cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/xnch-9y35
title: DAS monitoring of geohazards and environmental hazards project

description: This is a funded NSF-CIVIC project "Leveraging existing fiber-optic cables to identify and manage urban environmental hazards" (Award #2322198). We plan to install an DAS interrogator equipped with pre-existing telecom fiber-optic cable provided by a local telecom company in Spring 2024 in the city of Pittsburgh PA. Meanwhile, we want to calibrate the vibration data (earthquake to human activities) using the seismometer. This data collection will be 6 month. I think the intermediate-period seismometer would be sufficient. The start date will be late Jan 2024 and no exact date determined yet.
DOI: 10.7914/v6tz-xh04
title: Seismological network of the Republic of North Macedonia

description: Permanent seismological network
DOI: 10.7914/vt2j-bg51
title: Collaborative Research: Seismic hazard, lithospheric hydration, and the double-verging structure of the Puerto Rico subduction

description: Land deployment to support an active survey by the Langseth by WHOI, U of Texas, and UPRM. It aims to image the PR Trench and outer banks using active marine surveys with additional data collected by on-shore passive instruments and OBS instruments. Deployement will be for ~30 days. Actual survey is now scheduled for Nov 2-Nov18.
DOI: 10.7914/brb1-cf34
title: RUB Observational Geophysics Lab Deployment: Lower Rhine Embayment for project SIEGFRIED

description: SiegfriedNet is the seismic network from the SIEGFRIED project. SIEGFRIED addresses the main factors limiting the rapid growth of the deep geothermal energy sector including high socio-economical risks connected to induced seismicity. SiegfriedNet preoperatively monitors the seismicity rate to accurately model potential future changes.
DOI: 10.7914/5ftj-a296
title: 4N - New Jersey 2024 Earthquake Sequence

description: This is a network code for the 2024 New Jersey earthquake activity
DOI: 10.7914/j77s-wb89
title: National Seismic Network of Argentina

description: Network of stations with Broadband and Short Period seismographs
DOI: 10.7914/zqpn-a479
title: Mobile RSNI

description: The University of Genoa (Laboratory of seismology)  has a mobile seismic network for rapid intervention in case of moderate/strong earthquakes and for scientific experiments capable of real-time data transmission.
DOI: 10.7914/k2rg-gn94
title: Peri-glacial an glacial risk study seismic network

description: Seismic network and temporary surveys deployed in the Mont Blanc and Vanoise mountain ranges, french Alps, devoted to the study of glacial and peri-glacial risk, landslides, rockfalls and slope stability. Continuous data allow in depth analysis of ambient seismic noise, but also micro-sismicity and regional seismicity.
These network and survey are conducted in the framework of the "PAPROG"  National action plan for the prevention of glacial and periglacial risks, financed by the French Ministry of the Environment's General Directorate for Risk Prevention.
DOI: 10.17026/ar/eaysvc
title: Keizersveerbrug Geertruidenberg
title: Bouwhistorische verkenning met waardestelling

description: De Keizersveerbrug in het tracé van de A27 heeft een lange geschiedenis die verweven is met de historische ontwikkeling van de Moerdijkbrug. De onderbouw van de huidige brug bij het Keizersveer stamt namelijk gedeeltelijk uit de periode 1929-1931 en 1978, de huidige bovenbouw is afkomstig van de in 1936 gebouwde Moerdijkbrug en is in 1978 geplaatst toen de A27 hier verbreed werd.
DOI: 10.7914/bm06-aw19
title: Mount Erebus Volcano Observatory Seismic Network

description: Long-term Erebus Volcano seismographs supported by the National Science Foundation for volcano and seismic research and volcano monitoring.
DOI: 10.17026/ar/eaz9bu
title: Pathmosschool - nr. 9. Spinnerstraat 29/29a Enschede
title: Bouwhistorisch onderzoek & waardestelling

description: Het gebouw kwam in 1921 gereed naar ontwerp van W.K. de Wijs en behoorde samen met het naastgelegen badhuis tot het voorzieningencentrum van de wijk ’t Pathmos.
DOI: 10.7914/w3ac-xw14
title: Fernandina seismic deployment

