Description: Shows proposed location of moorings when a Section 127 variation has been made.Data captured manually by consents team. As of Nov 2022 this is Sarah Silverstar.
Type
(
type: esriFieldTypeSmallInteger, alias: Type
, Coded Values:
[1: Off Site Only]
, [2: Off Site and Increased Swing Circle]
, [3: Off Site and Reduced Swing Circle]
, ...8 more...
)
ConsentSwingCircleRadius_m
(
type: esriFieldTypeDouble, alias: Consented Swing Circle Radius
)
ActualSwingCircleRadius_m
(
type: esriFieldTypeDouble, alias: Actual Swing Circle Radius
)
MooringNumber
(
type: esriFieldTypeInteger, alias: Mooring Number
)
ID
(
type: esriFieldTypeInteger, alias: ID
)
Type
(
type: esriFieldTypeSmallInteger, alias: Type
, Coded Values:
[1: Off Site Only]
, [2: Off Site and Increased Swing Circle]
, [3: Off Site and Reduced Swing Circle]
, ...8 more...
)
ActualSwingCircleRadius_m
(
type: esriFieldTypeDouble, alias: Actual Swing Circle Radius
)
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Description: ***THIS DATASET IS FOR USE ON SMART MAPS. DO NOT EDIT, INSTEAD EDIT THE VERSION ON GISTM***Marine Farm layer generated from coordinates recorded in Councils compliance coastal monitoring databaseVaries from input data +/- 0.5mNote: It is important to realise that both active and inactive farms can be supplied in this layer.Generally use the shape status field to determine a farm status. The layer is best symbolised by classifying by the SHAPESTATUS field. The SHAPESTATUS field will give the different stages each shape. Each farm can have one or more shapes, some of which could be active or inactive.
Name: Variation 1 and 1A - Coastal Management Unit
Display Field: Unit_Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: This dataset was reprojected to account for land movement from the 2016 Kaikoura Earthquake on 4th March 2018 using a LINZ deformation model.