cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/asppzi
title: Huize Sint Gerlach, Pater Kustersweg 24 Cadier en Keer
title: Bouwhistorisch onderzoek met waardenstelling

description: Huize Sint Gerlach te Cadier en Keer in de gemeente Eijsden-Margraten is gebouwd in 1913 als Sanatorium voor drankzuchtigen naar een ontwerp van de bekende architect Jan Stuyt.
DOI: 10.7914/sn/8l_2011
title: Geodetic strainmeters at the Canfranc Underground Laboratory

description: Extensional strain recorded by two underground Michelson-like geodetic interferometers (GAL16 and LAB780), located close to the Laboratorio Subterraneo de Canfranc (Central Pyrenees, Spain). Low-passed data, decimated at 600-s sampling rate.
DOI: 10.7914/sn/9l_2018
title: Wellbore integrity investigation using seismic method

description: In this project, we want to test if we could use the surface seismic method to investigate the integrity of the well. We will deploy one receiver on the top of well, and trigger the seismic also on the surface. The goal is to see if we can detect the reflected tube-wave from the well. We test the idea at the test site inside the Lawrence Berkeley National Laboratory.
DOI: 10.7914/sn/yl_2021
title: MangyStaU ARray (MSUAR) Feasibility Study

description: Portions of the Mangystau region of western Kazakhstan are exceptionally quiet from a seismological point of view and have excellent detection of events from local to teleseismic distances. The region seems an excellent candidate for the installation of a high quality seismic array that would improve quantitative seismological monitoring for regions of interest in Eurasia. However, the initial study of the noise characteristics of the region conducted in August 2016 was limited in time, and prior to installation of a permanent array, it is important to evaluate the seasonal variability of noise levels and detection thresholds. The MangyStaU ARray (MSUAR) Feasibility Study will accomplish this goal. Additionally, this study will further refine the optimal array location considering year-round noise levels, infrastructure, and site servicing requirements. For the MSUAR Feasibility Study, 16 broadband seismic stations will be installed in the Mangystau region of western Kazakhstan, roughly between the Caspian and Aral Seas. Stations will be installed for approximately one year to allow full evaluation of seasonal noise and detection thresholds. Installations will be concentrated in the region of previously determined quiet sites (Figure 1). Ten general locations will be installed. At two of the ten installations, we will install 4-element mini-arrays consisting of a central station surrounded by three additional stations at distances of several hundred meters. The intent of this is to allow some basic array processing and gain insight on potential array performance. We may relocate the surrounding array elements to other installed stations during the experiment if warranted by data.
DOI: 10.17026/ar/auz9tp
title: Margueritahoeve Tiengemeten 14 Zuid-Beijerland.
title: Bouw- en cultuurhistorische waardestelling. Randvoorwaarden herbestemming. Aanbevelingen
title: 074-209g BBA-rapport 209g
title: Bouwhistorische verkenning

description: Onderzoek naar een boerderij met bijgebouwen gebouwd rond 1808, latere uitbreidingen en verbouwing rond 1936.
DOI: 10.7914/sn/yw_2021
title: Muswellbrook

description: Additional temporary monitoring to supliment the national network to examine the seismicity in the vicinity of mining in the region
DOI: 10.7914/sn/7p_2018
title: Investigating West Texas Seismicity and Structure with Dense Geophone Arrays

description: This network was designed to record seismicity near Pecos, Texas in the Delaware Basin. This temporary network was deployed from early Nov. 2018 to early Jan. 2020 with an average of ~24 Magseis Fairfield Z-Land Generation 2 seismic nodes in the field each month. The network was redeployed with more stations during Sept. and Oct. 2020.
DOI: 10.7914/sn/3a_2017
title: Node deployment in Oaxaca, Mexico following the M8.1 Tehuantepec Earthquake

description: Fifty Magseis Fairfield Z-Land Generation 2 5-Hz 3-component nodes were deployed in Oaxaca, Mexico following the M8.1 Tehuantepec Earthquake from roughly Oct. 1-22, 2017.
DOI: 10.7914/sn/xb_2015
title: Active source seismic line near the Rio Grande in Sunland Park, NM

description: In October 2015, the Advanced Exploration Seismology class at the University of Texas at El Paso together with additional volunteers acquired a 500-m active-source seismic profile across a possible andesite dike (called the River Andesite) adjacent to the Rio Grande River near Sunland Park, New Mexico. The andesite outcrops near the bank of the Rio Grande and is surrounded by Quaternary sedimentary deposition. Garcia (1970) suggests that the River Andesite is petrologically similar to the Muleros Andesite, a larger andesite body present in Mt. Cristo Rey several km to the south. GPR, microgravity, conductivity, and magnetic data collected by UTEP students suggests that the River Andesite may be part of a dike (e.g., Baker et al., 2012).