description: The Fernandina: Rapid Investigation of Geophyscial Activity during Tumescence and Eruption (FRIGATE) experiment was designed to monitor seismic activity associated with magmatic unrest at Fernandina volcano, Galapagos Islands, Ecuador. In late 2022, it was apparent that Fernandina was likely approaching a new eruption, and rates os seismicty were erupting. The 7-station experiment captured seismic broadband data during 12 months of pre-eruptive inflation (the eruption started in early March 2024, after the main deployment had been recovered. The deployment configuration included a five-station narrow aperture array, located on the northen flank of the volcano.
DOI: 10.7914/74en-yt90
title: Ice Sheets and Interactions, East Antarctica

description: Broadband and node-type sensors deployed with the aim of understanding ice sheets, the ice-bedrock interface zone, and Earth-ice interactions in East Antarctica.
DOI: 10.7910/dvn/bsuoau
title: School of Nursing, St. Borromeo 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.

description: School of Nursing, St. Borromeo 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
description: School of Nursing, St. Borromeo 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
DOI: 10.7914/7jr0-sm10
title: Carbon sequestration VSP and instrument comparison

description: Recording a 3D VSP at a carbon capture and storage site in Illinois. The experiment will also compare the performance of different downhole instrumentation (e.g. Silicon Audio sondes, 15-level geophone array, DAS fiber behind casing).
DOI: 10.7914/x7xf-jb43
title: Red Acelerográfica de Panamá

description: Panamanian strong motion network managed by the Scientific and Technological Research Center of the USMA
DOI: 10.17026/ar/edr06k
title: Boerderij ‘De Mulderije’ bij kasteel Hackfort, Vorden.
title: Cultuurhistorische waardestelling (twee delen).
title: 362-610.5 BBA-rapport 610.5
title: Cultuurhistorisch onderzoek

description: Onderzoek naar de boerderij De Mulderije bij Kasteel Hackfort gebouwd rond 1882 en verbouwd in 1950 en 1991.
DOI: 10.7914/x232-db54
title: New Frontiers in Sound

description: We are proposing to use nodes to study the depth of permafrost and soil properties over time including seasonal variations using a new method of ambient noise that uses dynamic phase. We need to record in the winter near Fairbanks, Alaska.
DOI: 10.7914/q4nj-hf03
title: TANGO, Collaborative Research: TransANdean Great Orogeny, Nodes/Argentina deployment.

description: We will deploy 3 component nodal sensors and BB seismic stations across the Andes in two locations to image the lithosphere and asthenosphere to study the variations in the mountain building process along strike in the Andes. We will deploy a mixed mode of 3C nodes with 2-3 km spacing interspersed with BB stations every 25-30 km embedded in a sparse grid of BB stations. There are 4 seismology PIs: Susan Beck, Eric Kiser, Ryan Porter and Steve Roecker
DOI: 10.7914/dh2n-rf47
title: NSFGEO-NERC: Investigating the direct influence of meltwater on Antarctic Ice Sheet dynamics

description: We are proposing field work on Flask Glacier, Antarctic Peninsula, to the NSF office of polar programs. The proposal is not submitted, but our target submission date is mid-Aug. We would like to instal three passive seismic stations to monitor the tremor induced by turbulent subglacial water flow on Flask Glacier, Antarctica. This will form part of a broader deployment of instruments, to test the hypothesis that meltwater from the surface accessing the bed is the cause of the flow of the glacier temporarily increasing during warm periods. One of our goals is to detect the flow of subglacial meltwater via the characteristic tremor it generates, using passive seismometers. We are proposing to deploy three instruments along a flow line on the glacier, around 1 km apart. Ideally, this will allow us to detect temporal changes in subglacial discharge (qualitatively). Given the along-flow distribution of the instruments, we may also be able to track spatial variability in the onset, peak and cessation of enhanced seismic energy, associated with the downstream propagation of elevated subglacial discharge. We would like to request 4 instruments and 4 data loggers, along with power systems, as discussed over email and in a call on Friday July 24th. In that call it was established that the most appropriate equipment are the Nanometrics Trillium Compact Broadband instrument and the Nanometrics Centaur Datalogger.
DOI: 10.7914/ae0b-ta60
title: Kauai Test Facility - Missile Launch-(SAND2024-06651O)

