Little Wanganui – Wangapeka Link Route Investigation Report
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Statement of Evidence: Paul Williams: Proposed Mokihinui Hydro
BEFORE THE ENVIRONMENT COURT AT CHRISTCHURCH ENV-2010-CHC-115, 123, 124 AND 135 IN THE MATTER of Appeals pursuant to Section 120 of the Resource Management Act 1991 BETWEEN WEST COAST ENT INC Appellant AND ROYAL FOREST AND BIRD PROTECTION SOCIETY OF NEW ZEALAND INC Appellant AND WHITE WATER NEW ZEALAND INC Appellant AND DIRECTOR GENERAL OF CONSERVATION Appellant AND WEST COAST REGIONAL COUNCIL AND BULLER DISTRICT COUNCIL Respondents ....Continued over leaf _____________________________________________________ STATEMENT OF EVIDENCE OF PAUL WORTHING WILLIAMS FOR DIRECTOR-GENERAL OF CONSERVATION Dated: 13 May 2012 _____________________________________________________ _____________________________________________________ Department of Conservation, West Coast Tai o Poutini Conservancy Private Bag 701, Sewell Street HOKITIKA Ph 03 756 9100 Fax 03 756 9188 Counsel Acting: A Cameron, D van Mierlo 2 AND MERIDIAN ENERGY LIMITED Applicant AND FRIDA INTA Section 274 Party AND WHANAU PIHAWAI WEST – RICHARD WAYNE BARBER AND IRI MAY BARBER MILNER Section 274 Party AND J MacTAGGART Section 274 Party AND ORION ENERGY NZ LTD, ALPINE ENERGY LTD, MAIN POWER NZ LTD AND ELECTRICITY ASHBURTON LTD Section 274 Party AND NZ RAFTING INC Section 274 Party AND ANN SHERIDAN Section 274 Party AND BULLER ELECTRICITY Section 274 Party 3 TABLE OF CONTENTS 1. QUALIFICATIONS AND EXPERIENCE...............................4 2. SCOPE OF EVIDENCE............................................................5 3. EXPLANATION OF TERMS...................................................7 -
Review West Coast Regional Coastal
Review of West Coast Region Coastal Hazard Areas Prepared for West Coast Regional Council June 2012 Authors/Contributors: Richard Measures Helen Rouse For any information regarding this report please contact: Helen Rouse Resource Management Consultant +64-3-343 8037 [email protected] National Institute of Water & Atmospheric Research Ltd 10 Kyle Street Riccarton Christchurch 8011 PO Box 8602, Riccarton Christchurch 8440 New Zealand Phone +64-3-348 8987 Fax +64-3-348 5548 NIWA Client Report No: CHC2012-081 Report date: June 2012 NIWA Project: ELF12226 © All rights reserved. This publication may not be reproduced or copied in any form without the permission of the copyright owner(s). Such permission is only to be given in accordance with the terms of the client’s contract with NIWA. This copyright extends to all forms of copying and any storage of material in any kind of information retrieval system. Whilst NIWA has used all reasonable endeavours to ensure that the information contained in this document is accurate, NIWA does not give any express or implied warranty as to the completeness of the information contained herein, or that it will be suitable for any purpose(s) other than those specifically contemplated during the Project or agreed by NIWA and the Client. Contents Executive summary .............................................................................................................. 5 1 Introduction ................................................................................................................. 6 -
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Date Printed: 04/22/2009 JTS Box Number: 1FES 67 Tab Number: 123 Document Title: Your Guide to Voting in the 1996 General Election Document Date: 1996 Document Country: New Zealand Document Language: English 1FES 10: CE01221 E II~I6 866 ~II~II~II C - -- ~,~,- - --:- -- - 11 I E14c I· --- ---~--.~~ ~ ---~~ -- ~-~~~ = 'I 1 : l!lG,IJfi~;m~ I 1 I II I 'DURGUIDE : . !I TOVOTING ! "'I IN l'HE 1998 .. i1, , i II 1 GENERAl, - iI - !! ... ... '. ..' I: IElJIECTlON II I i i ! !: !I 11 II !i Authorised by the Chief Electoral Officer, Ministry of Justice, Wellington 1 ,, __ ~ __ -=-==_.=_~~~~ --=----==-=-_ Ji Know your Electorate and General Electoral Districts , North Island • • Hamilton East Hamilton West -----\i}::::::::::!c.4J Taranaki-King Country No,", Every tffort Iws b«n mude co etlSull' tilt' accuracy of pr'rty iiI{ C<llldidate., (pases 10-13) alld rlec/oralt' pollillg piau locations (past's 14-38). CarloJmpllr by Tt'rmlilJk NZ Ltd. Crown Copyr(~"t Reserved. 