cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/6p6jqk
title: Westelijk bouwhuis van Kasteel De Cannenburch Maarten van Rossumplein 4, Vaassen.
title: Bouwhistorische verkenning en waardestelling. Aanvullende waarneming.
title: 215-394.2 BBA-rapport 394.2
title: Bouwhistorische verkenning

description: Aanvullend onderzoek naar het westelijke bouwhuis van Kasteel De Cannenburch uit 1742 naar vloer en waterput.
DOI: 10.7914/sn/3e_2016
title: Yasur Volcano Temporary Deployment, Summer 2016

description: The aim of this deployment was to create a dense seismo-acoustic network supplemented by geochemical and visual observation methods to examine Yasur volcano explosions in detail. Some main goals were to examine the directional radiation pattern of volcanic explosions using a novel approach of additional acoustic sensors on an aerostat, conduct high-resolution acoustic source location, and to examine the ballistic hazard associated with explosions. The geophysical deployment consisted of 12 ground-based infrasound sensors (Chaparral model 60), 3 infrasound sensors on an aerostat (BSU-type), and 8 broadband seismometers (Trillium compact posthole). All sensors were digitized using DATA-CUBE by Omnirecs.
DOI: 10.7914/sn/yk_2019
title: Pocrisc

description: Pocrisc Interreg Project Seismic Network
DOI: 10.7914/sn/xz_2019
title: Shale Hills Critical Zone Observatory Mini-Array Experiment

description: In this project, we wil be deploying several small-aperture (~10m) arrays of nodes to asses the utility of high frequency ambient noise tomography for real-time monitoring of hydrologic properties of the shallow subsurface.
DOI: 10.17026/ar/6rkxyl
title: Provinsjehûs Fryslân Leeuwarden.
title: Deel II Tweebaksmarkt 52, Leeuwarden. Bouwhistorische inventarisatie met waardestelling.
title: 099-237.2 BBA-rapport 237.2
title: Bouwhistorische verkenning

description: Onderzoek naar het hoofdgebouw (gebouw F) in het bouwblok waarin het provinciehuis zich bevindt, 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.
DOI: 10.7914/sn/pa
title: ChiriNet

description: Panama
DOI: 10.7914/sn/ov
title: Observatorio Vulcanológico y Sismológico de Costa Rica

description: Country wide broadband seismic network
DOI: 10.7914/sn/3b_2017
title: InTarsis

description: InTarsis is a project of the RawMatCop programme by EIT RawMaterials that is aimed to promote the use of Copernicus data to the raw materials sector. The main objective of InTarsis is combining InSAR and ANI (Ambient Noise Interferometry) for monitoring mining activities impact on ground stability, with the aim of to anticipate potential landslides or collapses. Our test site is Riotinto mine. Our seismic sources are the crushing units, the truck traffic and the mining blasts.
DOI: 10.7914/sn/4b_2019
title: iTarg3T

description: iTARG3T project is oriented to solve most of the problems that arise during the early and advanced stages of W-Sn-(Ta-Li) exploration, effective ore targeting, and ore processing. We estimate that using the methods proposed here, around ten new mines can be developed and opened, reaching the European self-production on a mid-term time scale. The technical work packages of this project are designed to solve specific problems related to the targeting of the most economically significant styles of W-Sn-(Ta-Li) mineralization, including selected examples of W-Sn veins/lodes, W-rich skarns, cupolas with disseminated Sn-(Ta), and pegmatites. This will definitely promote the interest of junior companies for these targets, giving guides for exploration and solving many of the technical problems that arise during the ‘Go or No-Go’ decisions in mineral exploration. The proposed work includes the evaluation and definition of what we think are the key guides for ore exploration (conceptual modelling and definition of pathfinders and vectors to ore, including magnetic anomaly and trace element/mineralogical variations in hydrothermal aureoles, structural studies and geophysical exploration), the evaluation of mineralogical and petrophysical properties of these complex ores.
DOI: 10.7914/sn/5b_2018
title: Rutford Ice Stream Cooperative Research Program with British Antarctic Survey

