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 -- THESE ARE 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 or reply to this
message.


Seismicity Report for Northern California,
the Nation, and the World for the week of
    November 4 - 9, 1993

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

Note:  Because Veteran's Day falls on Thursday, this report is being
written a day early and covers only the 6-day period through Tuesday,
November 9.  Next week's report will cover an 8-day period to capture the
"missing" day.  The following week will see a 6-day report again in order
to accommodate the Thanksgiving holiday.  My apologies for any
inconvenience these changes may cause you and your readers.

San Francisco Bay Area    
    
     For the 6-day period ending at midnight on Wednesday, November 9,
1993 the U.S. Geological Survey office in Menlo Park recorded just 11
earthquakes of magnitude one (M1) and greater within the San Francisco Bay
area shown in Figure 1. Three of these were as large as M2.0. This total
compares to 13 earthquakes during the previous week (October 28 - November
3), none of which were as large as M2.     
   Most of the activity during the past six days occurred on the central
Calaveras fault east and southeast of San Jose.  The largest of these was
a M2.7 last Saturday night that occurred about 10 miles east of San Jose
(#2 in figure 1).  A slightly smaller M2.3 occurred  late Tuesday morning
about eight miles north of Morgan Hill (#3/1). 
   Activity on the San Andreas was limited to the southern part of the
creeping segment where a M2.2 occurred 12 miles southeast of Hollister
last Friday morning (#1/1).  Figure 2 shows several additional M2's on the
creeping segment just south of the Bay Area box.       
     
Northern & Central California

   Figure 2 also shows a small sequence just north of the Bay Area in the
western hills of the Sonoma Valley (#8/2).  This sequence occurred Monday
afternoon about seven miles east-southeast of Santa Rosa and included a
M3.5 earthquake that was felt widely in the epicentral area.  Several M2
aftershocks followed over the course of the afternoon, the largest a M2.4
just before 5:00.  As figure 2 suggests, this activity occurred east of
the Rogers Creek fault, probably on one of the several small strands that
run parallel to the Rogers Creek fault in the hills west of Glen Ellen.
A M2.7 occurred in the same location as this sequence on November 3 (see
last week's summary).
   Increased activity was observed in the North Coast area.  Cape
Mendocino, which experienced only one or two M2's during the previous two
weeks, saw a half dozen earthquakes as large as M2.0, the largest a M3.2
last Friday afternoon (#2/2).  Several of these events in the area of the
Cape had focal depths greater than 20km, indicating they were related to
the subducted Gorda Plate.  Other subduction earthquakes occurred beneath
the western Klamath mountains.  The first and largest was a 36-km-deep
M3.2 that occurred last Friday evening about 46 miles southeast of
Crescent City (#4/2).  On Saturday evening a 12-km-deep M2.8 occurred
about 26 miles west-southwest of Crescent City.  It was followed Monday
morning by a 29-km-deep M2.2 event about 30 miles east of Eureka (#7/2). 
The only other events of note in northern California were a pair of M2's
southeast of Lake Almanor last Thursday afternoon (#1/2).  
   Central California remained quiet with nothing more than a trio of M2's
along the central creeping San Andreas and a pair of M2's north of
Coalinga (#6/2).  
   The eastern margin of the Sierra Nevada experienced a few M2 events. 
First were a M2.9 and a M2.7 in the western Chalfant Valley last Friday
afternoon (#3/2).  They were followed by a M2.4 Monday beneath the
northwest edge of Mono Lake Monday (#9/2) and by a M2.3 Tuesday evening
beneath the central Owens Valley, about 31 miles south of Lone Pine
(#10/2).
          
Long Valley Caldera

   Activity in the caldera declined a bit from last week.  The only M2
earthquakes occurred Monday afternoon in a small cluster beneath the
southwest side of the resurgent dome, near the junction of highway 395 and
Mammoth Lakes road (#3/3).  The cluster included four M2 events, all
occurring within about a two hour period.  Some earthquakes were also
observed along the southeast side of the resurgent dome but none were as
large as M2.0.
   Activity south of the caldera declined with no earthquakes of any size
in the Red Slate Mountain area, site of a M4.5 in early August.  The
largest event in the area was a M3.7 near the southwest end of Convict
Lake last Friday afternoon (#2/3).  It was preceded by a M2.3 foreshock. 
Other events of interest include a pair of M2's east of Mt. Morrison, the
first last Thursday, the second Monday evening (#3/3).    

