DOCSLIB.ORG

Oil and Gas Security

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Oil and Gas Security NEW ZEALAND OVERVIEW _______________________________________________________________________ 3 1. Energy Outlook _________________________________________________________________ 4 2. Oil ___________________________________________________________________________ 5 2.1 Market Features and Key Issues ___________________________________________________________ 5 2.2 Oil Supply Infrastructure _________________________________________________________________ 8 2.3 Decision-making Structure for Oil Emergencies ______________________________________________ 10 2.4 Stocks _______________________________________________________________________________ 10 3. Other Measures _______________________________________________________________ 12 3.1 Demand Restraint ______________________________________________________________________ 12 3.2 Fuel Switching _________________________________________________________________________ 13 3.3 Surge Oil Production ____________________________________________________________________ 14 3.4 Relaxing Fuel Specifications ______________________________________________________________ 14 4. Natural Gas ___________________________________________________________________ 15 4.1 Market Features and Key Issues __________________________________________________________ 15 4.2 Natural Gas Supply Infrastructure _________________________________________________________ 17 4.3 Emergency Policy for Natural Gas _________________________________________________________ 18 List of Figures Total Primary Energy Supply .................................................................................................................................4 Electricity Generation by Fuel ...............................................................................................................................5 Domestic Oil Production and Demand ..................................................................................................................6 Oil Demand in 2009 (kb/d) ....................................................................................................................................6 Oil Consumption by Product .................................................................................................................................7 Crude Oil Imports by Source .................................................................................................................................8 Oil Infrastructure Map...........................................................................................................................................9 Total New Zealand Oil Stocks by Type ................................................................................................................11 Oil Consumption by Sector ..................................................................................................................................13 Natural Gas Consumption by Sector ...................................................................................................................16 Gas Infrastructure Map .......................................................................................................................................17 NEW ZEALAND OVERVIEW New Zealand’s relative geographical isolation from the global oil market supply chain creates a particular challenge to oil supply security. Fortunately, New Zealand has relatively abundant domestic fossil fuel resources, compared to most IEA countries. It has large reserves of coal and some reserves of natural gas and oil. The country has been fully self-sufficient in natural gas supplies; however, domestic natural gas fields are declining rapidly. Oil consumption has grown steadily since the mid-1980s, and although there is some domestic production, imports are necessary to meet around half of New Zealand’s oil demand. Most imports are in the form of crude oil, primarily from the Middle East. Following an upgrade, New Zealand’s sole refinery is able to supply approximately 80% of the country’s product demand. New Zealand places no minimum stockholding obligation on industry, and until 2007, it relied on the industry’s normal stockholding practices to meet the country’s overall minimum 90-day net import obligation as a member of the IEA. Rising import dependency over the past decade resulted in the country being temporarily in a state of non-compliance with regards to minimum stock levels. In response to this, the New Zealand government acquired stockholding in other IEA member countries, in the form of ticket reservations, as of 2007. These tickets represent around 0.8 million barrels of public stocks in 2010 (down from 3.7 million barrels in 2007). Because of its growing domestic production in recent years, New Zealand’s net imports have dropped, thereby reducing its IEA stockholding obligation. All tickets are held directly by the New Zealand government, rather than through an agency on the government's behalf. In an IEA co-ordinated action, New Zealand would likely contribute to the collective response by releasing these public stocks and implementing a campaign for voluntary demand restraint. 