Description: Outstanding waterbodies in the Wellington region including lakes, rivers and wetlands with biodiversity values for indigenous species. Schedule A1: Rivers with outstanding indigenous ecosystems values. Values include aquatic plants; indigenous fish diversity; threatened fish species; wildlife habitat; high macroinvertebrate health.Schedule A2: Lakes with outstanding indigenous ecosystems values. Values include aquatic plants; indigenous fish diversity; threatened fish species; wildlife habitat; high macroinvertebrate health.Schedule A3: Wetlands with outstanding indigenous biodiversity values Values relate to representativeness, diversity and rarity of the the wetalnds and the associated indigenous biodiversity.The wetlands on this schedule meet the definition of a natural wetland, and have been assessed against the Policy 23 criteria for indigenous biodiversity values in the Regional Policy Statement. Outstanding wetlands have been assessed as: Representative - Wetlands that are the best, or one of the best remaining examples that are typical and characteristic of the full range of the original or current natural diversity of ecosystems and habitat types in the region; ANDRarity – contains an indigenous ecosystem or habitat or biological community or physical feature that is nationally rare or threatened or distinctive OR -Habitat for more than two threatened species of flora and fauna; ORDiversity – a high natural diversity of ecological units or ecosystems or physical features or the full range of expected natural diversity; OR- a high natural diversity of species of flora and fauna or the full range of the expected natural diversity.Assessment of values is based on field surveys, desktop analysis, and expert opinion including the following reports:Boffa Miskell Ltd (2011) Desktop delineation and assessment of significance of wetlands of the Wellington Region. Prepared for GWRC.Wildlands Consulting (2012) Extent and significance of Wairarapa Moana Wetlands and Lake Pounui. Prepared for GWRC.Wildlands Consulting (2013) Wellington Region Wetlands: field assessment of extent and significance. Prepared for GWRC
Copyright Text: Paula Reeves, Wildlands Consulting, Stephen Fuller, Boffa Miskell, Shona Myers, Boffa Miskell, Jo Beaglehole, Senior Policy Advisor, Greater Wellington Regional Council, Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council, Tim Park, Senior Biodiversity Advisor, Greater Wellington Regional Council, Iain Dawe, Senior Policy Advisor (Hazards), Greater Wellington Regional Council (GIS mapping).
Description: Waterbodies and catchments including rivers, lakes, harbours and open sea areas with significance to and identified as taonga by mana whenua iwi in the Wellington Region. This schedule relates to catchment management and shared decision making principles enbodied in the Plan. In particular the schedule recognises that kaitiakitanga shall be recognised and provided for by managing natural and physical resources in accordance with tikanga and kaupapa Māori as exercised by mana whenua, and that land and water resources will be managed recognising ki uta ki tai by using the principles of integrated catchment management.
Copyright Text: Ngā Hapū o Ōtaki; Te Ātiawa ki Whakarongotai; Ngāti Toa Rangātira; Taranaki Whānui ki te Upoko o te Ika a Maui; Rangitāne o Wairarapa; Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council (GIS mapping)
Description: Sites of significance identified by mana whenua iwi in the greater Wellington region and reported under contract to Greater Wellington Regional Council. Schedule C1: Sites of significance to Ngā Hapū o ŌtakiSchedule C2: Sites of significance to Te Ātiawa ki WhakarongotaiSchedule C3: Sites of significance to Ngāti Toa RangātiraSchedule C4: Sites of significance to Taranaki Whānui ki te Upoko o te Ika a MauiSchedule C5: Sites of significance to Rangitāne o Wairarapa & Ngāti Kahungunu ki Wairarapa
Copyright Text: Pataka Moore, Ngā Hapū o Ōtaki; Mahina-a-rangi Baker, Te Ātiawa ki Whakarongotai; Reina Solomon, Ngāti Toa Rangātira; Morrie Love, Taranaki Whānui ki te Upoko o te Ika a Maui; Joseph Potangaroa, Rangitāne o Wairarapa; Haami te Whaiti, Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Lee Rauhina-August, Pouhono-a-iwi, Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council.
Description: Sites of significance identified by mana whenua iwi in the greater Wellington region and reported under contract to Greater Wellington Regional Council. Schedule C1: Sites of significance to Ngā Hapū o ŌtakiSchedule C2: Sites of significance to Te Ātiawa ki WhakarongotaiSchedule C3: Sites of significance to Ngāti Toa RangātiraSchedule C4: Sites of significance to Taranaki Whānui ki te Upoko o te Ika a MauiSchedule C5: Sites of significance to Rangitāne o Wairarapa & Ngāti Kahungunu ki Wairarapa
Copyright Text: Pataka Moore, Ngā Hapū o Ōtaki; Mahina-a-rangi Baker, Te Ātiawa ki Whakarongotai; Reina Solomon, Ngāti Toa Rangātira; Morrie Love, Taranaki Whānui ki te Upoko o te Ika a Maui; Joseph Potangaroa, Rangitāne o Wairarapa; Haami te Whaiti, Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Lee Rauhina-August, Pouhono-a-iwi, Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council.
Description: Sites of significance identified by mana whenua iwi in the greater Wellington region and reported under contract to Greater Wellington Regional Council. Schedule C1: Sites of significance to Ngā Hapū o ŌtakiSchedule C2: Sites of significance to Te Ātiawa ki WhakarongotaiSchedule C3: Sites of significance to Ngāti Toa RangātiraSchedule C4: Sites of significance to Taranaki Whānui ki te Upoko o te Ika a MauiSchedule C5: Sites of significance to Rangitāne o Wairarapa & Ngāti Kahungunu ki Wairarapa
Copyright Text: Pataka Moore, Ngā Hapū o Ōtaki; Mahina-a-rangi Baker, Te Ātiawa ki Whakarongotai; Reina Solomon, Ngāti Toa Rangātira; Morrie Love, Taranaki Whānui ki te Upoko o te Ika a Maui; Joseph Potangaroa, Rangitāne o Wairarapa; Haami te Whaiti, Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Lee Rauhina-August, Pouhono-a-iwi, Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council.
