The original dataset has been clipped to suit its use in the context of Victoria and adjoining areas. It is used for the generation of Vicmap Topographic 1;100 000 and for land channel interactive map search. Vicmap Topographic 1:100 000 topographic maps are available internally as GeoPDFs at http://services.land.vic.gov.au:8080/dseintranet/dsetopomaps.jsp

The Victorian Coastal Inundation Dataset (the product) is a digital dataset consisting of eight spatial layers modelling the extent of land subject to coastal inundation due to projected sea level rise from 2009 to 2100. This product is recommended for use at a scale of approximately 1:75,000 or less detail to reflect the limitations in the modelling and the recommended catchment to regional scale of inundation assessments with this product. The product is NOT suitable for assessments of potential risks at property level.

The datasets available are: Sea Level Rise: - SLR00CM_2009 - Current (2009) sea level
- SLR20CM_2040 - Projected 20cm sea level rise by 2040
- SLR47CM_2070 - Projected 47cm sea level rise by 2070
- SLR82CM_2100 - Projected 82cm sea level rise by 2100

Storm tide (1-in-100 year) with added wind forcing plus sea level rise - SLR00CM_ST_2009 - Current (2009) inundation to 1-in-100 year storm tide level - SLR20CM_ST_2040 - Inundation to 1-in-100 year storm tide level with storm surge increased by 6% plus 20 cm sea level rise - SLR47CM_ST_2070 - Inundation to 1-in-100 year storm tide level with storm surge increased by 13% plus 47 cm sea level rise - SLR82CM_ST_2100 - Inundation to 1-in-100 year storm tide level with storm surge increased by 19% plus 82 cm sea level rise

Interactive Map:- http://mapshare.maps.vic.gov.au/gvh270hydra/

Future Coasts (Modelled)

This data has been computed to support the Victorian Governments Future Coasts Project.

Raw data supporting the interactive map visualisation of the 2023-24 State Budget on the Victorian Government State Budget website.\r \r Virtual map is located at https://www.2023.budget.vic.gov.au/.

http://www.victoria.ca/EN/main/online-services/maps/pdf-maps.html

A number of pre-made PDF maps are available for download on the City of Victoria website.

Raw data supporting the interactive map visualisation of the 2020-21 State budget on the Victorian Government State Budget Website.\r \r The location coordinates are provided for general illustrative purposes only, and are subject to change and may not represent the final approved location of initiatives.\r \r Virtual map is located on www.2020.budget.vic.gov.au

The Map of Vic is a set of cartographic information represented in an interactive viewer, regarding the location of the services and facilities of the municipality. The spatial representation of this data is accompanied by additional information, such as a postal address, telephone number or web page address. The dataset contains the following facilities: Public Administration, Cultural Spaces, Education, Health, Social Services, Funeral Services, Tourism, Works and projects, Mobility and the Environment. The dataset also contains the municipal administrative divisions and VicWifi coverage areas.

This tool displays active victorian liquor licences locations and active dual licensed (liqour and gaming) venues in interactive maps. Data available is licence number, licence type, address, and is also displayable by LGA boundaries and by licence category/categories. It is able to be extracted by licence categories and by LGA in .csv format. This tool displays active victorian liquor licences locations and active dual licensed (liqour and gaming) venues in interactive maps. Data available is licence number, licence type, address, and is also displayable by LGA boundaries and by licence category/categories. It is able to be extracted by licence categories and by LGA in .csv format.

A spatial map layer of soil type (Australian Soil Classification) for Victoria. The harmonised map consists of 3,300 land units (totaling about 225,000 polygons) derived from around 100 soil and land surveys carried out in Victoria over the past 70 years. The land units have been attributed according to the Australian Soil Classification (Order and Suborder levels of the classification scheme) based on their likely dominant soil type. Particular attention was given to harmonising land units across survey boundaries. A reliability index has been assigned to each land unit based on the quality and relevance of the originating survey, providing a qualitative reliability measure to support interpretation and data use.

