Compilation of seismic reflection data from the Tasman Frontier region, southwest Pacific R. Sutherland P. Viskovic F. Bache V. Stagpoole J. Collot P. Rouillard T. Hashimoto R. Hackney K. Higgins N. Rollet M. Patriat W.R. Roest
GNS Science Report 2012/01 March 2012
BIBLIOGRAPHIC REFERENCE
1Sutherland, R.; 1Viskovic, P.; 1Bache, F.; 1Stagpoole, V.; 2Collot, J.; 3Rouillard, P.; 4Hashimoto, T.; 4Hackney, R.; 4Higgins, K.; 4Rollet, N.; 5Patriat, M.; 5Roest, W.R; 2012. Compilation of seismic reflection data from the
Tasman Frontier region, southwest Pacific, GNS Science Report 2012/01. 72 p.
1 GNS Science, PO Box 30368, Lower Hutt 5040, New Zealand 2 Service Géologique de Nouvelle-Calédonie (SGNC), Direction de l’Industrie des Mines et de l’Energie de Nouvelle Calédonie (DIMENC), B.P. 465, 98845 Nouméa, New Caledonia 3 Agence de Développement Economique de la Nouvelle-Calédonie (ADECAL), B.P. 2384, Nouméa, New Caledonia 4 Geoscience Australia, GPO Box 378, Canberra ACT 2601, Australia 5 Institut français de recherche pour l'exploitation de la mer (IFREMER), Géosciences marines, Département Ressources physiques et Ecosystèmes de fond de Mer, Institut Carnot EDROME, BP 70, 29280 Plouzané, France
© Institute of Geological and Nuclear Sciences Limited, 2012
ISSN 1177-2458 ISBN 978-0-478-19879-9
CONTENTS ABSTRACT ...... III ACKNOWLEDGEMENTS ...... III 1.0 INTRODUCTION ...... 1 2.0 GEOLOGICAL SETTING ...... 4 3.0 SCOPE AND DESCRIPTION OF DATABASE ...... 6 3.1 Overview ...... 6 3.2 Scope and Extent ...... 6 3.3 Workflow and Editing...... 6 3.4 Naming Convention ...... 7 4.0 INTELLECTUAL PROPERTY AND LICENCE ...... 7 5.0 USER REGISTRATION ...... 8 6.0 CONTACT DETAILS OF RELEVANT GOVERNMENT AGENCIES ...... 8 7.0 UNPUBLISHED SURVEY AND PROCESSING REPORTS ...... 9 8.0 PUBLISHED REFERENCES ...... 12 9.0 FULL LICENCE AGREEMENT ...... 17 10.0 SURVEY METADATA ...... 22 10.1 Zoneco 11 ...... 22 10.2 Zoneco 11 HR ...... 23 10.3 Noucaplac 2 ...... 24 10.4 Zoneco 05 ...... 25 10.5 Austradec I ...... 25 10.6 Austradec II ...... 25 10.7 Austradec III ...... 25 10.8 Austradec IV ...... 26 10.9 MOBIL 72 ...... 26 10.10 WNC ...... 26 10.11 Gulfrex ...... 26 10.12 S206 ...... 26 10.13 P703-P704 ...... 27 10.14 SO-36a ...... 28 10.15 46...... 29 10.16 114...... 30 10.17 S177 ...... 31 10.18 232...... 32 10.19 302...... 33 10.20 AR89...... 34 10.21 HF ...... 35 10.22 S107 ...... 36
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10.23 81b...... 37 10.24 81sy ...... 38 10.25 AR90...... 39 10.26 DTB-01 ...... 40 10.27 STRAT09 ...... 41 10.28 REI09 ...... 42 10.29 CNL95a ...... 43 10.30 CNL98 ...... 44 10.31 NZ ...... 45 10.32 GS82 ...... 46 10.33 Sight96 ...... 47 10.34 LHRNR ...... 48 10.35 MOHO ...... 49 10.36 MOHOA ...... 50 10.37 TL-01 ...... 51 10.38 CH89 ...... 52 10.39 RE93...... 53 11.0 LIST OF SEISMIC LINES IN DATABASE ...... 54 12.0 TASMAN FRONTIER SEG-Y DATA ...... 72
FIGURES Figure 1 Location of the Tasman Frontier with bathymetry, names of physiographic features, and maritime boundaries. The outer limits of the extended continental shelf north of the Three Kings Ridge are subject to delimitation between New Zealand, Australia, Vanuatu and France/New Caledonia. Precise boundary locations should be checked with relevant authorities before future work is undertaken...... 2 Figure 2 Location of seismic lines in the Tasman Frontier database. Also shown are drillhole locations relevant to the database...... 3 Figure 3 Example of a line name for data sourced from New Zealand Petroleum and Minerals (NZP&M)...... 7
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ABSTRACT
The Tasman Frontier region is a vast submerged continental fragment of over 3,000,000 sq km between Australia, New Zealand and New Caledonia. It hosts a number of unexplored sedimentary basins, some of which may share a common geological origin with the Taranaki and Gippsland basins, where petroleum production is established. The Tasman Frontier database is a compilation of digital seismic reflection data from the region that are able to be made publicly available, as at March 2012. The database contains c. 100,000 line km of seismic reflection data that have been modified to seg-y format with uniform header information and byte locations of key fields, so that they can be easily loaded into a computer workstation. The project is a collaborative initiative between GNS Science, Geoscience Australia, Service Géologique de Nouvelle-Calédonie (SGNC-DIMENC), Agence de Développement Economique de la Nouvelle-Calédonie (ADECAL), and Institut français de recherche pour l'exploitation de la mer (IFREMER). GNS Science Report 2012/01 contains the database as a supplement and can be obtained from GNS Science (gns.cri.nz). The report outlines the exploration history and geological setting of the region, gives a technical description of the data, and specifies licence terms and registration instructions for users.
ACKNOWLEDGEMENTS We thank Yves Lafoy, Service de la Coopération Régionale of the New Caledonia government, who played a key role in collecting some of these data and then helped to establish and nurture this collaboration. We thank from GNS Science: Craig Jones for help with data management and advice throughout the project; Zoe Juniper for technical review and assistance with online resources; Bryan Davy for technical review; Ray Wood and a number of other staff for encouragement and help with specific data. Hashimoto, Hackney, Higgins and Rollet publish with the permission of the Chief Executive Officer, Geoscience Australia. This project was funded by the respective governments and institutions of the authors, and the scientific collaboration was strengthened by a Fonds Pacifique grant made possible by the government of New Caledonia and the Embassy of France in New Zealand.
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1.0 INTRODUCTION
The Tasman Frontier region lies offshore between eastern Australia, western New Zealand, and New Caledonia. The Tasman Frontier includes crustal components that are thought to have continental affinities: the Lord Howe Rise, Bellona Trough, Challenger Plateau, Dampier Ridge, Middleton Basin, Fairway Basin, New Caledonia Trough, Norfolk Ridge System, Reinga Basin, and deep-water parts of Taranaki and Northland basins (Figure 1). The Tasman Frontier database is a compilation of all publicly available digital seismic reflection data from this region, totalling c. 100,000 line km. We also include data from margins of basins with probable oceanic affinity: Tasman Basin, Norfolk Basin, South Fiji Basin, and South Loyalty Basin. We do not include data from the eastern Australian continental margin, data from north of the Loyalty Islands or the Kenn Plateau, and we only include a subset of data from nearshore New Zealand.
There is currently no petroleum production or discoveries in the remote frontier region covered by this database. Petroleum is produced in the adjacent and contiguous shallow- water parts of Taranaki Basin of New Zealand. Selected seismic lines from Taranaki Basin are included that allow ties to petroleum exploration boreholes.
The earliest relevant geophysical exploration occurred shortly after the conception and widespread acceptance of the theory of plate tectonics in the 1960s. By the mid-1970s, the basic elements of crustal and sedimentary basin structure were determined, and the history of Late Cretaceous and Cenozoic geological events inferred from geophysical cruises and ocean drilling. There has been steady and ongoing re-evaluation and revision of the tectonic and stratigraphic framework since then, but the initial plate-tectonic interpretations have generally stood the test of time and are shown to be largely consistent with later observations.
The 1970’s was a time of heightened petroleum industry activity globally, due to energy crises and the development of a plate tectonic paradigm to guide geophysical exploration. The remote Tasman Frontier region was of specific interest due to the discovery of the giant Maui gas field in adjacent offshore Taranaki Basin, New Zealand, in 1969. Between 1979 and 2010, the Maui field produced 3.3 TCF of gas and 183 mmbbls of liquid petroleum. Petroleum industry interest in the Tasman Frontier waned during the 1980s and has been low since then. Oil prices were too low to make exploration and production in this remote region economic, and there was no nearby market for large gas reserves, or even land for local processing facilities.
The most recent phase of geophysical interest in the region was driven by the United Nations Convention on the Law of the Sea 1982 (UNCLOS), which defines rights over seabed resources. The convention requires each country to provide a minimum level of geological and geophysical evidence to support its submission to the United Nations Commission for the Limits of the Continental Shelf (CLCS). New Zealand, Australia, and France/New Caledonia share a common continental shelf over the Tasman Frontier region and, therefore, have collected new data to support their submissions to the CLCS, and to better understand the potential natural resources in these areas. The Tasman Frontier database (this project) arose from the conclusion of sovereign boundary negotiations and the subsequent common interest in better understanding and utilising natural resources of the region. The database contains c. 100,000 km of seismic lines (Figure 2) and is intended for public distribution under a Creative Commons Attribution licence (see below, Appendix 1).
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Figure 1 Location of the Tasman Frontier with bathymetry, names of physiographic features, and maritime boundaries. The outer limits of the extended continental shelf north of the Three Kings Ridge are subject to delimitation between New Zealand, Australia, Vanuatu and France/New Caledonia. Precise boundary locations should be checked with relevant authorities before future work is undertaken.
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Figure 2 Location of seismic lines in the Tasman Frontier database. Also shown are drillhole locations relevant to the database.
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2.0 GEOLOGICAL SETTING
During the 1960s and 1970s, a geophysical case was made that the Lord Howe Rise may have an underlying ‘continental-type’ crustal structure, whereas marginal basins east of the Norfolk Ridge were related to Cenozoic evolution of Tonga-Kermadec subduction [Brodie, 1964; Karig, 1971; Packham and Falvey, 1971; Shor et al., 1971]. The basic stratigraphic architecture of the region was sampled and inferences of tectonic structure and history confirmed during legs 21 and 30 of the Deep Sea Drilling Project (DSDP) at sites 203-210 and 285-289 [Burns and Andrews, 1973; Packham and Andrews, 1975]. Of particular significance were DSDP sites 206, 207, and 208, which remain the only sites that have sampled strata older than Eocene in age [Burns et al., 1973a; Burns et al., 1973b; c]. This initial work, followed by subsequent detailed studies offshore and of adjacent land areas, has shown that the tectonic history of the Tasman Frontier can be broadly divided into 4 phases:
0 to 50 Ma: Tonga-Kermadec subduction.
50 to 80 Ma: Passive.
80 to 100 Ma: Tasman continental rifting.
100 to >350 Ma: Gondwana subduction margin.
The continental ‘basement’ beneath the bathymetric rises is inferred from dredge samples, seismic velocities, and gravity and magnetic anomalies to be similar to rocks found in New Zealand, New Caledonia, and eastern Australia [Collot et al., 2012; Klingelhoefer et al., 2007; Mortimer, 2004a; b; Mortimer et al., 2008; Sutherland, 1999; Tulloch et al., 1991; Wood and Woodward, 2002]. The Lord Howe Rise and Challenger Plateau are probably mostly composed of rocks referred to as the ‘Western Province’ in New Zealand or the ‘Lachlan’ and ‘New England’ orogens in Australia. They include quartzose metasedimentary rocks and granitoids of Paleozoic age and they represent the eastern edge of Gondwana. Mesozoic coal-bearing sediments similar to those found in eastern Australia, New Caledonia, and New Zealand may also occur within the Tasman Frontier region [Milne and Quick, 1999; Norvick et al., 2008; Suggate, 1990]. Deep-marine arc-derived sediments of Mesozoic age are known in New Caledonia [Cluzel and Meffre, 2002] and marine shelf sediments are known from Papua New Guinea [Brown et al., 1979], but the extent and types of Mesozoic marine sediments are unknown in the Tasman Frontier region. High-amplitude magnetic anomalies and a single dredge sample from the West Norfolk Ridge suggest that the southern New Caledonia Trough is underlain by a fossil arc of late Paleozoic and Mesozoic age that formed along the active margin of Gondwana [Mortimer et al., 1998; Sutherland, 1999]. The geology of New Caledonia and northern New Zealand suggests that the Norfolk Ridge System is underlain by Mesozoic forearc accretionary rocks that formed at the convergent margin of Gondwana [Adams et al., 2009; Aitchison et al., 1998; Cluzel and Meffre, 2002; Cluzel et al., 2010; Mortimer, 2004a].
There was a change in tectonic regime along the Tasman sector of the Gondwanan margin during Cretaceous time, from subduction and convergent processes to widespread rifting and extension. Igneous activity was widespread and of variable type and chemistry during Cretaceous time. Calc-alkaline and adakitic (high Sr/Y) activity with a subduction-related signature is characteristic of the early phase (130-110 Ma), whereas an intra-plate rift setting characterises later activity after c. 100 Ma [Bryan et al., 1997; Cluzel et al., 2010; Higgins et al., 2011; Mortimer et al., 1999; Tulloch et al., 2009]. Late Cretaceous rift basins that contain
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coaly sediment facies overlain by transgressive marine sandstones and mudstones are known in New Zealand, eastern Australia, and New Caledonia. These rocks collectively make up well-known petroleum systems of the productive Gippsland and Taranaki regions [King and Thrasher, 1996; Shanmugam, 1985; Wilkins and George, 2002], and are likely to be present in the Tasman Frontier region [Collot et al., 2009; Herzer et al., 1999; Uruski and Wood, 1991; Uruski, 2008]. The end of widespread rifting in New Zealand, New Caledonia and Australia, and the subsequent transition to passive margin conditions, was approximately contemporaneous with the onset of seafloor spreading in the Tasman Sea and hence formation of the Tasman Basin.
A Late Cretaceous to early Cenozoic seafloor spreading history of the Tasman Basin is inferred from magnetic anomalies [Hayes and Ringis, 1973; Weissel and Hayes, 1972]. Detailed later work has shown that the earliest seafloor spreading may predate chron 34y (83 Ma) east of Tasmania [Royer and Rollet, 1997], but marginal seafloor along much of the western edge of the Lord Howe Rise probably formed during chron 33r (83-79 Ma) [Gaina et al., 1998; Sutherland, 1999]. Seafloor spreading ceased in the central Tasman Basin during chron 24 (53-52 Ma), or very shortly afterwards [Gaina et al., 1998].
There were widespread tectonic changes throughout the Pacific and Indian oceans during the Eocene time interval of 52-43 Ma. New subduction zones formed in the western Pacific and there was a dramatic change in Pacific plate motion that resulted in the Emperor-Hawaii seamount chain bend [Hall et al., 2003; Steinberger et al., 2004]. Deformation, exhumation, and emplacement of ultra-mafic, mafic, and sedimentary allochthons occurred in New Caledonia during Middle and Late Eocene time [Aitchison et al., 1995; Baldwin et al., 2007; Cluzel et al., 2001]. Seismic-stratigraphic evidence shows that the physiography of the New Caledonia Trough was either formed or substantially modified during this Eocene event, though Cretaceous sedimentary basins beneath the trough escaped major Cenozoic convergent deformation in most places [Collot et al., 2008; Sutherland et al., 2010]. Regional deformation and emplacement of allochthons in northern New Zealand occurred later than in New Caledonia or the Norfolk Ridge System, with the onset of major tectonic activity in the south being during Late Oligocene and Early Miocene time (c. 30-20 Ma) [Bache et al., 2012; Herzer, 1995; Herzer et al., 1997; Rait et al., 1991; Stagpoole and Nicol, 2008].
The relative motions of the Australian plate relative to the Pacific plate are precisely known for the period since chron 20 (43 Ma), because the plate boundary south of New Zealand was extensional and a plate circuit through Antarctica can be followed to provide an additional constraint [Sutherland, 1995; Wood et al., 1996]. However, Late Eocene to Recent subduction zone roll-back produced back-arc basins (Loyalty, Norfolk, South Fiji, North Fiji, Havre, Lau) and ridges (Loyalty, Three Kings, Lau-Colville, Tonga-Kermadec, Vanuatu) interpreted as fossil and active arcs east of the Norfolk Ridge System, which may also be intruded by Cenozoic arc rocks [Crawford et al., 2003; Herzer and Mascle, 1996; Herzer et al., 2009; Mortimer et al., 2007; Schellart et al., 2006]. The complexity of basin opening makes local determination of past plate boundary configurations and rates difficult. This backarc region has mostly isolated the submerged continental part of the Tasman Frontier region from Cenozoic subduction-related deformation and volcanism.
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3.0 SCOPE AND DESCRIPTION OF DATABASE
3.1 OVERVIEW
The Tasman Frontier database was prepared by GNS Science in collaboration with Geoscience Australia, Service Géologique de Nouvelle-Calédonie (SGNC-DIMENC), Agence de Développement Economique de la Nouvelle-Calédonie (ADECAL), and Institut français de recherche pour l'exploitation de la mer (IFREMER). It contains seismic-reflection data collected for petroleum industry exploration, maritime boundary determinations (UNCLOS), government assessments, and scientific research. We have reformatted these data into seg- y format with uniform header information and standardised byte location positions of key fields, so that the data can be easily loaded into digital workstations for future research and exploration. GNS Science, Service Géologique de Nouvelle-Calédonie and Geoscience Australia expect to improve and interpret this database. A formal registration of usage with GNS Science will allow users to access these updates, interpretations, supplementary data, and other related data and products (section 5.0).
3.2 SCOPE AND EXTENT
The primary focus of the Tasman Frontier project has been compilation of all available open- file digital seismic reflection data from the submerged continental region, though we have included data from adjacent areas if available (Figure 1 and Figure 2). The Tasman Frontier database contains legacy data acquired for a variety of purposes (industry, research, UNCLOS) over a period of c. 40 years, and some paper records were digitised so that they could be included.
The most derived processing products (e.g. migrated data) have been selected for addition to the database, but in some cases only stacked data are available. Data quality is highly variable. Due to the regional scale and inclusion of a wide variety of legacy data in the database, no attempt was made to reconcile issues of data quality or processing variability. The primary goal of the project was to produce uniform seg-y files with standardised headers and internal format that could be used for regional correlation and interpretation. The database is not suitable for fine scale, high-resolution petroleum prospect and play interpretation.
Metadata associated with specific surveys is given in section 10.0. This information is of variable completeness and intended to assist with future work. A full list of lines with shot point and CDP range information is given in section 11.0.
3.3 WORKFLOW AND EDITING • Load into Schlumberger IESX Geoframe 4.2. • Check navigation and rectify issues. Data were originally in different projection systems, but all lines were transformed to UTM59S. • Merge data with checked navigation and export in SEG-Y format. • Shift byte locations of header fields to industry standard Rev 1 SEG-Y using Globe Claritas seismic processing software (developed by GNS Science).
EBCDIC headers (e.g. section 12.0) contain metadata that includes trace header byte locations and a reference to the licence terms (section 9.0).
