cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/5mfz-4t41
title: GEODES Lava Beds National Monument Active Seismic Experiment 2024

description: The main purpose is to image the near surface resources, including lava tubes and regolith, at Lava Beds National Monument (LBNM), a lunar analog site, using active source seismology. The field sites include (1) Ship Cave, (2) Skull Cave, and (3) a Pleistocene pumice deposit at Caldwell Butte. The caves are analogous to lunar lava tubes, and the pumice deposit serves as an analog to lunar regolith and surface materials. The project builds upon previous field expertise from the NASA-funded TubeX project, and the active source seismology will also be used to understand how similar investigations can be conducted on the Moon and Mars. We also test the applicability of 3D seismic surveys.
DOI: 10.7914/7d0r-vq50
title: GEODES Lava Beds National Monument Active Seismic Experiment 2022

description: The main purpose is to image the near surface resources, including lava tubes and regolith, at Lava Beds National Monument (LBNM), a lunar analog site, using active source seismology. A June 2022 field expedition collected data in this region. The field sites include (1) a Pleistocene pumice deposit at Caldwell Butte, analogous to lunar regolith and surface materials, (2) two normal fault scarps north of LBNM, analogous to lunar normal faults, and (3) Skull Cave, a well-studied 10–20m diameter, 175 m long lava tube, analogous to lunar lava tubes. The project builds upon previous field expertise from the NASA-funded TubeX project, and our data will be used to demonstrate both the capabilities and limits for seismic data in future planetary resource exploration missions.
DOI: 10.7914/q1s7-n164
title: TEMPYR

description: Temporary seismological deployments in the Pyrenees (mostly French side)
DOI: 10.7914/e6mx-fg12
title: GEODES Hawaii Active Seismic Experiment 2019

description: This experiment is designed to test field methodologies for geophysical deployments for near-surface exploration on planetary bodies at HI-SEAS Habitat Region of Mauna Loa, a planetary exploration analog site. It involves active source, magnetic, and LiDAR surveys. This is a collaborative project between GILA-MONSTER (pre-GEODES) and NASA GIFT.
DOI: 10.7914/bdn3-0a63
title: Storfjorden

description: Seismic activity in Storfjorden (south-west of Svalbard) increased after a magnitude Mw = 6.2 event on 21st of February 2008. The increased level of seismicity persists until present. Continuous monitoring of the seismicity from close range is important to resolve the seismic activity better than is possible with the permanent land based seismic stations. For monitoring at close range, the seismology group of university of Bergen deployed three OBS temporarily in Storfjorden for about one year (August 2019 - June 2020) under INTAROS and EPOS project.
DOI: 10.7914/xh08-1x39
title: ITSAK Network of Lowcost Accelerometers

description: Network of custom-made low cost accelerometers installed in school buildings in specific Greek cities.
DOI: 10.7914/2cke-7405
title: GEODES SP Crater Active Seismic Experiment 2016

description: This experiment is to add an active seismic refraction study to a previously executed NASA simulated human lunar traverse mission near SP Crater in the San Francisco Volcanic Field, Arizona. This project is designed to test field methodologies for geophysical deployments on planetary bodies. It involves active seismic, broadband seismic, magnetic, and GPR surveys. This is a collaborative project between GILA-MONSTER (predecessor of NASA SSERVI GEODES) and NASA GIFT.
DOI: 10.15468/dl.captay
title: Occurrence Download

description: A dataset containing 106 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Blechum pyramidatum",
 "Geometry POLYGON((119.300000 20.500000, 122.100000 20.500000, 122.100000 25.400000, 119.300000 25.400000, 119.300000 20.500000))",
 "HasCoordinate is true",
 "HasGeospatialIssue is false"
 ]
}

 The dataset includes 106 records from 10 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021274-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.7914/tyzx-jn40
title: GEODES San Francisco Volcanic Field Active Seismic Experiment 2017

description: This project is designed to test field methodologies for geophysical deployments on planetary bodies. The main purpose is to image the shallow subsurface beneath terrestrial analog sites in the San Francisco Volcanic Field (SFVF), northern Arizona, using active source seismology through the GILA-MONSTER (predecessor of NASA SSERVI GEODES). The project builds upon previous exploration activities by NASA at SFVF, and the active source seismology will also be used to understand how similar investigations can be conducted on the Moon and Mars.
DOI: 10.7914/z099-yk61
title: GEODES Potrillo Volcanic Field Active Nodal Seismic Experiment 2021

