Anthropogenic activitites lead to profound landscape alterations : dispersal success thus holds a paramount importance for long-term persistence of populations. Landscape genetics is a recent discipline aiming to detect and describe dispersal patterns through indirect estimations of gene flow. Although the use of an individual-based sampling scheme has been proposed for a ;ong time to get round the issue of an a priori delimitation of population boundaries, most landscape gentic studies are still based on a population-based sampling scheme. results from simulations showed that decreasing the sampling coverage on individuals within populations in favour of a better sampling coverage of aggregates through space allowed a better detection of t...
In landscape genetics, it is largely unknown how choices regarding sampling density and study area s...
A critical decision in landscape genetic studies is whether to use individuals or populations as the...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...
Anthropogenic activitites lead to profound landscape alterations : dispersal success thus holds a pa...
Les activités d'origines anthropiques entraînent des modifications profondes du paysage : dans ce co...
International audienceLandscape genetics focus on assessing the resistance of a landscape matrix by ...
Habitat destruction and fragmentation are known to strongly affect dispersal by altering the quality...
Habitat destruction and fragmentation are known to strongly affect dispersal by altering the quality...
Genetic data are increasingly used in landscape ecology for the indirect assessment of functional co...
Dispersal is a fundamental evolutionary process that serves as a mechanism by which local population...
In the field of landscape genetics, it is largely unknown how choices regarding population sampling ...
There is growing evidence that anthropogenic landscapes can strongly influence the evolution of disp...
International audienceGenetic data are increasingly used in landscape ecology for the indirect asses...
Dispersal is a central process in ecology and evolution with far reaching consequences for the dynam...
In landscape genetics, it is largely unknown how choices regarding sampling density and study area s...
A critical decision in landscape genetic studies is whether to use individuals or populations as the...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...
Anthropogenic activitites lead to profound landscape alterations : dispersal success thus holds a pa...
Les activités d'origines anthropiques entraînent des modifications profondes du paysage : dans ce co...
International audienceLandscape genetics focus on assessing the resistance of a landscape matrix by ...
Habitat destruction and fragmentation are known to strongly affect dispersal by altering the quality...
Habitat destruction and fragmentation are known to strongly affect dispersal by altering the quality...
Genetic data are increasingly used in landscape ecology for the indirect assessment of functional co...
Dispersal is a fundamental evolutionary process that serves as a mechanism by which local population...
In the field of landscape genetics, it is largely unknown how choices regarding population sampling ...
There is growing evidence that anthropogenic landscapes can strongly influence the evolution of disp...
International audienceGenetic data are increasingly used in landscape ecology for the indirect asses...
Dispersal is a central process in ecology and evolution with far reaching consequences for the dynam...
In landscape genetics, it is largely unknown how choices regarding sampling density and study area s...
A critical decision in landscape genetic studies is whether to use individuals or populations as the...
Partitioning genetic variation into panmictic units is one of the most commonly used techniques in g...