… of grazing on C : N : P stoichiometry and ecosystem functioning are strongly mediated by
precipitation. Future climate change, particularly changes … on the ecosystem functioning of the …

… C : N : P stoichiometry to grazing is crucial for assessing human-induced impacts on ecosystem
functions … for humid and dry regions, grazing decreased soil N : P along the MAP gradient…

… regional scale response to grazing. Also, the positive or negative effects may accumulate …
The magnitudes of changes in leaf nutrients and stoichiometry were generally greater in …

… , and are essential to maintain ecosystem function and protect … management in different
regions varies according to local … that grazing indirectly changes the cycle of soil carbon (C), …

… of ecosystem function and is also closely related to nutrient process. However, knowledge
about the plant-soil interactions of stoichiometry … The regional climate is temperate monsoon …

… specifically affects ecosystem functioning and stoichiometry on broad scales is scarce … We
examined the effects of grazing on ecosystem functioning and C:N:P stoichiometry along the …

… influence the effect sizes of grazing exclusion on biomass … absence of grazing, the N, P
concentrations and stoichiometry of … region, for instance, grazing exclusion resulted in the mean N…

… this region may be limited more by N than by P, and grazing could accelerate N limitation,
which may lead to potential changes in species composition and nutrient cycles in this region. …

… In summary, grassland ecosystem functions (the plant … dramatic effects of grazing on the C,
N, and P contents of … desertified grassland to control desertification and improve the regional …

… may alter the stoichiometric … grazing affects the C:N:P ecological stoichiometry of soils,
plants (Leymus chinensis), and grasshoppers (Euchorthippus spp.) in a semi-arid grassland in …