cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/6dhyqy
title: Villa Henriette Wilhelminapark 38 Venlo
title: Bouwhistorische verkenning met waardenstelling

description: Onder leiding van landschapsarchitect Lieven Rosseels (1843-1921) werd omstreeks 1891 een cirkelvormig stadspark aangelegd waar verschillende villa’s in werden gebouwd. Villa Henriette, was er daar één van. De villa werd in 1901 ontworpen door de Venlose architect Henri Seelen (1863-1940).
DOI: 10.7914/sn/1u_2013
title: Mt. Paektu Seismic Network

description: A network of 4 Guralp ESP and 2 Guralp 40T seismometers deployed in a linear array on Mt. Paektu volcano in the Democratic People's Republic of Korea. Instruments were deployed from August 2013 to August 2015.
DOI: 10.7914/sn/1t_2015
title: RAPID: Observing the Disintegration of the Scar Inlet Ice Shelf

description: This is a short deployment project intended to study the weakening and disintegration of the Scar Inlet Ice Shelf on the Antarctic Peninsula. We will be measuring the state of the ice shelf and monitoring its movement on short timescales in anticipation for a possible disintegration event in February 2016. We request up to 3 temporary broad band seismometers, which we will deploy for <4 weeks at 200HZ. Although not part of this project, collaborating projects maintain and deploy the longer term seismic network in teh area that will help us analyze our short term data. Matt King, specifically, is leading a project to maintain a longer term seismic and GPS network in the area.
DOI: 10.7914/sn/1j_2018
title: Totten Glacier Active and Passive Source Experiment

description: The Totten Glacier (TG) system drains 10% of the East Antarctic Ice Sheet [Rignot and Thomas, 2002], with enough ice to cause global sea level to rise by 6 m [Roberts et al., 2011]. TG has undergone substantial modulation of both flow and ice thickness since 1989 [Li et al. 2016], with retreat of the grounding line observed since 1996 [Li et al. 2015]; however, the origins of the changes remain poorly understood. This uncertainty hampers the reliable quantification of future risk due to the fact that only a few days of fieldwork have been undertaken on the glacier in the last four decades. We aim to improve our understanding of ice-ocean interactions and the mass balance of the TG system through acquiring new ground-based data across the ice shelf and grounding zone region, and also reoccupying nearby historic geophysical sites [Allen and Whitworth, 1970]. In particular, we aim to undertake simultaneous measurements of ice shelf basal melting and velocity, as well as map firn depth-density, basal geometry, subglacial conditions and reoccupy geophysical sites from the 1960s to quantify both current and long-term changes in the glacier system. The specific objectives of this research are to: 1. Measure basal melt (or freeze-on) and firn compaction (or thickening), and determine the degree of ice-ocean interactions beneath the ice shelf using autonomous phase-sensitive radar (ApRES) at a series of locations on the ice shelf and grounded ice to evaluate ice-shelf/ocean models of the region 2. Determine the tidal influence on ice dynamics, capture ice flow velocities and determine the limits of where the ice shelf is in isostatic equilibrium in the grounding zone region 3. Map the geometry of the ocean cavity, capture ocean stratification and map firn densification through the use of active seismic across the ice shelf 4. Characterise the subglacial environment and its role in ice dynamics through the use if active seismic data along the grounding zone region of TG.
DOI: 10.17026/ar/6gf2p6
title: Marktstraat 21 / St.-Vitusstraat 1, Naarden.
title: Bouwhistorische opname op hoofdlijnen met waardestelling.
title: 390-645 BBA-rapport 645
title: Bouwhistorische verkenning

description: Onderzoek naar Marktstraat 1 uit de tweede helft van de zeventiende eeuw, gepleisterd laatste kwart negentiende eeuw, met winkelpui uit eerste kwart twintigste eeuw, intern verbouwd 1977-1980.
DOI: 10.7914/sn/2a_2016
title: LArge-n Seismic Survey in Oklahoma

description: Large-N array of 1,829 vertical-component nodal seismic sensors deployed in northern Oklahoma for a period of ~4 weeks in spring 2016.  Instruments were placed along roads in Grant County, OK at a nominal spacing of ~400 m.  This passive source experiment targeted a sequence of likely-induced seismicity in a region of active wastewater injection.
DOI: 10.7914/sn/4h_2011
title: Nabro Urgency Array

description: A deployment of 8 Guralp 6TD seismometers around Nabro Volcano, Eritrea following the eruption on June 12th 2011.
DOI: 10.7914/sn/5h_2011
title: Eritrea Seismic Project

