The response to climate change through soil organic carbon sequestration has received
increased interest. While soil organic carbon sequestration is related to the stability of …

Agricultural management of soils has led to severe losses of soil organic matter (SOM),
accompanied by an increased release of CO 2 into the atmosphere and a reduction of soil …

Soil organic carbon (C) and aggregates are the important components of soil fertility and the
foundation of sustainable agriculture. The storage and protection of SOC in aggregates is …

Variations in soil organic carbon (SOC) and its fractions within soil aggregates in response
to land-use change are important to understand the carbon cycles in terrestrial ecosystem …

The strategies of substituting inorganic fertilizers with organic fertilizers have been shown to
significantly impact the dynamics of soil organic carbon (SOC) combating soil degradation …

The application of organic fertilizers affects soil aggregates, nutrient situations and bacterial
communities. However, the direct and indirect effect of different resource-derived organic …

Maize production is facing multiple challenges toward increasing crop productivity,
enhancing resource utilization, and mitigating climate change nowadays. Climate-smart …

Organic substitution (partial substitution of chemical fertilizer with organic fertilizer) is an
effective approach to address soil degradation caused by excessive application of chemical …

Organic fertilizer substitution (OFS) technology effectively mitigates the adverse effects of
excessive synthetic fertilizer application while promoting soil organic carbon (SOC) …

Studying the impact of tillage and fertilization on soil organic carbon (SOC) content and
aggregate is essential to define better strategies for improving soil structure and SOC …