Location

2007/10/25 13:50:07 45.98 154.39 28

Moment Tensor Comparison

The following compares this source inversion to the USGS Rapid Moment Tensor Solution and to the Harvard CMT solutions, if they are available.

Data set

The following broadband stations passed the QC and were used for the source inversion. AAK AAM ACSO AFI AGMN AHID AMTX ANTO BBSR BEK BFO BINY BLA BMN BMO BORG BOZ BRAL BRVK BW06 CART CBKS CBN CCM CEL CHM CNNC COCO COEN COLA COLD COWI CTAO CUC DAV DGAR DGMT DSB DUG DWPF ECSD EGAK EGMT EKS2 ELK ENH ERPA ESK EYAK EYMN FORT FUNA GLMI GNI GOGA HAWA HDIL HKT HLID HNR HRV HWUT IDI ISCO JCT JFWS KBK KBS KEV KHC KHZ KIEV KIV KKM KMNB KONO KSM KSU1 KTH KVTX KZA LAO LBNH LDM LONY LRAL LSA LTL MCCM MCK MCWV MIAR MNTX MSO MTE MVCO NATX NEW NHSC NWAO OBN OGNE OXF PAB PFO PKME PMG PNL POHA PSZ QIZ RGN RLMT RSSD RUE SAO SAW SCIA SFJD SNZO SSLB SSPA STU SUW TARA TATO TAU TEIG TIP TIR TKM2 TLY TPNV TPUB TUC TUE ULN VBMS VLC WDD WRAB WRAK WUAZ WVOR WVT XMAS XMIS YHNB YULB

Forward Synthetic

All observed and Greens function waveforms are corrected to instrument response to ground velocity in meters/sec for the passband of 0.004 - 5 Hz. The traces were then lowpass filtered at 0.25 Hz and interpolated to a sample rate of 1 second.

The moment tensor solution used has the parameters: 

HS=35.3
STK=134
DIP=72
RAKE=18
MW=6.1 

The Green's function closest to the desired depth was
DEP=0250 , where (DEP/10) is the computed depth.
The cut windows attempt to include the P, pP, sP, pS, S and sS arrivals. However, one must be very careful about the fact that PP may be included in some distance ranges.

The waveforms are then bandpass filtered by the application of the following high- and low-pass stages (an optional microseism filter): 

hp c 0.0167 2
lp c 0.0833 2
int
br c 0.12 0.25 n 4 p 2
The traces were next integrated to ground displacment in meters. Finally the observed data are interpolated to have the same sampling at the Green's functions.
NOTE: this was done for speed. The proper sequence is to read traces, filter and then cut - gsac will be modified to introduce a command CUTWR to define the cut upon a write.

The following filter ranges are used according to the moment magnitude Mw: 

   FILTER_BAND   1/FH(s)  1/FL(s)
       1           60     12      Mw < 6.4
       2          100     20      6.4 < Mw <= 6.9
       3          120     40      Mw > 6.9

The map displays the distribution of stations used for this source inversion.


Location of the earthquake (yellow star) and great circle path from the epicenter to each station (red) [created using GMT (Wessel, P., and W. H. F. Smith, New version of Generic Mapping Tools released, EOS Trans. AGU, 76 329, 1995.)]

Detailed Waveform Comparison

P-wave Z component
Observed (red) and predicted seismograms (blue) ordered by increasing epicentral distance. Each pair of traces is annotated with the wave type and a station identifier (station, network, and channel id's), epicentral distance in degrees, source-to-station azimuth in degrees. Each seismogram pair is plotted with the same scale and the peak amplitudes in meters are shown above to the left of each trace. The optimal time shift between the observed first arrival and the predicted first arrival (in seconds) is shown above the prediction on the right. Red circles flag seismograms with amplitude misfits of a factor of 2 or more.
SH-wave T component
Observed (red) and predicted seismograms (blue) ordered by increasing epicentral distance. Each pair of traces is annotated with the wave type and a station identifier (station, network, and channel id's), epicentral distance in degrees, source-to-station azimuth in degrees. Each seismogram pair is plotted with the same scale and the peak amplitudes in meters are shown above to the left of each trace. The optimal time shift between the observed first arrival and the predicted first arrival (in seconds) is shown above the prediction on the right. Red circles flag seismograms with amplitude misfits of a factor of 2 or more.
SV-wave R component
Observed (red) and predicted seismograms (blue) ordered by increasing epicentral distance. Each pair of traces is annotated with the wave type and a station identifier (station, network, and channel id's), epicentral distance in degrees, source-to-station azimuth in degrees. Each seismogram pair is plotted with the same scale and the peak amplitudes in meters are shown above to the left of each trace. The optimal time shift between the observed first arrival and the predicted first arrival (in seconds) is shown above the prediction on the right. Red circles flag seismograms with amplitude misfits of a factor of 2 or more.

