Hawaiian Volcano Observatory

1960 Quarterly Administrative reports

Introductory Note By Thomas L. Wright and Jennifer S. Nakata

Compiled By Jennifer S. Nakata

Draft of

Summary 17

January, February, and March 1960

by Michael P. Lane

Open-File Report 2007-1320

U.S. Department of the Interior

U.S. Geological Survey
U.S. Department of the Interior

DIRK KEMPTHORNE, Secretary

U.S. Geological Survey

Mark D. Myers, Director

U.S. Geological Survey, Reston, Virginia 2007

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INTRODUCTORY NOTE

The Hawaiian Volcano Observatory Summaries have been published in the current format since 1956. The Quarterly 

Summaries (1956 through 1973) and the Annual Summaries (1974 through 1985) were originally published as Administrative Reports. These reports have been compiled and published as U.S. Geological Survey Open-File Reports. 

The quarterly reports have been combined and published as one annual summary. All the summaries from 1956 to 

the present are now available as .pdf files at http://www.usgs.gov/pubprod.

The earthquake summary data are presented as a listing of origin time, depth, magnitude, and other location parameters. Network instrumentation, field station sites, and location algorithms are described. Tilt and other deformation 

data are included until Summary 77, January to December 1977. From 1978, the seismic and deformation data are 

published separately, due to differing schedules of data reduction. 

There are eight quarters—from the fourth quarter of 1959 to the third quarter of 1961—that were never published. 

Two of these (4th quarter 1959, 1st quarter 1960) have now been published, using handwritten notes of Jerry Eaton 

(HVO seismologist at the time) and his colleagues. The seismic records for the remaining six summaries went back to 

California in 1961 with Jerry Eaton. Other responsibilities intervened, and the seismic summaries were never prepared.

Chronology

The following Kïlauea eruption chronology covers the two recent reports and the six missing quarters:

Location Beginning Date Ending Date Comment

Kïlauea Iki crater (Kïlauea’s summit) 11/14/1959 12/20/1959 19 eruptive episodes

Kapoho (lower east rift zone) 1/13/1960 2/18/1960 4 eruption stages

Halemaumau (Kïlauea’s summit) 2/24/1961 2/24/1961 Intermittent activity during 

uninterrupted inflation following the 1960 eruption

Halemaumau (Kïlauea’s summit) 3/22/1961 3/25/1961 Same as above.

Halemaumau (Kïlauea’s summit) 7/10/1961 7/17/1961 Same as above.

Heiheiahulu (middle east rift zone) 9/22/1961 9/25/1961 First historical east rift eruption at this location

The 1959-1960 eruptions were among two of the most spectacular Kïlauea eruptions. The HVO staff was kept busy 

with acquisition of unusually high quantities of instrumental data and observations of the two sequences, which 

were separated by less than one month. Even with a year’s interval before the beginning of the summit-east rift sequence in 1961, the staff never caught up, and the seismic records were set aside for later study. 

A total of 1,672 earthquakes—1,106 for 1960 and 566 for 1961—are part of HVO’s cataloged database. The annual 

listings have been appended to the 1st Quarter Report of 1960 and to the 4th Quarter Report for 1961. The number of 

earthquakes is probably low, biased toward the larger magnitudes. The entire HVO catalog, including 1960 and 1961, 

is accessible from the ANSS CATALOG SEARCH site at http://www.ncedc.org/anss/catalog-search.

 Thomas L. Wright and Jennifer S. Nakata 
UNITED STATES

DEPARTMENT OF THE INTERIOR

GEOLOGICAL SURVEY

OBSERVATORY

IIAWAIIAN VOLCANO Sms:gsnAJ{¥

SlJM}1ARY 17

January, Febuary, March, 1960

by

Michael P. Lane

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Ge,ibilogy: I

.... Observatory Staff

Geophysics:

I,.;.;

, D. ii.Richter

C.! IK.\.Jentworth

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Geochemistry:

W.U.Ault

G.!Koj ima

K·IJ;·Murata(Scientist·in-charge)

R lT~Okamura !

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J.P.Eaton

H.L.Krivoy

Support:

J.C]orbes

W.H.Francis

B.J.Loucks

A.Yamamoto

,/
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CHRONOLOGICA SUM~1ARY--FLANK ERUPTION d~a ~~

I Durildg he I,qst quarter of 1959, Ki ~')uea Vol.~a}l0L beg 11& s~.(:1-U',....' J- o.L-t~wf~ A-t7A-~dO t(.N\ ~J~~~t(.IM'I"".:-~"1' Go~plQtQ &8~~8Reo of eF~~ti~'e 3etivity i~ r+3 hi~tOi 9. Eruption ~J I

events in thJt quarter consisted of inflation of the volcano, and a

major outpou ing of lava at the summit from November 14 to December

21, 1959.

fu{)17o."

Three major events took place in the first quarter of 1960, the

flank erupti n along the East rift zone of Ki lauea, the rapid,deflation

of the summif, and finally the col lapse of the summit caldera. Two

notable Phas1s of seismic activity which began in the fourth quarter

of 1959 cont ilnued into the first ql11u!.lir of 1960; weak harmon c tremor

continued on the North-Pit seismometer, and the swarm of smal I

earthquakes hich began the last week of December was recorded in

ever-increasi~number on the Pahoa seismographs.

On January 2, the Pahoa station was improved by the ~4ition of a

short-period, high-gain, optically-recording unit to the set of

hor~zontal m chanical instsuments already in the vault. This 9hange

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resulted in re accurate dai Iy earthquakes counts from the Pahoa I

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station.

It is interesting to note on graph the comparison in activity

along the east rift zone and SW rift zone during the last week in

December.
Both zones w re quite active with the SW zone generally havin more

events per d y than the East rift zone. This led Observatory

per~onneI to Ispecu I ate that a flank erupt ion might occure a long the

SW ~ift. Thi~ feel ing was tempered during the first week of January , I --

Whe; activit~ along the SW rift decreased from 208 events per week

to 93 events Iper week. At the same time, activity along the east

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riff zone al 0 decreased as compared to the last week in December.

second week in January earthquakes activity sharply

increased al ng the east rift lone. The number of earthquakesirecorded

on the Pahoa seismometer rose from 100 on January 8 to more than a

1000 on Janu ry 12. The sources of the east rift zone events were I

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loc9ted by the use of a sensitive portable seismograph. At the

beg~nning of the second week in January, the epicenter migrat~d down the i

rift zone to the sea. On January 12, the source was traceQ to a

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smal I graben situated abrest the east rift zone just north of:the

vi I lage of K pohoa and ten km east of Pahoa.

: On Janu ry 13, at approximately 05h45m earthquakes from the

vic~nity of apoho sharply increased in both size and frequen~e

whi Ie the hy ocenter of these events moved upward to a very shal low

rj) depth. Durin~ the afternoon, however, seismic activity along the

east rift 20 e gradually diminished. The Kapoho graben began

s~iding the morning of January 13 and continued to drop unti' midafternoon. AIrong the south side of the graben movement occured a long
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'.7 mi les of he Kopoho fault, whi Ie on the north side of the ;graben

( K~ae fault) movement oecured along a pre-existing fault scarp. I

Max i:mum vert i Fa I d isp Iacenlent was respectively : Kapoho fau It3t

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fee~, Koae fault 4 feet. Movement along both faults was confi~ed

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to vertical drsplacement and no lateral sl ippage was either measured

or observed. the cessation of subsidence was accompanied by a marked

decrease in s~ismie activity, and after 15hOOm only an··..·.oecasioral

earthquake wat recorded along the rift.

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At 19h30~ on January 13, harmonic tremor began recording on the

Pahoa seismometer and the flank eruption broke out along a fissure

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one km in length which spl it the center of the graben. This eruptive

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fissure conti1ued to expand toward the east with the nearly continous

I ine of fountains attaining a maximum length of 3500 feet. Initial

fountains were between 50 andlOO feet high whi Ie fountain heig~ts

rea&d a maximum of 300 feet from the newer eruptive vents to the

east.l

• In t ho r after the eruption began, fountaining abated riotieeable.

On the west en of the initial outbreak fountaining became fee~le and

at 22hOOm fountaining from the eastern vents of the fissure ceased abruptly.

Althdugh many fountains had nearly ceased, the rate of lava extrusion

continued to r 58. Lava from the western most vents flowed sout~ward

wh i Ie lava f the eastern vents f lowed i nJnorther Iy d i reet ion:.

When the lava rom the eastern vent~reached the north edge of the

graben and its high fault scarp (20 to30 feet) it turned and
flowed in a n rth eastward direction along the fault scarp. T~us, I

on the north ide of the graben, the lava was confined in a narrow

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trough between the Koae fault scarp and the northward ti Ited graben

floor. In this trough, the lava formed a narrow flow and advanced

rapidly toward the sea.

At 23hl5 large quantites of brackish ground water gaine~

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access the th eruptive conduits with resulting loud roaring

exp 1:05 ions and spew i ng of da rk clouds f rom the vents.

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Activity along the eruptive fissures continued into Januqry 14.

Fourltains gra ual ly dimished and brackish water continued to enter

blast lasting for 2 minutes

black clouds of steam and ash lasting for 2 minutes

and ash emission lasting 50 minutes

emission lasting approximately I minute

ure for one period of observation.

r steam emission

m and ash emission lasting for 2 hours

m and ash emission lasting for 35 minutes

Violet steam emission lasting more than an hour

Steam blast lasting approximately I minute

along the

01:00

02:QO

04: 1:5

05:50I

06:00

07:40

08:50

09:45

09:50

the lava conduits. This ground water provided the fueVfor the erratic

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seri,es of m explosions which took place on January 14. The

$(,( WI'" Ct I< i'/..r:~,;;

foillowing bri fly./the steam and ash eruptions from different vents : !

: I By 10:30 stea and ash emission had essentially stopped. I ;

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By IOh30~ on January 14, fountaining was restricted to a 1700 I I

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foot segment of the original fissure. Lava had advanced to within I I

0.3 mi les of ~he sea by mid-afternoon. At 20hOOm fountain heights had

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increased to f50-300 feet.

(l(Ouringl the second week of January, seismic activity at the

summit was rellativelY quiet with the exception of January 13. Twice

as many eventr were recorded on th i s .iaa4 compared to either the

previous day br the fol lowing day.~

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i During the early hours of January 15, there was very little

change in thei founta in i ng. Lava cont i nued to advance toward ithe sea

and ,at 08h08ml the ma in I ava front reached the sea a few hunde~ed

feet: south of: Kaoko Po i nt. Founta in act i vi ty s low I Y increased ;dur i ng

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the day. By ~OhOOm fountaining was restricted to a vent at t~e east

end of the eruptive fissure. This fountain reached a maximum h!eight

of 4;00 feet. ~ecause of the increased founta in he i ght, pum ice land

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cinder accumu~ations which began in the afternoon were accel~~ated

a",d !by 23h45m:the pumice and cinder cone was estimated to be 80

feet· heigh near the fountain base.

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Fountain height continued to increase at the eastern venf

i thrqugh Janualry 17. The following Iist indicates fountain heiqhts

and ;the time of their observation:

I 02: 1'5 - 550-600 feet

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03:45 - 600-700 feet with an occasional burst to 900 feet

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21 :30 - 800 ffet

22:50 - Occasional burst to 1050 feet

During tre day pahoehoe flows spread southward across th~

graben whi Ie pn aa flow moved southward along the coast from the

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mairi front. Lava began fi I I ing Higashi pond at about 19h45m. Higashi I

pond is a long shal low inlet marking the seaward side of the Kapoho

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graben. It appeared during the 1924 collapse of this graben 'a~d was I

fi II:ed during the present eruption. Thus it appears neither on the I

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0' d ~"( 1921) m' ps of Puna, nor in modern post-erupt i on mapp i ng. The

U.S.G.S. Prof ssional Paper on the 1959-60 Eruption af Ki lauea now I

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in print does: include accurate maps of this short-I ived feature.

[

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On Januarv 17 the summit of Ki lauea began to subside. This

subsiidence was not however accompanied by an unusual number of

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ear\hquakes. Oai Iy counts from the summit area indicated I ittlre

change from the previous day, Although ti It readings clearly

tracked the col laps~.J
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Althoughl fountain heights Bad decreased during the night,' lava

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and pumice output remained large. The cinder cone had attained a

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he i giht of 100: feet by ear I y morn i ng, and by 17h 15m the cone Iw~s i

170 'feet high!. An increase in act i vi ty began at 06h35m and founta in

heidhts of 12~0 feet were measured with average heights rem~i~ing high i I I ,

700-1000) throughout the day.

Although! sometimes erratic, fountain heights continued it~ reach !

high! levels between January 18 and January 21, with a spetacul!ar I I I

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bur~t on Janupry 18 when the main fountain reached 1700 feef. :Ouring , !

the morning of January 18, lava broke out of the graben on th~ north i . I I

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side and moveq northward. By January 21, lava had nearly reached the

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V i I Irage of Koae. I I

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! Cinder cbne growth continued through the period and by 20h40m

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on January 20 the cone was 235 feet high. [

(2}lJ( [art quake activity at Ki lauea caldera decreased ste~dlY

from 50 eventr on January 18 to 19 events on January 21. Ki lauea

caldera activity remained nearly the same during the next da'y" but

on J!anuary 23 a notable increase in seismic activity from this!

region occure • This day marked the beginning of the shal low Ki lauea

@.:~i

caldera swarml which accompanied the collapse of the summit. Llhe

numb:er of evehts recorded f rom the ca I dera increased by a factor of

over 10 betwe~n January 23 (90 events) and January 28 (108oieJents). »)J
From Jan ary 22 to"'~F eb ua ry I , lava continued to pour out [i nI

great quantit es. The fo I low i ng are estimates on the va Iume of~

I lava! extruded and the area of coverage.

January 24 60,000,000 cubic yards lOBO acres

January 28 85,000,000 cubic yards 1280 acres'

Two erup ion features were noted during the above . d I perla, .'

A lava lake w ich ~s larger and higher than the earl ier lake was

in the mi dd Ie of the lava fie Id Th is [I ake

provi ded lava for a f low wh i ch cu rved eastwa rd past Koae. Th~ il a ke

a Iso fed Iava Itubes wh ich rad iated f rom the center of the Iakel. These

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tubes fed sev1ra I sma I I aa tongues and pahoehoe oozes and a !I aya

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stream which flowed around the west side of Kuhi i. This flow breached

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the ~ast end of the first Kuhi i-Kapahoa barrier. i

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The stee~ sided parasitic cone which began January 21 continued I

to grow and bi Janaary 22 was as high as the main cone. On J~nLary I

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24, the parasitic cone rose 65 feet above the main cone. Altho~gh

the main cone did not grow in height between January 20 and Jaruary

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24, its mass was greatly increased by compactiona and lateral ~preadlng I

I of pumice. ! ,I

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On Januar 27, the heaviest pumice fal I of the entire erurtion

occured in a 1hour period. A broad pumice loaf, nearly as high as

the main cone, accumulated 3000 feet northeast of the fountain This loaf

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was later dissected by a lava river.
At 21h45m on January 27, the eruption abruptly ceased and this

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cessation of iactivity lasted unti I 2lh~m when the spatter vent

roared back to I ike. This phenomenon was recorded on the seismic

net~'. At pit ahoa, 1armoniC· tit d t d f th 5 · I t remor comp e e s oppe or e mlnu e I I

per~od and at the summit stations absolute quite prevai led du~ing

the period. I

Activity along the eruption fissure remained unchanged uAti I

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Febuary 6. On Febuary 6, lava extrusion essentialy ceased. After

this date, and unti I activity ceased entirely on Febuary 19, there

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were only mi~or changes in activity. A lava flow which poured:out

of the splat~er cone on Febuary 18 marked the end of the flank

eruption. Mi~or interm~ttet gas and cinder emissios continu¢d on : I

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Febuary 19, but by 14hOOm this had ceased.

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By the end of the eruption, approximately 160,000,000 cubic

yards of lav covered an( area of 2510 acres, 500 acres of wh ch

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were added b yond the old coastl ine. Lava covered the Vi I Iage of

f:/~~op, the i I Iage of Koae, a U.S.Coast Guard station and several

homes along he beach. Pumic covered 2750 acres to a depth ~fio. I feet

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or more. 820 acres had foot of pumice overlay and 55 acres nad

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or more

I feet; IOf

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pumice.
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HALEMAUMAU c6 LAPSE I

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During t e last few days in January, subsidence of Ki lau a caldera

which began J~nuary 17 continued as lava from the summit move out into

deformation

tremor associated wit the

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eruption of i lauea Iki increased as the movement of lava from

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:the

summit intEhns:ified. Between January 28 and Febuary lover 10, 00 i

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the rift zonel. Ti It measuments made between January 19 and Ja uary22

(l) c~~~~ . showed rapid ~ettl ing of the summit. §eis~ic activity increas d dai Iy

as brittle sJface rocks of the caldera fialed under the rape

I • caused by the subsidence. Weak harmonic

shal low Ki lau a caldera earthquakes were recorded at the summ t stations.

and hundreds f these earthquakes were felt.

In the first few days of Febuary seismic activity at Ki 1 uea

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caldera continued to increase and on Febuary 6 nearly 5000 Ki auea

caldera even~ were recorded at the summit stations. New peti heral

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cracks develolped around Halemaumau and Ki lauea, and old crack widened.

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Many landslid s were recorded from Halemaumau. I

The col lapse began on Febuary 7 when a fissure broke thr ugh and

drained the lava from beneath the floor of Halemaumau causing the floor

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to drop 150 feet. This feature is referred to as the Centra~ 01 lapse

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Pit in Figur~ I. after (Richter and others, The l2£l Eruptionl2i Ki lauea

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Volcano, Hawaii i ). Just before noon, an area 1000 feet in diameter in I i

the center ofl the f loar drapped an add i tiona I 200 feet. Th is av i ty
partially refil led with highly viscous lava. During the af1e noon

the 5ubsideh e gradually ceased, but on Febuary 9 another sm I I

col lapse (Sduthwest Col lapse Pit) occured in the floor. Thi

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col lapse was not accompied by refi I I ing of lava.

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Dai Iy Ki lauea caldera counts from the summit station re~ained

high ( generally over 1000 a day) for the entire month of 'F~bUary. I

A sharp drop in Ki lauea caldera earthquakes was recorded on March

I

crease in activity lasted unti I March when dai IY

IV quadrupuled. The increased seismic activity lasted

unti I March I I. On March I I, the third and final col lapse ~f IHalemaumau

took place. A pit, 100 feet deep and 300 by 400 feet in diam ter I !

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formed at th northeast corner of the remaining 1954 lava I,e ge

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(Northeast·C I lapse Pit).Total volume of the Halemaumau col:1 pse was

approxiamtel 29,000,000 cubic yards.

activity gradually decreased during the rest 9f March.

Ki lauea cald ra earthquakes associated with the col lapse con inued

. I

into Apri I wile a moderate subsidence of the summit continlu d into

the summer 0 1960.
A

3800'

N

1

c.PiIE 1 961 EFtUPFflIO?l 8F ItIL.t!{t'JEA (,,~eK!f8.

NORTHEAST

'~'-'I\ : .\PSE PIT

3b40

EXPLANATION

1//1

Top and base of crater wall

Principal scarps and cracks on

floor of crater

I ',,~.~/ I

Talus

I..··········· I

1952 lava reextruded in 1960

X317Q

Altitude by vertical angle, in feet

A 3640

Altitude at trianulation station, in feet

o 400 800 1200 FEET I ,I I I

DATUM IS MEAN SEA LEVEL

A'

3400'

3000'

2600'..L---------------------------------------......

Fie"•• 2. Maep and Bection of Hzrlemaamaa 'latel, in the 8061 of lillaaw eahiera, hefolc .,Jic ·19&l 8t1I1UBii 8PU,~18B8u .:aW1 16UaltS8 feat:llPes

IA LL b LL J • I J JUi•• me SYU It LilJa CO of • blY"iS lIaltb 1030. (Iii 1Ig. 20 lUI scotto a a )

Figure x.-- After Richter and others

Halemaumau col lapse features.

1961). Map and section showing 1960
Ti I in of the round around Ki lauea caldera.-- Ti Iting of the

ground a und the summit of Ki lauea is monitored dai Iy by la shortbase water-tube ti Itmeter in Uwekahuna Vault, and at irre~Ular intervals it is measured on a regional scale by means of network'

of field i It-bases and a portable water tube ti Itmeter. Ilhe attitude

of the gr und surface at each ti It base is reported in terlms of

north-sou h and east-west ti It c~rdinatms. Both coordina~es at each

station w re arbitrarily set equal to 500 when measuremen~s at that

station w re begun. Increasing ti It coordiantes correspondl to northward and astward ti Iting of the earth's surface;i .e.,to ~elative

subsidenc toward the north and east. A one-unit change in; coordinates

correspon s to a ti fting of I microradian ( Imm per km ) in the

direction indicated. ,
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~' ,~ ..~~ ;.~ t ...

./., ',' .{.... \._·~., ..>r .

.

'Fw.r; 11& I /) i I.}3 7 i ~1 tI Cjl i- t .3 :~ .: :t' ,A ';-/ ~f:{'> -: •

__:F_:dr_,~_j'_;']t---:b::~'_'l_I_7 -:_~__?_----1_~H_)-~-_N_3_';_v/--·l~:-.<. ',:~~ ...':

;' ... 60

f.r.:. :~. ·J-J,. I f I CJ

_ ,'.. J .f),' "",\

r

i , ;-:... . ..' .r V V A ..··t,..·.,;' .'

S ll·'t:.:. r' "

;:~v,,~

Ii,. '- / i If 10

J N '=~>~/ '. 6'. /1~':> 7-I IIW v J

N' ,aDw , F~ir. t~ I' /l:J

..., :J~ 1.0,''.': __ l . i :·f . j

... ..."" w· _' - ,. ,. n, ,.., I J ..; " ~, ":"'. i""

S ~6()t:­

jI/ /7...t)W

I

;73'1,/

I

i ~6, r

J1'12,~

'1lft>,!.j

1Wa,.".3~/~6D 112-"0

\

t;;1u.,'2.fifl() 1- 71....0 . 61/-6, ,. q !1, ,-

'lWfV\.., 1..q

J ;

J16D' ?., 4- ' 0 ;.,,-0. 1- J./. I ()

a.r»,~/r6D! 7'7/6 : 10q.,.., //)'2-,2..

U(vv,3, /'160 ., '2-0

Ct (<.Nt '/1.;(' tI 2-

I

J~~U~'ar.~/q,/) ; '117,2-

t

JL:.. \.N../!4- /ltM.-t "Ul/NI '&1)'1 60 1.,J7,;- , i

;~'It..".... /.<.. \1J.,<, a~,~It'''! 1716,0

~k~

TAU JiH,..2ctt

).~J/LruJ- i

r f. :{....;.. kA. !i)~1 4.

V

IhfAAMcr-tL~
\TM~

'\~ oW

UWEKAHUNA 0

U . Kea ...........

-KN

25

~~

x 10- 6 RADIANS/ MONTH N

DEC 30,1959 - JAN 21, 1960

5KM 1---.....- ~I·

Flgure 1.-- Ti Iting of the ground around Ki·lauea caldera, December 30, 1959

to January 21, 1960. The vector depciting ti Iting at a given ti It base

-points in the direction of maximum relative subsidence and has a length.

proportional to the rate of ti Iting during the measurement interval.

