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On February 12, 2026, 12:02:47 PM UTC, Gravatar IDP Admin:
  • Added the following fields to resource Month of Occurrence Wise Number of Traffic Accidents in Traffic Accidents in India

      indicators with value similar_resources with value mapping_status with value additional_info with value lgd_mapping with value


  • Removed the following fields from resource Month of Occurrence Wise Number of Traffic Accidents in Traffic Accidents in India

      tags similar_datasets village_no


  • Changed value of field idp_ready to True in resource Month of Occurrence Wise Number of Traffic Accidents in Traffic Accidents in India


  • Changed value of field data_insights of resource Month of Occurrence Wise Number of Traffic Accidents to The Month of Occurrence-wise Number of Traffic Accidents dataset reveals distinct seasonal and temporal patterns in road and railway accident trends across India. Analyses often show peaks in accident cases during months with higher vehicular movement, such as festive or holiday periods, and during the monsoon season, when reduced visibility and slippery roads increase collision risks. Conversely, months with extreme heat or limited travel may show fewer incidents.By examining month-wise fluctuations, policymakers can correlate accident spikes with traffic volume, weather variations, and regional travel behavior, allowing for predictive planning and resource allocation such as deploying additional enforcement and emergency services during high-risk months. These insights are vital for developing time-targeted road safety campaigns, improving public awareness, and strengthening accident prevention strategies throughout the year. (previously The Month of Occurrence-wise Number of Traffic Accidents dataset reveals distinct seasonal and temporal patterns in road and railway accident trends across India. Analyses often show peaks in accident cases during months with higher vehicular movement, such as festive or holiday periods, and during the monsoon season, when reduced visibility and slippery roads increase collision risks. Conversely, months with extreme heat or limited travel may show fewer incidents. By examining month-wise fluctuations, policymakers can correlate accident spikes with traffic volume, weather variations, and regional travel behavior, allowing for predictive planning and resource allocation such as deploying additional enforcement and emergency services during high-risk months. These insights are vital for developing time-targeted road safety campaigns, improving public awareness, and strengthening accident prevention strategies throughout the year.) in Traffic Accidents in India