description: A regional deployment of 5 Guralp ESP, 1 6TD and 1 3T in Eritrea.
DOI: 10.7914/sn/x5_2018
title: Determining the Shear Wave Velocity structure of Shallow Marine Sediments utilizing the MASW method

description: Experiment intent is to utilize the Multi-channel Analysis of Surface Waves (MASW) method to determine the shear wave velocity structure and, ultimately, the correlated SPT blow count and bearing capacity of shallow marine sediments for pile driving suitability. The experimental setup includes a marine seismic source, a 24-channel hydrophone array/streamer, data analysis software (all procured separately by this investigator) as well as a seismograph and associated software (nature of this request, specifically interested in the Geode 24 seismograph and associated field laptop with data acquisition software) to acquire Scholte surface waves excited by the seismic source. The experiment is currently planned to be conducted at three sites: 1) Validation tests conducted on campus at the University of North Florida in Jacksonville, FL, 2) Marine site located within or near the Little Talbot Island State Park in Jacksonville, FL, 3) Florida Department of Transportation marine pile driving test sites in the Jacksonville area (exact location to be determined). The overall goal of the project is to: 1) Successfully operate the experimental setup/proof of concept of MASW equipment package in shallow marine waters, 2) Compare MASW shear wave velocity and SPT blow count determinations to FDOT soil reports and boring logs for comparison and validation of MASW method, 3) Compare MASW shear wave velocity and SPT blow count determinations to U.S. Navy geotechnical testing for comparison and validation.
DOI: 10.17026/ar/6grfwv
title: Watertoren Uiterwaard 2 Moordrecht
title: Bouwhistorische verkenning met waardenstelling

description: De watertoren aan de Uiterwaard 2 in Moordrecht is in de periode tussen 1922-1924 gebouwd als onderdeel van de Koninklijke Verenigde Tapijtfabrieken naar ontwerp van de Waddinxveense architect P.D. Stuurman.
DOI: 10.7914/sn/y1_2018
title: Crust and mantle structure and the expression of extension in the Turkana Depression of Kenya and Ethiopia

description: We propose to make a set of targeted seismic and geodetic in the Turkana Depression and its immediate surroundings, ultimately to differentiate between three competing models for the topographic low between two broad zones of uplift: 1) Two distinct mantle plumes with the Turkana Depression a ‘passive’ structure lying between the two (e.g., George et al., 1998; MacDonald et al., 2001; Furman et al., 2006; Pik et al., 2006; Lin et al., 2005; Chang et al., 2011); 2) One superplume province with a pre-existing mantle thin zone (Mesozoic and/or Paleogene rifts) that channel hot asthenosphere susceptible to melting, and preferentially reactivate older sedimentary basins (e.g., Ebinger and Sleep, 1998; Halldorsson et al., 2014). Specifically, we will use the geodetic and seismic observations in combination with forward multi-physics simulations to differentiate between end-member hypotheses for cratonic rifting: A) GPE from isostatic and dynamic topography dominantly influences surface deformation; B) Lateral variations in material properties dominantly influence surface deformation. We plan a two-year, 22-station broadband seismic and three-year, 6-station continuous GPS deployment, with two-sets of observations at the 14 existing eGPS sites to distinguish between the two end-member models for lithospheric strain presented above, and to specific questions below (Fig. Seismic Plan). The study area is logistically challenging, but oil production in the most remote areas and ties to the Turkana Basin Institute (see letter), as well as Bendick’s current experience afford unprecedented opportunities. Ebinger has worked for 2 decades in both Ethiopia and Kenya, and she is collaborating with Kianji in southern Kenya.
DOI: 10.7914/sn/9a_2019
title: TurboWave I and II

description: The TurboWave (TW) I and II test series were conducted by Sandia National Laboratories (SNL) to investigate the effect of minute to second scale atmospheric structure on the propagation of acoustic waves.  The project consisted of two repeating sequences of above ground chemical explosive tests conducted at the Energetic Materials Research and Testing Center (EMRTC) in Socorro, New Mexico.  Experiments were recorded by local and regional infrasound networks.
DOI: 10.7914/sn/zi_2018
title: Investigating Thickness of Peridotites in New Caledonia (formerly CaNappe)