2 Polling booths are open from gam your nearest Polling Place ~Okernu Maori Electoral Districts ~ lil1qpCli1~~ Ilfhtg II! ili em g} !i'1l!:[jDCli1&:!m1Ib ~ lDIID~ nfhliuli ili im {) 6m !.I:l:qjxDJGmll~ ~(kD~ Te Tai Tonga Gl (Indudes South Island. Gl IIlllx!I:i!I (kD ~ Chatham Islands and Stewart Island) G\ 1D!m'llD~- ill Il".ilmlIllltJu:t!ml amOOvm!m~ Q) .mm:ro 00iTIP West Coast lID ~!Ytn:l -Tasman Kaikoura 00 ~~',!!61'1 W 1\<t!funn General Electoral Districts -----------IEl fl!rIJlmmD South Island l1:ilwWj'@ Dunedin m No,," &FJ 'lb'iJrfl'llil:rtlJD __ Clutha-Southland ------- ---~--- to 7pm on Saturday-12 October 1996 3 ELECTl~NS Everything you need to know to _.""iii·lli,n_iU"· , This guide to voting contains everything For more information you need to know about how to have your call tollfree on say on polling day. -
The Signature of an Extreme Erosion Event on Suspended Sediment Loads: Motueka River Catchment, South Island, New Zealand
184 Sediment Dynamics in Changing Environments (Proceedings of a symposium held in Christchurch, New Zealand, December 2008). IAHS Publ. 325, 2008. The signature of an extreme erosion event on suspended sediment loads: Motueka River catchment, South Island, New Zealand D. M. HICKS1 & L. R. BASHER2 1 National Institute of Water and Atmospheric Research, PO Box 8602, Christchurch, New Zealand [email protected] 2 Landcare Research, Private Bag 6, Nelson Mail Centre, Nelson 7042, New Zealand Abstract Five years of continuously monitoring turbidity and suspended sediment (SS) at four sites in the Motueka River catchment, northern South Island, New Zealand, has characterised the downstream and temporal dispersion of high SS inputs from an extreme rainfall event. The rainstorm, of >50 year recurrence interval, was concentrated in the upper Motueka and Motupiko tributaries and delivered high sediment outputs from re-activated gully complexes and landslides. These only appear to activate when a rainfall threshold is exceeded. Monitoring stations in these tributaries captured a ~20- to 30-fold increase in SS concentrations and event sediment yields, whereas the monitoring station at the coast recorded only a 2- to 5-fold increase. The high concentrations and event yields decayed exponentially back towards normal levels over ~2–3 years at both upstream and downstream sites. Field observations suggest that this erosion recovery trend relates more to the exhaustion/stabilisation of transient riparian sediment storage than to “healing” of the primary erosion sites by surface-armouring and/or re-vegetation. The downstream decay relates both to dilution (from other tributaries carrying lower SS concentrations) and dispersion processes. -
Recent Studies of Historical Earthquake-Induced Landsliding, Ground Damage, and Mm Intensity
59 RECENT STUDIES OF HISTORICAL EARTHQUAKE-INDUCED LANDSLIDING, GROUND DAMAGE, AND MM INTENSITY IN NEW ZEALAND G. T. Hancox 1, N. D. Perrin 1 and G.D. Dellow 1 ABSTRACT A study of landsliding caused by 22 historical earthquakes in New Zealand was completed at the end of 1997. The main aims of that study were to: (a) study the nature and extent of landsliding and other ground damage (sand boils, subsidence and lateral spreading due to soil liquefaction) caused by historical earthquakes; (b) determine relationships between landslide distribution and earthquake magnitude, epicentre, isoseismals, faulting, geology and topography; and (c) establish improved environmental response criteria and ground classes for assigning MM intensities and seismic hazard assessments in New Zealand. Relationships developed from the study indicate that the minimum magnitude for earthquake-induced landsliding (EIL) in N.Z. is about M 5, with significant landsliding occurring at M 6 or greater. The minimum MM intensity for landsliding is MM6, while the most common intensities for significant landsliding are MM7-8. The intensity threshold for soil liquefaction in New Zealand was found to be MM7 for sand boils, and MMS for lateral spreading, although such effects may also occur at one intensity level lower in highly susceptible materials. The minimum magnitude for liquefaction phenomena in N.Z. is about M 6, compared to M 5 overseas where highly susceptible soils are probably more widespread. Revised environmental response criteria (landsliding, subsidence, liquefaction-induced sand boils and lateral spreading) have also been established for the New Zealand MM Intensity Scale, and provisional landslide susceptibility Ground Classes developed for assigning MM intensities in areas where there are few buildings. -
