Anglers' Notice for Fish and Game Region Conservation
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Before the Hearings Panel for the Queenstown Lakes Proposed District Plan
BEFORE THE HEARINGS PANEL FOR THE QUEENSTOWN LAKES PROPOSED DISTRICT PLAN IN THE MATTER of the Resource Management Act 1991 AND IN THE MATTER of Stage 3 of the Proposed District Plan, Chapter 30 Variation EVIDENCE OF BEN MACKEY ON BEHALF OF OTAGO REGIONAL COUNCIL AJL-266090-1074-33-V1 EVIDENCE OF BEN MACKEY ON BEHALF OF OTAGO REGIONAL COUNCIL Statement of Professional Qualifications and Experience 1. My full name is Benjamin Hunter Mackey. I am a Natural Hazard Analyst at the Otago Regional Council based in Dunedin. 2. I hold an LLB(Hons) and BSc(Hons) from the University of Canterbury, and a PhD in Geology from the University of Oregon (USA). My PhD research focussed on the long-term behaviour of slow-moving landslides. 3. I have been in my current role with the Otago Regional Council (ORC) for five years. This job involves assessing natural hazards across Otago, and working with local authorities and the public to manage risk from natural hazards. I have travelled extensively across the Queenstown Lakes District as part of my job with ORC, and have visited all the sites discussed in this submission multiple times. 4. I was not involved in the preparation of the Otago Regional Council submission or the further submissions. I have been asked by the Otago Regional Council to provide examples of existing and potential works in the Queenstown Lakes District aimed at mitigating the effects of natural hazards. Code of Conduct 5. I confirm that I have read the Code of Conduct for Expert Witnesses as contained in the Environment Court’s Practice Note of 2014 and agree to comply with it. -
Lower Clutha River
IMAF Water-based recreation on the lower Clutha River Fisheries Environmental Report No. 61 lirllilr' Fisheries Research Division N.Z. Ministry of Agriculture and F¡sheries lssN 01't1-4794 Fisheries Environmental Report No. 61 t^later-based necreation on the I ower Cl utha R'i ver by R. ldhiting Fisheries Research Division N.Z. Ministry of Agriculture and Fisheries Roxbu rgh January I 986 FISHERIES ENVIRONMENTAL REPORTS Th'is report js one of a series of reports jssued by Fisheries Research Dìvjsion on important issues related to environmental matters. They are i ssued under the fol I owi ng cri teri a: (1) They are'informal and should not be cited wjthout the author's perm'issi on. (2) They are for l'imited c'irculatjon, so that persons and organ'isat'ions normal ly rece'ivi ng F'i sheries Research Di vi si on publ'i cat'ions shoul d not expect to receive copies automatically. (3) Copies will be issued in'itjaììy to organ'isations to which the report 'i s d'i rectìy rel evant. (4) Copi es wi I 1 be i ssued to other appropriate organ'isat'ions on request to Fì sherì es Research Dj vi si on, M'inì stry of Agricu'lture and Fisheries, P0 Box 8324, Riccarton, Christchurch. (5) These reports wi'lì be issued where a substant'ial report is required w'ith a time constraint, êg., a submiss'ion for a tnibunal hearing. (6) They will also be issued as interim reports of on-going environmental studies for which year by year orintermìttent reporting is advantageous. -
Learning to Live with Flooding
Learning to Live with Flooding: A Flood Risk Management Strategy for the communities of Lakes Wakatipu and Wanaka Flood Risk Management Strategy October 2006 Contents Foreword 4 Key Terms 5 Executive Summary 6 1.0 Introduction 8 2.0 Background 8 3.0 Scope 9 3.1 Geographical 9 3.2 Strategy Horizon 11 3.3 Risk Scope 11 4.0 Context 12 4.1 Meteorological Setting 12 4.2 Hydrological Setting 16 4.3 Community Setting 19 4.4 Legislative Context 21 5.0 Principles 24 6.0 Strategic Elements 25 6.1 Understanding Natural River and Catchment Processes 25 6.2 Understanding Infrastructural Flood Risk 27 6.3 Flood Sensitive Urban Planning 28 6.4 Flood Sensitive Design 31 6.5 Enhancing Individual Capacity to Manage Flood Risk 32 6.6 Robust Warning, Prediction and Communications Systems 33 6.7 Timely Flood Emergency Response 33 2 Flood Risk Management Strategy October 2006 6.8 Comprehensive Base Data and Information 35 6.9 Investigation of Appropriate Physical Works 36 7.0 Operating Plan 39 7.1 Roles Overview 39 7.2 Readiness 40 7.3 Response 41 7.4 Recovery 42 8.0 References 43 9.0 Appendices 45 Appendix A: Flood Mitigation Strategy Project Brief 46 Appendix B: Action Plan 53 Appendix C: Flood Inundation Maps: 57 C1 Queenstown CBD 58 C2 Wanaka CBD 59 C3 Kingston 60 C4 Glenorchy 61 3 Flood Risk Management Strategy October 2006 Foreword Flooding has been an issue in the Queenstown Lakes District since European settlement in the 1850s. In the last 150 years significant floods have occurred in 1878, 1924, 1994, 1995 and most recently and dramatically in 1999 when severe flooding in Wanaka and the Wakatipu communities of Queenstown, Glenorchy, and Kingston caused extensive damage. -
