Abstract Soil carbon (C), nitrogen (N), and phosphorus (P) contents and its stoichiometry are
important indicators of the elemental balance in ecological interactions and processes …

Soil organic carbon (SOC), nitrogen (N), and phosphorus (P) are three essential soil
nutrients for plant growth, and their stoichiometric ratios are already important indices of …

Irrational land-use can accelerate soil erosion by deteriorating soil structure and depleting
soil nutrients, especially profoundly alter soil organic carbon (C), total nitrogen (N), total …

Soil carbon and nutrient contents and their stoichiometric characteristics play a vital role in
indicating plant growth and element balance, which can be used to indicate nutrient …

Ecological stoichiometry, a novel method for predicting nutrient cycling rates in different
habitats, represents the demands of an organism for natural resources and links different …

Ecological stoichiometry facilitates the understanding of biogeochemical cycles by studying
the balance among multiple elements in ecosystems. However, the spatial patterns of soil …

Responses of terrestrial ecosystems to global warming have gained widespread attention.
Soil carbon: nitrogen: phosphorus (C: N: P) stoichiometry regulate various functions and …

Background Understanding the stoichiometric characteristics and nutrient allocation
strategies of dominant tree species in montane forest systems can provide a basis for …

Understanding the variations and controls of soil nutrients during different stages of soil
evolution can provide guidance for ecosystem nutrient management and regulation. This …

Soil carbon: nitrogen ratio (Soil C: N ratio) is a crucial and stable indicator of soil organic
matter quality, but little is known about how it is driven in woody plant communities on the …