cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/fdybcu
title: Kapel De Haar. Monumentale kunst Pieter Wiegersma.
title: Kunsthistorisch onderzoek & waardestelling
title: 020-141b BBA-rapport 141b
title: Cultuurhistorisch onderzoek

description: De zelfstandige, maar bij het kasteel De Haar behorende kapel uit begin vijftiende eeuw werd in 1959-1964 deels van een nieuw decoratieprogramma voorzien door de kunstenaar Pieter Wiegersma.
DOI: 10.7914/66b6-v645
title: Hooker Valley Infrasound

description: Temporary deployment of eight GEM infrasound microphones in two arrays of four in the Hooker Valley, Aoraki Mount Cook National Park, New Zealand. The goal of this deployment was to record infrasound signals from avalanches. The deployment was 50 days long.
DOI: 10.17026/ar/fh3d47
title: Ir. D.F. Woudagemaal, Lemmer.
title: 343-578.3 BBA-rapport 578.3
title: Kleurhistorisch onderzoek

description: Kleurhistorisch onderzoek naar exterieur en diverse onderdelen van het in 1916-1920 gebouwde ir. D.F. Woudagemaal tijdens restauratie.
DOI: 10.7914/cht5-8k21
title: Rapid nodal deployment after the April 5, 2024 New Jersey earthquake

description: We plan to deploy 100 SmartSolo nodes around the earthquake epicenter to study 1) aftershock distribution and 2) shallow crustal structure near the fault. Instruments will be deployed for a period of 1 month, from roughly 4/22/24 through 5/22/24.
DOI: 10.7914/q1y3-6582
title: Seismological Network operated by SURVIOT & K-UTEC

description: Seismological Network operated by SURVIOT & K-UTEC
DOI: 10.7914/j5mq-br28
title: Polar Seismic Italian Network

description: Broad-band polar local seismic networks - Regions: David Glacier, Antarctica and Wolstenholme Fjord North-West Greenland.
DOI: 10.17026/ar/fhpjq4
title: Trappenhuis Gebouw Helios Spui 15-19 / Voetboogstraat 1-3, Amsterdam.
title: Notitie kleuronderzoek
title: 313-533 BBA-rapport 533
title: Kleurhistorisch onderzoek

description: Kleuronderzoek naar het trappenhuis van gebouw Helios, gebouwd rond 1900 naar plannen van G. van Arkel, verbouwd in 1923 en 1929.
DOI: 10.7910/dvn/vs7vgw
title: School of Midwifery, Waterside Onitsha 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.

description: School of Midwifery, Waterside Onitsha 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
description: School of Midwifery, Waterside Onitsha 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
DOI: 10.7914/n9em-jf73
title: Sanremo Italy

description: Temporary accelerometric monitoring of structures in Sanremo (IM - Italy)
DOI: 10.7914/631p-vp23
title: Seminar Course: Infrastructure Health Monitoring with Resonance Analysis: Theory, Application and Communication

description: As part of a special seminar course to evaluate local seismic response of the UTD campus, students learned the fundamentals of seismometers, earthquake seismology, and ambient noise data processing. 
To support a “learn-by-doing” approach, two field activities were organized with students. In the first, seismic nodes were deployed at various locations across the campus. In the second, seven seismic nodes were installed on different floors of the tallest building on campus to conduct an experiment on building response.
Participants: Amin Sadique, Bochen Dong, Chongpeng Huang, Diederick Overveld, Fatemeh Karimi, Isaac Winters, Jenny Pankratz, John Myers, Katherine Guo, Ke’Vaughn Waldon, Muhammad Zubair, Obaid Ahmad, Shehryar Jafar, Yu Chen
Acknowledgement: Dr. John Ferguson, Dr. David Lumley, Dr. Nadine Igonin, David Taylor, among others
DOI: 10.7914/cwyr-v723
title: Boise Geothermal Summer Camp

description: The Boise Geothermal field camp will be from May 15 to May 27, 2023. The radio-magnetotelluric (RMT) will be measured along the Cottonwood Creek valley, which extends from downtown Boise into the Boise Front Range. The RMT test results will be used to constrain the deep resistivity structure of the system (~ 2 km). In particular, the subsurface resistivity distribution can be used to estimate the porosity and connectivity of the granitic bedrock in the hydrothermal system. This estimation can help determine the thermal water storage in the system. The RMT stations will be ~500 m apart, and we will have a total of ~20 stations. At each station, the RMT data tests will take ~2 hours, and each day, we can collect RMT data at about four stations. We will ensure the RMT stations will be evenly distributed along the survey lines, so we have good coverage to constrain the subsurface resistivity structure. Data logging at each station will take at least one hour, so high-frequency electric and magnetic field data can be stacked to increase quality.
DOI: 10.7914/9xaq-xr87
title: EBYU-IET Seismic network

