India Monsoon LIVE: Telangana Flooded, IMD Predicts Heavy Rain in North

Quick Summary

• IMD forecasts intensified monsoon activity on August 14, 2025, with moderate to heavy rainfall expected over Haryana, Chandigarh, Delhi, Punjab, Himachal Pradesh, Uttarakhand, North Madhya Pradesh, and West Uttar Pradesh due to a low-pressure area over the bay of Bengal.
• Telangana experiences intense overnight rainfall; three locations recorded over 20 cm of rain according to data from the Telangana Development Planning Society (TGDPS). Heavy downpours are expected across the state for the next three days.
• Eleven flights at Rajiv Gandhi International Airport in Hyderabad were diverted due to adverse weather conditions. Seven flights later returned and landed by evening.
• Hyderabad’s schools will function for half a day on August 14 due to heavy rain forecasts.Schools in Medchal-Malkajgiri district and six other districts will remain closed entirely.

indian Opinion Analysis

The intensification of monsoon rains poses important challenges for India’s disaster management systems and infrastructure resilience. Regions forecasted for heavy rainfall-especially telangana-are displaying proactive measures with school closures and emergency preparedness directives issued by local administrations. The IMD’s weather alerts highlight an urgent need for adaptive governance mechanisms nationwide.

Significant disruptions such as flight diversions underline how critical it is for urban areas like Hyderabad to better prepare transportation networks during extreme weather events. The sustained downpour brings risks of flooding that could strain public healthcare facilities and utilities-a concern being addressed through hospital preparedness initiatives in Telangana.

These developments are indicative of growing climate-related vulnerabilities that India must prioritize through enhanced forecasting accuracy and improved coordinated responses across states. Sustained investments in flood management infrastructure will be essential as rainfall patterns continue intensifying under global climate change dynamics.

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