Plant survival in alpine habitats is controlled, in several cases, by pollination and seed dispersal success. We have investigated the genetic structure and mating patterns of the endangered Borderea pyrenaica (Dioscoreaceae), one of the oldest herbaceous Pyrenean mountain plants. Simple sequence repeat-based genotyping was carried out on all the reproductive female and male individuals and in all the female-descendent progenies of a population of this plant. Although the offspring sampling (246) was twice the size of the adult sampling (122), the latter group showed higher levels of heterozygosity and approximately 20% more alleles than the offspring. Probabilistic spatial neighbourhood modelling of parentage analysis, based on the exponen...
Our knowledge of the impact of landscape fragmentation on gene flow patterns is mainly drawn from tr...
Cliff sides are extreme habitats, often sheltering a rich and unique flora. One example is the dioec...
International audienceWe investigated the genetic structure of Eryngium alpinum (Apiaceae) in an Alp...
Restricted seed dispersal frequently leads to fine-scale spatial genetic structure (i.e., FSGS) with...
Comparative studies of the population genetics of closely associated species are necessary to proper...
Variation in flowering phenology is common in natural populations, and is expected to be, together w...
Comparative analyses of spatial genetic structure of populations of plants and the insects they inte...
This project evaluates the phylogeographic patterns of an insect-plant interaction, using ecological...
Fumana thymifolia (Cistaceae) is an insect-pollinated, gravity-dispersed evergreen shrub, which is a...
Premise of the study: Although spatial distance is considered the primary factor in determining plan...
International audienceComparative studies of the population genetics of closely associated species a...
Globba lancangensis is a typical myrmecochorous perennial herb found in southwest China. In 2002 and...
Spatial genetic structure (SGS) in plants is primarily determined by the interaction between pollen ...
Reproduction and dispersal are key aspects of species life history that influence spatial genetic st...
investigated the genetic structure of Eryngium alpinum (Apiaceae) in an Alpine valley where the plan...
Our knowledge of the impact of landscape fragmentation on gene flow patterns is mainly drawn from tr...
Cliff sides are extreme habitats, often sheltering a rich and unique flora. One example is the dioec...
International audienceWe investigated the genetic structure of Eryngium alpinum (Apiaceae) in an Alp...
Restricted seed dispersal frequently leads to fine-scale spatial genetic structure (i.e., FSGS) with...
Comparative studies of the population genetics of closely associated species are necessary to proper...
Variation in flowering phenology is common in natural populations, and is expected to be, together w...
Comparative analyses of spatial genetic structure of populations of plants and the insects they inte...
This project evaluates the phylogeographic patterns of an insect-plant interaction, using ecological...
Fumana thymifolia (Cistaceae) is an insect-pollinated, gravity-dispersed evergreen shrub, which is a...
Premise of the study: Although spatial distance is considered the primary factor in determining plan...
International audienceComparative studies of the population genetics of closely associated species a...
Globba lancangensis is a typical myrmecochorous perennial herb found in southwest China. In 2002 and...
Spatial genetic structure (SGS) in plants is primarily determined by the interaction between pollen ...
Reproduction and dispersal are key aspects of species life history that influence spatial genetic st...
investigated the genetic structure of Eryngium alpinum (Apiaceae) in an Alpine valley where the plan...
Our knowledge of the impact of landscape fragmentation on gene flow patterns is mainly drawn from tr...
Cliff sides are extreme habitats, often sheltering a rich and unique flora. One example is the dioec...
International audienceWe investigated the genetic structure of Eryngium alpinum (Apiaceae) in an Alp...