cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.7914/sn/z5_2016
title: Vibration measurement at the MROI Inner Beam Combining Area technical slab, instrument optical tables and Delay Line Area

description: The MRO Interferometer is currently under construction at the Magdalena Mountains, part of the Cibola National Forest in NM. Part of the interferometer project is the Beam Combining Area (BCA) where very sensitive instrumentation resides. It is crucial for the success of the observatory that this instrumentation perform within tight requirements under different environmental conditions, including vibration disturbances. Other areas of concern is the Delay Line Area (DLA) where precision trolleys carrying optical mirrors run by up to 200 meters length within evacuated aluminum pipes and deliver light to the BCA. The goal for this vibration measurement at the MROI are: [1] To characterize the vibrations in the inner BCA at floor level and on the surfaces of two optical tables; [2] To use these data to see how ground vibrations couple into the inner BCA optical tables; and [3] To use these date to see what vibrational noise any equipment mounted on the BCA optical tables (e.g the beam compressors) will be subject to. FREQUENCY RANGE OF INTEREST: We are concerned about vibrations in roughly the 2 Hz - 250 Hz frequency range. DIRECTIONS: It is necessary to measure vibrations in all three orthogonal directions (x,y,z) and it would help if we chose to orient, say, the x direction to be along the delay line direction. TYPICAL MOTIONS OF INTEREST: We are worried about motions of order 20nm occurring over timescales of order 20ms. Note that 20nm is the sort of OPD difference that matters for interferometry, and 20ms is the near-infrared coherence time. SENSITIVITY REQUIRED: 20nm of motion occuring in 20ms corresponds to a velocity of 1 micron/second. MEASUREMENT CONDITIONS: It would be good to make recordings: (a) With the HVAC running (as it would presumably be during a real observation) but with no other disturbances; (b) With the HVAC off (as it would presumably *not* be during a real observation) and with no other disturbances; and (c) As for (b) but perhaps with someone walking in the outer BCA building. The overall measurement time frame suggest may take no more than one week. Anticipated location for measuring vibration (install sensors) are: - Inside the Inner BCA: (a) - On the top surface of the metrology optical table; (b) - On the top surface of the beam relay system optical table; (c) - On the floor, in between the metrology and the beam relay system optical tables; (d) - On the floor, where the fringe tracker optical table will reside in the future. - Inside the DLA: (e) - On the floor, near the anchor bolts where the Delay Line pipes are installed. In case enough sensors are not available, we propose the following order of priority: (c), (a), (d), (b) and (e).
DOI: 10.7914/sn/sl
title: Seismic Network of the Republic of Slovenia

description: The Seismic network of the Republic of Slovenia (SNRS) is a state-wide permanent digital broad-band seismic network operated by Slovenian Environment Agency (ARSO). The first digital seismic station was put into operation in 1990. In 1996 it was upgraded to 6 digital stations, From 2001 to 2006 it was continuously upgraded to current number of 26 stations. Most of them are six channel stations equipped with broad-band seismometre (STS-2 or Guralp) and accelerometre (Episensor). All data are received in real-time at the ARSO data centre located in Ljubljana. The main purpose of the network is to continuously monitor the seismicity of Slovenia and worldwide and to provide high quality data for the seismological and geodynamic scientific research.
DOI: 10.7914/sn/me
title: Montenegrin Seismic Network

description: Montenegrin Seismic Network consist of 10 short-period stations and 4 broadband stations. Every field short-period seismic station is equipped with seismometer S-13 type and broadband stations have seismometer KS-2000M installed. The seismic station at Podgorica is equipped with the broadband STS-2 seismometer and Quanterra-730 digitizer (MedNet).
DOI: 10.7914/sn/hc
title: Seismological Network of Crete

