weather

Rain, hailstorms, and thunderstorms are expected in 40 districts of Madhya Pradesh, including Bhopal and Gwalior, until May 6. The IMD has also warned of rising temperatures and heatwave conditions in other areas of the state.

Due to cyclonic activity, Madhya Pradesh will face rain, hailstorms, and strong winds over the next 4 days. The IMD has issued alerts for 39 districts, with some cities expected to see winds up to 60 km/h.

Heavy rainfall and storms hit Delhi-NCR on May 2, causing four deaths and major disruptions at the airport. The IMD has issued a red alert with more bad weather expected.

Barmer recorded 46.4°C as heatwaves hit parts of India. Dust storms, thunderstorms, and rains are expected across many states in the coming days.

Madhya Pradesh will see a mix of hailstorms, rain, and heatwaves over the next four days. The Meteorological Department has issued a hailstorm alert for 11 districts, including Jabalpur and Seoni.

Rain is expected in MP from April 26, but intense heat and a heatwave continue in 13 districts. Cities like Khajuraho and Gwalior recorded temperatures above 44°C, with hot days and nights likely to persist across the state.

Madhya Pradesh faces intense heat with 20 cities above 40°C. Bhopal records 41.1°C. Narmadapuram tops at 43.6°C. Heatwave likely by late April. Weather department urges limited outdoor activity from noon to 4 pm

Madhya Pradesh will face a heat wave for the next three days with temperatures above 41°C in cities like Bhopal and Indore. Weather may cool slightly after April 18 due to a western disturbance. No major rain expected across the state.

Light rain in 11 districts of eastern MP today will bring temporary relief before temperatures rise. A heat wave is predicted from April 16-17, affecting Gwalior, Chambal, and Indore divisions, with temperatures exceeding 40°C in many areas.

Madhya Pradesh braces for rain, hail, and storms in 42 districts, including Bhopal and Ujjain. Heatwave conditions will ease for 3 days as temperatures dip by up to 3°C. Weather shifts linked to western disturbance and cyclonic activity.