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Cyclone Arnab vs Arabian Sea Low: Weather Activity May Intensify Over Tamil Nadu

Updated: 24/Oct/2026 10:28:37 AM
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Cyclone Arnab vs Arabian Sea Low: Weather Activity May Intensify Over Tamil Nadu

Tamil Nadu Weatherman Highlights Possible Interaction Between Bay of Bengal System and Arabian Sea Low-Pressure Area

Weather activity over Tamil Nadu could intensify over the next two to three days as a weather system over the Bay of Bengal interacts with a low-pressure system over the Arabian Sea, according to an observation shared by Tamil Nadu Weatherman.

Bay of Bengal System and Arabian Sea Low-Pressure Area

According to Tamil Nadu Weatherman, a weather system over the Bay of Bengal, referred to as “Arnab” in the post, is influencing the broader weather pattern, while a low-pressure system over the Arabian Sea is also playing a role.

The post describes the interaction between the two systems as a weather battle, suggesting that the Bay of Bengal system could influence the movement and development of the Arabian Sea low-pressure area.

Tamil Nadu May See Increased Weather Activity

The interaction between these weather systems could contribute to changing weather conditions across Tamil Nadu over the next two to three days.

Depending on the systems` movement, intensity, and atmospheric conditions, several parts of the state may experience increased rainfall and thunderstorms.

However, the actual impact will depend on the latest meteorological observations and official forecasts.

Residents Advised to Follow Weather Updates

With changing weather systems over the Bay of Bengal and the Arabian Sea, residents across Tamil Nadu are advised to monitor updates from the India Meteorological Department (IMD).

People should follow official alerts regarding heavy rainfall, thunderstorms, strong winds, and potential disruptions over the coming days.

Note: The description of one system “swallowing” the other is a figurative expression used in the original post. The actual movement and interaction of weather systems require confirmation through official meteorological data.