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Ultrastructure of the dolphin adenohypophysis
Zeitschrift f�r Zellforschung und Mikroskopische Anatomie, 1970The ultrastructural appearances of the cell types are described in the pars distalis of common (Pacific) dolphins, Delphinus delphis. Tentative functions are assigned to these cells and discussed in relation to some of the known adaptations of these mammals to a marine environment.
B. A. Young, R. J. Harrison
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, 2014
The taxonomy of the humpback dolphin genus Sousa has been controversial and unsettled for centuries, but recent work indicates that there are several valid species.
T. Jefferson, H. Rosenbaum
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The taxonomy of the humpback dolphin genus Sousa has been controversial and unsettled for centuries, but recent work indicates that there are several valid species.
T. Jefferson, H. Rosenbaum
semanticscholar +1 more source
Dolphin Vocalization Mechanisms
Science, 1981Although humans have difficulty whistling when in a habitat that is more than 20 meters underwater, dolphins can make certain sounds at great depths through a related mechanism. Other dolphin sounds, such as clicks and complex buzzes, are produced by vibrations of the tissue of the nasal plugs, apparently without the use of the larynx; in ...
R. Stuart Mackay, H. M. Liaw
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New Scientist, 2011
What would we learn if we could merge parts of our brains with other species? Might we hear the sounds of the past? Would we have a very different psychology? Or live in naked troops, wordlessly swapping intimate experiences?
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What would we learn if we could merge parts of our brains with other species? Might we hear the sounds of the past? Would we have a very different psychology? Or live in naked troops, wordlessly swapping intimate experiences?
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Nature, 2002 2000
Echolocation is the process by which an organism projects acoustic signals in order to obtain a sense of its surroundings from the echoes it receives. In a general sense, any animal with a capability to hear can echolocate by emitting sounds and listening to the echoes.
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Echolocation is the process by which an organism projects acoustic signals in order to obtain a sense of its surroundings from the echoes it receives. In a general sense, any animal with a capability to hear can echolocate by emitting sounds and listening to the echoes.
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JAMA, 1961
This narration is based on the prediction that within the next decade or two man will establish vocal communication with another species. This species will be highly intelligent and will most likely be an aquatic animal.Man and Dolphinis a basic handbook for those adventurers in science who can foresee the possibility of interspecies communication.
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This narration is based on the prediction that within the next decade or two man will establish vocal communication with another species. This species will be highly intelligent and will most likely be an aquatic animal.Man and Dolphinis a basic handbook for those adventurers in science who can foresee the possibility of interspecies communication.
openaire +2 more sources