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
  DO NOT SEND EMAIL TO weekly@garlock.wr.usgs.gov  It will not be read.

Seismicity Report for Northern California,
the Nation, and the World for the week of
June 13-19, 1996

 Stephen R. Walter
U.S. Geological Survey
345 Middlefield Rd.  MS-977, Menlo Park, CA  94025

San Francisco Bay Area 

   During the seven-day period ending at midnight on Wednesday, June 19,
1996 the U.S. Geological Survey office in Menlo Park recorded 17
earthquakes of magnitude one (M1) and greater within the San Francisco
Bay area shown in Figure 1.  Two were as large as M2.  This total
compares to 21 earthquakes during the previous seven-day period (June 6 -
June 12), three of which were as large as M2.0.
  The largest event was an M2.3 event in the Diablo Mountain Range 21
miles west of Los Banos (#1 in figure 1). An M2.1 event occurred 10 miles
south of Hollister on the San Andreas Fault (#3/1).  Closer to the Bay,
the largest event was only an M1.7 earthquake on the Hayward Fault (#2/1). 
None of these events were reported felt.     
   
Northern & Central California
	
   The largest earthquake of the week was a M4.4 event in the Gorda Plate
under the ocean 43 miles west of Eureka (#8 in figure 2).  The Mendocino
Fracture Zone produced several earthquakes: an M3.3 on June 18 (#7/2) and
several magnitude 2's near the coastline (#3/2).  An M2.2 event in the
subduction zone (where the North American Plate overrides the Gorda Plate)
at a depth of 24 km occurred on June 17 (#5/2).
   As in the previous week, the Northern Coast Ranges were active and the
creeping section of the San Andreas Fault south of the Bay Area was
relatively inactive.  The largest Coast Range event was M3.2 near
Clearlake's Konocti Bay (#6/2) and northeast of the earthquake cluster at
the Geysers.  Several Other magnitude 2 events occurred the northern Coast
Ranges (#1, #2 and #6/2).

Long Valley Caldera

  Two earthquake swarms in the south moat of Long Valley Caldera produced
the largest numbers of recorded earthquakes in a single region of Northern
California this week.  During the week, 150 M1 or larger earthquakes were
located in the Long Valley Caldera or adjacent Sierra Nevada block to the
south.  The first swarm during June 14-17 culminated with magnitude 3's on
June 14 and 15 (#3/3).  The second swarm on June 19-20 also formed a small
earthquake cluster, but was 4 miles east of the earlier swarm.  Both
swarms saw their heaviest activity on their first day.

USA Seismicity (June 11-18)
  
   The conterminous lower 48 states saw very light earthquake activity
this week just as last week, so the usual USA map is omitted.  Instead the
map of Alaska shows the continuing aftershocks of the M7.7 Adak earthquake
of June 9.  Several M5 events occurred and were felt on Adak, but activity
is declining (#1).  The M4.2 event on June 17 at 7:03 utc was felt in the
Cook Inlet region.

The Planet Earth  (June 11-18)

   The largest earthquake outside the U.S. was the Mb=6.5 (moment
magnitude 7.8) event in the Flores Sea near Indonesia (#4/5).  Minor
damage occurred at Kupang.
   
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

96 JUN 13  905  8.18 35 59.97 120 34.06  6.09 10 2 .06  .7 1.1 SLA   1.2
96 JUN 13  924 16.16 38 49.45 122 47.91  4.78 17   .07  .3  .6 GEY   1.7
96 JUN 13  948 27.47 38 30.49 122 36.13  6.07 13   .08  .3 1.6 NAP   1.5
96 JUN 13 1048 36.20 37 39.48 118 54.71  4.00 10   .03  .4  .6 DOM   1.4
96 JUN 13 1103 56.70 37 36.83 118 50.74  2.75 14   .04  .3  .5 SMO   1.7

96 JUN 13 1240 59.91 39 34.92 123 20.55  9.76 19   .06  .2  .7 MAA   2.6
96 JUN 13 1258 44.70 36 28.04 121  1.52  5.57 14 2 .07  .3 1.1 BIT   1.0
96 JUN 13 1330 50.01 37 36.89 118 50.64  2.85  9   .05  .3  .8 SMO   2.7
96 JUN 13 1331 45.67 37 36.47 118 50.91  1.93 15   .08  .2  .4 SMO   1.7
96 JUN 13 1339 26.87 37 36.80 118 50.69  2.20  8   .07  .4  .6 SMO   1.6

96 JUN 13 1634 26.92 35 52.29 121 24.38  5.51 11   .07 1.0  .5 SSM   1.8
96 JUN 13 1648 34.54 37 39.40 118 52.73  6.70  9   .08  .6 1.0 DOM   1.4
96 JUN 13 1700 10.47 36  5.34 121 28.61  0.86 35   .07  .3 2.6 SUR   2.0
96 JUN 13 1707 26.39 38 49.73 122 49.74  2.82 11   .06  .3  .8 GEY   1.6
96 JUN 13 1731 51.97 38 49.86 122 49.62  1.90 13   .08  .3  .7 GEY   1.4

96 JUN 13 1842 53.99 38 49.79 122 49.96  1.80  8   .06  .4  .8 GEY   1.3
96 JUN 13 2131 41.30 36 42.96 120 58.96  0.82 25   .31  .7 7.3 ORT * 1.6
96 JUN 13 2338 28.82 37 32.40 118 43.41 12.72  7   .04  .5 1.5 WCN   1.1
96 JUN 14  325 14.77 36 28.04 121  2.56  5.84 19   .06  .3  .7 BIT   1.3
96 JUN 14  344 48.32 36 35.93 121 12.39  8.28 13   .03  .3  .8 PIN    .9

96 JUN 14  452  1.67 36 43.10 121 21.83  3.28  8   .03  .3  .6 STN   1.0
96 JUN 14  509 21.49 38 39.42 119 32.17  0.40 10 1 .08 1.7 3.1 WAK * 1.4
96 JUN 14  516 58.53 37 37.45 118 54.96  3.12 23   .10  .3  .4 SMO   2.0
96 JUN 14  527 26.70 36 44.55 121 24.00  7.00 12   .09  .4  .7 SJB   1.0
96 JUN 14  612 32.02 37 32.77 118 54.38  8.40 36 3 .08  .3  .5 SIL   2.5

96 JUN 14  615 48.74 36  0.36 120 52.52  9.47 14 2 .04  .3  .5 ROB   1.2
96 JUN 14  856 22.69 39 17.99 122 47.98  7.56 39   .10  .2  .9 BAR   2.7
96 JUN 14  904 53.47 36 49.91 121 32.49 11.62 17   .17  .6 1.0 SJB   1.1
96 JUN 14  952  5.44 39 18.03 122 48.22  3.41  9   .03  .3 3.1 BAR   1.7
96 JUN 14 1048  8.04 39 17.93 122 48.12  1.83  7   .02  .7 6.2 BAR - 1.5

96 JUN 14 1051 15.47 37 31.48 118 48.95  3.85 34 1 .07  .3  .5 MOR   2.2
96 JUN 14 1233 25.40 36 31.16 121  1.40  8.77 15   .07  .3  .9 BIT    .9
96 JUN 14 1240 54.23 38 47.57 122 48.09  4.27 10   .01  .3  .7 GEY   1.4
96 JUN 14 1342  5.41 36 27.44 121  1.97  6.61 21   .05  .3  .9 BIT   1.2
96 JUN 14 1539 41.38 37 37.72 118 54.85  3.89 10   .08  .5  .6 SMO   1.6

96 JUN 14 1611 45.36 37 38.37 118 54.99  8.15 35 3 .09  .3  .4 SMO   2.2
96 JUN 14 1621 51.73 37 37.57 118 54.82  3.49 11   .08  .4  .5 SMO   1.6
96 JUN 14 1625 43.56 37 38.32 118 54.87  8.71 24 1 .11  .3  .6 SMO   1.8
96 JUN 14 1638 30.38 37 38.37 118 54.93  8.26 36 1 .09  .3  .4 SMO   2.5
96 JUN 14 1642 31.10 37 38.35 118 54.78  8.12 31   .08  .3  .4 SMO   2.7

96 JUN 14 1643 48.54 37 38.40 118 54.68  7.78 37   .07  .2  .3 SMO   3.0
96 JUN 14 1646 37.25 37 34.07 118 55.74  2.11  8   .33 1.712.4 SIL * 1.2
96 JUN 14 1647 23.10 37 38.87 118 55.00  6.97  7   .04  .9 1.1 SMO   1.3
96 JUN 14 1648 28.54 37 36.91 118 54.19  5.56  9   .04  .7  .8 SHE   1.2
96 JUN 14 1649 24.26 37 38.38 118 54.95  7.75 33 1 .09  .3  .4 SMO   2.3

