cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/sn/7i_2003
title: TASMAL

description: In 2003 twenty sites were installed spanning the Tasman Line and crossing from the southern to the northern Australian Cratons. The stations extend from Hopetoun in Victoria to near Normanton in Queensland and nearly all are on rocky or stony ground which should provide good coupling for the seismometers.
The design of the experimental configuration is based on simultaneous recording on both sides of the Tasman line. The instruments are grouped into a number of roughly linear profiles crossing the craton boundaries. A cluster of stations in NSW and South Australia should help to resolve the nature of the edge of the craton at depth around the Broken Hill region where there are some discrepancies between results from delay times from short-period stations and surface wave tomography. Nearly north-south profiles can be constructed on both sides of the Tasman Line linking to the permanent stations at WRA and CTAO..
STS-2 seismometers were installed at four locations with the object of achieving longer period recording for surface wave analysis. Most of the remaining sites use Guralp CMG3-ESP seismometers. Digitisers are mostly Earth Data recorders
DOI: 10.7914/sn/zj_2018
title: Mongolia Fault Zone Studies

description: Pilot project to record seismicity along one or more strike-slip fault systems in Mongolia. The Bulnay Fault, which ruptured in two M8+ earthquakes in 1905, is the primary target. Preliminary data from the Central Mongolia Seismic Experiment indicates the fault is quite active. We plan to deploy a short period array for several months to better characterize seismicity and slip behavior on this significant intercontinental strike-slip fault.
DOI: 10.7914/sn/z1_2018
title: Hawaii Nodal RAPID 2018

description: NSF RAPID funded deployment placing 82 3-C Nodal geophones on Kilauea to record seismic signals related to the 2018 eruption.  The 2 main goals of the project are to image the subsurface magma pathways that are supplying magma to the Lower East Rift Zone from the Summit and to better characterize the seismicity related to ongoing summit collapse.
DOI: 10.7914/sn/y6_2018
title: Yellowstone Lake Microseism 2018

description: This project deployed an array of 40 3-C Nodal geophones around the perimeter of Yellowstone Lake as well as on the larger islands in order to characterize the formation of microseism energy produced by wave action on the lake. In addition, we also deployed instruments to simultaneously measure key atmospheric information (air temperature, pressure, wind speed, and wind direction) and the lake waves (amplitude, period, and direction) while the seismometers were recording. This combination of atmospheric, wave, and seismic provides an unprecedented opportunity to understand the processes that generate microseisms.
DOI: 10.17026/ar/5whphw
title: Verkeersruimten Trippenhuis, Amsterdam. Ruimteboek restauratiegeschiedenis geschilderde afwerkingen.
title: Deel 1: Inleiding en tabellen ruimteboek
title: 117-262.1 BBA-rapport 262.1
title: Kleurhistorisch onderzoek

description: Onderzoek naar de restauratiegeschiedenis van de geschilderde afwerkingen in de verkeersruimten van het Trippenhuis uit 1660-1662 met de diverse restauraties en analyse van aanvullend beeldmateriaal.
DOI: 10.7914/sn/yc_2018
title: Northern Borneo Orogeny Seismic Survey

description: The principal objective of the northern Borneo Orogeny Seismic Survey (nBOSS) experiment was to image the crust and the mantle beneath northern Borneo using various seismic imaging techniques—body-wave tomography, receiver functions, shear-wave splitting, to name a few—in order to explore and better understand the post-subduction setting. This was achieved through the deployment of a 46-instrument network across Sabah, which is roughly co-extensive with northern Borneo.

The nBOSS network was configured in a regular grid, alternating chequerboard-style between the two instrument models in the pool - the 3ESPCD (100 Hz-60 s) and 6TD (100 Hz-30 s), both of which are broadband seismometers manufactured by Güralp Systems Ltd.

Log data and instrument assessment files are available at doi: 10.5281/zenodo.6535144.
DOI: 10.7914/sn/zu_2009
title: Marine Observations of Anisotropy near Aotearoa

description: 29 broadband ocean bottom seismometers and seafloor differential pressure gauges deployed offshore east and west of the South Island of New Zealand.
DOI: 10.7914/sn/z5_2018
title: A four-dimensional view of deformation in the Eastern Alaska Range - where did the slip on the Denali fault go?

