Urban Road Accidents in India: A Data Story

Raj Verma ( 4114788)

Introduction

India has long struggled with road safety challenges, particularly for vulnerable users like pedestrians and two-wheeler drivers. Urban centers face complex traffic environments that put lives at risk daily. This presentation explores patterns in urban road accidents using data from 2022. The insights draw from an open dataset published by OpenCity, aiming to understand which cities and factors are most associated with road danger.

Accidents vs Deaths – Top 10 Cities

This chart compares road accident counts with the number of deaths in selected Indian cities during 2022. Cities like Ghaziabad and Meerut exhibit a relatively high death toll compared to their total accident counts, suggesting potentially severe incidents or slower emergency response. Conversely, Tiruchirappalli shows a wide gap with fewer deaths despite notable accident numbers, indicating better safety infrastructure or healthcare support. The variation in patterns across cities reveals underlying differences in accident severity and urban preparedness.

Accidents vs Injured – Top 10 Cities

This line chart compares the number of road accidents and injuries reported in selected Indian cities during 2022. While cities like Meerut and Ghaziabad show both high accident and injury counts, others like Tiruchirappalli and Surat reflect fewer injuries relative to total accidents. The gap between the two metrics across cities points to variations in accident severity, medical response efficiency, and local reporting practices.

Change in Accident Ranking (2021–2022)

Reasons for Accidents – Top 4 Categories

Deaths by Mode of Transport – Top 5 Cities

Recommendations

To address the patterns found in urban road accident data, the following recommendations are proposed:

  • Implement stricter speed monitoring in overspeeding-prone zones using AI-based surveillance systems.
  • Conduct regular awareness campaigns targeting drunken driving and improve enforcement of DUI laws.
  • Establish safer pedestrian crossings and widen footpaths in high-risk zones.
  • Enhance emergency response time through better coordination and technology support.
  • Incentivize cities to adopt data-driven traffic management and road planning approaches.

Conclusion

Urban accident data in India reveals clear geographic and behavioral patterns. Two-wheelers and pedestrians remain most vulnerable, and cities with high injury counts also experience higher death rates. A consistent effort toward enforcement, infrastructure improvement, and education is essential to reverse these trends.

References