophores of Abyla ingeborgae Sears, x 3-8, from ' Discovery II' Sts. 706 and 2639 (1200-600 m.) respectively, each associated with anterior nectophores of that type; C, basal view of posterior nectophore of holotype specimen of Abyla schmidti Sears from 'Discovery II' St. 1581, x 4. The solution of this question of a distinction between A. haeckeli and A. ingeborgae may lie in the fact that a species, whose distribution
RMRCWMF5–. Descriptive catalogue of the Medusæ of the Australian seas. In two parts: Part I. Scyphomedusæ. Part II. Hydromedusæ. Jellyfishes. pinx. EXPLANATION OF PLATE. i. 2. 3- 4- 5- 6. MEDUSAE. Phyllorhiza punctata. R. r. L. Cviinea annaskala. R. v. L. Var. purpurea. Monorhiza haeckeli. Haacke. Aurelia coerulea. R. v. L. Pseudorhiza aurosa. R. r>. L. Crambessa mosaica. Quay, et Gaim. Var. conservatina. Cyanea armaskala. R. r>. L. Var.. 8. 10. i i. I 2. 14. '5- i5. '7- 18. 20. CTENOPHORA. Bolina chuni. R. v. L. Nt-is cordigera. Less. SPONGES. Chalinopsis imitans. R. ?'. L. Sycandra arborea. Hae
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