USA Seismicity (October 30 - November 10)
  
   According to data provided by the National Earthquake Information
Center, there were only a couple of notable earthquakes in the lower 48
states outside of California.  Small temblors continue in the Klamath
Falls, OR area, aftershocks to a M6.0 event in late September (#2/4).
Wednesday morning a light earthquakes occurred in western Idaho about 4
miles west-southwest of Challis and about 80 miles northeast of Boise
(#3/4).  There have been no reports of any damage from this small quake.
            
The Planet Earth  (October 30 - November 10)

    Only two recent earthquakes were large enough to be described as
"strong" (M6.0 - M6.9).  First there was a M6.0 beneath San Juan Province
in western Argentina that was widely felt in the province (#1/5).  Second,
a Ms6.2 occurred beneath the Bismark Sea off the north coast of Papua New
Guinea (#3/5).  This is yet another aftershock to the pair of M7's that
struck the area in October.  
    Moderate earthquakes (M5.0 - M5.9) were much more common, especially
around the western Pacific margin.  Other notable earthquakes included a
pair of mid-ocean earthquakes, the first a Mb5.4 south of Australia
(#2/5), the second a Ms5.4 near the Chagos Islands in the central Indian
Ocean (#4/5).  Greece was shaken by a M4.9 that was felt at Patras and
Aeghio (#5/5) and a Mb5.0 was reported by people throughout the island of
Puerto Rico (#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

93 NOV  4  824  2.80 40 18.42 124 28.54 12.68  7   .05 1.9  .8 MEN   1.6
93 NOV  4  955 16.72 36 33.40 121  9.13  7.22 17 2 .05  .3  .6 PIN    .8
93 NOV  4 1040 57.36 38 47.02 122 44.45  1.22 16   .09  .2  .7 GEY   1.8
93 NOV  4 1304 56.14 38 45.48 122 26.80  0.48 14 1 .30  .6 2.1 GVL   1.0
93 NOV  4 1336 56.34 36 51.14 121 26.28  7.31 25   .28  .6 1.5 HOL   1.0

93 NOV  4 1427 44.26 36 10.32 120 14.20  9.80 22   .16  .4 1.1 COA   2.3
93 NOV  4 1801 50.09 37 29.37 118 50.23  4.14 22   .09  .4 1.0 MOR   1.9
93 NOV  4 1822 30.66 37 29.31 118 50.14  1.93 11   .03  .5 7.7 MOR - 1.1
93 NOV  4 1915 47.46 37 34.01 118 50.37  2.51 23   .13  .3 1.0 MOR   2.2
93 NOV  4 1927 38.28 37 34.17 118 50.26  4.75 14   .11  .4  .8 MOR   1.3

93 NOV  4 1932  5.56 36 42.63 121  0.55  0.71 31   .32  .6 3.7 ORT   1.8
93 NOV  4 2033 27.96 38 45.34 122 25.84  4.46 10   .08  .3 1.0 GVL   1.3
93 NOV  4 2037 55.06 37 39.70 118 52.23  5.77 15   .14  .6  .8 DOM   1.3
93 NOV  4 2246  1.81 40 11.33 121  0.84  1.37 26   .16 1.210.5 ALM * 2.9
93 NOV  4 2306 32.17 40 30.15 124 31.09 28.96 10   .09 1.5 1.0 EUR   2.3

93 NOV  5   18  3.43 37 34.03 118 50.07  3.27 12   .12  .5 1.1 MOR   1.4
93 NOV  5  141  2.68 40 11.14 121  1.64  5.34 18   .14 1.3 3.3 ALM   2.4
93 NOV  5  351 21.28 37 37.11 118 51.50  5.43 21   .10  .4  .5 SMO   1.6
93 NOV  5  354 32.12 37 37.45 118 51.08  6.74 10   .06  .6  .8 SMO   1.0
93 NOV  5  502 29.47 38 45.23 122 42.84  0.88 11   .08  .3  .6 GEY   1.3

