The Global DAS Month of February 2023

Andreas  Wuestefeld; Zack J.  Spica; Kasey  Aderhold; Hsin‐Hua  Huang; Kuo‐Fong  Ma; Voon Hui  Lai; Meghan  Miller; Lena  Urmantseva; Daniel  Zapf; Daniel C.  Bowden; Pascal  Edme; Tjeerd  Kiers; Antonio P.  Rinaldi; Katinka  Tuinstra; Camille  Jestin; Sergio  Diaz‐Meza; Philippe  Jousset; Christopher  Wollin; Arantza  Ugalde; Sandra Ruiz  Barajas; Beatriz  Gaite; Gilda  Currenti; Michele  Prestifilippo; Eiichiro  Araki; Takashi  Tonegawa; Sjoerd  de Ridder; Andy  Nowacki; Fabian  Lindner; Martin  Schoenball; Christoph  Wetter; Hong‐Hu  Zhu; Alan F.  Baird; Robin A.  Rørstadbotnen; Jonathan Ajo‐ Franklin; Yuanyuan  Ma; Robert E.  Abbott; Kathleen M.  Hodgkinson; Robert W.  Porritt; Christian  Stanciu; Agatha  Podrasky; David  Hill; Biondo  Biondi; Siyuan  Yuan; Bin  Luo; Sergei  Nikitin; Jan Petter  Morten; Vlad-Andrei Dumitru; Werner Lienhart; Erin  Cunningham; Herbert  Wang

doi:10.1785/0220230180

The Global DAS Month of February 2023

Andreas Wuestefeld, Zack J. Spica, Kasey Aderhold, Hsin‐Hua Huang, Kuo‐Fong Ma, Voon Hui Lai, Meghan Miller, Lena Urmantseva, Daniel Zapf, Daniel C. Bowden, Pascal Edme, Tjeerd Kiers, Antonio P. Rinaldi, Katinka Tuinstra, Camille Jestin, Sergio Diaz‐Meza, Philippe Jousset, Christopher Wollin, Arantza Ugalde, Sandra Ruiz BarajasBeatriz Gaite, Gilda Currenti, Michele Prestifilippo, Eiichiro Araki, Takashi Tonegawa, Sjoerd de Ridder, Andy Nowacki, Fabian Lindner, Martin Schoenball, Christoph Wetter, Hong‐Hu Zhu, Alan F. Baird, Robin A. Rørstadbotnen, Jonathan Ajo‐ Franklin, Yuanyuan Ma, Robert E. Abbott, Kathleen M. Hodgkinson, Robert W. Porritt, Christian Stanciu, Agatha Podrasky, David Hill, Biondo Biondi, Siyuan Yuan, Bin Luo, Sergei Nikitin, Jan Petter Morten, Vlad-Andrei Dumitru, Werner Lienhart, Erin Cunningham, Herbert Wang

Institute of Engineering Geodesy and Measurement Systems (5200)

Research output: Contribution to journal › Article › peer-review

Abstract

During February 2023, a total of 32 individual distributed acoustic sensing (DAS) systems acted jointly as a global seismic monitoring network. The aim of this Global DAS Month campaign was to coordinate a diverse network of organizations, instruments, and file formats to gain knowledge and move toward the next generation of earthquake monitoring networks. During this campaign, 156 earthquakes of magnitude 5 or larger were reported by the U.S. Geological Survey and contributors shared data for 60 min after each event’s origin time. Participating systems represent a variety of manufacturers, a range of recording parameters, and varying cable emplacement settings (e.g., shallow burial, borehole, subaqueous, and dark fiber). Monitored cable lengths vary between 152 and 120,129 m, with channel spacing between 1 and 49 m. The data has a total size of 6.8 TB, and are available for free download. Organizing and executing the Global DAS Month has produced a unique dataset for further exploration and highlighted areas of further development for the seismological community to address

Original language	English
Journal	Seismological research letters
Volume	2023
DOIs	https://doi.org/10.1785/0220230180
Publication status	Published - 2023

Fields of Expertise

Information, Communication & Computing

Treatment code (Nähere Zuordnung)

