cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/ca7g-e797
title: FLUID-MINI-LA - Role of FLuids in Underground Salt Cavern and Wastewater Injection Site Deformation

description: This projects focuses on understanding seismic and aseismic deformation at salt domes and high-volume wastewater injection sites.
DOI: 10.7914/qwde-1m47
title: Patagonia_GIA

description: Study of the solid earth response of the Patagonian Andes to the retreat of glaciers during the post-Little Ice Age period. The project acquired marine high resolution multichannel and chirp seismic reflection data on Lago Argentino, Argentina to constrain ice history ,ice and rock loads removed since the LIA, and paleoseimic record of the response.
DOI: 10.7914/kha2-md06
title: Hasting Micro-Seismic Consulting

description: Various Micro-Seismic Monitoring Networks throughout the USA for Oil and Gas, Geothermal, Wastewater disposal, and other monitoring needs.  Provide high quality microseismic data.  Typically 2Hz borehole sensors from 3m to over 3000m in depth.  Some broadband surface sensors sensors are used in various networks from surface to 100m depths.
DOI: 10.17026/ar/e0duuz
title: Kapel Kasteel De Haar te Haarzuilens.
title: Bouwhistorische opname & waardestelling
title: 019-141a BBA-rapport 141a
title: Bouwhistorische opname

description: Onderzoek naar een zelfstandige, maar bij het kasteel De Haar behorende kapel uit begin vijftiende eeuw, uitgebreid in het midden van de zestiende eeuw, hersteld in 1635 en na storm in 1703, gerestaureerd in 1898-1899, in 1914 ingericht als grafkapel en in 1926 -1928 en in 1959-1964 aangepast.
DOI: 10.7914/s3s2-ch17
title: Peace River Induced Seismic Monitoring

description: In response to unprecedented seismicity near the Peace River region in northwest Alberta starting in late November 2022, the University of Alberta and the Alberta Geological Survey deployed a quick-response nodal geophone array in December 2022 to enhance seismic data coverage.
DOI: 10.7914/0gnh-9430
title: Santa Barbara Volcano

description: Small seismic network located in the Terceira Island, Azores to monitor the volcanic seismic activity of the Santa Bárbara volcano. The network encompasses four seismic stations corner frequency of 1s.
DOI: 10.7914/bx86-t971
title: Coupling erosion, weathering, and hydrologic function in an active orogenic system

description: This multi-disciplinary project is a collaboration of USA, Nepal, and U.K. scientists to investigate the multi-scale relationships between tectonic uplift, topographic evolution, chemical weathering, and seismicity. The Himalayan orogen in central Nepal is the representative study site. The seismic experiment is a set of high resolution dense arrays to image the near surface to hundreds of meters depth. The experiment used 309 three-component 5-Hz nodes at nominal 100 m spacing, deployed and recorded for one month. 21 of these nodes were arranged in a local 2D array. Circle array collection was also carried out targeting shallow fracture anisotropy.
DOI: 10.34740/kaggle/dsv/13183293
title: Impact_Copper_Microorganisms
DOI: 10.17026/ar/e2yyky
title: Jachthuis en speelhuis Beukenrode Beukenrodelaan 2, Doorn.
title: Bouwhistorische verkenning kleur- en interieuronderzoek
title: 421-692 BBA-rapport 692
title: Bouwhistorische verkenning
title: Kleurhistorisch onderzoek

description: Onderzoek naar jachthuis Beukenrode gebouwd in 1872 naar ontwerp van H.J. van den Brink, uitgebreid in 1908 en met een serre in 1928, na 1951 internaat tot 2004, aangepast 2015. Met speelhuis uit 1872.
DOI: 10.7914/0gnr-dk19
title: La Jencia Fault Zone Preliminary data collection

description: NMT Morris/Prush. Preliminary data collection and lab exercise for students in NMT's GEOL 325 and GEOL 432 (Near Surface Geophysics) class. Aim is to explore imaging of contacts and faults in the Socorro Fault Zone. This is the rescheduled second part of a field day from March 20/25th.
DOI: 10.7914/7efz-gx67
title: Red Sismologica del Nororiente Colombiano

description: The Seismological Network of the Colombian Northeast is a regional network founded in 2023  with digital technology for the monitoring of the seismic activity of the Colombian northeast, considered as one of the regions with the highest seismic activity in the country,  due to seismic source Bucaramanga Nest. 