93 NOV  5  514 42.88 39 10.80 123 36.22  3.76 10   .13 1.3 2.1 PAR   1.7
93 NOV  5  550  9.36 37 38.67 118 55.20  8.07 14   .11  .6 1.0 SMO   1.0
93 NOV  5  648 20.67 37 38.80 118 54.96  8.75 16   .09  .5  .9 SMO   1.2
93 NOV  5  650 27.64 37 38.26 118 58.25  7.42 19   .09  .4  .6 SMO   1.8
93 NOV  5  712 39.71 37 38.37 118 58.63  7.81 14   .10  .6 1.1 SMO   1.6

93 NOV  5  714 22.53 39 22.21 122 52.33  0.04  9 2 .15  .7 1.5 BAR * 1.3
93 NOV  5  724  8.95 37 33.99 118 50.24  3.10 18   .10  .3 1.0 MOR   1.8
93 NOV  5  726 39.48 37 39.86 118 51.70  3.36  8   .13  .8 2.6 DOM   1.1
93 NOV  5  803  6.73 37 39.00 118 55.19  8.17  7   .01  .9 1.3 SMO   1.0
93 NOV  5  808 40.50 39 17.10 122 46.08  0.08  8 1 .18 1.5 4.9 BAR * 1.2

93 NOV  5  946 59.69 37 38.43 118 58.62  6.80  8   .09  .9 1.9 SMO   1.0
93 NOV  5  950  7.93 36 41.35 121 18.69  3.51 52   .15  .2  .5 STN   2.2
93 NOV  5 1058 15.67 37 16.90 121 38.83  9.88 13 1 .06  .4  .7 SFL   1.4
93 NOV  5 1109 27.06 40 18.02 124 24.07 22.76 10 3 .15 1.7  .6 MEN   1.4
93 NOV  5 1207 24.26 37 11.27 118 16.51 14.22 12 2 .09  .8  .8 OWV   1.5

93 NOV  5 1358 33.88 37 18.34 121 40.39  5.74  9   .05  .4  .8 SFL   1.0
93 NOV  5 1556 27.29 37 39.21 118 51.97  4.61  7   .06  .8 1.5 DOM   1.6
93 NOV  5 1622 12.35 37 40.33 118 50.20  1.46  8   .10  .5  .3 HCF   1.1
93 NOV  5 1628 50.49 38 49.14 122 49.18  2.14 14   .10  .3  .7 GEY   1.5
93 NOV  5 1651  3.95 37 38.44 118 56.99  7.02 14   .09  .4  .8 SMO   1.0

93 NOV  5 1803  5.10 38 49.78 122 48.84  1.38  7   .04  .3  .8 GEY   1.2
93 NOV  5 1814 48.83 38 48.68 122 48.64  0.67  9   .08  .3  .7 GEY   1.3
93 NOV  5 1849 32.51 40 22.99 124  8.67 30.63 19 1 .09  .6  .7 MEN   1.6
93 NOV  5 1900  6.30 37 30.05 118 47.46 11.90 15 2 .09  .4  .7 MOR   1.2
93 NOV  5 1919 24.64 40 17.28 124 26.23 21.74 22   .09 1.1  .3 MEN   3.3

--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

93 NOV  5 1921 40.56 37 25.98 121 46.52 11.08 43   .10  .2  .6 ALU   2.0
93 NOV  5 2128 46.57 36 46.51 120 52.86  2.36 19   .12  .4 9.9 ORT-- 1.3
93 NOV  5 2300 29.23 38 47.03 122 46.92  1.87  8   .07  .4  .7 GEY   1.1
93 NOV  6    7 57.84 37 16.51 121 39.05  6.97 27   .05  .2  .5 SFL   1.5
93 NOV  6   22 55.28 37 34.92 118 52.12  6.39 41   .12  .3  .5 MOR   2.8

