Understanding a species' thermal niche is becoming increasingly important for management
and conservation within the context of global climate change, yet there have been …

Water temperatures on river networks fluctuate in time and over space. This variation creates
complex thermal regimes through which fishes move over the course of their lives. Using …

Global climate change is predicted to increase air and stream temperatures and alter
thermal habitat suitability for growth and survival of coldwater fishes, including brook charr …

Warming water temperatures as a result of climate change pose a major threat to coldwater
organisms. However, the rate of warming is not spatially uniform due to surface‐ground …

Anthropogenic influences, including climate change, are increasing river temperatures in
northern and temperate regions and threatening the thermal habitats of native salmonids …

Many streams are experiencing increased average temperatures due to anthropogenic
activity and climate change. As a result, surface water temperature regulation is critical for …

The bull trout Salvelinus confluentus is believed to be among the most thermally sensitive
species in coldwater habitats in western North America. We conducted a comprehensive …

Elevated water temperatures in river systems and the associated thermal stress on their
biota is an increasingly serious and widespread problem. Substantial changes in water …

Thermal refuges provide critical habitat for cold‐water‐dependent salmonids in marginal
riverscapes during extreme heat events globally. Studies of thermal refuge use by salmonids …

We provide a simple framework for diagnosing the impairment of stream water temperature
for coldwater fishes across broad spatial extents based on a weight-of-evidence approach …