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
   June 16 - 22, 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    
    
  Seismicity remained at a low level for yet another week.  For the
seven-day period ending at midnight on Wednesday, June 22, 1994 the U.S.
Geological Survey office in Menlo Park recorded just 15 earthquakes of
magnitude one (Mm) and greater within the San Francisco Bay area shown in
Figure 1.  None were as large as M2.  This total compares to 20
earthquakes during the previous seven-day period (June 9 - 15),  two of
which were as large as M2.
  The largest earthquake in the Bay Area during the week was a M1.9,
notable only because it occurred along the San Gregorio fault just
northeast of the small town of San Gregorio (#1 in figure 1).  Two other
small events worth mentioning were a pair of M1's on the central Hayward
fault about three miles northeast of central San Leandro (#2/1).  The
largest recent earthquake in this vicinity was a M3.6 in late December,
1992. 
                             
Northern & Central California

   Activity was up a bit in northern California during the past week. 
Not surprisingly much of the activity occurred in the Cape Mendocino area. 
The first notable earthquake in the area was a M2.9 last Thursday just
off the coast about 20 miles southwest of Eureka (#1/2).  Then early
Sunday morning a M4.7  occurred along the Mendocino fracture zone just
nine miles west of Petrolia (#3/2).  The earthquake was felt from
Garbervile, about 80 miles south of Eureka, to McKinleyville, about ten
miles north of Eureka.  The earthquake was followed by a number of
aftershocks, the largest a M3.1 that occurred about two hours after the
mainshock.  In addition, a M3.4 occurred farther out along the Mendocino
transform early the next morning (#4/2).  Sunday's M4.7 event was the
largest earthquake to occur in this area since a M6.9 occurred near
Petrolia on April 26, 1992.  
   Three other felt earthquakes occurred in northern California during the
week.  Coincidentally, the first of these occurred just one hour before
the Mendocino earthquake, discussed above.  This M3.4 earthquake was
located about eight miles southwest of Chester in the northernmost Sierra
Nevada (#2/2).  Then on Tuesday two M3 earthquakes occurred.  The first, a
M3.1 at the Geysers geothermal area, occurred just after midnight (#5/2). 
The second occurred later that evening about nine miles southeast of
Carson City, Nevada (#6/2). 
   Central California was quiet with only a few small M2's along the
creeping segment of the San Andreas and a M2.2 east of Coalinga.  The only
notable earthquake in the area was a M2.6 beneath the central Sierra
Nevada about 25 miles east of Merced (#7/2).

Long Valley Caldera
     
    For the 9th straight week there were no earthquakes within the Long
Valley caldera that were as large as M2.  South of the caldera a M2.7
occurred about two miles west of Convict Lake (#1/3) and a pair of M2's
occurred just north of Mt. Morrison (#2,#3/3).

USA Seismicity (June 12 - 22)
  
   According to data provided by the National Earthquake Information
Center, a number of states experienced felt earthquakes in the past ten
days.  Largest of these was a M5.0 last Thursday in southern California 
that was felt as far away as Pasadena (#3/4).  This was an aftershock to
the M7.3 Landers earthquake of June 28, 1992.  Smaller, but still large
enough to be felt, were a pair of events in western Washington.  The first
of these was M4.0  last Friday that was located near the southern end of
Puget Sound (#2/4).  It was followed just after midnight on Sunday  by a
M4.2 in the central Cascade Mountains that was felt in the Skykomish area
(#6/4).  Other events in the lower 48 states included several M3
aftershocks in eastern Idaho (#4/4), a M2.7 in northwestern Montana
(#5/4), and a M4.3 offshore of southern Oregon (#1/4).

The Planet Earth  (June 12 - 22)
   
  A moderately strong Mb6.0 earthquake shook southern Iran Monday, killing
two people and injuring 50 (#5/5).  A landslide triggered by the
earthquakes blocked a tunnel in the Zagros Mountains.  
  The largest earthquake on the planet occurred on South Island, New
Zealand (#4/5).  The Ms7.1 earthquake produced some structural damage
in Christchurch and triggered landslides that blocked the highway between
Arthur's Pass and Christchurch.  Large enough to be classified as a major
earthquake, it was felt throughout South Island and in the southern parts
of North Island.
   Other earthquakes of note around the world include aftershocks to the
M7.2 Java quake earlier this month (#1/5), a Mb5.0 near the coast of
central Chile that was felt as far away as Santiago (#2/5), and a Mb5.6 in
souther Peru (#3/5).