Closed circles represent field ti It bases; open circles, short-base

water-tube tiJtmeters.
\KOI

5 KM

TILTING RATE 100x 10-6 RADIANS/ MONTH N

JAN 21,1960 - FEB 5, 1960

I~I·

Figure 2.--Ti Iting of the ground around Ki lauea caldera, January 21, 1960 to

Febuary 5, 1960. The vector depciting ti Iting at a given ti It ~ase points

in the direction of maximum relative subsidence and has a length proportional to the rate of ti Iting during the measurement interval. Closed

circles represent field ti It bases; open circles, short-base water-tube

ti 'tmeters.
o

5 KM

N I

TILTING RATE 25)( 10-

6

RADIANS/MONTH r. I

FEB 5, 1960 - APR I, 1960 ,

I~.

Figure 3.-- Tilting of the ground around Ki lauea caldera, Febuary 5, 1960 to

Apri I I, 1960. The vector depciting ti Iting at a given ti It base points

in the direction of maximum relative subsidence and has a length proportional to the rate of ti Iting during the measurement interval. Closed

circles represent field ti It bases; open circles, short-base water-tube

til tmeters.
1

I

I

f

i

I

,i

I

Seismic summary. ~-Events recorded by the U. S. Geological Survey I.

seismograph network .in Hawaii fall into two categories: local earthqu~kes and tremor originating in the region of the Hawaiian Islands, usually i

within 100 km of at l~ast one seismograph, and distant earthquakes !

originating more than 3,000 km from Hnwaii. As an index of seismic

activity at Hawaiian volcalloes, daJ.Ly COtmts of earthquakes and minute~

of tremor recorded by seismograplls ill Hawaii are listed in table 3. The

earthquakes qre separated into groups on the basis of region of origin:

as determined by analysis of records obtained daily at the Observatory!

(U, ,M, A, D, iN,~. 1Earthquakes of magnitude 2.5 or greater are :

gene~rally s~ficient1y well recorded to be located with greater precis;i.onj

they are listed individually in table 4. Data on·identifiable phases from

distiant earthquakes are listed in table 5. . , i

i

I

Locations of the ,seismograph stations are shown on figure 1, and

essential data on the stations were given in S 3 II,. 6-

I

. !

7

\'
October 13, 965

I

I

Dear Jerry: i

Here i s the data. I hope itis ina form wh ich wi I I be useL I I. I have

been trying to gather my thoughts for the chronological summary. ~t looks

I ike soom of the Idata would lend itself nicely to graphing. I hav~ in

mind the Pahoa quake count and Pahoa tremor. Table 3 points out t e

I dramatic change in counts and I thought it might be worthwhi Ie to graph

I it. I cbuld also do th~s with the Ki lauea summit count. Let me kn w how

you feel about these brain storms. !

I

Things are progressing at a rapid pace on the Alaskan adve ture.

It looks like we1wi I I leave Denver sometime around the 25th, and

probably wi I I not have the chronological summary completed by the.

Sincerely

~:k
___

.•. 'e... .

__

-

Table 3.--Number of earthquakes and minutes of tremor recorded on seismographs

tIAA4

0, M; DIAN" around

Tremor is separated into three categories: deep, intermediate, and shallow, on the basis o

amplitudes on seismographs in the summit region. Unless otherwise stated, tremor is pres

be---associated -Vlith- moveme-nt of-magma wit-hin---the cent-ral c.omplex--of--Kilauea-.---

Earthquake categories are: Halemaumau rock slides, which are detected by the characteristi

they produce on the North Pit seismographj shallow earthquakes in the Kilauea caldera reg

___

shallow the _SW_. __ rift zone of Kilauea and the adjacent portion of the K

sy'stemj earthquakes along the eastern half of K:i-Iauea' s--east,- rift zone--(from the Pahoa-- se

flom a sowce aboae 38 fJ:ra bSllb&'iltt earthquakes from the upper eas

/. a..:ld -=he adjacent fault systems of Kilauea's south flank, and earthquakes from other regio

/ Ma.una K:ea, etc. tB(i illsr sf 8& 1hl]M['JI11' =h=C.:Rfttd IEee.e.

-

.../ -

'10 /t-wa)

.

-

-------------
..

,-

Table 3.-- Numbers of ear'th uakes and minutes of tremor on seismooraphs 

N around Ki lauea caldera

Date

( 1960)

Tremor

(in minutes) Earthquakes

I, I I I I Hale- I S.\'/. rif Eastern Ki lauea Opper

,Deep I nter- I Sha I low I maumau I Ki I auea and east t;- east

..

" hed i ate _.... __ ... •• __._.., r i D. ri ft 

J""iil!! ... t!ktJ 7.r- / S- / ------1

.2 JJ JJ It;O:2 3 / 3'

__

. J) t } ) 80:J..:2 '1 J{ - - 

J...--

__.......;.-t .........--..._.ot--

'11-

__J_)-+- __

S- J) I) II 3 '3

........----

6 J-

__IJ_4-- -+-_/_J__-+- -+-_4_S__+--_...:..¥__-+-__ __ 

7)J )) 'Is- /3 3 9 2. - 

........ 

I I

7 /$)

q

8

20'

7·5

so

e:-s-

'35-- ..!Ja'l

il

) I

J )

/1

II ! ) I

II

.I '

I)

1-_)_.1_-+- --+__' '__--+- ---+--.:../..;;.' r:,.....7;...·_ ..........__ _----+---'.-'. _.,.-+-__-__t--__-+-..

8

/0

II

/2-

.......

30

/4 J)

IS II

I{, )1

/7 JJ

/8 )J

/9 )J

))

))

) J

11

))

J)

))

86 /

qo I

/, 2·

S-o B5"0 :2 // I
Table 3.-- Numbers of earthquakes and minutes of tremor on seismoaraohs U,M, A

N, WP, and MP around Ki lauea calderaDate

( 1960)

Tremor

(in minutes) Earthquakes

......

__ ..,.- --+ -- ........ --r- .....- .....,....__-.,.... 

I I Hale- II S.W. Eastern IKi lauea Upper

I Deep : I nter- ISha I low I maumau Ki I auea and east summi t east· .

J s n 21

__

-

__--+-_/_7__.......--_8 -+-____-t-_.:2.. __--+-__ 

22 )} ,. './1 - I 3 ./ :2.. --

.:2 3 )) J ! }) - 90 ).2 - :$ 

:J.. If : ,. - /6 s- I J / a-.

;J..5 ).l ! ,I - I /95 1:2 - -

)) I JJ - II / -

I

/

I

I

I

I

,)..7 J) II - C3.s- 5 - --

28 ),I t I .1" - / 0 9 0 - I -

:1CJ JJ' )J - - - -

gO .lJ I II') - J-Is - - -

3/ II II - 3000 - -

. Feb' J I I, - 12 'It> -t- 9 - -

, ) ) l - "2..'1 / ,I 1 .2.1

3. /1 II -- 3:J..,a - 7 /1

'-I ) ) )I - 2 0 2.$,." /2· -

6 )J i II - 22.00 - ILl -

,. JI 1.1 - /.f?So++ - -

7 !i )0 "0 .., ." t!t;, . ::; In ,'- ;2../ 0 (J i-- ·6 8 3 (;,)

- lIS - 31"0 - ;( 2-

1 - - I q / - of- - 7 I

/0 - - - - 2.. L/ :3

II - - - /.!J-f o::z. '3 0- /

/3 - - i - -- / I - 
Table 3.-- Numbers of earthquakes and minutes of tremor on seismoqraphs U,M, 

N, WP, and MP around Ki lauea

Date

( 1960)

Tremor

(in minutes) . Earthquakes

.,-

I

III" •

I·

II nterI I : Sha I Hale- S.W. r i Eastern Ki lauea Upper 

I Deep low t maumau I Ki lauea and east Fi"t east ' s Iides I caldera Kaoi ki ri ft .. rJ.·ft J./'t--. .-r- ...._ ... _. t· .....•..... _...- .._.• __._.._......._.. ---_._.. - 

- - :l LIS - J I - - 

1/

_

..

- - 7S- - II {)(; '-I -

6 - - - - JlO5 / - I 

i I 

7 i - - -...- 3 ;2- '3 - 

- 

....1 t - I 8 '-18 - ), - 0 - :J.. .- 

- l l ; ........- 2- - - 

CJ - - .-'.'- - I It/:;z..o I I .S - 

I - t .--- - II JI .... '2.. "< I 

- .- - 1-/ /7 I J

3 - , -' - S- " , - I - 

....

4 _. -- - - j ..'S-O '3 S- -2... "- 

!J- - - - - ) 3 3 S". - 

IJ - -- - 0 - 

3

7 -_..- ..... ..-.-. - 1;2...' 1:2. - 

8' - //00 '1 2.. .:2 - 

r .. - . . - / It) 0 'I J-j - - 

I - - - -- :rId /.:J- 2 

3· / 

- - -

- tP J.!O 9 3 - 2- 

- -

- - 0 - --:2. - / 

-

- - - - 2 .",.. / I 

- - - - 37tJ :>- '2 

- - - - 6 / :J. I 

Rb I

/S

I

2

.2-

..2

:2

2.

;l.

MSr?c h

2

.3

Jf

o
'J •

..... 

Table 3.-- Numbers of earthquakes and minutes of tremor on seismoaraphs U,M, A

N, WP, and MP around Ki lauea caldera'

Date

( 1960)

Tremor

(in minutes) Earthquakes

- ! -

- ! ._-

- , -

- i -

,- -----,.----,-----r-:----r--....

I \ Hale- I S.W. rif Eastern· Ki lauea Upper " 

i Deep I nter- iSha I low maumau Ki Iauea and east sH _ j! east i

... .' med i ate t ..... ' ." _. __ill9.es _.' ca Ide_c..a ..._...sl km r i ft

l' - - r - - I:;" s-o g 0 / - 

8 -.:----, ...._- I - - ? . 1-

9 - , - ,- - 1/ 8'0 ;L s- 3 - 

-----

..

/0' - \ - 000 +-t- / - if --

/1 - i - 7.s-o / --

- - :2..'0 J.I 2- --

/3 - - J "3 0 3 - I - 

l'f -

IS -

/b -

17 -

/8" -

/Cf -

:;0 -

:ll -

2.2- -

:23 -

2.'1 -

,25 -

.2.b -

'27 -

-

;,?

-

- I 70 - - 3 -

- /0 :;"'1 L{ - I . -

-.., - J 70 2- I .2. -

-

- /6--0 2· - - -

- - /:1- 0 ,2. / I -

- - II 0 2- '/ :2.. . I

-

- 14 () - 2 ::2.- /

-

- CJ L/ - - -

- - I -:3 / '-I -

- - 160 /9 - I -

- _. /36' / I -

- - /3S Itt I - -

- - 20S- 7 / l I -

- - I £12- ::to :2.. :L -

-

- '-I - / -

- - 6- - I -

- l:::LtJ '3 / -- -
:1000

750

·T···· sw rift ( Desert-short per iad vert ica I )

__ 1 __ - East rift (Pahoa -mechanical) I

East rift (Pahoa- short period vertical)

16

Oi

C

C

C

o

c:

o

E

L

co

.c.

"'0

c:

co

c:

o

+-

C.

::J

L

Q)

c:

co

L

a

E

Q)

L

+-

U

23 25 27 29 January 2 4 6 8 i~I

I

17 19

,.' ..•....•....•. ...-

250 Q)

L

:J

co

+-

c:

Q)

E

:J

L

+-

If)

c:

500

11°

Graph .--Graph. showing numbers of earthquakes along the SW rift zone and East

rift zone during ~he period preceeding the flank eruption.

December 15
Graph 1.-- Numbers of i lauea caldera earthquakes in month

4000

3000

If)

(])

.:Yeo

:J

rr

..c.

+-L

co

(])

'+-

o

If)

L

(l)

.0

E

:J

Z

1000

500

January I 3 5 7 9 II 13

ollapse.
OJ 1(1)

(J) IU')

Q.. 0..

ro ro

1000

0 0

u u

, L

10

; C

.- ;E

500

4000 1

U')

+-

c:

Q)

>

(1)

0

0

0

l!'\

OJ

U')

0-

ro

3000

0

U

01

C

-0

(l)

(1)

u

(l)

L

0..

>

ro

0

2000

Feb ua ry I 3 5 7 i 9 I I I 3 I 5 I 7 I 9

I

Graph 2.--Numbers of ~i lauea cardera earthquakes see
4000

3000

2000

1000

500

March 3 5 7 I 9 II 13 15 19 21 23 25 27 9 31

Graph 3.--Numbers

co II apse of

caldera earthquakes during the month after the
Table 4.--Local recorded by seismographs of the U.S. Geological 

April, May, and June 1963

[Entrie.:;, f",:)!' a given qu.ake are: date, origin time {Hawaiian Standard Time), 

and fe2:t reports. All earthq1.lakes of magnitude 2.5 and larger, as well as 

smaller ones, occurring on or near the island of Hawaii are included in the

In fOollOWing · some origin times ".and a state

re all of a other 

for this .: eneath Halemaumau at a kilometers (1

29 a persistent earthquake seq codified by the 1s KT 

cation alo.ng the Kalapana Trail This designation is re ned for 

SummaF ut Wl discontinued in th utur unless Kalapana Tr kes re5

epic ter for these qUakes is 19°'20' N., and 15 05-' W., and shallow dep is 

fI;1 24, "Kaoiki" was as a symbol for of a familv

N., 155°25' 8 km. This in the 

---_::--"-- ------ - ----- 

- ...,- ......----------------------
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

n ; m S

;-J';"';I - t;q 3 .. :J.. t- - -- ---r- : --------- --

r---- - >Oj 1- I /;L r?'7 0/ i /, 3

i

_

f

__

-: i pt i ----

<. 3 t /9'°3()/1 7J-PH_L::-o-F Pa.hoa sflsmc

;-ne led . 

/-,,0 ;;1../,('// ESE. OUJt.tld _.

5 e i.s Yh C J/rl e Tere

/3

II ;t:,,- /.

Magnitude Time

I

Date

( 1960)

---:2-==.:=:l==I==:=-61:;;.. __-+---""-J,,,---=9();2::--...;,..,::fI:..-.:.l' $_,_/.... ' ..... E_::5.I:=-_.....·()--;t=---.R.-&-h-o--i..... 

6' e i,s h? 0 V?4e re If.

;2,0

I, 8'

.2... r' I

l

..2, I

I

/,-.2 i

1

3: 3

2. 7

r------------- -
Table 4.--Local earthguakes recorded by seismoqraphs of the U.S.Geological Survey

January, February, and March 1960.

Epicenter

I

Date

( 1960) ,

Time

tude

1 Depth I ( km) i

I

I <"3

4(.'3

3

3

i

It

/1

l I

! II

1:2

!

1.2,

<3

I <$ /9'" &J 8"/"1

/9 c,2,Q .:2-; I

<...3 / 3; S-'"

--_.-.

"

.._.

:l /9 t';2. A ¥I'

3 /9 c 1'7. ¥/I

<'3 /"1 fJ

!

I

! . <3 /

!
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Epicenter

----------- -----1--·

LaT. N. ; Long. w. I DescripTion

C£¢H;n I:-SE

se/smoJl'beTeIe 

Depth

( km)

.

__

: .

__

..

__<....=.=;.3 j /9" .:l. ($, 3/1

) 3 /1, !:J... C( 3 &J. (; , .1. 0-

Date i Time MagniI (1960) _, .. _. . tude

:l.b 8"

/. 9 I 3

f

/,:2- I

I

,,2, 2- II 2SI

_!

__

.

__ __

..........h,;-."........ a__ 

i I Se' i5h?lJ h? P lelt. 

i -;;/--- i_ __ tJ:.....'_' ...... 

:5 -PIS rnDWI p It:>, 

/.in. .Il/JI// at: £ps P ! --

S e 15m () I"f7 fJ/ PI'

I I

! I
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Date Time Magni-! Depth Epicenter

( I 960) !.. tude I (km) t ·i-····- ----------_----.- 

. 

_____ __ .::::2...::--'_' __4-j ... .. .. ......1

,I se/oW/,.-v VV7 F 7tit:. 

___

•..::2..=____L:.._.3__ _1-..' 3..-1 Ir?II -?kn'l 0 F 11/0 I't Th R r 

Ip 5e ;,5 me mel e "

BF

i 1

0-'-_-_-

__

-

.. I ,,1 I 3 rJIH siV p F #;:1;f TJ, PIr

j I I !! I. 5' Wr 0 H1

.2 7 ; /2- 6-3 ! .l.;L, /. .y

;),7 /1 36 3. 0

.27 j S-J/ Y-oi: J ! /1 6

<1

;J..O

f

I

r--_2-..,7_. .. 3:::::.' __-+-_4C.::....:::"?:.-,__ '_-4./£6 0 v:z-.kJ?? A/g "F /tit t.I § 

I

__

"--_---+ --+- ---t- +--"";s;;...· 

::J-7 J7 .. :']/,'7 //7 <'3

- 
Table 4.--Local earthguakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Date I Time Magni- Depth: Epicenter 

. tude (km) l------------------------ 

I

ZB-. t I 3 9 ;2..0",0 , 1.__ ....... I! I 

;2. OJ i ()O 06 I /</. (; <':5 --tI ;7. '1" /3,r r; s- -A-... /V):-- 0 f IJ/tJl'Z T h 

5 'eo /5 mOm e I e It. 

;. S-S- (J 08'./)'" J 9/rV'M 0 F Il/,:',e Tj, 11'T 

S t? i'5 m 0 vn e / e 

3, I I

f

! /6--;9 f /. 3 .. SJ

I !

/j 7

j

I

;stg. " /., '7

!

/13.7 I, 3 t <..rg

I t

i 37,0 /' 3 1t :3

!

8"" .2, I -g.

I 09 /0

i

, I 3 ObI

I /4 '

I

I

i

I

i

I

;l..Cf

;l..Cf

I

'-

..2-.0,

SO

·So
Table 4.--Local earthguakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Epicenter

-------------------------.-------

Date! Time Magni-. Depth

(1960) ,_.," tude I (km)

;!!. ;!!! J ! I LaT. N. I Long. ueser i p-r ion

-- --.- -

O

__

..t!-_ ..

__

·-

.....-I.,-7.----.,;i-..!L--.3-__ /S-s-c /tJ]// For- r1-At.t" 

_

1--

_

/;nO JIYt e 

,.30 j /1 1 '"13 I g :..::i.-_..-l.' 0 ; /9 D ..25: 5-// 16-S" .20,()/1 1JrVn /A/ dF tI we hUh a _

I WI r;!'< L- M' h tl H

Ii.

3" /7 ; II?d ;l,J/.I/ ' /;-6-°/8"1/),,1 rJi6-A-W7 SF PI

I I' --·..

-/-"-+-1 .. _"""- /. £/ /S-St:J Jf7:tJ/ 1 :?,sE or B'T

:-

__

!

__

----

...

------

..

-

...---..-....-1--.---..... .

_

_+---__

301/9 '7Q ? __

I I I: i l---=±==--L.Q

__

?' :.2 1

__.2-_.Ji" / 6-,/"6-'7 

I -l-- II --- ..... i? ...... Je 

I 10 1 ;;'0/2-1377: II <3 

, I - I' I leK,

, ! I '_. .'

..... s---+-f

__ __+.L!l() ;;"7, //1 / 7,1-1Yr A/ of

1

30 ! .2 <"$

i <"?

!

t -<"3

I

<"3
Table 4.--Local earthguakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Date Time

( 1960) . . __ .

1-

tude

Depth I Epicenter 

(km) , .._. .,- ._ 

:3/

I .D.. l m 5 I Lai. N. I Long. w. uescr I pT I on 

. .2. /- ----1--3 - til c /s-s- 3, S km/J/£' ,;iF /VPlf Ti, 

! 'i S@ISh?(;,;;nP7 

/7 t :$ I I 9(/;28 /..5-5&:' //. '1//' /:2.. J"m /V'E or /vCJYeTA 

f I i I sets' AAtJ me /e<:

/ a.. I I? J J i C <'3 I j 9 CI ' / /.3 1/ .5 klYl IA/ elF /J/" /L/-h ;0.r 

;5 :l..er' ;;',:2 /9°:2-"1,6/ 1 /A'",.-, 5'i=-o-F 

'--

._ ... 

:..f-l1J l

I r-/5 h'10 n-) e 7 e re.

__

L:CS" /£./J" .:z k"" S-U/ of,4/oreTh A 1.

I I; ! I S m () 'm e It: 

? i Ii ..2..3

I

3/ I 2'3

!

! 3

i

! <5

1 <1'

3

:

I /3

!

I <..3

I

<3
.. ..._-_..

-

_....... .

-

..

Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

Date Time Magni-. Depth Epicenter

( 1960) f tude I (km) f,-----------------.--------1 

__ __ ""'_. ..i:,.A_/_/__

! I .....- ---+-_- .-.-... 

/ ! / IJ '3.2. S-; /. 7 <. '3 J 9";L /.,' I /ss-" 18',9'/ 'Ih'W1 55 W of TA

r-----L /1 tJ3; .,2.5:2 IJ 6 < 3 ly()q;.4 3rn-t vV pF A/P;e/h A7

. ! I 6' eIS h1' P PI e 7 f" Ie 

1/ :J:<. '-li 3 ,.2. 4(, 3 / 9 e ;2. 'Y,.3 // /.:)6- C iF". // 'I1r)?t' 11/s-Jt/ /JF IVp /Z TJ,

,?,'T

i
Table 4.--Local earthguakes recorded by seismographs of the U.S.Geological Survey

January, February, and March 1960.

i '<3

i

<3

<3

<3

<3

<3

f

! <'5

I

!

I

i <3

-<.'5

I <3

!

I <"3

I

I

I <::'3

1 _ .. -

I <3

i

, <3

(}O 0-/ <8

I

I) '7 ! : 2..7 Lf I,· fi" I i

07 l :2.9, I /, -s07 -:L'I I &' I, 7

I

OS j 10, 7 II £/

-

-

-

-- I

,

1D";1. 67),-1 /'0
--- -------- Table 4.--Local- recorded-_by- sei_SJUo3lr-Qp-hs of the Survey

January, February, and March 1960.

/tJkJ-n A/c

-sel$U"!t.?J,.yoeTee.

-L3

<3

<'3

-<..3

I

I

i

I <'3

<....3

-<.3

-<:$

2 .;2..0

1 f--dl

!

2.

.1

....---3_. l_f: I.

i
I 3

;

-- ------Tab by-se i of-the-U 

January, February, and March 1960. 

r

___

L lj we k B h IA 71 ?l <:.p ,'s HJ b he-';

/2 UL

__

..

_ ,,-/_/_1_+/_5._5_0-.;/ 

i se/s VY10W1(1)

3 IrJ

S" c: i s m a m Ute 
--

Table 4.--Local earthquakes recorded by seismo-graphs-of the U.S.Geological Surve

January, February, and March 1960 .

3 '1 ! Ii. 7

.

_

... -

. .

-

I ?

I

!

<5

<3

__5_J __l.. .1..__-_ .._ --l...sL_-_. _ .-'--'1"-d-_bJ /l /.5"00 J 7. t/' 4 ' .2..r Jm S W ..:tA;Jb gr

I -----+---------+------+......

