Tillage management that minimizes the frequency and intensity of soil disturbance can
increase soil carbon (C) and nitrogen (N) sequestration and improve the resilience of …

Agroforestry practices that include trees on grazing lands could enhance atmospheric CO2
sequestration and storage. However, carbon sequestration rates and storage capacity of …

Land elevation exerts a significant influence on soil fertility through affecting macro and
micro climatic conditions and geomorphological processes. To evaluate the soil fertility at …

Excessive irrigation and nitrogen application have long seriously undermined agricultural
sustainability in the North China Plain (NCP), leading to declining groundwater tables and …

Straw returning has been broadly recognized as an agronomic strategy to manage soil
quality and has great potential to enhance soil fertility. However, soil microbial metabolism …

Land elevation exerts a significant influence on soil fertility through affecting macro and
micro climatic conditions and geomorphological processes. To evaluate the soil fertility at …

Evidence for the variability of the carbon (C) management index (CMI) across surface and
subsurface soil layers due to long-term fertilization in diverse agroecological settings is …

Introduction To investigate the effects of no-tillage with straw mulching on the absorption and
utilization of soil nitrogen (N), fertilizer N, and straw N by rice under paddy-upland rotations …

Nitrogen is a vital element for soil fertility and crop productivity. The transformation of
nitrogen is directly affected by tillage practices for the disturbing soil. The characteristics of …

Arid and semiarid regions cover more than one‐third of the land surface, where the interplay
between water, land use, and management strongly influences carbon (C) sequestration …