cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/8u79ih
title: Voormalige boerderij aan de Beelenweg 16-18 Wilbertoord. Gemeente Mill & Sint Hubert.
title: Cultuurhistorische analyse & waardenbepaling

description: Het voorste deel van de boerderij met huisnummer 16 is al ruim 40 jaar bewoont. Nummer 18 is een in de jaren 70 gemaakte woning in het voormalige bedrijfsgedeelte. Toen is ook een vergunning afgegeven voor opsplitsing van de boerderij in twee woningen. Over de bouw- en vroege ontwikkelingsgeschiedenis van de voormalige boerderij is weinig te achterhalen.
DOI: 10.7914/sn/6l_2019
title: BEAMISH 2019-20, Rutford Ice Stream, West Antarctica`

description: Sixteen Reftek RT130 systems with 4.5Hz 3C geophones were deployed for a month to test beamforming event location on ice streams. A small aperture array (~100 m diameter) of 10 systems was focused above a known site of seismicity. The remaining stations were distributed at greater aperture (<5 km diameter) to allow standard event location methods to be applied. Coincident with the array, a fibre optic cable of length 1 km was deployedat the surface to evaluate DAS capability on ice.
DOI: 10.7914/sn/5g_2018
title: Lake Eyre Basin

description: The Lake Eyre Basin project is comprised of 40 seismometers surrounding Kati Thanda–Lake Eyre, the lowest point in Australia. The array is configured similar to an inverted triangle following (i) the Birdsville Track east of Lake Eyre, (ii) across the Simpson Desert along the border between South Australia and Northern Territory, (iii) west of Lake Eyre along the Oodnadatta Track from Maree to Finke. The array was designed to investigate the spatial extent and nature of the continental boundary between the Gawler Craton and Lake Eyre Basin. In addition, the northern transect places broadband seismometers for the first time in the Simpson Desert, where a M6.4 earthquake occurred in 1941 close to Poeppel’s Corner.
Sensors used during this project include Trillium Compact 120s (broadband) and LE-3Dlite (short period). For digitizers, the TerraSAWR and LPR-200 ANU seismic recorders were deployed. Data was sampled at 100Hz.
DOI: 10.7914/sn/7l_2019
title: Turbo Wave Experiment

description: Collaborative experiment with Daniel Bowman of Sandia National Laboratories. The experiment will involve recording controlled explosions with ground and airborne acoustic stations.
DOI: 10.7914/sn/8l_2019
title: Mt. Meager Geothermal Nodal Array

description: Numerous hot springs dot the Garibaldi Volcanic Belt, in southwestern British Columbia. This is a zone of recent volcanism in the northernmost segment of the Cascade Arc. The source of this geothermal heat, and how it connects to the surrounding volcanic belt serves as the focus of a temporary seismic deployment of 59 earthquake monitoring stations during the summer and fall of 2019. These instruments are comprised of Inova Hawk nodal systems connected to 10 Hz three-component geophones.
DOI: 10.17026/ar/8vr6ab
title: Buitenplaats Soeslo Koetshuis Heinoseweg 20, Zwolle.
title: 153-315 BBA-rapport 315
title: Bouwhistorische verkenning

description: Onderzoek naar het koetshuis met dienstwoning van Soeslo uit het tweede kwart van de negentiende eeuw, aangepast in 1952, 1971 en 1982.
DOI: 10.7914/sn/9l_2019
title: 4-D investigation of the hydrological properties of playas of the Southern High Pains

description: We have repeated 2-D single data acquisition on a playa before and after rain. We found that we could track the movement of the water through the playa system. Vp/Vs ratios have been found to be a better diagnostic of soil moisture then P-wave velocities alone. We plan to return to the same playa (that has lost its ability to retain water) and also do a new project on a playa that is known to retain water to study the differences in their subsurface structure. Our plan it to do a 4 -D experiment in both playas using both P and S wave source and three component Fairfield nodes.. Our hope is to gain a better understanding of the different hydraulic properties of a ponding vs and non ponding playa. We plan deployments between October 17 and 24 2017. And to repeat measurements between November 21 and December 5 2019.
DOI: 10.7914/sn/3m_2018
title: Gebze Technical University