description: The “Institute of Earthquake Technologies” within Erzincan Binali Yildirim University - Türkiye is established in July 26, 2022, by approval of the Presidency of the Republic of Turkiye. Since then, the Institute of Earthquake Technologies (IET) is making the best for the employment of both academic and research staff along with the purchase of necessary equipment for (i) permanent strong and weak ground motion stations, and (ii) permanent rapid-response stations strong ground motion sensors located at populated areas around the Erzincan province. It is planned to complete 10 (i) and 10 (ii) stations by the end of 2025.
DOI: 10.7914/y403-3790
title: Sistema de Detección Microsismica Mexicana

description: The Sistema de Detección Microsismica It is evaluating a possible expansion to the entire Mexican Republic, in order to analyze seismic activity at certain strategic points in order to study unmapped or unseen geological faults. 

All discoveries and advances with the network will be published in the future. The network consists of approximately 15 sensors across the country, using 1D Raspberry Shake sensors and ~50 Grillo Uno sensors (for possible evaluation to become Earthquake Early Warning). Their low cost allows for a high station density. 

Due to the lack of interest among institutions in sharing real-time data from their seismic stations, "SisDeMi_Mex" was created. A project that aims to warn people about the seismic activity around them, always having real-time seismic data (approximately 4-6 stations via the IRIS DMC data server) and the entire network will be semi-public, requiring data subjects to request access. (Information under development, possible future changes)
DOI: 10.17026/ar/fib7pz
title: Nicolehoeve Tiengemeten 2 Goudswaard.
title: Bouw- en cultuurhistorische waardestelling. Randvoorwaarden herbestemming. Aanbevelingen.
title: 075-209h BBA-rapport 209h
title: Bouwhistorische verkenning

description: Onderzoek naar een boerderij met bijgebouwen en landarbeiderswoning gebouwd rond 1910 en verbouwing rond 1936.
DOI: 10.7914/6vh6-0855
title: Nodal seismic array to examine the correlations between seismic and geodetic data

description: We plan to deploy three-component nodes in Miami urban area for six months and examine the correlations between seismic and geodetic data.
DOI: 10.7914/v68b-5553
title: Monitoraggio Sismico Urbano e delle infrastrutture

description: In recent decades, in different parts of the world, mainly in areas prone to large earthquakes (e.g. Japan, California, Sumatra, etc.), urban seismic networks (OSUs - Urban Seismic Observatories) and Earthquake Early Warning (EEW) systems have been developed/implemented to ensure continuous monitoring and real-time processing of the information collected, allowing the distribution of shaking intensity following an earthquake to be provided in a timely manner to emergency management centres. Real-time quake maps could enable emergency management bodies to manage priorities and allocate resources more effectively. In addition, checks on the degree of damage and suitability to access or use buildings could be carried out according to a priority logic based on the maximum shaking measured by the urban seismic network.
DOI: 10.7914/e7pt-3v58
title: Collaborative Research: Magnetotelluric Investigation of the Salton Trough

description: The project involves two field campaigns in the Salton Trough, California, that will each take approximately one month to complete and will be performed during the winter/spring season when temperatures are cooler in the region, tentatively planned for March 2024 and March 2025. During the first field campaign in March 2024, we plan to collect an array of wideband and long-period MT data in the Salton Trough, with nominal station spacing of 5–10 km and 25 km, respectively. For the wideband, we are requesting: four (4) Phoenix MTU-5C instruments, 12 induction coil magnetometers, and 20 electrodes (for E-fields + ground channels), as well as electrode cables and a field laptop for instrument setup and data downloading. For the long-period, we are requesting: four (4) LEMI-424 instruments, 4 fluxgate magnetometers, and 4 electrodes, as well as electrode cables and a field laptop for instrument setup and data downloading. During the second field campaign in March 2025, we plan to collect an array of wideband MT data in the Salton Trough, with nominal station spacing of 5–10 km. We are requesting: four (4) Phoenix MTU-5C instruments, 12 induction coil magnetometers, and 20 electrodes (for E-fields + ground channels), as well as electrode cables and a field laptop for instrument setup and data downloading. This proposed project will inform Salton Trough electric properties and processes at several spatial scales in a way that complements past and present geoscientific networks in the region. One is a densification (~25 km station spacing) of the acquired USArray long-period MT component in southern California. These data will help address questions on variations in lithospheric-scale fabric (i.e., plate motion past and present), the dehydration of the subducted Farallon slab and the unknown influence of these liberated fluids on active earthquake faults and volcanic systems. Another covers the Salton Trough with MT stations spaced <10 km apart, resolving crustal and uppermost mantle conductivity anomalies of similar scale. Models derived from these data will highlight the partitioning of fluids, partial melt, and by inference strain, between the SSAF system that includes incipient rifting and other potential secondary tectonic branches in this complex area.
DOI: 10.7914/3z74-xa63
title: Berkeley Distributed Acoustic Sensing Network

