Root hemiparasitic plants act as keystone species influencing plant community composition
through their differential suppression of host species. Their own performance also strongly …

Plants have a remarkable capacity to adapt to local environmental conditions, which can
result in ecotypic differentiation. Patterns of differentiation can, however, also be influenced …

The genus R hinanthus L. is complex, containing many taxonomically unresolved taxa. In
this paper we studied genetic variation and species relationships in 15 populations of six R …

Abstract Knowledge of genetic diversity and connectivity within and between populations of
specialist meadow plants is crucial to developing effective conservation strategies at the …

Diversity among species and genetic diversity within species are both important components
of ecological communities that can determine the outcome of species interactions, especially …

Symbiotic interactions are often context-dependent. We explored how different habitats have
modified the symbiosis between the grass Festuca rubra and the endophyte Epichloë …

Locally adapted ecotypes can constitute an important part of the biodiversity, especially in
young floras with few endemic species. However, the origins, distinctness and conservation …

Parasitic plants can serve as critical intermediaries between their hosts and other
organisms; however these relationships are not well understood. To investigate the relative …

In our article entitled ''An Aqueous Extract of Fagonia cretica Induces DNA Damage, Cell
Cycle Arrest and Apoptosis in Breast Cancer Cells via FOXO3a and p53 Expression''(1), we …

The facultative root hemi‐parasite Rhinanthus minor is often used in grassland habitat
restoration projects to regulate ecosystem structure and function. Its impact on community …