description: Aim : Monitoring interaction between soil and structure close to North Anatolian Fault Zone. 
Scope : Currently observing soft soil and four story reinforced concrete faculty building.
Typr of Sensors: Two Guralp CMG 5T accelerometers 
Type of Data : Count (gcf)
DOI: 10.7914/sn/1g_2018
title: Southern California 18

description: Several short profiles of various faults in the Southern California Region
DOI: 10.17026/ar/8vupzb
title: De Overeindsebrug. Brug uit 1934-36 voor het wegverkeer over het Lekkanaal
title: Documentatie van de sloop

description: Begin april 2015 kreeg Monumenten Advies Bureau het verzoek om het sloopproces van de Overeindsebrug te volgen en vast te leggen, waarbij met name ook moest worden gelet op bouwhistorische bijzonderheden. Besloten was om de markante Overeindsebrug te slopen in het kader van het KARGO-project, waarbij het Amsterdam-Rijnkanaal en Lekkanaal worden aangepakt en een reeks bruggen hierover moet worden aangepast of vervangen. Voor de Overeindsebrug stond vervanging gepland, de cultuurhistorische waarde ten spijt. (Zie ook het rapport uit 2013)
DOI: 10.7914/sn/6h_2018
title: Hollywood Fault 18

description: We plan to create Fault-Zone Guided Waves and record along the Hollywood fault in Beverly Hills, CA. A linear array of Texans should pick up the guided wave where the fault comes close to the surface.
DOI: 10.7914/sn/if
title: IFMS Seismic Network

description: Scientific divulgation. 
AS-1, TS-1, Yuma-2 seismometers.
DOI: 10.7914/sn/xo_2020
title: Determination of the deep shear wave velocity structure of northwestern Washoe Valley

description: We deployed a 26-node deep ReMi line in northwestern Washoe Valley in March 2020. The line was oriented parallel to the range front across the toe of the Slide Mountain landslide complex.
DOI: 10.7914/sn/4m_2018
title: Los Angeles Basin Seismic Experiment

description: This is the second phase of the BASIN project to study the structure of the San Bernardino and San Gabriel basins in Southern California using a nodal deployment.
DOI: 10.7914/sn/xp_2020
title: Aftershock deployment for Stanley, ID earthquake 2020

description: Deployment of broadband seismometers to study the aftershocks sequence of the 03/31/2020 Stanley, ID Earthquake.
DOI: 10.17026/ar/8ww6vi
title: Brug Oisterwijksebaan Tilburg, Wilhelminakanaal
title: Bouwhistorische verkenning & waardestelling

description: De draaibrug in het Wilhelminakanaal bij de Oisterwijksebaan in Tilburg. Het object is in de oorspronkelijke opzet gebouwd in het begin van de jaren ’20 van de vorige eeuw, herbouwd in 1951 en onderdeel van het oorspronkelijke ontwerp van het kanaal.
DOI: 10.7914/sn/bq
title: Bensberg Earthquake Network

description: Combined weak and strong motion network to monitor the natural and mining-induced seismicity of the Lower Rhine Embayment. Operation of the observatory started in 1955 after a damaging earthquake of magnitude 5.8 near Euskirchen, with some of the external stations dating back to the 1970s. In 2006, the weak motion network (12 stations with Geotech S-13, Mark L4-3D, Lennartz Le-3D, and two STS-2 sensors; sampling rate 125 Hz) was complemented by a strong motion network (SeFoNiB - Seismologisches Forschungsnetz Niederrheinische Bucht; sampling rate 250 Hz) with 23 Kinemetrics EpiSensor 3-component accelerometers, five of them within the Cologne Cathedral. Until 2019, due to technical limitations, data was only collected on an event base for almost all stations, and this is still the case for most strong-motion sensors.
DOI: 10.7914/sn/ya_2020
title: Southern San Andreas Fault Zone

