cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.21420/g26p4c
title: Database of site metadata for GeoNet strong motion stations

description: The New Zealand Strong-Motion Database provides a wealth of new strong-motion data for engineering applications. In order to utilise these data in ground motion prediction, characterisation of key site parameters at each of the ~497 past and present GeoNet strong motion stations represented in the database is required. Here, we present the compilation of a complete set of site metadata for the New Zealand database, including four key parameters: i) NZS1170.5 site subsoil classification, ii) the time-averaged shear-wave velocity to a depth of 30 m (Vs30), iii) fundamental site period (Tsite) and iv) depth to a shear-wave velocity of 1000 m/s (Z1.0, a proxy for depth to bedrock). In addition, we have assigned a quality estimate (Quality 1 – 3) to each numerical parameter to provide a qualitative estimate of the uncertainty. New high-quality Tsite, Vs30 and Z1.0 estimates have been obtained from a variety of recent studies, and reconciled with available geological information. This database will be used in efforts to guide development and testing of new and existing ground motion prediction models in New Zealand, allowing re-examination of the most important site parameters that control site response in a New Zealand setting. Furthermore, the database can be used to identify suitable rock reference sites for seismological research, and as a guide to more detailed site-specific references in the literature. The database provides an additional resource for informing engineering design, however it is not suitable as a replacement for site-specific assessment.
DOI: 10.21420/gyzr-yw05
title: Te Riu-a-Māui / Zealandia digital geoscience data compilation, scale 1:8 500 000

description: This collection comprises the 'Tectonic map of Te Riu-a-Māui / Zealandia' 1:8 500 000 data compilation. It contains the geospatial layers showing the main tectonic features and bathymetric environment of the region surrounding Te Riu-a-Māui / Zealandia
DOI: 10.21420/9djh-rp34
title: Petlab: New Zealand’s national rock, mineral and geoanalytical database.
DOI: 10.21420/b88f-vc50
title: Data tables for detrital zircon age studies of Haast Schist in western Otago and Marlborough, New Zealand

description: Supplementary Data Table 1
Otago and Marlborough schist, detrital zircon ages of schist protoliths
U-Th-Pb isotopic ratios, measured and common-Pb corrected detrital zircon ages
A) Western Otago: Samples 1-18
B) Marlborough: Samples 19-30

Supplementary Data Table 2
U-Pb zircon age data, southern New England Orogen granite suites: Samples 1-6
DOI: 10.21420/g27p9k
title: Seismic reflection lines CHAT3 and CHAT4

description: Seismic reflection lines CHAT3 and CHAT4 were collected in 2001 for GNS Science by the MV GECO Resolution in 2001.
DOI: 10.21420/mwry-r636
title: New Zealand Volcano Database
DOI: 10.21420/rm79-e756
title: Hyperspectral Core Log
DOI: 10.21420/rs7f-ve53
title: GeoNet Aotearoa New Zealand Felt Rapid Dataset
DOI: 10.21420/0ky8-mx13
title: Magnetotellurics
DOI: 10.21420/37fw-rt90
title: Material Science Data Resource
DOI: 10.21420/3t8f-wt25
title: GNS Science Geological Map 12 (Pukekohe 1:50,000) product suite

description: The GNS Science Geological Map 12 (Pukekohe) product suite will consist of a number of components. These include a 1:50 000 geological map, a 1:50 000 geomorphological map and a 3D geological model as well as explanatory texts describing the maps and the model. The digital data supporting the maps and model are also available for download. The components are explained in more detail through the icon links below.
DOI: 10.21420/5kz5-q382
title: Geoscience 3D model (Geothermal)
DOI: 10.21420/6a3n-4h62
title:  X-ray diffraction (XRD) data
DOI: 10.21420/6ge4-a546
title: Resistivity traversing data