3 NEW ZEALAND 1. Energy Outlook Compared to most IEA countries, New Zealand has relatively abundant domestic fossil fuel resources. It has large reserves of coal – a large share of which is exported – and some reserves of natural gas and oil. New Zealand’s TPES has more than doubled since 1973, growing from 8 million tonnes of oil equivalent (Mtoe) to over 17 Mtoe in 2008. Overall TPES has been relatively stable over the past decade, with the decrease in natural gas consumption being compensated for by an increase in renewable energies. Total Primary Energy Supply 1973 2008 Coal Hydro/Renew/ Coal other 16% 29% 10% Hydro/Renew. /other 34% Oil Natural Gas 37% Nuclear 3% Nuclear 0% 0% Oil Natural Gas 52% 20% 8 020 ktoe 16 906 ktoe *Data excludes electricity trade. Source: Energy Balances of OECD Countries, IEA The supply of natural gas has grown by an astounding 1117% over the 35-year period, due to the development of sizeable gas fields as of the 1980s. The country has been fully self-sufficient in natural gas supplies, but domestic natural gas fields are now declining rapidly. Because of New Zealand’s inability to import natural gas (no LNG terminals and no pipeline connections to other countries), gas consumption has declined somewhat in recent years, in line with declining production. The supply of renewables (and particularly hydro) has grown by 154% since 1973. Oil and coal, although also growing in absolute terms (by 47% and 41%, respectively, over the same period), have declined as a percentage of the country’s TPES. As for oil demand, eighty-three percent comes from the transport sector, and an additional 11% is consumed by industry. For natural gas, 57% of demand is for power generation, with industry ranking second with 32% of gas demand. 4 NEW ZEALAND Electricity Generation by Fuel 50 45 40 Other 35 Hydro 30 Nuclear TWh 25 20 Natural Gas 15 Oil 10 Coal 5 0 Electricity Useˆ Source: Energy Balances of OECD Countries, IEA The main input for power generation is renewable energy – particularly hydro power (51% of power generation in 2008), of which New Zealand has abundant resources. Nevertheless, natural gas remains an important source of electricity generation, accounting for a quarter of inputs in 2008. Successive governments have made a strong push for the development of intermittent renewable energies (e.g. wind, wave, etc.), and these renewable fuels (particularly, wind) are expected to contribute progressively more to the country’s power generation mix (with a long-term target of 90% of power generation from renewable energies). Whilst commendable from an environmental point of view, the intermittent nature of wind and other renewable sources means that power generation based on these intermittent renewables will require additional back-up capacity from hydro and hydrocarbon-based generation, and the bulk of this back-up capacity is expected to be gas-fired (mainly due to of the increasing economic costs of coal-fired generation, due to emissions). Thus, gas is set to play an ever-increasing role in the country’s power generation system, particularly in times of power crises. More importantly, because of the increasing reliance on gas-fired plants as back-up capacity, the electricity sector will be exposed to heightened dependence on gas-fired power generation in times of emergency, and times when power generation based on intermittent renewables (e.g. wind or wave) diminish temporarily. Thus, additional spare capacity for gas-fired generation will be required. 2. Oil 2.1 Market Features and Key Issues Domestic oil production All of New Zealand’s oil production is from fields in the Taranaki Basin, located on the west coast of the North Island. Most of the basin is located offshore, but the majority of small producing fields are onshore. Most oil produced in New Zealand is light, sweet crude. However, New Zealand’s sole refinery is geared towards sour crude. Thus, most oil produced in New Zealand is exported. All oil from New Zealand fields is transported to market via tanker. 5 NEW ZEALAND With the streaming of the Tui field and the recently commissioned Maari field, New Zealand’s total domestic oil production rate in 2008 reached 58 kb/d, an increase of over 40% from 2007. In 2009, New Zealand produced oil from 17 fields in the Taranaki region, with the two offshore fields, Pohokura (12.5 kb/d) and
Load more

Recommended publications
  • Marine Discharge Consent Application ‐ Deck Drainage