description: Berkeley Distributed Acoustic Sensing Network
DOI: 10.17026/ar/fj837n
title: Kolonel Wilsstraat 23 – Maasdijk 39 5371 AG Ravenstein
title: Bouwhistorische verkenning & waardestelling

description: Dit pand heeft een dubbele adressering met Maasdijk 39 maar is in principe een geheel. De bouwtijd van het pand is niet duidelijk maar zal ergens in het tweede kwart van de jaren ’20 van de zeventiende eeuw opgetrokken zijn. In 1977 is een grootschalige verbouwing uitgevoerd door architect J. Evers.
DOI: 10.7914/h001-7s67
title: USGS Bald Eagle Sackung

description: One day of ambient seismic data collected on Bald Eagle Mountain near Leadville, CO using SmartSolo nodal seismometers.
DOI: 10.7914/8sf5-yk57
title: SeismoSands nodal experiment

description: During the fall of 2024 and winter of 2025, the "SeismoSands" ocean bottom experiment will be performed in Monterey Canyon, California. The main goal of this experiment is to collect continuous seismic recordings to detect seismic signals related to sediment gravity flows along the canyon floor. This experiment is led by the Monterey Bay Aquarium Research Institute (MBARI) with international collaborative work. While the initial plan is to deploy sensors on the seafloor only, this SeismoSands nodal experiment aims to maximize the use of data from the seafloor experiment. Data from SmartSolo Nodes at the land sites will be combined with seafloor data to update a velocity model around the Monterey Bay for an improved earthquake monitoring in this region. Data from this experiment will be used for undergraduate research projects at UC Berkeley.
DOI: 10.7914/ykrt-bf90
title: SAGE 2025 investigations of the Valles Caldera

description: Summer of Applied Geophysical Experience (SAGE) will continue to investigate the Valles caldera this summer as well. We will occupy the same locations for BB stations to continue collecting passive seismic data in the area. This passive seismic experiment is centered upon the Valles Caldera in Northern New Mexico and is aimed at: 1) imaging potential melt zones beneath the Caldera, 2) investigating the shallow hydrothermal system beneath the central resurgent dome and 3) mapping structural boundaries including hypothesized ring-fracture zones associated with the caldera's collapse and rift structures that it may overprint. This experiment is one component of the annual Summer of Applied Geophysical Experience (SAGE) program that immerses ~20 undergraduate and graduate students in a wide range of geophysical techniques.
DOI: 10.17026/ar/fjx6nu
title: Oude Raadhuis Vries
title: Bouwhistorische verkenning en waardestelling

description: Het gebouw werd in 1954 ontworpen door de bekende architect Jos. Bedaux, maar kwam uiteindelijk pas in 1966 gereed. In 2005 werd het gebouw getransformeerd tot een multifunctioneel gebouw, waarin onder meer kantoren, een kinderdagverblijf en een dependance van de bibliotheek waren gehuisvest.
DOI: 10.7914/4t1a-0d86
title: Mt. St. Helens 2024

description: This is a helicopter deployment in collaboration with the USGS on Mt. St. Helens. The scientific target is seasonal debris flows that typically happen in late September/early October due to atmospheric river rainfall events that mobilize clays that have dried out through the summer. This is part of the Rainier Lahar Detection System project with the USGS Cascades Volcano Observatory.
DOI: 10.7914/x9tz-2859
title: SantoArray

description: SantoArray, a dense temporary land seismic network, was deployed in the Santorini volcanic complex from February 28 to March 23, 2025, in response to the 2024-2025 Santorini-Amorgos intense volcano-tectonic unrest which included a significant earthquake sequence with more than 10 events with M>5. The network consisted of 117 DATA-CUBE 3-component digitizers with 4.5Hz geophones, complemented by 7 SmartSolo 5Hz sensors and 12 permanent wideband and broadband stations. It operated in two phases with varying configurations, achieving an average ~0.6km inter-station spacing in Phase II, with an over 98% data recovery during its operation.
DOI: 10.7914/8vhy-xa82
title: NTNU_SUBMERSE

