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³±±±±±±±±±±±±±±± California Division of Mines & Geology ONLINE ±±±±±±±±±±±±±±±³
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  DISCLAIMER -- THIS IS NOT AN EARTHQUAKE PREDICTION OR WARNING!

The commentary provided with these map(s) is for INFORMATIONAL
USE ONLY, and SHOULD NOT be construed as an earthquake prediction,
warning, or advisory.  Responsibility for such warnings rests with
the Office of Emergency Services of the State of California.

        PLEASE REMEMBER -- THIS IS PRELIMINARY DATA

Releasing these summaries on a timely basis requires that the
data, analysis, and interpretations presented are PRELIMINARY. Of
necessity they can only reflect the views of the seismologists who
prepared them, and DO NOT carry the endorsement of the U.S.G.S.
Thus while every effort is made to ensure that the information is
accurate, nothing contained in this report is to be construed as
and earthquake prediction, warning, advisory, or official policy
statement of any kind, of the U.S. Geological Survey, or the
U.S. Government.

                   FOR QUESTIONS CONCERNING THIS REPORT
                    Send e-mail to michael@andreas.wr.usgs.gov


                    Seismicity Report for Northern California,
                     the Nation, and the World for the week of
                          October 27 - November 2, 1994

                            Data and text prepared by
                         Steve Walter and Barry Hirshorn
                              U.S. Geological Survey
                 345 Middlefield Rd.  MS-977, Menlo Park, CA  94025
                            Graphics by Quentin Lindh

San Francisco Bay Area

   It was a fairly quiet week in the Bay Area with only two earthquakes as
large as M2.  For the seven-day period ending at midnight on Wednesday,
November 2, 1994 the U.S. Geological Survey office in Menlo Park recorded
28 earthquakes of magnitude one (M1) and greater within the San Francisco
Bay area shown in Figure 1.  This total compares to 23 earthquakes during
the previous seven-day period (October 20 - 26), seven of which were as
large as M2.
   Both M2 earthquakes occurred in the East Bay northeast of San Jose.
The first occurred just before noon last Friday morning about three miles
southeast of Fremont (#2 in figure 1).  The following day  a M2.5 occurred
in the northern Diablo Range about 15 miles southeast of Livermore (#3/1).
Neither earthquake was reported to have been felt.
   The only other seismicity of note was a small cluster of five M1
earthquakes on the central Hayward fault beneath the foothills of eastern
San Leandro (#1/1).  They occurred in essentially the same location as a
M2.8 on October 23.

Northern & Central California

    Seismicity throughout northern and central California was down from
that seen in recent weeks.  Except for the still active aftershock
sequence east of Markleeville there were no earthquakes as large as M3 in
the region.  Cape Mendocino was exceptionally quiet with only four
earthquakes as large as M2, all located offshore of the Cape along the
Mendocino fracture zone (#3,#4/2).  Similarly, the Coast Range experienced
only a few M2 earthquakes during the week including a M2.1 on the central
Maacama fault just northeast of Willits (#1/2) and a pair of M2's at the
Geysers geothermal area.  Central California experienced nothing larger
than one M2.0 in the Coalinga area, about 20 miles east of Avenal.
Activity in the eastern Sierra Nevada was limited to a pair of M2's in the
eastern Mono Lake basin (#5/2) and the continuing activity east of
Markleeville, aftershocks to a M6.0 earthquake in early September (#2/2).

Long Valley Caldera

   There were no earthquakes as large as M2 within the caldera during the
week.   Activity south of the caldera included a M2.0 event just west of
Convict Lake (#1/3), a pair of M2's southeast of Mt. Morrison (#2/3) and a
pair of M2's east of the Round Valley fault and about ten miles northwest
of Bishop (#3/3).

USA Seismicity  (October 25 - November 1)

   One of the larger earthquakes on the planet occurred offshore of Oregon
last Thursday, according to information provided by the National
Earthquake Information Center (#1/4).  The earthquake occurred along the
Blanco Fracture Zone about 150 miles west of Coos Bay, OR.
   A pair of small earthquakes occurred in the southern Hells Canyon
region of the Snake River along the Oregon/Idaho border (#2/4).  The
earthquakes were felt at Brownlee and Oxbow, Oregon.
   Nevada also experienced several small events including a pair of M3's
south of Eureka (#4/4) and a M3.6 beneath the upper reaches of the Lake
Meade reservoir (#5/4).
   Southern California experienced only one earthquake as large as M3
(#6/4).  This M3.2 earthquake occurred Sunday afternoon about 17 miles
north of Yucca Valley and was yet another aftershock to the M7.5 Landers
earthquake that occurred in June, 1992.

The Planet Earth  (October 25 - November 1)

   One of the more unusual earthquakes to occur on the planet was a Mb5.5
in the central Republic of South Africa, about 130 miles northeast of
Kimberley (#4/5).  It occurred well within the stable part of the African
plate, far removed from the plate boundaries that generate most
earthquakes.
   More typical were several moderate to large earthquakes that occurred
along convergent plate boundaries:  continued M4-5 aftershocks in the
southern Kurils where the Pacific Plate slips beneath the Asian landmass
(#1/5); a Mb5.6 in the Taiwan region where the Philippines plate collides
with Southeast Asia (#3/5); a Ms6.3 in northern Sumatera where the Indo-
Australian plate also underthrusts Southeast Asia (#5/5); a Mb 5.1 nearly
600 km beneath Argentina reflecting the depth that the Pacific plate has
underthrust South America (#2/5); and a Mb5.4 beneath Costa Rica, where
the relatively small Cocos plate has been subducted beneath Central
America (#6/5).

