7A
|
|
CATENA
|
2019
|
2019
|
7A
|
|
Sage Brush Flats Seismic Experiment on Interaction of Wind with Ground Motion
|
2018
|
2018
|
7A
|
|
Mid-Atlantic Geophysical Integrative Collaboration
|
2013
|
2016
|
7A
|
|
Cascadia- Keck
|
2010
|
2011
|
7B
|
|
PacificORCA
|
2019
|
2021
|
7B
|
|
SKIPPY
|
1993
|
1996
|
7C
|
|
The Mackenzie Mountains Transect: Active Deformation from Margin to Craton
|
2015
|
2019
|
7D
|
|
Puysegur Tremor And Nucleation Geophysical Observatory
|
2022
|
2025
|
7D
|
|
Lake-induced earthquakes in Lake Erie
|
2018
|
2021
|
7D
|
|
Cascadia Initiative Community Experiment - OBS Component
|
2011
|
2017
|
7D
|
|
Yakima Landslide RAMP
|
2009
|
2010
|
7D
|
|
KIMBA97
|
1997
|
1997
|
7E
|
|
Glacioseismic Monitoring of Rumblings in Jakobshavn Glacier
|
2010
|
2011
|
7E
|
|
KIMBA98
|
1998
|
1998
|
7F
|
|
Oman Borehole Project Land Stations
|
2019
|
2020
|
7F
|
|
Past and future deformation of the Ross Ice Shelf
|
2016
|
2017
|
7F
|
|
Central Arkansas Induced Eathquakes 2010-2011
|
2010
|
2012
|
7G
|
|
Collaborative Research: Constraining transient magma intrusion processes in the Nyiragongo-Kivu continental rift zone
|
2021
|
2024
|
7G
|
|
Autocorrelation of ambient noise and P-wave coda for crustal structure
|
2019
|
2020
|
7G
|
|
Popocatepetl Tremor Experiment
|
2014
|
2015
|
7G
|
|
Youngstown, Ohio, induced earthquakes
|
2011
|
2012
|
7I
|
|
InSight pre and post-flight test data
|
2011
|
2022
|
7J
|
|
Poker Flat Permafrost Seismic Interferometry Experiment
|
2013
|
2015
|
7J
|
|
Correlating seismic and visual (TLS) signals at Breidamerkurjokull, Iceland
|
2011
|
2011
|
7K
|
|
AtlanticNoise
|
2018
|
2019
|
7L
|
|
Taupo temporary infrasound network - May 3, 2016
|
2016
|
2016
|
7O
|
|
New England Seismic Transect
|
2018
|
2024
|
7P
|
|
Investigating West Texas Seismicity and Structure with Dense Geophone Arrays
|
2018
|
2020
|
7Q
|
|
RAPID: Capturing aftershock sequence of 2019 Mw 6.4 Ridgecrest and 7.1 Ridgecrest earthquakes
|
2019
|
2020
|
7S
|
|
Dense Westland Arrays Researching Fault Segmentation: What controls earthquake segmentation along New Zealand's Alpine Fault?
|
2019
|
2021
|
7T
|
|
Quantification and identification of erosion processes leading to the retreat of headwall in high alpine environment
|
2022
|
2022
|
7T
|
|
LHS
|
2019
|
2020
|
S
|
|
Seismology at School Program, ETH Zurich
|
2008
|
2599
|
S1
|
|
Australian Seismometers in Schools
|
2011
|
2599
|
S8
|
|
SensorEra Seismic Network
|
2023
|
2599
|
SB
|
|
UC Santa Barbara Engineering Seismology Network
|
1989
|
2599
|
SC
|
|
New Mexico Tech Seismic Network
|
1999
|
2599
|
SE
|
|
Southeastern Appalachian Cooperative Seismic Network
|
1999
|
2599
|
SF
|
|
San Andreas Fault Observatory at Depth
|
2002
|
2599
|
SG
|
|
International Geodynamics and Earth Tide Service
|
1997
|
2599
|
SH
|
|
Shumagin-East Aleutian Network
|
1981
|
1991
|
SK
|
|
Slovak National Seismic Network
|
2002
|
2599
|
SL
|
|
Seismic Network of the Republic of Slovenia
|
1990
|
2599
|
SN
|
|
Southern Great Basin Network
|
1980
|
2599
|
SP
|
|
South Carolina Earth Physics Project
|
2000
|
2004
|
SR
|
|
Seismic Research Observatory
|
1974
|
1993
|
SS
|
|
SINGLE STATION
|
1970
|
2599
|
SV
|
|
Servicio Nacional de Estudios Territoriales (SNET), El Salvador
|
2004
|
2599
|
SY
|
|
Synthetic Seismograms
|
1900
|
2599
|