Water temperature can have a profound influence on development and distribution of
aquatic species. Salmon are particularly vulnerable to temperature changes because their …

We analyzed the alteration of discharge and water temperature caused by two newly
established reservoirs in the lower reaches of the Jinsha River. In comparison to longer-term …

The effects of hydrological alterations on thermal regimes due to small water provisioning
schemes are poorly understood. We studied the alteration of thermal regimes in a …

Reservoirs change downstream thermal regimes by releasing water of different
temperatures to that under natural conditions, which may then alter downstream biodiversity …

Large dams often alter flow and thermal regimes downstream, resulting in fish spawning
delays and larval abundance declines. Accurate prediction of the delayed spawning period …

Water temperature is a fundamental parameter for both hydrological and ecological
processes in aquatic systems. Usually, a sinusoidal function is used to represent the …

Small dams account for the majority of reservoirs throughout the world, yet little is known
about their effects on stream temperatures. Given that water temperature is vital for …

This special issue of Evolutionary Applications comprises 15 papers that illustrate how
evolutionary principles can inform the conservation and management of salmonid fishes …

Predicting the vulnerability of species to environmental change requires integrating
observations of individual ecophysiological and behavioral responses with community level …

We projected effects of mid‐21st century climate on the early life growth of C hinook salmon
(O ncorhynchus tshawytscha) and steelhead (O. mykiss) in western U nited S tates streams …