Shrubs and trees are assumed less likely to lose genetic variation in response to habitat
fragmentation because they have certain life‐history characteristics such as long lifespans …

Habitat fragmentation is a ubiquitous by-product of human activities that can alter the genetic
structure of natural populations, with potentially deleterious effects on population …

Genetic variation at microsatellite markers was used to quantify genetic structure and mating
behavior in a severely fragmented population of the wind‐pollinated, wind‐dispersed …

While habitat fragmentation is a central issue in forest conservation studies in the face of
broad‐scale anthropogenic changes to the environment, its effects on contemporary mating …

The benefits of composite rather than local seed provenances for ecological restoration
have recently been argued, largely on the basis of maximizing evolutionary potential …

Understanding the timescales that shape spatial genetic structure is pivotal to ascertain the
impact of habitat fragmentation on the genetic diversity and reproductive viability of long …

Abstract Changes in agricultural production methods over the last century have caused a
massive reduction and fragmentation of the area of European semi-natural grasslands. It …

Deforestation of temperate forests has created landscapes of forest remnants in matrices of
intense human use. We studied the genetic effects of fragmentation in southern Chile on …

Habitat fragmentation is a major threat to the maintenance of genetic diversity in many plant
populations. Genetic effects of population size have received far more attention than the …

The introduction of exotics is common in forestry, and majorly important species, like
eucalypts, poplar, and Casuarina sp., occupy vast areas in the Indian subcontinent …