Wenxuan Han

TL;DR: In this paper, the relationship between soil pH and environmental factors was quantified using data obtained from a regional soil survey during 2001-2004, and the results indicated that soil pH could be predicted from routinely-measured variables, allowing a robust pedotransfer function to be developed.

TL;DR: The results supported the water-energy dynamics hypothesis for species richness patterns in Central Asian drylands and found that species richness of all three groups was a hump-shaped function of energy availability, but a linear function of water availability.

TL;DR: In this article, the authors examined temporal variations in topsoil pH and their relationship with atmospheric sulfur and nitrogen deposition across China's forests from the 1980s to the 2000s, and found that significant decreases in soil pH occurred in broadleaved forests, while minor changes were observed in coniferous and mixed conifers and broadleaves forests.

TL;DR: Eutrophication-induced stoichiometric imbalance may destabilize the ecosystem by altering the community structure from high-to low-HP species, and efforts should be focused on maintaining and restoration of high homeostatic communities to make ecosystem more resilient.

TL;DR: These findings highlight that canonical N:P thresholds have the potential to introduce a large uncertainty when used to detect plant nutrient limitations, suggesting that the error risks should be cautioned in future studies.