The goal of this review was to identify literature published in 2019 that was most relevant to
prediction and mitigation of climate change impacts on Columbia River Pacific salmon …

Climate change drives species distribution shifts, affecting the availability of resources
people rely upon for food and livelihoods. These impacts are complex, manifest at local …

Fish biodiversity sustains the resilience and productivity of fisheries, yet this biodiversity can
be threatened by overharvest and depletion in mixed‐stock fisheries. Thus, the biodiversity …

Climate change is leading to shifts in not only the average timing of phenological events, but
also their variance and predictability. Increasing phenological variability creates a stochastic …

Variation among populations in life history and intrinsic population characteristics (ie,
population diversity) helps maintain resilience to environmental change and dampen …

The greatest known global response of lakes to climate change has been an increase in
water temperatures. The responses of many lake fishes to warming water temperatures are …

The abundance of many Chinook salmon (Oncorhynchus tshawytscha) stocks has declined
despite reductions in harvest. We used state-space models parameterized with data from 57 …

Although the eco‐evolutionary consequences of dispersal and exploitation are increasingly
recognised, consideration of these effects and how they interact for management and …

Dispersal and shared environmental conditions can both synchronize the dynamics of local
populations, but disentangling their relative influence on dynamics is challenging. We used …

Mixed fisheries capture multiple species simultaneously, posing significant challenges to
fisheries assessment and management, and leading to systematic risk of overfishing. While …