--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

96 JUN 14 1650 25.14 37 38.31 118 54.93  8.28 21 1 .08  .3  .4 SMO   1.8
96 JUN 14 1651 21.00 37 38.30 118 54.91  7.68 24   .09  .3  .5 SMO   1.9
96 JUN 14 1651 22.00 37 21.30 121 43.02  8.54 11   .03  .4  .6 ALU   1.3
96 JUN 14 1653 33.96 37 39.26 118 54.88 10.10  7   .07  .8 1.8 DOM   1.3
96 JUN 14 1656 45.68 37 38.49 118 54.79  7.39 27 1 .10  .3  .4 SMO   2.1

96 JUN 14 1658 21.41 40 18.51 124 33.70 19.78 18 1 .11  .9  .5 MEN   2.7
96 JUN 14 1703 53.99 37 38.94 118 54.27  8.45  8   .06  .6  .9 SMO   1.2
96 JUN 14 1710 53.52 37 38.29 118 55.16  7.69 36 1 .10  .3  .4 SMO   2.6
96 JUN 14 1712 12.65 37 38.44 118 55.05  8.03 22   .07  .3  .5 SMO   1.7
96 JUN 14 1712 47.65 37 37.98 118 54.95  6.37 14   .22  .7 1.5 SMO   1.9

96 JUN 14 1713 16.53 37 39.47 118 58.90  0.64  8   .20 1.0  .6 SMO   1.3
96 JUN 14 1718 24.61 37 38.25 118 55.04  8.46 28 1 .09  .3  .4 SMO   2.1
96 JUN 14 1721 54.61 37 38.22 118 54.80  8.02 10   .10  .7  .9 SMO   1.3
96 JUN 14 1722 38.96 37 38.37 118 54.92  7.86 23 1 .07  .3  .4 SMO   1.8
96 JUN 14 1723 12.55 37 38.73 118 54.50  8.46 10   .07  .6 1.3 SMO   1.0

96 JUN 14 1724 19.79 37 38.22 118 55.04  8.15 26 1 .08  .3  .4 SMO   2.0
96 JUN 14 1733 20.59 37 38.82 118 54.02  8.97  9   .07  .6 1.2 SMO   1.1
96 JUN 14 1741 56.07 37 37.38 118 54.69  3.19  7   .02  .5  .5 SMO   1.2
96 JUN 14 1745  4.90 37 39.12 118 54.39  8.68  9   .02  .5 1.0 DOM   1.4
96 JUN 14 1751 51.65 37 38.78 118 54.70  7.13 14   .06  .5  .6 SMO   1.3

96 JUN 14 1800 54.31 37 38.32 118 55.07  7.64 35   .08  .3  .4 SMO   2.8
96 JUN 14 1803 26.93 37 38.31 118 54.55  7.24 14   .13  .6  .9 SMO   1.4
96 JUN 14 1808 52.98 37 37.74 118 52.81  8.33  9   .09  .6  .9 SMO   1.1
96 JUN 14 1815 51.94 37 38.61 118 54.82  7.07 15   .11  .5  .7 SMO   1.4
96 JUN 14 1816 59.80 37 38.24 118 54.34  7.86 14   .12  .5 1.0 SMO   1.7

96 JUN 14 1818 34.27 37 38.32 118 54.65  7.60 10   .10  .7 1.2 SMO   1.1
96 JUN 14 1819  5.80 37 39.82 118 54.04  9.59  8   .06 1.0 1.8 DOM   1.0
96 JUN 14 1819 16.02 38 50.33 122 48.65  2.00 12   .04  .2  .6 GEY   1.6
96 JUN 14 1819 35.90 37 38.01 118 54.62  7.53 16   .11  .5  .7 SMO   1.5
96 JUN 14 1823 12.69 37 38.60 118 54.32  7.80  7   .03  .8 1.3 SMO   1.2

96 JUN 14 1827  9.80 37 38.30 118 54.64  7.02 14   .12  .5 1.1 SMO   1.5
96 JUN 14 1828 31.16 37 38.22 118 54.40  7.98 13   .06  .4  .6 SMO   1.5
96 JUN 14 1829  0.31 36 59.17 121 38.54  2.94 34 1 .14  .2  .9 SAR   1.6
96 JUN 14 1902  1.09 37 38.29 118 55.41  5.70  7   .09 1.2 1.5 SMO   1.1
96 JUN 14 1927 59.53 37 38.11 118 55.06  7.13 14   .09  .4  .7 SMO   1.4

96 JUN 14 1932 36.51 37 38.40 118 54.91  7.10 15   .12  .5  .8 SMO   1.6
96 JUN 14 1951 30.37 37 31.15 118 52.71  7.24  8   .06 1.1 2.9 MOR   1.0
96 JUN 14 2001  4.85 37 38.32 118 54.86  7.92 26   .09  .3  .4 SMO   2.1
96 JUN 14 2020  3.04 37 37.46 118 55.37  3.18 33   .12  .3  .4 SMO   2.6
96 JUN 14 2029  1.79 37 37.30 118 55.30  3.17 31   .12  .3  .4 SMO   2.3

96 JUN 14 2053 43.88 37 37.26 118 55.14  3.21 29   .12  .3  .4 SMO   2.2
96 JUN 14 2059 22.66 37 37.64 118 55.18  3.35 19   .07  .3  .4 SMO   1.6
96 JUN 14 2146 29.03 37 39.06 118 54.22 10.92  7   .04 1.3 1.5 DOM   1.0
96 JUN 14 2148 36.71 38  6.43 118 18.02  5.84 18   .08 1.1 7.8 NEV - 2.0
96 JUN 14 2200 39.75 38 47.30 122 46.74  4.02 14   .03  .2  .7 GEY   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

96 JUN 14 2200 50.08 37 12.08 121 11.75  1.31 66 2 .27  .4 1.5 HAM   2.1
96 JUN 14 2219 20.91 37 38.05 118 54.60  7.91 16   .08  .5  .7 SMO   1.4
96 JUN 14 2219 53.93 37 38.47 118 54.65  7.58  8   .06  .6  .9 SMO   1.3
96 JUN 14 2241  8.50 37 38.94 118 54.77  7.64 19   .12  .4  .8 SMO   1.5
96 JUN 14 2247 18.50 35 55.44 120 28.18  5.53 36 4 .06  .2  .3 MID   1.9

96 JUN 14 2249  6.91 35 55.39 120 28.28  5.32  8   .02  .7  .9 MID   1.3
96 JUN 14 2255 35.49 35 55.43 120 28.20  5.65 22 1 .04  .3  .3 MID   1.5
96 JUN 14 2304 28.62 35 55.41 120 28.17  5.15 31 3 .08  .3  .3 MID   1.8
96 JUN 15   35 42.99 37 38.52 118 55.37  7.13 13   .06  .4  .5 SMO   1.4
96 JUN 15   39 25.49 37 38.94 118 54.16  8.21  8   .04  .9 1.3 SMO   1.1

96 JUN 15  119 18.87 37 37.78 118 54.80  7.56 15   .09  .4  .7 SMO   1.4
96 JUN 15  134 21.54 37 38.38 118 54.31  9.08 11   .07  .6 1.0 SMO   1.2
96 JUN 15  219 21.45 37 31.96 118 49.48  0.44 11   .08  .3  .5 MOR   1.3
96 JUN 15  303 12.62 37 38.42 118 54.51  6.95 16   .11  .5  .9 SMO   1.5
96 JUN 15  453 39.22 37 38.54 118 55.00  7.75 29 4 .07  .3  .4 SMO   1.9

96 JUN 15  454 18.90 37 38.40 118 55.17  8.13 38 1 .08  .2  .4 SMO   3.4
96 JUN 15  458  9.30 37 38.49 118 54.61  5.43  7   .05  .6 1.0 SMO   1.1
96 JUN 15  503 17.86 37 39.31 118 54.31  7.39  7   .07  .9 1.1 DOM   1.4
96 JUN 15  515 31.14 37 39.30 118 54.32  6.96  9   .08  .9 1.1 DOM   1.3
96 JUN 15  536 13.30 37 38.52 118 54.84  7.61 31 1 .07  .3  .3 SMO   2.3

96 JUN 15  549 48.56 37 38.37 118 55.36  8.25 22   .09  .3  .5 SMO   1.7
96 JUN 15  601 44.19 37 38.42 118 55.33  7.86 30   .08  .3  .4 SMO   1.9
96 JUN 15  612 37.19 37 42.68 118 53.26  2.93 11   .50 2.515.4 DOM * 1.1
96 JUN 15  614 42.43 40 37.40 124 18.34 18.60 14 5 .12  .9  .5 EUR   1.9
96 JUN 15  615 23.17 37 39.00 118 54.64  7.25 11   .08  .6  .9 SMO   1.4

96 JUN 15  615 51.70 37 38.84 118 54.91  6.27 11   .13  .5 1.0 SMO   1.5
96 JUN 15  617  0.42 37 38.09 118 54.47  8.99  7   .01 1.0 1.9 SMO   1.1
96 JUN 15  619 14.67 37 38.89 118 54.81  7.55 15   .07  .5  .8 SMO   1.6
96 JUN 15  628 37.10 37 39.05 118 54.62  8.90 10   .06  .7 1.5 DOM   1.2
96 JUN 15  630 56.98 37 38.76 118 54.59  8.95 12   .08  .6 1.2 SMO   1.4

