Cyclone Murasu Makes Landfall on Andhra Pradesh Coast as Flights Grounded and Tamil Nadu Prepares for Deluges
Cyclone Murasu has initiated landfall across the southern coastal belt of Andhra Pradesh, triggering widespread travel disruptions with nearly two dozen flight cancellations. Meanwhile, authorities in northern Tamil Nadu and Chennai remain on high alert for torrential downpours.
- Cyclone Murasu has officially commenced its landfall process over the south coastal region of Andhra Pradesh.
- Air connectivity has taken a heavy hit, with at least 19 domestic services scrubbed across Vijayawada, Tirupati, and Visakhapatnam hubs.
- Met officials warn northern Tamil Nadu and the metropolitan area of Chennai to brace for severe precipitation as the storm system intensifies.
Severe cyclonic conditions gripped India's southeastern coastline as Cyclone Murasu officially commenced its landfall over the southern districts of Andhra Pradesh, threatening densely populated regions with violent winds and torrential downpours. The severe weather disturbance has forced emergency response teams into high gear across multiple states, heavily impacting transportation networks and prompting urgent safety warnings for millions of residents situated along the eastern seaboard.
The unfolding crisis follows days of atmospheric intensification over the Bay of Bengal, a region historically prone to aggressive seasonal depressions during this period. Meteorological authorities had been tracking the system's steady progression toward the mainland, noting that warm coastal waters significantly fueled the storm's velocity and moisture retention capacity before it ultimately breached the shoreline.
According to comprehensive reports published by The Hindu, regional aviation authorities confirmed that at least 19 domestic flights had to be called off indefinitely across key transport hubs including Vijayawada, Tirupati, and Visakhapatnam. Ground transportation and municipal services in these zones are operating under strict emergency protocols to mitigate potential infrastructural damage and safeguard civilian populations from rising floodwaters.
