Description: Polygon features that represent the extent of waterbodies for the Sunshine Coast Region. Dams less that 1ha in size are not represented.
This layer cannot be viewed out beyond 1:144,448.
Keywords: Waterways, Water Bodies, Stream Order, Strahler, Watercourses
Description: The 'Watercourses' spatial dataset which represents the flow of water across the surface of the Sunshine Coast region's landscape.
This layer cannot be viewed out beyond 1:36,112.
Keywords: Waterways, Water Bodies, Stream Order, Strahler, Watercourses
Description: The 'Watercourses' spatial dataset which represents the flow of water across the surface of the Sunshine Coast region's landscape.
This layer cannot be viewed out beyond 1:36,112.
Keywords: Waterways, Water Bodies, Stream Order, Strahler, Watercourses
Description: Polygon features that represent the extent of waterbodies for the Sunshine Coast Region.Source Layer: pub.SCC.WatrvecWaterBodies. Edited for accuracy and manual addition of smaller waterbodiesdigitised from Aerial Photography, completed Sept 2017.The 2014 LiDAR derived water breaklines were also included for areas where no water body features existed: 'Class' = 'LiDAR Waterbodies'.
Description: This dataset contains the Local Drainage Areas (LDAs)in the Sunshine Coast Council Local Government Area. They are the local level (smaller) subdivisions of the subcatchments.Primarily derived from Council DEM and stream network analysis.
Description: This dataset provides mapping ofVegetated Welandsderived as a subset of Queensland Wetlands Mapping..Polygon features that represent the extent of Vegetated Wetlands for the Sunshine Coast Region.Source Layer: pub.SCC.VegetatedWetlands. Edited for accuracy from Aerial Photography, completed August 2018.
Description: This dataset provides mapping ofVegetated Welandsderived as a subset of Queensland Wetlands Mapping..Polygon features that represent the extent of Vegetated Wetlands for the Sunshine Coast Region.Source Layer: pub.SCC.VegetatedWetlands. Edited for accuracy from Aerial Photography, completed August 2018.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: The waterways spatial dataset represents the flow of water across the Sunshine Coast Region's landscape, and includes a numerical measure of stream branching complexity, unique identifiers for stream reaches, and major and sub-catchment unit naming.
Description: Divides the SCC LGA into five areas for purposes of planning, managing and assessing waterways. Each CMA drains to a single major waterway, with some minor amalgamations (e.g. a small area of the Noosa River catchment is included in the Maroochy River CMA). Manually refined from previous SCC major catchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery. Areas outside SCC based on and refined from state datasets including catchments and waterways.
Description: Divides the five catchment management areas into local units for purposes of planning, managing and assessing waterways. Most SMAs drain to a single local waterway but some were split or amalgamated so that almost all are between 10km2 and 100km2. Manually refined from previous SCC subcatchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery. Areas outside SCC based on and refined from state datasets including subcatchments and waterways.
Description: Local physical landscape areas that each drain to one local waterway, including some wholly and some partly within the SCC LGA. Same as “SCC Subcatchments (Region)” layer but filtered by "WithinSCC" is “Yes” to only show subcatchments or part subcatchments within the LGA. Manually refined from previous SCC subcatchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery.
Description: Physical landscape areas that each drain to one major waterway, including six catchments wholly or partly within the SCC LGA. Same as “SCC Major Catchments (Region)” layer but filtered by "WithinSCC" is “Yes” to only show catchments or part catchments within the LGA. Manually refined from previous SCC major catchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery.
Description: The “Brisbane River Basin” polygon matches the combined extent of several major catchments that together make up that larger basin. Some of it is within the LGA but the majority is outside it.
Description: Local physical landscape areas that each drain to one local waterway, including some wholly or partly within the SCC LGA and some outside the LGA. Same as “SCC Subcatchments (LGA)” layer but filtered by "WithinSCC" is “Null” to include full extents of all subcatchments. Manually refined from previous SCC subcatchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery. Areas outside SCC based on and refined from state datasets including subcatchments and waterways.
Description: Physical landscape areas that each drain to one major waterway, including six catchments wholly or partly within the SCC LGA and some catchments outside the LGA. Same as “SCC Major Catchments (LGA)” layer but filtered by "WithinSCC" is “Null” to include full extents of all catchments. Manually refined from previous SCC major catchment polygons using 2018 Council DEM, revised SCC waterways (2020) and aerial imagery. Areas outside SCC based on and refined from state datasets including catchments and waterways. Excludes the “Brisbane River Basin” polygon.