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Emission of Nitrogen Species and Biomass Burned Comparison Over India and Indo-Gangetic Plain

2022; International Journal for Research in Applied Science and Engineering Technology (IJRASET); Volume: 10; Issue: 9 Linguagem: Inglês

10.22214/ijraset.2022.46767

2321-9653

Dhananjay Sharma, Virendra Pathak, Amarendra K. Singh,

COVID-19 impact on air quality

Abstract: In this study, we used a data from MODIS burned area Data (MCD64A1) which is downloaded from FileZilla. The FileZilla Client and FileZilla Server are separate components of the open-source, cross-platform FTP application FileZilla. Here we can download MODIS burned data file. We download MODIS burned file in GeoTIFF image file format so that we can easily extract data for desire area. This MODIS burned data is extracted with the help of ArcMap. After the extraction of data for desire study area and we get number of pixels burned in study area. To get burned area we multiply the number of pixels to the area of pixels. We found that In India without IGP pre-monsoon burned area higher than the post-monsoon burned area and in IGP post-monsoon burned area is higher than the pre-monsoon burned area. We also conclude that in year 2016, 2018, 2019 and 2020 IGP post-monsoon burned area 23903960538 m2 , 21892394111 m2 , 20998770054 m2 and 20348568933 m2 respectfully has highest compare to other area and month for that year and in year 2017 India without IGP per-monsoon burned area 22453082565 m2 is higher compare to other area and month. In this study, we also calculate nitrogen emission and found that emission of nitrogen species in IGP region post-monsoon has the highest as compare to emission of nitrogen species in IGP region pre-monsoon as well as emission of nitrogen species in India without IGP region.