__v.._:ee:;..,;,e.. 

I -3 :;':2- 0/ ,,2; If "'-3 'f h'vn /1/£ fjf/}lpJ{!Th, p·'r

i

6/

I, : I 0- 6 f? /..5 J"JI1 £:; VI! e -/-e R 6 . __..... J_/_'_.... ....

I j $ e/0 m () n; e n

<.3

1 <.3

!

I

<3

<5

i

1 <3

i

<3

I

I
Table 4.--Local earthquakes recorded by_ seismograp_hs of th.e

c----- ....------------ ---------------:-IJ-a-nu-ary, February, and --------------

:<:3

<3

L;.3

<?

<3

,(,"5

<3

<..7

I

'<3

I <..3

!

i-'" 'i I

I if II

I i I

j 'I 1

I

'-f

--_..? .1.S!_L__ ---r:2....f!_'--<---t--/..... , ._._O__-r- -t_'_7__""'-_v_'_ ---=L=--()_' 

1 ' i. 5' 'Tell.

__

:1: Iu IS - . 2- 7 r £J%,2 / /9.. 0 y// CJF tIwclr& h 'Ina 

I! 6rISYnom{#Te'1i! 

i_=-ff-reb <_-s__ 0_--_/_.; ,=..=.2=::=/:'-'_-'-_:L:-S-=:Ir::;n:::E=-=..t:2.::F==M:p:",:-:.-TJ 

! . I p"'T 6 eo 1$ mCJ ,9 / e A 

Lp--. :.Q7__: __..l v--:... . <. 3 --Lil":lS::';'-'/ --__ /, t? i:: ",F /V,,/CTh I-?z

; i t 141 c;."" p J PJC 

,
... "\-... ..........

Tabla 4.--Local earthquakes recorded by seismographs- of the U.S.Geological Survey January, February:;::and f\1arch 1960.

I

_Depth__:

tude _I (km) I

--

..

- -

_.. -. .1.

I," f <.. '"3 !

__Ep i .

Lat. Description 

/C/V :J.5:?// 2.. L:- of tlWt'k9 J,J,(l1

s-e;' h1 0 ,vy] ·e re 

I / 9 0 // II 6. ,&-HE 

LIUI e },HJIJ .<; e- I mtJ W1PJ;if

7

/. ;2

t ....

_ If) ! 32,8'

, ,

I

I ;'3,h /, tJ

3C,.! '! /,0

/,0

----f--

6-5',0 /, 6-

:

,

I

<3

! <3

;

C(3

:

I <'"3

1

I

! .<..?

i

I

j

! -<':5

i

I 3

:

-

<?

I

:

I
Table 4.--Local earthquakes recorded by seismographs- of th-e U.S.Geological 

-------------- January;:-February, and 1960. -----------

;

<.g

L.?

<'"i

<3

;

, 3

i

!

:

"'3

<"3

<3

; 3

I

,

! "'<'3

!

<3

!

I

--- Ep i - 

tude T (km) i __ --___--_-_. __ ===

i : Lat. N. ; Long. W. i Description 

3, I .--- 3- j -9)---'+

: I I s e IS. "no e -; P;fC 

_. /, 7

--------_._--

! 7 .22- i / 7 ! /8'. 6- d: r

! I ,-_.

?il ! J.f 2- f

_

.._--"..-

_. 01 /'2,/

,

tJlf 0-6 .2/. I ().r

..

-

.... --.

__

Ii --UZSL 3'# I ___ .I, .2. ---

: : :

-------.-. -.. J 6 P _",_

?I o Cf /3 0';1..3

I i i

f ff I I , 1ft! I Os i 3$,0 ----

;

,

-B dO .2, I J

! f

q : :l. 6 I /'-1.3

, j

9 I 071 'Iq I ;2..71 j i !i ;

, q oct /3 ! /?j

; ! I

q I lei i ('I ,1 $,0 i i ;

t , j

q ! It) II )ff 00:si
Table 4.--Local earthguakes recorded by se-ismographs of the U.S •.Geological Survey

Februafy;::and 1960. •. __•

--- Ep Lcenter: 

---- 

/0 If) 6-7 ! /9, ). :z.J:2- .3

i i

i

/:J- I 0'-/ I /3!...b. / J 4' ! ..(3

I·

:

! <3

,

L...3

! L3

f

I s

I

i <3

!

I

i

I

, <3

I

<. ?

f

I

t

1

..........

-

/L :Jq I '/,7 /. 7

IV 1tJ I 1./tJ l/ :2..{)

:

;LO if2 ! / '3

p 1/ f 2:--p_i -_._-- () .5'" /; 0

! I !

I ! I ! : : I I I t
Table. 4. --Loc.a I earthquakes reco.r.d.ed. by__se.Lsmogra.pOs_ efthe U. S .Gee I OzS Leal Survey

January, February, and March 1960.

• 

-

871

!

1 ""3

<3

3

<::-$

! <"3

!

I '<:'3

I

3

I

I 3

_--'/..... : 6-;( I 0 I / IJ /qe>.2 t// / .. :2.6-kH'l51=- t"'")FM-->,eT),

____ ,P;T 6e"SJ?1 0 

------ /6j 'X .S-Q'':¥'.41 .:L -5 /"'/,v// ,2,7"" nW1 

I j I #/pua h/;'Tf orFs ju;;;;ep)
Table 4.--Local earthquakes recor-dedby seismograph-s-o-f-the U•.S-.-Geologic.al Sj.tr'ie_y 

-- a nGary; Feb-rua ryz:a nd rch 1960. --_._-

Date ;----- Time

( 1960) i' h

, I _, !. eTtte

..._, __FcJ e;- () __--4.L....w... ,,_

: I :s e ,(5 In 0 m e Tit>.

...... .... _: _2 _

t

__

• e r '2e is';" t7 hZ e Te

L . .-'--f{.J.. t 3 "<'3 .i 9" /1 s-sc- 't.t)// 3 A-Wl Et:-F W ;(G

.. .

__ . ; -_ ---J . i ,5e/s J27(; me -,etC 

_

...

__ __

<:-3 ! ;2, or 

ill I j St>/s'ml!1;;J1eTi"R

/ f(' ,20

/8' l 1t:L L..$ _.. 3: 6 /lh'1 £ 0 filwelsh'<l?

I 

... ..........

I 9" .L:2., / ,j--S-0/7: Y/ S-"rm 5 tlFt/HPlra), w n 

/,0

__ __

/3 -.-!tP.

__

.1;.. •3.s-:.? I I.:.tJ .<. 3 /1 /6-S-°/.5-:/// /. 6.,f-;;;, "F /Vo/tTi 

-r-' T m j) Tf'e

,

I·

__

. ] __I...... ........... __ 

_ I 1--

__

-+-- --_--+- T- -t--"''6'.:--.P....I.... 

_' :;',0 -<.. 3 ;25"". /..r-;;h L:-e)-P j, '4 h s

-

__

..

_-L.-_....__ ... 1 -l...- s·t> 1':5 m 0 h1 -e / 

..... 

! 11/ 
Table 4.--Local earthquakes rec·orded-by seismographs--o-f the.U.S.Geologlc_al S_ur.'ley 

January, February, and 1960.

: oS- , I, '5 i

j :

..

t ii,S /; .2.

_.

f '1/,6 .._/: () I -

j -

"to !

6-"] l if..z.g I 'B

,

03 :

__t2_. 0

!

/7 ! I) 'f. '-I i (,

! I I

37 ior,3 /.

i t
..

Tab-Ie 4.--Loca-1 earthquakes recor-dedb·V seismog.raphs of- the -U.S-•.GeoJogical __ Survey

January; February;:ond 1960.

Date Time -._- Depth: _ -- -- Epicenter 

( 1960) _ tude I (km) - ._ 

I

__

. 1!!!. ! ._ _ j __N. I Long. W. Oeser tption

L?:_L ...---<-'3-- _.Ji. 2.'!..?D: ,;,; / S3-r>.IJ./ , 9/J A' tIW '"Ir a h Ii PI ?

_______

1 t' S'f>;S w,,:p / 

;-/ 1:7/. 3: () <. "$ i / 'l D .;J.' /I J ' /.:. S (' K-n-r-----;V1=---------;;F----;f;7D;'Z-----'fj; /-k::(:.--;-"-, 

J! I se;·sw,tJh?elee. L---- i !S-"'-/ . ...

I . i I! s e /6 JY) t> e / e,e

i

231°1' 15!!;:/6--'#- ;1.,2 <:"3 !/6-':j---':>/"/,';y' t;IrI?J/J/£;FtI""P!tOJJ,Uh<?

.

-- !' 6'--t!'";'S h10W1e IeI'(

L.

__ ,,2 4 : _0__ ._l:._ 0 < ? ,>-5"""<-/',7"" I ,t), "7 ,,-A-w. :'-"S--:'· 

,____ i. -_.. I p/r_ 

__

...!l

__

<£:.3 .<, 3 ! /9" 2::k.,I/1 ! .:rlr;n /1/£ pF//U/ h '1h (1 

i ; i: f .

l-4z f ..!/J.__ __ ±'km

! I jl 'S /L'5 Vrlt!J b'Yl- e 77'Ie 

I' .2-3; /"7 /7; 3!tjO! /; ¥ AI£of

...... \?--/....,;;. ........... 

.........

...... : :1...; 2,2. L 3 f jt#"' £/J,/,e oFM/t/l; 

t- A '/ ,,5' -t:> S i?? & rYJ e / ('

4 !L-'-1--,.2-_1-__ ..... __ ....

! p/-}" S-t"/S #7Oh1-e)p;e

L..3 If P2s ,q" /.5 s

L:..3 /9' 0,;2. i,tJ ,/1

-

....

--- ----_.•..

L::.3 / 1/ jS-SO

:;2..2;0 3

I

!,2;l.,9 9 I

I

:31 /, 7

f

f /1

-- --- - __ 4 __ ••.__ 301..7_ I,

os- 36,

I , I

I

/ 90 / /.5-S- t:) /.:>:y' ? /J/E /1/,,? 7Jj

_

........... ..

--

,_._.--.. ._. ..../__ ..... 

i 09

I p. I s r?/s i
i

I

I

I

Table 4.--.Local ea.rthguakes record.ed by.seLsmographs-of the U_ •. .•

January, February, and March 1960.

I

,..".--'--- ______Date

( 1960)

__

t :,1/ I __ .. .. __ 

__

:2-(, SS,7 i /, 3 <:"3 I ;L1rJ?? .k-A/£ of/PodTA 

__ __

......-.l...yO;2.0' 3 oFtlwek& J"Uno 

Sf?/sJ/nc1??e /plfe..

r--------------+----..........

_

.. ... 5.e"' '§ h? c-e"? P / {'re

.::L 4; i 2..0 0/ : I, 9 <.. 3 7.,:z. / , / S-ff/l'Yl 0 F-A/cJH!. Tit 

I t 

:2.1: J 20 i 7·-:>-: 3); 9 /J 7 1'<-3 /7{);l.,,2.J?/1 /..>..5-Q /l('j'h 5'/4/ of

_-.?--7_: (.! 3L-/ 119, R .2 J 3 <- 3 ...<.0; to U /5-6- C:,4",r :Lk""" /f/ L=- or/Vi'" T J., 

__

.. .. ..-.-I--.--____ . . __. . . 

__

:2--..7...

_ _

__+_....... 3-8'-1eJ_ 0;;,.._/ 

------+:----+---+------------4------ ",__,,_,,_, . 

_

. 1-3. 2!1LL

__ __

<. 3 J 9" 9/ 1

__

'-:>6:: .2, 6 .....

'pI! '5 P /5 hJ tJ hi e' IfV' 

__

--- "

.. 1/3,. S 1 ' ':> ICf'"" .J.._:: aJ... /.,:} -J //IV U> /rn, /1/ &::- 0' /VP / n 

I . I . ?/T 
.. .- ......... .....

_

.. ......

-

.....

Table 4.--Local earthquakes recorded by seismograph.s of the U.S.Geological Sur.vey

January;:FebruarYL:and March 1960.

Date I' Time Magni- Depth Epicenter 

. (1960) tude (km) _ . ... . 

, i-!i--T-!'i --5 i i Lat. N. I Long. W. Oeser i ption 

b -/ /q--l;', -..J J.I.:.. .....-i-....-<.......::..::-3:;....-_-_. ... ...

'

I 'I seismOh'J-FTI,e 

<..3

i

I

-<'3

! <3

1 <3

i

!

I <3

: .L3

.<3

<:3

! <'3

!

I .<'3

I

.-

I

.2.2 : /5 . t-... /:5.5 /, J 1fl, JE7 of /P;'J/l. FA 

I

,2...3

I!

! /2 ...;l. __ 

PI j S PIS m j;) J;yj e Ie 

I L') .-. -

, ,,'I 

._: --l Ok; 

; : ! I --,I" I; 
Table earthquakes recorded by the U.S.Geological Survey

January, February, and March 1960.

;2.3

Date Time

(1960)

!_--.._-+--------- ..

__ ,_?-cr I It ! q <__3__ _

, I I

! I -.-----

I .2.ib'II /;1.. / () ;2.1 / <'3 I 

: - /, - I . <.'"5 -n € We nil' 

I

I ... _._ ....'_--_. .__ I I 6" e /s .Y;?() ..J?'?,'--"C-' .......... 

- t

l

-/ .. . / "-,.i..- (7//./// I "., C" 11..J :"-j;:. 1. ,..

_

..1.,__ t_.9.. .If7. ;}.'.I.. 3c;- --.J L"r r/ ,.,. v U/ v 1 "I "

Ii! 1 5 J?'I e -re/c.

__

?

-----L-----..- __.---+-i .....e_I_'s_I?1_C!_;y)_e,_..Ti_e_IC 

I 2..« ::21 3'1 / 3 J {, .-L <-3_-.... I"-/-o/-o-· "_1 __ __ _.S---..;W d_-F __Q) 

! I Sf> /s rl'1 0 Y}¥) e -

)..9 2.3 '-13 '-'3 1'-1 21 .(.. 3 I / 9 C c2.CJ, 7/) 1/S 5-c;/5:[J'/I ."? #-h? '5 0 F /t h W a

.........-------I:- -+- _

fL&Ch 0/ qI__ _'I_I) ..... ..7.... __E:_-_o.... 

p//

--t---------+------------
Table 4. --Local earthguakes by se ism.ographs ot_th.e U!S .Geol ogiCal Surve.Y

.---------------Tl--J 1960.

Date Time

( 1960)

I 1 /.f-_.. __ 2 <."3

I

I /

__

LL./

__

f·

__,,---..;:3 / .If r--.!V£: of A/.,1?TI? f1

I i se/si'Y/t:)Mne7@/p !------t- ·

__

,g i 0/ .s-s i ;zo.C(: <"3 /'1t>26-:f/' :Lk-.;.h1 .... /l/ 

h-r 

i /,. :l. <3

/J q

0,7 . t <3

I

7!_.--;j:

./ ....

!
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

January, February, and MarchDate I Time r..1agni- Depth Epicenter 

(1960) r tude (km) Lat. N. \' -O·--e-s-c--ri-p-t-.on---- ; --h .. i

-;h2+ r- 1t2._- 9',--" 6_-'........... 

<'3

!

<.3

i

i L-.7

I /6

; J

I

2 I /8 ! I

2- I /9

-!...? lye /S-,s-"/:?,s-/ J

/ rp-i78'/-' /trSO/6·o/ 1

-

-.

.J I fl)4:L/, $'/' / 7 /
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

J-an-uar-y, Feb r-ua ry,- a-n·d-rI,1arch 1960.

Depth Epicenter

(km) .

<3

--------t--- ..'._- t--- -+- S :,P-'i.... · __f?__· 

j t e9 r;2..t?_,__ __-...... _()_//+-'Ih'-""'i __·· 

j

Date Time i - 'I'

( 1960) I tude r-'-- I

_

.. m !

__ ,__ _.1 Lat_._N_--+-_L_o_n_9_._w_.. p_t_io_n 

[

!¥fl.flch 3.! 02.. - '<'3 I Ifo26-:S-/' l/rm A/F",f'MreTI, 

,.-1--. ' 6C? /.s #-nCJ n? e / Pie

__

1.L?" 2.

__

_/I+--'-II..:.. 1:...

II 9'-' ,;2.0 

j

i

A"'M 81

,<S r/S H}p P7} e

--

tJ /(rn 5 lJ/ d f /i/tJ IlTA I::: T 

se IS """am R IfR 

.'3/rJ'J'I /y JJ, A / 

._-

5 els fflp ref( 

I· -+--j--------+------

! "" 3

I

0 j::.. 8' 0·5:I ! () I r

----

,. I I

---"-'i--' : : t .:) ,() () :S-6j ¥'/j=. ·/? I I 1 _

_<..;..... ;z. If. 71/ /b,/h

I 1 : I t

-:r-·-·J6 7'(_JtJ7. -7-1 ;;1.,1 '3 1 . . i //

I I! , i ---

..

- ·

_.... ..__... -·--1---- 'T'--'----
Table 4.--Local earthquakes recorded by seismo.graphs of the. U.S.Geological

January, February, and f\1arch 1960.

Epicenter 

Lat. N·'. ·W. -l--o-e-s-c-r-i-ption-

VS6-°/6-:-D" Irm/V£c;,F/Vp/2-Th 

5P/S)-nvrne/PJe. 

Oepth

( km)

i -

tude

5 II

Date Time

( 1960)

. h ! m S

! - 1-

-

-

..

_

..•._.-. _..

HiJtf.Ch_S __ _' __ .,

_.,._-.-

----

.._-_.._--------- £"".. +- fL-o 3 ..l...... .......

____

-'-

......e....I'?......... 

:,1<? 12_i;.. 3 /o/I)/t I s-S"()(),S-"/

.

__

..._.__ t '" _ .. _... ., ... __----.---I..L () P-Fs _

_. __ -_tr _ I, ? :z.. /9t:);J-/,tJ//! IS-SOl],r'; /r;;n su/ dE A=hnDJ

I i I t i ,

6 09

i ./J.i[ __ 1/ of /l-huj[

____________

--

..__; ! . . _.. els m 0 h7 R Ie,--l\

oJ ; //> .6 I <::. 3 I 1'1° ;"6-, s/J VS-S c:/o:6-'1' :1 h'h1 'IYEp-F /Vp,rT), p;r I

! ,'f e).5 WJ" n? e Trte· ------------

__/,.....'1 :2.___.;...7_·_'''- 7, g'M--_O_'_·7..o...- __3__,..l:1.-'9'_(/_.:2-s-._,_()_;f_-+.... / .s-......-\5.... '........-;()-...&..5__-...,;kn7 £ F-::A____i)...... .... 

IJ YY/e I etr

__ __ __-<._·_3__......:../..-.·9_c;.-;.1 _ .?_J_" ............. ,,_F /f_h_G(_.:a=____

s e /4J7C »1 e / PIZ. 

i /2-

___---..,----__ . .--.... -_+--.--.s e, 's rna me I e I(. 

_-.;...6_--.,-: :.7__.....-",.L/..:;....,=-O .,..._-<. __5 __·_,,;,.../ 9-./_'-+-_4'_, 7l

! I 

(, 1'-/ I 38> f /7; / I J g I <-3 /9 () 0 h /2, t:/' /() F Vh/(JKa hu 71 a

j I t se/S;n dWj Tel'l

__

...

j
Table 4.--Loca_1 earthguakes recorded.by seismogrqphs of th(3 U.S.Geolpgical Survey

.------------------,unuarvdebrua!?h:.no-nd f\1arch 1960.

3

7 82 3,' L..3

I

:

8 fJ'-/ 1/1 .2.0

j

!-------7..-..J.JL.

_

.... .t: 3 I It t:JKrn 5 E (iF A/pr!rh ?/:; 

. . i 

r------+-·-----.,--·-·------------+----...·-- 

. 7 1 / 'L t fl_'

_ _:.I..:./..;..../ J(_5____+__.... .... t1.-.F__ 

1 ------- :sR./S h'1t:' J'Y) P -n /t

i A-m /VC t'FPlJl'PTh

s pis "'" e 7P It· 

/o5-S-"/2,0 J/ 7;rJ'n b of h v

J I

,-----t-l ..... ..--__t--._-----·.--_..."'-----_+__-s..... ......... ()..... 

if 1 tv I ""-"3 19°26,.3// /S-Sd/(,?// ;:s/ri'h A/t:- "PIJ,/"aTh 

I I : I ' S1?/sW70n?e7en:..- 

--?J---IOS- ! /17 .tC3 1?t:'27./'/ .. t.UI/l6L
..

Table 4.--Local earthquakes recorded by seismographs of the U.S.Geological Survey

,------,---------------------------J-anuaf¥--,--Feb rua ry--, and r"1a-rch--19-60 .---------,-------------

L3

"-3

-<:.:3

<3

<3

I <::"3

!

t

I

\

./ ?

---

cC3

Ls

I

f
Table 4.--Local earthquakes recorded by seismographs of the U.S.Geologicai Survey

JanuarYJ February, and-March 1960.

J.2

! JZ .. 1•. . S-Irh? /fhua .

. ! :---.----_:--__..... . 

06 .'?6:if /.0 !'<3 19P ,;:L./8"/) :lrH'?5F"r/l-J,I/B

;

j 60

L..3

!

I <1

: <::'3

I

! /S-

!

<:.3

I

! <3

!

i 8

! :3

/3

i /7 IOJ! 1 0 9 1515 t 1,6 c;JFAk/eTb f'/T 

I I /s WJ 0 m e I t'li" 

-;-7---T0;Y ;/3 i '17. 'i' . . __7.-.__d2-_-/..... 

___ _

..-.-. "6e is' J.n I? n1 ere .

jI= ;-_5'_':--i'l 

/ I 

I I se /SJ?? ClV'h e Te 

l-/-9_-... ...--.. / J, WNW'oF HoulreVJ (j)

; i I! 

'F ,

I-
... _0" -, ...__ - __ .. ... - ..... __ ..

--Tab 10 4. I earthquakesreco_rd.e.d._ by_ s.e of the U. S.Geo 109 i ca I

January, and 1960.

_-----------..,..--------r---------------------._------- Date: Time ! Magni- Depth Epicenter 

( 1960) L _ 1 tude (km) ._.. .. _... ., . _.. __. . .__ . .. 

: h : m S I Lat. N. I Long. w. 1 Oeser i pt i on

_-- -= .-- L --=---- -=----.. t ---- .. -. -- . -'" --t - -- ------i---------_--_.._._-_._.. f------ . -- .. -_.-. - . _. -------- ---- 

Nol.@ch.2o.1 /# I 71 3.3 i. B /:>50 /,./11,

I

I 3. ,.-SI

I

f

I

I 1,9

f

I

!

--·-·----··-----·t··--···--- - - - - .-'-'-' ... ..- .... 

----+-------- --- -.._-----

I;:; ;25

i

... _-

i ) --._--"'-'--7--

,--

---+---

: :

..---_..._- -------1---

, .

--

...

I i r

; i' I

.. ...

__._

-.---- . 

-_.._-j.--+._-..-_- .. .... 

'. I I! --- r-''-------- 
Table 5- --Dista.nt earthquakes

[Times are reported in Greenwich Civil·Time which is 10 hours faster than

H.awaiian Standard Time. A "c" following the time of P indicates

c'ompressional first motion; a "d" indicates dila~onal first motion.