    MARINE DISCHARGE CONSENT APPLICATION ‐ DECK DRAINAGE Taranaki Basin Prepared for: OMV New Zealand Limited The Majestic Centre Level 20, 100 Willis Street PO Box 2621, Wellington 6015 New Zealand SLR Ref: 740.10078.00000 Version No: ‐v1.0 March 2018 OMV New Zealand Limited SLR Ref No: 740.10078.00000‐R01 Marine Discharge Consent Application ‐ Deck Drainage Filename: 740.10078.00000‐R01‐v1.0 Marine Discharge Consent Taranaki Basin 20180326 (FINAL).docx March 2018 PREPARED BY SLR Consulting NZ Limited Company Number 2443058 5 Duncan Street Port Nelson 7010, Nelson New Zealand T: +64 274 898 628 E: [email protected] www.slrconsulting.com BASIS OF REPORT This report has been prepared by SLR Consulting NZ Limited with all reasonable skill, care and diligence, and taking account of the timescale and resources allocated to it by agreement with OMV New Zealand Limited. Information reported herein is based on the interpretation of data collected, which has been accepted in good faith as being accurate and valid. This report is for the exclusive use of OMV New Zealand Limited. No warranties or guarantees are expressed or should be inferred by any third parties. This report may not be relied upon by other parties without written consent from SLR SLR disclaims any responsibility to the Client and others in respect of any matters outside the agreed scope of the work. DOCUMENT CONTROL Reference Date Prepared Checked Authorised 740.10078.00000‐R01‐v1.0 26 March 2018 SLR Consulting NZ Ltd Dan Govier Dan Govier 740.10078.00000‐R01‐v1.0 Marine Discharge Consent 20180326 (FINAL).docx Page 2 OMV New Zealand Limited SLR Ref No: 740.10078.00000‐R01 Marine Discharge Consent Application ‐ Deck Drainage Filename: 740.10078.00000‐R01‐v1.0 Marine Discharge Consent Taranaki Basin 20180326 (FINAL).docx March 2018 EXECUTIVE SUMMARY OMV New Zealand Limited (OMV New Zealand) is applying for a Marine Discharge Consent (hereafter referred to as a Discharge Consent) under Section 38 of the Exclusive Economic Zone and Continental Shelf (Environmental Effects) Act 2012 (EEZ Act).
    [Show full text]
  • A Case Study of the South Taranaki District
    The Impact of Big Box Retailing on the Future of Rural SME Retail Businesses: A Case Study of the South Taranaki District Donald McGregor Stockwell A thesis submitted to Auckland University of Technology in fulfilment of the requirements for the degree of Master of Philosophy 2009 Institute of Public Policy Primary Supervisor Dr Love Chile TABLE OF CONTENTS Page ATTESTATION OF AUTHORSHIP ........................................................................ 7 ACKNOWLEDGEMENT ............................................................................................ 8 ABSTRACT ................................................................................................................... 9 CHAPTER ONE: INTRODUCTION AND BACKGROUND TO THE STUDY ................................ 10 CHAPTER TWO: GEOGRAPHICAL AND HISTORICAL BACKGROUND TO THE TARANAKI REGION................................................................................................ 16 2.1 Location and Geographical Features of the Taranaki Region ............................. 16 2.2 A Brief Historical Background to the Taranaki Region ...................................... 22 CHAPTER THREE: MAJOR DRIVERS OF THE SOUTH TARANAKI ECONOMY ......................... 24 3.1 Introduction ......................................................................................................... 24 3.2 The Processing Sector Associated with the Dairy Industry ................................ 25 3.3 Oil and Gas Industry in the South Taranaki District ..........................................
    [Show full text]
  • OMV New Zealand Limited and Shell
    PUBLIC VERSION OMV New Zealand Limited Application for Clearance of a Business Acquisition Under Section 66 of the Commerce Act 1986 Proposed Acquisition by OMV New Zealand Limited of Shares in Shell Exploration NZ Limited, Shell Taranaki Limited, Shell New Zealand (2011) Limited, and Energy Infrastructure Limited 15 June 2018 30750909_1.docx TABLE OF CONTENTS Part A: Executive Summary ................................................................................................. 5 The Parties .................................................................................................................. 5 The Transaction .......................................................................................................... 5 Affected Markets ......................................................................................................... 6 Counterfactual ............................................................................................................. 7 Industry Context .......................................................................................................... 8 No Substantial Lessening of Competition in the Natural Gas Market ........................ 8 No Substantial Lessening of Competition in the LPG Market .................................. 11 No Substantial Lessening of Competition in Markets for Other Assets ................... 12 Conclusion ................................................................................................................ 13 Part B: The Parties .............................................................................................................
