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The Coastal Floodplain Prioritisation Study is a product of the NSW Marine Estate Management Strategy (MEMS) developed by the University of NSW Water Research Laboratory (WRL)....
- TXT
- ZIP
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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...
- SEED Web Map
- ZIP
- WMS
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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....
- SEED Web Map
- ZIP
- WMS
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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...
- SEED Web Map
- ZIP
- WMS
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Wetland drainage and flood mitigation works have had a profound influence on hydrology, especially hydroperiod and tidal exchange across coastal NSW. Barriers or instream...
- SEED Web Map
- ZIP
- WMS
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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...
- SEED Web Map
- ZIP
- WMS
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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...
- SEED Web Map
- ZIP
- WMS
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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...
- SEED Web Map
- ZIP
- WMS
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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...
- SEED Web Map
- ZIP
- WMS
SEED
The Central Resource for
Sharing and Enabling Environmental Data in NSW
Sharing and Enabling Environmental Data in NSW