lamm-mit/geomaster
skills/geomaster/SKILL.md
Comprehensive geospatial science skill covering 70+ topics in remote sensing, GIS, spatial analysis, and machine learning for Earth observation. Processes satellite imagery (Sentinel, Landsat, MODIS), vector/raster data, point clouds. Supports 8 programming languages with 500+ code examples.
$ install --global
skillsauthnpx skillsauth add lamm-mit/scienceclaw geomasterInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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SKILL.md
- name:
- geomaster
- description:
- Comprehensive geospatial science skill covering 70+ topics in remote sensing, GIS, spatial analysis, and machine learning for Earth observation. Processes satellite imagery (Sentinel, Landsat, MODIS), vector/raster data, point clouds. Supports 8 programming languages with 500+ code examples.
- license:
- MIT
- skill-author:
- K-Dense Inc.
GeoMaster — Geospatial Science Skill
Overview
GeoMaster is a comprehensive geospatial science skill covering over 70 topics spanning remote sensing, GIS, spatial analysis, and machine learning for Earth observation. It provides practical implementations across 8 programming languages: Python, R, Julia, JavaScript, C++, Java, Go, and Rust.
Key resources:
- Documentation: Complete reference for geospatial methods
- 500+ code examples across multiple languages
- Best practices for modern Earth observation workflows
Core Capabilities
- Satellite imagery processing - Handle data from Sentinel, Landsat, MODIS, SAR, and hyperspectral sensors
- Vector and raster operations - Perform GIS operations on spatial data
- Spatial statistics - Apply statistical methods to spatial datasets
- Point cloud processing - Work with LiDAR and other 3D data
- Network analysis - Analyze spatial networks and connectivity
- Cloud-native workflows - Leverage STAC catalogs and Cloud-Optimized GeoTIFFs (COGs)
- Machine learning for Earth observation - Train models on satellite data
Key Workflows
- Remote sensing data processing and classification
- Spatial machine learning for predictive mapping
- Terrain analysis and hydrological modeling
- Marine spatial analysis
- Atmospheric science applications
- Urban and agricultural monitoring
- Change detection analysis
Best Practices
The documentation emphasizes:
- Always check coordinate reference system (CRS) before spatial operations
- Use projected CRS for area and distance calculations
- Implement spatial indexing for performance (10-100x faster queries)
- Use Dask for large raster datasets
- Leverage COGs and STAC for cloud-native access
- Validate results with ground truth data
- Consider computational resources for large-scale processing
Performance Optimization
Key techniques for achieving significant speed improvements:
- Spatial indexing on vector data
- Chunking and lazy loading of large rasters
- Parallel processing with Dask
- Cloud-optimized formats (COGs, Parquet)
- Appropriate CRS selection for efficient computation
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