 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 JUN 16  820 16.28 38 49.34 122 48.85  3.90  8   .07  .4  .9 GEY   1.1
94 JUN 16  823 47.90 37 36.47 118 54.58  8.34 34   .12  .3  .5 SHE   2.9
94 JUN 16  828 13.58 37 36.62 118 54.48  8.08 13   .07  .4  .7 SHE   1.7
94 JUN 16  954 27.33 39 28.88 123  0.13  7.01 26 1 .08  .2  .7 BAR   2.1
94 JUN 16 1029 59.75 37 34.00 118 50.81  5.44 29   .09  .3  .5 MOR   2.4

94 JUN 16 1059 51.24 35 59.22 120 32.36  5.38 14 1 .04  .3  .5 MID   1.1
94 JUN 16 1147 31.32 36 30.08 121  4.83  5.17 17 1 .04  .3  .5 BIT   1.2
94 JUN 16 1342 27.13 35 46.36 120 19.23  7.93  9 1 .03  .4 1.5 GOL   1.2
94 JUN 16 1356 48.21 38 51.79 122 48.15  0.88  7   .08  .7 1.4 GEY   1.3
94 JUN 16 1413 43.72 38 36.41 119 53.02  3.50  7 2 .14 1.811.9 WAK - 1.9

94 JUN 16 1453 49.80 38 47.18 122 46.32  3.33  8   .02  .3  .8 GEY   1.1
94 JUN 16 1456 49.52 38  2.79 118 46.82  6.65 19   .09 1.0 9.7 MOL-  2.3
94 JUN 16 1510  6.50 37 12.09 122 21.41 15.18 26 1 .12  .7  .6 ANN   1.9
94 JUN 16 1807 57.36 38 47.23 122 45.62  0.38 25   .14  .3  .8 GEY   2.2
94 JUN 16 1856  3.15 40 18.39 124 28.96  7.22 16 2 .06  .5  .3 MEN   2.4

94 JUN 16 1920 51.13 40 18.81 124 27.75  0.02  9 1 .20 1.5 2.2 MEN * 1.6
94 JUN 16 1950 14.82 40 41.00 124 33.06 25.65 16 2 .11 1.0 2.8 EUR   2.8
94 JUN 17    8 58.51 40 18.12 124 30.64 20.78 13 1 .09 1.0  .4 MEN   1.8
94 JUN 17   39 58.99 36 55.46 121 34.99  6.03 31 1 .16  .4  .7 SAR   1.4
94 JUN 17  136 28.84 38 48.63 122 46.22  2.04  8   .04  .3  .6 GEY   1.0

94 JUN 17  330 50.17 37 38.03 118 52.19  1.33  7   .11  .6  .5 SMO   1.2
94 JUN 17  440 23.01 37 34.03 118 44.78  4.12  7   .11 1.4 3.3 WCN   1.1
94 JUN 17  523 32.01 36 34.09 121  3.44  8.50 20 1 .14  .5 1.3 BVL    .9
94 JUN 17  604  4.73 36 33.93 121  9.82  7.77 18 2 .07  .3  .7 PIN   1.0
94 JUN 17  649  3.06 37 27.25 118 45.39 16.89 20   .07  .4  .7 WCN   1.6

94 JUN 17  810 35.76 36 33.75 121  3.24  8.01 66 2 .15  .2  .4 BVL   2.1
94 JUN 17  957  7.70 36 34.91 121 10.53  4.71 37 1 .06  .2  .4 PIN   1.5
94 JUN 17 1044 39.49 38 42.36 122 46.10  7.33 13   .06  .4  .7 NAP   1.2
94 JUN 17 1122 57.82 39 52.31 120 49.17 16.11 12 1 .17 1.3 8.4 WAK   2.2
94 JUN 17 1159 47.28 38 37.34 119 51.72 12.55 19 3 .15  .8 3.8 WAK   2.4

94 JUN 17 1201 13.42 37 38.87 118 54.98  6.58 14 1 .06  .4  .5 SMO   1.4
94 JUN 17 1406 46.23 38 47.14 122 43.40  2.57 42   .18  .3  .6 GEY   2.5
94 JUN 17 1417 13.80 40 10.91 125  9.96 21.29  9 3 .16 7.513.4 MEN - 2.1
94 JUN 17 1424 17.94 38 46.87 122 43.25  2.84  7   .04 1.1 1.3 GEY   1.2
94 JUN 17 1453 34.56 36  6.81 120  6.20  3.55 10 3 .20 2.5 4.0 COA   2.9