    [Show full text]
  • Energy Information Handbook
    New Zealand Energy Information Handbook Third Edition New Zealand Energy Information Handbook Third Edition Gary Eng Ian Bywater Charles Hendtlass Editors CAENZ 2008 New Zealand Energy Information Handbook – Third Edition ISBN 978-0-908993-44-4 Printing History First published 1984; Second Edition published 1993; this Edition published April 2008. Copyright © 2008 New Zealand Centre for Advanced Engineering Publisher New Zealand Centre for Advanced Engineering University of Canterbury Campus Private Bag 4800 Christchurch 8140, New Zealand e-mail: [email protected] Editorial Services, Graphics and Book Design Charles Hendtlass, New Zealand Centre for Advanced Engineering. Cover photo by Scott Caldwell, CAENZ. Printing Toltech Print, Christchurch Disclaimer Every attempt has been made to ensure that data in this publication are accurate. However, the New Zealand Centre for Advanced Engineering accepts no liability for any loss or damage however caused arising from reliance on or use of that information or arising from the absence of information or any particular information in this Handbook. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, transmitted, or otherwise disseminated, in any form or by any means, except for the purposes of research or private study, criticism or review, without the prior permission of the New Zealand Centre for Advanced Engineering. Preface This Energy Information Handbook brings Climate Change and the depletion rate of together in a single, concise, ready- fossil energy resources, more widely reference format basic technical informa- recognised now than when the second tion describing the country’s energy edition was published, add to the resources and current energy commodi- pressure of finding and using energy ties.
    [Show full text]
  • Gns Staff Publications 2014 1
    GNS STAFF PUBLICATIONS 2014 1 The GNS Staff Publications list is divided into the following sections: Peer-Reviewed Journal Articles Peer-Reviewed Conference Papers Peer-Reviewed Books and Chapters Other Publications Conference Abstracts Peer-Reviewed Journal Articles A B C D E F G H J K L M N O P R S T U V W Y Z A Abdul Aziz, S.A.; Kennedy, J.V.; Murmu, P.P.; Fang, F.; Cao, P. 2014 Structural and compositional characterization of ion beam sputtered hydroxyapatite thin films on Ti-6Al-4v. Asian Journal of Applied Sciences, 7(8): 745-752; doi: 10.3923/ajaps.2014.745.752 Adams, C.J.; Bradshaw, J.D.; Ireland, T.R. 2014 Provenance connections between late Neoproterozoic and early Palaeozoic sedimentary basins of the Ross Sea region, Antarctica, south-east Australia and southern Zealandia. Antarctic Science, 26(2): 173-182; doi: 10.1017/S0954102013000461 Ancelet, T.; Davy, P.K.; Trompetter, W.J.; Markwitz, A. 2014 Sources of particulate matter pollution in a small New Zealand city. Atmospheric pollution research, 5(4): 572-810; doi: 10.5094/APR.2014.066 Ancelet, T.; Davy, P.K.; Trompetter, W.J.; Markwitz, A.; Weatherburn, D.C. 2014 Particulate matter sources on an hourly time-scale in a rural community during the winter. Journal of the Air & Waste Management Association, 64(5): 501-508; doi: 10.1080/10962247.2013.813414 Ancelet, T.; Davy, P.K.; Trompetter, W.J.; Markwitz, A.; Weatherburn, D.C. 2014 Sources and transport of particulate matter on an hourly time-scale during the winter in a New Zealand urban valley.
