The India Meteorological Department issued a multi-state weather alert for heavy rain, thunderstorms, lightning, gusty winds, and hailstorms [1].
These warnings signal a significant shift in weather patterns that could lead to flash floods and infrastructure disruptions across several densely populated regions. The alerts are critical for public safety as the country prepares for the seasonal transition of the monsoon.
The IMD first issued the weather alert on May 4, 2024 [1]. The agency warned against thunderstorms, lightning, gusty winds, and hailstorms over Northwest, Central, and East India [1]. Forecast conditions are expected to persist through May 31, 2024 [2].
According to the IMD, India is likely to witness a major weather shift over the next few days as a strong Western Disturbance and multiple cyclonic circulations become active across different regions [3]. This combination of atmospheric pressures is driving the severe weather patterns — specifically increasing the risk of flash floods in the Delhi-NCR area [1].
While the Northwest and Central regions face immediate threats, the situation varies by geography. The IMD has issued multiple alerts for heavy rainfall and strong winds in several parts of the country [4]. However, the onset of the monsoon in Kerala remains pending. Despite the broader national alerts, the IMD said that people should not worry yet [5].
Officials said that a major change in weather conditions is expected as the monsoon advances [4]. The agency continues to monitor the progress of the Western Disturbance to provide updated state-wise forecasts to the public [3].
“India is likely to witness a major weather shift over the next few days”
The convergence of a strong Western Disturbance with advancing monsoon circulations creates a volatile atmospheric environment. For urban centers like Delhi-NCR, this increases the likelihood of urban flooding due to inadequate drainage during sudden, high-volume rainfall. The disparity between the severe alerts in the north and the delayed monsoon in Kerala highlights the complex, non-uniform nature of the Indian monsoon's progression.
