LISTmap - Land Information System Tasmania

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Land Parcel and Property (5 minor categories)
- Cadastre (11 layers)
  - Aboriginal Land (1336)
    
    Aboriginal Land is a subset of Authority Land, which is a subset of the LIST Cadastral Parcels layer. Authority Land portrays parcels of land owned, vested or managed by a Commonwealth, State or Local Government Authority. Categories include Housing Tasmania, HEC, Councils, Education, TAS Water, Defense etc. Authority Land attributes are the same as for LIST Cadastral parcels and include the authority name, title reference and property identifier (PID).
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  - Aboriginal and Dual Names (3425)
    
    Aboriginal and Dual Names is a subset of data, which indicated the Aboriginal naming of geographic features and places
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  - Authority Land (148)
    
    Authority Land is a subset of the LIST Cadastral Parcels layer. It portrays parcels of land owned, vested or managed by a Commonwealth, State or Local Government Authority. Categories include Housing Tasmania, HEC, Councils, Education, TAS Water, Defense etc. Authority Land attributes are the same as for LIST Cadastral parcels and include the authority name, title reference and property identifier (PID).
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  - Boundary Lines with Accuracy (209)
    
    Boundary Lines with Accuracy are straight lines, arcs, topographic features, meridians or parallels that are used to build the various polygon datasets derived from the LIST CadArea (Cadastral Area) table within The LIST Cadastral Datamodel. This dataset is not intended to be used independently of LIST Cadastral datasets but may be of use in conjunction with these to ascertain the origin of a line or lines of a high order of accuracy.
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  - Cadastral Parcels (117)
    
    The LIST Cadastral Parcels is a spatial index of polygons forming Tasmania's Cadastral framework. These polygons have been formed from The LIST Boundary Segments and the layers of Authority Parcel, Casement, Water areas and Private Parcel from The LIST Cadastral Area spatial table within the Cadastral Data Model.
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  - Cadastral Plan Points (919)
    
    Cadastral Plan Points holds points representing the location of plans lodged in the Land Titles Office, Deeds Office, Office of the Surveyor General (Survey Office) and Central Plan Register.
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  - Crown Leases (152)
    
    Crown Leases - The Crown Leases data set holds primarily spatial areas of land under a current lease from the Crown within the State of Tasmania. These Crown Leases are administered by the Property Services Branch of the Department of Primary Industries Parks, Water and Environment. Crown Leases are for a fixed term and provide exclusive possession of Crown Land.
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    Crown Leases tenaments
  - Crown Licences (153)
    
    Crown Licences - The LIST Crown Licences data set holds spatial areas of land under a current licence from the Crown within the State of Tasmania. Crown Licences are administered by the Property Services Branch of the Department of Primary Industries, Parks Water and Environment. Licences are normally renewed annually but access licences may be for a fixed term. Licences do not give exclusive possession of Crown Land.
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  - Easements (1250)
    
    The Easement data set holds spatial areas of land registered as easements on the Second Schedule of the Folio of The Register and described in the Schedule of Easements. Easements include Right of Ways, Drainage Easements, Pipeline Easements, Wayleave Easements and Telegraph Line Reserve Easements. Easements are depicted in a manner to portray only the extent to which a title is burdened by a specific type of easement or easements. LIST Easements are a layer of The LIST Cadastral Area.
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    Easements
  - Homes Tasmania Land (147)
    
    Authority Land owned by Housing Tasmania derived from Cadastral Parcels, which is a spatial index of polygons forming Tasmania's Cadastral framework. These polygons have been formed from The LIST Boundary Segments and the layers of Authority Parcel, Casement, Water areas and Private Parcel from The LIST Cadastral Area spatial table within the Cadastral Data Model.
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  - Land Tenure (125)
    
    Land Tenure data set contains a representation of the commonly accepted tenure classifications for Tasmania. Tenure Classifications include Crown Land, Private Land, Reserved Land, Conservation Covenants, Private Reserves, State Forest.
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- Location (2 layers)
  - Survey Control (135)
    
    Survey Control points are UTM coordinates and height of survey control marks. The coordinates are expressed in terms of both the Australian Geodetic Datum 1966 (AGD66) and the Geocentric Datum of Australia 1994 (GDA94). Accuracy information is expressed in terms of Class and Order.
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  - Tasmanian Heritage Register (3609)
    
    Registered Heritage Tasmania sites as derived from HT's Heritage Management System
- Planning (10 layers)
  - Greater Hobart Urban Growth Boundary (3396)
    
    The Greater Hobart Urban Growth Boundary forms part of the declared Southern Tasmania Regional Land Use Strategy (STRLUS). This map layer shows the Urban Growth Boundary in Map 10 of the STRLUS.
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  - Sullivans Cove Planning Zones (834)
    
    Sullivans Cove Planning Zones displaying the principal nature of the land such as rural, residential or industrial.
  - Sullivans Cove Special Areas (796)
    
    Sullivans Cove Special Areas including buffer zones or road categories that coincide or overlay the corresponding planning zone layer. Sullivans Cove Special Areas Planning
  - Tasmanian Interim Planning Scheme Overlay (965)
    
    The Tasmanian Interim Planning Scheme Overlays dataset is an online mapping resource incorporating all planning overlays accross the state, and is linked to online supporting documentation.
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  - Tasmanian Interim Planning Scheme Zone Boundaries (966)
    
    The Tasmanian Interim Planning Scheme Zone Boundaries dataset is an online mapping resource incorporating all zones boundary mapping across the state. The boundaries of the majority of planning scheme zones are aligned with land parcel boundaries or road centrelines. Where they deviate, boundaries are represented by polylines attributed with a description of the features that define their location.
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  - Tasmanian Interim Planning Scheme Zoning (967)
    
    The Tasmanian Interim Planning Scheme Zoning dataset is an online mapping resource incorporating all planning zones accross the state, and is linked to online supporting documentation
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  - Tasmanian Planning Scheme - Code Overlay (3161)
    
    The Tasmanian Planning Scheme overlays data comprises the overlays maps for those parts of the State where the Tasmanian Planning Scheme is in effect. The data is linked to the planning scheme text published online. The electronic planning map in LISTmap, together with the electronic planning instrument, is the authorised version of the Tasmanian Planning Scheme under section 80M of the Land Use Planning and Approvals Act 1993.
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  - Tasmanian Planning Scheme - General Overlay (3162)
    
    The Tasmanian Planning Scheme overlays data comprises the overlays maps for those parts of the State where the Tasmanian Planning Scheme is in effect. The data is linked to the planning scheme text published online. The electronic planning map in LISTmap, together with the electronic planning instrument, is the authorised version of the Tasmanian Planning Scheme under section 80M of the Land Use Planning and Approvals Act 1993.
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  - Tasmanian Planning Scheme - Zone Boundaries (3163)
    
    The Tasmanian Planning Scheme zone boundary data comprises the zoning boundary maps for those parts of the State where the Tasmanian Planning Scheme is in effect. The data is linked to the planning scheme text published online. The electronic planning map in LISTmap, together with the electronic planning instrument, is the authorised version of the Tasmanian Planning Scheme under section 80M of the Land Use Planning and Approvals Act 1993.
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  - Tasmanian Planning Scheme - Zones (3164)
    
    The Tasmanian Planning Scheme Zoning data comprises the zoning maps for those parts of the State where the Tasmanian Planning Scheme is in effect. The data is linked to the planning scheme text published online. The electronic planning map in LISTmap, together with the electronic planning instrument, is the authorised version of the Tasmanian Planning Scheme under section 80M of the Land Use Planning and Approvals Act 1993.
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- Crown ASSIST (3 layers)
  - Historic Land Surveys - Grants (127)
    
    Automated Survey Search and Index System Tasmania (ASSIST) Grants for Historic Land Surveys.
  - Historic Land Surveys - Land Districts (848)
    
    Land District Boundaries data set contains those 20 Land Districts that divide Tasmania into administrative areas used when defining the granting and derivation of land. Land Districts were formerly known as Counties. A Land district may contain a number of Parishes with those Parish boundaries forming the Land District boundary.
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    ASSIST Land Districts
  - Historic Land Surveys - Parishes (1327)
    
    The LIST Land Parish Boundaries data set contains those 480 administrative divisions of Land Districts (formerly known as Counties). A number of Parishes combine to form a Land District. Parishes have historically, and are still, being used together in conjunction with Land Districts when describing the location of a Grant. This dataset has been compiled from historic sources and has not been verified. It is not authoritative.
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    ASSIST Parishes
- Addressing (1 layer)
  - Address Geocodes (1084)
    
    Address Geocodes
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Reserves and Administrative Boundaries (2 minor categories)
- Reserves (12 layers)
  - Commonwealth Marine Parks (3245)
    
    Consistent with the Australian Government's commitment to develop a National Representative System of Marine Protected Areas (MPAs), networks of Commonwealth Marine Reserves have been proclaimed for Commonwealth waters across the South-west, North-west, North, Coral Sea and Temperate East Marine Regions.
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  - Conservation Covenants (163)
    
    Conservation Covenants - The Private Land Conservation Programme (PLCP) encompasses a number of programs to promote and facilitate conservation agreements between private landowners and the Government. These programmes establish a covenant on the Folio of the Register and a management agreement with the landowner to establish a system of forest reserves on private land.
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  - Future Potential Production Forest (1135)
    
    The Future Potential Production Forest (FPPF) dataset is the authoritative source of the boundaries of land classified as Future Potential Production Forest Land under the Forestry (Rebuilding the Forest Industry) Act 2014.
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  - Local Government Area Reserves (1088)
    
    Local Government Area Reserves includes areas of Public Open Space set apart on a plan of subdivision under the Local Government Act for the following purposes: public open space, public recreation space, set apart for drainage purposes, set apart for the public to enter..., set aside as a public garden.
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  - Private Reserves (146)
    
    Private Reserves includes Private Nature Reserves, Private Sancturies and Conservation Covenants proclaimed and/or registered pursuant to the Nature Conservation Act 2002. The Private Land Conservation Programme (PLCP) encompasses a number of programs to promote and facilitate conservation agreements between private landowners and the Government.
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  - Private Timber Reserves (141)
    
    Private Timber Reserves are declared under the Tasmanian Forest Practices Act 1985. As a Private Timber Reserve the land is to be used only for the establishing, or growing or harvesting of timber in accordance with the Forest Practices Code and such activities as the Forest Practices Board considers compatible with establishing forest, or growing or harvesting timber.
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  - Public Land Classification (160)
    
    Public Land Classification is Tasmania's authoritative spatial reserve dataset and includes reserves proclaimed under the Nature Conservation Act (formerly National Parks and Wildlife Act), the Forestry Act and the Crown Lands Act.
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  - Public Land Classification - Revoked (3091)
    
    Public Land Classification - Revoked provides reserve revocation information for areas of Reserves revoked under the Nature Conservation Act 2002, the Forest Management Act 2013 and the Crown Lands Act 1976 since around 2000.
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  - Ramsar Wetlands (161)
    
    The Convention on Wetlands, signed in Ramsar, Iran, in 1971, is an intergovernmental treaty which provides the framework for national action and international cooperation for the conservation and wise use of wetlands and their resources. For more information on the reserves under the Ramsar Convention on Wetlands refer to "www.ramsar.org".
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  - Tasmanian Marine Reserves (124)
    
    The Tasmanian Marine Nature Reserve dataset includes areas of Tasmanian State Waters that have been defined as Marine Nature Reserves by the Tasmanian Fisheries Rules 1999. Where part of the Reserve allows restricted fishing, a separate region is created for that part with a note in the Comment field of "Restricted Take". All other Marine Nature Reserves prohibit fishing.
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  - Tasmanian Reserve Estate (162)
    
    Tasmanian Reserve Estate (formerly CAR Reserves) as-at 30th June 2024. Note: Macquarie Island is not included in this layer. The Tasmanian Reserve Estate spatial layer is a digital map of the Reserve System for Tasmania. It represents land reserved to be managed for biodiversity conservation under Tasmania?s Regional Forest Agreement (RFA) and other instruments. The Tasmanian Reserve Estate spatial layer is compiled annually from the best available information 'as at' 30th June. The data is suited for use as a statewide overview, for reporting purposes and for determining reservation status. Tasks requiring a more current layer or precise boundaries should use the live input datasets that are available on LISTMap such as the Public Land Classification and Private Reserves layers.
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  - World Heritage Area (126)
    
    The Tasmanian Wilderness World Heritage Area is a dataset supplied by the Commonwealth of Australia, Australian Government Department of the Environment. Please contact the Department of the Environment for further details.
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- Administrative Boundaries (28 layers)
  - Break O'Day Council Dog Management Zones (3728)
    
    Dog access zones are in accordance with the Break O'Day Council Dog Management Policy
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  - Commonwealth Electoral Divisions 2017 (2097)
    
    2017 Commonwealth electoral division boundaries. Supplied by the AEC
  - Deer Management Zone Boundaries (3635)
    
    This data set spatially depicts deer hunting zones that will be introduced to guide deer management at the landscape level and provide options at the local level to enable key stakeholders to meet their specific objectives.
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    Deer Management Zones Hunting Fallow
  - Deer Management Zones (3629)
    
    This data set spatially depicts deer hunting zones that will be introduced to guide deer management at the landscape level and provide options at the local level to enable key stakeholders to meet their specific objectives.
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    Deer Management Zones Hunting Fallow
  - Dog Control Act 2000 - Sensitive Areas (3111)
    
    Dog Control Act 2000 - Sensitive Areas are areas of land declared by Ministerial Order as sensitive in relation to similarly declared sensitive species, pursuant to s19AB of the Dog Control Act 2000.
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  - EPA disinfected sewage discharge - vessels LT 16 people (2593)
    
    Vessels carrying less than 16 people may discharge disinfected sewage in waters other than those described here and those described for summer, provided there are no floating solids or prolonged discoloration of the receiving environment.
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  - EPA monitored recreational waters and beaches - summer (2596)
    
    From November 1 to April 30 any discharge must be more than 500 metres from commonly acknowledged swimming beaches, including but not limited to those monitored in accordance with the Recreational Water Quality Guidelines 2007.
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  - EPA non-disinfected sewage discharge - vessels LT 16 people (2594)
    
    Vessels carrying less than 16 people may discharge non-disinfected sewage in waters other than those described here, provided there are no floating solids or prolonged discoloration of the receiving environment.
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  - EPA sewage discharge - vessels GTEQ 16 people (2595)
    
    Vessels carrying 16 or more people may discharge sewage in waters other than those described here, provided there are no floating solids or prolonged discoloration of the receiving environment.
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  - Electoral Boundaries (142)
    
    State and Commonwealth electoral boundaries data set contains boundaries of the 5 Commonwealth (House of Representatives) and State (House of Assembly) Electorates (Bass, Braddon, Denison, Franklin and Lyons) within the State of Tasmania.
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  - FMAC Boundaries (950)
    
    Fire Management Area Committee Boundaries
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  - Legislative Council Areas (143)
    
    Legislative Council Areas data set contains boundaries of the 15 Electoral Divisions for the Legislative Council (Upper House) within the State of Tasmania. The boundaries of the current divisions were determined by the Legislative Council Redistribution Tribunal on 20 May 2017.
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  - Local Government Areas (123)
    
    Local Government or Municipality Areas data set contains gazetted Local Government Boundaries for Municipalities in the State of Tasmania. Attributes include Local Government Area name, three-digit Municipal code and Central Plan Register number (CPR number).
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  - Locality Boundaries (149)
    
    Locality Boundaries and Postcode Area data set contains approved boundaries for Localities and Suburbs, which are attributed with Locality names and Postcodes. Postcode Boundaries can be derived from this data set as they share a common boundary.
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  - Maritime Boundaries - Coastal Waters Area (1827)
    
    Polygons depicting the limit and extent of Section 3 of the Coastal Waters (State Powers) Act 1980 and Coastal Waters (Northern Territories Powers) Act 1980. NOTE: the Polygon depicting the area of the coastal waters is not constrained on thelandward side. The polygon includes areas that fall within the constitutional limits of the States. When information depicting the landward constitutional limit of the States becomes available, the polygon will be constrained.
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  - Maritime Boundaries - Coastal Waters Limit (1826)
    
    Lines depicting the limit and extent of Section 3 of the Coastal Waters (State Powers) Act 1980 and Coastal Waters (Northern Territories Powers) Act 1980. NOTE: the Polygon depicting the area of the coastal waters is not constrained on thelandward side. The polygon includes areas that fall within the constitutional limits of the States. When information depicting the landward constitutional limit of the States becomes available, the polygon will be constrained.
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  - Maritime Boundaries- Contiguous Zone Area (1828)
    
    Polygons depicting the limit and extent of the Contiguous Zone. Seas and Submerged Lands (Limits of Contiguous Zone) Proclamation 1999.
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  - Maritime Boundaries- Contiguous Zone Limit (1829)
    
    Lines depicting the limit and extent of the Contiguous Zone. Seas and Submerged Lands (Limits of Contiguous Zone) Proclamation 1999.
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  - Maritime Boundaries- Continental Shelf Limit (1837)
    
    Lines depicting the limit of the continental shelf made under the Seas and Submerged Lands (Limits of Continental Shelf) Proclamation 2012.
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  - Maritime Boundaries- Exclusive Economic Zone Area (1830)
    
    Polygons depicting the Australian EEZ as modified by the application of the Treaty between the Government of Australia and the Government of the Republic of Indonesia establishing an Exclusive Economic Zone Boundary and Certain Seabed Boundaries (Perth, 14 march 1997) [1997] ATNIF 9 - (not yet in force). NOTE: This is the standard depiction of the Australian EEZ.
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  - Maritime Boundaries- Exclusive Economic Zone Limit (1831)
    
    Lines depicting the Australian EEZ as modified by the application of the Treaty between the Government of Australia and the Government of the Republic of Indonesia establishing an Exclusive Economic Zone Boundary and Certain Seabed Boundaries (Perth, 14 march 1997) [1997] ATNIF 9 - (not yet in force). NOTE: This is the standard depiction of the Australian EEZ.
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  - Maritime Boundaries- Normal Baseline Limit (1832)
    
    Normal Baseline defined under the Seas and Submerged Lands (Territorial Sea Baseline) Proclamation 2006. This service should be used in conjunction with the layer Baselines_Straight_Seas_and_Submerged_Lands_Territorial_Sea_Baseline_Proclamation_2006_AMB2014_Limit.
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  - Maritime Boundaries- Normal Baseline Point (1833)
    
    Normal Baseline defined under the Seas and Submerged Lands (Territorial Sea Baseline) Proclamation 2006. This service should be used in conjunction with the layer Baselines_Straight_Seas_and_Submerged_Lands_Territorial_Sea_Baseline_Proclamation_2006_AMB2014_Limit.
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  - Maritime Boundaries- Straight Baseline Limit (1834)
    
    Straight Baselines defined under the Seas and Submerged Lands (Territorial Sea Baseline) Proclamation 2006. This service should be used in conjunction with the layer Baselines_Normal_Seas_and_Submerged_Lands_Territorial_Sea_Baseline_Proclamation_2006_AMB2014_Limit.
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  - Maritime Boundaries- Territorial Sea Area (1835)
    
    Polygons depicting the outer limit and extent of the territorial sea - Seas and Submerged Lands Act 1973 - Proclamation under section 7 (09/11/1990).
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  - Maritime Boundaries- Territorial Sea Limit (1836)
    
    Lines depicting the outer limit and extent of the territorial sea - Seas and Submerged Lands Act 1973 - Proclamation under section 7 (09/11/1990).
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  - NRM Region Boundaries (394)
    
    The Natural Resource Management (NRM) Regions dataset is maintained for the purpose of authoritative reporting on the Australian Government's NRM investments. The dataset is designed to cover all Australian territory where Australian Government funded NRM projects might take place and includes major islands, external territories, and state and coastal waters in addition to the NRM regional boundaries
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  - SES Regional Boundaries (220)
    
    State Emergency Services (SES) - Regional Boundaries contain information on the boundaries and names of their operational areas.
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    SES Regional Boundaries ses
Imagery and Maps (8 minor categories)
- Imagery (11 layers)
  - Aerial Photo 2019-2020 Season (3195)
    
    Tasmania State Orthophoto compilation for 2019-2020 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2020-2021 Season (3376)
    
    Tasmania State Orthophoto compilation for 2020-2021 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2021-2022 Season (3603)
    
    Tasmania State Orthophoto compilation for 2021-2022 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2022-2023 Season (3755)
    
    Tasmania State Orthophoto compilation for 2022-2023 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2023-2024 Season (3988)
    
    Tasmania State Orthophoto compilation for 2023-2024 season. Coverage compiled from aerial photos sourced from NRE Tas and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2024-2025 Season (4237)
    
    Tasmania State Orthophoto compilation for 2024-2025 season. Coverage compiled from aerial photos sourced from NRE Tas and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - ESRI World Imagery (869)
    
    ESRI World Imagery provides one meter or better satellite and aerial imagery in many parts of the world and lower resolution satellite imagery worldwide.
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    esri world imagery basemap
  - ESRI World Imagery Metadata (2534)
    
    ESRI World Imagery provides one meter or better satellite and aerial imagery in many parts of the world and lower resolution satellite imagery worldwide.
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    esri world imagery basemap
  - Landsat (Bathymetric) (1397)
    
    Underwater features are more visible. Pan-sharpened Landsat GLS image service covering the landmass of the World. This service includes Panchromatic (Band 8) scenes at 15 meter resolution pan-sharpened with Natural Color bands (Red, Green, Blue) at 30 meter resolution from Landsat 8, Landsat 7 ETM, Landsat 5 TM, Landsat 4, as well as Global Land Survey (GLS) data from years 2000, 2005 & 2010. Using on-the-fly processing, the raw DN values are transformed to scaled (5000 - 55000) apparent reflectance values and then different enhancement renderings are applied. The band names are in line with Landsat 8 bands and the GLS data band names are also mapped along the same lines.
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    Landsat Bathymetric
  - Landsat (NDVI) (1769)
    
    Landsat (Normalised Dryness Vegetation Index). Darker = greater chlorophyll. Pan-sharpened Landsat GLS image service covering the landmass of the World. This service includes Panchromatic (Band 8) scenes at 15 meter resolution pan-sharpened with Natural Color bands (Red, Green, Blue) at 30 meter resolution from Landsat 8, Landsat 7 ETM, Landsat 5 TM, Landsat 4, as well as Global Land Survey (GLS) data from years 2000, 2005 & 2010. Using on-the-fly processing, the raw DN values are transformed to scaled (5000 - 55000) apparent reflectance values and then different enhancement renderings are applied. The band names are in line with Landsat 8 bands and the GLS data band names are also mapped along the same lines.
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  - State Aerial Photo Basemap (920)
    
    State Aerial Photo Basemap is aerial photographs geometrically corrected ("orthorectified") such that the scale is uniform. To get a state wide coverage, photos with varying quality and at numerous different points in time are stitched together. Where available, the best quality photography is used, (meaning that older, more accurate imagery may be used in preference to more recent, less accurate and poor quality imagery).
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    aerial photos photography imagery OSRA
- Scanned Maps (7 layers)
  - Groundwater Prospectivity (1941)
    
    Scanned map showing potential for groundwater based on the properties of broad rock groups.
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  - TASMAP 1:100000 Maps (877)
    
    TASMAP 1:100 000 Images have been generated from the 1:100 000 Tasmap printed map series which have been georeferenced and mosaiced into a state-wide ECW file.
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  - TASMAP 1:25000 Maps (228)
    
    TASMAP 1:25000 Images have been generated from the 1:25000 TASMAP printed map series which have been georeferenced and mosaiced into a state-wide ECW file.
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  - TASMAP 1:250000 Maps (878)
    
    TASMAP 1:250,000 Maps is the state coverage of the 1:250,000 series maps produced by the Department of Primary Industries, Parks, Water and the Environment (DPIPWE).
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  - TASMAP 1:500000 Maps (879)
    
    TASMAP 1:500,000 Maps is the state coverage of the 1:500,000 series maps produced by the Department of Primary Industries, Parks, Water and the Environment (DPIPWE).
  - TASMAP Basemap (963)
    
    Scanned Maps are the combined map products produced by the Department of Primary Industries, Parks, Water and the Environment (DPIPWE) including the 1:500,000, 1:250,000, 1:100,000 and 1:25,000 series maps. Scanned Maps OSRA
  - Tasmanian Towns Street Atlas (2999)
    
    Tasmanian Street Atlas current printed edition.
- Topographic Map Imagery (3 layers)
  - Simplified Basemap (2297)
    
    The Simplified Basemap is generated from regularly updated, authoritative data.
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    basemap, simple, topographic, map
  - Topographic Basemap (905)
    
    A colour topographic basemap generated from regularly updated, authoritative data.
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    topographic, basemap, base map
  - Topographic Grey Basemap (3387)
    
    A grey topographic basemap generated from regularly updated, authoritative data.
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- Historic Maps and Charts (4 layers)
  - Land District Chart (904)
    
    Land District Charts are the Land District (County) working charts used in the former Lands Department to record the granting and alienation of land. Land Grant information is depicted on these together with additional references relating to the gazettal, reservation granting, acquisition and leasing of Crown Land. These charts have been georeferenced and mosaiced into a single statewide ECW file.
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    Land District Chart History Historic
  - Sprent's Book Mosaic (880)
    
