cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/aeujsf
title: Lloydstraat 30, Rotterdam, Jobsveem
title: 009-064a Bureau voor bouwhistorisch onderzoek J.A. van der Hoeve m.m.v. BBA
title: Bouwhistorische opname

description: Onderzoek naar een veemgebouw bestaande uit twee delen en een in 1987 gesloopt silogebouw gebouwd in 1912-1913 naar ontwerp van J.J. Kanters en voorzien van een extra verdieping in 1952.
DOI: 10.7914/sn/2n_2020
title: Rainier 2020

description: One month of continuous seismic data recorded around Mount Rainier from 4 August 2020 to 10 September 2020. Passive source to study environmental seismology.
DOI: 10.7914/sn/6o_2016
title: The Ohio State University School of Earth Sciences FanQuakes Project

description: The FanQuakes project is a collaborative effort among The Ohio   
State University, Miami University, and the Ohio Geological      
Survey. The project started in 2016 to measure how much Ohio State fans are "Shaking The Shoe" during football games at Ohio Stadium. The network includes two Guralp 6-TD seismometers.
DOI: 10.7914/sn/zu_2020
title: USMTArray South Magnetotelluric Time Series

description: Long-period EarthScope-style magnetotelluric survey of southern United States, carried out through a cooperative agreement between the U.S. Geological Survey (USGS) and Oregon State University (OSU). A subset of 40 stations in the SW US were funded through NASA grant 80NSSC19K0232. 
Land permitting, data acquisition, quality control and field processing were 
carried out by Green Geophysics with project management and instrument/engineering support from OSU and Chaytus Engineering, respectively. 
Program oversight, definitive data processing and data archiving were provided by the USGS Geomagnetism Program and the Geology, Geophysics and Geochemistry Science Centers.
DOI: 10.17026/ar/ahbmr9
title: Haarwal 1-3, Wageningen.
title: 199-375.7 BBA-rapport 375.7
title: Bouwhistorische verkenning

description: Onderzoek naar de proefboerderij De Ossenkampen uit 1956 naar ontwerp van J. Bleeker en A. Wijtzes met bijbehorende schuren, hooiberg (1966) en werktuigenloods (1964).
DOI: 10.7914/sn/xs_1999
title: Montana BB Array

description: A digitally telemetered network of 31 IRIS-PASSCAL Guralp 40-T seismometers was installed in September and October, 1999 northeast of Yellowstone National Park as part of the NSF-funded Continental Dynamics Project, "Geodynamics of the Yellowstone Hotspot."
Objectives of this multi-institution collaborative experiment are to investigate the dynamics and structure of the Yellowstone Hotspot including plume-plate interaction. We will use tomography, receiver functions, shear wave splitting, etc. to determine whether a deep-seated plume is responsible for the volcanism, deformation, and topographic, geoid, and heat flow anomalies observed at Yellowstone.

Continuously streamed digital data (sampled at 40 sps) from the three-component broadband seismometers are transmitted to two collection towers via spread-spectrum radios and relayed to a collection site in Billings, MT using a 2.2 GHz microwave radio. The data are linked to the Internet and are fed into our primary object ring buffer (ORB) at the University of Utah supplied by the Antelope software system. Data from four additional networks in the intermountain west spanning an area ~1,200 km north-south and ~500 km east-west are being collected along with the Montana broadband data including all or part of the following networks: the University of Utah Seismograph Stations, the Montana Bureau of Mines, the Idaho National Environmental Engineering Laboratory, and the U.S. National Seismic Network. We will soon be recording stations within the U.S. Bureau of Reclamation's Teton Network as well as stations operated by the University of Nevada-Reno. Over 150 seismograph stations with nearly 300 total channels are being fed into the ORB and recorded in real time. The size of the survey area and the amount of data represent a prototype for the USArray. Many logistical problems that may occur during that project may be foreseen with this ISIS network.
The telemetry has been hugely successful in recovering data from the 31 stand-alone station, temporary Montana array during eight months of operation. We routinely recover over 99.85% of the data from that array.
Local and teleseismic earthquake first arrivals are automatically picked and the earthquakes are located in near-real-time using Antelope. Magnitudes are also calculated automatically.
DOI: 10.7914/sn/7o_2018
title: New England Seismic Transect

description: A planned linear array of broadband seismometers across New England (New Hampshire and Vermont) aimed at understanding the crust and upper mantle structure. The experiment targets the so-called Northern Appalachian Anomaly (NAA) in the upper mantle, which may represent a recently formed mantle upwelling.
DOI: 10.7914/sn/kn
title: Kyrgyz Seismic Telemetry Network