Description: Sites of significance identified by mana whenua iwi in the greater Wellington region and reported under contract to Greater Wellington Regional Council. Schedule C1: Sites of significance to Ngā Hapū o ŌtakiSchedule C2: Sites of significance to Te Ātiawa ki WhakarongotaiSchedule C3: Sites of significance to Ngāti Toa RangātiraSchedule C4: Sites of significance to Taranaki Whānui ki te Upoko o te Ika a MauiSchedule C5: Sites of significance to Rangitāne o Wairarapa & Ngāti Kahungunu ki Wairarapa
Copyright Text: Pataka Moore, Ngā Hapū o Ōtaki; Mahina-a-rangi Baker, Te Ātiawa ki Whakarongotai; Reina Solomon, Ngāti Toa Rangātira; Morrie Love, Taranaki Whānui ki te Upoko o te Ika a Maui; Joseph Potangaroa, Rangitāne o Wairarapa; Haami te Whaiti, Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Lee Rauhina-August, Pouhono-a-iwi, Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council.
Description: Sites of significance identified by mana whenua iwi in the greater Wellington region and reported under contract to Greater Wellington Regional Council. Schedule C1: Sites of significance to Ngā Hapū o ŌtakiSchedule C2: Sites of significance to Te Ātiawa ki WhakarongotaiSchedule C3: Sites of significance to Ngāti Toa RangātiraSchedule C4: Sites of significance to Taranaki Whānui ki te Upoko o te Ika a MauiSchedule C5: Sites of significance to Rangitāne o Wairarapa & Ngāti Kahungunu ki Wairarapa
Copyright Text: Pataka Moore, Ngā Hapū o Ōtaki; Mahina-a-rangi Baker, Te Ātiawa ki Whakarongotai; Reina Solomon, Ngāti Toa Rangātira; Morrie Love, Taranaki Whānui ki te Upoko o te Ika a Maui; Joseph Potangaroa, Rangitāne o Wairarapa; Haami te Whaiti, Ngāti Kahungunu ki Wairarapa, and; Laura Paynter, Senior Policy Advisor (Heritage,), Mike Grace Senior Policy Advisor (Tangata Whenua), Lee Rauhina-August, Pouhono-a-iwi, Iain Dawe Senior Policy Advisor, (Hazards), Greater Wellington Regional Council.
Description: Historic heritage sites of significance scheduled in the Proposed Natural Resources Regional Plan 2015based on work contained in reports produced under contract to Greater Wellington Regional Council by Chris Cochran, Russell Murray, Michael Kelly and Andy Dodd (2012), Coastal Historic Heritage of the Wellington Region: Survey for the Coastal Plan Review. Cochran & Murray Conservation Architects and Subsurface Ltd.The criteria used to evaluate the sites was drawn from Policy 21 of the Regional Policy Statement for the Wellington Region 2013. Schedule E1- Historic Heritage Structures: This schedule contains coastal structures with significant historic heritage values where any physical changes must be carefully considered. Consultants were engaged to evaluate these sites and they jointly prepared a detailed report entitled Coastal Historic Heritage of the Wellington Region. Those involved were Chris Cochran and Russell Murray, conservation architects; Michael Kelly, heritage consultant; and Andy Dodd, archaeologist. Schedule E2- Historic Heritage Wharves and Boatsheds: This schedule contains wharves and boatsheds with significant historic heritage values, which can tolerate some minimal changes without a reduction in historic heritage significance. Consultants were engaged to evaluate these sites and they jointly prepared a detailed report entitled Coastal Historic Heritage of the Wellington Region. Those involved were Chris Cochran and Russell Murray, conservation architects; Michael Kelly, heritage consultant; and Andy Dodd, archaeologist.Schedule E3- Historic Heritage Navigation Aids: This schedule contains navigation aids with significant historic heritage values, which can tolerate some minimal changes without a reduction in historic heritage significance. Consultants were engaged to evaluate these sites and they jointly prepared a detailed report entitled Coastal Historic Heritage of the Wellington Region. Those involved were Chris Cochran and Russell Murray, conservation architects; Michael Kelly, heritage consultant; and Andy Dodd, archaeologist.Schedule E4- Archaeological Sites: This schedule contains archaeological sites with significant historic heritage values. Andy Dodd, archaeologist, evaluated these sites and prepared a detailed report entitled Coastal & Underwater Archaeological Sites of the Wellington Region.Cochran, C., Murray, R., Kelly, M. & Dodd, A. (2012), Coastal Historic Heritage of the Wellington Region: Survey for the Coastal Plan Review. A report prepared for Greater Wellington Regional Council, 322p. Dodd, A. (2013), Coastal and Underwater Archaeological Sites of the Wellington Region: Survey for the Coastal Plan Review. A report prepared for Greater Wellington Regional Council, 411p.
Copyright Text: Chris Cochran, conservation architect; Russell Murray, conservation architect; Michael Kelly, heritage consultant; Andy Dodd, archaeologist; Laura Paynter, Senior Policy Advisor, Greater Wellington Regional Council (project coordinator); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping)
Description: The sites and information contained in this feature layer are based on a survey of historic heritage in freshwater locations (beds of lakes and rivers)of the Wellington region, commissioned in two reports by Greater Wellington Regional Council.The surveys were undertaken as part of the review of the regional plans and as a requirement of the Regional Policy Statement for the Wellington Region 2013- Policy 21: Identifying places and areas with significant historic heritage values.Schedule E5 - Historic Heritage Freshwater Sites: This schedule contains freshwater sites with significant historic heritage values. Consultants Chris Cochran and Russell Murray, conservation architects; Michael Kelly, heritage consultant; and Andy Dodd, archaeologist were engaged to evaluate these sites. Detailed reports for each sites can be found in Freshwater Historic Heritage of the Wellington Region, Historic Bridges of the Wellington Region and Freshwater Archaeological Sites of the Wellington Region.Cochran, C., Murray, R. & Kelley, M. (2012), Freshwater Historic Heritage of the Wellington Region: Survey for the Freshwater Plan Review. A report prepared for Greater Wellington Regional Council, 140p.Cochran, C. (2010), Historic Bridges of the Wellington Region: Survey for the Freshwater Plan Review. A report prepared for Greater Wellington Regional Council, 110p.Dodd, A. (2015), Freshwater Archaeological Sites of the Wellington Region: Survey for the Regional Plan Review. A report prepared for Greater Wellington Regional Councilby Andy Dodd Subsurface Ltd, 83p.
