cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/jcvs-1309
title: Ukrainian National Seismic Network

description: The seismic network is currently undergoing modernization and expansion as part of the Seismic Network Expansion and Modernization in Ukraine (SNEMU) project. This initiative is supported by the U.S. Department of Energy (DOE) and collaboration with Lawrence Livermore National Laboratory (LLNL), Michigan State University (MSU), and the EarthScope Consortium. The network will be enhanced with new Nanometrics equipment (Trillium Slim 120 posthole sensors, Centaur CTR4-3S or -6S digitizers, accelerometers). This data is exchanged with EarthScope. 

The Carpathian region has been supported by the ORFEUS Data Integration Grant under the Geo-INQUIRE Project, with significant contributions from GFZ German Research Centre for Geosciences, GIPP-GEOFON, GaiaCode, Laboratoire Géoazur. We have already upgraded 5 stations (KSV, RAKU, MEZ, STNU, BRIU) in the Carpathian region by Guralp CMG-3ESP (120 s) and GaiaCode THETA-TT30-VEL (30 s) sensors, along with EarthData PR6-24 digitizers. These data are transmitted to the NEIP as a primary server.

The network also includes stations equipped with a variety of sensors, such as:  SM-3KV (2 s), SM-3 (2 s), SKD (25 s), Guralp CMG-40T (30 s), GEOTECH SL-210; SL-220 (20 s), IGPH (30 s) sensors and DAS-05, IGPH dataloggers.
DOI: 10.7914/prqj-9g25
title: Wainright Passive Seismic

description: Using SmartSolo 5hz Nodes passive seismic sensors, we hope to image the basement geology of an area in and around the city of Fairbanks, Alaska. The cubic dimensions we are looking at are 12 km x 12 km x 1 km deep. We wish to further our understandings of the geology and any active faulting. Utilizing passive seismic will lead us to understanding the hydrology systems that feed various hot and mineral springs in the area for potential geothermal production. We want to: Image basement rocks below sediments. Confirm the depth of the basement and image the different layers above, as well as try to determine active faults.
DOI: 10.7914/hrmr-s962
title: Astracan

description: Coastal set of 10 stations long the north coast of Spain, to register paired to 10 OBS on the Bay of biscay for at least six months
DOI: 10.17026/ar/emxrkl
title: Lloyd-hotel. Voormalig Landverhuizershotel Koninklijke Hollandsche Lloyd. Oostelijke Handelskade 34 Amsterdam
title: Bouwhistorische verkenning & waardestelling

description: Dit gebouw kwam in opdracht van de Koninklijke Hollandsche Lloyd in 1921 gereed naar ontwerp van architect Evert Breman. Het werd ontworpen als Landverhuizershotel, een tijdelijk onderkomen voor Oost-Europese emigranten die vanuit Amsterdam vertrokken voor een nieuw bestaan in Zuid-Amerika. Na het faillissement van de Koninklijke Hollandsche Lloyd in 1936 werd het gebouw eigendom van de gemeente Amsterdam en diende het enkele jaren voor de opvang van Joodse vluchtelingen en van 1941 tot 1989 werd het gebouw als gevangenis in gebruik. Na een periode in gebruik als kunstenaarskolonie werd het na een grondige verbouwing in 2004 in gebruik genomen als hotel.
DOI: 10.7914/1c7x-2e87
title: GEODES Potrillo Volcanic Field Active Nodal Seismic Experiment 2023

description: The NASA SSERVI GEODES team conducted active seismic lines on the rim of the Kilbourne Hole maar. This dataset was collected using Fairfield Nodal geophones to complement our analog seismic experiments using GEODE seismographs.
DOI: 10.7914/rh91-ys21
title: GeoLAB

description: GeoLAB is network is a single 57km-long dark optic fibre, equipped with a ASN OptoDAS interrogator.

Between October 26th and November 3rd, 2023, ∼7.2 TB of data were collected at 500 Hz with a gauge length of 10.2 m at each 5.1 m.
DOI: 10.7914/zje7-6n10
title: Monzón baseline

description: Local network of 9 stations for determination of baseline seismicity around an exploration salt mining project. The stations (2Hz Geospace sensors and Spider dataloggers) will be active during 6 months, from 01/10/24 to 05/04/25.
DOI: 10.17026/ar/enxal5
title: De Vleesch-Hal
title: Grote Markt 19 te Breda
title: 003-032 Kamphuis, Bureau voor bouwhistorie m.m.v. BBA
title: Bouwhistorische verkenning