96 JUN 15  756 18.64 37 38.88 118 54.94  7.97 26   .07  .3  .5 SMO   1.7
96 JUN 15  758 56.94 37 38.78 118 54.31 11.10  8   .18 1.3 3.7 SMO   1.1
96 JUN 15  802 42.66 37 38.36 118 54.74  7.95 12   .12  .7 1.1 SMO   1.5
96 JUN 15  812 33.96 37 38.11 118 54.70  7.62 16   .09  .5  .7 SMO   1.6
96 JUN 15  901 59.35 38 41.64 122 11.47  8.28 20   .17  .4  .6 SAC   1.6

96 JUN 15  905  7.11 37 38.40 118 54.64  7.05 12   .11  .6 1.0 SMO   1.6
96 JUN 15  908  9.44 38 24.94 122 10.90  6.03 15 3 .20  .5 1.1 GVL   1.2
96 JUN 15  953 50.89 38 40.90 122  9.47  5.42  7   .07  .6  .7 SAC    .9
96 JUN 15 1008 43.74 37 38.22 118 54.77  8.31 24 2 .09  .4  .5 SMO   1.7
96 JUN 15 1017 29.03 36 33.42 121  9.17  7.10 26 1 .06  .2  .6 PIN   1.2

96 JUN 15 1052 18.21 37 36.54 118 53.30  4.96  8   .35 1.5 2.3 SHE   1.3
96 JUN 15 1104 10.74 37 37.07 118 53.79  6.32 11   .26 1.0 1.7 SHE   1.3
96 JUN 15 1108 36.49 38 48.66 122 48.72  1.89  8   .03  .4  .4 GEY   1.2
96 JUN 15 1140 55.53 37 39.13 118 54.82  7.33 10   .05  .5  .9 DOM   1.1
96 JUN 15 1143 46.69 37 38.60 118 54.72  7.73 10   .10  .8 1.1 SMO   1.2

--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

96 JUN 15 1144 35.36 39 28.44 123 17.91  8.44 10 1 .05  .3  .6 MAA   1.6
96 JUN 15 1150 28.72 37 38.12 118 54.80  9.65  8   .05 1.5 1.1 SMO   1.2
96 JUN 15 1249 52.21 37 38.15 118 54.97  8.08 28   .08  .3  .4 SMO   2.1
96 JUN 15 1250 23.36 37 37.10 118 54.82  8.63  7   .07 1.8 1.1 SHE   1.1
96 JUN 15 1336 41.93 36  8.33 120 11.12 12.83  7 1 .5817.340.8 COA - 1.4

96 JUN 15 1358 49.67 37 31.63 121 48.93  5.91 29 1 .03  .2  .4 SUN   1.6
96 JUN 15 1431 14.11 37 38.27 118 55.37  8.43 24 1 .09  .3  .5 SMO   1.6
96 JUN 15 1515 37.39 37 38.33 118 54.99  8.03 25 2 .08  .3  .4 SMO   1.9
96 JUN 15 1530  2.18 37 38.57 118 54.78  8.07 22 1 .07  .3  .5 SMO   1.7
96 JUN 15 1552 29.92 37 38.36 118 54.76  8.00 22   .09  .3  .7 SMO   1.5

96 JUN 15 1615  7.90 37 38.46 118 55.12  7.82 29   .09  .3  .5 SMO   1.9
96 JUN 15 1625 11.01 37 39.55 118 54.30  6.59  8   .07  .8 1.0 DOM   1.7
96 JUN 15 1715  5.82 37 38.75 118 55.26  6.42  9   .02  .5  .7 SMO   1.1
96 JUN 15 1752  8.21 37 38.99 118 54.45  9.24  8   .09  .8 1.5 SMO   1.1
96 JUN 15 1851 25.27 40 37.23 124 17.02 18.08 13 2 .07  .6  .5 EUR   1.9

96 JUN 15 2008 50.58 37 37.37 118 51.08  8.90 14   .08  .4  .7 SMO   1.3
96 JUN 15 2152 40.14 37 39.33 118 54.97 10.69 11   .10  .8 1.4 DOM   1.4
96 JUN 15 2228 39.12 38 49.60 122 56.82  3.88 14   .09  .3  .7 GEY   1.4
96 JUN 15 2336  3.15 36 59.09 121 38.51  3.57 36 1 .14  .2  .8 SAR   1.5
96 JUN 15 2340 33.61 40 20.80 124 31.42 16.99  7 2 .04  .7  .9 MEN   1.6

96 JUN 16   20 39.31 37  7.23 121 11.02  0.31 20   .69 6.523.8 ORT * 1.7
96 JUN 16   46 23.70 36 30.67 121  5.43  4.82 17   .06  .3  .5 PIN   1.3
96 JUN 16  205 27.78 38 49.41 122 48.12  4.29 19   .05  .2  .5 GEY   1.5
96 JUN 16  235 21.52 38 50.39 122 49.28  3.06 12   .04  .3  .8 GEY   1.4
96 JUN 16  333 13.29 37 38.67 118 55.08  8.02  9   .06  .7 1.2 SMO   1.4

96 JUN 16  352 58.99 37 33.30 118 51.84  1.30 27   .06  .2  .3 MOR   1.7
96 JUN 16  406 33.53 37 33.30 118 51.75  1.17 17   .06  .2  .4 MOR   1.5
96 JUN 16  515  5.64 37 37.91 118 55.08  8.10 24   .10  .3  .5 SMO   1.5
96 JUN 16  517 48.61 37 38.26 118 54.76  6.42 11   .07  .6  .7 SMO   1.1
96 JUN 16  518 11.83 37 37.98 118 55.14  7.91 35   .10  .3  .4 SMO   2.0

96 JUN 16  520 12.56 37 37.39 118 54.80  7.61 14   .08  .5  .6 SMO   1.4
96 JUN 16  525 31.15 37 38.17 118 54.23  7.64 11   .08  .6  .9 SMO   1.2
96 JUN 16  538 27.69 38 50.38 122 50.02  2.31 12   .05  .3  .7 GEY   1.4
96 JUN 16  848 31.48 37 37.68 118 55.09  7.47 10   .13  .8 1.3 SMO   1.4
96 JUN 16  955  5.07 36  6.19 120 57.19  9.74 18 2 .09  .3 1.1 ROB   1.4

96 JUN 16  959 29.78 37 39.67 122  3.61  5.03 15 2 .22  .8 1.5 HAY   1.5
96 JUN 16 1005 11.72 37 38.62 118 53.96  8.37  8   .05  .6 1.0 SMO   1.0
96 JUN 16 1014 59.07 38 49.88 122 49.75  1.60 23   .06  .2  .5 GEY   2.0
96 JUN 16 1228  0.12 37 33.13 118 50.91  9.51 35 2 .07  .3  .5 MOR   2.3
96 JUN 16 1314  5.58 38 47.68 122 44.88  1.97 25   .06  .2  .4 GEY   1.9

96 JUN 16 1351 17.00 38 47.71 122 48.74  4.17 13   .02  .3  .6 GEY   1.3
96 JUN 16 1351 17.02 38 47.64 122 48.75  4.03 10   .05  .3  .7 GEY   1.3
96 JUN 16 1605 59.51 37 32.96 118 49.26  2.80 15   .09  .3 1.9 MOR   1.2
96 JUN 16 1806  9.52 36 58.02 121 36.15  7.32 42   .19  .3  .7 SAR   1.6
96 JUN 16 1904  6.59 37 38.11 118 55.13  7.99 10   .12  .9 1.0 SMO   1.2

--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

96 JUN 16 1913 21.64 37 38.36 118 53.35  5.51 22   .08  .3  .5 SMO   1.6
96 JUN 16 2118  7.54 38 48.57 122 47.02  0.32 14   .13  .3  .6 GEY   1.6
96 JUN 16 2129 10.03 37 36.92 118 52.02  8.54 12   .06  .7  .8 SMO   1.1
96 JUN 16 2159 57.77 37 37.50 118 51.76  9.61 19   .12  .5  .7 SMO   1.3
96 JUN 16 2202 39.22 37 37.65 118 52.03  8.62 28   .08  .3  .4 SMO   1.7

96 JUN 16 2253 57.93 40 20.00 124 25.79  9.57 10   .07 1.1  .5 MEN   2.0
96 JUN 16 2312 38.36 37 38.57 118 53.96  7.92 12   .08  .5 1.0 SMO   1.2
96 JUN 17  120  7.96 38 49.40 122 47.78  3.87 18   .06  .3  .6 GEY   1.9
96 JUN 17  550 39.18 38 48.20 122 47.83  1.62 15   .05  .2  .3 GEY   1.7
96 JUN 17  602 22.94 37 31.92 118 49.61  0.90 35   .08  .2  .3 MOR   3.0

