Mark van Kleunen

The paper measures root-hair traits and mycorrhizal colonization in 82 grassland species, finding a phylogenetic trade-off between root hairs and mycorrhiza.

The paper examines how nutrient fluctuations affect the impact of invasive species litter diversity on native plant communities, finding reduced biomass under pulsed nutrients with higher litter diversity.

The study shows that non-native plants become more dominant than native plants as the number of global change factors increases in experimental communities.

The paper quantifies global shifts in plant functional trait composition due to human introductions, finding convergence toward smaller, more acquisitive, and shorter-lived assemblages.

This study compares kin interactions between invasive and native plants, finding invasive plants experience reduced kin competition, which may aid their spread.

This study shows non-native species disrupt global plant biogeography by reducing distinct floristic realms and subrealms, with environmental factors remaining key in structuring plant distributions.

This study shows that grassland productivity and diversity decrease with more global change factors, with 8 factors reducing productivity and species richness by 42.8% and 42.9% respectively.

The paper identifies a two-locus genetic model for the loss of self-incompatibility in Arabidopsis lyrata through intercrossing populations and analyzing progeny breeding systems.