This one seismological network is support by the  Seismological Network of the Colombian Southwest, providing information for timely attention in emergency situations in case of strong earthquakes.
DOI: 10.7914/xagc-se62
title: WA Array

description: Funded by the Government of Western Australia and managed by the Geological Survey of Western Australia, WA-ARRAY is designed to investigate crustal and lithospheric mantle structures, with the primary goal of identifying prospective regions for mineral exploration, particularly in undercover areas. Given WA’s rich Precambrian tectonic history, WA-ARRAY will also offer a unique opportunity to study lithospheric structures related to early Earth tectonics and evolution.

WA-ARRAY will deploy a series of temporary arrays consisting of 165 seismometers arranged in a grid pattern with 40-km station spacing. Over a 10-year period, WA-ARRAY will cover the entire state (more than 2.5 million square kilometers) with 1600 sites, making it one of the largest passive seismic programs ever undertaken.

Please consider citing WA-ARRAY as Murdie et al., 2024 when using the data:

Murdie, R. E., Yuan, H., O'Donnell, J. P., Johnson, S. P., Ebrahimi, R., & Rashidifard, M. (2024). WA Array: A High-Resolution Passive-Source Seismic Survey to Image the West Australian Lithosphere. Seismological Research Letters. https://doi.org/10.1785/0220230415

Nov 2024 Update (first-year data release):

1 The first year’s data (from Dec 2022 to Dec 2023) is now available at AusPASS (see link below).

2 A special volume in Tectonophysics has been arranged to support the use of WA-ARRAY data in studying the cratonic lithosphere. Further details will be announced soon.
DOI: 10.7914/sq4v-jg11
title: GUANCHE 2024 OBS network

description: Investigate the seismicity between the islands of Tenerife and Gran Canaria
DOI: 10.7914/zge4-kd84
title: SAFE: OBS and DAS acquisition off the coast of Estepona (Spain)

description: DAS and OBS acquisitions off the coast of Estepona (Malaga, Spain)
DOI: 10.7914/afjx-pe22
title: Semipalatinsk Seismo-Acoustic Monitoring

description: The Semipalatinsk Test Site (STS) in eastern Kazakhstan is one of the former nuclear test sites utilized by the Soviet Union. Since the closure of the STS, it's infrastructure has been progressively destroyed according to international agreements. As a former test site, a detailed understanding of the wave propagation characteristics of the region is important. Broadband sensors will be placed along profiles extending to several hundred kilometers to record regional signals to provide information on velocity, attenuation, and phase propagation. We will utilize signal sources from local tectonic earthquakes and explosions from mines both on and around the STS.
DOI: 10.17026/ar/e4t5vh
title: Voormalige Lichttoren Goedereede Kerkpad 3, Goedereede.
title: 240-438 BBA-rapport 438
title: Bouwhistorische opname

description: Onderzoek naar de kerktoren in Goedereede die lang als lichttoren in gebruik is geweest, begonnen in 1467 tot circa 1520, sinds 1616 gebruikt als vuurbaak, afdekking uit 1952, gerestaureerd in 1973-1976.
DOI: 10.7914/93we-7d86
title: Tierra Grande Nodal Deployment

description: The experiment attempts to obtain reflections from the Socorro Magma Body (SMB) using energy generated by train sources as these pass by the track segment closest to the SMB boundary. We will utilize multiple nodal arrays of 10 to 20 elements (10 m apart) placed at different locations from the railroad track to maximize the possibility of recovering reflections/conversions. Array 1 will be located near the railroad track while the other arrays will be deployed at post-critical (if possible) distances to maximize likelihood of observing a reflection/ conversion off the SMB. The expected duration of the experiment is no more than 2 weeks of recording with 2 days scheduled for deployment and 2 days scheduled for pickup and data download. We will apply for permits for deployment of nodes of the Sevilleta National Wildlife Refuge, however we will attempt to deploy all or most nodal arrays outside the Refuge boundary for logistical simplicity.
DOI: 10.7914/0abk-1345
title: New Mexico Tech Seismic Network

description: Seismic monitoring of New Mexico, USA
DOI: 10.17026/ar/e6xhge
title: Waaldijk 8, Hurwenen.
title: Bouwhistorische verkenning met waardestelling.
title: 285-490 BBA-rapport 490
title: Bouwhistorische verkenning

description: Onderzoek naar het herenhuis Waaldijk 8 uit 1862 uitgebreid aan het eind van de negentiende eeuw.
DOI: 10.15468/dl.88d85q
title: Occurrence Download

