cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/ens4-7j71
title: Dry Forks Ambient Seismic Noise CCS Monitoring Experiment, Gillette, Wyoming

description: This project is a DOE-funded project for safe storage of CO2. The experiment measures background seismicity of a storage reservior and seismicity during and immediately after water flood injection into the target reservior. Additionally, the experiment will use ambient seismic noise and local train traffic noise to monitor seismic Vp and Vs velocity changes above the injection zone.
DOI: 10.17026/ar/dczng3
title: Priemstraat 7-9a Nijmegen
title: Bouwhistorisch onderzoek & waardestelling

description: Het pand Priemstraat 7-9-9a te Nijmegen, bestaat uit een café en drie bovenwoningen, waarvan twee toegankelijk vanuit de Priemstraat en één vanuit de achterzijde. Het huidige pand bestaat uit een al in 1925 gerealiseerde samenvoeging van twee historische panden.
DOI: 10.7914/nhc9-gg46
title: Temporary Accelerometric Network in Basilicata region for Site Effect studies

description: Over a period of about 12 years, 45 accelerometric stations have been installed in many municipalities of the Basilicata region (Italy). The seismic events recorded by this network constitute an important archive for site effect studies, to estimate local seismic response and soil-structure interaction. Since the seismic events recorded by this network were recorded on the urban soils, they can certainly be used in the framework of seismic microzonation and earthquake engineering.
DOI: 10.7914/khga-fw51
title: SO297-land: Onshore extension of the 2023 RV SO297 eperiment between Copiapó and Taltal, Chile.

description: - A network of 29 short-period data cubes was installed to densify the IMO network.
- Network was installed to extend the SO297 experiment onshore
- Installation time: February 2023 - June 2023 
- Cruise report of RV SO297 cruise (offshore experiments): https://doi.org/10.48433/cr_so297
DOI: 10.7914/npys-dw43
title: Domo de San Pedro BB

description: Temporary broadband seismic network for the study of the Domo de San Pedro region in Nayarit, Mexico.
Goals: base line of seismicity, geothermal exploration monitoring, imaging the volcanic complex by implementing ambient noise.
DOI: 10.17026/ar/def6iy
title: Provinsjehûs Fryslân Leeuwarden.
title: Deel 1 Bouwhistorische inventarisatie bouwblok Tweebaksmarkt – Korfmakersstraat – Heerestraat – Oude Oosterstraat.
title: 098-237.1 BBA-rapport 237.1
title: Bouwhistorische inventarisatie

description: Onderzoek naar de omgeving en gebouwen in het bouwblok waarin het provinciehuis zich bevindt met kappenplan en globale bouwfasering.
DOI: 10.7914/7rm8-5370
title: Harnessing the Geothermal Potential of Oklahoma Sedimentary Basin

description: The overall goal of this project is to evaluate and demonstrate the viability of geothermal production (producing minimum 1 MWe) from an Oklahoma hydrocarbon field and providing energy for two facilities, including Tuttle elementary and middle schools in Oklahoma. With access to four hydrocarbon wells within 1-mile distance of schools, the proposed project plans to use innovative injection/production well patterns and data-driven smart well completion technologies to optimize energy production. Use of existing oil and gas wells allows evaluation of geothermal Deep Direct Use (DDU) at considerable savings, and when successful, provides an excellent option for ‘recycling’ energy resource infrastructure as petroleum resources are exhausted. While the current proposal evaluates direct use, this is a steppingstone towards evaluation of storing high-temperature water in depleted reservoirs of sedimentary basins. The project risk and cost for any geothermal system is mainly attributed to drilling activities. Hence, we propose to use existing hydrocarbon wells in a smart pattern injection/extraction doublet system which require no cost for drilling activities. With millions of hydrocarbon wells available nationally, the project theme is scalable and highly impactful. This project leverages the use of existing wells and facilities, the expertise of a cross disciplinary team with previous geothermal energy, well design, and sustainable energy infrastructure design experience and accomplishments in similar projects. To make this project successful, the OU team is partnered with experts at National Renewable Energy Laboratory (NREL) and industry experts at Blue Cedar Energy and Baker Hughes Company. This project is an opportunity to begin to transition a subset of the oil and gas workforce and hydrocarbon wellfields towards the production of clean, renewable energy. The hydrocarbon industry sustains a large, highly skilled workforce that is naturally poised to pivot from hydrocarbons to geothermal bringing with them decades of experience in technology that is directly applicable to the development and growth of EGS and other geothermal resources. A core part of the project implementation is monitoring of induced seismicity during the period of the project. We intent to deploy 12 short-period sensors around the region of the project. This should provide a dense network enough to resolve the detection and location of micro-earthquakes (-5
DOI: 10.7914/yn66-gz48
title: Erebus Backbone Network

