The 4L Seismic Network, 2014–2015

 
Cite as:
Jousset, Philippe; Blanck, H; Hersir, Gylfi P.; Henning, Kirk; Erbas, Kemal; Ágústsson, Kristján; Franke, Steven; Hensch, Martin; Bruhn, David; Huenges, Ernst (2020): IMAGE (Integrated Methods for Advanced Geothermal Exploration). Deutsches GeoForschungsZentrum GFZ. Other/Seismic Network. doi:10.14470/9Y7569325908.
Network code:
4L
Type:
Temporary
Time Range:
2014–2015
Terms of use:
Unknown; please acknowledge PIs
Archived at:
GFZ
Institution(s):
GFZ
Creator(s):
Jousset, Philippe; Blanck, H; Hersir, Gylfi P.; Henning, Kirk; Erbas, Kemal; Ágústsson, Kristján; Franke, Steven; Hensch, Martin; Bruhn, David; Huenges, Ernst
Description*:
Reykjanes seismic network (IMAGE Project)
Abstract:
IMAGE is a two year seismological experiment realized at the Reykjanes Peninsula by Philippe Jousset (GFZ Potsdam) and Gylfi P. Hersir (ISOR Iceland). Reykjanes Peninsula is located at the southwestern tip of Iceland, at the emergent part of the Mid-oceanic Ridge. This area has a high seismicity and is exploited for its high geothermal potential. The deployment is performed to carry out a local seismological study with techniques such as seismic tomography (earthquake based, e.g. Jousset et al., 2016, and ambient noise e.g., Martins et al., 2020). The aim of the seismic experiment is to monitor the seismic activity associated with the rift processes (Blank et al., 2020) and/or the induced seismicity. The network comprised 30 onland stations (GIPP) and 21 Ocean Bottom Seismometers (Lobsters, DEPAS). Onland stations were deployed from April 2014 until August 2015 and comprise 20 broadband seismic stations (Nanometrics Trillium Compact 120\u2009s), 10 short-period sensors (Mark sensors 1 Hz) and data loggers (DATA-CUBE) with acquisition frequencies of 200 Hz. Sensors were buried 3040\u2009cm deep in the ground in containers. Data gaps are minimal, and occurred every 3 months when the batteries were exchanged and data downloaded from the DATA-CUBEs. OBS were deployed in August 2014 and recorded for about a year. From this dataset, a catalogue of about 2000 earthquakes could be extracted. Waveform data are available from the GEOFON data centre, under network code 4L.

* Description is taken from seismic metadata, and may not match the preferred title for citations.
DataCite metadata:
HTML | JSON | XML | INSPIRE
Seismic metadata:
fdsnws-station
Sponsor:
Geophysical Instrument Pool Potsdam (GIPP)
Grant:
GIPP201412
Funder:
European Union Seventh Framework Programme Grant No. 608553
Network KML file:
To retrieve waveform data and metadata (including instrument responses) for this and other seismic networks, see here.

Extended Network Information for network 4L [hide/show]

Creator(s):
Jousset, Philippe; Blanck, H; Hersir, Gylfi P.; Henning, Kirk; Erbas, Kemal; Ágústsson, Kristján; Franke, Steven; Hensch, Martin; Bruhn, David; Huenges, Ernst
Title:
IMAGE (Integrated Methods for Advanced Geothermal Exploration)
Publisher:
Deutsches GeoForschungsZentrum GFZ
Resource Type:
Other/Seismic Network
Network DOI:
doi:10.14470/9Y7569325908
Related Reference(s):
  1. Blanck, H.; Jousset, P.; Hersir, G. P.; Ágústsson, K.; Flóvenz, Ó. G. (2020). Analysis of 2014-2015 on- and off-shore passive seismic data on the Reykjanes Peninsula, SW Iceland. Journal of Volcanology and Geothermal Research, 391, 106548. doi:10.1016/j.jvolgeores.2019.02.001
  2. Jousset, P.; Mortensen, A. K.; Fridleifsson, G. Ó.; Ágústsson, K.; Gudmundsson, M. T. (2020). Reykjanes, Iceland: Structure and dynamics of mid-oceanic ridge geo/hydrothermal systems. Journal of Volcanology and Geothermal Research, 391, 106692. doi:10.1016/j.jvolgeores.2019.106692
  3. Martins, J. E.; Weemstra, C.; Ruigrok, E.; Verdel, A.; Jousset, P.; Hersir, G. P. (2020). 3D S-wave velocity imaging of Reykjanes Peninsula high-enthalpy geothermal fields with ambient-noise tomography. Journal of Volcanology and Geothermal Research, 391, 106685. doi:10.1016/j.jvolgeores.2019.106685
  4. Toledo, T.; P. Jousset, P.; Maurer, H.; Krawczyk, C. (2020). Optimized experimental network design for earthquake location problems: applications to geothermal and volcanic field seismic networks. Journal of Volcanology and Geothermal Research, pp. 03770273. doi:10.1016/j.jvolgeores.2018.08.011
  5. Jousset, P.; Blanck, H.; Franke, S.; Metz, M.; Ágústsson, K.; Verdel, A.; Ryberg, T.; Hersir, G. P.; Weemstra, C.; Bruhn, D.; Flovenz, O. (2016). Seismic Tomography in Reykjanes,SW Iceland. Proceedings, European Geothermal Congress (Strasbourg, France 2016).
[+] To provide additional references, PIs should contact GEOFON staff.