93 NOV  6   28 29.68 37 34.87 118 52.06  6.65 14   .07  .5  .8 MOR   1.2
93 NOV  6   29 34.52 37 34.92 118 52.12  6.30 34   .12  .3  .6 MOR   3.7
93 NOV  6   36 15.44 37 37.01 118 49.94 12.21 12   .16 1.0 2.3 HCF   1.2
93 NOV  6   37 18.77 37 24.33 118 31.65  6.86 30   .10  .3 1.0 CHA   2.9
93 NOV  6   38 49.69 37 34.30 118 52.31  6.25 11   .04  .5  .6 MOR   1.0

93 NOV  6   42 18.03 37 35.15 118 51.72  6.65 12   .09  .6  .8 MOR   1.1
93 NOV  6   43 53.61 37 35.43 118 51.69  6.98 13   .11  .7  .9 MOR   1.1
93 NOV  6   54 58.56 37 34.94 118 51.83  6.03 18   .10  .4  .7 MOR   1.4
93 NOV  6  123 53.79 37 34.70 118 51.98  6.13 17   .10  .4  .8 MOR   1.3
93 NOV  6  152 49.95 37 24.29 118 31.61  7.00 32   .12  .3  .9 CHA   2.7

93 NOV  6  225 29.71 37 34.98 118 51.82  7.00 16   .09  .4  .8 MOR   1.4
93 NOV  6  247 20.01 37 34.32 118 52.14  5.98 13   .07  .5 1.0 MOR   1.0
93 NOV  6  252 12.71 41 18.30 123 34.66 36.55 11   .09  .5 1.0 KLA   3.2
93 NOV  6  416 22.38 37 27.13 118 49.39  9.18 23   .07  .5  .8 MOR   1.7
93 NOV  6  434 10.25 37 36.39 118 50.67  7.62 16   .10  .5  .9 SMO   1.5

93 NOV  6  545 22.33 37 24.31 118 31.79  6.15 11   .05  .3 1.0 CHA   1.0
93 NOV  6  729 12.92 36 29.74 121  3.99  4.00  8   .07  .4 4.6 BIT   1.8
93 NOV  6 1046 46.19 37 31.79 118 53.01  3.95 25   .11  .3 1.0 MOR   1.9
93 NOV  6 1101 45.25 38 48.93 122 46.65  2.80 12   .08  .3  .6 GEY   1.5
93 NOV  6 1251 33.93 37 33.97 118 52.15  5.39  8   .14 1.1 2.0 MOR   1.0

93 NOV  6 1336 38.22 38 47.92 122 48.37  1.15 16   .11  .3  .6 GEY   1.7
93 NOV  6 1516 55.33 37 28.67 118 51.06 11.60 26   .10  .4  .8 MOR   1.3
93 NOV  6 1612 16.51 38 47.44 122 44.61  0.03  7   .07  .4 1.7 GEY * 1.1
93 NOV  6 1612 36.64 38 49.25 122 47.49  0.01 12   .10  .3 1.0 GEY * 1.6
93 NOV  6 1612 59.47 37 39.62 118 50.82  3.97 11   .05  .4  .9 HCF   1.1

93 NOV  6 1708 44.20 40 21.44 124 21.55 13.02 12 2 .10  .8  .4 MEN   1.4
93 NOV  6 2046 50.21 37 39.38 118 53.06  5.60 21 1 .12  .4  .6 DOM   1.2
93 NOV  6 2211  9.62 40 20.66 124 13.29  8.62 18 1 .12  .3  .4 MEN   1.9
93 NOV  6 2217 13.61 37 30.42 118 40.03 12.55 14 2 .09  .5  .7 WCN-  1.0
93 NOV  6 2218 54.67 40 25.03 124 28.20  9.75 16 2 .11 1.1  .4 MEN-  1.6

93 NOV  6 2222 35.47 38 49.30 122 47.72  3.92  8   .02  .3  .8 GEY   1.2
93 NOV  7    4 51.10 37 30.05 118 52.95  5.52 33   .12  .3  .6 MOR-  1.7
93 NOV  7    5 50.00 37 30.07 118 52.11  1.57  9   .09 1.010.4 MOR - 1.1
93 NOV  7   22 46.56 37 39.36 118 52.96  3.65 11   .13  .5 1.0 DOM   1.0
93 NOV  7  122 39.94 38 49.02 122 50.34  1.01  8   .04  .3  .9 GEY   1.3