description: The IRIS/PASSCAL Polar program has been tasked with the design, fabrication, & deployment of a near-real time backbone seismic network near the summit of Mount Erebus. This infrastructure will support the scientific and hazard monitoring objectives of the NSF and supplant the temporary Erebus Interim project. The IRIS Program for Array Seismic Studies of the Continental Lithosphere (PASSCAL) Instrument Center at New Mexico Tech supports cutting?edge seismological research into Earth’s fundamental geological structure and processes and will use this expertise to install and maintain this network. The scope of this project does not include a directive for ongoing monitoring of the resulting data. This network will be comprised of five stations that include broadband, strong motion, and infrasound sensing capabilities.
DOI: 10.7914/5y0h-gy58
title: Onshore seismic network of the Integrated Deep-Ocean Observing System (IDOOS) at the Atacama seismic gap in northern Chile

description: A network of 24 short-period data cubes was installed to monitor the Atacama Seismic Gap in northern Chile. This network complements the offshore network of AZA pressure sensors installed in March 2023 as part of the IDOOS project in collaboration with Geomar Kiel, Germany. The network of seismological stations will record data for a period of five years. Financed by the chilean agency ANID: Project FONDEQUIP MAYOR 2020 EQY200033.
DOI: 10.7914/jwqr-qz90
title: USGS Debris Flow Flume Seismic Monitoring

description: We deployed over 75 sensors to record waves from manmade debris flows at the USGS Debris Flow Flume in Blue River, OR. The deployed sensors were nodal seismometers, broadband seismometers, and a strong motion station that were installed within ~100 m of the flume.
DOI: 10.7914/0tdt-ab74
title: Nodal Seismometer Deployment at Oak Ridge earthflow near San Jose, CA

description: We will deploy ~ 80 nodes for 1 month during Feb (not March) 2023. Change to: Start Date: 01-06-2023 & End Date: 03-06-2023
DOI: 10.17026/ar/dfwvbo
title: Ir. D.F. Woudagemaal Gemaalweg 1, Lemmer.
title: Bouwhistorisch onderzoek
title: 341-578.1 BBA-rapport 578.1
title: Bouwhistorische opname

description: Onderzoek naar het in 1916-1920 gebouwde ir. D.F. Woudagemaal met kleine aanpassingen in 1921 en 1929, gerenoveerd en van nieuwe ketels en een werkplaats voorzien in 1955-1956.
DOI: 10.7914/zd74-x973
title: National Seismic Network of Mozambique

description: National Seismic Network of Mozambique. Collects broadband and strong-motion continuous data for seismic monitoring and scientific studies.
DOI: 10.7914/7tsa-bv11
title: Vuache Fault

description: Local network of 12 short period stations around the Vuache fault in order to build a microseismic catalog
DOI: 10.7914/np65-jd97
title: Seismic observations and characterization of vehicular activity

description: We plan on conducting a short survey using four nodal seismometers strategically placed on public land (B.L.M.) to capture signals of individual passing highway, train, and air traffic. Targets include the Socorro Municipal Airport, NM-1, I-25, and the BNSF line running N-S parallel to I-25. Observations of vehicle type and timing are to be made periodically throughout the experiment. These observations are to be used to characterize and differentiate the seismic signals induced by passing vehicles.
DOI: 10.7914/gdyv-b321
title: Mapping subsurface massive sulfides

