Biochar is obtained by pyrolyzing biomass and is, by definition, applied in a way that avoids
its rapid oxidation to CO2. Its use in agriculture includes animal feeding, manure treatment …

Biochar is gaining significant attention due to its potential for carbon (C) sequestration,
improvement of soil health, fertility enhancement, and crop productivity and quality. In this …

Biochar, characterized by high specific surface area and porosity as well as by the presence
of various functional groups, can be an excellent matrix for creating fertilizers that slowly …

The available literary data suggest the general applicability and benefits of different biochar
products in various soil–plant–environment systems. Due to its high porosity, biochar might …

Biochar, over the last two decades, has become the focal point of agro-environmental
research given its unique functionality, cost-effectiveness and recyclability potentials. It has …

Biochar is an extremely valuable carbon black material used since the Pre‐Columbian Era
in Latin America and is known for its properties to promote soil fertility and sustain crop …

Recently, biochar and N fertilizers have been used to tackle low N use efficiency (NUE) in
crops across diverse environmental conditions. The coupling of biochar and N fertilizer may …

Introduction Biochar (BC) and nitrogen (N) application have the potential to increase grain
yield and resource use efficiency in intercrop** systems. However, the effects of different …

In paddy soils, excessive application of N fertilizer often results in substantial N losses due to
low N utilization efficiency. However, this condition can be mitigated by enhancing soil …

Biochar, a carbon (C)-rich material produced by the pyrolysis of organic residues, is
frequently used as a soil amendment to enhance soil fertility and improve soil properties in …