cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/zady-z730
title: Seismic exploration of motion dynamcis of the Slumgullion landslide

description: Landslide dynamics are dominantly controlled by shearing displacement that occurs near the basal surface, where observations have often been obtained through costly and labor-intensive borehole instrumentation. Alternatively, seismic imaging with nodal arrays promises a novel and cost-effective solution. Toward this objective, we plan to use the slow-moving Slumgullion landslide in Colorado as an example, and explore if nodal seismometers can be used to effectively image subsurface properties of landslides, such as their basal depths and shearing behaviors. We are also interested in detecting possible "slide quakes" in the basal shear zone to better understand landslide mechanics and exploring if and how the shearing surfaces might evolve through time.
DOI: 10.17026/ar/dmhaxv
title: Koninklijke Sphinx, complex noord. Gemeente Maastricht
title: Deel 1: Historische beschrijving en waardenstelling

description: Onderzoek van het gebouwencomplex van de Koninklijke Sphinx, gelegen in de uiterste noordelijke punt van de binnenstad van Maastricht. Het markante complex van fabrieksgebouwen uit de periode 1870-1950 staat al geruime tijd leeg. Het complex bestaat uit een cluster gebouwen gegroepeerd langs de Frontensingel en een cluster van gebouwen gegroepeerd langs de Boschstraat.
DOI: 10.7914/k1dp-v754
title: Seismic exploration of motion dynamcis of the Slumgullion landslide

description: Landslide dynamics are dominantly controlled by shearing displacement that occurs near the basal surface, where observations have often been obtained through costly and labor-intensive borehole instrumentation. Alternatively, seismic imaging with nodal arrays promises a novel and cost-effective solution. Toward this objective, we plan to use the slow-moving Slumgullion landslide in Colorado as an example, and explore if nodal seismometers can be used to effectively image subsurface properties of landslides, such as their basal depths and shearing behaviors. We are also interested in detecting possible "slide quakes" in the basal shear zone to better understand landslide mechanics and exploring if and how the shearing surfaces might evolve through time.
DOI: 10.7914/7xh3-5a25
title: San Fernando Valley, California Nodal Array (2023)

description: This study focusses on understanding seismic structure of the San Fernando Valley, Southern California.
DOI: 10.17026/ar/dqasae
title: Spaarne Gasthuis. Locatie Haarlem-Zuid Gebouw 1, 2 en 3 (beddenhuis), Boerhaavelaan 22 Haarlem
title: Cultuurhistorisch onderzoek & waardestelling

description: Drie gekoppelde hoogbouwvleugels (gebouw 1, 2 en 3) van het Spaarne Gasthuis. Het complex is een ontwerp van ir. J.E. Kruisheer en is oorspronkelijk ontwikkeld vanaf 1965.
DOI: 10.7910/dvn/wsxhnd
title: School of Nursing, Amichi 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, Amichi 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, Amichi 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
DOI: 10.7914/enag-2n19
title: Liquiñe-Ofqui Fault System Monitoring Network

description: This seismic network has been designed to monitor crustal deformation associated with the Liquiñe-Ofqui fault system extending along the Main Cordillera between the town of Liquiñe and Huilo-Huilo biosphere reserve.
DOI: 10.7914/83r3-ms71
title: Educational Network of Seismographic Stations of Eastern Slavonia (Croatia)

description: The development of a network of educational seismographic stations in Eastern Slavonia (Croatia) is carried out within the Agreement on Cooperation between the University of Zagreb, Faculty of Science, Department of Geophysics Snježana Markušić and Josip Juraj Strossmayer University in Osijek, Faculty of Civil Engineering and Architecture Osijek, Davorin Penava and in cooperation with city authorities and elementary schools in Eastern Slavonia (Croatia).
The network is assembled from currently 8 (aimed at 12 in total) RS4D Raspberry Shake strong motion seismographs distributed along the elementary schools in different cities / towns  of Eastern Slavonia region in Croatia, namely Osijek, Beli Manastir, Djakovo, Donji Miholjac, Valpovo, Gunja, Požega and Ilok.
DOI: 10.7914/y3ye-nw95
title: Stypsi Geothermal Field Network

description: Temporary network for local seismicity monitoring in the broader NW Lesvos (eastern Greece, Aegean Sea) area
DOI: 10.7914/acf7-v615
title: Survey of upper 200 m structure near ANMO using hammer source

