Biochar amendment is one of the most promising agricultural approaches to tackle climate
change by enhancing soil carbon (C) sequestration. Microbial‐mediated decomposition …

Context or problem Crop straw returning to the field is an important practice improving soil
quality and nitrogen (N) supply. However, little information is available whether and how …

Application of biochar to soil may stabilize soil organic carbon (SOC), concomitantly
increasing nutrient retention. However, the interactive effect of biochar and nutrients on SOC …

Biochar is widely used for soil carbon sequestration and fertility improvement. However, the
effects of biochar interacted with nitrogen (N) on the mineralization of soil organic carbon …

The change in agricultural soil organic carbon (SOC) at a global scale has a great impact on
the soil quality, crop yields, and greenhouse gas concentration in the atmosphere. Plant …

Biochar has been regarded as an effective amendment for soil carbon sequestration and
soil quality improvement. However, it remains unclear how pyrolysis temperature and …

Soil organic carbon (SOC) potentially interacts with microbial metabolism and may affect the
degradation of petroleum-derived carbon (PDC) in the electro-bioremediation of petroleum …

The application of biochar in agricultural ecosystems is a viable strategy for mitigating
climate change and ensuring food security. Northeast China is China's main maize-growing …

Soil enzymes play a key role in soil organic matter dynamics in terrestrial ecosystems;
however, the relationship between soil enzyme activity and the chemical composition of soil …

Biochar modifications are used to improve soil organic carbon (SOC) content, while its
effects on soil structure stability and carbon (C) mineralization are less known especially in …