    This is a seamless mosaic of the 76 pages of "Sprents Book" which was a survey of Hobart Town undertaken between 1833 and 1837.
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  - Town Grant Charts (1722)
    
    Town Grant Charts are the Town charts used in the former Lands Department to record the granting and alienation of land within original town areas in Tasmania. Land Grant information is depicted on these together with additional references relating to the gazettal, reservation granting, acquisition and leasing of Crown Land.
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  - Town and Land District Chart Index (941)
    
    Town and Land District Chart historic index. Town and Land District Chart Index
- Historic Imagery (10 layers)
  - Aerial Photo 1941 - 1950 Historic (3857)
    
    Historic Tasmania State Orthophoto compilation for 1941 - 1950. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 1951 - 1960 Historic (3858)
    
    Historic Tasmania State Orthophoto compilation for 1951 - 1960. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 1961 - 1970 Historic (3859)
    
    Historic Tasmania State Orthophoto compilation for 1961 - 1970. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 1971 - 1980 Historic (3860)
    
    Historic Tasmania State Orthophoto compilation for 1971 - 1980. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 1981 - 1990 Historic (3861)
    
    Historic Tasmania State Orthophoto compilation for 1981 - 1990. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 1991 - 2000 Historic (3862)
    
    Historic Tasmania State Orthophoto compilation for 1991 - 2000. Coverage compiled from aerial photos sourced from NRE Tas. The resolution of the raster capture varies, with many urban areas at a higher resolution.
  - Aerial Photo 2015-2016 Season (3604)
    
    Tasmania State Orthophoto compilation for 2015-2016 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2016-2017 Season (3606)
    
    Tasmania State Orthophoto compilation for 2016-2017 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Aerial Photo 2018-2019 Season (3605)
    
    Tasmania State Orthophoto compilation for 2018-2019 season. Coverage compiled from aerial photos sourced from DPIPWE and individual projects captured during the summer season from October through to the following March. The resolution of the raster capture varies, with many urban areas at a higher resolution.
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  - Historic Aerial Photos (1142)
    
    Historic aerial photos from as early as 1946 that have been geo-rectified over specific areas. Historical Aerial Photos
- Aerial Photo Indexes (11 layers)
  - State Aerial Photo Index (279)
    
    The State Aerial Photo Index shows the extents of the aerial imagery used to create the statewide aerial photo basemap.
  - Aerial Photo Frames - Analogue (1930 to 1939) (1519)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1930 and 1939. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1940 to 1949) (1520)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1940 and 1949. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1950 to 1959) (1521)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1950 and 1959. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1960 to 1969) (1522)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1960 and 1969. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1970 to 1979) (1524)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1970 and 1979. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1980 to 1989) (1534)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1980 and 1989. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (1990 to 1999) (288)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 1990 and 1999. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (2000 to 2009) (298)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 2000 and 2009. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - Aerial Photo Frames - Analogue (2010 to 2019) (913)
    
    Land Tasmania has a large collection of film based analogue aerial photography which has been acquired over Tasmania from 1930s to 2012. This dataset provides an index of aerial photo frames captured between 2010 and 2019. Full images are available for free download from the Department‘s Aerial Photo Viewer
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  - All Years - Aerial Photo Centres (1256)
    
    A data set depicting aerial photography photo centres for photography flown by the Division of Information and Land Services (DPIPWE).
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- Map Indexes (12 layers)
  - 1:100000 Topographic Index (268)
    
    1:100,000 digital Index Map. Shows the boundaries of the 1:100,000 Topographical Maps and contains attributes relating to the current printed edition.
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    100000 Topographic Index OSRA 100k
  - 1:25000 Topographic Index (267)
    
    1:25,000 digital Index Map. Shows the boundaries of the 1:25,000 Topographical Maps and contains attributes relating to the current printed edition.
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    25000 Topographic Index OSRA 25k
  - 1:250000 Topographic Index (269)
    
    1:250,000 digital Index Map. Shows the boundaries of the printed 1:250,000 Topographical Maps, with attributes of the current printed map.
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    250000 Topographic Index 250k
  - 1:50000 Topographic Index (1317)
    
    1:50,000 digital Index Map. Shows the boundaries of the 1:50,000 Topographical Maps and contains attributes relating to the current printed edition.
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    50000 Topographic Index OSRA 50k 50K
  - Forestry Field Book Index (3001)
    
    Forestry Field Book index.
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    Forestry Field Book Index
  - Gridlines 1km and 10km (944)
    
    Gridlines at 1km switching to 10km spacing after 1:200k in WGS84 Web Mercator EPSG:3857 Gridlines 1km 10km graticule grid
  - LTO Plan Index (309)
    
    Land Titles Office (LTO) Plan Index LTO Plan Index
  - National Park Map Index (270)
    
    National Park Map Index shows the boundaries of the National Parks Maps and contains attributes relating to the current printed edition.
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    National Parks Map Index
  - Orthophoto 1:5000 Map Index (1251)
    
    The TASMAP 1:5000 Orthophoto Map Index shows the boundaries of the 1:5000 Cadastral/Orthophoto map series which was discontinued in 1998. Attributes include the map name and number, edition number and date. Maps of this series are no longer available.
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    Orthophoto 1:5000 Map Index
  - Street Atlas Page Index (271)
    
    Tasmanian Street Atlas Page Index shows the boundaries of the Tasmanian Street Atlas pages and contains attributes relating to the current printed edition.
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    Town Atlas Page Index OSRA street
  - TFS Map Book - Grid Index (507)
    
    The Tasmanian Fire Services (TFS) Map Book - Grid Index dataset was created as a part of the Tasmanian Map Book (1st Edition) series. It describes the area over the state that each grid square (as referenced in the Map Book) covers
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    TFS Map Book - Grid Index
  - TFS Map Book - Page Index (508)
    
    The Tasmanian Fire Services (TFS) Map Book - Page Indexdataset was created as a part of the Tasmanian Map Book (1st Edition) series. It describes the area over the state that each page covers and contains the page number to refernce back to the books.
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    TFS Map Book - Page Index fire
- Digital Imagery and LiDAR Indexes (4 layers)
  - Digital Imagery Mosaic Index (3989)
    
    The Digital Imagery Mosaic Index shows the extents of Digital Imagery capture for Tasmania. To view current and future projects, see Tas Imagery and LiDAR Program Index layer
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  - LiDAR Coverage Index - All Projects (3093)
    
    The LiDAR Index (All Projects) illustrates the extents of all LiDAR projects currently Completed, In Progress, or Planned for the Department of Primary Industries, Parks, Water and Environment (DPIPWE).
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  - LiDAR Coverage Index - Latest (3094)
    
    The LiDAR Index (Latest) illustrates the extents of the most current LiDAR data available for Tasmania.
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  - Tas Imagery and LiDAR Program (4081)
    
    The Tas Imagery and LiDAR Program Index shows the planning and progress of current and future capture of aerial imagery and LiDAR data procured through the Tasmanian Imagery Program.
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Coasts and Oceans and Estuaries (3 minor categories)
- Oceans (11 layers)
  - Feral Oyster Survey (TAFI) (344)
    
    Feral Oyster Survey developed by the Tasmanian Aquaculture and Fisheries Institute (TAFI). A survey was undertaken during spring-summer 1999/2000 around mainland Tasmania to record baseline data on the distribution and abundance of feral Pacific oysters (Crassostrea gigas) and to describe the environmental conditions that they inhabit.
  - Giant Kelp Aerial Survey 2019 (3154)
    
    An aerial survey of giant kelp (Macrocystis pyrifera), was carried out on the east coast of Tasmania from Musselroe Bay to Southeast Cape.
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  - Interim Marine and Coastal Regionalisation of Aus (319)
    
    Interim Marine and Coastal Regionalisation of Aus. V4 Interim Marine Coastal Regionalisation
  - Macrocystis Survey 1954 (324)
    
    Macrocystis Survey 1954. Surveys were conducted as part of an assessment of the Macrocystis pyrifera (Linnaeus) C. Agardh 1820 beds on the east coast of Tasmania by the Commonwealth Scientific and Industry Research Organization (CSIRO) Division of Fisheries seaweed program in the early 1950's. Surveys were conducted because of interest in the Macrocystis beds as a source of alginates. Surveys were done between 1950 and mid 1953. The paper was published in 1954.
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    Macrocystis Survey 1954
  - Macrocystis Survey 1965 (325)
    
    Macrocystis Survey 1965. A research program jointly conducted by Alginates (Australia) P/L and C.S.I.R.O. Division of Fisheries and Oceanography was set up to investigate the relationship between kelp: Macrocystis pyrifera (Linnaeus) C. Agardh 1820 and crayfish larvae. Alginates (Australia) P/L, based at Louisville in the Mercury Passage, were harvesting kelp at this time. This study was initiated to address concerns regarding the effect of harvesting on crayfish stocks.
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    Macrocystis Survey 1965
  - Macrocystis Survey 1986 (326)
    
    Macrocystis Survey 1986. A survey of the east Tasmanian coastline from Musselroe Bay to South East Cape revealed a total of 10 km2 of Macrocystis pyrifera (Linnaeus) C. Agardh 1820 kelp forest. Average harvestable quantities based on Alginates (Australia) Company records (1965-72) show that cropping can expect to yield 5 ton/acre or 1.23 kg/m2.
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    Macrocystis Survey 1986
  - Macrocystis Survey 1988 (327)
    
    Macrocystis Survey 1988. The results of this survey are based primarily on the first hand experience of Craig Sanderson who was doing his masters thesis at the time on aspects of the biology of Macrocystis pyrifera (Linnaeus) C. Agardh 1820. In need of significant beds of M. pyrifera for research much of the east coast was searched by boat.
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    Macrocystis Survey 1988
  - Macrocystis Survey 1999 (328)
    
    Macrocystis Survey 1999. A survey was conducted for Macrocystis pyrifera (Linnaeus) C. Agardh 1820 from Eddystone Point to South East Cape. The survey was conducted from light aeroplane. Areas of Macrocystis pyrifera beds were marked on 1:100,000 topographical land tenure maps using landmarks as references.
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    Macrocystis Survey 1999
  - Macrocystis Tonnages 1970 - 1971 (343)
    
    Macrocystis Tonnages 1970 - 1971. As a condition of licence for harvesting Macrocystis pyrifera (Linnaeus) C. Agardh 1820, Alginates (Australia) P/L lodged harvest returns to the Tasmanian Lands Department. The harvest returns consisted of what tonnage was harvested from where, when and the length of trip. While Alginates (Australia) P/L harvested from 1964-1973, harvest data for individual sites is only available for the years 1970-71.
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    Macrocystis Tonnages
  - Submerged Reef (853)
    
    Submerged Reef is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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  - Tasmania Intertidal-Subtidal Benthic NISB Habitat Map (3607)
    
    The National ECM Key Habitat Distribution Map Series were derived from the NISB Habitat Map created by the University of Tasmania for a partnership between the Department of Climate Change and the National Land and Water Resources Audit. It supports the DCC/Audit partnership by providing a nationally consistent set of the available mapping data that show the distribution of habitats that occur between the approximate position of the highest astronomical tide mark (HAT) and the location of the outer limit of the photic benthic zone (approximately at the 50-70 m depth contour).
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- Coasts (10 layers)
  - Coastal Flat and Salt Pan (854)
    
    Coastal Flat and Salt Pan is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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  - Coastal Saline and Salt Flats (332)
    
    Coastal Saline and Salt Flats is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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    Coastal Saline Salt Flats
  - Coastline (766)
    
    Coastline depicts Mean High Water Mark for the State of Tasmania and offshore islands excluding Macquarie Island. This dataset is a subset of the Hydline dataset. Data has been complied from a number of sources and has its origins from conversion of Mean HWM depicted on the 1:25,000 TASMAP series.
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  - Coastline of Australia (AUSLIG 1:1M) (311)
    
    Coastline of Australia developed by Geoscience Australia - National Mapping Division (formerly AUSLIG) at a scale of 1:1,000,000. Coastline AUSLIG
  - Future Coastal Refugia Area Guidance Map (1870)
    
    The Future Coastal Refugia Area Guidance Map has been prepared to provide guidance for local government in preparing the future coastal refugia area overlay for the application of the Natural Assets Code as part of the Local Provisions Schedules in the Tasmanian Planning Scheme.
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  - Marine Habitat Mapping 1:25K (TAFI) - Derwent (314)
    
    Derwent Habitat Mapping at a scale of 1:25,000 developed by the Tasmanian Aquaculture and Fisheries Institute (TAFI). The Derwent Estuary habitat project 1:25,000 depicts marine habitats from Piersons Point [147 02, -43 03] to New Norfolk [147 02 , -42 42 ] from the coastline to the 40m depth contour. The habitat types depicted in the dataset include reef, sand, seagrass, silt, silty sand and aquatic macrophytes. The data was collected through intensive field sampling from June to December 2000 by marine researchers at the Tasmanian Aquaculture and Fisheries Institute.
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  - Marine Habitat Mapping 1:25K (TAFI) - Southeast (313)
    
    Marine Habitat Mapping at a scale of 1:25,000 collected by Tasmanian Aquaculture and Fisheries Institute (TAFI) through intensive field sampling from June to December 2000 by marine researchers. The southeastern Tasmania marine habitat project 1:25000 depicts marine habitats from Marion Bay [147 57, -42 44] to Second Lookout Point [146 52, -43 40] from the coastline to the 40metre depth contour. The habitat types depicted in the dataset include High profile reef, Medium profile reef, Low profile Reef, Patchy Reef, Sand, Hard Sand, Silty Sand, Silt, Seagrass, Patchy Seagrass, Sparse Seagrass and Caulerpa.
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  - Port Waters (2465)
    
    Port waters are those defined by the Marine and Safety (Pilotage and Navigation) Regulations 2017
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    port water epa mast marine coastal
  - Seamap Tasmania Habitat (3079)
    
    Marine benthic habitat data for Tasmanian coastal waters from the LWM (Low water mark) to 40 metres in depth or 1.5 kms from shore.
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  - Shoreline Type classifications (OSRA) (Sharples 2000) (335)
    
    Shoreline Type classifications dataset spatially depicts shoreline types useful for responding to an oil spill in Tasmanian State coastal waters as specified by the Oil Spill Response Atlas (OSRA) project. The data consists of a landform map of the coastline from Sandy Cape clockwise to Port Davey. The coastline has been mapped from current and earlier (1978) airphoto interpretation, current topographic and geological maps, and limited ground truthing.
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- Coastal Vulnerability (70 layers)
  - Anthropogenic modification pressure NRM South (363)
    
    This dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. The 17 line maps produced in this study are intended to be used as a tool to assist managers and stakeholders in the identification of management issues with regards to foreshore planning, development, and natural resources. This digital line map is a representation of the anthropogenic modifications of foreshores in the southern NRM region and is an attribute layer supporting the Pressure Index.
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  - Coastal Erosion Component 20161201 (1579)
    
    Hazard Planning Maps produced by the Department of Premier and Cabinet (this map being such a map) are produced and released for the purpose of informing actions taken and decisions made by local or state government under relevant provisions of the Land Use Planning and Approvals Act 1993 and Building Act 2000.
    
    Whilst every care has been taken to prepare this map, the Government of Tasmania makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose other than its intended purpose.
    
    Hazard bands as depicted in this map may not accurately represent the existence or otherwise of hazards in the mapped area. Independent expert advice should be sought if action is to be taken that may be impacted by the existence or otherwise of hazards in the mapped area.
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    DPAC Coastal Erosion Hazard Bands
  - Coastal Erosion Hazard Bands 20161201 (1578)
    
    Hazard Planning Maps produced by the Department of Premier and Cabinet (this map being such a map) are produced and released for the purpose of informing actions taken and decisions made by local or state government under relevant provisions of the Land Use Planning and Approvals Act 1993 and Building Act 2000.
    
    Whilst every care has been taken to prepare this map, the Government of Tasmania makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose other than its intended purpose.
    
    Hazard bands as depicted in this map may not accurately represent the existence or otherwise of hazards in the mapped area. Independent expert advice should be sought if action is to be taken that may be impacted by the existence or otherwise of hazards in the mapped area.
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    DPAC Coastal Erosion Hazard Bands
  - Coastal Fauna Significance (348)
    
    Coastal Fauna Significance within the coastal strip (100m inland of the coastline) and is a part of the NRM Coastal Values Project, 2006.
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  - Coastal Inundation Hazard Bands 20161201 (1551)
    
    Hazard Planning Maps produced by the Department of Premier and Cabinet (this map being such a map) are produced and released for the purpose of informing actions taken and decisions made by local or state government under relevant provisions of the Land Use Planning and Approvals Act 1993 and Building Act 2000.
    
    Whilst every care has been taken to prepare this map, the Government of Tasmania makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose other than its intended purpose.
    
    Hazard bands as depicted in this map may not accurately represent the existence or otherwise of hazards in the mapped area. Independent expert advice should be sought if action is to be taken that may be impacted by the existence or otherwise of hazards in the mapped area.
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    DPAC Coastal Inundation Hazard Bands V2
  - Coastal Native Vegetation Condition (347)
    
    Coastal Native Vegetation Condition dataset records the condition (classified 1-4) of native vegetation occurring within the cells of a 1ha grid placed along the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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  - Coastal Native Vegetation Condition - Clarence Derwent (382)
    
    Coastal Native Vegetation Condition - Clarence Derwent dataset records the condition (classified 1-4) of native vegetation occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Clarence municipality section of the Derwent Estuary. The coastal strip is extended to include the entire saltmarsh and wetlands at Risdon Cove, Rokeby Beach and Lauderdale.
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  - Coastal Native Vegetation Viability (346)
    
    Coastal Native Vegetation Viability ataset records the long term viability of native vegetation communities occurring within the cells of a 1ha grid placed along the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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  - Coastal Native Vegetation Viability - Clarence Derwent (383)
    
    Coastal Native Vegetation Viability - Clarence Derwent dataset was created for the Derwent Estuary Program and has been developed as a management tool from other layers within the program. It records the long term viability of native vegetation communities occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Clarence municipality section of the Derwent Estuary. The coastal strip is extended to include the entire saltmarsh and wetlands at Risdon Cove, Rokeby Beach and Lauderdale.
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  - Coastal Observed Fauna Habitat (351)
    
    Coastal Observed Fauna Habitat dataset records threatened fauna habitat identified during field surveys where it is not obvious by the vegetation community. The habit is recorded within the cells of a 1ha grid placed along the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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    Coastal Observed Fauna Habitat
  - Coastal Potential Fauna Habitat (350)
    
    Coastal Potential Fauna Habitat dataset is a polygon representation of potential habitat for threatened fauna within the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. Each polygon represents a single vegetation community for a single fauna species therefore some records are coincident (vegetation is habitat for several species) and the layer is not continuous. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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    Coastal Potential Fauna Habitat
  - Coastal Projected Sea Level Rise 20161201 (1565)
    
    Department of Premier and Cabinet (DPAC) Projected Sea Level Rise
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  - Coastal Projected Storm Tide 20161201 (1566)
    
    Department of Premier and Cabinet (DPAC) Projected Storm Tide
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  - Coastal Vegetation (349)
    
    Coastal Vegetation dataset is a polygon representation of vegetation communities within the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. Each polygon represents a single vegetation community; mapping units conform to TASVEG 1.0 mapping unit specifications and data format. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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    Coastal Vegetation floristic structural
  - Coastal Vegetation - Clarance Derwent (384)
    
    Coastal Vegetation - Clarance Derwent dataset is a polygon representation of vegetation communities occurring within a 100m wide coastal strip along the Clarence municipality section of the Derwent Estuary. The coastal strip is extended to include the entire saltmarsh and wetlands at Risdon Cove, Rokeby Beach and Lauderdale.
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  - Coastal Vegetation - Upper Derwent (387)
    
    Coastal Vegetation - Upper Derwent dataset is a polygon representation of vegetation communities within the upper Derwent Estuary wetlands of Tasmania. Each polygon represents a single vegetation community; mapping units conform to TASVEG 1.0 mapping unit specifications.
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  - Coastal Vegetation Significance (857)
    
    Coastal Vegetation Significance dataset is a polygon representation of the significance of the vegetation communities within the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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  - Coastal Vegetation Significance - Clarence Derwent (385)
    
    Coastal Vegetation Significance - Clarence Derwent dataset is a polygon representation of the significance of the vegetation communities occurring within a 100m wide coastal strip along the Clarence municipality section of the Derwent Estuary. The coastal strip is extended to include the entire saltmarsh and wetlands at Risdon Cove, Rokeby Beach and Lauderdale.
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  - Coastal Vegetation Significance - Upper Derwent (388)
    
    Coastal Vegetation Significance - Upper Derwent dataset is a polygon representation of the significance of vegetation communities within the upper Derwent Estuary wetlands of Tasmania.
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  - Coastal Vulnerability - Clayey shores (201)
    
    Coastal Vulnerability - Clayey shores depict geomorphic descriptions of the shoreline type around Tasmanias coast, together with an indicative (first pass) assessment of the vulnerability of each coastal segment to erosion and recession due to sea level rise.
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  - Coastal Vulnerability - Rocky Shores (202)
    
    Coastal Vulnerability - Rocky Shores depict geomorphic descriptions of the shoreline type around Tasmanias coast, together with an indicative (first pass) assessment of the vulnerability of each coastal segment to erosion and recession due to sea level rise.
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  - Coastal Vulnerability - Soft Shores (200)
    
    Coastal Vulnerability - Soft Shores depict geomorphic descriptions of the shoreline type around Tasmanias coast, together with an indicative (first pass) assessment of the vulnerability of each coastal segment to erosion and recession due to sea level rise.
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  - Coastal Vulnerability - Unclassified shores (203)
    
    Coastal Vulnerability - Unclassified shores depict geomorphic descriptions of the shoreline type around Tasmanias coast, together with an indicative (first pass) assessment of the vulnerability of each coastal segment to erosion and recession due to sea level rise.
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  - Coastal Weeds (345)
    
    Coastal Weeds dataset records the predominant weeds (declared and environmental) observed within the cells of a 1ha grid placed along the coastal strip of the Northern and Southern National Resource Management (NRM) Regions of Tasmania. The occurrence of each weed in each cell is recorded as a separate record. This dataset is part of the NRM Coastal Values Project. The Project maps vegetation, fauna habitat and geomorphology from High Water mark to 100 metres inland for part of the coastline of the Southern and Northern NRM Regions of Tasmania.
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  - Coastal Weeds - Clarence (386)
    
    Coastal Weeds - Clarence dataset records the predominant weeds (declared and environmental) observed within the cells of a 1ha grid covering a 100m wide coastal strip along the Clarence municipality section of the Derwent Estuary. The coastal strip is extended to include the entire saltmarsh and wetlands at Risdon Cove, Rokeby Beach and Lauderdale. The occurrence of each weed in each cell is recorded as a separate record.
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  - Coastal Weeds - Upper Derwent (389)
    
    Coastal Weeds - Upper Derwent dataset is a point/line/polygon representation of weed infestations within the upper Derwent Estuary wetlands of Tasmania. Locations of declared and environmental weeds occurring within or directly adjacent to the wetlands are recorded. Density of infestation is not recorded.
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  - Derwent Estuary Agricultural Values (3742)
    
    This dataset supports five LISTmap layers that display various values occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Derwent Estuary.
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  - Derwent Estuary Combined Values Score (3744)
    
    This dataset supports five LISTmap layers that display various values occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Derwent Estuary.
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  - Derwent Estuary Cultural Values (3743)
    
    This dataset supports five LISTmap layers that display various values occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Derwent Estuary.
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  - Derwent Estuary Natural Values (3746)
    
    This dataset supports five LISTmap layers that display various values occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Derwent Estuary.
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  - Derwent Estuary Recreational Values (3741)
    
    This dataset supports five LISTmap layers that display various values occurring within the cells of a 1ha grid covering a 100m wide coastal strip along the Derwent Estuary.
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  - Derwent Estuary Weeds (3745)
    
    This dataset supports the Derwent Estuary Weeds LISTmap layer that displays the location of various weeds occurring within a 100m wide coastal strip along the Derwent Estuary.
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  - Ecological Disturb. and Foreshore Cond. NRM South (352)
    
    Ecological Disturbance and Foreshore Condition NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. The 17 line maps produced in this study are intended to be used as a tool to assist managers and stakeholders in the identification of management issues with regards to foreshore planning, development, and natural resources. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore Aquatic Sediments Risk NRM North-NW (369)
    
    Foreshore Aquatic Sediments Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Bacteria Pathogen Risk NRM North-NW (370)
    
    Foreshore Bacteria Pathogen Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Biota Removal Risk NRM North-NW (371)
    
    Foreshore Biota Removal Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Habitat Removal Risk NRM North-NW (372)
    
    Foreshore Habitat Removal Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Human Use Value NRM North-NW (380)
    
    Foreshore Human Use Value NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Hydrodynamics Risk NRM North-NW (373)
    
    Foreshore Hydrodynamics Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Introduced Species Risk NRM North-NW (374)
    
    Foreshore Introduced Species Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Litter Risk NRM North-NW (375)
    
    Foreshore Litter Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Natural Value NRM North-NW (379)
    
    Foreshore Natural Value NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Nutrient Risk NRM North-NW (376)
    
    Foreshore Nutrient Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Overall Risk NRM North-NW (381)
    
