Description: 3,452 polygons covering all of TCC land indicating Planning Zones. Zoning is a device of land use regulation used by local governments. The word is derived from the practice of designating permitted uses of land based on mapped zones which separate one set of land uses from another. Zoning may be use-based (regulating the uses to which land may be put), or it may regulate building height, lot coverage, and similar characteristics, or some combination of these. New Zealand's planning system is grounded in effects-based Performance Zoning under the Resource Management Act. The sea ward boundary of these Planning Zone polygons are matched to the Mean High Water Springs line created in 2009. Refer to the City Plan Maps Key for Zone colours.
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Description: CREATED SPECIFICALLY FOR THE TAURANGA CITY COUNCIL "CITY PLAN" 17.2.2.5.1 Policy – City Centre Waterfront - By ensuring the City Centre waterfront develops as an area with tourism, events, cultural and civic focus integrated with the surrounding environment through: a) Providing for the development of the waterfront in terms of use, development scale and location, generally as shown in the Waterfront Outline Development Plan; small-scale commercial activities and temporary events in The Strand area (Sub-Zone A) and permanent commercial and community-based activities in the Dive Crescent area (Sub- Zone B); b) Creating an area adjacent to the harbour where temporary public events, tourist-related and recreational activities can be undertaken in a safe and convenient way. Events and activities that draw large numbers are supported where their environmental effects can be managed; c) Establishing a functional and attractive interface with the City Centre Zone, that encourages informal, passive recreation and use of the waterfront, between Matapihi Rail Bridge and the Tauranga Harbour Bridge; d) Facilitating safe and convenient pedestrian access to and along the waterfront, and between Matapihi Rail Bridge and Tauranga Harbour Bridge; e) Detailed design of sites and buildings using a Council-led design brief process that complements the Plan provisions; f) Providing for buildings and structures that are designed so they do not impede flood waters or stormwater overland flowpaths.
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Color: [255, 0, 197, 255] Background Color: N/A Outline Color: N/A Vertical Alignment: baseline Horizontal Alignment: left Right to Left: false Angle: 0 XOffset: 0 YOffset: 0 Size: 8 Font Family: Arial Font Style: normal Font Weight: normal Font Decoration: none
Description: Significant Archaeological Areas identified in the City Plan. This data is used in the right series (Section 1, 2 and 3) City Plan planning maps (http://www.tauranga.govt.nz/council-documents-reports/councils-regulatory-documents/tauranga-city-plan/city-plan/city-plan-maps.aspx). These corrolate with the register of Significant Archaeological Sites within Appendix 7D of the City Plan (http://econtent.tauranga.govt.nz/data/city_plan/ch/7/appendix_7d.pdf) and Section 7E of the City Plan text (http://econtent.tauranga.govt.nz/data/city_plan/ch/7/significant_archaeological_areas.pdf). Each site also has a corresponding Site Assessment Sheet. This data is complemented by CpTeTumuArchsites. Contact is James Danby.
Description: This dataset was created specifically for the City Plan Maps - 2009 17.2.3.4 Objective – Commercial Plan Areas The effects of the development on specific Commercial Plan Areas in the surrounding environment have been mitigated. 17.2.3.4.1 Policy – Commercial Plan Areas By ensuring that land zoned for commercial activities at Poike Road, Gravatt Road, Parton Road, Courtney Road, Bethlehem, Te Reti and Bayfair is developed in a comprehensive manner in accordance with the Commercial Outline Development Plan for the area and the environmental mitigation measures identified for those sites.
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Description: Refer the City Plan document The purpose of the City Plan is to enable the Council to carry out its functions under the Resource Management Act 1991; promoting the sustainable management of natural and physical resources. What is the City Plan (formerly known as "The District Plan")? The City Plan provides the rules for how people can build or develop the land they own. This can be land that is residential, commercial or industrial. It also includes rules on other things that are covered by the Resource Management Act - including land-use, hazards, signage, reserves, noise and heritage, etc.
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Description: Refer the City Plan document The purpose of the City Plan is to enable the Council to carry out its functions under the Resource Management Act 1991; promoting the sustainable management of natural and physical resources. What is the City Plan (formerly known as "The District Plan")? The City Plan provides the rules for how people can build or develop the land they own. This can be land that is residential, commercial or industrial. It also includes rules on other things that are covered by the Resource Management Act - including land-use, hazards, signage, reserves, noise and heritage, etc.
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: GEOSPATIAL TEAM LEADER, TAURANGA CITY COUNCIL (GIS CUSTODIAN) AND SENIOR POLICY PLANNER, CITY PLANNING AND GROWTH, TAURANGA CITY COUNCIL (TECHNICAL CUSTODIAN)
Description: Show bus routes of the Bay of plenty Region - route numbers and route names (include all the trial routes)Data is changed regularly by the Bay of Plenty Regional Council Transport team and updated in this dataset by the Geospatial team.