Table 1. Northern & Central California Seismicity (M>1.0)

--ORIGIN TIME (UT)-- -LAT N-- --LON W-- DEPTH  N N RMS ERH ERZ       DUR
YR MON DA HRMN  SEC  DEG MIN  DEG  MIN    KM  RD S SEC  KM  KM REMKS MAG

94 OCT 27  705 46.09 36 27.85 121 28.06  8.43 11 1 .04  .4 1.1 SAL   1.1
94 OCT 27  718  9.51 38 47.64 122 46.14  1.39 24   .08  .2  .5 GEY   1.8
94 OCT 27  733 18.00 38 47.67 122 46.11  0.98 11   .05  .2  .6 GEY   1.4
94 OCT 27  826 10.30 36 42.45 121 20.64  3.16 25 1 .06  .2  .8 STN   1.1
94 OCT 27  830  3.97 37 37.68 118 52.16 12.27 13   .10  .8 1.5 SMO   1.2

94 OCT 27  940  4.66 39 25.55 123 18.36  2.42 27 1 .11  .3  .4 MAA   2.1
94 OCT 27 1006  6.51 39 25.39 123 18.47  2.10 21 1 .16  .4  .5 MAA-  1.9
94 OCT 27 1025 27.05 37 46.29 122 12.23  5.13 20 3 .12  .3  .8 HAY   1.0
94 OCT 27 1041  9.64 37 28.56 118 35.03 14.63 22 1 .10  .4 1.3 RVL   1.6
94 OCT 27 1124 14.59 37 30.30 118 25.84 11.41 19   .09  .4  .9 CHV   1.7

94 OCT 27 1519  8.18 37 32.46 118 50.74 10.25 34 4 .11  .3  .5 MOR   1.9
94 OCT 27 1549 36.48 36 57.18 121 40.97  8.13 42   .11  .2  .6 SJB   1.6
94 OCT 27 1642 15.47 37 36.69 118 52.65  5.21 28 3 .11  .3  .4 SHE   1.7
94 OCT 27 2000  1.08 37 37.36 119  1.49  5.70 24 2 .08  .3  .4 MAM   2.0
94 OCT 27 2000  1.25 37 37.66 119  1.40  4.70  8   .11  .8 1.4 MAM   1.4

94 OCT 27 2000  3.12 37 35.40 118 52.62  4.11  9   .15  .9 1.3 MOR   2.0
94 OCT 27 2006 30.54 37 37.07 119  1.87  7.28 12   .04  .9 1.3 MAM    .9
94 OCT 27 2040 43.56 37 36.76 119  1.48  6.27  8   .04  .8 1.3 MAM   1.0
94 OCT 27 2043 22.97 37 36.79 119  1.56  6.37  7   .03  .9 1.3 MAM   1.0
94 OCT 27 2046 48.70 37 37.03 119  1.43  6.26 12   .05  .6 1.0 MAM   1.2

94 OCT 27 2104 44.60 36 13.96 120 47.46  7.81  7   .05  .5  .8 BIT   1.3
94 OCT 27 2130 36.65 37 37.25 119  1.36  6.03  9   .07  .7 1.2 MAM   1.0
94 OCT 27 2200 59.32 37 37.24 119  1.45  6.84 15   .08  .6 1.1 MAM   1.7
94 OCT 27 2321 16.39 37 37.17 119  1.43  6.42  7   .06  .9 1.5 MAM   1.1
94 OCT 27 2322  1.46 37 37.35 119  1.56  6.55 21   .08  .4  .5 MAM   1.8

94 OCT 27 2334 41.92 37 44.30 122  8.77  4.85 15   .12  .5  .8 HAY   1.6
94 OCT 28  218 16.48 38 44.23 119 43.76  0.71 24 3 .16 1.2 3.8 WAK * 2.4
94 OCT 28  327 14.20 37 38.89 118 53.86  6.68  9   .10  .9 1.0 SMO   1.0
94 OCT 28  358  4.18 37 39.03 118 53.54  6.22 10   .12  .9 1.0 DOM   1.2
94 OCT 28  417 15.55 35 51.97 120 24.88  7.65 28 2 .07  .3  .4 GOL   1.4

94 OCT 28  610 24.92 36 58.82 121  2.36  4.36 54 2 .13  .3 1.0 ORT   1.9
94 OCT 28  631 26.72 37 31.24 118 25.19  7.52 11   .02  .3  .7 CHV   1.4
94 OCT 28  648 19.78 35 56.36 120 29.08  6.29 28 3 .07  .3  .3 MID   1.5
94 OCT 28  751 11.26 36 51.95 121 36.09  7.70 45 1 .15  .3  .4 SJB   1.4
94 OCT 28  806 39.05 37 17.63 121 40.45  2.17 14   .04  .3  .7 SFL   1.0