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3.4 NAMING CONVENTION
Each seismic line name is subdivided by dash and underscore characters. The final section of the name specifies the country of origin (‘nz’: New Zealand; ‘nc’: New Caledonia; ‘ga’: Australia), and hence defines the contact details for further information (section 6.0). In general, the earlier section of the line name is the original line name of the provider. However, lines in this dataset that were sourced from New Zealand Petroleum and Minerals (NZP&M) have additional information systematically incorporated into the name (Figure 3).
81b-08-2174-matched_nz
Survey Line Name Petroleum Report Class and country 81b 08 2174 Matched nz
Figure 3 Example of a line name for data sourced from New Zealand Petroleum and Minerals (NZP&M).
4.0 INTELLECTUAL PROPERTY AND LICENCE
This report and database is distributed by GNS Science, in collaboration with Service Géologique de Nouvelle-Calédonie and Geoscience Australia, under the terms of a Creative Commons Attribution-ShareAlike 3.0 New Zealand (CC BY-SA 3.0 NZ) licence. Use of this project implies acceptance of the licence terms (section 9.0). Additional information about specific surveys and associated intellectual property may be obtained by contacting a representative from the relevant country of origin (defined by last 2 characters in line name).
The licence means that you are permitted to copy, distribute and transmit the work to others; and adapt the work and make commercial use of it; but only under the following conditions:
Attribution — You must, at minimum, attribute the work to:
“Tasman Frontier database, GNS Science Report 2012/01”
Or, preferably, fully reference the work in the form:
Sutherland, R.; Viskovic, P.; Bache, F.; Stagpoole, V.; Collot, J.; Rouillard, P.; Hashimoto, T.; Hackney, R.; Higgins, K.; Rollet, N.; Patriat, M.; Roest, W.R.; 2012. Compilation of seismic reflection data from the Tasman Frontier region, southwest Pacific, GNS Science Report 2012/01. 72 p.
AND: You must ‘Share Alike’ — If you alter, transform, or build upon this work, you may distribute the resulting work only under the same or similar license to this one.
AND: For reuse or distribution, you must make clear to others the license terms of this work.
AND: You must not in any way suggest that the authors endorse you or your use of the work.
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5.0 USER REGISTRATION
Users of this report and database are encouraged to register their use at the website: www.gns.cri.nz/Tasman-Frontier
Registration will be used to provide users with information about data updates, supplementary data (e.g. political boundaries, seismic reflector interpretations, recent publications, etc.), and related products (e.g. interpretations) and data.
6.0 CONTACT DETAILS OF RELEVANT GOVERNMENT AGENCIES
For line names ending “..._nz”, further information can be obtained from New Zealand:
Email: [email protected] Web: www.gns.cri.nz Postal: Resources Division GNS Science PO Box 30-368 Lower Hutt 5040 New Zealand
For line names ending “..._nc”, further information can be obtained from New Caledonia:
Email: [email protected] Web: www.dimenc.gouv.nc (>Geologie) Postal: Service Géologique de Nouvelle-Calédonie Direction de l’Industrie, des Mines et de l’Energie de Nouvelle Calédonie B.P. 465 98845 Nouméa New Caledonia
OR
Web: www.zoneco.nc Web: www.adecal.nc Postal: Programme ZoNéCo Agence de Développement Economique de la Nouvelle-Calédonie B.P. 2384 98845 Nouméa New Caledonia
For line names ending “..._ga”, information can be obtained from Geoscience Australia:
Email: [email protected] Web: www.ga.gov.au Postal: Geoscience Australia Data Repository GPO Box 378 Canberra ACT 2601 Australia
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7.0 UNPUBLISHED SURVEY AND PROCESSING REPORTS
Australian Geological Survey Organisation (1992), AGSO Marine Survey 114, Seismic log. Unpublished.
Australian Geological Survey Organisation (1996), AGSO Marine RV Rig Seismic Survey 177, Lord Howe Rise, Norfolk Ridge, Part 1, Navigational data logs. Unpublished, 243p.
Australian Geological Survey Organisation (1998), AGSO Marine RV Rig Seismic Survey 206, Lord Howe Rise/New Caledonia Survey, Volume 1, Lines seq 206/001-206/011. Unpublished, 274p.
Auzende, J.-M., N. Exon, and S. Party (1999), Rapport de mission de la campagne ZoNéCo 5 (14 octobre - 7 novembre 1999), 1-74 pp, IFREMER.
Bernardel, G., Y. Lafoy, S. van de Beuque, F. Missegue, and A. Nercessian (1999), Preliminary results from AGSO Law of the Sea Cruise 206: an Australian/French collaborative deep-seismic marine survey in the Lord Howe Rise/New Caledonia region. Australian Geological Survey Organisation Record 1999/14, Australian Geological Survey Organisation, Canberra, 37p.
Bureau of Mineral Resources Geology and Geophysics (1985), Seismic events and tape list, Survey 46, Lord Howe Rise.
Cosquer, E. (2006), Nature of BSRs in the Fairway Basin (New Caledonia): Results of a high resolution geophysical study - Zonéco 11, edited by IFREMER, IFREMER.
Exon, N., P. Hill, Y. Lafoy, M. Fellows, K. Perry, and P. Mitts (2001), Geophysics, geochemistry and sedimentology associated with a large inferred gas hydrate deposit, eastern Lord Howe Rise, Tasman Sea (FAUST 3, Geoscience Australia Cruise 232), Cruise summary, RV Franklin FR09/01, CSIRO Marine Research, Hobart, 20p.
Extraplac (2005), Rapport de mission - Campagne Noucaplac-2, 1-71 pp.
Fugro Robertson Inc (2007), Shipborne Gravity, Magnetic and Bathymetric Survey Data Processing Report, GA302 Capel and Faust Basins, Offshore Australia, February 2007. Unpublished report prepared for Geoscience Australia, 84p.
Fugro Seismic Imaging (2006), Seismic Data Processing Report, GA 2006 Reprocessing, Lord Howe Rise, New Caledonia RTF2005/2748, Offshore Eastern Australia, February 2006, 29 pp., Unpublished report prepared for Geoscience Australia.
Fugro Seismic Imaging (2007), Seismic Data Processing Report, Capel and Faust Basins 2D Pre Stack, September 2007. Unpublished report prepared for Geoscience Australia, 41 pp.
Klingelhoefer, F., and E. Cosquer (2005), Zoneco 11 (8 sept. - 5 oct. 2004) - Modélisation des données sismique grande-angle - Rapport d'interprétation, edited, pp. 1-38, IFREMER.
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Lafoy, Y., S. van de Beuque, F. Missegue, A. Nercessian, and G. Bernadel (1998), Campagne de sismique multitrace entre la marge Est Australienne et le Sud de l'arc des Nouvelles-Hébrides - Rapport de la campagne RIG SEISMIC 206 (21 avril - 24 mai 1998) - Programme FAUST, 1-40 pp.
Lafoy, Y., L. Géli, R. Vially, F. Klingelhoefer, H. Nouzé, Y. Auffret, J. Bégot, D. Buisson, J. Collot, E. Cosquer, et al. (2004), Rapport de mission de la campagne ZoNéco 11 de sismique lourde (multitrace, réfraction, haute résolution) à bord du N/O L'Atalante ( 8 sept. - 5 oct. 2004) - Volume texte, 1-147 pp, Programme ZoNeCo.
Loubrieu, B., W. Roest, and S. Party (2004), Rapport de mission de la campagne Noucaplac- 2 de sismique lourde à bord du N/O L'Atalante - Programme EXTRAPLAC, IFREMER.
Marshall, J., D. Feary, H. Zhu, and a. t. S. Party (1994), Geological framework of the southern Lord Howe Rise/West Norfolk Ridge Region, Project 121.30, Post cruise report, Rig Seismic Survey 114. Australian Geological Survey Organisation Record 1994/65, Australian Geological Survey Organisation, Canberra., 31p., 12 figures.
Ministry of Economic Development (1973), Basic geophysical data from M.V. Gulfrex Cruises 94 – 98. 1973. Wellington: Ministry of Economic Development, unpublished petroleum report, 614.
Ministry of Economic Development (1989a), Final report of operations and field work, Marine Geophysical Survey, Offshore Taranaki. PPL38446. 1989. Wellington: Ministry of Economic Development, unpublished petroleum report, 1475, 131p, 141 enclosures.
Ministry of Economic Development (1989b), Seismic reprocessing for HF lines PPL38439 PPL38451 PPL38452. 1989. Wellington: Ministry of Economic Development, unpublished petroleum report 1963(PR1963), 33p, 60 enclosures.
Ministry of Economic Development (1989c), Seismic survey PPL38107 (P10789 - S107 lines). 1989. Wellington: Ministry of Economic Development, unpublished petroleum report, 1977, 28p, 48 enclosures.
Ministry of Economic Development (1990), Final report of operations and field work, Taranaki Basin. PPL38445. 1990. seismic survey. 1990. Wellington: Ministry of Economic Development, unpublished petroleum report, 1628, 200p, 253 enclosures.
Ministry of Economic Development (1993a), Marine seismic survey, PEP 38602, offshore Northland, CNL98 lines, unpublished petroleum report, 2174, 80p, 15 enclosures.
Ministry of Economic Development (1993b), Reprocessing Programme, Northland Basin, PEP38602. 1993. Wellington: Ministry of Economic Development, unpublished petroleum report, 2371, 216p, 277 enclosures.
Ministry of Economic Development (2001), TGS NOPEC 2001 Astrolabe seismic survey. Wellington: Ministry of Economic Development, unpublished petroleum report, 2847, 301p.
Ministry of Economic Development (2002), PEP38729 / PEP38478 2002 Reprocessing report. 2002. Wellington: Ministry of Economic Development, unpublished petroleum report, 2863, 21p, 34 enclosures.
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Ministry of Economic Development (2004), PEP38615 Reprocessing Report. 2004. Wellington: Ministry of Economic Development, unpublished petroleum report 3054, 15p, 116 enclosures.
Ministry of Economic Development (2009), Stratus and Reinga 2D PSTM processing 2009 Tasman Sea and Reinga, New Zealand seismic data processing report, unpublished petroleum report, 4060, 440p.
Multiwave (2007), Geoscience Australia, Capel and Faust Basin, Australia, MGC Job No. 6283, Final survey report, M/V Pacific Titan, November 2006 to January 2007. Unpublished report prepared for Geoscience Australia, 102p.
Nouzé, H., Y. Lafoy, L. Géli, F. Klingelhoefer, and Z. c. party (2005), First results of a high resolution seismic study of a Bottom Simulating Reflector in the Fairway Basin, offshore New Caledonia, in Fifth International Conference on Gas Hydrates (ICGH 5), edited, Trondheim, Norway.
O’Grady, L. (2001), Survey 232, Lord Howe Rise, November/December 2001, Survey report. Geoscience Australia, Canberra, unpublished, 29p.
Parisi, A., M. O’Connor, R. Hallett, and C. Penney (1990), BMR Survey 46, Lord Howe Rise, Explanatory notes to accompany release of non-seismic data. Bureau of Mineral Resources Record 1990/37, Bureau of Mineral Resources, Geology and Geophysics, Canberra, 13.
Ramsay, D. C., R. H. Herzer, and P. M. Barnes (1997), Continental shelf delineation in the Lord Howe Rise and Norfolk Ridge regions: Law of the Sea Survey 177, Part 1, Preliminary results. Australian Geological Survey Organisation Record 1997/54, Australian Geological Survey Organisation, Canberra, 33.
Robertson Research Australia (1998), Processing Report, Lord Howe Rise/Three Kings Ridge AGSO Survey 177, Tasman Sea, April 1998. Unpublished report prepared for Australian Geological Survey Organisation, 26.
Robertson Research Australia (1999), Processing Report, Survey S206, Northern Lord Howe Rise/New Caledonia Region, May 1999. Unpublished report prepared for Australian Geological Survey Organisation and Ifremer, 21.
Robertson Research Australia (2000), East Australian Basins 2000 Reprocessing Report. Unpublished report prepared for Australian Geological Survey Organisation, 36.
Vially, R., and F. Benard (2001), Potentiel pétrolier de l'offshore de Nouvelle-Calédonie (et évaluation des hydrates de gaz dans le bassin de Fairway), in Rapport régional d'évaluation pétrolière, edited by IFP, p. 169, IFP.
Vially, R., and Y. Lafoy (2005), Principales conclusions sur le potentiel pétrolier des bassins de Nouvelle-Calédonie et de Fairway à la lumière des résultats de la campagne ZoNéCo-11, in Rapport régional d'évaluation pétrolière, edited by IFP.
Vially, R., and Y. Lafoy (2008), Synthèse du potentiel pétrolier de la Nouvelle-Calédonie, in Rapport régional d'évaluation pétrolière, edited by ZoNéco, p. 169, IFP.
GNS Science Report 2012/01 11
Whitworth, R., J. B. Willcox, and a. t. S. Party (1985), Rig Seismic Research Cruise 1: Lord Howe Rise, Southwest Pacific Ocean. Bureau of Mineral Resources, Geology and Geophysics Report 266, Australian Government Publishing Service, Canberra, 18p., 11 enclosure.
8.0 PUBLISHED REFERENCES
Adams, C. J., D. Cluzel, and W. L. Griffin (2009), Detrital-zircon ages and geochemistry of sedimentary rocks in basement Mesozoic terranes and their cover rocks in New Caledonia, and provenances at the Eastern Gondwanaland margin, Australian Journal of Earth Sciences, 56(8), 1023-1047.
Aitchison, J., G. L. Clarke, S. Meffre, and D. Cluzel (1995), Eocene arc-continent collision in New Caledonia and implications for regional Southwest Pacific tectonic evolution, Geology, 23(2), 161-164.
Aitchison, J. C., T. R. Ireland, G. L. Clarke, D. Cluzel, A. M. Davis, and S. Meffre (1998), Regional implications of U/Pb SHRIMP age constraints on the tectonic evolution of New Caledonia, Tectonophysics, 299(4), 333-343.
Avedik, F., A. Hirn, V. Renard, R. Nicolich, J. L. Olivet, and M. Sachpazi (1996), "Single- bubble" marine source offers new perspectives for lithospheric exploration, Tectonophysics, 267(1-4), 57-71.
Bache, F., R. Sutherland, V. Stagpoole, R. Herzer, J. Collot, and P. Rouillard (2012), Stratigraphy of the southern Norfolk Ridge and the Reinga Basin: a record of initiation of Tonga-Kermadec-Northland subduction in the southwest Pacific, Earth and Planetary Science Letters, 321-322, 41-53.
Baldwin, S. L., T. Rawling, and P. G. Fitzgerald (2007), Thermochronology of the New Caledonian high-pressure terrane: Implications for middle Tertiary plate boundary processes in the southwest Pacific, Geological Society of America Special Paper, 419, 117-134
Brodie, I. W. (1964), Bathymetry of the New Zealand region, Department of Scientific and Industrial Research Bulletin, 161, 55.
Brown, C. M., C. J. Pigram, and S. K. Skwarko (1979), Mesozoic stratigraphy and geological history of Papua New Guinea, Palaeogeography, Palaeoclimatology, Palaeoecology, 29(0), 301-322.
Bryan, S. E., A. E. Constantine, C. J. Stephens, A. Ewart, R. W. Schon, and J. Parianos (1997), Early Cretaceous volcano-sedimentary successions along the eastern Australian continental margin: Implications for the break-up of eastern Gondwana, Earth and Planetary Science Letters, 153(1-2), 85-102.
Burns, R. E., and J. E. Andrews (1973), Regional aspects of deep sea drilling in the southwest Pacific, in Initial Reports of the Deep Sea Drilling Project, Volume 21, edited by R. E. Burns, et al., pp. 897-906, U.S. Government Printing Office, Washington, USA.
12 GNS Science Report 2012/01
Burns, R. E., J. E. Andrews, G. J. van der Lingen, M. Churkin, J. S. Galehouse, G. H. Packham, T. A. Davies, J. P. Kennett, P. Dumitrica, A. R. Edwards, et al. (1973a), Site 207, Initial Reports of the Deep Sea Drilling Project, 21, 197-214.
Burns, R. E., J. E. Andrews, G. J. van der Lingen, M. Churkin, J. S. Galehouse, G. H. Packham, T. A. Davies, J. P. Kennett, P. Dumitrica, A. R. Edwards, et al. (1973b), Site 208, Initial Reports of the Deep Sea Drilling Project, 21, 271-281.
Burns, R. E., J. E. Andrews, G. J. van der Lingen, M. Churkin, J. S. Galehouse, G. H. Packham, T. A. Davies, J. P. Kennett, P. Dumitrica, A. R. Edwards, et al. (1973c), Site 206, Initial Reports of the Deep Sea Drilling Project, 21, 103-125.
Cluzel, D., J. C. Aitchison, and C. Picard (2001), Tectonic accretion and underplating of mafic terranes in the late Eocene intraoceanic fore-arc of New Caledonia (Southwest Pacific): geodynamic implications, Tectonophysics, 340(1/2), 23-59.
Cluzel, D., and S. Meffre (2002), The Boghen terrane (New Caledonia, SW Pacific): a Jurassic accretionary complex. Preliminary U-Pb radiochronological data on detrital zircon, Comptes Rendus Geoscience, 334(11), 867-874.
Cluzel, D., C. J. Adams, S. Meffre, H. Campbell, and P. Maurizot (2010), Discovery of Early Cretaceous Rocks in New Caledonia: New Geochemical and U-Pb Zircon Age Constraints on the Transition from Subduction to Marginal Breakup in the Southwest Pacific, Journal of Geology, 118(4), 381-397.
Collot, J., L. Géli, Y. Lafoy, R. Vially, D. Cluzel, F. Klingelhöefer, and H. Nouzé (2008), Tectonic history of northern New Caledonia Basin from deep offshore seismic reflection: relation to late Eocene obduction in New Caledonia, Southwest Pacific, Tectonics, 27, doi:10.1029/2008TC02263.
Collot, J., R. H. Herzer, Y. Lafoy, and L. Géli (2009), Mesozoic history of the Fairway - Aotea Basin: implications regarding the early stages of Gondwana fragmentation, Geochemistry Geophysics Geosystems, 10(Q12019), doi: 10.1029/2009GC002612.
Collot, J., M. Vendé-Leclerc, P. Rouillard, Y. Lafoy, and L. Géli (2012), Map helps unravel complexities of the southwestern Pacific Ocean, EOS, TRANSACTIONS AMERICAN GEOPHYSICAL UNION, 93, 1, doi:10.1029/2012EO010001
Crawford, A. J., S. Meffre, and P. Symonds (2003), 120 to 0 Ma tectonic evolution of the southwest Pacific and analogous geological evolution of the 600 to 220 Ma Tasman Fold Belt System, Geological Society of Australia Special Publication, 22, 377-397.
Gaina, C., D. R. Mueller, J.-Y. Royer, J. Stock, J. L. Hardebeck, and P. Symonds (1998), The tectonic history of the Tasman Sea; a puzzle with 13 pieces, Journal of Geophysical Research, 103(6), 12,413-412,433.
Hall, C. E., M. Gurnis, M. Sdrolias, L. L. Lavier, and R. D. Mueller (2003), Catastrophic initiation of subduction following forced convergence across fracture zones, Earth and Planetary Science Letters, 212(1-2), 15-30.
Hayes, D. E., and J. Ringis (1973), Seafloor spreading in the Tasman Sea, Nature, 243, 454- 458.