description: Raster files and contours of DC resistivity traversing data collected by GNS Science and its predecessor organisations since the 1950s. Most data were collected from 1970 to 1997. These data are used primarily for geothermal exploration and are particularly useful for mapping the extent of geothermal fields. The greatest number of measurements are in the Taupo Volcanic Zone, with some smaller surveys in the Waihi area and Ngawha in Northland. Nearly all data have been collected using the Schlumberger array with nominal AB/2 spacings of 500 and 1000 metres. Some data using Wenner array with a nominal electrode spacing of 800 metres are also part of the dataset. Data collected in Lake Taupo have a nominal electrode spacing of 500 metres.
DOI: 10.21420/hhxm-3v82
title: 2016 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/kyr8-j660
title: "Felt Detailed" felt report dataset
DOI: 10.21420/r0sd-ba49
title: Stable Isotope Laboratory Information System (SIL LIMS)
DOI: 10.21420/tq67-8f60
title: Seismogenesis at Hikurangi Integrated Research Experiment (SHIRE) offshore data

description: This is the offshore dataset of a large onshore-offshore seismic experiment on the Hikurangi margin of North Island, New Zealand, with a team of scientists from New Zealand, the United States, and Japan. This data acquisition was part of the SHIRE project (“Seismogenesis at Hikurangi Integrated Research Experiment”) and occurred in 2017.
The goals of this Earth science project were: 1) to obtain constraints on the deep structure of the Hikurangi margin, with an emphasis on Raukumara peninsula in the north, and 2) to record seismicity over several months. During the marine seismic experiment, we used the acoustic source and streamer of the US academic research vessel R/V Marcus Langseth (voyage MGL1708) to gather marine seismic reflection and refraction data. The R/V Tangaroa took part in a voyage undertaking OBS operations in cooperation with this, deploying and recovering a fleet of 100 short-period ocean-bottom seismometers (OBSs) from the Japan Agency for Marine-Earth Science and Technology (JAMSTEC). 
Voyage TAN1710’s deployed and recovered OBSs at 114 sites along four major lines. SHIRE Line 1 is oriented NW–SE between the Bay of Plenty and the northern Hikurangi Trough. Land seismometers on the Raukumara peninsula section of this transect recorded the Langseth source as well. SHIRE Line 2 is a margin-crossing transect on the southern Hikurangi margin, while Line 3 and Line 4 are two margin-parallel lines on the continental shelf and on the Hikurangi Plateau, respectively. After the R/V Marcus Langseth started surveying these geophysical transects, 21 of the instruments from Lines 1 and 3 were repositioned on SHIRE Line 4.
DOI: 10.21420/62c1-gs40
title: 05CM-04 PSDM section SEGY data
DOI: 10.21420/7nxy-t568
title: Preliminary 1-second and 1-minute Apia (API) data
DOI: 10.21420/s3h9-pq92
title: Seismic Array HiKurangi Experiment (SAHKE) data

description: This is the data collected by a major controlled-source and passive seismic imaging experiment, the Seismic Array HiKurangi Experiment (SAHKE). The SAHKE project was designed to investigate the physical parameters controlling locking at the plate boundary beneath the southern North Island and characterise slip processes in a major segment of the Hikurangi system. The components of data were acquired between November 2009 and April 2010 by GNS Science, Victoria University of Wellington, and Earthquake Research Institute (University of Tokyo, Japan) in conjunction with Ministry of Economic Development, Crown Minerals. 480 km of marine multichannel seismic data were acquired on 3 SAHKE profiles off the east and west coasts of the southern North Island and recorded by 36 short-period, 10 broadband and 20 ocean bottom seismometers along a single transect line. Additional offshore shot lines were recorded by 9 short-period seismometers in a north-south profile line, on the western margin, and 13 short-period seismometers on two profile lines on the eastern margin of the lower North Island. Additionally, 69000 offshore airgun sources were recorded by 48 short-period and two broadband seismometers distributed in a dispersed array during the recording of 2800 km of the Pegasus Basin survey. This same distributed array recorded local and teleseismic earthquakes over a 4 month period.
DOI: 10.21420/y3cc-pb81
title: Geology of the Pukekohe area