Receivers included 100 RT-125 Reftek Texans with 4.5-Hz geophones at 5-m spacing and 47 Magseis Fairfield Z-Land 5-Hz 3-component nodes at 10-m spacing. Sources were a seismic gun with 8-gauge, 400-grain shells fired every 5-10 m along the profile for a total of 68 shots. Shotpoints 1-3 and 101 at the ends of the profile included multiple sources for stacking.
DOI: 10.7914/sn/1q_2019
title: Northern Lake Abaya Broadband Network

description: This network of five broadband stations was built to monitor seismicity in and around the Lake Abaya region of the Main Ethiopian Rift.
DOI: 10.17026/ar/awrtxl
title: Kasteel Keukenhof Lisse.
title: Ruimteboek
title: 258-458 BBA-rapport 458
title: Interieurhistorische opname

description: Ruimteboek per vertrek van het Kasteel Keukenhof uit 1641, verbouwd begin negentiende eeuw en verbouwd in 1861-1863 naar plannen van E. Saraber en opnieuw in 1923-1929.
DOI: 10.7914/sn/zd_2021
title: SIIOS Flagstaff 2021 Mini Campaign

description: To compensate for the cancellation of our 2021 Greenland fieldwork, the SIIOS team will conduct a mini-experiment to evaluate the performance of our spaceflight seismometers in the San Francisco Volcanic Field outside of Flagstaff AZ, which is a lunar analog site. We are requesting 4RefTeks with 8 GB data cards to perform this experiment and one Trillium Compact sensor, though the Trillium Compact is not essential for us to perform this experiment. The length of the deployment will be approximately 1 year.
DOI: 10.7914/sn/2q_2020
title: NEWTON-g gravity imager

description: Volcano monitoring through an absolute quantum gravimeter and a network of MEMS relative gravimeters
DOI: 10.7914/sn/zp_2021
title: Physically Understanding Localized Slip Episodisity

description: Subudction zones, where one tectonic palte descends benath another, produce the planet's largest earthquakes and tsunami; but what controls the timing of fault slip in these events? The recent discovery of frequent, semi-predictable slow-motion earthquakes (lasting days to years) on subudction faults, provide an untapped opportunity to investigate what tips the balance on these faults, causing them to fail. Slow-motion earthquakes on the Hikurangi subduction zone offshore New Zealand's east coast are remarkable for the range of slow and fast (seismic) slip processes occurring at shallow depths (<10 km), offering a globally unique opportunity to resolve processes driving slip on subduction zones, using near-field monitoring. Our project is designed to detect localized fault zone changes prior to slow earthquakes, revelaing the physical mechanims that regulate slip timing on a major fault capable of generating devastating earthquakes and tsunami. We use onshore and offshore sensors coupled with novel geophysical methods to detect high-resolution changes in fault properties leading into an upcoming slow-slip event offshore southern Hawkes Bay, and a recent Gisborne event. Resolving these changes will determine whether seismologically-observed changes in fault properties preceded slip, ultimately enabling future development of more accurate forecasts of both slow and possibly fast (seismic slip earthquakes.
DOI: 10.7914/sn/z8_2009
title: Deep Geothermal HADES seismic array

description: This surface array deployment of 39 seismometers over the central Taupo region, New Zealand, provides detailed information about seismic properties of the mid-crust at the 3-10 kim depth range, focusing on a 25 x 35 km spatial area which provides a significant fraction of the present geothermal energy production for New Zealand
DOI: 10.17026/ar/awxelt
title: Zuivelfabriek Friesland-Campina. Dirk Boutslaan 2 te Eindhoven
title: Bouw- en cultuurhistorisch onderzoek & waardestelling

description: De opdracht voor de bouw van de melk- en ijsfabriek werd gegeven door de Coöperatieve Zuivelvereniging ‘De Kempen’. Met de plannen voor de nieuw te bouwen fabriek ontstond ook de nieuwe naam ‘Campina’, de Latijnse naam voor Kempen. Dit werd tevens de naam voor de nieuwe fabriek, die het centrale bedrijf vormde van kringcoöperatie ‘De Kempen’. De bouw van de Campina melk- en ijsfabriek gebeurde in de periode 1957-1961.
DOI: 10.7914/sn/or
title: OR - Reykjavik Energy