description: Our environmental staff are interested determining the vibrational impact of a missile launch on wildlife in the area. Collecting accelerometer and geophone data of a large missile launch from this facility will aid in characterizing the accelerations to which area is exposed.
DOI: 10.7914/haet-1d18
title: Luxembourg Seismological Network (LuxSNet)

description: The Luxembourg National Seismic Network (LuxSNet) is operated by the European Center for Geodynamics and Seismology (ECGS) and is under continuous development. The purpurse of LuxSNet is to allow for a continuous monitoring of seismic activity within and around the Luxembourg territory and provide high-quality seismological data for scientific research. The first broadband station operating continuously in Luxembourg was installed in the Walferdange Underground Laboratory for Geodynamics in collaboration with the GFZ Helmholtz Centre for Geosciences in 1994 (station WLF, network GE), and short-period seismological observations were collected in collaboration with the Royal Observatory of Belgium at stations Kalborn (KLB) and Vianden (VIA) since the 1980ties. In late 2009, the first additional broadband stations were installed in collaboration with the Karlsruhe Institute of Technology (KIT), originally planned as a longer-term, yet temporary experiment (Geotech KS-2000 sensors). Over the years, ECGS added further stations and the whole network was equipped with Guralp 3ESPC (60s) and Nanometrics Trillium Compact (120s and 20s) sensors, with respective acquisition systems Guralp CMG-DM24S3EAM and Nanometrics Centaurs. At the time of writing, the network consists of 12 broadband stations (plus station WLF). All data are acquired in real-time via Seedlink with sampling frequency of 200 Hz. Waveform data are made available without restrictions through the European Integrated Data Archive (EIDA) of the GEOFON data centre. Further information on the network and ECGS’s activities can be found on www.ecgs.lu. Waveform data is available from the GEOFON data centre, under network code LU. Data is updated daily.
DOI: 10.7914/m8g7-4390
title: Greenland Ice Drilling for Climate History; site selection

description: Seismic and radar profiling of four sites in North Greenland in order to prepare for drilling and basal rock sampling.
DOI: 10.7914/b1sc-0n71
title: AdriaArray Temporary Network: Bulgaria, Moldova, Poland, Romania, Ukraine

description: Temporary deployments for AdriaArray network. Broadband Stations.
DOI: 10.17026/ar/edrquw
title: Ringvaartaquaduct A4, Haarlemmermeerpolder Roelofarendsveen
title: Bouwhistorische verkenning & waardestelling

description: Het Ringvaartaquaduct in de A4 werd in de periode tussen 1958 en 1961 gebouwd bij de aanleg van het traject van de A4 tussen Burgerveen en Hoogmade en is het eerste aquaduct in een snelweg in Nederland. Het is ontworpen door de Directie Sluizen en Stuwen met als hoofdingenieur H.C. Wentink, in combinatie met ingenieur J. Wever van Directie Wegen.
DOI: 10.7914/xnz7-th21
title: Vulcan MT & Passive Seismic Array

description: The Vulcan array consists of a short term (~13 day) nodal array targeting the Vulcan Iron-Oxide Copper-Gold (IOCG) prospect. The Vulcan nodal array is part of the South Australian Governments Department of Energy and Mining (DEM) Accelerated Discovery Initiative (ADI) project 'Integrated Exploration Under Deep Cover: Geophysics, Geochronology, Geochemistry' research collaboration between the University of Adelaide and Fortescue Metals Group (FMG) Resources Pty Ltd. 100 SmartSolo IGU-16HR 3C short period AuScope nodes were deployed in February 2022. 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 4 km.
DOI: 10.7914/6q5b-va48
title: Curnamona Cube MT & Passive Seismic Array

description: The AuScope funded Curnamona Deep Earth Imaging Project passive seismic experiment consists of a short term (~36 day) nodal array designed to see through the thick geological cover rock sequences that blankets the Curnamona Province. 151 SmartSolo IGU-16HR 3C short period AuScope nodes were deployed in June-July 2022. All data recorded at 250 Hz, with a preamplifier gain of 24 dB. The aim of the project is to better define the crustal velocity structure in the Curnamona Province.
DOI: 10.7914/gaks-z222
title: Mines Geophysics Field Camp 2024 - MT

