India monsoon covers country as rainfall deficit drops to 15 percent
The southwest monsoon has reached all parts of India following a delayed start and lower than normal rainfall in June. Recent heavy rains have reduced the national rainfall deficit, providing better conditions for the upcoming kharif crop cycle.
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The southwest monsoon has reached all parts of India as of July 9, following a delayed start and lower than normal rainfall during the month of June. Livemint reports that these rains are expected to improve conditions for the kharif sowing season.
Recent heavy rain has reduced the national rainfall deficit to approximately 15 percent. This follows an unusually dry period in which June was recorded as the fifth-driest month since 1901, with precipitation levels falling nearly 40 percent below average. News18 attributes this initial delay and the resulting lower volumes to developing El Niño patterns in the Pacific Ocean.
The India Meteorological Department has issued warnings for several northern states, including Jammu and Kashmir, Himachal Pradesh, and Uttarakhand. These regions are expected to experience heavy rain, flash floods, and landslides through July 14. Additional rainfall is forecast as scattered showers across neighboring areas such as Punjab, Haryana, Delhi, and Uttar Pradesh.
Why this matters
The monsoon is the primary source of water for Indian agriculture. A significant reduction in the rainfall deficit after a dry start provides critical stability for food production and water management ahead of the crucial kharif planting season.
What's confirmed / what isn't
Multiple sources confirm that the monsoon has reached full coverage of India as of July 9 and that rainfall deficits have been reduced to 15 percent. The specific attribution of the delay to El Niño patterns is reported by News18.
Background
The southwest monsoon is a seasonal wind pattern that provides most of India's annual rainfall. El Niño is an ocean-atmosphere pattern involving warmer than average sea surface temperatures in the central and eastern tropical Pacific Ocean, which can impact global weather patterns.