Habitat loss and fragmentation often result in small, isolated populations vulnerable to
environmental disturbance and loss of genetic diversity. Low genetic diversity can increase …

Genomic resources are a valuable research tool for understanding and forecasting the
response of forest trees to global change and for developing science-based management …

The influence of geologic and Pleistocene glacial cycles might result in morphological and
genetic complex scenarios in the biota of the Mesoamerican region. We tested whether …

Poor dispersal species represent conservative benchmarks for biodiversity management
because they provide insights into ecological processes influenced by habitat fragmentation …

Drought‐induced episodes of forest die‐off are being reported world‐wide, and recent
evidence shows that increases in temperature due to climate change are contributing to this …

Pleistocene climate cycles have been recognized to be a major driver of postglacial
northward range expansion of North American bird populations. During glacial maxima …

Genetic variation and phylogeographic studies have been crucial for understanding
mechanisms of speciation. We analyzed genetic variation and phylogeography to …

Abstract Analysis of the amount and distribution of genetic variation can yield information
about the number of introductions and history of an invasive species, which may be relevant …

Abstract Background and Aims Assessing the demographic consequences of genetic
variation is fundamental to invasion biology. However, genetic and demographic …

Upland freshwater habitats support populations that are especially susceptible to
anthropogenic change. Furthermore, their isolation from other suitable habitats, and the …