description: The NASA SSERVI GEODES team conducted active seismic lines on the rim of the Kilbourne Hole maar in 2021. This dataset was collected using four Fairfield Nodal geophones to complement our analog seismic experiments using GEODE seismo
DOI: 10.7914/s8tr-hs84
title: GEODES San Francisco Volcanic Field Active Seismic Experiment 2019

description: This project is designed to test field methodologies for geophysical deployments on planetary bodies. The main purpose is to image the shallow subsurface beneath terrestrial analog sites in the San Francisco Volcanic Field (SFVF), northern Arizona, using active source seismology through the GILA-MONSTER (predecessor of NASA SSERVI GEODES). The field site includes Black Point Lava Flow, Cinder Lake, Lava River Cave, and Merriam Quarry. The project builds upon previous exploration activities by NASA at SFVF, and the active source seismology will also be used to understand how similar investigations can be conducted on the Moon and Mars.
DOI: 10.7914/88kt-4215
title: West_Tuscany_Project

description: West Tuscany Project aims to measure local seismicity in west Tuscany, where the permanent seismic station coverage is poor. The network uses 3ESPDC sensors provided by SEISUK. The project is a collaboration between the Universities of Florence, Pisa and Southampton (UK)
DOI: 10.7914/y4yd-1691
title: Tracking changes in Bhutan's glacial geomorphology, hydrology, and dynamics using geophysics

description: This project will investigate Bhutanese high mountain glacier hydrology, structure, and dynamics using geophysics (seismology and radar).
DOI: 10.7914/9e3f-3642
title: GEODES San Francisco Volcanic Field Nodal Seismic Experiment 2017

description: This project is designed to test field methodologies for geophysical deployments on planetary bodies. The main purpose is to image the shallow subsurface beneath terrestrial analog sites in the San Francisco Volcanic Field (SFVF), northern Arizona, using active source seismology through the GILA-MONSTER (predecessor of NASA SSERVI GEODES). Data were collected using nodal geophones. The project builds upon previous exploration activities by NASA at SFVF, and the active source seismology will also be used to understand how similar investigations can be conducted on the Moon and Mars.
DOI: 10.17026/ar/f0ortc
title: Kasteel Amerongen. Casco kasteel.
title: Bouwhistorische opname. Tekst.
title: 051-185.4a BBA-rapport 185.4a
title: Bouwhistorische opname

description: Bouwhistorisch onderzoek naar kasteel Amerongen op oudere resten gebouwd in 1676-1685 met kleinere verbouwingen begin negentiende eeuw, een restauratie 1895-1909 en modernisering in 1917-1918.
DOI: 10.17026/ar/f3gcxh
title: Hof 5-8, Steegoversloot 19-21 Dordrecht.
title: Bouwhistorische opname met waardestelling
title: 227-413 BBA-rapport 413
title: Bouwhistorische opname

description: Onderzoek naar enkele panden van het Hofcarré ter plaatse van het voormalige Augustijnenklooster afgebrand in 1512 en herbouwd in 1515. Na de alteratie in gebruik als Statenzaal, verbouwing in 1585-1587. Vernieuwing in 1782 en rond 1900, met aanpassing in 1908 en verbouwing in 1954-1955.
DOI: 10.17026/ar/f3mhot
title: Stadhuis Markt 1, Gouda.
title: Bouwhistorische opname met waardestelling.
title: 346-581 BBA-rapport 581
title: Bouwhistorische opname

description: Onderzoek naar het stadhuis van Gouda uit 1448-1459 met een eerste verbouwing in 1517. Bordes aan de voorzijde in 1603 met overhuiving in 1695, vernieuwing schavotdeel aan de achterzijde in 1692-1697 en tevens inwendig fors verfraaid, herstelling van de voorgevel in 1880-1884, ingrijpend gerestaureerd in 1947-1952 door A. van der Steur en opnieuw in 1995-1996.
DOI: 10.7914/zzdz-4066
title: Kahramanmaras Afterslip 2023-2024, East Anatolian Fault, Turkey