~~n~ymbols, locations, and instrumentation presented in

~M8~ O~. ~agnitudes calculated from the Hawaii seismograms are

followed by (HVO). Location of epicenters, origin times) focal

depths, and magnitudes reported. by other iIlstitutions are taken from

"Preliminary Determinatlon of Epicen 1.ers" l'ul)lished by the U.S. Coast

and Geodetic Survey] -,~-_.....

____ ...-.J,;. ....... _-'_ .. _.&_
Ta~le 5--~istant earthnu~kes

,

Date Inst Phase Time II

I

- P. ! - /.2 · 7c! ;'-/-;. ..1 M 2. '5 -21

0 p ,: 13.2 c- -[) J l') .2 c-

- '

) .- J M / -j) /·'7- ,... .

.,23 _~r

"} .. jl' ...- ;,.1 .. a .... (".

.II :;: /' --;j) -:J- t/, :J.e

6t Corr. Time s-p Remarks

_ ....fit. ~_..." ._ ...

./ ,

~:/>" ~.. .

I

..1- I -:l. () _. /

«'/~-:alll, 1'I~~9~: -----+------+---l·--·l-----------i----.f----------+--......--+-~K.........,; ......~!~...r-......~·--~/--- I ..-1.1 A.,' .'f~', .'.1~., /'"., .·-·U,

-..---~------+----+---+---------+---_+_--------;--__t--;_---------- --

I GPO 844·198
=

Date Inst Phase Time Carr. Time s-p Amp Remarks

"" 7 - 'I / ..~' -,.'

___-+-.../_-_Cf..---...·t,~:O~----~-.-.!:."_fJ_+-O-7------S--""'-,,---2.--.2 ...,-.2.-- d-+--_-+- 'f-_-t-_--t_-:·__L-.__....;;C..... "'j_.......--! .:.'-I-..;.~....'_.__

o e .u.ocLl

/ -I.? -tt> P2.-2 11

j/ .!' r

I.'

rZ--;I A:S

II .i ?

."'; ,. .~ .

1 •. ;- ., . ,I, -.... . ....:-~~ Jd

/ - (j 3 - ~/;J. !e

Co. {;. ('".: 1'/ :? - 1:.1)

I

~)t:::-_ 1'1/ ,. I .., 1!'~.' \0 t"-

-0 9 - 'I 3 - 0 3. It!.'"

o CJ - S"1 - :J-~!, I ).

/0 - () 7 -/2" / /~1

IS s. 7 ~-.

(; .,
: ..) --- .'~' '. _. -' I

Date Inst Phase Time 6t

",{ ,I 1 " ., )

:':.) :2 7. ,,' t:.

./ :f) ..... .. l .., C

I'S .'

~I .........

.- "

I /' .~, /' .. ....

~f) E' ,~S ?;/" ."C

."': j1 -:'~ ,-p I .'.. ' f

",'

Carr. Time s-p Amp I

Remarks

, ..., -# ",

/-.2~ M ;1'

.~ .

I/J - Jj~- /2,:::<2-

/ I, 7c

A) L/ .-.5 3 - () &Y. 0 rJ

o 7. '3 ,J

J 7 - 3 II r;,

o i./- 40-56

GPO 844.\98
:;; .".. I"" () 7 - 3 / - / i,J

/) -, - t. ? --,.,..' .... ,. " rI ~. $.: .:: \ ,'. . ,~ . ,.I / w J

=

Date

J -1.2.. ....

Inst Phase

""I , 1/ , I

I I

r -' ( I

:; f

- J "

,A tJ

"-. r: .. !'

r~'-.· .- I

Time

" .• , f I ~./, 'N

6t Corr. Time s-p Amp Remarks

111 ,/-P

D ,~/.'

/7-,s-c:.·SO

/- 2'-1- {~I' M .J'f i OJ.! - cl-1 - 4;2, 'Ie

/J AP i 42.2.,.

fJ A''fJ II '/1,-5"

.. UZ -t? q./ ~,-J;C

p~-~ i? () J./-;t.q- it,,7J

)1 A~ (1L1- 3h _1/,7c1

I' J? Ljt>- 5~·7ei", J.J -:..1. ) - 1/

GPO 844.1D8
=

~te

.J / / . '\

Inst Phase Time 6t Corr. Time s-p Amp

r

I

I

i

I

I

Remarks

4. ...'

r

,0 G? ~i.f .0 //; • ;', () , ~/,..

I :j .~' . , II I .) 1 I, "-r .. '1, •• r

:jJ~ o-L

.I -1' :()Ll - / / -/?,,? l~

J II"(', : jt/ - I () - J .') I"....

i (J.'r/. 0- I' - :.'j"

,,5 ," i;-.' f!.f CI - (, ()

d :;>--1/0 ~?d

fit? c ' !)p r o-, ", :;,., ! Yl ';~' T:r: :0' I

A·

() . ,y?? ,1 r,

.'I/' - "::'/. 'i/ ?

Q/ -.-"17 - o/./

• v

,,'.1",' .1

/:., ',I.·iiL'

I

I

GPO 844-1 Q8
Date Inst Phase Time Corr. Time s-p

I

Amp Remarks

= .? -l-.~--."'~ .AI , ,

I

I

/. ~~' f··.. ·. ,'l-

" './ .", t.·

~. ~'--',: J i

'.~ .;... - :'.-.-_: • ,)r.

p. !'

::::! '-I - 3,< .) c

/1 - / c

I'~ ~: .: _. 1 ~.' ,-.

1 ./ - ...:' -':", .

(J teo 1: ~~ ,-

\'

v...,... I' Ie> /1/ - /2 7"" /.7"

II .... J " ,,' }

/ . ."",'/ (p. .;:-. .) • ;. -'f ...}

C-65 v

5-~-t,.CJ PZ-z (1( 02-57-;)0 c·

'c - b S t':~r~··J ::l.O-tl'J

I I

I.)":'" •

Jh-.~3""3g

1'.. t j~. r) '7 -- 7 .>..... ,(C G :))

c~. a 5 G?,?) /1-.~·1'

h 1... :' /I I .3 ., () k Y;'7

sl.lld

,'J.'

,il)

A

D

II .;1.-

,J .., ,,::>f) 7:: j 2. 7cJ

.

-53 - S"9r/

GPO 844·1Sle
Date Inst Phase

:'- " .'- ': '; " , //

:j

f /' /i ~. ,-_

" /:J

,"J'..;

, "

Time

I • , .~ (_...

,"·,"7

6t Corr. Time s-p Amp

I

I

Re.narks

, ~"'; (" '.,,' .' ;:-./-/ .. ?

j/l () 1~ n .,- J 7 - ,2'-1.2

;1 r- ~'~"'~'

0 -, 't''/ 2. 'I. 1e.

/rJ r "/;) .=?S,5'?/..

,,·~.l' ::.~ r' I~) ;J,,;·;tr.

P}-~ .1-;0 I 7 -- .;2//(.J

,,$ ~'?_ ...c:-- ,.l.!('j

i .SS ;2.q - «Sct I

~~: f? .... - ~""

.h C\ b" :.' 7'" 1:/) .~..h1 '

-/-l7 1/:/ ( B C{." k )

I

I

I

I

I

I

I

GPO 844-1G8
Table 5.-- Distant earthauakes ------~.__..-----_.-~..------

=

Date

,~ --.;

Inst Phase

IV' ., ll,

I ")J

..) ,J

-;'"

A :

l

1- ?

I~ ) /'

,.., ""

Time

I 7, :-.

-:.:) , . :... ..

Carr. Time s-p Amp

'[

Remarks

;

', A/"'.:-." ,-' v.,:, ::-'. T c_o '.." -.1- AJ~ J ' \... -y \" L ::;,:;. :r j\ }, t ' h, t;" ," ...i, \' ~J )~) " h

v v l

-27-t,tl

A

o

is ',1) ,.! - () /;- - It' cL

I~ .. - ,');;.. d

: IVr t)j \,i#// r ~."t (.' 1/ c ..' J ," I ;1 r,)

I

I

GPO 844.1g8
Date

!

Inst Phase Time t\t Corr. Time s-p Amp Re.narks

.? +-;. -; _.' : ,4t ..., __ ','" ....,

____-+-_~_-_+_....l-~-_.-..-..-,.'+-__t--__-:.-/~l.f:...._= ? :/0.' -+----+---------+----f---+-+------ _

;,~ j -: .. c.

11,""- .":' I ••• '"-' ".'

r'o: N ,'LR

I

A

D

/L1

[

•..

JJ

•

GPO 844.1 De
Date Inst Phase

3 -',.) '! -.:. M eJO '()~

?

.J '?

A c: t

i ":

/?

f) pt

.,.. ?

/:/ :- 7()

of ?

i 7 I

U~ ,J }:!

A' ?

A' ?

5f;F ,II' fJ

A.'7

'A .?

Sf) :t: A,,-p

",'?

"

?

p~-~ j P

A'S.

A'S5?

iP~-f-" J,' G

J'L p

Time

:S, ?5<-/

/l,D d.

;;'.O ..S C

/7.'P

_":.-). :/c

;" :', /".1

:2<. 7 c.

Carr. Time s-p Amp I

i

t

Re.narks

11 j"p IS -;;J...f/- ..s-.s::2J

A. A,o 5·'/, 6J

f) A .-fJ 5.?&")J

N (JfJ 5'/,9 d

~~l__+- -+-__-I-__~(t~-~(.._:.C_,I;... ..•· _..)~/.~;.:_ . .::l.~lf_-.,:;;t:~~/)+----+---------;---t---t--r-----------

)6 ,'/CJ " c~t.1

--). (

1

I ,,"1 ~.,

\'

I

i
=

Date Inst Phase Time 6t Corr. Time s-p

!

Amp I Re.narks

'V

I

t

I

I

I

I

I

I

i

!

I

!

....

i

!

I

GPO 844.1 ge
.... - 10· -6-----1

-

... -..-----~

••••

EXPLANATION

• ,........,. I'ett...

• '0Wft., leeeM',

. \. J ' , ',...

\n.,b' , ' I' ,. ........ C.'h' •••,.. 1,000 ....

...- ..... ' ........,., u I

L...-... -+ .-..._ 10.

, -+- -,L. ,••

,...

. . I

Figure l.--Map of the island of H~waii showing se~smograph sta~ions

operated qy the Geological Survey and localities mentionedl in the

text. Epicenters of earthquakes are given in terms of geographic I . - '

coordinates, which are indicated at the edges of the map. !

..... • !' .... C.- ..... 4t'9_ .......---~~~... .....- """"..''f1."".'"'M..fi.Vi:'''~''' ,.-,...,.,·..,..,--,.,fi, . '." ...·.,.f # .

!

.. .";, ·\A'.hN.;;SttU. AJ 4hW,P4Ml, *'r~".-46""'~'A••.•.....•..•.,..."';;...... Ie'l'#44""'........'-

I
.._---------_.---..- ..- .---------------. ..- .,_.---_._,"._. ., ,

Table 6.--U.S. Geologfcal Survey stations in Hawaii

Location

Station Symbol

IAltitude

___, \m)

;-t-""olabove sea Latitude Longitude level

N. W.

Equipment

(Z. vertical; N. nort

E. east-west)

1,080 i Remote recording HVO-2: Z

I () 7" Short-base liquid-level til

) lJIt'IlI9,.''1'-O I",sT.ru ..,t,T 

815 t., Rdmote recording HVO-2: Z

1,115 HVO-2:

-19°2-5.4' -.- 15-5°17 .6- 1 Uwekahuna --U - -1,240-

(Hawaiian Volcano

Observatory) •

Mauna Loa-----.------ M 19°29.8' 155 0 23.3'i!

0 19°23.4' 155016. 9 t i -'=

A-lt(,,(o - - - A /9 ."1" I 9"

Desert..,.. _________ca_- D 19°20.2' 155°23 .. 3'

North Pi t·----------. N 19°24.9' 155°17.0'

Whitney------------ , W 19°25.9' 1S50 1Se- 7'

2,010

1,210

'Long.;..peri-od Press':'Ewing-: 

(seismometer and galvano

periods are 15 and 90 se

respectively). 

Short-period Sprengnether: 

HVO-l: Zl/.

Short-base liquid-level

Remote recordi.ng HVO-2 z

Bosch-Omori: N, E; (seism

period 9 seconds).

Short-base liquid-level

20 HVO-l: z.

N, E. Ope

Sister Thecla at Jose

--S-chool.··---· ---- --'- -- 
__ _·.- ..6*..·CC'.:._ .- - ---- .--

Table 6.--U.S. Survey stations in_Hawaii--Contin

Location

Statficm Symbol

Latitude

N.

Longitude

w.

Altitude

(m)

above sea

level

Equipment

(Z. vertical; N. no

E. east-wes

Naalehu----------- Na _t-Ioucks-Omori: N, E; (seism

period 3 seconds). Ope

Mr. Alfred l<ahakua at Na

School.

Konawaenw----------

Maui----

Fa

Ka

Ko

Ha

205

815

495

2.090

N, E; (seism

period 3 seconds). Ope

Mr. Kongo Kimura at Paho.

J a 1'1 :J..1 It"S- A H V () -I.' Z I -", T

L 

oucks-Omori: N, E;

'perio43 seconds). 

Mr.• T. C. Mills at Waime

riawaiian-type seismograph: 

<seismometer period 9

Operated by Mr. Howara T

Konawaena School.

HVO-l: Z.

Wood-Anderson: Nt E. Ope

the staff of Hawaii Nati

at Haleakala, Maui.

1/ HVO-l is a moving-coil, hinged,

--- ---galvanometer peri9-asof DeS both seismometer and galvanometer is 

control the strong galvanometer This seismograph has a peak magnification of a

at a period of Recording is on photographic

,- .-- - - .-.. .' ..-. - 
".

Table 6.--U.S. Geplogical Survey seismograph stations in Hawaii--Continued

2/ HVO-2 is a moving-coil, vertical-component seismograph with a seismometer perio

0.8 second. Its signal is transmitted over telephone wires to the Hawaiian Volcano Obs e

where 'it is recorded on smoked paper. The response of this seismograph is similar to th

HVO-l. Records from these seismographs at the M, 0, and D stations are recorded on a 3-

drum to permit an accurate comparison of arrival times at these stations. .

.... ,.-.
1

(For c..t. _d Geodetic Surve7 .... ,'"

United State. lartlaqUlJee, 1960)

\

. \.

"

\

,

,

HAWAllil ISLANDS

(15Oth Meridian or Hawaii_ Standard ru.) I

i

I

I

"otel Data on the followiDi local disturbance were d.terllia-d trOll

se1sIIOgraph et4t1oD.8 on the 1alaDde of Hawaii and Haui b7 the Ba1l&11&D !

Volcano Ob8.rY~to17 ot the U.S. Geological Surwy. For additloll&1 iDtOrllat1on, ••• the Hawaiian Volcano Obeenato!7 S~ 17 throUCh 20.

8 lea DorttnMst of Honokaa at a ct.ptb of 12.5 lea. Felt

Dear Wdp10 Valley on Haaakua cout ot Hawa11. Magnit11de 2.'.

JanU&r7 131 Durine the 14 hour. p-ecediDg the outbreak of • fiaJ?i eraptioD

I ,

on :1be east rift ~~ ot lUau•• at about ]jOO h01lr8 a'beat I

\

• !

I

,

y

I

of 'Iapobo. CoDtellpOraneou. with tb1•••18111c actl~t7I I , I

theI Kapoho craben nb81d.d about. 4 tNt. 'lb••• ~e.I I I

1IIIre of -.pit_de 2.0 or 1••• and ..re felt at • ...-

I

ra~ of two per lI1Dute durin& tile earq pC't of the 1J.4 boar : I

I i

period. BecalM of th.ir ..all 81M aDd INat -.bet DO I I

I

attellpt 1IU ..de to 1te111se tbeL I

I

1000 .arthquak•• were t.lt. in th. Tic1n1t7 of the Y11lage i

I

Janu.-y lei 18t 26th6.0I-. 1p1center l'-2ht north, 15,·4S' ve.t, II

I

I

lS kIl e..t northeast of RoORDa at a depth of 3 kL 'i[Felt

I

I11_a ca1clera area, Pohakuloa aDd 10Da. Mapitudll 'h.S.

I

I.
AccofTlpanying the summit subsidence of Kilauea Volcan , during the

early part of 1960, marlY ~9-rthqu.akes were fel t In the vicinity of I

Kilauea Ckudera. Dates,oii.gin times (to the nearest min te) arui appro-',

x1Jnate marnttudes for these _~"eartJ'1q\lakes al'e listed below:

I

I ;

I ,:

; I

I ,I

I I

I I

i :

Date

I

Jan. 26

I " I

Jan. 2P

Jar.le 29

Jan. 30

"

ff

"

n

n

It

t1

ft

It

"

!I

!f

II

,Time

I

I

I

'i16: 11

\16: 20

I

P3: 26

i09:1~

P1:16

~7:26 [

0'7:30

i

f7:35

01:51

i

08: 0·7

~A:13 I

0P: 1 rJ I

~8:27

t8: 2A

~R:29

~P,: bl

1::~: ~PI: 5'(

~:::: clP: Sf!, I

Magnitude

2.3

0.6

1.8

2.2

2.2

1.6

2.2

2.1

2.6

1.9

2.8

2.R

2.6

2.0

2.2

2.4

? "') .........

2.3

Date

Jan. 30

II

"

II

f1

"

"

"

"

It

11

Jan. 31

11

II

tt

tr

n

Feb. 1

"

"

II

Time

08:59

09:00

09:02

09:02

09:04

09:05

09:01

09:0"7

09: .')8

11t32

23:42

04:17

04:28

11:10

11:37

15: 29

20:00

0'7: 48

OR: .30

QP.: 58

09:04

16:06

Magnitude

2.5

2.2

I.?

2.2

1.8

2.2

2.2

2.6

2.3

1.8

2.2

2.1

1.8

i !

i

I

I 'I

I

I :

qi~: 59 2.]

I

!I Ielt island-vide.

~/ ':81$' II.I leQ.

eL pote es tEch 7 pesd etc.

ff 16:51 2.6

........ ,..

IiI I

I II

..... ,....J~- la .. '" '~L•.0:..:-................ +no . I . dil••·' ",;,\;. b St.... _______ --_.~ ---.I-
: i

, i

, I

: I

Date

Feb. 1

"

"

Feb. 2

It

"

"

"

tt

"

n

Feb. 3

"

"

n

If

n

"

II

"

"

"

"

Time

I

~9:05 I

22z2'7

2:3:41

I

I

06:38

O~7: 24

14:56

r

18:S5

19:07

20:18

I

21124

22:19

O~:lO

I

02:,30 I

03z26

I

04:16

04:25

i

I

04:28

04z29 I

I

04!: 29

o4~:45

10:50

11141 I

I

llr~

Magnitude

2.1

2.2

2.2

2.0

2.A

2.4

2.3

2.4

2.2

2.0

2.4

2.2

2.5

2.3

1.8

2.0

2.2

2.8

2.6

2.0

Date

Feb. 3

n

"

"

"

"

"

"

u

n

"

Feb. 4

"

"

"

II

n

"

"

"

"

"

II

Ti_

121.39

12:55

13z18

14:18

14:25

17:31

18:)0

19:18

2l:Sl

22:01

22:44

03:11

04:53

06142

0'7:29

10141

14:46

16:43

16:46

11:06

20:10

20:52

21:20

Magnitude

2.3

1.8

2.3

2.4

3.0

2.6

2.3

2.2

2.0

2.2

1.8

2.,

2.5

2.6

2.3

.3.0

3.0

1.8

1.6

2.5

2.2

I

I I

I I I I

I

Ii'

t'

---; .....
._--.......,

II

I '

iI

. j!

I ,

Ii

I

Date Time Magnitude

I

Dafe Time I l-lagni tude I I I

2.5 Feb. h 2~:29 ~'e b. c: o5:oe It 2.3 2~:33 2.1 " 05:12 2.8 I

05:5/

I

211: 4A

I

" 2.6

" .o.~ 2.2

!I I ,

I

II

I

" 22

1

:00 1.8

" 06:03

! 1.8

" 22:01 2.0 rr 06:04 I.e I " 22~03 2.2 II 21:41 2.2 I II , I I

tr 22:04 2.2

" 22101

1

2

•

3

I

" 22~O1 2.3

n 22:02 2.8

II : I

II 2.5

Fe t.

6 02:02 2.6

2.2 :2..3

"

" 03:10

" 23:02 2.8 11 03:17 fe3 23+9 ; I " 2.3 It 03:49 2.5 I I " 23:f2 2.2 rr 03:58 I

2.3

04:00

Feb.

S 00:1

5

" I , If Ou: 5 2.3 I " 04:06 It 04:JA 2.5 " 04:20 I n 04:42 2.3 " 04: 2'7

I '

I : I !

I

OU:~6 2.3

04:u6

"

" t1 04:52 2.8 " 05:10 " 05:0~ 2.2 " 05:25 If

05:0~ 2.3 fI 05:35 II 05:02 2.4 rr i 06:03 2.2 " 05:04 2.5 I " 06:01 3. " 05:0~ 2.5 " 06:12 2. If 05

:°, 2.2

" 06:15

'-f- ~---
I

! I

Date Ti~ Magnitude Date Time Magnitude

I

Feb. 6 lOi44 I 2.8 Feb. 8 04:ll 1.9 !

" 11:14 2.5 n 08:45 1.9

" 16:44 2.3 Feb. 9 03&25 2.5 I I n 1'7 :113 2.3 .. I 06:19 I 2.3 ,

I

II lB:l~4 1.4 II 15:29 I

I 3.1 j

n 19: 1

,4 2.8 " 11:27 I

I 2.0 I I I

I n 22:08 2.2 " 1'7: 27 I 2.2 I

I

" 23:29 2.6 " 17z28 I 3.1 I

I

" 23:55 2.2 " 11:29 I

I 2.9 I ,

I

I

Feb. 7 00:41 2.3 n 1'7:29 I 2.8 I I I I

n 01:38 2.2 " 17:30 I 2.3 I

I

02:04 2.3 • 11131 I

2.5 II I

I

I

021~8 2.3 II 17132 I

2.9 It

" 02120 2.5 n I 21120 2.2 I

n 05121

7 4.1 " 21:4·/ 2., i

I

22:3, " 06104 2., " 2.2

" 0610, 2.6 Feb. 10 00148 2.2

" 06:01 2.1 !I n 18:14 1.8

II ~':of 3,~ tt 21:.34 3.6 " 18:29 2.5 I

!