description: We are requesting broadband seismometers (separate request) and MT (this request) systems to deploy during the Colorado School of Mines Geophysics Field Camp 2024. This equipment will expand the learning opportunities for our students as it extends the field equipment beyond what we have and will bring (e.g., DC resistivity, TEM, gravity, multi-channel seismic reflection and refraction). Our students will spend the first two weeks of field camp (May 12-May 24) deploying instruments in Routt County, CO (near Steamboat Springs) and then two weeks (May 27-June 7) processing an interpreting the data.
DOI: 10.7914/436c-ws50
title: Mines Geophysics Field Camp 2024

description: We are requesting broadband seismometers (this request) and MT systems (separate request) to deploy during the Colorado School of Mines Geophysics Field Camp 2024. This equipment will expand the learning opportunities for our students as it extends the field equipment beyond what we have and will bring (e.g., DC resistivity, TEM, gravity, multi-channel seismic reflection and refraction). Our students will spend the first two weeks of field camp (May 12-May 24) deploying instruments in Routt County, CO (near Steamboat Springs) and then two weeks (May 27-June 7) processing an interpreting the data.
DOI: 10.7914/3dms-sj84
title: GEObyIT seismic network in Oslo, Norway

description: Three-component Raspberry Shake 3D sensors were depployed at different locations within the city of Oslo. The network was extended gradually starting in May 2021, with up to 11 stations recording simultaneously from June 2022 to July 2023. GPS antennas were deployed where possible. Timing provided through NTP (Network Time Protocol) was sufficient at a few sites where free view to the sky could not be established. Sensor locations were in the basement of private businesses, private houses, and public school buildings. All data are recorded continuously with a 100 Hz sampling rate. The purpose of the network was urban seismic event and near-subsurface monitoring.
DOI: 10.7914/bh8d-mj90
title: Armutlu Local Seismic Network

description: ArNET, the earthquake network covering Yalova-Armutlu-Gemlik and its vicinity, comprises 35 stations.
DOI: 10.7914/v8eh-m757
title: SAGE 2024 investigations of the Valles Caldera

description: 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 20-30 undergraduate and graduate student in a wide range of geophysical techniques. SAGE2024 will be a shorter version of the previous years. Limited number of faculties and students will be involved in the field camp this year.
DOI: 10.17026/ar/ef35tc
title: Kasteel Biljoen Biljoen 1, Velp.
title: Bouwhistorische verkenning met waardestelling.
title: 290-501 BBA-rapport 501
title: Bouwhistorische verkenning

description: Onderzoek naar Kasteel Biljoen gebouwd in 1530 en vergroot en verbouwd in 1661 en interieur verfraaid in 1780-1782 en verbouwd in 1852-1856 naar plannen van L.H. Eberson en opnieuw in 1884 en rond 1920.
DOI: 10.7914/3mbe-0b86
title: Grace Lake passive seismic monitoring study

description: Objective is deploy passive seismic units to measure seismic activity in and around Grace Lake, Ontario, Canada to determine if (a) a fault exists running through Grace Lake and (b) if the fault is present, is the the fault active. Due to constraints of the course (geophysical methods) the experiment will run for approximately a 30 day period. The instruments will be deployed along trails and roadways surrounding Grace Lake, crossing the inferred position of the fault and parallel to the expected fault strike on both the hanging wall and footwall. The data collected will be collated with other student acquired geophysical data including: (1) Total magnetic field magnetometer traverses (2) EM-31 conductivity profile (3) high resolution shallow reflection seismic 2D profile (4) geologic mapping of outcrop in the potential fault zone (5) spectrometer surveying of the outcrop. End products are: (1) a U-Links Centre for Community Based Research Poster Presentation at their Celebration of Research Event (ulinks.ca) (2) a chapter in a book being written by David Freeman of the Grace Lake Cottage Association on the history of the Grace Lake region (3) potential publication of a paper(s) in a refereed geophysical journal or publication.
DOI: 10.7914/s0aq-xq29
title: Sudetic Seismological Network