What's Inside
News and information from the Buller District Council - Te takiwä kaunihera o Kawatiri Issue #84 - August 2015 Roadside spraying 2 Council’s Long Term Plan and Registration of Council adopted it’s 2015 - 2025 Long Term Plan the Reefton Community Centre up to acceptable Non-Spray Areas on 30 June 2015. The good news is that total rates standards. Following a public consultation exercise, Grass berms 2 for next year will decline by 0.3% because we have the Reefton community indicated a strong desire to Council’s Facilities 2 held the costs of operating Council down. In the retain the Reefton Community Centre and buildings Hire Fund 2013/14 year it cost $24.6m to run the Council. in a manner that is different from Council’s original Unsealed roads 2 While there are increases in later years of this ten preferred position. Council has requested that Community Grants 2 year plan, the average rate of increase is 2.15%. the Inangahua Community Board makes a firm recommendation to Council no later than 1 September Buller Libraries 3 During the first four years of this Plan we expect 2015. Council has provided $130,000 in the Solid Energy Centre 3 to be able to hold gross operating costs to less than the 2013/2014 figure, even after absorbing 2015/2016 year to provide earthquake strengthening NBS Theatre 3 inflation. Net debt starts at $16.8m in 2015/2016 and fire protection for the hall/gymnasium and foyer, Using a Marquee? 4 and tracks down to $ 12.7m in 2024/2025. -
Te Tai O Poutini Plan Committee Meeting to Be Held in the Council
Te Tai o Poutini Plan Committee Meeting To be held in the Council Chambers, West Coast Regional Council Thursday 30 July 2020, 10.30am-2.00pm AGENDA 10.30 Welcome and Apologies Chair 10.32 Confirm previous minutes Chair 10.35 Matters arising from previous meeting Chair 10.40 Deed of Agreement and Conflicts of Interest Chair Register 10.45 Technical Update – Ecosystems and Indigenous Principal Planner Biodiversity 11.15 Technical Update – Transport Issues, objectives Senior Planner and Policies 12.00 Lunch 12.25 Technical Update – Rural Areas and Principal Planner Settlements - Issues and Objectives 1.10 Technical Update – Plan Change Process Principal Planner 1.40 Paper – Approach to Consultation Project Manager 1.50 General Business Chair 2.00 Meeting Ends Meeting Dates for 2020 Thursday 25 August (Arahura Marae) Thursday 24 September (Buller District Council) Thursday 29 October (Grey District Council) Tuesday 26 November (West Coast Regional Council) Wednesday 14 December (Westland District Council) THE WEST COAST REGIONAL COUNCIL MINUTES OF MEETING OF TE TAI O POUTINI PLAN COMMITTEE HELD ON 24 JUNE 2020, VIA ZOOM, (DUE TO COVID – 19) COMMENCING AT 09.00 A.M. PRESENT: R. Williams (Chairman), A. Birchfield, M. Montgomery, S. Roche, T. Gibson, B. Smith, A. Becker, L. Coll McLaughlin, P. Madgwick, L. Martin, F Tumahai (left meeting at 10.00am). IN ATTENDANCE: J. Armstrong (Project Manager), L. Easton, E. Bretherton, M. Meehan (WCRC), S. Bastion (WDC), P. Morris, (GDC) WELCOME The Chairman welcomed everyone to the meeting. He advised that WCRC is hosting the meeting via Zoom. He reminded those present that this is a public meeting and members of the public as well as media are welcome to attend. -
No 14, 19 March 1947
)aumb. 14 321 NEW ZEALAND SUPPLEMENT TO THE NEW ZEALAND GAZETTE OF THURSDAY, MARCH 13, 1947 WELLINGTON, WEDNESDAY, MARCH 19, 1947 Notice of a Scheme of Development and Reconstruction in Westland I (2) The establishment, development, and improvement of· and Buller industry on lands drained or otherwise reclaimed. (3) Development and improvement of the. c~al-mi~ing industry URSUANT to subsection (2) of section 29 of the Finance Act throughout the area, including particularly the Stockton State P (No. 3), 1944, I, Robert Semple, the Minister of Works, Mine, Burke's Creek Colliery, Garvey's Creek Mine, Liverpool hereby give notice of the nature of the work to be included in the Colliery, Mount Davey