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From Spatial NSW Estuary Water Quality Compilation 2007-2020
Export DataAccess APIMetadata Portal Metadata InformationContent TitleNSW Estuary Water Quality Compilation 2007-2020Content TypeHosted Feature LayerDescriptionEstuary water... -
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From SEED NSW estuary health risk dataset
The NSW Estuary Health Risk Dataset was created to support Stage 1 of preparing Coastal Management Programs under the NSW Coastal Management Manual (2018). The dataset... -
From SEED NSW Blue Carbon Stored within Coastal Quaternary Sediments
Storage is defined as the volume of blue carbon within coastal Quaternary sediments. Accordingly, estuaries that are more mature and have expansive alluvial and estuarine... -
From SEED NSW Blue Carbon Preservation for long term sequestration
Preservation is defined as the capacity for coastal blue carbon decomposition to be inhibited due to saline anaerobic conditions, and for long-term sequestration within soils.... -
From SEED NSW Blue Carbon Potential Priority Areas
Combining the ‘NSW Blue Carbon Compatibility Under 2017 Landuse’ (BCC) and ‘NSW Blue Carbon Blue Carbon Indicator’ (BCI) rasters together subsequently provided an indication of... -
From SEED NSW Blue Carbon Permanency in Belowground Sediments
Permanency is defined as the capacity for carbon to be preserved and not reworked under conditions of higher hydrodynamic energy associated with storms and changes to tidal... -
From SEED NSW Blue Carbon in watersheds of Instream Barriers
Wetland drainage and flood mitigation works have had a profound influence on hydrology, especially hydroperiod and tidal exchange across coastal NSW. Barriers or instream... -
From SEED NSW Blue Carbon Indicator
A blue carbon indicator (BCI) raster dataset was generated by combining the following rasters: NSW Blue carbon store within coastal Quaternary sediments, NSW Blue Carbon... -
From SEED NSW Blue Carbon Generation from existing mangroves and saltmarsh
Generation is defined as the capacity for existing mangrove forests and saltmarshes to contribute to carbon additionality from living biomass, dead organic material, and soil... -
From SEED NSW Blue Carbon Compatibility under 2017 Landuse
Human activities in coastal landscapes also exert both direct and indirect pressures on blue carbon (McLeod et al., 2011). Rogers et al. (2019) accounted for this pressure using... Results from other Australian data portals
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From data.gov.au Swan Canning Riverpark (DBCA-035)
The Swan Canning Riverpark was established under the Swan and Canning Rivers Management Act 2006 (the Act) and is 72.1km2 of public land and adjoining river reserve including... -
From data.gov.au NSW Blue Carbon Compatibility under 2017 Landuse
Human activities in coastal landscapes also exert both direct and indirect pressures on blue carbon (McLeod et al., 2011). Rogers et al. (2019) accounted for this pressure using... -
From data.gov.au NSW Blue Carbon Permanency in Belowground Sediments
Permanency is defined as the capacity for carbon to be preserved and not reworked under conditions of higher hydrodynamic energy associated with storms and changes to tidal... -
From data.gov.au NSW Blue Carbon in watersheds of Instream Barriers
Wetland drainage and flood mitigation works have had a profound influence on hydrology, especially hydroperiod and tidal exchange across coastal NSW. Barriers or instream... -
From data.gov.au NSW Blue Carbon Indicator
A blue carbon indicator (BCI) raster dataset was generated by combining the following rasters: NSW Blue carbon store within coastal Quaternary sediments, NSW Blue Carbon... -
From data.gov.au Estuaries
The Estuaries datasets contain the water boundary of each estuary in NSW up to its tidal limits and includes areas vegetated with the macrophytes seagrass, mangrove, and... -
From data.gov.au NSW Blue Carbon Potential Priority Areas
Combining the ‘NSW Blue Carbon Compatibility Under 2017 Landuse’ (BCC) and ‘NSW Blue Carbon Blue Carbon Indicator’ (BCI) rasters together subsequently provided an indication of...