    Foreshore Overall Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore Toxicant Risk NRM North-NW (378)
    
    Foreshore Toxicant Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore amenities value NRM South (356)
    
    Foreshore amenities value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore biological value NRM South (353)
    
    Foreshore biological value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore climate change vulnerability NRM South (366)
    
    Vulnerablility of foreshores to climate change NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore condition NRM South (362)
    
    Condition of foreshores NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore european heritage value NRM South (358)
    
    Foreshore european heritage value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore geomorphic value NRM South (354)
    
    Foreshore geomorphic value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore human use NRM South (359)
    
    Human use value of foreshores NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore natural value NRM South (355)
    
    Foreshore natural value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore pH Risk NRM North-NW (377)
    
    Foreshore pH Risk NRM North-NW dataset is part of the assessment and mapping of foreshore values, condition and pressure in the North and Cradle Coast Natural Resource Management (NRM) Regions of Tasmania. Assessment of the foreshore is based on the division of the mean high water mark into 100 m line segments. Using an assessment framework, each foreshore segment is assigned a score for a series of environmental stressors and values.
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  - Foreshore pollution pressure NRM South (365)
    
    dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore pressures NRM South (368)
    
    Pressures on the foreshore NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Foreshore recreation - tourism value NRM South (357)
    
    Foreshore recreation - tourism value NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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  - Geomorphic Lines - Backshore Landforms (427)
    
    Geomorphic Lines - Backshore Landforms was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Lines - Condition (428)
    
    Geomorphic Lines - Condition was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Lines - Geoconservation Values (429)
    
    Geomorphic Lines - Geoconservation Values was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Lines - Lower Intertidal Landforms (430)
    
    Geomorphic Lines - Lower Intertidal Landforms was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Lines - Sensitivity (431)
    
    Geomorphic Lines - Sensitivity was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Lines - Upper Intertidal Landforms (432)
    
    Geomorphic Lines - Upper Intertidal Landforms was derived from the Tasmanian Shoreline Geomorphic Types Line Map is a digital line map encoding a range of geomorphic and related attributes describing the landform types comprising the coast of Tasmania and its major islands including the Bass Strait islands and most minor islands larger than about 1 hectare. The original (version 1) of the map was compiled between July 1999 and July 2000 by Chris Sharples and Richard Mount, for the Oil Spill Response Atlas (OSRA) and the Australian Coastal Atlas (ACA).
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  - Geomorphic Polygons - Historic Dune Mobility (424)
    
    Geomorphic Polygons - Historic Dune Mobility was derived from the Tasmanian Quaternary Coastal Sediments polygon map is a digital map encoding a range of geomorphic and related attributes describing the soft Quaternary-age coastal sediment and landform types on the coastal areas of Tasmania and its major islands including the Bass Strait islands, but not Macquarie Island.
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  - Geomorphic Polygons - Present Dune Mobility (425)
    
    Geomorphic Polygons - Present Dune Mobility was derived from the Tasmanian Quaternary Coastal Sediments polygon map is a digital map encoding a range of geomorphic and related attributes describing the soft Quaternary-age coastal sediment and landform types on the coastal areas of Tasmania and its major islands including the Bass Strait islands, but not Macquarie Island.
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  - Geomorphic Polygons - Soft Sediment Landforms (426)
    
    Geomorphic Polygons - Soft Sediment Landforms was derived from the Tasmanian Quaternary Coastal Sediments polygon map is a digital map encoding a range of geomorphic and related attributes describing the soft Quaternary-age coastal sediment and landform types on the coastal areas of Tasmania and its major islands including the Bass Strait islands, but not Macquarie Island.
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  - Geomorphic foreshore condition NRM South (360)
    
    Geomorphic condition of foreshores NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. The 17 line maps produced in this study are intended to be used as a tool to assist managers and stakeholders in the identification of management issues with regards to foreshore planning, development, and natural resources.
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  - Introduced species foreshore condition NRM South (361)
    
    Introduced species and foreshore condition Natural Resource Management (NRM) South. This digital line map is a representation of the foreshore condition with regards to the presence/absence of introduced marine species and beach weeds on foreshores in the southern NRM region and is an attribute layer supporting the Condition Index.
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  - Introduced species foreshore pressure NRM South (367)
    
    Pressure from introduced species on foreshores Natural Resource Management (NRM) South. This digital line map is a representation of the foreshore condition with regards to the presence/absence of introduced marine species and beach weeds on foreshores in the southern NRM region and is an attribute layer supporting the Condition Index.
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  - Recreation - tourism foreshore pressure NRM South (364)
    
    Pressure from recreation and tourism use of foreshores NRM South dataset is part of the assessment and mapping of foreshore value, condition and pressure in the Southern Natural Resource Management (NRM) Region of Tasmania. Assessment of the foreshore is based on the division of the high water line into 100m segments.
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Infrastructure and Utilities (4 minor categories)
- Transportation (16 layers)
  - General Access Bus Routes (1851)
    
    General Access Bus Routes is a dataset sourced from Metro Tasmania of know bus routes within Tasmania. Metro Tasmania Pty Ltd does not warrant the accuracy or completeness of the information provided. By using this information, or providing it to a third party for use, you agree to release and indemnify Metro for any loss, liability, claim or costs arising out of the use of this information. For more detailed information visit http://www.metrotas.com.au/community/gtfs/
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  - General Access Bus Stops (1948)
    
    Metro Tasmania Pty Ltd does not warrant the accuracy or completeness of the information provided. By using this information, or providing it to a third party for use, you agree to release and indemnify Metro for any loss, liability, claim or costs arising out of the use of this information. For more detailed information visit http://www.metrotas.com.au/community/gtfs/
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  - Limited Access Roads (129)
    
    Limited Access Roads for describing the roads proclaimed for Limited Access.
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  - Railway Crossings (2043)
    
    Railway crossings are derived from Transport Node data, which comprises of junctions of two or more Transport Segments (non significant), places where the value of an attribute changes, bridges or tunnels with a length of less than 25 metres, roundabouts, cul-de-sacs,turning circles, railway stations, weighbridges, gates and boomgate, level crossings, barriers (immovable, removable, fence, bollard), cattle grids etc
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    Rail Train Crossing Roads Transport
  - Railway Distance Markers (1089)
    
    Railway distance markers along the Tasmanian Railway network
  - Railways (133)
    
    Railway lines are derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.is derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.
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    Railways OSRA
  - Road Centrelines (1947)
    
    Road Centrelines are derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.is derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.
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  - Roads - Road Name Annotation (964)
    
    Annotation or labelling depicting the road name for the road centreline layer where the road lines are not visible and not selectable. Roads - Road Name Annotation
  - Roads - Route Number Annotation (955)
    
    Annotation or labelling depicting the route name for the road centreline layer where the road lines are not visible and not selectable.
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    Roads - Route Number Annotation
  - Roadside Stops (State Owned) (2228)
    
    Roadside Stops shows the spatial location of Roadside Stops including Rest Areas, Heavy Vehicle Parking Areas and Roadside Lookouts on the State Government Road network.
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  - Speed Limits on State Roads (2304)
    
    The Road Speed Limits dataset contains posted speed zone data relating to 'State Government Proclaimed' roads.
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  - State Growth Bridges (3722)
    
    Department of State Growth statewide bridge data.
  - State Highways and Subsidiary Roads (1263)
    
    Road Centrelines (where the Authority is State Growth) data comprises transport routes and vehicular routes. Transport Segments are those portions of the above routes which fall between two Transport Nodes. The data will also include those segments which make up larger roundabouts (ie. with diameter > 25 metres), forks (ramps) with a length exceeding 20 metres, and road connectors which are pseudo features that create artificial continuity through roundabouts. Metadata for each line is linked to the Transport Segment layer through the Feature Metadata Pointer (FMP) attribute.
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  - State Road Casement (2253)
    
    The State Road Casement has been produced by the Department of State Growth to assist local government in applying the Utilities Zone to State roads in the Local Provisions Schedules as part of the Tasmanian Planning Scheme.
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  - TasPorts - Vessel Traffic Service areas (3837)
    
    TasPorts' Vessel Traffic Service areas
  - Tracks/ Ferry Routes (132)
    
    Tracks and ferry routes are derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.is derived from Transport Segment data, which comprises of transport routes (from those with highway status through to rough bush tracks), vehicular and passenger ferry routes, walking tracks, and railways.
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- Structures (13 layers)
  - Boat Ramps (1139)
    
    Boat Ramps that are used on the Tasmanian 1:25,000 map series.
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    Boat Ramps Marine boats slip way
  - Building Footprints (1077)
    
    Building Footprints are those man-made structures used for occupation, commercial, service or storage purposes. The Building Footprints layer is a combined view of the LISTmap Building Areas and Building Points layers. Building types include: Residence, Feature (those shown in red on the Tasmanian Towns Street Atlas), Shed, Ruin, Hothouse, Silo, Commercial, Industrial.
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  - Built Infrastructure Area (3725)
    
    LIST Infrastructure datasets contain spatial point, line or polygon locations of non-building, man-made features within Tasmania. Data is categorised into a main category (INFRA_TYPE1) and sub-category (INFRA_TYPE2).
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  - Built Infrastructure Line (3723)
    
    LIST Infrastructure datasets contain spatial point, line or polygon locations of non-building, man-made features within Tasmania. Data is categorised into a main category (INFRA_TYPE1) and sub-category (INFRA_TYPE2).
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  - Built Infrastructure Point (3724)
    
    LIST Infrastructure datasets contain spatial point, line or polygon locations of non-building, man-made features within Tasmania. Data is categorised into a main category (INFRA_TYPE1) and sub-category (INFRA_TYPE2).
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  - Campground/site (1712)
    
    Campgrounds/sites in Tasmania
  - Community, Sports and Recreation Facilities (1498)
    
    A subset of points (sporting grounds, clubs, community facilities) from LIST Points of Interest (Facility Points) dataset that contains spatial point locations of cultural, community and Government organisations and service providers within Tasmania. Data is categorised into a main category (COM_TYPE1) and sub-category (COM_TYPE2). Facilities in the main category include accommodation, church, club, Commonwealth, State and local government, community care, education and training, financial institution, fire stations, hospitals, medical service, sports complex, police and emergency service, tourist feature, transport, cultural grounds, halls and community centres. Features are defined as a spatial point and hold the name of the feature. Most are attributed with a Property Identification Number (PID) which provides a link to other property attributes recorded in the Valuation Information System for Tasmania (VISTAS) property data base.
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  - Facilities (134)
    
    Facilities, or Points of Interest, contain spatial point locations of organisations, public buildings, institutions and Government service providers within Tasmania. Data is categorised into a main and sub-category, and the name of the feature is held. Facilities in the main category include accommodation, church, club, Commonwealth, State and local government, community care, education and training, financial institution, fire stations, hospitals, medical service, sports complex, police and emergency service, tourist feature, transport, cultural grounds, halls and community centres. Features are defined as a spatial point and hold the name of the feature.
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  - Gates and Barriers (2587)
    
    This layer is a subset of the Transport Node dataset, which shows the location of gates and barriers which may limit or restrict access along Transport Segments.
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  - MAST Mooring Points (2050)
    
    Moorings in Tasmania managed by Marine & Safety Tasmania (MAST) MAST Mooring marine safety OSRA
  - MAST Navigation Aids (2051)
    
    MAST navigation aid marine safety OSRA
  - Public Toilet (1713)
    
    Public toilets in Tasmania
  - Wind Turbines (2997)
    
    Statewide layer showing locations of Wind Turbines
- Utilities and Communication (13 layers)
  - Communication Sites (ACMA) (1097)
    
    Australian Communication Media Authority Sites
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  - Declared Gas Pipeline Planning Corridor (1212)
    
    The pipeline planning corridor (PPC) dataset shows the extents of the planning corridor defined within the Gas Pipelines Act 2000 and Gas Act 2000.
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  - Electricity Transmission Infrastructure Protection Code Overlay (1869)
    
    The Electricity Transmission Infrastructure Protection Code Overlays have been produced by TasNetworks as statewide overlays for the Electricity Transmission Infrastructure Protection Code in the Tasmanian Planning Scheme.
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  - Tas Gas Networks Declared Pipeline (3113)
    
    Tas Gas Networks (TGN) Declared Pipeline? contains the spatial location of the Declared Pipeline Corridor
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  - TasGas Distribution Pipe (2517)
    
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  - TasNetworks High Voltage Conductor (4236)
    
    Locations of TasNetworks high voltage underground cables and overhead conductors
  - TasNetworks Low Voltage Conductor (4235)
    
    Locations of TasNetworks low voltage underground cables and overhead conductors
  - TasNetworks Pole (4234)
    
    Location data of TasNetworks Poles
  - TasNetworks Substations (4232)
    
    TasNetworks - Substation Locations shows the locations for substations that TasNetworks owns and maintains within Tasmania.
  - TasNetworks Tower Lines (4233)
    
    Locations of TasNetworks transmission line network
  - TasNetworks Towers (4231)
    
    Locations of TasNetworks Transmission towers
  - Tasmanian Gas Pipeline Easement (3115)
    
    The easement dataset shows the extents of the gazetted easement granted to Tasmanian Gas Pipeline (TGP) Pty Ltd within which the high pressure TGP and associated utilities and facilities are located.
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  - Transmission Lines (137)
    
    Transmission Lines shows the locations for the transmition lines that Trasend owns and maintains within Tasmania. Transmission Lines
- Water and Sewer (29 layers)
  - Sewer Serviced Land (1283)
    
    Serviced Land is the land which TasWater will permit to be connected to its water and sewerage infrastructure. The identification of Serviced Land is important as it determines TasWater's obligation to connect and supply customers. TasWater has identified Serviced Land based on individual land titles. Each title has been assessed for a single tenement connection. In the event that multiple tenements are required, additional development assessments will need to be undertaken. See https://www.taswater.com.au/Customers/Serviced-Land for further information.
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    TasWater Sewer Serviced Land SW BLW CMW
  - TasWater - Drinking Water Catchments (1174)
    
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  - TasWater - Drinking Water Intakes (1173)
    
    More Information
  - TasWater - Flood Inundation Summary (1392)
    
    TasWater's flood inundation summary.
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  - TasWater - Recycled Water Main (1500)
    
    TasWater's recycled water mains.
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  - TasWater - Recycled Water Network Structures (1501)
    
    TasWater's recycled water network structures.
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  - TasWater - Sewer Lateral Line (1998)
    
    Sewer laterals are short sewer pipes owned and operated by TasWater which generally connect the main sewer and the customer sanitary drain.
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  - TasWater - Sewer Main (1388)
    
    TasWater's sewer mains.
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    TasWater Sewer Main Hole SW BLW CMW
  - TasWater - Sewer Maintenance Hole (1389)
    
    TasWater's sewer maintenance holes.
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  - TasWater - Sewer Network Structures (1502)
    
    TasWater's sewer network structures.
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  - TasWater - Sewer Pressurised Main (1503)
    
    TasWater's sewer pressurised mains.
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  - TasWater - Sewer Systems (3240)
    
    TasWater operational Sewer areas.
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  - TasWater - Stormwater Main (1504)
    
    TasWater's stormwater mains.
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  - TasWater - Stormwater Maintenance Hole (1505)
    
    TasWater's stormwater maintenance holes.
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  - TasWater - Stormwater Network Structures (1506)
    
    TasWater's stormwater network structures.
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  - TasWater - Stormwater Pressurised Main (1507)
    
    TasWater's stormwater pressurised mains.
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  - TasWater - Water Customer Connection Point (2998)
    
    TasWater's water customers connection points
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  - TasWater - Water Hydrant (1390)
    
    TasWater's water hydrants.
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  - TasWater - Water Lateral Line (1999)
    
    Water laterals are short water pipes owned and operated by TasWater which generally connect the customer water meter to the water main
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  - TasWater - Water Main (1391)
    
    TasWater's water mains.
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    TasWater Water Main Hole SW BLW CMW
  - TasWater - Water Network Structures (1508)
    
    TasWater's water network structures.
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  - Tasmanian Irrigation - Dam (2290)
    
    Area under water at dam full service level
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  - Tasmanian Irrigation - Hydro Power Station (2295)
    
    Hydro electric power station.
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  - Tasmanian Irrigation - Irrigation District (2291)
    
    Area gazetted as being included in an irrigation scheme.
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  - Tasmanian Irrigation - Pipeline (2293)
    
    Water transfer pipeline
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  - Tasmanian Irrigation - Pump Station (2294)
    
    Water pumping station
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  - Tasmanian Irrigation - Tradezone (2289)
    
    Area within which irrigation water may be traded.
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  - Tasmanian Irrigation - Transmission Line (2292)
    
    Electrical power transmission lines
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  - Water Serviced Land (1284)
    
    Serviced Land is the land which TasWater will permit to be connected to its water and sewerage infrastructure. The identification of Serviced Land is important as it determines TasWater's obligation to connect and supply customers. TasWater has identified Serviced Land based on individual land titles. Each title has been assessed for a single tenement connection. In the event that multiple tenements are required, additional development assessments will need to be undertaken. See https://www.taswater.com.au/Customers/Serviced-Land for further information.
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    TasWater Water Serviced Land SW BLW CMW
Emergency Management (5 minor categories)
- Incident Feeds (5 layers)
  - Fire Boundaries from TasAlert (1069)
    
    Fire Boundary AGOL feed from the TFS depicting current active fire boundaries around the state.
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  - Fire Incidents from TFS (1068)
    
    Fire Incident AGOL feed from the TFS
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  - Fire Permits from TasAlert Website (1171)
    
    Fire Permits KML feed from the Alert.tas website
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  - State-wide Road Closures (1152)
    
    The state-wide road closures layer identifies roads where access has been restricted to authorised personnel, essential services or emergency services.
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  - TasAlert Warnings (4227)
    
    Replicated TasAlert Warnings. Please be aware that there may be a 2 min delay between these points and those on TasAlert.
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- Hazard Data (1 layer)
  - DEA Public Hotspots (with Info) (3856)
    
    The Digital Earth Australia Hotspots web service has been developed as part of the Sentinel national bushfire monitoring system. The service delivers hotspots point data from (a growing number of) satellite-born instruments that detect light in the thermal wavelengths. Typically, the satellite data are processed with a specific algorithm that highlights areas with an unusually high temperature. In principle, however, hotspots may be sourced from non-satellite sources.
- Flood Hazard Data (32 layers)
  - 0.5 Percent AEP Depth Overland Flooding (4113)
    
    Simulated peak flood Depth (m) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 0.5 Percent AEP Depth Riverine Flooding (4114)
    
    Simulated peak flood Depth (m) for the Hydrologic (Riverine Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 0.5 Percent AEP Hazard Overland Flooding (4115)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 0.5 Percent AEP Hazard Riverine Flooding (4116)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrologic (Riverine Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 0.5 Percent AEP Velocity Overland Flooding (4117)
    
    Simulated peak flood Velocity (m/s) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 0.5 Percent AEP Velocity Riverine Flooding (4118)
    
    Simulated peak flood Velocity (m/s) for the Hydrologic (Riverine Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 0.5 Percent AEP Water Level Overland Flooding (4119)
    
    Simulated peak flood Level (mAHD) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 0.5 Percent AEP Water Level Riverine Flooding (4120)
    
    Simulated peak flood Level (mAHD) for the Hydrologic (Riverine Flooding) Model, 0.5% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Depth Overland Flooding (4085)
    
    Simulated peak flood Depth (m) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Depth Overland Flooding [Climate Change] (4095)
    
    Simulated peak flood Depth (m) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Depth Riverine Flooding (4086)
    
    Simulated peak flood Depth (m) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Depth Riverine Flooding [Climate Change] (4096)
    
    Simulated peak flood Depth (m) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Hazard Overland Flooding (4087)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Hazard Overland Flooding [Climate Change] (4094)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Hazard Riverine Flooding (4088)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Hazard Riverine Flooding [Climate Change] (4093)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
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  - 1.0 Percent AEP Velocity Overland Flooding (4089)
    
    Simulated peak flood Velocity (m/s) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Velocity Overland Flooding [Climate Change] (4098)
    
    Simulated peak flood Velocity (m/s) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Velocity Riverine Flooding (4090)
    
    Simulated peak flood Velocity (m/s) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Velocity Riverine Flooding [Climate Change] (4097)
    
    Simulated peak flood Velocity (m/s) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Water Level Overland Flooding (4091)
    
    Simulated peak flood Level (mAHD) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Water Level Overland Flooding [Climate Change] (4100)
    
    Simulated peak flood Level (mAHD) for the (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Water Level Riverine Flooding (4092)
    
    Simulated peak flood Level (mAHD) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 1.0 Percent AEP Water Level Riverine Flooding [Climate Change] (4099)
    
    Simulated peak flood Level (mAHD) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Climate Change (year 2090) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Depth Overland Flooding (4103)
    
    Simulated peak flood Depth (m) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Depth Riverine Flooding (4105)
    
    Simulated peak flood Depth (m) for the Hydrologic (Riverine Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). More information
    More Information
  - 2.0 Percent AEP Hazard Overland Flooding (4106)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Hazard Riverine Flooding (4107)
    
    Simulated peak flood Hydraulic Hazard (H1 - H6) for the Hydrologic (Riverine Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Velocity Overland Flooding (4108)
    
    Simulated peak flood Velocity (m/s) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Velocity Riverine Flooding (4109)
    
    Simulated peak flood Velocity (m/s) for the Hydrologic (Riverine Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Water Level Overland Flooding (4110)
    
    Simulated peak flood Level (mAHD) for the Hydrodynamic (Direct Rainfall/Overland Flooding) Model, 2% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
  - 2.0 Percent AEP Water Level Riverine Flooding (4111)
    
    Simulated peak flood Level (mAHD) for the Hydrologic (Riverine Flooding) Model, 1% Annual Excedence Probability (AEP) Design Flood Event (DFE). Information on the SES website
    More Information
- General (20 layers)
  - ABC Local Radio Coverage (1156)
    
    This coverage is indicative only. Reception can be affected by multiple external factors; including local terrain, atmospheric conditions and most importantly the quality of receiving equipment and antennas used. Reception quality will be affected by obstructions between your location and the transmitter site; including terrain, high rise buildings, trees and water towers.
  - Ambulance Stations (1320)
    
    Ambulance Stations managed by the Department of Health and Human Services Tasmania.
  - Ambulance Tasmania Regions (1332)
    
    Ambulance Tasmania Regions Ambulance Tasmania Regions AT
  - Ambulance Tasmania Station Primary Response Area (1331)
    
    Ambulance Tasmania Station Primary Response Area
  - Automatic Defibrillator Locations (AED) (1119)
    
    Automated External Defibrillator Location KML Feed from the Tasmanian Ambulance Service
  - Catholic School Closure Status (3010)
    
    Catholic School Closures, non editable version
  - DECYP Facility Closure Status (1864)
    
    Closure status of government schools, lincs, and childcare centres as managed by DoE
  - Emergency Meeting Points (216)
    
    Emergency Meeting Points developed by Sustainable Timber Tasmania (STT) for remote areas. The points serve as an easily identified location for emergency services to access should the need arise.
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  - Fire History (938)
    
    The fire history dataset is a historical record of mapped bushfires that have occurred throughout Tasmania.
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  - Fire History - Impacted last 10 seasons (1682)
    
    Areas of fire activity within the last 10 fire seasons
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  - Fire History - Impacted last 5 seasons (1681)
    
    Areas of fire activity within the last 5 fire seasons
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  - Fire History - Last Impacted (939)
    
    Areas of most recent fire activity
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  - Fire Stations (1093)
    
    Locations of Tasmania Fire Service fire stations
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    Fire Station stations tfs brigade
  - Fire Suppression Agency (1993)
    
    MAC Group agency responsible for fire suppression activities
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  - Fuel Reduction Burn Areas (3333)
    
    Areas that have been and are proposed to be managed as part of the State fire fuel reduction program
  - Fuel Reduction Burn Points (3334)
    
    Areas that have been and are proposed to be managed as part of the State fire fuel reduction program
  - Independent School Closure Status (3011)
    
    Independent School Closures, non editable version
  - Places of Last Resort (TFS Nearby Safer Places) (937)
    
    Tasmanian Fire Services (TFS) Nearby Safer Places from Community Fire Protection Planning
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  - Police Stations (1091)
    
    Police Station Locations
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    Police Station stations taspol
  - State Emergency Service Offices (951)
    
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- Bushfire Risk Management (4 layers)
  - BRMP Risk Register - Assets Human Settlement Area (3307)
    
    More Information
  - BRMP Risk Register - Assets Natural Value (3308)
    
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  - BRMP Risk Register - Assets Other (3309)
    
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  - BRMP Risk Register - Assets Production Forest (3310)
    
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Primary Industries (5 minor categories)
- Farming (51 layers)
  - Dam Permit Locations - Existing (225)
    
    Dam Permit Locations are created by Water Resources Water Management (DPIPWE) from their internal WIMS database to show the locations that dam permits have been applied for. It shows the status of the permit (existing, expired, proposed etc), and if a dam has been constructed, contains pertainent information about that dam.
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  - Dam Permit Locations - Other (1383)
    
    Dam Permit Locations are created by Water Resources Water Management (DPIPWE) from their internal WIMS database to show the locations that dam permits have been applied for. It shows the status of the permit (existing, expired, proposed etc), and if a dam has been constructed, contains pertainent information about that dam.
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  - Dam Permit Locations - Proposed (1382)
    