description: This data set contains one channel from distributed acoustic sensing data collected in 2025 and shared as part of the SUBMERSE EU project. It contains raw time-differentiated time data as recorded by an OptoDAS interrogator through a dark fiber in a submarine telecommunication cable. The cable is trenched into soft semdiment 0-2 m below the seafloor. The length of the fiber interrogated varies over the acquistion period. The data contains a continous data stream from one channel with some breaks due to unforseen events (like power outages). This data set has no exact positioning data of the fiber optic cable becase they are proprietary to SIKT. However, there are rough positions abailable on https://www.norgeskart.no/ using the 'Nautic Charts Overview' basemap.
DOI: 10.7914/nmw3-3k60
title: Preveza DAS deployed on the IONIAN submarine system

description: As part of the SUBMERSE project, a DAS interrogator has been deployed to sense a dark fibre between Preveza (Greece) and Crotone (Italy) through the Ionian Sea. The interrogated sector of the fibre extends from Preveza (land station where an ASN OptoDAS interrogator is installed) to the seabed over a distance of about 100 km. The fibre used is provided by ISLALINK, which operates the IONIAN submarine system, covering a total distance of approximately 300 km without intermediate repeaters. The actual data set includes decimated data at 100 Hz and 1 km spatial sampling streamed in real-time to the NOA data centre using a dedicated SeisComP plugin. The dataset is used to test the extension of real-time monitoring capabilities for earthquakes (e.g. for the Hellenic and Kefalonia transform zone) and other natural hazards in the region, as well as to test oceanographic applications. The locations of the virtual receivers are only indicative, precise coordinates can only be provided upon signature of the NDA with the cable operator following the data request addressed to the NOA Data Centre
DOI: 10.7914/kcbk-6a10
title: FCAG-UNLP Seismic Network

description: Network of seismological stations in Argentine territory belonging to the Faculty of Astronomical and Geophysical Sciences at the National University of La Plata, contributing to lithospheric studies and seismic risk management.
DOI: 10.7914/90rh-0q80
title: Polish Seismological Network

description: Polish Seismological Network
DOI: 10.7914/ymey-9m31
title: INGENIOUS nodal arrays

description: Two separate deployments of a 50-station nodal array for the INGENIOUS project. The data were collected to study the application of passive seismic data to geothermal exploration.
DOI: 10.7914/wvsm-tq78
title: East Pacific Rise 9°50'N Seismicity

description: Short-period seismographs deployed close to the axial summit trough at 9°50'N, East Pacific Rise, to investigate seismicity in the build up to, and following, the 2025 eruption.
DOI: 10.7914/nswv-wf96
title: Yellowstone Hydrothermal Seismic Research Network, 2022-2024

description: Nodal data collected at various hydrothermal basins throughout Yellowstone National Park.  This research is related to a better understanding of the hazards and associated risks posed by the hydrothermal features in Yellowstone.  Data from this research will be used to help develop a permanent hydrothermal monitoring network in the park.
DOI: 10.7914/ahgv-1417
title: Yellowstone Hydrothermal Seismic Research Network, 2015-2018

description: Nodal data collected at various hydrothermal basins throughout Yellowstone National Park.  This research is related to a better understanding of the hazards and associated risks posed by the hydrothermal features in Yellowstone.  Data from this research will be used to help develop a permanent hydrothermal monitoring network in the park.
DOI: 10.7914/hqjx-x163
title: CTEMPs DAS and DTS fiber optic test bed

description: University of Nevada, Reno and the CTEMPs lab will use a DAS and DTS fiber optic cable test bed to explore differences in cable coupling enviroments, sensor response to changes in ground temperature and soil moisture. The test bed will also be used for CTEMPs annual DTS/DAS training workshops.We will use the seismic nodes to compare with the DAS recordings.
DOI: 10.7914/n8c6-hk07
title: Passive Array for Critical Minerals across the Island of Newfoundland

