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Teleost order Stock Photos and Images
RMH3YT33–Model of an anglerfish. Anglerfishes are fish of the teleost order Lophiiformes. Dated 20th Century
RFJ2JPPP–Watercolor style illustration of an Anglerfish of teleost order Lophiiformes that are bony fish named for their characteristic mode of predation, whic
RMTR6J44–Miller's thumb, bullhead (Cottus gobio), mass death of fish on passing manure into a creek, Germany, Bavaria
RFJ32A8R–Drawing sketch style illustration of an Anglerfish of teleost order Lophiiformes that are bony fish named for their characteristic mode of predation,
RMHXXTHM–AUSTRALIA - CIRCA 1985: A used postage stamp from Australia, depicting an image of a Tasselled Anglerfish, circa 1985.
RM2AJHX3N–Evolution; its nature, its evidences, and its relation to religious thought . Fig. 61.—Vertehrated but symmetrical tin. a, form ; b, structure. Now, in the development of a teleost fish (Fig. 58),as has been shown by Alexander Agassiz,* the tail-fin isfirst like Fig. 61 ; then becomes heterocercal, like Fig. 60;and, finally, becomes homocercal like Fig. 59. Why so ?Not because there is any special advantage in this succes-sion of forms ; for the changes take place either in theQgg or else in very early embryonic states. The an-swer is found in the fact that this is the order of change * Procee
RFMDHE7M–Arc-eye Hawkfish (Paracirrhites arcatus) resting on finger coral (Porites compressa) off the Kona coast
RFMDHE97–Goldring Bristletooth (Ctenochaetus strigosus) foraging near lobe coral off the Kona coast; Island of Hawaii, Hawaii, United States of America
RMH3YT40–Model of an anglerfish after eating. Anglerfishes are fish of the teleost order Lophiiformes. Dated 20th Century
RMH3YPD5–Skeleton of an Anglerfish. Anglerfishes are fish of the teleost order Lophiiformes. Dated 20th Century
RMTR6JE5–Miller's thumb, bullhead (Cottus gobio), mass death of fish on passing manure into a creek, Germany, Bavaria
RMH3YPEM–Model of an unattached male anglerfish. Anglerfishes are fish of the teleost order Lophiiformes. Dated 20th Century
![. Evolution and its relation to religious thought . B. Fig. 61.—Vertebrated but symmetrical fin, a, form ; b, structure. ]Sow, in the development of a teleost fish (Fig. 58),as has been shown by Alexander Agassiz,* the tail-fin isfirst like Fig. 61; then becomes heterocercal, like Fig. 60;and, finally, becomes homocercal like Fig. 59. Why so ?Not because there is any special advantage in this succes-sion of forms ; for the changes take place either in theQgg or else in very early embryonic states. The an-swer is found in the fact that tliis is the order of change * Proceedings of American Acad Stock Photo](https://c8.alamy.com/comp/2CH0BY4/evolution-and-its-relation-to-religious-thought-b-fig-61vertebrated-but-symmetrical-fin-a-form-b-structure-sow-in-the-development-of-a-teleost-fish-fig-58as-has-been-shown-by-alexander-agassiz-the-tail-fin-isfirst-like-fig-61-then-becomes-heterocercal-like-fig-60and-finally-becomes-homocercal-like-fig-59-why-so-not-because-there-is-any-special-advantage-in-this-succes-sion-of-forms-for-the-changes-take-place-either-in-theqgg-or-else-in-very-early-embryonic-states-the-an-swer-is-found-in-the-fact-that-tliis-is-the-order-of-change-proceedings-of-american-acad-2CH0BY4.jpg ". Evolution and its relation to religious thought . B. Fig. 61.—Vertebrated but symmetrical fin, a, form ; b, structure. ]Sow, in the development of a teleost fish (Fig. 58),as has been shown by Alexander Agassiz,* the tail-fin isfirst like Fig. 61; then becomes heterocercal, like Fig. 60;and, finally, becomes homocercal like Fig. 59. Why so ?Not because there is any special advantage in this succes-sion of forms ; for the changes take place either in theQgg or else in very early embryonic states. The an-swer is found in the fact that tliis is the order of change * Proceedings of American Acad Stock Photo")