    Dam Permit Locations are created by Water Resources Water Management (DPIPWE) from their internal WIMS database to show the locations that dam permits have been applied for. It shows the status of the permit (existing, expired, proposed etc), and if a dam has been constructed, contains pertainent information about that dam.
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  - ESM - Barley (440)
    
    Classified land depicting the suitability for growing Barley with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Northern Highbush (2561)
    
    Classified land depicting the suitability for growing Blueberries with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Southern Highbush (2562)
    
    Classified land depicting the suitability for growing Blueberries with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Carrot Seed (442)
    
    Classified land depicting the suitability for growing Carrot Seed with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Carrots (443)
    
    Classified land depicting the suitability for growing Carrots with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Cherries (444)
    
    Classified land depicting the suitability for growing Cherries with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Continental (3497)
    
    Classified land depicting the suitability for growing Cocksfoot Continental with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Mediterranean (3498)
    
    Classified land depicting the suitability for growing Cocksfoot Mediterranean with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Globulus (3035)
    
    Classified land depicting the suitability for growing Eucalyptus globulus with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Moderately suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Nitens (3036)
    
    Classified land depicting the suitability for growing Eucalyptus nitens with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Moderately suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Hazelnuts (445)
    
    Classified land depicting the suitability for growing Hazelnuts with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Industrial Hemp (446)
    
    Classified land depicting the suitability for growing Industrial Hemp with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Linseed (447)
    
    Classified land depicting the suitability for growing Linseed with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Lucerne (448)
    
    Classified land depicting the suitability for growing Lucerne with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Olives (449)
    
    Classified land depicting the suitability for growing Olives with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Onions (450)
    
    Classified land depicting the suitability for growing Onions with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Phalaris (3499)
    
    Classified land depicting the suitability for growing Phalaris with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Pinus Radiata (451)
    
    Classified land depicting the suitability for growing Pinus Radiata with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Poppies (3500)
    
    Classified land depicting the suitability for growing Poppies with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Potatoes (452)
    
    Classified land depicting the suitability for growing Potatoes with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Pyrethrum (453)
    
    Classified land depicting the suitability for growing Pyrethrum with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Raspberries (454)
    
    Classified land depicting the suitability for growing Raspberries with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Red Clover (3501)
    
    Classified land depicting the suitability for growing Red Clover with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Rye Grass (455)
    
    Classified land depicting the suitability for growing Rye Grass with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Soil Sample Sites (439)
    
    The Soil Sample sites used to classify land depicting the suitability for various agricultural enterprises developed through a 2 year Wealth from Water Pilot Program that commenced in Nov. 2010 in 2 case studies areas (One is the 45,000 Ha Meander Valley Irrigation Scheme and the other is 27,000 Ha of the Midlands Irrigation Scheme around Tunbridge, Woodbury, York Plains, Nala and Andover). Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - ESM - Sparkling Wine Grapes (456)
    
    Classified land depicting the suitability for growing Sparkling Wine Grapes with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Strawberries (457)
    
    Classified land depicting the suitability for growing Strawberries with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Strawberry Clover (3502)
    
    Classified land depicting the suitability for growing Strawberry Clover with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Table Wine Grapes (2255)
    
    Classified land depicting the suitability for growing Table Wine Grapes with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Continental (3503)
    
    Classified land depicting the suitability for growing Tall Fescue Continental with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Mediterranean (3504)
    
    Classified land depicting the suitability for growing Tall Fescue Mediterranean with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index (3239)
    
    An index depicting enterprise crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 24 state-wide enterprise suitability datasets was undertaken to identify specific areas of the State that were suited to more enterprises than other areas.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index Pastures (3506)
    
    An index depicting pasture crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 10 state-wide enterprise suitability pasture datasets was undertaken to identify specific areas of the State that were suited to more pasture species than other areas.
    Refer to Map User Notes for further information.
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  - ESM - Wheat (459)
    
    Classified land depicting the suitability for growing Wheat with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - ESM - White Clover (3505)
    
    Classified land depicting the suitability for growing White Clover with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable.
    Refer to Map User Notes for further information.
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  - Groundwater Bore Holes and Features (3160)
    
    This dataset provides summary information on over 11,000 drill holes that were drilled for groundwater investigations and groundwater extraction by various Tasmanian State Departments (Mines Department, Mineral Resources Tasmania and Department of Natural Resources and Environment Tasmania), private consultants and groundwater drilling companies. It also provides basic information for a small number of other natural groundwater features (springs, seepages etc.). For the layer's fields description and access to more detailed groundwater information follow the link provided under "More Information".
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  - Land Capability (392)
    
    Land Capability classification is an internationally accepted method of ranking the ability of the land to support a range of broadacre agricultural activities on a sustainable basis. In Tasmania the system comprises seven classes ranked in order of agricutltural veratility. Class 1 land is the best and Class 7 the poorest.
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    Land Capability
  - Soil Coarse Fragments [>60mm diameter] (3507)
    
    A statewide grid surface (30m spatial resolution) delineating Soil Coarse Fragments >60mm diameter reported as a percentage (%) of total soil material within soil depth 0-15cm. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Soil Drainage (1913)
    
    A statewide grid surface (30m spatial resolution) delineating soil drainage classes (Very poor, Poor, Imperfect, Moderate, Well, Rapid). Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Soil Permeability (1914)
    
    A statewide grid surface (30m spatial resolution) delineating Soil Permeability classes (Very slow, Slow, Moderate, High). Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Soil Rooting Depth (1915)
    
    A statewide grid surface (30m spatial resolution) delineating Soil Depth (cm) down to 2 metres. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Soil Vulnerability - Hillslope Erosivity Hazard (2555)
    
    Hillslope water erosion hazard shows areas where a water erosion hazard might exist if sufficient groundcover is not maintained, which could lead to soil resource degradation through soil, organic matter and nutrient loss, resulting in sedimentation and contamination of drainage lines and waterways after significant rainfall and runoff events. Refer to link for additional information Managing Vulnerable Soils under Irrigation in Tasmania
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  - Soil Vulnerability - Salinity Hazard (2556)
    
    Shows areas where a salinity hazard might exist if sufficient management is not applied, which could lead to soil resource degradation. Refer to link for additional information Managing Vulnerable Soils under Irrigation in Tasmania
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  - Soil Vulnerability - Sodicity Hazard (2557)
    
    The Sodicity hazard identifies areas of Tasmania where soil sodicity is predicted to be an issue and will require implementation of appropriate management techniques to minimize the risk of soil degradation. Soil sodicity occurs where the sodium (Na) ions make up 6% or more of all cations attached to soil particles. Refer to link for additional information Managing Vulnerable Soils under Irrigation in Tasmania
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  - Soil Vulnerability - Waterlogging Hazard (2558)
    
    Shows areas where a waterlogging hazard might exist if sufficient management is not applied. Waterlogging occurs when excess water saturates the soil, filling pore spaces and reducing the oxygen content of the soil. Reducing waterlogging can increase productivity and the general health of the crop. Refer to link for additional information Managing Vulnerable Soils under Irrigation in Tasmania
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  - Soil Vulnerability - Wind Erosion Hazard (2559)
    
    Shows areas where a wind erosion hazard might exist if sufficient groundcover is not maintained. Wind erosion is the detachment, transportation and redepositing of soil particles by wind. Refer to link for additional information Managing Vulnerable Soils under Irrigation in Tasmania
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  - Soil pH (0 to 15cm) (1916)
    
    A statewide grid surface (30m spatial resolution) delineating Soil pH (within 0-15cm depth). Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Water Licence Information (2585)
    
    Water Licence Information shows the location and licence attributes of offtake points for surface water extraction.
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- Forestry (14 layers)
  - FPA Forest Practices Plan Locations (3698)
    
    Shows the location of submitted Forest Practices Plans (FPP) as recorded by the Forest Practices Authority (FPA - https://www.fpa.tas.gov.au/)
  - FPA IBRA4 Bioregions (3699)
    
    Forestry FPA IBRA4 Bioregions
  - FPA Land Tenure (3700)
    
    Land Tenure data set contains a representation of the commonly accepted tenure classifications for Tasmania. Tenure Classifications include Crown Land, Private Land, Reserved Land, Conservation Covenants, Private Reserves, State Forest. This version of the layer has a custom symbology developed for FPA mapping purposes and may not align with the official Land Tenure layer.
  - FPA Mature Habitat (3701)
  - FPA PIDs (3702)
  - STT Australian Forest Standard - Defined Forest Area (3262)
    
    The Australian Forest Standard (AFS) refers to the defined forest area as follows: An area of forest (including land and water) to which the requirements of the Standard are applied. It includes productive and non-productive forest areas, streamside reserves, conservation areas, and roads, etc. The defined forest area is described by survey plans, legal title(s), gazettal notices or GIS shapefiles, whether as freehold, joint venture, agreement, lease or crown land
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  - STT FMU - Forest Management and Controlled Wood (3253)
    
    The component of the Forest Management Unit (FMU) on Permanent Timber Production Zone for which Forestry Tasmania is seeking FSC (Forest Management) certification.
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  - STT Informal Reserves (3254)
    
    "Informal Reserves" is a layer determined by using Sustainable Timber Tasmania's MDC to distinguishes areas to be protected from wood production purposes ( such as wildlife habitat strips, wedge-tailed eagle reserves, threatened flora reserves and landscape reserves etc.) as protection from those areas managed as production or non-production.
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  - STT Non Production Forest (3256)
    
    "Non-Production Forest" is a layer determined by using Sustainable Timber Tasmania's MDC to distinguishes areas not suitable for wood production purposes (such as steep slopes, non-forest vegetation, unharvestable etc.) from those areas managed as production or informal reserves.
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  - STT Permanent Timber Production Zone (3257)
    
    This layer "Permanent Timber Production Zone" is a derived layer where tenure class = 'Permanent Timber Production Zone Land' from Land Tenure.
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  - STT Potential Chemical Application (3258)
    
    Each year Sustainable Timber Tasmania publishes Insect Monitoring and Insecticide & Herbicide Application information relating to operations on Permanent Timber Production Zone (PTPZ) land.
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  - STT Production Forest (3259)
    
    "Production Forest" is a layer determined by using Sustainable Timber Tasmania's MDC to distinguishes areas suitable for wood production purposes from those areas managed as non-production or informal reserves.
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  - STT Recreational Hunting Areas (3418)
    
    This layer defines the areas of Permanent Timber Production Zone land set aside by Sustainable Timber Tasmania for recreational hunting by the public. These areas are available for recreational hunting for members of the public who hold a current firearms licence, Permission to Shoot from Sustainable Timber Tasmania and any relevant Game Licence/s from the Department of Primary Industries, Parks, Water and the Environment.
  - STT Three Year Plan (3261)
    
    "Informal Reserves" is a layer determined by using Sustainable Timber Tasmania's MDC to distinguishes areas to be protected from wood production purposes ( such as wildlife habitat strips, wedge-tailed eagle reserves, threatened flora reserves and landscape reserves etc.) as protection from those areas managed as production or non-production.
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- Mining (18 layers)
  - Borehole Points of Tasmania (Mineral Resources Tasmania) (1940)
    
    This dataset provides information about drill holes of all types, drilled by MRT and commercial companies. The dataset contains information on over 36,000 drill holes.
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  - Category 1 Exploration Licence (255)
    
    Category 1 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 1 comprises any metallic mineral or atomic substance.
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  - Category 2 Exploration Licence (256)
    
    Category 2 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 2 comprises coal, peat, lignite, oil shale and coal seam gas.
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  - Category 3 Exploration Licence (257)
    
    Category 3 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 3 comprises any rock, stone, gravel, sand and clay used in construction, bricks and ceramics.
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  - Category 4 Exploration Licence (258)
    
    Category 4 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 4 comprises petroleum products except oil shale.
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  - Category 5 Exploration Licence (259)
    
    Category 5 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 5 comprises, industrial minerals, prescribed precious stones, and prescribed semi-precious stone.
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  - Category 6 Exploration Licence (260)
    
    Category 6 Exploration Licence polygons and Exploration Release Areas across Tasmania, with tenement information derived from the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system; administered by Mineral Resources Tasmania (MRT), Department of State Growth. Category 6 is any geothermal substance.
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  - Current Mining Leases (253)
    
    Contains the final polygon for all non-current leases; where a partial surrender occurred the record will only show the final extent
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  - Historic 1:15840 Tenement Charts Index (3884)
    
    Historic 1:15840 (4 inch to a mile) tenement charts on which mining leases and some exploration licences were charted prior to adoption of GIS mapping and the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system.
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  - Historic 1:20000 Tenement Charts Index (3885)
    
    Historic 1:20000 tenement charts on which mining leases and some exploration licences were charted prior to adoption of GIS mapping and the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system.
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  - Historic 1:25000 Tenement Charts Index (3886)
    
    Historic 1:25000 tenement charts on which mining leases and some exploration licences were charted prior to adoption of GIS mapping and the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system.
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  - Historic Mineral Tenement Charts Index (3358)
    
    Historic tenement charts, at various scales, on which mining leases and some exploration licences were charted prior to adoption of GIS mapping and the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system.
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  - Historic Mineral Tenement Land District Charts (3359)
    
    Historic land district charts on which some mining leases and exploration licences were charted prior to adoption of GIS mapping and the Tasmanian Information on Geoscience and Exploration Resources (TIGER) system.
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  - Historic Mining Leases (4112)
    
    Contains the final polygon for all non-current leases; where a partial surrender occurred the record will only show the final extent
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  - MRT Strategic Resources (3297)
    
    Areas available for resource extraction under the Statewide planning scheme, which are also considered to be highly prospective for all Categories of Mineral as defined in the Mineral Resources Development Act 1996
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  - Mineral Occurrences (2036)
    
    Mineral occurrences, including operating and abandoned mines, located in Tasmania, with summary mineral occurrence data, derived from the Mineral Occurrence Database, administered by Mineral Resources Tasmania.
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  - Strategic Prospectivity Zones (254)
    
    Areas defined by the Mining (Strategic Prospectivity Zones) Act 1993.
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    Strategic Prospectivity Zones mrt
  - Unavailable Areas (1218)
    
    Areas Unavailable for Mining or Exploration.
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    Unavailable Areas mining mrt
- Aquaculture (6 layers)
  - Aquaculture - Marine lease (159)
    
    Marine Farm Leases are issued under the Marine Farming Planning Act 1995 for a period of 30 years. The lease describes the area in which marine farming activities are permitted to take place in accordance with the Act. The lease boundary is described on a survey plan registered in the Central Plan Register, as determined by the the Minister and added as an attachment to the lease document.
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    Marine Leases OSRA
  - Marine Farming Development Plan Areas (2627)
    
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  - Marine Farming Licences (3034)
    
    Marine Farming Licences are issued under the Living Marine Resources Management Act 1995. These licences authorise the farming of nominated species and provide certain conditions and restrictions that the licence holder must comply with whilst undertaking their authorised aquaculture activities.
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  - Marine Farming Zones (2513)
    
    Marine Farming Zones are areas that have been identified, in accordance with the Marine Farming Planning Act 1995, after extensive public consultation, as areas suitable for marine farming. A marine farm lease may be issued within a marine farming zone.
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    marine farm aquaculture fish
  - ShellMAP Harvest Area Boundaries (3046)
    
    The Tasmanian Shellfish Harvest Area dataset depicts the areas managed by the Shellfish Market Access Program Regulatory Services. The Tasmanian Shellfish Harvest Area dataset is not intended to supersede or replace any lease area or marine farming zone boundaries designated in the relevant marine farming development plan or otherwise by the Marine Farming Branch of the Water and Marine Resources Division of the Department of Primary Industries, Parks, Water and Environment. The LIST Tasmanian Shellfish Harvest Area dataset is provided for convenience of reference only. The shellfish harvest area boundaries described are indicative of the approved or restricted area for the taking of the class or species of regulated fish as described in Tasmanian Shellfish Harvest Boundaries 2018.
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  - ShellMAP Water Quality Sample Sites (3641)
    
    The ShellMAP Water Quality Sample Sites dataset depicts locations where water sampling is conducted by or on behalf of the Shellfish Market Access Program Regulatory Services. These sites are used to test water quality within or in near proximity to shellfish harvest areas in Tasmania. The dataset includes both actively sampled sites and inactive sites. The LIST ShellMAP Water Quality Sample Sites dataset is provided for convenience of reference only.
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- Agriculture (16 layers)
  - Biosecurity Property PIC- Public (1964)
    
    The Biosecurity Property PIC / PID dataset is derived from the Tasmanian Agricultural Properties Database (TAPDB) and the LIST Cadastral datasets. It contains locations / properties throughout Tasmania with which Biosecurity Tasmania have an interest in from a possible incident response perspective.
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  - Biosecurity Property PID- Public (1965)
    
    The Biosecurity Property PIC / PID dataset is derived from the Tasmanian Agricultural Properties Database (TAPDB) and the LIST Cadastral datasets. It contains locations / properties throughout Tasmania with which Biosecurity Tasmania have an interest in from a possible incident response perspective.
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  - Frost Risk - Wine Grapes [Baseline 2018] (4142)
    
    A series of grid surfaces (30m resolution) delineating frost risk (%) for wine grapes (Pinot Noir, post budburst stage) are produced for land areas across Tasmania.
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  - Frost Risk - Wine Grapes [CFT 2030] (4143)
    
    A series of grid surfaces (30m resolution) delineating frost risk (%) for wine grapes (Pinot Noir, post budburst stage) are produced for land areas across Tasmania.
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  - Frost Risk - Wine Grapes [CFT 2050] (4144)
    
    A series of grid surfaces (30m resolution) delineating frost risk (%) for wine grapes (Pinot Noir, post budburst stage) are produced for land areas across Tasmania.
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  - Land Potentially Suitable for Agriculture Zone (1689)
    
    The Land Potentially Suitable for the Agriculture Zone mapping layer was produced as part of the agricultural land mapping project specifically to provide guidance to local government in spatially applying the Agriculture Zone as part of the Tasmanian Planning Scheme. This layer should be viewed in conjunction with the Potential Agricultural Land - Initial Analysis mapping layer.
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  - Land Use 2002 (1136)
    
    Tasmanian Land Use 2002 was created after the Bureau of Rural Science contracted DPIWE to create a land use dataset for Tasmania. The project ran from September 2001 to March 2003. Mapping was at two different scales; 1:25000 for areas of the state under extensive agriculture and 1:100000 for the remainder.
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    Land Use 2002 landuse
  - Land Use 2009-2010 (1137)
    
    Tasmanian Land Use 2009-2010 was created after a joint NRM North, Cradle Coast NRM, NRM South and DPIPWE funded project to create a 1: 50 000 digital spatial layer for Tasmanian land use as at summer 2009/2010, attributed to ALUM v7 classifications. The dataset was created from fieldwork, consultation with local experts, vector data sets, databases and 2009/2010 RapidEye imagery which required successive stages of data collection, interpretation, verification and validation for a quality assured final product.
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    Land Use 2009-2010 landuse
  - Land Use 2013 (1625)
    
    The Tasmanian land use 2013 spatial data set is produced at catchment scale which is undertaken through the Australian Collaborative Land Use and Management Program (ACLUMP) using standards set out in the 'Guidelines for land use mapping in Australia: principals, procedures and definitions, 4th edition 2011'. Land use is classified by its prime use using a hierarchical structure, Australian Land Use and Management Classification (ALUMC) v7, which allows attribution as broad classes to individual commodities.
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    Land Use 2013 landuse
  - Land Use 2015 (2000)
    
    The Tasmanian land use 2015 spatial data set is produced at catchment scale which is undertaken through the Australian Collaborative Land Use and Management Program (ACLUMP) using standards set out in the 'Guidelines for land use mapping in Australia: principals, procedures and definitions, 4th edition 2011' and ?Addendum to the Guidelines for land use mapping in Australia: principles, procedures and definition, 4th Edition?. Land use is classified by its prime use using a hierarchical structure, Australian Land Use and Management Classification (ALUMC) v8, which allows attribution as broad classes to individual commodities.
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    Land Use 2015 landuse
  - Land Use 2019 (3296)
    
    The Department of Primary Industries, Parks, Water and Environment?s (DPIPWE) Tasmanian Land Use Mapping program creates a catchment scale land use spatial layer mapped and classified according to the national guidelines (ABARES 2011, 2015) and the Australian Land Use and Management (ALUM) Classification version 8 (ABARES 2016).
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  - Land Use 2021 (3758)
    
    The Department of Natural Resources and Environment Tasmania (NRE Tas) Tasmanian Land Use Mapping program creates a catchment scale land use spatial layer mapped and classified according to the national guidelines (ABARES 2011, 2015) and the Australian Land Use and Management (ALUM) Classification version 8 (ABARES 2016).
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  - Land Use Live Outline and Labels (2336)
    
    The Tasmanian land use spatial data set is produced at catchment scale which is undertaken through the Australian Collaborative Land Use and Management Program (ACLUMP) using standards set out in the 'Guidelines for land use mapping in Australia: principals, procedures and definitions, 4th edition 2011' and ?Addendum to the Guidelines for land use mapping in Australia: principles, procedures and definition, 4th Edition?. Land use is classified by its prime use using a hierarchical structure, Australian Land Use and Management Classification (ALUMC) v8, which allows attribution as broad classes to individual commodities.
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  - Land Use Live- Secondary Land Use (2338)
    
    The Tasmanian land use spatial data set is produced at catchment scale which is undertaken through the Australian Collaborative Land Use and Management Program (ACLUMP) using standards set out in the 'Guidelines for land use mapping in Australia: principals, procedures and definitions, 4th edition 2011' and ?Addendum to the Guidelines for land use mapping in Australia: principles, procedures and definition, 4th Edition?. Land use is classified by its prime use using a hierarchical structure, Australian Land Use and Management Classification (ALUMC) v8, which allows attribution as broad classes to individual commodities.
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  - Land Use Live- Tertiary Land Use (2339)
    
    The Tasmanian land use spatial data set is produced at catchment scale which is undertaken through the Australian Collaborative Land Use and Management Program (ACLUMP) using standards set out in the 'Guidelines for land use mapping in Australia: principals, procedures and definitions, 4th edition 2011' and ?Addendum to the Guidelines for land use mapping in Australia: principles, procedures and definition, 4th Edition?. Land use is classified by its prime use using a hierarchical structure, Australian Land Use and Management Classification (ALUMC) v8, which allows attribution as broad classes to individual commodities.
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  - Potential Agricultural Land Initial Analysis (1690)
    
    The Potential Agricultural Land - Initial Analysis mapping layer was produced as part of the agricultural land mapping project specifically to provide guidance to local government in spatially applying the Agriculture Zone as part of the Tasmanian Planning Scheme. This layer should be viewed in conjunction with the Land Potentially Suitable for the Agriculture Zone mapping layer.
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    Agriculture analysis land potential
Climate and Environment (4 minor categories)
- Environment (6 layers)
  - EPA Aquatic Ecosystem DGVs for Surface Water Catchments (3000)
    
    The Default Guideline Values (DGVs) for aquatic ecosystems have been derived for inland waters of the surface water catchments of Tasmania in accordance with the National Water Quality Management Strategy (NWQMS).
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  - EPA Open Fires per 250m x 250m grid (2061)
    
    Spatial distribution of open fires in Tasmania
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  - EPA Regulated Premises (2341)
    
    The Tasmania Environment Protection Authority (EPA) regulated sites around the state.
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  - EPA Underground Petroleum Storage Systems (3112)
    
    This layer shows sites where EPA has received notification of the registration, temporary decommissioning or permanent decommissioning of underground petroleum storage systems (UPSS) under the Environmental Management and Pollution Control (Underground Petroleum Storage Systems) Regulations 2020 (UPSS Regulations).
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  - EPA Woodheaters per 250m x 250m grid (2062)
    
    Spatial distribution of wood heaters in Tasmania
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  - Interim Biogeographic Regionalisation Australia (IBRA) (3608)
    
    Interim Biogeographic Regionalisation for Australia (IBRA) version 7.0 represents a landscape based approach to classifying the land surface of Australia. 89 biogeographic regions and 419 sub regions have been delineated, each reflecting a unifying set of major environmental influences which shape the occurrence of flora and fauna and their interaction with the physical environment across Australia and its external territories (excluding Antarctica). IBRA Version 7.0 data consists of two datasets. IBRA bioregions, which is a larger scale regional classification of homogenous ecosystems, and sub regions, which are more localised. IBRA Version 7.0 is the result of both significant changes to certain IBRA 6.1 boundaries, plus refinement of other boundaries due to better data availability amongst some states and territories, and alterations by the states/territories along state borders.
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- Climate Change (33 layers)
  - Baseline Mean Frost Risk A2 (177)
    
    Mean Frost Risk (days less than 2 degrees per year) for period 1961-1990. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Baseline SPI A2 (181)
    
    Baseline Standardised Precipitation Index for period 1961-2010. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Baseline to End of century SPI Change A2 (185)
    
    Standard Precipitation Index change from period 1961-2010 to period 2051-2100. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Baseline to Medium term Future SPI Change A2 (184)
    
    Standard Precipitation Index change from period 1961-2010 to period 2011-2060. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Annual Rainfall Change A2 (170)
    