Copyright Text: Research on the history of the freshwater sites was carried out by Michael Kelly and Miranda Williamson and the survey work was carried out by Chris Cochran and Russell Murray between April 2011 and April 2012.
Research on the history of the bridges was carried out by Helen McCracken and Miranda Williamson and the survey work was carried out by Chris Cochran during May and June 2010.
GIS mapping was undertaken by Iain Dawe and Laura Paynter, Environmental Policy, Greater Wellington Regional Council in December 2013.
Description: Schedule F1- Rivers and lakes with significant indigenous ecosystemsWaterbodies (rivers, streams and their tributaries and Lake Wairarapa) predicted to have high macroinvertebrate community index (MCI) health scores based on the extent of indigenous vegetation cover in the catchment for indigenous freshwater ecosystems within the Greater Wellington Region.Schedule F1 replicates Table 16 of the Regional Policy Statement for the Wellington Region, based on Warr et al (2009), and updated with recommendations in Perrie et al (2014). Perrie A, Greenfield S, Beaglehole J. (2014). Rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-14/93, Wellington.Warr S, Perrie A and McLea M. (2009). Selection of rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-09/29, Wellington.
Description: Schedule F1- Rivers and lakes with significant indigenous ecosystemsWaterbodies (rivers, streams and their tributaries and Lake Wairarapa) with habitat for threatened and at risk indigenous fish species within the Greater Wellington Region.These species are named in Schedule F1.Schedule F1 replicates Table 16 of the Regional Policy Statement for the Wellington Region, based on Warr et al (2009), and updated with recommendations in Perrie et al (2014). Perrie A, Greenfield S, Beaglehole J. (2014). Rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-14/93, Wellington.Warr S, Perrie A and McLea M. (2009). Selection of rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-09/29, Wellington.
Description: Schedule F1- Rivers and lakes with significant indigenous ecosystemsWaterbodies (rivers, streams and their tributaries and Lake Wairarapa) with habitat for six or more indigenous migratory fish species within the Greater Wellington Region.These species are named in Schedule F1.Schedule F1 replicates Table 16 of the Regional Policy Statement for the Wellington Region, based on Warr et al (2009), and updated with recommendations in Perrie et al (2014). Perrie A, Greenfield S, Beaglehole J. (2014). Rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-14/93, Wellington.Warr S, Perrie A and McLea M. (2009). Selection of rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-09/29, Wellington.
Description: Schedule F1b: Known rivers and parts of the coastal marine area with inanga spawning habitat Rivers, streams and known parts of the coastal marine area with habitat for threatened and at risk indigenous fish species within the Greater Wellington Region.Schedule F1bderives partly from Table 16 of the Regional Policy Statement for the Wellington Region, based on Warr et al (2009), and updated with recommendations in Perrie et al (2014). Perrie A, Greenfield S, Beaglehole J. (2014). Rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-14/93, Wellington.Warr S, Perrie A and McLea M. (2009). Selection of rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-09/29, Wellington.
Name: Schedule F1c - Lakes with Significant Aquatic Plants
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Schedule F1c: Lakes with significant aquatic plant communities. These lakes were identified using LakeSPI (an index of ecological condition), based on scuba surveys and desktop assessment, using the criteria in Policy 23 of the Regional Policy Statement for the Wellington Region and contained in more detail in Perrie et al (2014). Perrie A, Greenfield S, Beaglehole J. (2014). Rivers and lakes with significant indigenous ecosystems. Greater Wellington Regional Council, Publication No. GW/EP-G-14/93, Wellington.
Description: Schedule F2a, b, c: Habitats for indigenous birds in rivers, lakes and the coastal marine area. Schedule F2a: Habitats for indigenous birds in rivers. Schedule F2b: Habitats for indigenous birds in lakes. Schedule F2c: Habitats for indigenous birds in the coastal marine area. Siteswere identified and assessed using a review of existing information and expert opinion, using the criteria in Policy 23 of the Regional Policy Statementfor the Wellington Region and contained in more detail in McArthuret al (2015). McArthur N, Robertson H, Adams L, Small D. (2015), A review of coastal and freshwater habitats of significance for indigenous birds in the Wellington region. Greater Wellington Regional Council, Publication No. GW/ESCI-T-14/68, Wellington.
Copyright Text: Nikki McArthur, Environmental Scientist, Greater Wellington Regional Council; Hugh Robertson, Department of Conservation; Lynn Adams, Department of Conservation; Delia Small; Jo Beaglehole, Senior Policy Advisor, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Description: Schedule F4: Sites with significant indigenous biodiversity values in the CMASites were identified with existing information and expert opinionandusing the criteria in Policy 23 of the Regional Policy Statementfor the Wellington Region and contained in more detail in:MacDiarmidet al (2012); Oliver & Beaglehole (2014); Todd et al (2014). MacDiarmid A, Nelson W, Gordon D, Bowden D, Mountjoy J and Lamarche G. (2012),Sites of significance for indigenous marine biodiversity in the Wellington region. Report prepared for Greater Wellington Regional Council by NIWA.Oliver M, Beaglehole J. (2014),Coastal sites and habitats with significant indigenous biodiversity values in the Wellington region: Technical memo to support Schedules F4 and F5 of the draft Natural Resources Plan.Todd M, Kettles H, Graeme C, Sawyer J, McEwan A, Adams L. (2014),Estuarine systems in the lower North Island: ranking of significance, current status and future management options. Department of Conservation, Wellington (in prep).
