cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/80ke-t094
title: Chilkat Valley geohazard observatory

description: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2052972&HistoricalAwards=false A roughly 5-mile long segment of the Haines Highway near the village of Klukwan (Chilkat Indian Village) is home to two large debris fans (Klukwan and Mile 19) each of which have experienced numerous debris flows annually in recent years (Figure 1). This is one of the most expensive highways in the state of Alaska and historic debris flow activity has damaged or destroyed Native Alaskan villages and on-going activity threatens the village of Klukwan and other residents as well as the critical Haines Hwy lifeline that connects residents to Haines and Canada (Figure 2). Establishing an experimental facility in this area provides a unique opportunity to 1) respond to critical community needs related to resilient housing, 2) advance fundamental science, 3) develop workforce and training for Alaska Native students, and 4) strengthen partnerships with CIV that originated with a recent NSF CoPe project. Scientific motivation: High-latitude landscapes like this site in SE Alaska is experiencing profound changes due to climate change, including permafrost degradation and increased storm frequency and intensity, that increases the probability of triggering land surface hazards. Despite their proximity, the source catchments for the Klukwan and M19 fans have dramatically different lithology (Figure 3), which imparts a profound control on sediment production mechanisms and grain size, which serve as first-order controls on key processes that constitute the hazard cascade. In addition, landslide volume is the primary control on the mobility (and thus hazard potential) of rock avalanches and debris flows, which necessitates characterization of the processes that contribute to landslide material via initiation and entrainment. In addition, debris fans are constructed by the accumulation (and erosion) of debris flow deposits via channel migration and avulsion and the details of how these depositional landforms evolve is paramount to hazard and risk management. Some fundamental science questions that could be addressed by investing resources in this area include: What conditions and storm events are associated with recent and future failures? What processes and properties control the rate, spatial pattern, and caliber of bedrock extrication that produces the material for debris flow initiation and entrainment? What controls debris flow entrainment and deposition and thus flow volume? How do recent debris flows and fan geometry influence the potential for avulsion? How does grain size influence debris flow behavior, avulsions, dam/outburst events, and potential damage to humans and infrastructure? As part of this project, which also includes cameras and infrasound sensors, we plan to deploy short-period seismometers on each of our two study catchments to document the signature of debris flow and rockfall activity.
DOI: 10.7914/kb3c-nf51
title: Western Mongolia Calibration Experiment

description: This experiment will record a seismic explosion for calibration of Lg magnitude scales in western Mongolia using a regional broadband deployment.
DOI: 10.7914/yj9y-cf09
title: Isla Navarino Phased Array

description: A small aperture (5 instrument) phased array to be located on Isla Navarino in Southern Chile. Instruments to be deployed in a square with one instrument at the center. Aperture is ~1.5 km across the long diagonal. L22s or other short period instrument would work.
DOI: 10.7914/jjg6-ft02
title: FORGE 2024 stimulation stress shadow-induced seismicity monitoring

description: We aim to monitor seismic activity along critically stressed normal faults parallel to the SHmax orientation, located southeast of the FORGE research site. The well stimulation at this site is planned between April 2nd and April 18th, but it may extend beyond that timeframe. Additionally, we intend to continue monitoring for 10 days post-stimulation. Our array will comprise approximately 45 nodes, which we plan to deploy on March 21-22nd.
DOI: 10.17026/ar/ehafgc
title: Kasteel Loenersloot Rijksstraatweg 211, Loenersloot.
title: Beperkte restauratiebegeleiding.
title: 333-561 BBA-rapport 561
title: Bouwhistorische begeleiding

description: Restauratiebegeleiding naar de kelders, de toren en de zolderbalklagen en balkbeschilderingen uit het tweede kwart zeventiende eeuw van Kasteel Loenersloot
DOI: 10.7914/0tmt-hn41
title: Recording Geothermal Activity in the Upper Geyser Basin, Yellowstone National Park using a Dense Geophone Array, 2021

