2020 Minerals West Coast Factbook
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Internal Correspondence
Internal Correspondence Our ref: Your ref: To: PRSG – T. Wilkes Date: From: Terrestrial Ecosystems Unit – J. Marshall Subject: Te Kuha Coal Mine Summary • The applicant has provided appropriate and adequate information to assess the vegetation and flora values of the proposed industrial footprint, the impact of the proposal on those values and potential mitigation and compensation actions • The vegetation and flora values within the Westport Water Conservation Reserve, the Ballarat and Mount Rochfort Conservation Areas and the Lower Buller Gorge Scenic Reserve are clearly significant, particularly the degree of intactness but also the degree of connectivity to other large and relatively unmodified areas of high ecological value, and because of the presence of several “Naturally Uncommon Ecosystems”, two Nationally Threatened plant species, one and potentially two or three plant species in decline – at risk of extinction, and six species with scientifically interesting distributions. • The site is an ecologically important part of the Ecological District and Region. The elevated Brunner coal measures ecosystems are nationally unique: Te Kuha and Mt William are distinguished from all other parts of the elevated Brunner coal measures as they are the only discrete parts of the system that are essentially intact with no significant disruption to ecological patterns and processes and they represent the best example of coastal hillslope forest remaining on elevated Brunner coal measures. • The impacts, both in short and long time frames on significant biodiversity values of an opencast coal mine and associated infrastructure, are significant; the remedial effects of active restoration and site rehabilitation will be limited. • The suggested mitigation actions include avoidance measures, remedial actions and some mitigation and/or compensation suggestions. -
Buller District Council Bylaw Amendment to the Buller District
Buller District Council Bylaw Amendment to the Buller District Council general bylaw NZS 9201 Part 12 Control of Dogs Section 206 Control of dogs 1204.5 Dogs may be exercised free of restraining devices under the owners constant observation and voice control where there is no likelihood to contravene Section 1204.2 of these Bylaws in the following areas: (1) River edges, beach frontage, including dune areas (excluding conservation areas), or (2) The Westport domain, Brougham street domain, the southern end of the Carters beach domain or, (3) In Reefton, the Strand, adjacent the racecourse on the Crampton road reserve, and the old cemetery on Buller Road. 1205.3 Where a dog is not under control in terms of Section 1202 of this bylaw, the dog control officer may, where the owner is known, and has not been convicted of an offence, or been the recipient of an infringement notice and the dog has not been impounded within the preceding 12 month period, return the dog to the owner forthwith, providing, (a) The owner can be readily located, and (b) The owner is able to receive the dog, and (c) The owner is willing to pay a recovery fee, and (d) The dog if over 3 months of age is registered, and Buller District Council, P O Box 21, Westport Ph: (03) 788 9111 Fax (03) 788 8041 www.bullerdc.govt.nz (e) The conditions under which the dog is kept are satisfactory 1205.4 Any dog that has been impounded due to lack of control shall not be released unless the dog control officer is satisfied that the conditions and facilities under which the dog is normally kept are of a standard to prevent the dog from being able to roam at large. -
Epithermal Gold Mines
Mine Environment Life-cycle Guide: epithermal gold mines Authors JE Cavanagh1, J Pope2, R Simcock1, JS Harding3, D Trumm2, D Craw4, P Weber5, J Webster-Brown6, F Eppink1 , K Simon7 1 Manaaki Whenua – Landcare Research 2 CRL Energy 3 School of Biological Sciences, University of Canterbury 4 School of Geological Sciences, University of Otago 5 O’Kane Consulting 6 Waterways Centre 7 School of Environment, University of Auckland © Landcare Research New Zealand Ltd and CRL Energy Ltd 2018 This information may be copied or reproduced electronically and distributed to others without limitation, provided Landcare Research New Zealand Limited and CRL Energy Limited are acknowledged as the source of information. Under no circumstances may a charge be made for this information without the express permission of Landcare Research New Zealand Limited and CRL Energy Limited. ACKNOWLEDGEMENTS The Mine Environment Life-cycle Guide series extends the New Zealand Minerals Sector Environmental Framework previously developed by Landcare Research (as Contract Report LC2033), CRL Energy, and the Universities of Canterbury and Otago, in conjunction