description: The scope of the network is to monitor the Seismic Activity in the front of the Hellenic Arc. It is operated by the Laboratory of Geophysics & Seismology of the Technological Educational Institute of Crete in collaboration with the UNESCO Chair on Solid Earth Physics and Geohazards Risk Reduction.
The stations' location  and the type of sensors are
RODP	35.5604	23.7577	REFTEK 130 / GURALP CMG-40T/1S
CHAN	35.5195	24.0427	REFTEK 130 / GURALP CMG-3ESPC/120s
KNDR	35.2349	23.6248	REFTEK 130 / GURALP CMG-3ESPC/120s
PRNS	35.3446	24.4264	REFTEK 130 / GURALP CMG-3ESPC/60s
GVDS	34.8387	24.0588	REFTEK 130 / GURALP CMG-40T/60s
KTHR	36.2447	22.9939	REFTEK 130 / GURALP CMG-3ESPC/60s
KLMT	37.0612	22.0597	REFTEK 130 / GURALP CMG-3ESPC/60s
HRKL	35.3113	25.1014	REFTEK 130 / GURALP CMG-3ESPC/120s
TMBK	35.0725	24.7662	REFTEK 130 / GURALP CMG-3ESPC/120s
KSTL	35.2092	25.3375	REFTEK 130 / GURALP CMG-3ESPC/60s
STIA	35.2021	26.0909	REFTEK 130 / GURALP CMG-3ESPC/60s
FRMA	35.0188	25.8555	REFTEK 130 / GURALP CMG-3ESPC/60s
THT2	36.4351	25.4218	REFTEK 130 / GURALP CMG-3ESPC/120s
KOSK	36.7516	26.9785	REFTEK 130 / GURALP CMG-3ESPC/120s
DOI: 10.7914/sn/zg_2014
title: Sage Brush Flats Nodal Experiment

description: A rectilinear array with 700 meter aperture, consisting of 1108 single component, 10-hz Fairfield nodal geophones straddling the Clark trace of the San Jacinto Fault Zone. Data collection occured in two phases over a 31 day period.
DOI: 10.7914/sn/9g_2012
title: Newberry Volcano EGS Demonstration MSA

description: The Newberry Volcano EGS Demonstration was a 5 year field project designed to demonstrate recent technological advances for engineered geothermal systems (EGS) development. A fifteen station array was installed in 2012 to monitor microseismicity induced by hydraulic injection into the geothermal well 55-29. There were two separate phases of well stimulation; Sept. 20 - Dec, 7 2012 and then Sept 22, - Nov. 20, 2014. The network was off from a March 2013 to August 2014. The acquisition software in 2012 and 2013 was Geotech Instruments SMART suite and Earthworm (ISTI) during 2014 and 2015, resulting in different files types (SAC and mseed, respectively).
DOI: 10.17026/ar/3s4c9j
title: De boerderijen op het landgoed Hackfort.
title: Bouwhistorische inventarisatie Deel 1 + 2
title: 012-103 BBA-rapport 103-104
title: Bouwhistorische inventarisatie

description: Inventarisatie van ruim veertig boerderijen behorende tot het landgoed Hackfort, vaak met een oudere oorsprong, maar met een huidige vorm uit de tweede helft van de negentiende eeuw; met bijgebouwen.
DOI: 10.7914/sn/8g_2013
title: MEJIPE

description: The MEJIPE seismic network is located on the Mejillones peninsula in Northern Chile. It was operated  between June 2013 and October 2015 and consisted of about 20 short period, 3-component seismometers of type Mark L4-1Hz.   The data recording was continuous at a sample rate of 100Hz.
The principal aim of the MEJIPE network was to monitor local (micro)  seismicity and to provide a high-resolution image  of the shallow part of the South American subduction zone beneath Mejillones in Northern Chile.
About 3000 local seismic events have been detected and located.
DOI: 10.7914/sn/ha
title: Hellenic Unified Seismological Network, University of Athens, Seismological Laboratory

description: Permanent Seismological Network operated by the Seismological Lacoratory of the National and Kapodistrian University of Athens since 1996.
DOI: 10.7914/sn/xa_2017
title: The Caucasus Seismic Network: The Uplift and Structure of the Greater and Lesser Caucasus

