Climate change is a threat to biodiversity. One way that this threat manifests is through
pronounced shifts in the geographical range of species over time. To predict these shifts …

Plants demonstrate exceptional variation in genome size across species, and their genome
sizes can also vary dramatically across individuals and populations within species. This …

Many coral reef fishes display remarkable genetic and phenotypic variation across their
geographic ranges. Understanding how historical and contemporary processes have …

Aim Anthropogenic environmental modifications such as climate or land‐use change are
causing species to move on their own beyond their native ranges. As this phenomenon will …

Glaciation‐induced environmental changes during the last glacial maximum (LGM) have
strongly influenced species' distributions and genetic diversity patterns in the northern high …

The study of the genetic makeup and demographic fate of alien species is essential to
understand their capacity to recover from founder effects, adapt to new environmental …

Unravelling the history of range shifts is key for understanding past, current and future
species distributions. Anthropogenic transport of species alters natural dispersal patterns …

The flora of northern China forms the main part of the Sino‐Japanese floristic region and is
located in a south–north vegetative transect in East Asia. Phylogeographic studies have …

Competition is commonly thought to underlie the impact of plant invasions. However,
competitive effects of aliens and competitive response of natives may also change over time …

Invasive species have the ability to rapidly adapt in the new regions where they are
introduced. Classic evolutionary theory predicts that the accumulation of genetic differences …