description: A short period network focused on induced seismicity in the geothermal fields of Reykjavik Energy.  Locations are mainly on the Hengill volcano in the southwest of Iceland.
DOI: 10.7914/sn/nv
title: NEPTUNE seismic stations

description: In the Northeast Pacific ocean, ONC is observing changes in the timing, intensity, and chemical properties of upwelled waters, nutrient availability, and primary production. To quantify these changes, ONC is committed to continuous, long-term recording of temperature, salinity, currents, seafloor motion in the North East Pacific Time-series Underwater Networked Experiments (NEPTUNE) observatory. The NEPTUNE shore station at Port Alberni on Vancouver Island sends the collected data from NEPTUNE via fibre optic cable to the University of Victoria. The NEPTUNE infrastructure is an 840 km loop of fibre optic cable with five nodes. Each node is instrumented with a diverse suite of sensors that enable researchers to study interactions among geological, chemical, physical, and biological processes that drive the dynamic earth-ocean system over a broad spectrum of oceanic environments.
DOI: 10.7914/sn/zs_2021
title: NODESPEGAIROLLES

description: 35 nodes deployed during 1 month on a landslide (south of France) for seimic imaging (noise tomography)
250 Hz- 36 dB
DOI: 10.7914/sn/2p_2017
title: Broadband East Coast Network

description: The Broadband EAst COast Network (BEACON), was a temporary network of seismometers deployed in the North Island of New Zealand. Sensors were Guralp CMG-40T 30s and 60s, connected to Nanometrics Taurus dataloggers, collecting broadband seismic data at up to 22 unique station locations. The network was deployed between July 19, 2017 and May 5, 2019, primarily in the southern Hawke's Bay region, with some stations in the eastern Manawatu-Whanganui region of the North Island. During operations, up to 18 stations were deployed at any one time.
DOI: 10.7914/sn/zt_2021
title: Wabash River Flow (WARF) Seismic Experiment

description: This project focuses on analyzing the background noise spectrum and monitoring transient seismic velocity changes associated with the temporal variation of river flow and groundwater level. The experiment includes 5 seismometers along the Wabash River and its tributaries in the Lafayette-West Lafayette area in west-central Indiana.
DOI: 10.17026/ar/azdma2
title: De Baerkenhuizen. Koepoortstraat 29-31 Doesburg
title: Bouwhistorisch onderzoek & waardestelling

description: Het pand ligt in het historische hart van het als Rijks beschermd stadsgezicht aangewezen centrum van Doesburg en maakt verder als dubbelpand deel uit van een gaaf bewaarde rij van historische panden in de nog grotendeels uit historische panden bestaande Koepoortstraat. Het complex met zijn grote, aan de Heilige Geeststeeg grenzende tuin dateert als complex al van ruim voor 1800.
DOI: 10.7914/sn/zx_2011
title: Gisborne-Mahia Seismic Tremor Array

description: Broadband array targeting seismic tremor and seismicity associated with slow slip episodes, on the Hikurangi subduction interface.
DOI: 10.7914/sn/6h_2022
title: Imaging subglacial hydrology beneath the Greenland Ice Sheet

description: We will deploy 36 3-component short period (1 Hz?) sensors for one summer, May-August 2019 on the Greenland Ice sheet at about 1000m elevation. Sensors will need to be installed on poles drilled into the ice due to melt out during the summer, similar to previous projects. Ideally these would be L2s with Q330s similar to the request we put in last year, but I am less clear on the frequency range of your new GeoIce equipment, perhaps that is also appropriate. We would like to preserve the 1-4 Hz band and not use 4.5 Hz sensors if possible. Instruments would need to be shipped in spring to make the air force flights up to Greenland. They would be pulled out in August and presumably back to PASSCAL by October sometime.
DOI: 10.7914/sn/8f_2014
title: Hikurangi Ocean Bottom Investigation of Tremor and Slow Slip, LBPR and TXBP data

description: Deployment of a network of pressure gauges and seismometers on the Hikurangi portion of the subduction zone off North Island New Zealand is designed to record a slow-slip event (SSE) expected to occur on the plate boundary fault in the 2014-2015 timeframe.
DOI: 10.17026/ar/b05lmu
title: N.V. A.J. Ten Hope’s Handelmaatschappij Westzeedijk 497, Rotterdam
title: Bouwhistorische verkenning met waardestelling.
title: 172-342 BBA-rapport 342
title: Bouwhistorische verkenning

