Habitat loss and fragmentation may impact animal-mediated dispersal of seed and pollen, and a key question is how the genetic attributes of plant populations respond to these changes. Theory predicts that genetic diversity may be less sensitive to such disruptions in the short term, whereas inbreeding and genetic structure may respond more strongly. However, results from studies to date vary in relation to species, context and the parameter being assessed, triggering calls for more empirical studies, especially from the tropics, where plant–animal dispersal mutualisms are both disproportionately common and at risk. We compared the genetic characteristics of adults and recruits in a long-lived palm Oenocarpus bataua in a recently fragmented ...
The idiosyncratic behaviors of seed dispersers are important contributors to plant spatial associati...
The theoretical impacts of anthropogenic habitat degradation on genetic resources have been well art...
Many large species have declined worldwide due to habitat fragmentation and poaching. The defaunati...
Habitat loss and fragmentation may impact animal-mediated dispersal of seed and pollen, and a key qu...
Habitat loss and fragmentation often reduce gene flow and genetic diversity in plants by disrupting ...
Plant populations are seriously threatened by anthropogenic habitat disturbance. In particular, defa...
Population genetics theory predicts loss in genetic variability because of drift and inbreeding in i...
Tropical trees often display long distance pollen dispersal, even in highly fragmented landscapes. U...
International audienceThe potential for parallel impacts of habitat change on multiple biodiversity ...
Plant populations are seriously threatened by anthropogenic habitat disturbance. In particular, defa...
Tropical secondary forests cover an estimated 500 million ha globally encompassing more land area th...
Here, we explore the mating pattern and genetic structure of a tropical tree species, Cariniana estr...
Pollen dispersal shapes the local genetic structure of plant populations and determines the opportun...
Tropical regions are experiencing unprecedented economic and population growth. This goes hand in ha...
The theoretical impacts of anthropogenic habitat degradation on genetic resources have been well art...
The idiosyncratic behaviors of seed dispersers are important contributors to plant spatial associati...
The theoretical impacts of anthropogenic habitat degradation on genetic resources have been well art...
Many large species have declined worldwide due to habitat fragmentation and poaching. The defaunati...
Habitat loss and fragmentation may impact animal-mediated dispersal of seed and pollen, and a key qu...
Habitat loss and fragmentation often reduce gene flow and genetic diversity in plants by disrupting ...
Plant populations are seriously threatened by anthropogenic habitat disturbance. In particular, defa...
Population genetics theory predicts loss in genetic variability because of drift and inbreeding in i...
Tropical trees often display long distance pollen dispersal, even in highly fragmented landscapes. U...
International audienceThe potential for parallel impacts of habitat change on multiple biodiversity ...
Plant populations are seriously threatened by anthropogenic habitat disturbance. In particular, defa...
Tropical secondary forests cover an estimated 500 million ha globally encompassing more land area th...
Here, we explore the mating pattern and genetic structure of a tropical tree species, Cariniana estr...
Pollen dispersal shapes the local genetic structure of plant populations and determines the opportun...
Tropical regions are experiencing unprecedented economic and population growth. This goes hand in ha...
The theoretical impacts of anthropogenic habitat degradation on genetic resources have been well art...
The idiosyncratic behaviors of seed dispersers are important contributors to plant spatial associati...
The theoretical impacts of anthropogenic habitat degradation on genetic resources have been well art...
Many large species have declined worldwide due to habitat fragmentation and poaching. The defaunati...