Background and aims Nitrogen enrichment and biodiversity affects the stoichiometry of
plants, soils, and soil microbes. However, combined effects of nitrogen addition and …

Rice paddies supply the staple food for 50% global population, but contribute 48% of
greenhouse gas (GHG) emissions from croplands. Temperature is the key factor of rice yield …

Grassland soils store a substantial proportion of the global soil carbon (C) stock. The
transformation of C in grassland soils with respect to chemical composition and persistence …

[目的] 基于橡胶-阳春砂生态系统, 探究外源养分对林下土壤环境及作物养分转化的影响.[方法]
设不施肥(CK), 施农家肥(M), 施化肥(F), 施有机肥+ 无机肥(O+ C) 4 个处理, 连续2 …

Carbon sequestration in soil has been extensively sought in the agroecosystems through
practices which increase organic carbon inputs and/or decrease soil organic carbon (SOC) …

The interactive effect of soil cooling and nitrogen (N) addition can accurately simulate
climatic and anthropogenic effects on terrestrial and other land-based ecosystems, but direct …

Soil microbial communities are important drivers of biogeochemical cycling of nutrients,
organic matter decomposition, soil organic carbon, and Greenhouse gas emissions (GHGs …

Disentangling the changes of newly input and original organic carbon (OC) and nitrogen (N)
after agricultural land-use transition is crucial for understanding the mechanisms behind soil …

Terrestrial biomes in the US can be managed for SOC sequestration. Sequestration for
climate change adaptation and mitigation occurs when the soil C inputs are derived from …

Background and aims Grassland ecosystems play a vital role in soil carbon (C)
sequestration and experience human disturbances that influence soil C storage. Nitrogen …