GNS Science Report 2012/01 13
Herzer, R. H. (1995), Seismic stratigraphy of a buried volcanic arc, Northland, New Zealand and implications for Neogene subduction, Marine and Petroleum Geology, 12(5), 511- 531.
Herzer, R. H., and J. Mascle (1996), Anatomy of a continent-backarc transform - The Vening Meinesz fracture zone northwest of New Zealand, Marine Geophysical Researches, 18(2-4), 401-427.
Herzer, R. H., G. C. H. Chaproniere, A. R. Edwards, C. J. Hollis, B. Pelletier, J. I. Raine, G. H. Scott, V. Stagpoole, C. P. Strong, P. Symonds, et al. (1997), Seismic stratigraphy and structural history of the Reinga Basin and its margins southern Norfolk Ridge system, New Zealand Journal of Geology and Geophysics, 40, 425-451.
Herzer, R. H., R. Sykes, S. D. Killops, R. H. Funnell, D. R. Burggraf, J. Townend, J. I. Raine, and G. J. Wilson (1999), Cretaceous carbonaceous rocks from the Norfolk Ridge system, Southwest Pacific: implications for regional petroleum potential, New Zealand Journal of Geology and Geophysics, 42(1), 57-73.
Herzer, R. H., B. W. Davy, N. Mortimer, P. G. Quilty, G. C. H. Chaproniere, C. M. Jones, A. J. Crawford, and C. J. Hollis (2009), Seismic stratigraphy and structure of the Northland Plateau and the development of the Vening Meinesz transform margin, SW Pacific Ocean, Marine Geophysical Researches, 30(1), 21-60.
Higgins, K., T. Hashimoto, G. Fraser, N. Rollet, and J. B. Colwell (2011), Ion microprobe (SHRIMP) U-Pb dating of Upper Cretaceous volcanics from the northern Lord Howe Rise, Tasman Sea, Australian Journal of Earth Sciences, 58, 195-207.
Karig, D. E. (1971), Origin and development of marginal basins in the western Pacific, Journal of geophysical research, 76, 2542-2561.
King, P. R., and G. P. Thrasher (1996), Cretaceous-Cenozoic geology and petroleum systems of the Taranaki Basin, New Zealand, 243 pp., Institute of Geological and Nuclear Sciences Limited, Lower Hutt, New Zealand.
Klingelhoefer, F., Y. Lafoy, J. Collot, E. Cosquer, L. Geli, H. Nouze, and R. Vially (2007), Crustal structure of the basin and ridge system west of New Caledonia (southwest Pacific) from wide-angle and reflection seismic data, Journal Of Geophysical Research-Solid Earth, 112(B11).
Milne, A., and R. Quick (1999), Wakanui-1 well completion report PEP 38602, Ministry of Commerce, Wellington.
Mortimer, N., R. H. Herzer, P. B. Gans, D. L. Parkinson, and D. Seward (1998), Basement geology from Three Kings Ridge to West Norfolk Ridge, Southwest Pacific Ocean; evidence from petrology, geochemistry and isotopic dating of dredge samples, Marine Geology, 148(3-4), 135-162.
Mortimer, N., A. J. Tulloch, R. N. Spark, N. W. Walker, E. Ladley, A. Allibone, and D. L. Kimbrough (1999), Overview of the Median Batholith, New Zealand; a new interpretation of the geology of the Median Tectonic Zone and adjacent rocks, Journal of African Earth Sciences, 29(1), 257-268.
14 GNS Science Report 2012/01
Mortimer, N. (2004a), New Zealand's geological foundations, Gondwana Research, 7, 261- 272.
Mortimer, N. (2004b), Basement gabbro from the Lord Howe Rise, New Zealand journal of geology and geophysics, 47(3), 501-507.
Mortimer, N., R. H. Herzer, P. B. Gans, C. Laporte-Magoni, A. T. Calvert, and D. Bosch (2007), Oligocene–Miocene tectonic evolution of the South Fiji Basin and Northland Plateau, SW Pacific Ocean: Evidence from petrology and dating of dredged rocks, Marine Geology, 237 1-24.
Mortimer, N., F. Hauff, and A. T. Calvert (2008), Continuation of the New England Orogen, Australia, beneath the Queensland Plateau and Lord Howe Rise, Australian Journal of Earth Sciences, 55(2), 195-209; doi: 110.1080/08120090701689365.
Norvick, M. S., R. P. Langford, N. Rollet, T. Hashimoto, K. L. Earl, and M. P. Morse (2008), New insights into the evolution of the Lord Howe Rise (Capel and Faust basins), offshore eastern Australia, from terrane and geophysical data analysis, in Eastern Australasian Basins Symposium III: Energy security for the 21st century, edited by J. E. Blevin, et al., pp. 291-310, Petroleum Exploration Society of Australia Special Publication.
Nouzé, H., E. Cosquer, J. Collot, J.-P. Foucher, F. Klingelhoefer, Y. Lafoy, and L. Géli (2009), Geophysical characterization of bottom simulating reflectors in the Fairway Basin (off New Caledonia, Southwest Pacific), based on high resolution seismic profiles and heat flow data, Marine Geology, 266(1-4), 80-90.
Packham, G. H., and D. A. Falvey (1971), An hypothesis for the formation of marginal basins in the western Pacific, Tectonophysics, 11, 79-109.
Packham, G. H., and J. E. Andrews (1975), Introduction and Principal Results: Leg 30 Deep Sea Drilling Project, Initial Reports of the Deep Sea Drilling Project, 30, 3-12, doi:10.2973/dsdp.proc.2930.2101.1975.
Rait, G., F. Chanier, and D. W. Waters (1991), Landward- and seaward-directed thrusting accompanying the onset of subduction beneath New Zealand, Geology, 19(3), 230- 233.
Royer, J. Y., and N. Rollet (1997), Plate-tectonic setting of the Tasmanian region, Australian Journal of Earth Sciences, 44(5), 543-560.
Schellart, W. P., G. S. Lister, and V. G. Toy (2006), A Late Cretaceous and Cenozoic reconstruction of the Southwest Pacific region: Tectonics controlled by subduction and slab rollback processes, Earth-Science Reviews, 76(3-4), 191-233.
Shanmugam, G. (1985), Significance of coniferous rain forests and related organic-matter in generating commercial quantities of oil, Gippsland Basin, Australia, Aapg Bulletin- American Association of Petroleum Geologists, 69(8), 1241-1254.
Shor, G. G., H. K. Kirk, and H. W. Menard (1971), Crustal structure of the Melanesian Area, Journal of Geophysical Research - Solid Earth, 76(11), 2562-2586.
GNS Science Report 2012/01 15
Stagpoole, V., and A. Nicol (2008), Regional structure and kinematic history of a large subduction back thrust: Taranaki Fault, New Zealand, Journal Of Geophysical Research-Solid Earth, 113(B1).
Steinberger, B., R. Sutherland, and R. J. O'Connell (2004), Prediction of Emperor-Hawaii seamount locations from a revised model of global plate motion and mantle flow, Nature, 430, 167-173.
Suggate, R. P. (1990), Coal ranks in Permian―Lower cretaceous rocks of New Zealand, New Zealand journal of geology and geophysics, 33, 163-172.
Sutherland, R. (1995), The Australia-Pacific boundary and Cenozoic plate motions in the SW Pacific; some constraints from Geosat data, Tectonics, 14(4), 819-831.
Sutherland, R. (1999), Basement geology and tectonic development of the greater New Zealand region; an interpretation from regional magnetic data, Tectonophysics, 308(3), 341-362.
Sutherland, R., J. Collot, Y. Lafoy, G. A. Logan, R. Hackney, V. Stagpoole, C. Uruski, T. Hashimoto, K. Higgins, R. H. Herzer, et al. (2010), Lithosphere delamination with foundering of lower crust and mantle caused permanent subsidence of New Caledonia Trough and transient uplift of Lord Howe Rise during Eocene and Oligocene initiation of Tonga-Kermadec subduction, western Pacific, Tectonics, 29.
Tulloch, A. J., D. L. Kimbrough, and R. A. Wood (1991), Carboniferous granite basement dredged from a site on the southwest margin of the Challenger Plateau, Tasman Sea, New Zealand Journal of Geology and Geophysics, 34(2), 121-126.
Tulloch, A. J., J. Ramezani, N. Mortimer, J. Mortensen, P. van den Bogaard, and R. Maas (2009), Cretaceous felsic volcanism in New Zealand and Lord Howe Rise (Zealandia) as a precursor to final Gondwana break-up, in Extending a continent : architecture, rheology and heat budget. Geological Society special publication. 321, edited by U. Ring and B. Wernicke, pp. 89-118, Geological Society, London.
Uruski, C., and R. Wood (1991), A new look at the New Caledonia Basin, an extension of the Taranaki Basin, offshore North Island, New Zealand, Marine and Petroleum Geology, 8, 379-391.
Uruski, C. I. (2008), Deepwater Taranaki Basin, New Zealand: Structural development and petroleum potential, Exploration geophysics, 39, 94-107.
Weissel, J. K., and D. E. Hayes (1972), Evolution of the Tasman Sea reappraised, Earth and Planetary Science Letters, 36, 77-84.
Wilkins, R. W. T., and S. C. George (2002), Coal as a source rock for oil: a review, International Journal of Coal Geology, 50(1-4), 317-361.
Wood, R., and D. Woodward (2002), Sediment thickness and crustal structure of offshore western New Zealand from 3D gravity modelling, New Zealand Journal of Geology and Geophysics, 45(2).
Wood, R. A., G. Lamarche, R. H. Herzer, J. Delteil, and B. Davy (1996), Paleogene seafloor spreading in the southeast Tasman Sea, Tectonics, 15, 966-975.
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10.0 SURVEY METADATA
10.1 ZONECO 11
Field data were acquired by IFREMER in the frame of the ZoNeCo program funded by ADECAL (Agence de developpement Economique de la Nouvelle-Caledonie) and processed onboard. Seismic profiles 1 and 7 were doubled with seismic refraction acquisition (OBS) which is why the source is a "single bubble" [Avedik et al., 1996].
Table 10.1
Description ZoNeCo-11 Chief scientist Dr. Y. Lafoy (Service Géologique Nouvelle Calédonie - DIMENC) Data recorded by: IFREMER Date recorded: September 2004 Vessel: R/V L'Atalante Seismic source:- Single Bubble - bolt / mini GI Pressure/Volume: N/A Depth: 20 m Shot interval: 150 m
Recording system:- SERCEL Format: SEG-D Record length: N/A Sample interval: 2 ms resampled to 4 ms Filters N/A
Streamer:- SERCEL Streamer length: 4500 m Streamer depth: 15 m Number of groups: 360 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
22 GNS Science Report 2012/01
10.2 ZONECO 11 HR
Field data were acquired by IFREMER in the frame of the ZoNeCo program funded by ADECAL (Agence de developpement Economique de la Nouvelle-Caledonie) and processed onboard.
Table 10.2
Description ZoNeCo 11 HR Chief scientist Dr. H. Nouzé (Ifremer) Data recorded by: IFREMER Date recorded: September 2004 Vessel: R/V L'Atalante Seismic source:- First peak - mini GI gun Pressure/Volume: N/A Depth: 3 m Shot interval: 25 m
Recording system:- SERCEL Format: SEG-D Record length: N/A Sample interval: 2 ms resampled to 4 ms Filters N/A
Streamer:- SERCEL Streamer length: 3250 m Streamer depth: 3 m Number of groups: 264 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
GNS Science Report 2012/01 23
10.3 NOUCAPLAC 2
Field data were acquired by IFREMER in the frame of the EXTRAPLAC program (French UNCLOS) and processed onboard. The source is "single bubble" [Avedik et al., 1996].
Table 10.3
Description Noucaplac 2 Chief scientist B. Loubrieu (Ifremer) Data recorded by: IFREMER Date recorded: August 2004 Vessel: R/V L'Atalante Seismic source:- Single Bubble - bolt / mini GI * Pressure/Volume: N/A Depth: 15 m Shot interval: 75 m
Recording system:- SERCEL Format: SEG-D Record length: N/A Sample interval: 2 ms resampled to 4 ms Filters N/A
Streamer:- SERCEL Streamer length: 4500 m Streamer depth: 15 m Number of groups: 360 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
24 GNS Science Report 2012/01
10.4 ZONECO 05
Field data were acquired by IFREMER in the frame of the ZoNeCo program funded by ADECAL (Agence de developpement Economique de la Nouvelle-Caledonie) and processed onboard.
Table 10.4
Description ZoNeCo 5 Chief scientist Dr. J-M. Auzende (Ifremer) Data recorded by: IFREMER Date recorded: 1995 Vessel: R/V L'Atalante Seismic source:- first peak / mini GI gun Pressure/Volume: N/A Depth: 10 m Shot interval: 50 m
Recording system:- SERCEL Format: SEG-D Record length: N/A Sample interval: N/A Filters N/A
Streamer:- SERCEL Streamer length: 600 m Streamer depth: 7 m Number of groups: 6 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
10.5 AUSTRADEC I
Field data were acquired by CEPM in 1972. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.6 AUSTRADEC II
Field data were acquired by CEPM in 1973. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.7 AUSTRADEC III
Field data were acquired by CEPM in 1975. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
GNS Science Report 2012/01 25
10.8 AUSTRADEC IV
Field data were acquired by CEPM in 1976. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.9 MOBIL 72
Field data were acquired by Mobil Inc. in 1972. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.10 WNC
Field data were acquired by Elf in 1981. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.11 GULFREX
Field data were acquired by Australian Gulf Oil Corporation in 1972. Paper copies of profiles were digitized into seg-y format by Geonumeric for SGNC in 2010. Data are single-channel.
10.12 S206
Field data were acquired by the Australian Geological Survey Organisation (AGSO) crew aboard R/V Rig Seismic from April to May 1998. A total of 4543.250 kilometres, consisting of 4 lines, of 2D seismic data was processed. S206 was acquired in the framework of the FAUST program (French Australian Seismic Transect) and the survey is also known as FAUST 1.
Table 10.5
Description S206 Data recorded by: AGSO Date recorded: April - May 1998 Vessel: R/V Rig Seismic Seismic source:- HGS sleeve guns Pressure/Volume: 1800 psi / 3000 cu in Depth: 10 metres average Shot interval: 50 metres
Recording system:- AGSO Format: SEG-Y – AGSO modified Record length: 16 seconds Sample interval: 4 milliseconds Filters Low : 5 Hz at 12 dB/Oct High : 103Hz at 550dB/Oct Streamer:- Streamer length: varying from 2800 to 3500 metres Streamer depth: 10 metres average Number of groups: varying from 224 to 280 Near group number: 1 Group interval: 12.5 metres Near group offsets: varying from 150 to 186 metres
26 GNS Science Report 2012/01
10.13 P703-P704
Seismic data originally acquired by Shell Internationale Petroleum Maatschappij N.V. as part of a series of reconnaissance transect surveys across the offshore Australian and southwestern Pacific regions. The data were subsequently reprocessed for Geoscience Australia by Robertson Research Australia (2000).
Table 10.6
Description P703, P704 Data recorded by: Shell Internationale Petroleum Maatschappij N.V. Date recorded: 1971 Vessel: M/V Petrel Seismic source:- Airgun array Pressure/Volume: 140ATM/390 cu in Depth: 8.5 metres average Shot interval: 50 metres
Recording system:- Format: SEG-A Record length: 6 seconds Sample interval: 4 milliseconds Filters unknown
Streamer:- Streamer length: 2400 metres Streamer depth: 16 metres average Number of groups: 24 Near group number: 1 Group interval: 100 metres Near group offsets: 366 to 450 metres
GNS Science Report 2012/01 27
10.14 SO-36A
Seismic data were acquired by Bundesanstalt für Geowissenschaften und Rohstoffe (BGR), Germany, and the Bureau of Mineral Resources, Geology and Geophysics (BMR) crew aboard R/V Sonne during 1985. A total of 3660 km of 2D reflection data over a ENE-WSW grid. The data were subsequently reprocessed in 1999.
Table 10.7
Description SO-36a Data recorded by: BGR/BMR Date recorded: 1985 Vessel: R/V Sonne Seismic source:- Pressure/Volume: Airgun array Depth: 25.6 litres Shot interval: N/A
Recording system:- Format: N/A Record length: N/A Sample interval: N/A Filters N/A
Streamer:- Streamer length: N/A Streamer depth: 2400 metres Number of groups: N/A Near group number: N/A Group interval: N/A Near group offsets: N/A
28 GNS Science Report 2012/01
10.15 46
Seismic data were acquired by the Bureau of Mineral Resources, Geology and Geophysics (BMR) crew aboard R/V Rig Seismic during February 1985. A total of 1250 km of 2D reflection data over 4 lines were processed. The data were subsequently reprocessed for Geoscience Australia by Robertson Research Australia (2000).
Table 10.8
Description 46 Data recorded by: BMR Date recorded: Feb-85 Vessel: R/V Rig Seismic Seismic source:- Pressure/Volume: Airgun array Depth: unknown/2x8.193 litres Shot interval: 5 metres average 50 metres Recording system:- Format: Record length: SEG-Y Sample interval: 12 seconds Filters 4 milliseconds Low: 6 Hz High: 128 Hz Streamer:- Streamer length: 2400 metres Streamer depth: 7 metres average Number of groups: 48 Near group number: 1 Group interval: 50 metres Near group offsets: 220 m
GNS Science Report 2012/01 29
10.16 114
Seismic data were acquired by the Australian Geological Survey Organisation (AGSO) crew aboard R/V Rig Seismic during November and December 1992. A total of 3191 km of 2D reflection data over 9 lines were processed. The data were subsequently reprocessed for Geoscience Australia by Robertson Research Australia (2000).
Table 10.9
Description 114 Data recorded by: AGSO Date recorded: November-December 1992 Vessel: R/V Rig Seismic Seismic source:- Airgun array Pressure/Volume: unknown/3000 cu in Depth: 12 metres average Shot interval: 50 metres
Recording system:- AGSO Format: SEG-Y Record length: 16 seconds Sample interval: 2 ms Filters Low: 8 Hz High: 128 Hz
Streamer:- Streamer length: 3000 metres Streamer depth: 15 metres average Number of groups: 120 Near group number: 1 Group interval: 25 metres Near group offsets: 210 metres
30 GNS Science Report 2012/01
10.17 S177
Seismic data were acquired by the Australian Geological Survey Organisation (AGSO) crew aboard R/V Rig Seismic during September and October 1996. A total of 2321 km of 2D reflection data over 3 lines were processed within Australian waters, and 1839 km over 6 lines within New Zealand waters. The data were subsequently reprocessed by Fugro Seismic Imaging Pty Ltd (2000).
Table 10.10
Description 177 Data recorded by: AGSO Date recorded: September -October 1996 Vessel: R/V Rig Seismic Seismic source:- 20x sleeve airguns Pressure/Volume: 49.2 litres Depth: 10 metres Shot interval: 50 metres
Recording system:- AGSO Format: SEG-Y - AGSO modified Record length: 16 seconds Sample interval: 2 milliseconds Filters High: 205.9 Hz at 130+ dB/Oct
Streamer:- Streamer length: 4000 metres Streamer depth: 10 metres average Number of groups: 320 Near group number: 1 Group interval: 12.5 metres Near group offsets: 180-188 metres
GNS Science Report 2012/01 31
10.18 232
Seismic data were acquired as part of the French-Australian FAUST 3 collaborative survey by Geoscience Australia and Service des Mines et de l'Energie (New Caledonia) crew aboard the CSIRO vessel R/V Franklin during November and December 2001. A total of 2795 km of 2D reflection data over 11 lines were processed, of which 4 lines (480 km) are within New Caledonian waters.
