Quantifying fish dispersal and identifying its general predictors is key for understanding
temporal patterns in population dynamics, emigration and immigration, meta‐community …

Habitat suitability, dispersal potential, and fragmentation influence the distribution of stream
fishes; however, their relative influence and interacting effects on species distributions are …

Identifying factors that influence fish movement is a key step in predicting how populations
respond to environmental change. Using mark recapture (four species) and trap capture …

Barriers to immigration, all else being equal, should in principle depress local abundance
and reduce local species richness. These issues are particularly relevant to stream‐dwelling …

Using a mark–recapture technique in a small temperate stream, we described the movement
of four fish species over a five‐month period and developed a mathematical model that …

Current-mediated downstream dispersal by the early developmental stages of fish in rivers
is a common phenomenon. Knowledge of patterns and processes in the dispersal, or 'drift' …

Water resource development in coastal river catchments contributes to poor fish assemblage
health due to the effects of barriers to migration and altered flow regimes. Impacts of …

The “restricted‐movement paradigm”(RMP) states that adult fish in streams are sedentary
and spend most of their lives in short (20–50 m) reaches of stream. In mark–recapture …

Migratory behaviour of selected fish species is described in the Paraná River, Brazil–
Argentina–Paraguay, to search for patterns relevant to tropical regulated river systems. In a …

Colonisation and population recovery are crucial to species persistence in environmentally
variable ecosystems, but are poorly understood processes. After documenting movement …