Urban Planning¶
2025¶
- How Bangalore Uses the Metro: Data analysis of Bangalore metro ridership patterns using RTI data showing the Yellow Line's 16% ridership increase and Lalbagh station's 40% surge after August 2025 opening. [Keywords:
urban planningBangaloremetrotransitridershipdata analysis]
2024¶
-
NetaScore - Walkability using OpenStreetMap: Open-source toolbox assessing bikeability and walkability of road networks using OpenStreetMap data for sustainable mobility planning. [Keywords:
urban planningwalkabilitybikeabilityOpenStreetMapPythonmobility] -
Spatial Configuration of Green Space and Air Temperature: Paper on how urban green space shape and spatial configuration affect air temperature and urban cooling. [Keywords:
urban planninggreen spaceurban heat islandair temperatureland cover]
Earlier¶
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Zone Builder FOSS4G 2021: Tool for building urban zones for transport and planning analysis. [Keywords:
urban planningzoningtransportGISRPython] -
Pedestrian Environment Index (PEI): Paper on developing and applying the Pedestrian Environment Index for walkability assessment. [Keywords:
urban planningwalkabilitypedestrianindexGIS] -
Walkability and the 15-Minute City Model - Milan: Integrated walkability and 15-minute city analysis for Milan. [Keywords:
urban planningwalkability15-minute cityMilanGIS] -
Sidewalk Widths NYC: Python tool for measuring and mapping sidewalk widths in New York City using GIS data. [Keywords:
urban planningsidewalkwidthNYCPythonGIS] -
NRCan Geo Sim Processing: Natural Resources Canada tools for geometric simplification and generalization processing. [Keywords:
urban planninggeometrysimplificationGISNRCanPython] -
neatnet - Street Network Simplification: Python toolkit that simplifies street network geometry by removing dual carriageways and roundabouts, replacing them with morphologically accurate centerline representations. [Keywords:
urban planningstreet networkOpenStreetMapsimplificationdual carriagewayPython] -
Madina - Urban Network Analysis: Python library streamlining urban network analysis and modeling of pedestrian and bicycle trips, with tools for network topology, accessibility analysis, and pedestrian flow simulation. [Keywords:
urban planningnetwork analysispedestrianbicycleaccessibilityPython]