Waveforms used

The following waveforms are used for the plot above. Note that the naming convention used by the generating program does not distinguish between LH, BH and HH channels. One can change the DOPZSTA, DOSHTSTA and DOSVRSTA scripts to preserve the component names.

AAKKNLHR AAKKNLHT AAKKNLHZ AAMUSBHR AAMUSBHT AAMUSBHZ AAMUSLHR AAMUSLHT AAMUSLHZ ACSOUSBHR ACSOUSBHT ACSOUSBHZ ACSOUSLHR ACSOUSLHT ACSOUSLHZ AFIIU10BHR AFIIU10BHT AFIIU10BHZ AFIIU10LHR AFIIU10LHT AFIIU10LHZ AGMNUSBHR AGMNUSBHT AGMNUSBHZ AGMNUSLHR AGMNUSLHT AGMNUSLHZ AHIDUSBHR AHIDUSBHT AHIDUSBHZ AHIDUSLHR AHIDUSLHT AHIDUSLHZ AMTXUSBHR AMTXUSBHT AMTXUSBHZ AMTXUSLHR AMTXUSLHT AMTXUSLHZ ANTOIU00BHR ANTOIU00BHT ANTOIU00BHZ ANTOIU00LHR ANTOIU00LHT ANTOIU00LHZ BBSRIU00BHR BBSRIU00BHT BBSRIU00BHZ BBSRIU00LHR BBSRIU00LHT BBSRIU00LHZ BEKNNBHR BEKNNBHT BEKNNBHZ BEKNNLHR BEKNNLHT BEKNNLHZ BFOII00BHR BFOII00BHT BFOII00BHZ BFOII00LHR BFOII00LHT BFOII00LHZ BINYUSBHR BINYUSBHT BINYUSBHZ BINYUSLHR BINYUSLHT BINYUSLHZ BLAUSBHR BLAUSBHT BLAUSBHZ BLAUSLHR BLAUSLHT BLAUSLHZ BMNLBBHR BMNLBBHT BMNLBBHZ BMNLBLHR BMNLBLHT BMNLBLHZ BMOUSBHR BMOUSBHT BMOUSBHZ BMOUSLHR BMOUSLHT BMOUSLHZ BORGII00BHR BORGII00BHT BORGII00BHZ BORGII00LHR BORGII00LHT BORGII00LHZ BOZUSBHR BOZUSBHT BOZUSBHZ BOZUSLHR BOZUSLHT BOZUSLHZ BRALUSBHR BRALUSBHT BRALUSBHZ BRALUSLHR BRALUSLHT BRALUSLHZ BRVKII00BHR BRVKII00BHT BRVKII00BHZ BRVKII00LHR BRVKII00LHT BRVKII00LHZ BW06USBHR BW06USBHT BW06USBHZ BW06USLHR BW06USLHT BW06USLHZ CARTGEBHR CARTGEBHT CARTGEBHZ CARTGELHR CARTGELHT CARTGELHZ CBKSUSBHR CBKSUSBHT CBKSUSBHZ CBKSUSLHR CBKSUSLHT CBKSUSLHZ CBNUSBHR CBNUSBHT CBNUSBHZ CBNUSLHR CBNUSLHT CBNUSLHZ CCMIU00BHR CCMIU00BHT CCMIU00BHZ CCMIU00LHR CCMIU00LHT CCMIU00LHZ CELMNBHR CELMNBHT CELMNBHZ CELMNLHR CELMNLHT CELMNLHZ CHMKNBHR CHMKNBHT CHMKNBHZ CHMKNLHR CHMKNLHT CHMKNLHZ CNNCUSBHR CNNCUSBHT CNNCUSBHZ CNNCUSLHR CNNCUSLHT CNNCUSLHZ COCOII00BHR COCOII00BHT COCOII00BHZ COCOII00LHR COCOII00LHT COCOII00LHZ COENAUBHR COENAUBHT COENAUBHZ COLAIU10BHR COLAIU10BHT COLAIU10BHZ COLAIU10LHR COLAIU10LHT COLAIU10LHZ COLDAKBHR COLDAKBHT COLDAKBHZ COWIUSBHR