Description: Schedule H: Contact recreation and Māori use: Regionally significant primary contact recreation rivers and lakes Schedule H identifies lakes and rivers that have been identified as having regionally significant primary contact recreation values. Primary contact recreation means activities such as swimming or boating where there is a high chance of becoming immersed in water.The schedule derives from Table 15, Appendix 1 of the Regional Policy Statement for the Wellington Region (RPS). Table 15 of the RPS was developed from a study (Wellington Regional Council 2009) into recreational uses of water undertaken for the development of the proposed RPS and further refined through the Schedule 1 process to produce a finalised list for the operative RPS.The waterbodies identified in Table 15 of the RPS as having swimming, kayaking and/or canoeing values were considered appropriate to be recognised in the Plan as having regionally significant primary contact recreation values. Note: Schedule H1 sets out priority waterbodies for improvement of water quality where it is known that the waterway does not meet an identified minimum acceptable state for either primary or secondary contact recreation in accordance with the National Objectives Framework. Those waterbodies that did not have primary recreation contact values identified in Table 15 were not considered to have regionally significant primary contact recreation values and are not included in this feature class. Wellington Regional Council. 2013. Regional Policy Statement for the Wellington region. Publication no. GW/EP-G-13/21. http://www.gw.govt.nz/assets/Plans--Publications/Regional-Policy-Statement/RPS-Full-Document.pdfWellington Regional Council. 2009. Selection of rivers and lakes with significant amenity and recreational values. Publication no. GW/EP-G-09/28. http://www.gw.govt.nz/assets/Plans--Publications/Selection-of-Rivers-and-Lakes-with-Significant-Amenity-and-Recreational-Values.pdf
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Description: Schedule I: Important trout fishery rivers and spawning waters.This map is a companion to the trout spawning waters feature class layer. Trout fishery rivers in the Wellington Region identified by Wellington Fish and Game and based on the Fisheries Resource Inventory. Each catchment and river has its own inventory database that is continually updated and added to with information from field work that includes drift dive surveys, fish traps, electric fishing counts and tagging.Trout spawn in gravel bottomed, upland rivers and tributaries from late autumn to mid-winter. Preferred spawning habitats are in water depths of 0.15-0.45 m, with flow velocities of 0.20-0.55 m/s-1on a gravel substrate with clast sizes in the range of 14-64 mm. The general methodology is to identify rivers and streams that are important for trout recruitment, followed up by field surveys to identify sections of rivers that satisfy spawning conditions on the basis of preferred spawning habitat and the presence and number of redds. Regular spawning surveys are undertaken on waterbodies known to be important contributors to trout populations of a catchment. Further information can be found in the report:Tahere, S. (2015), Trout Sports Fisheries and Trout Spawning Habitat Fish and Game NZ Wellington Region – Greater Wellington Region. Wellington Fish and Game Council, 22p + appendices.
Copyright Text: Phil Teal, Manager, Wellington Fish and Game Council; Corina Jordan, Wellington Fish and Game Council; Stacey Tahere, Wellington Fish and Game Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Description: Schedule I: Important trout fishery rivers and spawning waters.This map is a companion to the trout fishery rivers feature class layer. Trout spawning waters in the Wellington Region identified by Wellington Fish and Game and based on the Fisheries Resource Inventory. Each catchment and river has its own inventory database that is continually updated and added to with information from field work that includes drift dive surveys, fish traps, electric fishing counts and tagging.Trout spawn in gravel bottomed, upland rivers and tributaries from late autumn to mid-winter. Preferred spawning habitats are in water depths of 0.15-0.45 m, with flow velocities of 0.20-0.55 m/s-1 on a gravel substrate with clast sizes in the range of 14-64 mm. The general methodology is to identify rivers and streams that are important for trout recruitment, followed up by field surveys to identify sections of rivers that satisfy spawning conditions on the basis of preferred spawning habitat and the presence and number of redds. Regular spawning surveys are undertaken on waterbodies known to be important contributors to trout populations of a catchment. Further information can be found in the report:Tahere, S. (2015), Trout Sports Fisheries and Trout Spawning Habitat Fish and Game NZ Wellington Region – Greater Wellington Region. Wellington Fish and Game Council, 22p + appendices.
Copyright Text: Phil Teal, Manager, Wellington Fish and Game Council; Corina Jordan, Wellington Fish and Game Council; Stacey Tahere, Wellington Fish and Game Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Schedule J - Significant geological feaures in the coastal marine area
Display Field: Site_Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Schedule J – Geological features of regional significance in the coastal marine area.This map shows sites identified in the coastal marine area in the Wellington Region with significant geological values. The sites were identified by a review of existing information, expert opinion and field surveys. The inclusion of geological features of regional significance in the coastal marine area in the Proposed Natural Resources Plan gives effect to Policy 15 of the New Zealand Coastal Policy Statement 2010 and Policy 15 of the Regional Policy Statement for the Wellington Region.The information can be found in the these reports:Dawe, I (2014), Regional Plan Review: Schedule J - Significant geological features in the coastal marine area. Unpublished Wellington Regional Council Report, WGN_DOCS-#1371613.Boffa Miskell Ltd (2007), Regional Policy Statement Review: Coastal Environment Sites of Regional Significance. Unpublished Report to Wellington Regional Council.Kenny, J.A. & Hayward, B.W. (eds) (1996), Inventory and Maps of Important Geological Sites and Landforms in the Manawatu and Wellington Regions (1st edition). Geological Society of New Zealand, Miscellaneous Publication 89.
Copyright Text: Dr Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council; Boffa Miskell; Dr Nick Preston, School of Geography, Environment and Earth Sciences, Victoria University of Wellington
Description: Schedule M1: Surface water community drinking water supply abstraction points This feature class identifies the surface community drinking abstraction sites to which policies and rules in the Plan apply in order to give effect to the The National Environmental Standard (NES) for Sources of Human Drinking Water (2007). The NES for Sources of Human Drinking Water (2007) directs regional councils to consider the potential impacts of land use activities on community drinking water supplies.This layer is a companion to the feature class Community Drinking Water Surface Protection Areas.
Description: Schedule M1: Surface water community drinking water supply abstraction points This feature class identifies the community drinking supply rivers to which policies and rules in the Plan apply in order to give effect to the The National Environmental Standard (NES) for Sources of Human Drinking Water (2007). The NESfor Sources of Human Drinking Water (2007) directs regional councils to consider the potential impacts of land use activities on community drinking water supplies.