Table 10.11
Description 232/FAUST 3 Data recorded by: Geoscience Australia/Service des Mines et de l'Energie Date recorded: November-December 2001 Vessel: R/V Franklin Seismic source:- 2x air guns, GI Guns Pressure/Volume: 90 cu in (2x45/105) Depth: 5 metres Shot interval: 50 metres
Recording system:- AGSO Format: SEG-D Record length: 8.5 seconds Sample interval: 2 milliseconds Filters Low: 10 Hz at 24 dB/Oct High: 205 Hz at 24 dB/Oct
Streamer:- Stealtharray ST-48 Streamer length: 300 metres (2x150 metres) Streamer depth: 8 metres Number of groups: 24 per section Near group number: N/A Group interval: 12.5 metres summed Near group offsets: N/A
32 GNS Science Report 2012/01
10.19 302
Seismic data were acquired by Multiwave (CGG Group) for Geoscience Australia during November 2006 to January 2007 over a grid of 23 lines totalling approximately 6000 km.
Table 10.12
Description 302 Data recorded by: Multiwave (CGG Group) Date recorded: November 2006 to January 2007 Vessel: M/V Pacific Titan Seismic source:- Airgun array Pressure/Volume: 2000 psi/4140 cu in Depth: 6 metres Shot interval: 37.5 metres
Recording system:- Format: SEG-D rev 1 Record length: 12 seconds Sample interval: 2 milliseconds Filters Low: Out High: 200 Hz at 370 dB/Oct
Streamer:- Streamer length: 8000 metres Streamer depth: 7-10 metres Number of groups: 636 Near group number: N/A Group interval: 12.5 metres Near group offsets: 140 metres, 156 metres for lines 003, 004, 005, 006, 008, 012, and from SP 2191 for line 013
GNS Science Report 2012/01 33
10.20 AR89
Seismic shot by Western Geophysical in PPL 384464 for ARCO International.
Table 10.13
Description AR89 Data recorded by: Western Geophyscial Date recorded: Jan-1989 Vessel: M/V Western Orient Seismic source:- Western Geophysical High Pressure Pressure/Volume: 4500 psi / 1040 cu in Depth: Shot interval: 25 metres
Recording system:- DFS V 120 Channel Digital Recording System Format: SEG-Y Record length: 6 seconds Sample interval: 2 milliseconds Streamer:- Streamer length: 3000 metres Streamer depth: 10 metres average Number of groups: 120 Group interval: 25 metres
34 GNS Science Report 2012/01
10.21 HF
Seismic originally shot by Prakla-Seismos in 1974. Reprocessed by GECO NZ in 1989 for Stewart Petroleum Co Ltd.
Table 10.14
Description HF Data recorded by: Prakla - Seismos Date recorded: Dec 1974 Vessel: M/V Prospekta General Field CMP Interval 12.5 m Nominal Fold 24 Seismic source:- Type Airgun Volume 2041 cu in Pressure: 2000 psi Depth: 5 m Shot interval: 25 m Gun Delay 0 ms Recording system:- Format: SEG-B Record length: 5120 ms Sample interval: 2 ms Instrument DFS IV Polarity SEG Negative Filters Out 124 Hz @ 70 dB/octave
Receivers:- Streamer length: 1200 m Streamer depth: 7 m Number of groups: 48 Near group number: 48 Group interval: 25 m Centre source to near group: 150 m SP annotation: CDP position
GNS Science Report 2012/01 35
10.22 S107
Survey shot in 1989 by GECO NZ Ltd, on behalf of NZOG in PPL 38107. Survey also known as P1 07 – 89
Table 10.15
Description S206 Data recorded by: S107 Date recorded: February 1989 Vessel: MV – Western Orient Seismic source:- N/A Pressure/Volume: N/A Depth: N/A Shot interval: 25 m
Recording system:- N/A Format: N/A Record length: 6 seconds Sample interval: 2 ms Filters N/A
Streamer:- 3000 m Streamer length: N/A Streamer depth: Number of groups: 120 Near group number: 120 Group interval: 25 m Near group offsets: Approximately 120 m
36 GNS Science Report 2012/01
10.23 81B
Reprocessing programme for Conoco Northland Ltd in 1993 as part of the work program obligations in PEP38602.
Table 10.16
Description 81b Data recorded by: Geco-Prakla Date recorded: Feb-Mar 1982 Vessel: MV Geco Kappa Seismic source:- Airgun Pressure/Volume: 2520 cu in Depth: 6 m Shot interval: 25 m
Recording system:- Format: N/A Record length: 6 seconds Sample interval: 4 ms Filters 128 Hz at 70 dB/Oct
Streamer:- Streamer length: 2400 m Streamer depth: 10 m Number of groups: 96 Near group number: N/A Group interval: 25 m Near group offsets: N/A
GNS Science Report 2012/01 37
10.24 81SY
Reprocessing programme for Conoco Northland Ltd in 1993 as part of the work program obligations in PEP38602.
Table 10.17
Description 81SY Data recorded by: Geco Date recorded: March 1982 Vessel: M/V Geco Kappa Seismic source:- Airgun Pressure/Volume: 2520 cu in Depth: 6 m Shot interval: 25 m
Recording system:- Format: SEG-B Record length: 6144 ms Sample interval: 4 ms Filters Out 128 Hz at 70 dB/octave
Streamer:- Streamer length: 2400 m Streamer depth: 12 min Number of groups: 96 Near group number: 1 Group interval: 25 m Near group offsets: 242 m
38 GNS Science Report 2012/01
10.25 AR90
Marine seismic survey conducted by Western geophysical company on February 1990, a total of 656.8 km of seismic was collected. Data was processed by GECO NZ Ltd. Work was conducted under PPL 38445
Table 10.18
Description AR 90 Data recorded by: Western Geophysical Date recorded: February 1990 Vessel: M/V Western Pacific Seismic source:- LRS – 16a, 240 channel digital telemetry recording system Pressure/Volume: 2000 psi Depth: N/A Shot interval: 26.66 m
Recording system:- Format: SEG-D Record length: N/A Sample interval: 1 ms Filters N/A
Streamer:- Streamer length: 3200 m Streamer depth: N/A Number of groups: 240 groups Near group number: N/A Group interval: 13.3 m interval Near group offsets: N/A
GNS Science Report 2012/01 39
10.26 DTB-01
The survey was shot by TGS NOPEC as a spec seismic survey in the Deep Taranaki Basin. The survey consisted of 34 lines comprising approximately 6700 full-fold kilometres shot on behalf of Multi-wave Geophysical. The survey was collected as part of work program in PPP38476.
Table 10.19
Description DTB-01 Data recorded by: TGS Nopec Date recorded: 2001 Vessel: Polar Duke Seismic source:- Pressure/Volume: 3500 cu in Depth: 6 m Shot interval: 25 m
Recording system:- Format: SEG-D Record length: 8 seconds Sample interval: 2 ms Filters High: 206 Hz/ 276 dB/oct Low: 3 Hz/ 18 dB/oct
Streamer:- Streamer length: 6000m Streamer depth: 8 m Number of groups: 480 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
40 GNS Science Report 2012/01
10.27 STRAT09
The Stratus survey was collected by CGG Veritas as part of a partially government funded spec survey. MV Pacific Titan was used to collect the data in October 2008.
Table 10.20
Description STRAT09 Data recorded by: CGG Veritas Marine Date recorded: 2008 Vessel: M/V Pacific Titan Seismic source:- Airgun array Pressure/Volume: 2000 psi / 4140 cu in Depth: 6 m Shot interval: 37.5 m
Recording system:- Format: SEG-D Record length: 12,000 ms Sample interval: 2 ms Filters N/A
Streamer:- Streamer length: 7950 m Streamer depth: 7 m Number of groups: 636 Near group number: N/A Group interval: 12.5 m Near group offsets: N/A
GNS Science Report 2012/01 41
10.28 REI09
The Stratus survey was collected by CGG Veritas as part of a partially government funded spec survey. MV Pacific Titan was used to collect the data in April 2009. In 2011 SPECTRUM-ASA (a Norwegian listed public company) took ownership of the REI09 survey.
Table 10.21
Description REI09 Data recorded by: CGG Veritas Marine Date recorded: 2009 Vessel: M/V Pacific Titan Seismic source:- Airgun array Pressure/Volume: 2000 psi / 4140 cu in Depth: 6 m Shot interval: 25 m
Recording system:- Format: SEG-D Record length: 8,000 ms Sample interval: 2 ms Filters N/A
Streamer:- Streamer length: 7950 m Streamer depth: 7 m Number of groups: 636 Near group number: N/A Group interval: 12.5 m Near group offsets: N/A
42 GNS Science Report 2012/01
10.29 CNL95A
Conoco Northland Ltd contracted PGS Exploration to shoot a 2-D seismic survey in offshore Taranaki within PEP38602.
Table 10.22
Description CNL95a Data recorded by: PGS Exploration Date recorded: 1995 Vessel: M/V Odin Explorer Seismic source:- Pressure/Volume: 2000 psi / 2660 cu in Depth: 6 m Shot interval: 30.48 m
Recording system:- Format: SEG D 8015, 2.5 byte Record length: 8192 ms Sample interval: 2 ms Filters Low 3 Hz /6 dB per octave High 218 Hz / 484 dB per octave
Streamer:- Streamer length: 6035 m Streamer depth: 8 to 12 m Number of groups: 396 Near group number: Group interval: 15.24 m Near group offsets: 174 m
GNS Science Report 2012/01 43
10.30 CNL98
CNL98 seismic survey was collected and offshore Northland as part of PEP38602, which belonged to Conoco Northland Ltd and the survey was carried out by AGSO Marine Operations.
Table 10.23
Description CNL98 Data recorded by: AGSO Australian Geological Survey Organisation Date recorded: 1998 Vessel: RV Rig Seismic Seismic source:- Airgun Pressure/Volume: 1800 psi / 1500 cu in Depth: 7 m Shot interval: N/A
Recording system:- Format: SEGY Record length: 7000 ms Sample interval: 2 ms Filters
Streamer:- Streamer length: 4000 m Streamer depth: 9 m Number of groups: 320 Near group number: N/A Group interval: 12.5 m Near group offsets: N/A
44 GNS Science Report 2012/01
10.31 NZ
Comprehensive seismic reflection and refraction survey of all major New Zealand basins. Geophysical data from M/V Gulfrex cruises 94 to 98 which were collected from October 1972 to January 1973 by Australian Gulf Oil Corporation.
Table 10.24
Description NZ Data recorded by: Gulfrex Date recorded: 1972 Vessel: N/A Seismic source:- Aqua pulse Pressure/Volume: N/A Depth: 14 m Shot interval: N/A
Recording system:- Format: N/A Record length: 6000 ms Sample interval: 4 milliseconds Filters N/A
Streamer:- Streamer length: 1533.18 m Streamer depth: 14 m Number of groups: 24 Near group number: Group interval: 66.66 m Near group offsets: 296 m
GNS Science Report 2012/01 45
10.32 GS82
Table 10.25
Description GS82 Data recorded by: Geco AS Date recorded: November 1982 Vessel: M/V Geco Kappa Seismic source:- Airgun Pressure/Volume: 2520 cu in Depth: 6.5 m Shot interval: 25 m
Recording system:- DFS V Format: SEG-B Record length: 7000 ms Sample interval: 4 ms Filters Low: 8 Hz (18 db/oct) High: 128 Hz (70 db/oct)
Streamer:- Streamer length: 2400 m Streamer depth: 15 m Number of groups: 96 Near group number: 295 m Group interval: 25 m Near group offsets: N/A
46 GNS Science Report 2012/01
10.33 SIGHT96
In February and March 1996, 13 multiple channels marine seismic lines were shot across New Zealand's South Island. These surveys were carried out as part of a joint US – NZ investigation of continental defamation at convergent plate boundaries, known as the South Island GeopHysical Transection (SIGHT) project. The lines were processed at GNS and Victoria University with the aim of providing new information on the deep structure of the Pacific/ Australian plate boundary.
Table 10.26
Description Sight96 Data recorded by: N/A Date recorded: 1996 Vessel: R/V Maurice Ewing Seismic source:- Air gun Pressure/Volume: N/A Depth: 8 m Shot interval: 50 m
Recording system:- DFS – V Format: SEGY Record length: 16000 ms Sample interval: For milliseconds Filters N/A
Streamer:- Streamer length: 2600 m Streamer depth: 8 m Number of groups: 104 Near group number: N/A Group interval: 25 m Near group offsets: N/A
GNS Science Report 2012/01 47
10.34 LHRNR
This survey known as Lord Howe Rise and Norfolk Ridge (LHRNR) was collected by NIWA in conjunction with GNS Science and LINZ to delineate New Zealand’s potential claim to the legal continental shelf.
Table 10.27
Description LHRNR Data recorded by: NIWA Date recorded: 2000 Vessel: R/V Tangaroa Seismic source:- Airgun Pressure/Volume: N/A Depth: 10 m Shot interval: 50 m
Recording system:- Format: Record length: 13 s Sample interval: 1 ms Filters N/A
Streamer:- Streamer length: N/A Streamer depth: N/A Number of groups: N/A Near group number: N/A Group interval: N/A Near group offsets: N/A
48 GNS Science Report 2012/01
10.35 MOHO
Table 10.28
Description MOHO Data recorded by: Western Geophysical Date recorded: 1984 Vessel: Western Odyssey Seismic source:- Airgun Pressure/Volume: 1530 cu in Depth: 6 m Shot interval: 80 m
Recording system:- LRS-16 Format: SEG-D Record length: 20 s Sample interval: 2 ms Filters Low: 12Hz High: 180 Hz
Streamer:- Streamer length: 3173.33 Streamer depth: 15.2 Number of groups: 120 Near group number: 203.72 m Group interval: 26.67 m Near group offsets: N/A
GNS Science Report 2012/01 49
10.36 MOHOA
Table 10.29
Description MOHOA Data recorded by: Western Geophysical Date recorded: 1984 Vessel: Western Odyssey Seismic source:- Airgun Pressure/Volume: 1530 cu in Depth: 6 m Shot interval: 80 m
Recording system:- LRS-16 Format: SEG-D Record length: 20 s Sample interval: 2 ms Filters Low: 12Hz High: 180 Hz
Streamer:- Streamer length: 3173.33 Streamer depth: 15.2 Number of groups: 120 Near group number: 203.72 m Group interval: 26.67 m Near group offsets: N/A
50 GNS Science Report 2012/01
10.37 TL-01
Line TL–01 was shot in December 1996 as part of the joint New Zealand – Australia UNCLOS surveys with the RV Rig Seismic. The purpose of this collaborative survey was to acquire high-quality seismic data over the New Caledonia Basin to assist resource assessments of the New Zealand Exclusive Economic Zone.
Table 10.30
Description TL-01 Data recorded by: AGSO Marine Operations Date recorded: 1996 Vessel: R/V Rig Seismic Seismic source:- Airgun Pressure/Volume: 3000 cu in Depth: 10 m Shot interval: N/A
Recording system:- Format: N/A Record length: 16 s Sample interval: 2 ms Filters Low: 5 Hz at 12 dB/Oct High: 205.9 Hz at > 130 dB/Oct
Streamer:- Streamer length: 3000 m Streamer depth: 10 m Number of groups: 288 Near group number: N/A Group interval: 12.5 Near group offsets: N/A
GNS Science Report 2012/01 51
10.38 CH89
The primary objective of this cruise was to investigate the tectonic evolution of the Challenger Plateau and New Caledonia Basin, and how these features relate to Taranaki and other New Zealand regions. A grid of seismic reflection data was collected over the New Caledonia Basin, with line locations selected to tie with existing data.
Table 10.31
Description CH89 Data recorded by: DSIR Date recorded: January 1989 Vessel: R/V Rapuhia Seismic source:- 2 bolt airguns Pressure/Volume: N/A Depth: N/A Shot interval: N/A
Recording system:- Format: N/A Record length: N/A Sample interval: N/A Filters N/A
Streamer:- Streamer length: N/A Streamer depth: N/A Number of groups: N/A Near group number: N/A Group interval: N/A Near group offsets: N/A
52 GNS Science Report 2012/01
10.39 RE93
The purpose of the cruise was to gather seismic reflection data to complete the seismic grid over the Reinga Basin and its margins. It also included a longitudinal line to tie the grid into the well-known stratigraphy of the Northland and Taranaki basins and the 1989 New Caledonia Basin survey.