COWIUSBHT COWIUSBHZ COWIUSLHR COWIUSLHT COWIUSLHZ CTAOIU00BHR CTAOIU00BHT CTAOIU00BHZ CTAOIU00LHR CTAOIU00LHT CTAOIU00LHZ CUCMNBHR CUCMNBHT CUCMNBHZ CUCMNLHR CUCMNLHT CUCMNLHZ DAVIU10BHR DAVIU10BHT DAVIU10BHZ DAVIU10LHR DAVIU10LHT DAVIU10LHZ DGARII00LHR DGARII00LHT DGARII00LHZ DGMTUSBHR DGMTUSBHT DGMTUSBHZ DGMTUSHRBHR DGMTUSHRBHT DGMTUSHRBHZ DGMTUSHRLHR DGMTUSHRLHT DGMTUSHRLHZ DGMTUSLHR DGMTUSLHT DGMTUSLHZ DSBGEBHR DSBGEBHT DSBGEBHZ DSBGELHR DSBGELHT DSBGELHZ DUGUSBHR DUGUSBHT DUGUSBHZ DUGUSLHR DUGUSLHT DUGUSLHZ DWPFIU00BHR DWPFIU00BHT DWPFIU00BHZ DWPFIU00LHR DWPFIU00LHT DWPFIU00LHZ ECSDUSBHR ECSDUSBHT ECSDUSBHZ ECSDUSHRBHR ECSDUSHRBHT ECSDUSHRBHZ ECSDUSHRLHR ECSDUSHRLHT ECSDUSHRLHZ ECSDUSLHR ECSDUSLHT ECSDUSLHZ EGAKUSBHR EGAKUSBHT EGAKUSBHZ EGAKUSLHR EGAKUSLHT EGAKUSLHZ EGMTUSBHR EGMTUSBHT EGMTUSBHZ EGMTUSLHR EGMTUSLHT EGMTUSLHZ EKS2KNBHR EKS2KNBHT EKS2KNBHZ EKS2KNLHR EKS2KNLHT EKS2KNLHZ ELKUSBHR ELKUSBHT ELKUSBHZ ELKUSLHR ELKUSLHT ELKUSLHZ ENHIC10BHR ENHIC10BHT ENHIC10BHZ ENHIC10LHR ENHIC10LHT ENHIC10LHZ ERPAUSBHR ERPAUSBHT ERPAUSBHZ ERPAUSLHR ERPAUSLHT ERPAUSLHZ ESKII00BHR ESKII00BHT ESKII00BHZ ESKII00LHR ESKII00LHT ESKII00LHZ EYAKAKBHR EYAKAKBHT EYAKAKBHZ EYMNUSBHR EYMNUSBHT EYMNUSBHZ EYMNUSHRBHR EYMNUSHRBHT EYMNUSHRBHZ EYMNUSHRLHR EYMNUSHRLHT EYMNUSHRLHZ EYMNUSLHR EYMNUSLHT EYMNUSLHZ FORTAUBHR FORTAUBHT FORTAUBHZ FUNAIU10BHR FUNAIU10BHT FUNAIU10BHZ FUNAIU10LHR FUNAIU10LHT FUNAIU10LHZ GLMIUSBHR GLMIUSBHT GLMIUSBHZ GLMIUSLHR GLMIUSLHT GLMIUSLHZ GNIIU00BHR GNIIU00BHT GNIIU00BHZ GNIIU00LHR GNIIU00LHT GNIIU00LHZ GOGAUSBHR GOGAUSBHT GOGAUSBHZ GOGAUSHRBHR GOGAUSHRBHT GOGAUSHRBHZ GOGAUSHRLHR GOGAUSHRLHT GOGAUSHRLHZ GOGAUSLHR GOGAUSLHT GOGAUSLHZ HAWAUSBHR HAWAUSBHT HAWAUSBHZ HAWAUSLHR HAWAUSLHT HAWAUSLHZ HDILUSBHR HDILUSBHT HDILUSBHZ HDILUSLHR HDILUSLHT HDILUSLHZ HKTIU00BHR HKTIU00BHT HKTIU00BHZ HKTIU00LHR HKTIU00LHT HKTIU00LHZ HLIDUSBHR HLIDUSBHT HLIDUSBHZ HLIDUSLHR HLIDUSLHT HLIDUSLHZ HNRIU10BHR HNRIU10BHT HNRIU10BHZ HNRIU10LHR HNRIU10LHT HNRIU10LHZ HRVIUBHR HRVIUBHT HRVIUBHZ HRVIULHR HRVIULHT HRVIULHZ HWUTUSBHR HWUTUSBHT HWUTUSBHZ HWUTUSLHR