description: This constitute a test deployment to assess the posibilities of enviromental seismic noise interferometry in a operating mine site in an area of Volcanogenic massive sulfide ore deposit. The are is the Iberian Pyrite Belt located within the Iberian Peninsula.
DOI: 10.7914/mc8r-ft72
title: Taltal temporary deployment

description: Temporary deployment of 84 geophones 4.5Hz across the Antofagasta region in northern Chile. Data will be available through the FDSN/EIDA service hosted at the GFZ-Potsdam. The waveform data is embargoed until 31.12.2024.
DOI: 10.17026/ar/dhkzla
title: Steegoversloot 56, Dordrecht.
title: Bouwhistorische verkenning met waardestelling
title: 288-498 BBA-rapport 498
title: Bouwhistorische verkenning

description: Onderzoek naar het woonhuis Steegoversloot 56 gebouwd in het laatste kwart van de zeventiende eeuw met een nieuwe voorgevel in de achttiende eeuw, in 1865 gemoderniseerd en in 1917 en 1936 inwendig verbouwd.
DOI: 10.7914/c39w-b345
title: Geothermal Resource Assessment beNeath IrelaNd Using Subsurface imaging

description: GRANNUS is an array of 5 seismometers in the north of the island of Ireland, operated by the Dublin Institute for Advanced Studies in collaboration with the Irish National Seismic Network, Geological Survey of Northern Ireland and Geological Survey Ireland. There are 5 broadband Nanometrics Trillium-120 PA seismometers with DIGOS Cube data loggers. The stations were installed in May and June 2023 and will run continuously for 2 years. GRANNUS improves the seismic station coverage in Northern Ireland and in the north of the Republic of Ireland. The data will be used to improve lithospheric scale subsurface imaging of Ireland and determine areas of high geothermal potential, in addition to seismicity analysis.
DOI: 10.7914/eqme-mg07
title: Geophysics data collection and processing as part of NEIU's ESCI 303 Environmental Geology In The Field

description: At Northeastern Illinois University, a 4-year Hispanic Serving Institution located in Chicago, we will use borrowed equipment to learn to use geophysical equipment for investigating the shallow subsurface. We plan to locate utilities on campus during class time for our introductory level and general education students, and then use the equipment at Illinois Beach State Park to investigate sand thickness along the shore for our upper level students. We will build our activities around the modules developed by the IGUaNA project.
DOI: 10.7914/vd3w-h713
title: Pinos watershed late summer scans

description: A larger project monitoring and measuring recharge, flow, and sediment transport in the Pinos watershed near Socorro is ongoing. We are piloting a use of GPR to verify bed-load transport measurements and repeatability of the GPR scans. The Smart Cart set up for the SenSoft Noggin antennas is ideal for this experiment (including GPS, cables, battery, charger, and DVL/datalogger). We hope to use both the 500 MHz and 250 MHz antennas to collect transects across the wash (when not flowing), at locations correlated with other instruments.
DOI: 10.17026/ar/di5487
title: Drift 4-6, Utrecht.
title: Bouwhistorische opname met waardestelling
title: 185-362 BBA-rapport 362
title: Bouwhistorische opname

description: Onderzoek naar Drift 4-6 met mogelijk resten van een claustraal pand, begin zeventiende eeuw uitgebreid en in het derde kwart van de zeventiende eeuw opnieuw. Gemoderniseerd rond 1750 en rond 1832 uitgebreid. Na 1896 Rijksbelastingsgebouw met verbouwing in 1911 en latere aanpassingen.
DOI: 10.7914/6grc-ff41
title: Seismic imaging of the Doty Fault, Washington

