Description: Water take consent data that is linked to the Accela Management System. This is created from a view in BoprcLink on BRCSVSQL02 (vwAccela_GIS_WaterTake) and is updated nightly from the Accela database. Any records added in Accela during the day will not show in this dataset until the following day. This feature class has been created for performance reasons.For the current view of the consents data see View_ConsentPointAccela.
Name: Groundwater Water Allocation - Western BOP Upper
Display Field: GroundwaterZoneName
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: These polygons represent the groundwater allocation catchments in the Bay of Plenty. These polygons are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into groundwater catchments for the region where groundwater systems occur. For each groundwater catchment it has been assumed that the groundwater systems are unconfined; that there is a hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater catchment. A volume was set aside to maintain flows to springs and streams. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater catchment has been calculated by GNS and reported on in various reports for each region held in BOPRC library. These report numbers are: GNS Science Consultancy Report: 2008/134; 2008/240; 2010/113; 2012/263; and 2014/283.Catchments have been extracted from the Bay of Plenty Surface Catchments and merged where appropriate. This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA).PS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: You can use this FME script for any future updates: Q:\SharedTools\FME\Update Water Allocation - Unconfied Aquifer.fmw
Color: [255, 255, 255, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: center Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 9 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: Water take consent data that is linked to the Accela Management System. This is created from a view in BoprcLink on BRCSVSQL02 (vwAccela_GIS_WaterTake) and is updated nightly from the Accela database. Any records added in Accela during the day will not show in this dataset until the following day. This feature class has been created for performance reasons.For the current view of the consents data see View_ConsentPointAccela.
Name: Groundwater Water Allocation - Western BOP Lower
Display Field: GroundwaterZoneName
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: These polygons represent the groundwater allocation zones in the Western Bay of Plenty. These polygons are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into three groundwater zones for the Western Bay where a confined groundwater system occurs; therefore no hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater zone. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater zone has been calculated by GNS and reported in GNS Science Consultancy Report 2008/240 held in BOPRC library. This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA). Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.
Color: [255, 255, 255, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: center Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 9 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: Water take consent data that is linked to the Accela Management System. This is created from a view in BoprcLink on BRCSVSQL02 (vwAccela_GIS_WaterTake) and is updated nightly from the Accela database. Any records added in Accela during the day will not show in this dataset until the following day. This feature class has been created for performance reasons.For the current view of the consents data see View_ConsentPointAccela.
Name: Groundwater Water Allocation - Rest of Region
Display Field: GroundwaterZoneName
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: These polygons represent the groundwater allocation catchments in the Bay of Plenty. These polygons are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into groundwater catchments for the region where groundwater systems occur. For each groundwater catchment it has been assumed that the groundwater systems are unconfined; that there is a hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater catchment. A volume was set aside to maintain flows to springs and streams. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater catchment has been calculated by GNS and reported on in various reports for each region held in BOPRC library. These report numbers are: GNS Science Consultancy Report: 2008/134; 2008/240; 2010/113; 2012/263; and 2014/283.Catchments have been extracted from the Bay of Plenty Surface Catchments and merged where appropriate. This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA).PS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: You can use this FME script for any future updates: Q:\SharedTools\FME\Update Water Allocation - Unconfied Aquifer.fmw
Color: [255, 255, 255, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: bottom Horizontal Alignment: center Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 9 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: These polygons represent the groundwater allocation management zones in the Bay of Plenty. They are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into groundwater management zones fo theregion where groundwater systems occur. For eachgroundwater zone it has been assumed thatgroundwater systems are unconfined; that there is a hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater zone. A volume was set aside to maintain flows to springs and streams. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater catchment has been calculated by GNS and reported on in various reports for each region held in BOPRC library. These report numbers are: GNS Science Consultancy Report: 2008/134; 2008/240; 2010/113; 2012/263; and 2014/283.This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA).Note:If changes need to be made to this data it's important that changes are made to only two fields – that rest are all calculated and any changes there will get overwritten at night.GroundwaterFlow_M3perY – this is the annual recharge figure – all the water that goes into the groundwater zone (minus a few things)Notice that this in m3/year. If the figure given is in litres per second you will need to covert this.(l/s * 86.4) * 365AvailableAllocation_Percent - the percentage of the above that is available to be allocated (via water take consents)If you get this in l/s please convert to m3/y and then work out what it is as a percentage of the abovePS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: Updates are now done via the script: Q:\SharedTools\ArcPy\ScheduledScripts_brcws002563\RunNighty\WaterAllocation_Groundwater_Prod.pyRaoul Fernandes - Science Team Leader - Water Quantity, ScienceMichele Hosking - Senior GIS AnalystAndrew Millar - Senior Planner (Water Quantity), Water Policy