description: How are ophiolites emplaced, and how does this relate to subduction initiation? This is a question that may drive an ICDP-IODP proposal in 2019 to drill in and around New Caledonia. We will collect passive seismic data near road RP3 between Noumea and Yate in southeastern New Caledonia, to constrain the depth to the base of the ophiolite. We will focus on the region from the southwest edge of ultramafic rocks to Lac de Yate, to complete a transect between two permanent broadband sites. We will deploy 12 broadband instruments for up to one year. Surface waves and converted/reflected waves from the basal interface will be analysed. Energy sources will be natural earthquakes or/and ambient noise and possibly active-source blasts (mines, ships, etc.). The data set will be used to facilitate an international collaboration between European, US, and southwest Pacific scientists and will be the basis for choosing future drilling sites.
DOI: 10.7914/sn/6c_2015
title: West Australian Spiral Array

description: WASPA is a three arm spiral array. This array was an experimental array designed to enhance weak signals and identify the local character of the wavefield. It consists of 16 trillium compact 120s seismometers and has an array radius of approximately 22 km.
DOI: 10.17026/ar/6gyfwg
title: Klooster Alverna Boekenroodeweg 9, Aerdenhout.
title: Bouwhistorische verkenning en waardestelling.
title: 245-451 BBA-rapport 451
title: Bouwhistorische verkenning

description: Onderzoek naar het buitenhuis Boekenroode dat in 1924 in gebruik kwam als klooster Alvera, in oorsprong zeventiende-eeuws, gebouwd rond 1770 (een theehuis uit ca. 1830), verbouwd in 1907 en na overgang tot klooster in 1923 en uitgebreid in 1938.
DOI: 10.7914/sn/3e_2018
title: Experiment in Fuego

description: Experiment in Fuego, Guatemala.
DOI: 10.7914/sn/2j_2016
title: Clemson University Subsurface Deformation Monitoring Network

description: Borehole strain, tilt, pressure, and meteorological data from field sites where well pumping tests are used to induce deformation that is monitored using novel, geodetic-grade electromagnetic and optical fiber sensor systems.
DOI: 10.7914/sn/z8_2018
title: seis_iitmandi

description: We have developed a low-cost seismic data collection station, where we have integrated a 4.5 Hz (395 Ohm) verticle geophone as well as a +/- 16g accelerometer, and a +/- 2000 degrees / s gyroscope. The system is able to detect vibrations. We have deployed the system on our IIT campus for testing and we would like to join FDSN network of stations to be able to supply data from our seismic station.
DOI: 10.7914/sn/lc
title: LSC (Laboratorio Subterraneo Canfranc)

description: Part of the GEODYN geodynamical lab, hosted by the Canfranc Underground Laboratory (LSC). Located in a former railway tunnel crossing the central Pyrenees. Managed by ICTJA-CSIC
DOI: 10.17026/ar/6l0n1u
title: Trompenburg, ’s-Graveland.
title: Short history
title: 029-163 BBA-rapport 163
title: Cultuurhistorisch onderzoek

description: Engelse samenvatting van de bouwgeschiedenis van het huis Trompenburg gebouwd in 1677-1678 voor Cornelis Tromp.
DOI: 10.7914/sn/dj
title: Observatoire Géophysique d'Arta

description: The objective is to follow the seismic activity of the Republic of Djibouti.
The network consists of 16 seismic stations of which 6 are equipped with a three-component sensor.
DOI: 10.7914/sn/6a_2017
title: Teno Valley Seismic Network

description: A network of 6 Guralp 6TD and 6 Guralp ESP seismometers deployed for 20 months around the Teno and Tinguiririca Valleys in the Chilean Andes.
DOI: 10.7914/sn/dg
title: Dam Gallery

description: scope: to monitor the movements for Kurichhu Hydropower Dam.
Sensor:Gecko SMA 5g
DOI: 10.7914/sn/vr
title: Virgo Interferometric Antenna for Gravitational Waves Detection

description: The Virgo antenna is a 3 km long interferometer for gravitational waves detection. It is located in Cascina, near Pisa (Italy), and it is hosted by the European Gravitational Observatory (EGO). The interferometer is equipped with 3 broadband seimometers, located in its main experimental buildings.
DOI: 10.17026/ar/6mgchg
title: Voormalige Lidwinaschool. Hagelkruisstraat 13 Oss
title: Cultuurhistorisch onderzoek & waardestelling

description: Het schoolgebouw maakt deel uit van een schoolcomplex waartoe ook nog een tegen de onderzochte school aangebouwde gymzaal en een tweede schoolgebouw horen. De school maakt deel uit van de architectuur uit de wederopbouwperiode, ontworpen door architect J.A. de Reus.
DOI: 10.7914/sn/z9_2018
title: Soil Soundscapes from Seismic Arrays