" 22:36- 3.8 11 21:2, l.e

Feb. 11 00141 2•.3 I

I

" 01:09

, i

" 01:53 .8
I :

, I

1 I

:Oate '1'1wJ ! Magnitude Date Tille nitud8

1

I 1

Feb. 11 01:$6 1.8 Feb. 20 12140 12.4

i I

, It 02109 2.3 " 14:48 1

2•2

1 1.8 • 14:5~ 12.3 f " 021111

" 03:26 3.3 .. 21140 12.3

I

II OJ:33! 1.9 " 22:$1 1

2

•

2

!

n 04:1~3i 1.8 Feb. 21 121.31 1.9

II 05:5); 2.7 " 1.3:20 2.3

" 01:241

1.6 " 1.322S 2.0

" 11: 39 1

3.3 • 131)S 0.6

reb. 12 04117: 2.8 • 15140 1.9

" 04tSS 3.5 n 16154 2.3 I

" 08143 2•.3 " 17103 2•.3

I

" 09127 2.2 " 17:20 1).0

I

" lOtlr 3.2 " 1'7237 3.3

• 161~W 4.1 " 18115 1.6

" 161'~ 2.8 " 18117 1.9

Feb. 15 20:19 1.3 " 21131 2.1

Feb. 16 1513$ 2.3 " 22:29 2.3

1

Feb. 18 09:2S 2.0 • 22:33 2.0

" 20:06 1.9 " 22:39 2.0

" 20:07 1., " 22152 1.8

1I

,WW'. I te A respon8ib1e tor fault IlOt1on aerose HU1na 001 road I

and destruction qt about tifty fe'et or that road. 19- 21' north, S5-11' "'8t. ,.~

i I

t.
Ij

Ilite ITime Magnitude Date Time Magnitude

(

Feb. 22 04:29 2.1 Fet. 24 03:55 2.5

i

II [as: 29 3.3 II Oh:36 2.6 I " " ~05: 40 2.0 05:20 0.8 1i n q5:53 2.2 06:47 n 0.8 1

II 10:11 1.8 II 20:15 2.0 " 13:0A 2.3 " 20: 21 2.3 I " 114: 25 2.6 II 20:25 1.9

tt :15: 29 2.6 'eb. 25 03:25 0.8 I

tt 116t31 2.2

" 03:29i 1."7

"

121:44 3.5

" 03131 1.3

It ~22: 35 1.8

" 04:1"7 3.0

It 122:42 3.8

" 05:21 2.6

I

II

1

23:31- 3. "7 If 09t21 2.8

Feb. 23 08: 24 2.6 It 14:25 2.6

ft 09:0, 2.0

" 14:32 2.2

" 109:15 3.6 II 15:15 2.2 " I

2.0 11 23:11 2.3

1 11:50 1i Feb. 26 01100 2.9

" !11:53 2.3 n !14:11 3.1 tr 12:41- 3.1 Ii

It

i 14:31 1.8 If 15:58 3.0 1

" 15:43 2.4 .. 16:06 2.2 " 116:06 2.0 tI 16:12 2.6 " 116:45 2.2 Feb. 2·' 04:42 2.2

It 1'7:11 2.5

" 05:36 2.3.

" 18:58 3.4

" 10:48 1.0

" 19:02 2.2

" 10:54 1.8

7.
{)ate Time I 11at!ni tude Date Time Magnitude

I

I

Feb. 2"7 I

11: 31; O.~ I~r. 2 15:07 1·i8

I

2.\' n lIe 341 2.3 n 15108

i 2JO " 12:03: 2.1 II 15:13

!

I

I

1

It 13: 11; 2.8 " 15:53 2~6

I

11 13:31 1.9 " 18:40 1.9

I

" 13: 50 2.0 " 22:02 1.8

" 22: 5"1 2.3 " 2):11 2.2

" 23: 23: 2.0 " 23:24 2.0

Feb. 28 \

00:19: 2.2 Mar. 3 02:0. 2.3

II 02: 171 1.8 11 12:0"7 2.8

It 12:24 2.2 " 13:24 2.2

:

It 22:15 2.2 " 14:26 2.2

I

I

II 23:12: 2.3 It 14:30 2.2

I

i

It 23: 15! 1.8 Mar. 5 05:28 1.8

I

I

Feb. 29 10:141

2.6 " 06:41 2.0

t1 11:38: 2.3 II 06:44 215

I

If 13:47: 2.5 .. 06:50 2~3

1

11r 1~2 3~3

" 15:421

1.9 It

I

It 16: 59\ 2.0 Mar. 6 21:04 015

I

I

18:12 It 21:16 i

It 2.2 0~7

II 19:1"7 3.4 If 23:34 3~O

I

I

Mar. 1 06:4~:~ 1.8 l'-'lar. "7 08:4"7 2.2 I

" 21:~ 1.6 V " I 16:32 3.8

u 22:07 1.9 Mar. 8 01:05 1.8

Mar. 111 05:49 2.0

" 07109 2.2

t.
March 41

March 11

March 191

March 23:

March 231

06:04126.0*. Epicenter 19-26' north, lSS·S1' ...t, !

S b leaat of HoDa1mall at a depth of 8 0. Felt at BOrth aDd

80Uth 10Da. Magnitude 3.0.

0)124111.,*. Epicenter 19°26'. DOrtb, 15S-13' ~.t,

8 kIl northeast of Hal_uaau ~1.t • depth ot S b. F.lt

at IU_.a caldll~ area. DUb•• broken in 4 hOlIeS, -U

objecte overturned. Magn1tu<le 3.3.

12 0 BOuth IJ outhwe.t of BooDDa at • depth of 3 b. Felt I .

at Capt. Cook, Iona. MapitllcW 3.2.

'beDeath lUauea Iki crater. Felt east ria of lUa••

'beneath IiI... Dei crater. Felt east ria of n1all.a

caldera. Magn1tude~3.S.

9.
Karch 24a

iprU 3:

.lpr1lI'~1

AprU 5:

April 221

April 261

April 291

13z16121.5--. Epicenter 1~24' north, lSS-22' ...t,

10 ba ...t 8outhea.,t of Rale..,..u at • d8ptb ot e 0.

,elt DorthlMst ria of IDauea cal~ra_ Mapitucle 3.21•

I

1;141103.8*. Epicenter 19- 21' north, lS,ol,' ..st, I

7 kII 8OUth•••t ot Haleaaumau at • depth ot .3 m. Felt

north and DOrthveet ria ot I11auea caldera. Mapiwdl 2.8.

04: )4111.1*. Bp1center 19° 21' DOrth, 155-16' ·...at, 7 ba

south southeast ot Halell&UII&u at ,a shallow depth. Fel.

nort,h and nortbea.t ria of lilauea caldlra. Map1tud.e.3•.3.

0)1181 53.S*• 1p1ceat8r 19- 2,' north, lS,-17' _at, 8 ka

beneath Bale..1IIIau. relt at ...t ria of l11au•• caldera.

Magnitude 3.2.

07120126.6*. Epicenter 19-25' DOrth, lSS·17' ...t, 60 ka beDea1ila

Rale..uaau. F.l~ at •••t ria of nlau•• caldera. JIap1tudll 2.6.

07.(412).e*. Epicenter 19-2S' north, 1,5-16' "lit,

southeaat .ector of Iilauea caldera at a ~tb of 8 ~.

rel~ at eut ria of Iila.a caldera. Mapituc» 2.3.'

(611)109.)*. Epicenter 19-2,' Dart.h, 15,-26' ...t,

17 0 ...t nortbve.t of Hale..UII&u at a depth ot 8 ka.

Pelt. trOll HUo to lena. IIap1.tude .3.9.

09zla6I.34.O*. Epicenter 19-2S' BOrth, lSS-11' _Bt,

shallow depth below H&1.emaUIIAu". rtit at north ria ot

KUAuea calclera. Magnitude 2.6.

I~ \ I

__._.1.. ..... ..JI

1
iala-nelll. MagDitude 3.9.

r

I

I

V

I

I

.. , I

Mq 81

May 11:

May 12:

May 25:

Mq 211

May 31:

JUDe 21

I

O6s28139.0*. Eploeater 1,.21' north, lSS·l,t "A,

;8 k. aoutbwe.t ot Hal...uaau at • depth ot 25

Pelt 18laDi-vide. Mapitude 4.0

2)106.45.9*. Epicenter 19-24' north, l.$S-18 , wen,

,2 ka 80UtInMat of Haleaau-.u at a Iballow depth, Felt

at north ria of Illa... cald8ra. Map1t1Ide 2.6.

:11:18:09.9*. Epicenter 19-2)' north, lSS-20' .at, I

I

7 lea BOUthW88t of Hal...UII&u at .. depth or 15 m. mt

Sf!(,.~·O" I

:10145:3.3.0*. Epicenter •••tern pGRYB ot lila... caldera

,at a mallow depth. relt at BOrth_st ria of l1lau.. caldBra.

IMagnit.1Ide 1.6.

:OSI49:~.0*. Bp10eQer 19-25' north. lSS-11' ...t,

I

I

northeast ria of Hal...,..u at a _til of 12.S~. relt

lro. JC11auea caldlra aNa to BUo. lIapit1acle 3.~.I

i

:OSaS8:10.0I-. Bpi.llter l~ 25' IIOrtb, lSS-11' .en,

'northeast rlll of Hal_u.s.ll at • depth 01 l2.S a. hlt.

fro. l1J.auea ealdllra aNa to BUo. IIagD1twle 3-4-

1411214).2*. Epicenter 1~24' DOrlh, lSS-U' ...t,

H~tt1tUI""u !

,4 ka 8OUtInM.t of __at a depth of lS 1aI. I Felt. I

;.t northwe.t ria of rna,.. eU_ra. Kapitld. 2~6_

20:4'7122.6*. Epicenter 19-16' BOrth, lSS·27' ...-t,

~1n4&.t"'.LI 120 kIl ...t of VveIlMi .t a depth of Sba. Ptit tra.

nlauea caldera area to IoIUl. Magnitllct. 3.,.

II

I

;

I

I

,

\

I

I

I

I

l

\

i
June Sa

JUDe 7:

June 13:

JUDe 14:

June lSI

JUDe 181

Ju. 181

June 201

231401~.6M-j Epicenter 1~21' BOrth, lSS-16' ...ot,

8 kIl aouth southeast of Hal._uu.u at a depth ot e al.

Felt at east ria ot l11&uea caldera. Magrdtude 2.6. I

12119124.1*. Epicenter 19-10' aorth, lSS-34' ...t,

10 kIl north ot laalehu at • depth of S kIl. Felt at

Pahala and north aDd ...,t r1.as of Iilauea caldera.

Magnitude 4.1.

17:53159.4*. Epicenter 19-08' north, 155-27' .st, 8 ka

south .outbweet of Pahala at a ct.pth of 25 1aI. hIt

at Kealakekua. Magnitude 3.6.

23115:.34.)*. Epicenter 19-2$' north, 1SS-I7' vest, 8 IaI

below Ha1e..umau. Felt at KUauea caldera region. llapitudll 3.3.

23:531.36.'3*. Epicenter 19-25' north, lSS-11' ..at, 8 IaI

below Hale..umau. Pelt at nlauea caldera region. Mapitud.e 2.8.

C1'Illl:40.0*. Epicenter 19-21' aorth, 1.$,-11' ...t, i

6 ka north DOrtbwe.t of Ral...uaau at a II&lle1r ~ptb.

Pelt at IDauea c&1clera regioa. Mapitude .3.0•

.. ollS6107.4*. Epicenter 19-18' BOrth, lSS-2S' wen, 18 ka

aouthveat of Hal.eaauu.u at a depth et 8 0. M\ at I1laUlaa

caldera region. MagDitude 3.9.

09ISOt01.S*. Epicenter 19-19' DOrth, iSS-I)' ...at, 1h bl

.Ol1th••at of Hal.......u at a ~tb of 3 m. Felt at

•••t ria ot lUau.. oald8ra. !lap1t" 3.4.

12,,8123•.$*. Epicenter 19-24' north, 155-21' .It, 6 IaI

..at 8Outh...t of Bal........ at a d8pth of 12.S bl. :Felt

islaad-v1de. Mapit1lde h.I.

12r,
JUDe 20:

June 20:

June 21:

June 212

JUDe 26s

I

soutbwest ot Hal....UJI&1l at • depth ot 12.5 kill. }pelt

area

trOll KUauea caldera/to Iona. Magnitude 3.9.

Sf

18:,8:)&.)*. Epicenter 19°2li' DOrth, 155-19' .et, 4 ka

southwest of HalellaUll&ll at a depth ot 12.$ D. relt at

east ria ot Illausa caldera. Magn1tude 3.1.

01:00:18 •.3*. Epicenter 19-24' north, 15,-21' vest, 6 D

-"t SOlltb1l88t ot Hal...au.u at a depth ot lS ta.

'.It at north ria ot lila.- caldera. Mapit1Xle 3.2. I

10s'6:49.2*. Epicenter 19-2.3' north, lSS-16' wat, 4 ta

south southeast or Hal...u.au at a ahallcnr depth. Felt, I

at I1lauea caldera area. IIqD1tlXi. ).,.

14133:08.6M-. Epicenter 1~2S' north, 155-1,' west,

I

8 D beneath northwest ria ot lUausa lid. '.It at lila... I

caldera area. Magnitude 3.1.

13.
Jul;r 1: 09:J.oI27 .1*. :Epicenter 19- 27' north, 155-15t'i wet, 3 ka I

north ot Volcano Ron•• at a d.pth or ,2 kit. I,Felt, at east

ria of Kilauea caldera. Magnitwle 3.1.

July 71 14:33:35.0*. Epicenter 19·~7' north, 15S-15, west, 3 0

north ot Volcano Hous. at a depth ot S2 0. Felt at, east

ria of KUauea ca1.der~. Magnitm8 2.9.

~,

JulT 19: 181.,43.2*. Epicenter 19-27' north, 15,S-16' .et, BOrth

ria ot Iilauea, Dear Ieauhou Ranch at • shallow depth. Felt

along north and east ri_ at I1lauea caldera. I

July 19s

August 71

August lOt

Magnitude 1.8.

18:40s16.9*. Epicenter 19-27' north, 15,-16' ,..t, DOrtb

ria ot lilauea near leauholl Ranch at a 8hallov depth.

Felt &lOBI DOrth and east ria ot mau.a calde~a.

ria ot KUauea caldera at a depth ot S0. Felt at DOrtbea8~

ria of I1lauea caldera. Magnitude 2.7.

11133:22.0*. Epicenter 19-26' north, 155.18 1 ".t, north I

ria of lila_a caldera at a depth of 10 m. S-tuie 3.0.

Felt at north aDd e.at r1IuI ot Iilauea cal4era.

2)1161,5.1*. Epicenter 19-54' north, l,S-36' "It, 7 kII

I nor'tbe.st of Va1kl1 at a depth at 10 m. Felt near Waiplo

valley on Haaakua co••t ot Hawaii. Magnitude 3.9.

I+:

\

I

I

1

\

___ J
August 11:

Aupst 11:

01141:17.1*. Epicenter 19-52' DOrth, lSS- 36' ven, S kII

••at ot Waiki1 at a depth of 10 D. Felt at BoraNaa. !

Magnitude 3.8.

1010)114.0*. Epicenter 19-2,' DOrth, 1$,-18' vest, S loa

beneath Hal...UII&u. Felt, at northwest rill ot lila•• caldera.

August 141

Magnitude 1.9.

04,20:2.3.9'*. Epicenter 19- 33' DOrth, 15S-41' .at, northwest

nau of Mauna Loa 25 ka •••t of Capt. Cook at • depth of

5 D. IMt at Clpt. Cook, 108&. Kqn1tude 2.S.

~~ Septeaber 14: (41191)9.0*. Epicenter 19-1)' north, 15S·.......t, 30 D

south of Cllpt. Cook, at • ~th ot is _ .•• lI",a. Felt

at Capt. Cook, Iona. Mapitll~ 3.6.

Sept..her 171 1'2:331 25.0*. Epicenter 19-2,' DOrth, lSS-17' lIIwt, B&1_....

• t a depth ot $ loa. Pelt Oil DOrtb. ri. of I1laMa calMra.

Mapitllde 1.8.

Septeaber 18: 12ISJI 34.0*. Ep1ceater 19-24' DOrth, ISS-lB' ...t,

.~th.ut Iilau•• caldera, 'Yel7 eballcnr. '.It OIl 80Mb rill

.t Kilauea oald.... IIap1t.dIa 1.1.

Septeaber 191 lS,2-,:21.S*. IpiceatAtr 1~2S' DOrth, lSS-20' ".", S -

...t at Hal_UIIl8l1 at a depth of 10 loa. Felt on ~.t rill of I

lila.. caldera. Mapitude 1.8.

Septellber 201 (11129143.2*. Epicenter 19-,8' north, is,· 34' welt

DOrthlllst fiank ot Mauna Ie. 17 _ 80uth of I~. at •

depth of 12.5 0. Wida17 felt. north r1Jl ot l1la_.,

~&1akekua aDd lukuihule. Mapitude 3.1.

_......._----- I...~~-------- ...
I

"

I

I

Septellber 211 I 20108lhl.0*. Epicenter 19-45' north, 1S6-1S' -.8t,

i

I 20 0 1I8st ot leahole Pt. at a depth ot about, lS m.

Widely telt in DOrth Iona, reporta tre. Iealakekua,

Honokahau and IaiDallu. Magnitude J..3.

September 291 E>8:23:19.6If.. Epicenter 1~24' north, 15,°16- vest,

HaleaaUll&u at a depth ot 27 0. hit at east ria ot

Kilauea caldera. MagDituct. 2.1.

October 8:

October 111

October 18:

1112'111,.1*. Epicenter 19-27' north, 1$5-24' ...t, about

20 0 east of MokualMoveo at a depth of. 8 0. r.lt 1D

HUo, Pahoa cd e••t ria at Inanea caldera. Mapitm. 3.1.

1314312'.S*. EpicenMr 1~2S' north, lSS-17' ••t,

IUau.a caldera at a depth of S b. Felt at ...t ria of

lilauea calct.ra • Magnitude 1.5•

09129153.2*. Epicenter 19-2,' north, 155-22' ...t, about

9 m ...t ot Hal...1mI.U at a depth ot 48 0. '.it at ...t

ria of IU... caldera. Mapit1lde 2.8.

0$:18128.8*. IpiceDjer 19-27' DCrth, 1,,-16' ...t,

!north ri. of Iilauea caldera at a depth of 10 0.

I

Felt ..st ria of Iilauea caldera. Magnitude 2.4~

October 25: 21131156.0*. Epicenter 19-26' north, 155-11' ...t,

north rill ot lUau.. caldera at a shallow es.pth. Felt all

oftr Kilauea 8UII1t area. Cracked path., roac:la aDd tenD18

courta at ll1lita17 reat ClIlp on BOrth ria of Iila.a cal.ciIra.

,Magnitude 3.2.

1(,.

a:UE.
Nov8llber 11

lov8llber 5t

Moveaber 7:

NOTe.her 1:

I

'06~32:'O.5*. Epicenter 19-26' north, lSS-11' ",t, I

I

'Haleaaua.u at & depth ot about S lea. Felt on nar!th aDd I

east l'1.,ot IUauea caldera. II.agD1tuct. 2.1.

10:.35,3,.$*. Epicenter l~21t north, iSS·OS' 1I8.t,

at Puu MaDa OD the 80utheut l1l.au.. Pall ~tea, 40 lea

at shallow depth

south of Hll~ Felt in Hila. Mapitude 3.0.

09~36:29.()M-. Epicenter 19-25' north, 1,,-18' ...t,

east ria of lila.a caldera at a depth of 7 lea. relt on

DOrtInIIa.t. ria of nlauea caldera. Magrdtude 2.0.

1212110$.1*. Epicenter 1~25' north, 15S-18, ves~,

east ria of Kilauea caldera at a depth ot 1 b. Felt

on northwest ria ot IUa•• caldera. Magnitude 2.3.

Hoft.ber 7: 20:21:)2.1*. Epicenter 19-2,' north, 15S-18' ..et,

.ast ria ot Kilauea caldera at a depth ot 7 D.

F.lt OD DOrth ria ot nlauea caldera. Magnitude 2~ 1.

lIaY..ber lOt 141$8:49.8*. Epicenter 19-2,' north, lSS-18' west,

.~.t rbl ot KUa•• caldera at • depth of 1 a. I

'.It OD nortbwe.t ria of IUaue. caldera. JIap:1tu~ 2.1. I

NoTellber ·101 lStb,5110.;*. KpicenMr 19-25' north, lSS-18' ...t,11

e.8t rbl ot lilau.. caldera at a depth of 7 m.

Felt OD aorthw8.t ria of lilauea caldera. llapitudla 2.4.

Jlo.eaber 151 llt5S:11.8*. Epicenter 19-2b' north, lSS-lB' ...t,'lUauea

80Uth1l88t rift at a depth ot S lea. h1t at northwe.t ria

of !IUau.. calcMra. llagnitwt. 2.1.

..1.

--- - -----

j

I

!

\

I

\

\

i

I

I

l
1

I

Ncw••ber))s l.3l30s~.()I-. Epicenter 19-2)' north, 1S,-19' ...t, I

I

Kilauea loutbw.t rift, at a depth or 30 D. Felt at

lila08- .-it area. Magnitude 3.5.

!io'Y••ber 3<n I 19'41141.61-. Epicenter 19-23' north, lSS-18' west, I

, Cone Peak region at a depth ot 30 0. F.lt at Iilaua

s-.it H area. Magnittde 3.3.

Deceaber 51 '1

1

11:54:32.1*. Epicenter 19-26' north, 155-20' ¥est,

1

Fel:t at e.at

I

I'I northern Iaoild 8yate. at a depth or 1, lea.

!i ria ot K~aue. caldera. Magnitude 1.9.

Deceal:er 13: '1,12:06:51.0*. Epicenter Hale....u at • depth of' 30 D.

I Felt in Pohakuloa, along KODa coast and in KUauea caldera

region. MagDitllie 4.0.

Felt

1

Epicenter Hal...uaau at a depth of III-X> D. I

I

in Pohakuloa, IUa•• caldera region, and aloD8 Ibna coaat.

12:08:16.4*.

I

Dec••'ter 13:

~tud. 4.0.

S~i kIl south of Hal_uaau at a depth of 10 0.

Decelllber 111

Decellber 211

I

i

20:51:16.1*. Epicenter 19-42' north, lS,-45, ...t, 16 0 I

I

nortt..st of Dal.kekua at • depth ot 3 D. Pelt II at Iealak.Da. I

I

I

I

I

I

I

2',2t1,t4,. ()It• Epicenter 19-n' north, 1,,- 11 _.~,

1

I

F~t in Kilauea caldera region. Magnitude 2.$.

Deceaber 2,1 02:56:28.01-. Epicenter 19-1)' north, lSS-)8' ve.t, eouth I

1

~ank or Mauna loa is D .st or Pahala at a Iball~ depth.

Felt in southern halt ot the island; Iilau•• reliOD to South i

Po~t to north IoDa. MagDitudta 4.5.

