The distribution of genetic differentiation and the directions of gene flow were determined mainly by landscape factors: thus the expectation that organic fields act as genetic reservoir was not met. The fact that agricultural area presented more sub-populations than the undisturbed one, together with the importance of connectivity and habitat size in shaping gene flow and genetic differentiation, shows that switching to organic farming might not be enough to ensure the conservation of species in the agricultural environment. These results emphasise the need to include landscape structure in management policies
International audienceThe delimitation of population units is of primary importance in population ma...
Landscape genetics provides a valuable framework to understand how landscape features influence gene...
Genetic diversity is a key part of biodiversity, threatened by human activities that lead to loss of...
The impact of landscape structure and land management on dispersal of populations of wild species in...
The impact of landscape structure and land management on the dispersal of populations of wild specie...
North European landscapes are highly dominated by agriculture, where small biotopes, e.g. meadows, u...
The population dynamics of most animal species inhabiting agro-ecosystems may be determined by lands...
Correspondance: gauffre@supagro.inra.frInternational audienceGene flow in natural populations may be...
Gene flow in natural populations may be strongly influenced by landscape features. The integration o...
The population dynamics of most animal species inhabiting agroecosystems may be determined by landsc...
Little attention has been given to date to the potential influence of agricultural land use methods ...
Human alteration of natural ecosystems in the form of habitat fragmentation changes the composition ...
Human-altered environments often challenge native species with a complex spatial distribution of res...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
Although roads are widely seen as dispersal barriers, their genetic consequences for animals that ex...
International audienceThe delimitation of population units is of primary importance in population ma...
Landscape genetics provides a valuable framework to understand how landscape features influence gene...
Genetic diversity is a key part of biodiversity, threatened by human activities that lead to loss of...
The impact of landscape structure and land management on dispersal of populations of wild species in...
The impact of landscape structure and land management on the dispersal of populations of wild specie...
North European landscapes are highly dominated by agriculture, where small biotopes, e.g. meadows, u...
The population dynamics of most animal species inhabiting agro-ecosystems may be determined by lands...
Correspondance: gauffre@supagro.inra.frInternational audienceGene flow in natural populations may be...
Gene flow in natural populations may be strongly influenced by landscape features. The integration o...
The population dynamics of most animal species inhabiting agroecosystems may be determined by landsc...
Little attention has been given to date to the potential influence of agricultural land use methods ...
Human alteration of natural ecosystems in the form of habitat fragmentation changes the composition ...
Human-altered environments often challenge native species with a complex spatial distribution of res...
Small mammals provide ecosystem services, acting, for example, as pollinators and seed dispersers. I...
Although roads are widely seen as dispersal barriers, their genetic consequences for animals that ex...
International audienceThe delimitation of population units is of primary importance in population ma...
Landscape genetics provides a valuable framework to understand how landscape features influence gene...
Genetic diversity is a key part of biodiversity, threatened by human activities that lead to loss of...