93 NOV  7  158 42.57 37 32.82 118 53.21  7.65  9   .06  .4 1.4 MOR-   .9
93 NOV  7  347 51.66 41 39.14 124 41.57 12.37  7   .10 2.0 7.9 PON   2.8
93 NOV  7  431  8.07 37 34.68 118 52.30  6.86 34   .12  .3  .5 MOR   1.6
93 NOV  7  552 10.68 40 38.45 124 24.48  3.17 12   .07  .7 2.1 EUR   1.9
93 NOV  7  556 31.41 40 23.12 124 18.94  0.03 11 2 .32  .8 2.3 MEN * 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

93 NOV  7  604 17.61 39 21.52 122 34.19  1.45 21 1 .20  .6 1.5 SAC   1.9
93 NOV  7  605 55.17 37 29.30 118 50.89 11.88 17   .09  .3  .7 MOR   1.1
93 NOV  7  612 10.52 36 38.34 121 15.55  8.92 57   .15  .3  .5 STN   2.1
93 NOV  7  614 32.40 37 35.42 118 47.40  7.07  8   .08  .5 1.4 MOR   1.0
93 NOV  7  715  3.46 37 21.70 121 43.26  8.70 81   .12  .2  .5 ALU   2.7

93 NOV  7  834 47.07 37 39.15 118 50.39  7.18  9   .13  .7 1.5 HCF   1.0
93 NOV  7  855 51.50 40 18.22 124 27.01 12.02 13   .07 1.0  .3 MEN   2.7
93 NOV  7  900 24.77 37 38.75 118 50.34  6.19 13   .13  .5  .9 HCF   1.0
93 NOV  7  907 38.38 37 38.74 118 50.09  1.32 13   .17  .4  .4 HCF   1.3
93 NOV  7 1036  1.51 36 38.02 121 14.97  9.05 82   .14  .2  .3 STN   2.9

93 NOV  7 1458  1.08 37 38.99 118 51.27  3.86 18   .14  .4  .9 HCF   1.6
93 NOV  7 1750 52.89 40 16.67 123 54.66 30.73 18   .09  .4 1.0 MEN   2.3
93 NOV  7 1919 58.87 38 45.42 122 42.98  2.14  8   .04  .4  .5 GEY   1.1
93 NOV  7 1920 50.68 38 45.43 122 43.12  1.54  8   .06  .4  .5 GEY   1.4
93 NOV  7 2204 50.99 37 15.69 121 38.47  4.11  8   .02  .3  .8 SFL   1.2

93 NOV  7 2214 29.62 38 45.46 122 43.32  1.91 42   .15  .2  .6 GEY   2.9
93 NOV  7 2323  4.13 37 30.31 118 52.12  3.29  7   .07 1.2 7.4 MOR - 1.0
93 NOV  8  616 44.57 36 44.59 121 21.03  7.99 11   .05  .4  .8 PAI   1.3
93 NOV  8  730 13.66 37 38.88 118 55.07  8.72  9   .05  .8 1.5 SMO   1.0
93 NOV  8  804 14.66 36 28.41 120 27.81 10.73 41   .21  .6 1.2 CRV   2.8

93 NOV  8 1351  2.89 38 47.78 122 45.12  0.77 14   .09  .3  .8 GEY   1.7
93 NOV  8 1608 29.30 37 34.40 118 52.07  3.98 10   .05 1.2 2.2 MOR   1.0
93 NOV  8 1646 47.62 38 53.59 122 34.37  6.95 14   .10  .6 1.4 BAR   1.7
93 NOV  8 1647  8.81 40 48.79 123 35.99 28.83 10   .07  .5 1.1 EUR   2.2
93 NOV  8 1952  2.45 38 24.07 122 34.05  7.86 19   .09  .3  .8 NAP   1.9

