Habitat loss and fragmentation often reduce gene flow and genetic diversity in plants by
disrupting the movement of pollen and seed. However, direct comparisons of the …

Pollen dispersal shapes the local genetic structure of plant populations and determines the
opportunity for local selection and genetic drift, but has been well studied in few animal …

We review resilience to natural and anthropogenic disturbance of palm populations and
communities in tropical America. Response of palms to disturbance depends on their …

Seed and pollen dispersal shape patterns of gene flow and genetic diversity in plants.
Pollen is generally thought to travel longer distances than seeds, but seeds determine the …

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 …

Negative frequency‐dependent selection among species is a key driver of community
diversity in natural systems, but the degree to which negative frequency‐dependent …

Despite increasing knowledge about the effects of habitat loss on pollinators in natural
landscapes, information is very limited regarding the underlying mechanisms of forest …

Pollen dispersal is a key evolutionary and ecological process, but the degree to which
variation in the density of concurrently flowering conspecific plants (ie, coflowering density) …

Tribe Euterpeae is an economically and ecologically important group of Neotropical palms
(Arecaceae). Some species are hyperdominant in the Neotropics, and many constitute a …

Many tropical plant species show wide intra‐population variation in reproductive timing,
resulting in the protracted presence of flowering and fruiting individuals. Various eco …