cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17026/ar/76mj5p
title: Zijpendaalseweg 101 Arnhem
title: Bouwhistorische verkenning met waardenstelling

description: Het landhuis aan de Zijpendaalseweg 101 te Arnhem is in 1911 in het noordelijke deel van de Burgemeesterswijk werd gerealiseerd en kreeg de naam De Maretak mee. Wie de architect is geweest is niet geheel duidelijk. In de redengevende beschrijving uit 2005 is de naam van Karel de Bazel (1869-1923) genoemd. Het landhuis komt echter niet voor in de overzichtswerken van deze beroemde architect en ook in het eigen archief van De Bazel zijn geen aanwijzingen gevonden dat hij de ontwerpen zou hebben geleverd. Het landhuis zal in dit rapport dan ook niet worden toegeschreven aan Karel de Bazel.
DOI: 10.7914/sn/5j_2014
title: The Sardinia Passive Array Experiment (SPAE)

description: The Sardinia Passive Array Experiment (SPAE) was carried out in central-northern Sardinia (Italy), between July 2014 and September 2016, with the main goal of acquiring new data for studies on the lithospheric structure and seismicity of the Sardinia-Corsica block. The array consisted of 8 three-component stations, deployed progressively through the observing period. Stations were equipped with Reftek RT130 digitizers and mainly Lennartz 3D/5s sensors. A Nanometrics Trillium Compact 120s seismometer was also installed. The temporary network recorded in continuous mode at 100 sps. The collected dataset includes over 250, Mw > 5.5, teleseisms , occurred worldwide. A number of local earthquakes were also detected during the campaign, both at the borders, beneath the Tyrrhenian and Western Mediterranean seas, and within the continental block in the Bonifacio strait, and Gallura (northern Sardinia). The seismic survey was complemented by site selection for new permanent stations of the Italian National Seismic network.
DOI: 10.7914/sn/kt
title: KROTONE SEISMIC NETWORK

description: The Krotone seismic network is a private network managed by the italian oil company Eni. It is located in Italy in the Calabria Region near the city of Crotone (ancient greek city of Kroton). It is aimed to monitor the onshore/offshore gas field of Luna - Hera Lacinia
DOI: 10.7914/sn/yh_2010
title: AfricaArray SE Tanzania Basin Experiment

description: 8 BB stations deployed in SE Tanzania.  The equipment has been provided by UTEP and funding by an oil company.
DOI: 10.7914/sn/zj_2019
title: Pannonian-Carpathian-Alpine Seismic Experiment

description: The PACASE project is carried out as a new “AlpArray Complementary Experiment”, with the contribution of 7 countries. The focus is the seismological structure and geodynamics of the region named in the project title, as well as seismicity and seismotectonics. PACASE will deploy broadband 3-component sensors and collect continuous data at 100 sps.
DOI: 10.7914/sn/zk_2019
title: Eagle Creek post-fire bedload transport seismic monitoring

description: The Eagle Creek fire, declared contained on November 30th, 2017, burned a total of 48,831 acres in the Columbia River Gorge, Oregon. The degree of impact as measured by soil burn severity was highly irregular, with highest degrees of burn concentrated on ridge tops and steepland regions above drainages such as Eagle Creek (where the fire started). Removal of vegetation from such regions is known to increase the likelihood of hillslope failure in the form of debris flows and landslides. This sediment may contribution to increased bedload transport and erosion in the coming years. During the time when Eagle Creek is closed to the public (now through summer 2019, US Forest Service personal communication), we hope to install timelapse cameras and short period seismometers within Eagle Creek gorge, to monitor stream levels and sediment transport during winter 2018/2019. Bedload transport has been demonstrated to be identifiable in seismic data, appearing within a distinct spectral band from rainfall and noise from turbulence within the flowing water. We will correlate seismic and time-lapse imagery with rainfall collected nearby to detect patterns in sediment supply and transport, and capture any bedrock erosion that may occur. The mosaic pattern of burn intensity within Eagle Creek gorge (parts of the canyon experienced severe burn intensity and denudation of vegetation, while other parts were virtually untouched) provides an excellent opportunity to study the role of upslope burn intensity on sediment flux. Seismic instruments will ideally be installed in October Fall 2018 and removed by June 2019.
DOI: 10.17026/ar/79kbvu
title: Landhuis Leuvenhof, Schapendrift 164 Elspeet. Deel A – Bouw- en cultuurhistorische rapportage
title: Bouw- en cultuurhistorisch waardestellend onderzoek