description: Ouder woonhuis in 1614 voorzien van en nieuwe voorgevel en ingericht als Vleeshal met poort naar ontwerp van Melchior Herbach. Op de poort na in 1772 voorzien van een nieuwe gevel, verbouwd in 1878 en 1934.
DOI: 10.7914/6a4t-cy51
title: Whidbey Island 2023

description: Grid of microtremor data points using smartsolo seismometers in August 2023 collected with 3 meters spacing in the North-South direction and 4 meters East-West. A secondary transect of six microtremor points was gathered along Nortz Road with about 400 m spacing.
DOI: 10.7914/mezt-x755
title: High resolution Imaging of the Pedernales Earthquake Rupture zone, Ecuador (HIPER2)

description: Active seismic source experiment (refraction) using up to 45 OBS offshore Ecuador. 
We deployed 2 dense 2D lines and a 3D grid to investigate the role of fluids, structure and physical properties in an area that experiences seismic and aseismic slip offshore Ecuador. Additionally, three OBSs were deployed following the Mw 5.3 Esmeraldas earthquake that occurred on 27 March 2022, with the objective of recording aftershocks.
DOI: 10.7914/m0bj-qm90
title: Nodal seismic array to image magmatic system structure and seismicity of the Three Sisters volcanic complex

description: A three-component node array with 250 sites will enable passive seismic imaging and enhanced earthquake source studies near the Three Sisters volcanic complex in the High Cascades graben of central Oregon.
DOI: 10.7914/c22q-v035
title: GEODES San Francisco Volcanic Field Active Seismic Experiment 2023

description: The main purpose is to image the shallow subsurface beneath volcanic structures (lava tubes, basaltic flow, and faults beneath lava flows) in the San Francisco Volcanic Field (SFVF), northern Arizona, using active source seismology. The field site includes Lava River Cave, SP Graben, and Double Crater Flow. 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. We also test the applicability of non-uniform sampling in seismic acquisition.
DOI: 10.7914/12vn-4z72
title: SUBMERSE Svalbard OBS deployment

description: Deployment of three K.U.M. Nammu OBS in Kongsfjorden, Svalbard.
DOI: 10.7914/j9cq-xd60
title: Australia

description: Broadband and node-type sensors deployed with the aim of understanding ice sheets, the ice-bedrock interface zone, and Earth-ice interactions in Dronning Maud Land and Coats Land, Antarctica.
DOI: 10.7914/psbw-7z20
title: Mundi Mundi Passive Seismic Array

description: The Mundi Mundi array consists of a short term (~40 day) nodal array targeting the eastern near-surface extension of the Curnamona Conductor. The Mundi Mundi nodal array is part of the MinEx CRC research collaboration between the University of Adelaide and Strategic Energy Resources Ltd. 102 SmartSolo IGU-16HR 3C short period AuScope nodes were deployed in July 2024. All data recorded at 250 Hz, with a preamplifier gain of 24 dB. The aim of the project is to image the local seismic velocity structures in the top 5 km.
DOI: 10.17026/ar/esqdse
title: Weverstraat 13 Arnhem (begane grond voorhuis en begane grond en eerste verdieping achterhuis)
title: Bouwhistorische documentatie

description: In de loop van de 19de eeuw ontwikkelt het oude centrum zich in een rap tempo tot een winkelhart, waarbinnen veel panden op de begane grond een winkelfunctie krijgen. Zo ook Weverstraat 13. Thans zijn in het pand nog aanwijsbare restanten aanwezig van een historisch winkelinterieur die, samen met de pui terug reiken tot in de late 19de eeuw. Vermoedelijk nog voor 1900 kreeg het pand een winkelpui en intern betimmeringen in neorenaissancestijl.
DOI: 10.7914/d732-7v08
title: Seismic reconnaisance of Milne Ice Shelf, Nunavut, Canada, as a platform for study of sea-ice using microsesism.