description: Geysers are springs that intermittently erupt mixtures of steam and liquid water. They provide a window into the transport of mass and energy in hydrothermal systems. To understand how and why geysers exist and erupt the investigators will use a multidisciplinary approach to study the iconic geysers of Yellowstone National Park, in particular, Old Faithful, the geysers of Geyser Hill, and the world’s tallest geyser, Steamboat. They will use dense temporary seismic arrays and novel interferometry-based array analyses to track subsurface hydrothermal tremor migration and hence the evolving thermodynamic conditions before, during, and after eruption. Similar analyses will be used to image the plumbing system of geysers and deeper geological structures that enable geysers to exist and identify changes in those structures over time. Laboratory models and in situ pressure and temperature measurements will be used to interpret seismic observations and develop a generalized understanding of geysering phenomena and signals. Together, a combination of seismic data and models will be used to forecast eruptions, including their timing.
DOI: 10.7914/xxnj-ek59
title: Rete Sismica e Accelerometrica

description: Rete Di Velocimetri e Accelerometri
DOI: 10.7914/z6kv-sg06
title: Mt. Stromlo Node Array

description: 72 three component nodal array (IGU-16HR) recording for 30 days with an average spacing of 10 m near the seismic vault at Mt. Stromlo, ACT. Channels available are 1000 Hz (GH) and 40 Hz (SH).
DOI: 10.7914/a9fc-5r56
title: GreenlandSeismic (GreenlandSeismic)

description: 117 FairField nodes deployment on the Insunnguata Sermia glacier in Greenland in collaboration with the group of Stephen Livingstone in the UK.
Project funding: ERC REASSESS
DOI: 10.7914/m38x-aw92
title: Halloween Crack Seismic Array

description: A deployment of Pegasus, Reftek and Smart Solo instruments on the Brunt Ice Shelf, Antarctica, around the tip of Halloween Crack. Deployment aims to capture ice-quake fracturing from the rift propagation.
DOI: 10.17026/ar/ei1zjb
title: Boogbrug in de Oud Blaricummerweg, Naarden.
title: Bouwhistorische opname met waardestelling
title: 389-643 BBA-rapport 643
title: Bouwhistorische opname

description: Onderzoek naar de boogbrug in de Oud Blaricummerweg uit 1904 waarschijnlijk naar ontwerp van K.P.C. de Bazel ter vervanging van een oudere brug, met naastgelegen recente houten fietsbrug.
DOI: 10.7914/b1k3-3c71
title: Kamb Ice Stream Outlet Channel

description: Kamb Ice Stream ceased flowing from the West Antarctic Ice Sheet into the Ross Ice Shelf approximately 150 years. Stagnation of this ice stream has been attributed to changes in the routing of subglacial water. The KambSeis2 experiment targets a major subglacial drainage channel that crosses the ice-sheet ice-shelf transition and enters the sub ice shelf cavity. Using five small arrays surrounding the surface expression of the subglacial channel we aim to characterise drainage of subglacial water through the channel. This channel is the focus of direct access drilling during the 2021/2022 austral summer.
DOI: 10.17026/ar/ei9pdi
title: Radboud Universiteit, Thomas van Aquinostraat 1 t/m 8 Nijmegen
title: Cultuurhistorische verkenning & documentatie

description: De grillige opgezette laagbouw aan de Thomas van Aquinostraat is kenmerkend voor zijn tijd. Het is ontwerp is van architecten Mart Reijs en R.C.M. Meltzer en verwant aan de moderne architectuurstroming van het structuralisme. In 2018 zijn de gebouwen gesloopt.
DOI: 10.7914/hk2t-9516
title: Along-Dip Segmentation of the Slip Behavior and Rheology of the Copiapó Ridge, Chile

description: The network aims to complete the permanent and semi-permanent stations in the Atacama region, Chile, focusing on the subduction of the Copiapo Ridge and its influence on the seismic activity. In order to enhance the density of observations, 10 instruments have been installed in 2 different settings, for 4 months each, monitoring 20 temporary sites in total. Instruments are Guralp 40T sensors (30 s - 50 Hz) equipped with Nanometrics Taurus dataloggers, registering continuously at 100 Hz.
DOI: 10.7914/t185-ha39
title: Along-Dip Influence of the Challenger Fault Zone on Slip Behavior and Rheology, Chile

description: The network aims to complete the permanent stations in the Coquimbo region, Chile, focusing on the subduction of the Challenger Fault Zone and its influence on the regional seismic activity and behavior. In order to enhance the density of observations, 11 instruments have been installed for 2 years to better characterize the regional seismicity of this region, historically poorly covered by permanent networks. Instruments are Guralp 40T sensors (30 s - 50 Hz) equipped with Nanometrics Taurus dataloggers, registering continuously at 100 Hz.
DOI: 10.7914/5crh-pa95
title: WA