description: To further understand how faults in the Alaska Range may be transforming lateral slip from the Denali fault into uplift, project researchers will install 7  closely spaced temporary broadband seismometers (Nanometrics 120PA) to record continuously for two years.
DOI: 10.17026/ar/5yqg6l
title: Voorsterweg 142-144 te Brummen. Deel A: Bouw- en cultuurhistorische rapportage
title: Bouw- en cultuurhistorisch waardestellend onderzoek

description: Dit complex bestaat uit een erf met een dubbele woning en een aantal bijgebouwen, gesitueerd op een ruim perceel binnen de context van het historische landgoed Voorstonden.
DOI: 10.7914/sn/9d_2018
title: Temporal network Sierra Negra

description: Temporal network have been installed in order to monitor the recent Sierra Negra activity.  The network is composed by Guralp and Nanometrics equipment.
DOI: 10.7914/sn/eo
title: EON-ROSE

description: EON-ROSE is a multi-disciplinary initiative to integrate multiple real-time observation platforms to monitor Earth systems from the core to the magnetosphere. The seismograph network component uses broadband instruments to investigate structure of Earth’s interior, to characterize earthquake hazards and to carry out innovative scientific studies using ground-motion observations across the Canadian landmass.
DOI: 10.7914/sn/6d_2018
title: reinforced optical table vibration analysis

description: The MRO Interferometer started in 2017 a seismic measurement campaign to characterize vibration in critical areas where science instruments are to be installed. The following were the goals: to characterize vibrations in the inner BCA at floor level and on the surfaces of two optical tables; and to use these data to see how ground vibrations couple into the inner BCA optical tables. This vibration assessment has indicated that vibration is significantly amplified on the top of optical tables, and that the associated support legs require some level of structural reinforcement. A number of designs have been proposed for revision, and one based on concrete legs was selected for implementation. As a way to reduce implementation risk, the new design with reinforced legs is being implemented in the ineer BCA using one section of the metrology optical table and so a new set of vibration assessment is necessary (expected for March/2018). When the new design is approved for implementation, it will be used in all optical tables installed in the inner BCA during the year of 2018. FREQUENCY RANGE OF INTEREST: We are concerned about vibrations in roughly the 2 Hz - 250 Hz frequency range. It is anticipated that the optical table installed in the inner BCA have a first resonant frequency larger than 40Hz. DIRECTIONS: It is necessary to measure vibrations in all three orthogonal directions (x,y,z). TYPICAL MOTIONS OF INTEREST: We are worried about motions of order 20nm occurring over timescales of order 20ms. Note that 20nm is the sort of OPD difference that matters for interferometry, and 20ms is the near-infrared coherence time. SENSITIVITY REQUIRED: 20nm of motion occuring in 20ms corresponds to a velocity of 1 micron/second. MEASUREMENT CONDITIONS: As performed in previous seismic campaign, it would be good to make recordings with the HVAC running (as it would presumably be during a real observation). Other disturbances, if present, shall be logged. The overall measurement time frame suggested may take no more than a few days.
DOI: 10.7914/sn/5a_2018
title: Rattlesnake Ridge 2018 v2

description: Nodal seismic deployment at the Rattlesnake Ridge rockslide near Union Gap, WA
DOI: 10.17026/ar/61ddbe
title: Kasteel Waardenburg.
title: 162-325 BBA-rapport 325
title: Kleurhistorisch onderzoek

description: Kleurhistorisch onderzoek van een flink aantal ruimten naar aanleiding van de restauratie van kasteel Waardenburg.
DOI: 10.7914/sn/1b_2018
title: Cholame Nodal Array 2018

description: Nodal seismic deployment across the San Andreas Fault near Cholame, CA
DOI: 10.7914/sn/2b_2004
title: Cooperative monitoring of volcanic tremor at Villarrica Volcano, Chile

description: Location of field work: Villarica, Volcano, ChileA total of five seismic stations (2 will be provided by a colleague), two accoustic sensors, gas monitoring and thermal IR will be used for a week-long plus prototype monitoring experiement at Villarrica in November of 2004. This is a cooperative experiement with three other organizations to do multiparametric studies for comparison with other volcanos
DOI: 10.7914/sn/1q_2016
title: AQT

description: This project is an AuScope funded array in Western Queensland, Australia. It consists of 93 sites including 8 Guralp CMG-3ESP, 12 Trillium compact (120s) and 73 Lennartz 3D-Lite MKII seismometers. This project is part of the WOMBAT rolling array.
DOI: 10.7914/sn/7j_2005
title: CAPRA - Linkage