93 NOV  8 1956  0.27 38 49.10 122 48.60  3.64 21   .07  .2  .6 GEY   2.0
93 NOV  8 2011  8.96 38 49.07 122 48.29  2.12  9   .03  .3 1.1 GEY   1.2
93 NOV  8 2020 42.37 38 24.11 122 34.62  7.83 53   .20  .3  .5 ROG   3.5
93 NOV  8 2021 53.87 38 24.38 122 34.07  6.52 23   .15  .3 1.5 NAP   2.2
93 NOV  8 2034 49.80 38 48.73 122 48.00  3.11 13   .06  .3  .5 GEY   1.7

93 NOV  8 2052 21.56 38  2.21 119  8.49 10.77 13   .17 1.2 1.3 MOL   2.4
93 NOV  8 2112 27.81 37 37.51 118 51.53  0.19  8   .11  .3  .8 SMO   1.0
93 NOV  8 2128 14.27 38 24.04 122 34.03  7.69 19   .10  .3  .9 NAP   1.7
93 NOV  8 2131 31.79 38 24.36 122 34.27  6.67 32   .11  .2  .8 NAP   2.1
93 NOV  8 2133 31.37 37 30.78 118 49.70  6.46  9   .03  .8 1.1 MOR   1.0

93 NOV  8 2145 17.94 37 38.72 118 55.51  1.76 24   .17  .3  .5 SMO   2.4
93 NOV  8 2151 26.00 37 38.71 118 55.50  1.78 23   .17  .3  .5 SMO   2.4
93 NOV  8 2200  0.23 37 38.99 118 55.44  1.17 12   .14  .3  .4 SMO   2.0
93 NOV  8 2207 13.31 37 38.80 118 55.47  0.82  9   .07  .2  .4 SMO   1.7
93 NOV  8 2233  1.04 38 23.56 122 33.98  7.37  7   .05  .5 1.2 ROG   1.4

93 NOV  8 2254 49.60 38 49.70 122 49.83  0.67 11   .07  .3  .9 GEY   1.4
93 NOV  8 2315  9.97 37 34.34 118 52.17  5.95 13   .06  .5  .8 MOR   1.2
93 NOV  8 2339 18.76 37 38.74 118 54.95  9.69 14   .08  .6 1.2 SMO   1.0
93 NOV  8 2343 56.58 37 39.61 118 51.43  4.24 21   .12  .4  .7 DOM   1.6
93 NOV  8 2357 45.48 37 38.71 118 55.26  2.07 19   .15  .3  .5 SMO   2.0

--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

93 NOV  9   41 31.21 38 24.32 122 34.43  6.22 40   .13  .3  .6 ROG   2.4
93 NOV  9  115 43.81 38 13.52 122 35.21 18.10  7   .13 1.7  .6 ROG   1.7
93 NOV  9  146  3.08 37 39.61 118 50.98  4.45 16   .11  .4  .8 HCF   1.6
93 NOV  9  153 19.02 37 36.43 118 58.18  5.98 12   .08  .6 1.1 SHE   1.0
93 NOV  9  245 27.78 37 34.95 118 51.77  6.44 11   .13  .6 1.1 MOR   1.0

93 NOV  9  255 28.80 37 39.79 118 50.60  5.10  9   .06  .5 1.2 HCF   1.2
93 NOV  9  326  9.07 38 24.12 122 34.16  6.67 22   .11  .3  .8 ROG   2.0
93 NOV  9  453  4.62 37 34.84 118 52.23  5.71 31   .13  .3  .6 MOR   1.9
93 NOV  9  455 58.77 37 34.13 118 50.30  2.64 25   .12  .3 1.0 MOR   2.4
93 NOV  9  503  6.40 37 36.58 118 58.02  6.85 19   .08  .4  .7 SHE   1.6

93 NOV  9  522 27.98 37 39.33 118 50.60  1.75 10   .22  .7 1.0 HCF   1.0
93 NOV  9  744 52.47 37 40.02 118 52.76  0.04  7   .25  .9 1.2 DOM * 1.5
93 NOV  9  923 14.17 37 38.29 118 54.86  9.16 17   .14  .5  .9 SMO   1.7
93 NOV  9 1009 43.41 37 34.00 118 50.11  2.33 10   .12  .5  .9 MOR   1.2
93 NOV  9 1103  9.37 38 47.67 122 44.81  1.16  7   .05  .3 1.1 GEY   1.0