94 JUN 17 1505  8.45 37 11.81 122  2.86 13.14 17   .08  .4 1.1 BLM   1.6
94 JUN 17 1817 31.92 37 34.82 118 41.70  6.00  9   .05  .5 2.5 CAS   1.4
94 JUN 17 2000 30.28 37 44.77 122  8.20  5.09 22   .13  .3  .6 HAY   1.5
94 JUN 17 2139  8.72 37 39.49 118 50.01  3.76  8   .10  .8  .7 HCF   1.1
94 JUN 17 2226 13.27 38 46.66 118  6.53  0.03 14 1 .23 1.8 2.2 NEV * 3.0

94 JUN 18    0 49.91 38 49.76 122 50.41  2.27 11   .05  .3  .9 GEY   1.5
94 JUN 18   19 49.47 37 36.38 118 53.56  6.10  8   .06  .6  .6 SHE   1.1
94 JUN 18  234 26.20 38 35.32 122 14.34  3.56  8   .20  .6 2.0 GVL   1.4
94 JUN 18  413 42.69 37 33.02 118 49.58 11.41 24   .09  .3  .7 MOR   1.9
94 JUN 18  420 31.21 36 34.20 121  3.33  8.65 21   .12  .4  .8 BVL   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

94 JUN 18  510  6.41 36 33.40 120 59.44  4.93 19 2 .18  .8 1.0 CRV   1.0
94 JUN 18  531 11.17 38 49.31 122 45.52  2.51 14   .10  .3  .8 GEY   1.4
94 JUN 18  531 35.86 36 33.47 120 59.06  5.76 26   .20  .7 1.5 CRV   1.8
94 JUN 18  642 19.60 38 47.13 122 46.21  3.69 13   .09  .3  .9 GEY   1.3
94 JUN 18 1013 54.26 37 54.42 119 29.93  6.66 14 1 .25  .917.8 KAI - 1.8

94 JUN 18 1141 52.93 36 34.63 121  6.85 12.07 15 2 .07  .4  .7 BVL   1.2
94 JUN 18 1142  7.61 38 48.97 122 48.48  3.86  8   .01  .4  .7 GEY   1.1
94 JUN 18 1320 35.96 37 37.45 118 53.75  5.40 15   .11  .5  .7 SMO   1.5
94 JUN 18 1413 59.70 40 22.78 121 17.94  9.77 12 1 .05  .7 1.0 ALM   1.5
94 JUN 18 1553 46.13 36 28.11 121  2.60  6.30 13 2 .06  .3  .7 BIT   1.1

94 JUN 18 1628 34.21 37  6.80 121 31.86  2.21  9   .02  .3  .4 CYN   1.2
94 JUN 18 2124 14.62 38 51.87 122 48.42  0.01  8   .10  .4 1.5 GEY * 1.1
94 JUN 19  508 49.96 38 49.76 122 47.73  2.40 14   .04  .3  .5 GEY   1.5
94 JUN 19  518 10.01 37 27.05 121 48.19  6.13  9   .02  .4  .6 ALU   1.9
94 JUN 19  609 11.06 36 33.11 121  8.26  2.90 40   .07  .2  .6 PIN   2.2

94 JUN 19  657 45.06 38 49.32 122 48.14  3.73 11   .04  .3  .6 GEY   1.4
94 JUN 19  710 28.86 37  4.22 121 55.48 16.29 16   .06  .4 1.0 LOM   1.2
94 JUN 19  811 37.31 39 33.50 122  0.81 24.06  7   .03 1.3 1.4 SAC   2.0
94 JUN 19  931 54.27 36 58.17 121 36.80  2.99 10   .11  .5 1.5 SAR    .9
94 JUN 19  936 28.24 40 12.58 121 19.70  3.37 21   .21  .8 3.0 ALM   3.4

94 JUN 19  945 34.15 36 29.93 121  4.28  3.84 12   .04  .4  .5 BIT   1.2
94 JUN 19 1039 32.97 40 21.21 124 27.43 18.63 16   .08 1.0  .2 MEN   4.7
94 JUN 19 1044 10.28 40 20.96 124 28.07 19.62 10 1 .08 1.4  .4 MEN   2.4
94 JUN 19 1045 32.57 40 21.06 124 26.80 18.53 10 1 .12 1.4  .6 MEN   2.0
94 JUN 19 1058  3.05 40 21.14 124 27.61 19.07 11 1 .12  .9  .6 MEN   2.0