description: Onderzoek naar de ten Hope’s Handelmaatschappij uit 1909-1910 mogelijk naar ontwerp van J. Verheul uitgebreid in 1916 en verbouwd in 1955.
DOI: 10.7914/sn/xf_2021
title: High Resolution Imaging of the Pedernales Earthquake Rupture Zone - Broadbands

description: Multiscale imaging of the 2016 Pedernales megathrust earthquake rupture zone offshore northern Ecuador. Analysis of the mainshock and seismic sequence after the earthquake reveal a segmented subduction zone primarily controlled by subducted seafloor topography, accreted terranes, and inherited structure. A range of slip behavior accommodates deformation including fast earthquakes, slow slip earthquakes, earthquake swarms, and repeating earthquakes. The 2016 main shock triggered both moderate to large earthquakes and earthquakes swarms north of the mainshock rupture in the vicinity of a patch of the subduction zone that ruptured in 1958 in a Mw 7.7 earthquake and the epicenter of the 1906 Mw 8.8 earthquake. This subduction zone is believed to exhibit super cycle behavior where large magnitude great earthquakes occur in clusters on decadal time scales followed by extended periods of quiescence. In conjunction with an offshore OBS/active source experiment funded by France to the group at Geoazur we will deploy a dense array of nodes to record airgun shots to image the rupture zone of the Pedernales mainshock and structures linking to seismicity north of the mainshock. The dense array of nodes will be embedded in a coarser spaced array of broadband and intermediate period sensors that will remain in place to record seismicity for a year, complementing a similar array of OBS deployed offshore by the French.
DOI: 10.7914/sn/z8_2020
title: Villarrica_2020

description: Villarrica is known to produce continuous monotonic infrasound making it a prime subject for volcano infrasound studies. This dataset corresponds to three distribution of infrasound sensors deployed across Villarrica's summit, flank, and  a neighboring river (Rio Turbio) during a week in January 2020. 

Data was recorded on Gem Infrasound Loggers, which recorded with a sensitivity of 2.077962e-05 V/Pa, a 26 second corner period, and a sample rate of 100 Hz.
DOI: 10.7914/sn/5g_2004
title: Dongbei Broadband Network

description: 16-station broadband seismographic network was deployed in northeastern China along the North Korea - China border during June 2004 and September 2010.  The network had been deployed to study geophysical property  in the region, particularly the Paekdusan (Changbei shan) volcano region. The stations consist of CMG-40T and CMG-3ESP broadband sensors with Orion and Taurus dataloggers from Nanometrics, Canada.  Digital data were recorded continuously with a rate of 100 samples/s.  The PI of the network was Dr. Kin-Yip Chun - formerly of University of Toronto, Canada and local staff at the Seismic Bureaus of  Jilin and Lianing Provinces in China maintained the network.  In a recent year, Kin-Yip Chun sent hard disk drives with raw data to Lamont-Doherty Earth Observatory of Columbia University for developing database suitable for archiving and further dissemination.  Drs. Paul Richards, Won-Young Kim, and David Schaff at Lamont contributed to build the  database.
DOI: 10.7914/sn/9x_1970
title: Time series analysis of various explosions like blast, mining and nuclear

description: Seismic analysis of explosion is studied. The impact on structures is also assessed. Comparison of earthquake and explosion is compared and interesting features are to be drawn.
DOI: 10.17026/ar/b1afve
title: Westzeedijk 497, Rotterdam.
title: Kleurverkennend onderzoek
title: 207-384 BBA-rapport 384
title: Kleurhistorisch onderzoek

description: Kleurverkennend onderzoek naar de uit 1911 ontworpen A.J. ten Hope’s Handelmaatschappij naar een onbekend ontwerp, gemoderniseerd in 1955.
DOI: 10.7914/sn/z1_2020
title: Monitoring Soil Movement at the Jasper Ridge Biological Reserve, Woodside, CA

