We examined the impact of recent anthropogenic habitat fragmentation on the genetic structure of wood frog (Rana sylvatica) breeding sites in Wellington County of Ontario, Canada. In addition to geographic distance (average pairwise distance ~22 km, greatest distance ~50.22 km), four landscape features hypothesized to contribute to genetic differentiation between breeding sites were considered: road density, a major highway (highway 401), canopy cover, and watershed discontinuity. Analysis of data from 396 samples across nine breeding sites using eight microsatellite DNA loci, revealed a small degree of significant genetic structure between breeding sites. The presence of highway 401 and road density were correlated with small but statistic...
One of the main questions in evolutionary and conservation biology is how geographical and environme...
Genetic differentiation among populations of the moor frog (Rana arvalis) was tested on a spatial sc...
The ability to maintain small populations in quasi-natural settings is an issue of considerable impo...
We examined the impact of recent anthropogenic habitat fragmentation on the genetic structure of woo...
Habitat fragmentation and degradation associated with suburbanization can have negative consequences...
Habitat fragmentation associated with suburbanization can have negative consequences on population p...
Metapopulation-structured species can be negatively affected when landscape fragmentation impairs co...
Conversion of forests to agriculture often fragments distributions of forest species and can disrupt...
The physical and environmental attributes of landscapes often shape patterns of population connectiv...
Prehistoric climate and landscape features play large roles structuring wildlife populations. The am...
Dispersal and gene flow within animal populations are influenced by the composition and configuratio...
We studied the effects of landscape structure, habitat loss and fragmentation on genetic differentia...
Habitat loss and fragmentation are the leading causes of species ’ declines and extinctions. A key c...
Natural wetlands are important for maintaining regional amphibian biodiversity and their loss and de...
Contemporary and historical processes interact to structure genetic variation, however discerning be...
One of the main questions in evolutionary and conservation biology is how geographical and environme...
Genetic differentiation among populations of the moor frog (Rana arvalis) was tested on a spatial sc...
The ability to maintain small populations in quasi-natural settings is an issue of considerable impo...
We examined the impact of recent anthropogenic habitat fragmentation on the genetic structure of woo...
Habitat fragmentation and degradation associated with suburbanization can have negative consequences...
Habitat fragmentation associated with suburbanization can have negative consequences on population p...
Metapopulation-structured species can be negatively affected when landscape fragmentation impairs co...
Conversion of forests to agriculture often fragments distributions of forest species and can disrupt...
The physical and environmental attributes of landscapes often shape patterns of population connectiv...
Prehistoric climate and landscape features play large roles structuring wildlife populations. The am...
Dispersal and gene flow within animal populations are influenced by the composition and configuratio...
We studied the effects of landscape structure, habitat loss and fragmentation on genetic differentia...
Habitat loss and fragmentation are the leading causes of species ’ declines and extinctions. A key c...
Natural wetlands are important for maintaining regional amphibian biodiversity and their loss and de...
Contemporary and historical processes interact to structure genetic variation, however discerning be...
One of the main questions in evolutionary and conservation biology is how geographical and environme...
Genetic differentiation among populations of the moor frog (Rana arvalis) was tested on a spatial sc...
The ability to maintain small populations in quasi-natural settings is an issue of considerable impo...