Nutrient resorption is a key nutrient-use strategy exhibited by perennial plants to overcome
nutrient limitations and meet their nutritional demands. However, the factors that drive …

Nutrient resorption by senesced leaves is an important mechanism for the preservation of
plant nutrients. However, our understanding of nutrient resorption patterns and drivers of …

Understanding patterns and drivers of leaf carbon (C), nitrogen (N), phosphorus (P)
stoichiometry and nutrient resorption at large geographical scales is important to understand …

The extracellular ecoenzymatic stoichiometry (EES) of the soil are key indicators of the
nutritional status and relative resource limitations of microbes that play important roles in …

Abstract Carbon (C): nitrogen (N): phosphorous (P) stoichiometry and nutrient resorption
play an important role in terrestrial biogeochemical cycling and functioning. However, little …

Variations in carbon (C), nitrogen (N) and phosphorus (P) stoichiometry and nutrient
resorption during stand development are essential indicators for assessing forest …

Soil biota are critical for services and the functionality of terrestrial ecosystems. Studying the
composition of total belowground soil biota across different ecological scales has become …

The nutrient limitation due to increasing stand age is one of the reasons for affecting the
growth of trees. However, non-structural carbohydrate (NSC) play an important role in plant …

The dynamics of phosphorus (P) in litter–soil systems during litter decomposition across a
plantation chronosequence remain to be underinvestigated, especially in terms of the …

Introduction Soil biota plays a crucial role in the terrestrial ecosystem. There is growing
momentum to understand the community structure and diversity of total belowground soil …