description: Geologic evidence supports the existence of the Doty Fault which extends through the Chehalis region in western Washington. Residing in the forearc of the Cascadia subduction zone, seismic hazards pose a major threat to communities within the northwest region, and the major goal of this project is to determine whether the Doty fault is still active by retrieving information about sediment deformation via 2D seismic imaging. From gravity and magnetic constraints, three transects perpendicular to the fault within the sediment basin have been prioritized as the major objectives. Each survey area will consist of active source 2D reflection imaging and multichannel analaysis of surface waves (MASW), passive microtremor array methods (MAM), and 2-3D horizontal-to-vertical spectral ratio (HVSR) imaging.
DOI: 10.7914/bfp8-xv25
title: South Island Seismology at the Speed of Light Experiment

description: SmartSolo IGU-16HR 3C 5Hz nodal deployment to target seismicity and structure of the Alpine Fault near Haast, New Zealand in conjunction with a distributed acoustic sensing (DAS) experiment using a Silixa iDAS interrogator along Haast Pass.
DOI: 10.7914/zz2a-m465
title: Flinders Ranges

description: A temporary network of 20 broadband seismometers (3 component, 100 Hz) deployed by Geoscience Australia, the Australian National University, and the Geological Survey of South Australia in the Flinders Ranges, South Australia from 2003 to 2005.
DOI: 10.7914/9j20-yq91
title: Seismic Network Around Kangaroo Eyre Yorke

description: This deployment of 20 broadband seismometers is intended to fill a gap in seismic coverage in South Australia, along the south-eastern margin of the Galwer Craton. The aim is to better characterise the local seismicity, and to improve seismic imaging of the crust and upper mantle structure beneath this region. Seismometers are located throughout the eastern Eyre Peninsula, Yorke Peninsula, Fleurieu Peninsula, and Kangaroo Island. Sensors used during this project include twelve Trillium Compact 120s and eight Trillium Compact Postholes 120s. For digitizers, the TerraSAWR and LPR-200 ANU seismic recorders were deployed. Data was sampled at 100Hz.
DOI: 10.17026/ar/divdav
title: Kerk van de Remonstranten en Vrijzinnig Protestanten. Parkstraat 31a Arnhem
title: Bouwhistorische verkenning & waardestelling

description: Een bouwhistorische verkenning en verkennend kleuronderzoek naar het uit 1926 daterende kerkgebouw van de Parkstraatgemeente in het Spijkerkwartier. Voor het ontwerp van het kerkgebouw werden de Arnhemse architecten H.B. van Broekhuizen en G. Feenstra ingeschakeld. Zij ontwierpen een “Kerk en Vereenigingsgebouw” in een sobere baksteenarchitectuur die sterk afweek van de tot dan toe in Arnhem gebruikelijke architectuur voor kerkgebouwen, waarin de invloeden van de 19de-eeuwse bouwtraditie nog herkenbaar waren.
DOI: 10.7914/tbcv-xq73
title: Temporary seismic network in the urban area of Rome city (Central Italy)

description: Seismic network in the urban area of Rome city (Central Italy) for site effect studies and for velocity imaging by ambient seismic noise tomography
DOI: 10.7914/3fr2-6824
title: Hi-CLIMB two-dimension array - Peking University

description: This is one part of the two-dimensional temporary seismic array of Hi-CLIMB project operated by a team from Peking University from 2004 to 2005, collaobrating with the team from Institute of Earth Sciences, Acadimia Sinica, who had operated another part of this two-dimension temporary seismic array.
DOI: 10.7914/d4yq-xt83
title: UNSA Regional Seismic Network

description: Seismological project (IBA-IB-71-2020, UNSA INVESTIGA), “Análisis de los impactos generados por la actividad sísmica de origen natural y artificial utilizando registros de una estación sísmica de banda ancha en la ciudad de Arequipa” we started in 2020 to study the regional seismic of Southern Peru.
DOI: 10.7914/729j-nj66
title: Podere Maiar

