Many empirical studies have assessed fine‐scale spatial genetic structure (SGS), ie the
nonrandom spatial distribution of genotypes, within plant populations using genetic markers …

Spatial genetic structure was analysed with five highly polymorphic microsatellite loci in a
Romanian population of common ash (Fraxinus excelsior L.), a wind‐pollinated and wind …

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

Ten microsatellite loci were used to investigate the impact of human activity on the spatial
and temporal genetic structure of Vitellaria paradoxa (Sapotaceae), a parkland tree species …

Summary 1 Vegetation change induced by large herbivores is driven by the effects of
grazers on populations of individual plant species. Short‐term experimental or demographic …

The columnar cactus Stenocereus stellatus is used in Central Mexico for its edible fruits
which are harvested in wild, managed in situ and cultivated populations. Management in situ …

To portray aspen clonal and spatial genetic structures, we mapped and genotyped trees in
two 1‐ha plots, each containing three aspen cohorts originating from fire or subsequent …

A geostatistical perspective on spatial genetic structure may explain methodological issues
of quantifying spatial genetic structure and suggest new approaches to addressing them. We …

Spatial genetic structure (SGS) holds the key to understanding the role of clonality in hybrid
persistence, but multilocus SGS in hybrid zones has rarely been quantified. Here, the aim …

Recruitment patterns in clonal plant populations are predicted to vary with seed dispersal
capability and disturbance regime, such that species with small, widely dispersed seeds will …