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NSW Blue Carbon Compatibility under 2017 Landuse
Department of Primary Industries (DPI)
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... -
NSW Blue Carbon Permanency in Belowground Sediments
Department of Primary Industries (DPI)
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... -
NSW Blue Carbon in watersheds of Instream Barriers
Department of Primary Industries (DPI)
Wetland drainage and flood mitigation works have had a profound influence on hydrology, especially hydroperiod and tidal exchange across coastal NSW. Barriers or instream... -
NSW Blue Carbon Indicator
Department of Primary Industries (DPI)
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... -
NSW Blue Carbon Potential Priority Areas
Department of Primary Industries (DPI)
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... -
NSW Blue Carbon Preservation for long term sequestration
Department of Primary Industries (DPI)
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.... -
NSW Blue Carbon Stored within Coastal Quaternary Sediments
Department of Primary Industries (DPI)
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... -
NSW Blue Carbon Generation from existing mangroves and saltmarsh
Department of Primary Industries (DPI)
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...
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