Cyclone Murasu’s Hit on Andhra Pradesh: Damage, Agricultural Losses and Possible Ripple Effects for Pakistan

Cyclone Murasu’s Hit on Andhra Pradesh: Damage, Agricultural Losses and Possible Ripple Effects for Pakistan

Cyclone Murasu made landfall on the eastern coast of India in early November 2026, just days after the region was battered by Cyclone Arnab. While the storm was classified as a severe cyclonic storm with wind speeds of 100‑110 km/h, its most immediate legacy has been loss of life, extensive crop damage and a cascade of weather alerts across several states. This article assesses the on‑ground impact, the scale of agricultural losses, the disaster response mounted by state and central authorities, and the broader question of whether Murasu could influence weather patterns in neighbouring Pakistan.

Immediate Impact

• Human toll – Official reports from The Hindu confirm two fatalities linked to the cyclone’s high winds and flooding.
• Geographic reach – Murasu struck between Nellore and Narasapur, near Ongole, affecting the coastal districts of Andhra Pradesh and spilling over into Tamil Nadu.
• Weather alerts – The India Meteorological Department (IMD) issued heavy‑rain warnings for six states, including Andhra Pradesh, Tamil Nadu, Odisha, West Bengal, Jharkhand and Bihar. Thunderstorms were forecast for several interior regions.
• Secondary effects – Light to moderate rain was expected in Kolkata and South Bengal, according to The Telegraph.

The storm’s core brought torrential rain, localized flooding, and gusts that peaked at 120 km/h in some pockets. Post‑storm observations from Aghapalli (near Vijayawada) recorded cloudy skies, a temperature of 21.7 °C, humidity at 85 % and modest winds of 9.7 kph, indicating the system had moved inland and was weakening.

Agricultural Losses

The most quantifiable damage relates to crops:

• Area affected – Approximately 52,459 hectares of agricultural land were reported damaged across Andhra Pradesh.
• Crops at risk – The affected area includes major paddy fields, along with pulses and oilseeds that dominate the coastal plain’s cropping pattern.
• Economic implications – While exact monetary loss figures are still being compiled, the sheer scale of damaged land suggests a significant hit to the state’s rice output for the current Kharif season, potentially tightening supplies in regional markets.
• Farmer distress – Early reports indicate that many small‑holder farmers are awaiting compensation and relief assistance, a process that historically takes weeks to months.

Disaster Response

State and central agencies moved quickly after the cyclone’s approach:

• Leadership briefing – Andhra Pradesh Chief Minister N. Chandrababu Naidu convened a review meeting on the eve of landfall, directing officials to activate emergency protocols.
• Red alerts – Five districts along the coast were placed under red alert, mobilising district disaster response teams, police, and the National Disaster Response Force (NDRF).
• Evacuation and shelter – Over 30,000 residents were shifted to government‑run relief shelters equipped with basic amenities and medical kits.
• Rescue operations – The Indian Navy and Coast Guard deployed patrol vessels to assist stranded fishermen and to clear debris from key roadways.
• Relief distribution – Food packets, clean drinking water, and temporary power kits were dispatched within 24 hours of the storm’s passage.
• Post‑storm assessment – Teams of agronomists and engineers are conducting field surveys to verify crop damage, assess infrastructure integrity, and map landslide‑prone zones identified earlier in Odisha.

The response mirrors lessons learned from Cyclone Arnab, where delayed evacuations contributed to higher casualties. This time, the pre‑emptive red alerts and coordinated sheltering appear to have limited loss of life.

Potential Spill‑over Effects on Pakistan’s Weather

Cyclones in the Bay of Bengal can influence weather patterns far beyond India’s eastern seaboard, especially when they interact with the broader monsoon system. While scientific consensus on exact downstream effects remains tentative, several mechanisms are worth noting:

• Enhanced monsoon trough – A strong cyclonic system can pull the monsoon trough northward, potentially delivering heavier rainfall to western India and, indirectly, to eastern Pakistan (Sindh and southern Punjab).
• Western disturbances – The residual moisture from Murasu may merge with mid‑latitude western disturbances that typically affect Pakistan in November, raising the probability of sudden downpours.
• Model projections – Early IMD and Pakistan Meteorological Department (PMD) model runs suggest a modest increase (5‑10 %) in rainfall probability over southern Sindh during the week following Murasu’s landfall. These are probabilistic forecasts and not deterministic predictions.
• Risk of flash floods – Areas already experiencing above‑average soil moisture could see flash‑flood conditions if additional rain arrives, especially in the Indus basin’s lower reaches.

Given the uncertainty, authorities in Pakistan are advised to monitor updates from the PMD and maintain readiness of flood‑early‑warning systems, particularly in the flood‑prone districts of Badin, Thatta and Jacobabad.

Regional Preparedness Lessons

Cyclone Murasu underscores several actionable insights for South Asia’s disaster‑management community:

1. Early warning dissemination – Mobile alerts, community radio and social‑media bursts proved effective in prompting evacuations. Expanding these channels to remote villages can further reduce casualties.
2. Pre‑positioned relief kits – Storing food, water, and medical supplies in cyclone‑prone districts cuts response time dramatically.
3. Infrastructure resilience – Strengthening coastal embankments and improving drainage in low‑lying agricultural zones can mitigate crop loss.
4. Cross‑border coordination – Sharing satellite imagery and model outputs between India and Pakistan can help both nations anticipate secondary weather impacts.
5. Post‑event data collection – Systematic damage assessments enable faster compensation for farmers and better calibration of future risk models.

Conclusion

Cyclone Murasu, though less intense than its immediate predecessor Arnab, left a tangible imprint on Andhra Pradesh: two lives lost, over 52 000 ha of crops damaged and a cascade of weather alerts across six Indian states. The swift response by state authorities, backed by central agencies, limited the human toll and set a benchmark for future cyclone management. While the direct impact on Pakistan remains speculative, the possibility of enhanced rainfall in Sindh and adjoining regions calls for vigilant monitoring. Ultimately, Murasu reinforces the need for robust early‑warning systems, resilient infrastructure, and regional cooperation to safeguard lives and livelihoods against an increasingly active tropical cyclone season.