description: A local network consisting of 10 stations mostly located underground for studying natural seismicity. Guralp 40T 30s seismometers.
DOI: 10.7914/wez6-rt80
title: West Flegrei

description: Temporary deployment in the western Campi Flegrei region.
DOI: 10.17026/ar/efa5cc
title: Johan Buziastraat 3, Wageningen.
title: 200-375.8 BBA-rapport 375.8
title: Bouwhistorische verkenning

description: Onderzoek naar de boerderij Johan Buziastraat 3 uit 1919 naar ontwerp van C. Verkoren, verbouwd in 1927.
DOI: 10.7914/100d-1036
title: Bilek_bounce_test_may2024

description: This is in support of a EMRTC activity.
DOI: 10.7914/a4me-tr16
title: Passive Seismic Characterization of Bedrock and Unconsolidated Glaciofluvial Material

description: We will be using the Horizontal Vertical Spectral Ratio (HVSR) method for investigation of bedrock depth at various locations in Illinois. Specifically, we are trying to find bedrock depth in a glacial-fluvial bedrock valley in East central Illinois. This serves as a sole-source aquifer for many of the cities in Central Illinois. Helicopter based Transient Electromagnetic (HTEM) data was acquired throughout the project area. HVSR and other ground-based geophysical methods are used for ground-truthing and filling in gaps. HVSR data will be acquired in profiles throughout the project area to better understand the specific contours of the valley and where electromagnetic data may not be able to resolve changes in lithology accurately.
DOI: 10.7914/j1v2-2z67
title: Seismic Network in Under-explored Central Iceland

description: Deployment of 15 broadband sensors (Guralp Certimus & Nanometrics Trillium Horizons)  supplied by SEIS-UK, UKRI Seismic instrument pool. Aiming to:
1) Capture local seismicity in the central Icelandic highlands
2) Explore subsurface structure of volcanic and geothermal systems around Hofsjökull and Langjökull  Glaciers in the Central Icelandic Highlands. 
3) Image changes in large scale crustal structure linked to varying crustal formation processes across Iceland
DOI: 10.7914/77sk-n053
title: Cornell Spring 2024 Seismology Class Project

description: This deployment is an educational experiment as part of the Spring 2024 Seismology course. The goal is to provide hands-on experience with seismic data collection and analysis using modern Nodal instruments with both active-source and passive-source techniques. One group will conduct typical hammer-source active source P-wave refraction data, with an azimuthal-anisotropy component. A second group will deploy day-long SPAC (SPatial AutoCorrelation) arrays, related to ambient-noise measures, to estimate S-wave structure and radial anisotropy in the same area. This class project will be used to prototype potential GeoArray-related deployments as part of a later SZ4D project being planned.
DOI: 10.17026/ar/efu1kb
title: Restauratiebegeleiding Kasteel Waardenburg.
title: Deel 2: Afbeeldingen.
title: 181-352.2 BBA-rapport 352.2
title: Bouwhistorische begeleiding

description: Restauratiebegeleiding van Kasteel Waardenburg uit de tweede helft van de dertiende eeuw en verder.
DOI: 10.7914/ts1a-7g40
title: Remuaz

description: The aim of the network is to record the micro-seismicity generated by a zone of rock instability located on the Remuaz fault (Aiguilles Rouges). The antenna of 6 vertical component (1Hz) and 2 three component sensors (1Hz) will also monitor the frequency of various blocks of the instability.
DOI: 10.7914/nmxx-py59
title: Programa de Instrumentación Sísmica (PINS)

description: Seismic Instrumentación Programa (Programa de Instrumentación Sismica - PINS).  Strong motion network of Panama operated by the Tecnological University of Panama, with Kinemetrics ETNA2 and Geobit AS200 accelerograph.
DOI: 10.7914/g4hj-4553
title: IZIIS

description: GURALP CMG-5TDE, CMG-5TCDE
DOI: 10.7914/emhv-5p88
title: Pinos watershed short-time scale scans

description: A larger project monitoring and measuring recharge, flow, and sediment transport in the Pinos watershed near Socorro is ongoing. After a good pilot in summer 2022, we plan to collect hourly scans before and after flooding to measure topography, water table, and other parameters. 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. We also will need an EKKO license.