description: A dataset containing 951 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Avicennia marina",
 "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 951 records from 9 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021271-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.7914/1yx9-8844
title: National Seismic Network of Georgia

description: The Institute of Earth Sciences is the organization that operates the Georgian National Seismic Network and Seismic Database. The aim and scope are: 
• Installation of a local seismic network for various seismic tomography tasks; 
• Measurement of ground vibration using seismic equipment.
DOI: 10.7914/nf26-a458
title: EPYSIM

description: Two broad-band profiles + short period gridded network coverin NE Iberia
DOI: 10.7914/5tnx-pn32
title: Ambient Noise records of San Vito Romano landslide

description: Continuous ambient seismic noise recording with the array of short-period seismometers distributed inside and peripheries of an active earthslide at San Vito Romano, Italy.
DOI: 10.17026/ar/e8yald
title: Restauratie van de Kraanbrug bij Fort Ronduit Naarden.
title: 111-253 BBA-rapport 253
title: Bouwhistorische documentatie

description: Bouwhistorische documentatie van de restauratie van de kraanbrug uit 1874 herbouwd in 1878 met een vast en een bewegend deel.
DOI: 10.7914/ac1p-7y35
title: Eyre Peninsula Nodal Array

description: The Eyre Peninsula Nodal Array (EPNA) consists of a mixture of SmartSolo IGU-16HR 3C short period nodes and SmartSolo IGU-BD3C-5 broadband nodes. The experiment consists of short-term (~30 day) deployments along the eastern Eyre Peninsula in South Australia, starting in late 2023. The project will target the local seismic velocity structure across the Kalinjala Shear Zone, within the Gawler Craton.
DOI: 10.7914/nz1t-5w85
title: UK-Net, Blacknest Array

description: Network of few broadband stations in England, Wales and southern Scotland and small array centred on Blacknest; intended for teleseismic and forensic seismological research; data are shared with British Geological Survey to support its national mission.  Also includes historical data from various worldwide stations (choose "Data" menu item on website below).
DOI: 10.7914/sxpj-9z48
title: Groundwater monitoring in Northern Utah (GNU) from one-year nodal deployment

description: 61 three-component nodal seismometers were deployed in Norther Utah from May 2023 to May 2024. The purpose of this data collection is to capture the runoff and groundwater flows from the anomalous 2023 Spring melt in Northern Utah and to improve estimates of the water budget of the Great Salt Lake (GSL) and the ecosystems of its wetlands.
DOI: 10.7914/vha0-df74
title: USGS CEUS SmartSolo Deployments

description: The USGS maintains a pool of SmartSolo seismometers for deployment primarily in the central and eastern United States. In 2022, with the help of University of Memphis students, two arrays consisting of 60 and 64 three-component SmartSolo seismometers were deployed in July/August and Sept/Oct, respectively, on east-west transects across the upper Mississippi Embayment. The earlier array is 18-km long with a sample rate of 500 samples per second. The later array is 287-km long with a sample rate of 250 samples per second. Data from these arrays is expected to improve our understanding of earthquake ground motions, Earth structure, seismic velocity and attenuation, and earthquake source properties.
DOI: 10.7914/aqbv-fc17
title: Seismometer to Investigate Ice and Ocean Structure (SIIOS) Field Experiment: Hiawatha Crater, Greenland

description: To investigate the viability of a seismic experiment on an Ocean Worlds lander mission, we are undertaking a series of analog field studies to develop operational techniques and quantify the science return of a Seismometer to Investigate Ice and Ocean Structure (SIIOS). Specifically, we aim to achieve the following objectives: 1) Demonstrate the ability of a small aperture seismic arrays in a “lander-like” configuration to discriminate between ice/ocean/bedrock layers in Earth's cryosphere, and record the influence of diurnal motion, as an analog to Ocean Worlds. 2) Demonstrate the improved resolution of a small aperture array over a single instrument for the detection and location of passive seismicity and noise sources in an Ocean Worlds analog environment. 3) Develop protocols and requirements for spacecraft onboard generation of data products that preserve science results while also being compatible with data downlink limitations typical for missions deployed in the outer solar system. 4) Determine the most effective types of passive seismic sources (e.g., ice cracking) for measuring ice and liquid water structure. This is the third field campaign and will take place on the Greenland ice sheet, ~250 km north of Thule Air Force Base in the location of a subglacial impact crater. The Greenland field exercise site installation will begin in mid-May 2020 and leave instruments deployed over the summer on the ice sheet. Demobilization is expected in August 2020. We will be using a combination Silicon Audio instruments which should be able to interface with PASSCAL Reftek-130 or Q330 data loggers. Each of the stations will be collocated in a short aperture array of approximately 3 meters radius. At the center of the array we will deploy a short period and broadband station. Each arm of the array will have a Silicon Audio seismometer. The short aperture array will be supplemented by 4 stations located at least a 1 km from the central lander like configuration.
DOI: 10.17026/ar/e9w5qy
title: Havik 37, Amersfoort.
title: Bouwhistorische opname en waardestelling.
title: 226-412 BBA-rapport 412
title: Bouwhistorische opname
title: Kleurhistorisch onderzoek

