Assessing future precipitation and temperature changes for the Kesinga Basin, India according to CORDEX-WAS climate projections

To assess the spatial distribution of precipitation in the region, the analysis has been carried out, using both model experiments and observational data from 1974 to 2003. According to the World Meteorological Organisation, a 30-year time is necessary for study these averaging of these variables (Phoncharoen et al., 2021). Climate variability denotes the changes in climate parameters tliat are expressed through the mean state, i.e., the standard deviation, correlation coefficient, statistics of extremes, etc., and the analysis takes into account temporal and spatial scales tliat transcend individual weather events. [...]the conclusion is compared to the MC climatic scenario, tiie estimated proportion of tiie increase in rainfall is particularly significant for EC.