Description: Schedule M1: Surface water community drinking water supply abstraction points This feature class identifies the community drinking supply catchments to which policies and rules in the Plan apply in order to give effect to the The National Environmental Standard (NES) for Sources of Human Drinking Water (2007). The NESfor Sources of Human Drinking Water (2007) directs regional councils to consider the potential impacts of land use activities on community drinking water supplies. This map defines the ‘source protection zones’ for all relevant community drinking water supply points. The zones describe the area within which an activity might reasonably be expected to impact upon the quality of water at the abstraction point.The extent of the source protection area was defined by the ‘run time’ it would take water entering the stream to reach the abstraction point. Different catchments have different run times based on catchment characteristics. The catchment drinking water supply protection zone is a 200 m wide buffer overlaid on this defined river-run extent. More information can be found in the report:Thompson, M. (2015), Delineation of drinking water supply catchment protection zones (surface water): Method to support the Proposed Natural Resources Plan. Unpublished Greater Wellington Regional Council report, 22p, WGN-DOCS-#1442059.
Description: Schedule M2: Groundwater community drinking water supply abstraction pointsCommunity groundwater drinking water supply wells in the Greater Wellington Region mapped to support Schedule M2. This layer is a companion to the feature class Community Drinking Water Groundwater Protection Areas.More information related to this layer can be found in the report:Toews, M.W., Donath, F. (2015), Capture Zone Delineation of Community Supply Wells and State of the Environment Monitoring Wells in the Greater Wellington Region. Report to Greater Wellington Regional Council by GNS Science, Report 2015/06, 69p.
Copyright Text: GNS Science; Mike Thomson, Senior water scientist, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Description: Schedule M2: Groundwater community drinking water supply abstraction pointsCapture zones for community supply wells in the Greater Wellington Region. Existing calibrated groundwater flow models were used to define the capture zones for relevant wells in the Kāpiti Coast, Hutt Valley and Ruamāhanga River Valley. A capture zone is defined as the total source area that contributes groundwater to a well. Particle tracking methods were used to trace the outline of the capture zones around each well using a combination of forwards tracking particles on the water table and backwards particle tracking around each well screen. A number of sensitivity simulations were run and the maximum capture zone area was obtained by aggregating the path lines from the model runs. More information can be found in the report:Toews, M.W., Donath, F. (2015), Capture Zone Delineation of Community Supply Wells and State of the Environment Monitoring Wells in the Greater Wellington Region. Report to Greater Wellington Regional Council by GNS Science, Report 2015/06, 69p.
Copyright Text: GNS Science; Mike Thomson, Senior water scientist, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Description: The sites in this layer are mapped from existing schedules that appear in the Plan according to the Category 1 surface water body definition in Chapter 2 - Interpretation, but excluding clause (e) - significant natural wetlands:Category 1 surface water body includes, and is limited to: (a) sites with significant mana whenua values identified in Schedule C (mana whenua), and(b) inanga spawning habitat identified in Schedule F1b (inanga spawning habitats), and(c) habitats for indigenous birds in rivers identified in Schedule F2a (birds-rivers)(d) estuaries identified in Schedule F4 (coastal sites), and(e) significant natural wetlands greater than 0.1ha identified in Schedule F3 (significant wetlands), and(EXCLUDED from this layer)(f) outstanding water bodies identified in Schedule A (outstanding water bodies), and(g) within 1,000m upstream of a surface water abstraction site for a community drinking water supply shown on Map 26.
Description: Schedule I: Important trout fishery rivers and spawning waters.This map is a companion to the trout fishery rivers feature class layer. Trout spawning waters in the Wellington Region identified by Wellington Fish and Game and based on the Fisheries Resource Inventory. Each catchment and river has its own inventory database that is continually updated and added to with information from field work that includes drift dive surveys, fish traps, electric fishing counts and tagging.Trout spawn in gravel bottomed, upland rivers and tributaries from late autumn to mid-winter. Preferred spawning habitats are in water depths of 0.15-0.45 m, with flow velocities of 0.20-0.55 m/s-1 on a gravel substrate with clast sizes in the range of 14-64 mm. The general methodology is to identify rivers and streams that are important for trout recruitment, followed up by field surveys to identify sections of rivers that satisfy spawning conditions on the basis of preferred spawning habitat and the presence and number of redds. Regular spawning surveys are undertaken on waterbodies known to be important contributors to trout populations of a catchment. Further information can be found in the report:Tahere, S. (2015), Trout Sports Fisheries and Trout Spawning Habitat Fish and Game NZ Wellington Region – Greater Wellington Region. Wellington Fish and Game Council, 22p + appendices.
Copyright Text: Phil Teal, Manager, Wellington Fish and Game Council; Corina Jordan, Wellington Fish and Game Council; Stacey Tahere, Wellington Fish and Game Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Coastal Marine Area and Rivermouth Boundaries
Display Field: Boundary
Type: Feature Layer
Geometry Type: esriGeometryPolyline
Description: Coastal Marine Area and River Mouth boundaries identified and mapped for the Greater Wellington Region. These boundaries were agreed to for the Regional Coastal Plan for the Wellington Region 2000 and the delineations that appear in this map conform to those agreements. All other rivers and streams not identified are defined using the RMA 1991 definition, as measured from the line of the Mean High Water Springs either side of where the waterbody enters the sea.
Description: Commercial port areas identified and mapped in the Wellington regionfor the Proposed Natural Resources Plan from aerial orthophotos.These zones conform to the delineations that were agreed to for the Regional Coastal Plan for the Wellington Region 2000.
Description: Commercial port areas identified and mapped in the Wellington regionfor the Proposed Natural Resources Plan from aerial orthophotos.These zones conform to the delineations that were agreed to for the Regional Coastal Plan for the Wellington Region 2000.
