cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/sn/zb_2019
title: Anisotropy and structure of the Priestley Glacier shear margin, Antarctica

description: We aim to use seismology to constrain the large scale crystallographic preferred orientation (CPO = crystal orientation fabric) across the Priestley Glacier shear margin and satellite data to model the strain history that has resulted in the CPO. We will compare these data to results of thermo-mechanical forward models to establish whether strain dependent flow laws make a critical difference in controlling the shear margin mechanics and to define other measurements needed to test ice flow laws more completely. This will be the second field season operating on the Priestley (Original application 2018 was for the David Glacier: site location changed for safety reasons). In 2018 we had good coverage of shallow ray paths, The focus in 2019 will be to increase the areal coverage of the survey and to include steeper ray-paths between surface sources and borehole instruments. Receiver stations will comprise surface and borehole 3-component geophones. Source and receiver positions have been chosen to generate sufficient ray paths to distinguish likely CPOs using velocity anisotropy (P,S) and S-wave splitting on direct arrivals from explosive sources. The site is a blue ice site and sources and receivers will be frozen to the ice for maximum coupling and minimum attenuation. We plan to have 5 arrays of receivers, each comprising 24 channels recorded on one GEODE. We already have three GEODES. We are looking to borrow two GEODES from IRIS Pasccal (We only need the GEODES and tehir cables. We do not need any geophones).
DOI: 10.7914/sn/8q_2018
title: Active source seismology on the Priestley Glacier shear zone

description: We aim to use seismology to constrain the large scale crystallographic preferred orientation (CPO = crystal orientation fabric) across the David Glacier shear margin and satellite data to model the strain history that has resulted in the CPO. We will compare these data to results of thermo-mechanical forward models to establish whether strain dependent flow laws make a critical difference in controlling the shear margin mechanics and to define other measurements needed to test ice flow laws more completely. Receiver stations will be set up at three positions along a ~10km transect across the shear zone. Each receiver station will comprise a single three-component seismometer frozen into a 30-50m borehole and a surface array of 7 three-component geophones. One receiver station will have a line of 24 vertical component geophones that will be re-oriented for each shot. We have 14 seismic source sites, up to 10 km from the receiver stations. At each source site we will detonate three explosive shots (2.4kg Pentex: at ~ 20-30m depth). Source and receiver positions have been chosen to generate sufficient ray paths to distinguish likely CPOs using velocity anisotropy (P,S) and S-wave splitting. Local seismic refraction surveying will determine the seismic velocity structure.
DOI: 10.7914/sn/2f_2021
title: MARIBNO

description: Description
Amphibious MARIBNO project. 32 short-period land seismometers (Spidernano datalogger, Geospace GeoMiniseis 3C and 2 Hz sensor) were deployed along three 100 km-long wide-angle transects in Galicia and Asturias (Spain). The land deployment was from the 12th to the 29th of September 2021 and it is part of an amphibious survey with simultaneous offshore seismic acquisition (OBS and MCS seismic systems). The active seismic source was the marine air guns (4700 ci).  The hyper-extended NW margin of Iberia shows an across- and along-strike complex and heterogeneous structure because it has been affected by several episodes of rifting and a subsequent partial tectonic inversion during the Cenozoic. Although the W margin of Iberia has been extensively studied, the N margin remains partially unknown, mainly in the western sector where there is a significant lack of deep seismic data. This fact makes difficult to understand the along-strike transition from a hyper-extended W margin to a hyper-extended and partially inverted N margin.
DOI: 10.7914/sn/5f_2021
title: Foulness Seismoacoustic Coupling Trial

description: Broadband and geophone data collected in September and October 2021 from within 7km of a series of explosions conducted at varying heights-of-burst/depth-of-burial, with the aim of better understanding seismic coupling to the ground.
DOI: 10.7914/sn/9q_2017
title: DEEP-TEE Phase 2

description: The seismological experiment in and around the East Eifel Volcanic Field ( Germany) DEEP-TEE was continued in 2017. Following two unusually deep micro-earthquakes in September 2013 (about 40 km depth) a seismic network was installed to record more local seismic events in order to better understand the seismicity and dynamics of this region in phase I of this experiment. Phase II of DEEP-TEE experiment was motivated due the recordings of several deep low-frequency (DLF) events in this region. Stations of the KIT-GPI (Geophysical Institute at Karlsruhe Institute of Technology) were used during this phase.
DOI: 10.17026/ar/bdwluc
title: Kerkstraat 58 Nijmegen
title: Bouwhistorische verkenning & waardestelling

description: Woonhuis aan Kerkstraat 58 in Nijmegen. Het object is in 1900 gebouwd en heeft de status van een gemeentelijk monument. In 1900 werd door timmerman Joseph Heijmans het verzoek ingediend bij de gemeente Hees voor het bouwen van een villa aan de Kerkstraat.
DOI: 10.7914/sn/2g_2022
title: UK-PE1 Arrays

description: UK seismoacoustic arrays to support PE1 experiment
DOI: 10.7914/sn/xm_2022
title: TANGO-BB