description: The San Andreas Fault (SAF) in California is a mature plate boundary fault capable of great (magnitude 8 or greater) earthquakes. The southern section of the SAF has not produced a major event in historic times (over the last 300 years), and is currently believed to pose the largest seismic risk in California (Weldon et al., 2005; Field et al., 2014). While much progress was made toward understanding seismic potential of the Southern San Andreas Fault (SSAF) and the likely socio-economic impacts of a large future earthquake on the SSAF, several important questions remain. Over the last decade several lines of evidence emerged suggesting that the 80 km-long Coachella Valley- Bombay Beach segment of the SSAF may not be vertical and may have a substantial dip to the East, similar to a well-recognized SSAF dip in the San Gorgonio bend further to the North. We propose to test this hypothesis by imaging a low-rigidity damage zone and/or a bi-material interface associated with the SSAF in the upper crust. This will be accomplished by deploying a dense seismic array spanning the SSAF in the Mecca Hills area. Data from the deployed seismic array and regional seismic networks will be used to generate high-resolution tomographic images of the fault zone throughout the seismogenic layer. Seismic data will be combined with high-resolution geodetic observations to place robust constraints on the subsurface geometry and mechanical properties of the bi-material interface and/or damage zone associated with the SSAF.
DOI: 10.7914/sn/2m_2019
title: Seismic imaging of the magmatic and hydrothermal systems beneath Lassen Volcanic National Park using a nodal seismometer array

description: This study will record seismic data from local and global earthquakes. The collected data will be used to determine the distribution of seismicity and constrain the subsurface seismic properties of this region. This information will be used to estimate the size, shape, and physical processes involved with the magmatic and geothermal systems near Lassen Peak.
DOI: 10.17026/ar/9cfph2
title: Schoolgebouw, Prins Hendriklaan 27 Nieuwegein
title: Bouw- en cultuurhistorisch onderzoek & waardestelling

description: Onderzoek ten behoeve van het exterieur en interieur van de twee gekoppelde schoolgebouwen aan de Prins Hendriklaan 27 en Julianaweg 28 in de wijk Vreeswijk te Nieuwegein. Hoewel de gebouwen ogenschijnlijk een geheel vormen hebben de scholen los van elkaar gefunctioneerd. Hierdoor hebben de schoolgebouwen een aparte bouw- en gebruiksgeschiedenis. Het onderzoek levert dan ook twee aparte rapporten op. Het gebouw is ontworpen door architect G.A. Ebbers uit Utrecht. De oorspronkelijke opzet uit 1921 is nog geheel overgeleverd.
DOI: 10.7914/sn/5k_2017
title: Popocatépetl Volcano Temporary Deployment, 2017-2018

description: A temporary seismo-acoustic station (ATLI) was deployed from September 2017 to June 2018 at Atlimeyaya (Puebla, Mexico). This site was chosen in order to determine the value of regional infrasound stations for observing eruptive activity from Popocatépetl volcano, 15.8 km to the west-northwest. The station’s infrasound component used four Hyperion IFS-3111 sensors to form a triangular array (aperture ~50 m), with a central element. Each sensor had a high-frequency shroud, with sensitivity set to record pressures ±500 Pa on scale (1,000 Pa full-scale range). The vertical and radial components from a broadband seismometer (Nanometrics 120-s Trillium Compact Posthole), co-located with the central infrasound sensor, were also recorded. All sensors had a flat response from ∼0.01 to 100 Hz. A 24-bit REF TEK 130S digitizer recorded the data at 200 samples per second. Logistical and technical challenges led to discontinuous recording periods for each channel. All channels were in full operation from 27 October to 6 December 2017. Please see Matoza et al. (2019) for further details, and as a citation when using this data.
DOI: 10.7914/sn/6k_2020
title: AusArray SA