Description: This map shows the Cook Strait Cable Protection Zone (CPZ)coordinates that link to the Cook StraitCPZ feature class shapefile. The zone is included in the Plan in relation to Rule CM.R17x: Activities inside the Cook Strait Cable Protection Zone. As part of the National Grid, Transpower has cable links in Cook Strait which consist of:High Voltage Direct Current (HVDC) cables that transmit power between Benmore Station and Haywards in the Hutt Valley , and; Fiberoptic cables that carry telecommunications, and used by telecommunication companies for domestic and commercial traffic and by Transpower for control of the HVDC link.Orders: With one minor exception, all fishing and anchoring is illegal within the Cook Strait CPZ. Contact Transpower for further information (www.transpower.co.nz)Exception: Taking of crayfish/paua/kina & set nets are permitted ONLY; within 200m of shore outside yellow warning signs either side Oteranga & Fighting Bay, AND; during daylight hours, AND; support vessels DO NOT anchor OR attach directly/indirectly to seabed.Statues: Submarine Cables and Pipeline Protection Order 1992; Submarine Cables and Pipelines Protection Act 1996; Submarine Cables and Pipelines Protection Amendment Order 1999.NOTE: NOT FOR NAVIGATION - Consult official Land Information New Zealand (LINZ) nautical chart NZ46 - Cook Strait for more detailed navigation information.
Copyright Text: GIS layer created by Iain Dawe, Greater Wellington Regional Council
Description: This map shows the Cook Strait Cable Protection Zone (CPZ). It is included in the Plan in relation to Rule CM.R17x: Activities inside the Cook Strait Cable Protection Zone. The zone is bounded by set coordinates and runs to mean low water springs. The coordinates can be viewed in the cook strait cable protection zone coordinates feature class shapefile.As part of the National Grid, Transpower has cable links in Cook Strait which consist of:High Voltage Direct Current (HVDC) cables that transmit power between Benmore Station and Haywards in the Hutt Valley, and; Fiber optic cables that carry telecommunications, and used by telecommunication companies for domestic and commercial traffic and by Transpower for control of the HVDC link.Orders: With one minor exception, all fishing and anchoring is illegal within the Cook Strait CPZ. Contact Transpower for further information (www.transpower.co.nz)Exception: Taking of crayfish/paua/kina & set nets are permitted ONLY; within 200m of shore outside yellow warning signs either side Oteranga & Fighting Bay, AND; during daylight hours, AND; support vessels DO NOT anchor OR attach directly/indirectly to seabed.Statues: Submarine Cables and Pipeline Protection Order 1992; Submarine Cables and Pipelines Protection Act 1996; Submarine Cables and Pipelines Protection Amendment Order 1999.NOTE: NOT FOR NAVIGATION - Consult official Land Information New Zealand (LINZ) nautical chart NZ46 - Cook Strait for more detailed navigation information.
Copyright Text: GIS layer created by Iain Dawe, Greater Wellington Regional Council
Description: Chapter 7 (Ruamahanga Whaitua) contains Policies (R.P1) and Rules (RW.R1-R3) for minimum flows in rivers that are mapped in Figure 7.1 of the Plan. This feature class shows the rivers in the Ruamāhanga Whaitua with minimum flowsthat are given in Table 7.1 in Rule R.R1. Policy R.P1 sets out the criteria for identifying minimum flows. The rationale for minimum flows with the relevant numerical limits are discussed in the following report: Thompson, M. ( 2015), Minimum flow recommendations for the Wellington region: Technical report to support the draft Regional Plan.Greater Wellington Regional Council, Publication No. GW/ESCI-T-15/85, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater Zones for Kapiti (Tables 10.2, 10.3)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 10 (Kapiti Coast Whaitua) contains Policies (KW.P1, KW.P2) and Rules (KW.R1-R4) for river and groundwater management that is mapped in section 11.3 of the Plan (Figures 10.1-10.3). This feature class and its companion layers show rivers with minimum flows and rivers and groundwater zones with allocation amounts. The numerical quantities for minimum flows and allocation amounts are given in Tables 10.1-10.3 and in Rule KW.R1. The policies (KW.P1, KW.P2) set out the criteria for identifying minimum flows and allocation amounts. The rationale for minimum flows, lake levels and allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M.( 2014), Minimum flow recommendations for the Wellington region: Technical report to support the draft Regional Plan.Greater Wellington Regional Council, Publication No. GW/ESCI-T-14/62, Wellington.Thompson, M. & Mzila, D. (2014), Waterallocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan.Wellington Regional Council. Publication No. GW/ESCI-T-14/82, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater Zones Upper Hutt Tables (Tables 8.2, 8.3)
Display Field: Zone
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 8 (Wellington Harbour and Hutt Valley Whaitua) contains Policies (WHW.P1, WHW.P2) and Rules (WHW.R1-R4) for river and groundwater management that is mapped in section 8.3 (Figures 8.1-8.3) of the Plan. This feature class and its companion layers show rivers with minimum flows and rivers and groundwater zones with allocation amounts. The numerical quantities for minimum flows and allocation amounts are given in tables 8.1-8.3 in Rule WHW.R1. The policies (HWH.P1 & HWH.P2) set out the criteria for identifying minimum flows and allocation amounts. The rationale for minimum flows, lake levels and allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M.