94 OCT 28  941  4.66 38 41.65 119 37.41  0.03 15 1 .13 1.8 1.4 WAK * 2.9
94 OCT 28 1058 31.96 37 38.88 118 56.43  9.23 15   .10  .6 1.0 SMO   1.6
94 OCT 28 1059  1.93 37 37.80 118 56.62  5.62 12   .16  .8 1.6 SMO   1.2
94 OCT 28 1059 42.93 37 37.85 118 56.74  7.24 11   .10  .5 1.3 SMO   1.0
94 OCT 28 1324 27.01 37 44.13 122  7.96  3.01 21 1 .08  .2  .3 HAY   1.5

94 OCT 28 1327 21.31 37 14.77 122  0.31  4.74 15   .08  .4  .7 BLM   1.1
94 OCT 28 1329 27.94 40  1.82 120 56.07 11.23 11 2 .23 2.215.8 ALM - 2.0
94 OCT 28 1336 24.98 37 46.57 121 57.38 14.83 22 1 .10  .3  .8 DAN   1.3
94 OCT 28 1459 18.94 38 45.43 122 43.23  2.55 16   .08  .3  .6 GEY   1.6
94 OCT 28 1543 12.48 37 39.85 118 55.09  4.31 17   .10  .4  .6 DOM   1.6

--ORIGIN TIME (UT)-- -LAT N-- --LON W-- DEPTH  N N RMS ERH ERZ       DUR
YR MON DA HRMN  SEC  DEG MIN  DEG  MIN    KM  RD S SEC  KM  KM REMKS MAG

94 OCT 28 1743 17.14 38 46.38 119 41.09  3.32 18 2 .13 1.5 6.8 WAK   2.6
94 OCT 28 1811 41.79 38 44.18 119 43.46  0.08 61 1 .19  .5 1.0 WAK   3.2
94 OCT 28 1826 17.88 38 43.75 119 42.98  0.43 21 2 .17 1.2 2.7 WAK * 2.5
94 OCT 28 1828  8.92 38 44.30 119 42.61  4.96 19 1 .16 1.4 6.9 WAK   2.7
94 OCT 28 1838  7.75 37 31.74 121 53.96  7.02 38 1 .08  .2  .5 MIS   1.7

94 OCT 28 1838 53.18 37 31.68 121 53.92  7.08 44   .10  .2  .7 MIS   2.4
94 OCT 28 2131  5.43 38 48.19 122 46.70  0.99 10   .08  .3  .5 GEY   1.6
94 OCT 28 2246 51.89 36 57.25 121 26.78  5.61 49 4 .11  .2  .6 HOL   1.6
94 OCT 28 2327 25.97 38 52.80 122 35.03  3.27 26   .33  .5 4.8 KON   1.9
94 OCT 28 2347 44.75 40 28.09 121 33.42  1.18 10   .18  .4 1.1 LAS   1.5

94 OCT 28 2349 52.52 40 28.24 121 32.95  4.25 13 2 .07  .3  .5 LAS   1.6
94 OCT 29   35  9.67 38 48.56 119 40.97  1.00 18 2 .11 1.2 5.5 WAK * 2.6
94 OCT 29  132 57.86 36 14.74 120 49.16  8.92 10 1 .04  .6  .5 BIT-  1.2
94 OCT 29  448 29.36 37 37.81 118 53.75  3.99  9   .29 1.7 1.3 SMO   1.0
94 OCT 29  521 14.91 40 23.96 125 20.23  0.12 23 1 .3612.1 6.5 MEN   2.7

94 OCT 29  524 41.11 38 43.67 119 43.44  0.00 44 2 .16  .5  .9 WAK   2.9
94 OCT 29  649 53.49 38 47.28 119 42.17  0.25 23 2 .19  .9 1.9 WAK * 2.3
94 OCT 29  700 37.36 39 25.59 123 18.61  2.26 13 1 .09  .3  .3 MAA-  1.7
94 OCT 29  713  7.71 36 15.32 120 23.72  7.99 12 2 .03  .5  .7 COA-  1.4
94 OCT 29  804 24.66 37  7.84 121 31.85  7.72 48 2 .08  .2  .5 CYN   1.8

94 OCT 29  904 51.40 37 20.27 120  2.42 25.21  7 1 .21 1.2 2.1 KAI   1.7
94 OCT 29  950 41.73 38 46.07 119 41.96  0.44 24 2 .09  .6 1.7 WAK   2.6
94 OCT 29 1029 29.81 36  0.95 120 33.99  5.41 19 2 .11  .4  .5 SLA   1.4
94 OCT 29 1111  4.56 37 37.55 119  1.05  5.19 17 2 .11  .4  .8 MAM   1.1
94 OCT 29 1257 25.54 36 29.69 120  9.13 15.67  8   .16 1.5 1.7 JQN   1.9

94 OCT 29 1506 46.45 36 26.92 120 28.85 10.56 22 2 .23  .7 1.3 CRV   2.0
94 OCT 29 1557 10.60 38 46.14 122 44.39  1.51  8   .05  .3  .7 GEY   1.4
94 OCT 29 1558 10.13 38 44.50 122 41.08  0.83  7   .04  .6 1.0 NAP   1.1
94 OCT 29 1613  5.41 40 18.11 124 34.84 19.70 14 2 .16 1.6  .7 MEN   2.2
94 OCT 29 1658  3.65 38  5.93 118 44.89  1.96 13   .12 5.112.7 MOL - 1.8