description: The CAPRAL array was designed to improve local earthquake location and hence understanding of neotectonics in northwestern Australia. These stations provide a useful framework to improve coverage of the Pilbara craton and the Capricorn orogen. The array consists of 27 site with Guralp CMG-3ESP seismometers and Earthdata digitisers. Sample rates are 25 samples/sec.
DOI: 10.7914/sn/1p_2011
title: Bass Strait

description:  In 2011, 24 broadband stations were deployed in southern Victoria, northern Tasmania, and the Bass Strait Islands as part of the BASS experiment. This is a joint venture between The Australian National University and the University of Tasmania, and aims to image the crust and lithosphere beneath Bass strait by exploiting ambient seismic noise.
DOI: 10.7914/sn/2t_2018
title: Texas Temporary Arrays

description: Temporary stations across the Eagle Ford Shale and Permian Basin, using a combination of instruments including MBB2 sensors and Minimus dataloggers in collaboration with UTIG.
DOI: 10.7914/sn/1c_2017
title: Keweenaw fault imaging and fractured rock characterization projects

description: Study of Keweenaw fault geometry in northern Michigan. We will survey 2 sites with active source methods. We will also use this equipment to study shallow fractures at the Mirror Lake. Travel to and from Mirror Lake, NH to employ similar studies at the Mirror Lake Fractured Rock Research Site. Both studies are pilot studies to gather preliminary data.
DOI: 10.17026/ar/63atsw
title: Bioscoop Camera-Studio Hereplein 73, Groningen.
title: Bouwhistorische documentatie en waardestelling.
title: 282-487 BBA-rapport 487
title: Bouwhistorische verkenning

description: Onderzoek naar de bioscoop Camera-Studio uit 1959-1960 naar ontwerp van Nic. de Jong en M. Gerbenzon bestaande uit twee boven elkaar geplaatste bioscoopzalen, Studio (kelder) en Camera (boven) en dienstwoning. In 1977 werd het balkon van de bovenzaal tot twee bioscoopzalen omgebouwd met aanpassingen in 1994.
DOI: 10.7914/sn/md
title: Moldova Digital Seismic Network

description:  Moldova Digital Seismic Network
DOI: 10.7914/sn/2m_2015
title: MISTERIOS

description: Temporary network operated to fulfill the requirements of the MISTERIOS research project, funded by the Spanish Ministry of Economy and Competitiveness ( CGL2013-48601-C2-2-R).
The project is divided in two parts, leaded by the Institute of Earth Sciences Jaume Almera (ICTJA-CSIC) and the Universidad de Oviedo.
The network has involved different deployment in northern and central Iberia, using both broad-band and short period instruments
DOI: 10.17026/ar/63zxn7
title: Fransepad 26, Blaricum.
title: Bouwhistorische verkenning en waardestelling
title: 279-484 BBA-rapport 484
title: Bouwhistorische verkenning

description: Onderzoek naar de boerderij Fransepad met een kern uit het begin van de negentiende eeuw, verbouwd in 1924 en rond 1960-1965.
DOI: 10.7914/sn/bs
title: National Seismic Network of Bulgaria

description: The objective of National Seismological Network of Bulgaria is continuous monitoring of seismic activity on the territory of Bulgaria and adjacent areas within the Balkan region. Data from all stations are transmitted in real time mode to the Seismic Center in the National Institute of Geophysics, Geodesy and Geography – Bulgarian Academy of Sciences (NIGGG – BAS). NIGGG is the only organization in Bulgaria in charge of acquisition of seismological information and is the national information center of rapid earthquake information and seismic hazard mitigation. The National Seismological Network of Bulgaria consists of 41 stations spanning the entire territory of the country. Seismological equipment of the stations is comprised of BB and VBB seismometers installed in 24 stations, SP seismometers installed in 9 stations and Accelerometers installed in 18 stations. The data are archived in miniSEED and PASSCAL formats mainly in 100sps rate. Data exchange to/from International Data Centers, Nodes and Neighbor Countries is accomplished by SeisComp/SeedLink protocol.
DOI: 10.7914/sn/oe
title: Austrian Seismic Network

description: The national seismic network of Austria is a network of high quality broadband  stations to locate earthquakes in Austria and worldwide.
DOI: 10.7914/sn/nr
title: NARS

description: The Network of Autonomously Recording Seismographs (NARS) is a network of temporary stations being deployed over time in different regions.
DOI: 10.17026/ar/65gv8a
title: Vredenburgh en de koepel van Bellevue Kleine Houtweg 113 & 119, Haarlem.
title: Deel II Kleurverkenning.
title: 088-225.2 BBA-rapport 225.2
title: Kleurhistorisch onderzoek

