Researchers are paying increasing attention to soil stoichiometry (carbon: nitrogen:
phosphorus (C: N: P) ratios) in efforts to explore biogeochemical cycles, but little is known …

The coupling between carbon (C): nitrogen (N): phosphorus (P) stoichiometry in plant leaves
is closely related to ecological functions such as photosynthesis, growth, and …

Determining large‐scale patterns of plant elemental concentrations and stoichiometry along
environmental gradients is critical for understanding plant adaptive strategies and predicting …

Understanding vegetation and soil carbon (C), nitrogen (N) and, phosphorus (P)
stoichiometry and its controls are essential for evaluating the biogeochemical cycle and …

A meta-analysis was preformed to reveal how environmental and experimental factors alter
the effects of N enrichment on the concentrations and stoichiometry of N and P in both …

Grasslands extend across a variety of topographies including non-flat hilly areas with varied
soil texture and moisture that can mediate soil biogeochemical cycling of carbon (C) …

Stoichiometry determines the key characteristics of organisms and ecosystems on a global
scale and provides strong instructions on the fate of sediment carbon, nitrogen, and …

Understanding biogeographic patterns of community assemblages is a core objective in
ecology, but for soil communities these patterns are poorly understood. To understand the …

Extremes in weather episodes seem to be the new normal. We need to better understand
how changing climatic conditions alter plant growth in grasslands, especially macro nutrient …

The effect of mowing frequency on cumulative dry matter yield (cDMY) in Leymus chinensis
has been well studied. However, how biomass and nitrogen or phosphorus allocation …