Scaling factors at different stations

The table below shows the results from scaling analysis of long-period surface waves recorded on different stations using the method described described by Ekstrom, Dalton and Nettles (SRL, 2006). The optimal scaling factor between observed and synthetic seismograms is calculated, and the table shows the median (aqua blue) of the scaling factors, as well as the range (navy blue) for the second and third quartiles of the distribution of scaling factors. A red color indicates a reversed component.

The table gives the channel name, the wave type (Surface-wave, Body-wave, or Mantle-wave), a response epoch identifier, the time of the first and last observation used, the total number of observations, and the number of polarization measurements used in the estimate of the scaling factor.

Ordered listing of the scaling results

Ascii file with the data

CN DK G GE GG II IU KP NO

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
EUNU-CN BHZ B 0001 2009.133 2018.350 3414 212 x x x x x x 1.06 x x x x
FRB-CN BHZ B 0005 2009.001 2018.242 4054 1046 x x x x x 0.95 x x x x x
FRB-CN BHZ B 0006 2018.242 2018.295 85 19 x x x x 0.92 x x x x x x
FRB-CN BHZ B 0007 2018.295 2018.365 93 31 x x x 0.89 x x x x x x x
RES-CN BHZ B 0003 2009.001 2018.365 4181 654 x x x x x 0.99 x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
ANGG-DK LHZ B 0001 2010.214 2011.294 604 103 x x x 0.90 x x x x x x x
ANGG-DK LHZ B 0002 2011.294 2011.294 2 0 x x x x x x x x x x x
ANGG-DK LHZ B 0003 2011.296 2012.123 218 30 x x x 0.84 x x x x x x x
ANGG-DK LHZ B 0004 2012.123 2012.124 3 0 x x x x x x x x x x x
ANGG-DK LHZ B 0005 2012.124 2018.365 2604 379 x x x 0.87 x x x x x x x
DBG-DK LHZ B 0001 2010.224 2013.010 945 220 x x x x x 0.97 x x x x x
DBG-DK LHZ-00 B 0001 2013.013 2018.365 2456 570 x x x 0.89 x x x x x x x
DY2G-DK LHZ-01 B 0001 2011.226 2012.159 339 58 x x x x x 0.97 x x x x x
DY2G-DK LHZ-01 B 0002 2012.159 2013.009 234 43 x x x x x 1.01 x x x x x
DY2G-DK LHZ-02 B 0001 2011.226 2012.159 339 90 x x x x x 0.99 x x x x x
DY2G-DK LHZ-02 B 0002 2012.159 2013.009 234 54 x x x x x 0.97 x x x x x
DY2G-DK LHZ-00 B 0002 2013.010 2013.010 1 0 x x x x x x x x x x x
DY2G-DK LHZ-00 B 0003 2013.010 2018.365 2456 410 x x x x x 0.99 x x x x x
DY2G-DK LHZ-10 B 0002 2013.010 2013.010 1 0 x x x x x x x x x x x
DY2G-DK LHZ-10 B 0003 2013.010 2018.365 2456 550 x x x x x 1.00 x x x x x
ICESG-DK LHZ B 0001 2011.159 2013.010 677 201 x x x x x 0.95 x x x x x
ICESG-DK LHZ-00 B 0001 2013.005 2018.365 2460 537 x x x x x 0.95 x x x x x
ILULI-DK LHZ B 0001 2009.232 2018.365 3675 903 x x x x x 0.95 x x x x x
ISOG-DK LHZ B 0001 2012.252 2018.365 2193 130 x x x 0.87 x x x x x x x
KULLO-DK LHZ B 0001 2009.232 2018.365 3163 781 x x x x x 0.98 x x x x x
NEEM-DK LHZ-01 B 0001 2011.199 2012.198 404 82 x x x 0.89 x x x x x x x
NEEM-DK LHZ-01 B 0002 2012.200 2013.009 195 38 x x x x x 0.98 x x x x x
NEEM-DK LHZ-01 B 0003 2013.009 2013.009 2 0 x x x x x x x x x x x
NEEM-DK LHZ-02 B 0001 2011.199 2012.198 404 73 x x x x x 0.96 x x x x x
NEEM-DK LHZ-02 B 0002 2012.200 2013.009 195 24 x x x x x 0.96 x x x x x
NEEM-DK LHZ-02 B 0003 2013.009 2013.009 2 0 x x x x x x x x x x x
NEEM-DK LHZ-00 B 0002 2013.005 2013.009 6 2 x x x x x x x 1.19 x x x
NEEM-DK LHZ-00 B 0003 2013.009 2018.162 2090 365 x x x x 0.94 x x x x x x
NEEM-DK LHZ-00 B 0004 2018.162 2018.365 271 48 x x x x 0.92 x x x x x x
NEEM-DK LHZ-10 B 0002 2013.005 2013.009 6 1 x x x x x 1.05 x x x x x
