Dense Fog Blankets Rajasthan's Dausa: Visibility Plummets Below 100 Meters After Overnight Rain
Dense Fog Blankets Dausa, Visibility Below 100m

Residents of Dausa district in Rajasthan woke up to an unusually thick blanket of fog on Thursday morning, creating near-zero visibility conditions that brought daily activities to a standstill. The dramatic weather shift came after persistent overnight rainfall soaked the region, setting the stage for the dense fog formation.

Visibility Crisis Grips the Region

The meteorological department reported visibility levels plunging below 100 meters, with some areas experiencing even poorer conditions. This significant drop in visibility has raised serious concerns among transportation authorities and local residents alike.

Transportation Network Severely Affected

Road transportation took the hardest hit as vehicles were forced to operate at crawling speeds with hazard lights engaged. The fog's intensity made navigation extremely challenging for morning commuters, school buses, and commercial vehicles. Several long-distance buses reported delays in their schedules due to the hazardous driving conditions.

Meteorological Insights

Weather experts attribute this intense fog formation to the combination of overnight rainfall and specific atmospheric conditions. The moisture from the rain, coupled with cool temperatures and calm winds, created the perfect recipe for dense fog development across the Dausa region.

Safety Measures and Precautions

Local authorities have issued urgent advisories recommending:

  • Avoiding unnecessary travel during early morning hours
  • Using fog lights and maintaining safe distances while driving
  • Pedestrians wearing reflective clothing when walking near roads
  • Checking weather updates before planning outdoor activities

The weather department continues to monitor the situation closely, with improvements expected as daytime temperatures rise and wind patterns change. However, residents are advised to remain cautious until the fog completely dissipates.