description: I propose to set up a PASSCAL seismic array, coupled with MEMS acoustic recorders, at 4 different sites in the Jasper Ridge Biological Reserve, managed by Stanford University, in order to detect and monitor Earth [sub]surface processes (e.g. bioturbation, soil creep) continuously over a period of ~6 months (December 2020 - May 2021) to better understand soil and biotic processes via real time monitoring through seismic and acoustic signals. This experiment is complementary to our previous work in San Diego and San Francisco, using PASSCAL seismic arrays to track soil movement, but has the added benefit of leveraging acoustic recordings from small MEMS microphones surrounding the seismometers to better understand and capture these signals. We aim to use the ambient 'noise' captured by the seismometers, further guided by the acoustic recordings, to track and better understand soil movement, both biotic and abiotic, in a novel manner, potentially opening up a new avenue of interdisciplinary research that bridges geomorphology and biology via geophysical and acoustical techniques.
DOI: 10.15468/dl.bhzhht
title: Occurrence Download

description: A dataset containing 4 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Diopatra sugokai",
 "Geometry POLYGON((119.300000 20.500000, 122.100000 20.500000, 122.100000 25.400000, 119.300000 25.400000, 119.300000 20.500000))",
 "HasCoordinate is true",
 "HasGeospatialIssue is false"
 ]
}

 The dataset includes 4 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021265-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.7914/sn/zv_2021
title: Insights into the subsurface architecture of the Monahans Dune Field with active & passive source seismology and microgravity

description: We will investigate the depth of the Blackwater Draw Formation of eastern New Mexico and west Texas. The formation was deposited between 1.8 million and 300,000 years ago (early to middle Pleistocene). We will perform both active and passive seismic techniques and collect coincident gravity data for joint modeling. This activity will be part of a geophysics course taught at Baylor but will be open to graduate and advanced undergraduate participants with the permission of the PI.
DOI: 10.7914/sn/zx_2021
title: Southern Alps Long Skinny Array; Along-fault array for virtual earthquake analysis of the Alpine Fault

description: SALSA is part of a combined network of approximately 45 seismometers at 10 km spacing along the Alpine Fault in the South Island of New Zealand from Milford Sound to Maruia. SALSA was designed to record the ambient seismic field for virtual earthquake analysis and calculation of regional ground motions. SALSA was active for roughly two years using instruments provided by PASSCAL, Victoria University of Wellington and Harvard. Additional short-period stations were deployed to complement other Victoria University of Wellington networks for microseismicity analyses.

Funding for this project over three years was provided by the Marsden Fund of the Royal Society of New Zealand, Te Apārangi.
DOI: 10.7914/sn/x6_2021
title: Temporary deployments on Mt. Zugspitze (Germany) for permafrost investigations

description: Seismic network consisting of three small arrays (aperture roughly 30m) deployed along the ridge of Mt. Zugspitze to monitor permafrost dynamics with ambient noise. Each array is composed of one Trillium Compact 120s broadband sensor and five 4.5 Hz PE-6/B geophones. Two of the three arrays are installed in a man-made tunnel beneath the surface, sampling rate is 200 Hz. The network will be complemented with periodic rotation sensor deployments as well as periodic strain (rate) measurements through distributed acoustic sensing. For this purpose, we installed a roughly 2 km long fiber-optic cable in tunnels beneath the ridge of Mt. Zugspitze, which we interrogated every few months using a Silixa iDAS unit. Sampling rate is 500 Hz, spatial sampling 2 m.
DOI: 10.7914/sn/y5_2021
title: Valles Caldera and Gallina Fault Node Array 2021

description: The deployment is an add-on to an NSF project on imaging and seismicity detection around Valles Caldera. The new node data would help 3-D imaging coverage and target the mid-crustal structures hosting earthquakes near the surface position of the Gallina Fault northwest of the caldera. A rare, for New Mexico, M4.2 earthquake occurred near the Gallina Fault in July and no publicly accessible seismometers are within 100 km so very little is known about the structure hosting the earthquake sequence and even the locations may not be well constrained. The proposed network would have very low magnitude detection capabilities (~M-1) so that active structures are likely to be observed within 1 month.
DOI: 10.17026/ar/b7tj9i
title: Provinsjehûs Fryslân Tweebaksmarkt 52 en 64 Leeuwarden.
title: Bouwhistorische deelopname met waardestelling kleurinventarisatie en dendrochronologisch onderzoek.
title: 182-355 BBA-rapport 355
title: Bouwhistorische deelontleding
title: Kleurhistorisch onderzoek

description: Deelontleding en kleuronderzoek naar de twee historische panden van het provinciehuis met zestiende-eeuwse restanten, zeventiende-eeuwse bouwdelen, een achttiende-eeuwse toevoeging, een belangrijke bouwfase in 1784, uitgebreid met een hoekpand in 1856 en een statenzaal uit 1890-1895 en een vleugel uit 1908-1910.