description: Onderzoek naar het woon- en winkelpand Havik 37 uit 1534-1538 met achterhuis 1551-1554, verfraaid derde kwart achttiende eeuw, begin twintigste eeuw voorzien van een winkelpui.
DOI: 10.7914/3my7-3148
title: ARGONET, a vertical accelerometric array implemented on the island of Kefalonia in Greece

description: Vertical accelerometric array implemented on the island of Kefalonia in Greece.
DOI: 10.7914/ef6x-5102
title: Exploring the potential of geophones for quantifying bedload tranpsort and river ice break up in the Canning River, Alaska

description: In this project, we installed two passive seismic stations along the Canning River on Alaska's
North Slope to monitor river bedload transport and river ice breakup from 26 March to 31 July
2023. Each station consisted of a 4.5 Hz 3-channel geophone, a Centaur data logger, battery, and
solar panel. These sta(ons were installed on low river terraces 30-40 m away from the bank of
the ac(ve river channel. To characterize signal propagation through the ground at these two
stations, we conducted active seismic experiments using five SmartSolo nodes and manual signal
generation with a sledge hammer and aluminum plate. We conducted active experiments at the
end of the passive station deployment, on 28 and 31 July 2023. At each station, we arranged the
single nodes in three arrays. For each array, we triggered 10 shots on one end of the array and
10 shots on the opposite end of the array, to analyze signal propagation through the substrate.
Our goal is to use the active seismic experiment data to calibrate the passive geophone data, and
ultimately estimate changes in river water discharge, ice cover, and bed sediment transport rates
in the Canning River over spring to summer 2023.
This dataset contains the active experiment node data.
DOI: 10.7914/wy3p-0r35
title: Lake basin seismic response measurements for Lake Skilak, Alaska

description: The goal of this experiment is to measure ground motion amplification and tuning of earthquake arrivals using ocean bottom seismographs (OBS) and onshore seismographs deployed in and around Skilak Lake, which is on the Kenai Peninsula, Alaska. Shaking by earthquakes can trigger turbidite flows in lakes, which provide a detailed paleoseismic record of past earthquakes. Earthquake-triggered lacustrine turbidite flows have been observed directly with turbidity sensors during recent earthquakes and as turbidite deposits in sediment cores. The core records often contain annual and semi-annual variations (e.g., varves) that can be used to determine precise dates for the past events. Translating detailed lacustrine turbidite records into earthquake recurrence histories requires knowing how susceptible lake-bottom sediments are to shaking during earthquakes and tuning and amplification effects of the lake basin itself. Since lake-basin shape, depth, and orientation affect ground motion amplification and frequency content, certain lakes are likely more or less sensitive to certain types of earthquakes (e.g., megathrust vs upper plate). Models of ground motion susceptibility in specific lake basins can be used to associate source sizes and types with the turbidite record. For the Lake Skilak project, we will deploy two OBS equipped with either Guralp CMT-3T or Trillium Compact sensors on the lake bottom for ~12 months. The OBS will come from the Woods Hole Oceanographic Institution. Measuring lake basin response requires reference sites. Permanent station AK.SLK will provide one of these reference sites. We would like to also install 4 on-shore stations near the lake shore using PASSCAL broadband sensors to provide additional reference sites and improve azimuthal coverage. Possible sensors for these include Guralp CMT-3T, Trillium 240s or similar, but I'd like to discuss the sensor and station design with PASSCAL.
DOI: 10.7914/36n1-zm78
title: LAB2022

description: Nodal array experiment in LA basin.
DOI: 10.7914/g6dz-5a09
title: N9 - Svalbard Glaciers Surge Monitoring