94 OCT 29 1731  9.16 38 43.07 119 43.50  4.78 15 2 .09  .9 5.0 WAK   2.4
94 OCT 29 1947 32.07 37 29.35 121 37.70  6.32 23 3 .05  .2  .6 HAM   2.6
94 OCT 29 1947 37.07 37 29.25 121 37.78  6.84 65 3 .10  .2  .5 HAM   2.5
94 OCT 29 1949 45.70 37 29.41 121 37.78  6.51  7   .03  .5  .8 HAM   1.0
94 OCT 29 2101  5.66 38 49.10 122 48.23  4.10 15   .06  .3  .5 GEY   1.3

94 OCT 30  212 40.62 37 28.37 121 42.49  4.45  9 2 .04  .3  .8 HAM-  1.0
94 OCT 30  219 50.10 38 47.27 122 46.25  1.72 18   .14  .3  .8 GEY   1.6
94 OCT 30  224 48.72 38 47.07 122 46.49  1.37  8   .06  .3  .9 GEY   1.0
94 OCT 30  336 22.87 40 19.76 124 10.77 11.30 14 1 .11  .3  .5 MEN   1.5
94 OCT 30  357 41.79 39  1.52 123  4.10  1.85 28 1 .09  .2  .8 MAA   1.9

94 OCT 30  528 31.36 35 45.76 121 15.74  2.94 11 2 .05  .7 1.7 SSM   1.8
94 OCT 30  638 30.75 37 29.29 121 37.73  6.90 31 4 .06  .2  .4 HAM   1.4
94 OCT 30  712 35.35 37 32.21 118 49.65  8.00 24   .09  .4  .7 MOR   1.4
94 OCT 30  753 57.34 38 12.12 118 45.47  6.38 28 1 .13 1.511.9 MOL - 2.2
94 OCT 30  757  7.27 37 36.83 118 52.46  5.54 15   .08  .5  .7 SHE   1.4

--ORIGIN TIME (UT)-- -LAT N-- --LON W-- DEPTH  N N RMS ERH ERZ       DUR
YR MON DA HRMN  SEC  DEG MIN  DEG  MIN    KM  RD S SEC  KM  KM REMKS MAG

94 OCT 30  820 35.74 38 43.05 119 43.50  0.88 21 2 .11 1.0 3.2 WAK * 2.1
94 OCT 30  835  0.28 38 46.79 119 41.80  2.87 20 2 .08 1.0 5.2 WAK-  2.6
94 OCT 30  849  4.26 37 38.46 119 23.44  8.56 22   .11  .6 4.0 KAI   1.7
94 OCT 30  940 16.26 36 46.04 121 27.82  8.94 60 1 .23  .3  .6 SJB   1.8
94 OCT 30 1049 18.93 38 10.85 118 46.14  6.96 19 1 .11 1.210.9 MOL - 1.9

94 OCT 30 1306 35.51 40 41.43 121 44.17 14.93 22 2 .12  .4 1.3 SHA   1.7
94 OCT 30 1315 29.06 37 38.40 118 55.19  9.86 15   .13  .6 1.4 SMO   1.0
94 OCT 30 1543 57.51 38 43.12 119 44.70  0.01 27 3 .12  .7 1.2 WAK-  2.4
94 OCT 30 1640 58.97 38 48.68 122 47.96  1.88  8   .02  .3  .4 GEY   1.2
94 OCT 30 1958 33.86 37  3.71 121 29.59  4.54 10   .05  .5  .9 CYS-   .9

94 OCT 30 2133 35.78 36 31.93 121  7.02  2.75 23   .09  .3  .7 PIN   1.6
94 OCT 31   23  2.71 37 33.99 118 51.75  8.64 13   .07  .8 1.2 MOR   1.0
94 OCT 31   34 51.79 37 23.07 121 44.36  6.34 11   .04  .3 1.4 ALU   1.1
94 OCT 31  105 38.09 38 49.31 122 47.69  3.76  8   .01  .3  .8 GEY   1.0
94 OCT 31  153 11.00 37 58.77 122  2.37 14.34 15 1 .17  .9 1.4 CON   1.3

94 OCT 31  251  6.42 35 59.71 120 33.10  5.42 37 2 .11  .3  .4 MID   1.9
94 OCT 31  306 15.73 38 47.74 122 44.58  2.10 12   .04  .2  .6 GEY   1.5
94 OCT 31  535  1.54 37 55.20 122  1.83 14.66 38 2 .18  .4  .7 CON   1.6
94 OCT 31  708 36.00 37 38.79 118 55.51  9.30 13   .10  .7 1.2 SMO   1.1
94 OCT 31  710 32.12 35 58.57 119 48.06 23.92 18   .20 1.2 1.4 COA   2.2

94 OCT 31  737 11.18 37 32.09 118 50.79 10.28 21   .10  .4  .8 MOR   1.5
94 OCT 31  838 54.59 37 32.37 118 50.24 10.89 10   .03 2.2 2.3 MOR    .9
94 OCT 31  946 27.57 37 31.06 118 47.88 12.79 16   .09  .6 1.5 MOR   1.1
94 OCT 31 1005  3.15 38  0.52 118 43.20  5.87 31 2 .10 1.0 2.9 MOL-  2.3
94 OCT 31 1053 25.52 37 44.08 122  7.60  3.42 21 2 .13  .3  .4 HAY   1.3