    [Show full text]
  • Water & Atmosphere 2, February 2011
    Water & Atmosphere February 2011 Scrutiny on the Bounty The risks and riches of seabed mining Seagrass Serengetis Our vanishing fish nurseries Pernicious particles What's in the air you breathe? Looking for CLEWS An eye on the sky for Samoa 1080 tests clear Water safe after pest control Water & Atmosphere Water & Atmosphere February 2011 Issue 2 February 2011 Scrutiny on the Bounty The risks and riches of seabed Cover mining Since 2007, the Tui oil field has yielded nearly 30 million barrels of crude. Now, energy companies are searching the depths for other minerals and gases to drive New Zealand's energy future. Seagrass Serengetis (New Zealand Oil & Gas) Our vanishing fish nurseries Pernicious particles What's in the air you breathe? Looking for CLEWS An eye on the sky for Samoa 1080 tests clear Water safe after pest control Water & Atmosphere is published by the National Institute of Water & Atmospheric Research (NIWA). It is available online at www.niwa.co.nz/pubs/wa Enquiries to: 4 The Editor Water & Atmosphere Editorial NIWA When values collide – NIWA’s Chief Executive, Private Bag 14901 John Morgan, emphasises that science and Kilbirnie Wellington 6241 business must go hand-in-hand New Zealand email: [email protected] ©National Institute of Water & Atmospheric Research Ltd 2011 ISSN 1172-1041 5 Water & Atmosphere team: Solutions Advisory Board: Eradicating a freshwater invader Geoff Baird, Dr Bryce Cooper, Dr Barb Hayden, Dr Rob Murdoch Managing Editor: Michele Hollis Editor: Dave Hansford 6 Subeditor: Harriet Palmer In brief Designer: Mark Tucker From the ozone hole to the depths of the Production Assistant: Frances Nolan Kaikoura canyon, mapping and stream restoration tools to sea-level rise, and the Canterbury earthquake 34 34 Q&A Undersea earthquakes – the lowdown Water & Atmosphere is produced using vegetable-based inks on paper made from FSC certifed mixed-source fibres under the ISO 14001 environmental management system.
    [Show full text]
  • The Wealth Beneath Our Feet the Next Steps
    THE WEALTH BENEATH OUR FEET THE NEXT STEPS THE VALUE OF THE OIL AND GAS INDUSTRY TO NEW ZEALAND AND THE TARANAKI REGION. A FRESH PERSPECTIVE ON THE INDUSTRY AND ITS ECONOMIC IMPACT. O&G INDUSTRY SUMMARY 208 PETAJOULES (PJ) OF GAS New Zealand produced Oil is our produced from our fields in 2013. The energy equivalent to: 4TH HIGHEST • 10,000 lightbulbs on for 10,000 35,500 EXPORT EARNER years or barrels of oil per day • 200 round trips to the sun from during 2013 earth in a Ford Falcon XR6 Natural gas is used by over Natural gas provides instant heat, 10,000 energy & continuous hot 11,720 COMMERCIAL USERS water supply for over such as restaurants, hotels, JOBS (FTEs) greenhouses & hospitals 245,000 NZ HOUSEHOLDS Gas underpins Gas provides Natural gas is used as an input in manufacturing to create 19% 22% ADDED VALUE of our electricity generation of our primary such as methanol for export, (2nd only to hydro) energy supply or urea for use on our farms Oil and gas contributed OUR GAS RESERVES $1.5B IN ROYALTIES Since 2008, drilling increased by 31% to government revenue activity has averaged (2013-2014) over the last 4 years – 40 WELLS PER YEAR sufficient to meet annual equivalent to the annual demand for 14.5 years budget for the NZ Police CURRENT PRODUCING FIELDS: 20 O&G fields are in production, all in Taranaki. Key oil & condensate fields (in descending order of remaining oil & condensate reserves) Maari, Pohokura, Maui, Kupe, Mangahewa, Turangi, Tui, Cheal, & McKee Key gas fields (in descending order of remaining gas reserves) Pohokura, Maui, Mangahewa, Kupe, Turangi, Kapuni, McKee, Kōwhai & Ngātoro FOREWORD hen we first measured for new jobs and greater, localised Over the last five years, the economic the full economic economic development.