description: The Greater Caucasus forms a portion of the Alpine-Himalayan mountain belt that has undergone rapid uplift in the past 5 million years thus offering a natural laboratory to study the early stages of orogenesis. Lower resolution seismic velocity models for this region show contradictory lateral variability. Also, recent waveform modeling of seismograms have clearly demonstrated the presence of deep earthquakes below the Greater Caucasus. Due to a lack of quality data, the region has largely been unexplored in terms of the detailed uppermost mantle and crustal seismic structure. Using data from over 96 new seismic stations in Azerbaijan, Armenia, Russia, and Georgia, we hope to gain a better understanding of the recent uplift of the Greater Caucasus and the nature of seismogenic deformation in the region.
DOI: 10.7914/sn/bz
title: ZIMBABWE SEISMIC NETWORK

description: Zimbabwe has been monitoring earthquakes since 1959 when the first seismic station was installed in Bulawayo. The need to establish a seismic network for monitoring seismic activity was brought about by the building and subsequent impounding of the Lake Kariba in 1958.The seismic phase data obtained from the local earthquake recorded by these analogue systems has since been used to perform seismic activity mapping, hypocentral location and magnitude determination of seismic events in Zimbabwe. The current seismological network is made up of four broadband stations: one at Bulawayo’s Goetz Observatory (BLWY), Karoi (KRI), Chipinge (CHIPN) and Matopos (MATP) which is an auxiliary station for International Monitoring System (IMS). .
DOI: 10.17026/ar/3scdib
title: Noordelijke bouwmuur Hinthamerstraat 10 ’s-Hertogenbosch.
title: Bouwhistorische waarneming en waardestelling
title: 031-171 BBA-rapport 171
title: Bouwhistorische deelontleding

description: Onderzoek naar een woon- en winkelpand met resten van de noordelijke toren van de Leuvense of Gevangenpoort. Onderzocht werd de noordmuur met veertiende-eeuws muurwerk.
DOI: 10.7914/sn/un
title: Uganda National Seismological Network

description: To monitor earthquakes in and around Uganda
Sensor Type: STS-2, REFTEK Format data.
DOI: 10.7914/sn/ke
title: Univerity of Nairobi, Kenya

description: These network includes stations operated by the University of Nairobi but covering most of Kenya
DOI: 10.7914/sn/xd_2017
title: Maupasacq

description: Mauleon Basin Passive Acquisition, aimed at imaging the crustal structures beneath the Mauleon basin 
broadband and short period sensors
SERCEL geophones
DOI: 10.7914/sn/bc
title: Red Sísmica del Noroeste de México

description: The CICESE's Seismic Network detects and registers continuously the seismic activity occurring in Mexico’s northwest, mainly: in the north of Baja California, the Northwest of Sonora, California’s Gulf, as well as the Southern part of Baja California, and the state of Nayarit.
Actually the network has 32 stations of acceleration and broadband.
DOI: 10.7914/sn/ds
title: CGS National broadband Seismic Network

description: Network of five stations Quanterra Q330 and Streckeisen STS2
DOI: 10.17026/ar/3t4b6a
title: Brug over de Oude Maas Dordrecht-Zwijndrecht
title: Bouwhistorische verkenning met waardenstelling

description: De brug over de Oude Maas dateert uit de periode tussen 1934 en 1939 en is onderdeel van het Rijkswegenplan uit 1927. De brug in de A16 diende tot 1977 als overbrugging van de Oude Maas. De brug heeft een zeer hoge architectuurhistorische waarde als gaaf bewaard gebleven voorbeeld van een gecombineerde vakwerkbrug uit twee delen en dubbele basculebrug uit de vooroorlogse periode.
DOI: 10.7914/sn/ib
title: IberArray

description: Temporary Broad-Band deployment covering Iberia and North Africa in three successive deployments
DOI: 10.7914/sn/z3_2014
title: Temp-Sismo12082014