93 NOV  9 1309 49.96 38 49.66 122 47.43  1.72 12   .11  .5 2.5 GEY   2.1
93 NOV  9 1311 18.66 38 49.68 122 47.96  0.86  9   .09  .3 1.0 GEY   1.9
93 NOV  9 1313 55.35 38 49.81 122 47.85  0.65  9   .07  .3  .9 GEY   1.1
93 NOV  9 1321 28.43 38 49.38 122 50.45  1.24  7   .05  .3 1.3 GEY   1.1
93 NOV  9 1346 25.81 38 23.58 122 33.87  6.82  7   .04  .4 1.1 ROG   1.6

93 NOV  9 1802 31.19 37 38.84 118 52.17  5.82 16   .11  .5  .6 SMO   1.5
93 NOV  9 1833  2.83 37 39.14 118 51.99  3.79  8   .04  .5  .8 DOM   1.0
93 NOV  9 1917 34.35 37 14.50 121 37.67  4.48 60   .09  .2  .5 SFL   2.3
93 NOV  9 2043  1.55 36 35.80 121 11.51  5.78 77   .17  .2  .6 PIN   2.5
93 NOV  9 2329 42.08 37 31.74 118 53.20  1.17 15   .06  .4 8.1 MOR - 1.6

93 NOV  9 2353 47.97 38 24.10 122 33.71  6.44  7   .07  .4 1.4 NAP   1.4
93 NOV 10   40 22.49 37 39.53 118 51.93  3.30 12   .08  .4 1.0 DOM   1.1
93 NOV 10  221  5.47 38 49.29 122 51.02  0.09 11   .11  .4 1.1 GEY * 1.6
93 NOV 10  326 56.86 35 57.49 120 30.45  9.33 21   .06  .3  .4 MID   1.9
93 NOV 10  454 24.09 36  9.32 118  2.39  0.00 10   .15 1.1 6.3 WWF * 2.3

93 NOV 10  503 37.53 36 52.31 121 17.11  5.28  9   .02  .8  .6 QUI   1.2
93 NOV 10  513 20.65 37 38.08 118 57.51  8.16 11   .09  .6 1.0 SMO   1.4
93 NOV 10  542 28.63 38 49.09 122 49.12  3.03  7   .15  .7 1.3 GEY   1.0
93 NOV 10  542 53.67 38 49.33 122 48.19  3.95  8   .02  .4  .8 GEY   1.2
93 NOV 10  701  5.69 38 49.38 122 48.28  3.91  9   .04  .4  .7 GEY   1.3

 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 30
034451.2& 61.430N 150.310W  41               75 SOUTHERN ALASKA. <AEIC>. ML 2.9
064720.4  52.710N 173.130W 108D 4.6     1.0  42 ANDREANOF ISLANDS, ALEUTIAN IS.
083033.1  15.340N 121.740E  33N 5.3 5.1 0.9  37 LUZON, PHILIPPINE ISLANDS
113639.9& 60.450N 147.550W  15               77 SOUTHERN ALASKA. <AEIC>. ML 2.8
163105.1& 63.140N 151.540W  11               71 CENTRAL ALASKA. <AEIC>. ML 3.4
175903.6* 31.609S  68.245W 110D 6.0     0.8  82 SAN JUAN PROVINCE, ARGENTINA.
                                                Felt (VI) in San Juan Province.
204449.6& 61.630N 146.560W  36               80 SOUTHERN ALASKA. <AEIC>. ML 3.1
230553.6? 30.32 N  67.64 E  10G 4.7     1.9  12 PAKISTAN. Felt (II) in the
                                                Quetta area.

