Biochar has received extensive attention because of its multi-functionality for agricultural
and environmental applications. Despite its many benefits, there are concerns related to the …

Biochar has been widely used as an environmentally friendly material for soil improvement
and remediation, water pollution control, greenhouse gas emission reduction, and other …

Traditional fertilization management can damage soil structure and lead to severe soil
erosion. The practice of crop straw returning to the field reduces the negative impact of straw …

Application of biochar to soils changes soil physicochemical properties and stimulates the
activities of soil microorganisms that influence soil quality and plant performance. Studying …

Biochar is a carbon-rich solid formed from the organic residue by pyrolysis. The productivity
of biochar relies on feedstock type and pyrolysis conditions. Studies on biochar were …

Soil salinization and sodification are two commonly occurring major threats to soil
productivity in arable croplands. Salt-affected soils are found in> 100 countries, and their …

Biochar production and use are part of the modern agenda to recycle wastes, and to retain
nutrients, pollutants, and heavy metals in the soil and to offset some greenhouse gas …

The interaction between biochar and soil changes nitrogen (N) dynamics in different
ecosystems. Although multiple studies have reported influences of biochar on soil inorganic …

Biochar refers to the high-carbon, black fine-grained product of biomass pyrolysis.
Independent studies repeatedly confirmed that its incorporation into arable land is a reliable …

Biochar application in agricultural soils can be highly beneficial to plant productivity.
However, how plant productivity response (PPR)[% change of plant yield from control …