Intensive land use has several detrimental effects on land function and imposes an undue
burden on the environment. Continuous farming and pollution by heavy metals have …

Biochar application and conservation tillage are significant for long-term organic carbon
(OC) sequestration in soil and enhancing crop yields, however, their effects on native soil …

Incorporating amendments can change soil organic carbon (SOC) components and
biological properties, but the comprehensive utilization of straw and straw biochar in paddy …

Coastal‐wetlands play a crucial role as carbon (C) reservoirs on Earth due to their C pool
composition and functional sink, making them significant for mitigating global climate …

The utilization of slag and biochar in croplands has been proposed as a management
approach to mitigate greenhouse gas (GHG) emissions, specifically methane (CH 4) and …

Adding industrial and agricultural wastes to farmland can increase soil available
phosphorus (P) pool and boost crop production, but the process affecting soil P …

Most land-use changes profoundly alter the composition of soil organic carbon (SOC) via
changes in plant-and microbial-derived C in soils. Whether this equally holds true for soils …

Wetlands, which are ecosystems with the highest soil surface carbon density, have been
severely degraded and replaced by artificial reclamation for fish and shrimp ponds in recent …

Both manganese-slag and sewage sludge are typical solid wastes, but their utilization is
limited. Based on the soil properties, the abovementioned pollutants were combined with …

Biochar application is an effective way to improve soil organic carbon (SOC) content and
ensure food security. However, there were differences in SOC content following biochar …