    [Show full text]
  • Long Term Gas Supply and Demand Scenarios – 2019 Update
    www.concept.co.nz Long term gas supply and demand scenarios – 2019 update 16 September 2019 About Concept Concept Consulting Group Ltd (Concept) specialises in providing analysis and advice on energy-related issues. Since its formation in 1999, the firm’s personnel have advised clients in New Zealand, Australia, the wider Asia-Pacific region and Europe. Clients have included energy users, regulators, energy suppliers, governments, and international agencies. Concept has undertaken a wide range of assignments, providing advice on market design and development issues, forecasting services, technical evaluations, regulatory analysis, and expert evidence. Further information about Concept can be found at www.concept.co.nz. Disclaimer This report has been prepared by Concept based entirely on our analysis of public information sources. Except as expressly provided for in our engagement terms, Concept and its staff shall not, and do not, accept any liability for errors or omissions in this report or for any consequences of reliance on its content, conclusions or any material, correspondence of any form or discussions, arising out of or associated with its preparation. The analysis and opinions set out in this report reflect Concept’s best professional judgement at the time of writing. Concept shall not be liable for, and expressly excludes in advance any liability to update the analysis or information contained in this report after the date of the report, whether or not it has an effect on the findings and conclusions contained in the report. This report remains subject to any other qualifications or limitations set out in the engagement terms. No part of this report may be published without prior written approval of Concept.
    [Show full text]
  • The Report on the Management of the Petroleum Resource
    Downloaded from www.waitangitribunal.govt.nz THE REPORT ON THE MANAGEMENT OF THE PETROLEUM RESOURCE Downloaded from www.waitangitribunal.govt.nz Downloaded from www.waitangitribunal.govt.nz Downloaded from www.waitangitribunal.govt.nz Downloaded from www.waitangitribunal.govt.nz Downloaded from www.waitangitribunal.govt.nz t h e R e p o r t o n t h e M a n a g e m e n t o f t h e P e t r o l e u m R e s o u r c e W A I 7 9 6 W A I T A N G I T R I B U N A L R E P O R T 2 0 1 1 Downloaded from www.waitangitribunal.govt.nz Downloaded from www.waitangitribunal.govt.nz The cover illustration is of the Ocean Bounty drilling platform, drilling an exploratory well 12 kilometres off the coast of Motunui in north Taranaki for the Shell consortium’s Pohokura gas field project, March 2005. The frontispiece is of Shell Todd Oil Services’ Maui B platform, 35 kilometres off the coast of west Taranaki in the Tasman Sea, February 2006. Condensate is pumped from the platform to the shore processing station at Oaonui. National Library of New Zealand Cataloguing-in-Publication Data New Zealand. Waitangi Tribunal. The report on the management of the petroleum resource. Amended ed. (Waitangi Tribunal report) ISBN 978-1-86956-299-1 1. Petroleum law and legislation—New Zealand. 2. Petroleum reserves—Management. 3. Petroleum industry and trade— Environmental aspects—New Zealand.
    [Show full text]
  • Fisheries Resource Knowledge, Management, and Opportunities
    Fisheries resource knowledge, management, and opportunities: Has the Emperor got no clothes? Dr John McKoy National Institute of Water and Atmospheric Research, Wellington Abstract Fisheries in the ocean around New Zealand have become important industries. For the last 20 years the major tool used for the management of fisheries resources has been the quota management system. The extent to which our application of this system has been effective in meeting resource management objectives is questionable. The effective use of such tools requires a reasonable knowledge of the state of the resources being “managed” and of the ecological impacts of fishing activity. This paper explores the knowledge requirements of the management system and the role that science has been able to play in meeting those needs. Our success has been limited by a lack of definition of fisheries management objectives, session ineffective processes for determining key research questions, and inadequate research funding. The delivery of useful research is also challenged by the large scale, complexity and variability of the systems which support the fisheries and by poor ecological and biological knowledge on which to develop the applied monitoring and assessment tools necessary. Future opportunities will be focused on maintaining healthy fisheries rather than developing new resources and will arise from recognition of major changes to some key fisheries, and an awareness that successful fisheries are dependent on the overall ecological resilience of the systems we are exploiting. Introduction 2 Over the last 25 years we have made too many assumptions about the resources on which our fisheries depend, and their sustainability—to the point where some important elements of the industry are at serious risk, mainly through ignorance.