HWUTUSLHT HWUTUSLHZ IDIMNBHR IDIMNBHT IDIMNBHZ IDIMNLHR IDIMNLHT IDIMNLHZ ISCOUSBHR ISCOUSBHT ISCOUSBHZ ISCOUSLHR ISCOUSLHT ISCOUSLHZ JCTUSBHR JCTUSBHT JCTUSBHZ JCTUSLHR JCTUSLHT JCTUSLHZ JFWSUSBHR JFWSUSBHT JFWSUSBHZ JFWSUSHRBHR JFWSUSHRBHT JFWSUSHRBHZ JFWSUSHRLHR JFWSUSHRLHT JFWSUSHRLHZ JFWSUSLHR JFWSUSLHT JFWSUSLHZ KBKKNBHR KBKKNBHT KBKKNBHZ KBKKNLHR KBKKNLHT KBKKNLHZ KBSIU10BHR KBSIU10BHT KBSIU10BHZ KBSIU10LHR KBSIU10LHT KBSIU10LHZ KEVIU10BHR KEVIU10BHT KEVIU10BHZ KEVIU10LHR KEVIU10LHT KEVIU10LHZ KHCCZBHR KHCCZBHT KHCCZBHZ KHZNZ10LHR KHZNZ10LHT KHZNZ10LHZ KIEVIU00BHR KIEVIU00BHT KIEVIU00BHZ KIEVIU00LHR KIEVIU00LHT KIEVIU00LHZ KIVII00BHR KIVII00BHT KIVII00BHZ KIVII00LHR KIVII00LHT KIVII00LHZ KKMMYBHR KKMMYBHT KKMMYBHZ KKMMYLHR KKMMYLHT KKMMYLHZ KMNBTWBHR KMNBTWBHT KMNBTWBHZ KMNBTWLHR KMNBTWLHT KMNBTWLHZ KONOIU00BHR KONOIU00BHT KONOIU00BHZ KONOIU00LHR KONOIU00LHT KONOIU00LHZ KONOIU10BHR KONOIU10BHT KONOIU10BHZ KONOIU10LHR KONOIU10LHT KONOIU10LHZ KSMMYBHR KSMMYBHT KSMMYBHZ KSMMYLHR KSMMYLHT KSMMYLHZ KSU1USBHR KSU1USBHT KSU1USBHZ KSU1USHRBHR KSU1USHRBHT KSU1USHRBHZ KSU1USHRLHR KSU1USHRLHT KSU1USHRLHZ KSU1USLHR KSU1USLHT KSU1USLHZ KTHAKBHR KTHAKBHT KTHAKBHZ KVTXUSBHR KVTXUSBHT KVTXUSBHZ KVTXUSLHR KVTXUSLHT KVTXUSLHZ KZAKNLHR KZAKNLHT KZAKNLHZ LAOUSBHR LAOUSBHT LAOUSBHZ LAOUSLHR LAOUSLHT LAOUSLHZ LBNHUSBHR LBNHUSBHT LBNHUSBHZ LBNHUSLHR LBNHUSLHT LBNHUSLHZ LDMMYBHR LDMMYBHT LDMMYBHZ LDMMYLHR LDMMYLHT LDMMYLHZ LONYUSBHR LONYUSBHT LONYUSBHZ LONYUSLHR LONYUSLHT LONYUSLHZ LRALUSBHR LRALUSBHT LRALUSBHZ LRALUSLHR LRALUSLHT LRALUSLHZ LSAIC10BHR LSAIC10BHT LSAIC10BHZ LSAIC10LHR LSAIC10LHT LSAIC10LHZ LTLLILHR LTLLILHT LTLLILHZ MCCMBKBHR MCCMBKBHT MCCMBKBHZ MCCMBKLHR MCCMBKLHT MCCMBKLHZ MCKAKBHR MCKAKBHT MCKAKBHZ MCWVUSBHR MCWVUSBHT MCWVUSBHZ MCWVUSLHR MCWVUSLHT MCWVUSLHZ MIARUSBHR MIARUSBHT MIARUSBHZ MIARUSLHR MIARUSLHT MIARUSLHZ MNTXUSBHR MNTXUSBHT MNTXUSBHZ MNTXUSLHR MNTXUSLHT MNTXUSLHZ MSOUSBHR MSOUSBHT MSOUSBHZ MSOUSLHR MSOUSLHT MSOUSLHZ MTEGEBHR MTEGEBHT MTEGEBHZ MTEGELHR MTEGELHT MTEGELHZ MVCOUSBHR MVCOUSBHT MVCOUSBHZ MVCOUSLHR MVCOUSLHT MVCOUSLHZ NATXUSBHR