New Delhi recorded a maximum temperature of 35.3°C on Sunday under persistent cloud cover [1].
These readings indicate how atmospheric conditions, specifically heavy cloud layers, can suppress peak daytime heat even during periods where temperatures typically fluctuate. This interplay between cloud cover and temperature is critical for understanding local weather patterns in the national capital.
The city saw a maximum temperature of 35.3°C [1]. This peak was reached while the sky remained under constant cloud cover, which acted as a shield against direct solar radiation [1].
Nighttime temperatures remained slightly warmer than usual. The minimum temperature was recorded at 26.5°C [2]. This figure represents a deviation of 0.5°C above the seasonal average [2].
Weather patterns in Delhi often shift rapidly during this period of the year. The presence of persistent clouds generally prevents the city from reaching the higher extremes often seen in the region, creating a more tempered but humid environment.
Local data shows that while the maximum temperature was suppressed, the minimum temperature did not drop as significantly. The 0.5°C increase over the norm [2] suggests that the same cloud cover that blocked the sun during the day may have trapped heat near the surface during the night.
“New Delhi recorded a maximum temperature of 35.3°C on Sunday under persistent cloud cover”
The recording of a 35.3°C maximum alongside a minimum that exceeds the seasonal average suggests a narrowing diurnal temperature range. When persistent cloud cover prevents daytime cooling and traps nighttime heat, it often signals high humidity levels, which can increase the heat index and affect public comfort despite lower absolute maximum temperatures.
