… produce magnetic orientation and navigation responses … Similarly, in the marine mollusk
Tritonia, one of the few … or those that inhabit subsurface ocean habitats (eg sea turtles, lobsters). …

… produce magnetic orientation and navigation responses … Similarly, in the marine mollusk
Tritonia, one of the few … or those that inhabit subsurface ocean habitats (eg sea turtles, lobsters). …

… vertebrate classes, in mollusks and several arthropod species… magnetic ‘map’ in animals
as different as spiny lobsters, sharks, marine turtles and birds suggest that the use of a magnetic …

… a magnetic compass sense use the direction of magnetic … magnetic field intensity and
inclination angle to assess their position, as other ocean migrants such as sea turtles and lobsters …

… in magnetic fields. However, empirical evidence to support orientation and navigation via
magnetic field information in elasmobranch fishes is scant; sensory acuity to magnetic stimuli is …

… ’s magnetic field as a compass for maintaining direction (eg … field, much about the magnetic
navigation in fishes remains … as other ocean migrants such as sea turtles and lobsters also …

… taxa that include bacteria, mollusks, nematodes, arthropods, … of the use of magnetic
navigational information in birds and … magnetic field in vertebrates (sea turtles) and invertebrates (…

… animals can detect the geomagnetic fields and utilize them in various important biological
processes as orientation and navigation, which could be affected by artificially created …

… long distance, from insects to sea turtles, and from eels to … detect different objects; the spiny
lobsters that form long, straight … fish fry, small crustaceans and mollusks) move up and down …

… magnetic navigation capability exists in only one invertebrate, the spiny lobster—a migratory
marine … A series of tests on the marine mollusc Tritonia diomedea was conducted between …