description: The project seeks to constrain near surface seismic velocity structure near the USGS Albuquerque Seismic Lab, which hosts sensors at multiple depths for the GSN station ANMO and a small aperture (~500 m) array of different shallow post-hole and vault installations. New constraints on near surface structure will aid studies of passive methods for estimating near surface structure and analyzing waveform attributes such as polarization. The fieldwork and analysis will involve collaboration between ASL and UNM researchers.
DOI: 10.7914/f6d3-4397
title: Agua Negra Deep Experiment Site

description: Background seismicity and noise characterization in site of Agua Negra tunnel project.
DOI: 10.17026/ar/dsvzxl
title: Boerderij Wiltenburg Oukoopsedijk 8, Oukoop Gemeente Bodegraven-Reeuwijk.
title: Bouwhistorische verkenning met waardestelling.
title: 338-571 BBA-rapport 571
title: Bouwhistorische verkenning

description: Onderzoek naar boerderij Wiltenburg uit de tweede kwart van de achttiende eeuw, kelder en opkamer tweede kwart negentiende eeuw, verbouwing voorhuis in 1960. Met toegangspoort derde kwart achttiende eeuw, boenhuis uit circa 1900.
DOI: 10.7914/mefk-9j78
title: Halden local seismic network

description: This is a local network of 5 seismic stations that are installed within about 25 km of the town of Halden in southeastern Norway.
DOI: 10.7914/9h4m-bq62
title: Metal Earth Passive Seismic

description: A passive seismic survey recorded seismic waves
during the spring and summer of 2019 in the Larder Lake area using 40 broadband multicomponent Guralp 3T
seismometers at a nominal interstation distance of 1 km.
DOI: 10.7914/3wth-ea89
title: Mount Rainier 2023

description: One month of continuous seismic data recorded at Mount Rainier from 18 July 2023 to 25 August 2023. Passive source to study environmental seismology.
DOI: 10.17026/ar/dt0lhv
title: Martinikerkhof 8A, Groningen.
title: Bouwhistorische opname met waardestelling.
title: 431-711 BBA-rapport 711
title: Bouwhistorische opname

description: Onderzoek naar de garage met chauffeurswoning uit 1913 naar ontwerp P.M.A. Huurman voor industrieel J.E. Scholten, ter plekke van een ouder koetshuis.
DOI: 10.7914/j3za-ee81
title: Seismic determination of bedload and morphodynamic trends in the Nisqually River of Mount Rainier National Park, WA, USA

description: We are hoping to explore non-contact hydrology techniques, and have landed on the use of seismic signals as one of our data sources. My hope is to use one buried unit full-time for the next three years, and an array of temporary nodes during the warmer months where the ground is more accessible. The buried unit would be located just above the trimline of the Nisqually River near Longmire WA, and the nodes would be distributed in strategic locations proximal to the Nisqually River within the boundaries of Mount Rainier National Park. The location of nodes will be based on collecting signals near areas of specific river geometries with some consideration to not group any units too closely, but the exact location of nodes will depend on conditions during each seasonal deployment. Prior work suggests that signals for bedload, river discharge, and precipitation can be adequately partitioned in order to use seismic signals to generate rating curves for bedload sediment flux in a high-gradient river. At a minimum we expect to relate the appropriate signal for sediment transport to overall magnitudes of transport, and relate those timings to landform evolution trends in the active floodplain on an inner-annual basis. Currently I am looking for one L-22 and one L-28 for full-time occupation near Longmire, and 10 of the IGU-16HR nodes to be dispersed up and down the river. Prior studies for bedload estimates employed the L-28 but claimed the signal attenuated significantly above 100 Hz, my hope is to rule out the need for the high-frequency data in such projects. The area in question near Longmire is free of Wilderness and Historic District restrictions common to most of the Park, and is a candidate for longer occupations and ground disturbance for instrument burial. I am hoping to get a bit more guidance on what I might need for data loggers and power for these units, understanding that housings and power are still something I need to supply. Most of the remaining study area is designated Wilderness and would carry significant permitting burdens to have buried sensors, making the all-in-one nodes more attractive. This is the same reason the USGS has relied on nodes for similar projects on Mount Rainier and Mount St. Helens. The IGU-16HR units in particular appear to have modular batteries which makes them more suitable for extended occupations beyond the normal one-month deployment, with the goal of capturing as much of the season from May-Oct. as possible. My primary technical collaborator for seismology needs related to this project is Weston Thelen of the USGS Cascades Volcanoes Observatory, and remaining support for field work and geomorphology analysis will be provided by myself and the Mount Rainier National Park Imminent Threats Program.
DOI: 10.7914/vfws-6x87
title: Seismic determination of bedload and morphodynamic trends in the Nisqually River of Mount Rainier National Park, WA, USA