description: This project accomplishes three important missions: (1) assessment of the difference between microseism measured on land and microseism measured on floating ice in the Arctic (this will address one of the funded NSF projects at University of Chicago which will use land based data already collected and archived to assess the influence of sea ice on microseism), (2) a short-term seismic signal reconnaissance of the Milne Ice Shelf, located immediately north of the coast of Ellesmere Island in the Canadian Arctic, to determine the location's suitability for a longer-term deployment of a seismic array to study sea ice conditions in this important area of the Arctic Ocean, and (3) training and skill development of a graduate student at the University of Chicago who will be joining a Canadian field team on Milne Ice Shelf during July 2024. The project is funded primarily by the Canadian government, but the costs for the graduate student's participation in the field work will be paid by an existing NSF grant (Office of Polar Programs) held at the University of Chicago. Two broadband sensors, of the same type and configuration as successfully used in 2023, plus 2 nodes are requested. One broad band sensor and 2 nodes will be deployed on the Milne Ice Shelf proper, and one broadband will be deployed on land at a field staging camp called Purple Valley. The instrument array will be operated from approximately 5 July to 31 July. At the end of July 2024, when the field project concludes, the instruments will be hand carried back to Chicago for onward shipment to PASSCAL. Data from the short deployment will be assessed for microseism signal in the frequency band that is commonly influenced by sea ice processes in the surrounding ocean. Additional analysis will be made of the higher frequency signals so as to determine the likely frequency and source mechanisms of other cryoseisms, such as ice quakes, fracture events, and temperature related thermal buckling. At the end of 2024, the data will be deposited in the DMC following all rules, regulations and data formats required by IRIS PASSCAL.
DOI: 10.7914/7zg5-8m69
title: Passive survey of Meteor (Barringer) Crater with a node array.

description: A 5-6 km line of nodes will be deployed across a well-preserved impact structure to image the lateral and vertical extent of the subsurface damage zone with passive seismic methods.
DOI: 10.7914/wp52-nq59
title: San Francisco Volcanic Field Nodal Seismometer Deployment

description: This 1-month deployment will include 550 PASSCAL nodal seismometers distributed around the San Francisco Volcanic Field in northern Arizona. These seismometers will record local seismicity and borehole explosions. The collected data will be used for tomographic and reflectivity modeling of the crustal magmatic system that feeds this volcanic field.
DOI: 10.17026/ar/eyntur
title: Koningstraat 52-53 Arnhem
title: Bouwhistorische verkenning & waardestelling

description: In dit pand is op de begane grond een winkel gevestigd. De verdiepingen hebben thans deels een woonfunctie, maar komen in aanmerking voor een nieuwe bestemming.
DOI: 10.26275/gufx-ykou
title: Spatial transcriptomics of human dorsal root ganglia and trigeminal ganglia

description: Spatial transcriptomics dataset with manual annotations for automated segmentation of human sensory neurons in dorsal root and trigeminal ganglia using 10x Genomics Xenium platform
DOI: 10.7914/2bxm-e192
title: 3 Days of Active Experiment using 8 Rotational Sensors and 5 Seismometers in November 2019 

description: We provide seismological data from an active experiment in Fürstenfeldbruck in November 2019 that was realized by University of Potsdam (PI: Eva Eibl) in collaboration with BGR (PI: Stefanie Donner) and LMU (PI: Felix Bernauer). 8 rotational sensors (blueSeis-3A) were installed in a bunker beside FUR station (Streickeisen STS2.5) at the Geophysical Observatory of the Ludwig-Maximilians
University Munich on the first day. For the second day the 8 rotational sensors were distributed in the field and co-located with 5 seismometers (Trillium Horizon 120s Nanometrics). The sensors were placed onto a rigid monument that consists of a 50 × 50 × 5 cm³ concrete plate.
We recorded 5 fired explosions on the first day and 3 on the second day along with a vibroseis truck. The aim of the seismic experiment is to compare the performance of rotational sensors and seismometers with respect to different active sources.
DOI: 10.7914/64gk-x496
title: Coupar Angus To Enochdu Rechargeable Autonomous Nodal (CATERAN) Survey

description: The CATERAN Survey is a 30km array of nodal and broadband seismometers stretching NW-SE across the Highland Boundary Fault (HBF), northern Scotland. The data collected will help us uncover what role the HBF had in the building of Scotland, determine if it marks a major plate boundary, and investigate any seismicity on the eastern portion of the fault today.
DOI: 10.7914/9wdq-dk72
title: Bilek_bounce_test_oct2024

description: This is in support of a EMRTC activity.
DOI: 10.17026/ar/eyv5wc
title: Overschiese Dorpsstraat 64 Rotterdam
title: Bouwhistorische verkenning met waardenstelling

description: Het voormalige raadhuis aan de Overschiese Dorsstraat 64 in de Rotterdamse stadswijk Overschie heeft een lange bouwgeschiedenis die mogelijk teruggaat tot de zeventiende eeuw. De huidige vorm heeft het gebouw gekregen in de loop van de negentiende eeuw.
DOI: 10.7914/8zek-pe59
title: Array-based seismic measurements of OSIRIS-REx’s re-entry