Dec_ber 81 2)127:41.5*. IpiceDter 19-26' DOrth, 1,S-21' ...t, 7 D ...t I

of Hale..uaau at • ~pth of S 0. '81t at DOrtb ria of

Kilauea calc»ra. Kap1tw1e 2.1.
97

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 1YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 JAN 1 0738 43.79 19 24.75 155 27.29 10.20 6 .08 1.3 3.8 KAO 256 111960 JAN 1 2014 11.98 19 26.10 154 46.73 1.70 6 .1710.8 7.3 SLE F# 3.4X 306 451960 JAN 2 1247 40.53 19 20.38 155 9.96 29.79 7 .05 3.6 3.1 DEP 2.3X 260 131960 JAN 2 2156 38.12 19 24.07 154 31.79 6.87 7 .2112.616.3 DIS - 2.9X 324 681960 JAN 2 2246 26.00 19 26.97 154 40.91 6.66 5 .00 6.5 5.6 LER 2.9X 315 521960 JAN 3 0453 58.76 19 27.49 155 19.03 14.52 6 .07 1.3 .8 DML 3.7X 1431960 JAN 3 1553 6.94 19 23.78 155 25.90 7.61 6 .10 2.2 4.5 KAO 2.3X 2371960 JAN 3 1603 45.82 20 2.65 155 52.31 12.78 8 .10 8.411.9 KOH - 2.8X 326 791960 JAN 3 2127 35.56 18 57.95 155 28.03 16.89 7 .13 2.716.6 DLS - 326 421960 JAN 4 1721 27.55 19 21.78 155 31.02 10.40 5 .07 1.6 5.3 KAO 2.4X 300 141960 JAN 4 2309 36.93 19 26.73 155 27.72 0.28 7 .06 2.3 .8 KAO 2.3X 265 101960 JAN 5 0556 34.86 19 22.85 154 49.95 12.53 5 .06 7.1 9.9 LER - 2.3X 301 461960 JAN 5 1131 53.47 19 19.86 155 5.01 5.61 7 .12 2.211.6 SF5 - 2.6X 272 221960 JAN 5 1835 6.33 19 11.49 155 27.43 12.21 8 .14 3.4 1.3 LSW 2.5X 333 181960 JAN 5 2235 8.65 19 19.82 155 25.44 11.50 7 .05 1.6 .8 KAO 2.8X 2921960 JAN 7 0524 38.44 19 25.79 154 44.99 5.24 6 .05 3.0 1.6 LER 3.0X 309 481960 JAN 7 0815 29.16 19 24.97 154 46.35 14.78 6 .06 6.810.0 LER - 2.7X 307 471960 JAN 7 1453 36.84 19 22.48 155 6.01 5.62 6 .21 2.215.2 SF4 - 3.3X 235 211960 JAN 7 1502 16.03 19 21.61 155 10.83 14.36 8 .16 2.6 1.2 DEP 2.6X 206 111960 JAN 7 1656 32.44 19 22.65 154 51.26 10.74 6 .13 4.2 2.0 LER 2.6X 302 161960 JAN 7 2336 33.08 18 41.22 154 26.29 13.04 8 .13 9.413.6 DIS - 3.3X 3361041960 JAN 9 1259 50.79 19 24.16 155 7.81 8.24 7 .10 1.5 4.9 SF4 2.7X 193 161960 JAN 9 1434 30.17 19 18.30 155 5.54 1.01 7 .14 3.315.9 SSF - 2.8X 241 221960 JAN 11 0157 54.27 19 28.06 154 43.56 8.91 8 .14 7.9 7.1 LER 3.1X 312 471960 JAN 11 0519 29.26 19 24.53 154 40.70 5.82 7 .05 3.3 2.0 LER 3.1X 316 551960 JAN 11 0536 51.00 19 30.81 154 54.09 0.16 5 .18 6.1 6.8 SLE # 2.7X 3381960 JAN 11 0547 34.12 19 27.93 154 46.42 6.96 8 .15 2.4 1.8 LER 2.7X 307 431960 JAN 11 1715 50.76 19 22.83 154 39.01 9.01 7 .09 8.311.3 DIS - 3.1X 317 591960 JAN 11 1741 30.98 19 20.45 154 45.05 0.76 7 .08 8.1 3.7 SLE 3.5X 310 541960 JAN 12 0037 9.39 19 16.34 154 57.28 6.78 4 .01 3.3 9.6 LER - 2.5X 340 341960 JAN 12 0059 44.27 19 27.45 154 56.59 0.02 7 .09 4.3 .7 SLE # 2.8X 2601960 JAN 12 0409 58.80 19 28.60 154 53.65 0.03 7 .16 1.7 2.0 SLE # 3.0X 2911960 JAN 12 1819 42.50 19 57.91 156 28.82 6.97 4 .1311.413.0 DIS - 3.5X 3531261960 JAN 13 1017 8.20 19 28.08 155 16.93 10.14 5 .02 1.1 1.8 GLN 2.7X 1591960 JAN 13 1100 23.78 19 29.48 154 53.21 6.90 6 .14 3.113.9 LER - 2.8X 291 331960 JAN 13 1102 11.76 19 22.67 155 16.90 6.32 4 .00 4.0 5.7 INT 3.0X 1421960 JAN 13 1106 7.41 19 35.68 154 58.81 6.90 4 .06 5.012.6 HIL - 2.8X 270 181960 JAN 13 1142 19.83 19 30.77 154 34.54 2.67 5 .0610.3 6.4 DIS - 3.2X 324 581960 JAN 13 1218 24.70 19 28.37 154 40.59 10.74 5 .10 8.712.1 LER - 3.3X 316 511960 JAN 13 1237 20.74 19 32.11 154 33.20 2.91 5 .05 9.6 6.2 DIS - 3.7X 326 601960 JAN 13 1303 22.76 19 28.70 154 40.34 0.06 6 .09 3.7 .9 SLE # 3.6X 317 511960 JAN 13 1342 17.74 19 30.90 154 54.20 0.30 7 .1482.931.6 SLE X 2.9X 288 301960 JAN 13 1441 32.45 19 26.88 154 39.81 3.03 5 .17 7.0 5.8 DIS 3.3X 316 541960 JAN 13 1445 40.27 19 27.41 154 47.05 3.23 5 .20 8.911.9 SLE - 3.1X 306 431960 JAN 13 1506 42.72 19 30.91 154 39.85 0.67 4 .2924.810.1 DIS - 3.5X 323 50

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 JAN 13 1600 24.78 19 26.39 154 46.07 7.83 7 .11960 JAN 13 1611 48.74 19 25.60 154 41.87 0.02 8 .11960 JAN 13 1629 36.11 19 26.82 154 31.59 7.58 4 .11960 JAN 13 1720 11.46 19 26.00 154 42.82 6.08 6 .11960 JAN 13 1802 1.21 19 35.72 154 42.05 4.74 8 .11960 JAN 13 2012 38.97 19 28.23 154 42.10 3.73 6 .11960 JAN 14 0206 29.23 18 59.37 154 23.27 6.84 4 .31960 JAN 14 1503 25.09 19 14.85 155 6.42 0.90 5 .11960 JAN 16 1142 37.27 19 25.87 154 51.38 0.02 6 .11960 JAN 17 1924 36.86 19 24.62 155 13.92 19.80 7 .01960 JAN 18 1331 13.72 19 24.75 155 25.24 15.67 6 .01960 JAN 18 1826 47.32 19 20.94 155 47.27 7.04 6 .01960 JAN 21 1705 3.57 19 14.57 155 33.51 2.46 5 .01960 JAN 22 2021 54.57 19 25.57 155 24.87 0.05 6 .11960 JAN 23 1442 57.39 19 18.85 155 26.35 9.73 5 .11960 JAN 23 1954 58.65 19 20.59 155 24.92 12.19 5 .01960 JAN 24 0043 40.72 19 14.39 155 9.77 5.19 5 .11960 JAN 24 1217 57.51 19 23.67 155 12.26 29.36 7 .11960 JAN 25 0754 33.16 19 24.24 155 17.30 1.96 5 .01960 JAN 25 1241 15.56 19 23.69 155 17.74 13.95 5 .01960 JAN 25 1907 8.25 19 26.38 155 24.14 6.45 4 .01960 JAN 25 2201 50.24 19 20.16 155 20.97 0.01 5 .01960 JAN 26 0211 22.42 19 21.02 155 34.27 0.66 7 .01960 JAN 26 0443 5.62 19 22.85 155 15.67 26.66 8 .11960 JAN 26 1007 21.33 19 24.55 155 16.92 2.42 5 .01960 JAN 26 1234 34.87 19 24.24 155 17.08 2.06 6 .01960 JAN 26 1617 36.91 19 24.18 155 17.55 1.95 5 .01960 JAN 26 1916 12.26 19 23.71 155 17.86 0.93 5 .01960 JAN 26 2146 14.40 19 24.39 155 16.51 3.22 5 .01960 JAN 26 2336 56.00 19 23.63 155 17.70 1.13 6 .01960 JAN 27 0315 2.22 19 23.98 155 17.65 1.33 6 .01960 JAN 27 0511 25.72 19 25.19 155 15.59 3.33 5 .01960 JAN 27 1058 30.59 19 29.99 155 16.36 4.47 5 .11960 JAN 27 1253 20.57 19 27.13 155 15.09 0.86 4 .21960 JAN 27 1336 32.73 19 25.84 155 25.36 6.98 4 .21960 JAN 27 1554 8.43 19 24.50 155 16.14 0.04 6 .01960 JAN 27 1614 18.54 19 26.60 155 16.25 0.03 5 .21960 JAN 27 1623 24.56 19 26.48 155 18.53 0.11 4 .11960 JAN 27 1712 38.84 19 29.51 155 15.17 4.67 6 .21960 JAN 27 1728 7.38 19 24.55 155 15.81 0.03 6 .21960 JAN 27 1730 31.28 19 23.79 155 16.91 0.03 5 .21960 JAN 27 2048 6.25 19 26.25 155 16.45 0.06 4 .11960 JAN 27 2213 28.90 19 23.86 155 17.70 0.01 4 .01960 JAN 27 2236 39.35 19 25.60 155 15.13 0.03 6 .21960 JAN 27 2304 16.12 19 26.29 155 19.00 9.15 5 .1
98

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 3YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 JAN 28 0144 6.31 19 22.45 155 29.81 5.56 4 .22 2.020.7 KAO - 2.5X 290 121960 JAN 28 0326 25.33 19 24.26 155 17.72 1.47 4 .01 1.7 1.5 SSC 3.0X 1871960 JAN 28 0843 37.41 19 24.83 155 23.33 3.00 4 .06 1.131.6 KAO - 2.9X 1811960 JAN 28 1013 47.22 19 24.87 155 16.46 1.00 5 .22 5.231.6 SNC - 2.5X 2301960 JAN 28 1716 42.90 19 23.86 155 17.61 0.03 5 .26 1.2 2.4 SSC # 2.7X 1241960 JAN 28 1738 48.36 19 24.26 155 17.06 1.23 5 .07 8.4 5.5 SSC - 2.8X 2311960 JAN 28 1806 59.25 19 23.74 155 18.16 0.03 6 .07 .4 .9 SSC # 2.6X 1121960 JAN 28 1839 24.18 19 25.67 155 14.55 0.50 5 .02 .6 .7 SNC 3.0X 2651960 JAN 29 0054 21.70 19 25.20 155 16.49 0.01 4 .29 3.331.6 SNC - 2.4X 2471960 JAN 29 0056 15.93 19 24.38 155 16.23 0.01 5 .31 6.631.6 SEC - 2.5X 2221960 JAN 29 0057 38.87 19 32.89 155 11.59 0.30 4 .8469.031.6 GLN - 3.2X 340 171960 JAN 29 0319 21.23 19 24.62 155 15.56 0.02 4 .24 3.9 1.3 SNC # 2.5X 3071960 JAN 29 0910 20.40 19 21.46 155 12.31 7.77 6 .05 2.3 2.0 SF2 4.2X 2481960 JAN 29 1305 16.52 19 24.43 155 16.73 2.92 6 .08 1.9 .6 SSC 2.9X 1861960 JAN 29 1448 12.53 19 24.55 155 15.16 1.45 5 .05 1.5 .9 SNC 3.1X 2961960 JAN 29 1825 27.23 19 24.51 155 17.57 0.03 5 .17 1.6 2.2 SSC # 2.0X 891960 JAN 29 1828 18.54 19 23.65 155 17.40 0.01 5 .26 1.031.6 SSC - 3.0X 1371960 JAN 29 2043 58.39 19 27.62 155 13.17 8.00 4 .08 4.531.6 GLN - 3.6X 2841960 JAN 29 2221 3.18 19 23.80 155 16.04 0.93 5 .02 1.9 .8 SEC 2.9X 2821960 JAN 30 0033 37.50 19 24.00 155 18.19 0.04 5 .07 .4 1.2 SSC # 2.5X 1061960 JAN 30 0237 57.16 19 23.80 155 17.58 0.20 4 .01 .531.6 SSC - 3.1X 1311960 JAN 30 0449 45.08 19 24.92 155 14.21 2.22 5 .02 1.1 1.3 SNC 3.4X 2731960 JAN 30 0619 48.20 19 25.37 155 15.92 0.20 4 .10 .731.6 SNC - 2.3X 2361960 JAN 30 0813 13.28 19 24.10 155 7.62 16.06 5 .04 3.4 1.5 DEP 3.3X 324 151960 JAN 30 1005 45.31 19 24.15 155 16.78 9.43 5 .02 1.7 1.0 INT 3.0X 1851960 JAN 30 1048 32.43 19 24.86 155 16.38 2.48 5 .09 1.9 .6 SNC 2211960 JAN 30 1106 21.44 19 24.22 155 17.01 2.72 4 .01 1.3 .7 SSC 1741960 JAN 30 1143 13.16 19 25.92 155 15.43 5.20 5 .04 2.0 1.2 INT 3.0X 2501960 JAN 30 1144 19.13 19 24.18 155 16.93 1.28 5 .01 1.7 .8 SSC 1781960 JAN 30 1145 59.20 19 25.07 155 17.03 2.12 4 .01 1.7 .3 SNC 2091960 JAN 30 1150 38.95 19 23.79 155 16.19 6.78 4 .01 3.1 3.4 INT 2071960 JAN 30 1757 11.65 19 24.04 155 16.90 2.53 6 .08 2.1 1.0 SSC 2.2X 1561960 JAN 30 1910 14.57 19 24.74 155 14.85 0.01 6 .13 .7 1.0 SNC # 3.0X 2611960 JAN 30 1934 48.26 19 23.79 155 18.09 0.01 5 .10 1.4 3.4 SSC # 1121960 JAN 30 2009 28.76 19 24.51 155 16.88 2.17 6 .04 1.8 .5 SSC 2.8X 1721960 JAN 30 2012 37.41 19 24.75 155 15.27 1.89 6 .10 1.3 .8 SNC 2.7X 2511960 JAN 30 2229 39.23 19 23.92 155 17.78 0.77 6 .12 1.1 1.8 SSC 2.4X 1051960 JAN 30 2315 23.28 19 24.50 155 17.29 0.73 4 .00 2.3 1.4 SSC 2.2X 1661960 JAN 30 2342 0.57 19 24.02 155 17.41 2.00 5 .07 1.9 1.5 SSC 2.8X 1141960 JAN 31 0033 18.41 19 24.17 155 17.95 0.01 4 .05 .531.6 SSC - 2.3X 1011960 JAN 31 0342 49.52 19 25.36 155 13.92 6.11 4 .03 5.0 5.1 SF2 3.0X 2761960 JAN 31 0349 48.81 19 25.88 155 15.52 0.03 6 .13 .6 .8 SNC # 2.8X 2481960 JAN 31 0353 37.50 19 25.54 155 14.86 0.88 6 .10 .7 1.0 SNC 2.9X 2591960 JAN 31 0417 10.97 19 23.57 155 18.36 0.01 7 .27 .831.6 SSC - 2.4X 1191960 JAN 31 0428 29.88 19 25.67 155 15.12 0.01 5 .21 1.131.6 SNC - 2.3X 254

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 JAN 31 1110 2.83 19 25.35 155 16.05 3.45 6 .1960 JAN 31 1137 49.05 19 24.02 155 18.26 0.03 7 .21960 JAN 31 1231 5.20 19 25.68 155 15.71 0.02 5 .1960 JAN 31 1249 28.23 19 23.75 155 18.37 0.55 5 .1960 JAN 31 1529 12.64 19 23.89 155 17.70 1.11 7 .1960 JAN 31 1953 45.04 19 24.13 155 17.28 0.54 6 .1960 JAN 31 2000 56.78 19 24.19 155 17.78 0.16 7 .1960 JAN 31 2114 29.85 19 25.26 155 15.53 1.62 6 .1960 JAN 31 2158 46.43 19 23.65 155 16.59 0.01 4 .1960 JAN 31 2301 1.80 19 28.27 155 14.03 0.11 5 .1960 JAN 31 2336 15.65 19 26.83 155 9.52 0.05 6 .21960 JAN 31 2352 10.11 19 24.74 155 15.29 2.90 5 .1960 FEB 1 0117 44.76 19 25.79 155 14.31 3.28 4 .1960 FEB 1 0140 18.10 19 23.89 155 17.93 0.02 5 .1960 FEB 1 0159 52.68 19 25.92 155 15.85 0.02 6 .21960 FEB 1 0249 41.38 19 26.30 155 15.12 0.01 5 .21960 FEB 1 0254 13.88 19 28.01 155 13.53 0.13 5 .21960 FEB 1 0459 46.93 19 25.57 155 15.26 0.03 5 .1960 FEB 1 0524 11.78 19 24.70 155 15.56 2.31 6 .1960 FEB 1 0605 5.24 19 23.63 155 16.08 0.54 6 .1960 FEB 1 0655 18.31 19 25.93 155 14.96 0.01 6 .1960 FEB 1 0659 28.64 19 25.07 155 14.85 1.41 6 .1960 FEB 1 0716 38.60 19 24.56 155 14.66 0.01 4 .1960 FEB 1 0855 34.12 19 23.98 155 18.21 0.41 5 .1960 FEB 1 0858 58.19 19 23.95 155 18.24 0.14 6 .1960 FEB 1 0904 27.69 19 23.72 155 18.00 0.96 5 .1960 FEB 1 0921 12.41 19 24.17 155 16.09 4.88 5 .1960 FEB 1 1052 31.91 19 24.49 155 15.02 7.40 6 .21960 FEB 1 1103 25.02 19 24.97 155 15.82 2.82 6 .1960 FEB 1 1132 34.65 19 24.85 155 16.38 2.88 6 .1960 FEB 1 1204 40.07 19 25.63 155 14.38 0.02 6 .1960 FEB 1 1211 18.06 19 25.08 155 14.88 0.02 6 .1960 FEB 1 1356 17.54 19 25.73 155 14.33 0.02 6 .1960 FEB 1 1358 26.37 19 23.44 155 14.94 5.96 5 .1960 FEB 1 1543 34.84 19 23.69 155 17.82 0.01 6 .1960 FEB 1 1606 13.22 19 24.47 155 17.13 1.77 5 .1960 FEB 1 1610 35.99 19 24.69 155 14.47 4.39 5 .1960 FEB 1 1630 18.94 19 25.48 155 14.75 0.01 5 .1960 FEB 1 1701 37.59 19 24.45 155 16.98 1.41 5 .1960 FEB 1 1742 47.56 19 23.82 155 17.75 1.98 6 .1960 FEB 1 1744 15.06 19 24.64 155 16.58 0.05 4 .1960 FEB 1 1905 31.47 19 25.82 155 12.70 4.56 6 .21960 FEB 1 2124 11.71 19 23.73 155 18.20 0.41 6 .1960 FEB 1 2152 20.01 19 22.68 155 13.27 6.22 5 .1960 FEB 1 2201 44.75 19 25.57 155 16.37 0.33 4 .
99

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 5YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 FEB 1 2203 11.03 19 24.98 155 15.72 2.37 6 .12 1.7 .7 SNC 2.8X 2401960 FEB 1 2227 36.46 19 23.86 155 17.49 0.50 6 .08 .5 .3 SSC 3.1X 1041960 FEB 1 2309 55.49 19 24.06 155 16.75 1.04 4 .0711.6 7.6 SSC - 3.0X 1691960 FEB 1 2327 45.72 19 21.90 155 16.69 0.01 4 .06 1.331.6 KOA - 2.5X 2291960 FEB 2 0004 31.30 19 25.56 155 15.32 0.03 4 .08 .731.6 SNC - 3.0X 2501960 FEB 2 0030 49.05 19 23.52 155 17.84 0.09 4 .11 3.5 9.2 SSC 2.2X 1291960 FEB 2 0051 20.95 19 24.05 155 16.99 0.00 4 .24 3.4 2.7 SSC # 3.0X 1701960 FEB 2 0715 27.99 19 23.78 155 16.27 1.17 5 .02 2.1 .7 SEC 2.9X 2021960 FEB 2 0716 29.08 19 24.43 155 19.04 0.03 5 .23 .9 1.7 KAO # 3.0X 1001960 FEB 2 0724 25.52 19 23.09 155 18.77 0.03 5 .21 .7 1.7 SSC # 3.1X 1331960 FEB 2 0812 10.33 19 27.40 155 15.70 1.28 6 .13 1.0 1.6 SNC 2.8X 2541960 FEB 2 0849 47.25 19 25.87 155 15.82 0.03 6 .20 .7 1.1 SNC # 2.7X 2431960 FEB 2 0852 49.97 19 24.90 155 15.98 0.03 6 .24 1.3 .8 SNC # 2.6X 2321960 FEB 2 0900 1.38 19 24.88 155 15.70 1.68 6 .14 1.5 .8 SNC 3.0X 2401960 FEB 2 1015 23.46 19 25.18 155 18.19 0.58 5 .04 .7 .7 SNC 2.4X 1691960 FEB 2 1041 26.36 19 24.71 155 18.00 5.38 6 .09 1.5 1.3 INT 3.0X 901960 FEB 2 1316 47.71 19 26.56 155 15.08 2.06 6 .13 .9 1.8 SNC 3.1X 2581960 FEB 2 1349 17.53 19 24.10 155 16.86 0.00 5 .29 3.9 3.3 SSC # 2.6X 1601960 FEB 2 1447 34.88 19 24.17 155 16.81 3.38 5 .02 1.5 .7 SSC 3.0X 1681960 FEB 2 1456 26.56 19 24.16 155 18.43 1.34 8 .16 .6 .5 SSC 2.8X 1041960 FEB 2 1832 18.49 19 23.92 155 17.18 1.57 5 .00 1.9 1.5 SSC 2.6X 1321960 FEB 2 1855 12.50 19 23.74 155 17.72 0.12 7 .05 .4 .2 SSC 2.7X 1101960 FEB 2 1907 20.04 19 23.86 155 17.20 1.65 8 .13 .7 .4 SSC 3.2X 1091960 FEB 2 1928 52.70 19 24.37 155 17.47 0.00 5 .26 2.2 3.2 SSC # 2.7X 1031960 FEB 2 2013 1.22 19 24.26 155 16.52 3.19 6 .17 2.7 .8 SSC 3.0X 1971960 FEB 2 2018 47.34 19 23.69 155 19.01 1.27 8 .15 .6 .6 SSC 2.7X 1171960 FEB 2 2115 43.91 19 23.76 155 17.36 2.22 5 .39 4.8 4.6 SSC # 3.0X 1411960 FEB 2 2143 21.38 19 24.99 155 15.15 1.55 6 .14 1.2 1.1 SNC 2.8X 2541960 FEB 2 2219 9.20 19 24.18 155 17.42 1.30 7 .11 .5 .3 SSC 3.3X 1091960 FEB 2 2245 47.00 19 25.46 155 15.63 0.37 5 .07 .5 .8 SNC 2.6X 2441960 FEB 2 2349 27.28 19 24.03 155 16.89 0.00 4 .29 5.3 3.3 SSC # 2.4X 1641960 FEB 3 0006 16.46 19 24.12 155 17.73 0.04 5 .08 1.4 2.5 SSC # 2.5X 1001960 FEB 3 0050 9.68 19 23.74 155 18.10 1.11 8 .15 .6 .4 SSC 2.4X 1131960 FEB 3 0138 40.42 19 24.72 155 15.07 7.06 5 .16 2.9 1.5 INT 3.1X 2551960 FEB 3 0416 21.06 19 23.72 155 18.50 0.03 6 .39 .9 1.0 SSC # 2.7X 1151960 FEB 3 0445 19.73 19 23.46 155 18.28 0.75 8 .19 .6 .5 SSC 3.1X 1211960 FEB 3 0547 14.63 19 19.24 155 16.82 1.40 7 .27 3.2 1.1 SSF 2.8X 3061960 FEB 3 0626 50.99 19 25.65 155 14.52 0.02 5 .21 1.0 1.4 SNC # 3.1X 2651960 FEB 3 0719 38.73 19 23.74 155 17.93 0.13 6 .06 .4 .9 SSC 2.5X 1121960 FEB 3 0750 28.80 19 25.36 155 15.78 1.12 6 .14 1.0 1.0 SNC 2.7X 2411960 FEB 3 1025 11.10 19 23.60 155 18.26 0.79 6 .10 .5 1.3 SSC 2.9X 1171960 FEB 3 1127 30.95 19 23.83 155 18.16 0.12 6 .12 .4 1.1 SSC # 2.8X 1111960 FEB 3 1144 9.36 19 24.25 155 17.28 0.02 5 .19 2.0 2.3 SSC # 2.7X 1221960 FEB 3 1235 28.07 19 25.71 155 14.91 0.02 5 .09 .7 .9 SNC # 3.0X 2581960 FEB 3 1239 9.84 19 22.34 155 19.14 0.01 4 .03 .631.6 KAO - 3.2X 154

