<p>A. Estimated percentage of swimming energy costs directed to the myotomal and fin musculature during steady swimming. B. Estimated net cost of transport associated with activity in the myotomal and fin musculature. Data are shown as mean ± sem (N = 6 to 8). * designates a significant change relative to the adjacent lower speed condition.</p
With the aim of computing a complete energy balance of front crawl, the energy cost per unit distanc...
The limiting factors of swimming performance were studied in fish exercising in a water tunnel. The ...
The aim of this study was to investigate the relationship between changes in swimming velocity (SV),...
Muscle metabolism dominates the energy costs of locomotion. Although in vivo measures of muscle stra...
Muscle metabolism dominates the energy costs of locomotion. Although in vivo measures of muscle stra...
<p>Energy estimates were obtained by multiplying the total estimated energy directed to the fin musc...
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...
Most fish species swim with lateral body undulations running from head to tail, These waves run more...
Energetical cost of swimming (ECS) (cal/g/km) has been calculated for 21 species of fish on the basi...
Fish locomotion provides an overview of key features related to swimming. The section about the swim...
Locomotion is energetically expensive. This may create selection pressures that favor economical loc...
<p>The metabolic rate () and cost of transport (COT) under different swimming speed of fish collecte...
With the aim of computing a complete energy balance of front crawl, the energy cost per unit distanc...
The critical swimming velocity of fish is affected by environmental conditions and the highest swimm...
With the aim of computing a complete energy balance of front crawl, the energy cost per unit distanc...
The limiting factors of swimming performance were studied in fish exercising in a water tunnel. The ...
The aim of this study was to investigate the relationship between changes in swimming velocity (SV),...
Muscle metabolism dominates the energy costs of locomotion. Although in vivo measures of muscle stra...
Muscle metabolism dominates the energy costs of locomotion. Although in vivo measures of muscle stra...
<p>Energy estimates were obtained by multiplying the total estimated energy directed to the fin musc...
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...
Most fish species swim with lateral body undulations running from head to tail, These waves run more...
Energetical cost of swimming (ECS) (cal/g/km) has been calculated for 21 species of fish on the basi...
Fish locomotion provides an overview of key features related to swimming. The section about the swim...
Locomotion is energetically expensive. This may create selection pressures that favor economical loc...
<p>The metabolic rate () and cost of transport (COT) under different swimming speed of fish collecte...
With the aim of computing a complete energy balance of front crawl, the energy cost per unit distanc...
The critical swimming velocity of fish is affected by environmental conditions and the highest swimm...
With the aim of computing a complete energy balance of front crawl, the energy cost per unit distanc...
The limiting factors of swimming performance were studied in fish exercising in a water tunnel. The ...
The aim of this study was to investigate the relationship between changes in swimming velocity (SV),...