The history and dynamics of deciduous Nothofagus forests along the eastern slopes of the
central Patagonian Andes (44°-49° S) remain insufficiently studied and understood …

Understanding adaptive genetic variation is key for predicting the evolutionary response of
species and populations to climate change, decisively influencing management and …

The availability of genomic data for an increasing number of species makes it possible to
incorporate evolutionary processes into conservation plans. Recent studies show how …

Sweet chestnut is a tree of great economic (fruit and wood production), ecological, and
cultural importance in Europe. A large-scale landscape genetic analysis of natural …

Identification of refugia from climate change is increasingly considered important for
biodiversity conservation, but the distribution of putative refugia may vary across alternative …

Forests are considered as one of the most complex terrestrial ecosystems due to their high
level of biodiversity, including genetic diversity. Understanding the genetic diversity of …

Genetic diversity defines the evolutionary potential of a species, yet mounting evidence
suggests that epigenetic diversity could also contribute to adaptation. Elucidating the …

Context Biodiversity hotspots harbor 77% of endemic plant species. Patagonian Temperate
Forest (PTF) is a part of a biodiversity hotspot, but over the past centuries, has been over …

We investigated the impact of past changes in habitat suitability on the current patterns of
genetic diversity of two southern beeches (Nothofagus nervosa and Nothofagus obliqua) in …

Abstract Background and Aims Arachnitis uniflora is a mycoheterotrophic plant that exploits
arbuscular mycorrhizal fungi of neighbouring plants. We tested A. uniflora's specificity …