Add to ORKGQuestion: How does genetic diversity change as one moves along a species' range, towards the periphery? Previous work shows contradictory evidence for an increase, decrease or no clear trend along the range
Abstract: Traditionally, populations at the periphery of the geographic range of a species have been...
Many ectothermic species are currently expanding their geographic range due to global warming. This ...
<p>Specifically, range limit evolution depends on two compound parameters: (1) the ‘cost of migratio...
International audienceBackground: Quantifying variation of genetic traits over the geographical rang...
Genetic diversity is important for species’ fitness and evolutionary processes but our knowledge on...
There is growing interest in quantifying genetic population structure across the geographical ranges...
Compared with populations near the core of a species\u27 range, edge populations tend to be characte...
Species are shifting their ranges under climate change, with genetic and evolutionary consequences. ...
Motivation: Theory describing biodiversity gradients has focused on species richness with less conce...
Genetic studies on core versus peripheral populations have yielded many patterns. This diversity in ...
Many ectothermic species are currently expanding their geographic range due to global warming. This ...
Range expansions may create a unique spatial genetic pattern characterized by alternate genetically ...
Regional phylogeographic studies have long been conducted in the southeastern United States for a va...
Understanding the factors that govern the distribution of species is a central goal of evolutionary ...
Most species do not live in a constant environment over space or time. Their environment is often he...
Abstract: Traditionally, populations at the periphery of the geographic range of a species have been...
Many ectothermic species are currently expanding their geographic range due to global warming. This ...
<p>Specifically, range limit evolution depends on two compound parameters: (1) the ‘cost of migratio...
International audienceBackground: Quantifying variation of genetic traits over the geographical rang...
Genetic diversity is important for species’ fitness and evolutionary processes but our knowledge on...
There is growing interest in quantifying genetic population structure across the geographical ranges...
Compared with populations near the core of a species\u27 range, edge populations tend to be characte...
Species are shifting their ranges under climate change, with genetic and evolutionary consequences. ...
Motivation: Theory describing biodiversity gradients has focused on species richness with less conce...
Genetic studies on core versus peripheral populations have yielded many patterns. This diversity in ...
Many ectothermic species are currently expanding their geographic range due to global warming. This ...
Range expansions may create a unique spatial genetic pattern characterized by alternate genetically ...
Regional phylogeographic studies have long been conducted in the southeastern United States for a va...
Understanding the factors that govern the distribution of species is a central goal of evolutionary ...
Most species do not live in a constant environment over space or time. Their environment is often he...
Abstract: Traditionally, populations at the periphery of the geographic range of a species have been...
Many ectothermic species are currently expanding their geographic range due to global warming. This ...
<p>Specifically, range limit evolution depends on two compound parameters: (1) the ‘cost of migratio...