description: We are hoping to explore non-contact hydrology techniques, and have landed on the use of seismic signals as one of our data sources. My hope is to use one buried unit full-time for the next three years, and an array of temporary nodes during the warmer months where the ground is more accessible. The buried unit would be located just above the trimline of the Nisqually River near Longmire WA, and the nodes would be distributed in strategic locations proximal to the Nisqually River within the boundaries of Mount Rainier National Park. The location of nodes will be based on collecting signals near areas of specific river geometries with some consideration to not group any units too closely, but the exact location of nodes will depend on conditions during each seasonal deployment. Prior work suggests that signals for bedload, river discharge, and precipitation can be adequately partitioned in order to use seismic signals to generate rating curves for bedload sediment flux in a high-gradient river. At a minimum we expect to relate the appropriate signal for sediment transport to overall magnitudes of transport, and relate those timings to landform evolution trends in the active floodplain on an inner-annual basis. Currently I am looking for one L-22 and one L-28 for full-time occupation near Longmire, and 10 of the IGU-16HR nodes to be dispersed up and down the river. Prior studies for bedload estimates employed the L-28 but claimed the signal attenuated significantly above 100 Hz, my hope is to rule out the need for the high-frequency data in such projects. The area in question near Longmire is free of Wilderness and Historic District restrictions common to most of the Park, and is a candidate for longer occupations and ground disturbance for instrument burial. I am hoping to get a bit more guidance on what I might need for data loggers and power for these units, understanding that housings and power are still something I need to supply. Most of the remaining study area is designated Wilderness and would carry significant permitting burdens to have buried sensors, making the all-in-one nodes more attractive. This is the same reason the USGS has relied on nodes for similar projects on Mount Rainier and Mount St. Helens. The IGU-16HR units in particular appear to have modular batteries which makes them more suitable for extended occupations beyond the normal one-month deployment, with the goal of capturing as much of the season from May-Oct. as possible. My primary technical collaborator for seismology needs related to this project is Weston Thelen of the USGS Cascades Volcanoes Observatory, and remaining support for field work and geomorphology analysis will be provided by myself and the Mount Rainier National Park Imminent Threats Program.
DOI: 10.7914/t5cn-4809
title: Large High-Performance Outdoor Shake Table

description: The LHPOST, located about 15 km east of the UC San Diego main campus, is a unique shake table facility. It is the largest capacity 6-DOF shake table in the world. The LHPOST is designed to permit the accurate simulation of far- and near-field ground motions, and when used in combination with the two existing large laminar soil boxes allows for the testing of soil-foundation-structure interaction systems.
DOI: 10.7914/xyk8-kc27
title: Passive-source seismic analysis for North Valleys and TRIC

description: We will collect passive-source seismic records along 7 lines in the Tahoe-Reno Industrial Complex (TRIC) east of Reno, NV and Stead-Lemmon Valley north of Reno, NV.
DOI: 10.17026/ar/duyqhr
title: Markstraat 3 Ravenstein
title: Bouwhistorische verkenning & waardestelling

description: Het huis is in de eerste helft van de zeventiende eeuw gebouwd, met enkele ingrijpende wijzigingen in de achttiende eeuw en later.
DOI: 10.7914/rnjt-cn65
title: Enel Networks monitoring microsismic of Italian geothermal areas

description: Monitoring of the reinjection of geothermal fluids in the fields of Larderello, Monte Amiata and Ferrara
DOI: 10.7914/yt19-dh17
title: RESEAU GEOPHYSIQUE DE LAMTO

description: Short period and Broadband sensors.
DOI: 10.7914/yw8c-ny36
title: IceSMN Icelandic Strong Motion Network

description: This is a national network of accelerometers owned and operated by the Earthquake Engineering Research Centre, University of Iceland
DOI: 10.7914/m9sf-hx70
title: Cape Modern seismic monitoring network

description: Borehole seismic network for monitoring seismicity at the Cape Modern EGS site in Milford, UT.
DOI: 10.7914/tjps-zt28
title: Thwaites Margins Seismic Broadband