Soil site data contained in the Victorian Soil Information System (VSIS), and information on the Victorian Resources Online (VRO) website and original study reports have been combined with landscape knowledge to develop the new maps. Data from approximately 10,000 existing sites recorded, mostly recorded in the VSIS have been used.

The soil type is based on land mapping conducted at different times, at variable scale, and for different purposes. Land units are therefore of variable scale and quality in relation to the soil they are representing. Many units will be comprised of multiple soil types and a range of soil properties, and local variability (e.g. at paddock scale level) can also sometimes be high. The mapping, therefore, is intended to represent the dominant, or most prevalent, broad soil type within the map unit. It is therefore adequate for regional or state-wide overviews but may not often be accurate enough for localised or within-farm assessments. For more detailed soil and land information, users are advised to refer to the original land study for any given map unit (e.g. via Victorian Resources Online website).

Abstract

This dataset and its metadata statement were supplied to the Bioregional Assessment Programme by a third party and are presented here as originally supplied.

A spatial dataset of soil and landform classification in Gippsland. The map units are broad `packages' of land - divided primarily on the basis of soil type, landform pattern and geology. It contains soil and land information at a scale of 1:100 000 for all land in the region.

The dataset has been derived from a combination of past studies and has been collated primarily by Ian Sargeant and Mark Imhof from 1994 to 2013. Data from older surveys have also been included in this consolidated dataset. Mapping in east and northern Gippsland regions is restricted to freehold lands. Webpages on Victorian Resources Online provide a description of each of the map units and indicate source studies used to define the map unit.

In June 2013 a dominant soil type was assigned to each unit (by David Rees, Mark Imhof and Ian Sargeant) to facilitate the creation of a digital soil map of Victoria. Australian Soil Classification (Order and SubOrder) have been included in the dataset's attribute table. At the map scale of this dataset soil-landform units are not homogeneous. For each defined soil-landform unit, the number and proportion of landforms and soil types will vary. Representative sites and their associated profile properties are recorded on the Victorian Resources Online website (http://vro.depi.vic.gov.au/dpi/vro/wgregn.nsf/pages/wg_soil_detailed). Importantly it should be noted that soil attributes (for example texture, sodicity, pH) are expected to vary between acquired soil sites. As the variability of soil attributes within a map unit is difficult to predict, it is important to note that representative soils should be used as a guide only.

Purpose

Showing soil types and extent within the Gippsland region.

Dataset History

Data Set Source:

Remote Sensed (Radiometrics, DEM), Expert Interviews, Soil site data, Field work, earlier land studies

Collection Method:

Field work, API, and derived with other datasets

Processing Steps:

Survey of existing soil and land unit mapping data from earlier studies.

New field work and observations to collection soil, land and land use information.

Combining old and new data with radiometrics and DEM in GIS.

Additional Metadata: The detail available in the current datasets is good for their mapping scale but is not sufficient to provide landscape analysis at finer scales and should not therefore be used to plan land use strategies at more detailed scales (1:25 000 and larger) unless additional soil and land survey is captured to enhance map line work and subdivide the map units.

It should be noted that soil attributes (for example texture, sodicity, pH) are expected to vary between acquired soil sites. As the variability of soil attributes within a map unit is difficult to predict, it is important to note that representative soils should be used as a guide only.

http://vro.depi.vic.gov.au/dpi/vro/wgregn.nsf/pages/wg_soil_detailed

Dataset Citation

Victorian Department of Environment and Primary Industries (2014) Land units of the Gippsland region of Victoria. Bioregional Assessment Source Dataset. Viewed 05 October 2018, http://data.bioregionalassessments.gov.au/dataset/5c7f4d52-8e46-4bda-a5c8-70124aaad67b.

