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Opsanus Stock Photos and Images
RFTRN2WD–This is a close-up of the Orange Toadfish (Opsanus beta), a scary-looking marine creature that was photographed through the glass wall of an aquarium. Also known as the Gulf Toadfish, this carnivorous species is commonly found in the Gulf of Mexico and the western Atlantic Ocean from Florida to the Bahamas. These predator fish make their homes in shallow waters in coastal bays and lagoons under rocks on grassy sea beds. They are not active swimmers and will lie motionless for hours waiting for prey to come by.
RMP21RW7–. Opsanus beta syn. Batrachus tau . between 1700 and 1880 30 Batrachus tau - 1700-1880 - Print - Iconographia Zoologica - Special Collections University of Amsterdam - UBA01 IZ13600165
RFF3A0BT–An oyster toadfish (Opsanus tau) sitting inside the USS Indra shipwreck off the coast of North Carolina.
RMTR74R5–oyster toadfish (Opsanus tau), Herring Gulls and Eurasian Oystercatchers at Westhoek, Netherlands, Frisia, Westhoek
RF2X18B11–Gulf toadfish (Opsanus beta), dive site Anna's Reef, Destin, Panhandle, Gulf of Mexico, Florida, USA
RF2X18B0W–Gulf toadfish (Opsanus beta) Toadfish. Dive site Amber Jack, Destin, Panhandle, Gulf of Mexico, Florida, USA
RM2A77FGP–Pollack, Pollachius pollachius 1, ling, Molva molva 2, burbot, Lota lota 3, and oyster toadfish, Opsanus tau 4. Handcoloured copperplate engraving from Friedrich Johann Bertuch's Bilderbuch fur Kinder (Picture Book for Children), Weimar, 1802.
RMEX203T–Ling, Molva molva 99, burbot, Lota lota 100, oyster toadfish, Opsanus tau 101,102, and tusk fish, Brosme brosme 103. Handcolored copperplate engraving from Gottlieb Tobias Wilhelm's Encyclopedia of Natural History: Fish, Augsburg, 1804. Wilhelm (1758-1811) was a Bavarian clergyman and naturalist known as the German Buffon.
RM2AJJ9BN–Smithsonian miscellaneous collections . as to have led ichthyologists to distinguishas many as seven genera. One of these is Opsanus representedby a common species along the Atlantic seaboard of the UnitedStates, and another Porichthys, typified by one along the Pacificcoast. The common name toadfish by which the Batrachoidids are almostuniversally known in the United States is elsewhere used in a verydifferent sense, and even in the United States it is locally appliedto other fishes. In Florida it is almost as generally used for theMalthids as for the Batrachoidids. Sometimes it is given to t
RMP6H6WT–Pollack, Pollachius pollachius 1, ling, Molva molva 2, burbot, Lota lota 3, and oyster toadfish, Opsanus tau 4. Handcoloured copperplate engraving from Friedrich Johann Bertuch's Bilderbuch fur Kinder (Picture Book for Children), Weimar, 1802.
RM2PBGYMY–Atlantic cod, Gadus morhua 1, saithe, Pollachius virens 2, poor cod, Trisopterus minutus 3, oyster toadfish, Opsanus tau 4, butterfly blenny, Blennius ocellaris 5, and Indian humphead, Kurtus indicus 6. Copperplate engraving by Thomas Milton from Abraham Rees' Cyclopedia or Universal Dictionary of Arts, Sciences and Literature, Longman, Hurst, Rees, Orme and Brown, Paternoster Row, London, October 1, 1813.
