Broad‐scale patterns of genetic diversity for Brook Trout Salvelinus fontinalis remain poorly
understood across their endemic range in the eastern United States. We characterized …

Predicting the persistence of species under climate change is an increasingly important
objective in ecological research and management. However, biotic and abiotic …

Understanding the extent to which captivity generates maladaptation in wild species can
inform species recovery programs and elucidate wild population responses to novel …

The ability to move between habitats has important implications for fitness in many species.
In‐stream barriers such as culverts can impede movements of riverine fishes and thus …

Climate change is increasing global atmospheric temperatures, which can reduce
abundance and cause range shifts in species that are sensitive to warming. However, fine …

Little empirical work in nature has quantified how wild populations with varying effective
population sizes and genetic diversity perform when exposed to a gradient of ecologically …

Brook trout populations have been declining throughout their native range in the east coast
of the United States. Many populations are now distributed in small, isolated habitat patches …

Although hybridization can be used as a tool for genetic rescue, it can also generate
outbreeding depression and reduce local adaptation. Improved understanding of these …

Inferring the demographic history of species is fundamental for understanding their
responses to past climate/landscape alterations and improving our predictions about the …

Many studies have investigated the loss of adaptive potential in endangered or exploited
species experiencing recent population declines. Less research has studied adaptive …