NEEM-DK LHZ-10 B 0003 2013.009 2018.162 2089 377 x x x x 0.94 x x x x x x
NEEM-DK LHZ-10 B 0004 2018.162 2018.365 271 49 x x x x x 0.98 x x x x x
NOR-DK LHZ B 0001 2010.188 2018.365 3592 895 x x x 0.86 x x x x x x x
NRS-DK LHZ B 0003 2010.203 2015.236 2146 496 x x x x x 0.95 x x x x x
NRS-DK LHZ B 0004 2015.236 2018.365 1362 197 x x x x x 1.01 x x x x x
NUUG-DK LHZ B 0001 2010.203 2015.180 2059 510 x x x x x 0.98 x x x x x
NUUG-DK LHZ B 0002 2015.180 2017.173 796 29 x x x 0.88 x x x x x x x
NUUG-DK LHZ-00 B 0004 2017.252 2018.365 552 109 x x x x x 0.96 x x x x x
NUUK-DK LHZ B 0001 2010.209 2013.008 1099 305 x x x x 0.94 x x x x x x
NUUK-DK LHZ B 0002 2013.008 2013.261 285 90 x x x x x 0.99 x x x x x
NUUK-DK LHZ-00 B 0001 2013.008 2013.008 1 0 x x x x x x x x x x x
NUUK-DK LHZ-00 B 0002 2013.008 2018.365 2387 681 x x x x x 0.96 x x x x x
SCO-DK LHZ B 0003 2010.220 2012.171 868 84 x x x x x 1.00 x x x x x
SCO-DK LHZ B 0004 2012.174 2012.174 2 0 x x x x x x x x x x x
SCO-DK LHZ B 0005 2012.174 2018.365 2516 534 x x x x 0.91 x x x x x x
SOEG-DK LHZ B 0001 2011.212 2012.364 505 155 x x x x 0.95 x x x x x x
SOEG-DK LHZ-00 B 0001 2013.005 2018.365 2466 608 x x x x 0.91 x x x x x x
TULEG-DK LHZ B 0001 2010.125 2011.118 433 55 x x x x 0.92 x x x x x x
TULEG-DK LHZ B 0002 2011.118 2018.365 3183 630 x x x x 0.93 x x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
IVI-G LHZ-00 B 0001 2011.255 2014.029 953 251 x x x x 0.94 x x x x x x
IVI-G LHZ-00 B 0002 2014.073 2017.363 1110 308 x x x x 0.94 x x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
DAG-GE LHZ B 0005 2009.001 2010.016 430 59 x x x x x 0.96 x x x x x
DAG-GE LHZ B 0006 2010.018 2010.018 2 0 x x x x x x x x x x x
DAG-GE LHZ B 0007 2010.018 2018.365 3570 538 x x x x 0.92 x x x x x x
SUMG-GE LHZ B 0006 2009.001 2010.199 664 110 x x x x x 1.03 x x x x x
SUMG-GE LHZ B 0007 2010.201 2010.201 4 1 x x x x 0.92 x x x x x x
SUMG-GE LHZ B 0008 2010.201 2012.198 914 241 x x x x x 1.00 x x x x x
SUMG-GE LHZ B 0009 2012.200 2013.207 430 98 x x x x x 1.02 x x x x x
SUMG-GE LHZ B 0010 2013.207 2017.136 1448 277 x x x x x 1.00 x x x x x
SUMG-GE LHZ B 0011 2017.142 2017.142 1 0 x x x x x x x x x x x
SUMG-GE LHZ B 0012 2017.142 2018.365 620 95 x x x x x 0.99 x x x x x
SUMG-GE LHZ-10 B 0011 2017.142 2017.142 1 0 x x x x x x x x x x x
SUMG-GE LHZ-10 B 0012 2017.142 2018.365 657 110 x x x x x 1.00 x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
SE1-GG LHZ-00 B 0001 2016.169 2018.365 1014 129 x x x x 0.92 x x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
ALE-II LHZ-10 B 0009 2009.001 2012.176 1374 274 x x x 0.86 x x x x x x x
ALE-II LHZ-10 B 0011 2014.154 2015.224 459 93 x x x 0.87 x x x x x x x
ALE-II LHZ-10 B 0013 2015.244 2016.245 408 81 x x x x 0.92 x x x x x x
ALE-II LHZ-10 B 0014 2016.247 2016.247 2 1 x x x 0.90 x x x x x x x
ALE-II LHZ-10 B 0015 2016.247 2018.275 812 169 x x x 0.88 x x x x x x x
ALE-II LHZ-10 B 0016 2018.275 2018.275 4 1 x x 0.79 x x x x x x x x
ALE-II LHZ-10 B 0017 2018.277 2018.365 125 24 x x x x x 0.96 x x x x x
ALE-II LHZ-00 B 0009 2009.001 2012.176 1434 392 x x x 0.84 x x x x x x x
ALE-II LHZ-00 B 0011 2014.154 2015.224 445 98 x x x 0.86 x x x x x x x
ALE-II LHZ-00 B 0013 2015.254 2016.245 393 82 x x x x 0.91 x x x x x x
ALE-II LHZ-00 B 0014 2016.247 2016.247 2 1 x x x 0.83 x x x x x x x
ALE-II LHZ-00 B 0015 2016.247 2018.275 812 194 x x x 0.89 x x x x x x x
ALE-II LHZ-00 B 0016 2018.275 2018.275 4 0 x x x x x x x x x x x