description: The return home of the OSIRIS-REx spacecraft in September 2023 marked only the fifth time that an artificial object entered the Earth’s atmosphere at interplanetary velocities. The re-entry was recorded by a dense (100-m scale) 11-station array located almost directly underneath the capsule’s point of peak atmospheric heating in northern Nevada.
DOI: 10.7914/7b9m-1d60
title: Fiordland Seismological Sounding of Landslides and Earthquakes (FISSLE)

description: SmartSolo IGU-16HR 3C 5Hz nodal deployment to target seismicity along with avalanche and landslide detection along highway SH94 to Milford Sound in conjunction with a distributed acoustic sensing (DAS) experiment using a Silixa iDAS interrogator.
DOI: 10.15468/dl.jv2p3j
title: Occurrence Download

description: A dataset containing 147270 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Geometry POLYGON((-122.97381 49.17125,-122.99615 49.16541,-123.00615 49.16395,-123.06441 49.14107,-123.1026 49.1197,-123.12868 49.11531,-123.18692 49.1275,-123.18034 49.11677,-123.17108 49.11044,-123.14391 49.09716,-123.12417 49.08327,-123.10541 49.08498,-123.07665 49.10057,-123.04546 49.13323,-122.9587 49.15029,-122.97381 49.17125))",
 "OccurrenceStatus is Present"
 ]
}

 The dataset includes 147270 records from 62 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021229-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.7914/8ctx-8j82
title: Vinaroz submarine cable DAS deployment

description: DAS data acquired on the fiber-optic cable of the coast of Vinaroz, Castellon, Spain
DOI: 10.7914/zt21-tn16
title: Utah FORGE 2024 Stimulation Stacked Nodal Data

description: Fairfield ZLand nodal geophone recordings of the April 2024 Utah FORGE stimulation. Instruments were deployed in "patches" of 9 instruments (3x3 with 10 m spacing). These data are stacked, with one stack per patch.
DOI: 10.7914/4zfz-wn70
title: CAREER: A comprehensive seismic investigation to the crust and uppermost mantle beneath the South Pole, East Antarctica

description: The seismic array is designed to Investigat lithospheric structure in the vicinity of the South Pole, East Antarctica. It comprises ~ 7-10 broadband seismic stations and ~ 150 3-C seismic nodes, spanning a region of 15,000 km^2.
DOI: 10.7914/h0a3-nz85
title: CAREER: A comprehensive seismic investigation to the crust and uppermost mantle beneath the South Pole, East Antarctica

description: The seismic array is designed to Investigat lithospheric structure in the vicinity of the South Pole, East Antarctica. It comprises ~ 7-10 broadband seismic stations and ~ 150 3-C seismic nodes, spanning a region of 15,000 km^2.
DOI: 10.7914/jq2r-c098
title: Kilauea and Mauna Loa Rift Zone Imaging 2024

description: We plan on deploying nodes in ~230 locations on Mauna Loa and Kilauea Volcano on the Big Island of Hawaii. This deployment will consist of four linear dense arrays across the Kilauea East Rift Zone (KERZ) and Mauna Loa Northeast Rift Zone (MLNRZ). Our main goals are to understand (1) the fine structures of the Mauna Loa and Kilauea rift zones and the differences between the two, (2) the relation between the fine structures and their volcano-tectonic settings, as well as the frequency and intensity of rift zone eruptions, (3) the post eruption changes and constraints on rift zone healing and cooling of the magma plumbing system, and (4) the long-term evolution of the KERZ. Even though these are some of the most active volcanoes on Earth, there is little known about the fine-scale structure of the rift zones themselves. Increasing our knowledge of the dynamics of rift zone intrusions and eruptions will allow for a better understanding of the hazards and associated risks of these types of eruptions.
DOI: 10.7914/htxs-4259
title: A New Instrument and Measurement Approach to Antarctic Cryo-Seismogeodesy

description: This is a re-request of experiment #202157, which shows as canceled. We are building a scientific instrument that address the observational gap that exists in Antarctic ice-shelf glaciology for timescales shorter than the few-day ice-fields provided by satellite geodesy and imagery. Monitoring how ice shelves respond to changing oceanic and atmospheric conditions is critically needed, but obtaining such measurements is technologically and logistically challenging. The instrument integrates seismometer and GPS sensors into a single broadband scientific instrument with data download capabilities in near-real time. This scientific device will be packaged into an ice penetrator that can be dropped onto an ice shelf from an airborne platform.
DOI: 10.7914/4ygw-ys36
title: Volunteer Teaching Faculty for the Juneau Icefield Research Program

