Due to rapid ocean warming at higher latitudes, northward habitat shifts of the dominant
anadromous fish in the Northern Hemisphere, chum salmon (Oncorhynchus keta), have …

Anthropogenic changes in water temperature can pose significant risk to thermoelectric and
hydroelectric generation. In this study, we developed indicators of thermal risk (ITRs) to …

Species with complex life cycles, such as anadromous fish that perform spawning migrations
between freshwater and the ocean, may be particularly sensitive to global change because …

Evaluating the status and trends of natural-origin anadromous fish populations over time
requires robust estimates of out-migrating juvenile abundance. Information on abundance is …

Water temperature is a key dimension of estuaries that can influence important biological
processes including organismal growth, survival, and habitat use. For example, juvenile …

Environmental change profoundly alters biodiversity and, by extension, species
contributions to ecosystem functioning. While it is well‐established that these impacts can be …

In this study, we evaluated how well DNA metabarcoding of environmental samples
captures changes in marine mesozooplankton community composition to optimize the use of …

Information on species' phenology and distribution is essential for assessing and mitigating
exposure to pressures that vary over space and time, such as development projects or …

The present study quantified the vertical and horizontal distribution of sub-adult Chinook
salmon Oncorhynchus tshawytscha in nearshore marine environments. Depth-specific hook …

Hatchery production is common in salmonid management for harvest and conservation.
Many hatcheries employ integrated broodstock programs, where wild-origin fish are …