description: Onderzoek naar een in 1772 gebouwd buitenhuis, uitgebreid in het begin van de negentiende eeuw met toevoeging van een theekoepel (vergroot 1871), gemoderniseerd eind van die eeuw en rond 1932 verbouwd.
DOI: 10.7914/sn/hi
title: ITSAK Strong Motion Network

description: The ITSAK Strong Motion Network (HI) is a nationwide strong motion network in Greece with over 200 stations.
DOI: 10.7914/sn/1l_2017
title: Loki Castle Hydrothermal in-situ Experiments and Seismology Surveys

description: The aim of the network was to record seismicity around a hydrothermal mounds system. The network was therefore designed to be small (diameter of 200m) in order to study shallow fluid-crust interactions.
DOI: 10.7914/sn/1p_2018
title: Solid Earth response of the Patagonia Andes to post-Little Ice Age glacial retreat

description: The goal of this proposal is to provide first-order observational constraints on glacial isostatic adjustment (GIA) around the rapidly shrinking Southern Patagonian Icefield (SPI), where the fastest uplift rates on the planet have been measured. This region offers a unique opportunity to understand how complex tectonics including a volcanic arc and "slab window" may strongly influence GIA. In this study, we propose a five-pronged approach to constrain the ice sheet and erosional/depositional history as well as the solid Earth response, and to integrate the results through ice sheet and geodynamic modeling. We propose to: 1) deploy an array of 28 broadband seismographs around the SPI to image mantle structure and provide independent constraints on the 3D viscosity structure and lithospheric thickness required for GIA modeling; 2) collect 480 km of high resolution marine seismic reflection data on the largest glacial lake in the region (Lago Argentino), where eight outlet glaciers drain, to determine submerged former ice frontal positions, and rates and patterns of erosion/deposition; 3) collect ~20 10m-long piston cores from the lake and glacial valleys to provide an annually resolved sediment record that will help constrain the interpretation of marine seismic data; 4) establish the terrestrial chronology of deglaciation through mapping and dating; and 5) build models of erosion, deposition, ice dynamics, and GIA, that together will simulate the geophysical state and glacial history of the SPI and its environs.
DOI: 10.7914/sn/2b_2018
title: Fort Boise passive seismic water-recharge monitoring experiment

description: We will record three-component passive seismic noise data at Fort Boise, Boise, ID. These data will be used to monitor time-lapse changes in ground water. The Fort Boise area lies at the edge of the Idaho Batholith and the northern extent of the Western Snake River Plain -- the Boise Front. In this area there is ongoing geothermal resource extraction by the City of Boise. Ground water recharge in this region is critical to sustaining the resource. As more development occurs in the surrounding foothills, snow-melt runoff patterns begin to change. We will use seismic noise data to image the underground velocity structure during different time periods and determine changes related to ground water throughout a winter-spring melt run-off cycle. Seismic noise will be generated by traffic on the roads surrounding the site. We will arrange 62 three-component sensors to record noise from January 2018 to April 2018. We have geological knowledge and existing seismic reflection data for this area; we also have wells and drill logs that will be used to inform the seismic imaging and monitoring. With this background knowledge we have a very good initial model for this area, which will enable use to resolve small changes in the subsurface. We will also apply our new ambient noise full-waveform inversion code to these data. This research is important for passive-source surface-wave applications in urban areas. We will gain experience using these methods to investigate and monitor underground structures in urban settings.
DOI: 10.7914/sn/1r_2018
title: Seismo Acoustic Study of Rocket Launches from Kennedy Space Center

description: Since February 2016 I have had a Trillium C-PH 120s and an array of infraBSU sensors deployed at Kennedy Space Center (KSC) and I have recorded ~15 rocket launches. The primary motivations have been (1) to test and our calibrate our sensors, and (2) to train students in seismic field techniques as a component of a time series analysis class that I teach. Soon I am planning to telemeter our primary site, BCHH, to the USF seismic lab. Occasionally this network has been augmented by up to 3 additional stations, and that has given us hints of the more complex seismic-acoustic wavefield. For example, we find that the amplitude of the rocket jet noise increases with radial distance from the rocket. We are exploring techniques to determine the trajectory of rockets based on amplitude-source location (a method I co-developed for locating pyroclastic density currents and lahars), and the Doppler shift recorded. And we are exploring if there are characteristic differences in the waveforms and spectra of Falcon-9, Atlas-5 and Delta-IV rockets, which is hard to tease out from a single station because the launch sites & distances are also different. To be able to explore these questions better, we need a temporary deployment of additional stations and a wider aperture network. The first experiment would be to deploy all sensors at our primary site, the Astronaut Beach House (station BCHH), to conduct a huddle test during a rocket launch. The second experiment would be to deploy a linear array to understand better the P, S and surface wave structure at Kennedy Space Center & verify the amplitude-vs-distance decay law for seismic and acoustic waves. For this we would likely use a static launch test (rocket engines ignite, but rocket stays on the ground) rather than a launch. The third and primary experiment, would be to deploy a 7-station network of L-22 short period seismometers and RT130 dataloggers & leave this in place for at least 6 months to capture several launches. The network would have an aperture of about 15 to 20-km.
DOI: 10.17026/ar/6aitwt
title: Boerderij Noord Akendam. Vergierdeweg 452-454 Haarlem
title: Bouw- en cultuurhistorische verkenning & waardestelling

