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On February 12, 2026, 12:06:12 PM UTC, Gravatar IDP Admin:
  • Added the following fields to resource Time 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 Time 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 Time of Occurrence Wise Number of Traffic Accidents in Traffic Accidents in India


  • Changed value of field data_insights of resource Time of Occurrence Wise Number of Traffic Accidents to The Time of Occurrence-wise Number of Traffic Accidents dataset provides critical insights into how the time of day influences the frequency and severity of road and railway accidents across India. Data patterns typically reveal higher accident rates during evening and nighttime hours, often linked to reduced visibility, driver fatigue, and increased instances of impaired driving. Daytime hours may show elevated cases due to heavy traffic volume, while early morning accidents can be associated with long-distance travel or reduced alertness.Analyzing time-based trends allows authorities to identify peak accident windows and allocate traffic enforcement and medical response resources more efficiently. Such insights are crucial for data-driven road safety management, guiding initiatives like enhanced street lighting, stricter nighttime enforcement, and awareness campaigns targeting risky driving behaviors during high-risk hours. (previously The Time of Occurrence-wise Number of Traffic Accidents dataset provides critical insights into how the time of day influences the frequency and severity of road and railway accidents across India. Data patterns typically reveal higher accident rates during evening and nighttime hours, often linked to reduced visibility, driver fatigue, and increased instances of impaired driving. Daytime hours may show elevated cases due to heavy traffic volume, while early morning accidents can be associated with long-distance travel or reduced alertness. Analyzing time-based trends allows authorities to identify peak accident windows and allocate traffic enforcement and medical response resources more efficiently. Such insights are crucial for data-driven road safety management, guiding initiatives like enhanced street lighting, stricter nighttime enforcement, and awareness campaigns targeting risky driving behaviors during high-risk hours.) in Traffic Accidents in India