94 JUN 19 1105 44.48 40 20.82 124 27.85 21.76 12 1 .10 1.1  .6 MEN   2.0
94 JUN 19 1121 19.30 36 33.78 121  9.18  8.15 19 1 .10  .3  .8 PIN   1.4
94 JUN 19 1152 10.09 40 21.39 124 27.63 19.04 12   .12 1.9  .4 MEN   2.9
94 JUN 19 1221 20.38 40 21.27 124 27.83 19.10 14   .12 1.6  .3 MEN   3.1
94 JUN 19 1226 18.01 40 20.84 124 27.69 19.16 11 2 .17 1.4  .9 MEN   1.6

94 JUN 19 1246 46.76 40 20.97 124 28.39 20.21 11 1 .09 1.9  .4 MEN   2.0
94 JUN 19 1314 58.72 40 20.91 124 28.71 20.12 13   .08 1.9  .3 MEN   2.3
94 JUN 19 1342 57.52 40 21.12 124 27.49 19.87 19 2 .13  .6  .3 MEN   3.0
94 JUN 19 1422 17.56 38 48.82 122 49.90  0.57 16   .11  .3  .9 GEY   1.6
94 JUN 19 1517 12.16 40 21.14 124 27.37 19.46 13 1 .10 1.3  .4 MEN   2.1

94 JUN 19 1525 10.50 38 48.38 122 48.40  2.79 16   .12  .3  .6 GEY   1.3
94 JUN 19 1651 45.53 37 33.84 118 27.86  8.83 12   .07  .4  .8 CHV   1.5
94 JUN 19 1656 25.07 40 21.10 124 28.09 18.77  9 1 .17 1.6  .8 MEN   1.7
94 JUN 19 1757 52.84 38 49.24 122 47.88  3.86  7   .01  .4  .8 GEY   1.2
94 JUN 19 1941  4.11 38 50.50 122 46.14  1.07  7   .03  .3 1.0 GEY   1.2

94 JUN 19 2020 46.67 36  0.36 120 33.53  5.40 11 3 .08  .5  .9 SLA   1.0
94 JUN 19 2034 14.68 37  8.12 121 32.11  7.51 39 1 .10  .2  .6 CYN   1.2
94 JUN 19 2113 18.65 40 21.23 124 27.46 20.89  7 1 .08 1.2  .7 MEN   1.4
94 JUN 19 2133 23.45 37 45.44 122  9.01  4.93 14 2 .10  .4  .5 HAY   1.1
94 JUN 19 2151 34.69 38 53.56 122 59.87  4.92 15   .14  .4 1.4 MAA   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 JUN 19 2234 22.59 39 55.78 123 31.54  6.54 20   .22  .4  .8 MAA   1.7
94 JUN 19 2324 58.34 39 31.50 120 40.64 18.20 15 2 .13 1.0 3.6 WAK   2.2
94 JUN 20  133 42.84 37 35.87 118 52.57  2.00  7   .08  .9  .7 MOR   1.2
94 JUN 20  152 44.47 40 18.39 124 33.80  7.11 17 1 .18  .8  .6 MEN   2.3
94 JUN 20  153 21.19 40 20.89 124 27.26 18.56  9 1 .10  .7  .6 MEN   1.3

94 JUN 20  206 19.82 36 47.11 121 29.23 10.29 21 1 .15  .4  .8 SJB   1.0
94 JUN 20  405 55.57 40 20.91 124 28.41 19.65 19   .09 1.3  .2 MEN   2.2
94 JUN 20  712 41.77 38 35.63 122 48.47  6.73 11   .13  .4 1.6 ROG   1.1
94 JUN 20 1032 45.18 36 46.70 121 29.19 10.19 24 1 .18  .4  .9 SJB   1.0
94 JUN 20 1109 20.46 40 29.44 125 53.22 26.08 49 2 .30 1.320.5 MEN-- 3.4