description: Temporal seismic stations in order to record the data after to earthquake 12-08-2014 that occurred in Quito-Ecuador.  The network was composed to Reftek 160-03 B.
DOI: 10.7914/sn/x3_2006
title: TAIGER active source explosion pilot test

description: The full-scale TAIGER active source profiling experiment is scheduled for November 2006. In preparation, the Taiwan and US scientists will drill and detonate one explosion test shot. This test shot has two purposes: (1) to give Taiwan drillers/shooters experience with a large shot (~300 to 500 kg), and (2) determine wave propagation distances across the island of Taiwan.The test shot will be located in the center of the island. We propose to use a small number of Texan instruments deployed in very short mini-arrays in approximately four strategic places in order to test propagation distances and quality of signal (given the shot size and location).
DOI: 10.7914/sn/4h_2014
title: Oklahoma State University Seismic Network

description: Research into seismic activity in the greater Payne County OK area to identify faults, constrain stress field, estimate cumulative kinematics.
DOI: 10.17026/ar/3x2q57
title: Arbeiderswoningen Karantijn Tiengemeten 3, 4 en 5 Zuid-Beijerland.
title: Bouw- en cultuurhistorische waardestelling. Randvoorwaarden herbestemming. Aanbevelingen.
title: 072-209e BBA-rapport 209e
title: Bouwhistorische verkenning

description: Onderzoek naar een tussen 1876 en 1882 gebouwd pand dat rond 1938 werd opgedeeld tot drie arbeiderswoningen.
DOI: 10.7914/sn/oh
title: Ohio Seismic Network

description: General seismic monitoring within the state of Ohio.
Guralp CMG-6TD  broadband seismometers (30s - 100Hz)
Guralp CMG-40T  broadband seismometers (60s - 100Hz)
Guralp CMG-3T broadband seismometers (120s - 50Hz)
DOI: 10.7914/sn/xg_2017
title: San Bernardino Basin (USGS) - Jan 2017 nodal deployment

description: This is a USGS funded project to study the structure of the San Bernardino Basin in Southern California using a nodal deployment. The follow up project, which was submitted to NSF, is a larger deployment, which involves shaking models of the region. START DATE: February 18, 2017 DEPLOYMENT DURATION: 35 days
DOI: 10.7914/sn/lk
title: Lunitek Seismic Network

description: Lunitek Seismic Network is a new seismic network located in Italy in collaboration with INGV and University of Genoa
DOI: 10.7914/sn/5h_2017
title: Central Virginia and South Carolina seismic monitoring experiment

description: The experiment will monitor on-going seismic activity in the aftershock areas of the 1886 Charleson, South Carolina earthquake and the 2011 Mineral, Virginia earthquake. The objective is to obtain high precision hypocenter locations and focal mechanism solutions, data that will allow us to test the hypothesis that both the central Virginia seismic zone and the Summerville, South Carolina areas are sites on long-term aftershock activity.
DOI: 10.17026/ar/3yobeu
title: Berckepoort Nieuwstraat 12-24, Dordrecht.
title: Bouwhistorische opname en waardestelling.
title: 129-277 BBA-rapport 277
title: Bouwhistorische opname

description: Onderzoek naar een huis uit circa 1540, uitgebreid in 1565-1575 en 1605-1620, gemoderniseerd in de achttiende eeuw en verbouwd in 1874, gerestaureerd in 1995.
DOI: 10.7914/sn/xf_2017
title: INFRA-ETNA

description: We are carrying out an experiment from 18thJune until 9th July 2017 on Mt. Etna Volcano (Catania, Italy).  We are deploying 12 acoustic infrasound sensors  (Chaparral 60 UHP) with DataCube Digitizers (GFZ, Potsdam, Germany) covering Mt. Etna Volcano with a maximum radius of 6-7km from the summit. Plus, we are deploying 6 to 10 broadband seismometers in array configuration at approximately 2.5 km from the summit. Additionally we are going to use thermal Infrared Cameras  and 1 drone. The scope is to register strombolian activity and to model how topography, vent geometry and atmospheric conditions control acoustic waves propagation. Moreover we want to model the ash plumes in order to characterise mass eruption rates, and plume heights taking into account the mentioned topography, vent geometry and atmospheric conditions .
DOI: 10.7914/sn/yv_2017
title: Seismic experiments at the USGS Debris Flow Flume