( 2014), Minimum flow recommendations for the Wellington region: Technical report to support the draft Regional Plan.Greater Wellington Regional Council, Publication No. GW/ESCI-T-14/62, Wellington.Thompson, M. & Mzila, D. (2014), Waterallocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan.Wellington Regional Council. Publication No. GW/ESCI-T-14/82, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Lower Ruamahanga 0 to 20m (Tables 7.3, 7.4, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and rules (Rules R.R1-R.R3) for rivers, lakes (Lake Wairarapa) and groundwater allocation that are mapped in Figure 7.8 of the Plan for the lower Ruamahanga catchment. This feature class and its companion layers show the rivers and lakes (Lake Wairarapa) and groundwater to a depth of 20 meters in the lower Ruamāhanga catchment with allocation amounts given in Tales 7.3-7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Lower Ruamahanga over 20m (Tables 7.3, 7.4, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and rules (Rules R.R1-R.R3) for rivers and groundwater allocation that are mapped in Figures 7.9 of the Plan for the lower Ruamahanga catchment. This feature class and its companion layers show groundwater below a depth of 20 meters with allocation amounts given in Tables 7.1-7.3 in Rule R.R1. Policy R.P2 set out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following report: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Middle Ruamahanga 0 to 20m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (R.P2) and rules (R.R1-R.R3) for rivers, and groundwater allocation that are mapped in Figure 7.5 of the Plan for the middle Ruamahanga catchment. This feature class and its companion layers show rivers and groundwater to a depth of 20 meters in the middle Ruamahanga catchment with allocation amounts given in Tables 7.1-7.3 in Rule R.R1. Policy R.P2 sets out criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following report: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Middle Ruamahanga 20 to 30m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and Rules (R.R1-R.R3) for rivers and groundwater allocation that are mapped in Figure 7.6 of the Plan for the middle Ruamahanga catchment. This feature class and its companion layers show groundwater between 20 and 30 meters deep with allocation amounts given in Tables 7.3 and 7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale for minimum flows, lake levels and allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Middle Ruamahanga over 30m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and Rules (Rules R.R1-R.3) for rivers and groundwater allocation that are mapped in Figure 7.7 of the Plan for the middle Ruamahanga catchment. This feature class and its companion layers show groundwater below a depth of 30 meters with allocation amounts given in Tables 7.3 and 7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale allocation amounts with the relevant numerical limits are discussed in the following report: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Upper Ruamahanga 0 to 20 m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and rules (Rules R.R1-R.R3) and groundwater allocation that are mapped in Figure 7.2 of the Plan for the upper Ruamahanga catchment. This feature class and its companion layers show rivers and groundwater to a depth of 20 meters in the upper Ruamahanga catchment with allocation amounts given in Tables 7.3 and 7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following report: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.Wellington.Thompson, M. & Mzila, D. (2014), Waterallocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan.Wellington Regional Council. Publication No. GW/ESCI-T-14/82, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Upper Ruamahanga 20 to 30m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (Policy R.P2) and rules (Rules R.R1-R.R3) for groundwater allocation that are mapped in Figure 7.3 of the Plan for the upper Ruamahanga catchment. This feature class and its companion layers show groundwater between 20 and 30 meters with allocation amounts given in Tables 7.3 and 7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following report: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater for the Upper Ruamahanga over 30m (Tables 7.3, 7.5)
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 7 (Ruamahanga Whaitua) contains a policy (PolicyR.P2) and rules (Rules R.R1-R.R3) for rivers and groundwater allocation that are mapped in Figure 7.4 of the Plan for the upper Ruamahanga catchment. This feature class and its companion layers show groundwater below a depth of 30 meters with allocation amounts given in Table 7.5 in Rule R.R1. Policy R.P2 sets out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Name: Groundwater Zones for Lower Hutt (Tables 8.2, 8.3)
Display Field: Zone
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Chapter 8 (Wellington Harbour and Hutt Valley Whaitua) contains a policy (Policy WH.P2) and Rules (Rules WH.R1-WH.R4) for river and groundwater allocation that are mapped in Figure 8.3 of the Plan. This feature class and its companion layers show the Hutt River and groundwater with allocation amounts given in Tables 8.2 and 8.3 in Rule WH.R1. Policy WH.P2) sets out the criteria for identifying allocation amounts. The rationale for allocation amounts with the relevant numerical limits are discussed in the following reports: Thompson, M. (2015), Water allocation recommendations for the Wellington region: Technical report to support the draft Natural Regional Plan. Wellington Regional Council. Publication No. GW/ESCI-T-15/84, Wellington.
Copyright Text: Mike Thompson, Senior Environmental Scientist, Greater Wellington Regional Council; Doug Mzila, Senior Environmental Scientist, Greater Wellington Regional Council; Murray McLea, Senior Policy Advisor, Greater Wellington Regional Council; Stephen Thawley, Project Leader, Greater Wellington Regional Council; Mark Gyopari, Earth in Mind Ltd; Brydon Hughes Liquid Earth Ltd; Gareth Palmer, GIS Analyst, Greater Wellington Regional Council (GIS mapping); Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS mapping).
Description: The Hutt Valley aquifer zone in the Wellington Harbour seabed mapped forthe Proposed Natural Resources Plan.This zone has been updated from the delineation that appears in the Regional Coastal Plan for the Wellington Region 2000. The delineation of the zone was recommended by Earth in Mind scientist, Mark Gyopari in a report to Greater Wellington Regional Council on the hydrogeology of the Hutt Valley aquifer zone. It is further supported by information from a side-scan multibeam bathymetric survey undertaken by NIWA in a consortium with Department of Conservation and Greater Wellington Regional Council that reveals the presence of freshwater springs and seeps across the whole Wellington Harbour seabed. Pallentin, A., Verdier, A. & Mitchell, J. (2009), Wellington Harbour Multi-Beam Survey. A report prepared for Department of Conservation and Greater Wellington Regional Council. NIWA client report WLG2009-38, 9p + maps and CD-ROM. Gyopari M. (2014). Conjunctive water management recommendations for the Upper and Lower Hutt groundwater management zones. Report to Greater Wellington Reginoal Council.
Copyright Text: Mark Gyopari, hydrogeology consultant, Earth in Mind; Greater Wellington Regional Council; Iain Dawe, Senior Policy Advisor, Greater Wellington Regional Council (GIS Mapping).
