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Department of Planning Industry and Environment
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The Soil Regolith Stability classification is used in the assessment of soil water erosion and water pollution hazards. It is currently in use as part of the EPA 1998/99 Pollution Control Licences within state forests. This map identifies soil regolith stability classes using linework and soil information from published soil landscape mapping and reconnaissance soil landscapes of Northern and Southern Comprehensive Regional Assessment (CRA) mapping projects.
Each soil landscape unit on the coverage has been allocated a regolith stability classification (soil erodibility), comprising of four classes:

  • class R1 – High coherence soils with low sediment delivery potential
  • class R2 – Low coherence soils (when wet) with low sediment delivery potential
  • class R3 – High coherence soils with high sediment delivery potential
  • class R4 – Low coherence soils (when wet)

A regolith stability classification consists of a dominant class and up to three sub-dominant classes (if necessary), for example, R1(R3,R4), where R1 is the dominant regolith stability class and (R3 & R4) are the sub-dominant regolith stability classes.

Reference: Murphy, C.L., Fogarty, P.J. and Ryan P.J. 1998, Soil Regolith Stability Classification for State Forests in Eastern New South Wales, Technical Report No. 41, Department of Land and Water Conservation.

Data and Resources

Metadata Summary What is metadata?

Field Value
Language English
Edition 1.2 - test where this value sits
Purpose Testing purposes
Keywords ECOLOGY-Landscape,ATMOSPHERE-Greenhouse
Metadata Date 11/11/2016
Date of Asset Revision 14/11/2020
License OEH licence
Extent

Dataset extent
Temporal Coverage From 16/11/2000
Datum GDA94 Geographic (Lat\Long)
Legal Disclaimer Read
Attribution Department of Planning Industry and Environment asserts the right to be attributed as author of the original material in the following manner: "© State Government of NSW and Department of Planning Industry and Environment 2024"
DOI doi:10.5072/148/TEST_DOI_5a5d42961ede0
DOI Resource Type Conference Abstract
DOI Resource Type General Description Model