description: The Kyrgyz Seismic Network, KNET, is the first regional continuous telemetric network of very broadband seismic data in Kyrgyzstan. This network was jointly developed by several institutions under Joint Seismic Program by Incorporated Research Institutions for Seismology (IRIS), which were: University of California, San Diego, the Kyrgyz Institute of Seismology, and the Russian Institute of High Temperature Physics. As a part of the US-USSR Joint Seismic Program, KNET was installed in 1991 by a team of American, Russian, and Kyrgyz seismologists. The network carried on its operation under an agreement between IRIS Consortium and the Academy of Sciences of the Kyrgyz Republic after the dissolution of the Soviet Union.

It is located along the boundary between northern Tien Shan mountains and the Kazakh platform. Several major tectonic features are spanned by the network including a series of thrust faults in the Tien Shan, the Chu Valley, and the NW- SE trending ridges north of Bishkek. The network consists of Streckeisen STS-2 sensors with 24-bit PASSCAL data loggers. All continuous real-time data are accessible through the IRIS DMC in Seattle with over 95% data availability.

The KNET system is designed to monitor regional seismic activity for magnitudes higher than 3.5 level and also provide high quality data for research projects in regional and global broadband seismology. Through its operations, KNET ensures delivery of high-performance seismic data. This data is used in research: from monitoring domestic seismic activities and estimations of a seismic hazard up to detailed analyses of deep structure of Earth’s crust and mantle.
DOI: 10.7914/sn/gy
title: Geyokcha Array, Turkmenistan

description: As part of the Joint Seismic Program facilities in Central Asia an experimental high­ frequency array was installed in Turkmenistan in August 1993 adjacent to the GSN station ABKT.  The Geyocha array was designed to try to push array signal enhancement capabilities to higher frequencies than existing array designs such as NORESS. This requirement was driven by a long-term goal of the JSP array group to try to extend the performance of seismic anays  to wider frequency bands than those exploited in existing monitoring facilities.  This is important because most seismic discrimination methods that use any form of signal processing are fundamentally spectral. That is, they look for some type of difference in the output of a source at different time scales (e.g. the Ms-mbdiscriminant compares long-period surface wave to P wave signal levels.). The high-frequency end of the spectrum is especially troublesome due to some fundamental processes related to interaction of seismic waves with the uppermost part of the crust.  The Geyocha anay has proven valuable in the more conventional role of a seismic array. The existence of the Geyocha array significantly lowers the detection thresholds in thi s area of the world. In addition, however, this array has collected a wealth of fundamental data on high-frequency wave propagation that we can exploit  for improving our basic understand ing of how high-frequency seismic waves propagate in the real world. 

A unique design feature of the Geyocha array (Figure 2) is that it is a hybrid of two very different technologies. Twelve stations in the array are equipped with state-of-the-art STS-2 broadband sensors, which allow the array to record signals at frequencies as low as 0.0 I Hz. The remaining 36 stations in the array are equipped with 12 element  strings of triaxial L-28 geophones. This equals a total of 1296 total sensors located at
432 different spots on the ground. This i s a large number of
sensors in a small piece of real estate, but the idea of this design is founded on well developed technology for data acquisition at freq uenc ies over 10Hz in reflection seismology .
DOI: 10.7914/sn/yb_1996
title: Black Thunder Mine

description: Portable infrasound and seismic array deployed 200 km from the Black Thunder coal mine recorded signals.  Seven, single‐fired explosions were detonated in the Black Thunder coal mine, six closely spaced (<100 m) and the seventh located ∼3 km away.  The amount of explosive ranged from 2500 to 22,100 kg. The signal to noise ratios (SNR) at regional distance ranged from near the noise level to 2 orders of magnitude above the noise (<1–100 SNR).
DOI: 10.7914/sn/xt_1997
title: Colorado BB Array - Lodore

description: First field deployment of the PASSCAL BB Array. Installed in conjunction with the Deep Probe Exp. Located in the northwest corner of Colorado to study crust and upper mantle structure.
DOI: 10.7914/sn/xf_1987
title: Anza Borehole Experiment

description: Set of 100 meter deep short period borehole seismometers located along the Anza section of the San Jacinto Fault Zone
DOI: 10.7914/sn/yf_1999
title: Midsea - Mantle Investigation of the Deep Suture between Eurasia and Africa