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/sn/8f_2020
title: Reykjanes Seismic Network

description: Temporary network to monitor the seismic crisis on the Reykjanes Peninsula during 2020. The network started around the village of Grindavik, but has since expanded to cover much of the Reykjanes Peninsula. Sensors are primarily Guralp Certimus with a number of Guralp 6TD and 3ESPCD units also deployed.
DOI: 10.7914/sn/xn_2022
title: TANGO-Node

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/sn/xp_2022
title: EGS Collab: 4100L

description: EGS Collab is an experiment aimed at better modeling enhanced geothermal systems (EGS) by heavily monitoring a decameter-scale testbed in a mine in South Dakota. The second phase of the experiment at 4100 ft depth in the Sanford Underground Research Facility (SURF) attempted to induce shear on preexisting fractures to create permeability between an injection borehole and a number of nearby production boreholes. The experiment was monitored by a number of systems including electrical resistivity, active-source time-lapse seismic, a full suite of distributed fiber optic interrogators, and a network of high-frequency piezoelectric accelerometers. Two 3C broadband instruments were also installed in the mine tunnel next to the testbed to record the slow "tilt" signals associated with the injection operations (this network).
DOI: 10.17026/ar/bjz1tk
title: Fort Vreeswijk. Gebouw D (munitiemagazijn) Gebouw G (bergloods), Nieuwegein
title: Bouwhistorische opname en waardenstelling

description: Fort Vreeswijk werd in 1786, ter plekke van een oudere versterking, in opdracht van het Ministerie van Defensie aangelegd als onderdeel van de (oude) Hollandse Waterlinie. Het werd gebouwd als open aarden werk ter verdediging van de achter gelegen inundatiesluizen. Het fort werk in 1820, nu als onderdeel van de Nieuwe Hollandse Waterlinie, omgebouwd tot een gesloten aarden werk, om in 1853 wederom verbouwd te worden. De hoofdstructuur van het fort is daarna nauwelijks veranderd.
DOI: 10.7914/sn/2r_2015
title: Deep Geothermal northern HADES seismic array (2015-2019) 

description: This surface array deployment of 20 seismometers deployed over central/northern Taupo Volcanic Zone, New Zealand,  recorded local seismiicty associated with the Taupo Rift, for investigation of crustal seismic properties, underpinning research on deep geothermal resources.
DOI: 10.7914/sn/xs_2022
title: Pinos channel rock drop and rolling experiment

description: This is a test to capture what boulder rolling vs vertical impact may look like on seismic instruments along the dry Pinos ephemeral channel. We have several flood events captured on the Bedload Experiment nodes from 2021, and we want to test whether the predictive models of the seismic noise from bedload transport, assuming only vertical impacts, are useful to explain our flood data. We will place nodes along the side of the channel and then experiment with rolling boulders along the channel bed as well as dropping them for vertical impact.
DOI: 10.7914/sn/2e_2021
title: Reflection and Refraction Active Seismic Acquisition on Sourdough Rock Glacier, McCarthy, Alaska

description: We are running an active seismic line at the toe of the rock-covered Sourdough Glacier to determine debris layer and ice thickness as well as depth to bedrock. This data will be correlated to existing and newly acquired radar data. The overall project is to study debris covered glacier properties as Mars analogs in regards to formation, preservation, and in situ resource utilization.
DOI: 10.7914/sn/3g_2021
title: Olympics 2021

description: Passive recording on two nodal arrays for 3 months on the Olympic Peninsula , Washington State, U.S.;  Joint experiment between the University of Washington and the U.S.G.S.  Instruments were Smart Solo nodes.  Roughly 100 were deployed at any one time in two arrays with dimensions of ~2km.
DOI: 10.7914/sn/3r_2018
title: Kongsberg experiment

description: The Kongsberg experiment is a deployment of 8 3-components broadband seismometers from the Norwegian BroadBand Pool in a region of about 50km radius around the permanent station KONO in Norway. The purpose is analysis of the structure of the Oslo Rift southwestern boundary as well as better localization of the local seismicity.
DOI: 10.7914/sn/yb_2022
title: GOLDFINGER