description: This is a temporary deployment of broadband stations to study the deep structure under the Western Amazon region of Brazil, along with related seismic activity.
DOI: 10.7914/nw3x-df02
title: Danish Seismological Network

description: National monitoring of seismic events in the Kingdom of Denmark
DOI: 10.7914/8t8q-5r03
title: Imaging Galapagos Upwelling & Neotectonics of the Archipelago

description: A broadband seismic array, comprising 12 sites, was deployed for 3.5 years in order to record data suitable for imaging the mantle structure beneath the Galapagos archipelago.  Stations recorded three-component data continuosly at 20 sps.  
Some sites also recorded active source data, which was collected in order to constrain crustal thickness across the archipelago.
Start Date: 9/1/1999    Date of Demobilization: 3/25/2003
DOI: 10.7914/nzsq-db83
title: Unraveling the microseismic activity of the Puerto Aldea Fault, Chile

description: The Puerto Aldea Fault, situated at the southern edge of the Challenger tectonic segment in the Coquimbo Region, Chile, exhibits evidence of neotectonic activity. Consequently, the primary aim of this investigation is to assess the seismic activity and kinematics of the Puerto Aldea Fault. The methodology employed entails the deployment of temporary seismological stations along the Puerto Aldea Fault, followed by the analysis and relocation of acquired data using machine learning algorithms to illuminate subsurface structures. 10 instruments have been installed for 7 months, monitoring the seismicity of the fault and the area. Instruments are Guralp 40T sensors (30 s - 50 Hz) equipped with Nanometrics Taurus dataloggers, registering continuously at 100 Hz.
DOI: 10.7914/wdzs-8f44
title: Monitor Blasting near Museum in Raleigh, NC

description: Blasting will commence on July 22, 2024, 500 feet from the North Carolina Museum of Natural Sciences in Downtown Raleigh, NC. Sensitive exhibits are in jeopardy, and they have asked me to monitor for safety. I expect to monitor for 2 months- but I am not sure how long the blasting will take place. I need Kinemetrics FBA-2 Episensor and cable for RT-130. I have several 6 channel DAS's so I do not need recording equipment.
DOI: 10.17026/ar/ejtzay
title: Instituut voor Rationele Suikerproductie, Van Konijnenburgweg 25 Bergen op Zoom.
title: Bouwhistorische verkenning met waardenstelling

description: Het voormalige suikermagazijn is gesitueerd op het terrein van de suikerfabriek van Wittouck, later De Zeeland genaamd. Het magazijn is in 1926 gebouwd en heeft enkele jaren gediend als opslagplaats. In 1950 ondergaat het gebouw een transformatie naar onderkomen van het Instituut voor Rationele Suikerproductie (IRS). Het gebouw grondig aangepast naar een ontwerp van de architecten J.H.A. Knevel en C. Ponsen (1897-1974).
DOI: 10.7914/tawk-rh33
title: Bulgarian University Seismic Network

description: BUSN aims to establish a seismic network for specific research topics. At present the network consists of short-period 3 component Geophone 4.5 Hz, one Velbox with SS02 sensor (5 s) and broad-band station 
 SS08 (50 Hz - 120 s). In the future we expect at least two more broad-band stations to be installed. The records will be used for studies applying modern methods in seismology as seismic noise studies, dispersion properties of the media and etc.
DOI: 10.7914/3v05-sw22
title: Georgetown Seismic Traverse, North Queensland

description: Short term (30 day) quasi-linear array targeting a traverse of the Georgetown inlier in Far North Queensland. 20 SmartSolo BD3C 5s nodes were deployed July-August 2024. Data recorded at 250 Hz.
DOI: 10.7914/25nd-c224
title: ABYSS onland - Monitoring giant subduction faults using distributed acoustic measurements on the seafloor

description: The objective of the ABYSS project is to probe the mechanical state of a fault zone prior to several large earthquakes (magnitude > 6) in order to identify systematic markers of the earthquake preparatory phase. The project uses distributed acoustic measurement on optical fibers, which allows to detect earthquakes thanks to underwater telecommunication cables. This network of onland stations is designed to complete the offshore observations and refine the locations of earthquake, to calibrate the technology. To that end, we installed 11 stations along the shore, equipped with 40T 30 s - 100 Hz Güralp sensors and Taurus Nanometrics datalogger.
DOI: 10.7914/xy0z-bx66
title: Wyalkatchem Temporary Network

