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Proclaimed Landslip Areas (Mineral Resources Tasmania)
Polygons of proclaimed Landslip Areas in Tasmania, with reference to the Statutory Rules (government orders) under which these areas were declared. The Tasmanian Government has declared A Landslip and B Landslip areas (otherwise known as Proclaimed Landslip Areas) in parts of Tasmania under the authority of the Mineral Resources Development Act 1995 (sections 161A- 161D). These proclaimed areas are designed to prohibit or restrict building and other activities in particular areas of unstable land, as specified under the Building Act 2000 (Part 10 Division 1). In essence A Landslip areas are those where no more development is allowed, while B Landslip areas allow development with strict controls designed to protect the stability of both the underlying B Landslip area and adjacent A Landslip areas. Declaration of these areas is not undertaken regularly and only a relatively small number of areas exist, compared to the much greater area of land that can be considered as potentially unstable. Proclaimed Landslip Areas are proscriptive zones and quite different to advisory zones, such as those shown on the susceptibility maps in the Tasmanian Landslide Map Series.
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Proclaimed landslip zones of Tasmania
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This dataset shows Proclaimed Landslip Zones (A and B) of Tasmania. These zones are defined under the Mineral Resources legislation.
DCCEEW_Geospatial - Australian Rangeland Boundaries
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The rangelands are those areas where the rainfall is too low or unreliable and the soils too poor to support regular cropping. They cover about 80% of Australia and include savannas, woodlands, shrublands, grasslands and wetlands. The rangeland boundary as defined by the Australian Collaborative Rangeland Information System (ACRIS) is based on mapped bioregions and, specifically, those largely undisturbed or natural bioregions (Interim Biogeographic Regionalisation for Australia, IBRA version 7.0) within Western Australia, South Australia, New South Wales, Queensland and the Northern Territory. The boundary in Queensland was modified according to some local government (i.e. shire) boundaries. The boundary was jointly defined by members of the ACRIS Management Committee and revised by the ACRIS Management Unit based on IBRA v7 mapping.STAT7 is the ACRIS numbering of states based on IBRA7. STAT6 is the ACRIS numbering of states, based on IBRA6.1.
Land Stability Maps (Mineral Resources Tasmania)
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Thematic maps detailing land stability, advisory landslide zoning, geohazard modelling and Proclaimed Landslip Areas. Based on field mapping, geotechnical reports and interpretation of aerial photographs and LiDAR data.
Landslide Points Data (Mineral Resources Tasmania)
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Landslide features across Tasmania as representative points, with summary landslide data derived from the Geohazards (Landslide) Database, Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT). A landslide is defined as a downslope movement of a mass of rock, debris or earth by a variety of failure modes (slide, flow, spread, fall, topple, or combinations thereof) â but excludes subsidence (such as karst areas). The summary landslide data includes: the landslide ID (database reference), the landslide component mapped (usually a record locator point), the landslide name, the locality, the feature type (type of landslide entity mapped), the landslide classification, the activity state (âRecent or Activeâ or âActivity Unknownâ), the earliest known activity, related reports (largely MRT reports), related MRT plans. A Details field provides a link to a Landslide Details page where further information may be available.
Geomorphological polygons of Glenorchy
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This layer shows geomorphological polygons of the Glenorchy Area as part of the Tasmanian Landslide Hazard Map Series, 2005. Features consist of surficial units identified in the 1:25 000 geology map of Tasmania and reclassified based on depositional environment. The features provide an indication of surficial units that were thick enough/ important enough to be depicted in the geological mapping process.
Emergency Services - Mineral Resources Tas. (DIER) - Joined Geomorphic Polygons
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Joined Geomorphic Polygons show geomorphological polygons of the Hobart and Glenorchyareas as part of the Tasmanian Landslide Hazard Map Series, 2005. Features consist of surficial units identified in the 1:25 000 geology map of Tasmania and reclassified based on depositional environment. The features provide an indication of surficial units that were thick enough/ important enough to be depicted in the geological mapping process. This data was supplied to ES-GIS by Mineral Resources Tasmanina (MRT), a part of the Dept. Infrastructure, Energy and Resources (DIER) and will be regularly updated (or upon request) with periodic resupplies.
Geomorphological polygons of Hobart
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This layer shows geomorphological polygons of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005. Features consist of surficial units identified in the 1:25 000 geology map of Tasmania and reclassified based on depositional environment. The features provide an indication of surficial units that were thick enough/ important enough to be depicted in the geological mapping process.
Landslide Polygons Data (Mineral Resources Tasmania)
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Landslide component polygons of landslide features mapped across Tasmania, with summary landslide data derived from the Geohazards (Landslide) Database, Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT). A landslide is defined as a downslope movement of a mass of rock, debris or earth by a variety of failure modes (slide, flow, spread, fall, topple, or combinations thereof) â but excludes subsidence (such as karst areas). The summary landslide data includes: the landslide ID (database reference), the landslide component (polygon) mapped, the landslide name, the locality, the feature type (type of landslide entity mapped), the landslide classification, the activity state (âRecent or Activeâ or âActivity Unknownâ), the earliest known activity, related reports (largely MRT reports), related MRT plans. A Details field provides a link to a Landslide Details page where further information may be available.
Geological boundaries of Glenorchy
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This layer shows geological boundaries of the Glenorchy Area as part of the Tasmanian Landslide Hazard Map Series, 2005. It is a companion to the geological polygon layer.
Tasmania Landform Classification
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Landform delineated into ten classifications types: 1) Canyons, Deeply Incised Streams; 2) Midslope Drainages, Shallow Valleys; 3) Upland Drainages, Headwaters; 4) U-shape valleys; 5) Plains; 6) Open Slopes; 7) Upper Slopes; 8) Local Ridges/Hills in Valleys; 9) Midslope Ridges, Small Hills in Plains; 10) High Ridges, Mt Tops.