NATXUSBHT NATXUSBHZ NATXUSLHR NATXUSLHT NATXUSLHZ NEWUSBHR NEWUSBHT NEWUSBHZ NEWUSHRBHR NEWUSHRBHT NEWUSHRBHZ NEWUSHRLHR NEWUSHRLHT NEWUSHRLHZ NEWUSLHR NEWUSLHT NEWUSLHZ NHSCUSBHR NHSCUSBHT NHSCUSBHZ NHSCUSLHR NHSCUSLHT NHSCUSLHZ NWAOIU00BHR NWAOIU00BHT NWAOIU00BHZ NWAOIU00LHR NWAOIU00LHT NWAOIU00LHZ OBNII00BHR OBNII00BHT OBNII00BHZ OBNII00LHR OBNII00LHT OBNII00LHZ OGNEUSBHR OGNEUSBHT OGNEUSBHZ OGNEUSLHR OGNEUSLHT OGNEUSLHZ OXFUSBHR OXFUSBHT OXFUSBHZ OXFUSLHR OXFUSLHT OXFUSLHZ PABIU00BHR PABIU00BHT PABIU00BHZ PABIU00LHR PABIU00LHT PABIU00LHZ PFOII00BHR PFOII00BHT PFOII00BHZ PFOII00LHR PFOII00LHT PFOII00LHZ PKMEUSBHR PKMEUSBHT PKMEUSBHZ PKMEUSLHR PKMEUSLHT PKMEUSLHZ PMGIU10BHR PMGIU10BHT PMGIU10BHZ PMGIU10LHR PMGIU10LHT PMGIU10LHZ PNLAKBHR PNLAKBHT PNLAKBHZ POHAIU10BHR POHAIU10BHT POHAIU10BHZ POHAIU10LHR POHAIU10LHT POHAIU10LHZ PSZGEBHR PSZGEBHT PSZGEBHZ PSZGELHR PSZGELHT PSZGELHZ QIZIC00BHR QIZIC00BHT QIZIC00BHZ QIZIC00LHR QIZIC00LHT QIZIC00LHZ RGNGEBHR RGNGEBHT RGNGEBHZ RGNGELHR RGNGELHT RGNGELHZ RLMTUSBHR RLMTUSBHT RLMTUSBHZ RLMTUSLHR RLMTUSLHT RLMTUSLHZ RSSDIU10BHR RSSDIU10BHT RSSDIU10BHZ RSSDIU10LHR RSSDIU10LHT RSSDIU10LHZ RUEGEBHR RUEGEBHT RUEGEBHZ RUEGELHR RUEGELHT RUEGELHZ SAOBKBHR SAOBKBHT SAOBKBHZ SAOBKLHR SAOBKLHT SAOBKLHZ SAWAKBHR SAWAKBHT SAWAKBHZ SCIAUSBHR SCIAUSBHT SCIAUSBHZ SCIAUSLHR SCIAUSLHT SCIAUSLHZ SFJDIU10BHR SFJDIU10BHT SFJDIU10BHZ SFJDIU10LHR SFJDIU10LHT SFJDIU10LHZ SNZOIU00BHR SNZOIU00BHT SNZOIU00BHZ SNZOIU00LHR SNZOIU00LHT SNZOIU00LHZ SNZOIU10BHR SNZOIU10BHT SNZOIU10BHZ SNZOIU10LHR SNZOIU10LHT SNZOIU10LHZ SSLBTWBHR SSLBTWBHT SSLBTWBHZ SSLBTWLHR SSLBTWLHT SSLBTWLHZ SSPAIU00BHR SSPAIU00BHT SSPAIU00BHZ SSPAIU00LHR SSPAIU00LHT SSPAIU00LHZ SSPAIU10BHR SSPAIU10BHT SSPAIU10BHZ SSPAIU10LHR SSPAIU10LHT SSPAIU10LHZ STUGEBHR STUGEBHT STUGEBHZ STUGELHR STUGELHT STUGELHZ SUWGEBHR SUWGEBHT SUWGEBHZ SUWGELHR SUWGELHT SUWGELHZ TARAIU00BHZ TARAIU00LHZ TARAIU10BHR TARAIU10BHT TARAIU10BHZ TARAIU10LHR TARAIU10LHT TARAIU10LHZ TATOIU00BHR TATOIU00BHT TATOIU00BHZ TATOIU00LHR TATOIU00LHT TATOIU00LHZ TATOIU10BHR TATOIU10BHT TATOIU10BHZ TATOIU10LHR