The Victorian Coastal Inundation Dataset (the product) is a digital dataset consisting of eight spatial layers modelling the extent of land subject to coastal inundation due to projected sea level rise and storm tide from 2009 to 2100. This product is recommended for use at a scale of approximately 1:75,000 or less detail to reflect the limitations in the modelling and the recommended catchment to regional scale of inundation assessments with this product. The product is NOT suitable for assessments of potential risks at property level.

The datasets available are: Sea Level Rise: - SLR00CM_2009 - Current (2009) sea level - SLR20CM_2040 - Projected 20cm sea level rise by 2040 - SLR47CM_2070 - Projected 47cm sea level rise by 2070 - SLR82CM_2100 - Projected 82cm sea level rise by 2100

Storm tide (1-in-100 year) with added wind forcing plus sea level rise - SLR00CM_ST_2009 - Current (2009) inundation to 1-in-100 year storm tide level - SLR20CM_ST_2040 - Inundation to 1-in-100 year storm tide level with storm surge increased by 6% plus 20 cm sea level rise - SLR47CM_ST_2070 - Inundation to 1-in-100 year storm tide level with storm surge increased by 13% plus 47 cm sea level rise - SLR82CM_ST_2100 - Inundation to 1-in-100 year storm tide level with storm surge increased by 19% plus 82 cm sea level rise

Interactive Map:- http://mapshare.maps.vic.gov.au/gvh270hydra/

Future Coasts (Modelled)

This data has been computed to support the Victorian Governments Future Coasts Project.

This dataset depicts a national map of available ASS mapping and ASS qualification inferred from surrogate datasets. ASS mapping is classified with a nationally consistent legend that includes risk assessment criteria and correlations between Australian and International Soil Classification Systems.

Existing digital datasets of ASS mapping have been sourced from each coastal state and territory and combined into a single national dataset. Original state classifications have been translated to a common national classification system by the respective creators of the original data and other experts. This component of the Atlas is referred to as the “Coastal” ASS mapping. The remainder of Australia beyond the extent of state ASS mapping has been “backfilled” with a provisional ASS classification inferred from national and state soils, hydrography and landscape coverages. This component is referred to as the “Inland” ASS mapping.

For the state Coastal ASS mapping, the mapping scale of source data ranges from 1:10K aerial photography in SA to 1:250K vegetation mapping in WA and NT, with most East coast mapping being at the 1:100K scale. For the backfilled inferred Inland ASS mapping the base scale is 1:2.5 million (except Tas.) overlaid with 1:250k hydography. As at 06/08, the Tasmanian inland mapping has been re-modelled using superior soil classification map derived from 1:100k landscape unit mapping.

NOTE: This is composite data layer sourced from best available data with polygons depicted at varying scales and classified with varying levels of confidence. Great care must be taken when interpreting this map and particular attention paid to the “map scale” and confidence rating of a given polygon. It is stressed that polygons rated with Confidence = 4 are provisional classifications inferred from surrogate data with no on ground verification. Also some fields contain a “-“, denoting that a qualification was not able to be made, usually because a necessary component of source mapping coverage did not extend to the given polygon. Lineage: Coastal ASS component:

Existing state CASS mapping was received and processed to varying degrees to conform to the NatCASS national ASS classification system. Spatially, all datasets were reprojected from their original projections to geographic GDA94. Classification of state mapping polygons to the NatCASS classification system was as follows. In the case of SA, NSW, Qld and WA it was a matter of directly translating the original state ASS classifications to the NatCASS classifications. These translations were undertaken by the creators of the state data and other experts within the respective states.

Due to the more broad classifications of the original Vic and Tas ASS mapping, polygons for these two states were initially translated to a NatCASS classification group (eg Tidal, Non-Tidal) by the data custodians then subsequently differentiated further through intersecting with other layers. These included the 3 second SRTM DEM and North Coast Mangrove mapping GIS datasets. The former being used to differentiate within the Non-Tidal zones (ie classes Ae-j and Be-j) and the latter used to differentiate the Tidal zones (ie Ab-d, Bb-d).

