Biochar application as a tool to decrease soil nitrogen losses (NH3 volatilization, N2O emissions, and N leaching) from croplands: Options and mitigation strength in a global perspective - Liu, Qi; Liu, Benjuan; Zhang, Yanhui; Hu, Tianlong; Lin, Zhibin; Liu, Gang; Wang, Xiaojie; Ma, Jing; Wang, Hui; Jin, Haiyang; Ambus, Per; Amonette, James E.; et al. (Global change biology, 2019)
Keywords: Agricultural land; air; algorithms; Ammonia; Ammonia pressure leaching; application rate; artificial intelligence; biochar; Charcoal; Clay; Crop production; Crop yield; cropland; Crops; Emissions; Environmental factors; Farmyard manure; greenhouse gas emissions; Interactions; Leaching; Learning algorithms; Machine learning; Manures; Mitigation; N leaching; N2O; NH3; Nitrogen; Nitrous oxide; Organic carbon; Regions; Soil chemistry; Soil pH; Soil properties; spatial variability; Spatial variations; Straw; temperate zones; Tropical climate; Tropical environment; Tropical environments; tropics; Volatilization; Wood; NH3; N2O; N leaching; biochar; machine learning; spatial variability