Description: This data had previously been stored in 3 separate data layers and is now combined for simplicity and topological correctness. As before symbolising can be achieved by means of Representation RuleID but can also be the attribute type as listed below. All representations will be discontinued in the near future and their use should be discouraged.Flood plain based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). TCC GIS team and water engineers created flood plains from flood prone and overland flow path polygons. MHWS is from LINZ LDS Coastline data layer. Data used in Plan Change 27.Flood prone based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: 100mm to 300mm flood depth, and greater than 300mm flood depth. TCC GIS team under supervision from water engineers converted raster areas to polygons, then smoothed. Data used in Plan Change 27.Overland flow path based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: major, and minor. TCC GIS team under supervision from water engineers converted raster area to polygons, smoothed, and connected disjointed overland flow paths together. Data used in Plan Change 27.Attributes used for classifying and symbolizing all have predefined domains.FloodRiskSource: The previous data layer, choices are.1 = FloodRiskOverlandFlowPath2 = FloodRiskFloodProneArea3 = FloodRiskFloodPlainFloodRiskClassification; The primary type for symbolising.Flood plainMajor overland flowMinor overland flowFlooding depth >300mmFlooding depth 100-300mmRuleID; FloodRiskCombined_Rep_Rules; the representation symbol type1 = Flood plain2 = Flooding depth 100-300mm3 = Flooding depth >300mm4 = Minor overland flow5 = Major overland flow-1 = Free Representation
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: Tom Pyatt (GIS), Tracey Myers (senior water modeller), Raul Castaneda Galimidi (senior water planning engineer), Manasi Vaidya (planner)
Description: This data had previously been stored in 3 separate data layers and is now combined for simplicity and topological correctness. As before symbolising can be achieved by means of Representation RuleID but can also be the attribute type as listed below. All representations will be discontinued in the near future and their use should be discouraged.Flood plain based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). TCC GIS team and water engineers created flood plains from flood prone and overland flow path polygons. MHWS is from LINZ LDS Coastline data layer. Data used in Plan Change 27.Flood prone based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: 100mm to 300mm flood depth, and greater than 300mm flood depth. TCC GIS team under supervision from water engineers converted raster areas to polygons, then smoothed. Data used in Plan Change 27.Overland flow path based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: major, and minor. TCC GIS team under supervision from water engineers converted raster area to polygons, smoothed, and connected disjointed overland flow paths together. Data used in Plan Change 27.Attributes used for classifying and symbolizing all have predefined domains.FloodRiskSource: The previous data layer, choices are.1 = FloodRiskOverlandFlowPath2 = FloodRiskFloodProneArea3 = FloodRiskFloodPlainFloodRiskClassification; The primary type for symbolising.Flood plainMajor overland flowMinor overland flowFlooding depth >300mmFlooding depth 100-300mmRuleID; FloodRiskCombined_Rep_Rules; the representation symbol type1 = Flood plain2 = Flooding depth 100-300mm3 = Flooding depth >300mm4 = Minor overland flow5 = Major overland flow-1 = Free Representation
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: Tom Pyatt (GIS), Tracey Myers (senior water modeller), Raul Castaneda Galimidi (senior water planning engineer), Manasi Vaidya (planner)
Description: This data had previously been stored in 3 separate data layers and is now combined for simplicity and topological correctness. As before symbolising can be achieved by means of Representation RuleID but can also be the attribute type as listed below. All representations will be discontinued in the near future and their use should be discouraged.Flood plain based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). TCC GIS team and water engineers created flood plains from flood prone and overland flow path polygons. MHWS is from LINZ LDS Coastline data layer. Data used in Plan Change 27.Flood prone based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: 100mm to 300mm flood depth, and greater than 300mm flood depth. TCC GIS team under supervision from water engineers converted raster areas to polygons, then smoothed. Data used in Plan Change 27.Overland flow path based on a 1% AEP (100 year ARI) event and 2130 climate (RCP 8.5). Split into 2 categories: major, and minor. TCC GIS team under supervision from water engineers converted raster area to polygons, smoothed, and connected disjointed overland flow paths together. Data used in Plan Change 27.Attributes used for classifying and symbolizing all have predefined domains.FloodRiskSource: The previous data layer, choices are.1 = FloodRiskOverlandFlowPath2 = FloodRiskFloodProneArea3 = FloodRiskFloodPlainFloodRiskClassification; The primary type for symbolising.Flood plainMajor overland flowMinor overland flowFlooding depth >300mmFlooding depth 100-300mmRuleID; FloodRiskCombined_Rep_Rules; the representation symbol type1 = Flood plain2 = Flooding depth 100-300mm3 = Flooding depth >300mm4 = Minor overland flow5 = Major overland flow-1 = Free Representation
Service Item Id: e2b37d8438fa4743acc3e8c32e7a1b29
Copyright Text: Tom Pyatt (GIS), Tracey Myers (senior water modeller), Raul Castaneda Galimidi (senior water planning engineer), Manasi Vaidya (planner)