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Eugenie Clark (May 4, 1922 – February 25, 2015), popularly known as The Shark Lady, was an American ichthyologist known for both her research on shark behavior and her study of fish in the order Tetraodontiformes. Clark was a pioneer in the field of scuba diving for research purposes.
This page describes a template shark article. First part just lists the headings and gives an idea on what to write in each section, the second part gives examples. <A tax box> Including picture and all field as per Wikipedia:WikiProject Tree of Life/taxobox usage <A general description of the sharks size and habitat and a few descriptive ...
Stewart Springer published papers on sharks, skates, and rays in a wide range of scientific journals including American Midland Naturalist, Copeia, Nature, Proceedings of the Indiana Academy of Science, the Florida Academy of Science, Science, Texas Journal of Science, UNESCO and various government agencies in the United States, New Zealand, and South Africa.
Your average shark may not be able to figure out that two plus two, equals four; however, new research says their hunting behavior makes them look like mathematical geniuses. Sharks use a keen ...
Fish can remember the attributes of other individuals, such as their competitive ability or past behavior, and modify their own behavior accordingly. For example, they can remember the identity of individuals to whom they have lost in a fight, and avoid these individuals in the future; or they can recognize territorial neighbors and show less ...
Through evolutionary time, sharks specifically have developed a suite of adaptive agonistic behaviours to communicate their intentions during such conflict. [1] Sharks display recognizable sequences of behaviour, which mimic the initial phases of their fight sequence, to signal their degree of agitation, along with their intent to fight.
Shark Lab's most influential program, by far, includes monitoring hundreds of adult and juvenile sharks that swim along the Southern California coast and letting local lifeguards know when sharks ...
Sharks can sense frequencies in the range of 25 to 50 Hz through their lateral line. [2] Fish orient themselves using landmarks and may use mental maps based on multiple landmarks or symbols. Fish behavior in mazes reveals that they possess spatial memory and visual discrimination. [3]