Weather Woes: Hailstorms Bring Relief Amidst Soaring Temperatures in Delhi

Delhi experienced a respite from scorching heat as rain and hailstorms hit, marking a shift in weather patterns across Northwest India. With forecasts indicating more rain and fluctuating temperatures, the Indian Meteorological Department predicts significant climate changes, pointing towards a hotter phase with evolving El Niño conditions.

On Tuesday, parts of the national capital, Delhi, were hit by rain and hailstorms, providing residents relief from the oppressive heat. Particularly, Dwarka witnessed an intense hailstorm even as the Indian Meteorological Department (IMD) issued warnings of thunderstorms, lightning, and gusty winds reaching 40-60 km/h across isolated and scattered areas of Northwest India.

Weather experts predict a similar weather pattern to reoccur on May 10 and 11. According to the IMD, the day saw maximum temperatures hovering around 32-34 degrees Celsius while minimum temperatures were nearly 20 degrees Celsius. In several neighborhoods, the downpour brought considerable relief from the summer's sweltering heat.

This latest bout of precipitation follows similar showers recorded on Saturday, signaling a shift in the region's weather over recent days. In its monthly outlook released Friday, the IMD forecasted above-normal rainfall for May across India, despite varied temperature trends, with some areas anticipating heightened heatwave conditions.

The IMD, in collaboration with the Ministry of Earth Sciences, noted a press release addressing projected climate trends for May 2026, suggesting normal to below-normal maximum temperatures nationwide. However, it highlighted northwest, southern peninsular, and northeastern areas may experience above-normal heat, with minimum temperatures remaining above average in many places.

Furthermore, the agency observed broader climatic shifts, with oceanic data indicating a warmer phase. The development of El Niño conditions in the equatorial Pacific is expected during the upcoming southwest monsoon period. Meanwhile, oceanic models foresee positive Indian Ocean Dipole (IOD) conditions materializing by the season's end, despite current neutral IOD conditions.