Table 1.

Information about fault solutions for the 2005 Mw 6.6 Fukuoka earthquake estimated by different agencies/authors. Dips and strikes are according to the parametrization in our study. Faults with dip less and more than 90° are dipping towards NE and SW, respectively. * indicates finite-fault solutions where the seismic moment is computed by summing up the slip amplitudes in each patch. |$^\#$| indicates the solutions where only the deviatoric component of the moment tensor is constrained and their scalar moment is computed from the dominant eigenvalues of the moment tensor. |$^{\#\#}$| indicates the moment tensor solution where the scalar moment is computed from the L2 norm of the eigenvalues of the moment tensor.

SolutionData usedSeismic moment [N·m]Centroid locationStrikeDip (° )Rake (° )
(Moment magnitude)(°E, °N, km)(N °E)
GCMTTeleseismic9.02 × 1018 (6.602)|$^\#$|130.15, 33.72, 1212288−14
NEICTeleseismic1.052 × 1019 (6.639)|$^{\#\#}$|130.131, 33.807, 10125117−16
NIED F-netLocal broadband7.8 × 1018 (6.565)|$^\#$|130.17, 33.74, 1112293−11
Ito et al. (2006)Strong motion,8.4 × 1018 (6.586)|$^\#$|130.18, 33.74, 1012394−4.3
local broadband
Nishimura et al. (2006)InSAR, GPS8.7 × 1018 (6.596)*130.297, 33.683, 7.4118101−18
Asano & Iwata (2006)Strong motion1.15 × 1019 (6.677)*130.1918, 33.7363, 8.1412293
Takenaka et al. (2006)Strong motion12487−11
Horikawa (2006)Strong motion5.7 × 1018 (6.474)*130.2011, 33.7210, 12122918
Kobayashi et al. (2006)Strong motion,1 × 1019 (6.637)*130.2486, 33.7074, 612392.3−1
1-Hz GPS
Sekiguchi et al. (2006)Strong motion1.16 × 1019 (6.68)*130.2482, 33.6985, 412693
Ozawa et al. (2006)InSAR, GPS130.2016, 33.7264, 512290
|$130.175_{-0.0102}^{+0.007}$|⁠,
Our solutionInSAR, GPS|$8^{+0.6}_{-0.65}\times 10^{18}$| (⁠|$6.568^{+0.021}_{-0.024}$|⁠)*|$33.7312^{+0.0071}_{-0.0035},$||$121.4^{+2}_{-1.95}$||$95_{-5.7}^{+2.8}$|
|$8.354_{-0.84}^{+1.23}$|
SolutionData usedSeismic moment [N·m]Centroid locationStrikeDip (° )Rake (° )
(Moment magnitude)(°E, °N, km)(N °E)
GCMTTeleseismic9.02 × 1018 (6.602)|$^\#$|130.15, 33.72, 1212288−14
NEICTeleseismic1.052 × 1019 (6.639)|$^{\#\#}$|130.131, 33.807, 10125117−16
NIED F-netLocal broadband7.8 × 1018 (6.565)|$^\#$|130.17, 33.74, 1112293−11
Ito et al. (2006)Strong motion,8.4 × 1018 (6.586)|$^\#$|130.18, 33.74, 1012394−4.3
local broadband
Nishimura et al. (2006)InSAR, GPS8.7 × 1018 (6.596)*130.297, 33.683, 7.4118101−18
Asano & Iwata (2006)Strong motion1.15 × 1019 (6.677)*130.1918, 33.7363, 8.1412293
Takenaka et al. (2006)Strong motion12487−11
Horikawa (2006)Strong motion5.7 × 1018 (6.474)*130.2011, 33.7210, 12122918
Kobayashi et al. (2006)Strong motion,1 × 1019 (6.637)*130.2486, 33.7074, 612392.3−1
1-Hz GPS
Sekiguchi et al. (2006)Strong motion1.16 × 1019 (6.68)*130.2482, 33.6985, 412693
Ozawa et al. (2006)InSAR, GPS130.2016, 33.7264, 512290
|$130.175_{-0.0102}^{+0.007}$|⁠,
Our solutionInSAR, GPS|$8^{+0.6}_{-0.65}\times 10^{18}$| (⁠|$6.568^{+0.021}_{-0.024}$|⁠)*|$33.7312^{+0.0071}_{-0.0035},$||$121.4^{+2}_{-1.95}$||$95_{-5.7}^{+2.8}$|
|$8.354_{-0.84}^{+1.23}$|
Table 1.