description: I will be attending the Juneau Icefield Research Program (juneauicefield.org) as a volunteer Teaching Faculty member to teach undergraduate and graduate students about field methodologies for installing seismic instrumentation on glaciers. I will use the opportunity of being in this high-melt glacial environment to hopefully also install and test the performance of a Certis sensor in a high-tilt environment. The data collected from the Certis and adjacent baseline sensor will be used by EarthScope for analysis of the Certis' performance. Otherwise, the data will be used for demonstration and educational purposes. I will be hand-carrying all equipment, so no shipping is required.
DOI: 10.17026/ar/ezfvsi
title: De Dijkpoort Dijkpoort 1, Hattem.
title: Bouwhistorische opname op hoofdlijnen met waardestelling.
title: 367-613 BBA-rapport 613
title: Bouwhistorische verkenning

description: Onderzoek naar de Dijkpoort gebouwd rond 1400, vanaf 1828 gemeenteveldwachterswoning, gerestaureerd in 1902-1909 naar ontwerp van W. te Riele en opnieuw in 1975.
DOI: 10.7914/64n9-ft63
title: South Coast

description: Seismometer deployment to record distant earthquakes (for example from Indonesia and Fiji) that will aid in the study of the assembly of the Australian continent.
DOI: 10.7914/mkb2-v464
title: Marlborough Observatory Reseearching fault Interconnectedness beneath the Alps

description: This seismic network is part of the New Zealand MBIE Endeavour funded research project: Ngā Ngaru Wakapuke — Building resilience to future earthquake sequences. This network is designed to target the faults of the Marlborough Fault System in central New Zealand to explore how these faults link at depth, and how stress is transferred through this complex system.
DOI: 10.7914/ts6s-ha42
title: RASPY

description: Deploying low-cost RaspberryShake seismic stations in the Pyrénées, Southwest France, to complement permanent Epos-France networks, to enhance seismic monitoring and research.
DOI: 10.7914/75gm-9g60
title: Colorado Legacy Mine Hydrologic Monitoring Nodal Seismic Array

description: In this study, nodal seismic monitoring will be used to address questions related to mountain-block groundwater flow and metal transport at a legacy mine site in the Colorado Front Range. Continuous monitoring will capture spatiotemporal patterns in shear-wave velocity changes related to recharge and infiltration pathways and water table fluctuations through seismic interferometry approaches. Additionally, horizontal-vertical spectral ratios and ambient noise tomography will augment other surface geophysical surveys by providing maps of depth to bedrock and near-surface shear-wave velocity models. Together these data will characterize hydrogeologic properties across the hillslope and lead to a better understanding of how water moves through the legacy mine site, thereby informing cooperators of the potential for metal transport and risk to downstream water quality.
DOI: 10.7914/472j-sj69
title: Magnetic Field Characterization of Byerly Vault

description: The Berkeley Seismological Laboratory would like to characterize the gradient in the magnetic fields inside the Byerly Vault where new seismic instrumentation is tested. We have STS-1 seismometers installed with a variety of other seismometers including STS-7, STS-5A, MBB-2, CMG-3T sensors and ES-T accelerometers that are undergoing functional testing. We have noticed elevated noise on some STS-7 and STS-5A seismometers that may be due to lack of mu-metal shielding that is used to mitigate magnetic fields. The Byerly Vault is located near BART and noise levels are noticeably lower when BART is not operational. We also notice that some test locations inside Byerly Vault result in higher levels of noise measured on some of the sensors. We have been encouraged by the manufacturer to use a magnetometer to sample different locations inside Byerly Vault. Physical locations in Byerly Vault may be important as interference can be focused or conducted by infrastructure. Field strengths should be measured and recorded. Magnetometers to sample different locations in the vault could be a good experiment.
DOI: 10.7914/zjgg-w491
title: Open Seismometer Network

description: The objective of this seismic network is to collect data through the Open Seismometer design, an open design and prepared for the scientific and educational community to make their own deployments.

The sensors are short period, but thanks to the seismometer circuit they have a period extension that transforms them into more sensitive instruments.
DOI: 10.7914/87x0-ws84
title: Polish Regional Seismological Network

description: A regional network for monitoring seismicity in Poland.
DOI: 10.7914/bdzn-eb26
title: GEODES Lanzarote Active Seismic Experiment

description: The main purpose is to detect and image the shallow subsurface beneath the lava tube system of La Corona (Lanzarote, Canary Islands, Spain), using active source seismology. The project builds upon previous geological background of the tube system, and the active source seismology will also be used to understand how similar investigations can be conducted on the Moon and Mars.