Abstract Changes in water and nitrogen availability, as important elements of global
environmental change, are known to affect the temporal stability of aboveground net primary …

The aboveground plant communities are crucial in driving ecosystem functioning,
particularly being the primary producers in terrestrial ecosystems. Numerous studies have …

Extreme drought and intensification of land use pose substantial threats to ecosystem
stability. However, existing studies that assess ecosystem stability focus primarily on the …

Anthropogenic land greening is a vital strategy to combat the global warming crisis.
However, the changing external environment and endowment factors may constrain the …

Nitrogen (N) and phosphorus (P) enrichments are expected to increase above-ground net
primary productivity (ANPP), alter plant community composition, and accelerate biodiversity …

The temporal stability of grasslands plays a key role in the stable provisioning of multiple
ecosystem goods and services for humankind. Despite recent progress, our knowledge on …

Aboveground net primary productivity controls the amount of energy available to sustain all
living organisms, and its sustainable provision relies on the stability of grassland …

The impacts of various reclaimed mine land use patterns on the soil properties and
infiltration capacity of mine areas remain incompletely understood. This study was …

A substantial body of empirical evidence suggests that anthropogenic disturbance can affect
the structure and function of grassland ecosystems. Despite this, few studies have …

The effects of grazing on natural grasslands' plant composition, diversity, and productivity
depend on the intensity of grazing. Besides grazing intensity, animal composition is also …