Table 10.32
Description RE93 Data recorded by: IGNS Date recorded: 1993 Vessel: R/V Akademik Lavrentyev Seismic source:- Pressure/Volume: 2 bolt 130 cu in airguns Depth: N/A Shot interval: 45 m
Recording system:- Single channel SECO array Format: Record length: 4 s Sample interval: 1 ms Filters N/A
Streamer:- Streamer length: 100 m Streamer depth: N/A Number of groups: N/A Near group number: N/A Group interval: N/A Near group offsets: N/A
GNS Science Report 2012/01 53
11.0 LIST OF SEISMIC LINES IN DATABASE
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
114_01_ga 18446 132 9354.5 132 37022 -547113 6005336 -141896 6224591 460.945
114_02_ga 40534 576 20842.5 132 81198 -531273 5948159 334658 6480319 1021.6093
114_04_ga 31004 166 15667.5 132 62138 -213411 5929833 378510 6435580 778.9628
114_05_ga 7682 189 4029.5 132 15494 -210430 5806365 -65327 5933721 193.1121
114_06_ga 4802 164 2564.5 132 9734 -69850 5808742 8985 5899829 120.5425
114_07_ga 2544 164 1435.5 132 5218 1600 5892343 4444 5955917 63.6684
114_08_ga 3124 168 1729.5 132 6378 -68825 5944514 9358 5949601 78.4446
114_09_ga 19588 164 9957.5 132 39306 -461275 5943272 -62209 6219567 493.3153
125-02b_ga 21224 1 10612.5 100 21323 199716 5833043 608893 6187575 541.8329
125-02c_ga 18576 1 9288.5 100 18675 -185203 5553752 198282 5832004 473.9282
206-01_ga 53969 1 53969 1 53969 -641946 7254425 -76824 7593712 682.0194
206-02_ga 58476 1 58476 1 58476 -528778 6687234 -462374 7422930 740.3335
206-03-a_ga 38140 1 38140 1 38140 -491321 6858281 -59233 7067753 481.3602
206-03-b_ga 58220 1 58220 1 58220 -59222 7067758 470130 7568136 729.3761
206-04-a_ga 50000 1 50000 1 50000 -71119 7225467 429090 7601364 626.4976
206-04-b_ga 50000 1 50000 1 50000 -588679 6869269 -71128 7225459 630.7233
206-04-c_ga 55044 1 55044 1 55044 -1E+06 6584454 -588689 6869264 705.5761
232-10_ga 9650 -3 4821.5 37 38633 -122488 6486808 93395 6596262 242.1008
232-11_ga 5544 1 2772.5 69 22241 -253777 6442244 -121724 6487177 139.5926
232-1_ga 8378 14 4202.5 173 33681 -270421 7189912 -92846 7263324 192.2607
232-2_ga 4764 5 2386.5 101 19153 -93001 7156750 -69368 7262485 108.3614
232-3_ga 4744 8 2379.5 125 19097 -166580 7111776 -69358 7157201 107.3365
232-4_ga 3776 2 1889.5 77 15177 -195105 7032093 -166280 7112205 85.2022
232-5_ga 7484 7 3748.5 117 30049 -195116 7005241 -29509 7032426 167.8697
232-6_ga 11160 106 5685.5 909 45545 -271481 6943492 -29699 7005334 249.6374
232-7a_ga 11090 9 5553.5 133 44489 -271315 6907320 -27019 6943538 247.0232
232-7b_ga 11372 7 5692.5 117 45601 -24871 6795112 188114 6907138 251.3279
232-8_ga 22205 6 11108 113 88929 -268183 6699201 191614 6779146 485.022
232-9_ga 17326 1 8663.5 69 69369 -268577 6595817 93197 6699414 376.4029
302-001_ga 19134 894 7266 1 19134 -587043 6937608 -378608 7060725 242.2421
302-002_ga 23142 894 8600.67 1 23142 -578419 6905179 -328988 7057791 292.6244
302-003_ga 25476 894 9378 1 25476 -554003 6863672 -273619 7021537 321.8934
302-004_ga 25455 894 9371 1 25455 -577624 6823145 -291127 6969363 321.8475
302-005_ga 23007 894 8555.67 1 23007 -527637 6797608 -273321 6937424 290.2774
302-006_ga 27546 894 10067.3 1 27546 -508905 6698078 -273759 6953817 347.661
302-007_ga 15591 894 6086 1 15591 -543864 6886997 -404389 7026366 197.21
302-008_ga 21266 894 7976 1 21266 -536401 6869966 -351963 7065158 268.7049
302-009_ga 28449 894 10377.7 1 28449 -488711 6758372 -397492 7106188 359.7861
302-01-03_ga 375 2206 2580 1 375 -543909 6962980 -531682 6970213 14.2073
302-01-05_ga 370 7221 7590 1 370 -373757 7030523 -361840 7037796 13.962
302-010_ga 19878 894 7513.67 1 19878 -435993 6837911 -412395 7087646 250.9674
302-011_ga 23451 894 8703.67 1 23451 -396702 6782207 -359172 7075557 295.9652
302-012_ga 19734 894 7465.67 1 19734 -342146 6817930 -312873 7065010 249.0106
54 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
302-013_ga 24252 894 8978.67 1 24252 -540604 6922235 -267851 7061519 306.5449
302-014_ga 19878 894 7513.67 1 19878 -449741 6918925 -269737 7093462 250.8233
302-015_ga 24414 894 9024.33 1 24414 -363507 6750481 -352752 7057952 307.8993
302-016_ga 20187 894 7616.67 1 20187 -591255 6825596 -428414 7022230 255.4005
302-017_ga 18558 894 7074 1 18558 -603093 6959437 -398507 7074880 235.008
302-018_ga 19782 894 7481.67 1 19782 -551734 6827605 -375293 7004503 249.906
302-019_ga 21348 894 8003.33 1 21348 -575954 6892044 -339957 7022437 269.6963
302-02-42_ga 418 1373 1790 1 418 -562965 6914853 -549454 6923160 15.8612
302-02-43_ga 224 3087 3310 1 224 -507456 6948867 -500241 6953290 8.4633
302-02-46_ga 432 6139 6570 1 432 -408720 7009189 -394791 7017696 16.3227
302-020_ga 22584 894 8414.67 1 22584 -585835 6758753 -413185 6986568 286.0027
302-021_ga 22107 894 8256 1 22107 -584802 6916980 -349983 7068966 279.8507
302-022_ga 7890 894 3521.67 1 7890 -499409 6698971 -413979 6750072 99.6155
302-023_ga 9717 894 4130 1 9717 -372811 6716440 -319842 6826575 122.3033
302-03-79_ga 430 3561 3990 1 430 -465657 6913492 -451490 6921479 16.2644
302-04-83_ga 204 5457 5660 1 204 -451959 6887387 -445108 6890889 7.6949
302-04-84_ga 348 8243 8590 1 348 -550978 6836794 -539236 6842788 13.1843
302-05-85_ga 206 1576 1781 1 206 -505098 6810131 -498281 6813880 7.7804
302-06-88_ga 342 3151 3492 1 342 -359436 6860966 -350695 6870454 12.9015
302-07-11_ga 441 1960 2400 1 441 -444838 6915612 -433030 6927383 16.6737
302-08-58_ga 121 4581 4701 1 121 -440549 6960075 -437429 6963382 4.5467
302-09-34_ga 417 2074 2490 1 417 -412921 6801777 -409012 6817010 15.7287
302-09-36_ga 414 4957 5370 1 414 -440902 6907348 -436942 6922488 15.6506
302-09-39_ga 365 9136 9500 9136 9500 -480386 7060645 -476932 7074015 13.8101
302-09-40_ga 428 9733 10160 9733 10160 -485132 7082571 -482599 7092376 10.1358
302-10-06_ga 402 1809 2210 1 402 -432805 7038109 -431419 7053240 15.1957
302-10-09_ga 467 3254 3720 1 467 -427736 6981148 -426094 6998729 17.659
302-10-10_ga 143 4748 4890 1 143 -422428 6937031 -421918 6942384 5.3777
302-11-20_ga 328 1713 2040 1 328 -392767 6812929 -391228 6825211 12.3789
302-11-22_ga 402 3109 3510 1 402 -386170 6865354 -384281 6880412 15.1771
302-11-25_ga 411 5370 5780 1 411 -375397 6950241 -373424 6965627 15.5128
302-11-26_ga 426 7876 8301 1 426 -363251 7044274 -361160 7060217 16.08
302-13-53_ga 430 3381 3810 1 430 -366210 6964967 -351758 6972345 16.2274
302-13-54_ga 119 4482 4600 1 119 -392842 6983900 -388863 6985931 4.4676
302-13-56_ga 477 7674 8150 1 477 -512638 7038964 -496574 7047224 18.0646
302-14-49_ga 397 4344 4740 1 397 -356006 6991901 -345247 7002320 14.978
302-14-51_ga 371 5030 5400 1 371 -337376 6974568 -327295 6984266 13.9893
302-15-27_ga 397 1514 1910 1 397 -354064 7019685 -353479 7034652 14.9797
302-15-29_ga 431 3170 3600 1 431 -356460 6955800 -355851 6972054 16.2668
302-15-32_ga 452 6199 6650 1 452 -360547 6840509 -359950 6857554 17.0568
302-16-14_ga 437 1154 1590 1 437 -584972 7001904 -574434 7014697 16.5754
302-16-15_ga 485 2266 2750 1 485 -558075 6967906 -546362 6982085 18.3924
302-16-17_ga 391 3300 3690 1 391 -533069 6940382 -523621 6951789 14.8125
302-16-18_ga 388 4973 5360 1 388 -492554 6891555 -483203 6902878 14.6859
302-17-60_ga 330 2611 2940 1 330 -466258 7036829 -455392 7042949 12.4718
302-17-61_ga 411 3780 4190 1 411 -507552 7013516 -494001 7021161 15.5598
GNS Science Report 2012/01 55
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
302-17-62_ga 398 6233 6630 1 398 -588251 6967874 -575107 6975299 15.0971
302-18-94_ga 410 2641 3050 1 410 -504956 6946628 -494012 6957634 15.5217
302-18-95_ga 143 5448 5590 1 143 -429851 6878399 -426056 6882210 5.3786
302-19-66_ga 436 1731 2166 1 436 -381986 6999241 -367574 7007192 16.4608
302-19-67_ga 179 2122 2300 1 179 -386428 6996797 -380527 7000043 6.7353
302-19-72_ga 464 4187 4650 1 464 -464375 6953792 -449011 6962278 17.553
302-19-76_ga 410 5931 6340 1 410 -520495 6922766 -506909 6930285 15.5291
302-19-77_ga 282 6559 6840 1 282 -537112 6913577 -527769 6918734 10.6726
302-19-78_ga 441 7220 7660 1 441 -564382 6898506 -549745 6906584 16.7195
302-20-92_ga 375 2216 2590 1 375 -452287 6798727 -443697 6810002 14.1747
302-20-93_ga 356 5445 5800 1 356 -525848 6896308 -517714 6907059 13.4819
302-22-91_ga 149 2902 3050 1 149 -434151 6737988 -429338 6740866 5.6083
302-23-96_ga 411 3430 3840 1 411 -331362 6726369 -324634 6740332 15.5005
46-03_ga 3693 150 1996 100 3792 -635720 6195202 -548957 6209599 88.1524
46-04_ga 13023 150 6661 100 13122 -548275 6209934 -299239 6442406 342.04
46-06_ga 9875 150 5087 100 9974 -429233 6280827 -251777 6443482 241.9562
46-08_ga 5464 150 2881.5 100 5563 -472511 6203133 -350016 6310248 164.0643
46-10_ga 7654 150 3976.5 100 7753 -445448 6170172 -322194 6284034 168.3961 81b-08-2174- 2770 12753 14137.5 1 2770 701188 5721958 701872 5751826 35.9612 matched_nz 81sy-12-2174- 3260 5052 6959.5 1 3260 749827 5741420 752287 5782069 40.7805 matched_nz ar89-446-108-1475- 4850 37 2461.5 1 4850 691406 5739283 751358 5748409 60.7154 matched_nz ar90-445-103-1628- 4312 41 2197 1 4312 699555 5691581 722181 5744436 57.5683 matched_nz ar90-445-110-1628- 3482 41 1782 6445 9926 690852 5719709 737270 5721052 46.4955 matched_nz Austradec1-101- 348 523 -10 339 -8 -54956 7525795 -43217 7537742 16.7498 01_nc Austradec1-101- 1238 3030 503 1752 515 -113458 7463536 -60910 7519736 76.9706 02_nc Austradec1-101- 1139 5214 3032 2700 1562 -147000 7428917 -106405 7471728 59.0334 03_nc Austradec1-101- 1188 7450 5205 3880 2693 -191413 7378011 -146775 7429142 67.9706 04_nc Austradec1-101- 651 10662 7450 4530 3880 -215635 7348308 -191413 7378011 38.3532 05_nc Austradec1-101- 990 12623 10666 5523 4534 -258150 7307566 -215796 7348152 58.6629 06_nc Austradec1-101- 698 14117 12626 6271 5574 -287746 7277527 -260548 7305300 38.8813 07_nc Austradec1-101- 1000 16052 14103 7210 6211 -323430 7241089 -285462 7279842 54.2553 08_nc Austradec1-101- 932 17720 16055 8144 7213 -359302 7206484 -323544 7240972 49.6973 09_nc Austradec1-101- 652 21142 17727 8802 8151 -384440 7182511 -359596 7206220 34.3515 10_nc Austradec1-101- 974 23056 21141 9774 8801 -419261 7148060 -384404 7182547 49.0358 11_nc Austradec1-101- 985 25000 23050 10752 9768 -453930 7109961 -419051 7148267 51.8526 12_nc Austradec1-101- 876 26551 24776 11625 10750 -483675 7073499 -453861 7110046 47.1676 13_nc Austradec1-102- 411 -10 400 1 411 142921 7230856 146149 7249047 18.4757 01_nc Austradec1-102- 428 392 819 1 428 139802 7248692 142984 7267735 19.3083 02_nc
56 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
Austradec1-102- 804 797 1600 1 804 133963 7266750 139959 7302271 36.0259 03_nc Austradec1-102- 695 1586 2280 1 695 126359 7301655 134070 7338694 37.8368 04_nc Austradec1-102- 879 2258 3136 1 879 114196 7337496 126612 7390264 54.3925 05_nc Austradec1-102- 508 3114 3621 1 508 103201 7388940 114694 7419443 32.5972 06_nc Austradec1-103-1- 688 3837 4524 1 688 198843 7338269 237165 7339895 38.3886 zoom_nc Austradec1-103- 2299 14 2312 1 2299 -25089 7334629 121647 7347667 147.381 1_nc Austradec1-103- 2172 2312 4483 1 2172 121647 7334897 235001 7341708 113.988 2_nc Austradec1-103- 430 4527 4956 1 430 237324 7338597 260737 7339719 23.4457 3_nc Austradec1-103- 590 5363 5952 1 590 284516 7338117 314299 7339713 29.8269 4_nc Austradec1-104- 748 5623 4250 2963 2216 184188 7508140 212533 7537117 40.5387 01_nc Austradec1-104- 4438 2 10527 2 4439 138436 7463070 300580 7616742 223.8331 02_nc Austradec1-104- 1117 14327 16463 6359 7475 -6930 7407480 50654 7426338 60.6367 03_nc Austradec1-104- 2727 16471 23737 7481 10207 -141950 7391117 -7238 7449399 155.237 04_nc Austradec1-104- 1518 10530 13505 4440 5957 68855 7432864 138408 7463044 75.8875 05_nc Austradec1-105- 5048 11670 1 5048 1 -508663 7693894 -243506 7718825 268.3544 01_nc Austradec1-105- 4858 23262 11671 9906 5049 -768668 7692224 -508712 7730483 263.6403 02_nc Austradec1-105- 2264 27612 23263 12170 9907 -898187 7727296 -768722 7757330 134.2488 03_nc Austradec1-106- 1343 2 2500 2 1344 -759529 7732777 -698040 7768841 71.4266 01_nc Austradec1-106- 6452 2510 17173 1352 7803 -692947 7787481 -372878 7889070 337.4539 02_nc Austradec1-106- 2518 17305 24232 7877 10394 -370158 7890407 -260781 7948888 124.0468 03_nc Austradec1-114- 2208 -12 4225 1 2208 -10486 7624795 143354 7802507 235.2474 1_nc Austradec1-114- 726 22 1347 1 726 -8359 7627130 47087 7686813 81.4661 zoom(1)_nc Austradec2-205- 3398 6506 1 3398 1 313098 6406174 426710 6556831 188.8304 01_nc Austradec2-205- 2414 15274 10517 6844 4431 153793 6597790 265771 6667511 133.7559 02a_nc Austradec2-205- 1017 10505 6515 4421 3405 266274 6557112 312850 6597402 63.8126 02b_nc Austradec2-205- 3439 24064 15306 10292 6854 -40870 6667667 153226 6713908 199.603 03_nc Austradec2-205- 3443 32652 24070 13738 10296 -230696 6713958 -41086 6757793 195.0067 04_nc Austradec2-205- 3422 41415 32660 17165 13744 -425515 6757875 -230944 6797414 198.9093 05_nc Austradec2-205- 4239 51645 41427 21413 17175 -681619 6797438 -426091 6837309 261.5154 06_nc Austradec2-205- 3287 51615 60143 21389 24675 -681143 6836315 -560450 6975316 184.8059 07_nc Austradec2-205- 3173 60147 66313 24679 27851 -560294 6975513 -444786 7098054 168.754 08_nc Austradec2-206- 840 -12 1475 -10 829 -441319 7071620 -424657 7098636 33.581 01_nc Austradec2-206- 768 1476 3075 830 1597 -424613 7042048 -390939 7071581 44.793 02_nc
GNS Science Report 2012/01 57
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
Austradec2-206- 2628 14744 22047 6628 9255 -134935 6941780 172 6960785 136.5934 02st_nc Austradec2-206- 864 3076 4635 1598 2461 -390892 7014699 -353739 7042009 46.2168 03_nc Austradec2-206- 2592 21515 26554 9037 11628 -10809 6921362 137475 6943562 150.13 03st_nc Austradec2-206- 963 4556 6460 2414 3376 -355599 6986000 -314110 7015850 51.1333 04_nc Austradec2-206- 3780 26561 36064 11633 15412 137740 6920913 292567 7016156 189.5412 04st_nc Austradec2-206- 838 6461 10166 3377 4214 -314066 6980766 -265873 6985967 48.5476 05_nc Austradec2-206- 3756 45347 36074 19175 15420 292904 7016437 466159 7129701 207.8475 05st_nc Austradec2-206- 936 10157 12026 4207 5142 -266270 6975887 -212229 6980799 54.266 06_nc Austradec2-206- 3780 45413 54716 19211 22990 467659 7130331 619588 7243556 191.9347 06st_nc Austradec2-206- 982 12027 13754 5143 6124 -212179 6968974 -161464 6975882 51.3156 07_nc Austradec2-206- 681 13755 15225 6125 6805 -161408 6958147 -125539 6968958 37.4675 08_nc Austradec2- 3120 6060 1 3120 1 273122 7270117 504613 7279983 234.0109 207st_nc Austradec2-208- 3099 6033 1 3099 1 -39987 7328261 -29790 7451626 123.8946 01st_nc Austradec2-208- 3090 14050 6027 6184 3095 -69881 7161309 -37597 7328416 180.4018 02st_nc Austradec2-208- 3910 23511 14004 10057 6148 -234849 7074017 -68235 7162306 200.5374 03st_nc Austradec2- 1891 3550 6 1896 6 -259597 7005486 -218479 7045186 57.1795 209st_nc Austradec2-210- 3790 20355 11040 1 3790 242781 7244844 380553 7388448 200.794 01st_nc Austradec2-210_nc 4640 1 11040 1 4640 37718 7101587 242607 7244521 250.0481