96 JUN 17  732  9.60 38 43.89 119 33.92  6.91  8 1 .05 1.7 1.3 WAK   1.4
96 JUN 17  736 38.06 38 50.28 122 49.80  2.01 18   .05  .2  .6 GEY   1.9
96 JUN 17  837 34.21 37 31.89 118 49.44  0.90 19   .07  .2  .3 MOR   1.6
96 JUN 17  844 45.71 37 32.79 118 25.15  5.58  9   .03  .4  .7 CHV   1.1
96 JUN 17 1129  2.59 37 31.97 118 49.65  0.64 32 1 .08  .2  .3 MOR   2.2

96 JUN 17 1138 29.31 37 31.98 118 49.62  0.60 28 1 .09  .2  .3 MOR   2.0
96 JUN 17 1139 30.41 37 32.00 118 49.64  0.72 32   .08  .2  .3 MOR   3.3
96 JUN 17 1144 21.28 37 27.05 118 53.14 11.11  7   .41 7.1 8.7 MOR   1.9
96 JUN 17 1146 44.96 37 32.07 118 49.60  0.54 17   .08  .2  .3 MOR   1.3
96 JUN 17 1158  3.25 38 15.68 118 29.57  8.20 10   .12 3.3 2.0 MOL   2.3

96 JUN 17 1207 38.38 37 32.00 118 49.60  0.07  9   .08  .3  .4 MOR   1.0
96 JUN 17 1245  3.86 39  4.68 119  7.61  0.16 23 1 .41 2.1 3.6 WAK * 2.6
96 JUN 17 1350 10.10 38 50.32 122 49.63  3.12 12   .03  .3  .8 GEY   1.6
96 JUN 17 1615 21.57 38 49.97 122 49.44  2.53 12   .05  .3  .7 GEY   1.4
96 JUN 17 1700 22.90 36 38.45 120 47.70  1.22  8 1 .06  .6  .4 CRV   1.3

96 JUN 17 1741 32.35 39 42.07 121 47.73 20.54 22 6 .11  .6 1.0 ALM   2.1
96 JUN 17 2017 31.27 38 46.93 122 45.71  2.36 20   .04  .2  .7 GEY   1.8
96 JUN 17 2153 32.75 37 28.35 118 50.38  6.01 18 1 .09  .4  .8 MOR   1.1
96 JUN 17 2211 39.29 39 43.02 122 52.24  3.42  7   .07  .4 7.9 SAC - 1.6
96 JUN 17 2314 24.52 37 38.28 118 54.51  7.67 20   .14  .5  .8 SMO   1.5

96 JUN 17 2332  6.76 37  3.58 121 49.46  7.78  7   .10  .9 1.5 LOM   1.0
96 JUN 18  110  3.10 36 37.28 121 13.54  7.07 17   .03  .3  .8 PIN   1.3
96 JUN 18  313 33.11 38 58.94 122 14.22  6.31  9 1 .10  .6  .4 SAC   1.5
96 JUN 18  338 27.53 38 49.48 122 46.71  2.62 12   .05  .3  .7 GEY   1.4
96 JUN 18  409 45.74 38 49.38 122 46.45  0.91  7   .03  .3 1.1 GEY   1.2

96 JUN 18  410 53.14 36 36.39 121 13.07  8.54 38 2 .06  .2  .4 PIN   1.8
96 JUN 18  419  7.90 38 44.06 119 37.71  6.36 27 1 .11  .4 1.4 WAK   2.4
96 JUN 18  452 52.55 36 41.92 121 19.90  4.98 40   .06  .2  .4 STN   1.7
96 JUN 18  600 48.33 37 37.40 118 52.84  6.86 10   .08  .6  .8 SMO   1.1
96 JUN 18  616 36.47 40 29.43 123 50.18 24.21 11   .04  .4  .7 EUR   2.3

96 JUN 18  618 15.81 37 59.26 121 52.42 18.30 19   .12  .7  .7 GRN   1.5
96 JUN 18  620 48.16 37 38.68 118 53.14  5.73 11   .13  .7  .7 SMO   1.2
96 JUN 18  750 42.85 37 38.76 118 56.52  3.36  7   .02  .3  .8 SMO   1.1
96 JUN 18  759 24.81 36 42.81 121 20.71  1.55 40   .09  .2  .3 STN   2.1
96 JUN 18  815 29.24 39 17.52 122 49.74  0.77 14   .06  .3 9.1 BAR - 1.9

--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

96 JUN 18  912  5.12 38 48.74 122 48.06  3.76 16   .05  .3  .5 GEY   1.6
96 JUN 18 1020  2.09 38 49.51 122 48.09  4.22 26   .06  .2  .5 GEY   2.2
96 JUN 18 1020  4.84 38 41.17 122 40.54  0.63 11   .35 3.024.2 NAP - 1.9
96 JUN 18 1033 23.32 37 32.02 118 49.46  0.80 10   .05  .3  .6 MOR   1.1
96 JUN 18 1101 15.37 37 28.50 118 50.12  0.85 11   .06 1.1  .8 MOR   1.1

96 JUN 18 1127 31.08 36 34.24 121  6.86  9.85 16 3 .07  .3  .7 BVL    .8
96 JUN 18 1239 48.75 38 48.60 122 48.36  3.65  7   .06  .4 2.5 GEY   1.1
96 JUN 18 1241 49.44 38 48.49 122 48.64  4.15 15   .04  .3  .5 GEY   1.8
96 JUN 18 1242  5.57 38 48.45 122 48.47  4.01  8   .03  .5  .6 GEY   1.2
96 JUN 18 1308 16.22 37 39.00 118 55.02  8.68  8   .06  .6 1.0 SMO   1.2

96 JUN 18 1359 30.82 40 14.59 124 10.81 10.48 14 1 .16  .7  .7 MEN   2.6
96 JUN 18 1421  0.38 37 38.87 118 55.12  6.70  8   .06  .7 1.0 SMO   1.1
96 JUN 18 1425 21.78 37 39.04 118 55.00  7.17 12   .07  .4  .9 DOM   1.5
96 JUN 18 1525 15.53 37 38.01 118 53.34  4.56 13   .10  .4  .9 SMO   1.3
96 JUN 18 1716 27.09 38 40.35 122 23.31  3.46 27   .30  .5 1.8 GVL   2.0

96 JUN 18 1900 34.65 38 55.33 122 40.12  1.92 15   .13  .4 1.6 KON   2.4
96 JUN 18 1904 23.30 37 24.59 118 26.17  9.98 15   .06  .3 1.0 CHA   2.0
96 JUN 18 1954 23.15 39 41.06 123 31.83  0.03 10   .10  .7 3.3 MAA * 1.7
96 JUN 18 2144 23.21 40 17.51 124 24.88 20.11 18   .09 1.1  .3 MEN   2.7
96 JUN 18 2201 24.12 40 23.73 125 21.17  5.00 45   .22 2.316.2 MEN - 3.2

96 JUN 18 2359 12.67 37 18.04 118 19.16 34.75  7   .32 3.314.4 OWV   1.2
96 JUN 19   18 53.13 38 49.36 122 48.03  3.83  9   .08  .4  .9 GEY   1.2
96 JUN 19  114 36.81 38 55.78 122 37.94  2.85 50   .12  .2  .7 KON   3.2
96 JUN 19  119 12.08 38 55.49 122 40.22  1.42 14   .17  .5 2.6 KON   2.1
96 JUN 19  155 39.44 38 55.70 122 41.09  2.34  9   .08  .5 2.5 KON   1.9

96 JUN 19  203 40.90 38 49.77 122 52.77  2.47 14   .06  .3 1.0 GEY   1.7
96 JUN 19  245 31.04 38 55.48 122 40.23  1.47 15   .15  .4 2.5 KON   2.3
96 JUN 19  413  2.67 37 32.94 118 52.20  5.34  7   .02  .6 1.3 MOR   1.1
96 JUN 19  424 21.17 37 30.26 118 50.36  6.56 13   .05  .5 1.2 MOR   1.4
96 JUN 19  430 16.29 37 38.83 118 51.77  6.87 27   .10  .4  .6 SMO   2.3

96 JUN 19  442 40.09 37 38.86 118 51.74  7.00 30   .08  .3  .6 SMO   2.3
96 JUN 19  505 45.14 37 39.01 118 51.39  5.85 16   .09  .4  .7 HCF   1.6
96 JUN 19  517 10.30 37 39.10 118 53.12  6.06  7   .08  .9 1.3 DOM   1.5
96 JUN 19  532 47.62 37 39.57 118 51.48  4.92  9   .07  .5  .8 DOM   1.1
96 JUN 19  533  6.17 37 39.13 118 51.35  5.58 17   .08  .3  .6 HCF   1.7

