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On December 16, 2022 at 2:00:57 PM +1100, National Native Title Tribunal:

Updated description of Identification of corridors of river recovery for NSW Central Coast catchments from
By connecting corridors of river recovery, resilience can be built into river systems to mitigate against future floods and droughts driven by anthropogenic disturbance or climate extremes. This database can be used to systematically analyse where corridors of geomorphic river recovery could be created via conservation or rehabilitation. Analysis is undertaken in ArcGIS using the recovery potential layer of the Open Access NSW River Styles database that is available from DPIE (www.dpie.nsw.gov.au). The River Styles database was accessed in January 2021. The database and associated workflow identifies reach and loci connections based on different combinations of recovery potential classes. Reach connections are defined as an upstream to downstream section of river that is connected end-to-end, and loci connections are defined as isolated sections of river from which recovery can be seeded and extended into adjacent reaches. This map for all freshwater stream length of the NSW Central Coast catchments, shows the spatial distribution of thirteen connections based on combinations and sequences of conservation, strategic and high recovery potential targets. Other connections of interest to river practitioners can be identified and >80 different user-defined scenarios run using a workflow available at protocols.io. Attribution to: Macquarie University, D Agnew and K Fryirs (2022) Corridors of river recovery database and workflow. Data accessed from The Sharing and Enabling Environmental Data Portal. This work is funded by an Australian Research Council Linkage project based at Macquarie University with industry partners Landcare Australia and Central Coast catchments Local Land Services. This work is published in two Open Access papers: * Agnew D, Fryirs K (2022) Identifying corridors of river recovery in coastal NSW Australia, for use in river management decision support and prioritisation systems. PLoS ONE 17(6): e0270285. https://doi.org/10.1371/journal.pone.0270285 * Agnew D, Graves BP, Fryirs K (2022) A GIS workflow for the identification of corridors of geomorphic river recovery across landscapes. PLoS ONE 17(12): e0278831. https://doi.org/10.1371/journal.pone.0278831 The workflow is available at: https://www.protocols.io/view/a-gis-workflow-for-the-identification-of-corridors-n2bvj8625gk5/v1
to
By connecting corridors of river recovery, resilience can be built into river systems to mitigate against future floods and droughts driven by anthropogenic disturbance or climate extremes. This database can be used to systematically analyse where corridors of geomorphic river recovery could be created via conservation or rehabilitation. Analysis is undertaken in ArcGIS using the recovery potential layer of the Open Access NSW River Styles database that is available from DPIE (www.dpie.nsw.gov.au). The River Styles database was accessed in January 2021. The database and associated workflow identifies reach and loci connections based on different combinations of recovery potential classes. Reach connections are defined as an upstream to downstream section of river that is connected end-to-end, and loci connections are defined as isolated sections of river from which recovery can be seeded and extended into adjacent reaches. This map for all freshwater stream length of the NSW Central Coast catchments, shows the spatial distribution of thirteen connections based on combinations and sequences of conservation, strategic and high recovery potential targets. Other connections of interest to river practitioners can be identified and >80 different user-defined scenarios run using a workflow available at protocols.io. Attribution to: Macquarie University, D Agnew and K Fryirs (2022) Corridors of river recovery database and workflow. Data accessed from The Sharing and Enabling Environmental Data Portal. This work is funded by an Australian Research Council Linkage project based at Macquarie University with industry partners Landcare Australia and Hunter-Central Rivers Local Land Services This work is published in two Open Access papers: * Agnew D, Fryirs K (2022) Identifying corridors of river recovery in coastal NSW Australia, for use in river management decision support and prioritisation systems. PLoS ONE 17(6): e0270285. https://doi.org/10.1371/journal.pone.0270285 * Agnew D, Graves BP, Fryirs K (2022) A GIS workflow for the identification of corridors of geomorphic river recovery across landscapes. PLoS ONE 17(12): e0278831. https://doi.org/10.1371/journal.pone.0278831 The workflow is available at: https://www.protocols.io/view/a-gis-workflow-for-the-identification-of-corridors-n2bvj8625gk5/v1

Added resource Data Download for the Central Coast to Identification of corridors of river recovery for NSW Central Coast catchments

Added resource DQS - Identification of corridors of river recovery for NSW Central Coast catchments to Identification of corridors of river recovery for NSW Central Coast catchments

Deleted resource DQS - Identification of corridors of river recovery for NSW Central Coast catchments from Identification of corridors of river recovery for NSW Central Coast catchments

Deleted resource Data Download for the Central Coast from Identification of corridors of river recovery for NSW Central Coast catchments

              
    
          
          
        
        
