Mumbai Hits 37.3°C as Maharashtra Faces Unseasonal Heat
Mumbai recorded a peak temperature of 37.3 degrees Celsius, marking a significant rise above seasonal averages.
Mumbai's temperature reached 37.3°C, 3.8°C above normal.
Solapur followed closely with a temperature of 37.2°C, 4.2°C above normal.
Most of Maharashtra remains dry with no significant rainfall reported.
On October 19, 2026, Mumbai experienced an unseasonably high temperature of 37.3 degrees Celsius, making it the hottest location in Maharashtra for the day. This temperature is notably 3.8 degrees above the normal average for this time of year, as reported by the India Meteorological Department (IMD). The Santacruz weather station, which represents the suburbs, recorded a maximum of 37.1 degrees Celsius, also exceeding normal levels by 3.1 degrees Celsius.
The IMD's latest bulletin highlights that several regions across Maharashtra are experiencing above-normal temperatures, with Solapur recording the second-highest temperature at 37.2 degrees Celsius, which is 4.2 degrees above average. In contrast, Jalgaon reported the lowest minimum temperature in the state at 18.3 degrees Celsius, slightly below the normal range.
The dry conditions across the state are evident, as most weather stations reported no rainfall on Monday. This lack of precipitation contributes to the ongoing heatwave, raising concerns about the potential impact on local agriculture and water resources.
The implications of this weather pattern are significant for residents and farmers alike. The sustained high temperatures could affect crop yields and increase the demand for water resources, which are already under stress due to the dry conditions. Public health officials are also advising residents to take precautions against heat-related illnesses.
Looking ahead, the IMD will continue to monitor weather patterns closely. Residents are encouraged to stay updated on weather forecasts as the state may face continued high temperatures in the coming days, with no immediate relief in sight from the heatwave.