description: The project focuses on the construction of a 3D model of a gneissic dome with several mineral deposits based on high resolution geophysics. The instruments used will be 2Hz Geospace 3C sensors covering an area of ~30x30 km in a continuous recording for 2 months.
DOI: 10.17026/ar/bk0sts
title: Fabriekshal Machinefabriek Bolnes, Zaag 55 Krimpen aan de Lek
title: Bouwhistorische verkenning & waardestelling

description: De voormalige fabriekshal van de machinefabriek Bolnes in Krimpen aan de Lek. De fabriekshal is omstreeks 1924 op het terrein gebouwd, waarbij een oudere constructie is toegepast.
DOI: 10.7914/sn/yc_2022
title: Tonga Temporary Seismic Monitoring Network

description: Seismometers deployed following the Tonga Eruption.
DOI: 10.7914/sn/yk_2022
title: Large High-Performance Outdoor Shake Table Upgrade Project - Characterization Tests

description: Calibration of reaction mass for LHPST seismic simulator funded by the National Science Foundation. The shake table will be able to reproduce multi-dimensional earthquake motions with unprecedented accuracy.
DOI: 10.7914/sn/ym_2022
title: Recording signals from the Reser stadium implosion for site response and structure at the western edge of the Willamette Valley

description: We plan to record signals from the Reser stadium implosion planned for Jan 7, 2022. The primary objective is to determine how the site response and structure change at the transition from the Willamette Valley to the uplifted basement of the Coast Range across the Corvallis Fault. Secondary objectives include the possibility of detecting reflections from greater depth in the crust and any possible natural signals associated with the Cascadia plate boundary, which is thought to be at a depth of ~45 km beneath Corvallis. The instruments will be installed along a densely spaced ~5 km long linear profile extending from the stadium into the Coast Range and distributed within a 1 km radius of the stadium.
DOI: 10.7914/sn/8m_2016
title: MULGA NT Array

description: A three-month, five-station array targeting aftershocks of the May 20 2016 Peterson Ranges earthquake via 250hz short period sensors.
DOI: 10.17026/ar/bnuj1g
title: Generaal De Bonskazerne, Generaal de Bonsweg 1 Velp (Gemeente Grave). Deel 1: Historische ontwikkeling en samenvatting
title: Cultuur- en bouwhistorische analyse met waardenstelling

description: De Generaal de Bonskazerne is in 1938-1939 gebouwd ter ondersteuning van de verdediging van de grenslinies van Nederland. De kazernes is een ontwerp van kapitein der genie A.G.M. Boost (1900-1985). Bestaat uit een basisopzet van een toegangsgebouw, paviljoens voor de manschappen en een keukengebouw rondom een middenterrein. Rondom deze gebouwen zijn enkele kleine bijgebouwen neergezet.
DOI: 10.7914/sn/5r_2019
title: Sulawesi and Celebes Sea Ocean-bottom Seismic Network

description: This network is comprised of 12 off-shore broadband ocean-bottom seismometers (60s-1) made by the Chinese Academy of Sciences, The observation spans from August 2010 to August 2020 and the research is targeting the lithosphere structure of the North Sulawesi Subduction system and the Palu-Koro Transform Faults.
DOI: 10.7914/sn/xq_1999
title: RUSH-I Reflectors Under Scottish Highlands, phase I

description: Phase I of Reflectors Under the Scottish Highlands experiment, funded by UK Natural Environment Research Council grant GR3/04304 "A combined teleseismic study of offshore Scotland mantle reflectors and regional transition zone structure".  Short-term deployment of broadband sensors to investigate upper mantle structure beneath northern Scotland.
DOI: 10.7914/sn/ss
title: SINGLE STATION

description: This is a generic network code for any operator that wishes to produce data in FDSN formats, but is not otherwise associated with a network. Care must be exercised to ensure that the stations code does not conflict with any other station code using this network code.