94 OCT 31 1237 27.67 37 32.30 118 50.82  9.87 30   .11  .4  .7 MOR   2.2
94 OCT 31 1613  0.91 38 49.37 122 47.99  4.08  9   .04  .4  .7 GEY   1.1
94 OCT 31 1730 53.58 35 53.10 120 25.66 10.99 17 1 .07  .6  .5 GOL   1.3
94 OCT 31 1958 56.05 37 33.36 118 49.50  7.38 12 2 .06 1.1  .7 MOR    .9
94 OCT 31 2025 37.36 38 45.29 119 40.48  0.40 27 2 .13 1.0 1.7 WAK-  2.7

94 OCT 31 2027 49.30 38 44.63 119 40.77  0.47 17 2 .09 1.0 2.0 WAK   2.6
94 OCT 31 2051 57.08 37 39.94 118 51.06  3.41 21   .08  .3  .7 DOM   1.6
94 OCT 31 2132 40.48 36 35.31 121 11.62  8.41 31 3 .07  .2  .5 PIN   1.8
94 OCT 31 2228 22.01 38 45.59 122 43.46  2.51 32 1 .09  .2  .4 GEY   2.1
94 OCT 31 2317 16.30 41  1.84 123 25.40 32.38  9 3 .15 1.5 2.0 KLA   1.8

94 NOV  1  241 29.93 37 36.90 118 52.01  3.25 15   .07  .4  .6 SMO   1.7
94 NOV  1  303 39.33 38 36.86 119 30.56  5.38 17 2 .15 1.3 4.9 WAK   2.4
94 NOV  1  409 30.28 38 47.92 119 53.28  0.17  8   .07 6.1 1.9 WAK * 2.6
94 NOV  1  422 45.77 38 25.24 121 56.84  8.69  9   .21 1.4 1.3 SAC   1.8
94 NOV  1  428 43.37 37 32.58 118 49.74  7.23 13   .06  .6  .9 MOR   1.0

94 NOV  1  445  5.65 37 32.23 118 50.76 10.76 18   .10  .5 1.0 MOR   1.1
94 NOV  1  606 53.09 37 25.83 118 33.71 12.01 42 5 .11  .3  .8 RVL   3.0
94 NOV  1  608 18.27 37 25.94 118 33.53 11.66 26 2 .11  .3 1.0 RVL   2.0
94 NOV  1  617 54.91 36  8.35 120 10.53  0.09 19 1 .18  .5 1.3 COA-  1.8
94 NOV  1  623 13.33 36 48.27 121 20.50  6.55 27   .09  .3  .5 PAI   1.1

--ORIGIN TIME (UT)-- -LAT N-- --LON W-- DEPTH  N N RMS ERH ERZ       DUR
YR MON DA HRMN  SEC  DEG MIN  DEG  MIN    KM  RD S SEC  KM  KM REMKS MAG

94 NOV  1  750 42.26 38 46.73 119 42.60  2.85 10 1 .12 1.9 8.4 WAK   2.6
94 NOV  1  829 18.76 38 48.87 122 47.84  4.20  8   .04  .4  .7 GEY   1.3
94 NOV  1  928 49.90 38 50.12 122 48.60  1.85 14   .05  .2  .6 GEY   1.5
94 NOV  1 1118  9.04 36 31.44 121  5.57  1.80 20 1 .05  .2  .4 PIN   1.3
94 NOV  1 1152 56.87 38  2.47 118 13.36  1.79 29 3 .10 2.3 3.0 NEV-  2.6

94 NOV  1 1247  1.24 38 50.09 122 48.30  0.00  8   .05  .3 1.2 GEY * 1.1
94 NOV  1 1405 41.49 38  0.05 118 14.72  5.99  9 1 .10 2.611.1 NEV-- 2.1
94 NOV  1 1413 49.11 38 46.00 119 42.17  0.08 39 3 .13  .5  .9 WAK   2.9
94 NOV  1 1417 23.04 38 44.90 119 42.53  1.68 13 2 .14 1.5 9.5 WAK   2.1
94 NOV  1 1459 58.81 36  2.01 120 34.94  4.75 22 2 .12  .4  .5 SLA   1.6

94 NOV  1 1513  1.35 37 32.74 118 51.68  7.19 15 2 .11  .6  .8 MOR   1.2
94 NOV  1 1523 20.27 38 47.34 122 45.55  0.83  7   .02  .3  .9 GEY   1.4
94 NOV  1 1602  9.24 37 58.03 118 40.43  7.39 26 2 .12  .8 2.2 MOL   1.9
94 NOV  1 1915 45.80 37 32.30 118 52.08  9.12 13   .10  .6 1.2 MOR   1.3
94 NOV  1 2102  0.78 37 34.30 118 26.82  7.68 19   .07  .3  .6 CHV   1.8