Austradec4-407_nc 6193 1 6193 1 6193 54879 7388690 393262 7397044 338.7735 ch89-01_nz 4617 1 4618 1 4618 512474 5608570 608177 5740816 165.2181 ch89-01a_nz 3042 210 3251 210 3251 610336 5744566 669870 5847455 119.2998 ch89-02_nz 4088 4229 8316 4229 8316 520781 5859341 650676 5940841 153.4577 ch89-02a_nz 3805 480 4285 480 4285 372378 5953786 501353 6024884 147.5489 ch89-03_nz 1979 4298 6276 4298 6276 350046 5975708 375729 6042691 71.7918 ch89-04_nz 6757 8726 15560 8726 15560 422143 5769647 623484 5887222 233.7359 ch89-04a_nz 2131 10040 12170 10040 12170 0 0 0 0 0 ch89-04b_nz 1921 6277 8197 6277 8197 340134 5900989 400454 5937206 70.6042 ch89-05_nz 732 15570 16301 15570 16301 609718 5746973 623203 5769025 25.8508 ch89-06_nz 3125 16676 19800 16676 19800 503766 5733105 602379 5766103 104.1464 ch89-07_nz 7183 19805 26990 19805 26990 503836 5766580 651430 5986012 266.4585 ch89-08_nz 4647 26971 31619 26971 31619 480436 5889079 575303 6040099 178.6172 ch89-08a_nz 2294 1621 3915 1621 3915 433726 5807442 480312 5888962 94.2098 ch89-09_nz 2806 5885 8690 5877 8690 365845 5849974 402297 5942589 99.8886 ch89-10_nz 1436 8720 10155 8720 10155 252511 5671082 255402 5717956 46.9935 ch89-10a_nz 1095 10506 11600 10506 11600 256292 5625075 257089 5658683 33.6502 ch89-11_nz 1140 11680 12820 11680 12820 257514 5626060 282879 5664096 45.8599 ch89-12_nz 1166 12860 14025 12860 14025 237379 5665149 277728 5666705 40.5078 ch89-13_nz 461 14035 14495 14035 14495 236185 5666609 249293 5679330 18.2856 ch89-14_nz 6810 14500 21315 14500 21315 249204 5571907 499751 5679498 273.9593 ch89-15_nz 1436 21316 22752 21316 22752 499854 5571606 557363 5574446 57.6296
58 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km cnl95a-001-3054- 7704 803 4654.5 1 7704 725990 5977416 762682 6023057 58.6734 matched_nz cnl95a-002-3054- 10927 803 6266 1 10927 605834 6042245 675088 6088201 83.3199 matched_nz cnl95a-003-3054- 13784 803 7694.5 1 13784 724706 5928554 790664 6010487 105.3913 matched_nz cnl95a-004-3054- 4664 803 3162 1 4664 647675 6063825 677619 6083462 35.8904 matched_nz cnl95a-005-3054- 7520 803 4592 1 7520 657424 6042564 691563 6088973 57.736 matched_nz cnl95a-006-3054- 11364 803 6484.5 1 11364 611950 6033806 683954 6081638 86.6864 matched_nz cnl95a-007-3054- 7064 803 4334.5 1 7064 709474 5976569 743495 6018094 53.7838 matched_nz cnl95a-008-3054- 12992 803 7298.5 1 12992 615873 6023381 698292 6077976 99.1073 matched_nz cnl95a-009-3054- 11292 803 6490 1 11292 686330 5967500 742535 6033556 86.8807 matched_nz cnl95a-010-3054- 11652 803 6628.5 1 11652 624619 6010086 698072 6060098 89.1108 matched_nz cnl95a-011a-3054- 12416 803 7010.5 1 12416 630325 6094781 640969 6188699 94.7767 matched_nz cnl95a-011b-3054- 7040 803 4322.5 1 7040 626434 6062019 659436 6104450 53.857 matched_nz cnl95a-012-3054- 8056 803 4830.5 1 8056 630343 6007038 681528 6040641 61.3925 matched_nz cnl95a-013-3054- 13412 803 7508.5 1 13412 671390 5964235 736179 6043423 102.4839 matched_nz cnl95a-014-3054- 8344 803 4974.5 1 8344 631582 6001234 684355 6036031 63.4154 matched_nz cnl95a-015-3054- 30969 2402 17886 3200 34168 677687 5842085 825440 6026303 236.7205 matched_nz cnl95a-016-3054- 9216 803 5410.5 1 9216 639145 5995045 698016 6033889 70.7177 matched_nz cnl95a-017-3054- 39256 803 20430.5 1 39256 638235 5818756 798838 6071219 300.6148 matched_nz cnl95a-018-3054- 9656 803 5630.5 1 9656 642743 5984418 704166 6025273 73.9645 matched_nz cnl95a-019a-3054- 15396 803 8500.5 1 15396 609469 6070156 627638 6186235 117.6625 matched_nz cnl95a-019b-3054- 25000 803 13302.5 1 25000 697313 5786969 802713 5946038 191.3237 matched_nz cnl95a-019b2-3054- 21243 13277 23898.5 24950 46192 607850 5945721 697525 6080528 162.3285 matched_nz cnl95a-020-3054- 9200 803 5402.5 1 9200 645848 5979694 703992 6019008 70.3846 matched_nz cnl95a-021-3054- 27168 803 14386.5 1 27168 614108 5884438 732526 6054438 207.7358 matched_nz cnl95a-022-3054- 9544 803 5574.5 1 9544 651102 5978191 712107 6017732 72.9255 matched_nz cnl95a-023-3054- 34808 803 18206.5 1 34808 605264 5839002 763004 6052169 266.0696 matched_nz cnl95a-024-3054- 10360 803 5982.5 1 10360 651961 5972247 717564 6015519 78.807 matched_nz cnl95a-025-3054- 9748 803 5676.5 1 9748 643881 5910757 709646 5946080 74.8827 matched_nz cnl95a-026-3054- 11372 803 6488.5 1 11372 654875 5967756 727091 6015614 86.9098 matched_nz cnl95a-027-3054- 7592 803 4598.5 1 7592 708612 5840131 746250 5884194 58.0598 matched_nz cnl95a-028-3054- 12756 903 7280.5 1 12756 660643 5964816 741419 6018656 97.3225 matched_nz cnl95a-029-3054- 8256 803 4930.5 1 8256 802041 5841603 825141 5900014 62.9062 matched_nz cnl95a-030-3054- 12916 903 7360.5 1 12916 662742 5960642 744592 6015077 98.555 matched_nz
GNS Science Report 2012/01 59
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km cnl95a-031-3054- 7604 803 4604.5 1 7604 786938 5856369 823353 5901590 58.1626 matched_nz cnl95a-032-3054- 16536 803 9070.5 1 16536 641727 5940047 746525 6009802 126.2189 matched_nz cnl95a-033-3054- 12300 803 6952.5 1 12300 765861 5834725 824502 5907635 93.7682 matched_nz cnl95a-034-3054- 12908 803 7256.5 1 12908 666915 5950863 748983 6004864 98.4818 matched_nz cnl95a-036-3054- 12748 903 7276.5 1 12748 672095 5947778 752946 6001798 97.5787 matched_nz cnl95a-038-3054- 12896 803 7250.5 1 12896 673122 5942280 754903 5996556 98.4092 matched_nz cnl95a-040-3054- 12748 903 7276.5 1 12748 678102 5939277 758546 5992914 96.9427 matched_nz cnl95a-042-3054- 12736 875 7242.5 1 12736 680317 5933095 760985 5987634 97.6911 matched_nz cnl95a-044-3054- 8472 803 5038.5 1 8472 684564 5930581 738222 5966237 64.5949 matched_nz cnl95a-046-3054- 8332 803 4968.5 1 8332 690293 5922347 743764 5956939 63.852 matched_nz cnl95a-048-3054- 10016 803 5810.5 1 10016 694254 5911587 757938 5953767 76.596 matched_nz cnl95a-050-3054- 10100 805 5854.5 1 10100 699042 5909492 763895 5950920 77.1873 matched_nz cnl95a-052-3054- 11612 1145 6950.5 1 11612 702349 5905342 776387 5953588 88.5913 matched_nz cnl95a-054-3054- 12972 803 7288.5 1 12972 698282 5896081 781272 5950189 99.3269 matched_nz cnl95a-056-3054- 13012 803 7308.5 1 13012 701697 5891400 784483 5946167 99.53 matched_nz cnl95a-058-3054- 12852 913 7338.5 1 12852 707046 5888898 788330 5943740 98.3304 matched_nz cnl95a-060-3054- 12932 803 7268.5 1 12932 707872 5883411 789775 5937483 98.4599 matched_nz cnl95a-062-3054- 9996 803 5800.5 1 9996 708738 5877539 773693 5916808 76.3636 matched_nz cnl95a-064-3054- 10192 803 5898.5 1 10192 711644 5873036 776836 5915628 78.074 matched_nz cnl95a-066-3054- 10244 803 5924.5 1 10244 712295 5867170 777117 5910444 78.1407 matched_nz cnl95a-068-3054- 10240 803 5922.5 1 10240 717747 5864108 782859 5907888 78.6626 matched_nz cnl95a-070-3054- 10616 803 6110.5 1 10616 718612 5858240 785993 5903192 81.222 matched_nz cnl95a-072-3054- 11032 803 6318.5 1 11032 724037 5856080 793970 5902530 84.1743 matched_nz cnl95a-074-3054- 11276 800 6438 1 11276 724901 5850682 796268 5897939 85.8475 matched_nz cnl95a-076-3054- 9408 803 5506.5 1 9408 727966 5845887 787278 5885938 71.7533 matched_nz cnl95a-078-3054- 6872 803 4238.5 1 6872 733605 5843448 777178 5872246 52.3615 matched_nz cnl95a-080-3054- 6584 803 4094.5 1 6584 735170 5835646 777446 5863413 50.7084 matched_nz cnl95b-001-3054- 6700 803 4152.5 1 6700 737599 5787551 753293 5836412 51.4476 matched_nz cnl95b-002-3054- 5964 803 3784.5 1 5964 760862 5841473 802896 5858810 45.5749 matched_nz cnl95b-003-3054- 19448 803 10526.5 1 19448 733522 5761222 778986 5902385 148.6537 matched_nz cnl95b-004-3054- 6096 803 3850.5 1 6096 756371 5837594 799289 5855822 46.7554 matched_nz cnl95b-005-3054- 6688 803 4146.5 1 6688 748168 5787374 763510 5836255 51.3442 matched_nz cnl95b-006-3054- 6972 803 4288.5 1 6972 756189 5829987 805293 5850352 53.2792 matched_nz
60 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km cnl95b-007-3054- 6692 803 4148.5 1 6692 753789 5787575 768791 5836199 50.9785 matched_nz cnl95b-008-3054- 6984 803 4294.5 1 6984 751682 5826309 800359 5846981 52.9991 matched_nz cnl95b-009-3054- 5644 801 3622.5 1 5644 764909 5787270 781137 5827123 43.1339 matched_nz cnl95b-010-3054- 6332 803 3968.5 1 6332 750738 5825948 795303 5844509 48.384 matched_nz cnl95b-011-3054- 18048 803 9826.5 1 18048 777152 5764516 797371 5901237 138.4646 matched_nz cnl95b-012-3054- 7868 803 4736.5 1 7868 745079 5820861 800394 5844083 60.1208 matched_nz cnl95b-013-3054- 7372 803 4488.5 1 7372 789833 5834322 811981 5886387 56.6854 matched_nz cnl95b-014-3054- 5796 803 3700.5 1 5796 760705 5817625 801379 5834897 44.2788 matched_nz cnl95b-015-3054- 3704 803 2654.5 1 3704 784007 5785190 796778 5810372 28.3686 matched_nz cnl95b-016-3054- 8916 803 5260.5 1 8916 738373 5815326 801495 5841528 68.5039 matched_nz cnl95b-017-3054- 4240 803 2922.5 1 4240 794037 5786619 808380 5815780 32.5644 matched_nz cnl95b-018-3054- 4968 803 3286.5 1 4968 759780 5815312 794674 5830042 37.9486 matched_nz cnl95b-019-3054- 6548 803 4076.5 1 6548 733180 5790616 748416 5838408 50.2835 matched_nz cnl95b-020-3054- 11032 803 6318.5 1 11032 735204 5805145 812713 5837838 84.295 matched_nz cnl95b-021-3054- 2928 803 2266.5 1 2928 815460 5833629 826094 5853453 22.5517 matched_nz cnl95b-022-3054- 6464 803 4034.5 1 6464 765292 5803294 810781 5822347 49.4237 matched_nz cnl95b-024-3054- 11384 803 6494.5 1 11384 734838 5798780 814901 5832402 87.0257 matched_nz cnl95b-026-3054- 7208 803 4406.5 1 7208 765041 5795502 815623 5816997 55.069 matched_nz cnl95b-028-3054- 10716 803 6160.5 1 10716 743479 5792153 818886 5823316 81.8095 matched_nz cnl95b-030-3054- 6800 803 4202.5 1 6800 762894 5792216 810671 5812358 51.9578 matched_nz cnl95b-032-3054- 11436 803 6520.5 1 11436 735458 5786719 816017 5821025 87.8004 matched_nz cnl95b-034-3054- 6092 803 3848.5 1 6092 764052 5787691 806698 5806091 46.5261 matched_nz cnl95b-036-3054- 9620 803 5612.5 1 9620 735129 5787410 802664 5816031 73.4948 matched_nz cnl95b-038-3054- 5348 803 3476.5 1 5348 762291 5786179 800030 5801693 40.9161 matched_nz cnl95b-040-3054- 7984 803 4794.5 1 7984 732522 5788020 788601 5811776 61.0254 matched_nz cnl95b-042-3054- 4352 803 2978.5 1 4352 754547 5786964 785211 5799633 33.2538 matched_nz cnl95b-044-3054- 6124 803 3864.5 1 6124 733658 5787627 776669 5805792 46.7891 matched_nz cnl95b-046-3054- 2936 803 2270.5 1 2936 748807 5788261 769609 5796505 22.4311 matched_nz cnl95b-048-3054- 4268 803 2936.5 1 4268 729495 5789578 759575 5801972 32.6072 matched_nz cnl95b-050a-3054- 2344 803 1974.5 1 2344 746896 5768749 763655 5774488 17.7663 matched_nz cnl95b-050b-3054- 3704 803 2654.5 1 3704 731477 5768096 759279 5771576 28.0694 matched_nz cnl98-001-2371- 3852 913.5 1877 1 3852 635854 5973879 649878 5993702 24.3567 matched_nz cnl98-002-2371- 3912 913.5 1892 1 3912 629697 6010003 650044 6023930 24.7403 matched_nz
GNS Science Report 2012/01 61
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km cnl98-003-2371- 3808 913.5 1866 1 3808 639579 5976554 653403 5996182 24.0831 matched_nz cnl98-004-2371- 4480 913.5 2034 1 4480 630147 6002886 653597 6018553 28.3081 matched_nz cnl98-005-2371- 18924 913.5 5645 1 18924 623268 5936718 691476 6033340 118.6132 matched_nz cnl98-006-2371- 5488 913.5 2286 1 5488 629006 5980811 657607 5999750 34.4257 matched_nz cnl98-007-2371- 4944 913.5 2150 1 4944 633602 5998189 651661 6023515 31.194 matched_nz cnl98-008-2371- 4668 913.5 2081 1 4668 631935 5976767 656256 5992884 29.2794 matched_nz cnl98-009-2371- 5388 913.5 2261 1 5388 634252 6004302 653866 6031926 33.9805 matched_nz cnl98-010-2371- 4656 913.5 2078 1 4656 634991 5972421 659190 5988592 29.2055 matched_nz cnl98-011-2371- 4580 913.5 2059 1 4580 683400 5936792 700225 5960213 28.9199 matched_nz cnl98-012-2371- 4948 913.5 2151 1 4948 666622 5953783 692830 5970763 31.3505 matched_nz cnl98-013-2371- 4476 913.5 2033 1 4476 742960 5981240 746626 6009429 28.4843 matched_nz cnl98-014-2371- 3384 915 1760.75 1 3384 733189 5990824 750880 6002767 21.4252 matched_nz cnl98-016-2371- 3388 915 1761.75 1 3388 734409 5985750 752231 5997543 21.4516 matched_nz dsr89-01_nz 9196 71 2369.75 1 9196 713454 5778522 828312 5782144 116.1343 dtb01-01-2847- 20898 -21 10427.5 1 20898 574233 5759695 743934 5958204 261.4546 matched_nz dtb01-03-2847- 3276 -21 1616.5 1 3276 731792 5741211 754404 5775174 40.8351 matched_nz dtb01-04-2847- 17716 -21 8836.5 1 17716 502039 5834488 683604 5961975 222.1284 matched_nz dtb01-05-2847- 11296 -21 5626.5 1 11296 641929 5751615 739116 5853961 141.2631 matched_nz dtb01-06-2847- 14112 -21 7034.5 1 14112 497709 5795267 639572 5899994 176.5142 matched_nz dtb01-07-2847- 10218 -21 5087.5 1 10218 632820 5752462 720635 5845099 127.7666 matched_nz dtb01-08-2847- 12060 1960 7989.5 3963 16022 538049 5786870 659778 5875831 150.9225 matched_nz dtb01-09-2847- 20294 -21 10125.5 1 20294 538554 5746777 710201 5933399 253.7808 matched_nz dtb01-11-2847- 11020 -11 5498.5 1 11020 615454 5731544 709768 5831597 137.6192 matched_nz dtb01-12-2847- 17902 -21 8929.5 1 17902 498236 5720332 672146 5860721 223.6998 matched_nz dtb01-13-2847- 9364 -21 4660.5 1 9364 605383 5740236 686274 5824875 117.1808 matched_nz dtb01-14-2847- 18606 -21 9281.5 1 18606 497865 5706934 679491 5851898 232.5825 matched_nz dtb01-15-2847- 9166 -21 4561.5 1 9166 594445 5735040 675162 5816225 114.5902 matched_nz dtb01-16-2847- 19302 -21 9629.5 1 19302 497884 5692458 684758 5844877 241.3903 matched_nz dtb01-17-2847- 19905 -21 9931 1 19905 497734 5719774 675067 5894696 249.6151 matched_nz dtb01-18-2847- 20050 -21 10003.5 1 20050 498295 5677053 691244 5837050 250.9316 matched_nz dtb01-19-2847- 11432 -21 5694.5 1 11432 563647 5711023 666026 5810541 142.9389 matched_nz dtb01-20-2847- 18018 -21 8987.5 1 18018 523892 5685129 697184 5828471 225.1474 matched_nz dtb01-21-2847- 12600 -21 6278.5 1 12600 550831 5693228 664858 5801976 157.7585 matched_nz dtb01-22-2847- 17644 -21 8800.5 1 17644 535949 5677793 702487 5822131 220.6409 matched_nz