description: Seismic network designed in order to monitor microseismic activity in the area where Podere Maiar gas field is located. The network is constituted by 4 stations with velocimeters and 1 station with velocimeter and accelerometer.
DOI: 10.7914/mqw7-t790
title: Onshore PICTURES

description: Short Period onland deployment to complement an active source experiement around the rupture area of the 2014 M8.2 Iquique, Chile earthquake.
DOI: 10.7914/fdgr-gc14
title: Exploratory monitoring of meteotsunami events on the Laurentian Great Lakes

description: We aim to deploy sensors near the shore of central eastern Lake Michigan where meteotsunami events have been documented in the summer months. Ideally, we could deploy in late May and early June and record for the summer. We would pull the stations the fall. I realize that once again this is a short-notice request. We can be flexible on the timing if there are instruments available.
DOI: 10.17026/ar/djnw9d
title: Gebouwencomplex Heilig Land Stichting Profetenlaan 2, Heilig Landstichting Groesbeek.
title: Bouwhistorische opname. Deel 1 Tekst
title: 310-529.1 BBA-rapport 529.1
title: Bouwhistorische opname

description: Onderzoek naar het gebouwencomplex van de Heilig Land Stichting bestaande uit een kerk- een kloostercomplex, een Bijbels openluchtmuseum en begraafplaats gesticht in 1911 en tussen 1913 en 1952 in fasen uitgevoerd naar plannen van J. Stuyt en beeldend kunstenaar P. Gerrits. Inclusief de Cenakelkerk 1913-1915 met technisch ontwerp van J.G. Wiebenga. In 1988 aangepast en herinrichting in 1992-1993 met toevoeging van een Syrische boerderij in 1992 en een moskee in 2010.
DOI: 10.7914/fack-7r35
title: CEA seismic network of south-eastern France

description: French CEA/DES Cadarache and Marcoule seismological networks composed of accelerometers and velocimeters spread over south-eastern France.
DOI: 10.7914/zw3f-h051
title: Western Canada Deformation Array

description: The Western Canada Deformation Array (WCDA) is a permanent Global Positioning System (GPS) and Global Navigation Satellite System (GNSS) Tracker Network established by the Geological Survey of Canada (GSC) of the Natural Resources Canada (NRCan). The network is used to investigate crustal deformation in southwestern British Columbia as part of a comprehensive multi-disciplinary study of seismic hazards in the region. The operations and management of the network were transferred to the Canadian Hazards Information Service (CHIS) of the NRCan in 2017. High-rate and standard 30-second sampled GNSS raw data files in RINEX formats are available from IGS  global data centres.
DOI: 10.7914/pxkt-x819
title: RUB Observational Geophysics Lab Deployment: Northwestern Peloponnese

description: Temporary deployment to enhance earthquake monitoring in the northwestern Peloponnesian peninsula
DOI: 10.17026/ar/dlhubv
title: Exterieur Toren Nederland Hervormde kerk St. Johannes de Doper Wijk bij Duurstede.
title: 136-286 BBA-rapport 136
title: Bouwhistorische verkenning

description: Onderzoek naar het exterieur van de toren in Wijk bij Duurstede uit 1486-1514, aangepast rond 1665, gerestaureerd in 1892-1893 en 1968-1976.
DOI: 10.7914/wqvg-2272
title: San Jacinto FaultScan Project

description: Deployment of 300 nodes on Piñon Flat in southern California
DOI: 10.7914/eydg-a090
title: 2022 Ridgecrest Nodal Array

description: Nodal array deployed near Ridgecrest California. Funded by the ERC project FaultScan  (PI Florent Brenguier)
DOI: 10.7914/37v8-hv88
title: Wairakei Earthquake and Tomography Array (WETA)

description: The Wairakei (WETA) experiment consists of a short term (~30-60 day) nodal array targeting the Wairakei Geothermal Field.  45 SmartSolo IGU-BD3C-5 broadband nodes and 120 SmartSolo IGU-16HR 3C short period nodes were deployed in September 2023. All data recorded at 250 Hz.  The aim of the project is to image the local seismic velocity structures in the top 5 km and detect and characterize local seismicity.
DOI: 10.7914/d8e1-5e07
title: A novel magnetometer network to capture the ongoing inflationary episode at Askja volcano, Iceland