RM2CH0BY4–. Evolution and its relation to religious thought . B. Fig. 61.—Vertebrated but symmetrical fin, a, form ; b, structure. ]Sow, in the development of a teleost fish (Fig. 58),as has been shown by Alexander Agassiz,* the tail-fin isfirst like Fig. 61; then becomes heterocercal, like Fig. 60;and, finally, becomes homocercal like Fig. 59. Why so ?Not because there is any special advantage in this succes-sion of forms ; for the changes take place either in theQgg or else in very early embryonic states. The an-swer is found in the fact that tliis is the order of change * Proceedings of American Acad
RMTR6J45–Miller's thumb, bullhead (Cottus gobio), mass death of fish on passing manure into a creek, Germany, Bavaria
RMRDY333–. Outlines of the comparative physiology and morphology of animals. Anatomy, Comparative; Physiology, Comparative. 388 PHYSIOLOGY AND MORPHOLOGY OF ANIMALS. teleost fish. The blood from the single ventricle, v (dark blood), is thrown into the aorta, which then divides into three or four arches on each side, in order to pass through the gill arches, to be distributed in the gill fringes and aerated there. From the gill fringes it is gathered as bright blood, and passes on to unite into the ab- dominal aorta without going back to the heart, and is then distrib- uted to the tissues. Its course is
RMTR6J47–brown trout, river trout, brook trout (Salmo trutta fario), dead wilf form of trout after discharging of fertilser, Germany, Bavaria
![. The fishes of North and Middle America [microform] : a descriptive catalogue of the species of fish-like vertebrates found in the waters of North America, north of the Isthmus of Panama. Fishes; Fishes; Poissons; Poissons. Jordan and Evermann.âFishes of North America. .143 Order P. CARRNCHELYI. (The Lono-neckkd Eels.) Teleost fishes with the internir xillaries (preniaxillaries), and supra- inaxillaries (maxilluries), devttlopod and unit'Hl 1>y suture, and innnor- ahly connected with the cranium; branchial apparatus as in Apodos; Bcapular arch remote from tlio skull, and the body angnil'lf Stock Photo](https://c8.alamy.com/comp/RJ3366/the-fishes-of-north-and-middle-america-microform-a-descriptive-catalogue-of-the-species-of-fish-like-vertebrates-found-in-the-waters-of-north-america-north-of-the-isthmus-of-panama-fishes-fishes-poissons-poissons-jordan-and-evermannfishes-of-north-america-143-order-p-carrnchelyi-the-lono-neckkd-eels-teleost-fishes-with-the-internir-xillaries-preniaxillaries-and-supra-inaxillaries-maxilluries-devttlopod-and-unithl-1gty-suture-and-innnor-ahly-connected-with-the-cranium-branchial-apparatus-as-in-apodos-bcapular-arch-remote-from-tlio-skull-and-the-body-angnillf-RJ3366.jpg ". The fishes of North and Middle America [microform] : a descriptive catalogue of the species of fish-like vertebrates found in the waters of North America, north of the Isthmus of Panama. Fishes; Fishes; Poissons; Poissons. Jordan and Evermann.âFishes of North America. .143 Order P. CARRNCHELYI. (The Lono-neckkd Eels.) Teleost fishes with the internir xillaries (preniaxillaries), and supra- inaxillaries (maxilluries), devttlopod and unit'Hl 1>y suture, and innnor- ahly connected with the cranium; branchial apparatus as in Apodos; Bcapular arch remote from tlio skull, and the body angnil'lf Stock Photo")
RMRJ3366–. The fishes of North and Middle America [microform] : a descriptive catalogue of the species of fish-like vertebrates found in the waters of North America, north of the Isthmus of Panama. Fishes; Fishes; Poissons; Poissons. Jordan and Evermann.âFishes of North America. .143 Order P. CARRNCHELYI. (The Lono-neckkd Eels.) Teleost fishes with the internir xillaries (preniaxillaries), and supra- inaxillaries (maxilluries), devttlopod and unit'Hl 1>y suture, and innnor- ahly connected with the cranium; branchial apparatus as in Apodos; Bcapular arch remote from tlio skull, and the body angnil'lf
Search Results for Teleost order Stock Photos and Images (20)
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