description: The Geological Survey of South Australia's AusArray SA is designed to illuminate the 3D lithospheric architecture of the eastern-central Gawler Craton and metallogenic Olympic Cu-Au Province. The seismic array will comprise 28 Nanometrics Trillium Compact 120 s sensors and 10 Trillium Compact 20 s sensors deployed across the eastern-central Gawler Craton. 34 of the instruments are from the AuScope-ANSIR instrument pool, 4 are from Geoscience Australia. A 100 Hz data stream will be recorded.
DOI: 10.7914/sn/z6_2018
title: OBS survey of Kilauea's submarine south flank following the May 4, 2018 M6.9 earthquake and Lower East Rift Zone eruption

description: In April 2018, a dramatic shift took place in the ongoing eruption of Kilauea volcano: both the summit lava lake and the vent at Pu`u O`o, active for 35 years, catastrophically drained, sending magma to the Lower East Rift Zone where it began to erupt, and eventually to flow into the ocean. This shift in activity was accompanied by a dramatic increase in seismicity within the rift zone, at the summit, and beneath the volcano’s submarine south flank. On May 4, a M6.9 earthquake occurred beneath Kilauea’s south flank, and since that time thousands of aftershocks have been recorded. The main aftershock area and preliminary seismic and GPS inversions indicate a shallow-dipping co-seismic thrust beneath the south flank. The rupture likely occurred along either the decollement at the base of the volcano or a major low- angle thrust fault that cuts the south flank and intersects the decollement near the coastline. Seismicity following the M6.9 includes closely located aftershocks, but also events that scattered broadly across the south flank, with significant clusters near some key structures interpreted to bound the active Hilina slump. These events, the changing eruption, the south flank rupture and complex aftershock distribution, and the links among them, motivate this study.

The proposed OBS network was designed to (a) improve locations of aftershocks of the M6.9, (b) capture waves trapped within the decollement, (c) constrain the hypocenters of earthquakes occurring on the boundary of the south flank, (d) record seismicity and acoustic signals generated by the ocean entry, and (e) provide constraint on earthquakes associated with the eruption, particularly any events occurring at depth (which require more distant stations).
DOI: 10.7910/dvn/zvgnth
title: College of Nursing Sciences Adazi- Nnukwu 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.

description: College of Nursing Sciences Adazi- Nnukwu 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
description: College of Nursing Sciences Adazi- Nnukwu 2025/2026 Admission List Is Out Now Call Admin Office Call 08142094711, (08142094711) To Check And Further Admission Assistance Call +2348142094711.
DOI: 10.7914/sn/gi
title: Red Sismologica Nacional

description: INSIVUMEH is the public institute in the Republic of Guatemala charged with the task of monitoring and studying the seismic activity affecting the nation. To do so, this institute operates the National Seismological Network, with seismic stations installed all over the nation. 

This network started operating during 1976, consisting only of short period analog stations. Since 2013 however, these stations have slowly being replaced by more  modern, digital stations. As of now, the network consists of 15 broadband stations, 11 short period stations and 5 strong motion stations. Plans of acquiring new stations and expanding the network are currently being developed.
DOI: 10.17026/ar/9f1gvo
title: Schellingwouderbrug
title: Bouwhistorische verkenning & waardestelling

description: De Schellingwouderbrug uit 1957 vormt een oeververbinding over het Buiten IJ bij Amsterdam en was daarmee de eerste vaste oeververbinding over het IJ. Over de brug loopt de Zuiderzeeweg. Tot de aanleg van de Zeeburgertunnel in 1990 vormde de Schellingwouderbrug de enige verbinding over het IJ ten oosten van het centrum. Sinds 1990 heeft de brug meer een lokale functie maar vormt deze nog altijd de enige vaste oeververbinding voor fietsers, voetgangers en langzaam verkeer.
DOI: 10.7914/sn/ld
title: Lamont-Doherty Cooperative Seismographic Network