description: Landhuis De Leuvenhof werd in 1921 naar ontwerp van het Haagse architectenbureau Van Dorsser en Albers ontworpen in een vrij sobere traditionalistische stijl, echter met in de detailleringen duidelijke invloeden van de Amsterdamse school.
DOI: 10.7914/sn/3d_2018
title: Raspberry Pi Enhanced Reftek (RaPiER) Ambient Seismic Noise Interferometry 2

description: Test of 150-node automated, distributed seismic processing array, funded by Dept of Energy, Office of Energy Efficiency and Renewable Energy (EERE), Geothermal Technologies Program.
DOI: 10.7914/sn/7d_2018
title: Lake-induced earthquakes in Lake Erie

description: Lake-induced seismicity (LIS) has been reported at various locations globally. Such induced earthquakes are associated with reservoir impoundment and seasonal water-level variations. These earthquakes can pose an unexpected seismic risk to lakefront communities. For regions away from active tectonic boundaries, the relatively stable environment allows earthquake source processes to be investigated in a naturally controlled setting, where the water levels are well-monitored. However, mechanisms of LIS remain elusive despite their intellectual and social relevances. In particular, relationships between lake levels, fault configurations, and the local geology are poorly understood. Here we propose to investigate the seismic activities in the Lake Erie region. We hope to address: 1), how local seismicity respond to seasonally varying water levels? How do extreme weather events correlate with local seismicity? 2), how does the lake seismic zone respond to transient high strain episodes caused by passing high amplitude surface waves? 3), what are the differences between the lake-induced earthquakes and injection-induced earthquakes caused by oil and gas production? We request to deploy ten broadband seismograph sets to monitor Lake Erie seismicity for two years. The network will cover the west lakefront of Lake Erie from southern Michigan to northern Ohio with station spacing of ~15 km. Most of the stations are planned to be hosted by private landowners, e.g., farms. We do not expect unusual station sites. The project will be funded with university funding provided by University of Michigan, Michigan State University and Florida State University.
DOI: 10.7914/sn/zo_2019
title: Colorado State University Mountain Campus Site Evaluation

description: Preliminary ambient noise characterization for a permanent seismograph site located at the Colorado State University Mountain Campus. Data collected with this short-term deployment will be used to choose the location for a permanent broadband seismograph station to be installed and maintained in cooperation between Colorado State University (CSU) and the Colorado Geologic Survey (CGS), with open data associated with FDSN network C0. Highly variable ambient noise at this location is expected to be predominantly short period (< 5 s). Potential noise generators include: 1) the coupling of wind energy into ground motion via trees; 2) the nearby South Fork Cache la Poudre River, which produces a near-field seismic wavefield that is modulated diurnally and seasonally by snow melt; and 3) anthropogenic noise from the CSU Mountain Campus and nearby hiking trails and forest roads. The primary mission of the permanent station will be to aid in the detection and location of small magnitude, local earthquakes and other seismic events within Colorado. Because the observed seismic energy for these events is typically short period, performing spectral characterization of potential sites in advance of installation will ensure that the permanent station will be sited where it will receive a useable signal-to-noise ratio in this band. The long-term broadband station and its open data will generally contribute to seismology research and education at CSU and elsewhere.
DOI: 10.7914/sn/2k_2014
title: Scientific Induced Seismicity Monitoring Network

description: SCISMNs is a network aimed at monitoring induced seismicity.  Data is collected as part of regulatory subsurface orders that manage induced earthquakes via traffic light protocols.  Industry's monitoring data is collated at the Alberta Geological Survey and shared via SCISMNs at the IRISDMC.

2025-02-24:  The Scientific Induced Seismicity Monitoring Network (currently designated under 2K) is in the process of moving to the new network code I0 [https://ds.iris.edu/mda/I0/]. During this process, the data will be fragmented between both networks and interested users are asked to check both networks for the required data. Once the data is fully moved to the I0 designation, the 2K will be closed.

