Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica

Thomas S Hudson; Alan F  Baird; J M Kendall; Sophie Kufner; Alex  Brisbourne; Andrew Smith; Antony C Butcher; Athena Chalari; Andy Clarke

doi:10.1029/2020JB021493

Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica

Thomas S Hudson, Alan F Baird, J M Kendall, Sophie Kufner, Alex Brisbourne, Andrew Smith, Antony C Butcher, Athena Chalari, Andy Clarke

Research output: Contribution to journal › Article (Academic Journal) › peer-review

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Original language	English
Article number	e2020JB021493
Journal	Journal of Geophysical Research: Solid Earth
Volume	126
Issue number	7
Early online date	30 Jun 2021
DOIs	https://doi.org/10.1029/2020JB021493
Publication status	Published - Jul 2021

Bibliographical note

Funding Information:
We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS‐166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript. 2

Funding Information:
We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS-166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO2 storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript.

Publisher Copyright:
© 2021. The Authors.

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Rutford Ice Stream Distributed Acoustic Sensing Dataset associated with the publication: Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica
Hudson, T. S. (Creator), Baird, A. F. (Creator), Kendall, M. (Creator), Kufner, S. (Creator), Brisbourne, A. M. (Creator), Smith, A. M. (Creator) & Butcher, A. C. (Creator), Zenodo, 21 May 2021
DOI: 10.5281/zenodo.4778368, https://zenodo.org/record/4778368
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title = "Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica",

author = "Hudson, {Thomas S} and Baird, {Alan F} and Kendall, {J M} and Sophie Kufner and Alex Brisbourne and Andrew Smith and Butcher, {Antony C} and Athena Chalari and Andy Clarke",

note = "Funding Information: We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS‐166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript. 2 Funding Information: We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS-166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO2 storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript. Publisher Copyright: {\textcopyright} 2021. The Authors.",

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AU - Brisbourne, Alex

AU - Smith, Andrew

AU - Butcher, Antony C

AU - Chalari, Athena

AU - Clarke, Andy

N1 - Funding Information: We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS‐166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript. 2 Funding Information: We thank NERC British Antarctic Survey for logistics and field support. This work was funded by a NERC Collaborative Antarctic Science Scheme grant (grant number CASS-166). Geophones were deployed as part of the BEAMISH project, and were borrowed from the UK Geophysical Equipment Facility (GEF loan number 1111). This work and the authors T. Hudson, A. Baird, and A. Butcher were funded through the Digital Monitoring of CO2 storage project (DigiMon) (project no. 299622), which is part of Accelerating CCS Technologies (ACT) program. We thank Silixa for the loan of an iDAS interrogator. Finally, we thank the reviewers A. Lellouch and E. Smith, as well as the editor N. Nakata, for such extensive feedback and comments that has undoubtedly improved the manuscript. Publisher Copyright: © 2021. The Authors.

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Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica

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Datasets

Rutford Ice Stream Distributed Acoustic Sensing Dataset associated with the publication: Distributed Acoustic Sensing (DAS) for natural microseismicity studies: A case study from Antarctica

Cite this