    Annual Rainfall change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Annual Rainfall Change B1 (191)
    
    Annual Rainfall change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Mean Frost Risk A2 (179)
    
    Mean Frost Risk (days less than 2 degrees per year) for period 2070-2099. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Mean Temperature Change B1 (188)
    
    Mean Temperature change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Mean Temperature change A2 (167)
    
    Mean Temperature change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Pan Evaporation Change A2 (176)
    
    Pan Evaporation change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Pan Evaporation Change B1 (197)
    
    Pan Evaporation change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Relative Humidity Change A2 (173)
    
    Relative Humidity change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century Relative Humidity Change B1 (194)
    
    Relative Humidity change from the current period to the 2070-2099 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - End of century SPI A2 (183)
    
    End-of-century Standardised Precipitation Index for period 2051-2100. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Annual Rainfall Change A2 (169)
    
    Annual Rainfall change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Annual Rainfall Change B1 (190)
    
    Annual Rainfall change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Mean Frost Risk A2 (178)
    
    Mean Frost Risk (days less than 2 degrees per year) for period 2040-2069. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Mean Temperature Change A2 (166)
    
    Mean Temperature change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Mean Temperature Change B1 (187)
    
    Mean Temperature change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Pan Evaporation Change A2 (175)
    
    Pan Evaporation change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Pan Evaporation Change B1 (196)
    
    Pan Evaporation change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Relative Humidity Change B1 (193)
    
    Relative Humidity change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future Relative Humidity change A2 (172)
    
    Relative Humidity change from the current period to the 2040-2069 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Medium term Future SPI A2 (182)
    
    Medium-term Standardised Precipitation Index for period 2011-2060. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Annual Rainfall Change A2 (168)
    
    Annual Rainfall change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Annual Rainfall Change B1 (189)
    
    Annual Rainfall change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Mean Frost Risk A2 (180)
    
    Mean Frost Risk (days less than 2 degrees per year) for period 2010-2039. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Mean Temperature Change A2 (165)
    
    Mean Temperature change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Mean Temperature Change B1 (186)
    
    Mean Temperature change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Pan Evaporation Change A2 (174)
    
    Pan Evaporation change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Pan Evaporation Change B1 (195)
    
    Pan Evaporation change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Relative Humidity Change B1 (192)
    
    Relative Humidity change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic and Swart 2000). The scenario used here is the B1 scenario, which projects a future of lower greenhouse gas emissions. See Climate Futures for Tasmania
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  - Near Future Relative Humidity change (Percentage) A2 (171)
    
    Relative Humidity change from the current period to the 2010-2039 period. Climate model projections are made under one of a number of greenhouse gas emissions scenarios. These scenarios are models of societal progression that result in different rates of emissions of greenhouse gases, ozone-depleting substances and aerosols and are described in the Special Report on Emissions Scenarios (SRES, Nakicenovic & Swart 2000). The scenario used here is the A2 scenario, which projects a future of a high greenhouse gas emissions. See Climate Futures for Tasmania
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- Meteorology (131 layers)
  - Air Temperature (deg C) Maximum - 24hr period to 9AM (3910)
    
    A statewide grid surface (80m spatial resolution) delineating recent air temperature (Degree Celsius, oC) of Tasmania is produced in near real-time.
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  - Air Temperature (deg C) Minimum - 24hr period to 9AM (3911)
    
    A statewide grid surface (80m spatial resolution) delineating recent air temperature (Degree Celsius, oC) of Tasmania is produced in near real-time.
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  - Air Temperature TAS - Current (deg C) (3100)
    
    A statewide grid surface (80m spatial resolution) delineating recent air temperature (°C) of Tasmania is produced in near real-time. The outputs are dynamic with air temperature maps updated hourly (there is a production time lag where outputs typically take 30 minutes from the hour of observation to be produced).
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  - Ave Rainfall April (1920)
    
    Average Rainfall for April. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall April [CFT 2030] (3508)
    
    Average Rainfall for April Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall April [CFT 2050] (3509)
    
    Average Rainfall for April Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall August (1921)
    
    Average Rainfall for August. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall August [CFT 2030] (3510)
    
    Average Rainfall for August Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall August [CFT 2050] (3511)
    
    Average Rainfall for August Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall December (1923)
    
    Average Rainfall for December. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall December [CFT 2030] (3512)
    
    Average Rainfall for December Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall December [CFT 2050] (3513)
    
    Average Rainfall for December Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall February (1924)
    
    Average Rainfall for February. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall February [CFT 2030] (3514)
    
    Average Rainfall for February Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall February [CFT 2050] (3515)
    
    Average Rainfall for February Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall January (1925)
    
    Average Rainfall for January. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall January [CFT 2030] (3516)
    
    Average Rainfall for January Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall January [CFT 2050] (3517)
    
    Average Rainfall for January Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall July (1926)
    
    Average Rainfall for July. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall July [CFT 2030] (3518)
    
    Average Rainfall for July Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall July [CFT 2050] (3519)
    
    Average Rainfall for July Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall June (1927)
    
    Average Rainfall for June. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall June [CFT 2030] (3520)
    
    Average Rainfall for June Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall June [CFT 2050] (3521)
    
    Average Rainfall for June Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall March (1928)
    
    Average Rainfall for March. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall March [CFT 2030] (3522)
    
    Average Rainfall for March Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall March [CFT 2050] (3523)
    
    Average Rainfall for March Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall May (1929)
    
    Average Rainfall for May. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall May [CFT 2030] (3524)
    
    Average Rainfall for May Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall May [CFT 2050] (3525)
    
    Average Rainfall for May Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall November (1930)
    
    Average Rainfall for November. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall November [CFT 2030] (3526)
    
    Average Rainfall for November Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall November [CFT 2050] (3527)
    
    Average Rainfall for November Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall October (1931)
    
    Average Rainfall for October. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall October [CFT 2030] (3528)
    
    Average Rainfall for October Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall October [CFT 2050] (3529)
    
    Average Rainfall for October Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall September (1932)
    
    Average Rainfall for September. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall September [CFT 2030] (3530)
    
    Average Rainfall for September Climate Futures Tasmania CFT 2030. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Ave Rainfall September [CFT 2050] (3531)
    
    Average Rainfall for September Climate Futures Tasmania CFT 2050. A grid surface delineating average rainfall (mm) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Chill Hours (1919)
    
    A statewide grid surface (30m spatial resolution) delineating the average amount of chill hours where temperatures fall within 0 to 7°C, for months May to August. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Chill Hours Accumulation Tracker - 10 yr Average (3914)
    
    A grid surface (80m spatial resolution) delineating a Soil Dryness Index (SDI) across the state of Tasmania is produced daily. Soil Dryness is estimated based on the calculation prescribed in Mount (1972) with input data provided from high resolution daily maximum temperature and accumulated rainfall grids.
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  - Chill Hours Accumulation Tracker - Current Season (3915)
    
    A grid surface (80m spatial resolution) delineating a Soil Dryness Index (SDI) across the state of Tasmania is produced daily. Soil Dryness is estimated based on the calculation prescribed in Mount (1972) with input data provided from high resolution daily maximum temperature and accumulated rainfall grids.
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  - Chill Hours Anomaly - Current Season vs 10 yr Average (3916)
    
    A grid surface (80m spatial resolution) delineating a Soil Dryness Index (SDI) across the state of Tasmania is produced daily. Soil Dryness is estimated based on the calculation prescribed in Mount (1972) with input data provided from high resolution daily maximum temperature and accumulated rainfall grids.
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  - Chill Hours [CFT 2030] (3532)
    
    Climate Futures Tasmania CFT 2030. A statewide grid surface (30m spatial resolution) delineating the average amount of chill hours where temperatures fall within 0 to 7°C, for months May to August. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Chill Hours [CFT 2050] (3533)
    
    Climate Futures Tasmania CFT 2050. A statewide grid surface (30m spatial resolution) delineating the average amount of chill hours where temperatures fall within 0 to 7°C, for months May to August. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Current accumulated rainfall (3379)
    
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  - Frost Days (1917)
    
    A statewide grid surface (30m spatial resolution) delineating Mean Number of Frost days below 0°C. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Frost Days [CFT 2030] (3534)
    
    Climate Futures Tasmania CFT 2030. A statewide grid surface (30m spatial resolution) delineating Mean Number of Frost days below 0°C. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Frost Days [CFT 2050] (3535)
    
    Climate Futures Tasmania CFT 2050. A statewide grid surface (30m spatial resolution) delineating Mean Number of Frost days below 0°C. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Growing Degree Day Anomaly - Current season vs 10 year average (3097)
    
    A statewide grid surface (80m spatial resolution) delineating Degree Day accumulation across the state of Tasmania is produced daily for the Tasmanian growing season (i.e. between months October through to April). The outputs are dynamic with the map products updated daily.
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  - Growing Degree Day Heat Accumulation Tracker - 10 Year Average (3098)
    
    A statewide grid surface (80m spatial resolution) delineating Degree Day accumulation across the state of Tasmania is produced daily for the Tasmanian growing season (i.e. between months October through to April). The outputs are dynamic with the map products updated daily.
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  - Growing Degree Day Heat Accumulation Tracker - Current Season (3099)
    
    A statewide grid surface (80m spatial resolution) delineating Degree Day accumulation across the state of Tasmania is produced daily for the Tasmanian growing season (i.e. between months October through to April). The outputs are dynamic with the map products updated daily.
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  - Growing Degree Days [Oct-Apr] (1918)
    
    Growing Degree Days (GDD) are used to estimate the growth and development of plants during the growing season. A statewide grid surface (30m spatial resolution) delineating Growing Degree Days (GDD) calculated for months October through to April. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Growing Degree Days [Oct-Apr][CFT 2030] (3536)
    
    Climate Futures Tasmania CFT 2030. Growing Degree Days (GDD) are used to estimate the growth and development of plants during the growing season. A statewide grid surface (30m spatial resolution) delineating Growing Degree Days (GDD) calculated for months October through to April. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Growing Degree Days [Oct-Apr][CFT 2050] (3537)
    
    Climate Futures Tasmania CFT 2050. Growing Degree Days (GDD) are used to estimate the growth and development of plants during the growing season. A statewide grid surface (30m spatial resolution) delineating Growing Degree Days (GDD) calculated for months October through to April. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp April (1896)
    
    Average Maximum Temperature for April. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp April [CFT 2030] (3583)
    
    Average Maximum Temperature for April Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp April [CFT 2050] (3584)
    
    Average Maximum Temperature for April Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp August (1889)
    
    Average Maximum Temperature for August. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp August [CFT 2030] (3591)
    
    Average Maximum Temperature for August Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp August [CFT 2050] (3592)
    
    Average Maximum Temperature for August Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp December (1890)
    
    Average Maximum Temperature for December. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp December [CFT 2030] (3599)
    
    Average Maximum Temperature for December Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp December [CFT 2050] (3600)
    
    Average Maximum Temperature for December Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp February (1891)
    
    Average Maximum Temperature for February. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp February [CFT 2030] (3579)
    
    Average Maximum Temperature for February Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp February [CFT 2050] (3580)
    
    Average Maximum Temperature for February Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp January (1892)
    
    Average Maximum Temperature for January. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp January [CFT 2030] (3577)
    
    Average Maximum Temperature for January Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp January [CFT 2050] (3578)
    
    Average Maximum Temperature for January Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp July (1897)
    
    Average Maximum Temperature for July. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp July [CFT 2030] (3589)
    
    Average Maximum Temperature for July Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp July [CFT 2050] (3590)
    
    Average Maximum Temperature for July Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp June (1898)
    
    Average Maximum Temperature for June. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp June [CFT 2030] (3587)
    
    Average Maximum Temperature for June Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp June [CFT 2050] (3588)
    
    Average Maximum Temperature for June Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp March (1899)
    
    Average Maximum Temperature for March. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp March [CFT 2030] (3581)
    
    Average Maximum Temperature for March Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp March [CFT 2050] (3582)
    
    Average Maximum Temperature for March Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp May (1900)
    
    Average Maximum Temperature for May. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp May [CFT 2030] (3585)
    
    Average Maximum Temperature for May Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp May [CFT 2050] (3586)
    
    Average Maximum Temperature for May Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp November (1893)
    
    Average Maximum Temperature for November. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp November [CFT 2030] (3597)
    
    Average Maximum Temperature for November Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp November [CFT 2050] (3598)
    
    Average Maximum Temperature for November Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp October (1894)
    
    Average Maximum Temperature for October. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp October [CFT 2030] (3595)
    
    Average Maximum Temperature for October Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp October [CFT 2050] (3596)
    
    Average Maximum Temperature for October Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp September (1895)
    
    Average Maximum Temperature for September. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp September [CFT 2030] (3593)
    
    Average Maximum Temperature for September Climate Futures Tasmania CFT 2030. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Max Ave Temp September [CFT 2050] (3594)
    
    Average Maximum Temperature for September Climate Futures Tasmania CFT 2050. A grid surface delineating average maximum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp April (1905)
    
    Average Minimum Temperature for April. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp April [CFT 2030] (3556)
    
    Average Minimum Temperature for April Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp April [CFT 2050] (3557)
    
    Average Minimum Temperature for April Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp August (1901)
    
    Average Minimum Temperature for August. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp August [CFT 2030] (3564)
    
    Average Minimum Temperature for August Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp August [CFT 2050] (3565)
    
    Average Minimum Temperature for August Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp December (1912)
    
    Average Minimum Temperature for December. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp December [CFT 2030] (3572)
    
    Average Minimum Temperature for December Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp December [CFT 2050] (3573)
    
    Average Minimum Temperature for December Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp February (1903)
    
    Average Minimum Temperature for February. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp February [CFT 2030] (3552)
    
    Average Minimum Temperature for February Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp February [CFT 2050] (3553)
    
    Average Minimum Temperature for December Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp January (1902)
    
    Average Minimum Temperature for January. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp January [CFT 2030] (3550)
    
    Average Minimum Temperature for January Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp January [CFT 2050] (3551)
    
    Average Minimum Temperature for January Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp July (1908)
    
    Average Minimum Temperature for July. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp July [CFT 2030] (3562)
    
    Average Minimum Temperature for July Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp July [CFT 2050] (3563)
    
    Average Minimum Temperature for July Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp June (1907)
    
    Average Minimum Temperature for June. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp June [CFT 2030] (3560)
    
    Average Minimum Temperature for June Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp June [CFT 2050] (3561)
    
    Average Minimum Temperature for June Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp March (1904)
    
    Average Minimum Temperature for March. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp March [CFT 2030] (3554)
    
    Average Minimum Temperature for March Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp March [CFT 2050] (3555)
    
    Average Minimum Temperature for March Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp May (1906)
    
    Average Minimum Temperature for May. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp May [CFT 2030] (3558)
    
    Average Minimum Temperature for May Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp May [CFT 2050] (3559)
    
    Average Minimum Temperature for May Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp November (1911)
    
    Average Minimum Temperature for November. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp November [CFT 2030] (3570)
    
    Average Minimum Temperature for November Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp November [CFT 2050] (3571)
    
    Average Minimum Temperature for November Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp October (1910)
    
    Average Minimum Temperature for October. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp October [CFT 2030] (3568)
    
    Average Minimum Temperature for October Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp October [CFT 2050] (3569)
    
    Average Minimum Temperature for October Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp September (1909)
    
    Average Minimum Temperature for September. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp September [CFT 2030] (3566)
    
    Average Minimum Temperature for September Climate Futures Tasmania CFT 2030. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Min Ave Temp September [CFT 2050] (3567)
    
    Average Minimum Temperature for September Climate Futures Tasmania CFT 2050. A grid surface delineating average minimum temperatures (°C) calculated for individual months at a spatial resolution of 30m. Specific to crop growing requirements that form part of the Enterprise Suitability Mapping program. All products can be accessed via Web Map Service https://spatial.dpipwe.tas.gov.au/naturalassets/Climate/wms
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  - Rainfall Accumulation (mm) - 24hr period to 9AM (3912)
    
    A statewide grid surface (80m spatial resolution) delineating recent accumulated rainfall (millimetres since 9am) across Tasmania is produced in near real-time
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  - Soil Dryness Index (1372)
    
    A grid surface (80m spatial resolution) delineating a Soil Dryness Index (SDI) across the state of Tasmania is produced daily. Soil Dryness is estimated based on the calculation prescribed in Mount (1972) with input data provided from high resolution daily maximum temperature and accumulated rainfall grids.
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  - Tasmanian Heat and Cold Wave Forecast (1846)
    
    Daily raster of 3-day forecast heat- and cold-wave forecast for the state of Tasmania
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  - Weather Station (Long term averages) (BOM 1999) (433)
    
    Weather Station (Long term averages) provided by Bureau of Meteorology (BOM) in 1999. This data set contains the weather station names and numbers and associated climate data for stations in Tasmania with records longer than 15 years.
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    Weather Station Long term averages BOM
- Farming Climate Change (66 layers)
  - ESM - Barley [CFT 2030 RCPs 8.5] (1340)
    
    Classified land depicting the suitability for growing Barley under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Barley [CFT 2050 RCPs 8.5] (1342)
    
    Classified land depicting the suitability for growing Barley under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Northern Highbush [CFT 2030 RCPs 8.5] (3442)
    
    Classified land depicting the suitability for growing Blueberries Northern Highbush under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Northern Highbush [CFT 2050 RCPs 8.5] (3469)
    
    Classified land depicting the suitability for growing Blueberries Northern Highbush under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Southern Highbush [CFT 2030 RCPs 8.5] (3443)
    
    Classified land depicting the suitability for growing Blueberries Southern Highbush under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Blueberries Southern Highbush [CFT 2050 RCPs 8.5] (3470)
    
    Classified land depicting the suitability for growing Blueberries Southern Highbush under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Carrot Seed [CFT 2030 RCPs 8.5] (3444)
    
    Classified land depicting the suitability for growing Carrot Seed under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Carrot Seed [CFT 2050 RCPs 8.5] (3471)
    
    Classified land depicting the suitability for growing Carrot Seed under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Cherries [CFT 2030 RCPs 8.5] (3445)
    
    Classified land depicting the suitability for growing Cherries under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Cherries [CFT 2050 RCPs 8.5] (3472)
    
    Classified land depicting the suitability for growing Cherries under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Continental [CFT 2030 RCPs 8.5] (3446)
    
    Classified land depicting the suitability for growing Cocksfoot Continental under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Continental [CFT 2050 RCPs 8.5] (3473)
    
    Classified land depicting the suitability for growing Cocksfoot Continental under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Mediterranean [CFT 2030 RCPs 8.5] (3447)
    
    Classified land depicting the suitability for growing Cocksfoot Mediterranean under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Cocksfoot Mediterranean [CFT 2050 RCPs 8.5] (3474)
    
    Classified land depicting the suitability for growing Cocksfoot Mediterranean under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Globulus [CFT 2030 RCPs 8.5] (3448)
    
    Classified land depicting the suitability for growing Eucalyptus Globulus under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Globulus [CFT 2050 RCPs 8.5] (3475)
    
    Classified land depicting the suitability for growing Eucalyptus Globulus under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Nitens [CFT 2030 RCPs 8.5] (3449)
    
    Classified land depicting the suitability for growing Eucalyptus Nitens under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Eucalyptus Nitens [CFT 2050 RCPs 8.5] (3477)
    
    Classified land depicting the suitability for growing Eucalyptus Nitens under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Hazelnuts [CFT 2030 RCPs 8.5] (3450)
    
    Classified land depicting the suitability for growing Hazelnuts under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Hazelnuts [CFT 2050 RCPs 8.5] (3478)
    
    Classified land depicting the suitability for growing Hazelnuts under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Industrial Hemp [CFT 2030 RCPs 8.5] (3451)
    
    Classified land depicting the suitability for growing Industrial Hemp under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Industrial Hemp [CFT 2050 RCPs 8.5] (3479)
    
    Classified land depicting the suitability for growing Industrial Hemp under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Linseed [CFT 2030 RCPs 8.5] (3452)
    
    Classified land depicting the suitability for growing Linseed under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Linseed [CFT 2050 RCPs 8.5] (3480)
    
    Classified land depicting the suitability for growing Linseed under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Lucerne [CFT 2030 RCPs 8.5] (3453)
    
    Classified land depicting the suitability for growing Lucerne under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Lucerne [CFT 2050 RCPs 8.5] (3481)
    
    Classified land depicting the suitability for growing Lucerne under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Olives [CFT 2030 RCPs 8.5] (3454)
    
    Classified land depicting the suitability for growing Olives under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Olives [CFT 2050 RCPs 8.5] (3482)
    
    Classified land depicting the suitability for growing Olives under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Onions [CFT 2030 RCPs 8.5] (3455)
    
    Classified land depicting the suitability for growing Onions under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Onions [CFT 2050 RCPs 8.5] (3483)
    
    Classified land depicting the suitability for growing Onions under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Phalaris [CFT 2030 RCPs 8.5] (3456)
    
    Classified land depicting the suitability for growing Phalaris under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Phalaris [CFT 2050 RCPs 8.5] (3484)
    
    Classified land depicting the suitability for growing Phalaris under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Pinus Radiata [CFT 2030 RCPs 8.5] (3457)
    
    Classified land depicting the suitability for growing Phalaris under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Pinus Radiata [CFT 2050 RCPs 8.5] (3485)
    
    Classified land depicting the suitability for growing Pinus Radiata under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Poppies [CFT 2030 RCPs 8.5] (1346)
    
    Classified land depicting the suitability for growing Poppies under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Poppies [CFT 2050 RCPs 8.5] (1344)
    
    Classified land depicting the suitability for growing Poppies under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Potatoes [CFT 2030 RCPs 8.5] (1348)
    
    Classified land depicting the suitability for growing Potatoes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Potatoes [CFT 2050 RCPs 8.5] (1350)
    
    Classified land depicting the suitability for growing Potatoes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Pyrethrum [CFT 2030 RCPs 8.5] (3458)
    
    Classified land depicting the suitability for growing Pyrethrum under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Pyrethrum [CFT 2050 RCPs 8.5] (3486)
    
    Classified land depicting the suitability for growing Pyrethrum under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Raspberry [CFT 2030 RCPs 8.5] (3459)
    
    Classified land depicting the suitability for growing Raspberry under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Raspberry [CFT 2050 RCPs 8.5] (3487)
    
    Classified land depicting the suitability for growing Raspberry under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Red Clover [CFT 2030 RCPs 8.5] (3460)
    
    Classified land depicting the suitability for growing Red Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Red Clover [CFT 2050 RCPs 8.5] (3488)
    
    Classified land depicting the suitability for growing Red Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Rye Grass [CFT 2030 RCPs 8.5] (3461)
    
    Classified land depicting the suitability for growing Rye Grass under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Rye Grass [CFT 2050 RCPs 8.5] (3489)
    
    Classified land depicting the suitability for growing Rye Grass under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Sparkling Wine Grapes [CFT 2030 RCPs 8.5] (1352)
    
    Classified land depicting the suitability for growing Sparkling Wine Grapes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Sparkling Wine Grapes [CFT 2050 RCPs 8.5] (1354)
    
    Classified land depicting the suitability for growing Sparkling Wine Grapes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Strawberries [CFT 2030 RCPs 8.5] (3462)
    
    Classified land depicting the suitability for growing Strawberries under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Strawberries [CFT 2050 RCPs 8.5] (3490)
    
    Classified land depicting the suitability for growing Strawberries under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Strawberry Clover [CFT 2030 RCPs 8.5] (3463)
    
    Classified land depicting the suitability for growing Strawberry Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Strawberry Clover [CFT 2050 RCPs 8.5] (3491)
    
    Classified land depicting the suitability for growing Strawberry Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Table Wine Grapes [CFT 2030 RCPs 8.5] (1356)
    
    Classified land depicting the suitability for growing Table Wine Grapes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Table Wine Grapes [CFT 2050 RCPs 8.5] (1358)
    
    Classified land depicting the suitability for growing Table Wine Grapes under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Continental [CFT 2030 RCPs 8.5] (3464)
    
    Classified land depicting the suitability for growing Tall Fescue Continental under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Continental [CFT 2050 RCPs 8.5] (3492)
    
    Classified land depicting the suitability for growing Tall Fescue Continental under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Mediterranean [CFT 2030 RCPs 8.5] (3465)
    
    Classified land depicting the suitability for growing Tall Fescue Mediterranean under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Tall Fescue Mediterranean [CFT 2050 RCPs 8.5] (3493)
    
    Classified land depicting the suitability for growing Tall Fescue Mediterranean under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index Pastures [CFT 2030 RCPs 8.5] (3468)
    
    An index depicting pasture crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 10 state-wide enterprise suitability pasture datasets was undertaken to identify specific areas of the State that were suited to more pasture species than other areas. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index Pastures [CFT 2050 RCPs 8.5] (3496)
    
    An index depicting pasture crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 10 state-wide enterprise suitability pasture datasets was undertaken to identify specific areas of the State that were suited to more pasture species than other areas. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index [CFT 2030 RCPs 8.5] (3467)
    
    An index depicting enterprise crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 24 state-wide enterprise suitability datasets was undertaken to identify specific areas of the State that were suited to more enterprises than other areas. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Versatility Index [CFT 2050 RCPs 8.5] (3495)
    
    An index depicting enterprise crop versatility as Very High, High, Moderate, Moderate-Low, Low or Very Low is portrayed for private free-hold land in Tasmania. A heuristic integration of 24 state-wide enterprise suitability datasets was undertaken to identify specific areas of the State that were suited to more enterprises than other areas. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - Wheat [CFT 2030 RCPs 8.5] (1360)
    
