Cover crops (CC) offer numerous benefits to agroecosystems, particularly in the realm of soil
organic carbon (SOC) accrual and loss mitigation. However, uncertainties persist regarding …

The extent to which cover crops (CCs) accumulate soil organic carbon (SOC) in the entire
soil profile is still unclear. We measured SOC, permanganate oxidizable C (POX‐C), and …

Soil organic carbon (SOC) accrual, and particularly the formation of fine fraction carbon
(OCfine), has a large potential to act as sink for atmospheric CO2. For reliable estimates of …

Cover crops are one of the climate-smart agricultural practices used to increase soil organic
carbon (SOC) sequestration. However, the SOC sequestration potential and underlying …

Burying straw deeply to establish interlayer is an effective strategy for saline soil
improvement, and affects deep soil organic carbon (SOC) sequestration due to the landfill of …

Improved understanding of land use derived changes in soil organic matter (OM)
compartments stabilized to different degrees against microbial decomposition is required for …

Understanding the mechanisms of plant-derived carbon (C) and nitrogen (N) transformation
and stabilization in soil is fundamental for predicting soil capacity to mitigate climate change …

Incorporating crop residues into the soil is an effective method for improving soil carbon
sequestration, fertility, and crop productivity. Such potential benefits, however, may be offset …

Background Incorporation of cover crop (cc) shoot and root biomass can have different
effects on nitrogen (N) dynamics and the transformation of soil‐derived N and cc N. Aims …

Soil respiration (R s) is an important carbon flux in terrestrial ecosystems and knowledge
about this CO 2 release process and the drivers involved is a key topic in the context of …