Basic - Fundamental (Grundlagenforschung)

Access to Document

10.1785/0220230180

Cite this

Wuestefeld, A., Spica, Z. J., Aderhold, K., Huang, HH., Ma, KF., Lai, V. H., Miller, M., Urmantseva, L., Zapf, D., Bowden, D. C., Edme, P., Kiers, T., Rinaldi, A. P., Tuinstra, K., Jestin, C., Diaz‐Meza, S., Jousset, P., Wollin, C., Ugalde, A., ... Wang, H. (2023). The Global DAS Month of February 2023. Seismological research letters, 2023. https://doi.org/10.1785/0220230180

Wuestefeld, A, Spica, ZJ, Aderhold, K, Huang, HH, Ma, KF, Lai, VH, Miller, M, Urmantseva, L, Zapf, D, Bowden, DC, Edme, P, Kiers, T, Rinaldi, AP, Tuinstra, K, Jestin, C, Diaz‐Meza, S, Jousset, P, Wollin, C, Ugalde, A, Barajas, SR, Gaite, B, Currenti, G, Prestifilippo, M, Araki, E, Tonegawa, T, de Ridder, S, Nowacki, A, Lindner, F, Schoenball, M, Wetter, C, Zhu, HH, Baird, AF, Rørstadbotnen, RA, Franklin, JA, Ma, Y, Abbott, RE, Hodgkinson, KM, Porritt, RW, Stanciu, C, Podrasky, A, Hill, D, Biondi, B, Yuan, S, Luo, B, Nikitin, S, Morten, JP, Dumitru, V-A , Lienhart, W, Cunningham, E & Wang, H 2023, 'The Global DAS Month of February 2023', Seismological research letters, vol. 2023. https://doi.org/10.1785/0220230180

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title = "The Global DAS Month of February 2023",

abstract = "During February 2023, a total of 32 individual distributed acoustic sensing (DAS) systems acted jointly as a global seismic monitoring network. The aim of this Global DAS Month campaign was to coordinate a diverse network of organizations, instruments, and file formats to gain knowledge and move toward the next generation of earthquake monitoring networks. During this campaign, 156 earthquakes of magnitude 5 or larger were reported by the U.S. Geological Survey and contributors shared data for 60 min after each event{\textquoteright}s origin time. Participating systems represent a variety of manufacturers, a range of recording parameters, and varying cable emplacement settings (e.g., shallow burial, borehole, subaqueous, and dark fiber). Monitored cable lengths vary between 152 and 120,129 m, with channel spacing between 1 and 49 m. The data has a total size of 6.8 TB, and are available for free download. Organizing and executing the Global DAS Month has produced a unique dataset for further exploration and highlighted areas of further development for the seismological community to address",

author = "Andreas Wuestefeld and Spica, {Zack J.} and Kasey Aderhold and Hsin‐Hua Huang and Kuo‐Fong Ma and Lai, {Voon Hui} and Meghan Miller and Lena Urmantseva and Daniel Zapf and Bowden, {Daniel C.} and Pascal Edme and Tjeerd Kiers and Rinaldi, {Antonio P.} and Katinka Tuinstra and Camille Jestin and Sergio Diaz‐Meza and Philippe Jousset and Christopher Wollin and Arantza Ugalde and Barajas, {Sandra Ruiz} and Beatriz Gaite and Gilda Currenti and Michele Prestifilippo and Eiichiro Araki and Takashi Tonegawa and {de Ridder}, Sjoerd and Andy Nowacki and Fabian Lindner and Martin Schoenball and Christoph Wetter and Hong‐Hu Zhu and Baird, {Alan F.} and R{\o}rstadbotnen, {Robin A.} and Franklin, {Jonathan Ajo‐} and Yuanyuan Ma and Abbott, {Robert E.} and Hodgkinson, {Kathleen M.} and Porritt, {Robert W.} and Christian Stanciu and Agatha Podrasky and David Hill and Biondo Biondi and Siyuan Yuan and Bin Luo and Sergei Nikitin and Morten, {Jan Petter} and Vlad-Andrei Dumitru and Werner Lienhart and Erin Cunningham and Herbert Wang",

year = "2023",

doi = "10.1785/0220230180",

language = "English",

volume = "2023",

journal = "Seismological research letters",

issn = "0895-0695",

publisher = "Seismological Society of America",

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T1 - The Global DAS Month of February 2023

AU - Wuestefeld, Andreas

AU - Spica, Zack J.