description: We plan to deploy ~60 3c nodal seismometers to capture the full wavefield of manmade debris flows at the USGS Debris Flow Flume in Blue River, OR. The instruments will be installed densely close to the flume and on the hillslope within ~100 meters of the flume in array configurations at high sample rates to capture the seismic signature of debris flows in a controlled setting. The goal is to understand what physical processes control the seismic signals observed and to develop and test methods for tracking moving surface sources. The experiments will last about two weeks, including installation and demobilization time. Exact dates may change so I have left some buffer in the dates listed.
DOI: 10.7914/sn/xw_2017
title: Broadband seismic experiment in NE Uganda to investigate plume-lithosphere interactions

description: A 10-station broadband network will be deployed for 18 months to investigate upper mantle structure and anisotropy as it related to plume-lithoshpere processes.
DOI: 10.7914/sn/7g_2014
title: Popocatepetl Tremor Experiment

description: Small deployment of broadband seismometers at Popocatepetl Volcano, Mexico to record and study harmonic tremor related to volcanic activity.
DOI: 10.7914/sn/i1
title: Iranian Strong Motion Network

description: Road, Housing and Urban Development Research Center (BHRC), is operating a network of about 1074 digital strong motion accelerometer. About nearly 11,000 three component strong motions have been recorded from 1973 in earthquakes between 3<Mw<7.8. 
Strong motion monitoring of earthquake activity in Iran began at the early of the 1973 with 270 analog SMA-1 stations. In the early 1990s, after Manjil
destructive earthquake, the National Strong Motion Network was renewed by digital devices, SSA-2. This network, consisting of 1070 SSA-2 sensors, was installed across Iran, 547 free-field stations as well as of 65 dam-related.The modern Iran Strong Motion Network was established in the 2007, by 65 Guralp sensors using 24-bit digitizer.  This new network is installed in Tehran and some other major cities in Iran as a real-time system.
DOI: 10.7914/sn/4a_2016
title: SP Crater Network

description: This is a temporary network funded by NASA to test methodologies for manned planetary exploration in the vicinity of SP Crater in Arizona. The network consists of 5 Nanometrics Meridian Compact instruments. Data are collected at 1 and 50 Hz.
DOI: 10.17026/ar/47szhu
title: Kasteel Nederhorst, Slotlaan 4 Nederhorst Den Berg
title: Bouwhistorisch onderzoek & waardestelling

description: Hoewel de oorsprong van het gebouw in de dertiende eeuw ligt, wordt
het uiterlijk gedomineerd door een grote verbouwing en uitbreiding in de
vroege zeventiende eeuw, waarbij het kasteel de huidige vierkante opzet
met vier zeshoekige hoektorens kreeg. Enkele ingrijpende restauraties en
een verwoestende brand in de twintigste eeuw bepalen in hoge mate het
beeld van het interieur, hoewel binnenmuren, delen van constructies en
enkele interieurelementen bewaard bleven.
DOI: 10.7914/sn/xa_1969
title: Apollo Passive Seismic Experiments

description: This is a new archive of the Apollo Passive Seismic data. The archive contains timing information. 
For more details, please see: Nunn, C., Nakamura, Y., Kedar, S., Panning, M.P., 2022. A New Archive of Apollo’s Lunar Seismic Data. Planet. Sci. J. 3, 219. https://doi.org/10.3847/PSJ/ac87af
We also recommend that you read the following Getting Started page: 
https://github.com/cerinunn/pdart/blob/master/getting_started.ipynb
DOI: 10.7914/sn/k5
title: Bhutan Seismic Network

description: To have a precise seismic source monitoring network for disaster response in Bhutan & to have a good seismic event detection within Bhutan and neighboring regions.
DOI: 10.7914/sn/xq_2017
title: Salt Lake 2017 Land Streamer profiling