description: De oorsprong van deze historische boerderij ligt mogelijk in de 17de eeuw. Tot het midden van de jaren tachtig was de boerderij als agrarisch bedrijf in gebruik.
DOI: 10.7914/sn/eg
title: EUROSEISTEST Strong Motion Network

description: EUROSEISTEST is a multidisciplinary European experimental site for integrated studies in earthquake engineering, engineering seismology, seismology and soil dynamics. It is the longest running valley-instrumentation project worldwide, and is located about 30km to the NE of the city of Thessaloniki in northern Greece. 
The EUROSEISTEST accelerometric network has been in operation since 1993, under the responsibility of the Research Unit of Soil Dynamics and Geotechnical Earthquake Engineering (SDGEE) of the Aristotle University of Thessaloniki with the support of the Institute of Engineering Seismology and Earthquake Engineering (ITSAK). 
EG network was named after EUROSEISTEST as its core comprises of the 3D accelerometric array deployed at the test site, although it also includes other permanent accelerometric stations of SDGEE in and around Thessaloniki.
DOI: 10.7914/sn/1m_2016
title: Source Physics Experiment Phase 1 Large-N Array

description: The SPE Phase 1 Large-N array used 996 sensors within a 2km by 2.5km area. The SPE5 data set spans 2-minutes around the SPE-5 explosion. The data starts at 55 seconds before the SPE-5 detonation. The FREY data are extracted data for weight drops at 53 locations. There are multiple drop repeats at each location. Each segy file represents one weight drop.
DOI: 10.7914/sn/2e_2018
title: West Antarctic Ice Sheet (WAIS) Divide Source Testing

description: Controlled-source seismic testing of various types of explosives near the West Antarctic Ice Sheet (WAIS) Divide Camp, a supplemental project of the Thwaites Interdisciplinary Margin Evolution (TIME) project. Tests included Poulter shots, detonating cord in various configurations, and shallowly-drilled shots.
DOI: 10.7914/sn/1g_2008
title: Gawler

description: As part of a wider AuScope project 35 short-period (Lennartz 3D-Lite MkII) seismometers were deployed across the Gawler Craton in South Australia. Station spacing was approximately 60 km and covers the area of over 118000 square km encompassing the Eyre Peninsula, Yorke Peninsula, Stuart Shelf and Torrens Hinge zone. Stations recorded continuous three component data for a period of 6-8 months. The instruments are capable of recording data from both local and distant earthquakes. The primary aim of this arrays is to increase data coverage in this part of Australia for seismic imaging. There are few permanent seismographs in the region covered by this array.  This area of South Australia is also seismically active and local earthquake data recorded on this array will help improve our ability to locate and characterize these events.
DOI: 10.7914/sn/1f_2009
title: Curnamona

description: As part of a wider AuScope project 35 short-period (Lennartz 3D-Lite MkII) seismometers were deployed across the Curnamona Craton in South Australia. Station spacing was approximately 60 km and covers the area of over 100000 square km encompassing the Curnamona Craton and the Adelaide Geosyncline. Stations recorded continuous three component data for a period of 6-8 months. The instruments are capable of recording data from both local and distant earthquakes. The primary aim of this arrays is to increase data coverage in this part of Australia for seismic imaging. There are few permanent seismographs in the region covered by this array.  This area of South Australia is also seismically active and local earthquake data recorded on this array will help improve our ability to locate and characterize these events.
DOI: 10.7914/sn/zv_2014
title: Southern Lake Tanganyika experiment

description: This project aims to study the seimisc activity of southern Lake Tanganyika in order to evaluate seismic hazards and style of fault slip