For additional information or assistance, please email Javad Yusifbayov (javad.yusifbayov@aer.ca)
DOI: 10.7914/sn/es
title: Spanish Digital Seismic Network

description: ES network is the national seismological network in Spain, operated by the Instituto Geográfico Nacional (IGN), which aim is to monitor the Spanish and surrounding countries seismicity. Although there are previous records from short period sensors with analog transmission, some of them digitized, the Spanish Digital Seismic Network with Broad Band sensors starts in 1999. This network also includes the Sonseca (Toledo, Spain) array in the frame of the Comprehensive Test Ban Treaty (CTBT).
DOI: 10.17026/ar/7av0qi
title: Voormalige leerlooierij. Molenstraat 159 Oss
title: Bouwhistorische verkenning & waardestelling

description: De fabriek werd in 1917 gebouwd als onderdeel van een groter industrieel ensemble en diende later nog als fietszadelfabriek, als autogarage met bezinepomp en anno 2019 als winkelruimte met magazijn.
DOI: 10.7914/sn/zi_2014
title: A community seismic experiment targeting the pre-syn, post-rift evolution of the Mid-Atlantic US International Federation of Digital Seismograph Networks

description: The project is an active-source and broadband, onshore and offshore seismic experiment that is focused on the East Coast margin around Cape Hatteras. The study area, encompasses the rifted margin, from unextended continental lithosphere onshore to mature oceanic lithosphere offshore, as well as along-strike changes in margin structure and two major fracture zones that are associated with significant offsets at the modern Mid-Atlantic Ridge. The study also covers several features representing the post-rift modification of the margin by slope instability and fluid flow.
DOI: 10.7914/sn/zi_2015
title: A community seismic experiment targeting the pre-syn, post-rift evolution of the Mid-Atlantic US: the ENAM CSE land active source experiment. International Federation of Digital Seismograph Networks.

description: The project is an active-source and broadband, onshore and offshore seismic experiment that is focused on the East Coast margin around Cape Hatteras. The study area, encompasses the rifted margin, from unextended continental lithosphere onshore to mature oceanic lithosphere offshore, as well as along-strike changes in margin structure and two major fracture zones that are associated with significant offsets at the modern Mid-Atlantic Ridge. The study also covers several features representing the post-rift modification of the margin by slope instability and fluid flow.
DOI: 10.7914/sn/y3_2019
title: ACACOAST

description: Seismic information for Guerrero (Mexico) coast, using remote and continue sensors in Costa Grande and Costa Chica areas. sounding data for "La Brecha de Guerrero" (Guerrero Gap)
Installation stage, experimental.
DOI: 10.7914/sn/4e_2018
title: Raton 3C Nodes 2018

description: A passive array of 95 3-C ZLand nodes with 5-Hz geophones was deployed in the Raton basin in summer 2018. The main motivation is source studies of induced and natural earthquakes in this active coal-bed methane production and wastewater injection area. The array recorded continuously for ~1 month.
DOI: 10.17026/ar/7brqec
title: Elizabeth Wolffschool Prinsengracht 927, Amsterdam.
title: Bouwhistorische opname op hoofdlijnen met waardenstelling.
title: 400-659 BBA-rapport 659
title: Bouwhistorische verkenning

description: Onderzoek naar een drielaagse meisjesschool uit 1882-1883 naar ontwerp van de Dienst Publieke Werken, verbouwd in 1910-1911, in 1963 ingrijpend aangepast.
DOI: 10.7914/sn/x6_2019
title: Seismic Observations of Glacier Creek to Infer Timing and Magnitude of Bedload Transport

description: To aid in a bridge replacement feasibility analysis, bedload transport information on a stream named Glacier Creek in northern Washington State is needed. Glacier Creek in this area has a steeply-sloped channel with a cobble-boulder bed. The bedload is too large to sample using conventional methods. As an alternative, the U.S. Geological Survey (USGS) will test two surrogate bedload monitoring methods to constrain the timing and magnitude of bedload transport during flood events. These methods include in-stream hydrophones and seismometers placed on the adjacent floodplain. The monitoring period is one year to observe flooding events. Supplemental data collected at the site, including bedload and stream discharge, will support interpretation of the seismic data.
DOI: 10.7914/sn/zz_2019
title: Farnsworth Unit Surface Seismic Array

description: The Farnsworth Unit is a carbon capture, utilization, and storage demonstration site located in northern Texas. Some microseismic activity has been identified using a down-hole seismic array over the past few years. With the newly deployed down-hole seismic array and a surface seismic array, the project will characterize microseismic events by calculating the moment magnitude and doing moment tensor inversions. Understanding how the stresses are changing in the reservoir and caprock is vital to understanding the stability and storage of carbon dioxide geologically.
DOI: 10.7914/sn/x1_2019
title: SAGE investigations of the Valles Caldera

