<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in sensory ethology and camouflage research. Development of novel methods is critically important in order to monitor and objectively quantify cephalopod behavior. In this work, the development of Cephalopod Experimental Projected Habitat (CEPH) is described. This newly developed experimental design bridges computational and ethological sciences, providing a visually controlled arena which requires limited physical space and minimal previous technical background. Created from relatively inexpensive and readily available materials, the experimental apparatus utilizes reflected light which closely resembles natural settings. Preliminary results su...
Cephalopods are known as the chameleons of the sea - they can alter their skin's coloration, pattern...
[[abstract]]Individual cuttlefish, octopus and squid have the versatile capability to use body patte...
Visual perception is inherently statistical: brains exploit repeating features of natural scenes to ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in sen...
Cephalopods usually have large and mobile eyes with which they constantly scan their environment. Th...
Camouflage versatility is probably no better developed in the animal kingdom than in the coleoid cep...
Coleoid cephalopods, including octopuses, cuttlefish and squid, rely mainly on visual signals when i...
At first glance, the complex cephalopod skin display system, which Packard (1995) describes as a neu...
Coleoid cephalopods camouflage on timescales of seconds to match their visual surroundings. To date,...
Previous investigations of vision and visual pigment evolution in aquatic predators have focused on ...
[[abstract]]Cephalopods have at least 20 body patterns for camouflage, yet these can be organized in...
Cephalopods are known as the chameleons of the sea - they can alter their skin's coloration, pattern...
[[abstract]]Individual cuttlefish, octopus and squid have the versatile capability to use body patte...
Visual perception is inherently statistical: brains exploit repeating features of natural scenes to ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
<p>Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in ...
Cephalopods' visually driven, dynamic, and diverse skin display makes them a key animal model in sen...
Cephalopods usually have large and mobile eyes with which they constantly scan their environment. Th...
Camouflage versatility is probably no better developed in the animal kingdom than in the coleoid cep...
Coleoid cephalopods, including octopuses, cuttlefish and squid, rely mainly on visual signals when i...
At first glance, the complex cephalopod skin display system, which Packard (1995) describes as a neu...
Coleoid cephalopods camouflage on timescales of seconds to match their visual surroundings. To date,...
Previous investigations of vision and visual pigment evolution in aquatic predators have focused on ...
[[abstract]]Cephalopods have at least 20 body patterns for camouflage, yet these can be organized in...
Cephalopods are known as the chameleons of the sea - they can alter their skin's coloration, pattern...
[[abstract]]Individual cuttlefish, octopus and squid have the versatile capability to use body patte...
Visual perception is inherently statistical: brains exploit repeating features of natural scenes to ...