Coalfields, the Dobson Colliery, Strongman scheme of development and reconstruction described in the First Colliery, and the Tyneside Mine. Schedule hereto, and that the approximate boundaries of the area (4) The processing of coals, utilizing slack coals ai1d lignites of hereby affected are as described in the Second Schedule hereto, the West Coast and Buller regions, in particular the slack coals such area being hereinafter referred to as " the area." This notice of Westport District and the Charleston lignites. shall remain in force until the 30th day of September, 1956. FIRST SCHEDULE 3. Commercial NATURE OF WORK (1) The establishment of commercial areas, and the provision THE improvement of the lands and the development of the area and development of sites'and buildings for commerce in conjunction for industrial, commercial, residential, and recreational purposes, with residential and industrial areas. including, in particular, the provision of:- (2) The provision of accommodation and other facilities for 1. -
ICM Report FINAL.Pmd
2. Literature review and synthesis 2.1 PHYSICAL SETTING The Motueka Catchment is situated at the Moutere gravels, and from the west by a series western margin of the Moutere Depression of generally much larger tributaries, which drain and drains an area of 2180 km2 – the largest both hilly terrain on Moutere gravels (Motupiko, catchment in the Nelson region (Fig. 1). It flows Tadmor) and mountainous terrain underlain by a into Tasman Bay, a shallow but productive complex assemblage of sedimentary and coastal water body of high economic, igneous rocks (Wangapeka, Baton, Pearse, ecological and cultural significance. The Graham, Pokororo, Rocky River and Brooklyn Riwaka River drains a 105 km2 catchment that Stream). Similarly, the Riwaka River drains flows into Tasman Bay 3 km north of the dominantly mountainous terrain underlain by Motueka River mouth (Fig. 1 and Photo 1a). sedimentary and igneous rocks. The major subcatchments and their areas are listed in Table The main stem4 of the Motueka River rises in 1. Elevation ranges from sea level up to 1600– the Red Hills and flows north for about 110 1850 metres on the catchment divide in the km to the sea (Fig. 1). The river is joined from upper reaches of the Motueka, Baton and the east by a series of small and medium-sized Wangapeka rivers. Most of the catchment lies at tributaries (Stanley Brook, Dove, Orinoco, and relatively low elevation, with more than 50% Waiwhero) draining hilly terrain underlain by being between sea level and 500 m. 4 This is the main stem of the Motueka only in a geographical sense; hydrologically the Wangapeka is more important as it drains a larger area and contributes more water. -
Catchment Channel Characteristics and Riverbed Substrate Assessment – a Review and Trial of a Method of Fine Sediment Assessment in the Motueka River
2004-05/01 Catchment channel characteristics and riverbed substrate assessment – a review and trial of a method of fine sediment assessment in the Motueka River Prepared for Stakeholders of the Motueka Integrated Catchment Management Programme June 2005 Landcare ICM Report No. Motueka Integrated Catchment Management Programme Report Series: June 2005 2004-05/01 Catchment channel characteristics and riverbed substrate assessment – a review and trial of a method of fine sediment assessment in the Motueka River Catchment channel characteristics and riverbed substrate assessment – a review and trial of a method of fine sediment assessment in the Motueka River Motueka Integrated Catchment Management (Motueka ICM) Programme Report Series by Chris Phillips1 and Les Basher2 1 Landcare Research, P.O. Box 69, Lincoln 2 Landcare Research, Private Bag 6, Nelson Email: [email protected] [email protected] Information contained in this report may not be used without the prior consent of the client Cover Photo: Fine sediment infilling pool following Easter 2005 storm - upper Motueka River at Gorge. ii Landcare ICM Report No. Motueka Integrated Catchment Management Programme Report Series: June 2005 2004-05/01 Catchment channel characteristics and riverbed substrate assessment – a review and trial of a method of fine sediment assessment in the Motueka River PREFACE An ongoing report series, covering components of the Motueka Integrated Catchment Management (ICM) Programme, has been initiated in order to present preliminary research findings directly to key stakeholders. The intention is that the data, with brief interpretation, can be used by managers, environmental groups and users of resources to address specific questions that may require urgent attentin or may fall outside the scope of ICM research objectives. -
