The rapid decline in sturgeon populations is largely a result of human activities, especially
the proliferation of hydraulic structures and lack of fish passage systems effective for …

Estimating the timing and magnitude of fish movements relative to environmental factors can
provide insight into why fishes behave as they do. To make broad-level inferences about fish …

Globally, rivers are increasingly being subjected to various levels of physical alteration and
river regulation to provide humans with services such as hydropower, freshwater, flood …

Modeling individual fish habitat selection in highly variable environments such as
hydropeaking rivers is required for guiding efficient management decisions. We analyzed …

We evaluated the effects of hourly variation in flow caused by power load following at Glen
Canyon Dam (“hydropeaking”) on the nearshore habitat use and growth of age‐0 rainbow …

Passive acoustic telemetry was used to monitor the movements of cownose rays
(Rhinoptera bonasus) within the Caloosahatchee River estuary in Southwest Florida …

To avoid negative consequences to freshwater biota from climate change, society must
complete the transition from fossil to renewable electricity sources. However, temporal …

Sturgeon aquaculture has taken a parallel yet unique path relative to other teleost rearing.
One of the driving factors has been the fact that virtually all extant species are facing …

Worldwide, sturgeons (Acipenseridae) are among the most endangered fishes due to
habitat degradation, overfishing, and inherent life history characteristics (long life span, late …

Spawning migrations of sturgeon have been affected by the construction of dams, which
create barriers to migration and have contributed to the imperilment of sturgeon. Although …