    [Show full text]
  • 2014, New Plymouth (MP139A)
    GeoSciences 2014 Annual Conference of the Geoscience Society of New Zealand 24th - 27th November 2014, Pukekura Raceway and Function Centre, New Plymouth ABSTRACTS Geoscience Society of New Zealand Cover Photos: Top Left: Mount Taranaki/Egmont Volcano, with the conference venue, Pukekura Raceway and Function Centre, in the foreground. Photo by Ken George, Absolutely Organised. Top Right: Examining volcaniclastic deposits on the track to Holly Hut, Mount Taranaki. Photo by Alan Palmer, Massey University. Bottom: Tertiary strata exposed in the cliffs at Pukearuhe Beach. Photo by Kyle Bland, GNS Science. Annual Conference of the Geoscience Society of New Zealand 24th – 27th November 2014, Pukekura Raceway and Function Centre, New Plymouth ABSTRACT VOLUME Conference Convenor Katherine Holt (Massey University) Organising Committee Kate Arentsen, Alastair Clement, Maggi Damaschke, Sam McColl, Alan Palmer, Julie Palmer, Jon Procter, Bob Stewart, Manuela Tost, Georg Zellmer (Massey University) Administration Janet George (Absolutely Organised Ltd.) Symposium Convenors Paul Ashwell, Kyle Bland, Helen Bostock, Alastair Clement, Jaqueline Dohaney, Brad Field, Ewan Fordyce, Monica Handler, Chris Hollis, Anna Kaiser, Liz Kennedy, Emily Lane, Daphne Lee, Gert Lube, Sam McColl, Santanu Misra, Christof Mueller, Karoly Nemeth, Andy Nicol, Julie Palmer, Joe Prebble, Jon Procter, Mark Rattenbury, Hannu Seeback, Bob Stewart, Claudine Stirling, Daniel Thomas, Georg Zellmer Field Trip Leaders Greg Browne, Maggi Damaschke, Mark Lawrence, Vince Neall, Andy Nicol, Alan Palmer, Rafael Torres-Orozco Geoscience Society of New Zealand Miscellaneous Publication 139A ISBN 978-1-877480-40-9 ISSN (print) 2230-4487 ISSN (online) 2230-4495 Abstracts are organised in alphabetical order by family name of the first author The bibliographic reference for individual abstracts is: Author, A.N.
    [Show full text]
  • GNS Science Consultancy Report 2008/XXX
    TARANAKI, NORTHLAND AND REINGA BASINS PUBLICATIONS BY GNS SCIENCE STAFF PAPERS Anon 2003: Only one application in deepwater Taranaki Basin exploration round. First break 21: 15. Anon 2010: GNS Science sees positive signs for Reinga Basin. Newsletter / New Zealand Geophysical Society 81: 28. Arnot, M.J.; Browne, G.H.; King, P.R. 2007: Thick-bedded sandstone facies in a middle basin-floor fan setting, Mount Messenger Formation, Mohakatino Beach, New Zealand. In Atlas of deep-water outcrops. Pp. 241-244 (chapter 61). Arnot, M.J.; Baur, J.; Bland, K.J.; Bushe, H.; Funnell, R.H.; Ilg, B.R.; Jones, C.M.; King, P.R.; Leitner, B.; Massey, M.; Milner, M.; Morgans, H.E.G.; Roncaglia, L.; Zhu, H. 2008 A new generation of digital structure and facies maps for Taranaki Basin : progress towards a 4D Taranaki model. p. 211-213 In: Blevin, J.E.; Bradshaw, B.E.; Uruski, C.I. (eds) Third Eastern Australasian Basins Symposium, EABS III : energy security for the 21st century : symposium proceedings. Sydney, NSW: Petroleum Exploration Society of Australia. Special publication / Petroleum Exploration Society of Australia Arnot, M.J.; Kennedy, E.M.; Higgs, K.E.; Browne, G.H.; Raine, J.I. 2008: The Late Cretaceous North Cape Formation, Northwest Nelson, Taranaki Basin, New Zealand. 1 poster in: 2008 New Zealand Petroleum Conference proceedings: beyond 08. Wellington: Ministry of Economic Development. Baillie, P.; Uruski, C.I. 2004: Petroleum prospectivity of Cretaceous strata in the deepwater Taranaki Basin, New Zealand. In Eastern Australasian Basins Symposium II, Adelaide, South Australia, 19-22 September 2004. Pp. 207-218. Baillie, P.; Uruski, C.I.
    [Show full text]