    Classified land depicting the suitability for growing Wheat under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - Wheat [CFT 2050 RCPs 8.5] (1362)
    
    Classified land depicting the suitability for growing Wheat under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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  - ESM - White Clover [CFT 2030 RCPs 8.5] (3466)
    
    Classified land depicting the suitability for growing White Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2030.
    Refer to Map User Notes for further information.
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  - ESM - White Clover [CFT 2050 RCPs 8.5] (3494)
    
    Classified land depicting the suitability for growing White Clover under future climate with the assumption water availability is not a constraint. Suitability is determined from mapped soil and climate parameters guided by established crop rules that allocate the land as either Well suited, Suitable, Marginally suitable or Unsuitable. Climate parameters are based on Climate Futures for Tasmania (CFT) projections under the RCP 8.5 scenario at 2050.
    Refer to Map User Notes for further information.
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Plants and Animals (2 minor categories)
- Species (46 layers)
  - Aquatic Bird Observations (3643)
    
    Aquatic Bird Observations
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  - Bird breeding habitat and access recommendations (3538)
    
    This dataset maps the significance and sensitivity of foreshore coastal bird breeding habitat in Tasmania, with a focus on coastal areas near marine farming operations. It includes breeding/nesting sites for six species, comprising beach-nesting resident shorebirds (Hooded Plover Thinornis rubricollis, Red-capped Plover Charadrius ruficapillus, Australian Pied Oystercatcher Haematopus longirostris and Sooty Oystercatcher Haematopus fuliginosus) and two species of small terns (Fairy Tern Sternula nereis and Little Tern Sternula albifrons).
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  - Cetacean (whale and dolphin) Sightings (PWS) (339)
    
    Cetacean (whale and dolphin) Sightings (Parks and Wildlife Services - PWS). This dataset spatially depicts biological resources necessary for the response to an oil spill in Tasmanian State coastal waters as specified by the Oil Spill Response Atlas (OSRA) project. This data set contains point locations of whale and dolphin sightings in the waters surrounding Tasmania, King Island, Flinders Island and small off shore islands around the state.
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  - Conservation Significance Fauna Line (399)
    
    Conservation Significance Fauna Line is non threatened fauna data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened fauna in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Conservation Significance Fauna Point (398)
    
    Conservation Significance Fauna Point is non threatened fauna data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened fauna in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Conservation Significance Fauna Polygon (400)
    
    Conservation Significance Fauna Polygon is non threatened fauna data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened fauna in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Conservation Significance Flora Line (396)
    
    Conservation Significance Flora Line is non threatened flora data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened flora in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Conservation Significance Flora Point (395)
    
    Conservation Significance Flora Point is non threatened flora data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened flora in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Conservation Significance Flora Polygon (397)
    
    Conservation Significance Flora Polygon is non threatened flora data derived from the Natural Values Atlas (NVA) consisting primarily of point locations (Eastings and Northings but could also be polygon or polyline data) and associated attributes for non threatened flora in Tasmania. The NVA maintains species taxonomy and provides access to additional attribute information, including species values for conservation significance as well as project specific data.
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  - Non Threatened Fauna Line (405)
    
    Non Threatened Fauna Line data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened fauna in Tasmania.
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    Non Threatened Fauna Line Species
  - Non Threatened Fauna Point (404)
    
    Non Threatened Fauna Point data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened fauna in Tasmania.
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    Non Threatened Fauna Point Species
  - Non Threatened Fauna Polygon (406)
    
    Non Threatened Fauna Polygon data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened fauna in Tasmania.
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    Non Threatened Fauna Polygon Species
  - Non Threatened Flora Line (402)
    
    Non Threatened Flora Line data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened flora in Tasmania.
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    Non Threatened Flora Line Species
  - Non Threatened Flora Point (401)
    
    Non Threatened Flora Point data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened flora in Tasmania.
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    Non Threatened Flora Point Species
  - Non Threatened Flora Polygon (403)
    
    Non Threatened Flora Polygon data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for non threatened flora in Tasmania.
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    Non Threatened Flora Polygon Species
  - Raptor Nests (407)
    
    Raptor Nest locations around the state within the specified positional accuracy found in the datasest attributes obtained from the Natural Values Atlas (NVA). Raptor Nests Species
  - Road Kill - Amphibians (3747)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Birds (3004)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Devils and Quolls (3005)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Feral Species (3006)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Insects (3748)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Large and Common Marsupials (3007)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Platypus and Echidna (3749)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Reptiles (3750)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Rodents (3751)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - Road Kill - Smaller Marsupials (3009)
    
    The road kill layers provide citizen-science data on the location of wildlife roadkill in Tasmania. Layers are categorised into 'type' of wildlife (birds, mammals, reptiles, etc) and separated by year.
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  - STT Tasmania Swift Parrot Management Zones (3414)
  - STT Tasmania Swift Parrot Potential Nesting Habitat (3415)
  - Seagrass Beds c1950 (Rees 1993) (329)
    
    Seagrass Beds c1950 (Rees 1993) - The five species of seagrass occuring around the coast of Tasmania were located on a presence-absence basis. Sampling included the recording of species, depth, density, substratum and presence of algal epiphytes. Available aerial photography from three time periods (circa 1950, circa 1970 and circa 1990) was used to digitally map selected beds into a GIS.
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    Seagrass Beds Rees
  - Seagrass Beds c1970 (Rees 1993) (330)
    
    Seagrass Beds c1970 (Rees 1993) - The five species of seagrass occuring around the coast of Tasmania were located on a presence-absence basis. Sampling included the recording of species, depth, density, substratum and presence of algal epiphytes. Available aerial photography from three time periods (circa 1950, circa 1970 and circa 1990) was used to digitally map selected beds into a GIS.
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    Seagrass Beds Rees
  - Seagrass Beds c1990 (Rees 1993) (331)
    
    Seagrass Beds c1990 (Rees 1993) - The five species of seagrass occuring around the coast of Tasmania were located on a presence-absence basis. Sampling included the recording of species, depth, density, substratum and presence of algal epiphytes. Available aerial photography from three time periods (circa 1950, circa 1970 and circa 1990) was used to digitally map selected beds into a GIS.
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  - Species Observations Line (408)
    
    Species Observations Line data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for flora and fauna in Tasmania.
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  - Species Observations Point (410)
    
    Species Observations Point data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for flora and fauna in Tasmania.
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  - Species Observations Polygon (409)
    
    Species Observations Polygon data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for flora and fauna in Tasmania.
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  - Threatened Fauna Line (415)
    
    Threatened Fauna Line data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened fauna in Tasmania.
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  - Threatened Fauna Point (414)
    
    Threatened Fauna Point data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened fauna in Tasmania.
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  - Threatened Fauna Polygon (416)
    
    Threatened Fauna Polygon data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened fauna in Tasmania.
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  - Threatened Flora Line (412)
    
    Threatened Flora Line data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened flora in Tasmania.
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  - Threatened Flora Point (413)
    
    Threatened Flora Point data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened flora in Tasmania.
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  - Threatened Flora Polygon (411)
    
    Threatened Flora Polygon data is derived from the Natural Values Atlas consisting primarily of point locations (Eastings and Northings but also includes lines and polygon data) and associated attributes for threatened flora in Tasmania.
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  - Wedge-tailed Eagle Nesting Habitat - High (above 700 m) Elevation Model (2623)
    
    Wedge-tailed eagle nesting habitat high elevation model around the state, showing the relative likelihood that an eagle nest will be found in a particular area
  - Wedge-tailed Eagle Nesting Habitat - Low (under 850 m) Elevation Model (2624)
    
    Wedge-tailed eagle nesting habitat low elevation model around the state, showing the relative likelihood that an eagle nest will be found in a particular area
  - Wedge-tailed Eagle Nesting Habitat - North West Model (2625)
    
    Wedge-tailed eagle nesting habitat model in the North West of the state, showing the relative likelihood that an eagle nest will be found in a particular area
  - Weeds Watchlist Lines (418)
    
    Weeds Watchlist Lines - Within the infrastructure of the Natural Values Atlas this project will support the administration of the Weed Management Act 1999 by the secure and effective storage, retrieval and backup of data that underpins activities of the Weed Management Section within LCB. The project aims to increase the capacity of Tasmanian land and water managers to collect, manage, share, map and report on weed distribution in Tasmania. Comprehensive, high quality data on weed distribution is required to prioritise weed management activities and measure outcomes of that work.
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  - Weeds Watchlist Point (417)
    
    Weeds Watchlist Points - Within the infrastructure of the Natural Values Atlas this project will support the administration of the Weed Management Act 1999 by the secure and effective storage, retrieval and backup of data that underpins activities of the Weed Management Section within LCB. The project aims to increase the capacity of Tasmanian land and water managers to collect, manage, share, map and report on weed distribution in Tasmania. Comprehensive, high quality data on weed distribution is required to prioritise weed management activities and measure outcomes of that work.
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  - Weeds Watchlist Polygon (419)
    
    Weeds Watchlist Polygon - Within the infrastructure of the Natural Values Atlas this project will support the administration of the Weed Management Act 1999 by the secure and effective storage, retrieval and backup of data that underpins activities of the Weed Management Section within LCB. The project aims to increase the capacity of Tasmanian land and water managers to collect, manage, share, map and report on weed distribution in Tasmania. Comprehensive, high quality data on weed distribution is required to prioritise weed management activities and measure outcomes of that work.
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- Communities (12 layers)
  - Forest Groups (421)
    
    Forest Vegetation Groups dataset is a digital polygon coverage of Tasmania, (captured at 1:25 000 scale), detailing seven broad categories (groups) of forest vegetation, which have been aggregated from photo-interpreted forest types (PI-types) derived from varying scales of colour aerial photography.
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  - TASVEG 3.0 (420)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 3.0 groups is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 3.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG 3.0 Groups (1246)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 3.0 groups is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 3.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG 3.0 Outline and Labels (959)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 3.0 groups is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 3.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG 4.0 (3165)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 4.0 is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 4.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG 4.0 Fire Attributes (3251)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG 4.0 Fire Attributes is a derivative of the TASVEG 4.0 vegetation mapping layer and includes several attribute fields of relevance for bushfire management purposes.
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  - TASVEG 4.0 Groups (3176)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 4.0 is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 4.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG 4.0 Outlines and Labels (3177)
    
    WARNING:TASVEG mapping is indicative only. Whilst extensive checks are applied to release versions of TASVEG, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG version 4.0 is the latest official release of the Tasmania-wide vegetation map produced by the Tasmanian Vegetation Monitoring and Mapping Program (TVMMP) within NRE. TASVEG 4.0 maps more than 150 vegetation communities at a nominal scale of 1:25,000 and is suitable for reporting purposes or determining the probable location of vegetation communities at the statewide or regional scale.
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  - TASVEG Live (1099)
    
    WARNING: TASVEG Live mapping is indicative only. Whilst this layer is continually updated with the best available information, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG Live is a snapshot of the in-production mapping for the official TASVEG dataset. TASVEG Live is an 'as-is' dataset and has not undergone the regular quality assurance checks associated with an official TASVEG release. The TASVEG Live layer has been published to facilitate engagement with end users on how best to maintain the currency of TASVEG data. Users who need to undertake analysis of the TASVEG layer for reporting purposes are directed to seek the latest official TASVEG release version.
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  - TASVEG Live Outline and Labels (1103)
    
    WARNING: TASVEG Live mapping is indicative only. Whilst this layer is continually updated with the best available information, confirming the presence or otherwise of TASVEG communities requires field validation by a qualified practitioner.
    TASVEG Live is a snapshot of the in-production mapping for the official TASVEG dataset. TASVEG Live is an 'as-is' dataset and has not undergone the regular quality assurance checks associated with an official TASVEG release. The TASVEG Live layer has been published to facilitate engagement with end users on how best to maintain the currency of TASVEG data. Users who need to undertake analysis of the TASVEG layer for reporting purposes are directed to seek the latest official TASVEG release version.
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  - Threatened Native Vegetation Communities 2020 (TNVC 2020) (422)
    
    WARNING: TNVC mapping is indicative only. Whilst extensive checks are applied to release versions of TNVC, confirming the presence or otherwise of listed threatened communities requires field validation by a qualified practitioner.
    TNVC 2020 is a state-wide mapping layer produced by the TVMMP showing the indicative extent of threatened native vegetation communities across Tasmania. It estimates the mapped extent of 39 communities listed under Schedule 3A of Threatened native vegetation communities of the Nature Conservation Act (2002). TNVC 2020 is derived from TASVEG 4.0 for all but four of the 39 communities. Four communities (Heathland scrub complex at Wingaroo, Notelaea - Pomaderris - Beyeria forest, Sea bird rookery complex and Riparian scrub) are derived from a combination of TNVC 2014 and TASVEG 4.0. TNVC 2020 is the third major release version of the TNVC layer. It replaces TNVC 2014, which was largely based on TASVEG 3.0
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  - Tree Canopy Height (3266)
    
    Tree canopy height (m) derived from LiDAR data. Coverage will only be in areas of LiDAR coverage.
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Geology and Soils (4 minor categories)
- Geology (15 layers)
  - Geological Background Image 250K (871)
    
    250k Geology Image.
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  - Geological Background Image 25K (870)
    
    25k Geology Image.
  - Geology Contacts 250k (4018)
    
    Geology contacts: data derived from 1:50,000 and 1:63,360 Digital Geological Atlas printed map series and 1:25,000 digital geology data where available. Geological units and boundaries have been generalised and compiled for 1:250,000 scale.
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    Mining mine geology contact rock mrt
  - Geology Contacts 25k (4017)
    
    Geology contacts: data derived from existing reports, 1:25,000 1:50,000 and 1:63,360 scale printed maps, new field mapping and interpretation of aerial photography and airborne geophysical data.
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    Mining mine geology contact rock mrt
  - Geology Contacts 500k (4020)
    
    Geology contacts. Derived from higher resolution mapping and generalised for 1:500 000 scale display.
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    Mining mine geology contact rock mrt
  - Geology Faults 250k (4016)
    
    Geology faults: data derived from 1:50,000 and 1:63,360 Digital Geological Atlas printed map series and 1:25,000 digital geology data where available. Geological units and boundaries have been generalised and compiled for 1:250,000 scale.
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    Mining mine geology fault rock mrt
  - Geology Faults 25k (4015)
    
    Geology outcrops: data derived from existing reports, 1:25,000 1:50,000 and 1:63,360 scale printed maps, new field mapping and interpretation of aerial photography and airborne geophysical data.
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    Mining mine geology fault rock mrt
  - Geology Faults 500k (4019)
    
    Geology faults. Derived from higher resolution mapping and generalised for 1:500 000 scale display.
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    Mining mine geology fault rock mrt
  - Geology Linears 250k (264)
    
    Mineral Resources Tasmania (MRT) Geological Lines 250K. Geology and structure data derived from 1:50,000 and 1:63,360 Digital Geological Atlas printed map series and 1:25,000 digital geology data where available. Geological units and boundaries have been generalised and compiled for 1:250,000 scale.
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  - Geology Linears 25k (262)
    
    Mineral Resources Tasmania (MRT) Geological Lines 25K. Geology and structure data derived from existing reports, 1:25,000 1:50,000 and 1:63,360 scale printed maps, new field mapping and interpretation of aerial photography and airborne geophysical data.
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  - Geology Outcrops 25k (4014)
    
    Geology outcrops: data derived from existing reports, 1:25,000 1:50,000 and 1:63,360 scale printed maps, new field mapping and interpretation of aerial photography and airborne geophysical data.
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    Mining mine geology outcrop rock mrt
  - Geology Units 250k (265)
    
    Geology units (polygon features) derived from 1:50,000 and 1:63,360 Digital Geological Atlas printed map series and 1:25,000 digital geology data where available. Geological untis and boundaries have been generalised and compiled for 1:250,000 scale.
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  - Geology Units 25k (263)
    
    Geology untis (polygon features) derived from existing reports, 1:25,000 1:50,000 and 1:63,360 scale printed maps, new field mapping and interpretation of aerial photography and airborne geophysical data.
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  - Geology Units 500k (4021)
    
    Geology Units. Derived from higher resolution mapping and generalised for 1:500 000 scale display.
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    Mining mine geology unit rock mrt
  - Land Systems of Tasmania (3397)
    
    Tasmania was separated into seven regions for the purposes of land system mapping for the period 1978-1989. Non-unique land systems were developed based on six descriptor classes (geological period, geological rock type, rainfall, vegetation, elevation, and differences in dominant soils. Within each land system, land components are described which present examples of soil and vegetation variation across topographic sequences (proportion estimates, but unmapped boundaries). Land Systems are considered to have a nominal scale of 1:100 000.
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- Geoscientific Information (6 layers)
  - Airborne Surveys (2351)
    
    Spatial index of open file airborne geophysical surveys for which digital data is held.
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  - Geoconservation Sites (393)
    
    Geoconservation Areas data was developed in response to the Regional Forest Agreement (RFA) in Tasmania. It documents the qualities of identified geological, geomorphological and pedological (soil) features. The features are categorised with a sensitivity index ranging from 1 to 10 which indicates sensitivity to human impact.
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    Geoconservation Sites Listed Interim
  - Geoconservation Sites (Outlines) (1315)
    
    Geoconservation Areas data was developed in response to the Regional Forest Agreement (RFA) in Tasmania. It documents the qualities of identified geological, geomorphological and pedological (soil) features. The features are categorised with a sensitivity index ranging from 1 to 10 which indicates sensitivity to human impact.
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    Geoconservation Sites Listed Interim
  - Gravity Base Stations (2349)
    
    Precise locations where the absolute value of gravity is known
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  - Gravity Measurements (2350)
    
    Primary and derived (i.e. Bouguer anomaly) gravity observation points (stations) in Tasmania
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  - Sample and Observation Points (2348)
    
    This dataset shows point locations at which geological samples have been taken and/or (less commonly) geological observations or measurements have been made. Only basic information is included, but further data for each point may be available on-line from the Mineral Resources Tasmania website (go to Products and Services/Database Searches/Samples and Geochemistry Search or use this link): Samples and Geochemistry Search and click on Search, then Export Results
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- Soils (15 layers)
  - Acid Sulfate Soil Sites (244)
    
    A NHT (National Heritage Trust) funded project headed by the NRM Cradle Coast to delineate coastal areas with potential to contain Acid Sulfate Soils (ASS).
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  - Coastal Acid Sulfate Soils (0 - 20m AHD) (250)
    
    Potential to contain Coastal Acid Sulfate Soils is a National Heritage Trust (NHT) funded project headed by the NRM Cradle Coast to delineate coastal areas with potential to contain Acid Sulfate Soils
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  - Dominant Soil Orders of Tasmania using Land System Boundaries (3421)
    
    Digital representation of the dominant and subdominant Soil Orders of Tasmania at 1:500,000 scale. The map utilised the linework from the Land Systems of Tasmania survey undertaken by the Department of Agriculture and published 1978-89. Information on the soil orders is contained in a digital database within the electronic coverage. Soil data attributes are coded to the Australian Soil Classification (2003) to include soil order, sub order and percentage makeup of up to 5 soils for each land system polygon.
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  - Inland Acid Sulfate Soils (>20m AHD) (251)
    
    Potential to contain Inland Acid Sulfate Soils - Tasmania. A National Heritage Trust (NHT) funded project headed by the NRM Cradle Coast.
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  - Marine Subaqueous/Intertidal Acid Sulfate Soil (252)
    
    Marine Subaqueous/Intertidal Acid Sulfate Soil is part of a NHT (National Heritage Trust) funded project headed by the NRM Cradle Coast to delineate marine subaqueous and intertidal areas with potential to contain Acid Sulfate Soils (ASS).
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  - Organic Soils Characteristics Map (3378)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Organic Soils Depth Map (3382)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Organic Soils Drainage Map (3383)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Organic Soils Extent and Likelihood Map (3384)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Organic Soils Humification Map (3385)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Organic Soils Presence / Absence Sites (3386)
    
    As part of a 2018 AHT funding grant, The Organic Soils Mapping (OSM) project was undertaken by DPIPWE Natural Values Conservation Branch between 2019 and 2021, using existing legacy data from the previous land resource assessment studies, NVA Database sites, expert desktop inputs, and newly captured site data from the AHT grant funded field campaigns in targeted areas, and a combination of predictive spatial modelling and existing spatial datasets. The project was focused on the Tasmanian Wilderness World Heritage Area (TWWHA), with modelling applied state-wide to assist in organic soil identification elsewhere.
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  - Soil 1:100000 Reconniassance Maps (247)
    
    1:100000 Reconniassance Soil Maps
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    Soil 1to100000 Reconniassance Maps
  - Soil Boundaries (246)
    
    Soil Boundaries (only over a partial area of Tasmania)
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    Soil Boundaries
  - Soil Local Area Maps (248)
    
    Local Area Soil Maps Soil Local Area Maps
  - Soil Types (249)
    
    Soil Types (only over a partial area of Tasmania)
- Landslides (12 layers)
  - (Deep-Seated) Slide Susceptibility (image) (2353)
    
    Mosaic image of Geomorphology maps in the Tasmanian Landslide Map Series published by MRT - refer to website for map text. Regional geomorphic features and detailed landslide mapping (red features) are shown over a hillshade digital terrain model with a slope classification.
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    landslide mrt hazard image landslip
  - Geomorphology (image) (2343)
    
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    geomorphology mrt landslide lanslip
  - Landslide Damage Point (2344)
    
    Point locations of known damage to structures or property caused by a landslide in Tasmania, with summary damage data derived from the Geohazards (Landslide) Database, administered by Mineral Resources Tasmania.
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  - Landslide Inventory (image) (2354)
    
    Mosaic image of Landslide Inventory maps in the Tasmanian Landslide Map Series published by MRT - refer to website for map text. Shows Landslide ID and classification by landslide type, activity state and certainty of interpretation, along with known landslide damage and proclaimed Landslip Areas.
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  - Landslide Line (2345)
    
    Linear landslide components of landslide features mapped across Tasmania, with summary landslide data derived from the Geohazards (Landslide) Database, administered by Mineral Resources Tasmania.
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    Mining Landslide mrt hazard landslip
  - Landslide Planning Map - Components 20131022 - Under Review (954)
    
    Hazard Planning Maps produced by the Department of Premier and Cabinet (this map being such a map) are produced and released for the purpose of informing actions taken and decisions made by local or state government under relevant provisions of the Land Use Planning and Approvals Act 1993 and Building Act 2000.
    
    Whilst every care has been taken to prepare this map, the Government of Tasmania makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose other than its intended purpose.
    
    Hazard bands as depicted in this map may not accurately represent the existence or otherwise of hazards in the mapped area. Independent expert advice should be sought if action is to be taken that may be impacted by the existence or otherwise of hazards in the mapped area.
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  - Landslide Planning Map - Hazard Bands 20131022 - Under Review (953)
    
    Hazard Planning Maps produced by the Department of Premier and Cabinet (this map being such a map) are produced and released for the purpose of informing actions taken and decisions made by local or state government under relevant provisions of the Land Use Planning and Approvals Act 1993 and Building Act 2000.
    
    Whilst every care has been taken to prepare this map, the Government of Tasmania makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose other than its intended purpose.
    