description: The BAS are planning to drill up to 4 holes through Rutford Ice stream in the austral summer of 2018-19. I plan to deploy short period instruments to monitor the natural source seismicity from the base of the ice before and after penetration. These ice quakes will reveal zones of stress concentration.
DOI: 10.7914/sn/yi_2019
title: Geometrics Atoms 1-/3-C & Other Instruments Comparisons

description: An initial plan to demo of the Geometrics Atoms 3Cs by Koichi Hayashi has evolved to an opportunity to informally compare records from the Geometrics Atoms (with 1C & 3C receivers: 1 Hz?), Geometrics MT-Neo, current- & older-generation Trominos, & the USGS Trillium120/RT130. I”m crossing my fingers (& toes) as I have asked IRIS-PASSCAL to send a Fairfield 3C Nodal, which if luck holds, is expected to arrive on Friday before 8:30 a.m.
DOI: 10.17026/ar/6sefix
title: Langeweg 19, Blaricum.
title: Bouwhistorische verkenning met waardestelling.
title: 242-444 BBA-rapport 444
title: Bouwhistorische verkenning

description: Onderzoek naar de boerderij Langeweg 19 uit het midden van de achttiende eeuw, begin negentiende eeuw uitgebreid en eind negentiende eeuw aangepast, verbouwd in 1963 en hersteld in 1973.
DOI: 10.7914/sn/va
title: VAL D'AGRI NETWORK

description: The Val d'Agri seismic network is a private network managed by the italian oil company Eni. It is located in Italy in the Basilicata Region near the city of Potenza. It is aimed to monitor the High Agri Valley where the company is cultivating the major onshore oilfield in Europe.
DOI: 10.15468/dl.akk3fr
title: Occurrence Download

description: A dataset containing 4 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Neanthes glandicincta",
 "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 3 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021256-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.7914/sn/c5
title: University of Cambridge seismology

description: temporary network operated by the Bullard Laboratories, Department of Earth Sciences, University of Cambridge, Madingley Rise, Madingley Road, Cambridge, CB3 0EZ, united Kingdom
DOI: 10.7914/sn/yl_2019
title: Mayagüez Amplification and Site Response Pilot Study

description: This project to be run by the Puerto Rico Seismic Network/Puerto Rico Strong Motion Program in collaboration with the USGS (Tom Pratt) aims to produce a pilot study of amplification of earthquake ground motion relative to bedrock sites in the region of Mayagüez, Puerto Rico. Similar studies have already been performed for sites such as Central and Eastern North America (Pratt et al, 2017). However, such studies are currently lacking in Puerto Rico. Annually, the Puerto Rico Seismic Network registers between 3,500 and 4,000 local earthquakes in the Puerto Rico and Virgin Islands region. The last historical major earthquake in Puerto Rico occurred in 1918 approximately 30-50 km Northwest of Mayagüez with a magnitude of ~7.3Mw. In this pilot experiment, we propose to deploy 13 L-22 short period instruments in the municipality of Mayagüez as a pilot study to explore the feasibility of using future similar experiments to better understand potential ground motion amplification impacts in Puerto Rico as well as better understand ground motion in ocean island environments.
DOI: 10.7914/sn/3c_2017
title: NZ3D FWI

description: This dataset contains seismic data collected by 49 Guralp CMG-6TD instruments that were deployed in the Gisborne area of the North Island, New Zealand from Jan 2018 – Feb 2018. These instruments were deployed in an array measuring ~30 km x 15 km with instruments spaced roughly every 2 km. The deployment was carried out by Imperial College London, supported by GNS Science, University of Cardiff, University of Southampton and the University of Victoria, Wellington. The purpose of the deployment was to detect airgun shots produced by the R/V Marcus Langseth in an NSF-NERC funded offshore 3D seismic survey. The recorders have also detected passive source seismicity during the deployment period. The aim of the data collection was to produce physical property models of the Hikurangi subduction zone in a region of slow slip. Technical details of the survey are contained in the report “New Zealand 3D Full Waveform Inversion (NZ3D-FWI) 2017-2018 Field Acquisition Report”. Webpage https://nz3dfwi.weebly.com/home.html
DOI: 10.7914/sn/yp_2019
title: UBCISM