description: The Svalbard archipelago is covered by glaciers and ice caps to 57% of its 60,000 km2 land area, corresponding to approximately 6,200 km3 of ice. The initial scope of the network is to study the Kongsvegen glacier located near the Ny-Ålesund research station. This glacier rests on a sediment base of 5 to 60 m thickness, is grounded below sea level over its lowermost 6 km and has a polythermal regime with a 50-130m thick cold layer on top of temperate ice. On its lateral flanks, the glacier is frozen to the bed, which presumably exerts considerable lateral flow resistance. Following the a previous surge in 1948, the glacier has been in its quiescent stage, building up a reservoir of ice in its upper part because of the inefficient downstream transport of ice. 
In 2018, we operated three three-component seismometers positioned along 13 km of the central flowline between the glacier front and the long-term equilibrium line altitude. In 2021, this network has been expanded and we operated up to 20 seismometers of which 18 were deployed at the surface (i.e. 1.5 m into the ice to prevent melt-out and loss of connection during the melt season) and two were installed into boreholes, ca. 78 m above the glacier bed (262 m beneath the surface) and ca. 86 m above the glacier bed (263 m beneath the surface). Surface seismometers are 4.5 Hz sensors and we used HG-6 OB 14 Hz 375 sensors in the boreholes; data recording of all sensors has been accomplished using DiGOS DATA-CUBE3s sampled at a frequency of up to 800 Hz.
The network will be maintained on Kongsvegen glacier, and likely extended to other surging glaciers.
DOI: 10.17026/ar/eajogk
title: Bouwhistorisch Onderzoek Monumenten Afsluitdijk
title: 393-648 Witteveen en Bos / BBA, BBA-rapport 648
title: Bouwhistorische verkenning

description: Onderzoek naar de monumenten op de Afsluitdijk met de militaire stellingen 1932-1933 (Duitse toevoegingen 1943), sluiscomplexen uit 1929-1932 en monument Dudok uit 1933, met aanpassingen 1968-1975 en circa 1995.
DOI: 10.7914/y85b-6956
title: Bedload Monitoring - flume test

description: We plan to place nodes along an outdoor flume at U. Texas to record effects of water turbulence. This is in support of our NSF project where we instrument a local ephemeral channel to capture seismic signals from bedload and water flow during summer monsoons.
DOI: 10.7914/yc7s-en27
title: Fast Response Aftershock network for the Moroccan Earthquake 2023

description: In the immediate aftermath of the destructive Mw 6.8 earthquake in the High Atlas mountains, a temporary network was installed for 54 days around the epicenter for aftershock monitoring. The instruments used are SmartSolo IGU-16HR 3C instruments. Due to the limited battery (max. 30 days of continuous recording), each of the 6 stations have been equipped with two sensors, where the second sensor has been programmed to start 25 days after installation, to assure continuous recordings for up to two months.
DOI: 10.7914/e8rs-yk70
title: Eastwind Glacier Geophysical Surveys ON Top of Antarctic Ice Shelf Transition, Phase II

description: We propose to conduct geophysical surveys at the grounding zone of Eastwind Glacier using seismic (active and passive) and radar methods. We propose to implement this project during Nov. 2023 or early Feb. 2024. The project will employ and test techniques used to study Thwaites Glacier. Our main project goal achieves novel, high-resolution imagery of a glacier grounding zone, a critical region for evaluating glacier stability. This project is a small supplementary project to the Thwaites Interdisciplinary Margin Evolution (TIME) project. We will use some of the nodes allocated to TIME before/ after the TIME field work during 2023-24 (estimated 50-100 nodes). The EGGS ON TOAST II work will serve partially to train the TIME team before their deployment to the deep field (Nov. 2023) and to acquire additional data for improved imaging of Eastwind Glacier (Nov. 2023 or Feb. 2024).
DOI: 10.7914/5y85-1d45
title: TIME_NODES Phase III (formerly Thwaites Margins)

description: Requesting three-channel nodes for active seismics on Thwaites Glacier during upcoming field seasons.
DOI: 10.17026/ar/eatc4b
title: Groot Balland. Bergweg 28 IJsselmuiden
title: Bouwhistorische analyse & bouwkundige staat

description: Onderzoek naar de voormalige boerderij Bergweg 28 te IJsselmuiden. Deze draagt tegenwoordig de naam ‘Groot Balland’, hoewel deze benaming eerder toebehoorde aan een groter erf, waarop zich ook het pand Bergweg 24 bevond. Voornemen is om de boerderij geheel te vernieuwen met behoud van de bestaande hoofdvorm en karakteristiek.