To cite data from a station using this network, both the DOI, station code(s) and details from the station operators must be specified.
DOI: 10.17026/ar/bpgoz8
title: Voormalige Jongensschool. Wilhelminastraat 43a Haarlem
title: Bouwhistorische verkenning & waardestelling

description: Dit in 1883 naar ontwerp van architect Gemeentewerken Jacques Leijh gereed gekomen gebouw voor Openbaar onderwijs voor jongens behield tot 1988 haar functie als schoolgebouw.
DOI: 10.7914/sn/xx_2013
title: Test and non-distributed data only

description: This code is not real.  It is reserved for test data, examples or transient usage when a real code cannot be used.  Data with this network code should never be distributed.
DOI: 10.7914/sn/6r_2019
title: Turkana Rift Arrays to Investigate Lithospheric Strains - UK component

description: TRAILS-UK comprises a network of broadband seismic (Guralp ESP and 3T) sensors that will operate concurrent with a geodetic in the Turkana Depression and its immediate surroundings, ultimately to differentiate between competing models for rifting and magmatism in the Turkana Depression, the topographic low between two broad zones of uplift.  Straddling the Ethiopian/Kenyan border, this network complements the US-component of TRAILS (Ebinger), which will operate concurrently in northern Kenya.
DOI: 10.7914/sn/sj
title: Serbian Seismological Network

description: Seismological Network of Serbia is national monitoring network for territory of Serbia. It comprises more that 20 seismic BB and SP stations.
DOI: 10.7914/sn/8g_2021
title: La Palma 2021 eruption OBS network

description: OBS deployment around the island of La Palma to record the seismicity associated with the 2021 Cumbre Vieja eruption
DOI: 10.7914/sn/9g_2021
title: DAS deployments in the Instituto de Astrofisica de Canarias observatories to monitor the 2021 Cumbre Vieja eruption

description: Distributed Acoustic Sensing acquisition in the Instituto de Astrofisica de Canarias observatories in La Palma and Tenerife to monitor the 2021 Cumbre Vieja eruption in the island of La Palma
DOI: 10.7914/sn/rq
title: National Seismic Network of URBAN-INCERC

description: Seismic Network of the National Institute for Research and Development in Constructions, Urbanism and Sustainable Spatial Development "URBAN-INCERC", Romania. Strong-motion network consisting of accelerometers for ground motion recording in free-field, boreholes and on buildings.
DOI: 10.17026/ar/bpnfqb
title: Parkstraat 47 Arnhem
title: Bouwhistorisch onderzoek met waardenstelling

description: De Parkstraat in Arnhem is onderdeel van een uitbreidingswijk “op stand” die in twee perioden tussen 1853 en 1877 tot stand is gekomen, ontworpen door de architect H.J. Heuvelink (uitbreidingsplan 1853) en zijn zoon (Boulevardplan 1877). Het als villa het Gelders Spijker aangeduide herenhuis behoort tot de jongere uitbreiding van deze wijk, die het Boulevardkwartier is genoemd, en is in 1881 gebouwd. Het herenhuis stond in oorsprong als hoekpand zowel aan de Parkstraat als aan de Prins Hendrikstraat vrij. In 1921 werd door architect J.C. Eich in de grote achtertuin een danszaal ontworpen voor dansschool Wensink,
DOI: 10.7914/sn/qe
title: Equinor network is designed for passive monitoring of the CO2 storage sites in offshore Norway

description: Equinor network is designed for passive monitoring of the CO2 storage sites in offshore Norway

Stations in the Network:
HNA0	Holsnoey Array Site A0	60.610586	4.957144	UIB-NORSAR
HNA1	Holsnoey Array Site A1	60.612597	4.955569	UIB-NORSAR
HNA2	Holsnoey Array Site A2	60.611188	4.961052	UIB-NORSAR
HNA3	Holsnoey Array Site A3	60.608608	4.958067	UIB-NORSAR
HNB1	Holsnoey Array Site B1	60.614569	4.957705	UIB-NORSAR
HNB2	Holsnoey Array Site B2	60.612778	4.964564	UIB-NORSAR
HNB3	Holsnoey Array Site B3	60.608260	4.964049	UIB-NORSAR
HNB4	Holsnoey Array Site B4	60.606863	4.951376	UIB-NORSAR
HNB5	Holsnoey Array Site B5	60.611630	4.949156	UIB-NORSAR
DOI: 10.7914/sn/ow
title: Ocean Networks Canada Onshore Network

description: The network contains stations deployed onshore British Columbia. The stations are predominantly part of an earthquake early warning system developed to provide timely detection of earthquake events that occur in or near the Cascadia Subduction Zone near Vancouver Island.
DOI: 10.7914/sn/ty
title: Dam Safety Monitoring Network

description: Network consists of a combination of free-field, down-hole, and instruments located on dam strucutres. Current instruments include Kinemetrics Obsidian recorders with Episensors and Hyposensors collecting strong-motion data.
DOI: 10.17026/ar/brkwft
title: Schelmentoren Pancratiusplein 44, Heerlen.
title: Bouwhistorische opname op hoofdlijnen.
title: 434-716 BBA-rapport 716
title: Bouwhistorische opname