description: Moving array of accelerometer plus geophone stations for monitoring induced seismicity in western Canada
DOI: 10.7914/sn/yv_2019
title: Hydraulic Fracturing Test Site-Enhance Oil Recovery

description: The Hydraulic Fracturing Test Site (HFTS) in Reagan County, Texas is a field-based laboratory for oil and gas research funded by the Department of Energy (DOE) and various industry partners. In HFTS Phase II, the research partnership will attempt to increase oil production from a depleted horizontal well in the Permian basin by: 1) injecting natural gas at high pressure and rate into the depleted oil well for a two-month period, 2) shutting in the well for one month (soak period), and 3) producing the well for a two-month period. Termed “huff n’ puff”, this process will be repeated for three cycles. Although the actual mechanism(s) for incremental oil recovery is/are currently unknown, it is proposed that at high pressure, the injected gas becomes miscible with oil remaining in the formation to lower its viscosity and improve its flow rate. Operators in the Eagle Ford Basin and the Permian Basin have been conducting their own natural gas huff n’ puff tests with only limited reporting of results. This will be the first natural gas huff n’ puff test to make results publicly available. In November 2018, DOE’s National Energy Technology Laboratory (NETL) would like to deploy an array of 13 broadband seismometers around the injection well to monitor seismicity as the formation is subjected to repeated periods of dilation and contraction during the huff n’ puff. The injection pressure will be maintained at levels below fracture pressure so shear failure and resulting microearthquakes should be limited. However, the extended periods of alternating pressure pulses corresponding to the injection and production cycles might generate low frequency events of long time period (LPLD events), as noticed earlier at various hydraulic fracturing sites (Das & Zoback, 2011; Eaton et al., 2013; Kumar et al., 2017). This information can be correlated to the geomechanical properties of the reservoir and might promote a better understanding of reservoir deformation processes.
DOI: 10.17026/ar/6sxeaw
title: Watertoren, Dijklaan 71 Bergambacht.
title: Bouwhistorische opname met waardestelling
title: 388-642 BBA-rapport 642
title: Bouwhistorische opname

description: Onderzoek naar de watertoren ‘De vijf Gemeenten’ uit 1937 naar ontwerp van P.D. Stuurman met betonnen waterreservoir, verbouwd rond 1958.
DOI: 10.7914/sn/7b_2018
title: Effect of the explosive type on rock damage and seismic radiation

description: Chemical explosions are often used as a proxy to study seismic wave radiation from nuclear explosions. One of the important features of the chemical explosions is the release of explosive gases during the explosive detonation, which is often overlooked in seismic studies. Recent observations from chemical explosions indicate that explosive gas products may significantly affect the radiated seismic waves. For example, it is known that a higher amount of gas released in a chemical explosion results in an increase in rock damage due to the opening and propagation of fractures. However the effect of the cavity gas and the rock damage affects the far-field seismic radiation is not well understood. A field experiment intended to elucidate the effect of the explosive gas in the cavity was conducted in 2016 (GAS2016). The new experiment is a follow-up study, which will provide insight into the questions that remained unanswered after the 2016 experiment. The new experimental study will include several new explosions recorded by a near-source to local seismic network.
DOI: 10.7914/sn/8c_2018
title: Integration of Noble Gas and Seismic Measurements for Small Yield Event Discrimination and Yield Estimation

description: The experiment series will include a series of explosions above and below the water table to evaluate the influence of water saturation on gas transport. The explosions will have different yields and depths of burial in order to examine the effects of these important parameters on the gas transport as well as on seismic wave radiation. The below water table GDE will be the first of its kind. Even if SF6 is completely sequestered beneath the water table due to capillary effects, it would be an important result. We will perform extensive pre- and post-explosion subsurface site characterization, including cross-hole tomography, TEM/DC resistivity formation fracture aperture mapping, slug testing, and rock coring to characterize the subsurface properties (density, porosity, fracture density, and permeability) as a function of distance from the explosion source. In addition, we will collect and analyze seismic data from the explosions. Seismic data from the explosions with different emplacement conditions (combined with known gas signatures) could provide additional information for detection and yield estimation of small explosions, such as those apparently being conducted by N. Korea. We are particularly interested in determining whether there is correlation between the shear wave amplitudes, the formation of long fractures and the prompt venting of the tracer gas following the formation of the long fractures.
DOI: 10.7914/sn/7j_2013
title: Poker Flat Permafrost Seismic Interferometry Experiment