OCT 31
004024.7  49.567S 123.319E  10G 5.4 5.2 1.1  29 SOUTH OF AUSTRALIA
013043.0% 11.213N  61.615W  60G         1.1   6 WINDWARD ISLANDS. MD 2.7 (TRN).
042919.6  21.167S 176.863W 230D 4.4     0.6  26 FIJI ISLANDS REGION
055419.2* 29.900N 109.006W   5G         1.1   7 SONORA, MEXICO. ML 3.7 (GS).
073658.3* 23.692S 177.195W 115D 5.0     1.1  29 SOUTH OF FIJI ISLANDS
124126.3*  3.557N 122.605E 500G 4.8     0.8  16 CELEBES SEA
132352.5*  7.402S 146.694E  33N 3.9     1.6   6 EASTERN NEW GUINEA REG. ML 4.1
170253.6   4.562N 125.702E 175? 5.4     0.9  23 TALAUD ISLANDS, INDONESIA
183123.1  36.262N 120.459W  10G         1.0  25 CENTRAL CALIFORNIA. ML 3.7 (GS).
                                                MD 3.6 (GM). Felt at Coalinga.
223234.4* 40.590N  19.428E  10G         1.2  19 ALBANIA. ML 3.7 (ROM).

NOV 01
000119.7   2.020N  98.157E  88* 4.8     0.6  24 NORTHERN SUMATERA, INDONESIA
002807.0*  5.809S 145.913E  10G 3.8     0.6   5 EASTERN NEW GUINEA REG., P.N.G.
020832.0*  5.948S 145.928E  33N 3.8     1.4   6 EASTERN NEW GUINEA REG. ML 4.2
050155.4*  5.897S 146.287E  33N 5.0     1.1  16 EASTERN NEW GUINEA REG. ML 5.4
061404.0* 45.791N 151.533E  33N 4.6     1.1  15 KURIL ISLANDS
062524.4* 45.497N 151.717E  33N 4.3     0.6   8 KURIL ISLANDS
073029.7  42.347N 122.168W   5G         0.7  18 OREGON. MD 2.8 (GS), 2.6 (SEA).
074452.9   5.899S 146.249E  33N 4.9 4.5 1.4  26 EASTERN NEW GUINEA REG., P.N.G.
082824.8*  5.823S 146.258E  10G 3.6     0.8   6 EASTERN NEW GUINEA REG. ML 4.3
112506.8& 57.280N 153.060W  20               51 KODIAK ISLAND REGION. ML 3.5
163917.1% 36.753N 142.157E  33N         1.0  11 OFF EAST COAST OF HONSHU, JAPAN
191035.0? 51.28 N 157.99 E  33N 4.8     1.1  19 NEAR EAST COAST OF KAMCHATKA

NOV 02
012916.9& 62.350N 148.830W  42               37 CENTRAL ALASKA. <AEIC>. ML 3.6
024453.5? 38.91 N  29.83 E  10G         0.6   6 TURKEY. ML 3.8 (ISK).
071448.7  42.975N 130.930E 517* 4.8     1.0  95 E. RUSSIA-N.E. CHINA BORDER REG.
093453.3? 48.92 N 157.22 E  33N 5.0     0.8   9 EAST OF KURIL ISLANDS
171308.5? 14.40 N  92.71 W  33N 4.7     0.6  15 NEAR COAST OF CHIAPAS, MEXICO

NOV 03
100206.4  42.272N 122.122W   5G         0.6  10 OREGON. ML 2.5 (GS).
131814.0?  5.31 S  69.24 E  10G 5.5 5.4 0.7  11 CHAGOS ARCHIPELAGO REGION
183934.3* 28.976N  34.732E  10G 4.8     0.9  20 EGYPT

NOV 04
023648.3*  5.937S 146.097E  33N 5.2 5.0 1.1  21 EASTERN NEW GUINEA REG., P.N.G.
051839.5  38.378N  21.979E  33N 5.1 5.2 1.1  83 GREECE. ML 4.9 (ROM), 4.8 (THE).
                                                Felt at Patras and Aeghio.

NOV 05
020704.6  19.141N  65.970W  33N 5.0     0.8  82 PUERTO RICO REGION. Felt
                                                throughout Puerto Rico.
223723.7*  3.035S 147.835E  33N 5.5 6.2 1.1  40 BISMARCK SEA

NOV 10
145424  Q 44.4  N 115.0  W  10G         0.9  32 WESTERN IDAHO. ML 4.3 (GS).


Notes: 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.