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 FEB 3 1253 4.60 19 23.69 155 17.38 1.23 6 .01960 FEB 3 1255 31.46 19 23.66 155 17.68 0.85 8 .11960 FEB 3 1318 56.13 19 25.91 155 15.91 0.05 6 .31960 FEB 3 1328 13.64 19 25.03 155 15.54 0.67 6 .11960 FEB 3 1339 8.92 19 23.86 155 17.81 0.85 6 .01960 FEB 3 1529 39.73 19 25.09 155 15.57 1.03 5 .01960 FEB 3 1731 41.85 19 24.93 155 16.64 0.23 4 .01960 FEB 3 1737 20.63 19 24.50 155 15.99 2.52 6 .01960 FEB 3 1739 32.23 19 24.10 155 17.29 0.02 5 .11960 FEB 3 1812 28.46 19 25.54 155 15.54 1.01 6 .11960 FEB 3 1830 24.73 19 23.85 155 17.65 1.64 7 .11960 FEB 3 1910 51.79 19 24.54 155 15.66 0.01 6 .11960 FEB 3 1936 35.01 19 24.26 155 15.63 0.96 5 .01960 FEB 3 2049 16.81 19 23.68 155 17.74 0.46 5 .01960 FEB 3 2115 35.76 19 25.12 155 16.15 1.62 6 .01960 FEB 3 2151 12.18 19 24.60 155 16.52 2.94 6 .11960 FEB 3 2154 40.45 19 24.70 155 15.65 3.47 5 .01960 FEB 3 2201 7.72 19 23.91 155 17.33 1.65 7 .11960 FEB 3 2242 18.25 19 24.28 155 16.92 0.00 4 .31960 FEB 3 2251 12.14 19 24.73 155 16.12 0.65 6 .11960 FEB 4 0047 45.01 19 25.30 155 16.09 2.80 6 .01960 FEB 4 0729 33.33 19 25.78 155 14.70 1.55 6 .11960 FEB 4 1124 2.97 19 24.98 155 15.63 0.57 6 .11960 FEB 4 1213 21.37 19 23.83 155 17.63 0.03 6 .11960 FEB 4 1217 59.87 19 24.90 155 15.54 1.56 6 .11960 FEB 4 1314 35.90 19 25.10 155 15.15 0.02 6 .11960 FEB 4 1411 21.50 19 25.02 155 15.92 1.60 6 .11960 FEB 4 1446 32.07 19 24.08 155 17.30 1.36 8 .11960 FEB 4 1546 21.22 19 24.04 155 17.67 0.08 6 .01960 FEB 4 1643 41.32 19 24.90 155 16.68 3.06 7 .11960 FEB 4 1646 13.35 19 25.07 155 17.00 2.34 7 .11960 FEB 4 1706 46.24 19 26.68 155 14.72 1.95 7 .31960 FEB 4 1752 49.22 19 25.22 155 15.64 0.12 6 .01960 FEB 4 1834 24.96 19 25.05 155 15.76 0.04 6 .01960 FEB 4 2010 7.51 19 24.94 155 15.65 1.89 6 .11960 FEB 4 2019 41.10 19 25.51 155 15.16 3.92 6 .01960 FEB 4 2337 6.62 19 25.79 155 15.83 0.02 5 .01960 FEB 5 0009 31.09 19 23.88 155 17.99 0.02 5 .01960 FEB 5 0025 20.36 19 24.23 155 17.91 1.13 6 .11960 FEB 5 0108 4.01 19 25.35 155 15.33 0.02 6 .01960 FEB 5 0128 48.96 19 24.01 155 16.97 0.00 5 .21960 FEB 5 0133 4.20 19 24.02 155 17.44 1.73 7 .01960 FEB 5 0139 50.21 19 23.89 155 18.25 0.04 5 .01960 FEB 5 0527 47.59 19 25.58 155 15.56 0.03 6 .11960 FEB 5 0642 20.06 19 25.00 155 15.89 0.18 5 .0
100

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 7YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 FEB 5 0716 12.07 19 25.04 155 16.21 0.39 4 .06 8.9 7.6 SNC - 2.4X 2271960 FEB 5 0806 7.20 19 25.33 155 15.73 0.02 6 .04 .4 .5 SNC # 2.8X 2421960 FEB 5 0830 37.43 19 25.44 155 15.78 0.00 5 .09 .5 .7 SNC # 2.8X 2411960 FEB 5 1014 32.50 19 25.55 155 15.65 0.01 5 .15 .731.6 SNC - 2.9X 2441960 FEB 5 1253 17.35 19 24.27 155 16.71 3.25 5 .01 .8 .4 SSC 3.1X 1281960 FEB 5 1302 36.99 19 25.37 155 16.11 1.01 6 .18 1.3 1.0 SNC 3.0X 2321960 FEB 5 1311 20.55 19 25.52 155 15.82 0.03 5 .06 .4 .6 SNC # 2.9X 2401960 FEB 5 1316 17.89 19 25.30 155 15.68 0.03 5 .08 .4 .6 SNC # 2.6X 2431960 FEB 5 1415 28.17 19 25.25 155 15.84 0.04 6 .12 .6 .6 SNC # 2.7X 2391960 FEB 5 1416 58.53 19 24.44 155 17.80 0.03 5 .13 .7 1.3 SSC # 2.1X 1271960 FEB 5 1516 7.66 19 24.35 155 16.29 1.97 5 .05 1.8 .7 SEC 2.6X 2181960 FEB 5 1821 37.37 19 25.30 155 15.76 0.03 5 .09 .6 .7 SNC # 2.7X 2401960 FEB 5 1852 54.29 19 25.42 155 15.86 0.02 5 .06 .5 .7 SNC # 2.7X 2391960 FEB 5 2022 43.13 19 25.28 155 15.94 0.03 5 .02 .5 .6 SNC # 2.8X 2361960 FEB 5 2031 36.35 19 24.95 155 16.07 0.79 5 .03 1.0 .6 SNC 2.5X 2301960 FEB 6 0056 48.91 19 25.27 155 15.52 0.01 6 .26 1.0 1.1 SNC # 2.7X 2461960 FEB 6 1234 55.24 19 23.87 155 17.75 0.05 6 .11 .7 1.4 SSC # 2.9X 1071960 FEB 7 2013 37.83 19 25.59 155 15.71 0.04 5 .05 .4 .6 SNC # 2.7X 2431960 FEB 7 2134 25.21 19 21.59 155 15.66 3.31 8 .21 1.3 .7 KOA 3.8X 2361960 FEB 7 2217 18.39 19 23.88 155 17.96 0.12 6 .06 .4 .9 SSC 2.4X 1071960 FEB 8 0142 12.96 19 24.75 155 15.96 1.43 6 .12 1.6 .6 SNC 2.7X 2321960 FEB 8 0456 20.68 19 25.39 155 15.76 0.02 5 .05 .4 .6 SNC # 2.7X 2411960 FEB 8 0534 4.53 19 25.24 155 15.73 0.03 6 .10 .5 .6 SNC # 2.7X 2411960 FEB 8 0912 14.23 19 24.51 155 17.41 0.01 4 .11 1.031.6 SSC - 2.5X 1561960 FEB 8 0913 1.88 19 25.29 155 15.62 0.21 6 .11 .6 .7 SNC 2.9X 2441960 FEB 8 1639 42.51 19 24.25 155 16.19 0.01 6 .10 1.6 .6 SEC 2.7X 2201960 FEB 8 1805 36.25 19 20.14 155 12.30 0.02 8 .16 1.8 .8 SSF # 3.1X 2151960 FEB 8 2052 25.31 19 26.44 154 44.42 11.08 7 .12 8.811.5 LER - 3.2X 310 481960 FEB 9 0326 14.38 19 24.69 155 15.46 4.09 8 .09 .6 1.1 SNC 2.7X 1171960 FEB 9 0449 27.01 19 23.62 155 18.12 2.77 6 .02 1.5 2.1 SSC 3.0X 1161960 FEB 9 0540 9.26 19 25.11 155 15.61 0.79 6 .11 .9 .8 SNC 2.8X 2431960 FEB 9 0735 30.72 19 24.97 155 15.84 0.01 5 .09 .8 1.0 SNC # 2.8X 2371960 FEB 9 0913 24.63 19 24.45 155 16.70 3.58 6 .05 1.8 .6 SSC 2.7X 1911960 FEB 9 1001 2.27 19 24.28 155 19.89 0.05 4 .14 .9 6.4 KAO # 2.7X 1111960 FEB 9 1018 5.05 19 25.69 155 15.92 0.01 5 .05 .3 .6 SNC # 2.8X 2381960 FEB 9 1218 41.75 19 24.96 155 17.01 0.23 4 .05 9.4 1.7 SNC - 2.1X 2071960 FEB 9 1432 16.23 19 25.28 155 15.92 0.60 6 .13 .9 .8 SNC 3.0X 2361960 FEB 9 1536 15.42 19 25.02 155 15.93 1.03 6 .07 1.0 .6 SNC 2.8X 2341960 FEB 9 2120 29.57 19 24.43 155 16.35 3.04 6 .07 1.9 .6 SEC 3.0X 2181960 FEB 9 2147 53.19 19 25.34 155 16.19 1.87 6 .14 1.6 .8 SNC 3.0X 2301960 FEB 9 2235 21.98 19 26.13 155 16.53 6.01 7 .16 1.2 1.1 INT 3.2X 1391960 FEB 10 0328 51.11 19 24.15 155 18.10 0.52 6 .02 .5 1.0 SSC 2.7X 1031960 FEB 10 0419 8.29 19 15.45 155 10.76 3.01 5 .07 2.813.5 SSF - 2.7X 250 211960 FEB 10 0621 48.78 19 24.96 155 15.99 2.68 6 .08 1.7 .6 SNC 3.0X 2331960 FEB 10 0815 18.49 19 24.73 155 16.24 3.18 5 .08 1.9 .7 SNC 3.1X 224

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 FEB 10 1057 20.37 19 22.89 155 16.43 0.31 5 .01960 FEB 10 1204 13.71 19 25.19 155 15.32 2.08 6 .11960 FEB 10 1239 14.14 19 25.96 155 14.36 0.09 5 .01960 FEB 10 1611 53.76 19 27.24 155 15.49 0.94 5 .01960 FEB 10 1830 46.80 19 23.83 155 17.37 2.57 7 .11960 FEB 10 2042 13.33 19 25.31 155 15.38 1.73 6 .01960 FEB 10 2058 20.60 19 23.82 155 17.65 0.02 6 .11960 FEB 10 2125 8.93 19 25.14 155 15.59 0.45 6 .11960 FEB 10 2153 52.42 19 23.12 155 15.14 0.13 8 .11960 FEB 11 0109 7.18 19 25.74 155 15.10 0.01 6 .01960 FEB 11 0911 11.81 19 24.22 155 17.55 2.49 5 .01960 FEB 11 1139 35.50 19 21.77 155 16.10 1.62 7 .01960 FEB 11 2005 12.05 19 23.86 155 18.19 0.03 6 .01960 FEB 11 2254 2.15 19 24.03 155 17.33 1.48 8 .11960 FEB 12 0417 0.58 19 21.69 155 14.86 1.37 7 .01960 FEB 12 0455 5.98 19 21.41 155 8.92 0.01 5 .11960 FEB 12 0613 34.76 19 24.59 155 16.18 0.43 6 .01960 FEB 12 0843 14.75 19 25.21 155 15.94 3.33 6 .01960 FEB 12 1634 38.35 19 20.28 155 14.57 4.48 8 .21960 FEB 12 1640 14.87 19 21.47 155 16.74 2.18 6 .21960 FEB 12 1650 45.59 19 25.86 155 15.24 1.69 6 .01960 FEB 13 0326 57.66 19 23.91 155 18.32 0.03 5 .01960 FEB 13 1415 54.15 19 21.22 155 14.13 4.99 4 .11960 FEB 14 0024 49.30 19 25.41 155 14.79 3.43 6 .01960 FEB 14 1103 30.96 19 17.53 155 11.76 3.86 5 .31960 FEB 15 1024 49.98 19 23.71 155 18.36 0.54 5 .21960 FEB 15 1929 38.89 19 25.30 155 15.67 1.58 5 .01960 FEB 15 2052 39.40 19 25.40 155 15.20 0.02 5 .11960 FEB 16 1855 26.10 19 0.20 155 5.95 7.48 5 .01960 FEB 17 1138 0.28 19 24.29 155 17.90 0.03 4 .01960 FEB 17 1720 3.80 19 18.97 155 2.44 6.91 5 .11960 FEB 17 2041 25.14 19 24.84 155 14.70 30.21 5 .01960 FEB 17 2256 39.57 19 25.18 155 15.78 0.91 6 .01960 FEB 18 0007 6.38 19 24.20 155 17.12 1.32 4 .01960 FEB 18 0450 54.20 19 24.15 155 15.44 3.28 6 .11960 FEB 18 0656 58.43 19 25.58 155 15.15 0.03 6 .21960 FEB 18 0925 25.98 19 25.35 155 15.55 0.28 5 .01960 FEB 18 1356 1.07 19 24.00 155 16.05 0.02 6 .11960 FEB 18 2005 46.79 19 23.97 155 16.41 3.11 6 .01960 FEB 18 2034 46.69 19 23.70 155 2.11 5.59 6 .11960 FEB 20 0152 57.45 19 25.54 155 15.64 0.01 6 .01960 FEB 20 1340 34.96 19 25.34 155 15.73 0.32 5 .01960 FEB 20 1349 37.58 19 25.55 155 15.67 0.03 6 .21960 FEB 20 1448 16.90 19 24.32 155 17.44 2.26 6 .01960 FEB 20 1456 0.28 19 24.77 155 16.59 3.77 5 .0
101

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 9YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 FEB 20 1617 3.64 19 24.76 155 16.80 1.08 4 .01 1.8 .6 SNC 2.7X 2091960 FEB 20 2140 35.66 19 24.10 155 17.17 0.95 8 .12 .6 .4 SSC 2.4X 1141960 FEB 21 0110 58.95 19 23.82 155 18.33 0.04 5 .11 .6 1.5 SSC # 2.7X 1121960 FEB 21 0432 18.16 19 24.52 155 17.50 1.55 6 .01 1.6 1.0 SSC 2.8X 931960 FEB 21 0724 50.06 19 21.91 155 15.51 1.10 8 .11 .8 .3 KOA 2.9X 1911960 FEB 21 0746 6.37 19 24.48 155 16.89 1.83 6 .08 1.9 .6 SSC 2.9X 1691960 FEB 21 1055 40.04 19 24.42 155 16.73 2.32 6 .07 1.9 .5 SSC 2.9X 1861960 FEB 21 1056 48.66 19 25.16 155 15.43 3.58 5 .02 1.6 1.0 SNC 2.9X 2481960 FEB 21 1314 46.30 19 15.98 155 8.78 9.00 4 .13 3.931.6 SF4 - 329 171960 FEB 21 1320 26.44 19 23.95 155 10.72 16.19 4 .00 3.1 1.2 DEP 3.5X 316 101960 FEB 21 1325 6.38 19 24.06 155 17.74 1.78 7 .13 .7 .5 SSC 3.0X 1011960 FEB 21 1540 15.46 19 25.36 155 15.79 1.82 6 .09 .7 .7 SNC 2.8X 1541960 FEB 21 1653 49.27 19 23.82 155 17.67 2.51 7 .15 .8 .6 SSC 2.8X 1061960 FEB 21 1703 37.95 19 25.33 155 15.95 1.11 5 .03 .7 .7 SNC 2361960 FEB 21 1817 10.00 19 24.23 155 17.37 1.61 8 .09 .6 .3 SSC 2.9X 1111960 FEB 21 2137 8.21 19 25.55 155 15.03 0.52 6 .10 .6 .9 SNC 2.8X 2561960 FEB 21 2239 3.81 19 24.13 155 17.42 1.72 8 .10 .6 .3 SSC 3.0X 1091960 FEB 21 2250 34.98 19 24.15 155 18.67 1.69 6 .08 .9 1.9 SSC 2.5X 1061960 FEB 22 0319 37.55 19 24.29 155 18.88 0.39 6 .05 .5 1.0 SSC 2.6X 1031960 FEB 22 0533 0.56 19 25.33 155 15.64 2.01 6 .08 1.2 .9 SNC 2.7X 2431960 FEB 22 0553 23.27 19 24.27 155 18.58 1.57 7 .17 .7 .5 SSC 1021960 FEB 22 1529 3.00 19 23.75 155 17.99 2.09 7 .14 .9 .5 SSC 3.3X 1971960 FEB 22 1631 32.05 19 23.98 155 17.67 1.46 7 .14 .7 .5 SSC 3.1X 1021960 FEB 22 1808 21.62 19 21.65 155 15.64 1.67 6 .23 5.9 .6 KOA 3.3X 2761960 FEB 23 0915 16.05 19 24.49 155 16.85 1.74 8 .13 .6 .2 SSC 3.4X 821960 FEB 23 0924 45.65 19 24.90 155 15.89 0.62 6 .10 1.0 .6 SNC 3.0X 2361960 FEB 23 1153 28.09 19 24.10 155 18.16 0.42 8 .11 .4 .3 SSC 3.1X 1041960 FEB 23 1543 35.13 19 25.32 155 16.85 2.33 8 .11 .6 .4 SNC 2.6X 861960 FEB 23 1717 37.43 19 23.34 155 16.69 0.32 7 .19 1.0 .6 SSC 3.2X 1731960 FEB 24 0227 26.45 19 24.67 155 15.84 0.01 6 .15 1.0 .6 SNC # 2.3X 2101960 FEB 24 0323 54.87 19 24.08 155 18.14 0.07 6 .01 .4 .9 SSC 3.0X 1041960 FEB 24 0436 34.95 19 24.33 155 17.55 1.31 7 .10 .7 .3 SSC 2.8X 1761960 FEB 24 0945 23.03 19 24.97 155 15.35 1.61 6 .12 1.2 .9 SNC 2.6X 2491960 FEB 24 2015 21.78 19 25.15 155 9.51 4.86 4 .07 1.912.2 SER - 3.5X 177 121960 FEB 24 2021 30.61 19 25.02 155 15.18 0.01 5 .06 .731.6 SNC - 2.5X 2531960 FEB 25 0417 34.75 19 25.32 155 17.31 0.02 6 .15 .9 .3 SNC # 2.7X 1131960 FEB 25 0527 59.85 19 24.06 155 17.74 0.34 7 .08 .5 .4 SSC 2.7X 1011960 FEB 25 1101 31.04 19 24.31 155 18.20 4.43 5 .01 1.2 1.5 SSC 2.1X 991960 FEB 25 1305 34.75 19 22.82 155 9.01 14.75 4 .0912.5 5.3 DEP - 3.5X 322 121960 FEB 25 1425 36.51 19 24.29 155 17.55 0.78 7 .11 .7 .4 SSC 2.7X 1091960 FEB 25 1431 57.06 19 25.30 155 15.69 2.18 6 .11 1.4 .9 SNC 2.7X 2421960 FEB 25 1433 8.12 19 25.33 155 15.74 2.29 5 .09 1.5 1.2 SNC 2.9X 2411960 FEB 25 1515 27.52 19 23.47 155 18.48 0.03 7 .11 .5 .3 SSC # 3.0X 1221960 FEB 25 1832 3.93 19 25.20 155 15.96 0.10 6 .11 .8 .7 SNC 2.9X 2341960 FEB 25 1835 12.91 19 23.76 155 16.05 40.26 6 .07 4.3 1.8 DEP 2.8X 211

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 FEB 25 2311 44.00 19 23.38 155 17.38 1.81 8 .01960 FEB 26 0100 1.68 19 23.91 155 14.57 0.02 5 .11960 FEB 26 0414 55.57 19 23.89 155 18.24 0.03 7 .11960 FEB 26 0440 50.06 19 24.33 155 17.37 0.79 5 .01960 FEB 26 1035 45.94 19 23.86 155 17.38 1.34 6 .11960 FEB 26 1258 1.88 19 19.65 155 13.61 2.67 6 .31960 FEB 26 1558 50.89 19 24.56 155 16.86 0.01 8 .01960 FEB 26 2001 35.67 19 25.26 155 15.96 0.70 7 .11960 FEB 26 2035 30.97 19 20.73 155 15.96 1.04 7 .01960 FEB 26 2103 51.38 19 25.50 155 16.86 0.01 4 .11960 FEB 27 1054 14.48 19 24.76 155 17.09 2.59 7 .01960 FEB 27 1134 19.66 19 24.09 155 17.88 0.44 8 .01960 FEB 27 1311 38.55 19 24.13 155 17.72 0.76 8 .01960 FEB 27 1349 58.99 19 24.00 155 17.22 0.50 8 .11960 FEB 27 1421 15.85 19 24.38 155 18.75 0.03 5 .51960 FEB 27 1442 32.64 19 25.47 155 15.58 1.70 6 .01960 FEB 27 2257 33.02 19 24.25 155 17.87 0.84 7 .01960 FEB 27 2323 2.24 19 24.06 155 16.37 4.49 6 .11960 FEB 27 2341 20.96 19 24.75 155 16.24 2.70 6 .01960 FEB 28 0045 59.02 19 24.06 155 17.39 0.02 6 .01960 FEB 28 0111 56.13 19 24.02 155 18.00 0.04 6 .01960 FEB 28 0519 16.28 19 23.45 155 18.43 0.04 7 .11960 FEB 28 0714 29.24 19 24.43 155 16.50 3.16 6 .01960 FEB 28 1155 38.55 19 22.03 155 16.41 0.02 5 .11960 FEB 28 1224 43.10 19 24.00 155 18.26 0.19 7 .21960 FEB 28 1303 18.90 19 24.86 155 16.37 1.27 6 .01960 FEB 28 1820 24.08 19 25.81 155 15.32 1.87 6 .11960 FEB 28 2159 7.92 19 24.14 155 18.04 0.98 6 .01960 FEB 28 2215 28.59 19 23.76 155 17.89 0.02 6 .01960 FEB 28 2312 35.43 19 24.10 155 17.28 1.41 8 .11960 FEB 29 0834 41.82 19 25.16 155 15.20 1.41 6 .11960 FEB 29 0935 30.16 19 25.89 155 15.37 1.64 6 .01960 FEB 29 1014 24.70 19 25.38 155 15.85 0.58 6 .01960 FEB 29 1138 12.03 19 24.00 155 17.24 1.33 9 .11960 FEB 29 1347 29.14 19 24.71 155 17.98 1.53 8 .11960 FEB 29 1355 3.09 19 18.75 155 11.64 4.75 5 .11960 FEB 29 1659 38.04 19 24.25 155 18.16 1.44 8 .11960 FEB 29 1812 11.16 19 24.29 155 17.32 0.93 8 .11960 FEB 29 1917 36.98 19 21.01 155 16.52 1.58 5 .01960 FEB 29 1926 46.23 19 19.98 155 16.06 0.01 8 .11960 FEB 29 2114 57.36 19 20.43 155 16.41 0.36 9 .21960 FEB 29 2139 13.58 19 20.05 155 13.93 5.06 5 .11960 FEB 29 2343 36.62 19 20.48 155 13.91 4.85 5 .01960 MAR 1 0127 0.09 19 24.40 155 15.38 4.19 4 .01960 MAR 1 0348 28.55 19 17.50 155 3.08 6.89 4 .1
102