description: This new 1:50,000 geological map covers 830 km2 between the southern shoreline of Manukau Harbour and the lower Waikato River. The area, which includes Pukekohe, Waiuku, Pōkeno, and Papakura townships. Basement rocks (Austral Superprovince) beneath the map area consist of three fault-bounded, meta-sedimentary and meta-igneous terranes of Permian to Early Cretaceous age, although it is only Triassic–Jurassic ‘greywacke’ rocks of Waipapa Composite Terrane that crop out. An overlying succession of cover strata (Zealandia Megasequence), in places >1 km thick, consists of Late Eocene–Early Miocene non- to deep-marine sedimentary rocks (Te Kuiti, Waitematā, and Waitākere groups) unconformably overlain by Pliocene to Holocene terrestrial and shallow-marine sedimentary strata (Tauranga Group). Intra-plate effusive and explosive basaltic volcanism of Early to Middle Pleistocene age (South Auckland Volcanic Field) underpins the distinctive landscape within the southern parts of the map area. Distal airfall and pyroclastic flow deposits from North Island’s Central Volcanic Region have further modified the region’s landscape.
DOI: 10.21420/1nxk-wv04
title: Satellite SAR Images Database
DOI: 10.21420/4whs-8n20
title:  New Zealand campaign GNSS field logsheets
DOI: 10.21420/bpma-d502
title: Geothermal surface features database
DOI: 10.21420/drdw-vc72
title: Gravity survey data

description: A catalogue of over 40,000 gravity survey observations in New Zealand, including free air, Bouguer and isostatic gravity anomalies has been assembled. These data have been assembled from survey measurements mostly made by Geophysics Division, Department of Scientific and Industrial Research, (now GNS Science) since the 1940s using a variety of meters. Some gravity data has been contributed by petroleum explorers and universities. In 2004 all data were uniformly reprocessed using GNS Science software and tied to primary gravity sites the New Zealand Reference Gravity Stations (https://doi.org/10.21420/96Q5-8581).
DOI: 10.21420/mx8z-2h04
title: A 3D gas hydrate model of the southern Hikurangi Margin

description: This dataset contains underlying data and results of 3D gas hydrate modelling at the southern Hikurangi Margin using PetroMod™ software and accompanies a manuscript published in the Geochemistry Geophysics Geosystems journal (DOI10.1029/2019GC008275). The model integrates thermal and microbial gas generation, migration and hydrate formation. Modelling these processes has improved the understanding of factors controlling hydrate distribution. Three spatial trends of concentrated hydrate occurrence are predicted. The first trend (I) is aligned with the principal deformation front in the overriding Australian plate. Concentrated hydrate deposits are predicted at or near the apexes of anticlines and to be mainly sourced from focussed migration and recycling of microbial gas generated beneath the hydrate stability zone. A second predicted trend (II) is related to deformation in the subducting Pacific plate associated with former Mesozoic subduction beneath Gondwana and the modern Pacific-Australian plate boundary. This trend is enhanced by increased advection of thermogenic gas through permeable layers in the subducting plate and focussed migration into the Neogene basin fill above Cretaceous‒Paleogene structures. The third trend (III) follows the northern margin of the Hikurangi Channel and is related to the presence of buried strata of the Hikurangi Channel system.
DOI: 10.21420/qcqt-g461
title: Geological map of the Napier-Hastings urban area [digital data]