62 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km dtb01-23-2847- 12438 -21 6197.5 1 12438 534369 5684036 647366 5790395 155.3621 matched_nz dtb01-24-2847- 22532 -21 11244.5 1 22532 497701 5626958 708972 5812933 281.7923 matched_nz dtb01-25-2847- 13626 -21 6791.5 1 13626 524052 5664676 649242 5779910 170.3518 matched_nz dtb01-26-2847- 17182 -21 8569.5 1 17182 556477 5660744 714940 5805732 214.9921 matched_nz dtb01-27-2847- 16068 -21 8012.5 1 16068 497796 5647458 649347 5779505 201.175 matched_nz dtb01-28-2847- 24159 -21 12058 1 24159 498143 5593960 720810 5797791 302.4315 matched_nz dtb01-29-2847- 16110 -22 8032.5 3 16112 497674 5622273 648892 5755609 201.7974 matched_nz dtb01-30a-2847- 4538 -21 2247.5 1 4538 548409 5623588 589778 5662398 56.8665 matched_nz dtb01-30b-2847- 9720 5046 9905.5 10135 19854 640840 5710388 729476 5793313 121.4932 matched_nz dtb01-31-2847- 16002 -21 7979.5 1 16002 497786 5586871 651443 5714761 200.1173 matched_nz dtb01-32-2847- 25182 -21 12569.5 1 25182 522709 5570124 744947 5792881 314.9569 matched_nz dtb01-33-2847- 12132 -21 6044.5 1 12132 498795 5573281 611653 5673941 151.4103 matched_nz dtb01-34-2847- 2966 -21 1461.5 1 2966 719523 5752653 746402 5778101 37.0454 matched_nz dtb01-35-2847- 5730 -21 2843.5 1 5730 633986 5682726 705058 5689643 71.4708 matched_nz dtb01-36-2847- 2546 -21 1251.5 1 2546 727977 5767552 759694 5771408 31.9859 matched_nz dtb01-38-2847- 6388 -21 3172.5 1 6388 599157 5621007 649432 5682116 79.325 matched_nz dtb01-40-2847- 24066 -21 12011.5 1 24066 639057 5666913 678236 5964966 301.0151 matched_nz es90-13-1773- 1152 40 616 16361 17512 751220 5768655 764060 5777017 15.3367 matched_nz gs82-d1-3054- 4416 53 2260.5 1 4416 627302 6078071 682442 6079385 55.2418 matched_nz gs82-d10-3054- 4096 53 2100.5 1 4096 715469 5903995 735920 5950989 51.6304 matched_nz gs82-d11-3054- 3776 53 1940.5 1 3776 716091 5902378 757698 5924819 47.7924 matched_nz gs82-d12-3054- 5024 53 2564.5 1 5024 720542 5874356 759773 5923412 63.3787 matched_nz gs82-d13-3054- 4796 53 2450.5 1 4796 720979 5872536 778295 5890025 60.3585 matched_nz gs82-d14-3054- 3976 53 2040.5 1 3976 641676 6054646 651940 6103288 49.7774 matched_nz gs82-d15-3054- 4676 53 2390.5 1 4676 640446 6054160 698948 6055904 58.583 matched_nz gs82-d16-3054- 4736 53 2420.5 1 4736 675009 6001014 698337 6055490 59.3339 matched_nz gs82-d2-3054- 6496 53 3300.5 1 6496 634297 6014705 684165 6078926 81.921 matched_nz gs82-d3-3054- 3534 53 1819.5 1 3534 634227 6013578 676345 6026923 44.6779 matched_nz gs82-d4-3054- 4038 53 2071.5 1 4038 648385 5984955 677625 6026140 50.8478 matched_nz gs82-d5-3054- 3796 53 1950.5 1 3796 648864 5983423 693875 5998692 47.9603 matched_nz gs82-d6-3054- 3724 53 1914.5 1 3724 664445 5962812 695209 5997829 46.9614 matched_nz gs82-d7-3054- 5856 53 2980.5 1 5856 665189 5961041 729579 5995957 73.6649 matched_nz gs82-d8-3054- 6296 53 3200.5 1 6296 675903 5938779 731210 5994976 79.2875 matched_nz
GNS Science Report 2012/01 63
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km gs82-d8e-3054- 3146 53 1625.5 1 3146 719988 5984590 746733 6013325 39.2971 matched_nz gs82-d9-3054- 4818 53 2461.5 1 4818 676176 5936480 734704 5951338 61.0006 matched_nz gs82-s1-3054- 25072 53 12588.5 1 25072 627869 5815576 797420 6079334 313.8075 matched_nz gs82-s2-3054- 14416 53 7260.5 1 14416 719839 5833899 802286 5994168 180.36 matched_nz gs82-s3-3054- 11406 53 5755.5 1 11406 650891 5998728 748436 6102732 142.7115 matched_nz gulfrex-01a_nc 3605 1213 1943 1 3605 -23805 7782587 208526 7791985 233.0394 gulfrex-02_nc 1766 2103 1213.25 1766 1 -115633 7724413 -28869 7776986 101.8101 gulfrex-03_nc 4214 2134 1521 4214 1 -118446 7726108 -111940 7932861 207.3847 gulfrex-04_nc 2228 227 1520.5 1 2228 -234263 7935849 -114322 7959613 122.5647 gulfrex-05_nc 853 631 226.5 853 1 -278533 7939295 -241632 7959915 42.3955 gulfrex-05aet05b_nc 1940 336 1799 1 1940 -377283 7884040 -282819 7936613 110.2841 gulfrex-06et06a_nc 5384 731 955 1 5384 -373530 7653615 -214946 7892376 300.7152 gulfrex-07_nc 7234 955 601 1 7234 -220257 7523148 -34217 7658267 231.2969 gulfrex-08_nc 1499 600 1325 1 1499 -32012 7464369 38629 7521471 91.213 gulfrex-08a_nc 983 1014 1503 1 983 34813 7433268 81395 7466170 57.051 gulfrex-09_nc 3454 1503 913.333 1 3454 79408 7431031 300725 7437003 224.5412 gulfrex-10_nc 900 910 1335.25 1 900 297650 7399828 337170 7435607 53.4777 hf-05-1963- 1000 92237 92737 1063 2062 776973 5747318 777808 5772313 25.0241 matched_nz hf-1050-1963- 656 49096 49424 8115 8770 791422 5782082 791984 5798731 16.6679 matched_nz hf-61-2863- 972 1645 2131 1 972 810462 5765493 822629 5765992 12.1928 matched_nz hf-71-2863- 3276 1957 3595 1 3276 815250 5739407 816608 5780346 41.0567 matched_nz hf1080-2174- 4986 34961 37453.5 3 4988 763102 5777995 766483 5902599 124.7715 matched_nz hf1090-2174- 3410 37434 39138.5 3 3412 752728 5778467 755142 5856834 81.5964 matched_nz hf1100n-2174- 2805 42034 43436 3 2807 742739 5761306 745232 5831809 70.8199 matched_nz hf1110n-2174- 1148 29533 30106.5 1 1148 731793 5762858 733096 5791562 28.7795 matched_nz hf1110s-2174- 1918 28597 29555.5 1 1918 729756 5716123 731875 5764030 48.0382 matched_nz hf600-2174- 2136 52141 53208.5 1 2136 732421 5789381 785824 5791152 53.4981 matched_nz lhrnr-b_nz 6759 961 2651 2 6760 629482 6902428 711824 6921104 84.4848 lhrnr-ba_nz 57683 1001 15421.5 2 57684 -400077 6991986 313168 7114043 724.0985 lhrnr-c_nz 62447 961 16573 2 62448 129714 6720054 697748 7097530 791.3135 lhrnr-e_nz 28831 961 8169 2 28832 -681438 5974669 -418974 6228641 365.4076 lhrnr-f_nz 19923 961 5942 2 19924 -604852 5809701 -441465 6000704 252.2171 lhrnr-g_nz 33323 961 9292 2 33324 -464070 5769513 -137231 6033040 420.069 lhrnr-h_nz 25019 961 7216 2 25020 -387609 5688345 -139325 5882042 315.0731 lhrnr-i_nz 7075 961 2730 2 7076 -293966 5865545 -239025 5935501 88.9971 lhrnr-ia_nz 6599 961 2611 2 6600 -242312 5846834 -162000 5867598 82.9867 mobil72-129_nz 2826 -132 2693 1 2826 1157730 5699770 1275934 5769761 236.4444 mobil72-132_nz 3242 48 3289 1 3242 1078194 5805385 1199719 5914697 164.6474 mobil72-133_nz 965 1 965 1 965 1080024 5810997 1090162 5858063 48.1498 mobil72-134_nz 1799 1 1799 1 1799 1020815 5862891 1088054 5923621 90.6314 mobil72-179_nz 3138 1 3138 1 3138 1186240 5834102 1209336 5988767 157.1103
64 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km mobil72-247b_nc 1571 1602 32 4131 5701 108486 7792590 131950 7860170 71.5436 mobil72-273_nc 2424 2424 1 2424 1 -44031 7424836 106903 7566987 207.3385 mobil72-274_nc 2281 2280 0 2281 1 107640 7344918 181321 7428024 111.0828 mobil72-275-1_nc 250 2964 2715 250 1 164600 7462894 165224 7474493 11.6164 mobil72-275-2_nc 1332 1331 0 1332 1 166748 7346934 182951 7402593 57.9717 mobil72-275-3_nc 1338 2681 1344 1338 1 165141 7403253 167389 7464439 61.4674 mobil72-276_nc 3234 3234 1 3234 1 141642 7483927 164393 7633784 153.2132 mobil72-277_nc 3266 3265 0 1 3266 128215 7633681 139157 7803623 170.569 mobil72-278_nc 2436 2435 0 1 2436 51340 7718615 123965 7799204 108.551 mobil72-279_nc 1920 1920 1 1 1920 -6773 7640725 46427 7710901 88.5394 mobil72-280_nc 2215 4147 1933 1 2215 -16127 7650468 -9759 7761814 111.8681 mobil72-281_nc 1604 1646 43 1 1604 -25637 7765038 -16637 7842707 78.2058 mobil72-282_nc 4179 4179 1 1 4179 -235265 7817003 -27927 7844503 209.2736 mobil72-283-1_nc 2489 3910 1422 1 2489 -202354 7883776 -146539 7994780 124.2984 mobil72-283-2_nc 1410 1409 0 1 1410 -235656 7817441 -205448 7877705 67.4141 mobil72-284_nc 4125 4124 0 1 4125 -321931 7908051 -150246 7996757 194.4273 mobil72-285_nc 3790 3790 1 3790 1 -524220 7879938 -324946 7906614 201.0603 mobil72-286_nc 2708 2760 53 2708 1 -664231 7875227 -524285 7876226 139.9611 mobil72-287_nc 1674 1740 67 1674 1 -811250 7875755 -667965 7880926 143.4951 mobil72-288_nc 3928 3954 27 3928 1 -809675 7801348 -644037 7877920 183.1391 mobil72-289_nc 2883 3005 123 2883 1 -629620 7793887 -394734 7800006 235.0586 mobil72-290_nc 4124 4148 25 4124 1 -588567 7715927 -399178 7790347 205.2302 mobil72-293_nc 3876 3885 10 3876 1 -605823 7601351 -431513 7674816 189.1754 mobil72-294_nc 3403 3472 70 3403 1 -424854 7676780 -257561 7720935 176.1048 mobil72-295-1_nc 2631 3132 502 2631 1 -348540 7582147 -272922 7696108 136.792 mobil72-295-2_nc 416 419 4 416 1 -268698 7701529 -256194 7717719 20.4568 mobil72-296_nc 3438 3499 62 3438 1 -505900 7481265 -354741 7578076 179.677 mobil72-297_nc 4138 4177 40 4138 1 -682683 7374593 -504558 7475014 204.9094 mobil72-298_nc 2848 2957 110 2848 1 -675597 7375658 -537530 7405720 141.3381 mobil72-299_nc 3954 3953 0 3954 1 -550356 7410028 -321983 7443368 231.0976 mobil72-300_nc 3680 3740 61 3680 1 -318488 7444541 -139549 7477281 182.2126 mobil72-301_nc 3581 3580 0 3581 1 -136021 7478125 25882 7499822 164.0624 mobil72-302_nc 2619 2619 1 2619 1 -88514 7438220 20140 7501804 125.9091 mobil72-303_nc 4171 4212 42 4171 1 -210943 7386462 -43550 7472843 188.915 mobil72-305_nc 3564 3586 23 3564 1 -366873 7301817 -214664 7384181 173.1172 mobil72-306_nc 4426 4435 10 4426 1 -694987 7090279 -496343 7219956 237.4247 mobil72-307_nc 2605 2634 30 2605 1 -689789 6969493 -632517 7090893 134.2355 mobil72-308_nc 2603 2642 40 2603 1 -632066 6869556 -566602 6978596 127.3078 mobil72-309_nc 3511 3511 1 3511 1 -656452 6719903 -567674 6866214 171.149 mobil72-310_nc 3729 3767 39 3729 1 -692283 6645794 -571156 6851870 241.215 mobil72-310_nc- 3729 3767 39 3729 1 -692300 6645751 -653009 6735536 99.0223 corrected mobil72-311_nc 3481 3606 126 3481 1 -686900 6606215 -553707 6644649 139.6661 mobil72-312_nc 3727 3766 40 3727 1 -549439 6565075 -436229 6606043 123.5024 mobil72-313_nc 3426 804 2055 1 3426 -431559 6523423 -370092 6569125 77.0263 mobil72-314_nc 4101 4120 20 4101 1 -353949 6478782 -180393 6516890 177.7242 mobil72-315_nc 5078 5108 31 5078 1 -170937 6431613 -17778 6479102 164.0377
GNS Science Report 2012/01 65
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km mobil72-316_nc 3549 3549 1 3549 1 -18363 6433801 148706 6544162 202.1172 mobil72-317_nc 3626 3627 2 3626 1 107318 6523013 218192 6635618 158.2728 mobil72-318_nc 1353 1354 2 1353 1 224928 6652449 233210 6704930 53.1755 mobil72-319_nc 1571 1644 74 1571 1 170596 6709980 235235 6765755 85.3807 mobil72-320_nc 3695 155 1410.17 1 3695 171993 6767926 209919 6927441 163.9695 mobil72-321_nc 3161 1419.5 302 3161 1 105532 6929971 210335 7056379 169.1989 mobil72-323_nc 2534 1232 2058 1 2534 86130 7141403 193996 7189572 118.9616 mobil72-324_nc 4511 2109 1206 1 4511 84388 7193385 185246 7339033 181.2379 moho_nz 3768 -43.5 1210.67 1 3768 753939 5479450 840884 5529210 100.2775 mohoa_nz 4845 1131 2744 1 4845 648821 5526150 759510 5589716 127.7305 noucaplac02-10_nc 25750 1 25750 1 25750 135400 7127306 450924 7171153 318.7752 noucaplac02-1_nc 4103 1 4103 1 4103 -81474 7391849 -31355 7400730 50.9237 noucaplac02-2_nc 25766 55 25820 55 25820 -372771 7253419 -79930 7392993 329.3988 noucaplac02-3_nc 27791 1 28049 1 28049 -728144 7252839 -378874 7255568 349.4165 noucaplac02-5_nc 7432 1 7432 1 7432 -711364 7228346 -618498 7235735 93.1873 noucaplac02-6_nc 9287 1 9287 1 9287 -618875 7148341 -542003 7236871 117.4219 noucaplac02-7_nc 14597 1 14597 1 14597 -541677 7137179 -357292 7148136 184.8198 noucaplac02-8_nc 27892 1 27892 1 27892 -340850 7107812 9334 7126811 350.9431 noucaplac02-9_nc 10325 1 10325 1 10325 9298 7107709 137073 7127567 129.3544 nz-1-614_nz 2929 1 2929 1 2929 595776 6199680 669021 6262177 96.5731 nz-10-614_nz 1131 1 1131 1 1131 844714 5928340 875816 5955013 41.0987 nz-11-614_nz 2754 2754 1 1 2754 569392 6190374 694499 6236266 158.6319 nz-110-614_nz 2632 1 2632 1 2632 536079 5646393 622996 5676737 92.2573 nz-110a-614_nz 2601 2633 5233 2633 5233 601635 5629057 686396 5654623 88.6524 nz-12-614_nz 1980 1 1980 1 1980 586690 6192574 628341 6217907 82.5512 nz-13-614_nz 3206 1 3206 1 3206 630104 6117135 688270 6190409 151.9108 nz-14-614_nz 3132 1 3132 1 3132 610678 6119824 679215 6198546 104.4161 nz-15-614_nz 1824 1 1824 1 1824 600550 6134007 636808 6183253 61.206 nz-16-614_nz 2172 1 2172 1 2172 596209 6128258 653800 6171189 72.7786 nz-17-614_nz 2321 1 2321 1 2321 608306 6109394 662372 6161406 75.5596 nz-19-614_nz 1339 1 1339 1 1339 656458 6104712 671924 6145460 44.0282 nz-19a-614_nz 1923 240 2162 1 1923 614052 6068562 656422 6106628 57.7028 nz-2-614_nz 1130 1 1130 1 1130 669736 6199923 704407 6212269 36.8385 nz-20-614_nz 792 1 792 1 792 631900 6024432 654013 6039367 26.6865 nz-20a-614_nz 1773 1 1773 1 1773 651685 6037852 707385 6069170 64.0251 nz-21-614_nz 1941 49 1989 1 1941 676747 6008333 707888 6061453 65.1101 nz-22-614_nz 1734 1 1734 1 1734 679695 6009531 734117 6026171 56.9717 nz-24-614_nz 1424 -72 1351 1 1424 715895 5967986 754610 5994089 47.2375 nz-25-614_nz 1244 1 1244 1 1244 716809 5962254 760887 5965224 44.4 nz-26-614_nz 1587 1 1587 1 1587 737758 5921700 769200 5964912 53.4989 nz-27-614_nz 1606 1 1606 1 1606 740766 5911680 796643 5920240 57.4243 nz-28-614_nz 4085 1 4085 1 4085 718031 5806978 799031 5914715 135.3226 nz-29-614_nz 1491 1 1491 1 1491 721865 5777409 763698 5803922 51.2591 nz-3-614_nz 1420 1 1420 1 1420 696456 6164031 707264 6210844 48.138 nz-30-614_nz 3481 1 3481 1 3481 658411 5729544 775764 5750414 119.6269 nz-4-614_nz 1432 1 1432 1 1432 698009 6162162 741127 6183591 48.2062
66 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km nz-40-614_nz 2801 21 2821 21 2821 1054504 5797655 1094247 5884070 96.5563 nz-41-614_nz 3247 209 3455 209 3455 1100471 5874150 1211905 5884032 111.9979 nz-42-614_nz 2027 5 2031 5 2031 1214169 5833775 1266344 5872871 70.0586 nz-43-614_nz 3434 54 3487 54 3487 1159145 5834052 1260259 5842621 103.7592 nz-44-614_nz 1271 1 1271 1 1271 1160348 5804012 1176537 5835192 35.8524 nz-45-614_nz 1195 1 1195 1 1195 1177273 5803973 1213316 5809588 37.8926 nz-46-614_nz 1584 1 1584 1 1584 1161455 5771933 1211491 5806688 60.9766 nz-47-614_nz 2974 1 2974 1 2974 1160690 5737891 1250532 5763580 98.3998 nz-48-614_nz 3048 1 3048 1 3048 1148320 5718016 1247405 5736095 102.9967 nz-5-614_nz 2553 1 2553 1 2553 741200 6116357 790595 6186181 85.7448 nz-6-614_nz 1917 1 1917 1 1917 793571 6109699 842485 6115674 49.3253 nz-6a-614_nz 1919 1 1919 1 1919 842509 6084858 883467 6109693 48.9128 nz-7-614_nz 1725 1 1725 1 1725 885152 6037278 908684 6082039 50.6441 nz-8-614_nz 1621 1 1621 1 1621 878210 5993947 907781 6035395 50.9417 nz-a_nz 29311 961 8289 2 29312 -366057 5597530 -659 5624855 368.6229 nz-c_nz 49959 961 13451 2 49960 -270335 5212521 323620 5299774 626.5259 nz-d_nz 19651 961 5874 2 19652 628228 6904616 692947 7113447 245.9258 nz-e_nz 19271 961 5779 2 19272 690431 6905170 845784 7083489 244.4429 nz-f_nz 23287 961 6783 2 23288 714064 6931194 987620 6993770 294.4427 nz-g_nz 25495 961 7335 2 25496 682653 6781980 975856 6902952 319.2431 nz-h_nz 25231 961 7269 2 25232 710392 6666147 1024612 6688225 316.1276 nz-i_nz 35395 961 9810 2 35396 665585 6514645 1090522 6596846 443.5184 nz-j_nz 5027 961 2218 2 5028 -344688 5521296 -281905 5528985 63.3017 nz-k_nz 8427 961 3068 2 8428 -337513 5370188 -257592 5439988 106.1883 nz-l_nz 8951 961 3199 2 8952 -321956 5351471 -216482 5390768 112.6396 nz-m_nz 8487 961 3083 2 8488 -285954 5309563 -217163 5391552 107.0746