RMPFJ23C–. Dangerous marine animals. Marine animals. v&eyr?' Fig. 48. Top: Toadfish, Barchatus cirrhosas (Klunzinger). (From Klun- zinger) Center: Toadfish, Batrachoides grunniens (Linnaeus). (From Sauvage) Bottom: Batrachoides didactyhis (Bloch). (From Steindachner). Fig. 49. Top: Toadfish, Opsanus tau (Linnaeus). (From Storer) Bottom: Toadfish, ThaJassophryne reticulata Giinther. (Shirao). 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 origi
RF2M79PAJ–Gulf toadfish (Opsanus beta) Toadfish. Dive site Amber Jack, Destin, Panhandle, Gulf of Mexico, Florida, USA
RM2AJJ583–Smithsonian miscellaneous collections . Fig. 113. —Porichthys airbladder. AfterKner. 402 SMITHSONIAN MISCELLANEOUS COLLECTIONS [vol. 48 genus of the family and the other on account of the venomousexudations its species emit. Batrachoides The genus Batrachoides, the name-giver of the family, is separatedfrom the others by the scaly body and none of its species ascend tosuch high latitudes as some of Opsanus and Porichthys. The typicalspecies, B. didactylus, is an inhabitant of the Mediterranean sea andthe nearby Atlantic coasts, although occasionally wanderers have. Fig. 114.—European toadfish
RMP7E0PR–Ling, Molva molva 99, burbot, Lota lota 100, oyster toadfish, Opsanus tau 101,102, and tusk fish, Brosme brosme 103. Handcolored copperplate engraving from Gottlieb Tobias Wilhelm's Encyclopedia of Natural History: Fish, Augsburg, 1804. Wilhelm (1758-1811) was a Bavarian clergyman and naturalist known as the German Buffon.
RMDJ6KFB–A perfectly camouflaged Toad fish sits within the multitudes of sea life that inhabit an old shipwreck
RM2ANGW12–Bulletin of the Bureau of Fisheries . 10.—Cranial portion of the arterial system ia the toad-fish (Opsanus 7 V 7 7 id 1 £ l fa«). Ventral view, natural size. On the right side the ventral ends ,fs OTanC/ieS (tig. 1. pi. 1). of the efferent branchial arteries and their branches are reflected so (^ Two small branches are civetl as to bring thein into one plane, j. .. ,, , ,.j on from the external carotid near its origin. The larger {30) runs laterad and divides into two branches which supplythe external and superior recti muscles of the eye. The artery that supplies thehitter muscle runs alon
RM2T68F6K–Atlantic cod, Gadus morhua 1, saithe, Pollachius virens 2, poor cod, Trisopterus minutus 3, oyster toadfish, Opsanus tau 4, butterfly blenny, Blennius ocellaris 5, and Indian humphead, Kurtus indicus 6. Copperplate engraving by Thomas Milton from Abraham Rees' Cyclopedia or Universal Dictionary of Arts, Sciences and Literature, Longman, Hurst, Rees, Orme and Brown, Paternoster Row, London, October 1, 1813.
RMRDKE01–. The Cambridge natural history. Zoology. ACANTHOPTERYGII 711 5 genera: Batraclius, Opsanus, Thalassopliryne, Thalassothia, and Porichthys. The eggs of Batrachus tau are very large, ^ inch in diameter, and are deposited in a little retreat provided by the parent; the male assumes the care of the brood ; the young fasten themselves to rocks by means of an adhesive ventral disk, which soon disappears.^ In Thalassophryne, from the coasts of Central America, the opercular spine and the two dorsal spines are perforated, and convey poison from subcutaneous sacs situated at their base.^ In the Americ
RMRHKMFC–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Figure 1. Left: The toadfish Opsanus tau (Photo by A. Kuzirian). Center: Toadfish swimbladder; the red swimbladder muscle runs circiimferentntlh- around the white swimbladder (Photo by L. Nelson). Right: Molecular processes of muscle activation and relaxation (Drawing: T. Clark). behavior that it can't be used for another. Neither the red nor the white swimming muscle can physically produce high-frequency sounds because it can't relax fast enough. By contrast, at the low frequencies of steady swimming, the swimbladder muscle
RMRHNXFD–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. swim bladder artery secretory part resorbent part (pneumatic duct) resorbent part (posterior chamber) OPSANUS. ANGUILLA Anterior Posterior chamber chamber EMBRYOLOGICAL DEVELOPMENT FIGURE 4. The swimbladder of the toadfish (Opsanus tan) and the eel (Anguilla anguilla) illustrating the similarity in general structure. The embryological stages to the left in the figure are redrawn from Tracy (1911). Note the transformation of the embryonic pneumatic duct into the posterior chamber. (1844), Woodland (1911), Rauther (1922), Fang
![. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. The Release of Energy 401 forms, such as the sea-robin, Prionotus, and the toadfish, Opsanus, are exceptional noise-producers in a modest way among the otherwise mostly silent brotherhood of fishes. According to Tower, who has carefully investi- gated the matter, the chief source of the drumming noise in drum fishes is the contraction of a "drumming muscle," musculus sonificus (Fig. 335), which, being superficially attached to the swim bladder, & Stock Photo](https://c8.alamy.com/comp/RHJR79/biology-of-the-vertebrates-a-comparative-study-of-man-and-his-animal-allies-vertebrates-vertebrates-anatomy-anatomy-comparative-the-release-of-energy-401-forms-such-as-the-sea-robin-prionotus-and-the-toadfish-opsanus-are-exceptional-noise-producers-in-a-modest-way-among-the-otherwise-mostly-silent-brotherhood-of-fishes-according-to-tower-who-has-carefully-investi-gated-the-matter-the-chief-source-of-the-drumming-noise-in-drum-fishes-is-the-contraction-of-a-quotdrumming-musclequot-musculus-sonificus-fig-335-which-being-superficially-attached-to-the-swim-bladder-RHJR79.jpg ". Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. The Release of Energy 401 forms, such as the sea-robin, Prionotus, and the toadfish, Opsanus, are exceptional noise-producers in a modest way among the otherwise mostly silent brotherhood of fishes. According to Tower, who has carefully investi- gated the matter, the chief source of the drumming noise in drum fishes is the contraction of a "drumming muscle," musculus sonificus (Fig. 335), which, being superficially attached to the swim bladder, & Stock Photo")
RMRHJR79–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. The Release of Energy 401 forms, such as the sea-robin, Prionotus, and the toadfish, Opsanus, are exceptional noise-producers in a modest way among the otherwise mostly silent brotherhood of fishes. According to Tower, who has carefully investi- gated the matter, the chief source of the drumming noise in drum fishes is the contraction of a "drumming muscle," musculus sonificus (Fig. 335), which, being superficially attached to the swim bladder, &
RMRHME61–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SENSORY BIOLOGY 191 Reference: Biol. Bull. 195: 191-192. (October. I99S) Directional Auditory Responses in the Descending Octaval Nucleus of the Toadfish (Opsanus tan) P. L. Eilcls-Walton and R. R. Fay (Marine Biological Laboratory, Woods Hole, Massachusetts 02543) Afferents from the toadfish saccule have directional auditory sensitivity that we have documented previously with extracellu- lar and intracellular recordings (1.2). In this study, we have begun to characterize the response properties of one of the target nuclei o
RMRHMDT8–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. NEUROBIOLOGY: SENSORY PHYSIOLOGY AND NEURAL NETWORKS 267 Reference: Biol. Bull 187: 267-268. (October, 1994) Calcium and Voltage Sensitivity of Potassium Current Activation in Toadfish Semicircular Canal Hair Cells Antoinette Steinacker and Conchita Zua.aga (Institute ofNeurobiology, University of Puerto Rico, San Juan, PR 00901) Sensory hair cells of the horizontal semicircular canal (HSCC) current resembling an A current (IA), and a calcium activated of the toadfish (Opsanus tail) exhibit two main types of rapidly potassiu
RMRN830B–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. 604 thin or wanting, while the middle layer develops an elaborate capillary network. Hence, in structure the wall of the posterior chamber is essentially like that of the pneumatic duct in the eel, and consists of a flat epithelium under which is situated a rete mirabile. The wall of the anterior chamber is lined with flat epithelium, except for a small area, usually on the ventral side, where is developed the red gland. The structure of the red gland is shown in Fig. 7 (Opsanus tau). It consists of a series of deep folds in