description: Fourteen carbon-rod extensometers (creepmeters) were placed across surface ruptures of the Mw7.8 and Mw7.6 ruptures of the Kahramanmaraş earthquake sequence of 6 February 2023 to record potential afterslip. The data are organized in site folders.   Each folder contains a graphical time series (pdf) and narrative of installation and location information.   Data from 2023 and  2024 are listed as .csv text files and Igor.pxp files.  Each instrument consists of a carbon rod extensometer with a rotary Hall sensor, which has a full-scale wrap of ≈10 mm measured to 12-bit-precision (~2.5 µm), and a concatenated range of 1.6 m (after the data are unwrapped). Most of the data were recorded at a rate of 1 sample per minute, but some data are recorded at rates as low as 10 minute samples. At two sites (Karakose and Goksun (1Dec2023) biaxial creepmeters were installed, the orthogonal component permitting fault dilation to be quantified.
At many sites  where coseismic offsets exceeded 3 m, afterslip was absent and measured displacements recorded fissure closure and collapse. At three locations, however, afterslip occurs at 3-5 mm/yr. These are the two ends of the Mw7.6 event and at the eastern end of the Mw7.8 event in the Puturge creeping section.  The 2020 Sivrice earthquake also terminated in the Puturge creeping segment.
DOI: 10.17026/ar/f5tavm
title: Boerderij ‘De Lieskamp’ Egelsteeg 2, Wageningen.
title: 201-375.9 BBA-rapport 375.9
title: Bouwhistorische verkenning

description: Onderzoek naar de boerderij De Lieskamp uit 1948 naar ontwerp van H.J. Messelink.
DOI: 10.17026/ar/f6dzfk
title: Museum Jacob van Horne. Voormalig Stadhuis - Markt 7 Weert
title: Bouwhistorische verkenning & waardestelling

description: De bouw van het Stadhuis kan worden gedateerd in de periode tussen 1543 en 1550. In 1828 vond een ingrijpende verbouwing plaats. Vanwege de groter wordende gemeentelijke dienst werd in 1912 opdracht gegeven aan de oorspronkelijk uit Maastricht afkomstige Weerter architect Theodorus Joannes, (Joseph) Rouleau (1887-1961) om een verbouwingsplan te maken voor het Stadhuis. Sinds 1982 is Museum Jacob van Horne in het voormalige Stadhuis gevestigd.
DOI: 10.7914/efr0-yc38
title: Ambient Seismic Experiment Tasmania 1

description: A field deployment for the purpose of projects that explore how to use the ambient wavefield in a well-posed way for finding the structure of the upper crust.  The experiment makes use of the strong, multi-directional ambient wavefield that is usual given Tasmania’s location in the Southern Ocean and the shape of the coastline. Sensors were LE-3Dlite recording at 100 Hz with ANU data loggers.
DOI: 10.7914/8csc-8z27
title: University of Melbourne Seismic Network

description: Since 2012, the University of Melbourne has been collecting seismic data, with instrumentation and operations funded by primarily by AuScope. The data is publicly available, as MiniSeed (see link below) however we have never registered with FDSN. We are currently undergoing a major upgrade of our Server Infrastructure, and will providing both ongoing and past data (from 2012) via our own SeedLink server, as will as mirroring this data via AusPass. VW is chosen as an acronym for Vic Wave (Melbourne being in the state of Victoria).
DOI: 10.7914/db4y-zk61
title: McDonald Dunn Research Forests

description: We will install two arrays of 10-15 nodes across a mature forest/clear cut region, to understand the possible amplification or dampening of a forested region during a quarry blast that may also exist during earthquakes. The ultimate goal is to understand how this may impact the likelihood of occurrence of landslides in the Oregon Coast Ranges during large earthquakes, and how this affects our interpretation of paleolandslides as proxies.
DOI: 10.7914/2esx-1488
title: Monitoring the 2025 Santorini Crisis

description: A network of short-period sensors as a rapid response to the seismic crisis 2025 offshore Santorini Island.
DOI: 10.7914/ga78-wk37
title: Jersey Valley Seismic Array

description: A local array of borehole seismometers monitoring seismicity associated with the Jersey Valley portion of the Amplify EGS project.
DOI: 10.7914/pz2d-8r35
title: Geological Survey of North Rhine - Westphalia

description: Seismological network of the Geological Survey of North Rhine-Westphalia to monitor the seismicity in North Rhine-Westphalia and surrounding regions with focus on the Lower Rhine Embayment. The network mainly consits of short-period seismometer stations.
DOI: 10.7914/sx5h-ak08
title: PLOCAN Observatory Network

description: PLOCAN Observatory Network
The PLOCAN Observatory Network is a passive acoustic monitoring network operated by the Oceanic Platform of the Canary Islands (PLOCAN). It focuses on Ocean Soundscapes, Marine Mammal Monitoring, and Ocean Sound. The network contributes to the characterization of underwater acoustic environments and the analysis of geophysical and ecological processes in the Northeast Atlantic.