Lake Wakatipu Flood Hazard | QUEENSTOWN CBD the Queenstown CBD Area Has a History of Flooding
Queenstown CBD in flood in 2005 (picture supplied by Otago Daily Times) Lake Wakatipu flood hazard | QUEENSTOWN CBD The Queenstown CBD area has a history of flooding. This is a natural process resulting from extended periods of heavy rain and snowmelt. North-westerly fronts moving over the southern part of the South Island can cause heavy rainfall in the headwaters of Lake Wakatipu, especially if they ‘stall’ and hover over the Southern Alps for days at a time. A series of such fronts is generally needed before lake levels rise enough to cause flooding. Several large rivers flow into the lake while only one (the Kawarau River) flows out. Flooding can occur when more water flows into the lake than can flow out, and when there is insufficient time for levels to drop between heavy rainfall events. The Otago Regional Council (ORC) works with the Queenstown Lakes District Council (QLDC) to provide flood warning and information services. These are intended to help people prepare for, and respond to a flood. Breaking waves and debris can cause additional damage within low-lying parts of Queenstown if strong onshore winds coincide with high lake levels. The photo at left shows booms ORC placed across Queenstown Bay during the 1999 flood to help prevent debris entering the CBD. Residents should be aware of strong winds when the lake is high. Queenstown flood hazard October 2014 Characteristics of flood events How quickly do floods occur? Every flood is different, and their severity will depend on the duration, extent, and intensity of rainfall across the entire catchment. -
Natural Character, Riverscape & Visual Amenity Assessments
Natural Character, Riverscape & Visual Amenity Assessments Clutha/Mata-Au Water Quantity Plan Change – Stage 1 Prepared for Otago Regional Council 15 October 2018 Document Quality Assurance Bibliographic reference for citation: Boffa Miskell Limited 2018. Natural Character, Riverscape & Visual Amenity Assessments: Clutha/Mata-Au Water Quantity Plan Change- Stage 1. Report prepared by Boffa Miskell Limited for Otago Regional Council. Prepared by: Bron Faulkner Senior Principal/ Landscape Architect Boffa Miskell Limited Sue McManaway Landscape Architect Landwriters Reviewed by: Yvonne Pfluger Senior Principal / Landscape Planner Boffa Miskell Limited Status: Final Revision / version: B Issue date: 15 October 2018 Use and Reliance This report has been prepared by Boffa Miskell Limited on the specific instructions of our Client. It is solely for our Client’s use for the purpose for which it is intended in accordance with the agreed scope of work. Boffa Miskell does not accept any liability or responsibility in relation to the use of this report contrary to the above, or to any person other than the Client. Any use or reliance by a third party is at that party's own risk. Where information has been supplied by the Client or obtained from other external sources, it has been assumed that it is accurate, without independent verification, unless otherwise indicated. No liability or responsibility is accepted by Boffa Miskell Limited for any errors or omissions to the extent that they arise from inaccurate information provided by the Client or -
Otago Conservancy
A Directory of Wetlands in New Zealand OTAGO CONSERVANCY Sutton Salt Lake (67) Location: 45o34'S, 170o05'E. 2.7 km from Sutton and 8 km from Middlemarch, Straith-Tari area, Otago Region, South Island. Area: 3.7 ha. Altitude: 250 m. Overview: Sutton Salt Lake is a valuable example of an inland or athalassic saline lake, with a considerable variety of saline habitats around its margin and in adjacent slightly saline boggy depressions. The lake is situated in one of the few areas in New Zealand where conditions favour saline lakes (i.e. where precipitation is lower than evaporation). An endemic aquatic animal, Ephydrella novaezealandiae, is present, and there is an interesting pattern of vegetation zonation. Physical features: Sutton Salt Lake is a natural, inland or athalassic saline lake with an average depth of 30 cm and a salinity of 15%. The lake has no known inflow or outflow. The soils are saline and alkaline at the lake margin (sodium-saturated clays), and surrounded by yellow-grey earths and dry subdygrous Matarae. The parent material is loess. Shallow boggy depressions exist near the lake, and there is a narrow fringe of salt tolerant vegetation at the lake margin. Algal communities are present, and often submerged by lake water. The average annual rainfall is about 480 mm, while annual evaporation is about 710 mm. Ecological features: Sutton Salt Lake is one of only five examples of inland saline habitats of botanical value in Central Otago. This is the only area in New Zealand which is suitable for the existence of this habitat, since in general rainfall is high, evaporation is low, and endorheic drainage systems are absent. -
Rainfall & River Flow Weeklyreport
