The India Meteorological Department (IMD) has issued a weather alert predicting intense rainfall across several regions of western and central India in the coming days. According to the latest forecast, Gujarat, Konkan, Goa, and Maharashtra are set to experience extremely heavy rainfall until tomorrow, with heavy to very heavy showers continuing thereafter. Additionally, isolated areas of coastal Karnataka and Odisha are likely to witness very heavy rainfall during this period.
In Gujarat, Konkan, Goa, and Maharashtra, the IMD has warned of the persistence of extreme weather conditions, urging residents and authorities to remain vigilant against potential flooding and waterlogging in low-lying areas. The heavy downpour is expected to be accompanied by strong winds, adding to the risk of localized disruptions.
Meanwhile, in Delhi, the weather outlook remains overcast with moderate rain expected until the 28th of this month. The IMD's forecast suggests that the capital city and its surrounding areas may experience intermittent showers, which could provide temporary relief from the prevailing heat and humidity.
This weather pattern is attributed to the influence of active monsoon conditions over the Arabian Sea and the Bay of Bengal, contributing to the formation of moisture-laden clouds moving inland. As a result, coastal and inland regions alike are bracing for significant rainfall, necessitating precautionary measures to mitigate potential risks to life and property.
Authorities in the affected states and union territories have been advised to monitor local weather updates closely and take necessary steps to ensure public safety. These measures include regulating traffic, securing drainage systems, and issuing timely alerts to residents in flood-prone areas.
The IMD continues to monitor the evolving weather situation closely and will provide further updates as the forecast progresses. Citizens are encouraged to stay informed through official channels and adhere to advisories issued by local authorities to minimize any adverse impacts from the ongoing weather phenomenon.
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