New Delhi: Several parts of northeast India are likely to receive rainfall over the coming few days. According to the India Meteorological Department (IMD), Light to moderate rainfall or thundershowers is likely over northeastern states From February 21 to 23. Meanwhile, there is also a possibility of isolated heavy falls over Arunachal Pradesh on Tuesday and Wednesday. However, no significant weather over the rest parts of the country during the next four to five days.
Due to southwesterly winds from the Bay of Bengal over the Northeastern States at lower tropospheric levels, light to moderate scattered to widespread rainfall is very likely over Arunachal Pradesh and light isolated to scattered rainfall is expected over Assam, Meghalaya and Nagaland and Manipur during the next five days.
Similar weather conditions will prevail over Sub-Himalayan West Bengal and Sikkim during the next three days. According to the MeT Department, isolated heavy rainfall is likely over Arunachal Pradesh on February 21 and 22. Thunderstorms are predicted over Assam and Meghalaya during the same period.
Meanwhile, A Western Disturbance as a trough in middle tropospheric westerlies runs roughly along Longitude 65°E and north of Latitude 30°N and an induced cyclonic circulation lie over Punjab and adjoining north Pakistan in lower tropospheric levels.
Read More: Char Dham Yatra 2023: You Will Soon Be Able To Book Heliservices Via IRCTC | Details Here
Under the influence of this weather phenomenon, light to moderate scattered to fairly widespread rainfall/snowfall is expected over the Western Himalayan Region during the next 24 hours and light isolated rainfall/snowfall during the subsequent 24 hours. Light isolated rainfall is predicted over north Punjab during the next 24 hours.
Maximum temperatures are very likely to be in the range of 36-38 degree Celsius over many parts of Gujarat during the next 24 hours. Maximum Temperatures are expected to fall by two to three degree Celsius over West India during the next three days and no significant change thereafter.