Aim and Scope
The network's primary goal is to provide long-term passive acoustic data to support research in:

Ocean Soundscapes: Characterizing natural and anthropogenic variations in underwater acoustic environments.
Marine Mammal Monitoring: Detecting the presence and behavior of cetaceans and assessing the impact of human activities on marine life.
Ocean Sound: Investigating underwater physical and geophysical processes, including interactions between seismic activity, submarine volcanic processes, and acoustic propagation.
Types of Sensors and Data Collected
The network consists of hydrophones deployed in fixed locations on subsurface moorings. These instruments continuously record passive acoustic data, capturing a wide range of underwater sounds, including biological, geophysical, and anthropogenic noise.

The collected data is initially stored in WAV format, then compressed into FLAC, and finally converted into MiniSEED format. This approach ensures efficient storage and compatibility with geophysical and oceanographic data infrastructures.

The network operates with high sampling rates  which are later downsampled to 300 Hz to optimize the detection of low-frequency acoustic events associated with geophysical and biological processes.

Peculiarities of the Network
Multi-disciplinary application: The network supports oceanographic, ecological, and geophysical research, facilitating the study of natural and human-induced underwater acoustic events.
Data standardization: The use of MiniSEED format ensures seamless integration with geophysical and oceanographic data repositories.
Strategic location: Situated in a high-interest oceanographic and seismic region in the Atlantic, the network provides valuable datasets for studying ocean-acoustic interactions.
The PLOCAN Observatory Network serves as a regional node within the EMSO Canarias framework, reinforcing its role in international ocean observatory initiatives.
DOI: 10.17026/ar/f9aotn
title: Kenaupark 5 Haarlem.
title: Bouwhistorische verkenning & waardestelling

description: De villa werd in 1874 gebouwd als onderdeel van het door J.D. Zocher ontworpen villapark op de plaats van de vroegere ‘Hortus Medicus’. Al in de vroege twintigste eeuw werd de villa als kantoorgebouw in gebruik genomen en deze functie behield het pand tot op heden. Hiervoor hebben enkele uitbreidingen en een ingrijpende renovatie plaats gevonden.
DOI: 10.7914/ec6t-sm20
title: Earthquakes and Locking inVEstigation of Subduction (ELVES)

description: Seismological investigation of the locked section of the Hikurangi subduction thrust offshore New Zealand's North Island's east coast, using broadband ocean-bottom seismographs. This project is a collaboration between scientists from GNS Science, Te Herenga Waka/Victoria University of Wellington, the University of Ottawa and Dalhousie University. Data has been collected over a roughly one-year deployment of a loose grid of BOBS, of which 18 instruments were successfully recovered.

The subduction interface below and offshore the Wellington region is currently "locked", building up stress that will be released in a large, probably destructive subduction thrust earthquake. However, the existing land-based GeoNet network is effectively blind to small earthquakes offshore, and even large earthquakes are not well located, hindering understanding of the hazard posed by the offshore subduction zone. Records from the OBS deployed here will enable (1) recordings of small earthquakes to (2) identify active fault structures and (3) help to determine how much stress is accumulating offshore. Furthermore, this data will provide constraints on rates of offshore seismicity, fault geometries, and on the up-dip limit of the seismogenic zone. These data are needed to improve a range of efforts that seek to better constrain the hazard and risk posed to Aotearoa.
DOI: 10.7914/4sjz-qk50
title: Bellingham

description: Twelve short-period seismometers were deployed on or near Kama`ehuakanaloa seamount (formerly known as Lo`ihi) to investigate local seismicity and structure.
DOI: 10.7914/fh7y-nx87
title: Mapping the Seattle Basin Edge (Seattle Basin Edge)

description: 10 broadband (Meridian Compact Posthole) seismometers deployed across the Seattle basin and northern Seattle fault zone, coterminously with the Z6 nodal array (100 nodal seismometers deployed across the Seattle basin’s southern edge: https://www.fdsn.org/networks/detail/Z6_2019/).
DOI: 10.17026/ar/fbv3i6
title: Rijnstraat 39-40 en 41 te Arnhem. Documentatie en waardenstelling puien
title: Bouwhistorisch onderzoek

description: Bouwhistorische documentatie en waardenstelling van het exterieur en met name de winkelpuien van de twee panden Rijnstraat 39-41. De werkzaamheden worden uitgevoerd in het kader van het plaatsen van nieuwe puien. Momenteel hebben beide panden identieke klassiek vormgegeven puien volgens de huisstijl van The Sting. Volgens de plannen moeten bij de beide panden aparte puien worden geplaatst, waarbij door de ontwerper is gezocht naar hoe de oudste puien van de beide panden eruit hebben gezien.
DOI: 10.7914/eeh3-2y80
title: The Scientific Induced Seismicity Monitoring Network

description: The SM Network will be used to collect data from the industry deployed seismic stations within the province of Alberta, Canada. The network will be set-up like and ingest data from a currently operating temporary 2K network. The stations will mostly utilize Nanometrics equipment, although as the network expands, other vendors might deploy their own equipment. This network will need to have a year-long embargo on the collected data. The station data will be submitted by the vendors, but the AGS employees should be official custodians of the network and in term have a full access to the data.

