The genomic variation of an invasive species may be affected by complex demographic
histories and evolutionary changes during the invasion. Here, we describe the relative …

The transport of passively dispersed organisms across tropical margins remains poorly
understood. Hypotheses of oceanographic transportation potential lack testing with large …

While European wild roses are abundant and widely distributed, their morphological
taxonomy is complicated and ambiguous. In particular, the polyploid Rosa section Caninae …

Partial clonality is known to affect the genetic composition and evolutionary trajectory of
diplontic (single, free-living diploid stage) populations. However, many partially clonal …

Why species that in their core areas mainly reproduce sexually become enriched with
clones in marginal populations (“geographic parthenogenesis”) remains unclear. Earlier …

Many eukaryotic organisms reproduce by sexual and asexual reproduction. Genetic
diversity in populations can be strongly dependent on the relative importance of these two …

Marine protected areas are an important tool to recover and protect coral reef biodiversity.
Connected networks of individual marine protected areas enhance system-wide resilience …

The development of population genomic approaches in non‐model species allows for
renewed studies of the impact of reproductive systems and genetic drift on population …

Sex is a crucial process that has molecular, genetic, cellular, organismal, and population‐
level consequences for eukaryotic evolution. Eukaryotic life cycles are composed of …

Partially clonality is an incredibly common reproductive mode found across all the major
eukaryotic lineages. Yet, population genetic theory is based on exclusive sexuality or …