The COBO/CV-PLUME temporary seismic network

Cite as
Weber, Michael; Silveira, Graça; Schulze, Albrecht (2007): The COBO/CV-PLUME temporary seismic network. GFZ Data Services. Dataset/Seismic Network. doi:10.14470/4N7552467332.
Identifier
10.14470/4N7552467332
FDSN network code
9A
DataCite metadata
HTML | JSON | XML | INSPIRE | Local XML source file
Terms/rights
Creative Commons Attribution 4.0 International CC-BY-4.0
Creator(s)
Weber, Michael a; Silveira, Graça b; Schulze, Albrecht a
a Helmholtz Centre Potsdam, GFZ German Research Centre for Geosciences, Potsdam, Germany, b Instituto Superior de Engenharia de Lisboa and Instituto Dom Luiz IDL, Faculdade de Ciências da Universidade de Lisboa, Portugal
  • (Abstract) There is a growing debate on the conventional plume model and no consensus about their deep origin. Davaille et al. (2005) showed, using fluid mechanics experiments, the existence of different class of plumes, depending on mantle thermo-chemical properties. Cape Verde is located in the interior of a slow-moving oceanic plate, away from the Mid-Atlantic Ridge, and is associated with one of the world’s largest swell. Some swells are believed to be caused by mantle plumes that rise from deep in the mantle to interact with the base of the lithosphere, while others are considered to be originated by the stress state of the lithospheric plates themselves. As part of a combined study of seismic, gravimetric, magnetic and geochemical observations in order to get a clearer picture of what is happening underneath Cape Verde we performed a first dense seismological VBB network deployment on several Cape Verde islands in 2007 and 2008. This presented a unique opportunity to assemble an important archive of high-quality seismic waveforms, recorded on oceanic volcanic islands. Waveform data are available from the GEOFON data centre, under network code 9A with CC-BY 4.0 license.
Title
The COBO/CV-PLUME temporary seismic network
Publisher
GFZ Data Services
Publication Year
2007
Dataset / Seismic Network
Dates
  1. Collected 2007-08-15
  2. Accepted 2007-01-01
  3. Issued 2021-03-17
  4. Created 2021-03-17
Place(s)
  1. Cape Verde
Contributor(s)
  • Hosting institution: German Research Centre for Geosciences GFZ Potsdam
  • Data manager: GEOFON Data Centre
  • Sponsor: Geophysical Instrument Pool Potsdam (GIPP)
  • Project members: Helmholtz Centre Potsdam, GFZ German Research Centre for Geosciences, Potsdam, Germany; Instituto Superior de Engenharia de Lisboa and Instituto Dom Luiz IDL, Faculdade de Ciências da Universidade de Lisboa, Portugal
Subjects
Funding Reference(s)
  1. Helmholtz-Zentrum Potsdam - Deutsches GeoForschungsZentrum GFZ (GIPP200708)
  2. FCT (PTDC/CYE-GIN/64330/2006)
Language
en
Sizes
  1. 450GB
Reference(s)
FDSN network code
9A
Network dates
2007–2008
Data time range
2007–2008
Station Count
39
Seismic metadata
fdsnws-station

To retrieve waveform data and metadata (including instrument responses) for this and other seismic networks, see here. Network (data set) values are taken from DataCite XML with Metadata Properties version 4.4. Contact us if you are the PI and wish to make changes. Old-style network page for this network here.

