Add to ORKGThe fields of population and conservation genetics are particularly concerned with processes that cause small populations to suffer from genetic erosion. One such process is genetic drift, a change in allele frequencie
Massive defaunation and high extinction rates have become characteristic of the Anthropocene. Geneti...
The accumulation of deleterious mutations reduces individual and mean population fitness. Therefore,...
Genetic erosion is a major threat to biodiversity because it can reduce fitness and ultimately contr...
The fields of population and conservation genetics are particularly concerned with processes that ca...
Habitat fragmentation reduces the size and increases the spatial isolation of plant populations. Ini...
Reduced genetic variation at marker loci in small populations has been well documented, whereas the ...
Biodiversity is increasingly subjected to human-induced changes of the environment. To persist, popu...
International audienceDisruption of gene flow among demes after landscape fragmentation can facilita...
Demographic, environmental, and genetic stochasticity threaten the persistence of isolated populatio...
Empirical population genetic studies have been dominated by a neutralist view, according to which ge...
Humans are responsible for a cataclysm of species extinction that will change the world as we see it...
We investigate the effect of habitat fragmentation on the genetic diversity of a species experiencin...
Most species do not live in a constant environment over space or time. Their environment is often he...
Theory predicts widespread loss of genetic diversity from drift and inbreeding in trees subjected to...
Small plant populations are more prone to extinction due to the loss of genetic variation through ra...
Massive defaunation and high extinction rates have become characteristic of the Anthropocene. Geneti...
The accumulation of deleterious mutations reduces individual and mean population fitness. Therefore,...
Genetic erosion is a major threat to biodiversity because it can reduce fitness and ultimately contr...
The fields of population and conservation genetics are particularly concerned with processes that ca...
Habitat fragmentation reduces the size and increases the spatial isolation of plant populations. Ini...
Reduced genetic variation at marker loci in small populations has been well documented, whereas the ...
Biodiversity is increasingly subjected to human-induced changes of the environment. To persist, popu...
International audienceDisruption of gene flow among demes after landscape fragmentation can facilita...
Demographic, environmental, and genetic stochasticity threaten the persistence of isolated populatio...
Empirical population genetic studies have been dominated by a neutralist view, according to which ge...
Humans are responsible for a cataclysm of species extinction that will change the world as we see it...
We investigate the effect of habitat fragmentation on the genetic diversity of a species experiencin...
Most species do not live in a constant environment over space or time. Their environment is often he...
Theory predicts widespread loss of genetic diversity from drift and inbreeding in trees subjected to...
Small plant populations are more prone to extinction due to the loss of genetic variation through ra...
Massive defaunation and high extinction rates have become characteristic of the Anthropocene. Geneti...
The accumulation of deleterious mutations reduces individual and mean population fitness. Therefore,...
Genetic erosion is a major threat to biodiversity because it can reduce fitness and ultimately contr...