Alpine meadows on the Tibetan Plateau have experienced severe degradation in recent
decades. Although the effects of alpine meadow degradation on soil properties have been …

Nitrogen and phosphorus concentrations in oceans have been extensively studied, and
advancements in associated disciplines have rapidly progressed, enabling the exploration …

Soil gross nitrogen (N) transformations are crucial for assessing forest N status. Although
there is evidence suggesting that the N cycle is open in the karst forest, southwest China …

The influence of nitrogen (N) deposition on forest ecosystems largely depend on the N
status. Developing threshold and practical indicators for N saturation in subtropical forests …

There is a growing understanding of the role that bedrock weathering can play as a source
of nitrogen (N) to soils, groundwater and river systems. The significance is particularly …

Despite the known links between climate and biogeochemical cycling of N in tropical forests,
fundamental knowledge of N cycling is still far from complete. Our objective was to ascertain …

Biological N2 fixation plays crucial roles in determining the pattern and pace of ecological
succession and carbon sequestration. Nevertheless, the rates and controls of symbiotic …

Anthropogenic nitrogen (N) deposition has increased N availability in forests close to human
settlements, potentially causing N-limited forests to become N saturated, and influencing …

Nitrogen (N) dynamics are important regulators of N availability in soil. Although there have
been many studies of N dynamics, remain unclear due to large spatial and temporal …