S. J. van Moorsel

The paper examines how plant community history, soil legacy, and plant diversity influence soil microbial communities over time in a field experiment.

The paper shows that plant communities with a history of co-occurrence are more stable and recover better from flooding than naive communities, even at low diversity.

The paper shows that prior exposure to acidification helps maintain diurnal dissolved oxygen cycles during severe acidification in aquatic mesocosms.

The paper tests if biodiversity effects persist by showing genetic and epigenetic divergence in plant species from a long-term grassland experiment.

The paper investigates how plant diversity legacy and species identity influence rhizosphere bacterial communities over time, finding that soil legacy and plant species identity, not plant legacy, drive microbial community structure.

The paper shows that plant diversity loss alters growth and defence responses to local arbuscular mycorrhizal fungal communities, with species-specific effects.

The paper shows that plant community evolution enhances productivity at low diversity but not at high diversity, with no effect from simulated co-evolutionary processes.

The paper shows that twelve years of selection history in monocultures or mixtures differentiates plants into monoculture- and mixture-types, affecting biomass and biodiversity effects.