Weather Meerut: Dense Fog Disrupts Morning Travel
Dense Fog Causes Disruptions
A thick layer of dense fog descended over Meerut and Ghaziabad on March 10, 2026, causing significant disruptions to morning travel. Visibility in Meerut dropped dramatically, with some areas experiencing near-zero visibility, prompting caution among commuters.
Immediate Circumstances
The fog has been attributed to lingering effects of prolonged cold waves, high humidity, and atmospheric inversions, as noted by the India Meteorological Department. These conditions have led to ongoing dense fog episodes across the region, affecting not only Meerut but also neighboring areas.
In a broader context, temperatures across northern India have surged, bringing premature summer conditions. The maximum temperature recorded at Safdarjung in Delhi reached 35.3°C, which is 6.9°C above normal. Meanwhile, Agra reported the highest maximum temperature in Uttar Pradesh at 37.6°C.
No rainfall was recorded in the previous 24 hours across Delhi-NCR, and dry weather is expected to persist across Uttar Pradesh until mid-March. This unusual weather pattern has raised concerns among meteorologists, who note that traditional weather systems are becoming increasingly erratic due to climate change.
Pollution and Fog Formation
The formation and persistence of fog are also influenced by pollution particles in the atmosphere. Flash fog, a short-lived but intense type of fog, can form and dissipate quickly, further complicating travel conditions.
Official Statements and Reactions
As the situation develops, officials are monitoring the weather closely. The India Meteorological Department continues to issue updates regarding the fog and temperature fluctuations in the region. Heat-wave conditions are also expected in parts of the Konkan region, including Mumbai, highlighting the widespread impact of these weather changes.
Details remain unconfirmed regarding the long-term implications of these weather patterns, but the immediate effects are clear as residents navigate the challenges posed by the dense fog.