2025-02-24:  The Scientific Induced Seismicity Monitoring Network (currently designated under 2K) is in the process of moving to the new network code I0 [https://ds.iris.edu/mda/I0/]. During this process, the data will be fragmented between both networks and interested users are asked to check both networks for the required data. Once the data is fully moved to the I0 designation, the 2K will be closed.

For additional information or assistance, please email Javad Yusifbayov (javad.yusifbayov@aer.ca)
DOI: 10.7914/86vd-f763
title: KM3NeT Seismic Network (K3SN)

description: The KM3NeT Seismic Network (K3SN) is operated by the Istituto Nazionale di Fisica Nucleare – Laboratori Nazionali del Sud (INFN-LNS) and the Istituto Nazionale di Geofisica e Vulcanologia – Sezione di Palermo (INGV-PA). It leverages the submarine km3-scale Neutrino Telescope (KM3NeT), which has been enhanced within the scope of the “Distributed Laboratory on the SEA” (IDMAR), a project for the construction of the largest multidisciplinary laboratory for scientific and technological marine research in Europe. The infrastructure links an onshore laboratory in Portopalo di Capo Passero (Sicily, Italy) to a submarine network of Junction Boxes and interlink cables, located 3500 meters below the surface, 80 km offshore. This framework ensures reliable connectivity for power supply, supervision, and real-time data transfer.
DOI: 10.7914/tzwc-fj98
title: Evaluating Las Vegas's Internal Seismic structure

description: Collaboration between UC Riverside and Northern Arizona University to assess seismic hazard in Las Vegas via seismic imaging of the basin and microseismicity monitoring. Deployment will consistent of broadband seismometers on land surrounding the city for ~6 months, with a deployment of nodal seismometers within the city for ~1 month.
DOI: 10.7914/wz2y-df65
title: Lerma Valley Ring Installation of Seismometers

description: In August of 2017, a temporary seismic network was deployed inside and around the Lerma Valley, named Lerma Valley Ring Installation of Seismometers (LeVaRIS), in northwestern Argentina. This network encompassed the southern-central and northern regions of the Lerma Valley and operated for a total duration of thirteen months. The LEVARIS network spanned an extensive area, extending 80 km north-south and 30 km east-west. The seismic stations were equipped with Lennartz 3D/5s 3-component sensors and, in one case, with a short period Mark L4C-3D buried at a depth of approximately 60 centimeters. The data-acquisition process was conducted using DATA-Cube3 type 2 digitizers at a sampling rate of 100 Hz. The stations' energy requirements were met by batteries powered by solar panels.
DOI: 10.7914/xhzt-cq87
title: Mount Gambier deployment

description: Deployment of six seismometers in the region of Mount Gambier, South Australia, to study the internal structure of the continent by geophysical means based on recording of natural worldwide seismicity.
DOI: 10.7914/xqzq-6g92
title: AGEMERA

description: This seismic network will be part European project AGEMERA (funded by Horizon Europe Programme) in which we want to calibrate and validate passive seismic techniques based on seismic noise applied to mineral exploration and monitoring. The first test site area is located in the Iberian Pyrite Belt (South Spain) close to an old cupper open pit mine exploited in the 70s and 80s. The main objective is to deploy short period sensors (2Hz) and high frequency sensors (4.5 Hz) to validate the new developed algorithms for ambient noise interferometry and Rayleigh wave ellipticity for mineral exploration and monitoring.
DOI: 10.7914/twnb-m965
title: GPR Investigation for Human Remains

description: We will collaborate with Dr. Sarah Kruse (University of South Florida) using GPR to investigate two sites in Utah (one in Weber County and one in Sevier County) for human remains related to a drowning case and murder case. This project is both for humanitarian purposes and to collect data students will use for analysis as part of a module in our Geospatial Data Acquisitions course. Dr. Kruse will lead the investigation and operate the equipment with assistance from Weber State University faculty and one to two undergraduate students. The GPR instrument to be used in the investigation is: Noggin GPR System (250 MHz & 500MHz antennas, datalogger, and 4-wheeled folding SmartCart with onboard GPS (GNSS) Receiver) along with associated processing software.