IMD issues cyclone alert for Andhra Pradesh and adjoining south Odisha coasts - News On AIR

The Indian Meteorological Department (IMD) on Tuesday issued a cyclone warning for the coastal districts of Andhra Pradesh and the adjoining southern part of Odisha, indicating that a low‑pressure system over the Bay of Bengal is expected to intensify into a cyclonic storm within the next 48 hours. The alert, classified as a ‘yellow’ warning, signals that wind speeds could reach between 62 and 88 kilometres per hour, accompanied by heavy rainfall and possible storm surges along the shoreline. This development comes during the pre‑monsoon period, when the Bay of Bengal frequently generates tropical disturbances that can affect large stretches of India’s eastern coast.

State disaster management authorities in both Andhra Pradesh and Odisha have begun pre‑emptive actions, including the mobilization of rescue teams, the reinforcement of sandbags along vulnerable embankments, and the issuance of advisories to fishermen to remain at sea until conditions improve. The coastal districts have also been instructed to suspend school sessions and limit non‑essential travel, while power utilities are on standby to restore electricity quickly if outages occur. In recent years, similar cyclonic events have caused significant damage to infrastructure and agriculture, prompting officials to emphasize early evacuation and community awareness as key strategies to reduce loss of life and property.

The alert is particularly important for residents of the eastern coastline, where agriculture, fishing and tourism form the backbone of local economies and where even moderate cyclones can disrupt supply chains and cause flooding in low‑lying areas. For readers across India, the development underscores the need for robust disaster preparedness, especially as climate change increases the frequency and intensity of such weather events. It also highlights the role of the IMD’s early warning system in enabling authorities and citizens to take timely action, thereby limiting the human and economic toll of cyclones.