OGC94-092_nz 29212 -165.5 7137.25 1 29212 944723 5798527 1253358 5894411 374.4826 p703_ga 4451 42203 46653 1 4451 -691636 6555549 -651983 6772609 220.9295 p703a_ga 14006 63781 70783.5 1 14006 -663188 6741812 -568610 7100046 375.5174 p704_ga 7228 36406 43633 1 7228 -448042 6699767 -144533 6895210 361.1461 p704a_ga 5813 29000 34812 1 5813 -696862 6563991 -448016 6695025 285.1426 re93-02_nz 11443 1 11443 1 11443 465130 6011638 569483 6201038 216.5652 re93-03_1_nz 2396 1 2396 1 2396 465614 6201050 493200 6232872 42.1298 re93-03_2_nz 8073 1 8073 1 8073 487735 6227378 593418 6348858 164.7609 re93-04_nz 4297 1 4297 1 4297 514436 6348654 593266 6349131 79.6105 re93-05_nz 5228 1 5228 1 5228 427870 6291940 514416 6348757 106.7283 re93-06_nz 6202 1 6202 1 6202 430329 6296472 493661 6419160 138.1547 re93-08_nz 15782 1 15782 1 15782 196621 6189337 438790 6416211 336.0604 re93-13_nz 5907 1 5907 1 5907 218172 6292031 221232 6401210 109.2748 re93-14_nz 8755 1 8755 1 8755 218413 6271835 332210 6401204 181.2197 re93-15_nz 7829 1 7829 1 7829 364146 6199027 506478 6235168 155.3821 re93-16_nz 9267 1 9267 1 9267 451907 6036907 506500 6198936 171.4585 re93-17_nz 5891 1 5891 1 5891 452269 6037112 557957 6106047 126.2235 re93-18_nz 7498 1 7498 1 7498 565746 6023660 606606 6136782 127.7967
REI09-002-4060_nz 11172 1539 7125 2802 25144 271956 6223905 368981 6324328 139.6938
REI09-005-4060_nz 15000 840 8340 6 30004 234349 6178223 369127 6308683 187.6503
GNS Science Report 2012/01 67
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
REI09-005a- 15007 8337 15840 29992 60004 369072 6047961 503908 6178274 187.6016 4060_nz REI09-005b- 10007 15837 20840 59992 80004 503852 5961125 593756 6048012 125.0894 4060_nz REI09-012-4060_nz 17778 840 9729 6 35560 409687 6070643 569612 6224905 222.2844
REI09-028-4060_nz 17206 840 9443 6 34416 501675 5888079 651279 6042496 215.0883 s107-89-002- 1780 41 931 1301 3080 793246 5779442 812395 5790579 22.1646 1977_nz s107-89-003- 2020 -967 42 1 2020 789380 5776518 811214 5789194 25.2623 1977_nz s107-89-004- 1940 42 1011.5 1941 3880 789156 5773457 810497 5785865 24.7 1977_nz s107-89-005- 1820 -3478 -2568.5 1 1820 789047 5771137 808738 5782499 22.748 1977_nz s107-89-006- 1220 101 710.5 8861 10080 795577 5767534 808785 5775160 15.2604 1977_nz s107-89-007- 1220 101 710.5 10081 11300 791714 5766245 804913 5773886 15.2603 1977_nz s107-89-008- 1220 101 710.5 11301 12520 793101 5762012 806303 5769646 15.2592 1977_nz s107-89-009- 918 101 559.5 12521 13438 792511 5760759 802453 5766604 11.5454 1977_nz s107-89-010- 1222 101 711.5 13439 14660 809892 5756466 825034 5757263 15.1743 1977_nz s107-89-101- 2820 101 1510.5 14661 17480 795309 5761571 813111 5792084 35.3482 1977_nz s107-89-102- 1220 101 710.5 17481 18700 798398 5760571 806014 5773779 15.2551 1977_nz s177r_ba_p1_ga 18960 17459 22200 1 18960 -257546 7019787 -23243 7061762 238.1608 s177r_ba_p2_ga 7360 23059 24900 1 7360 -391118 6993785 -300096 7011678 92.8355 sight96-12w_nz 3793 5326 7222.5 100 7684 239639 5317365 295290 5378328 103.6381 sight96-1w_nz 8086 983 5025.5 130 16300 294819 5230948 435182 5382379 228.4749 sight96-23w_nz 2580 11257 12547 100 5258 333293 5149314 388652 5184236 75.3202 sight96-2w_nz 7469 7433 11167.5 100 15036 247112 5188852 391002 5321217 227.0362 sight96-3w_nz 8428 12668 16882 100 16954 333895 5154314 501929 5291358 250.4362 so-36a-06_ga 8855 -22 4404.5 1 8855 -609393 6603826 -443428 6753029 224.278 so-36a-06a_ga 5733 -22 2843.5 1 5733 -702736 6509296 -606074 6612946 144.6513 so-36a-07_ga 1421 -22 687.5 1 1421 -706430 6491606 -682075 6517377 35.4926 so-36a-08_ga 12929 -22 6441.5 1 12929 -684683 6491717 -441734 6712313 329.3434 so-36a-09_ga 1561 -20 759.5 1 1561 -444141 6682645 -413062 6710433 42.324 so-36a-10_ga 11699 -22 5826.5 1 11699 -634147 6482724 -414032 6681985 299.0293 so-36a-11_ga 11551 -22 5752.5 1 11551 -615626 6473772 -399183 6669194 292.7679 so-36a-13_ga 9321 -22 4637.5 1 9321 -562354 6471447 -382681 6629458 240.0759 so-36a-14_ga 1621 -12 797.5 1 1621 -385664 6597761 -357188 6627549 41.502 so-36a-15_ga 13083 -22 6518.5 1 13083 -591296 6379714 -358446 6601199 322.7921 so-36a-16_ga 1823 -22 888.5 1 1823 -667088 6275631 -635217 6308403 45.7708 so-36a-17_ga 4821 -22 2387.5 1 4821 -633767 6279153 -547588 6364822 123.3059 so-36a-17a_ga 4703 -21 2329.5 1 4703 -440944 6481959 -349987 6558656 119.742 so-36a-19_ga 5381 -22 2667.5 1 5381 -489990 6508030 -390655 6599927 136.6239 so-36a-20_ga 2835 -21 1395.5 1 2835 -485093 6488756 -414366 6507283 73.2813 so-36a-21_ga 9707 -6 4846.5 1 9707 -504008 6500949 -406044 6727679 249.1495 so-36a-23_ga 9655 -22 4804.5 1 9655 -538234 6465212 -470666 6690480 237.375 so-36a-24_ga 5539 -22 2746.5 1 5539 -576492 6364831 -470090 6469028 149.6073 st401_nz 7702 1001 4851.5 1001 4851 320668 5188077 398368 5244893 96.3171
68 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km st402_nz 9348 1001 5674.5 1001 5674 325994 5149801 420321 5218706 116.9057 st404_nz 9346 1001 5673.5 1001 5673 310746 5170617 404979 5239666 116.8919 STRAT09-002- 14515 852 8109 53 29081 129446 6304064 262944 6426973 181.5833 4060_nz STRAT09-003- 5709 854 3708 61 11477 262798 6301146 334154 6302711 71.4363 4060_nz STRAT09-004- 15763 852 8733 53 31577 332124 6164600 470356 6304944 197.0847 4060_nz STRAT09-005- 17080 852 9391.5 53 34211 477013 6005728 626698 6157868 213.5233 4060_nz STRAT09-006- 11803 852 6753 53 23657 628096 5899133 731539 6004340 147.6069 4060_nz tl-01_nz 21825 1001 22825 1 21825 -25440 5738712 704274 6450082 1092.2792
WNC101A_nc 1469 1440 2908 1 1469 109441 7439267 176621 7473456 75.8801
WNC101B_nc 1460 -20 1439 1 1460 43455 7405517 109397 7439243 74.7873
WNC101C_nc 618 2883 3500 1 618 175541 7472877 200436 7485677 28.0123
WNC102_nc 1700 -20 1679 1 1700 -393245 7540526 -349242 7614130 85.7921
WNC103A_nc 1525 3925 2401 1525 1 -504167 7649271 -441189 7686282 73.1298
WNC103B_nc 1200 2400 1201 1200 1 -441145 7618603 -389795 7649246 59.8185
WNC103C_nc 1221 1200 -20 1221 1 -389752 7586596 -335584 7618578 63.9049
WNC103D_nc 1081 6350 5270 1081 1 -584925 7707611 -539806 7734297 52.4352
WNC103E_nc 1391 5290 3900 1391 1 -550001 7678739 -491011 7713505 68.5184
WNC104A_nc 1400 3800 2401 1400 1 -599160 7596591 -564164 7656179 70.6186
WNC104B_nc 1200 2400 1201 1200 1 -564141 7656221 -533273 7708230 60.504
WNC104C_nc 1191 1200 10 1191 1 -533251 7708268 -502583 7759730 60.0144
WNC105A_nc 1661 -20 1640 1 1661 -617778 7669046 -574703 7740973 84.2959
WNC105B_nc 1057 1641 2697 1 1057 -574682 7741004 -547018 7786439 53.2031
WNC106_nc 1324 1313 -10 1324 1 -630608 7761462 -596728 7815381 63.8671
WNC107_nc 1791 1770 -20 1791 1 -682014 7689393 -635123 7765363 89.9536
WNC108A_nc 1216 -15 1200 1 1216 -683050 7735378 -629999 7767518 74.7386
WNC108B_nc 1040 1201 2240 1 1040 -629952 7707540 -583269 7735354 54.8054
WNC109A_nc 1800 3588 5387 1 1800 -517871 7588076 -439052 7633876 91.3707
WNC109B_nc 1796 1792 3587 1 1796 -596463 7633903 -517917 7679556 91.1088
WNC109C_nc 1810 -18 1791 1 1810 -673009 7679583 -596507 7724980 91.1641
WNC109D_nc 1483 5388 6870 1 1483 -439006 7550210 -374403 7588049 74.9934
WNC111_nc 1193 8 1200 1 1193 -582628 7520526 -524694 7554863 67.6068
WNC112A_nc 1908 3843 5750 1908 1 -432294 7574006 -382263 7661166 100.7443
WNC112B_nc 1197 6 1202 1 1197 -532093 7399218 -501662 7452724 62.0219
WNC112C_nc 1750 2093 3842 1 1750 -479398 7491572 -432323 7573949 95.1833
WNC112D_nc 889 1203 2091 1 889 -501639 7452768 -479426 7491527 44.7022
WNC113A_nc 1440 4320 2881 1440 1 -543082 7486652 -505720 7551722 76.6847
WNC113B_nc 1320 5640 4321 1320 1 -576463 7428782 -543109 7486606 67.6946
WNC113C_nc 1429 1440 12 1429 1 -469277 7615037 -430827 7682121 77.3618
WNC114A_nc 1221 1200 -20 1221 1 -494011 7470209 -439655 7502325 63.3865
WNC114B_nc 800 2000 1201 800 1 -527885 7502343 -494062 7522461 39.4824
WNC115A_nc 1320 3602 2283 1320 1 -581982 7574799 -522448 7610146 69.3451
WNC115B_nc 588 4190 3603 588 1 -608063 7610173 -582030 7625799 30.3839
WNC115C_nc 876 863 -12 876 1 -461515 7517242 -423988 7538380 43.1434
WNC115D_nc 1419 2282 864 1419 1 -522403 7538387 -461527 7574772 71.7415
GNS Science Report 2012/01 69
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km
WNC116A_nc 1355 1201 2555 1 1355 -549146 7581554 -515143 7638230 66.9484
WNC116B_nc 1225 -24 1200 1 1225 -582158 7526046 -549173 7581511 64.7965
WNC116C_nc 1161 3700 4860 1 1161 -495477 7671637 -465143 7722554 59.3885
WNC116D_nc 1170 2530 3699 1 1170 -525381 7621284 -495503 7671594 79.1299
WNC117A_nc 1740 1441 3180 1 1740 -331225 7908920 -254851 7951147 89.2592
WNC117B_nc 1455 -14 1440 1 1455 -396794 7872676 -331275 7908986 76.1701
WNC118A_nc 1221 -20 1200 1 1221 -905841 7641357 -878341 7694539 60.6353
WNC118B_nc 1120 1201 2320 1 1120 -878323 7694584 -852204 7744943 57.6165 zoneco-11-01a_nc 5932 1 5932 1 5932 -381287 7450434 -131669 7613891 298.4005 zoneco-11-01b_nc 5924 1 5924 1 5924 -609773 7298082 -361583 7463496 298.288 zoneco-11-02_nc 28169 1 28169 1 28169 -450144 7438373 -152054 7629681 354.4837 zoneco-11-04_nc 7445 1 7445 1 7445 -170435 7259726 -39267 7604205 372.1103 zoneco-11-05_nc 4253 1 4253 1 4253 -90289 7240254 -40726 7255948 52.0326 zoneco-11-06_nc 21023 1 21023 1 21023 -88371 7233786 166233 7302022 263.7574 zoneco-11-07a_nc 6407 1 6407 1 6407 -128369 7240578 180796 7327060 321.0524 zoneco-11-07b_nc 5420 1 5420 1 5420 -342304 7182651 -79581 7254998 272.5175 zoneco-11-08b_nc 3905 1 3905 1 3905 -246583 7188531 -235835 7236187 48.9617 zoneco-11-09_nc 16133 40 16172 40 16172 -278565 7181379 -233999 7378336 202.388 zoneco-11-10_nc 2335 40 2374 40 2374 -276516 7380663 -253616 7398952 29.3392 zoneco-11-11_nc 2963 40 3002 40 3002 -285881 7402454 -254736 7422854 37.2703 zoneco-11-12_nc 1451 40 1490 40 1490 -277754 7405790 -268822 7421638 18.2217 zoneco-11-13_nc 1391 40 1430 40 1430 -271222 7403981 -262670 7419198 17.4844 zoneco-11-14_nc 1549 40 1588 40 1588 -267603 7399157 -257273 7415593 19.4491 zoneco05-04_nc 2886 1 2886 1 2886 -175255 7222987 -157464 7384273 165.1426 zoneco05-06a_nc 14300 1 14300 1 14300 -239134 7033193 -161054 7381549 359.9534 zoneco05-06b_nc 14462 14301 28762 14301 28762 -252777 7032352 -165250 7380186 364.0812 zoneco05-07a_nc 14444 1 14444 1 14444 -265405 7028604 -186614 7379558 363.7227 zoneco05-07b_nc 14569 14445 29013 14445 29013 -279535 7027726 -192238 7379210 367.0262 zoneco05-08a_nc 14585 1 14585 1 14585 -293000 7023538 -210032 7378091 367.5931 zoneco05-08b_nc 14666 14586 29251 14586 29251 -306679 7023457 -214664 7377759 369.5934 zoneco05-09_nc 7024 1 7024 1 7024 -320323 7207721 -277781 7379344 177.1292 zoneco05-10a_nc 7513 1 7513 1 7513 -276188 7020348 -231646 7201494 189.3406 zoneco05-10b_nc 4181 7514 11694 7514 11694 -266041 7020251 -235308 7117841 105.9006 zoneco05-10c_nc 4608 11695 16302 11695 16302 -266062 7117866 -156031 7153011 115.895 zoneco05-12_nc 19519 1 19519 1 19519 -538022 7069875 -263470 7475673 493.0609 zoneco05-13a_nc 1706 1 1706 1 1706 -264507 7105214 -223338 7117084 42.9252 zoneco05-13b_nc 10680 1707 12386 1707 12386 -332530 7117102 -264525 7377268 269.3366 zoneco05-13c_nc 5554 12387 17940 12387 17940 -443246 7377289 -332544 7459521 140.6545 zoneco05-13d_nc 6119 17941 24059 17941 24059 -440825 7379177 -316698 7463277 154.4843 zoneco05-13e_nc 5250 24060 29309 24060 29309 -441643 7331394 -318339 7379168 132.509 zoneco05-14a_nc 2786 1 2786 1 2786 -493940 7441096 -431349 7473171 70.4272 zoneco05-14b_nc 3464 2787 6250 2787 6250 -431324 7425623 -358047 7473168 87.4687 zoneco05-15a_nc 842 1 842 1 842 -291011 7381974 -270975 7383689 21.1366 zoneco05-15b_nc 7632 843 8474 843 8474 -424545 7383712 -270902 7487281 192.8357 zoneco05-15c_nc 8629 8475 17103 8475 17103 -421486 7385636 -241998 7491994 216.6435 zoneco05-15d_nc 9191 17104 26294 17104 26294 -410550 7386021 -232902 7507505 231.8557
70 GNS Science Report 2012/01
Line_Name Traces First_Shot Last_Shot First_CDP Last_CDP Min_X Min_Y Max_X Max_Y Length_km zoneco05-15e_nc 9589 26294 35882 26294 35882 -407763 7387877 -208793 7510911 240.5551 zoneco05-16a_nc 10097 1 10097 1 10097 -398950 7388602 -189729 7525297 255.3627 zoneco05-16b_nc 11521 10098 21618 10098 21618 -396169 7389857 -147788 7529085 290.6374 zoneco05-16c_nc 2846 21619 24464 21619 24464 -207272 7391962 -147721 7431008 71.9162 zoneco05-16d_nc 6328 24465 30792 24465 30792 -207114 7431022 -54400 7474576 158.9105
GNS Science Report 2012/01 71
12.0 TASMAN FRONTIER SEG-Y DATA
Seg-y format data are attached in electronic form or can be obtained from GNS Science: www.gns.cri.nz/Tasman-Frontier
The EBCDIC header of each seg-y file specifies byte locations of trace header keywords, as well as general metadata about the project. The byte locations of trace header keywords are standardised across all files.
Example EBCDIC header:
C01 AREA : TASMAN FRONTIER C02 DESCRIPTION : 2D SEISMIC COVERAGE C03 ======C04 LINE : ch89-01a_nz C05 SP : 210 - 3251 CDP : 210 - 3251 NCDP : 3042 C06 SAMPLE RATE : 2 RECORD LENGTH : 4002 C07 ======C08 === TASMAN FRONTIER DATABASE === C09 COMPILED AND MODIFIED BY GNS SCIENCE, NEW ZEALAND, IN COLLABORATION WITH C10 GEOSCIENCE AUSTRALIA; DIMENC-SGNC AND ADECAL, NEW CALEDONIA; AND C11 IFREMER, FRANCE. C12 TECHNICAL DETAILS ARE CONTAINED IN GNS SCIENCE REPORT 2012/01 C13 WHICH CAN BE OBTAINED FROM: C14 INSTITUTE OF GEOLOGICAL AND NUCLEAR SCIENCES C15 HTTP://WWW.GNS.CRI.NZ C16 PO BOX 30368, LOWER HUTT, NEW ZEALAND. C17 1 FAIRWAY DRIVE, AVALON, LOWER HUTT, NEW ZEALAND. C18 ======C19 TRACE HEADER BYTE LOCATIONS : C20 CDP : BYTES 21-24 C21 SHOT : BYTES 17-20 C22 CDP EASTING : BYTES 73-76 C23 CDP NORTHING : BYTES 77-80 C24 ======C25 PROJECTION : UTM ZONE 59 SOUTH C26 ELLIPSOID : WGS84 C27 DATUM : WGS84 C28 ======C29 THESE DATA ARE SUPPLIED ON TERMS OF A CREATIVE COMMONS NEW ZEALAND 3.0 C30 ATTRIBUTION-SHAREALIKE LICENCE. THIS MEANS THAT WHEN YOU USE THESE DATA C31 ATTRIBUTION MUST BE GIVEN IN AT LEAST THE MINIMUM FORM: C32 "TASMAN FRONTIER DATABASE, GNS SCIENCE REPORT 2012/01" C33 AND SIMILAR SHAREALIKE LICENCE TERMS MADE CLEAR FOR DERIVATIVE COPIES. C34 C35 LICENCE PROVIDES THAT THESE DATA ARE PROVIDED ON AN "AS IS" BASIS. C36 FULL LICENCE LEGAL CODE AND EXPLANATION IS IN GNS SCIENCE REPORT 2012/01. C37 BY USING THESE DATA YOU ACCEPT THE TERMS OF THE LEGAL CODE. C38 C39 USERS OF THESE DATA SHOULD REGISTER AT WWW.GNS.CRI.NZ/TASMAN-FRONTIER C40 WHERE ADDITIONAL INFORMATION AND SUPPLEMENTAL DATA CAN BE OBTAINED
72 GNS Science Report 2012/01