Annotation Populations of two sympatric large fritillary species, the High Brown Fritillary (Argynnis adippe) and the Niobe Fritillary (A. niobe), were studied using microsatellite markers to assess and compare potential population subdivision in a relatively preserved landscape of the Czech part of the Carpathians. The results are confronted with data obtained from a smaller-scale mark-release-recapture study, with species? known life histories and namely with their conservation status, all of which is also considered in explaining the obtained patterns of genetic diversity
The genetic structure of a species is influenced by its history and by current gene flow. Using a po...
This study evaluates the state of the Niobe fritillary (Argynnis niobe) in Europe, both in terms of ...
Boloria eunomia is a boreo-montane butterfly species suffering from habitat loss and isolation in th...
Populations of the bog fritillary butterfly Proclossiana eunomia (Lepidoptera, Nymphalidae) occur in...
Background Addressing genetic issues in the management of fragmented wild populations of threatened ...
Abstract The marsh fritillary (Euphydryas aurinia) is a critically endangered butterfly species in D...
Whilst the overall geographic range of the lesser marbled fritillary, Brenthis ino (Rottemburg, 1775...
Five microsatellite DNA markers were isolated and used to quantify population genetic structure amon...
International audienceBackgroundThe main components of the spatial genetic structure of the populati...
Recent decreases in biodiversity in Europe are commonly thought to be due to land use and climate ch...
Aim: Environmental and species-specific factors shape spatial patterns in genetic diversity and popu...
The genetic population structure of the Cranberry Fritillary Boloria aquilonaris was studied using b...
Background To set up successful conservation measures, detailed knowledge on the dispersal and colon...
Understanding how eco-evolutionary processes and environmental variation shape different dimensions ...
The boreo-montane wetland butterfly species Colias palaeno has a European distribution from the Alps...
The genetic structure of a species is influenced by its history and by current gene flow. Using a po...
This study evaluates the state of the Niobe fritillary (Argynnis niobe) in Europe, both in terms of ...
Boloria eunomia is a boreo-montane butterfly species suffering from habitat loss and isolation in th...
Populations of the bog fritillary butterfly Proclossiana eunomia (Lepidoptera, Nymphalidae) occur in...
Background Addressing genetic issues in the management of fragmented wild populations of threatened ...
Abstract The marsh fritillary (Euphydryas aurinia) is a critically endangered butterfly species in D...
Whilst the overall geographic range of the lesser marbled fritillary, Brenthis ino (Rottemburg, 1775...
Five microsatellite DNA markers were isolated and used to quantify population genetic structure amon...
International audienceBackgroundThe main components of the spatial genetic structure of the populati...
Recent decreases in biodiversity in Europe are commonly thought to be due to land use and climate ch...
Aim: Environmental and species-specific factors shape spatial patterns in genetic diversity and popu...
The genetic population structure of the Cranberry Fritillary Boloria aquilonaris was studied using b...
Background To set up successful conservation measures, detailed knowledge on the dispersal and colon...
Understanding how eco-evolutionary processes and environmental variation shape different dimensions ...
The boreo-montane wetland butterfly species Colias palaeno has a European distribution from the Alps...
The genetic structure of a species is influenced by its history and by current gene flow. Using a po...
This study evaluates the state of the Niobe fritillary (Argynnis niobe) in Europe, both in terms of ...
Boloria eunomia is a boreo-montane butterfly species suffering from habitat loss and isolation in th...