description: LCSN operates 42 broadband and 2 short-period seismographic stations in the northeastern United States in partnership with over 60 educational and public organizations.  The primary objective is to monitor earthquakes in the region to evaluate earthquake hazard, to study source process, to understand the current tectonics, and to promote education and public outreach.  Data are exclusively acquired via the Internet in real time and are permanently archived at the IRIS-DMC.  LCSN is a partner of the Advanced National Seismic System lead by the U.S. Geological Survey.
DOI: 10.7914/sn/z7_2010
title: Northern Volcanic Zone

description: Broadband sensors (mainly Güralp 6TDs) deployed to study structure of the Northern Volcanic Zone, including Askja and Krafla. Mainly 100 sps
DOI: 10.7914/sn/lg
title: OSSERVATORIO SISMICO "LUIGI PALMIERI"

description: L'Osservatorio Sismico " Luigi Palmieri", che ddal 1984 opera nel settore del rilevamento sismico dell' Appennino molisano, sannita ed irpino con circa 40 stazioni sismiche, un territorio caratterizzato dall' elevata pericolosita sismica.
DOI: 10.7914/sn/xh_1992
title: Cajon Pass Borehole Recording Phase I

description: Phase I of the data recorded in Experiment:
http://ds.iris.edu/data/reports/1997/97-002/
Approx. 1 year of recording with multiple data loggers and many missing periods, for an instrument at 2.5 km depth, and 105 deg. C.
DOI: 10.7914/sn/cr
title: Croatian Seismograph Network

description: Croatian broadband network of seismological stations
DOI: 10.7914/sn/yz_2008
title: Crater Lake 2008

description: In 2008 we deployed a temporary network of four BB seismometers around Crater Lake, Oregon, to determine the background rate of seismicity and assess sites for permanent stations. Three stations returned good data - one had GPS problems resulting in unusuable data.
DOI: 10.17026/ar/9i5wkj
title: Kasteel Nijenrode.
title: Bouwhistorisch onderzoek en waardestelling. Afbeeldingen
title: 046-184b BBA-rapport 184b
title: Bouwhistorische verkenning

description: Onderzoek naar een kasteel met een dertiende-eeuwse kern, na verwoesting in 1481 en 1511 verbouwd en uitgebreid in 1632-1634, vergroting rond 1765 en verbouwd in 1908-1917. Afbeeldingendeel.
DOI: 10.7914/sn/2c_2008
title: Resonant signature of hydrocarbon and CO2 reservoirs

description: (Jim Fowler indicated to me at a meeting a while back that there usually is an opportunity to make a short-term request for a hand full of instruments. I am curious what might be possible in the schedule in the next few months.)My colleague, Doyle Watts, and I at Wright State University would like to find out if we might be able to use on the order of 5-7 three-component instruments (i.e., Guralp CMG 3T with RefTek A/D recorders w/ GPS clocks). We would want the instruments for a 1-2 month duration, but we are completely open/flexible about exactly when it would happen. Both of us would be able to visit the Instrument Center at a convenient time for the staff there for the instrument training.We wish to use these 5-7 instruments to collect one or more pilot data sets spanning an oil/gas field to test whether the phenomenon of a 'resonant' frequency spike as reported by researchers in Norway and Switzerland is spatially associated with the reservoir. Those researchers have published a number of reviewed articles on the phenomena and method, and even started a commercial operation Spectraseis (www.spectraseis.com) for commercialization of this approach to detecting oil-gas deposits. However, the physical cause of the purported apparent resonant frequency spike is not well understood. We wish to examine if/whether such a signal is indeed associated with hydrocarbon deposits at well defined reservoirs in one or more locations in the Ohio-Indiana region (i.e., nearby our location for logistically simplicity). Moreover, we wish to assess whether the method may have applicability to the monitoring of injected CO2 at sites of geologic carbon-sequestration.This is a pilot study which may provide the basis for a subsequent full proposal.Ship and Return dates are very flexible.
DOI: 10.7914/sn/yh_2020
title: Calibration of a distributed acoustic sensing platform for measuring snow depths

