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Landslide Damage Points Data (Mineral Resources Tasmania)
Point locations of damage to structures or property caused by a landslide, throughout Tasmania, with summary damage 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 damage data includes: the damage ID (database reference), the type of structure or property damaged, the cause of the damage, the severity of the damage, the earliest known date of damage, the landslide ID (database reference for associated landslide), and related reports (largely MRT reports). Only the landslide damage reported to MRT is included.
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Deep-Seated Slide Susceptibility Map Image Mosaic (Mineral Resources Tasmania)
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Mosaic image of the Deep-Seated Slide Susceptibility map theme in the Tasmanian Landslide Map Series published by Mineral Resources Tasmania. Shows modelled zones of susceptibility and existing slides with the potential to reactivate. The modelling identifies source, regression and runout areas.
Geomorphology Map Image Mosaic (Mineral Resources Tasmania)
공공데이터포털
Mosaic image of the Geomorphology map theme in the Tasmanian Landslide Map Series produced by Mineral Resources Tasmania. Shows regional geomorphic features and detailed landslide mapping over a hillshade digital terrain model with slope classification.
Deep seated landslide hazard zones of Hobart
공공데이터포털
This layer shows deep seated landslide hazard zones of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005. This data was created through a grid based modelling process and converted to shapefiles for distribution.
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.
Rockfall hazard zones of Hobart
공공데이터포털
This layer shows potential rockfall hazard zones of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005. This data was created through a grid based modelling process and converted to shapefiles for distribution.
Launceston - house damage polygons
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This dataset (damage_poly.shp) contains polygons showing houses damaged by landslides in that area covered by the Tasmanian Landslide Hazard Map Series: Launceston. Data sources for this dataset are unpublished Mineral Resources Tasmania reports, legislation, Launceston City Council data and documents held by the State Archives of Tasmania. The shapefile was created using ArcGIS software
Geomorphological polylines of Hobart
공공데이터포털
This layer shows geomorphological features (lines) of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005. Features consist of convex breaks in slope that define features such as tops of marine cliffs, tops of quarry walls, tops of escarpments.
Tertiary age geological polygons of Hobart
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This layer shows Tertiary age geological polygons of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005. It is helpful to identify the distribution of a particularly problematical rock unit.
Geological boundaries of Hobart
공공데이터포털
This layer shows geological boundaries of the Hobart Area as part of the Tasmanian Landslide Hazard Map Series, 2005.
Emergency Services - Mineral Resources Tas. (DIER) - Joint Geomorphological Polylines
공공데이터포털
Joint Geomrphological Polylines shows geomorphological features (lines) of the Hobart and Gelnorchy Area as part of the Tasmanian Landslide Hazard Map Series, 2005. Features consist of convex breaks in slope that define features such as tops of marine cliffs, tops of quarry walls, tops of escarpments. 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.