94 JUN 20 1159 45.82 40 38.83 122 23.82 21.04 15 3 .22  .6  .7 SHA   1.7
94 JUN 20 1220 39.05 36 48.93 121 32.61  7.10 41   .18  .3  .6 SJB   1.2
94 JUN 20 1229 28.91 37 40.18 118 50.50  2.34 18 2 .07  .3  .6 HCF   1.7
94 JUN 20 1231 50.51 37 34.78 118 51.33  7.37 34 2 .13  .3  .7 MOR   2.5
94 JUN 20 1352 25.27 38 59.10 123 25.54  1.75 10   .08  .4 9.8 PAR-  1.3

94 JUN 20 1420 33.59 36 32.34 121  7.85  7.37 12 1 .06  .4  .8 PIN   1.0
94 JUN 20 1515 29.66 37 40.03 118 50.38  1.66  7   .09  .5  .6 HCF   1.1
94 JUN 20 1619 20.30 37 33.22 118 51.89  5.53 12   .13  .5 1.3 MOR   1.5
94 JUN 20 1752 31.62 38 45.58 122 43.11  1.87 16   .12  .3  .6 GEY   1.6
94 JUN 20 1935 25.61 35 45.81 121 15.24  0.22  9   .07  .8 4.0 SSM   1.7

94 JUN 20 2039  6.08 35 53.68 120 26.35 10.21  9   .03  .8 1.0 GOL   1.1
94 JUN 20 2328 23.71 36 45.54 121 35.27  4.31  8   .12  .8 1.5 SAL   1.3
94 JUN 21  317 26.46 36 39.12 121 16.00  2.75 39   .11  .2  .5 STN   2.4
94 JUN 21  359 21.49 38 59.09 123 25.76  1.14  9   .09  .410.7 PAR - 1.4
94 JUN 21  455 36.79 38 48.75 122 48.52  3.61 12   .06  .3  .6 GEY   1.4

94 JUN 21  723 40.95 38 50.33 122 48.98  1.94 45   .15  .2  .7 GEY   3.1
94 JUN 21  725 50.14 38 49.98 122 47.60  0.29 15   .07  .2  .9 GEY   1.9
94 JUN 21  727 11.07 38 52.30 122 48.75  1.52  7   .05  .9 2.2 GEY   1.7
94 JUN 21  732  1.93 38 50.34 122 48.89  1.80  9   .06  .3  .9 GEY   1.1
94 JUN 21  819 10.03 37 32.85 118 46.65  3.07  9   .03  .4  .7 MOR   1.1

94 JUN 21  852 20.03 38 50.13 122 49.10  0.73  9   .06  .4  .9 GEY   1.3
94 JUN 21  942 51.54 38 48.86 122 59.42  1.46 13   .08  .3 1.0 ROG   1.5
94 JUN 21 1103  3.47 37 37.41 121 41.34  7.36 19   .15  .4 1.6 HAM   1.6
94 JUN 21 1129  3.34 35 58.45 120 31.27  4.79 12   .03  .4  .5 MID   1.5
94 JUN 21 1618 44.97 37 40.10 118 50.24  2.11  8   .09  .4  .6 HCF   1.2

94 JUN 21 1706 56.80 38 47.36 122 46.30  3.28  7   .01  .5  .9 GEY   1.2
94 JUN 21 2043 47.10 39 24.18 122 55.99  6.09 13   .10  .3 1.6 BAR   1.7
94 JUN 21 2338 41.87 37 39.93 118 50.12  2.56 10   .12  .5 1.0 HCF   1.5
94 JUN 22   46 28.40 38 50.00 122 49.33  1.05 10   .09  .3 1.0 GEY   1.3
94 JUN 22  314 28.72 37 38.26 118 56.43  6.99 11   .11  .6 1.1 SMO   1.2

94 JUN 22  410  6.58 39  3.59 119 40.36 13.11 25   .15 1.0 2.0 WAK   3.5
94 JUN 22  432 28.64 37 19.72 120  1.75 15.24 13   .14  .5  .7 KAI   2.6
94 JUN 22  558 30.12 37 40.07 118 50.36  1.69  8   .11  .4  .6 HCF   1.2
94 JUN 22  600  5.43 37 40.08 118 50.47  2.15  7   .04  .3  .8 HCF   1.2

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 12
014719.4* 10.531S 113.056E  33N 5.6     1.1  19 SOUTH OF JAWA, INDONESIA
034052.2& 61.600N 149.730W  32               81 SOUTHERN ALASKA. <AEIC>. ML 3.4
090728.6* 43.832N  10.949E  10G 4.8     1.2  22 CENTRAL ITALY. ML 3.3 (VIE).
132017.3* 34.142S  70.429W  10G         0.5   6 CHILE-ARGENTINA BORDER REGION
140814.0* 51.135N  15.915E  10G         0.2   6 POLAND