description: This is the Geology of the Napier-Hastings urban area dataset collection produced by GNS Science. The mapping frame within which the features have been observed is typically defined as surface geology (i.e. the bedrock and superficial deposits that are exposed at the topographic surface or would be visible if the overlying soil was removed). The data structure complies with the GeoSciML 4.1 standard, where relevant, and uses the appropriate CGI Controlled Vocabularies. The dataset is associated with Lee JM, Begg JG, Bland KJ 2020. Geological map of the Napier-Hastings urban area 1:75 000. GNS Science geological map 7a. Lower Hutt, New Zealand. GNS Science.
DOI: 10.21420/r58q-fz78
title: National Air Particulate Speciation Database
DOI: 10.21420/x3h9-cn15
title: New Zealand campaign GNSS RAW files
DOI: 10.21420/039f-xe27
title: 2018 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/0vy2-c144
title: GeoNet Aotearoa New Zealand stations metadata repository
DOI: 10.21420/czzw-cs82
title: Kaikōura, Canterbury, New Zealand 2016 Additional LiDAR
DOI: 10.21420/ej6w-rc96
title: GeoNet Aotearoa New Zealand Coastal Tsunami Gauge Digital Waveform Dataset
DOI: 10.21420/fqxd-vy44
title: Depth to hydrogeological basement
DOI: 10.21420/hdt4-tt88
title: 2019 Kaikōura January LiDAR
DOI: 10.21420/htz8-z141
title: New Zealand Hydrogeological Systems
DOI: 10.21420/jeap-4j81
title: NZL GNS 1:250K Geology (3rd edition)
DOI: 10.21420/jebk-5288
title: Groundwater age tracer data set
DOI: 10.21420/k3h6-z038
title: Canterbury 0.3m Rural Aerial Photos (2014-2015)
DOI: 10.21420/kb1d-a106
title: New Zealand Tsunami Travel Time Maps
DOI: 10.21420/mpsd-p640
title: Nationwide Groundwater Recharge Model
DOI: 10.21420/qxx6-3y27
title: Ground Penetrating Radar (GPR)
DOI: 10.21420/r8dz-vq04
title: NZL GNS GM3 Eastern Canterbury Geomorphology
DOI: 10.21420/th9w-st16
title: 2018 Kaikōura Hapuku Kowhai Papatea March LiDAR
DOI: 10.21420/vtw2-ae75
title: Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/we5s-1n52
title: GNS Science Aotearoa New Zealand Volcanic Alert Level Datasets
DOI: 10.21420/za38-7335
title: 2019 Kaikōura regional orthomosaic
DOI: 10.21420/zhf5-vq33
title: Spectral, Thermal and Active Remote Sensing (STARS) data resource
DOI: 10.21420/0x8y-h306
title:  National Paleontological Collection (NPC)
DOI: 10.21420/30f4-1a55
title: GeoNet Aotearoa New Zealand Continuous GNSS Network - Time Series Dataset
DOI: 10.21420/5wpf-sb23
title:    Amberley (AML) and Eyrewell (EYR) supplementary data
DOI: 10.21420/8tcz-tv02
title: GeoNet Aotearoa New Zealand Deep-ocean Assessment and Reporting of Tsunami (DART) Dataset
DOI: 10.21420/9qta-4884
title: Geothermal and GroundWater database (GGW) 

description: The GGW database is operated and maintained by the Institute of Geological and Nuclear Sciences Limited (GNS Science). It contains geochemical (chemistry and sampling), hydrological, geological and/or geophysical information for Sites (Features) in New Zealand. Included in the database are the datasets for the National Groundwater Monitoring Programme (NGMP) and Wairaikei Analytical, Recording, Thermo Dynamic System (WARTS) projects maintained and operated by GNS Science. The database design was adapted for New Zealand from Australian Standards.
DOI: 10.21420/kz52-nt28
title: National water table model
DOI: 10.21420/nqyc-eg34
title: GeoNet Aotearoa New Zealand Continuous GNSS Network - Event High Rate (Raw and RINEX files)
DOI: 10.21420/qf82-7d42
title: Geological Map of New Zealand [Digital data]
DOI: 10.21420/0dyr-q529
title: 2016-2017 Kaikoura 0.30m Rural Aerial Photos
DOI: 10.21420/0e1d-9e89
title: Latest Cretaceous and Paleocene biostratigraphy and paleogeography of northern Zealandia, IODP Site U1509, New Caledonia Trough, southwest Pacific.
DOI: 10.21420/49d1-5796
title: 2019 Kaikōura Hapuku Kowhai Rivers May LiDAR
DOI: 10.21420/83fe-h882
title: Supplement 4: Ratio plots of KSHM and NSHM2010
DOI: 10.21420/a0jv-6w73
title: GeoNet Aotearoa New Zealand automatically collected landslide data
DOI: 10.21420/dmfh-5593
title: CO2 release from pockmarks on the Chatham Rise-Bounty Trough at the Glacial Termination - associated data
DOI: 10.21420/fwkt-5t14
title: 2020 Kaikōura Hapuku Kowhai Rivers November LiDAR
DOI: 10.21420/jfrk-3485
title:  New Zealand Active Faults Database: high-resolution (NZAFD-HighRes) traces
DOI: 10.21420/jjec-j652
title: 3D Geological model of the Napier-Hastings urban area [digital data]

