Dense Fog Causes Travel Disruptions
A thick layer of dense fog descended over Meerut and Ghaziabad on March 10, 2026, leading to significant disruptions in morning travel. Visibility in some areas of Meerut dropped to near-zero, creating hazardous conditions for commuters.
Weather Conditions and Their Impact
The fog has been attributed to lingering effects of prolonged cold waves, high humidity, and atmospheric inversions. The India Meteorological Department has noted ongoing dense fog episodes across the region, which have become increasingly common.
In addition to the fog, temperatures across northern India have surged, bringing premature summer conditions. The maximum temperature recorded at Safdarjung in Delhi was 35.3°C, which is 6.9°C above normal. This unusual warmth contrasts sharply with the foggy conditions affecting travel.
Regional Weather Patterns
No rainfall was recorded in the previous 24 hours across the Delhi-NCR region, and the highest maximum temperature in Uttar Pradesh was noted at 37.6°C in Agra. Dry weather is expected to persist across Uttar Pradesh until mid-March, further complicating the weather dynamics in the area.
Flash fog, a short-lived but intense type of fog, has been observed, with pollution particles contributing to its formation and persistence. This phenomenon highlights the complex interplay between weather systems and air quality in urban areas.
Broader Implications
Weather systems and their traditional timings have gone haywire due to climate change, leading to unpredictable conditions such as those currently being experienced in Meerut. As the region grapples with these changes, the impact on daily life and travel remains a pressing concern.
Heat-wave conditions are expected in parts of the Konkan region, including Mumbai, while the situation in Meerut continues to evolve. Authorities and residents are urged to remain vigilant as weather patterns shift and adapt to these new realities.
Details remain unconfirmed regarding the long-term implications of these weather changes on local climate and travel safety.
