PM Modi chairs meeting to review heatwave management, monsoon preparedness
Prime Minister Narendra Modi on Thursday chaired a meeting to review heatwave management and monsoon preparedness.
New Delhi: Prime Minister Narendra Modi on Thursday chaired a meeting to review heatwave management and monsoon preparedness.
Several parts of the country have been reeling under an intense heatwave for the past few weeks with temperatures soaring to an all-time time high in several places. Average maximum temperatures reached 35.9 and 37.78 degrees Celsius in the northwest and central India respectively with both the regions of the country experiencing the hottest April in 122 years.
#WATCH | PM Modi today chaired a meeting to review preparations for heatwave management and monsoon preparedness. pic.twitter.com/ou1O9mQJt7
— ANI (@ANI) May 5, 2022
A hailstorm and rainfall lashed parts of Delhi on Wednesday bringing much-needed relief from the unrelenting heat.
The heatwave is likely to return after May 7 as per the predictions of a senior scientist at India Meteorological Department (IMD), RK Jenamani.
Heatwaves are common in India in the spring and early summer, especially in May, which is typically the hottest month. But they are often relieved by the onset of the monsoon season from late May through September.
The heatwave began in late March in northern India and spread into the first weeks of April. Although heatwaves are not uncommon in this region during the pre-monsoon season from April to June, residents and meteorologists have noted that this heatwave was the earliest they could remember.
The average temperature in India in March 2022 was about 33 degrees Celsius, the warmest March ever recorded since records began in 1902.
In major cities such as Delhi, temperatures went up to over 45 degrees Celsius. These temperatures are 10 degrees Celsius warmer than the normal high temperatures for April and approached the all-time record temperatures for the month.
Temperatures in major metropolitan areas can be further exacerbated by the urban heat island effect, increasing local temperatures a few degrees higher than the surrounding countryside.