<p>Photo of the test codend showing the frame with vertical bars mounted at the entrance of the lower codend and the geometry at the entrance of the upper codend during fishery.</p
<p>The tank was divided into four equal sectors by plastic partitions (a). Each partition contained ...
<p>Subjects were singly placed in the middle of a test chamber provided with two doors (one associat...
The numbers 1, 2, 3 and 4 indicate the positions of underwater cameras during observations.</p
<p>Top panels (A-C) show the change in mass (g) relative to start mass during the acute exposure pha...
<p>Illustration of the robotic fish (left) and heron (right) used in the robot avoidance and shelter...
<p>The frame was made from curved aluminum profiles. The same profiles were used to clamp the nets t...
<p>(a) Example of frame image illustrating the detection results of the fish head regions for a grou...
<p>The top panel represents the layout of the observation chamber and the positioning of the observa...
(A) detailed plan of canvas; (B) side-profile schematic illustration of the anterior section of the ...
A propellar is tested at the end of a long metal truss suspended over a body of water, different vie...
<p>Fish were individually placed into the middle of the apparatus where two shoals containing differ...
<p>Chevron fish trap outfitted with an outward-looking Canon high-definition video camera over the m...
<p>Illustration of the open-field tank (A), place preference (B), and the novel diving test tank (C)...
<p>The test tank was equipped with two monitors, two lamps, and a bird’s-eye camera (one monitor and...
<p>Digitizition of selected meshes to establish realistic values for mesh opening angles (oa) (B). T...
<p>The tank was divided into four equal sectors by plastic partitions (a). Each partition contained ...
<p>Subjects were singly placed in the middle of a test chamber provided with two doors (one associat...
The numbers 1, 2, 3 and 4 indicate the positions of underwater cameras during observations.</p
<p>Top panels (A-C) show the change in mass (g) relative to start mass during the acute exposure pha...
<p>Illustration of the robotic fish (left) and heron (right) used in the robot avoidance and shelter...
<p>The frame was made from curved aluminum profiles. The same profiles were used to clamp the nets t...
<p>(a) Example of frame image illustrating the detection results of the fish head regions for a grou...
<p>The top panel represents the layout of the observation chamber and the positioning of the observa...
(A) detailed plan of canvas; (B) side-profile schematic illustration of the anterior section of the ...
A propellar is tested at the end of a long metal truss suspended over a body of water, different vie...
<p>Fish were individually placed into the middle of the apparatus where two shoals containing differ...
<p>Chevron fish trap outfitted with an outward-looking Canon high-definition video camera over the m...
<p>Illustration of the open-field tank (A), place preference (B), and the novel diving test tank (C)...
<p>The test tank was equipped with two monitors, two lamps, and a bird’s-eye camera (one monitor and...
<p>Digitizition of selected meshes to establish realistic values for mesh opening angles (oa) (B). T...
<p>The tank was divided into four equal sectors by plastic partitions (a). Each partition contained ...
<p>Subjects were singly placed in the middle of a test chamber provided with two doors (one associat...
The numbers 1, 2, 3 and 4 indicate the positions of underwater cameras during observations.</p