A developing weather system over the Bay of Bengal is expected to intensify into a cyclonic storm by October 27, raising the likelihood of rough seas and scattered rainfall across parts of the Maldives if its trajectory shifts southward.
According to the India Meteorological Department (IMD), a low-pressure area currently hovering over the southeastern Bay of Bengal is strengthening and could become a depression by October 26 before evolving into a full-fledged cyclonic storm, likely to be named Cyclone Montha. The storm, forecast to move northwestward over the southwest and adjoining west-central Bay of Bengal, is expected to bring strong winds, torrential rain, and coastal flooding to eastern India, particularly Tamil Nadu and Andhra Pradesh.
While the cyclone’s direct impact on the Maldives is unlikely, meteorological experts warn that the outer bands of the system could influence regional weather patterns. According to reliable Meteorological experts has noted that such systems can trigger heavy rainfall, gusty winds, and rough sea conditions across central and northern atolls, particularly if the storm expands in size or changes course.
Fishermen and ferry operators are advised to stay alert for updates on sea conditions, as swells generated by the cyclone could increase wave heights across open waters. Resort operators and coastal communities have also been urged to secure floating equipment, reinforce moorings, and monitor official advisories in the coming days.
Named from the Thai word for “fragrant flower,” Montha is part of the World Meteorological Organization’s naming list for cyclones forming in the North Indian Ocean. If it intensifies as projected, the storm will mark one of the strongest systems of the post-monsoon season, underscoring the active weather phase that typically affects the region from October through December.
Maldivian authorities continue to monitor the system closely, urging the public to remain cautious, follow weather alerts, and avoid unnecessary sea travel during periods of heightened wind and wave activity.