Station List for Network Code 9A

Code
Station description
Begin
End
Loc
Channels
Flags
CVBR1
Station Brava1, Cape Verde
2007-11-29
2008-09-10
--
HHE HHN HHZ
CVBR2
Station Brava2, Cape Verde
2007-11-29
2008-08-29
--
HHE HHN HHZ
CVBV1
Station Boavista1, Cape Verde
2007-12-10
2008-09-08
--
HH1 HH2 HHZ
CVBV2
Station Boavista2, Cape Verde
2007-12-10
2008-09-08
--
HH1 HH2 HHZ
CVBV4
Station Boavista4, Cape Verde
2007-12-11
2008-09-07
--
HH1 HH2 HHZ
CVBV5
Station Boavista5, Cape Verde
2007-08-28
2008-09-14
--
HH1 HH2 HHZ
CVBV6
Station Boavista6, Cape Verde
2007-08-29
2008-09-07
--
HH1 HH2 HHZ
CVFG1
Station Fogo1, Cape Verde
2007-11-28
2008-09-09
--
HHE HHN HHZ
CVFG2
Station Fogo2, Cape Verde
2007-11-28
2008-09-10
--
HHE HHN HHZ
CVFG3
Station Fogo3, Cape Verde
2007-11-28
2008-09-11
--
HHE HHN HHZ
CVFG4
Station Fogo4, Cape Verde
2007-11-27
2008-09-09
--
HHE HHN HHZ
CVFG5
Station Fogo5, Cape Verde
2007-11-28
2008-06-29
--
HHE HHN HHZ
CVMA1
Station Majo1, Cape Verde
2007-11-24
2008-09-10
--
HHE HHN HHZ
CVMA2
Station Majo2, Cape Verde
2007-11-24
2008-09-10
--
HHE HHN HHZ
CVMA3
Station Majo3, Cape Verde
2007-11-24
2008-09-10
--
HHE HHN HHZ
CVMA4
Station Majo4, Cape Verde
2007-11-24
2008-09-10
--
HHE HHN HHZ
CVSA1
Station Santo Antao1, Cape Verde
2007-12-04
2008-09-09
--
HH1 HH2 HHZ
CVSA2
Station Santo Antao2, Cape Verde
2007-12-04
2008-09-09
--
HH1 HH2 HHZ
CVSA3
Station Santo Antao3, Cape Verde
2007-12-04
2008-09-09
--
HH1 HH2 HHZ
CVSA4
Station Santo Antao4, Cape Verde
2007-12-06
2008-09-09
--
HH1 HH2 HHZ
CVSA5
Station Santo Antao5, Cape Verde
2007-08-15
2008-09-09
--
HH1 HH2 HHZ
CVSA6
Station Santo Antao5, Cape Verde
2007-12-05
2008-09-15
--
HH1 HH2 HHZ
CVSL1
Station Sal1, Cape Verde
2007-12-06
2008-09-06
--
HH1 HH2 HHZ
CVSL2
Station Sal2, Cape Verde
2007-12-06
2008-09-06
--
HH1 HH2 HHZ
CVSL3
Station Sal3, Cape Verde
2007-12-06
2008-09-06
--
HH1 HH2 HHZ
CVSL4
Station Sal4, Cape Verde
2007-12-06
2008-09-06
--
HH1 HH2 HHZ
CVSN1
Station Sao Nicolao1, Cape Verde
2007-11-30
2008-09-12
--
HH1 HH2 HHZ
CVSN2
Station Sao Nicolao2, Cape Verde
2007-11-30
2008-09-12
--
HH1 HH2 HHZ
CVSN3
Station Sao Nicolao3, Cape Verde
2007-11-30
2008-09-12
--
HH1 HH2 HHZ
CVSN4
Station Sao Nicolao4, Cape Verde
2007-11-30
2008-09-12
--
HH1 HH2 HHZ
CVST1
Station Santiago1, Cape Verde
2007-11-23
2008-08-28
--
HH1 HH2 HHZ
CVST2
Station Santiago2, Cape Verde
2007-11-24
2008-09-08
--
HHE HHN HHZ
CVST3
Station Santiago3, Cape Verde
2007-11-28
2008-09-13
--
HHE HHN HHZ
CVST4
Station Santiago4, Cape Verde
2007-11-28
2008-09-13
--
HHE HHN HHZ
CVST5
Station Santiago5, Cape Verde
2007-11-24
2008-09-08
--
HHE HHN HHZ
CVSV1
Station Sao Vicente1, Cape Verde
2007-12-03
2008-09-10
--
HH1 HH2 HHZ
CVSV2
Station Sao Vicente2, Cape Verde
2007-12-03
2008-09-10
--
HH1 HH2 HHZ
CVSV3
Station Sao Vicente3, Cape Verde
2007-12-03
2008-06-05
--
HH1 HH2 HHZ
CVSV4
Station Sao Vicente4, Cape Verde
2007-12-03
2008-09-10
--
HH1 HH2 HHZ