description: Requesting continuous broadband (or medium period) seismometers (12) over 3 field seasons on Thwaites Glacier during field seasons 2-3.
DOI: 10.17026/ar/dvo0q7
title: IJsselkade 60, Kampen.
title: Bouwhistorische verkenning met waardestelling.
title: 211-390 BBA-rapport 390
title: Bouwhistorische verkenning

description: Onderzoek naar een herenhuis uit 1852 naar ontwerp van P. Bondam, verbouwd eind negentiende eeuw en gerenoveerd 1900-1910 (erker).
DOI: 10.7914/qdev-gv05
title: Advancing Forest Health Assessment through Multi-Method Geophysical Surveys: Case Study in Snodgrass, Colorado.

description: This project is part of a larger project, SFA watershed function, which is poised to develop new conceptualizations and insights, as well as novel approaches for characterizing and predicting aggregated watershed hydro-biogeochemical responses to abrupt perturbations. This research topic aims to enhance forest health assessment by combining multiple geophysical methods with machine learning techniques. First, the Normalized Difference Vegetation Index (NDVI) timeseries data are used to detect potentially vulnerable and interesting areas within the forest. Upon identification of these critical areas, we will deploy a grid pattern of passive seismic sensors. These will predominantly be positioned in the areas pinpointed through the NDVI analysis, but will also include other selected locations throughout the site to capture the heterogeneity. To do so, we would like to use 50-60 Smart Solo IGU-16HR 3C sensors to acquire the ambient seismic across the site. The smart solo sensors will be installed in networks of about 250x125m with a 25m spacing between each sensors. HV spectral ratio will be computed form the data to have the 3D mapping of the bedrock. In a second time, cross-correlation between each pair of sensors will enable to perform a surface wave tomography of the subsurface at each network locations. To do so, the nodes configuration would be a sampling rate of 500Hz, a gain of 25dB and minimum phase. In addtition to these acquistion, In conjunction with the seismic data collection, we have a single Electrical Resistivity Tomography (ERT) device at our disposal. Given the limitation of having only one ERT device, we will sequentially position it along five selected lines within the identified regions of interest. The combined data will provide a comprehensive view of the subsurface properties, fortifying the capacity of our machine learning models to generate accurate forest health indicators.
DOI: 10.7914/gcaa-jf35
title: Bedload Monitoring of Ephemeral Streams 2023 Nodal Portion

description: We will deploy broadband and node seismometers along reaches of ephemeral streams in New Mexico and Israel in conjunction with modern in-stream measurements of sediment transport. Bedload flux is fundamental to river dynamics and landscape evolution, yet representative measurement of this key parameter is inhibited by its spatial and temporal variability as well as the challenge of sampling in high-energy environments without altering transport. Surrogate methods are a promising approach, yet calibration remains a challenge, and the lower grain size limit of detection is uncertain. This project will build up from direct bedload measurements, to acoustic surrogates, to seismic monitoring, providing vital field data that will enable the advance of fluvial seismology. This request covers the final NCE year of our project.
DOI: 10.7914/k0b6-a232
title: Tenerife-Gran Canaria Seismic Network (GUANCHE_INTEGRAL)

description: Temporary seismic network to characterize the seismicity, subsurface structure, and associated phenomena in the region between Tenerife and Gran Canaria.
DOI: 10.7914/2jer-f064
title: Oceania International

description: Open seismic stations funded by the United States Bureau of Humanitarian Aid and the United States Geological Survey to support seismic monitoring operations and research in Oceania.
DOI: 10.17026/ar/dw3ipy
title: Oostvest 54-56 Haarlem
title: Bouwhistorische verkenning met waardenstelling

description: Het uit twee bouwdelen bestaande gebouw aan de Oostvest 54-56 is in 1928 en 1935 tot stand gekomen. Beide delen zijn gemaakt naar een ontwerp van de regionale architect J. PH. Peper en deden van oorsprong dienst als kaaspakhuis. Vanaf 1954 is het gebouw in gebruik geweest als drukkerij. Vanaf het einde van de twintigste eeuw heeft het een culturele functie gekregen, onder meer als onderkomen voor het poppodium Het Patronaat.
DOI: 10.7914/k5tg-2003
title: University of Chicago Educational, Faculty Development and Outreach Seismic Experiment