Mapping of the Tidal-Zone classes was augmented for all states except SA and NSW with 1:100K Coastal Waterways Geomorphic Habitat Mapping (Geoscience Australia). This dataset was used to infer additional areas of subaqueous material in subtidal wetland (class Aa & Ba) and Intertidal Flats (class Ab & Bb).

Inland ASS component:

Provisional Inland ASS classifications are derived from National and (in the case of Tasmania) state soil classification coverages combined with 1:250K series 3 Hydrography and Multiresolution Valley Bottom Floor Index (MrVBF).

As sea level continues to rise due to the effects of climate change, the Strait of Georgia coastline is predicted to have increased inundation near coastal areas. This non-interactive map showcases three datasets: Potential year 2100 coastal floodplain areas; based on approximate flood construction levels and incorporating sea level rise (more information available here).Shoreline sensitivity to sea level rise; ratings were developed using an existing biogeographic land classification dataset (Broad Ecosystem Inventory), and previously rated sensitivity of coastal and marine feature classes (ShoreZone) that were modified to account for the effects of slope, exposure and sediment mobility (more information available here).Predicted coastal flood inundation for Victoria Inner Harbour modeled as part of the Capital Regional District Regional Coastal Flood Inundation Project.Combined, these layers show coastal segments predicted to be particularly at risk due to the impacts of climate change.

3D point cloud representing all physical features (e.g. buildings, trees and terrain) across City of Melbourne. The data has been encoded into a .las file format containing geospatial coordinates and RGB values for each point. The download is a zip file containing compressed .las files for tiles across the city area.

The geospatial data has been captured in Map Grid of Australia (MGA) Zone 55 projection and is reflected in the xyz coordinates within each .las file. Also included are RGB (Red, Green, Blue) attributes to indicate the colour of each point.

Capture Information - Capture Date: May 2018 - Capture Pixel Size: 7.5cm ground sample distance - Map Projection: MGA Zone 55 (MGA55) - Vertical Datum: Australian Height Datum (AHD) - Spatial Accuracy (XYZ): Supplied survey control used for control (Madigan Surveying) – 25 cm absolute accuracy

Limitations: Whilst every effort is made to provide the data as accurate as possible, the content may not be free from errors, omissions or defects.

Sample Data: For an interactive sample of the data please see the link below. https://cityofmelbourne.maps.arcgis.com/apps/webappviewer3d/index.html?id=b3dc1147ceda46ffb8229117a2dac56dPreview:Download:A zip file containing the .las files representing tiles of point cloud data across City of Melbourne area. Download Point Cloud Data (4GB)

Drainage pipe data showing the underground network of drainage infrastructure.

Developed using the open council data standard (0.2) http://standards.opencouncildata.org/#/drainpipes

Raw data supporting the interactive map visualisation of the 2022-23 State budget on the Victorian Government State Budget Website.\r \r Virtual map is located on budget.vic.gov.au.

Abstract Custodial geospatial data held by the National Native Title Tribunal (NNTT) consists of those datasets necessary to contribute to the statutory functions associated with Registers and other information, in support of the Native Title Act 1993 (Cth). Whilst these datasets do not form part of the statutory registers, they enable the visualisation and ability to search on these matters. Currency Refer to the individual layer for date last updated. Modification frequency: As needed Data extent Spatial extent North: -8.881900° South: -43.193600° East: 163.192100° West: 109.233400° Source information The data is downloadable from the NNTT website Further information can be found on the NNTT's GIS page Lineage statement This data can be downloaded from the NNTT website and accessed through the NNTT Feature Service Contact Geoscience Australia, clientservices@ga.gov.au Data Dictionary The Geospatial corporate data model contains a brief data and dictionary definition for each geospatial dataset: Tribunal Geospatial Corporate Data Model Contact Geoscience Australia, clientservices@ga.gov.au

The Victorian Landfill Register created by EPA in 2018 lists all current and known closed landfills in Victoria and creates a strong foundation for building a complete and comprehensive landfill register for Victorians. Landfills can cause contamination, but once a landfill is closed, operators are obliged to rehabilitate and manage their sites. Even when closed, careful management of sites is required. Many rehabilitated landfills are now safe parks and public spaces, enjoyed by the community.