96 JUN 19  547 15.44 37 39.05 118 51.40  6.07 20   .12  .4  .7 HCF   1.9
96 JUN 19  601 11.06 37 38.68 118 51.14  6.18 11   .11  .4  .6 HCF   1.4
96 JUN 19  605 51.37 37 39.59 118 51.53  4.78  8   .07  .6  .8 DOM   1.1
96 JUN 19  616 35.07 37 38.95 118 51.07  6.68 15   .09  .4  .7 HCF   1.4
96 JUN 19  620 50.32 37 37.42 118 49.92 10.33 20   .09  .4  .7 HCF   2.0

96 JUN 19  623  4.70 37 38.81 118 51.25  6.31 15   .11  .4  .8 HCF   1.7
96 JUN 19  626 15.57 37 37.45 118 49.69  9.24 11   .07  .5  .8 HCF   1.5
96 JUN 19  635  6.82 37 38.83 118 51.20  5.69 11   .11  .6  .8 HCF   1.1
96 JUN 19  654  2.95 37 37.77 118 49.99  9.54 18   .07  .4  .7 HCF   1.8
96 JUN 19  728  9.42 37 37.95 118 51.41  6.16  7   .05  .6  .5 SMO   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

96 JUN 19  806 41.96 37 38.93 118 51.30  6.18 16   .13  .4  .8 HCF   1.3
96 JUN 19  839 38.74 37 39.18 118 51.55  5.99 19   .09  .4  .6 DOM   1.9
96 JUN 19  907 36.03 37 38.36 119 23.77  6.32 16   .11  .411.1 KAI - 1.6
96 JUN 19  916 51.91 37 38.80 118 51.17  5.80 12   .11  .5  .8 HCF   1.2
96 JUN 19 1009 16.51 36  0.69 120 34.24  2.23  8   .07  .5 2.1 SLA   1.5

96 JUN 19 1023 13.00 37 38.69 118 55.01  7.85 14   .08  .5  .8 SMO   1.5
96 JUN 19 1043 47.85 37 39.20 118 51.35  5.29 15   .10  .4  .7 DOM   1.4
96 JUN 19 1100 22.36 37 39.00 118 51.41  6.26 14   .13  .5  .8 HCF   1.4
96 JUN 19 1110 44.50 37 39.21 118 51.49  5.83 20   .09  .3  .6 DOM   1.7
96 JUN 19 1111 38.72 37 38.78 118 51.75  7.06 21   .10  .4  .6 SMO   1.9

96 JUN 19 1114 11.71 37 39.02 118 51.39  6.35 16   .12  .4  .7 HCF   1.4
96 JUN 19 1120  2.93 37 39.06 118 51.55  5.54 21   .12  .4  .6 DOM   1.9
96 JUN 19 1122 54.37 37 39.35 118 51.53  5.47 16   .10  .4  .7 DOM   1.5
96 JUN 19 1129  6.64 38 55.65 122 41.24  1.34  8   .06  .3  .6 KON   1.8
96 JUN 19 1136 20.27 38 55.84 122 40.23  2.59  9   .03  .7  .3 KON   1.8

96 JUN 19 1153 47.22 37 38.71 118 51.07  5.90 11   .13  .6  .9 HCF   1.1
96 JUN 19 1210 31.53 37 38.62 118 51.09  5.71  8   .13  .7  .9 HCF   1.0
96 JUN 19 1213  6.55 37 39.11 118 51.64  6.54 29   .06  .3  .5 DOM   3.3
96 JUN 19 1214 38.59 37 38.37 118 51.67  7.36  7   .06 1.4 1.2 SMO   1.4
96 JUN 19 1215 40.94 37 38.60 118 51.82  0.04 21   .41  .9 2.4 SMO * 2.2

96 JUN 19 1216 19.40 37 38.77 118 51.52  6.48 15   .10  .5  .9 SMO   2.0
96 JUN 19 1216 33.10 37 38.06 118 52.05  6.53 17   .10  .6  .9 SMO   2.5
96 JUN 19 1219 27.17 37 37.66 118 51.29  6.04  8   .03  .6  .5 SMO   1.1
96 JUN 19 1224 19.61 37 38.94 118 51.34  6.10 17   .12  .5  .7 HCF   1.7
96 JUN 19 1225 20.33 37 39.05 118 51.34  5.36 27   .07  .3  .6 HCF   2.8

96 JUN 19 1226 15.88 37 38.84 118 51.18  7.33  9   .07  .9 1.0 HCF   1.6
96 JUN 19 1229 57.31 37 39.02 118 50.92  6.59 12   .13  .6  .7 HCF   1.2
96 JUN 19 1231 20.97 37 38.68 118 51.14  7.20 11   .06  .4  .6 HCF   1.4
96 JUN 19 1232 20.23 37 39.12 118 51.46  5.22 12   .11  .5  .9 DOM   2.0
96 JUN 19 1235 19.92 37 39.11 118 51.25  5.58 18   .12  .4  .7 HCF   1.6

96 JUN 19 1236 41.39 37 39.59 118 51.50  4.14 13   .08  .4  .8 DOM   1.7
96 JUN 19 1238 17.12 37 38.79 118 51.33  6.36 15   .11  .5  .7 HCF   1.4
96 JUN 19 1239 10.14 37 39.18 118 51.09  6.20 10   .11  .6  .8 HCF   1.2
96 JUN 19 1242  4.75 37 38.97 118 51.16  6.71  8   .06 1.0  .8 HCF   1.3
96 JUN 19 1243 15.56 37 38.85 118 51.00  6.25 13   .15  .6  .9 HCF   1.3

96 JUN 19 1244 19.14 37 39.12 118 51.21  6.86 14   .11  .4  .7 HCF   1.1
96 JUN 19 1244 42.40 37 39.16 118 50.97  5.91  9   .15  .6 1.1 HCF   1.4
96 JUN 19 1249 38.13 37 38.77 118 51.36  5.97 16   .11  .4  .7 SMO   1.5
96 JUN 19 1251  2.28 37 38.85 118 51.42  5.89 16   .06  .4 1.0 SMO   2.1
96 JUN 19 1251 53.44 37 38.90 118 51.62  7.15 16   .08  .3  .7 SMO   1.4

96 JUN 19 1253 14.10 37 39.01 118 51.79  6.78 30   .09  .3  .6 DOM   2.8
96 JUN 19 1254 27.22 37 34.71 118 53.20  0.80  8   .06  .9 1.0 MOR   1.4
96 JUN 19 1255 20.44 37 38.32 118 51.28  6.29 12   .07  .4  .6 SMO   1.4
96 JUN 19 1255 59.30 37 38.80 118 51.17  5.83 11   .12  .5  .8 HCF   1.4
96 JUN 19 1257 40.83 37 38.51 118 51.81  6.72 27   .12  .4  .8 SMO   2.4

--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

96 JUN 19 1259  2.87 37 38.20 118 51.38  6.78 14   .08  .4  .6 SMO   1.2
96 JUN 19 1301  8.09 37 38.19 118 51.31  7.11  7   .07  .5 1.2 SMO   1.1
96 JUN 19 1302 33.10 37 38.55 118 51.61  6.78 23   .10  .4  .6 SMO   2.1
96 JUN 19 1304  5.12 37 38.69 118 51.26  6.22 16   .11  .4  .7 HCF   1.4
96 JUN 19 1304 29.88 37 38.53 118 51.14  6.30 15   .12  .4  .7 HCF   1.5

96 JUN 19 1305 59.97 37 38.73 118 51.04  6.51  8   .10  .6  .8 HCF   1.1
96 JUN 19 1312 38.00 37 39.02 118 51.35  6.14 21   .10  .4  .6 HCF   1.9
96 JUN 19 1313 26.26 37 38.80 118 51.39  6.01 21   .11  .4  .6 SMO   1.8
96 JUN 19 1314  5.28 37 39.24 118 50.33  8.13 10   .06  .7 1.1 HCF   1.2
96 JUN 19 1317 51.91 37 38.51 118 50.93  4.90  8   .11  .5 1.3 HCF   1.4

96 JUN 19 1320 11.13 37 38.68 118 51.25  5.75 20   .11  .4  .6 HCF   2.0
96 JUN 19 1326 53.42 37 38.67 118 51.11  6.05  8   .13  .7  .9 HCF   1.5
96 JUN 19 1329 35.80 37 37.76 118 49.55  9.06  9   .11  .6 1.1 HCF   1.3
96 JUN 19 1344 57.10 37 38.83 118 51.41  5.97 15   .13  .5  .8 SMO   1.4
96 JUN 19 1345 41.27 38 49.18 122 47.94  3.52 10   .02  .3  .7 GEY   1.4

96 JUN 19 1349 55.96 37 38.36 118 51.41  6.97 15   .08  .4  .6 SMO   1.4
96 JUN 19 1353 23.11 37 38.73 118 51.05  6.65 13   .13  .5  .8 HCF   1.3
96 JUN 19 1400 10.50 37 38.48 118 51.37  6.60 10   .07  .4  .8 SMO   1.1
96 JUN 19 1405 50.77 37 38.40 118 51.44  6.52 17   .08  .4  .6 SMO   1.6
96 JUN 19 1406 34.96 37 38.23 118 51.15  6.89  9   .06  .5  .7 SMO   1.2

