IMD warns of extreme heat in India from March to May, with Mumbai facing unique challenges. Rising temperatures are linked to climate change. Public is advised to take precautions against heatstroke The weather across India is highly unpredictable, with some regions experiencing rainfall while others are enduring extreme heat. This erratic weather pattern serves as a warning sign. Though recent rainfall in Delhi-NCR brought some relief, many areas are still grappling with soaring temperatures. Meteorologists are concerned about the potential effects in the upcoming months of May and June.
The Indian Meteorological Department (IMD) forecasts above-average temperatures from March to May. Mumbai, in particular, is facing its own set of challenges. The IMD has observed unusually high temperatures in Mumbai, even during the winter months. January was recorded as the third hottest month, with a heatwave expected in February. These temperature shifts are attributed to climate change and prevailing conditions.
As a result, the IMD has urged people to prepare their air conditioners and coolers for the upcoming months, which are expected to be especially intense with the possibility of extreme heat.IMD Mumbai Director Sunil Kamble explained, “Everyone has noticed a rise in temperature by one or two degrees due to climate change. These changing climatic conditions also impact our region. Mumbai is likely to see temperatures one or two degrees higher than usual this summer
The IMD is warning of severe heat in Mumbai this year and has issued a heatstroke advisory to the public. Health precautions, especially for senior citizens and children, are strongly recommended. The IMD advises limiting sun exposure, staying well-hydrated with water and fluids, and wearing loose cotton clothing to mitigate the effects of the intense heat. Additionally, the lack of snowfall in the Jammu and Kashmir region has led to an absence of western winds, which normally help cool the area in winter. As a result, the minimum temperature in Mumbai has not dropped, leading to a rise in the mercury.