with end-users including the Department of Conservation, the West Coast Regional Council, Environment Southland, Solid Energy, OceanaGold, Francis Mining, Bathurst Resources, Newmont, Waikato Regional Council, and the Tui Mine Iwi Advisory Group. Contributors to the previous framework also included Craig Ross. The Mine Environment Life-cycle Guide has been developed with input from end-users including the Department of Conservation, Straterra, West Coast Regional Council, Waikato Regional Council, Northland Regional Council, New Zealand Coal and Carbon, OceanaGold, Bathurst Resources, Solid Energy New Zealand, Tui Mine Iwi Advisory Group – in particular Pauline Clarkin, Ngātiwai Trust Board, Ngāi Tahu, and Minerals West Coast. -
West Coast Ambient Air Quality
State of the Environment Report West Coast Ambient Air Quality May, 2004 State of the Environment Report State of the Environment Technical Report # 02002 West Coast Ambient Air Quality Document status: Final Report This report provides information on air quality monitoring conducted at Westport, Reefton, Runanga, Greymouth and Hokitika over the period from 2001-2003. Parameters measured include: 24 hour particulate matter less than 10 micron (PM10), continuous and monthly sulphur dioxide, and monthly volatile organic compounds: benzene, toluene, ethyl-benzene and xylene. A human health risk assessment is provided. Prepared by: Dr Craig Stevenson, , Air and Environmental Sciences Vera Hally, , Air and Environmental Sciences Mathew Noonan, , Air and Environmental Sciences T.I. James West Coast Regional Council Reviewed by: C Ingle West Coast Regional Council Cover photo: Greymouth looking north from Arnott Heights WCRC Ref:0401 W:\Resource Science\Monitoring\SOE monitoring\Air quality\Reports\Annual reports\2004 SER tj0504 Final report.doc May 2004 State of the Environment Report –West Coast Ambient Air Quality ii EXECUTIVE SUMMARY This report provides results from ambient air quality monitoring carried out in five West Coast towns from 2001-03. Concentrations of particulate matter under 10 micron (PM10) were measured using a High-Volume sampler, sampling 1 day in 3, in Greymouth in 2001, in Westport in 2002 and in Reefton in 2003. Sulphur dioxide concentrations were measured using a continuous fluorescence instrument in Greymouth in 2001 and in Reefton in 2003. Monthly average concentrations of sulphur dioxide and benzene, toluene, ethyl benzene and xylene (BTEX) were measured in Westport, Reefton, Runanga, Greymouth and Hokitika during each of the three winters during the programme, using passive sampling techniques. -
History of Mining and Closure at Reefton Early Gold
FACT SHEET HISTORY OF MINING AND CLOSURE AT REEFTON Gold was discovered on the West Coast of New Zealand’s South Island in the 1860s. Fortune seekers flocked from around the globe, seeking alluvial gold; tiny grains and nuggets washed down rivers and creeks. In the hills around Reefton there was another form of gold, trapped in the solid rock and buried deep underground in rich veins. Its discovery in 1870 made the district the centre of a gold mining boom. EARLY GOLD Tunnels and shafts drove deep into the rugged hills to reach reefs of gold-bearing quartz ore. Far below the surface, miners attacked the rock with picks and explosives. Above ground, stamper batteries crushed the quartz to release the precious metal. As gold fever grew, so did the town of Reefton. Shares in mining companies were bought and sold amid wild speculation. Many of the small gold mining companies soon collapsed. New mining equipment was introduced in the 1890s. Rock drills and air compressors were introduced, and an aerial tramway was constructed to carry the ore. At Consolidated’s Progress mine a giant battery of 65 stamps was built. By the early 1900s Cornishtown was a thriving township of 300 people supporting the busy Globe Progress underground mine. Eleven levels reaching down over 600 metres were used to mine the narrow quartz reefs. The mine closed in 1926 after producing over 400,000 ounces of gold. While other mines in the area would continue until the middle of the twentieth century, the era of underground gold mining at Globe Progress was over. -
Come Join Us in “New Zealand's Happiest Place”*