description: In a first-of-its-kind study, a small seismic network was installed near Fairbanks, AK to explore the application of ambient seismic noise methods for monitoring and mapping active layer thickness and permafrost characteristics. Seven Trillium compact posthole broadband seismometers were direct buried at the top of permafrost (~1 m depth) and recorded continuously from September 2013 through June 2015. The stations received power over Ethernet from a nearby building and experienced numerous power outages during the deployment leading to some gaps in the dataset.
DOI: 10.15468/dl.kwhdd6
title: Occurrence Download

description: A dataset containing 2 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Amazona aestiva",
 "Country is United Kingdom of Great Britain and Northern Ireland",
 "HasCoordinate is true"
 ]
}

 The dataset includes 2 records from 2 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021259-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.17026/ar/6yvtq0
title: Kasteel Nederhemert Nederhemert.
title: Aanvullend bouwhistorisch onderzoek gedurende de restauratie in de periode 2003-2004.
title: 034-175 BBA-rapport 175
title: Bouwhistorische begeleiding

description: Bouwhistorische begeleiding van het in 2001-2005 gerestaureerde kasteel Nederhemert dat in de Tweede Wereldoorlog zwaar was beschadigd.
DOI: 10.7914/sn/yr_2019
title: GEOCANTABRICA-COSTA

description: The GEOCANTABRICA-COSTA network will be deployed in the NW of Spain (Asturias, León and Galicia), covering an area of 12.500 km2  with interstation distances between 40 and 45 km. In total, we will deploy 11 broadband seismic stations equipped with Nanometrics Taurus dataloggers and Nanometrics Trillium 120P sensors. The network will be augmented with broadband data from two permanent stations of the Spanish Seismological Network. 
The two main goals of  our network are: 
- Locating and characterising the intraplate seismic activity in the west of Asturias and in the closest continental platform.
- Performing ambient noise tomography to obtain maps of s-wave velocity variations and their relationship with variscan and alpine structures.
DOI: 10.7914/sn/9c_2018
title: Seismometer to Investigate Ice and Ocean Structure (SIIOS) Field Experiment: Greenland

description: To investigate the viability of a seismic experiment on an Ocean Worlds lander mission, we are undertaking a series of analog field studies to develop operational techniques and quantify the science return of a Seismometer to Investigate Ice and Ocean Structure (SIIOS). Specifically, we aim to achieve the following objectives: 1) Demonstrate the ability of a small aperture seismic arrays in a “lander-like” configuration to discriminate between ice/ocean/bedrock layers in Earth's cryosphere, and record the influence of diurnal motion, as an analog to Ocean Worlds. 2) Demonstrate the improved resolution of a small aperture array over a single instrument for the detection and location of passive seismicity and noise sources in an Ocean Worlds analog environment. 3) Develop protocols and requirements for spacecraft onboard generation of data products that preserve science results while also being compatible with data downlink limitations typical for missions deployed in the outer solar system. 4) Determine the most effective types of passive seismic sources (e.g., ice cracking) for measuring ice and liquid water structure. This is the second field campaign and will take place on the Greenland ice sheet, ~45 km north of Qaanaaq airport in the location of a subglacial lake. This location has higher fidelity than the Gulkana glacier experiment to a Europa analog environment. The Greenland field exercise site installation will begin in mid-May 2018 and leave instruments deployed over the summer on the ice sheet. We will be using a combination of PASSCAL equipment and Silicon Audio instruments which should be able to interface with Reftek-130 data loggers. Each of the stations will be collocated in a short aperture array of approximately 3 meters radius. At the center of the array we will deploy a short period and broadband station. Each arm of the array will have a Silicon Audio seismometer deployed alongside a 3-component geophone. The short aperture array will be supplemented by 4 stations located at least a 1 km from the central lander like configuration.
DOI: 10.7914/sn/ys_2019
title: SANIMS