TATOIU10LHT TATOIU10LHZ TAUII00BHR TAUII00BHT TAUII00BHZ TAUII00LHR TAUII00LHT TAUII00LHZ TEIGIU00BHR TEIGIU00BHT TEIGIU00BHZ TEIGIU00LHR TEIGIU00LHT TEIGIU00LHZ TEIGIU10BHR TEIGIU10BHT TEIGIU10BHZ TEIGIU10LHR TEIGIU10LHT TEIGIU10LHZ TIPMNBHR TIPMNBHT TIPMNBHZ TIPMNLHR TIPMNLHT TIPMNLHZ TIRMNBHR TIRMNBHT TIRMNBHZ TIRMNLHR TIRMNLHT TIRMNLHZ TKM2KNBHR TKM2KNBHT TKM2KNBHZ TKM2KNLHR TKM2KNLHT TKM2KNLHZ TLYII00BHR TLYII00BHT TLYII00BHZ TLYII00LHR TLYII00LHT TLYII00LHZ TPNVUSBHR TPNVUSBHT TPNVUSBHZ TPNVUSLHR TPNVUSLHT TPNVUSLHZ TPUBTWBHR TPUBTWBHT TPUBTWBHZ TPUBTWLHR TPUBTWLHT TPUBTWLHZ TUCIU00BHR TUCIU00BHT TUCIU00BHZ TUCIU00LHR TUCIU00LHT TUCIU00LHZ TUEMNBHR TUEMNBHT TUEMNBHZ TUEMNLHR TUEMNLHT TUEMNLHZ ULNIU00BHR ULNIU00BHT ULNIU00BHZ ULNIU00LHR ULNIU00LHT ULNIU00LHZ VBMSUSBHR VBMSUSBHT VBMSUSBHZ VBMSUSLHR VBMSUSLHT VBMSUSLHZ VLCMNBHR VLCMNBHT VLCMNBHZ VLCMNLHR VLCMNLHT VLCMNLHZ WDDMNBHR WDDMNBHT WDDMNBHZ WDDMNLHR WDDMNLHT WDDMNLHZ WRABII00BHR WRABII00BHT WRABII00BHZ WRABII00LHR WRABII00LHT WRABII00LHZ WRAKUSBHR WRAKUSBHT WRAKUSBHZ WRAKUSHRBHR WRAKUSHRBHT WRAKUSHRBHZ WRAKUSHRLHR WRAKUSHRLHT WRAKUSHRLHZ WRAKUSLHR WRAKUSLHT WRAKUSLHZ WUAZUSBHR WUAZUSBHT WUAZUSBHZ WUAZUSLHR WUAZUSLHT WUAZUSLHZ WVORUSBHR WVORUSBHT WVORUSBHZ WVORUSLHR WVORUSLHT WVORUSLHZ WVTIUBHR WVTIUBHT WVTIUBHZ WVTIULHR WVTIULHT WVTIULHZ XMASIU00BHR XMASIU00BHT XMASIU00BHZ XMASIU00LHR XMASIU00LHT XMASIU00LHZ XMASIU10BHR XMASIU10BHT XMASIU10BHZ XMASIU10LHR XMASIU10LHT XMASIU10LHZ XMISAUBHR XMISAUBHT XMISAUBHZ YHNBTWBHR YHNBTWBHT YHNBTWBHZ YHNBTWLHR YHNBTWLHT YHNBTWLHZ YULBTWBHR YULBTWBHT YULBTWBHZ YULBTWLHR YULBTWLHT YULBTWLHZ

Processing times

Starting Processing         : Thu Nov 15 19:28:22 UTC 2007
Starting deconvolution      : Thu Nov 15 19:34:56 UTC 2007
Starting trace rotation     : Thu Nov 15 19:38:09 UTC 2007
Starting distance selection : Thu Nov 15 19:39:21 UTC 2007
Starting trace QC           : Thu Nov 15 19:39:40 UTC 2007
Starting synthetic          : Thu Nov 15 19:39:40 UTC 2007
Starting documentation      : Thu Nov 15 19:43:20 UTC 2007

Last Changed Thu Nov 15 19:43:21 UTC 2007