Population genetics theory is primarily based on mathematical models in which spatial
complexity and temporal variability are largely ignored. In contrast, the field of landscape …

Many plant species have two modes of reproduction: sexual and asexual. Both modes of
reproduction have often been viewed as adaptations to temporally or spatially variable …

Development of suitable approaches to the analysis of genetic diversity in a spatial context,
where factors such as pollination, seed dispersal, breeding system, habitat heterogeneity …

For organisms with limited vagility and/or occupying patchy habitats, we often encounter
nonrandom patterns of genetic affinity over relatively small spatial scales, labelled fine‐scale …

Despite recent advances in the identification of genetic population structure through
molecular‐marker technology, the definition of intraspecific units for conservation remains …

The extent of clonality within populations strongly influences their spatial genetic structure
(SGS), yet this is hardly ever thoroughly analysed. We employed spatial autocorrelation …

Camellia japonica L.(Theaceae), an insect‐and bird‐pollinated, broad‐leaved evergreen
tree, is widely distributed in Japan and the southern Korean peninsula. The species has a …

The circumscription and infrageneric classification of Campanula is highly controversial.
Independent and combined data from nuclear and chloroplast sequences (trnL–trnF, ITS) …

The main Korean mountain range [the so-called “Baekdudaegan”(BDDG)] is thought to have
served as a glacial refugium, mainly for the boreal and temperate flora of northeastern Asia …

Three populations of the rare and endangered plant species Cypripedium calceolus were
included in a study of genetic diversity and spatial genetic structure in the Biebrza National …