The length of the growing period has decreased by 15 days in Nalgonda district, leading to crop moisture stress and ultimately reduced yields (Rao and Wani, 2010). Simulation studies using the Decision Support System for Agricultural Technologies (DSSAT) predicted that the estimated 3.3°C temperature increase expected by the end of this century would, on average, reduce crop yields by 27 percent in the Parbhani district, Maharashtra state (Wani etal., With undesirable climatic conditions such as droughts and floods increasing the risk of crop losses, an approach is needed to educate farmers on the impact of climatic variation.