THE BULLER GUIDE TO LIVING WELL Come join us in “New Zealand’s Happiest Place”* * The Happiness of New Zealand Report – UMR Research 2012 Top 10 reasons why people move here • Easy lifestyle and quality of life • We’re kid-safe and family focused • A strong sense of community and caring • So much to see and do right on your doorstep • World-renowned scenery • Get a great house on an average wage • Getting to work, school or play takes just minutes • An unbeatable range of sport and recreation • Great retail, support services and cafes • Great transport links to main centres Click on our interactive menu and links throughout to go directly to the section you would like to see. 0 1 2 3 4 5 6 7 10 great Housing, Perfect Place Education & Sports, Health and Culture, Relocation reasons Living for the Active Community Recreation, Wellbeing The Arts, Support Intro Essentials Retiree Learning Entertainment Heritage & Useful & Climate contacts SPACE & freedom The Buller district covers Reefton just less than 8600 square – gateway to the Buller from the Lewis Pass route from kilometers with 84% in Christchurch - born from gold in the 1860’s and now a conservation land and National modern goldmining town with a wonderfully preserved Park. All of this wonderful play heritage main street. Entry way to the magnificent Victoria Conservation Park. area for a population of around 10,000 people! Westport Choose your town – – our biggest little town of around 5,500 with all mod cons. The service centre for the Buller sited at the mouth or go country of the Buller River. -
Key Points Value of Kupe to NZOG
for the quarter ended 30 June 2010 Dear investor It was a busy three month period for NZOG, Production from the Tui area oil fields slightly In May, shareholders of Pike River Coal (PRC) against a backdrop of falling international exceeded the revised target for the financial year agreed to a funding package that included a new sharemarkets and dismay over the BP oil spill in ended 30 June, producing a total of 4.83 million equity issue and around $40m of debt from the Gulf of Mexico. That disaster demonstrated barrels – NZOG’s share 604,000 barrels. NZOG NZOG through convertible bonds. More details the need for health, safety and environmental received NZ$13.1m in revenue from Tui in the about Pike can be found on the back page of performance to always be the number one June quarter. this report. priority in the petroleum industry. In late June, it was identified that repairs were The Kupe gas and oil field was in full production required to the artificial lift system for one of the through the quarter, earning NZOG NZ$18.2m in Tui field’s four producing wells, Pateke 3-H. revenue. A reserves review was completed, The Operator is planning a work-over of the David Salisbury CEO which saw the 2P (proved and probable) well later in 2010. In the meantime the well has 21 July 2010 reserves increased substantially. At current been shut-in, which means some production prices, NZOG’s share of the additional will be deferred. recoverable light oil, LPG and gas has a value of As you know, NZOG is always on the lookout around NZ$100m. -
Regional Waste Strategy for the West Coast
Regional Waste Strategy for the West Coast Prepared by the West Coast Waste Management Working Group 2004 with assistance from the Ministry for the Environment • Adopted by the West Coast Regional Council at its September 2004 Meeting. • Adopted by the Buller District Council at its September 2004 Meeting. • Adopted by the Westland District Council at its November 2004 Meeting. • Adopted by the Grey District Council at its December 2004 Meeting. ii Regional Waste Strategy for the West Coast September 2004 Table of contents 1. Introduction..........................................................................................................1 2. Legislative and policy framework......................................................................3 2.1 Regulatory framework............................................................................................. 3 2.2 Policy ...................................................................................................................... 3 2.2.1 Regional Solid Waste Management Strategy ............................................................3 2.2.2 West Coast Regional Policy Statement.....................................................................4 2.2.3 Regional Plan for Discharges to Land for the West Coast Region.............................5 2.2.4 West Coast Regional Council Contaminated Sites Management Strategy................7 2.2.5 Waste management plans.........................................................................................7 2.2.6 Annual plans -
Meeting of Council (Te Huinga Tu)