RMRHMDRB–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. right Figure 1. (A) Dorsal view of the toadfish (Opsanus tail) head illustrating the approximate location of the paired ears beneath the skull (blue arrows). (B) I'enlra! view of the toadfish braincase with the ears and brain exposed. The black arrows point to the two curved saccular ololilhs. The ololnh i 6 nun long. (C) Cartoon of a hair cell showing the eccentrically placed kinocilium (solid line) and the stereovillae Deflection of the ste- reovillae toward the kinocilium (large arrow) is excitatory. (D) Schematic diagra
RMRHKM6X–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. COMPARATIVE PHYSIOLOGY AND BIOCHEMISTRY Reference: Bio/. Bull. 193: 265-266. (October, 1997) 265 Righting Response and Escape Response in Opsanus tan Are Temperature Dependent Seth Ament1, Robert Bitllis2. Roger Hanlon (Marine Resources Center, Marine Biological Laboratory, Woods Hole, Massachusetts), and Allen Mensinger* We sought to establish baseline values tor two basic reflex behaviors and for ventilation rate in the toadfish, Opsanus tun. over a range of temperatures. Righting response and escape response were chosen a
RMRHME4J–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. NEUROBIOLOGY 211 Reference: Biol. Bull 189: 21 1-212. (October/November, Regional Differences in Directional Response Properties of Afferents Along the Saccule of the Toadfish, Opsanus tau Peggy L. Edds-Walton and Richard R. Fay (Marine Biological Laboratory) The inner ears of fishes consist of three otolithic endorgans: the saccule. lagena, and utricle. In most fishes the saccule is believed to be the primary auditory endorgan, responding to acoustic particle motion, sound pressure, or both, depending on species (1). Previo
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Reference: Biol. Bull 191: 255-257. (October, 1996) Introduction to Featured Article: Hearing and Communication Through Sound in Toadfish (Opsanus tau) During courtship, male toadfish (Fig. I A) produce the "boatwhistle. " This is a long, loud sound, consisting of a fundamental frequency (130-250 Hz) and its higher harmonics—and it is attractive to females. Our research program focuses on the saccule of the ear (Fig. IB), and its mechanisms for detecting, recognizing, and localizing male vocalizations, as well as o Stock Photo](https://c8.alamy.com/comp/RHMDTE/the-biological-bulletin-biology-zoology-biology-marine-biology-reference-biol-bull-191-255-257-october-1996-introduction-to-featured-article-hearing-and-communication-through-sound-in-toadfish-opsanus-tau-during-courtship-male-toadfish-fig-i-a-produce-the-quotboatwhistle-quot-this-is-a-long-loud-sound-consisting-of-a-fundamental-frequency-130-250-hz-and-its-higher-harmonicsand-it-is-attractive-to-females-our-research-program-focuses-on-the-saccule-of-the-ear-fig-ib-and-its-mechanisms-for-detecting-recognizing-and-localizing-male-vocalizations-as-well-as-o-RHMDTE.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Reference: Biol. Bull 191: 255-257. (October, 1996) Introduction to Featured Article: Hearing and Communication Through Sound in Toadfish (Opsanus tau) During courtship, male toadfish (Fig. I A) produce the "boatwhistle. " This is a long, loud sound, consisting of a fundamental frequency (130-250 Hz) and its higher harmonics—and it is attractive to females. Our research program focuses on the saccule of the ear (Fig. IB), and its mechanisms for detecting, recognizing, and localizing male vocalizations, as well as o Stock Photo")
RMRHMDTE–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. Reference: Biol. Bull 191: 255-257. (October, 1996) Introduction to Featured Article: Hearing and Communication Through Sound in Toadfish (Opsanus tau) During courtship, male toadfish (Fig. I A) produce the "boatwhistle. " This is a long, loud sound, consisting of a fundamental frequency (130-250 Hz) and its higher harmonics—and it is attractive to females. Our research program focuses on the saccule of the ear (Fig. IB), and its mechanisms for detecting, recognizing, and localizing male vocalizations, as well as o