description: Seismic imaging through downtown Salt Lake City to map active faults and estimate high frequency site response
DOI: 10.7914/sn/dm
title: Dominica Public Seismic Network

description: Network run by amateur seismologists on the Caribbean island of Dominica
DOI: 10.7914/sn/xy_2017
title: The Central Iberian Mountain Range a Key Asset to the Deformation Mechanisms of Iberia

description: This project aims do an integrated multidisciplinary, lithsopheric model across the Central System of Iberia, from the Tajo Basin, across the mountain chain till the Duero Basin. One of the most relevant topographic features of the Iberian Peninsula is the relatively high elevation of its interior and, in particular of the Central System. The Central meseta (plateau) is characterized by an average altitude of 600-700 m and, is actively increasing its elevation, being one of the highest of all the European continent. By obtaining the proposed geologic and geophysical model we aim to provide unique new constraints and contribute to the understanding of the topography and the causes of its changes. Changes in topography reflect a combination of the deep and surface processes and ints interaction with the crust. It is recognize that critical players in the resulting response are the crustal thickness, nature (lithologies) physical properties of the crust and upper mantle and its internal architecture. The proposal includes: a multidisciplinary study of the surface, including surface geology, geophysics (potential field and seismics). A fundamental player is the acquisition of an approximately 300 km long wide-angle seismic reflection transect. This transect will be an extension of the previously acquired ALCUDIA and IBERSEIS transects. As a result if the proposal is successful an almost 900 km long ( from the Gulf of Cadiz to the Duero basin) highly resolved geophysical model across the Iberia peninsula will be obtained. The most significant targets of this proposal include: Geological strip map with balance cross-section, the crustal thickness and its lateral variations, P- and S-wave seismic velocity models for the central system, the distribution of Poisson's ratio and seismic anisotropy. One of the implications of these is that the proposal aims to place constraints on the deformation patterns of the crust that resulted in this relatively high intra-plate orogen.
DOI: 10.7914/sn/lp
title: La Paz, Baja California Sur, Seismic Network

description: This network is deployed to cover the southernmost region of Baja California Sur, Mexico. The network consist of broad band stations and strong motion instruments.
DOI: 10.7914/sn/fm
title: Formosa Array

description: Imaging Magma Reservoir beneath the North of Taiwan
DOI: 10.7914/sn/vt
title: Taiwan Volcano Observatory

description: Volcano montioring in Taiwan area
DOI: 10.17026/ar/4b6rrs
title: Kapitein Meijerbrug, Naarden. Brug over de buitengracht aan de zuidoostzijde van de vesting Naarden.
title: Geschiedenis 1680-2010.
title: 262-463 BBA-rapport 463
title: Bouwhistorische verkenning

description: Onderzoek naar de Kapitein Meijerbrug uit 1948 door de constructiewerkplaats en machinefabriek Hollandia ter plaatse van voorgangers uit 1880 en 1914.
DOI: 10.7914/sn/yb_2017
title: Yosemite Valley Deep Refraction Microtremor

description: A Univ. of Nevada Applied Geophysics class will install four to eight 30-element refraction microtremor arrays 1 to 10 km long on the floor of Yosemite Valley, California. Recording of microtremor noise such as traffic will take place during daylight hours between March 19 and 22, 2017. The shear-velocity cross sections resulting from interpretation by the students will show the depth to basement and constrain the geometry of the aquifer below the Valley, informing water-supply, flooding, and pollution-control models being developed by the Park Service.
DOI: 10.7914/sn/xp_2015
title: Seismic Experiment for Imaging Structure beneath Connecticut

description: Deployment of ~15 broadband seismic stations in a linear transect across northern Connecticut to study the structure of the crust and upper mantle.
DOI: 10.7914/sn/oq
title: Oklahoma Structural and Site Effects Network

description: Accelerometers installed in and around Oklahoma State University in Stillwater, collocated with GPS sensors.