RAINFALL & RIVER FLOW WEEKLY REPORT OTAGO REGIONAL COUNCIL Thursday 19 March 2015 – Wednesday 25 March 2015 Described below is the weekly rainfall totals recorded at selected rain gauges and the average weekly flow in Otago’s main rivers for the week ending at midnight on 25 March 2015. Rainfall Moa Flat had the most amount of rainfall last week, with 21 mm recorded. Merino Ridges recorded only 2 mm. River Flows Flows in the Manuherikia River, Shotover River, Kawarau River, Waipahi River, and the Clutha River at Balclutha were below normal. The Kakanui River at Clifton Falls was the only flow recorder having above normal flows. Table 1. River flow information for Otago’s main rivers (all flows in cumecs, m3/s) Weekly River and Site Name Minimum Maximum State Average Kakanui River at Clifton Falls 1.391 0.919 2.680 above normal Shag River at The Grange 0.219 0.164 0.332 normal Taieri River at Canadian Flat 2.126 1.290 4.409 normal Taieri River at Tiroiti 2.728 2.084 5.377 normal Taieri River at Sutton 3.335 2.469 5.636 normal Taieri River at Outram 5.884 4.823 8.000 normal Clutha River at Balclutha 376.966 294.501 505.056 below normal Waipahi River at Waipahi 0.672 0.542 0.905 below normal Pomahaka River at Burkes Ford 9.157 7.009 12.915 normal Manuherikia River at Ophir 1.869 1.418 2.270 below normal Clutha R. at Cardrona Confluence 229.972 145.042 288.669 normal Kawarau River at Chards Rd 126.705 119.148 135.372 below normal Shotover River at Peat's Hut 10.783 10.122 13.659 below normal Lake Levels Water levels in Lake Hawea and Lake Wakatipu were both well below normal. -
Annual Water Quality Monitoring Summary Clutha River 2007-2008
Clutha River/Mata-Au Annual Monitoring Summary 2007-2008 Key points Water quality monitoring • South West Otago’s surface water Between June 2007 and the end of May 2008 the Otago Regional Council monitored is typically high in nutrients, 29 river and stream sites in the Clutha Catchment to assess the current state of exceeding the ANZECC water water quality. Of these sites, seven are monitored only once every three years. NIWA quality guidelines for nitrogen monitored a further five sites (Clutha River/Mata-Au at Luggate, Millers Flat, Balclutha, and phosphorus. the Kawarau River and the Shotover River). All the sites are shown in the map below. For historical results see previous report cards and trend analysis is available in the • The median level of E. coli was 2007 SOE report. Cover photos courtesy of Stephen Moore generally below the Department of Health (DoH) guideline level There are few significant point source discharges to freshwater in the Clutha Catchment at all sites other than in the and land use has the greatest effect on water quality. The sites with poorer water Pomahaka Catchment in South quality are generally intensively farmed, such as in South West Otago, whereas the West Otago. sites with good water quality are in the upper catchment including the large lakes and upper tributaries. • There is a reasonable correlation between water quality and biological health. For site details refer to back page. River and stream health, Clutha River Annual Monitoring Summary 2007-2008 Water quality results Guidelines & standards -
December 2011 Roxburgh and Teviot Valley Community Plan
Roxburgh and Teviot Valley Community Plan Add value to existing industry + New initiatives + Improved services by Working together + Community participation = Vibrant C ommunity December 2011 Contents Introduction ................................................................................................................................. 3 Process......................................................................................................................................... 3 Process Timeline ........................................................................................................................... 3 Map .............................................................................................................................................. 4 Vision .......................................................................................................................................... 5 Community Profile (General) ........................................................................................................ 6 History .......................................................................................................................................... 6 Economy ....................................................................................................................................... 7 Environment .................................................................................................................................. 7 Social Infrastructure ...................................................................................................................... -
NEW ZEALAND GAZETTE Published by Authority
