Gurgaon Weather Update: Temperatures Set to Climb as Dry Conditions Persist
On Saturday, Gurgaon experienced a maximum temperature of 26.5°C and a minimum of 12.8°C, showing a slight increase from the previous day's readings of 26.4°C and 12.6°C, respectively. According to an India Meteorological Department (IMD) bulletin, weather conditions remained dry across Haryana, with no significant precipitation reported.
Statewide Temperature Trends and Forecast
Although Haryana's average maximum temperature dipped slightly by 0.4°C, it remained 1.6°C above the normal range for this time of year. Palwal recorded the highest maximum temperature in the state at 29.1°C on Saturday, followed by Bhiwani at 28.1°C and Nuh at 27.9°C.
The IMD forecast indicates that with continued sunshine and minimal cloud cover, temperatures are expected to rise by 2-4°C across Haryana this week. In Gurgaon specifically, the mercury is likely to cross the 30°C mark by February 26 as dry conditions prevail. The weather department attributes this trend to the absence of any active western disturbance over north India, which will keep skies largely clear.
Night Temperatures and Air Quality Concerns
Night temperatures are also projected to rise gradually, though the increase may be less pronounced compared to daytime highs. IMD stated, "The minimum temperature is expected to remain around 12-13°C, while the maximum may range between 27°C and 30°C over the next seven days."
Meanwhile, Gurgaon's air quality index (AQI) stood at 250 on Saturday, up from 241 a day earlier, placing it in the poor category. Air quality has largely remained in the poor to very poor range throughout February, with only brief improvements. On February 2, the AQI was recorded at 191, and on February 19, it fell to 148, both days categorizing as moderate. This persistent poor air quality highlights ongoing environmental challenges in the region.
As temperatures rise and dry conditions continue, residents are advised to stay hydrated and take necessary precautions against the heat and air pollution.