96 JUN 19 1407 19.57 37 38.73 118 51.14  5.50 10   .12  .6  .9 HCF   1.1
96 JUN 19 1410 56.10 37 38.97 118 51.36  6.11 20   .09  .4  .6 HCF   1.9
96 JUN 19 1417 20.33 37 38.95 118 51.29  5.88 12   .07  .4  .7 HCF   1.1
96 JUN 19 1421 51.11 37 38.73 118 51.72  6.62 24   .10  .4  .6 SMO   2.3
96 JUN 19 1425 12.22 37 38.97 118 51.60  5.87 23   .07  .3  .5 SMO   2.9

96 JUN 19 1426  5.58 37 38.84 118 51.16  7.03 10   .08 1.1  .8 HCF   1.6
96 JUN 19 1433 41.21 37 39.06 118 51.41  4.60 19   .07  .3  .8 HCF   2.1
96 JUN 19 1437 44.57 37 38.91 118 51.48  4.63 20   .12  .4  .9 SMO   2.0
96 JUN 19 1442 55.89 37 38.42 118 51.07  7.70 13   .07  .4  .7 HCF   1.3
96 JUN 19 1444 38.78 37 38.77 118 51.38  5.97 17   .12  .4  .7 SMO   1.7

96 JUN 19 1449 20.20 37 38.70 118 51.13  5.38 11   .14  .6 1.0 HCF   1.1
96 JUN 19 1452 15.61 37 38.72 118 51.11  5.77 13   .10  .5  .7 HCF   1.2
96 JUN 19 1453 32.05 37 38.88 118 51.56  6.23 25   .07  .3  .5 SMO   2.6
96 JUN 19 1504 19.13 37 38.70 118 51.71  6.32 26   .12  .4  .6 SMO   2.1
96 JUN 19 1505  9.57 37 38.99 118 51.40  5.93 13   .11  .4  .9 HCF   1.3

96 JUN 19 1505 46.52 37 37.54 118 51.08  5.74  7   .05  .8  .7 SMO   1.1
96 JUN 19 1509 12.88 37 37.52 118 50.99 10.48  8   .07  .7 2.0 SMO   1.1
96 JUN 19 1511 40.02 37 39.02 118 51.42  6.09 16   .12  .4  .8 HCF   1.4
96 JUN 19 1515 13.06 37 39.01 118 51.33  5.57 13   .12  .5  .7 HCF   1.4
96 JUN 19 1530 39.96 37 39.00 118 51.50  5.56 10   .03  .4  .5 HCF   1.0

96 JUN 19 1535 56.62 37 38.62 118 51.08  7.14  7   .01  .4  .6 HCF   1.1
96 JUN 19 1538 32.31 37 39.07 118 51.38  7.02 12   .12  .6  .9 HCF   1.1
96 JUN 19 1539 59.85 37 38.57 118 51.11  5.64 10   .13  .6  .8 HCF   1.3
96 JUN 19 1541 55.72 37 38.95 118 51.14  6.54 15   .10  .4  .7 HCF   1.3
96 JUN 19 1553  7.28 37 38.85 118 51.50  5.30 22   .12  .4  .6 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

96 JUN 19 1553 28.40 37 38.38 118 51.76  6.00 24   .11  .4  .6 SMO   2.6
96 JUN 19 1555  9.45 37 38.95 118 51.41  5.19 16   .07  .3  .5 HCF   1.7
96 JUN 19 1556  7.05 37 39.04 118 51.58  5.13 26   .12  .3  .6 DOM   2.5
96 JUN 19 1557 20.19 37 38.81 118 51.42  5.34 16   .11  .4  .8 SMO   1.7
96 JUN 19 1558 27.02 37 39.10 118 51.20  6.43 16   .10  .4  .7 HCF   1.6

96 JUN 19 1600 28.97 37 38.88 118 51.31  6.17 12   .13  .6  .8 HCF   1.2
96 JUN 19 1600 44.21 37 38.15 118 51.37  6.83  8   .07  .6  .7 SMO   1.2
96 JUN 19 1602 42.96 37 38.45 118 50.97  5.71  7   .09  .6  .8 HCF   1.1
96 JUN 19 1604 22.96 37 38.68 118 51.29  5.86 14   .13  .6  .7 SMO   1.3
96 JUN 19 1604 56.50 37 38.92 118 51.51  7.35 13   .08  .4  .8 SMO   1.3

96 JUN 19 1606 46.50 37 38.95 118 51.21  5.80 15   .09  .3  .6 HCF   1.9
96 JUN 19 1609 56.35 37 38.98 118 51.20  7.14  7   .03 1.1  .9 HCF   1.0
96 JUN 19 1611 28.00 37 38.28 118 51.26  7.67 12   .07  .5  .9 SMO   1.1
96 JUN 19 1615 42.64 37 38.10 118 51.49  6.74  9   .07  .5  .7 SMO   1.2
96 JUN 19 1620  4.10 37 38.24 118 51.38  5.80 16   .09  .4  .6 SMO   1.3

96 JUN 19 1626 16.32 37 38.48 118 50.90  5.86 12   .12  .4  .7 HCF   1.1
96 JUN 19 1627 40.99 37 38.43 118 51.48  6.59 17   .08  .4  .6 SMO   1.7
96 JUN 19 1631 39.83 37 38.53 118 50.87  5.82 10   .10  .5  .8 HCF   1.1
96 JUN 19 1631 52.55 37 38.38 118 51.42  6.84 14   .09  .4  .7 SMO   1.4
96 JUN 19 1637  1.94 37 38.42 118 50.90  5.70  8   .11  .6  .8 HCF   1.1

96 JUN 19 1640 51.83 37 38.27 118 51.34  6.08  7   .07  .5  .7 SMO   1.0
96 JUN 19 1642 33.14 37 38.64 118 51.57  6.60 17   .08  .3  .6 SMO   1.7
96 JUN 19 1648 47.58 37 38.19 118 51.34  6.75 14   .09  .4  .7 SMO   1.2
96 JUN 19 1654 28.17 37 38.86 118 51.65  6.62 14   .08  .4  .7 SMO   1.5
96 JUN 19 1711 42.40 36 49.18 121 12.35  6.06 25   .07  .2  .9 PAN   1.7

96 JUN 19 1715 39.82 37 38.86 118 51.30  5.70 12   .12  .6  .8 HCF   1.3
96 JUN 19 1720 16.31 37 38.79 118 51.58  6.87 15   .08  .4  .7 SMO   1.5
96 JUN 19 1725 25.53 37 38.70 118 51.78  7.02 19   .12  .4  .9 SMO   2.0
96 JUN 19 1735 18.76 37 39.23 118 51.48  4.53 12   .09  .4  .7 DOM   1.2
96 JUN 19 1745 12.35 37 39.29 118 51.20  3.32  7   .03  .8 1.1 HCF   1.1

96 JUN 19 1757 37.89 37 38.77 118 51.20  5.53  9   .13  .6  .8 HCF   1.1
96 JUN 19 1809 10.23 37 38.96 118 51.50  5.84 18   .11  .4  .7 SMO   1.6
96 JUN 19 1810 34.10 37 38.67 118 51.42  6.43 14   .09  .4  .7 SMO   1.4
96 JUN 19 1823 49.51 37 38.58 118 50.82  5.74  8   .11  .6  .8 HCF   2.2
96 JUN 19 1823 52.36 37 38.82 118 51.95  6.79 16   .09  .4  .9 SMO   2.0

96 JUN 19 2001 33.13 37 40.70 118 52.27  1.32  7   .04  .8 1.5 DOM   1.1
96 JUN 19 2013 15.89 37 38.92 118 51.28  5.20 12   .13  .5  .8 HCF   1.3
96 JUN 19 2129 42.99 37 38.90 118 51.49  6.03 20   .12  .4  .7 SMO   1.7
96 JUN 19 2224 25.37 37 39.02 118 51.36  5.74 18   .10  .4  .6 HCF   1.7
96 JUN 19 2226 38.62 37 38.65 118 51.74  5.77 11   .07  .5  .7 SMO   1.4

96 JUN 19 2233 13.32 37 38.84 118 51.54  5.13 20   .12  .4  .7 SMO   1.9
96 JUN 19 2241 15.95 37 39.66 118 51.61  4.18  7   .09  .9 1.2 DOM   1.5
96 JUN 19 2247 47.48 37 38.66 118 51.66  6.10 15   .08  .4  .7 SMO   1.6
96 JUN 19 2252 32.05 37 37.53 118 51.43  4.98  7   .10 1.3  .8 SMO   1.4
96 JUN 19 2352 30.60 37 38.71 118 51.66  5.53 20   .09  .4  .6 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