description: A group of temporary monitoring stations deployed in 2024 to monitor a sequence of earthquakes in Wyalkatchem. To be utilized to identify locate and characterise seismic activity in the region. Initial deployment of up to 10 stations using rapid deployment kits consisting of a mix of instruments including  Broadband Seismometers and Accelerometers.
DOI: 10.17026/ar/ekivsr
title: Sint Bonifacius Missiehuis Hoorn. Blauwe Berg 5 Hoorn
title: Bouwhistorisch waardestellend onderzoek

description: Nieuwbouw Missiehuis. Een jonge bouwkundige, S.W. Langius, die sinds kort in Hoorn woonde, maakte het ontwerp.
DOI: 10.7914/6j8j-9f06
title: Western Gawler MT & Passive Seismic Array

description: The Western Gawler array consists of a short term (~12 day) nodal experiment over three E-W transects across key areas in the Fowler Domain in the Western Gawler Craton. The Western Gawler array is part of the South Australian Governments Department of Energy and Mining (DEM) Accelerated Discovery Initiative (ADI) project 'Western Gawler project: magnetotelluric (MT), passive seismic and magnetic modelling study' research collaboration between the University of Adelaide and Western Areas Ltd. 82 SmartSolo IGU-16HR 3C short period AuScope nodes were deployed in March - April 2022. All data recorded at 250 Hz, with a preamplifier gain of 24 dB. The aim of the project is to provide constraints on the cover sequences across the project area.
DOI: 10.7914/75ph-e147
title: Salt Lake City handstreamer seismic dataset

description: Seismic handstreamer imaging across mapped fault strands of the Wasatch fault system. The system contains 48-40 Hz geophones spaced 0.5 m apart. The source is an electric hammer that is equivalent in energy to a sledge hammer source. These data were acquired with funding from USGS NEHRP Project Award Number: # G22AP00359
DOI: 10.7914/wdrw-nh60
title: Woodbank

description: Located in a very quiet corner of the South Shropshire hills, This network of several seismometers includes 4 operational Willmore MK3A and 2 operational  Integra Triaxial sensors. 
The outputs of the sensors are digitized using Earth Data  PS2400 digitizers before being sent into the Earthworm system where Heliplots are created and data/events are archived.
DOI: 10.7914/ps89-gf83
title: Black Mountain SmartSolo Node Testing Experiment

description: A huddle test of SmartSolo IGU-16HR 5 Hz nodes at all gain settings (e.g. 0-36 db) as well as SmartSolo IGU-BD3C-5 0.2 Hz nodes at 0 and 6 db. Various burying styles, misorientations, and data formats were also tested. 14 nodes were deployed at 250 Hz for ~25 days in ANU's Black Mountain Paleomagnetic research facility, a semi-remote area of Canberra, ACT, Australia.
DOI: 10.17026/ar/elfe95
title: Huize Groeneveld Harderwijkerweg 388, Hulshorst.
title: Bouwhistorische opname met waardestelling.
title: 294-506 BBA-rapport 506
title: Bouwhistorische opname

description: Onderzoek naar Huize Groenveld uit 1869, na 1918 uitgebreid met een bijkeuken en in 1934 inwendig verbouwd naar plannen van F.A. Eschauzier. Met tuinmanswoning uit 1921.
DOI: 10.7914/jr68-qq17
title: Southland Otago Seismic Array

description: The Southland region of New Zealand lies at the peripheral edge of the Australian-Pacific plate boundary, and at the juxtaposition of multiple geologic terranes that were accreted onto the Gondwana margin during the Mesozoic. However, constraints on seismicity in this region, and the possible influence of its complex geologic history on modern day deformation processes, are limited by the sparse coverage of the permanent GeoNet network (station spacing ~100 km). To address this knowledge gap, we deployed 19x short period seismometers between October 2022-2023 as part of the Southland Otago Seismic Array (SOSA). Supplemented by GeoNet stations and a temporary deployment in neighbouring Fiordland (Fiord22), the reduced SOSA station spacing (10-30 km) has provided the first opportunity to study and characterise microseismicity in this region. This work is funded by Natural Hazard Commission Toka Tū Ake University Research Program project RCP023 `Understanding and Managing Seismic Risk in Low Seismic Zones.'
DOI: 10.7914/prf7-m367
title: SZNet24 