Supplement 3: Storm Scenario
West Coast Lifelines Vulnerability and Interdependency Assessment Supplement 3: Storm Scenario West Coast Civil Defence Emergency Management Group August 2017 IMPORTANT NOTES Disclaimer The information collected and presented in this report and accompanying documents by the Consultants and supplied to West Coast Civil Defence Emergency Management Group is accurate to the best of the knowledge and belief of the Consultants acting on behalf of West Coast Civil Defence Emergency Management Group. While the Consultants have exercised all reasonable skill and care in the preparation of information in this report, neither the Consultants nor West Coast Civil Defence Emergency Management Group accept any liability in contract, tort or otherwise for any loss, damage, injury or expense, whether direct, indirect or consequential, arising out of the provision of information in this report. This report has been prepared on behalf of West Coast Civil Defence Emergency Management Group by: Ian McCahon BE (Civil), David Elms BA, MSE, PhD Rob Dewhirst BE, ME (Civil) Geotech Consulting Ltd 21 Victoria Park Road Rob Dewhirst Consulting Ltd 29 Norwood Street Christchurch 38A Penruddock Rise Christchurch Westmorland Christchurch Hazard Maps The hazard maps contained in this report are regional in scope and detail, and should not be considered as a substitute for site-specific investigations and/or geotechnical engineering assessments for any project. Qualified and experienced practitioners should assess the site-specific hazard potential, including the potential for damage, at a more detailed scale. Cover Photo: Edgcumbe Flood - Tautini Hahipene f2017 West Coast Lifelines Vulnerability and Interdependency Assessment Supplement 3: Storm Scenario Contents 1 OVERVIEW .................................................................................................................................. 1 2 WIND ............................................................................................................................................ -
Scaphidiinae (Insecta: Coleoptera: Staphylinidae). Fauna of New Zealand 48, 94 Pp
INVERTEBRATE SYSTEMATICS ADVISORY GROUP REPRESENTATIVES OF L ANDCARE RESEARCH Dr D. Choquenot Landcare Research Mount Albert Research Centre Private Bag 92170, Auckland, New Zealand Dr T.K. Crosby and Dr M.-C. Larivière Landcare Research Mount Albert Research Centre Private Bag 92170, Auckland, New Zealand REPRESENTATIVE OF U NIVERSITIES Dr R.M. Emberson Ecology and Entomology Group Soil, Plant, and Ecological Sciences Division P.O. Box 84, Lincoln University, New Zealand REPRESENTATIVE OF MUSEUMS Mr R.L. Palma Natural Environment Department Museum of New Zealand Te Papa Tongarewa P.O. Box 467, Wellington, New Zealand REPRESENTATIVE OF O VERSEAS I NSTITUTIONS Dr M. J. Fletcher Director of the Collections NSW Agricultural Scientific Collections Unit Forest Road, Orange NSW 2800, Australia * * * SERIES EDITOR Dr T. K. Crosby Landcare Research Mount Albert Research Centre Private Bag 92170, Auckland, New Zealand Fauna of New Zealand Ko te Aitanga Pepeke o Aotearoa Number / Nama 48 Scaphidiinae (Insecta: Coleoptera: Staphylinidae) Ivan Löbl Muséum d’histoire naturelle, CP 64434, CH-1211 Genève 6, Switzerland [email protected] and Richard A. B. Leschen Landcare Research, Private Bag 92170, Auckland, New Zealand [email protected] Manaaki W h e n u a PRESS Lincoln, Canterbury, New Zealand 2003 4 Löbl & Leschen (2003): Scaphidiinae (Insecta: Coleoptera: Staphylinidae) Dedication Because of the extenisve work by one of us in Nepal and other regions of the Himalayas (Ivan Löbl) and our respect for mountaineering and the quest for knowledge, we dedicate this work to Sir Edmund Hillary and Sherpa Tensing to mark the 50th anniversary of their ascent to the summit of Mt Everest in 1953 (new species honouring each of these men are included in the study).