description: Our proposed collaboration takes a novel geophysical approach to better understand soil and biotic processes from soundscapes by analyzing the seismic signals that can be readily measured by seismometers and geophones. In this NSF EArly-concept Grants for Exploratory Research (EAGER) funded project, we explore an interdisciplinary frontier for understanding soil processes. We will build capacity through training and integration of disciplines and linking established NSF-funded networks and datasets to understand soil bioturbation processes in a nearby, arid UC Reserve Ecological Research site (Elliott Chaparral Reserve) and an NSFfunded Critical Zone Observatory/Long-Term Ecological Research site: a humid, tropical forest site (Puerto Rico - the Luquillo Critical Zone Observatory). Listening to previously unheard soil soundscapes is a new horizon for interdisciplinary soil research that will facilitate scientific progress and learning opportunities for grant-supported trainees and the public.
DOI: 10.7914/sn/xq_2019
title: Chile Glacial Volcano Experiment

description: In early 2019, a temporary deployment of a small network of seismic and acoustic instruments will take place at a glacially-covered active volcano in Southern Chile. The current target volcano is Cerro Hudson, although this may be subject to change due to logistical issues and the changes in volcanic activity in the region. We will deploy 8 PASSCAL broadband instruments for a period of up to 3 months. The aim of the project is two-fold: to assess the activity levels of the little studied volcano, and to develop improved techniques for monitoring volcanoes in glacial regions.
DOI: 10.7914/sn/9a_2017
title: Dense seismic three-component nodal array at the Bud Wellman Ranch

description: High-Resolution imaging and monitoring of the subsurface structure and seismicity at a site along the San Jacinto fault zone using a dense seismic nodal array. The site is located about 8 km southeast of the town of Anza, California. The type of nodal sensor employed is the Fairfield Zland 3-component geophone (records ground velocity continuously). The array consists of 108 sensors, with 54 located along a linear across-fault profile and the remaining 54 sensors scattered around that profile and along the fault. The array spans a 1800 m by 800 m area.
DOI: 10.17026/ar/6mnxch
title: Nederlands Openluchtmuseum. Werktuigenmagazijn uit Goes
title: Bouwhistorisch onderzoek en waardenbepaling

description: De landbouwwerktuigenloods, heeft sinds de overplaatsing naar het museum hoofdzakelijk gefungeerd als onderkomen van landbouwwerktuigen uit de collectie van het Openlucht Museum, maar fungeert vooral de laatste jaren als opslag en houdt zodoende de deuren gesloten. De ligging van het landbouwwerktuigenmagazijn uit Goes op het terrein van het Openluchtmuseum heeft weinig overeenkomsten met de oorspronkelijke situering van de complex in het stationsgebied van Goes.
DOI: 10.7914/sn/zs_2015
title: Quantifying Egs Reservoir Complexity With An Integrated Geophysical Approach And Improved Resolution Ambient Seismic Noise Inter

description: We use existing and newly acquired seismic survey data to compare a cost-effective, non-invasive, seismic exploration method, based on seismic interferometry to the EGS favorability estimated from a comprehensive geoscience study in Dixie Valley, Nevada. A new seismic exploration method  with significant potential for fault definition and P and S- velocity model estimation is currently developed in a conventional geothermal exploration setting at Soda Lake, NV. This method will be applied to EGS favorability analysis and will be compared to favorability metrics from other geophysical measurements.
DOI: 10.7914/sn/yb_2008
title: Fuego 2008

description: Small aperture array of broadbands at Fuego volcano in January 2008
DOI: 10.7914/sn/8j_2016
title: FORGE nodal array 1

description: The nodal array was used to reveal the shallow Vs structure nearby the test well of the DOE project, Utah Frontier Observatory for Research in Geothermal Energy (FORGE) in Milford, Utah. The nodal array is composed of two subarray with different grains: one with 600 m spacing, and the other one with 4 km spacing. There are 93 FairfieldNodal ZLand 3-Channal sensors installed. Besides the Vs structure, The data have been used to detect the microseismic events occurring in this region (Trow et al, 2018).
DOI: 10.7914/sn/nk
title: Nepal Kathmandu

description: Regular monitoring of seismicity in Nepal Himalaya.
ZM 500, Guralp 3T
DOI: 10.7914/sn/c9
title: Czech Microbarograph Network