94 NOV  1 2205 11.51 37 38.14 118 53.67  6.28 14 1 .07  .5  .7 SMO   1.4
94 NOV  1 2209 46.92 37 37.72 118 54.00  5.57 18 1 .09  .4  .4 SMO   1.7
94 NOV  1 2323 13.70 38 43.10 119 33.34  1.74 19 1 .12 1.5 3.7 WAK   2.4
94 NOV  2   14 36.13 38 47.88 122 43.59  1.50  7   .13  .4 1.3 GEY   1.0
94 NOV  2  137 10.30 38 47.22 122 46.42  2.76  9   .02  .3  .7 GEY   1.3

94 NOV  2  201 15.43 40 21.24 125  7.36  0.04 11 2 .28 3.4 1.1 MEN * 2.4
94 NOV  2  214 21.09 38 49.64 122 46.38  1.07  8   .02  .3  .7 GEY   1.6
94 NOV  2  248 16.43 38 44.86 119 43.31  1.93 46 4 .16  .5 2.5 WAK   3.0
94 NOV  2  333 52.74 38 48.92 122 48.57  3.81 12   .08  .4  .6 GEY   1.5
94 NOV  2  440  0.04 38 48.37 122 46.26  1.06  9   .02  .3  .5 GEY   1.6

94 NOV  2  452 27.37 40 22.41 125 15.42 14.62 17 2 .4014.618.7 MEN-  2.7
94 NOV  2  538 48.29 36  2.82 121 28.78 10.38 19 1 .13  .4 1.8 SUR   1.8
94 NOV  2  540 45.75 36  2.98 121 28.92 10.18 13 3 .08  .5 1.7 SUR   1.6
94 NOV  2  558 23.85 40 41.50 121 44.07 14.91 15 2 .10  .4 1.5 SHA   1.6
94 NOV  2  600 23.72 37 39.03 118 55.86  5.58  8   .03  .6 1.1 SMO   1.0

94 NOV  2  632 24.00 37 25.78 118 33.65 12.41 40 4 .13  .3  .8 RVL   3.0
94 NOV  2  714  4.14 35 57.49 120 47.45  7.94 13   .02  .3 1.3 ROB   1.1
94 NOV  2  843 15.67 37 38.36 118 58.11  9.78  9   .06  .9 2.1 SMO   1.0
94 NOV  2  851 37.97 37 38.99 118 55.98  3.99  8   .06 1.0 1.5 SMO   1.1
94 NOV  2  906 39.54 38 47.79 122 44.55  1.76 13   .05  .2  .6 GEY   1.5

94 NOV  2 1024 20.53 37 33.31 121 56.34  6.99 37 2 .15  .2  .6 HAY   1.3
94 NOV  2 1028 18.05 40 32.74 124  3.18 22.79 12 1 .10  .5  .6 EUR   1.8
94 NOV  2 1052 39.49 37 32.89 118 49.37  5.66 19 1 .14  .4 1.0 MOR   1.7
94 NOV  2 1122 51.75 35 46.90 121  6.39  6.99 11 2 .05  .3  .6 SSM   1.2
94 NOV  2 1247 14.52 38 49.89 122 47.79  2.28  9   .03  .4  .7 GEY   1.3

94 NOV  2 1249  0.46 38 48.31 122 46.31  1.06 19   .07  .2  .5 GEY   1.6
94 NOV  2 1408  0.65 35 47.81 121 20.09  1.58  8 2 .04  .7 1.8 SSM   1.7
94 NOV  2 1516 10.59 36  3.07 121 28.78  9.72 15 1 .07  .4 1.9 SUR   1.6
94 NOV  2 1729 23.97 36  1.94 121 30.62 10.68  7   .05 1.3 2.4 SUR   1.8
94 NOV  2 1842  3.75 38 50.62 122 49.28  3.20  9   .03  .4 1.0 GEY   1.3

--ORIGIN TIME (UT)-- -LAT N-- --LON W-- DEPTH  N N RMS ERH ERZ       DUR
YR MON DA HRMN  SEC  DEG MIN  DEG  MIN    KM  RD S SEC  KM  KM REMKS MAG

94 NOV  2 1927 17.05 37 32.49 118 50.54  9.05 17   .10  .8 1.1 MOR   2.1
94 NOV  2 1947 21.99 38 48.74 122 47.27  0.78 33   .17  .3  .5 GEY   2.5
94 NOV  2 2014 18.25 36  4.59 120 37.09  3.33  7   .03 1.2 1.3 SLA   1.2
94 NOV  2 2216  7.86 39 12.62 123 13.00  6.14  8   .09  .6 1.3 MAA   1.6
94 NOV  2 2328  3.09 37 51.47 121 50.54 14.88 18   .11  .6  .9 GRN   1.8

94 NOV  2 2349 33.40 37 43.80 122  7.82  3.61 28   .14  .3  .5 HAY   1.9
94 NOV  3  118 55.49 38 48.48 122 48.58  5.62  9   .18  .8 1.0 GEY   1.2
94 NOV  3  254  5.28 37 36.38 119  2.87  6.41  7   .12 2.9 4.0 MAM   1.0
94 NOV  3  447  6.62 38 48.51 122 47.11  0.81  9   .03  .3  .4 GEY   1.5
94 NOV  3  516 36.88 38 49.02 122 50.41  0.12  8   .09  .4 1.3 GEY * 1.1