No. 11 267 THE NEW ZEALAND GAZETTE Published by Authority WELLINGTON: THURSDAY, 24 FEBRUARY 1966 CORRIGENDUM the land described in the Schedule hereto shall, upon the publication hereof in the Gazette, become road, and that :the said road shall be under the control of the Oroua County IN the Order in Council dated the 15th day of December Council and shall be maintained by the said Council in like 1965, and published in Gazette No. 3, 27 January 1966, page manner as other public highways are controlled and main 79, consenting to the raising of loans by certain local authori tained by the said Council. ties, in the amount of the loan to be raised by the Mount Roskill Borough Council, for the figure "£35,000" read "£35,500", which last-mentioned figure appears in the Order in Council signed by His Excellency the Governor-General in SCHEDULE Council. WELLINGTON LAND DISTRICT Dated at Wellington this 18th day of February 1966. APPROXIMATE area of the piece of land: N. V. LOUGH, Assistant Secretary to the Treasury. A. R. P. Being 0 2 39·7 Portion of railway land in Proclamation No. 31526. Situated in Block V, Oroua Survey District, Oroua County (S.O. 26317). Allocating Land Taken for a Railway to the Purposes of As the same is more particularly delineated on the plan Street at Huntly marked L.O. 20552 deposited in the office of the Minister of Railways at Wellington, and thereon coloured blue. BERNARD FERGUSSON, Governor-General Given under the hand of His Excellency rthe Governor General, and issued under the Seal of New Zealand, this A PROCLAMATION 18th day of February 1966. -
Waste for Otago (The Omnibus Plan Change)
Key Issues Report Plan Change 8 to the Regional Plan: Water for Otago and Plan Change 1 to the Regional Plan: Waste for Otago (The Omnibus Plan Change) Appendices Appendix A: Minster’s direction matter to be called in to the environment court Appendix B: Letter from EPA commissioning the report Appendix C: Minister’s letter in response to the Skelton report Appendix D: Skelton report Appendix E: ORC’s letter in responding to the Minister with work programme Appendix F: Relevant sections of the Regional Plan: Water for Otago Appendix G: Relevant sections of the Regional Plan: Waste for Otago Appendix H: Relevant provisions of the Resource Management Act 1991 Appendix I: National Policy Statement for Freshwater Management 2020 Appendix J: Relevant provisions of the National Environmental Standards for Freshwater 2020 Appendix K: Relevant provisions of the Resource Management (Stock Exclusion) Regulations 2020 Appendix L: Relevant provisions of Otago Regional Council Plans and Regional Policy Statements Appendix M: Relevant provisions of Iwi management plans APPENDIX A Ministerial direction to refer the Otago Regional Council’s proposed Omnibus Plan Change to its Regional Plans to the Environment Court Having had regard to all the relevant factors, I consider that the matters requested to be called in by Otago Regional Council (ORC), being the proposed Omnibus Plan Change (comprised of Water Plan Change 8 – Discharge Management, and Waste Plan Change 1 – Dust Suppressants and Landfills) to its relevant regional plans are part of a proposal of national significance. Under section 142(2) of the Resource Management Act 1991 (RMA), I direct those matters to be referred to the Environment Court for decision. -
Roxburgh Rohe Snapshot (Clutha FMU) This Snapshot Summarises What ORC Knows About The, to Help Create a Vision for Its Freshwater
Roxburgh Rohe Snapshot (Clutha FMU) This snapshot summarises what ORC knows about the, to help create a vision for its freshwater. The Rohe is part of the Mata-Au FMU. In creating a vision for the Rohe, we also need to think about a vision for the whole Clutha River/Mata-Au which encompasses Ki Uta Ki Tai – from the mountains to the sea – and how they fit together. The Roxburgh Rohe extends from Clyde Dam to Lake Onslow, encompassing Clyde and Alexandra urban settlements. Fraser River (The Earnscleugh) and Teviot River both run through the Rohe, feeding into the Clutha/Mata-Au. Lake Roxburgh is situated roughly in the middle of the Rohe, and Fraser Dam is located in the top left. Brief history The Roxburgh Rohe includes Alexandra and Clyde , which are its most populated areas. Roxburgh township sits just outside the Rohe boundary, however the history and hydrology associated with the Rohe heavily influences the township. All three towns were amongst the main centres during the Otago gold rush of the 1860s. Post gold rush, economic activities across the Rohe utilised the abandoned mining races for the irrigation of stone fruit orchards and livestock pastures. Hydroelectric power generation is equally ingrained into the history of the Rohe, with the Roxburgh Dam being one of the oldest hydroelectric dams on the Clutha River/Mata-Au (1956), and the Clyde Dam, commissioned in 1992, being the third largest hydro dam in New Zealand . A railway line was developed during the gold mining period to transport materials in and out of central Otago, however the rail line was decommissioned in 1989 and later turned into a recreational cycle way as a tourism endeavour.