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

Movement of organisms is an important activity that has ecological and evolutionary
implications, including individual reproductive success and survival, population growth and …

Fragmentation can strongly influence population persistence and expression of life-history
strategies in spatially-structured populations. In this study, we directly estimated size-specific …

Stream-dwelling fish face highly-variable environmental conditions from fall to winter due to
fluctuations in water temperatures, discharge, and ice conditions. We provide an in-depth …

Accurate assessments of fish populations are often limited by re-observation or recapture
events. Since the early 1990s, passive integrated transponders (PIT tags) have been used to …

Movements of juvenile coho salmon (Oncorhynchus kisutch), cutthroat trout (Oncorhynchus
clarki clarki), and steelhead trout (Oncorhynchus mykiss) were studied by observations and …

Summary 1 Many studies of the movements of riverine fish have found that most individuals
are sedentary and occupy very restricted home ranges. Recently, this 'Restricted Movement …

Home ranges are central to understanding habitat diversity, effects of fragmentation and
conservation. The distance that an organism moves yields information on life history …

Yellowstone cutthroat trout Oncorhynchus clarkii bouvieri were historically distributed in the
Yellowstone River drainage (Montana and Wyoming) and the Snake River drainage …

Northcote TG. Controls for trout and char migratory/resident behaviour mainly in stream
systems above and below waterfalls/barriers: a multidecadal and broad geographical …