Results 201 to 210 of about 34,561 (255)
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Science, 1989
Cetaceans display numerous anatomic and physiologic adaptations to life in a dense, three-dimensional medium. Their bodies have changed radically from those of their terrestrial ancestors, yet their behaviors and types of social organization are broadly similar to those of animals on land.
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Cetaceans display numerous anatomic and physiologic adaptations to life in a dense, three-dimensional medium. Their bodies have changed radically from those of their terrestrial ancestors, yet their behaviors and types of social organization are broadly similar to those of animals on land.
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Journal of Clinical Forensic Medicine, 2003
The carcass of a young adult male Indian Ocean Bottlenose dolphin (Tursiops cf aduncus) was found floating in an estuary near Adelaide, South Australia. An autopsy revealed that death had been caused by obstruction of the upper aerodigestive tract by a 660 mm Cobbler Carpetshark (Sutorectus tentaculatus).
Roger W, Byard +3 more
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The carcass of a young adult male Indian Ocean Bottlenose dolphin (Tursiops cf aduncus) was found floating in an estuary near Adelaide, South Australia. An autopsy revealed that death had been caused by obstruction of the upper aerodigestive tract by a 660 mm Cobbler Carpetshark (Sutorectus tentaculatus).
Roger W, Byard +3 more
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Vision Research, 1971
Abstract Visual pigments from marine cetaceans, as in other mammals, are homogeneous and based on the retinal-l chromophore, but show a wider range in absorption maxima. Maxima range from 497 to 486 nm and for one species to 481 nm, but with less certainty. This distribution correlates best with the dominant hue present in the habitat of each species.
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Abstract Visual pigments from marine cetaceans, as in other mammals, are homogeneous and based on the retinal-l chromophore, but show a wider range in absorption maxima. Maxima range from 497 to 486 nm and for one species to 481 nm, but with less certainty. This distribution correlates best with the dominant hue present in the habitat of each species.
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This document focuses on the flow of data into the Biodiversity Cetaceans database and data portal. The data hosted at ICES were primarily collected by NGOs or during international surveys (such as the SCANS survey) and are integrated in the Joint Cetacean Data Programme (JCDP).
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Global PBDE contamination in cetaceans. A critical review
Environmental Pollution, 2022Alice Bartalini +2 more
exaly
Metal and trace element concentrations in cetaceans worldwide: A review
Marine Pollution Bulletin, 2023Soraya Paz +2 more
exaly