RMRGCJ78–. Bulletin of the United States Fish Commission. Fisheries -- United States; Fish-culture -- United States. FISHES OF THE GULF OF MAINE 137. Toadflsh (Opsanus tau Linnaeus) 357 Jordan and Evermann, 1896-1900, p. 2315. Description.—The toadfish, like the sculpins, has a large flat head, round nose, tremendous mouth, tapering body with plump belly, and fanlike pectoral fins; but it differs from all sculpins, and indeed from all other spiny-finned fishes of the Gulf of Maine except the blennies (p. 359), in the location of its ventral fins, which are under the throat well in front of the pectoral
RMRMR2AH–. Annals of the New York Academy of Sciences. Science; Science -- New York (State). ?im' CO. ini' A B Fig. 5. SwiM-BLADDER OF OpSANUS TAU. A. A specimen longitudinally bisected showing the position of the internal septum (s). c o, central opening of septum; i m, intrinsic muscle. B. Another specimen longitudinally bisected showing the variation of the internal septum (s). the same intrinsic muscles as that of the sea-robin. The muscles arise at the most anterior part of the right and left lobes respectively, and are separated posteriorly by only a small tendon. The muscular tissue is thick and
RMRHG9E5–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 282 REPORTS FROM THE MBL GENERAL SCIENTIFIC MEETINGS Reference: Biol. Bull. 201: 282-283. (October 2001) Mariculture of the Toadfish Opsanus tan Allen F. Mensinger1 (University of Minnesota-Duluth, Duhtth, Minnesota, 55812), Katherine A. Stephenson2, Sarah L Pollema2, Hazel E. Richmond^ Nichole Priced and Roger T. Hanlon1 In response to declining stocks of toadfish in local waters around Cape Cod, Massachusetts, a toadfish mariculture program was initi- ated in the summer of 1998 (1); the aims were to provide researchers at
RMRHN8E6–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ^•J^^MSS. l:j(a/i<K 5. Opsanus tint. K'lL-rtmn micrograph t ^hou tin- IUIMC .structure of a secondarj laim-llu cut transverse to the direction of blood flow. Tliree pillar cells (PC) are visible separating and lining the blood channels. Notice the sculpturing of the outer epithelial layer ( Kpi) and the different types of lymphocyte (monocytes and macrophages) to be found in the lymphoid space ( Ly Sp). betueen the tuo epitlielial layers. The basement membrane (BM) sejiarates the inner epithelial layer ( F.p- .) irom the
RMRN82YP–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. midl rd Fig. 6. Diagram of swim-bladder with oval, epi epithelial lining, inl inner layer, midl middle layer, outl outer layer, phf peripheral fold of oval (radial section). oval epithelium of oval, rd red gland, rt rete mirabile.. Fig. 7. Section of red gland in the swim-bladder of Opsanus tau. cnt connective tissue, cp capillary bundle, epi epithelium lining the swim-bladder, sbl cavity of the swim-bladder. which this type of swim-bladder is found deserves special investigation by experimental methods. The most highly speci
RMRHNY11–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. KMO 00 200 300 *00 500 600 700 800 HOC* SURFACE—SQUARE CENTIMETERS 100 20O 300 400 500 600 700 600 BODY SURFACE — SQUARE CENTIMETERS FIGURE 2. Relation of body surface area to body weight in menhaden (Brcvoortia tyran- nus) and toadfish (Opsanus tau). For comparison with observed values area computed on the basis K — IQ is also shown. The curves of Figure 2 are not on the same scale as those of Figure 1. sibility in this case that the difference may be accounted for by error in the technique of determining the surface area o
RMRGDKFY–. Bulletin of the Natural History Museum Zoology. Fig. 3 Type 1 epaxial musculature in the batrachoidid Opsanus beta (MPM 8919, 139.5 mm SL). Insertions to the 11th dorsal-fin pterygiophore. SP1, first spine; SRI, first segmented ray; other abbreviations and methods of presentation as in Fig. 1. Scale bar = 10 mm.. Fig. 4 Type 1 epaxial musculature in three percoids: a, Apogon maculatus (MPM 24869, 64.6 mm SL), Apogonidae, with insertions to the first through third pterygiophores; b, Centrogenys vaigiensis (USNM 150792, 53.4 mm SL), Centrogeniidae, with insertions to the first through seventh
