• Warming oceans in the Arabian Sea pose a significant challenge for accurate cyclone forecasting. An increase in sea surface temperature (SST) can intensify cyclones, making them more difficult to predict.
• Higher SSTs also generate more water vapor, which fuels the formation of clouds and can lead to heavier rainfall during cyclones. This can lead to more damage and casualties, highlighting the need for improved forecasting methods.
• To overcome this issue, measures such as monitoring ocean temperatures, atmospheric pressure, and wind patterns are being employed. Accurate prediction can be achieved with more sophisticated technology that includes weather buoys, underwater gliders, and satellite observations to capture oceanic and atmospheric data.
• Improved globalization of warning systems and cooperation between countries facilitates the sharing of data and knowledge, which enhances cyclone forecasting.
• Climate change prevention measures are also crucial, as they can minimize global warming and help to prevent SST increases that result in unpredictable cyclones.

In summary, the Arabian Sea cyclone forecasting can be improved with better monitoring technology, global cooperation, and climate change prevention measures.