    Hazard bands as depicted in this map may not accurately represent the existence or otherwise of hazards in the mapped area. Independent expert advice should be sought if action is to be taken that may be impacted by the existence or otherwise of hazards in the mapped area.
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  - Landslide Point (2346)
    
    Landslide features across Tasmania as representative points, with summary landslide data derived from the Geohazards (Landslide) Database; administered by Mineral Resources Tasmania.
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    Mining Landslide mrt hazard landslip
  - Landslide Polygon (2347)
    
    Landslide component polygons of landslide features mapped across Tasmania, with summary landslide data derived from the Geohazards (Landslide) Database, administered by Mineral Resources Tasmania.
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    Mining Landslide mrt hazard landslip
  - Proclaimed Landslip Zones (266)
    
    Proclaimed Landslip Areas (A and B) of Tasmania, which are defined under the Mineral Resources Development Act 1995, administered by Mineral Resources Tasmania. These areas prohibit or restrict building and other activities in particular areas of unstable land, as specified under the Building Act 2000.
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  - Shallow Slide and/or Flow Susceptibility (image) (2355)
    
    Mosaic image of Shallow Slide and Flow Susceptibility maps in the Tasmanian Landslide Map Series published by MRT - refer to website for map text. Shows modelled zones of susceptibility to shallow slide and flow processes. The modelling identifies both source areas and runout areas.
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  - Simplified Geology (image) (2352)
    
    Mosaic image of Simplified Geology maps in the Tasmanian Landslide Map Series published by MRT refer to website for map text. Shows simplified geology over the Tamar Valley region - surficial and bedrock units.
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    landslide mrt hazard image landslip
People and Society (8 minor categories)
- Education (2 layers)
  - DECYP School Intake Areas 2024 (Current) (2482)
    
    This layer shows the Department of Education's intake area boundaries for government primary and combined (district) schools, effective from Term 1, 2021.
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  - DECYP Schools (1674)
    
    Department of Education school locations around Tasmania.
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- Health (6 layers)
  - Department of Health Recreational Water Sampling Points (3423)
    
    This layer displays the current location of recreational water sampling points in Tasmania. These recreational water bodies are monitored by councils between 1 December and 31 March in accordance with the Recreational Water Quality Guidelines 2007.
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  - Other Hospitals (1330)
    
    Other Hospitals is a subset of Facilities, or Points of Interest, which contain spatial point locations of organisations, public buildings, institutions and Government service providers within Tasmania. Data is categorised into a main and sub-category, and the name of the feature is held. Facilities in the main category include accommodation, church, club, Commonwealth, State and local government, community care, education and training, financial institution, fire stations, hospitals, medical service, sports complex, police and emergency service, tourist feature, transport, cultural grounds, halls and community centres. Features are defined as a spatial point and hold the name of the feature.
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  - PHIDU - Diabetes (1626)
    
    Modelled estimates of chronic diseases: type 2 diabetes. SA2 data for this indicator are derived from Population Health Area (PHA) data. PHAs are comprised of one or more whole SA2s.From PHIDU: SA2 Chronic Disease - Modelled Estimate
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  - PHIDU - Obesity (1627)
    
    Modelled estimates of health risk factors: weight and smoking by SA2, 2011-13. SA2 data for these indicators are derived from Population Health Area (PHA) data. PHAs are comprised of one or more whole SA2s. From PHIDU: SA2 Health Risk Factors - Modelled Estimate
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  - PHIDU - Psychological Distress (1628)
    
    Estimated number of people aged 18 years and over with high or very high psychological distress by SA2, from 2011 to 2013. SA2 data for this indicator are derived from Population Health Area (PHA) data. PHAs are comprised of one or more whole SA2s. From PHIDU: SA2 Psychological Distress - Modelled Estimate
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  - PHIDU - Smokers (1629)
    
    Modelled estimates of health risk factors: weight and smoking by SA2, 2011-13. SA2 data for these indicators are derived from Population Health Area (PHA) data. PHAs are comprised of one or more whole SA2s. From PHIDU: SA2 Health Risk Factors - Modelled Estimate
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- Economy (1 layer)
  - Local government Consolidated Data Collection (CDC) 2019-20 (2003)
    
    The Department of Premier and Cabinet's Local Government Division (LGD) has been collecting data from Tasmanian councils annually since 2000. This data collection is called the Consolidated Data Collection or CDC. The CDC covers finances, infrastructure, roads and bridges, land use planning, human resources and disability access
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- ABS 2011 Census Statistics (132 layers)
  - Dwellings with no motor vehicles (SA1) - 2011 (1443)
    
    Australian Bureau of Statistics (ABS) Data - Dwellings with no motor vehicles from the 2011 Census
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  - Female Population (LGA) - 2011 (1651)
    
    Female population statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Female Population (SA1) - 2011 (1652)
    
    Female population statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Female Population (SA2) - 2011 (1653)
    
    Female population statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Female Population (SA3) - 2011 (1655)
    
    Female population statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Female Population (SA4) - 2011 (1656)
    
    Female population statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Household Income less than $400 a week (SA1) - 2011 (1441)
    
    Australian Bureau of Statistics (ABS) Data - Households with income less than $400 per week from the 2011 Census
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  - Industry (LGA) - Accomm. and food services - 2011 (1786)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Accommodation and food services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Admin. and support services - 2011 (1798)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Administrative and support services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Agriculture, forestry and fishing - 2011 (1771)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Agriculture, forestry and fishing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Arts and rec. services - 2011 (1806)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Arts and recreation services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Construction - 2011 (1779)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Construction. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Education and training - 2011 (1802)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Education and training. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Elec., gas, water and waste services - 2011 (1777)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Electricity, gas, water and waste services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Financial and insurance services - 2011 (1792)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Financial and insurance services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Health care and social assistance - 2011 (1804)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Health care and social assistance. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Inadequately desc or Not stated - 2011 (1810)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Inadequately described/Not stated. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Info. media and telecomm. - 2011 (1790)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Information media and telecommunications. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Manufacturing - 2011 (1775)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Manufacturing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Mining - 2011 (1773)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Mining. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Other services - 2011 (1808)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Other services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Prof., scientific and tech services - 2011 (1796)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Professional, scientific and technical services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Public admin. and safety - 2011 (1800)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Public administration and safety. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Rent., hiring and real estate services - 2011 (1794)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Rental, hiring and real estate services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Retail trade - 2011 (1783)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Retail trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Transport, post. and warehousing - 2011 (1788)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Transport, postal and warehousing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (LGA) - Wholesale trade - 2011 (1781)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Wholesale trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Accomm. and food services - 2011 (1787)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Accommodation and food services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Admin. and support services - 2011 (1799)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Administrative and support services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Agriculture, forestry and fishing - 2011 (1772)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Agriculture, forestry and fishing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Arts and rec. services - 2011 (1807)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Arts and recreation services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Construction - 2011 (1780)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Construction. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Education and training - 2011 (1803)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Education and training. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Elec., gas, water and waste services - 2011 (1778)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Electricity, gas, water and waste services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Financial and insurance services - 2011 (1793)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Financial and insurance services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Health care and social assistance - 2011 (1805)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Health care and social assistance. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Inadequately desc or Not stated - 2011 (1811)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Inadequately described/Not stated. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Info. media and telecomm. - 2011 (1791)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Information media and telecommunications. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Manufacturing - 2011 (1776)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Manufacturing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Mining - 2011 (1774)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Mining. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Other services - 2011 (1809)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Other services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Prof., scientific and tech services - 2011 (1797)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Professional, scientific and technical services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Public admin. and safety - 2011 (1801)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Public administration and safety. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Rent., hiring and real estate services - 2011 (1795)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Rental, hiring and real estate services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Retail trade - 2011 (1785)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Retail trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Transport, post. and warehousing - 2011 (1789)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Transport, postal and warehousing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Industry (SA2) - Wholesale trade - 2011 (1782)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Wholesale trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2011 Census
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  - Male Population (LGA) - 2011 (1657)
    
    Male population statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Male Population (SA1) - 2011 (1658)
    
    Male population Statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Male Population (SA2) - 2011 (1661)
    
    Male population Statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Male Population (SA3) - 2011 (1659)
    
    Male population Statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Male Population (SA4) - 2011 (1660)
    
    Male population Statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Median Age (LGA) - 2011 (932)
    
    Australian Bureau of Statistics (ABS) Median Age Local Government Areas from the 2011 Census
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    ABS Median Age Local Government Areas
  - Need for assistance (SA1) - 2011 (1442)
    
    Australian Bureau of Statistics (ABS) Data - People with need for assistance from the 2011 Census
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  - People Aged 0-4 (SA1) - 2011 (1580)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 0-4 (SA2) - 2011 (1581)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 0-4 (SA3) - 2011 (1582)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 0-4 (SA4) - 2011 (1583)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 15-19 (SA1) - 2011 (1584)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 15-19 (SA2) - 2011 (1585)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 15-19 (SA3) - 2011 (1586)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 15-19 (SA4) - 2011 (1587)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 20-24 (SA1) - 2011 (1595)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 20-24 (SA2) - 2011 (1594)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 20-24 (SA3) - 2011 (1593)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 20-24 (SA4) - 2011 (1592)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 25-34 (SA1) - 2011 (1599)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 25-34 (SA2) - 2011 (1598)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 25-34 (SA3) - 2011 (1597)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 25-34 (SA4) - 2011 (1596)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 35-44 (SA1) - 2011 (1603)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 35-44 (SA2) - 2011 (1602)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 35-44 (SA3) - 2011 (1601)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 35-44 (SA4) - 2011 (1600)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 45-54 (SA1) - 2011 (1607)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 45-54 (SA2) - 2011 (1606)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 45-54 (SA3) - 2011 (1605)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 45-54 (SA4) - 2011 (1604)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 5-14 (SA1) - 2011 (1588)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 5-14 (SA2) - 2011 (1589)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 5-14 (SA3) - 2011 (1590)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 5-14 (SA4) - 2011 (1591)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 55-64 (SA1) - 2011 (1611)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 55-64 (SA2) - 2011 (1610)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 55-64 (SA3) - 2011 (1609)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 55-64 (SA4) - 2011 (1608)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 65-74 (SA1) - 2011 (1615)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 65-74 (SA2) - 2011 (1614)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 65-74 (SA3) - 2011 (1613)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 65-74 (SA4) - 2011 (1612)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 75-84 (SA1) - 2011 (1619)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 1 from the 2011 Census
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  - People Aged 75-84 (SA2) - 2011 (1618)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 2 from the 2011 Census
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  - People Aged 75-84 (SA3) - 2011 (1617)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 3 from the 2011 Census
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  - People Aged 75-84 (SA4) - 2011 (1616)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 4 from the 2011 Census
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  - People Aged 85 and Over (SA1) - 2011 (1623)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 1 from the 2011 Census
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  - People Aged 85 and Over (SA2) - 2011 (1622)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 2 from the 2011 Census
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  - People Aged 85 and Over (SA3) - 2011 (1621)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 3 from the 2011 Census
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  - People Aged 85 and Over (SA4) - 2011 (1620)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 4 from the 2011 Census
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  - People Aged Over 75 (SA1) - 2011 (923)
    
    Australian Bureau of Statistics (ABS) Data - People aged over 75 from the 2011 Census
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  - Percent Female Population (SA1) - 2011 (1670)
    
    Percentage of Tasmania's population which is female, by Statistical Area 1 (SA1) from the 2011 Census
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  - Percent Male Population (SA1) - 2011 (1645)
    
    Percentage of Tasmania's population which is male, by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) 2011 Census
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  - Percent Unemployment (LGA) - 2011 (933)
    
    Australian Bureau of Statistics (ABS) Percent Unemployment Local Government Areas from the 2011 Census
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  - Population (LGA) - 2011 (931)
    
    Population Statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Population (SA1) - 2011 (927)
    
    Population Statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Population (SA2) - 2011 (928)
    
    Population Statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Population (SA3) - 2011 (929)
    
    Population Statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Population (SA4) - 2011 (930)
    
    Population Statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2011
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  - Population Density (LGA) - 2011 (1646)
    
    Population Density Local Government Areas (LGA). People per square kilometre of each LGA from the Australian Bureau of Statistics (ABS) 2011 Census
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  - Population Density (SA1) - 2011 (1647)
    
    Population Density (Statistical Area 1). People per square kilometre of each Statistical Area 1 (SA1) from the 2011 Census
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  - Population Density (SA2) - 2011 (1648)
    
    Population Density (Statistical Area 2). People per square kilometre of each Statistical Area 2 (SA2) from the 2011 Census
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  - Population Density (SA3) - 2011 (1649)
    
    Population Density (Statistical Area 3). People per square kilometre of each Statistical Area 3 (SA3) from the 2011 Census
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  - Population Density (SA4) - 2011 (1650)
    
    Population Density (Statistical Area 4). People per square kilometre of each Statistical Area 4 (SA4) from the 2011 Census
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  - Private Dwellings (LGA) - 2011 (934)
    
    Australian Bureau of Statistics (ABS) Private Dwellings Local Government Areas from the 2011 Census
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  - Projected Population Change (LGA) - 2011 (1662)
    
    The Department of Treasury and Finance has prepared population projections for Tasmania's Local Government Areas for 25 years (from 2013 to 2037). The data was originally derived from the 2011 Australian Bureau of Statistics (ABS) Census
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  - Projected Population Change (SA2) - 2011 (1663)
    
    National Aged Care Data Clearinghouse (NACDC): Population projections, 2012 (base) to 2027 for Tasmania at Statistical Area Level 2 (SA2). The data was originally derived from the 2011 Australian Bureau of Statistics (ABS) Census
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  - Projected Population Change 0-4 (LGA) - 2011 (1822)
    
    Sourced from the Tasmanian Department of Treasury and Finance. The data is shown via Local Government Areas (LGA) for 0 to 4 year old's form projected population figures between 2012 and 2036. The layer is represented as a percentage of the total growth, for that LGA boundary, compared to the total state growth for that age bracket and year range. The data was originally derived from the 2011 Australian Bureau of Statistics (ABS) Census
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  - Projected Population Change 13-19 (LGA) - 2011 (1824)
    
    Sourced from the Tasmanian Department of Treasury and Finance. The data is shown via Local Government Areas (LGA) for 13 to 19 year old's form projected population figures between 2012 and 2036. The layer is represented as a percentage of the total growth, for that LGA boundary, compared to the total state growth for that age bracket and year range. The data was originally derived from the 2011 Australian Bureau of Statistics (ABS) Census
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  - Projected Population Change 5-12 (LGA) - 2011 (1823)
    
    Sourced from the Tasmanian Department of Treasury and Finance. The data is shown via Local Government Areas (LGA) for 5 to 12 year old's form projected population figures between 2012 and 2036. The layer is represented as a percentage of the total growth, for that LGA boundary, compared to the total state growth for that age bracket and year range. The data was originally derived from the 2011 Australian Bureau of Statistics (ABS) Census
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  - Remoteness Areas - 2011 (1326)
    
    Australian Bureau of Statistics (ABS) Remoteness Areas from the 2011 Census
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    ABS Remoteness Areas Remote Statistics
  - SEIFA Advantage and Disadvantage (SA1) - 2011 (1631)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Advantage and Disadvantage (SA2) - 2011 (1630)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Education and Occupation (SA1) - 2011 (1636)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Education and Occupation (SA2) - 2011 (1637)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Index of Economic Resources (SA1) - 2011 (1634)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Index of Economic Resources (SA2) - 2011 (1635)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Socioeconomic Disadvantage (SA1) - 2011 (1632)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - SEIFA Socioeconomic Disadvantage (SA2) - 2011 (1633)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2011).
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  - Speaking English not well or at all (SA1) - 2011 (1440)
    
    Australian Bureau of Statistics (ABS) Data - People speaking english not well or at all from the 2011 Census
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  - Statistical Areas Level 1 - 2011 (1444)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 1 from the 2011 Census
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  - Statistical Areas Level 2 - 2011 (924)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 2 from the 2011 Census
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    ABS Statistical Areas Level 2 SA2 SAL2
  - Statistical Areas Level 3 - 2011 (925)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 3 from the 2011 Census
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    ABS Statistical Areas Level 3 SA3 SAL3
  - Statistical Areas Level 4 - 2011 (926)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 4 from the 2011 Census
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    ABS Statistical Areas Level 4 SA4 SAL4
- ABS 2016 Census Statistics (138 layers)
  - Dwellings with no motor vehicles (SA1) - 2016 (2218)
    
    Australian Bureau of Statistics (ABS) Data - Dwellings with no motor vehicles from the 2016 Census
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  - Female Population (LGA) - 2016 (2103)
    
    Female population statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Female Population (SA1) - 2016 (2104)
    
    Female population statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Female Population (SA2) - 2016 (2105)
    
    Female population statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Female Population (SA3) - 2016 (2106)
    
    Female population statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Female Population (SA4) - 2016 (2107)
    
    Female population statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Greater Capital City Statistical Area - 2016 (2223)
    
    Australian Bureau of Statistics (ABS) Greater Capital City Statistical Areas (GCCSA) from the 2016 Census
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  - Household Income less than $400 a week (SA1) - 2016 (2219)
    
    Australian Bureau of Statistics (ABS) Data - Households with income less than $400 per week from the 2016 Census
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  - Industry (LGA) - Accomm. and food services - 2016 (2176)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Accommodation and food services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Admin. and support services - 2016 (2191)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Administrative and support services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Agriculture, forestry and fishing - 2016 (2179)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Agriculture, forestry and fishing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Arts and rec. services - 2016 (2195)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Arts and recreation services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Construction - 2016 (2183)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Construction. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Education and training - 2016 (2193)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Education and training. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Elec., gas, water and waste services - 2016 (2182)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Electricity, gas, water and waste services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Financial and insurance services - 2016 (2188)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Financial and insurance services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Health care and social assistance - 2016 (2194)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Health care and social assistance. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Inadequately desc or Not stated - 2016 (2197)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Inadequately described/Not stated. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Info. media and telecomm. - 2016 (2187)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Information media and telecommunications. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Manufacturing - 2016 (2181)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Manufacturing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Mining - 2016 (2180)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Mining. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Other services - 2016 (2196)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Other services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Prof., scientific and tech services - 2016 (2190)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Professional, scientific and technical services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Public admin. and safety - 2016 (2192)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Public administration and safety. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Rent., hiring and real estate services - 2016 (2189)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Rental, hiring and real estate services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Retail trade - 2016 (2185)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Retail trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Transport, post. and warehousing - 2016 (2186)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Transport, postal and warehousing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (LGA) - Wholesale trade - 2016 (2184)
    
    Australian Bureau of Statistics (ABS) Industry Employment by LGA for Wholesale trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Accomm. and food services - 2016 (2177)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Accommodation and food services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Admin. and support services - 2016 (2209)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Administrative and support services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Agriculture, forestry and fishing - 2016 (2178)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Agriculture, forestry and fishing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Arts and rec. services - 2016 (2213)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Arts and recreation services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Construction - 2016 (2201)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Construction. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Education and training - 2016 (2211)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Education and training. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Elec., gas, water and waste services - 2016 (2200)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Electricity, gas, water and waste services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Financial and insurance services - 2016 (2206)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Financial and insurance services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Health care and social assistance - 2016 (2212)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Health care and social assistance. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Inadequately desc or Not stated - 2016 (2215)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Inadequately described/Not stated. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Info. media and telecomm. - 2016 (2205)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Information media and telecommunications. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Manufacturing - 2016 (2199)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Manufacturing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Mining - 2016 (2198)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Mining. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Other services - 2016 (2214)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Other services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Prof., scientific and tech services - 2016 (2208)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Professional, scientific and technical services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
    More Information
  - Industry (SA2) - Public admin. and safety - 2016 (2210)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Public administration and safety. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Rent., hiring and real estate services - 2016 (2207)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Rental, hiring and real estate services. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Retail trade - 2016 (2203)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Retail trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Transport, post. and warehousing - 2016 (2204)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Transport, postal and warehousing. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Industry (SA2) - Wholesale trade - 2016 (2202)
    
    Australian Bureau of Statistics (ABS) Industry Employment by SA2 for Wholesale trade. The data is a percentage of the total number of individuals employed in this industry around the state. The data is from the 2016 Census
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  - Male Population (LGA) - 2016 (2108)
    
    Male population statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Male Population (SA1) - 2016 (2109)
    
    Male population Statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Male Population (SA2) - 2016 (2110)
    
    Male population Statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Male Population (SA3) - 2016 (2111)
    
    Male population Statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Male Population (SA4) - 2016 (2112)
    
    Male population Statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Median Age (LGA) - 2016 (2122)
    
    Australian Bureau of Statistics (ABS) Median Age Local Government Areas from the 2016 Census
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  - Mesh Blocks - 2016 (2216)
    
    Australian Bureau of Statistics (ABS) Mesh Blocks from the 2016 Census
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  - Need for assistance (SA1) - 2016 (2220)
    
    Australian Bureau of Statistics (ABS) Data - People with need for assistance from the 2016 Census
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  - People Aged 0-4 (SA1) - 2016 (2125)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 0-4 (SA2) - 2016 (2126)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 0-4 (SA3) - 2016 (2127)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 0-4 (SA4) - 2016 (2128)
    
    Australian Bureau of Statistics (ABS) People Aged 0-4 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 15-19 (SA1) - 2016 (2133)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 15-19 (SA2) - 2016 (2134)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 15-19 (SA3) - 2016 (2135)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 15-19 (SA4) - 2016 (2136)
    
    Australian Bureau of Statistics (ABS) People Aged 15-19 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 20-24 (SA1) - 2016 (2137)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 20-24 (SA2) - 2016 (2138)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 20-24 (SA3) - 2016 (2139)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 20-24 (SA4) - 2016 (2140)
    
    Australian Bureau of Statistics (ABS) People Aged 20-24 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 25-34 (SA1) - 2016 (2141)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 25-34 (SA2) - 2016 (2142)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 25-34 (SA3) - 2016 (2143)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 25-34 (SA4) - 2016 (2144)
    
    Australian Bureau of Statistics (ABS) People Aged 25-34 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 35-44 (SA1) - 2016 (2145)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 35-44 (SA2) - 2016 (2146)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 35-44 (SA3) - 2016 (2147)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 35-44 (SA4) - 2016 (2148)
    
    Australian Bureau of Statistics (ABS) People Aged 35-44 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 45-54 (SA1) - 2016 (2149)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 45-54 (SA2) - 2016 (2150)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 45-54 (SA3) - 2016 (2151)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 45-54 (SA4) - 2016 (2152)
    
    Australian Bureau of Statistics (ABS) People Aged 45-54 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 5-14 (SA1) - 2016 (2129)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 5-14 (SA2) - 2016 (2130)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 5-14 (SA3) - 2016 (2131)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 5-14 (SA4) - 2016 (2132)
    
    Australian Bureau of Statistics (ABS) People Aged 5-14 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 55-64 (SA1) - 2016 (2153)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 55-64 (SA2) - 2016 (2154)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 55-64 (SA3) - 2016 (2155)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 55-64 (SA4) - 2016 (2156)
    
    Australian Bureau of Statistics (ABS) People Aged 55-64 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 65-74 (SA1) - 2016 (2157)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 65-74 (SA2) - 2016 (2158)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 65-74 (SA3) - 2016 (2159)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 65-74 (SA4) - 2016 (2160)
    
    Australian Bureau of Statistics (ABS) People Aged 65-74 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 75-84 (SA1) - 2016 (2161)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 1 from the 2016 Census
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  - People Aged 75-84 (SA2) - 2016 (2162)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 2 from the 2016 Census
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  - People Aged 75-84 (SA3) - 2016 (2163)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 3 from the 2016 Census
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  - People Aged 75-84 (SA4) - 2016 (2164)
    
    Australian Bureau of Statistics (ABS) People Aged 75-84 Statistical Areas Level 4 from the 2016 Census
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  - People Aged 85 and Over (SA1) - 2016 (2165)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 1 from the 2016 Census
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  - People Aged 85 and Over (SA2) - 2016 (2166)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 2 from the 2016 Census
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  - People Aged 85 and Over (SA3) - 2016 (2167)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 3 from the 2016 Census
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  - People Aged 85 and Over (SA4) - 2016 (2168)
    
    Australian Bureau of Statistics (ABS) People Aged 85 and Over Statistical Areas Level 4 from the 2016 Census
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  - People Aged Over 75 (SA1) - 2016 (2221)
    
    Australian Bureau of Statistics (ABS) Data - People aged over 75 from the 2016 Census
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  - Percent Female Population (SA1) - 2016 (2169)
    
    Percentage of Tasmania's population which is female, by Statistical Area 1 (SA1) from the 2016 Census
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  - Percent Male Population (SA1) - 2016 (2170)
    
    Percentage of Tasmania's population which is male, by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) 2016 Census
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  - Percent Unemployment (LGA) - 2016 (2123)
    
    Australian Bureau of Statistics (ABS) Percent Unemployment Local Government Areas from the 2016 Census
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  - Population (LGA) - 2016 (2117)
    
    Population Statistics by Local Government Areas (LGA) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Population (SA1) - 2016 (2118)
    
    Population Statistics by Statistical Area 1 (SA1) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Population (SA2) - 2016 (2119)
    
    Population Statistics by Statistical Area 2 (SA2) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Population (SA3) - 2016 (2120)
    
    Population Statistics by Statistical Area 3 (SA3) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Population (SA4) - 2016 (2121)
    
    Population Statistics by Statistical Area 4 (SA4) from the Australian Bureau of Statistics (ABS) Census 2016
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  - Population Density (LGA) - 2016 (2171)
    
    Population Density Local Government Areas (LGA). People per square kilometre of each LGA from the Australian Bureau of Statistics (ABS) 2016 Census
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  - Population Density (SA1) - 2016 (2172)
    
    Population Density (Statistical Area 1). People per square kilometre of each Statistical Area 1 (SA1) from the 2016 Census
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  - Population Density (SA2) - 2016 (2173)
    
    Population Density (Statistical Area 2). People per square kilometre of each Statistical Area 2 (SA2) from the 2016 Census
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  - Population Density (SA3) - 2016 (2174)
    
    Population Density (Statistical Area 3). People per square kilometre of each Statistical Area 3 (SA3) from the 2016 Census
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  - Population Density (SA4) - 2016 (2175)
    
    Population Density (Statistical Area 4). People per square kilometre of each Statistical Area 4 (SA4) from the 2016 Census
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  - Private Dwellings (LGA) - 2016 (2124)
    
    Australian Bureau of Statistics (ABS) Private Dwellings Local Government Areas from the 2016 Census
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  - SEIFA Advantage and Disadvantage (LGA) - 2016 (2282)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Advantage and Disadvantage (Localities) - 2016 (2281)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Advantage and Disadvantage (SA1) - 2016 (2273)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Advantage and Disadvantage (SA2) - 2016 (2274)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Education and Occupation (LGA) - 2016 (2284)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Education and Occupation (Localities) - 2016 (2283)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Education and Occupation (SA1) - 2016 (2275)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Education and Occupation (SA2) - 2016 (2276)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Index of Economic Resources (LGA) - 2016 (2286)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Index of Economic Resources (Localities) - 2016 (2285)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Index of Economic Resources (SA1) - 2016 (2277)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Index of Economic Resources (SA2) - 2016 (2278)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Socioeconomic Disadvantage (LGA) - 2016 (2288)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Socioeconomic Disadvantage (Localities) - 2016 (2287)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Socioeconomic Disadvantage (SA1) - 2016 (2279)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - SEIFA Socioeconomic Disadvantage (SA2) - 2016 (2280)
    