96 JUN 20   13 47.44 37 38.61 118 54.76  8.56 14   .08  .5 1.0 SMO   1.8
96 JUN 20   29 12.50 37 39.39 118 51.46  6.08 19   .11  .4  .6 DOM   1.7
96 JUN 20   37 27.08 37 38.57 118 50.91  5.38  8   .11  .6  .8 HCF   1.1
96 JUN 20   49 21.51 37 38.97 118 51.25  5.90 14   .12  .5  .8 HCF   1.3
96 JUN 20  109 14.65 37 38.20 118 51.48  6.00  9   .07  .4  .7 SMO   1.0

96 JUN 20  114 47.34 37 38.74 118 51.41  5.70 18   .10  .4  .6 SMO   1.4
96 JUN 20  202 57.15 37 38.41 118 51.48  6.05 14   .09  .6  .7 SMO   1.4
96 JUN 20  210 55.02 37 38.66 118 51.19  5.07  9   .12  .6  .9 HCF   1.1
96 JUN 20  212  3.68 37 38.60 118 51.65  5.67 25   .12  .4  .6 SMO   2.2
96 JUN 20  218  9.54 37 38.38 118 51.49  6.38 18   .09  .4  .6 SMO   1.5

96 JUN 20  219 21.67 37 32.92 118 51.30  7.33 12   .13  .7 1.1 MOR   1.2
96 JUN 20  226 45.63 37 38.40 118 51.57  5.73 15   .11  .5  .7 SMO   1.6
96 JUN 20  226 56.45 40 59.77 124 56.34  2.48 93   .27 2.016.6  DP   4.4
96 JUN 20  232 26.71 37 38.70 118 51.10  5.25  9   .13  .6  .9 HCF   1.0
96 JUN 20  237 55.01 37 38.68 118 51.38  5.32 18   .11  .4  .7 SMO   1.8

96 JUN 20  242 31.89 37 38.76 118 51.79  6.21 31   .11  .3  .6 SMO   2.4
96 JUN 20  243 40.48 37 38.66 118 51.40  5.19 21   .10  .3  .6 SMO   2.5
96 JUN 20  244 49.06 36 30.92 121  5.90  4.00  9   .04  .3  .6 PIN   1.2
96 JUN 20  245 39.88 37 38.34 118 51.57  5.53 14   .08  .4  .5 SMO   1.4
96 JUN 20  246 59.54 37 38.39 118 51.52  5.92 14   .08  .4  .6 SMO   1.4

96 JUN 20  247 18.88 37 38.89 118 51.31  5.86 15   .12  .4  .7 HCF   1.5
96 JUN 20  256 41.51 37 38.46 118 51.83  5.74 27   .11  .3  .6 SMO   2.3
96 JUN 20  257 47.20 37 38.75 118 51.28  5.00 16   .11  .4  .6 HCF   1.8
96 JUN 20  259 18.75 37 38.55 118 51.51  5.91 16   .09  .4  .6 SMO   1.4
96 JUN 20  306 37.91 37 38.61 118 51.34  5.32 17   .10  .4  .7 SMO   1.7

96 JUN 20  307 33.87 37 17.84 121 40.69  3.03 12   .05  .3 1.4 SFL   1.4
96 JUN 20  310 31.01 37 38.54 118 51.52  5.75 16   .07  .3  .6 SMO   1.5
96 JUN 20  313  5.64 37 38.67 118 51.29  4.86 13   .11  .4  .7 SMO   1.3
96 JUN 20  317 29.10 37 38.66 118 51.66  5.26 29   .08  .3  .5 SMO   2.5
96 JUN 20  319 26.22 37 38.63 118 51.46  5.25 16   .12  .4  .7 SMO   1.4

96 JUN 20  328  3.13 37 38.48 118 51.42  5.28 15   .13  .5  .7 SMO   1.1
96 JUN 20  329 28.60 37 38.89 118 51.64  4.95 26   .08  .3  .5 SMO   2.5
96 JUN 20  334 10.49 37 38.23 118 51.39  5.87 15   .09  .4  .6 SMO   1.5
96 JUN 20  335 57.42 37 38.61 118 51.24  4.90 10   .13  .5  .8 SMO   1.1
96 JUN 20  340 15.45 37 38.33 118 51.49  5.94 16   .09  .4  .6 SMO   1.4

96 JUN 20  350 45.35 37 39.11 118 51.49  5.47 17   .10  .4  .6 DOM   1.6
96 JUN 20  408 26.30 37 39.09 118 51.35  4.79 11   .09  .5  .7 HCF   1.3
96 JUN 20  409 40.01 37 38.59 118 51.69  5.40 20   .13  .4  .7 SMO   2.1
96 JUN 20  441 11.47 38 49.41 122 47.91  3.84  9   .02  .3  .8 GEY   1.4
96 JUN 20  444 38.49 37 39.94 118 51.65  4.21  8   .05  .6  .8 DOM   1.1

96 JUN 20  447 59.29 37 39.53 118 51.68  4.16 11   .08  .4  .8 DOM   1.3
96 JUN 20  449 52.09 37 40.00 118 51.63  4.24  7   .04  .6  .8 DOM   1.2
96 JUN 20  500 28.46 37 37.61 118 52.05  4.42  8   .12  .6  .9 SMO   1.1
96 JUN 20  503  6.27 37 38.73 118 51.89  5.87 22   .10  .4  .6 SMO   2.1
96 JUN 20  507 26.19 37 38.75 118 51.91  5.81 24   .13  .4  .6 SMO   2.2

--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

96 JUN 20  508 26.96 37 39.06 118 51.57  4.48 12   .11  .4  .7 DOM   1.4
96 JUN 20  521 20.15 37 39.19 118 51.67  4.03 14   .11  .4  .8 DOM   1.2
96 JUN 20  528 51.90 37 39.05 118 51.53  4.96 19   .10  .3  .6 DOM   2.0
96 JUN 20  540 49.41 37 40.16 118 51.58  4.21  8   .02  .5  .6 DOM   1.1
96 JUN 20  541 58.94 37 39.01 118 51.47  4.22 19   .11  .4 1.0 HCF   1.8

96 JUN 20  543  3.34 37 38.86 118 51.76  5.65 22   .12  .4  .6 SMO   1.9
96 JUN 20  545 14.65 37 39.25 118 51.59  4.23 11   .08  .4  .8 DOM   1.4
96 JUN 20  547 15.65 37 39.08 118 51.56  4.54 12   .12  .5  .9 DOM   1.4
96 JUN 20  553 46.43 37 39.22 118 51.68  4.66 14   .10  .4  .7 DOM   1.6
96 JUN 20  555 46.17 37 39.21 118 51.20  4.85  7   .09  .6  .9 HCF   1.1

96 JUN 20  604  5.73 37 39.16 118 51.48  5.03 16   .10  .4  .7 DOM   1.4
96 JUN 20  606 35.27 37 39.30 118 51.52  4.30  9   .09  .5  .9 DOM   1.0
96 JUN 20  614 50.35 37 39.23 118 51.59  5.12 24   .10  .3  .6 DOM   2.2
96 JUN 20  628 30.25 37 38.58 118 51.42  5.37  9   .03  .4  .6 SMO   1.2
96 JUN 20  631 46.20 37 38.98 118 51.74  5.74 28   .07  .3  .5 SMO   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

JUN 11
001151.6* 67.082N 160.056W  10G         0.3   5 NORTHERN ALASKA. ML 3.1 (PMR).
001847.6* 51.117N 176.394W  33N 4.5     1.4  25 ANDREANOF ISLANDS, ALEUTIAN IS.
003557.1* 51.514N 175.895W  33N 4.6     0.8  14 ANDREANOF ISLANDS, ALEUTIAN IS.
024754.9* 19.253N  66.309W  33N 3.5     0.5   5 PUERTO RICO REGION
034440.1  51.286N 175.989W  33N 4.8 4.6 0.9  64 ANDREANOF ISLANDS, ALEUTIAN IS.
050324.1% 33.052S  72.141W  15G         0.4  11 OFF COAST-CENTRAL CHILE. MD 3.8
052542.9* 35.837N 140.222E  75* 3.5     0.7   9 NEAR EAST COAST OF HONSHU, JAPAN
062712.2* 51.328N 175.882W  33N 4.5     1.1  19 ANDREANOF ISLANDS, ALEUTIAN IS.
080749.8  33.024S  72.199W  15G         0.6  13 OFF COAST-CENTRAL CHILE. MD 4.4
104817.4* 51.189N 176.517W  33N 4.8     1.0  46 ANDREANOF ISLANDS, ALEUTIAN IS.
105040.4* 34.433S  70.459W  10G         0.4   9 CHILE-ARGENTINA BORDER. MD 3.3
105724.1  51.325N 176.197W  33N 4.9     0.9  72 ANDREANOF ISLANDS, ALEUTIAN IS.
122344.3  51.315N 175.972W  33N 4.6     0.8  41 ANDREANOF ISLANDS, ALEUTIAN IS.
131655.2* 50.993N 177.781W  33N 4.6     1.1  41 ANDREANOF ISLANDS, ALEUTIAN IS.
161455.2  35.528N 141.088E  33N 4.9     0.9  21 NEAR EAST COAST OF HONSHU, JAPAN
163836.5  51.423N 178.286W  33N 5.2 4.6 0.9 140 ANDREANOF ISLANDS, ALEUTIAN IS.
182630.9* 50.928N 179.809W  33N 4.6     1.0  11 ANDREANOF ISLANDS, ALEUTIAN IS.
183412.3  12.765N 125.061E  33N 5.2     0.7  14 SAMAR, PHILIPPINE ISLANDS
184738.9* 51.323N 177.758W  33N 4.7     1.0  33 ANDREANOF ISLANDS, ALEUTIAN IS.
204754.4* 51.412N 176.223W  33N 4.7     0.9  31 ANDREANOF ISLANDS, ALEUTIAN IS.
215104.9? 51.83 N 178.75 W  33N 4.9     0.1   6 ANDREANOF ISLANDS, ALEUTIAN IS.

