Land-use change (LUC) can lead to the uptake or release of carbon (C), nitrogen (N) and
phosphorus (P). Here we summarize and statistically analyze available observations on …

Purpose This study aims to explore the spatio-temporal variation of soil nutrients as well as
soil organic matter (SOM), and clarify the role of environmental and soil management factors …

Aim Mycorrhiza play key roles for ecosystem structure and functioning in forests. However,
how different mycorrhizal types influence mountain forest biodiversity–ecosystem …

The crucial roles of soil carbon (C) and nutrients and their stoichiometric characteristics in
indicating the soil interior nutrient cycling and plant nutrient supply of forest ecosystems …

The main research content of the field of ecological stoichiometry is the energy of various
chemical elements and the interaction between organisms and the environment throughout …

Purpose Soil nutrient stoichiometry and their environmental control are critical for assessing
biogeochemical cycling, maintaining ecosystem function, and sustainable development …

Increased nitrogen (N) deposition is expected to impact the grassland ecosystem by
changing soil C: N: P stoichiometry. However, N deposition effects on soil C: N: P …

Mixed forests are usually associated with higher resource utilization compared to the
corresponding monocultures; however, the tree mixing effects of carbon (C), nitrogen (N) …

Purpose Organic carbon (OC) plays an important role in the multimedium transport of
pollutants and the carbon cycle. However, the distribution and fate of OC in coastal areas …

Understanding the variation in soil nutrients found in coastal shelterbelt forests in response
to periodic flooding is crucial for restoring the soil quality of flooded stands. In this study, we …