The register draws information from various sources and all sites listed undergo verification before inclusion on the register.

While this public register will make landfill information more available, it should not be used as the only source of information when making important decisions. EPA will continue to build on the register, adding information and improving the service.

This dataset mirrors the VLR data available on EPA's website, but may not be up to date due to data transfer processes. For the most up to date VLR data, go to EPA's website to view directly as an interactive map through NationalMap or be downloaded in a variety of file formats.

Polygon features identify designated Bushfire Prone Areas where specific bushfire building construction requirements apply. The municipal areas of Melbourne, Yarra, Maribyrnong, Moonee Valley, Darebin, Boroondara, Stonnington, Glen Eira, Moreland, Port Phillip and Bayside do not have any designated bushfire prone areas. The original boundaries were gazetted on 7 Sep 2011. Changes to the boundaries have been gazetted on 25 Oct 2012, 8 Oct 2013, 30 Dec 2013, 3 June 2014, 22 Oct 2014, 19 August 2015, 21 April 2016, 18 October 2016, 02 June 2017 and 06 November 2017.

Bushfire prone areas(BPA) of Victoria review 11, gazetted 2018-05-16 The BPA map depicts locations where new buildings, alterations and/or additions must meet the `bushfire prone area? requirements of the National Construction Code and a minimum Bushfire Attack Level (BAL) 12.5 construction standard (Regulation 810 of the Building Interim Regulations 2017).

Refer to the following web links for information... https://www.planning.vic.gov.au/bushfire-protection/building-in-bushfire-prone-areas http://services.land.vic.gov.au/landchannel/html/help/BushfireProneAreas.htm

Interactive Map. http://services.land.vic.gov.au/landchannel/jsp/map/BushfireProneMapsIntro.jsp

Generalised version at 1:100:000 scale with the LGA boundaries dissolved of the BUSHFIRE_PRONE_AREA dataset. Polygon features identify designated Bushfire Prone Areas where specific bushfire building construction requirements apply. The municipal areas of Melbourne, Yarra, Maribyrnong, Moonee Valley, Darebin, Boroondara, Stonnington, Glen Eira, Moreland, Port Phillip and Bayside do not have any designated bushfire prone areas. The original boundaries were gazetted on 7 Sep 2011. Changes to the boundaries have been gazetted on 25 Oct 2012, 8 Oct 2013, 30 Dec 2013, 3 June 2014, 22 Oct 2014, 19 August 2015, 21 April 2016, 18 October 2016, 02 June 2017 and 06 November 2017.

Bushfire prone areas(BPA) of Victoria review 11, gazetted 2018-05-16 The BPA map depicts locations where new buildings, alterations and/or additions must meet the `bushfire prone area? requirements of the National Construction Code and a minimum Bushfire Attack Level (BAL) 12.5 construction standard (Regulation 810 of the Building Interim Regulations 2017).

Refer to the following web links for information... https://www.planning.vic.gov.au/bushfire-protection/building-in-bushfire-prone-areas http://services.land.vic.gov.au/landchannel/html/help/BushfireProneAreas.htm

Interactive Map. http://services.land.vic.gov.au/landchannel/jsp/map/BushfireProneMapsIntro.jsp

This dataset includes gaming venues by street address, suburb or town, venue name, licence number or licence category. Gambling data is regularly updated directly from the Victorian Commission for Gambling and Liquor Regulation's (VCGLR) licensing database. Gambling licence data is updated monthly.

For more information visit the VCGLR's website.

Please note:

• AURIN has extracted venue lists from the VCGLR's interactive map of Victoria's gaming venues and spatially enabled them on the 8th of March 2019.