Description: These polygons represent the groundwater allocation management zones in the Bay of Plenty. They are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into groundwater management zones fo theregion where groundwater systems occur. For eachgroundwater zone it has been assumed thatgroundwater systems are unconfined; that there is a hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater zone. A volume was set aside to maintain flows to springs and streams. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater catchment has been calculated by GNS and reported on in various reports for each region held in BOPRC library. These report numbers are: GNS Science Consultancy Report: 2008/134; 2008/240; 2010/113; 2012/263; and 2014/283.This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA).Note:If changes need to be made to this data it's important that changes are made to only two fields – that rest are all calculated and any changes there will get overwritten at night.GroundwaterFlow_M3perY – this is the annual recharge figure – all the water that goes into the groundwater zone (minus a few things)Notice that this in m3/year. If the figure given is in litres per second you will need to covert this.(l/s * 86.4) * 365AvailableAllocation_Percent - the percentage of the above that is available to be allocated (via water take consents)If you get this in l/s please convert to m3/y and then work out what it is as a percentage of the abovePS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: Updates are now done via the script: Q:\SharedTools\ArcPy\ScheduledScripts_brcws002563\RunNighty\WaterAllocation_Groundwater_Prod.pyRaoul Fernandes - Science Team Leader - Water Quantity, ScienceMichele Hosking - Senior GIS AnalystAndrew Millar - Senior Planner (Water Quantity), Water Policy
Description: These polygons represent the groundwater allocation management zones in the Western Bay of Plenty. They are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into three groundwater management zones for the Western Bay where a confined groundwater system occurs; therefore no hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater zone. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater zone has been calculated by GNS and reported in GNS Science Consultancy Report 2008/240 held in BOPRC library. This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA). Note:If changes need to be made to this data it's important that changes are made to only two fields – that rest are all calculated and any changes there will get overwritten at night.GroundwaterFlow_M3perY – this is the annual recharge figure – all the water that goes into the groundwater zone (minus a few things)Notice that this in m3/year. If the figure given is in litres per second you will need to covert this.(l/s * 86.4) * 365AvailableAllocation_Percent - the percentage of the above that is available to be allocated (via water take consents)If you get this in l/s please convert to m3/y and then work out what it is as a percentage of the abovePS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: Updates are now done via the script: Q:\SharedTools\ArcPy\ScheduledScripts_brcws002563\RunNighty\WaterAllocation_Groundwater_Prod.pyRaoul Fernandes - Science Team Leader - Water Quantity, ScienceMichele Hosking - Senior GIS AnalystAndrew Millar - Senior Planner (Water Quantity), Water Policy
Description: These polygons represent the groundwater allocation management zones in the Western Bay of Plenty. They are mapped to typically follow surface water catchments. Primary surface water catchments have been divided into three groundwater management zones for the Western Bay where a confined groundwater system occurs; therefore no hydraulic connection to surface waters. A mass water balance has been calculated for each groundwater zone. The remaining groundwater volume was then allocated based on Proposed National Environmental Standard on Ecological Flows and Water Levels (2008); no more than 35% of average annual recharge to the aquifer be allocated.The mass water balance for each groundwater zone has been calculated by GNS and reported in GNS Science Consultancy Report 2008/240 held in BOPRC library. This layer provides information with regard to groundwater availability and allocation based on water balance work undertaken by Paul White from GNS Science, 35% of NES and groundwater allocated under water permit (RMA). Note:If changes need to be made to this data it's important that changes are made to only two fields – that rest are all calculated and any changes there will get overwritten at night.GroundwaterFlow_M3perY – this is the annual recharge figure – all the water that goes into the groundwater zone (minus a few things)Notice that this in m3/year. If the figure given is in litres per second you will need to covert this.(l/s * 86.4) * 365AvailableAllocation_Percent - the percentage of the above that is available to be allocated (via water take consents)If you get this in l/s please convert to m3/y and then work out what it is as a percentage of the abovePS. Please read the Fields descriptions for better understanding of how this layer was created. If you can not see the fields descriptions for this layer, you need to change the Metadata Options to FGDC CSDGM Metadata. Contact a GIS team memeber if you don't know how to do this.PPS. GIS team: Updates are now done via the script: Q:\SharedTools\ArcPy\ScheduledScripts_brcws002563\RunNighty\WaterAllocation_Groundwater_Prod.pyRaoul Fernandes - Science Team Leader - Water Quantity, ScienceMichele Hosking - Senior GIS AnalystAndrew Millar - Senior Planner (Water Quantity), Water Policy