description: Onderzoek naar de Schelmentoren gebouwd rond 1200, aangepast in 1757, 1776 en 1835, gerestaureerd rond 1960.
DOI: 10.7914/sn/uf
title: Centro de Investigación de Resiliencia y Riesgos Multi-Amenazas

description: The Centro de Investigación de Resiliencia y Riesgos Multi-Amenazas (CIRRMA) integrates: 
	Research: lines oriented to disaster risk mitigation. 
	Training: workshops, conferences, courses and seminars aimed at capacity building at various levels to build resilience in the Dominican Republic through education. 
	Outreach: community service for risk management at the local level.

CIRRMA has three seismographs that will be used in different research projects, which requires the implementation of the monitoring network.
DOI: 10.7914/sn/hy
title: UEH Seismic Network

description: This seismic network will be used to monitor seismic activity on Nothern Hispaniola. The network will include conventioanl Large Band sensors as well as Raspberry Shake low-cost sensors.
DOI: 10.7914/sn/2a_2020
title: Response to the Mar 18, 2020 M5.7 Magna, UT Earthquake

description: An M5.7 earthquake occurred at 7:09am local time. There are initial reports of significant damage to infrastructure throughout the Salt Lake Valley (home to ~1 million residents) but no fatalities at this time. It is presently unclear which fault segments were involved in this event, though the Wasatch fault zone, Great Salt Lake fault, and Oquirrh fault are all candidates. We are deploying nodal sensors to target the aftershock sequence, which has already produced several felt events, and local fault structure. We have 62 sensors on-hand in Utah; these will be deployed by the end of the day 3/18/2020. We will add additional sensors, including the PASSCAL instruments, as they become available. We can handle the job programming and data download at UUtah.
DOI: 10.7914/sn/zg_2022
title: Seismic Imaging of the Pea Ridge Mine area, Southeast Missouri

description: This internally funded project is aimed at conducting a pilot short period (e.g., 1 Hz L4C sensor) seismic imaging of the Pea Ridge Mine area in southeast Missouri.
DOI: 10.17026/ar/brlgsf
title: Brug bij de Kapitein G.A. Meijerweg Naarden
title: Kleuronderzoek
title: 233-426 BBA-rapport 426
title: Kleurhistorisch onderzoek

description: Kleuronderzoek naar een in 1947-1948 door de firma Hollandia gebouwde stalen ophaalbrug.
DOI: 10.7914/sn/1h_2021
title: McMurdo Ice Shelf Small Node Network

description: We propose to install a small network of 24 nodes at the Eastern Shear Margin of Thwaites Glacier for ~30 days to investigate seismic events and wave propagation near the shear margin. Due to logistical constraints, we deployed the nodes at a test site on McMurdo Ice Shelf instead of on Thwaites Glacier.
DOI: 10.7914/sn/1f_2010
title: 2010 Haiti aftershocks OBS  experiment

description: Sea floor reecording of Haiti 2010 earthquake.
DOI: 10.7914/sn/3h_2021
title: Shasta21

description: 40-day deployment in October 2021 of thirty nodal seismometers on Mount Shasta, CA. Continuous 3-component data available from four linear arrays deployed along primary drainages. Network designed to record debris flows due to glacial melt associated with heat domes and rainfall on recent forest burn scars. End of the season and cooler weather reduced the debris flow activity with just a few debris flows recorded and due to heavy rainfall.
DOI: 10.7914/sn/zi_2022
title: Utah FORGE Long Term Seismic Borehole Monitoring

description: Long term seismic monitoring of the Utah FORGE Geothermal Site with three borehole seismic stations.  Each borehole contains two high frequency analog geophones transmitted in real time for processing of seismic events after the stimulation.
DOI: 10.7914/sn/zn_2022
title: Imperial Valley Nodal Experiment

description: This seismic deployment is expected to support and complement the acquisition of distributed acoustic sensing data on a dark fiber cable between Calipatria and Imperial in the Imperial Valley, Southern California by providing 3D seismometer coverage of the region. The seismometers will provide broadband recordings of local earthquakes and ambient noise. The experiment is expect to improve our understanding of numerous earthquake zones in the region including the Salton Sea area, Imperial Valley fault and Brawley seismic zone, improve our knowledge of the subsurface structure in the sedimentary basin and improve methods for subsurface characterization of geothermal fields.