description: This passive seismic experiment is centered upon the Valles Caldera in NW New Mexico and is aimed at: 1) imaging potential melt zones beneath the Caldera, 2) investigating the shallow hydrothermal system beneath the central resurgent dome and 3) mapping structural boundaries including hypothesized ring-fracture zones associated with the caldera's collapse and rift structures that it may overprint. This experiment is one component of the annual Summer of Applied Geophysical Experience (SAGE) program that immerses 20-30 undergraduate and graduate student in a wide range of geophysical techniques. SAGE has to date not included passive seismology in its toolkit and would like to expand the SAGE curriculum in this direction. We anticipate significant involvement with SAGE students in the data collection and processing/modeling of the data.
DOI: 10.7914/sn/y5_2019
title: North Bay Seismic Experiment (con't from YK 2003-2018)

description: Seismic network of short period and broadband sensors north of San Francisco Bay. Primary products are ground motion maps for scenario earthquakes.
DOI: 10.7914/sn/x5_2019
title: Bedload Monitoring of Ephemeral Streams

description: We will deploy broadband and node seismometers along reaches of ephemeral streams in New Mexico and Israel in conjunction with modern in-stream measurements of sediment transport. Bedload flux is fundamental to river dynamics and landscape evolution, yet representative measurement of this key parameter is inhibited by its spatial and temporal variability as well as the challenge of sampling in high-energy environments without altering transport. Surrogate methods are a promising approach, yet calibration remains a challenge, and the lower grain size limit of detection is uncertain. This project will build up from direct bedload measurements, to acoustic surrogates, to seismic monitoring, providing vital field data that will enable the advance of fluvial seismology.
DOI: 10.15468/dl.qfyczp
title: Occurrence Download

description: A dataset containing 38 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Amazona aestiva",
 "Country is Italy",
 "HasCoordinate is true"
 ]
}

 The dataset includes 38 records from 3 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0021258-250920141307145/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.17026/ar/7k5vlq
title: ’s Rijks Munt Utrecht.
title: Deel 2 Interieur- en kleuronderzoek.
title: 058-193.2 BBA-rapport 193.2
title: Kleurhistorisch onderzoek

description: Onderzoek naar het rijksmuntgebouw gebouwd in 1909-1911 naar plannen van C.H. Peters, daarna diverse kleine verbouwing en aanpassingen ondergaan, waaronder een nieuw smelthuis in 1928.
DOI: 10.7914/sn/oy
title: OGS Mobile LAB

description: OGS has a mobile laboratory equipped with a seismic network of 7 stations for rapid intervention in case of moderate/strong earthquakes in the Northeast of Italy. Sensors are Lennartz 1 sec and acquisition units are Nanometrics Titan. Real-time data telemetry.
DOI: 10.7914/sn/ey
title: Egyptian national  seismological network

description: Egyptian National Seismic Network (ENSN) 
Recording, monitoring, and analyzing the natural and artificial seismic events are the main objectives of the Egyptian National Seismic Network (ENSN). The main center of the ENSN is located at Helwan, Cairo, besides a group of seven regional seismic centers covering all parts of the Arab Republic of Egypt. These sub-centers provide expertise and advice to decision-makers in surrounding governorates and regions on the most appropriate sites for development projects and architectural designs in order to achieve comprehensive, integrated and sustainable development. The seismological acquisition and processing at ENSN is a fully automated network system dedicated to the digital acquisition and real-time processing of seismological data, as well as the rapid exchange of earthquake information.
DOI: 10.7914/sn/x7_2019
title: FORGE Phase2C Stimulation

description: Experiment as part of the new DOE FORGE project to develop technologies for enhanced geothermal systems. This experiment included three, small volume injections. Downhole 12 level three-component geophone string and DAS data from same borehole (~two weeks of data). Nodal array deployment (151, 3 component Nodes) deployed for one month.
DOI: 10.7914/sn/xs_2016
title: Passive Imaging of the Lithosphere-Asthenosphere Boundary