description: The objective of this project is to install a network of 20 broadband seismograph stations across the island of Newfoundland to record local, regional and global earthquakes as well as ambient ground vibrations for a period of 2 years. All of the resulting seismic records will be analyzed using multiple methods, to probe the structure of the crust and upper mantle beneath the region. Information on lithospheric structure is key to understanding how the region was shaped by Appalachian mountain-building processes, and how this complex tectonic history controls the distribution of key mineral deposits such as gold and critical minerals.
DOI: 10.17026/ar/fmaeed
title: St.-Dominicus in Tiel.
title: Bouwhistorisch onderzoek.
title: 066-205 BBA-rapport 205
title: Bouwhistorische verkenning

description: Onderzoek naar de R.K. St.-Dominicuskerk in Tiel, een Chistocentrische kerk uitgevoerd in schoon metselwerk, gebouwd in 1939-1940 naar plannen van J.J.M. van Halteren, verbouwd begin jaren zestig.
DOI: 10.7914/q2mq-bf42
title: GRuMPS: Greenland Runoff Monitoring from Passive Seismology

description: Our aim is to monitor runoff in Greenland by using passive seismic stations to invert seismic noise from turbulent water flow to produce a calibrated time series of river discharge. In doing so we hope to move from the current sparse measurements of discharge around Greenland, restricted to land-terminating glacier margins with patchy temporal coverage, to systematic, continuous and near-real time monitoring of major glacier catchments, including marine terminating glaciers. This will be achieved through the deployment of 14 in situ passive seismic instruments between 2025 and 2027 at both land and water terminating glacier margins. These will be deployed in conjunction with hydrological and geophysical instruments to parameterise meltwater generation and movement, and validate the seismic approach.
DOI: 10.7914/83nm-ra17
title: Community Environmental Monitoring Program (CEMP) Seismic Network, Nevada, USA

description: Seismic component of CEMP
DOI: 10.7914/gvs5-sp13
title: Longanesi Network

description: The Longanesi microseismic network is an Italian private network, located in the Province of Ravenna, Emilia-Romagna Region. It is aimed at monitor the onshore Longanesi gasfield.
DOI: 10.7914/axw2-7n89
title: Seismic Investigation of Mauna Loa Volcano, Hawaii

description: 33 SmartSolo IGU-BD3C-5 nodes were deployed for four months in the vicinity of Mauna Loa Volcano.
DOI: 10.7914/1fnp-n820
title: dbMISS

description: This temporary seismic network was deployed in northern North Rhine-Westphalia (NRW), Germany, as part of the dbMISS project (https://www.uni-muenster.de/Physik.GP/dbmiss/project.html) to improve station coverage for attenuation tomography based on earthquake and ambient-noise data. It consists of seven broadband stations equipped with Nanometrics Trillium 120PA sensors and Nanometrics Taurus loggers, recording continuous three-component seismic data. The network provides high-quality waveform data to support the study of seismic attenuation (Q) and improve the spatial resolution of attenuation models in NRW.
DOI: 10.7914/gmfh-g622
title: ETNA Microzonation Temporary Network

description: The National Institute of Oceanography and Applied Geophysics - OGS installed a temporary array of 18 short period stations in 18 municipalities around Mt. Etna (Sicily, Southern Italy).
The network is devoted to site effect studies for microzonation pourposes. Data are continuous recordings from November 28, 2022 to October 28, 2024.
DOI: 10.17026/ar/fmxr3l
title: Kronenburgersingel 223 Nijmegen
title: Bouwhistorisch onderzoek met waardenstelling

description: Het herenhuis aan de Kronenburgersingel is gebouwd in 1897 op een strook grond aan de singel waarop uiteindelijk vijf huizen in een rij in twee fasen (1897 en 1899) zouden worden gerealiseerd. Het pand is samen met het als één geheel ontworpen en nog iets gaver bewaard gebleven nr. 225 beschermd als Rijksmonument, gelegen in het tevens beschermd stadsgezicht. Het ontwerp is van de architect J. Gielen van de firma Van der Pluijm en Gielen.
DOI: 10.7914/r4x6-3573
title: Kilkivan Temporary Network

description: A group of temporary monitoring stations deployed in 2025 to monitor a sequence of earthquakes near Kilkivan. To be utilized to identify locate and characterise seismic activity in the region.
DOI: 10.7914/tzzk-e828
title: FOLDS Legacy Data

description: FOLDS is a project to establish standard metadata for analog legacy data that exist on physical media,  These data normally must be converted to an image file and then vectorized by numerous techniques before the data can be managed in SEED formats.  The LY Network code comes from the word LegacY and will be used for data that were originally recorded on physical media,  FOLDS will be using the new FDSN  APPROVED source identifiers of the form as well as LY at times.