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            28   "notes": "By connecting corridors of river recovery, resilience can  28   "notes": "By connecting corridors of river recovery, resilience can 
            29 be built into river systems to mitigate against future floods and  29 be built into river systems to mitigate against future floods and 
            30 droughts driven by anthropogenic disturbance or climate extremes. This  30 droughts driven by anthropogenic disturbance or climate extremes. This 
            31 database can be used to systematically analyse where corridors of  31 database can be used to systematically analyse where corridors of 
            32 geomorphic river recovery could be created via conservation or  32 geomorphic river recovery could be created via conservation or 
            33 rehabilitation. Analysis is undertaken in ArcGIS using the recovery  33 rehabilitation. Analysis is undertaken in ArcGIS using the recovery 
            34 potential layer of the Open Access NSW River Styles database that is  34 potential layer of the Open Access NSW River Styles database that is 
            35 available from DPIE (www.dpie.nsw.gov.au).  The River Styles database  35 available from DPIE (www.dpie.nsw.gov.au).  The River Styles database 
            36 was accessed in January 2021. The database and associated workflow  36 was accessed in January 2021. The database and associated workflow 
            37 identifies reach and loci connections based on different combinations  37 identifies reach and loci connections based on different combinations 
            38 of recovery potential classes. Reach connections are defined as an  38 of recovery potential classes. Reach connections are defined as an 
            39 upstream to downstream section of river that is connected end-to-end,  39 upstream to downstream section of river that is connected end-to-end, 
            40 and loci connections are defined as isolated sections of river from  40 and loci connections are defined as isolated sections of river from 
            41 which recovery can be seeded and extended into adjacent reaches. This  41 which recovery can be seeded and extended into adjacent reaches. This 
            42 map for all freshwater stream length of the NSW Central Coast  42 map for all freshwater stream length of the NSW Central Coast 
            43 catchments, shows the spatial distribution of thirteen connections  43 catchments, shows the spatial distribution of thirteen connections 
            44 based on combinations and sequences of conservation, strategic and  44 based on combinations and sequences of conservation, strategic and 
            45 high recovery potential targets. Other connections of interest to  45 high recovery potential targets. Other connections of interest to 
            46 river practitioners can be identified and >80 different user-defined  46 river practitioners can be identified and >80 different user-defined 
            47 scenarios run using a workflow available at  47 scenarios run using a workflow available at 
            48 protocols.io.\r\n\r\nAttribution to: Macquarie University, D Agnew and  48 protocols.io.\r\n\r\nAttribution to: Macquarie University, D Agnew and 
            49 K Fryirs (2022) Corridors of river recovery database and workflow.  49 K Fryirs (2022) Corridors of river recovery database and workflow. 
            50 Data accessed from The Sharing and Enabling Environmental Data  50 Data accessed from The Sharing and Enabling Environmental Data 
            51 Portal.\r\n\r\nThis work is funded by an Australian Research Council  51 Portal.\r\n\r\nThis work is funded by an Australian Research Council 
            52 Linkage project based at Macquarie University with industry partners  52 Linkage project based at Macquarie University with industry partners 
            n 53 Landcare Australia and Central Coast catchments Local Land Services.  n 53 Landcare Australia and Hunter-Central Rivers Local Land 
            54 \r\n\r\nThis work is published in two Open Access papers:\r\n\r\n*  54 Services\r\n\r\nThis work is published in two Open Access 
            55 Agnew D, Fryirs K (2022) Identifying corridors of river recovery in  55 papers:\r\n\r\n* Agnew D, Fryirs K (2022) Identifying corridors of 
            56 coastal NSW Australia, for use in river management decision support  56 river recovery in coastal NSW Australia, for use in river management 
            57 and prioritisation systems. PLoS ONE 17(6): e0270285.  57 decision support and prioritisation systems. PLoS ONE 17(6): e0270285. 
            58 https://doi.org/10.1371/journal.pone.0270285\r\n* Agnew D, Graves BP,  58 https://doi.org/10.1371/journal.pone.0270285\r\n* Agnew D, Graves BP, 
            59 Fryirs K (2022) A GIS workflow for the identification of corridors of  59 Fryirs K (2022) A GIS workflow for the identification of corridors of 
            60 geomorphic river recovery across landscapes. PLoS ONE 17(12):  60 geomorphic river recovery across landscapes. PLoS ONE 17(12): 
            61 e0278831. https://doi.org/10.1371/journal.pone.0278831\r\n \r\nThe  61 e0278831. https://doi.org/10.1371/journal.pone.0278831\r\n \r\nThe 
            62 workflow is available at:  62 workflow is available at: 
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            164       "vocabulary_id": null 164       "vocabulary_id": null
            165     } 165     }
            166   ], 166   ],
            167   "title": "Identification of corridors of river recovery for NSW  167   "title": "Identification of corridors of river recovery for NSW 
            168 Central Coast catchments", 168 Central Coast catchments",
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            174 } 174 }