description: The science team will systematically image the entire length of an oceanic plate, from its birth at the Mid Atlantic Ridge to its oldest formation on the African margin. This is a large-scale focused effort with multiple scales of resolution and sensitivity, from a metre to kilometre scale using seismic and electromagnetic methods. This scale, focus, and interdisciplinary approach will finally determine the processes and properties that make a plate strong and define it. The project will be accomplished through a large, focused international collaboration that involves EU partners (3.5 M euro) and industry (6.4M euro), both already funded.
DOI: 10.7914/sn/x9_2019
title: Bedload Monitoring of Ephemeral Streams (seed)

description: We will deploy broadband and node seismometers along reaches of ephemeral
streams in New Mexico and Israel in conjunction with modern in-stream
measurements of sediment transport. Bedload flux is fundamental to river
dynamics and landscape evolution, yet representative measurement of this key
parameter is inhibited by its spatial and temporal variability as well as the
challenge of sampling in high-energy environments without altering transport.
Surrogate methods are a promising approach, yet calibration remains a
challenge, and the lower grain size limit of detection is uncertain. This
project will build up from direct bedload measurements, to acoustic
surrogates, to seismic monitoring, providing vital field data that will
enable the advance of fluvial seismology.
DOI: 10.7914/sn/x3_2017
title: FREY - Nevada National Securty Site HADDOCK

description: Two and three-dimensional seismic reflection and refraction data across an uncollapsed nuclear test site, HADDOCK. Seismic hammer and accelerated weight drop data recorded on ~1000 receivers at 5-10 m spacing.
DOI: 10.17026/ar/7maumw
title: Mariakerk / Onze-Lieve-Vrouw van de Heilige Rozenkranskerk Wilhelminalaan 63, Oosterhout.
title: Bouwhistorische verkenning met waardestelling.
title: 437-719 BBA-rapport 719
title: Bouwhistorische verkenning

description: Onderzoek naar de R.K. O.L. Vrouwe van de Heilige Rozenkranskerk met sacristie en pastorie uit 1952-1953 naar ontwerp van B.P.J. Oomen, inwendig aangepast in 1965 en opnieuw in 2005.
DOI: 10.7914/sn/6e_2018
title: Surface-wave characterization of the SHOAL nuclear blast cavity and rubble chimney

description: In 1963 the 15 kT SHOAL nuclear detonation east of Fallon, NV blasted a cavity 25 m in radius at 400 m depth in hard granite. A few months after the blast, drilling found the top of the rubble collapse chimney at 250 m depth. The 2018 Applied Geophysics course at the University of Nevada, Reno will conduct geophysical surveys over the SHOAL ground zero to attempt to identify the blast cavity and rubble chimney with gravity, magnetic, seismic reflection, shallow ReMi, and deep ReMi surveys. The main question is whether the top of the collapse chimney is evident in any of the surveys. Thirty PASSCAL Texans with 4.5Hz geophones will record 4 hours of passive microtremor noise on 3 km arrays centered on SHOAL ground zero. An active-source deep ReMi experiment detailed the 600-m-deep low-velocity body interpreted to be the collapse chimney at the SALUT test site at NNSS. Passive deep ReMi surveys have determined shear-velocity structure to 1 km depth in the Reno basin (Pancha er al., Dec. 2017 BSSA). The SHOAL site is much quietly than urban Reno, except for US Navy “Top Gun” training activities. The SHOAL ground zero area is entirely open and accessible.
DOI: 10.7914/sn/y6_2019
title: Community, Arts, and Environmental Setting of Fly Geyser, Nevada

description: To investigate the environmental and hydrologic setting of the much visited and photographed human-induced Fly Geyser, an Applied Geophysics class will conduct seismic reflection, refraction, ReMi, and deep ReMi surveys of Hualapai Playa, adjacent to the Black Rock Desert in northwestern Nevada. The area is owned by the Burning Man arts and cultural foundation, and they desire that participants and artists develop a deeper understanding of the geyser, including its geological and hydrological underpinnings. The PASSCAL equipment will also be used on the UNR campus in Reno, to train the class. All data from both the campus and the playa will be made openly available as soon as it can be formatted for archiving. The Geometrics multichannel recorder and seismic cables included in this request are already being loaned to Prof. Breitmeyer at UNR, so shipping those items from PASSCAL is not necessary from our perspective.
DOI: 10.7914/sn/5a_2014
title: Subduction Reversal and the Ontong Java Plateau

description: Seismic deployment for passive imaging in Papua New Guinea to image the downing slabs in the region to understand the role of the Ontong Java Plateau in subduction reversal. The array consists of 6 Guralp 3ESPD and 2 Guralp 3TD.