Add to ORKGof its key influence on locomotor cost and efficiency, swim speed is an important element in foraging models fo
The energy cost per unit distance (i. e. the economy of swimming, C) is given by the ratio / v whe...
Undulatory swimming animals exhibit diverse ranges of body shapes and motion patterns and are often ...
The energy cost to swim a unit distance (C(sw)) is given by the ratio (E) over dot/v where (E) over ...
Locomotion is energetically expensive. This may create selection pressures that favor economical loc...
Cost reduction strategies are often invoked as explanations when studies of adaptation fail to find ...
Overall migration speed is likely to be a trait under selection pressure in animals migrating annual...
The energy expended to transport the body over a given distance (C, the energy cost) increases with ...
A theoretical model describes how an intermittent swimming style can be energetically advantageous o...
Energetical cost of swimming (ECS) (cal/g/km) has been calculated for 21 species of fish on the basi...
Energy consumption is one of the primary considerations in animal locomotion. In swimming locomotion...
Energy consumption is one of the primary considerations in animal locomotion. In swimming locomotion...
Copepods change their behaviour with changing environments. Experiments show that copepods from labo...
Swimming represents the primary means through which fishes interact with their environment, and fac...
Replicate clutches of larvae were swum in a swimming flume at 4, 7, 10, 13, and 16 cm s–1 and the ti...
An animal’s movement speed affects all behaviors and underlies the intensity of an activity, the tim...
The energy cost per unit distance (i. e. the economy of swimming, C) is given by the ratio / v whe...
Undulatory swimming animals exhibit diverse ranges of body shapes and motion patterns and are often ...
The energy cost to swim a unit distance (C(sw)) is given by the ratio (E) over dot/v where (E) over ...
Locomotion is energetically expensive. This may create selection pressures that favor economical loc...
Cost reduction strategies are often invoked as explanations when studies of adaptation fail to find ...
Overall migration speed is likely to be a trait under selection pressure in animals migrating annual...
The energy expended to transport the body over a given distance (C, the energy cost) increases with ...
A theoretical model describes how an intermittent swimming style can be energetically advantageous o...
Energetical cost of swimming (ECS) (cal/g/km) has been calculated for 21 species of fish on the basi...
Energy consumption is one of the primary considerations in animal locomotion. In swimming locomotion...
Energy consumption is one of the primary considerations in animal locomotion. In swimming locomotion...
Copepods change their behaviour with changing environments. Experiments show that copepods from labo...
Swimming represents the primary means through which fishes interact with their environment, and fac...
Replicate clutches of larvae were swum in a swimming flume at 4, 7, 10, 13, and 16 cm s–1 and the ti...
An animal’s movement speed affects all behaviors and underlies the intensity of an activity, the tim...
The energy cost per unit distance (i. e. the economy of swimming, C) is given by the ratio / v whe...
Undulatory swimming animals exhibit diverse ranges of body shapes and motion patterns and are often ...
The energy cost to swim a unit distance (C(sw)) is given by the ratio (E) over dot/v where (E) over ...