description: The Czech Microbarograph Network (CMN) is a permanent network operated by the Institute of Atmospheric Physics of the Czech Academy of Sciences. The main purpose of the network is a continuous monitoring of infrasound and collecting data for scientific research. After the testing period, the first infrasound array of the network, PVCI started its operation in May 2014. The aperture of the array is 200 m. PVCI was equipped with three differential sensors of the type Infrasound Gage ISGM03 from May 2014 to October 2023. The station was upgraded in October 2023, three absolute sensors Paroscientific 6000-16B-IS-LN were deployed. The array geometry remained unchanged. The second array, WBCI started its operation in September 2016. WBCI is a large aperture array with inter-element distances of 4-10 km; it is equipped with four absolute microbarographs Paroscientific 6000-16B-IS. The continuous records of pressure fluctuations from both arrays are acquired in near real time and are stored in the data centre of the Institute of Atmospheric Physics, CAS. Waveform data in the MiniSEED format are shared into the database of the Central and Eastern European Infrasound Network.
DOI: 10.17026/ar/6obnv2
title: Het natuursteenwerk van de poorttoren van Kasteel De Cannenburch Maarten van Rossumplein 3, Vaassen.
title: Bouwhistorisch onderzoek.
title: 212-393.1 BBA-rapport 393.1
title: Bouwhistorische deelontleding

description: Deelontleding van het natuursteenwerk (Baumberger) van de poorttoren uit circa 1560, de restauratie uit 1978-1979 en het herstel in 1983.
DOI: 10.7914/sn/6b_2017
title: Controls on along-strike variations in locked and creeping megathrust behavior at the Hikurangi convergent margin

description: This multi-disciplinary project investigates several factors that may contribute to along-strike variation in coupling strength within the interface between the subducting Pacific plate and overlying Australian plate, Hikurangi subduction system, New Zealand.
DOI: 10.7914/sn/r1
title: Romanian Infrasound Network

description: The Romanian Infrasound Network (RIN) is a permanent network operated by the National Institute for Earth Physics (NIEP). The main scope of the network is continuous monitoring of the infrasound generated by anthropogenic and natural acoustic sources. RIN consists of two stations:  
(1) IPLOR, installed by NIEP in 2009 in the central part of Romania (at Plostina, Vrancea county), as a permanent 6-element array of 2.5 km aperture. In November 2028, the station has been discontinued for redesigning and since December 2019, the new IPLOR configuration consists of four elements distributed over a 0.6 km aperture.
(2) BURARI, deployed under a joint effort of Air Force Technical Application Center AFTAC (USA) and NIEP in 2016, in the northern Romania (in Bucovina, Suceava county), as a temporary four-element array of 1.2 km aperture. In September 2019, the station status turned into permanent, by installing a 6-element configuration distributed over a 0.7 km.
Between 2016 and 2018, a temporary PTS portable infrasound array (I67RO) has been deployed in the western Romania (Cluj county), within a collaboration project between NIEP and PTS of the Preparatory Commission for CTBTO. This station comprised four elements, which have been distributed over a 0.7 km aperture.
The data collected by the RIN are continuously recorded and transmitted in real-time to the Romanian National Data Centre, hosted by NIEP, where they are processed and analyzed.
DOI: 10.7914/sn/ud
title: Seismic Network Main Center of Special Monitoring

description: The MCSM seismic network is part of the National Seismic Observation System of Ukraine (NSSNU). The sensors are installed in specialized seismic mines at a depth of 20-35 meters. Seismic sensors Guralp 3T, Guralp 40T and their copies of ACSS are used, there are also mechanical long-period and short-period sensors of the type SVK, KSG, DSV. The MCSM serves the PS45 seismic array CTBTO.  Data in digital form according to the SeedLink protocol enters the data center, which simultaneously performs the functions of the National Data Center NSSNU. The format of data miniSEED and CSS 3.0. NDC for processing and storage receives data from other Ukrainian networks (Institute of Geophysics NAS of Ukraine, Seismic array of Nuclear power plants in Ukraine). All data can be partially or fully spread through the NDC further.
DOI: 10.7914/sn/9b_2016
title: BEAMISH

description: In this project we will address significant aspects of ice stream flow and West Antarctic Ice Sheet stability. Our aims are to provide an observational basis for understanding the fast ice stream flow mechanism and to interpret ice sheet history. Using a hot-water drill we will penetrate an ice stream to its base, sample the ice and the subglacial material, deploy instruments within the ice and the bed, and conduct surface geophysical surveys. Sufficient aperture and fold are essential for accurate event location, reliable focal mechanism discrimination and also anisotropy characterisation.

We will deploy 35 Reftek RT130 recorders with 4.5Hz geophones for a polar summer. In addition, we will deploy two sensors over-winter prior to drilling to record background levels. 

A passive seismic array at the surface will allow us to address the following questions:
- What is the relative importance of ice creep, basal sliding and bed deformation in the flow of the ice stream?
- What is the nature of the basal hydrological system?
- What is the thermal regime of the ice and the bed?