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Identify heat islands in @phoenix_metro and suggest optimal locations for new 2026 parks.
script.py
ubuntu@sandbox:~$python script.py
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Strategic Analysis: Urban Heat Island Identification and Optimal Park Location Planning for Phoenix Metro
Key Events
15 insights
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Key Metrics
Urban Heat Island Coverage17.2% of Phoenix metro (1,424 km²) qualifies as urban heat island territory
Severe Heat Island Area396.7 km² (4.8%) exhibits severe heat island characteristics with temperatures exceeding 61°C
Mean Summer Land Surface Temperature54.23°C across Phoenix Metro during Summer 2025
Temperature Standard Deviation4.65°C variation indicating substantial spatial heterogeneity
Vector Files
3 vectors available
Urban Heat Island Classification Zones
Vector Dataset
Existing Park Infrastructure Inventory
Vector Dataset
2026 Priority Park Development Sites
Vector Dataset
Gallery
4 images
Heat Island Statistical Analysis Charts
Neighborhood Heat Analysis (Four-panel Comparison)
Top 20 Priority Locations Analysis (Rankings & Scatter Plot)
Executive Summary Dashboard
Satellite Images
9 satellite imagess available
Land Surface Temperature Distribution (Summer 2025)
Vegetation Index (NDVI) Distribution
True Color Satellite Composite
Urban Heat Island Classification Map
Impervious Surface Coverage
Park Development Suitability Scores
Priority Zones for Park Development
Comprehensive Park Planning Map with Priority Locations
Spatial Analysis Maps (Multi-panel)
Files
26 files available
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