We review knowledge on applications of sustained aerobic swimming as a tool to promote
productivity and welfare of farmed fish species. There has been extensive interest in whether …

Phenotypic plasticity in morphology is often considered adaptive. Stream-living fish
encounter considerable spatial and temporal environmental variation in their native habitats …

Migrating fish species with different swimming capacities and energy use show different
capacities for passing obstacles between habitats, such as culverts and fish ladders. Here …

Movement is essential in the ecology of most animals, and it typically consumes a large
proportion of individual energy budgets. Environmental conditions modulate the energetic …

Swimming performance is considered a main character determining survival in many
aquatic animals. Body morphology highly influences the energetic costs and efficiency of …

1. Aspects of locomotor performance are thought to be important in a variety of natural
contexts, including foraging and escaping from predators. The role of locomotor abilities in …

Energy metabolism fuels swimming and other biological processes. We compared the
swimming performance and energy metabolism within and across eight freshwater fish …

Central to our understanding of locomotion in fishes are the performance implications of
using different modes of swimming. Employing a unique combination of laboratory …

Many species of animal live in groups, and the group represents the organizational level
within which ecological and evolutionary processes occur. Understanding these processes …

Trophic polymorphism is common in fish and is manifested by individual differences in
habitat use, food preference, and morphology. The significance of morphological variations …