description: This experiment has already been deployed and data is now being processed. The experiment involved collecting about 5 weeks of broad-band, 3 component seismic data in the basement of Hinds Geophysical Lab during the months of September and October of 2023. The experiment was supported by the seismometer equipment originally provided to the PI/investigators to conduct project "Northberg" on the Milne Ice Shelf, Nunavut, Canada. When the seismometer (a single broad band) was returned to Chicago (after considerable delay) it arrived when both the graduate student and PI came down (in sequence) with Covid, and at a time when classes were beginning. The decision was made to delay sending the seismometer equipment back to Passcal for a sufficient period of time to allow the investigator and graduate student to "get back on their feet". The extra time that the seismometer equipment was on site at the University of Chicago (in our lab) was used to deploy the seismometer in a stable location in the basement of the Hinds Geophysical Laboratory to allow sufficient data to be obtained so as to (a) give a data set to an Early Career faculty member at the University of Chicago (Prof. Sunyoung Park) who is a highly regarded seismologist (educated at Harvard, formerly a postdoctoral fellow at Cal Tech) that has little experience with portable seismometer data collection, (b) to give other graduate students in seismology here an opportunity to use the equipment and to learn from it, and finally (c) to provide outreach to the undergraduate education program at the University (the data will be used in instruction). In essence, this project is a "done deal" that was motivated by the convergence of "a delayed return of instruments", "sequential covid infections of the people responsible for the equipment" and "an opportunity to use the equipment's delay to positively impact the educational and early career faculty development" here at the University. We intend to archive the collected data as it should be for any other experiment. This will be done over the next months.
DOI: 10.7914/x8gs-a153
title: Seismic Baseline Survey Along the Northern Gulf of Mexico in Texas

description: The goal of this project is to detect small earthquakes in the offshore Gulf of Mexico to establish a baseline for future carbon storage projects. The data will also help image the sediment, crust, and mantle structure of the northern part of GOM and understand its tectonic evolution.
DOI: 10.7914/871b-am85
title: Sandia National Laboratories, Alaska DAS

description: The Sandia National Laboratories DAS system installed at Oliktok point, Alaska, consists of 37.6 km long single-mode oceanic cable connected to a Silixa iDAS interrogator. The cable extends offshore into the Beaufort Sea and it is emplaced below the seafloor interface at depths of 2 m up to 16 km, and 4 m beyond. The installation is presented and described in detail in Baker and Abbott (2022) and Stanciu et al (2023).

Baker, M.G., Abbott, R.E. (2022). Rapid Refreezing of a Marginal Ice Zone Across a Seafloor Distributed  Acoustic Sensor, Geophysical Research Letters, 49, 24, https://doi.org/10.1029/2022GL099880

Stanciu, A.C., Frederick, J.M., Baker, M.G., Abbott, M.G., Conley, E.W., Solomon, E., Jones, K. (2023). Using Distributed Acoustic and Temperature Sensing to Characterize the Rapidly Changing Nearshore Arctic Ocean (PEMDATS), presented at 2023 SSA Annual Meeting, 64, San Juan, Puerto Rico, 17-20 April
DOI: 10.7914/y8wv-7y02
title: Node deployment along the intersection of the Denali Fault and Richardson Highway

description: A deployment of about 200 three-component nodal sensors in the vicinity of the Denali fault where it crosses the Richardson Highway and underlies the Canwell glacier terminus and moraine. The primary objective of the project is to record local and regional earthquakes at different locations within the Denali fault zone, and to use these recordings to infer subsurface variations in structural properties.
DOI: 10.7914/zwth-cw07
title: Mongolian National Network

description: Institute of Astronomy and Geophysics of Mongolian Academy of Science (IAG) operates seismic and infrasound network in Mongolia.
DOI: 10.17026/ar/dyvrtr
title: Woenselsestraat 316 Eindhoven
title: Bouwhistorische verkenning met waardenstelling

description: Het schoolgebouw aan de Woenselsestraat 316 is in 1914 gebouwd als tweede openbare lagere school in het dorp Woensel. Het complex bestond van oorsprong uit een T-vormig schoolgebouw met gymnastieklokaal en een losstaande onderwijzerswoning. Het ontwerp is van de Woenselse architect Abraham Bogers.
DOI: 10.7914/6330-qb38
title: Ulaanbaatar seismic network

description: Instiute of Astronomy and Geophysics of Mongolian Academy of Science operates seismic and geophysical stations in and around the capital city Ulaanbaatar , Mongolia.