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Monsoon reaches Kerala 3 days early, likely to hit Delhi around June 25 | India News
NEW DELHI: Southwest (summer) Monsoon arrive Kerala On Sunday, three days before the normal start date (June 1), the start of the four-month rainy season in the country, the Bureau of Meteorology said the agency had predicted ‘normal’ rainfall. and well distributed during the season. This is only the third time in the last 10 years that the summer monsoon has been recorded early – before June 1.
“Conditions are favorable for the deepening of the southwest monsoon into some areas of the central Arabian Sea, returning parts of Kerala, other parts of Tamil Nadu, parts of Karnataka, and some other parts of south and central Bay of Bengal, some parts of Met Department said in northeastern Bay of Bengal and northeastern states in next 3-4 days.
Monsoon map do IMD shows seasonal rains to reach western Uttar Pradesh, Delhi and parts of Haryana, Punjab and Rajasthan between June 25-30.
The IMD earlier this month predicted the monsoon to begin over Kerala on May 27 with a model error of ±4 days. It claims that its operational forecasts for monsoon onset dates over the state for the past 18 years (2005-22) have proven correct except 2015.
“All conditions have been fulfilled for the onset of monsoon over Kerala… Conditions are now further favorable to cover more parts of Karnataka, Tamil Nadu, Bay of Bengal and eastern states. north … There will be no next heat wave conditions RK Jenamani, senior scientist, IMD said for five days over Delhi, northwest and central India.
Although coastal areas of Kerala have seen rainfall over the past few days, the IMD has been waiting for all conditions to be met before the official announcement of the onset of monsoon over the state marks the beginning of the rainy season on the mainland of India.
IMD said that of the 14 rainfall monitoring stations to announce the onset of monsoon over Kerala, 10 have received 2.5 mm or more of rain in the last 24 hours. Other conditions include depth of westerly winds extending up to 4.5 km above mean sea level, westerly wind strength, and haze over the Southeast Arabian Sea and adjacent areas of Kerala.
The IMD will issue a second phase monsoon forecast over the next few days, predicting the regional distribution of rainfall during the season.
“Conditions are favorable for the deepening of the southwest monsoon into some areas of the central Arabian Sea, returning parts of Kerala, other parts of Tamil Nadu, parts of Karnataka, and some other parts of south and central Bay of Bengal, some parts of Met Department said in northeastern Bay of Bengal and northeastern states in next 3-4 days.
Monsoon map do IMD shows seasonal rains to reach western Uttar Pradesh, Delhi and parts of Haryana, Punjab and Rajasthan between June 25-30.
The IMD earlier this month predicted the monsoon to begin over Kerala on May 27 with a model error of ±4 days. It claims that its operational forecasts for monsoon onset dates over the state for the past 18 years (2005-22) have proven correct except 2015.
“All conditions have been fulfilled for the onset of monsoon over Kerala… Conditions are now further favorable to cover more parts of Karnataka, Tamil Nadu, Bay of Bengal and eastern states. north … There will be no next heat wave conditions RK Jenamani, senior scientist, IMD said for five days over Delhi, northwest and central India.
Although coastal areas of Kerala have seen rainfall over the past few days, the IMD has been waiting for all conditions to be met before the official announcement of the onset of monsoon over the state marks the beginning of the rainy season on the mainland of India.
IMD said that of the 14 rainfall monitoring stations to announce the onset of monsoon over Kerala, 10 have received 2.5 mm or more of rain in the last 24 hours. Other conditions include depth of westerly winds extending up to 4.5 km above mean sea level, westerly wind strength, and haze over the Southeast Arabian Sea and adjacent areas of Kerala.
The IMD will issue a second phase monsoon forecast over the next few days, predicting the regional distribution of rainfall during the season.