Integration of crops with livestock is receiving increased attention to improve soil productivity
and environmental quality. Grazing of crop residues is an important practice, particularly …

Scientific understanding of the coupling relationship between grazing activities and
grassland ecosystem is an important foundation for protecting and improving the ecological …

Predicting the comprehensive driver of ecosystem multifunctionality is crucial for effective
grassland management. However, the underlying biotic and abiotic mechanisms of …

Grasslands are among the most widespread environments on Earth, yet we still have poor
knowledge of their microbial-mediated carbon cycling in the context of human activity and …

Soil wind erosion has consistently been a serious ecological problem in northern China. In
recent decades, the grasslands of Inner Mongolia have suffered severe degradation due to …

The impact of extreme climate change on terrestrial ecosystems continues to intensify. This
study was conducted to understand extreme climate–vegetation interactions under …

Previous studies have shown that climate changes and human activities are the main
external factors affecting grassland. Therefore, quantitative assessment of their dominant …

Although livestock grazing can strongly affect pools and cycles of phosphorus (P) in
grassland ecosystems, few studies have examined how grassland management regimes …

Plant diversity supports multiple ecosystem functions, including carbon sequestration.
Recent shifts in plant diversity in rangelands due to increased grazing pressure and climate …

Grazing removes a plant's aboveground vegetative and reproductive tissues and can modify
the soil seed bank, potentially impacting the restoration of preferred species. Knowledge …