description: This data come from a community-themed nodal experiment as part of SZNet.  SZNet is an international collaboration component of the SZ4D program, part of the NSF AccelNet program. This data arise from an August, 2024 pilot field trip focused on data collection for geology, petrology, and geophysics for SZNet, consisting of a ten-day field course in the Oregon Cascades. The 2024 program are described here: https://www.sz4d.org/2024-field-trip . As part of this program, we pilot the ability of seismic wavespeeds to provide in situ information about rock composition that complements petrologic sampling. The seismic program will consist of a human-source (hammer) refraction-type deployment, and a node-based meter-scale ambient noise deployments. The three arrays of 7-12 nodes has station spacing varying from 5 - 90 m, deployed for 2 - 18 hours. All arrays are at high altitude on Mount Ashland, Oregon.
DOI: 10.7914/rn29-z097
title: Dark Fiber Horta, Faial, Açores

description: Dark fiber cable starting in Faial Island and extending into the open ocean into Flores Island direction. It comprises several kilometer length
DOI: 10.7914/vbc6-9426
title: ANSAR

description: A temporary network of broad-band seismometers in the upper half of the North Island of New Zealand. The stations consists of Nanometrics trillium compact post-hole sensors with a Centaur digitizer, all solar powered. The primary aim for the network is to perform imaging of the subsurface of the Auckland Volcanic Field under a grant from the Royal Society of New Zealand (Marsden Fund).
DOI: 10.7914/18bs-ec71
title: Listening for sediment transport and river ice dynamics in Arctic Rivers - Year 2

description: The Arctic region is experiencing accelerated temperature increases, which has been driving increased rates of permafrost thaw and causing changes in the physical and chemical dynamics of Arctic landscapes. One such change is in the timing and magnitude of spring river ice breakup and flooding. It is difficult to observe river ice breakup in remote Alaskan rivers, and even more difficult to collect samples of river bedload and suspended load during ice breakup events. Building on a geophysical dataset collected on the Canning River in summer 2023, we deployed three geophones during river ice breakup and continuously recorded the signals generated by river ice breakup and river discharge rise in the Canning River, Alaska during this dynamic period. We deployed three SmartSolo geophones (IGU-16HR 3C Multi Channel Data Loggers) on an elevated floodplain surface at 20, 30, and 40 m from the bank of the Canning River from 28 May through 24 June 2024. Unfortunately, only two nodes were recovered (stations 2 and 3 at 30 and 40 m from the river bank, respectively). Using the recorded geophone data, we will work to translate the seismic signals into river ice movement, bedload sediment transport, and stage height changes. These data will provide key information on the timing and driving mechanisms of river bank erosion, soil carbon loss, and sediment transport rates in changing Arctic river systems.
DOI: 10.7914/n4mp-vx33
title: VECTOR seismic array in the Lausitz, Germany

description: A network of 209 continuously running, digital seismic stations equipped with short-period sensors (200 stations) and broadband sensors (9 stations) was deployed in an area of ~12 x ~12 km in the Lausitz (East of Germany) for a period of ~5 weeks. The network was part of the EU project VECTOR (https://vectorproject.eu) aiming to investigate – among others – possible solutions for less invasive forms of exploration for mineral resources. In this context, the collected data was mainly used to derive a 3D model of the subsurface (seismic shear wave velocity) using ambient noise tomography.
We thank all field crews for the excellent work they have done for the project. 

This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement nº 101058483.

Co-funded by the European Union.  Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or Horizon Europe research and innovation programme. Neither the European Union nor the granting authority can be held responsible for them.
 
This project has received funding from UK Research and Innovation.

Co-funded by UK Research and Innovation. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of UK Research and Innovation. Neither UK Research and Innovation nor the granting authority can be held responsible for them.
DOI: 10.7914/e9zy-sc24
title: Horda platform OBS deployment

description: Three OBS instruments were deployed to enhance the local monitoring offshore Norway on the Horda platform.
DOI: 10.7914/t07y-8h94
title: Egyptian national Strong motion  network

description: Egyptian National Strong Motion Network  (ENSM)

Since 2008, the General Seismological Laboratory of the National Research Institute of Astronomy and Geophysics (NRIAG), Egypt, has been  operating the ENSM accelerometric network. Helwan is host to the ENSM's main center. In order to achieve complete, integrated, and sustainable development, these networks offer peak ground acceleration values  to governorates and areas around regarding the best locations for development projects and architectural designs. The ENSM's completely automated network system for seismological data collection and processing is designed to quickly exchange information about strong motion earthquakes and acquire and process seismological data digitally.