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Analyze terrain stability for new 2026 access roads leading to @pilbara_iron_mine
script.py
ubuntu@sandbox:~$python script.py
Report saved: executive_summary.mdWord count: 6032
Terrain Stability Analysis for 2026 Access Roads: Pilbara Iron Mine, Western Australia
Key Events
10 insights
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Key Metrics
Terrain Suitability92.7% of 34,208 km² study area suitable for road construction
Stable Terrain Coverage72.9% (24,959 km²) has slopes <5° requiring minimal grading
Mean Terrain Slope4.48° across region, well within road engineering thresholds
Median Slope2.09° - half of area essentially flat
Vector Files
1 vector available
Pilbara Iron Mine Study Area Boundary
Vector Dataset
Gallery
5 images
Cumulative Slope Distribution Curve
Elevation Distribution Profile
Slope Stability Classification Pie Chart
Comprehensive Terrain Analysis Dashboard
Terrain Statistics Summary Chart
Satellite Images
12 satellite imagess available
Digital Elevation Model - Pilbara Iron Mine Region
Terrain Slope Gradient Map
Slope Stability Classification for Road Construction
Terrain Aspect (Slope Orientation)
Hillshade Relief Visualization
NDVI Vegetation Density Map
Sentinel-1 SAR Backscatter (Soil Moisture Proxy)
Sentinel-2 True Color Composite
Drainage Network Flow Accumulation
Integrated Terrain Risk Assessment Matrix
Overall Road Suitability Assessment
Combined Vegetation and SAR Analysis
Files
16 files available
Python· 6
JSON· 2
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