The role of seed dispersal in maintaining genetic connectivity among forest fragments has largely been ignored because gene flow by pollen is expected to predominate. By using genealogical reconstruction, we investigated gene flow after establishment of seeds in a wind-pollinated, wind-dispersed tree. Our data show that seed dispersal is the main vector of gene flow among remnants and that long-distance dispersal is common across a chronically fragmented landscape. The relative importance of seed-mediated gene flow may have been underemphasized in other fragmented systems, and diagnosing the response of forest trees to current anthropogenic disturbances requires the assessment of phenomena after establishment.Cecile F. E. Bacles, Andrew J. ...
Seed dispersal constitutes a pivotal process in an increasingly fragmented world, promoting populati...
With intensifying global pressures of habitat loss and fragmentation, there is an increasing need to...
<p><p>Understanding the ecological and evolutionary responses of plant species to shifts in climate ...
The role of seed dispersal in maintaining genetic connectivity among forest fragments has largely be...
Long-distance dispersal (LDD) of seeds has a critical impact on species survival in patchy landscape...
Fragmentation reduces population sizes, increases isolation between habitats, and can result in rest...
Dispersal of seeds, rather than pollen, maintains gene flow among forest remnants for a wind-pollina...
Concerns have been expressed regarding the viability of forest remnants due to detrimental genetic ...
Gene flow dynamics of common ash (Fraxinus excelsior L.) is affected by several human activities in ...
Dispersal is one of the most important but least understood processes in plant ecology and evolution...
Tropical trees often display long distance pollen dispersal, even in highly fragmented landscapes. U...
International audience1 We used genetic markers to study gene flow of the riparian pioneer tree spec...
Despite longstanding research, how anthropogenic disturbance affects the genetics of tree population...
Genetic variation at microsatellite markers was used to quantify genetic structure and mating behavi...
Habitat destruction and the resultant fragmentation of the remaining forest are a common phenomenon ...
Seed dispersal constitutes a pivotal process in an increasingly fragmented world, promoting populati...
With intensifying global pressures of habitat loss and fragmentation, there is an increasing need to...
<p><p>Understanding the ecological and evolutionary responses of plant species to shifts in climate ...
The role of seed dispersal in maintaining genetic connectivity among forest fragments has largely be...
Long-distance dispersal (LDD) of seeds has a critical impact on species survival in patchy landscape...
Fragmentation reduces population sizes, increases isolation between habitats, and can result in rest...
Dispersal of seeds, rather than pollen, maintains gene flow among forest remnants for a wind-pollina...
Concerns have been expressed regarding the viability of forest remnants due to detrimental genetic ...
Gene flow dynamics of common ash (Fraxinus excelsior L.) is affected by several human activities in ...
Dispersal is one of the most important but least understood processes in plant ecology and evolution...
Tropical trees often display long distance pollen dispersal, even in highly fragmented landscapes. U...
International audience1 We used genetic markers to study gene flow of the riparian pioneer tree spec...
Despite longstanding research, how anthropogenic disturbance affects the genetics of tree population...
Genetic variation at microsatellite markers was used to quantify genetic structure and mating behavi...
Habitat destruction and the resultant fragmentation of the remaining forest are a common phenomenon ...
Seed dispersal constitutes a pivotal process in an increasingly fragmented world, promoting populati...
With intensifying global pressures of habitat loss and fragmentation, there is an increasing need to...
<p><p>Understanding the ecological and evolutionary responses of plant species to shifts in climate ...