ALE-II LHZ-00 B 0017 2018.277 2018.365 125 26 x x x x x 0.96 x x x x x
BORG-II LHZ-10 B 0007 2009.001 2011.266 1271 55 x x x x x 0.98 x x x x x
BORG-II LHZ-10 B 0009 2011.279 2012.108 207 11 x x x x x 0.98 x x x x x
BORG-II LHZ-10 B 0010 2012.108 2012.108 2 1 x x 0.76 x x x x x x x x
BORG-II LHZ-10 B 0011 2012.111 2012.171 76 8 x x x x x x 1.10 x x x x
BORG-II LHZ-10 B 0012 2012.174 2016.289 1789 158 x x x x x 1.00 x x x x x
BORG-II LHZ-10 B 0013 2016.291 2016.291 2 0 x x x x x x x x x x x
BORG-II LHZ-10 B 0014 2016.291 2016.293 5 1 x x x x x 1.01 x x x x x
BORG-II LHZ-10 B 0015 2016.293 2016.294 3 0 x x x x x x x x x x x
BORG-II LHZ-10 B 0016 2016.294 2017.273 365 33 x x x x x 1.02 x x x x x
BORG-II LHZ-10 B 0017 2017.276 2017.276 1 0 x x x x x x x x x x x
BORG-II LHZ-10 B 0018 2017.276 2018.209 303 21 x x x 0.88 x x x x x x x
BORG-II LHZ-10 B 0019 2018.215 2018.365 218 19 x x x x x 1.02 x x x x x
BORG-II LHZ-00 B 0007 2009.001 2011.274 1272 115 x x x x x 0.98 x x x x x
BORG-II LHZ-00 B 0009 2011.280 2012.108 206 15 x x x x x 0.96 x x x x x
BORG-II LHZ-00 B 0010 2012.108 2012.108 3 1 x x x 0.84 x x x x x x x
BORG-II LHZ-00 B 0011 2012.111 2012.171 76 7 x x x x x x 1.09 x x x x
BORG-II LHZ-00 B 0012 2012.174 2016.289 1788 115 x x x x x 0.97 x x x x x
BORG-II LHZ-00 B 0013 2016.291 2016.291 2 0 x x x x x x x x x x x
BORG-II LHZ-00 B 0014 2016.291 2016.293 5 0 x x x x x x x x x x x
BORG-II LHZ-00 B 0015 2016.293 2016.294 3 0 x x x x x x x x x x x
BORG-II LHZ-00 B 0016 2016.294 2017.273 365 27 x x x x x 1.04 x x x x x
BORG-II LHZ-00 B 0018 2017.279 2018.204 295 22 x x x 0.86 x x x x x x x
BORG-II LHZ-00 B 0019 2018.215 2018.365 218 20 x x x x x 0.96 x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
KBS-IU LHZ-10 B 0003 2009.001 2009.271 270 77 x x x x 0.90 x x x x x x
KBS-IU LHZ-10 B 0004 2009.271 2010.154 347 76 x x x x 0.91 x x x x x x
KBS-IU LHZ-10 B 0005 2010.160 2011.018 254 70 x x x 0.86 x x x x x x x
KBS-IU LHZ-10 B 0007 2011.022 2014.307 1700 467 x x x x 0.93 x x x x x x
KBS-IU LHZ-10 B 0008 2014.311 2014.356 52 15 x x x x x 1.04 x x x x x
KBS-IU LHZ-10 B 0009 2014.358 2018.365 1619 361 x x x 0.84 x x x x x x x
KBS-IU LHZ-00 B 0003 2009.001 2009.271 272 88 x x x x 0.91 x x x x x x
KBS-IU LHZ-00 B 0004 2009.271 2010.154 347 95 x x x 0.86 x x x x x x x
KBS-IU LHZ-00 B 0005 2010.160 2011.018 254 73 x x x 0.87 x x x x x x x
KBS-IU LHZ-00 B 0007 2011.022 2014.307 1700 534 x x x x 0.90 x x x x x x
KBS-IU LHZ-00 B 0008 2014.311 2014.356 52 14 x x x x x x x 1.12 x x x
KBS-IU LHZ-00 B 0009 2014.358 2018.365 1619 412 x x x 0.83 x x x x x x x
SFJD-IU LHZ-10 B 0002 2009.001 2009.343 377 49 x x x x 0.94 x x x x x x
SFJD-IU LHZ-10 B 0003 2009.343 2011.195 785 82 x x x x x 0.98 x x x x x
SFJD-IU LHZ-10 B 0004 2011.195 2014.045 1063 159 x x x x x 1.03 x x x x x
SFJD-IU LHZ-10 B 0005 2014.049 2016.020 830 183 x x x x x x 1.05 x x x x
SFJD-IU LHZ-10 B 0006 2016.020 2018.365 1182 273 x x x x x 1.02 x x x x x
SFJD-IU LHZ-00 B 0002 2009.001 2009.343 377 121 x x x x 0.93 x x x x x x
SFJD-IU LHZ-00 B 0003 2009.343 2011.195 785 173 x x x x x 0.95 x x x x x
SFJD-IU LHZ-00 B 0004 2011.195 2014.045 1063 298 x x x x x 1.00 x x x x x
SFJD-IU LHZ-00 B 0005 2014.049 2016.020 830 212 x x x x x 1.00 x x x x x
SFJD-IU LHZ-00 B 0006 2016.020 2018.365 1182 327 x x x x x 0.99 x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
UPNV-KP LHZ B 0001 2013.268 2018.365 2110 455 x x x x x 0.99 x x x x x

