*Tarun Adak (Corresponding author) cishtarunadak@gmail.com, Tarun.Adak@icar.gov.in
Atmospheric interaction plays major role in emission of nitrous oxide from soils of various agri-horticultural components. Meteorological events had positive role in the variations of nitrous oxide flux both spatial and temporal ways. Water conservation through drip fertigation had contributed in quantifying and mitigating N2O emission. Modeling approaches showed future emission scenario and also suggested for possible mitigation strategies. The present document broadly included in quantifying the existing global emission from different horticultural crops along with agricultural inputs under managemental scenario; emission aspect enforces for immediate action needed to reduce from the potential sources.
Agricultural practices, Emission dynamics, Fruit orchards, Meteorological attributes, Water conservation
