Project Pedal Power

GIS Expert

We orchestrated the design of a comprehensive bike path network by methodically collecting data, conducting analyses to ensure safety and connectivity, and employing ArcGIS Pro to create detailed visualizations and interactive maps. This approach allowed us to present a well-informed, community-driven solution that enhances urban mobility.

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"The use of ArcGIS Pro to integrate real-time data, conduct sophisticated spatial analyses, and create interactive visualizations has set a new standard for municipal projects. The engaging presentations and easy-to-understand maps helped garner strong public support."

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Data Preparation and Initial Setup:

1. Create a New Project: Open ArcGIS Pro and establish a new project titled "City Bike Path Network."
2. Import Urban Data: Add detailed base maps and existing geographic layers of the city from ArcGIS Online, including roads, parks, residential and commercial zones.
3. Gather Additional Data: Import datasets of current bike paths, traffic volume, accident reports, and public transportation hubs.
4. Organize Project Layers: Sort and categorize different data layers for streamlined management and easier access.

Spatial Analysis for Path Planning:

5. Identify Key Areas: Use spatial analysis to highlight densely populated areas and key destinations like parks, schools, and shopping centers.
6. Analyze Existing Infrastructure: Assess the current bike path network to identify gaps and areas of improvement.
7. Safety Analysis: Map out areas with high accident rates using the "Hot Spot Analysis" tool to prioritize safety improvements.
8. Connectivity Analysis: Employ the "Network Analyst" tool to ensure proposed paths efficiently connect with public transportation, residential areas, and other key points.

Route Design and Optimization:

9. Draft Initial Routes: Sketch preliminary routes using the "Feature Editing" tools in ArcGIS Pro.
10. Route Optimization: Apply the "Route Analysis" tool to refine paths for optimal distance, safety, and scenic value.
11. Public Input Integration: Incorporate community feedback on proposed routes collected via online surveys and public forums.
12. Environmental Impact Review: Evaluate potential ecological disturbances from proposed bike paths and adjust routes to minimize impacts.

Visualization and Modeling:

13. 3D Path Modeling: Generate 3D models of the proposed bike paths to visualize how they integrate with the cityscape.
14. Interactive Mapping: Create interactive maps that allow city planners and the public to view and interact with the proposed network.
15. Scenario Analysis: Model different development scenarios using the "Scenario Planning" tools to visualize outcomes under various conditions.

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The software’s powerful route optimization and 3D visualization capabilities enabled precise modeling of potential paths, making it easier for our audience to visualize and modify the project outcomes.