Upheaval in undulating valley
IMD reported Kashmir Valley received about 325% more rainfall than usual between July 17 and July 23, leading to Jhelum flooding and widespread waterlogging in Jammu and Kashmir.
- IMD rainfall assessments help track monsoon conditions and indicate flood risk when rainfall is far above normal.
- Heavy rainfall in the Jhelum catchment area can rapidly increase water in the Jhelum River, raising flood danger.
- Prolonged inundation can damage paddy roots and reduce nutrient uptake, which can cut yields.
- Waterlogged soil can lead to root decay and possible structural damage, so drainage channels need quick clearing.
What happened: severe monsoon impacts across Jammu and Kashmir
A severe monsoon spell caused widespread disruption in Jammu and Kashmir, with reported landslides, flash floods, urban waterlogging, and agricultural stress. Major rivers and water bodies swelled, and localized flash floods and landslides in foothill areas damaged smaller connectivity structures.
In the Kashmir Valley, the India Meteorological Department (IMD) reported rainfall far above normal: Kashmir received about 325% more rainfall than usual between July 17 and July 23.
UPSC can frame this event as a chain from IMD-reported rainfall anomalies to Jhelum catchment flooding near the Lidder River, and then to agriculture impacts through waterlogging in mid-summer paddy and in apple orchards. The answer can connect hydrometeorology, disaster response, and crop vulnerability.
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