• Ocean warming has resulted in an increased frequency and intensity of cyclones in the Arabian Sea, making it more challenging to forecast them accurately.
• The higher sea-surface temperatures increase the amount of heat and moisture available to developing cyclones, fueling their growth and making them more powerful.
• Forecasters may find it difficult to determine the exact path of a cyclone due to unpredictable movements and habit-changing tracks due to warmer waters, which can cause more damage.
• Cyclones in the Arabian Sea are also affected by the monsoon season, which has become less predictable due to climate change.
• Advances in technology, including satellite monitoring, computer modeling, and new forecasting methods, have helped to improve the accuracy of forecasts in the Arabian Sea.
• By closely studying the impact of ocean warming on cyclones and gathering more data, forecasters can improve their ability to predict the track and intensity of these storms, mitigating the loss of life and property damage.

Overall, the impact of ocean warming on cyclone forecasting in the Arabian Sea highlights the urgent need for measures to mitigate climate change and reduce its devastating effects on vulnerable coastal areas.