AU - Aderhold, Kasey

AU - Huang, Hsin‐Hua

AU - Ma, Kuo‐Fong

AU - Lai, Voon Hui

AU - Miller, Meghan

AU - Urmantseva, Lena

AU - Zapf, Daniel

AU - Bowden, Daniel C.

AU - Edme, Pascal

AU - Kiers, Tjeerd

AU - Rinaldi, Antonio P.

AU - Tuinstra, Katinka

AU - Jestin, Camille

AU - Diaz‐Meza, Sergio

AU - Jousset, Philippe

AU - Wollin, Christopher

AU - Ugalde, Arantza

AU - Barajas, Sandra Ruiz

AU - Gaite, Beatriz

AU - Currenti, Gilda

AU - Prestifilippo, Michele

AU - Araki, Eiichiro

AU - Tonegawa, Takashi

AU - de Ridder, Sjoerd

AU - Nowacki, Andy

AU - Lindner, Fabian

AU - Schoenball, Martin

AU - Wetter, Christoph

AU - Zhu, Hong‐Hu

AU - Baird, Alan F.

AU - Rørstadbotnen, Robin A.

AU - Franklin, Jonathan Ajo‐

AU - Ma, Yuanyuan

AU - Abbott, Robert E.

AU - Hodgkinson, Kathleen M.

AU - Porritt, Robert W.

AU - Stanciu, Christian

AU - Podrasky, Agatha

AU - Hill, David

AU - Biondi, Biondo

AU - Yuan, Siyuan

AU - Luo, Bin

AU - Nikitin, Sergei

AU - Morten, Jan Petter

AU - Dumitru, Vlad-Andrei

AU - Lienhart, Werner

AU - Cunningham, Erin

AU - Wang, Herbert

PY - 2023

Y1 - 2023

N2 - During February 2023, a total of 32 individual distributed acoustic sensing (DAS) systems acted jointly as a global seismic monitoring network. The aim of this Global DAS Month campaign was to coordinate a diverse network of organizations, instruments, and file formats to gain knowledge and move toward the next generation of earthquake monitoring networks. During this campaign, 156 earthquakes of magnitude 5 or larger were reported by the U.S. Geological Survey and contributors shared data for 60 min after each event’s origin time. Participating systems represent a variety of manufacturers, a range of recording parameters, and varying cable emplacement settings (e.g., shallow burial, borehole, subaqueous, and dark fiber). Monitored cable lengths vary between 152 and 120,129 m, with channel spacing between 1 and 49 m. The data has a total size of 6.8 TB, and are available for free download. Organizing and executing the Global DAS Month has produced a unique dataset for further exploration and highlighted areas of further development for the seismological community to address

AB - During February 2023, a total of 32 individual distributed acoustic sensing (DAS) systems acted jointly as a global seismic monitoring network. The aim of this Global DAS Month campaign was to coordinate a diverse network of organizations, instruments, and file formats to gain knowledge and move toward the next generation of earthquake monitoring networks. During this campaign, 156 earthquakes of magnitude 5 or larger were reported by the U.S. Geological Survey and contributors shared data for 60 min after each event’s origin time. Participating systems represent a variety of manufacturers, a range of recording parameters, and varying cable emplacement settings (e.g., shallow burial, borehole, subaqueous, and dark fiber). Monitored cable lengths vary between 152 and 120,129 m, with channel spacing between 1 and 49 m. The data has a total size of 6.8 TB, and are available for free download. Organizing and executing the Global DAS Month has produced a unique dataset for further exploration and highlighted areas of further development for the seismological community to address

U2 - 10.1785/0220230180

DO - 10.1785/0220230180

M3 - Article

SN - 0895-0695

VL - 2023

JO - Seismological research letters

JF - Seismological research letters

ER -