description: Distributed Acoustic Sensing (DAS) promises to be quite useful for geophysical observation of the cryosphere. In order to better understand the limitations of DAS technology in cold regions, we will deploy a Silixa iDAS in a snow-covered field in Vermont. We are requesting eight geophones from PASSCAL to provide a baseline measurement against which we will compare the DAS system.
DOI: 10.7914/sn/pt
title: Pacific Tsunami Warning Seismic System

description: The Pacific Tsunami Warning Center (PTWC) provides warnings of tsunamis to the public and to organizations responsible for public safety in coastal areas of Hawai’i (since 1949), the Pacific Ocean (since 1965), the Indian Ocean (since 2005), and the Caribbean Sea (since 2006).
DOI: 10.17026/ar/9kp2lo
title: Wilhelminakerk en kerkelijk centrum. Wilhelminaplantsoen 14-16 Bussum
title: Bouwhistorische verkenning & waardestelling

description: De Wilhelminakerk en het naastgelegen kerkelijk centrum aan het Wihelminaplantsoen in Bussum. De objecten zijn in 1928 gebouwd naar een ontwerp van architect Tjeerd Kuipers (1857-1942).
DOI: 10.7914/sn/yi_2020
title: Queen Charlotte Fault Offshore Seismic Experiment

description: This Ocean Bottom Seismograph (OBS) experiment has both passive- and active-source components.  In August 2020, 28 broadband OBS will be deployed for one year offshore the Queen Charlotte Fault.  The active-source component with short-period OBS will take place in July and August 2021.
DOI: 10.7914/sn/yj_2020
title: Yorkshire Landslide Observatory

description: Network installed to monitor landslide activity at a moisture-induce landslide observatory. Network consists of 7 broadband seismometers, 6TD Güralp.
DOI: 10.7914/sn/xm_2012
title: ARGOS - Alutu and Regional Geophysical Observation Study

description: 15 semi-broadband Güralp 6TDs deployed on the Aluto and Corbetti volcanic edifices in the Main Ethiopian Rift in Central Ethiopia
DOI: 10.17026/ar/9n888y
title: Van Bouwhuis tot Boerderij. Bouwhuis Havezate Oldengaerde in Dwingeloo
title: Bouwhistorische verkenning en waardenstelling

description: Het bouwhuis ten zuiden van het voorplein van landgoed Oldengaerde in Dwingeloo, werd gebouwd in de 18de eeuw. In 1861 werd een forse boerderij aan het oudere volume gebouw. Het gebouw maakt deel uit van het rijksbeschermde complex landgoed Oldengaerde. Thans is voor het hoofdhuis een restauratieplan in voorbereiding.
DOI: 10.7914/sn/xv_2002
title: Precambrian Crustal Structure in Western Ohio

description: Every summer we at Wright State University try to collect industrial-scale seismic reflection profilies in west central Ohio. We have been doing this for several years, both to provide education opportunities for students (grad and undergrad) in the operation of a seismic field experiment, and to explore the setting and nature of the Precambrian history of the region. This is funded by donations from the hydrocarbon industry, and the students involved get academic credit as well as an hourly wage. We have funding in hand for work this coming summer.In the past we have used our own DFS-V 120 channel recording system for such profiles, but now we wish to migrate this field system to a StrataView-based system. Geometrics, the manufacturer of the StrataView, has designed this 60 channel system to be chained in a master/slave system of 120 channels, and for our fieldwork this coming summer we would like to use 2 IRIS 60 channel StrataView recorders in place of our DVS-V. As a part of our project we are having the spider cables made to attach the 120 channel output from our roll switch to a chained pair of 60 channel StrataView boxes.