The distribution of genetic diversity within and among populations in relation to species'
geographic ranges is important to understanding processes of evolution, speciation, and …

In theory, any plant tissue providing intact nuclei in sufficient quantity is suitable for nuclear
DNA content estimation using flow cytometry (FCM). While this certainly opens a wide …

We provide the first comparative multispecies analysis of spatial genetic structure and
diversity in the circumpolar Arctic using a common strategy for sampling and genetic …

Aim Climate change may cause loss of genetic diversity. Here we explore how a
multidisciplinary approach can be used to infer effects of past climate change on species …

The Carpathians belong to the main elements of the European Alpine System and have an
important biogeographical location between the Balkan ranges in the South, the Alps in the …

Accurate identification of Arctic plant species is critical for understanding potential climate-
induced changes in their diversity and distributions. To facilitate rapid identification we …

Species respond to global climatic changes in a local context. Understanding this process,
including its speed and intensity, is paramount due to the pace at which such changes are …

Background The genomes of higher plants are, on the majority, polyploid, and hybridisation
is more frequent in plants than in animals. Both polyploidisation and hybridisation contribute …

We investigated clonal diversity, genet size structure and genet longevity in populations of
four arctic‐alpine plants (Carex curvula, Dryas octopetala, Salix herbacea and Vaccinium …

Traditionally, the Arctic has been viewed as an 'evolutionary freezer'with low evolutionary
rates caused by extreme environmental constraints and depauperated by repeated …