Information about fault solutions for the 2005 Mw 6.6 Fukuoka earthquake estimated by different agencies/authors. Dips and strikes are according to the parametrization in our study. Faults with dip less and more than 90° are dipping towards NE and SW, respectively. * indicates finite-fault solutions where the seismic moment is computed by summing up the slip amplitudes in each patch. |$^\#$| indicates the solutions where only the deviatoric component of the moment tensor is constrained and their scalar moment is computed from the dominant eigenvalues of the moment tensor. |$^{\#\#}$| indicates the moment tensor solution where the scalar moment is computed from the L2 norm of the eigenvalues of the moment tensor.

SolutionData usedSeismic moment [N·m]Centroid locationStrikeDip (° )Rake (° )
(Moment magnitude)(°E, °N, km)(N °E)
GCMTTeleseismic9.02 × 1018 (6.602)|$^\#$|130.15, 33.72, 1212288−14
NEICTeleseismic1.052 × 1019 (6.639)|$^{\#\#}$|130.131, 33.807, 10125117−16
NIED F-netLocal broadband7.8 × 1018 (6.565)|$^\#$|130.17, 33.74, 1112293−11
Ito et al. (2006)Strong motion,8.4 × 1018 (6.586)|$^\#$|130.18, 33.74, 1012394−4.3
local broadband
Nishimura et al. (2006)InSAR, GPS8.7 × 1018 (6.596)*130.297, 33.683, 7.4118101−18
Asano & Iwata (2006)Strong motion1.15 × 1019 (6.677)*130.1918, 33.7363, 8.1412293
Takenaka et al. (2006)Strong motion12487−11
Horikawa (2006)Strong motion5.7 × 1018 (6.474)*130.2011, 33.7210, 12122918
Kobayashi et al. (2006)Strong motion,1 × 1019 (6.637)*130.2486, 33.7074, 612392.3−1
1-Hz GPS
Sekiguchi et al. (2006)Strong motion1.16 × 1019 (6.68)*130.2482, 33.6985, 412693
Ozawa et al. (2006)InSAR, GPS130.2016, 33.7264, 512290
|$130.175_{-0.0102}^{+0.007}$|⁠,
Our solutionInSAR, GPS|$8^{+0.6}_{-0.65}\times 10^{18}$| (⁠|$6.568^{+0.021}_{-0.024}$|⁠)*|$33.7312^{+0.0071}_{-0.0035},$||$121.4^{+2}_{-1.95}$||$95_{-5.7}^{+2.8}$|
|$8.354_{-0.84}^{+1.23}$|
SolutionData usedSeismic moment [N·m]Centroid locationStrikeDip (° )Rake (° )
(Moment magnitude)(°E, °N, km)(N °E)
GCMTTeleseismic9.02 × 1018 (6.602)|$^\#$|130.15, 33.72, 1212288−14
NEICTeleseismic1.052 × 1019 (6.639)|$^{\#\#}$|130.131, 33.807, 10125117−16
NIED F-netLocal broadband7.8 × 1018 (6.565)|$^\#$|130.17, 33.74, 1112293−11
Ito et al. (2006)Strong motion,8.4 × 1018 (6.586)|$^\#$|130.18, 33.74, 1012394−4.3
local broadband
Nishimura et al. (2006)InSAR, GPS8.7 × 1018 (6.596)*130.297, 33.683, 7.4118101−18
Asano & Iwata (2006)Strong motion1.15 × 1019 (6.677)*130.1918, 33.7363, 8.1412293
Takenaka et al. (2006)Strong motion12487−11
Horikawa (2006)Strong motion5.7 × 1018 (6.474)*130.2011, 33.7210, 12122918
Kobayashi et al. (2006)Strong motion,1 × 1019 (6.637)*130.2486, 33.7074, 612392.3−1
1-Hz GPS
Sekiguchi et al. (2006)Strong motion1.16 × 1019 (6.68)*130.2482, 33.6985, 412693
Ozawa et al. (2006)InSAR, GPS130.2016, 33.7264, 512290
|$130.175_{-0.0102}^{+0.007}$|⁠,
Our solutionInSAR, GPS|$8^{+0.6}_{-0.65}\times 10^{18}$| (⁠|$6.568^{+0.021}_{-0.024}$|⁠)*|$33.7312^{+0.0071}_{-0.0035},$||$121.4^{+2}_{-1.95}$||$95_{-5.7}^{+2.8}$|
|$8.354_{-0.84}^{+1.23}$|
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