94 NOV  3  752 13.51 38 44.66 119 42.71  0.00  7   .1010.4 2.0 WAK - 2.5

TABLE 2.
Data from National Earthquake Information Center (NEIC)

UTC TIME    LAT     LONG    DEP GS MAGS  SD STA  REGION AND COMMENTS
HRMNSEC                         MB  Msz     USED
------------------------------------------------------------------------------
OCT 25
004642.1? 34.70 S  70.94 W 110G         0.1   9 CHILE-ARGENTINA BORDER. MD 3.4
005112.2  25.024S 178.251E 600G 4.8     0.7  54 SOUTH OF FIJI ISLANDS
043747.2*  1.751N 126.099E  57? 5.2 4.8 1.2  22 NORTHERN MOLUCCA SEA
050130.6? 10.27 S 161.59 E  33N 4.7     0.8   8 SOLOMON ISLANDS
060618.7  35.096N 138.923E  33N 4.3     1.0  27 EASTERN HONSHU, JAPAN
061159.1* 43.242N 146.594E  33N 4.7     0.7  22 KURIL ISLANDS
071842.6* 27.357N 129.298E  33N 5.0     1.0  36 RYUKYU ISLANDS
072906.1  27.201N  92.368E  33N 4.9 4.5 0.7  33 EASTERN XIZANG-INDIA BORDER REG
090019.8? 33.84 S  71.98 W  10G         0.6  10 NEAR COAST-CENTRAL CHILE. MD 3.
124812.0  36.169N 120.800W  10G         0.8  59 CENTRAL CALIFORNIA. ML 3.0 (GS)
133026.2  43.698N 147.672E  33N 5.4 4.8 0.8 116 KURIL ISLANDS
150937.1* 45.976N  11.125E  10G         1.1  15 NORTHERN ITALY. ML 3.1
155944.0  44.564N 129.881W  10G 4.3     0.7 115 OFF COAST OF OREGON
160518.2% 33.156S  70.301W   5G         0.4  10 CHILE-ARGENTINA BORDER
175547.3  44.865N 116.972W   5G         0.9  38 WESTERN IDAHO. ML 2.9 (GS). Fel
                                                at Brownlee and Oxbow, Oregon.
185055.4  43.234N 147.134E  33N 5.3 4.5 0.8 135 KURIL ISLANDS
185332.2* 34.097S  70.326W  10G         0.2   7 CHILE-ARGENTINA BORDER. MD 3.2
210040.2  27.484S  63.187W 573D 5.1     0.7 115 SANTIAGO DEL ESTERO PROV., ARG.
213639.8  38.854N 119.674W  10G         1.1  10 CALIFORNIA-NEVADA BORDER. ML 2.

OCT 26
033101.8* 27.282S 176.708W  33N 5.1     0.9  29 KERMADEC ISLANDS REGION
055805.5% 33.541S  71.020W  60G         0.2   9 NEAR COAST-CENTRAL CHILE
073041.9* 43.452N 146.799E  33N 4.4     0.7  16 KURIL ISLANDS
083920.8* 43.397N 147.092E  33N 4.5     1.2  16 KURIL ISLANDS
101753.1? 44.30 N 146.51 E  33N 4.5     1.4   7 KURIL ISLANDS
132122.0% 32.924S  70.633W   5G         0.6  10 CHILE-ARGENTINA BORDER. MD 3.6
135232.0  43.667N 147.304E  33N 5.0 4.3 0.7  85 KURIL ISLANDS
160716.2  43.638N 147.361E  33N 4.7     0.7  35 KURIL ISLANDS
165031.1? 34.45 S  70.55 W 110G         0.1  10 CHILE-ARGENTINA BORDER. MD 3.8
165921.5  13.422N  89.456W  79  4.6     0.9  53 EL SALVADOR. Felt (III) at San
                                                Salvador.
234720.5  51.899N 175.885W  50D 4.9     1.2  58 ANDREANOF ISLANDS, ALEUTIAN IS.
        Felt (IV) on Adak and (III) on Atka.

OCT 27
033553.2  44.818N 116.945W   5G         1.1  46 WESTERN IDAHO. ML 3.5 (GS).
043823.4  43.232N 126.416W  10G 4.2     0.7  90 OFF COAST OF OREGON
052457.1  10.842N  85.836W  33N 4.7 3.9 1.2  49 COSTA RICA
073906.8% 37.879N   3.342W  10G         0.8   7 SPAIN. mbLg 2.9 (MDD).
091434.8  25.681N 109.646W  10G 4.7 4.3 0.9  52 GULF OF CALIFORNIA
093340.1?  5.63 S 146.89 E  33N 4.6     0.4   6 EASTERN NEW GUINEA REG., P.N.G.
131911.4* 31.431N  49.413E  33N 4.6     1.2  15 WESTERN IRAN
170643.3  43.453N  17.167E  10G 4.1     0.9  33 NORTHWESTERN BALKAN REGION. Fel
        (VI) in the Makarska-Sinj-Split area, Croatia.
174557.0  43.599N 127.309W  10G 5.6 5.9 1.2 126 OFF COAST OF OREGON. Mw 6.3
180749.2  56.929N 155.733W 100G         0.9  51 ALASKA PENINSULA. Felt (II) at
                                                Karluk, Kodiak Island.
204333.6  43.314N 147.189E  33N 4.8     0.6  29 KURIL ISLANDS
222030.9  25.674S 179.210E 546D 5.8     1.1 171 SOUTH OF FIJI ISLANDS. Mw 6.8
234630.1  14.992S  75.362W  45D 5.1     1.1  57 NEAR COAST OF PERU

