Long‐term conservation planning for diadromous fishes would benefit from a better
understanding of both the role of connectivity among environments and habitat variability in …

Management of anadromous salmon stocks is usually based on an estimate of the spawner-
recruitment relationship. A wide variety of estimation approaches have been developed …

While numerous studies have shown that floodplain habitat complexity can be important to
fish ecology, few quantify how watershed-scale complexity influences productivity. This …

Within the geographic range of salmonid fishes, many apparently suitable rivers and
streams are used for reproduction by some species but not others. This is widely known but …

Freshwater mussels are one of the most imperilled animal groups in the world. Their
effective conservation and restoration require a better understanding of their spatial …

The planned removal of four dams on the Klamath River (anticipated 2024) will be the
largest river restoration effort ever undertaken on the planet. Dam removal will restore …

In this study, animal‐borne telemetry with temperature sensors was coupled with extensive
habitat temperature monitoring in a dimictic reservoir, to test the following hypotheses …

We describe a process for evaluating proposed ecosystem restoration projects intended to
improve survival of juvenile salmon in the Columbia River estuary (CRE). Changes in the …

Large wood (LW) addition is often part of fish habitat restoration projects. However, there is
limited information about the spatial–temporal variability in hydraulic changes after LW …

This chapter reviews the basic principles of sediment transport in streams, channel
classification, mountain channel morphology, and associated implications for fish spawning …