Hatcheries have long produced salmonids for fisheries and mitigation, though their
widespread use is increasingly controversial because of potential impacts to wild salmonids …

The California Central Valley contains the southernmost native populations of Chinook
Salmon Oncorhynchus tshawytscha, which inhabit a highly variable, anthropogenically …

Abstract The record-breaking 2014–2016 California drought, emblematic of the more
frequent and extreme climatic events projected under climate change, highlighted the …

California's salmonids are at the southern limits of their individual species' ranges, and
display a wide diversity of strategies to survive in California's highly variable climate. Land …

Intraspecific biodiversity is vital for species persistence in an increasingly volatile world. By
embracing methods that integrate information at different spatiotemporal scales, we can …

Phenotypic diversity and abundance drive salmon resilience in the face of increasing
environmental variability. But what happens when human activities fundamentally alter the …

Many estuarine ecosystems and the fish communities that inhabit them have undergone
substantial changes in the past several decades, largely due to multiple interacting stressors …

Fish face many anthropogenic stressors. Authorities in marine, estuarine, and freshwater
realms often share interdependent fisheries management goals, but address singular …

Climate change is intensifying the effects of multiple interacting stressors on aquatic
ecosystems worldwide. In the San Francisco Estuary, signals of climate change are …

Patagonian aquatic environments have been invaded since the end of the last century by
different species of salmonids. Knowing the natal origin and homing/straying rate of the …