description: Temporary deployment involving, broad-band, short period and high resolution nodes in NE Iberia
DOI: 10.17026/ar/74aube
title: Rapport C: Koetshuis. Amersfoortseweg 10 Zeist
title: Bouwhistorische verkenning met waardenstelling

description: Nadat landgoed Dijnselburg bij Huis ter Heide in de middeleeuwen is ontstaan als uithof voor het vrouwenklooster in Bilthoven komt het in de zeventiende eeuw in particuliere handen. De vroegste nog aanwezige bebouwing op het landgoed Dijnselburg stamt uit 1883 en wordt gevormd door de hoofdvilla en het bijbehorende koesthuis en de arbeiderswoning.
DOI: 10.7914/sn/ze_2019
title: Node deployment along the intersection of the Denali Fault and Parks Highway

description: We'll deploy two simultaneous arrays of seismometers along the Denali fault where it intersects the Parks highway. One array will be 300 nodes spaced 500m along the train track; we've received permission from the Alaska Railroad corporation to deploy on their land 40 feet from the tracks and in addition they will support us with a road-rail vehicle. The railroad runs approximately perpendicularly to the fault; our main targets are (a) the structure of the moho across the Denali and Hines Creek faults (currently a subject of debate), (b) upper crustal structure via ambient seismic noise imaging, and (c) detection of local seismicity. During the winter months, only 2 trains per day use the tracks, which will keep nuisance signals to a minimum. The experiment needs to conclude before the end of April when traffic picks up and the rivers melt. The second array will be composed of 100 seismometers with 20 meter spacing across the fault at a nearby location that has been trenched for paleoseismic studies. The target will be the upper 1-3km damage zone structure, which will be imaged using ambient noise and trapped waves generated by local earthquakes. We will likely apply several other techniques including fault zone head wave analysis, first-arrival polarization analysis, ambient noise cross-correlation at high frequency, and fault zone resonance spectral analysis. The location is moderately forested and rugged and will be conducted primarily by snowshoe hiking. The principal investigators Carl Tape and Amir Allam successfully conducted a nodal seismometer deployment under similar conditions in March-April of 2016 along the Denali fault where it is intersected by the Richardson Highway 100km to the east of the present work. Much of the field area is accessible via a frozen river, which will greatly facilitate the deployment during the midwinter months February to March. Both Allam and Tape scouted this field area during March 2018 to develop a thorough site plan and understand the logistics. For both arrays, the instruments will be shallowly buried (~2 inches) for noise reduction and safety. During February and March, there will be virtually no human activity, and very little wildlife. We will accomplish the burial via hand auger, digging rod, and sharpshooter shovels. The locations will be taken with precise RTK gps which will allow easy recovery; we also have a metal detector as a diligent contingency plan. Allam and Tape have extensive experience with the terrain and the instruments. Allam has conducted a dozen nodal deployments in conditions ranging from urban to desert to Alaskan winter and has never lost an instrument for any reason. These arrays offer a unique opportunity to study fault structure at multiple scales across the longest and oldest strike-slip fault in the world. The field conditions will be challenging and will provide a beautiful demonstration of the considerable utility of the nodal seismometers. This work is fully supported by two NSF grants, 1736248 and 1736223.
DOI: 10.7914/sn/bv
title: Bolivian Seismic Network

description: Observatorio San Calixto is a non-profit institution that belong to Jesuit Company, 
Short period, Broadband and Strong Motion real time seismological network on behalf of sciencie for Bolivia (Plurinational Statte of).
DOI: 10.7914/sn/vd
title: High Agri Valley geophysical Observatory

description: The High Agri Valley geophysical Observatory is a multi-parametric network managed by the Institute of Methodologies for Environmental Analysis of the Italian National Research Council (CNR-IMAA).
The broadband seismic stations of the network have been inherited from the experimental temporary seismic network of the SIR-MIUR Project INSIEME (https://doi.org/10.7914/SN/3F_2016).
DOI: 10.7914/sn/vo
title: CAVONE SEISMIC NETWORK

description: The Cavone seismic network is a private network managed by the italian oil company Eni on behalf of the company Gas Plus, operator of the Cavone oilfield. It is located in Italy in the Emilia-Romagna Region near the city of Modena.