Record ocean temperatures accelerated severe cyclonic storm winds drastically

Unprecedented sea surface temperatures drastically fuelled severe storm winds along eastern Indian shores on Wednesday. India Meteorological Department officials confirmed that extreme weather conditions battered coastal regions, bringing sustained winds reaching up to 135 kmph. Unusually warm equatorial waters directly influenced rapid storm development over southern waters before it struck land between Bapatla and Visakhapatnam early Wednesday morning.

Global climate patterns significantly altered regional weather behaviour this year. Experts noted that sea surface temperatures in central Pacific zones registered nearly 2.8 degrees Celsius higher than standard measurements. Such extreme oceanic heat provides intense energy for developing weather systems, causing them to gather strength rapidly. Mrutyunjay Mohapatra, chief of national meteorological operations, previously explained that tropical storms forming during warm climate phases tend to originate closer to equatorial zones. Consequently, these weather systems often track toward southern coastal regions rather than heading directly into northern territories like Odisha or West Bengal. Historically, Odisha and Andhra frequently bears extreme weather impacts, but shifting global ocean currents increasingly expose southern coastal regions to severe weather threats.

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Record rainfall submerges coastal zones

Severe flooding impacted multiple districts immediately following intense overnight downpours. Meteorological sensors in Visakhapatnam recorded an exceptional 217 mm of precipitation, while Kalingapatnam experienced 147 mm within short timeframes. Tuni and Kakinada also registered extreme rainfall exceeding 118 mm. Local authorities safely relocated more than 1,80,000 residents away from vulnerable low-lying zones prior to extreme weather events.

Extreme ocean warming changes storm behavior

Meteorologists observed highly unusual movement patterns during this specific weather event. Instead of losing power quickly upon striking land, fierce winds remained surprisingly stationary near Narsapur and Yanam for several hours. This prolonged presence over landmasses delayed standard weakening cycles significantly. Ocean temperatures exceeding 26 degrees Celsius at specific depths create perfect environments for rapid atmospheric intensification. This powerful weather system reached its peak destructive capacity within a single operational day. Atmospheric boundary layers and upper ocean circulation combined dangerously, driving sustained wind speeds into very severe categories. Experts continue monitoring residual moisture bands moving northward, issuing severe warnings for neighbouring states including Chhattisgarh and Telangana over upcoming days.