description: Four institutions decided to populate the Mediterranean region with more BB instruments in the same time period and call our collective experiments MIDSEA. ETH put out 12 stations in 5 countries, UNSA/CNRS put 6 stations in France and italy, CIW put 5 stations in the Azores, and INGV put 2 stations in Italy. Two of the ETH stations are available at Geofon (MELI) and Inst. of Catalan Studies (POBL, autodrm) data centers, respectively. The other 10 stations have been submitted to IRIS on tape. MIDSEA was expanded westwards to the Azores with the COSEA experiment via a collaboration with the Carnegie Institution of Washington's Department of Terrestrial Magnetism.
DOI: 10.7914/sn/9h_2018
title: Salt Lake Linear Nodal Array 2018

description: A network of 32 nodal stations was deployed across 1700 South street in Salt Lake City from 8 February to 24 March 2018. The linear array had ~2.9 km aperture and spanned from 700 East to 1900 East street. The availability of deployment locations – primarily local volunteer homeowners – resulted in some irregularity in station spacing with variation from ~10 m to ~100 m.
DOI: 10.17026/ar/ajqfkr
title: Sluis V Lieshout Wilhelminakanaal
title: Bouwhistorische verkenning & waardestelling

description: Sluis V met ophaalbrug in Lieshout. Het complex is gebouwd in het begin van de jaren ’20 van de vorige eeuw, herbouwd met behulp van bestaande onderdelen na de oorlog en onderdeel van het oorspronkelijke ontwerp van het kanaal. Voor de overbrugging van het hoogteverschil van 15 meter over het gehele kanaal zijn vijf sluizen nodig, die ter onderscheiding van de sluizen in de Zuid-Willemsvaart aangeduid worden met de Romeinse cijfers I - V. De telling zou van west naar oost lopen.
DOI: 10.7914/sn/4e_2010
title: MARS/Testing of cabled broadband OBS using MARS test facility

description: Built and deployed a broadband OBS based on a Q330 data logger and a Trillium 40 seismometer which was deployed on the seafloor next to the Monterey Accelerated Research System (MARS).  The experiment was designed to simulate future cabled deployments, using NTP based timing, and to evaluate noise properties of the system, and data telemetry quality.
DOI: 10.7914/sn/xf_2000
title: Laramie Telemetered Broad-band Array

description: The objective of the PASSCAL Laramie Array deployment was to resolve the crust and sub-crustal lithosphere velocity and discontinuity structure beneath the Cheyenne belt, which demarcates the suture between the Archean Wyoming province and the Proterozoic Colorado province. From Sept. 2000 to June 2001, thirty-one broadband sites at a 2 km station spacing were deployed along a N20­W transect in the Laramie Basin.
DOI: 10.7914/sn/zv_2020
title: Horizon City, Texas Seismic Project

description: This project has multiple objectives. One is to image fault and basement structure, by collecting a P&S dataset using the A200 P&S Seismic Source. This will help to develop efficient operating procedures for both relative timed and absolute timed recording instrumentations. Help us understand full source capabilities in this geologic environment and project it into other environments. The data will be open to the IRIS seismic community for immediate research and teaching purposes. An objective is to allow users access to P&S data to expand research possibilities utilizing this type of data.
DOI: 10.7914/sn/z6_2020
title: Temporary Nodal Deployment at Kilauea Caldera

description: We are requesting Smart Solo 5 second instruments to rapidly deploy at Kilauea in order to observe the ongoing eruption.
DOI: 10.7914/sn/8o_2019
title: CaMI Field Research Station Geophone Network (CaMI.FRS)

description: Surface and borehole geophones installed within a 1 x 1 km area centered on the injection well of the CaMI Field Research Station. The geophone network records continuously to monitor microseismicity and velocity changes due to shallow CO2 injection. More information on the Field Research Station can be found at https://cmcghg.com/cami/field-research-station/
DOI: 10.17026/ar/aktq2r
title: Fortwachterswoning bij Fort Nigtevecht, Abcoude.
title: Cultuurhistorische waardestelling (twee delen).
title: 329-556 BBA-rapport 556
title: Cultuurhistorisch onderzoek

description: Onderzoek fortwachterswoning bij het Fort Nigtevecht aangelegd in 1893 waarna de woning in 1903 tot stand kwam.
DOI: 10.7914/sn/9n_2020
title: CO2 containment and monitoring techniques at Crystal Geyser

description: Seismic imaging to characterize fault properties and outgassing signature related to a natural CO2 seep. Site is located near Green River, Utah
DOI: 10.7914/sn/x1_2020
title: MUSE - Myanmar Universities Nodal Seismic Experiments

description: Nodal Arrays to image shallow structure along a geophysical transect in Myanmar.
DOI: 10.7914/sn/qz
title: Seismic network of the Seismological Experience and Methodology Expedition CS MES RK