description: We propose to study the ongoing inflation at Askja volcano, Iceland, using magnetometry. This inflation—which started in August 2021 and is well on its way to reversing over 40 years of cumulative subsidence—suggests recharge of the shallow magmatic storage system beneath Askja caldera as the system primes for the next eruption. We will deploy a network of continuous, 3-component magnetometers to measure the time evolution of the subsurface magmatic system in August 2023. Changes to the distribution of magma should produce observable changes to the local magnetic field, which these instruments will measure. This novel technique is based on recent modeling by Biasi et al. (2022) and a successful deployment at Axial Seamount (Fluegel et al. 2022). The proposed network will complement the existing continuous seismic and geodetic networks, as well as benchmarks used for campaign gravimetry surveys. We will combine a 6 3-component fluxgate magnetometers, similar to those which we have successfully deployed in Alaska in 2022, with a large number (14–15) of experimental, low-cost devices to densify coverage.
DOI: 10.7914/d02t-f161
title: GREENest

description: The project focuses on the construction of a 3D model of a gneissic dome with several mineral deposits based on high resolution geophysics. The instruments used will be 2Hz Geospace 3C sensors covering an area of ~30x30 km in a continuous recording for 2 months.
DOI: 10.17026/ar/dm2h8r
title: Het atelier van Richard Roland Holst op Landgoed Oude Buisse Heide te Achtmaal.
title: 061-197 BBA-rapport 197
title: Kleurhistorisch onderzoek

description: Kleuronderzoek naar het exterieur van het in 1918-1919 voor Henriette Roland Holst gebouwde atelierwoning op het landgoed Oude Buisse Heide te Achtmaal bij Zundert.
DOI: 10.7914/4x2z-jc03
title: Yasur volcano seismoacoustic campaign (August 2023)

description: Deployment of seismic and infrasound sensors around Yasur volcano, Vanuatu. The goal of this campaign was to reconcile infrasound observations with seismic and video data streams to better understand the link between volcanic source processes at depth and at the surface.
DOI: 10.7914/fjb2-ve22
title: Thwaites Eastern Ice Shelf Daggers and Pinning Point Shear Zone

description: A network of 16 nodal seismometers were passively recording along the side and tips of five parallel rifts ("the Daggers") that extend across the Thwaites Eastern Ice Shelf, West Antarctica in January 2023. Two additional nodes were used for zero-times during a distributed acoustic sensing (DAS) experiment at the AMIGOS weather stations located at our basecamp in the middle of the ice shelf and on the surface of a basal channel.
DOI: 10.7914/jbbf-1404
title: Testing continuous seismic borehole sources at PFO, CA

description: A continuous borehole source will be tested at PFO, CA, to monitor subsurface structural changes with borehole hydrophone arrays and surface sensors. LBNL has hydrophone arrays, but we want to borrow Geode recorders and surface nodal sensors. The source frequency is 1-5 kHz, so SmartSolo would be good.
DOI: 10.7914/gqdb-hs97
title: Active and passive seismic interferometry of Kilauea volcano

description: The USGS, Rensselaer Polytechnic Institute, and U Miami will conduct an active and passive seismic interferometry experiment on Kilauea volcano in spring/summer of 2022. The experiment will use NSF's triaxial vibroseis truck to generate P and S waves independently, the signals of which will be recorded on 2000 nodes. We have designed this experiment using Guoqing Lin's Vp and Vp/Vs tomography to determine the source-receiver configuration that will give us Vp and Vs information in the 0 to 5 km depth range beneath the summit of Kilauea volcano, using finite frequencies of 5 to 25 Hz. Funding is coming from the 2.4 million dollars approved for research from the 82 million Kilauea supplemental funding as a result of the 2018 eruption.