Station List for Network Code 4L

Code
Station description
Begin
End
Loc
Channels
Flags
BS01
Station Reykjanes, Iceland
2014-05-26
2015-08-23
00
HLE HLN HLZ
BS02
Station Reykjanes, Iceland
2014-08-23
2015-07-18
00
HLE HLN HLZ
BS03
Station Reykjanes, Iceland
2014-08-23
2015-08-24
00
HLE HLN HLZ
BS04
Station Reykjanes, Iceland
2014-08-23
2015-08-24
00
HLE HLN HLZ
BS05
Station Reykjanes, Iceland
2014-08-31
2015-08-21
00
HLE HLN HLZ
BS06
Station Reykjanes, Iceland
2014-08-22
2015-08-29
00
HLE HLN HLZ
BS07
Station Reykjanes, Iceland
2014-08-20
2014-12-09
00
HLE HLN HLZ
BS08
Station Reykjanes, Iceland
2014-08-20
2015-06-11
00
HLE HLN HLZ
BS10
Station Reykjanes, Iceland
2014-08-21
2015-03-04
00
HLE HLN HLZ
BS11
Station Reykjanes, Iceland
2014-08-22
2015-05-05
00
HLE HLN HLZ
BS12
Station Reykjanes, Iceland
2014-08-21
2015-04-09
00
HLE HLN HLZ
BS14
Station Reykjanes, Iceland
2014-08-24
2015-06-15
00
HLE HLN HLZ
BS15
Station Reykjanes, Iceland
2014-08-23
2015-06-30
00
HLE HLN HLZ
BS16
Station Reykjanes, Iceland
2014-08-23
2015-07-05
00
HLE HLN HLZ
BS17
Station Reykjanes, Iceland
2014-08-23
2015-07-27
00
HLE HLN HLZ
BS18
Station Reykjanes, Iceland
2014-08-22
2015-02-02
00
HLE HLN HLZ
BS19
Station Reykjanes, Iceland
2014-08-22
2015-07-05
00
HLE HLN HLZ
BS20
Station Reykjanes, Iceland
2014-08-21
2015-08-29
00
HLE HLN HLZ
BS21
Station Reykjanes, Iceland
2014-08-21
2015-03-14
00
HLE HLN HLZ
BS22
Station Reykjanes, Iceland
2014-08-21
2015-06-23
00
HLE HLN HLZ
BS23
Station Reykjanes, Iceland
2014-08-22
2015-07-13
00
HLE HLN HLZ
SARN
SARN
2014-08-28
2015-08-21
00
HLE HLN HLZ
SBER
SBER
2014-03-29
2015-08-19
00
HLE HLN HLZ
SEIN
SEIN
2014-03-29
2015-08-19
00
HLE HLN HLZ
SGEV
SGEV
2014-03-27
2015-08-19
00
HLE HLN HLZ
SHAH
SHAH
2014-03-31
2015-08-09
00
HLE HLN HLZ
SHAS
SHAS
2014-03-31
2015-08-17
00
HLE HLN HLZ
SHOP
SHOP
2014-04-14
2015-08-19
00
ELE ELN ELZ
SHOS
SHOS
2014-03-30
2015-08-18
00
HLE HLN HLZ
SKEF
SKEF
2014-04-10
2015-08-17
00
HLE HLN HLZ
SKHR
SKHR
2014-03-29
2015-08-19
00
ELE ELN ELZ
SKRV
SKRV
2014-03-29
2015-08-18
00
ELE ELN ELZ
SKUG
SKUG
2014-03-27
2015-08-18
00
HLE HLN HLZ
SLFE
SLFE
2014-04-10
2015-08-19
00
HLE HLN HLZ
SMER
SMER
2014-08-28
2015-08-21
00
ELE ELN ELZ
SNEW
SNEW
2014-11-04
2015-08-20
00
ELE ELN ELZ
SONG
SONG
2014-03-29
2015-08-18
00
HLE HLN HLZ
SPAT
SPAT
2014-03-28
2015-08-17
00
HLE HLN HLZ
SPRE
SPRE
2014-04-10
2015-08-20
00
HLE HLN HLZ
SRAH
SRAH
2014-03-29
2015-08-19
00
HLE HLN HLZ
SRAR
SRAR
2014-03-27
2015-08-18
00
HLE HLN HLZ
SRET
SRET
2014-03-29
2015-08-18
00
HLE HLN HLZ
SSDV
SSDV
2014-03-27
2015-08-18
00
HLE HLN HLZ
SSKF
SSKF
2014-04-14
2015-08-18
00
ELE ELN ELZ
SSKG
SSKG
2014-03-27
2015-08-19
00
HLE HLN HLZ
SSKH
SSKH
2014-03-30
2015-08-19
00
HLE HLN HLZ
SSTA
SSTA
2014-03-27
2015-08-18
00
HLE HLN HLZ
SSTF
SSTF
2014-04-10
2015-08-17
00
ELE ELN ELZ
SSTK
SSTK
2014-03-28
2015-08-17
00
ELE ELN ELZ
SSUH
SSUH
2014-03-29
2015-08-19
00
HLE HLN HLZ
SVSR
SVSR
2014-03-31
2015-08-19
00
ELE ELN ELZ

Database last updated at 2021 Oct 23 11:58:08