OCT 28
033531.3  60.814N 151.684W 100G         0.4   8 KENAI PENINSULA, ALASKA. MD 2.8
093213.5  43.534N 127.291W  10G 4.4     1.0  41 OFF COAST OF OREGON
110038.1* 53.873N 172.222E  33N 4.6     0.9  28 NEAR ISLANDS, ALEUTIAN ISLANDS
111331.9* 29.105S  71.917W  33N 4.4     0.5  13 NEAR COAST-CENTRAL CHILE. MD 4.
125725.7* 15.209N  93.659W  33N 4.6     0.8  30 NEAR COAST OF CHIAPAS, MEXICO
173142.3  35.008N 142.049E  33N 4.8     0.6  27 OFF EAST COAST OF HONSHU, JAPAN
181140.4  38.804N 119.633W   5G         1.1  47 CALIFORNIA-NEVADA BORDER. ML 3.
205924.8  33.203S  70.114W 100  5.0     0.7  50 CHILE-ARGENTINA BORDER.
        MD 4.9 (SAN). Felt (V) at Santiago, Chile.
223736.1* 53.711N 165.865W  46D 4.6     1.3  25 FOX ISLANDS, ALEUTIAN ISLANDS
235109.1* 24.818N 122.187E  10G 5.6 5.4 0.8  33 TAIWAN REGION

OCT 29
012236.2? 35.31 S  70.92 W 110G         0.3  10 CHILE-ARGENTINA BORDER. MD 4.0
043020.8* 24.012N 123.562E  33N 4.5     0.7  13 SOUTHWESTERN RYUKYU ISLANDS
052439.5  38.727N 119.698W   5G         0.7  28 CALIFORNIA-NEVADA BORDER. ML 2.
080312.8  39.254N 116.070W   5G         0.7  19 NEVADA. ML 3.2 (GS).
081017.4  39.277N 116.091W   5G         1.1  17 NEVADA. ML 3.3 (GS).
164406.4? 17.32 N  99.46 W  33N 4.5     1.1  32 GUERRERO, MEXICO
222752.1  36.081N 114.119W   5G         0.4  25 SOUTHERN NEVADA. ML 3.6 (GS).

OCT 30
022319.5? 43.63 N 127.29 W  10G         0.9  11 OFF COAST OF OREGON
030427.5% 33.231S  72.408W   5G         0.4  11 OFF COAST-CENTRAL CHILE
032513.3? 51.56 N 174.05 W  33N 4.1     0.7   5 ANDREANOF ISLANDS, ALEUTIAN IS.
041736.8  43.885N 147.221E  33N 4.6     0.8  34 KURIL ISLANDS
060632.1  27.975S  26.863E  33N 5.5 4.7 0.9  48 REPUBLIC OF SOUTH AFRICA
081126.9*  6.130S 129.381E 244D 5.2     0.8  15 BANDA SEA
143443.6  32.174N 115.376W  10G         0.9  24 CALIF.-BAJA CALIF. BORDER ML 3.
164042.6  55.201N 160.319E 117D 5.0     0.8  69 KAMCHATKA

OCT 31
004523.4  34.357N 116.440W   5G         0.8  27 SOUTHERN CALIFORNIA. ML 3.2
025249.1* 42.938N 147.092E  33N 4.5     0.6  21 OFF COAST OF HOKKAIDO, JAPAN
114820.7?  3.79 N  97.96 E  33N 5.4 6.3 0.7  11 NORTHERN SUMATERA, INDONESIA. M
172250.4* 14.954N  93.598W  48D 5.0     0.8  64 NEAR COAST OF CHIAPAS, MEXICO
211911.0*  2.475S 138.544E  33N 5.1     0.8  13 IRIAN JAYA, INDONESIA
225922.9?  8.89 N  83.36 W  33N 5.4 4.7 1.3  69 COSTA RICA
230407.4* 17.625S 173.513W  33N 5.1     0.9  18 TONGA ISLANDS

NOV 01
152748.0  62.680N 150.623W  88* 4.6     1.0  18 CENTRAL ALASKA. Felt at Palmer.

Notes for Table 1:
       Origin time in the list is in GMT, in the text and on maps
       it is in local time.
       N RD: is the number of readings used to locate the event.
       N S: is the number of S waves in N RD.
       RMS SEC: is the root mean squared residual misfit for the
                location is seconds, the lower the better, over 0.3
                to 0.5 seconds is getting bad, but this is machine,
                not hand timed, data.
       ERH: is the estimated horizontal error in kilometers.
       ERZ: is the estimated vertical error in kilometers.
       N FM: is the number of readings used to compute the magnitude.
       REMKS: obtuse region codes that denote the velocity model
              used to locate the event.
       DUR MAG: is the magnitude as determined from the duration of
                the seismograms, not the amplitude.  Sort of like
                going to echo canyon and measuring how loud your
                yell is by counting echos.
       FIG: denotes the figure/event number in the maps posted separately.

                    ------------------------------------

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