JUN 13
020638.2* 10.453S 113.438E  33N 5.1     1.2  25 SOUTH OF JAWA, INDONESIA
064932.2* 10.724S 113.600E  33N 5.0     1.2   9 SOUTH OF JAWA, INDONESIA
070502.3  54.335N 164.296W  33N 4.6     1.0  31 UNIMAK ISLAND REGION
094452.0  36.320N 141.976E  10G 4.3 3.7 1.0  22 NEAR EAST COAST OF HONSHU, JAPAN
114952.5% 11.061N  62.191W  80G         0.9   9 WINDWARD ISLANDS. MD 3.6 (TRN).
130341.5% 31.553N 131.855E  33N         0.5   5 KYUSHU, JAPAN
205508.2  34.384N 138.951E  33N 3.7     0.7  16 NEAR S. COAST OF HONSHU, JAPAN
211006.1* 10.193S 113.500E  33N 5.4 5.9 1.3  34 SOUTH OF JAWA, INDONESIA
224829.6* 10.089S 113.671E  33N 5.3     1.5  41 SOUTH OF JAWA, INDONESIA

JUN 14
020410.5  43.834N 128.038W  10G 4.3     0.8  80 OFF COAST OF OREGON
021108.5% 33.339S  70.686W  59?         0.5   9 CHILE-ARGENTINA BORDER REGION
025417.1  58.970N 151.093W  10G         0.9   9 KODIAK ISLAND REGION. ML 2.6
141537.8?  3.71 S  68.27 E  10G 5.1     1.1  19 CHAGOS ARCHIPELAGO REGION
145113.5   6.318S 153.598E  33N 4.6     0.9  26 NEW BRITAIN REGION, P.N.G.
152051.6* 10.416S 113.688E  33N 5.0     1.1  12 SOUTH OF JAWA, INDONESIA
160041.9* 10.366S 113.485E  33N         1.1  13 SOUTH OF JAWA, INDONESIA
191245.5  25.920N 124.114E 220* 4.9     1.1  36 NORTHEAST OF TAIWAN

JUN 15
014856.3  13.727N 120.730E 235? 4.1     0.5  15 MINDORO, PHILIPPINE ISLANDS
020515.7  42.719N 111.121W   5G         1.0  10 EASTERN IDAHO. ML 2.7 (GS).
030844.0  42.855N 111.054W   5G 3.4     0.9  17 EASTERN IDAHO. ML 4.0 (GS). Felt
                                                at Afton, Wyoming.
061846.4*  9.435S 112.993E  33N 4.9     1.5  16 SOUTH OF JAWA, INDONESIA
082218.7  47.437N 123.177W  55*         0.7  29 WASHINGTON. MD 4.0 (SEA). Felt
        in the Puget Sound area and as far as Victoria, British Columbia.
094940.3*  6.501S 153.700E  33N 5.2     0.6  10 NEW BRITAIN REGION, P.N.G.
095025.0*  9.936S 113.886E  33N 5.5     0.8  48 SOUTH OF JAWA, INDONESIA
121058.9* 10.104S 113.787E  33N 5.3     0.8  15 SOUTH OF JAWA, INDONESIA
141351.9  34.319N 116.479W   5G         0.7  27 SOUTHERN CALIFORNIA. ML 3.2
172257.9  62.909N 150.666W 124?         0.9  15 CENTRAL ALASKA
202113.8  54.580N 162.241E  33N 5.1     1.1  27 NEAR EAST COAST OF KAMCHATKA

