📷 Image: Wikimedia Commons / Jakub Hałun
Weather
Heavy Showers Expected Across Rajasthan on Sept 13-14 Ahead of Monsoon Exit
✍️ Amar Ujala · Rajasthan
🗓 11 Sep 2026, 12:48 PM
👁 35
The India Meteorological Department has warned of intense rainfall over Rajasthan on September 13-14 as the monsoon season draws to a close.
The India Meteorological Department (IMD) issued a short‑term forecast indicating that the western part of the country will experience heavy rainfall on September 13 and 14. The warning comes as the monsoon trough retreats northward, marking the final phase of the season.
Meteorologists expect the rain to be concentrated in the central and eastern districts of Rajasthan, with accumulations that could exceed 50 mm in some areas. Local authorities have been advised to monitor water levels in low‑lying zones and to keep emergency services on standby.
Residents are urged to take precautionary measures, such as clearing drainage channels and avoiding travel in flood‑prone regions. The IMD will continue to update forecasts as the situation evolves.
The forecast aligns with a broader pattern of late‑season showers across northern India, which often bring relief to agricultural fields but can also trigger localized flooding.
Authorities will issue further advisories if the intensity of the rainfall exceeds current projections.
Meteorologists expect the rain to be concentrated in the central and eastern districts of Rajasthan, with accumulations that could exceed 50 mm in some areas. Local authorities have been advised to monitor water levels in low‑lying zones and to keep emergency services on standby.
Residents are urged to take precautionary measures, such as clearing drainage channels and avoiding travel in flood‑prone regions. The IMD will continue to update forecasts as the situation evolves.
The forecast aligns with a broader pattern of late‑season showers across northern India, which often bring relief to agricultural fields but can also trigger localized flooding.
Authorities will issue further advisories if the intensity of the rainfall exceeds current projections.