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Value: Grass Runway 16/34 and 12/30 Take Off and Approach OLSurface Label: Grass Runway 16/34 and 12/30 Take Off and Approach OLSurface (1:20) Description: Symbol:
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Name: Lowland Areas For Category 2 Surface Water Bodies
Display Field: Name
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: Map of lowland areas for category 2 surface waterbodies in the Wellington region for the management of rivers and streams in productive rural lowland areas.This feature class is derived from the New Zealand Land Resource Inventory (NZLRI) and the Land Cover Database v4 (2012), both produced by Landcare Research - Manaaki Whenua.In particular it is based on the land use capability layer which makes an assessment of the productive capability of land areas based on the underlying geology, soil type, slope angle, erosion susceptibility and vegetative cover.Slope classes A, B & C (under 16 deg) and soil classes 1-4 (arable land) were classified for inclusion in the area. Slope classes D,E, F & G (over 16 deg) and soil classes 5-8 (non-arable land) were excluded.It was created by first eliminating discrete polygons with slope classes below 15 degrees, occurring within broader areas above 16 degrees, using the dissolve tool. Likewise, islands of land over 16 degrees smaller than 15 km2sitting within lowland areas under 16 degrees were eliminated. Then complex, crenulated areas were rounded off with the simplify and smooth polygon tool. The whole delineation was then checked for accuracy and aligned where necessary to conform to slopes under 16 degrees with arable soils classes four and under.
Copyright Text: Greater Wellington Regional Council; Land Care Research - Manaaki Whenua; Iain Dawe, Greater Wellington Regional Council (GIS mapping)
Description: The map is based on a model for the distribution of air pollutants in Masterton. The limit of air pollution (from domestic fires) follows the boundary of the town urban area. The model was developed by Neil Gimpson, Golders and Associates and Tamsin Mitchell, Greater Wellington Regional Council. More information can be found in the report:Golder Associates (2014), Determination of Airshed Boundaries for Masterton, the Waingawa Industrial Area and Carterton: Wairarapa Airshed Study. A report to Greater Wellington Regional Council by Golder Associates, Report No. 1378104103_007_R_Rev0, 30p + appendices. WGN_DOCS-#1345705.
Copyright Text: Neil Gimpson, Golders and Associates; Tamsin Mitchell, Greater Wellington Regional Council.
Description: Bearing points associated with mooring areas identified and mapped in the Wellington region for the Proposed Natural Resources Plan from aerial orthophotosand on-water surveys by Wellington Regional Council Harbours staff.These zones have been updated from the delineations that appear in the Regional Coastal Plan for the Wellington Region 2000.
Description: Sighting lines for bearing points associated with mooring areas identified and mapped in the Wellington region for the Proposed Natural Resources Plan from aerial orthophotosand on-water surveys by Wellington Regional Council Harbours staff.These zones have been updated from the delineations that appear in the Regional Coastal Plan for the Wellington Region 2000.
Description: Mooring areas identified and mapped in the Wellington region for the Proposed Natural Resources Plan from aerial orthophotosand on-water surveys by Wellington Regional Council Harbours staff.These zones have been updated from the delineations that appear in the Regional Coastal Plan for the Wellington Region 2000.
Description: This feature class depicts six ‘river classes’. The classes recognise the six main types of streams and rivers found in the Greater Wellington region based on variables that characterise the natural environment such as climate, slope and catchment geology.The river classes are based on the Freshwater Environments of New Zealand (FWENZ) classification (Leathwick at al 2008). FWENZ is a multivariate classification which has been developed to maximise discrimination of un-impacted or natural biological patterns. The classification is based on the relationship between river and stream biota and natural environmental variables (ie, environmental variables not affected by human impacts). Modifications made to the FWENZ classification in order to identify the six river classes depicted in the maps are documented in Warr (2010) and Greenfield et al (2013).Leathwick J, Julian K, Elith J, Chadderton L, Ferrier S, Snelder T. 2008. A biologically-optimised environmental classification of New Zealand rivers and streams; reanalysis excluding human impacts variables. NIWA Client report: HAM2008-027. Prepared for Department of Conservation.Warr S. 2010. River ecosystem classes for the Wellington region – Part 2. Unpublished internal report (Document No. #792833). Greater Wellington Regional Council, Wellington.Greenfield S, Milne J, Conwell C, Tidswell S, Crisp P and Perrie A. 2013. Technical report for Schedule H of the Regional Plan working discussion document. Unpublished internal report (Document No. #1234058). Greater Wellington Regional Council, Wellington.
Description: This feature class shows water races in the Wairarapa which are subject to Rule LW.R141 that permits the taking and use of water from water races provided the take and use is authorised by a resource consent held by the district council controlling the water race. The water races are identified in the following consents held by district councils in the Wairarapa:
Description: This feature class shows the Wellington Harbour navigation track pilotage waypoint stations, mapped as part of the navigation protection areas in Wellington Harbour map for the Plan. It was derived from information produced by CentrePort and the Harbour Master for shipping vessels navigating inbound and outbound from Wellingtn Harbour. NOTE: NOT FOR NAVIGATION - Consult official Land Information New Zealand (LINZ) nautical chart NZ4633 - Wellington Harbour,CentrePort, the Harbour Masterand/or Wellington Harbour Control (Beacon Hill) for more detailed navigation information and rules.
Description: This feature class shows the Wellington Harbour pilotage limit as part of the navigation protection areas in Wellington Harbourmap for the Plan. It was derived from the Wellington Harbour nautical chart NZ4633 produced by Land Information New Zealand (LINZ).NOTE: NOT FOR NAVIGATION - Consult official Land Information New Zealand (LINZ) nautical chart NZ4633 - Wellington Harbour,CentrePort, the Harbour Masterand/or Wellington Harbour Control (Beacon Hill) for more detailed navigation information and rules.
Description: This feature class maps the navigation protection areas in Wellington Harbour. It is based on the navigation tracks for incoming and outgoing vessels as derived from GPS coordinates for the pilotage waypoint stations produced by CentrePort and the Harbour Master. The tracks are overlaid with a 0.1 nautical mile (200 m) wide buffer representing an area requiring protection for safe vessel passage. NOTE: NOT FOR NAVIGATION - Consult official Land Information New Zealand (LINZ) nautical chart NZ4633 - Wellington Harbour,CentrePort, the Harbour Masterand/or Wellington Harbour Control (Beacon Hill) for more detailed navigation information and rules.
Description: Height restriction areas for the Proposed Natural Resources Planfor Wellington International Airport Limited in Wellington CityShapefile to be used to annotate the height restriction on flight paths throughout Wellington City. Part of the Wellington District Plan (Map 36 and 37).Shapefile annotates the height restriction surfaces for Wellington International Airport.
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