Council Members Iwi Representatives Chairman Allan Birchfield Cr Debra Magner Francois Tumahai (Ngati Waewae) Cr Stuart Challenger (Deputy) Cr Laura Coll McLaughlin Jackie Douglas (Makaawhio) Cr Brett Cummings Cr John Hill Cr Peter Ewen Meeting of Council (Te Huinga Tu) Tuesday, 10 November 2020 West Coast Regional Council Chambers, 388 Main South Road, Greymouth and via Council’s Facebook Page 10.30 am Resource Management Committee Meeting On completion of RMC Meeting: Council Meeting Council Workshop: Freshwater Commissioner RESOURCE MANAGEMENT COMMITTEE Resource Management Committee Meeting (Te Huinga Tu) A G E N D A (Rarangi Take) 1. Welcome (Haere mai) 2. Apologies (Nga Pa Pouri) 3. Declarations of Interest 4. Public Forum, Petitions and Deputations (He Huinga tuku korero) 5. Confirmation of Minutes (Whakau korero) 6. Chairman’s Report 7. Planning and Operations Group • Planning and Hydrology Report • Kawatiri Freshwater Management Group Recommendation • Essential Freshwater Package – Potential Regional Variations • Reefton Air Quality Summary 8. Consents and Compliance Group • Consents Report • Compliance Report 9. General Business V M Smith Chief Executive THE WEST COAST REGIONAL COUNCIL MINUTES OF THE MEETING OF THE RESOURCE MANAGEMENT COMMITTEE HELD ON 13 OCTOBER 2020, AT THE OFFICES OF THE WEST COAST REGIONAL COUNCIL, 388 MAIN SOUTH ROAD, GREYMOUTH, COMMENCING AT 10.30 A.M. PRESENT: S. Challenger (Chairman), A. Birchfield, P. Ewen, D. Magner, B. Cummings, J. Hill, L. Coll McLauglin, J. Douglas, F. Tumahai IN ATTENDANCE: R. Mallinson (Acting Chief Executive), H. Mills (Planning, Science & Innovation Manager), H. McKay (Consents & Compliance Manager), R. Beal (Operations Director), T. Jellyman (Minutes Clerk), M. Schumacher (IT Support), The Media (via Zoom) Cr Birchfield read the prayer. -
Notification of Access Arrangement for MP 41279, Mt Te Kuha
Attachment C Draft Terrestrial Ecology Report 106 VEGETATION AND FAUNA OF THE PROPOSED TE KUHA MINE SITE Prepared for Te Kuha Limited Partnership October 2013 EXECUTIVE SUMMARY The Te Kuha mining permit is located predominantly within the Westport Water Conservation Reserve (1,825 ha), which is a local purpose reserve administered by the Buller District Council. The coal deposit is situated outside the water catchment within an area of approximately 490 ha of Brunner Coal Measures vegetation approximately 5 km southwest of Mt Rochfort. Access would be required across conservation land to reach the coal resource. The Te Kuha site was recommended as an area for protection by the Protected Natural Areas Programme surveys in the 1990s on the basis that in the event it was removed from the local purpose reserve for any reason, addition to the public conservation estate would increase the level of protection of coal measures habitats which, although found elsewhere (principally in the Mt Rochfort Conservation Area), were considered inadequately protected overall. The proposal to create an access road and an opencast mine at the site would affect twelve different vegetation types to varying degrees. The habitats present at the proposed mine site are overwhelmingly indigenous and have a very high degree of intactness reflecting their lack of human disturbance. Previous surveys have shown that some trees in the area are more than 500 years old. Habitats affected by the proposed access road are less intact and include exotic pasture as well as regenerating shrubland and forest. Te Kuha is not part of the Department of Conservation’s Buller Coal Plateaux priority site and is unlikely to receive management for that reason. -
The Impact of Non-Technical Issues on Decision-Making by Coal Mining Incident Management Teams
The impact of non-technical issues on decision-making by coal mining incident management teams. Ruth Grace Fuller BEng Hons Civil Engineering Grad Dip Psychology BSc Hons Psychology Grad Dip Secondary Education A thesis submitted for the degree of Doctor of Philosophy at The University of Queensland in 2014 Sustainable Minerals Institute Abstract A serious incident in an underground coal mine can claim many lives in an instant. The lives of those who survive the initial moments can be dependent on the decisions made by the incident management team (IMT). The IMT is a team of mine employees assembled immediately upon the discovery of an incident to manage the response. Evaluations of annual emergency exercises conducted at underground coal-mines in Queensland have indicated that IMT decision-making is generally sub-optimal. This finding was echoed by the Royal Commission into the New Zealand Pike River Coal Mine Tragedy that occurred in 2010. In many other high-reliability roles technical and non-technical issues have been found to impact decision-making. The goal of this research is to explore the role of non-technical issues in emergency decision-making following an underground coal mining incident. A review of the Queensland emergency exercise reports, direct observation of emergency simulations, and interviews with twenty-five mining personnel with real-life incident management experience at underground coal mine emergencies has led to the development of a non-technical skills taxonomy for decision-making in mining IMTs. The decision-making process in a mining IMT has been shown to be a broad socio-psycho-technical process within which technical and non-technical issues cannot be separated. -
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.