1:2 500 000 Major crustal boundaries of Western Australia, 2021 (DMIRS-082)
Published by Department of Energy, Mines, Industry Regulation and Safety
Description
"The ‘1:2 500 000 major crustal boundaries of Western Australia, 2021’ digital layer is a regional compilation of interpreted crustal boundaries that penetrate the lithosphere or bound tectonic units at the terrane or province scale. These boundaries have been interpreted and extrapolated from a variety of geological and geophysical datasets, primarily seismic reflection profiles, outcrop geology, and potential field data (gravity and aeromagnetics). Tectonic events ascribed to each boundary are defined in the GSWA Explanatory Notes Database (February 2021). The positional accuracy of these boundaries is low, due primarily to their crustal scale and uncertainties in interpreting the primary data sources, and consequently this map is best used at the nominal scale or smaller. "
Resources
1:2 500 000 Major crustal boundaries of Western Australia, 2021 (DMIRS-082)
GeoJSON
Geopackage
File Geodatabase
Shapefile
Web Feature Service
ArcGIS Server Map Service
Web Mapping Service
Metadata
- Licence
- Creative Commons Attribution 4.0
- Last Updated
- 10 Mar 2026
- Created
- 25 May 2023
- Update Frequency
- Infrequent
- Source Portal
- Wa
Dublin Core Metadata
- Publisher
- Department of Energy, Mines, Industry Regulation and Safety
- Creator
- Digital Data Administrator
- Type
- Dataset
- Language
- en
- Rights
- Creative Commons Attribution 4.0
- Spatial Coverage
- Western Australia, Australia
- Temporal Coverage
- 25 May 2023 – 10 Mar 2026
- Related Resources
- https://dasc.dmirs.wa.gov.au/home?productAlias=2.5MCrustBound, https://data-downloads.slip.wa.gov.au/DMIRS-082/GeoJSON, https://data-downloads.slip.wa.gov.au/DMIRS-082/Geopackage, https://data-downloads.slip.wa.gov.au/DMIRS-082/Shapefile, https://public-services.slip.wa.gov.au/public/services/SLIP_Public_Services/Geology_and_Soils_Map_WFS/MapServer/WFSServer
- Subjects
- Crustal, lithosphere, outcrop, seismic relfection, tectonic