description: The SEME network task was earthquakes monitoring in Kazakhstan and Central Asia.  The network consists of three-component sensitive broadband and semi-broadband seismic stations.
DOI: 10.7914/sn/xk_2021
title: Geisel Library

description: Accelerometers deployed on the Geisel Library at UCSD for the purpose of structural health monitoring research.
DOI: 10.7914/sn/9o_2019
title: ASTUTI Costa Rica

description: Smartphone Accelerometer Data from a 80+ station network in Costa Rica. The phones are affixed to walls and baseboards of buildings.
DOI: 10.17026/ar/amqatk
title: Pastorie/parochiecentrum Scholten. Reimerstraat 40-42 Lonneker (gemeente Enschede)
title: Bouwhistorische verkenning & waardestelling

description: In 1911 werd de huidige kerk gebouwd in neogotische stijl. Tegelijkertijd met de kerk werd de nieuwe pastorie gebouwd, naar een ontwerp van Wolter te Riele. Het gebouw kwam aan de oostzijde van de kerk te staan. Via een gang was deze pastorie verbonden met de oostgevel van de sacristie. De pastorie had van meet af de grondvorm die het zou behouden.
DOI: 10.7914/sn/x2_2020
title: High Resolution Imaging of the Pedernales Earthquake Rupture zone

description: Understanding the physical processes that control the behavior of subduction zone megathrust faults remains one of the outstanding challenges in Earth sciences. These faults generate the largest earthquakes and giant tsunami (e.g. Mw 9.5 Chile 1960, Mw 9.2 Alaska 1964, Sumatra 2004 Mw 9.1, Mw 9.0 Tohoku 2011). Furthermore, deformation along megathrust faults is ultimately responsible for mountain building processes which generate the longest and tallest mountain ranges on Earth and therefore shaping Earth surface and climate and contributing to mineral concentration of major economic and strategic importance. A broad spectrum of slip behavior along the plate interface has been observed in a number of subduction zones, a direct link between seismic properties and slip behavior still remains elusive, although necessary for improved seismic hazard assessment.
The subduction margin along Ecuador and the 2016 Pedernales earthquake where spatial heterogeneities exist on slip behavior provide an excellent opportunity to link seismic properties to slip behavior and to assess the role of structural and seismic asperities and slow slip in subduction zone megathrust rupture. We therefore deployed a dense of array of broadband and short period seismic station along the northern Ecuadorian subduction margin together wit a large passive and active seismic experiment offshore as part of a joined French/German experiment.
DOI: 10.7914/sn/ml
title: Malta Seismic Network

description: MSN currently consists of eight broadband stations distributed over the Maltese islands, covering an area approximately  300 sq.km.  Further stations are planned. Sensors are mostly Trillium (120PA or Compact) , one STS-2 and one Geotiny (Geobit). All stations transmit data (HH) in real time to UM, where it is permanently archived.  The aim of the MSN is to monitor and evaluate seismicity and microseismicity around the islands, carry out seismotectonic studies, seismic hazard, crustal structure, seismic site response and  ambient noise studies.
DOI: 10.7914/sn/yd_2019
title: Pratas Island Temporary Deployment

description: Temporary deployment of two Guralp seismometers for comparison to the existing permanent seismometer on Pratas Island. Deployment depths are shallow due to groundwater, and stations have a high noise level. There are also numerous data gaps. One barometric pressure, humidity, and temperature sensor was deployed with one seismometer.
DOI: 10.7914/sn/xg_2021
title: Two-station Seismic Noise and Signal Site Survey in Uzbekistan

description: The primary goal of this simple deployment is to obtain recordings from two sites in the Republic of Uzbekistan of ground motion in the absence of earthquakes, and of waveforms from earthquakes occurring at all distances (local to teleseismic) and from a wide range of back azimuths. This information will allow the characterization of the ambient and anthropogenic seismic noise environments and the estimation of signal-to-noise ratios to assist in the choice and subsequent establishment of a permanent IRIS-IDA (II) station of the Global Seismograph Network (GSN) at one of the sites.
DOI: 10.17026/ar/an3rok
title: Kasteel Amerongen.
title: Het bouwhuis met voorplein.
title: 050-185.3 BBA-rapport 185.3
title: Bouwhistorische opname

description: Bouwhistorisch onderzoek naar het voorplein met muren, kelders en erop staande gebouwen van na 1680 als het bouwhuis met noordpaviljoen, stalgebouw, zuidpaviljoen, botenhuis en koetshuis.
DOI: 10.7914/sn/y4_2020
title: Villarrica_2020