description: A collection of datasets related to the 3D geological model of the Napier-Hastings urban area that forms part of GNS Geological Map 7. The 3D geological model provides a conceptual three-dimensional representation and interpretation of the near-surface and subsurface geology including the thickness and geometry of stratigraphic and lithostratigraphic units, geometry of major faults, and drillhole and topographic data. The model has been developed in Leapfrog Geo software. This dataset collection should be cited as Begg JG, Jones KE, Lee JM, Tschritter C. 2022. 3D geological model of the Napier-Hastings urban area [digital data]. Lower Hutt (NZ): GNS Science. (GNS Science geological map; 7b). https://doi.org/10.21420/JJEC-J652. The explanatory text associated with this dataset is available from https://doi.org/10.21420/QFEK-9369.
DOI: 10.21420/kg20-n635
title: 2016 Kaikōura surface ruptures 1:250,000 scale
DOI: 10.21420/mmj9-cz67
title: GeoNet Aotearoa New Zealand Earthquake Moment Tensor Solutions
DOI: 10.21420/qfnx-0m28
title: New Zealand Paleoseismic Site Database
DOI: 10.21420/tap4-5s59
title: New Zealand Earthquake Catalogue for the revision of the 2022 National Seismic Hazard Model (NSHM)
DOI: 10.21420/x0md-mv58
title: GeoNet Aotearoa New Zealand Strong Motion Data Products
DOI: 10.21420/4ras-j272
title: GeoNet Aotearoa New Zealand National Network Digital Waveform Collection: Seismic, Acoustic & Coastal sea level data
DOI: 10.21420/fx0g-t204
title: 2019 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/4kjh-5z44
title: New Zealand Aquifer Potential Map Version 1.0
DOI: 10.21420/65s4-tw09
title: 2018 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/b7gs-dk09
title:  Definitive 1-minute Apia (API) data
DOI: 10.21420/cc3m-2d40
title: Definitive 1-minute Scott Base (SBA ) data
DOI: 10.21420/fn09-j989
title: 2015 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/jqqb-nk89
title:  New Zealand Fossil Record File
DOI: 10.21420/kzqd-g746
title: New Zealand Geological Resource Map (GERM)
DOI: 10.21420/r1qn-bm52
title:  New Zealand Active Faults Database 1:250,000 scale
DOI: 10.21420/0mfz-j006
title: Digital Elevation Model of King Edward Cove, South Georgia Island (UK)
DOI: 10.21420/0s8p-tz38
title: GeoNet Aotearoa New Zealand Earthquake Catalogue
DOI: 10.21420/396b-3y58
title: GNS Science Aotearoa New Zealand Rupture Models Dataset
DOI: 10.21420/5xtj-5718
title: Geological map of New Zealand 1:250,000. 4th ed 

