Understanding the genetic impacts of forest management practices is crucial for
conservation and management of forest genetic resources. Forest management practices …

Estimates of biodiversity change are essential for the management and conservation of
ecosystems. Accurate estimates rely on selecting representative sites, but monitoring often …

Gene flow is a crucial parameter that can affect the organization of genetic diversity in plant
species. It has important implications in terms of conservation of genetic resources and of …

Interindividual variance of male reproductive success (MRS) contributes to genetic drift,
which in turn interacts with selection and migration to determine the short‐term response of …

The genetic diversity of small populations is greatly influenced by local dispersal patterns
and genetic connectivity among populations, with pollen dispersal being the major …

Hybridization is a key evolutionary process with major consequences for conservation and
speciation. However, sexual barriers interact with the local context to determine …

A theoretical relationship between isolation by distance or spatial genetic structure (SGS)
and seed and pollen dispersal is tested using extensive spatial‐temporal simulations …

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) …

The number of sires fertilizing a given dam is a key parameter of the mating system in
species with spatially restricted offspring dispersal, since genetic relatedness among …

The local density of individuals is seldom uniform in space and time within natural
populations. Yet, formal approaches to the process of isolation by distance in continuous …