description: Temporary broadband network on Villarrica Volcano, Chile
DOI: 10.7914/sn/4p_2020
title: Carnegie Washington Backyard Network

description: In 2020 three broadband seismometers were distributed to Carnegie Institution for Science staff members to set up in their home backyards throughout the Washington DC metropolitan area for training and instrument testing purposes. Installation durations were originally planned for just a few months, but got extended beyond that. Noise levels and data continuity may not be ideal due to the experimental nature of station operations within a suburban environment, but overall data quality should be sufficient for many seismological analysis methods.
DOI: 10.7914/sn/9k_2018
title: 2018 FaultScan San Jacinto Fault dense array experiment

description: This experiment is part of the FaultScan project (UGA, UCSD, USC). It targets the San Jacinto Fault by using passive seismic interferometry measurements across the fault using permanent and dense array stations. This preliminary experiment in 2018 will be followed by longer-term arrays deployments starting 2022.
DOI: 10.7914/sn/5l_2018
title: Kilauea Volcano Temporary Deployment, Spring / Summer 2018

description: This temporary deployment of infrasound sensors in collaboration with the Hawaiian Volcano Observatory (HVO) was aimed to investigate the acoustic signals during the eruption of Kilauea in 2018. The eruption was marked by fountaining of multiple fissures and later focusing on fissure 8. Our 4 element infrasound array (Chaparral, 60-UHP) was deployed ca. 500 m from the active fissure 8 after it focused on it and the recording ended before the eruption stopped. The fissure eruption was accompanied by collapses of the crater floor at the summit of Kilauea. We deployed 3 single infrasound sensors (Chaparral, 60-UHP) in the summit region to capture the collapse events.
DOI: 10.7914/sn/xh_2021
title: Fagradalsfjall Acoustics

description: Temporary array of infrasound microphones (and one 4.5 Hz geophone) deployed near the Fagradalsfjall eruption site, Iceland. The 70-m aperture array was deployed approximately 800 m from the main vent. Data was recorded at 200 Hz in miniseed format.
DOI: 10.17026/ar/aokv6t
title: Dr. D. Bavinckschool Boschdrift 21, Hilversum.
title: 089-226 BBA-rapport 226
title: Kleurhistorisch onderzoek

description: Kleurhistorisch onderzoek naar de openbare lagere school uit 1921 naar ontwerp van W.M. Dudok.
DOI: 10.7914/sn/5p_2013
title: Structural health monitoring of rock arches and towers

description: Continuous ambient vibration data from naturally occurring rock arches and towers (most in Utah), often with a bedrock reference station pair, predominantly generated with Trillium compact 20s seismometers.
DOI: 10.7914/sn/n1
title:  Nigeria Geological Survey Agency

description: The magnitude 3.2 Mpape earthquake of 7th September 2018 set the stage for real-time earthquake monitoring within the capital and nationwide by the Nigerian government. The Nigerian Geological Survey Agency (NGSA) have installed  four Guralp 3ESPC seismographs purchased since December 2019.

The Guralp 3ESPC portable weak motion (broadband) seismometer has 60 s - 100 Hz standard frequency response with 140 dB dynamic range over a wide frequency band
DOI: 10.7914/sn/ya_2021
title: Infrasound measurements at Wind Turbines in Germany

description: The project 'Infrasound measurements in the vicinity of wind farms' is aimed at the quantification of infrasound generated by wind turbines with respect to different technical configurations. The recorded infrasound data of several temporary measurements at different locations (currently planned are about 20) will be collected in 2021 and 2022.
DOI: 10.7914/sn/yc_2021
title: Seismic monitoring of the Muldrow Surge

description: The Muldrow Glacier in the Alaska Range is currently undergoing a very rapid surge with ice motion exceeding 20 m/d. This event is creating seismicity of an unusual signature that can be seen at a permanent station 30 km away. This instrument request is for 6 seismometers to be temporarily deployed on land surrounding the glacier to better track this seismicity and potentially derive basal hydrology though monitoring seismic tremor. We request 6 Pegasus Compact stations.
DOI: 10.7914/sn/yh_2021
title: Defining the Source of the 1886 Earthquake

description: We are proposing to install a temporary network of ~25 seismic stations in the source area of the 1886 Charleston, South Carolina earthquake. The proposed deployment duration would be for 2 years. The objective is to record local microseismicity and get well-constrained 3D locations and focal mechanisms. These results will be used to test the relationship between modern microseismicity and proposed fault models for the M~7 1886 earthquake.