    Socio-Economic Indexes for Areas (SEIFA) is a product developed by the Australian Bureau of Statistics (ABS) that ranks areas in Australia according to relative socio-economic advantage and disadvantage. The indexes are based on information from the five-yearly Census (2016).
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  - Significant Urban Areas 2016 (2224)
    
    Australian Bureau of Statistics (ABS) Significant Urban Areas (SUA) from the 2016 Census
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  - Speaking English not well or at all (SA1) - 2016 (2222)
    
    Australian Bureau of Statistics (ABS) Data - People speaking english not well or at all from the 2016 Census
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  - Statistical Areas Level 1 - 2016 (2113)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 1 from the 2016 Census
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  - Statistical Areas Level 2 - 2016 (2114)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 2 from the 2016 Census
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  - Statistical Areas Level 3 - 2016 (2115)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 3 from the 2016 Census
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  - Statistical Areas Level 4 - 2016 (2116)
    
    Australian Bureau of Statistics (ABS) Statistical Areas Level 4 from the 2016 Census
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  - Urban Centre and Locality 2016 (2225)
    
    Australian Bureau of Statistics (ABS) Urban Centre and Localities (UCL) from the 2016 Census
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- ABS 2021 Census Statistics (5 layers)
  - Dwellings with no motor vehicles (SA1) - 2021 (3711)
    
    Australian Bureau of Statistics (ABS) Data - Dwellings with no motor vehicles from the 2021 Census
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  - Household Income less than $400 a week (SA1) - 2021 (3710)
    
    Australian Bureau of Statistics (ABS) Data - Households with income less than $400 per week from the 2021 Census
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  - Need for assistance (SA1) - 2021 (3713)
    
    Australian Bureau of Statistics (ABS) Data - People with need for assistance from the 2021 Census
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  - People Aged Over 75 (SA1) - 2021 (3709)
    
    Australian Bureau of Statistics (ABS) Data - People aged over 75 from the 2021 Census
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  - Speaking English not well or at all (SA1) - 2021 (3712)
    
    Australian Bureau of Statistics (ABS) Data - People speaking english not well or at all from the 2021 Census
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- Public Health Facilities (2 layers)
  - DoH Tasmanian Role Delineation Framework (TRDF) and Clinical Services Profile (CSP) (2375)
    
    The Tasmanian Role Delineation Framework (TRDF) and Clinical Services Profile (CSP) is the principal, government endorsed clinical service planning document for Tasmania?s public health system. The TRDF describes the minimum support services, safety standards, skills and competencies, networking arrangements, and other service requirements. Whereas the CSP function is responsible for delineating which clinical services and clinical support services will be delivered at each public hospital and health facility.
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  - Public Hospitals and Health Facilities (1860)
    
    Public Hospitals and Health Services including Major Hospitals, Rural Health Facility (Inpatient beds) and Community Health Centres as managed by the Department of Health and Human Services Tasmania.
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- Society (3 layers)
  - Gaming Venues (1962)
    
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  - Liquor Licences (1316)
    
    The Liquor Licence layer is built from data supplied by the Liquor and Gaming Branch, Department of Treasury and Finance. The data is broken into Liquor Licence Category and provides the Premises Licence Number, Name and Effective Date
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  - Tasmanian All Industry Total Organic Waste Generation (t/year) (3697)
    
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Inland Waters and Elevation (2 minor categories)
- Elevation (17 layers)
  - Australian Depth Contours (3611)
    
    1m and 5m depth contours derived from the Australian Bathymetric and Topography Grid, June 2009 (GA) by the Australian Hydrographic Service for use on Seamap Australia website. Clipped to the Aus shelf extent.
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  - Bathymetric Contours (315)
    
    The Bathymetric Polygon layer depicts depth information for approximately 150 kilometers around Tasmania. Each polygon represents a 100 meter range of depth which is depicted as an upper and lower limit. The LIST land data has been used to form a outline of Tasmania for the 0 to 100 meter polygon.
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  - Bathymetric Contours (100m intervals) (337)
    
    The Bathymetric Contour layer depicts depth information for approximately 150 kilometers around Tasmania at 100 meter intervals.
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  - Bathymetric Data - Continental Shelf (AUSLIG 1:1M) (317)
    
    Bathymetric Data - Continental Shelf mapping derived by Geoscience Australia - National Mapping Division (formerly AUSLIG) at a scale of 1:1,000,000.
  - Bathymetry all Tasmania (5 metres) (336)
    
    Seamap Tasmania Bathymetry data developed by Institute for Marine and Antarctic Studies (IMAS) depicts marine habitats from Marion Bay [147 57, -42 44] to Second Lookout Point [146 52, -43 40] from the coastline to the 40m depth contour. The contour intervals are at 2m, 5m, 10m, 20m, 30m and 40m.
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  - Contours (0.25 metres) (3104)
    
    25cm Contours have been derived from LiDAR data captured for the DPAC Tas Coastal Project.
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  - Contours (10 metres) (130)
    
    LIST contours consist of linear features which depict an imaginary line representing a constant elevation on the Earths surface. Contours 10m depicts contour lines at 10 metre intervals which were created for the 1:25,000 map series and coverage includes all Tasmania and offshore islands excluding Macquarie Island. This is a seamless coverage and attributes are complete.
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  - Contours (5 metres) (942)
    
    LIST contours consist of linear features which depict an imaginary line representing a constant elevation on the Earths surface. Contours 5m depicts contour lines at 5 metre intervals which were created for the former 1:5,000 Orthophoto/Cadastral map series and coverage generally only extends to urban areas and towns. This data is not seamless and edge matching has not been completed for all the map sheet tiles in this coverage. There may be incomplete data in some areas where dense vegetation is present. This dataset is not being revised.
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  - Digital Terrain Model 10m (3985)
    
    This 10m Digital Terrain Model (DTM) was generated by Mineral Resources Tasmania and is current at June 2020.
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  - Elevation Polygons (211)
    
    Elevation Polygons show areas in 100m bands (AHD) for Tasmania from 0m (Mean Sea Level) to 1500m. Anything above 1500m is grouped into a 1500m + band. This dataset was developed from NRE's 10m Contours dataset and clipped to NRE's coastline dataset.
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  - Hillshade Colour Basemap (1379)
    
    The colour hillshade basemap is a shaded relief, or hillshade image of Tasmania. Derived from DPIPWE 30m elevation grid and all available LiDAR datasets in Tasmania.
  - Hillshade Grey Basemap (2334)
    
    The grey scale hillshade Basemap is a shaded relief, or hillshade image of Tasmania. Derived from DPIPWE 30m elevation grid and available LiDAR datasets in Tasmania.
  - LIST Spot Heights (1997)
    
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    spot height elevation
  - Landform Classification (1847)
    
    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.
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    Landform Classification NCH Elevation
  - Slope (3267)
    
    Slope represents the rate of change of elevation (gradient or steepness) and is represented by a raster surface. The lower the slope value, the flatter the terrain; the higher the slope value, the steeper the terrain. The inclination of slope is calculated in degrees. The values range from 0 to 90. Slope was calculated for the state based on the greatest resolution elevation data available (including LiDAR where it exists.
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  - Slope 10m (3987)
    
    This 10m slope model was generated by Mineral Resources Tasmania and is current at June 2020.
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  - Slope in Degrees (3648)
    
    Slope represents the rate of change of elevation (gradient or steepness) and is represented by a raster surface. The lower the slope value, the flatter the terrain; the higher the slope value, the steeper the terrain. The inclination of slope is calculated in degrees. The values range from 0 to 90. Slope was calculated for the state based on the greatest resolution elevation data available (including LiDAR where it exists.
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- Inland Waters (28 layers)
  - CFEV Catchments (1223)
    
    The CFEV Catchments data layer shows the boundaries of catchment boundaries within the major drainage catchments in Tasmania. It is part of a set of nested catchments for the state which reduce in size from the major catchments to sub-catchments to fine-scale river section catchments.
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  - CFEV Estuaries - Integrated Conservation Value (1224)
    
    The CFEV Estuaries data layer shows a statewide coverage of estuaries in Tasmania. Individual features (estuaries) are rated according to their overall conservation value (relative to other estuaries), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of condition and conservation management priority for each estuary.
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  - CFEV Groundwater Dependent Ecosystems (GDEs) (1221)
    
    The CFEV Groundwater Dependent Ecosystems (GDEs) data layer shows generalised point locations of known freshwater-dependent ecosystems highly dependent on groundwater across Tasmania. This layer mainly includes various types of springs. Conservation rankings for karst are not included in this layer and are provided separately in the CFEV Karst data set.
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  - CFEV Karst - Integrated Conservation Value (1225)
    
    The CFEV Karst data layer shows a statewide coverage of karst areas in Tasmania. Individual features (karst areas) are rated according to their overall conservation value (relative to other karst), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of conservation management priority for each karst feature.
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  - CFEV River Section Catchments (RSCs) (1226)
    
    The CFEV River Section Catchments (RSCs) data layer shows 1:25,000 scale catchment boundaries within the major drainage catchments in Tasmania. It is part of a set of nested catchments for the state which reduce in size from the major catchments to sub-catchments to fine-scale river section catchments.
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  - CFEV Rivers - Integrated Conservation Value (1222)
    
    The CFEV Rivers data layer shows a statewide drainage network for Tasmania. Individual rivers sections (stream sections between confluences) are rated according to their overall conservation value (relative to other river sections), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of condition and conservation management priority for each river section.
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  - CFEV Saltmarshes - Integrated Conservation Value (1227)
    
    The CFEV Saltmarshes data layer shows a statewide coverage of saltmarshes in Tasmania. Individual features (saltmarshes) are rated according to their overall conservation value (relative to other saltmarshes), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of condition and conservation management priority for each saltmarsh.
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  - CFEV Sub-Catchments (1228)
    
    The CFEV Sub-catchments data layer shows the sub-catchment boundaries within the major drainage catchments in Tasmania. It is part of a set of nested catchments for the state which reduce in size from the major catchments to sub-catchments to fine-scale river section catchments.
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  - CFEV Waterbodies - Integrated Conservation Value (1229)
    
    The CFEV Waterbodies data layer shows a statewide coverage of lakes and waterbodies in Tasmania. Individual features (lakes and waterbodies) are rated according to their overall conservation value (relative to other waterbodies), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of condition and conservation management priority for each waterbody.
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  - CFEV Wetlands - Integrated Conservation Value (1230)
    
    The CFEV Wetlands data layer shows a statewide coverage of wetlands in Tasmania. Individual features (wetlands, marshes) are rated according to their overall conservation value (relative to other wetlands), as assessed by the Conservation of Freshwater Ecosystem Values (CFEV) Program. The data also includes an assessment of condition and conservation management priority for each wetland feature.
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  - Derwent Estuary Habitat Atlas (391)
    
    Derwent Estuary Habitat Atlas dataset depicts marine habitats, saltmarsh and wetland within and adjacent to the Derwent River estuary from New Norfolk to Iron Pot. The dataset combines and simplifies data from previous studies undertaken between 1999 and 2008 into a non-overlapping polygon representation. The habitat types depicted in the dataset include Cobble, Reef, Sand, Silt, Rock, Aquatic Macrophytes, Seagrass, Macrocystis pyrifera, Wetland and Saltmarsh vegetation communities.
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  - Estuarine Catchments (435)
    
    Estuarine Catchment boundaries of 111 Tasmanian estuaries, coastal lakes and lagoons were derived from 1:100,000 map sheets for an Ocean Rescue 2000 funded study , Regional Classification of Tasmanian Coastal Waters - Stage 2, Estuaries.
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    Estuarine Catchments
  - Floodplain (LIST 1:250K) (438)
    
    Floodplain regions of Tasmania (developed for the Land Information System Tasmania (LIST) captured at a scale of 1:250,000). Floodplain LIST
  - Hobart Stormwater Catchment (437)
    
    Stormwater Catchment areas in the greater Hobart region Hobart Stormwater Catchment
  - Hydrographic Areas (1255)
    
    LIST Hydrographic Area depicts all waterbody and associated polygon features in the hydrographic theme including lakes, estuaries, dams, mudflats, swamps and coastal flats. It contains attributes that allow area features to be delivered in separate layers and with attributes. The data set is held as regions which allow area features to overlap.
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  - Hydrographic Lines (1254)
    
    LIST Hydrographic Line depicts all line features in the hydrographic themes including rivers, coastline, shoreline of lakes. It contains attributes that allow lines to be delivered in separate layers and with attributes. Some lines, associated with Dam 2Ds, Rapid 2Ds, Submerged Trees, Submerged Reefs and Land, will not be replicated into separate data sets.
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  - Hydrographic Points (850)
    
    Hydrographic Points of interest including inland and sea points such as wrecks, dams, tanks, submerged rocks ...
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  - Hydrology - All (856)
    
    Hydrology - All is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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  - Riverine Catchment (436)
    
    Riverine Catchment are catchment boundaries of 205 Tasmanian rivers that were derived from 1:100,000 map sheets for an Ocean Rescue 2000 funded study , Regional Classification of Tasmanian Coastal Waters - Stage 2, Estuaries. Riverine Catchment
  - Rivers Streams and Creeks (131)
    
    Rivers Streams and Creeks is derived from the dataset Hydline, which depicts all line features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow lines to be delivered in separate layers and with attributes.
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  - Water Body - Submerged Tree (852)
    
    Water Body - Submerged Tree is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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  - Water Body and Watercourse (851)
    
    Water Body and Watercourse is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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  - Water Districts (150)
    
    Water Districts created or managed under the Water Management Act 1999 in Tasmania. The Water Districts data set contains the boundaries of Water Districts proclaimed under the Water Management Act 1999. The data set is made up of 5 categories of Water Districts. These are Irrigation Districts, Drainage Districts, Riverworks Districts, Hydro-Electric Districts & Water Supply Districts.
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  - Water Management Plan Areas (1076)
    
    Water Management Plan Areas support the administration of the Water Management Act 1999.
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    Water Management Plan Areas WMP WMR
  - Water Management Plan Management Zones (3543)
    
    Water Management Plan Zones support the administration of the Water Management Act 1999.
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  - Water Management Regions (151)
    
    Water Management Regions contains 48 Water Catchment polygons. These Water Catchments are attributed with their catchment name and number, and the number of the Water Management Region that they form part of. Water Management Regions support the administration of the Water Management Act 1999. Catchment boundaries extend to High Water mark and generally follow watersheds. Water Management Regions are not intended to portray Tasmania's Water Catchment areas.
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  - Waterway and Coastal Protection Area Guidance Map (1887)
    
    The Waterway and Coastal Protection Area Guidance Map has been prepared to provide guidance for local government in preparing the waterway and coastal protection area overlay for the application of the Natural Assets Code as part of the Local Provisions Schedules in the Tasmanian Planning Scheme.
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  - Wetlands (855)
    
    Wetlands is derived from Hydarea that depicts all polygon features in the hydrographic themes. This data set is one layer of the Digital Topographic Statewide Series. This data set is designed for the management purposes. It contains attributes that allow area features to be delivered in separate layers and with attributes.
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    Water Body Wetlands
Parks and Wildlife Service (3 minor categories)
- Administration (2 layers)
  - PWS Field Centre (2444)
    
    The location of PWS field centre operational boundaries as depicted in the PWS Asset Management System (AMS).
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  - PWS Region (2445)
    
    The location of PWS regional operational boundaries as depicted in the PWS Asset Management System (AMS).
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- Environmental Condition (3 layers)
  - Wilderness Quality 1995 (PWS) (2405)
    
    A statewide coverage of the wilderness quality index (from 0 to 20) at 200m resolution created using the Commonwealth NWI (National Wilderness Inventory) methodology. This was an RFA project.
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  - Wilderness Quality 2005 (PWS) (2406)
    
    A coverage of the wilderness quality index (from 0 to 20) at 500m resolution for the Tasmanian Wilderness World Heritage Area (1999 boundary) with a 10km buffer. Coverage includes some adjacent reserves in a natural state. Methydology based on the Commonwealth NWI (National Wilderness Inventory) and a revised method suited to Tasmania.
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  - Wilderness Quality 2015 (PWS) (2407)
    
    A coverage of the wilderness quality index (from 0 to 20) at 500m resolution for the Tasmanian Wilderness World Heritage Area (2013 boundary) with a 10km buffer. Coverage includes some adjacent reserves in a natural state. Methydology based on the Commonwealth NWI (National Wilderness Inventory) and a revised method suited to Tasmania.
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- Parks Planning (4 layers)
  - Collaborative Australian Protected Area Database (CAPAD) (3659)
    
    CAPAD is used to provide a national perspective of the conservation of biodiversity in protected areas.
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  - PWS Hunting Zones (3998)
    
    PWS Hunting Zones layer represents spatially boundaries where various recreational hunting activities including deer, wallaby and duck are permitted on public land with the appropriate hunting license and ONLY during the relevant hunting periods. These zones have been collated from various spatial datasets, management plans and hunting permit maps to present a combined dataset for PWS management purposes ONLY. NOTE: Duck hunting zones in the dataset do include some water bodies that are not managed by PWS and may bound other tenures other than PWS managed land.
  - TWWHA Fire Management Zones (3357)
    
    This layer was created as a part of the TWWHA Fire Management Plan. Fire management zoning is a high level tool to assist in fire planning. A number of zones have been recognised within the TWWHA for fire management purposes. Each zone has a fire management objective that matches the intent of the zone.
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  - Western Tasmania Aboriginal Cultural Landscape (3405)
    
    Heritage Listings Register layer is a point layer file representing places that are recognised as being of historic cultural heritage significance to the whole of Tasmania.
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Wild Fisheries (8 minor categories)
- Recreational Fishing (2 layers)
  - Recreational Fishing Restrictions (3908)
    
    Recreational Fishing Restrictions dataset spatially depicts the recreational fishing restricted areas, including marine reserves and parks, fishery research areas, shark refuge areas, gear and fish species related restricted areas in Tasmanian State coastal waters.
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  - Sea Fishing Spots (3664)
    
    Sea Fishing Spots dataset spatially depicts recreational sea fishing locations and associated facilities, including BBQ facilities, table/s, cleaning facilities, toilets, fisheries signage, shelter, lighting, water, and seat/s. Sea Fishing Spots Recreational Fishing
- Reserves, Research Areas and Shark Refuges (7 layers)
  - Marine Parks - No Fishing (3667)
    
    Marine Parks - No Fishing dataset spatially depicts the four Commonwealth Marine Parks off Tasmania where no fish or setting of gear is allowed.
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  - Marine Reserves - No Fishing (3665)
    
    Marine Reserves - No Fishing dataset spatially depicts the seven State Marine Nature Reserves where fishing by any method is prohibited.
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  - Marine Reserves - No Take by Diving (3688)
    
    Marine Reserves - No take by Diving dataset spatially depicts the State Marine Nature Reserves where fishing by diving is prohibited.
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  - Marine Reserves - Restricted Fishing (3666)
    
    Marine Reserves - Restricted Fishing dataset spatially depicts the State Marine Nature Reserves where restricted recreational and commercial fishing is allowed.
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  - Research Areas (3668)
    
    Research Areas dataset spatially depicts the Tasmania fisheries research areas that may have restrictions on some types of recreational and commercial fishing.
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    Research Areas Recreational Fishing
  - Research Areas - No Anchoring or Diving (3687)
    
    Research Areas - No Anchoring or Diving dataset spatially depicts the Tasmania fisheries research areas where no anchoring, swimming or taking of any fish by diving is allowed.
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  - Shark Refuge Areas (3669)
    
    Shark Refuge Areas dataset spatially depicts the important areas for the breeding of sharks, skates, and rays.
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    Shark Refuge Areas Recreational Fishing
- Recreational Abalone, Rock Lobster and Scallop (8 layers)
  - Abalone - No Take (3670)
    
    Abalone - No Take dataset spatially depicts the areas that no taking of abalone is allowed.
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    Abalone No Take Recreational Fishing
  - Abalone - No Take or Possession (3671)
    
    Abalone - No Take or Possession dataset spatially depicts the areas where no taking or possession of abalone is allowed.
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  - Rock Lobster - No Fishing (3672)
    
    Rock Lobster - No Fishing dataset spatially depicts the areas where fishing of rock lobster is prohibited.
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  - Rock Lobster - No Pots (3674)
    
    Rock Lobster - No Pots dataset spatially depicts the areas where fishing for rock lobster by pots is prohibited.
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  - Rock Lobster - No Rings (3675)
    
    Rock Lobster - No Rings dataset spatially depicts the areas where fishing for rock lobster by rings is prohibited.
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  - Rock Lobster - No Take or Possession (3673)
    
    Rock Lobster - No Take or Possession dataset spatially depicts the areas where no taking or possession for rock lobster is allowed.
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  - Scallop - No Take (3677)
    
    Scallop - No Take dataset spatially depicts the areas where fishing for scallops is prohibited.
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    Scallop No Take Recreational Fishing
  - Scallop Managed Area (3676)
    
    Scallop Managed Area dataset spatially depicts the areas where scallop fishing is closed until there is a substantial rebuilding of scallop stocks.
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- Recreational Net, Line and Spear Fishing (9 layers)
  - No Bait Net (3678)
    
    No Bait Net dataset spatially depicts the areas where using a bait net is prohibited.
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    No Bait Net Recreational Fishing
  - No Bait Trap (3679)
    
    No Bait trap dataset spatially depicts the areas where using a bait trap is prohibited.
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    No Bait Trap Recreational Fishing
  - No Beach Seine Net (3680)
    
    No Beach Seine Net dataset spatially depicts the areas where using a beach seine net is prohibited.
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    No Beach Seine Net Recreational Fishing
  - No Cast Net (3681)
    
    No Cast Net dataset spatially depicts the areas where using a cast net is prohibited.
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    No Cast Net Recreational Fishing
  - No Gill Net (3682)
    
    No Gill Net dataset spatially depicts the areas where using gill nets, including graball nets and mullet nets, is prohibited.
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    No Gill Net Recreational Fishing
  - No Graball Net (3683)
    
    No Graball Net dataset spatially depicts the areas where using graball nets is prohibited.
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    No Graball Net Recreational Fishing
  - No Mullet Net (3684)
    
    No Mullet Net dataset spatially depicts the areas where using mullet nets is prohibited.
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    No Mullet Net Recreational Fishing
  - No Setline (3685)
    
    No Setline dataset spatially depicts the areas where using setlines, including droplines and longlines, is prohibited.
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    No Setline Recreational Fishing
  - No Spears (3686)
    
    No Spears dataset spatially depicts the areas where spear fishing is prohibited.
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    No Spears Recreational Fishing
- Bream Fishing Areas and Inland Waters (2 layers)
  - Bream Fishing Areas (3689)
    
    Bream Fishing Areas dataset spatially depicts the areas where bream and marine species can be taken without a freshwater angling licence with up to two rods, all year round.
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  - Inland Waters (3690)
    
    Inland Waters dataset spatially depicts the areas where a freshwater angling licence is required. Visit www.ifs.tas.gov.au for more information.
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    Inland Waters Recreational Fishing
- Seasonal Closure Areas (1 layer)
  - Squid Seasonal Closure (3692)
    
    Squid Seasonal Closure dataset spatially depicts the areas where calamari and squid fisheries are closed during peak calamari spawning periods.
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- Heavy Metals Warning (1 layer)
  - Heavy Metals Warning (3691)
    
    Heavy Metals Warning dataset spatially depicts the areas where fish species contain high levels of heavy metals. Visit www.health.tas.gov.au/health-topics/environmental-health for more information.
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- Commercial Fisheries (7 layers)
  - Abalone/Commercial Dive Block (312)
    
    This data set spatially depicts commercial fishing blocks for the Tamanian abalone and commercial dive fisheries.
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  - Abalone/Commercial Dive Sub Block (3729)
    
    This data set spatially depicts commercial fishing blocks for the Tamanian abalone and commercial dive fisheries.
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  - Danish Seine Fishing (3391)
    
    This data set spatially depicts the commercial fishing areas for the Danish seine sector of the Tasmanian Scalefish Fishery showing where Danish seine can and can't operate in State managed waters.
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  - Fishing Block (DPIPWE) (320)
    
    Fishing Block (DPIPWE) dataset spatially depicts commercial fishing blocks that may be affected by an oil spill in Tasmanian State coastal waters as specified by the Oil Spill Response Atlas (OSRA) project. The dataset contains Tasmanian commercial fisheries catch figures for blacklip and greenlip abalone, southern rock lobster and scalefish species for the years 1996-1998 inclusive.
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  - Lobster/Giant Crab/Scallop Blocks (3371)
    
    This data set spatially depicts commercial fishing blocks for the Tasmanian rock lobster, giant crab and scallop fisheries.
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  - Lobster/Giant Crab/Scallop Sub Blocks (3372)
    
    This data set spatially depicts commercial fishing blocks for the Tasmanian rock lobster, giant crab and scallop fisheries.
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  - Scalefish Fishery Fishing Blocks (2252)
    
    This data set spatially depicts commercial fishing blocks for the Tasmanian Scalefish Fishery
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