description: This collection of datasets contains a digital representation of a geological map of mainland New Zealand and the Chatham Islands, suitable for use in Geographic Information Systems (GIS) software. The first edition digital geological map was released in 2014 and was built from 21 GIS-based versions of the 1:250 000 geological maps published under the "QMAP" (for "Quarter-million MAP") project between 1996-2010. In 2018 the digital data was extensively revised and international standards (GeoSciML) and vocabularies (CGI Geoscience Vocabularies) were implemented where possible. The 2020 third edition built on the 2018 digital data and included new mapping from a number of regions together with data collected for the Chatham Islands as part of QMAP Christchurch. This 2023 fourth edition incorporates new mapping in south Auckland and an extensive revision of the active faults and adjacent geology following updates in the New Zealand Active Fault Database in the lower North Island and south Auckland areas
DOI: 10.21420/9jjv-wy50
title: Tsunami Scenario Database
DOI: 10.21420/bw31-2x60
title:  GNS Science Aotearoa New Zealand Historic Volcanic Activity Datasets
DOI: 10.21420/c8ay-5173
title: "Felt Classic" felt report dataset
DOI: 10.21420/dqkb-et09
title: Aggregate opportunity modelling for New Zealand [digital appendix]
DOI: 10.21420/f49b-4g37
title: New Zealand Geological Timescale
DOI: 10.21420/g19y-9d40
title: GeoNet Aotearoa New Zealand Seismic Digital Waveform Dataset
DOI: 10.21420/h7v7-nn65
title: 1996-2013 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/mhxg-7x67
title: Elevation Modelling Grids
DOI: 10.21420/nmsx-wp67
title: New Zealand Community Fault Model v1.0
DOI: 10.21420/pbnm-5x75
title: Lakes380
DOI: 10.21420/pj1y-6m90
title: EYR k-index values
DOI: 10.21420/qfm7-y039
title: 2016 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/r4rp-tm02
title: NZLD: Debris Trail Line
DOI: 10.21420/rdw3-bd36
title: 2017 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/s2js-j450
title: 2017 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/tmhv-0t46
title: GeoNet Aotearoa New Zealand Continuous GNSS Network - RAW Files
DOI: 10.21420/z57y-me55
title: 1994-2013 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/0prr-yt69
title: GeoNet Aotearoa New Zealand Acoustic Digital Waveform Dataset
DOI: 10.21420/0v87-3950
title: 2021 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/2a9g-6s83
title: 2020 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/47gz-a116
title: New Zealand Landslide Dam Database
DOI: 10.21420/4cwa-qh61
title: New Zealand campaign GNSS RINEX
DOI: 10.21420/5wzm-8z10
title: New Zealand Geodetic Seafloor Data
DOI: 10.21420/6m34-tc54
title: Aquifer maps of New Zealand
DOI: 10.21420/7akr-7s37
title:  NZLD: Event
DOI: 10.21420/7dm8-zm49
title: 2014 Definitive 1-minute Scott Base (SBA) data
DOI: 10.21420/8x01-b734
title: 2014 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/a66f-h580
title: WARTS
DOI: 10.21420/apjy-5050
title: Preliminary 1-second and 1-minute data from Eyrewell (EYR)
DOI: 10.21420/d539-t756
title: New Zealand Geothermal Analytical Laboratory Information Management System (NZGAL)
DOI: 10.21420/ee6q-eq62
title: Crowdsourced data management at GNS Science
DOI: 10.21420/ekcj-v121
title: Ōkataina Volcanic Centre geological basement model
DOI: 10.21420/ep9q-8822
title: New Zealand Aquifer Map
DOI: 10.21420/hb4x-hr24
title: New Zealand Geodetic Seafloor Data
DOI: 10.21420/j856-2j84
title: GeoNet Aoteroa New Zealand Shaking Layers Dataset

description: Shaking Layers are shaking intensity maps generated minutes after a NZ earthquake. These products are available for earthquake events of magnitude 4 or higher. Using the instrumental data from GeoNet’s strong motion stations and felt report data as inputs, the maps provide information on earthquake intensity, peak ground acceleration, peak ground velocity and spectral acceleration. For data access: https://shakinglayer.geonet.org.nz/ The GNS Science Shaking Layers project is a collaborative effort between the GeoNet Program and the RCET (Rapid Characterisation of Earthquakes and Tsunami) MBIE Endeavour Programme
DOI: 10.21420/jt29-zx78
title: SWIR (short wave infrared) spectral data
DOI: 10.21420/k70h-8p87
title: 22018 Kaikōura Hapuku Kowhai Rivers July LiDAR
DOI: 10.21420/nw0b-7v95
title: Supporting data for "Heat flow in an active plate margin: New Zealand’s crustal thermal regime from borehole temperatures and numerical modelling"
DOI: 10.21420/ny6y-vz29
title: National Groundwater Monitoring Programme (NGMP)
DOI: 10.21420/rxke-az44
title: GeoNet Aotearoa New Zealand Continuous GNSS Network - RINEX Files
DOI: 10.21420/sqq4-rj10
title: Aggregate Opportunity Modelling for the Tasman District of New Zealand: Digital appendix
DOI: 10.21420/ttq0-sr11
title: Preliminary 1-second and 1-minute data from Scott Base (SBA)
DOI: 10.21420/vryt-vt95
title: Supplement 2: Descriptions and data sources for modified or newly added fault sources (in alphabetical order)

description: Supplement to:
A time-dependent seismic hazard model following the Kaikōura M7.8 earthquake published in New Zealand Journal of Geology and Geophysics.
Contains descriptions of changes made to the Kaikoura Seismic Hazard Model fault source model.
DOI: 10.21420/wm2y-st48
title: 2015 Definitive 1-minute Eyrewell (EYR) data
DOI: 10.21420/zb5n-hb42
title: Geology of the Pukekohe area [digital data]