HimaTibetMap
HimaTibetMap is an open-source database focused on active faults, suture zones, and Cenozoic volcanic rocks within the Indo-Asian collision zone. Developed by Mike Taylor, An Yin, Richard Styron, and Kelechi Okoronkwo, it is currently maintained by Styron. This resource is invaluable for geoscientists and researchers studying tectonic activities and geological structures in this region.
Key Features
- Multiple Formats: Available in .shp (ArcGIS, QGIS), .kml (Google Earth), .gmt (Generic Mapping Tools), and .geojson formats, with .shp offering the most metadata.
- Comprehensive Data: Includes detailed mappings of active faults with kinematic data, suture zones, and volcanic rock distributions.
- Community-Driven: Encourages contributions via GitHub issues or pull requests, fostering collaborative improvement and updates.
Use Cases
- Academic Research: Essential for studies in tectonics, seismology, and geodynamics, providing a base for analyzing fault movements and earthquake risks.
- Geospatial Analysis: Useful for GIS professionals to visualize and analyze geological features in various software platforms.
- Educational Purposes: Serves as a teaching tool for geology and geophysics students to understand complex collision zone dynamics.
HimaTibetMap stands out for its accessibility and detailed dataset, making it a critical tool for advancing geological understanding in a high-risk seismic area.