JUN 12
030922.1  51.354N 178.213W  33N 5.2     1.0  67 ANDREANOF ISLANDS, ALEUTIAN IS.
033935.2* 19.938N  70.527W  33N 4.7     0.6   9 DOMINICAN REPUBLIC REGION
040109.9* 51.360N 177.174W  33N 4.8     1.3  39 ANDREANOF ISLANDS, ML 4.6 (PMR).
043653.0* 51.117N 176.905W  33N 4.6     1.1  15 ANDREANOF ISLANDS, ALEUTIAN IS.
045008.7? 15.08 N  92.03 W  33N 4.4     0.7  12 MEXICO-GUATEMALA BORDER
060404.5* 19.162S 175.516W 200G 4.9     0.7  14 TONGA ISLANDS
080325.1? 24.37 S  69.26 W 100G 4.5     1.0   8 NORTHERN CHILE
090646.3  51.320N 176.102W  33N 4.8     0.8  36 ANDREANOF ISLANDS, ALEUTIAN IS.
102452.6  51.364N 176.108W  33N 5.0     1.0  40 ANDREANOF ISLANDS, ALEUTIAN IS.
124037.1  51.202N 177.666W  33N 4.5     0.9  25 ANDREANOF ISLANDS, ALEUTIAN IS.
143249.0  51.303N 176.097W  33N 5.3 5.0 1.0  79 ANDREANOF ISLANDS, ALEUTIAN IS.
143732.2* 51.371N 176.247W  33N 4.6     1.5  14 ANDREANOF ISLANDS, ALEUTIAN IS.
154206.4* 21.817N  62.054E  10G 5.1     0.8  16 ARABIAN SEA
181330.1  11.721N 143.123E  33N 5.1 4.3 1.1  37 SOUTH OF MARIANA ISLANDS
181511.5  34.197N 117.497W  10G         0.9  39 SOUTHERN CALIFORNIA. ML 3.1
195058.5* 51.172N 176.210W  33N 4.8     1.1  29 ANDREANOF ISLANDS, ALEUTIAN IS.
224828.6* 28.915N  43.415W  10G 4.8     1.0  18 NORTHERN MID-ATLANTIC RIDGE

JUN 13
001543.3  55.614N 158.583E 300G 4.7     0.6  44 KAMCHATKA
003323.0  51.501N 177.787W  33N 5.0     1.1  63 ANDREANOF ISLANDS, ALEUTIAN IS.
020450.8* 51.585N 178.398W  33N 4.6     0.9  17 ANDREANOF ISLANDS, ALEUTIAN IS.
024729.1* 51.169N 177.560W  33N 4.4     0.8  13 ANDREANOF ISLANDS, ALEUTIAN IS.
065758.4  20.399S 178.358W 535D 5.2     1.0  88 FIJI ISLANDS REGION
101750.8* 17.099S 179.014W 500G 4.1     0.6  12 FIJI ISLANDS REGION
170037.8* 51.307N 176.792W  33N 4.7     1.0  16 ANDREANOF ISLANDS, ALEUTIAN IS.
194939.9* 51.348N 178.107W  33N 4.8     0.8  21 ANDREANOF ISLANDS, ALEUTIAN IS.
234851.1? 13.55 S 167.63 E  33N 5.1     1.5   9 VANUATU ISLANDS

JUN 14
051521.1* 12.834N 124.721E  33N 4.7 3.9 0.9  14 SAMAR, PHILIPPINE ISLANDS
060744.4* 45.160N 150.471E  33N 4.9     0.7  17 KURIL ISLANDS
081812.2* 51.374N 178.374W  34D 4.8     1.1  45 ANDREANOF ISLANDS, ALEUTIAN IS.
091735.7  44.649N 150.180E  55D 5.4     0.7  63 EAST OF KURIL ISLANDS. Mw 5.3
114019.6  51.294N 176.244W  33N 4.6     0.9  28 ANDREANOF ISLANDS, ALEUTIAN IS.
150441.7* 12.958N 125.258E  33N 5.7 5.8 1.2  44 SAMAR, PHILIPPINE ISLANDS. 
162732.6* 51.440N 176.682W  33N 5.0     1.3  33 ANDREANOF ISLANDS, ALEUTIAN IS.
163830.2  37.717N 118.895W   5G         0.7  26 CALIFORNIA-NEVADA BORDER. ML 2.8
164348.5  37.693N 118.897W   5G         0.8  29 CALIFORNIA-NEVADA BORDER. ML 2.8
221541.1* 21.822N 143.047E 200G 4.7     1.0  18 MARIANA ISLANDS REGION
224543.2* 42.905N  72.797E  33N 5.3     0.8  45 KYRGYZSTAN

JUN 15
043607.1* 44.681N 149.976E  33N 4.8     0.9  18 KURIL ISLANDS
100241.9? 16.61 S  41.17 E  10G 5.2     1.4  30 MOZAMBIQUE CHANNEL
115127.3* 51.570N 176.149W  33N 4.8     1.4  45 ANDREANOF ISLANDS, ALEUTIAN IS.
122305.7* 51.283N 176.180W  33N 4.9     1.1  43 ANDREANOF ISLANDS, ALEUTIAN IS.
152808.2* 51.177N 176.244W  33N 4.6     0.9  20 ANDREANOF ISLANDS, ALEUTIAN IS.
163349.7  62.820N 149.045W  33N         1.0  12 CENTRAL ALASKA. ML 3.2 (PMR).
214012.3* 47.144N  10.104E  10G         0.8  17 AUSTRIA. ML 3.0 (ROM).

JUN 16
024601.6? 12.16 N  43.37 E  10G 4.5     1.4   6 WESTERN ARABIAN PENINSULA
124653.4* 51.388N 176.065W  33N 4.5     1.2  16 ANDREANOF ISLANDS, ALEUTIAN IS.
125935.1* 45.083N 148.503E  33N 4.7     1.1  20 KURIL ISLANDS
150037.8* 24.249S  66.901W 150G 4.9     1.5   6 SALTA PROVINCE, ARGENTINA
150129.8  51.313N 176.895W  33N 5.1 4.2 0.8  60 ANDREANOF ISLANDS, ALEUTIAN IS.
                                                Felt on Adak.
193116.2  51.413N 178.551W  30D 5.3 4.4 1.0  72 ANDREANOF ISLANDS, ALEUTIAN IS.

JUN 17
022730.5* 17.580S 178.920W 570D 4.5     0.5  23 FIJI ISLANDS REGION
041432.4*  5.140N  82.348W  10G 4.8 4.4 0.9  50 SOUTH OF PANAMA
041554.9*  5.109N  82.373W  10G 4.8     1.0  28 SOUTH OF PANAMA
070321.8* 59.898N 153.458W 142D 4.2     1.2  16 SOUTHERN ALASKA. Felt in the
                                                Cook Inlet Region.
112218.3*  7.105S 122.644E 594D 6.5     0.7  25 FLORES SEA. Mw 7.8 (GS)
                                     Minor damage at Kupang, East Nusatenggara.
160047.2  51.354N 178.266W  33N 5.0     0.9  53 ANDREANOF ISLANDS, ALEUTIAN IS.
170749.2* 32.338N 137.117E 402D 4.9     0.9  43 SOUTH OF HONSHU, JAPAN
174523.6  60.498N 150.164W  33N         1.1   8 KENAI PENINSULA, ALASKA. ML 3.3
215539.9* 14.206N 144.841E  33N 5.4 5.1 1.0  35 MARIANA ISLANDS. Felt on Guam.

JUN 18
081101.4  38.812N  46.205E  33N 5.0     0.9  25 ARMENIA-AZERBAIJAN-IRAN BORD REG
135533.5  15.971S 177.878E  33N 5.6 5.3 0.9  67 FIJI ISLANDS. Mw 5.9 (GS)
160624.2* 51.295N 177.240W  33N 4.8     0.9  21 ANDREANOF ISLANDS, ALEUTIAN IS.

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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.