The India Meteorological Department (IMD) has issued a Red Alert for several districts in Maharashtra, signaling a day of severe weather ahead for the Konkan coast. While citizens of Mumbai, Thane, Raigad, and Palghar prepare for heavy rains, Sunday is expected to be a quieter day with varied weather across the nation.
What Does the Red Alert Mean for West India?
A Red Alert is the highest weather warning, indicating that authorities should take action to protect the public. Mumbai, Thane, Raigad, and Palghar districts are expected to see “very heavy rains” along with lightning and thunderstorms. This raises potential concerns over safety, traffic congestion, and waterlogging. In contrast, western cities like Ahmedabad and Pune can expect milder conditions, with highs of 28°C and 22°C, respectively, along with satisfactory air quality.
What is the Forecast for North India?
Northern India is expected to experience a hazy day, particularly in the national capital. New Delhi is forecast to be hazy with a high of 36°C and no chance of rain. The air quality in the region shows a mixed picture: Gurgaon reports a moderate AQI of 133, while Chandigarh enjoys a significantly better air quality index of 58.
Also Read: Ladakh Police Chief Defends NSA Against Wangchuk, Alleges Pakistan Links
What Can South and East India Expect Today?
The day is expected to be pleasant and mild for cities in the South. The highest temperatures in Hyderabad and Bengaluru will be around a pleasant 25°C when the air quality is good. Cloudy skies and a somewhat warmer temperature of 29°C are forecast for Chennai. The weather in eastern cities is expected to be warm, with highs of 25°C and an AQI of 44 in Kolkata and 28°C in Bhubaneswar under partly overcast skies.
The weather pattern demonstrates how India’s varied climates are, with some areas seeing more steady weather while the western shore takes the brunt of a severe weather system.
Disclaimer: This information is based on inputs from IMD agency reports. TDG does not independently confirm the information provided by the relevant sources.