Scaling factor
Station Channel T Epoch min time max time # obs. # used <0.40 <0.66 <0.80 <0.90 <0.95 <1.05 <1.11 <1.25 <1.50 <2.50 >2.50
JMIC-NO BHZ B 0005 2009.027 2009.031 7 0 x x x x x x x x x x x
JMIC-NO BHZ-00 B 0005 2009.033 2014.129 2212 308 x x x 0.85 x x x x x x x
JMIC-NO BHZ-00 B 0006 2014.129 2014.129 1 0 x x x x x x x x x x x
SPA0-NO BHZ B 0001 2009.027 2009.031 7 0 x x x x x x x x x x x
SPA0-NO BHZ-00 B 0001 2009.033 2014.365 2454 366 x x x 0.88 x x x x x x x
SPB1-NO BHZ-00 B 0001 2009.064 2014.365 2265 329 x x x 0.88 x x x x x x x
SPB2-NO BHZ-00 B 0002 2009.064 2014.365 2447 338 x x x x x 0.97 x x x x x
SPB3-NO BHZ-00 B 0001 2009.064 2014.363 2327 347 x x x 0.88 x x x x x x x
SPB4-NO BHZ-00 B 0005 2009.064 2014.365 2378 398 x x x 0.88 x x x x x x x
SPB5-NO BHZ-00 B 0001 2009.064 2014.365 2440 334 x x x 0.88 x x x x x x x