RMRN830H–. Anatomischer Anzeiger. Anatomy, Comparative; Anatomy, Comparative. Fig. 4 a. Fig. 4 a. Section of wall of the eel swim-bladder (JACOBS, '98). sbl cavity of swim-bladder, epi epithelium lining the swim-bladder cavity, cp small blood vessel. Fig. 4 b. Section of wall of pneu- matic duct in the eel (Jacobs, '98). bv blood vessel, cp capillary, epi epithelium lining cavity of the pneumatic duct, pnl cavity of pneumatic duct.. Fig. 4 b. A more specialized type of swim-bladder is found in the toad-fish (Opsanus). The organ of this type (Fig. 5) has lost its connection with the oesophagus, and cons
RMRGDMDA–. Bulletin of the Natural History Museum Zoology. Fig. 3 Type 1 epaxial musculature in the batrachoidid Opsanus beta (MPM 8919, 139.5 mm SL). Insertions to the 11th dorsal-fin pterygiophore. SP1, first spine; SRI, first segmented ray; other abbreviations and methods of presentation as in Fig. 1. Scale bar = 10 mm.. Fig. 4 Type 1 epaxial musculature in three percoids: a, Apogon maculatus (MPM 24869, 64.6 mm SL), Apogonidae, with insertions to the first through third pterygiophores; b, Centrogenys vaigiensis (USNM 150792, 53.4 mm SL), Centrogeniidae, with insertions to the first through seventh
RMRDR6DX–. The fishes of North Carolina . Fishes. LIST OF ILLUSTRATIONS. XI PAGE. 168. Holmes' goby. Microgobius holmesi 367 169. Shark-sucker; remora. Leptecheneis naucrates 370 170. Star-gazer. Astroscopus y-grwcum 372 171. Toad-fish. Opsanus tau 373 172. Blenny. Hypsoblennius hentz 376 173. Eel-pout. Zoarces angwllaris 378 174. Cusk-eel. Rissola marginata 379 175. Cod. Gadus callarias 381 176. Codling. Urophydsregius 383 177. Earll's hake; dickie. Urophycis earlli 384 178. Summer flounder; plaice. Paralichthys dentatus 387 179. Syacium papillosum 391 180. Sand flounder. Lophopseita macidata 392 181.
RMRHP7X4–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. PLATE III is«si«. 18 F:G. 13. Section of kidney of Shellfish (Lactophrys bicaudalis), group III, X63. FIG. 14. Higher power of portion of field shown in Fig. 13. X 262. FIG. 15. Section of kidney of Toad fish (Opsanus tan), group IV. X 63. FIG. 16. Higher power of portion of field shown in Fig. 15. X 262. FIG. 17. Section of kidney of Terrapin (Pseudevnys -f/>.). X 63. FIG. 18. Higher power of portion of field shown in Fig. 17. X 262.. Please note that these images are extracted from scanned page images that may have been
RMRHKM5J–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 1412108 6 4 2 Temperature (°C). -H H 1412108 6 4 2 0 Temperature (°C) Figure 1. A. Effect oj temperature on ventilation rates of Opsanus tau measured in operculum heals per minute (mean ± S.D.). B. Effect of temperature on righting response levels as measured by the ranking system described in text (mean ± S.D.). C. Effect of temperature on escape response levels as measured by the ranking system described in text (mean ± S.D.). forceps; 1, velocity < 20 cm/s when held and tugged; and 0, no escape response). At the conclu
RMRCCHAF–. Distribution and abundance of fishes and invertebrates in Mid- Atlantic estuaries. Estuaries -- Atlantic Coast (U. S. ); Estuarine animals -- Atlantic Coast (U. S. ); Fisheries -- Atlantic Coast (U. S. ); Fishes -- Atlantic Coast (U. S. ); Estuarine fisheries -- Atlantic Coast (U. S. ). Table 5, continued. Temporal distribution Estuary / Month Mid-Atlantic Estuaries Waquoit Bay Buzzards Bay Narragansett Bay Species / Life Stage JFMAMJJASOND JFMAMJJASOND JFMAMJJASOND Red hake Urophycis chuss [ZD •I I Oyster toadfish Opsanus tau Sheepshead minnow Cyprinodon variegatus Kiliifishes Fundulus spec
RMRD21GC–. Dangerous marine animals. Marine animals. v&eyr?' Fig. 48. Top: Toadfish, Barchatus cirrhosas (Klunzinger). (From Klun- zinger) Center: Toadfish, Batrachoides grunniens (Linnaeus). (From Sauvage) Bottom: Batrachoides didactyhis (Bloch). (From Steindachner). Fig. 49. Top: Toadfish, Opsanus tau (Linnaeus). (From Storer) Bottom: Toadfish, ThaJassophryne reticulata Giinther. (Shirao). 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 origi
Search Results for Opsanus Stock Photos and Images (74)
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