JUN 16
004723.0? 32.76 S  71.63 W  33N 5.0     1.1  29 NEAR COAST OF CENTRAL CHILE.
        Felt (IV) in the Papudo area and (II) at Santiago.
073800.8  59.866N 152.782W 117*         0.5  14 SOUTHERN ALASKA
085256.9  60.150N 153.135W 145?         0.8  14 SOUTHERN ALASKA
162426.8  34.273N 116.408W  10G 4.4 4.2 0.9  90 SOUTHERN CALIFORNIA. MD 5.0
        (PAS). Felt in the Big Bear-Landers area.
163000.0? 34.29 N 116.41 W  10G         0.3   5 SOUTHERN CALIFORNIA. ML 2.9
164505.1  34.219N 116.396W  10G         0.8  12 SOUTHERN CALIFORNIA. ML 2.8
164728.5  34.254N 116.413W  10G         0.7  24 SOUTHERN CALIFORNIA. ML 2.9
173542.3  42.733N 111.263W  10G         1.1  13 EASTERN IDAHO. ML 3.5 (GS).
183150.7* 49.183N 129.107W  10G 3.7     1.2  12 VANCOUVER ISLAND REGION
184131.9  15.155S  70.406W 229D 5.6     1.0 132 SOUTHERN PERU. Mw 6.1 (GS), 5.9
221139.4? 24.85 S  66.38 W 100G 4.9     0.8  38 SALTA PROVINCE, ARGENTINA

JUN 17
021337.3% 34.076N 134.612E  10G         0.7  11 NEAR S. COAST OF WESTERN HONSHU
063001.5? 18.81 N 120.81 E  33N 4.7     1.2  27 LUZON, PHILIPPINE ISLANDS
095822.1* 48.090N 113.978W   5G         0.2   7 MONTANA. ML 2.7 (GS).
235723.8? 51.04 N 178.51 W  33N 4.2     1.2  16 ANDREANOF ISLANDS, ALEUTIAN IS.

JUN 18
022155.7  30.107S 178.166W  59D 5.4     0.8  63 KERMADEC ISLANDS, NEW ZEALAND
032518.6* 42.938S 171.617E  33N 6.1 7.1 1.4  19 SOUTH ISLAND, NEW ZEALAND. Mw
        6.8 (GS), 6.7 (HRV). Mo=2.0*10**19 Nm (PPT). Some structural damage at
        Christchurch. Landslides blocked Highway 73 between Arthur's Pass and
        Christchurch. Felt throughout South Island and the southern part of
        North Island. 
070107.2  47.658N 121.307W  10G 4.2     1.0  37 WASHINGTON. ML 3.9 (GS). Felt at
        Monroe, Skykomish, North Bend and Goldbar areas.
121522.1  60.306N 153.154W 143D 4.0     1.0  25 SOUTHERN ALASKA
124203.7* 29.070N  52.657E  33N 5.2     0.6  20 SOUTHERN IRAN
133423.9? 33.60 S  72.37 W  33N 4.6     0.9  10 OFF COAST OF CENTRAL CHILE
142634.0?  4.81 S 151.99 E 100G 4.9     0.7  15 NEW BRITAIN REGION, P.N.G.
223816.7* 10.356S 113.568E  33N 5.4 4.9 1.5  11 SOUTH OF JAWA, INDONESIA

JUN 19
105317.1* 44.628N 149.247E  33N 4.8     0.6  10 KURIL ISLANDS
125701.2* 10.351S 113.450E  33N 5.5     1.6  17 SOUTH OF JAWA, INDONESIA
151717.9  58.083N 152.713W  33N 4.5     1.3  21 KODIAK ISLAND REGION. Felt at
                                                Kodiak.
171624.6  42.693N 111.095W   5G         0.6  12 EASTERN IDAHO. ML 3.2 (GS).
171707.4  42.736N 111.125W   5G         0.9  14 EASTERN IDAHO. ML 3.6 (GS).

JUN 20
090904.3  29.166N  52.562E  10G 6.0 5.8 1.1 101 SOUTHERN IRAN. Mw 5.9 (GS), 5.8
        (HRV). Two people were killed and 50 injured at Meymand. Landslides
        blocked a road in the Zagros Mountains. Felt at Firuzabad, Jahrom and
        Shiraz. 
094447.7? 28.41 S 176.85 W  33N 5.1     0.8  34 KERMADEC ISLANDS REGION.
100207.9*  6.828S  78.085W 124D 4.6     0.7  21 NORTHERN PERU
101302.9* 15.108N  94.351W  33N 4.7     1.0  39 NEAR COAST OF OAXACA, MEXICO
134137.2& 47.806N 123.143W  50               28 WASHINGTON. <SEA-P>. MD 2.8

JUN 21
194646.5  33.213N 116.211W  10G         0.8  27 SOUTHERN CALIFORNIA. ML 2.9

JUN 22
041005.3  39.161N 119.582W  10G         1.2  53 NEVADA. ML 3.5 (GS). Felt at
                                                Carson City.

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.