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Analysis of when and where New York City (NYC) vehicle collisions occur with a focus on collisions involving pedestrians and cyclists.

License: MIT License

Jupyter Notebook 99.98% Python 0.02%
clustering density-based-clustering new-york-city folium hotspot-analysis geospatial-analysis geospatial-visualization cyclists pedestrians motor-vehicle-collisions

nyc-vehicle-collisions's Introduction

Analyzing New York City Motor Vehicle Collisions

In this project, we analyze motor vehicle collisions in New York City (NYC) to:

  • Understand the magnitude of the problem they represent
  • Determine when and where collisions occur
  • Make it easier to see where serious collisions (collisions with deaths and injuries) are occurring
  • Suggest causes and interventions to investigate
  • Highlight problematic locations and areas that may not be obvious

To View Project Website

https://ray310.github.io/NYC-Vehicle-Collisions/

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Data Sources

Collision data and NYPD precinct shapefiles were obtained from NYC OpenData

NYC Collisions
https://data.cityofnewyork.us/Public-Safety/Motor-Vehicle-Collisions-Crashes/h9gi-nx95

NYPD Precinct Shapefiles
https://data.cityofnewyork.us/Public-Safety/Police-Precincts/78dh-3ptz

Reproducing Processed Data and Analysis

  1. Download and save data to local directory, e.g. /data/raw
  2. Create and activate project virtual environment
    • Python 3.9.12 is used
    • Virtual environment can be created from either conda_environment.yaml or requirements.txt
  3. Update data input and output parameters in process_raw_data.py as appropriate
  4. Run process_raw_data.py (this script may take a while)
  5. Run notebooks

nyc-vehicle-collisions's People

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