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 11YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 MAR 1 0418 32.81 19 24.63 155 17.28 0.00 5 .20 1.7 1.7 SNC # 2.7X 1061960 MAR 1 0539 8.26 19 20.96 155 17.93 0.00 5 .14 3.3 7.8 SWR # 3.6X 2091960 MAR 1 1037 47.71 19 24.19 155 16.75 0.01 4 .0110.0 6.3 SSC - 2.4X 2711960 MAR 1 1126 4.45 19 24.27 155 15.27 3.91 5 .02 1.9 1.1 SEC 2.5X 2521960 MAR 1 1207 42.23 19 24.19 155 15.94 0.01 5 .05 1.531.6 SEC - 2.5X 2921960 MAR 1 1214 36.63 19 25.36 155 14.60 1.69 5 .07 .9 1.8 SNC 3.1X 2641960 MAR 1 1226 45.40 19 19.93 155 16.29 0.01 4 .2418.431.6 SSF - 2.5X 2651960 MAR 1 1300 12.42 19 23.97 155 17.10 0.01 5 .04 .931.6 SSC - 2.3X 2331960 MAR 1 1426 36.00 19 25.07 155 15.97 0.03 5 .05 2.0 2.1 SNC # 2.4X 2331960 MAR 1 1428 19.15 19 26.33 155 16.05 0.54 4 .23 9.614.1 SNC - 2.4X 2401960 MAR 1 1448 34.07 19 25.43 155 15.32 0.03 6 .16 .6 .9 SNC # 2.6X 2511960 MAR 1 1529 55.97 19 25.44 155 15.36 2.23 6 .05 1.0 .9 SNC 3.0X 2491960 MAR 1 1627 27.44 19 25.12 155 16.27 0.10 4 .02 6.5 6.7 SNC - 2.1X 2261960 MAR 1 1803 11.82 19 25.12 155 15.60 3.03 6 .06 1.5 .6 SNC 2.6X 2441960 MAR 1 1923 40.07 19 24.34 155 18.34 1.20 7 .20 .9 1.5 SSC 2.8X 1001960 MAR 1 2105 48.07 19 25.31 155 15.45 2.39 6 .06 1.2 .9 SNC 2.7X 2471960 MAR 1 2304 23.95 19 24.54 155 16.09 0.30 6 .09 1.2 .6 SEC 2.2X 2271960 MAR 1 2348 6.64 19 25.14 155 15.31 16.07 7 .13 1.8 1.0 DEP 3.5X 1331960 MAR 2 0011 15.49 19 24.63 155 16.75 2.83 6 .05 1.7 .4 SNC 2.3X 2011960 MAR 2 0158 20.85 19 24.16 155 17.43 0.23 6 .19 1.3 1.6 SSC # 2.3X 1121960 MAR 2 0254 55.35 19 25.72 155 12.86 16.61 5 .12 3.4 1.6 DEP 2.3X 2881960 MAR 2 0256 32.04 19 24.12 155 16.74 0.01 4 .07 2.031.6 SSC - 2.5X 2551960 MAR 2 0259 25.42 19 24.73 155 17.05 0.76 5 .05 1.6 .6 SNC 2.2X 1381960 MAR 2 0412 22.23 19 24.71 155 15.84 0.01 4 .3621.521.6 SNC - 2.5X 2491960 MAR 2 0428 17.60 19 25.49 155 14.64 0.00 6 .30 1.4 1.5 SNC # 2.5X 2641960 MAR 2 0441 5.06 19 23.89 155 11.23 4.79 5 .33 4.624.0 SER - 3.3X 315 101960 MAR 2 0446 45.12 19 26.01 155 11.23 4.57 5 .30 3.326.1 GLN - 2.9X 302 111960 MAR 2 0511 7.85 19 24.22 155 17.88 0.14 6 .08 .6 1.0 SSC 2.8X 981960 MAR 2 0615 3.97 19 25.47 155 15.77 1.15 5 .01 .7 .9 SNC 2.7X 2411960 MAR 2 0626 26.91 19 46.00 155 7.31 43.26 8 .11 3.1 1.3 HIL 3.3X 2941960 MAR 2 0629 46.15 19 24.35 155 14.75 4.20 4 .01 3.8 1.5 SEC 3.1X 2661960 MAR 2 0643 45.92 19 24.28 155 16.54 0.07 5 .2113.7 4.8 SSC # 1971960 MAR 2 0729 6.61 19 25.54 155 15.92 1.64 5 .02 1.0 1.1 SNC 2371960 MAR 2 0743 59.63 19 24.71 155 14.09 7.31 4 .00 2.3 1.1 INT 2761960 MAR 2 1310 0.47 19 24.70 155 16.23 3.93 6 .06 1.8 .7 SNC 2241960 MAR 2 1314 0.56 19 25.87 155 16.66 0.02 6 .22 .7 1.2 SNC # 2251960 MAR 2 1349 52.35 19 24.34 155 17.41 0.84 6 .08 1.5 1.3 SSC 1081960 MAR 2 1452 25.26 19 24.13 155 16.59 1.33 5 .03 2.1 .6 SSC 1861960 MAR 2 1507 34.10 19 24.65 155 16.75 0.37 5 .10 1.9 .4 SNC 2771960 MAR 2 1508 2.46 19 24.08 155 19.06 0.85 7 .17 .6 .4 KAO 1081960 MAR 2 1513 0.91 19 23.83 155 18.20 0.57 8 .08 .4 .4 SSC 1111960 MAR 2 1529 7.73 19 24.74 155 15.96 2.66 5 .05 2.4 .6 SNC 2311960 MAR 2 1532 20.92 19 24.55 155 16.55 0.03 6 .12 1.6 .4 SNC # 2.7X 2131960 MAR 2 1639 25.85 19 24.04 155 17.55 2.92 6 .12 2.1 1.8 SSC 2.7X 1051960 MAR 2 1652 6.42 19 22.15 155 14.80 0.55 6 .20 1.4 .8 SEC 3.3X 191

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 MAR 2 1840 23.75 19 24.28 155 17.34 5.15 5 .21960 MAR 2 1938 39.93 19 22.70 155 16.60 2.55 6 .21960 MAR 2 2202 7.59 19 24.68 155 19.93 0.76 5 .01960 MAR 2 2233 35.29 19 24.49 155 17.01 1.30 6 .01960 MAR 2 2241 47.73 19 24.89 155 18.55 1.34 6 .11960 MAR 2 2322 13.20 19 25.01 155 16.43 0.80 6 .01960 MAR 2 2324 16.14 19 24.77 155 16.14 2.88 6 .11960 MAR 3 0240 0.49 19 23.89 155 18.08 1.68 6 .11960 MAR 3 0400 38.61 19 17.06 155 19.52 4.31 4 .01960 MAR 3 0449 29.90 19 25.86 155 16.64 0.02 5 .11960 MAR 3 0541 30.85 19 26.46 155 16.35 0.39 5 .01960 MAR 3 1207 7.92 19 24.04 155 17.12 1.21 7 .01960 MAR 3 1248 32.38 19 25.67 155 15.80 0.47 5 .01960 MAR 3 1425 56.25 19 24.22 155 17.49 0.00 8 .21960 MAR 3 1430 42.18 19 24.28 155 18.10 0.10 6 .11960 MAR 3 1802 10.13 19 25.39 155 14.68 5.87 5 .01960 MAR 3 1922 14.28 19 21.79 155 17.21 0.03 6 .21960 MAR 3 2359 15.36 19 24.96 155 16.81 1.53 6 .01960 MAR 4 0315 12.94 19 22.47 155 16.40 1.00 6 .01960 MAR 4 0435 8.79 19 24.98 155 16.37 1.37 6 .11960 MAR 4 0504 38.80 19 24.84 155 16.66 2.16 7 .11960 MAR 4 0604 33.39 19 25.25 155 24.42 4.77 5 .21960 MAR 4 0648 6.27 19 24.25 155 17.22 0.40 6 .21960 MAR 4 1148 28.96 19 24.75 155 19.30 0.00 4 .11960 MAR 4 1835 38.19 19 21.93 155 14.84 30.81 4 .01960 MAR 4 1915 24.01 19 23.80 155 14.37 0.12 4 .31960 MAR 4 2028 4.60 19 25.73 155 14.82 0.03 5 .21960 MAR 5 0055 44.72 19 25.07 155 17.04 2.81 5 .01960 MAR 5 0121 38.28 19 24.89 155 15.54 0.03 6 .21960 MAR 5 0641 1.78 19 24.36 155 17.96 1.24 8 .11960 MAR 5 0644 8.08 19 23.88 155 17.80 0.68 5 .11960 MAR 5 0649 53.51 19 24.10 155 17.41 1.51 7 .11960 MAR 5 1152 38.30 19 26.34 155 13.30 1.57 5 .01960 MAR 5 1503 42.97 19 22.92 155 18.63 23.50 5 .11960 MAR 5 1748 12.44 19 25.16 155 15.40 0.02 6 .11960 MAR 5 1801 35.95 19 25.65 155 15.56 0.09 6 .11960 MAR 5 2138 27.02 19 21.43 155 16.34 1.38 5 .01960 MAR 5 2151 18.70 19 21.58 155 15.11 25.86 7 .01960 MAR 5 2357 18.02 19 20.70 155 15.05 0.06 6 .21960 MAR 6 0952 16.71 19 25.10 155 15.35 2.56 6 .11960 MAR 6 1127 17.57 19 25.12 155 16.11 0.12 5 .01960 MAR 6 1148 32.70 19 23.39 155 16.87 0.11 4 .31960 MAR 6 1215 17.20 19 26.60 155 28.01 4.56 7 .11960 MAR 6 1321 30.39 19 23.63 155 18.22 0.84 5 .01960 MAR 6 1351 8.06 19 25.09 155 15.34 2.14 5 .1
103

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 13YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 MAR 6 1438 17.24 19 26.90 155 9.83 5.07 5 .21 2.716.9 GLN - 2.8X 310 131960 MAR 6 1627 15.77 19 23.94 155 17.83 0.02 5 .17 1.8 3.6 SSC # 2.4X 1061960 MAR 6 1732 27.40 19 24.30 155 16.95 0.00 4 .37 4.7 3.3 SSC # 2.7X 1611960 MAR 6 1926 46.72 19 24.39 155 17.11 0.72 5 .03 1.7 1.1 SSC 2.1X 1381960 MAR 6 2013 4.30 19 25.32 155 15.53 0.01 6 .26 .9 1.1 SNC # 2.4X 2451960 MAR 6 2104 27.67 19 24.44 155 17.17 1.62 6 .08 2.0 .9 SSC 2.8X 1301960 MAR 6 2115 50.19 19 25.43 155 15.46 1.35 6 .04 .8 .9 SNC 2.7X 2471960 MAR 6 2218 33.83 19 24.88 155 17.17 0.01 5 .27 .731.6 SNC - 2.3X 1201960 MAR 6 2333 57.25 19 24.24 155 13.08 6.95 7 .14 1.4 2.8 SF2 F 2.9X 1661960 MAR 7 0324 18.66 19 24.92 155 13.78 5.48 7 .13 1.2 2.9 SF2 F 3.9X 1461960 MAR 7 0519 10.52 19 25.44 155 15.80 3.55 5 .16 2.4 1.3 SNC 2.1X 2401960 MAR 7 0522 6.85 19 24.80 155 17.15 2.82 6 .12 2.0 .6 SNC 2.3X 991960 MAR 7 0924 13.23 19 24.58 155 15.35 0.02 5 .21 1.2 1.6 SNC # 2.7X 2491960 MAR 7 1053 17.15 19 25.25 155 16.35 0.01 4 .23 1.131.6 SNC - 2.5X 2261960 MAR 7 1157 0.84 19 24.84 155 15.72 2.22 5 .07 1.5 .9 SNC 2.4X 2401960 MAR 7 1408 28.02 19 25.69 155 15.65 1.40 5 .11 .8 1.5 SNC 2.7X 2451960 MAR 7 1632 31.48 19 27.10 155 13.00 0.04 6 .05 1.131.6 GLN F- 3.7X 2851960 MAR 8 0141 35.32 19 21.21 155 12.32 0.99 6 .13 1.8 1.0 SER 3.1X 3151960 MAR 8 0202 34.45 19 25.77 155 16.07 0.38 6 .05 .5 .8 SNC 2.4X 2361960 MAR 8 0224 12.98 19 25.20 155 17.07 2.24 5 .06 1.7 .3 SNC 3.0X 2101960 MAR 8 0434 53.81 19 25.13 155 15.78 1.53 5 .10 1.2 1.2 SNC 2.7X 2391960 MAR 8 0542 43.64 19 26.55 155 14.98 0.91 6 .12 .8 1.3 SNC 3.1X 2591960 MAR 8 0950 37.21 19 25.63 155 14.50 0.12 6 .23 1.1 1.6 SNC # 2.8X 2661960 MAR 8 0951 22.23 19 23.74 155 17.96 0.06 5 .09 .5 1.3 SSC # 2.6X 1131960 MAR 8 1155 42.00 19 25.03 155 15.37 1.04 5 .07 .7 1.2 SNC 2.8X 2481960 MAR 8 1452 38.69 19 24.76 155 16.86 0.85 5 .01 1.8 .3 SNC 2.6X 2011960 MAR 8 1901 40.92 19 24.68 155 15.29 0.03 5 .39 1.9 3.4 SNC # 2.9X 2511960 MAR 9 0024 58.35 19 23.62 155 16.92 3.92 4 .00 1.9 1.6 SSC 2.9X 1601960 MAR 9 0346 16.76 19 25.58 155 15.24 0.67 5 .13 .9 1.5 SNC 3.0X 2531960 MAR 9 0528 56.17 19 24.76 155 16.19 0.29 4 .1814.810.5 SNC - 2.2X 2261960 MAR 9 1015 44.18 19 25.36 155 14.17 0.03 6 .33 1.6 1.8 SNC # 2.7X 2721960 MAR 9 1058 25.46 19 24.63 155 17.06 0.00 5 .23 2.0 1.5 SNC # 2.4X 1421960 MAR 9 1606 20.60 19 23.19 155 15.10 0.00 4 .24 8.8 6.8 SEC # 2.3X 2711960 MAR 9 1817 36.06 19 26.06 155 9.76 4.82 6 .29 3.022.4 GLN - 3.0X 311 131960 MAR 9 2113 54.58 19 26.07 155 14.62 0.35 5 .10 .9 1.3 SNC 2.4X 2641960 MAR 9 2114 52.15 19 24.23 155 17.10 0.63 5 .04 1.5 1.0 SSC 2.2X 1411960 MAR 10 0124 50.16 19 25.87 155 12.78 7.00 5 .6423.311.4 SF2 # 2.7X 2891960 MAR 10 0728 57.93 19 25.36 155 15.16 0.10 5 .07 .7 1.0 SNC 2.6X 2541960 MAR 10 1129 32.10 19 24.77 155 16.45 2.57 4 .01 1.8 .6 SNC 2.8X 2191960 MAR 10 1146 17.51 19 25.57 155 13.29 0.00 4 .17 2.3 2.1 SER # 3.1X 2841960 MAR 10 1220 7.23 19 25.17 155 14.63 0.01 5 .22 1.2 1.8 SNC # 2.8X 2641960 MAR 10 1225 16.68 19 31.45 155 10.69 5.97 4 .05 1.710.1 GLN - 3.1X 306 161960 MAR 10 1257 52.81 19 24.24 155 17.69 0.48 4 .00 1.6 1.9 SSC 2.0X 1331960 MAR 10 1359 17.66 19 25.80 155 15.24 0.08 5 .12 .8 1.2 SNC 2.4X 2531960 MAR 10 1446 36.32 19 25.45 155 16.05 0.02 6 .10 .5 .7 SNC # 2.2X 234

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 MAR 10 1535 44.28 19 25.35 155 15.59 0.03 6 .11960 MAR 10 1654 45.95 19 25.03 155 15.05 2.10 5 .01960 MAR 10 1911 0.95 19 23.87 155 16.55 4.81 4 .01960 MAR 10 1939 35.06 19 23.11 155 17.35 2.65 5 .01960 MAR 10 1941 23.44 19 24.78 155 17.67 4.30 4 .01960 MAR 10 2205 31.73 19 25.05 155 16.79 1.19 4 .01960 MAR 10 2216 58.20 19 25.33 155 14.89 0.02 5 .21960 MAR 10 2243 51.91 19 24.24 155 17.68 0.48 4 .01960 MAR 11 0044 49.15 19 25.41 155 15.70 0.03 5 .21960 MAR 11 0131 56.85 19 24.42 155 15.71 1.37 4 .01960 MAR 11 0329 5.76 19 28.02 155 13.51 8.96 4 .01960 MAR 11 0426 24.24 19 25.63 155 15.79 0.14 5 .01960 MAR 11 1543 32.59 19 24.88 155 4.62 5.41 6 .11960 MAR 11 2016 30.53 19 23.41 155 17.22 0.00 4 .01960 MAR 11 2047 41.94 19 23.50 155 10.41 4.74 6 .31960 MAR 12 2205 33.88 19 22.77 155 13.50 0.09 5 .21960 MAR 13 0650 27.07 19 50.81 155 3.91 44.60 7 .11960 MAR 13 0727 19.04 19 26.16 155 26.14 7.19 4 .01960 MAR 13 1045 21.56 19 23.71 155 14.72 11.24 5 .11960 MAR 15 0737 56.86 19 23.92 155 17.18 3.81 5 .01960 MAR 16 0717 32.65 19 19.78 155 53.34 2.37 5 .01960 MAR 17 0408 57.41 19 25.69 155 15.52 0.32 6 .21960 MAR 17 0413 47.30 19 26.53 155 14.59 0.02 5 .21960 MAR 19 0008 20.64 19 25.09 156 7.29 7.13 6 .11960 MAR 19 2208 24.28 19 20.03 155 12.18 0.55 7 .11960 MAR 19 2228 11.84 19 46.25 156 6.56 5.14 6 .11960 MAR 20 1441 50.55 19 26.19 155 15.81 0.03 6 .01960 MAR 21 2041 25.42 19 25.62 155 33.66 9.85 6 .01960 MAR 23 1158 32.01 19 24.51 155 15.53 14.81 8 .01960 MAR 23 1748 26.04 19 25.39 155 15.66 14.59 9 .11960 MAR 23 1752 59.95 19 23.75 155 15.58 21.68 8 .01960 MAR 23 1755 19.63 19 25.25 155 16.67 15.77 9 .01960 MAR 23 1842 3.95 19 25.77 155 16.23 14.72 9 .11960 MAR 24 1316 21.68 19 24.91 155 22.72 11.03 9 .11960 MAR 24 2334 49.88 19 21.96 155 31.34 10.66 7 .11960 MAR 26 2020 16.03 19 24.01 155 15.23 16.07 8 .11960 MAR 31 0152 25.59 19 20.06 155 20.25 30.29 4 .01960 MAR 31 1010 48.29 19 24.15 155 17.47 14.23 8 .11960 MAR 31 1225 29.30 19 27.00 155 12.44 11.90 6 .01960 APR 1 1906 11.28 19 24.99 155 17.74 16.69 9 .11960 APR 1 1908 53.65 19 32.69 155 9.97 4.91 4 .01960 APR 2 1816 45.20 19 12.32 155 37.59 0.75 5 .11960 APR 3 1541 4.11 19 22.25 155 17.09 0.02 8 .11960 APR 4 0434 11.72 19 21.57 155 16.55 0.00 8 .11960 APR 4 0936 42.84 19 21.67 155 17.04 0.03 8 .2
104

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 15YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 APR 5 0318 53.86 19 25.83 155 16.56 2.53 6 .02 .7 .4 SNC 3.2X 1381960 APR 5 0443 23.83 19 25.58 155 13.68 23.43 8 .02 2.2 1.4 DEP 2.2X 1901960 APR 17 1735 44.72 19 28.70 155 13.37 20.13 8 .14 1.5 3.4 DEP 2.9X 1151960 APR 18 1641 0.22 19 13.67 155 10.08 6.95 4 .12 1.916.1 SF3 - 1.7X 210 381960 APR 20 1655 34.85 19 26.59 155 16.21 47.96 5 .01 3.0 5.3 DEP 2.3X 961960 APR 20 1808 18.98 19 35.26 155 24.03 65.20 9 .14 3.0 1.9 KEA 2.4X 248 101960 APR 20 1943 5.96 19 35.19 155 22.67 62.70 8 .15 4.3 2.0 KEA 2.4X 237 101960 APR 21 0438 4.03 19 36.54 155 26.57 59.46 7 .20 6.4 2.3 KEA 262 141960 APR 21 0521 18.94 19 33.52 155 22.53 58.10 9 .11 2.9 1.1 DML 2161960 APR 21 0554 14.87 19 32.40 155 24.07 61.70 8 .11 4.0 1.4 DML 2541960 APR 21 0630 15.12 19 31.77 155 24.87 58.69 9 .09 3.4 1.6 DML 2541960 APR 21 0631 21.65 19 24.31 155 18.24 6.51 5 .17 2.815.3 INT - 155 121960 APR 21 0651 5.09 19 34.64 155 24.80 59.24 8 .08 2.3 1.6 DML 2.4X 2511960 APR 21 0815 29.87 19 31.90 155 21.54 0.03 4 .1513.9 2.4 MLO - 2361960 APR 21 0815 52.81 19 25.13 155 12.23 6.99 4 .10 1.614.4 SF3 - 2.3X 154 281960 APR 21 0817 11.31 19 22.62 155 8.12 0.01 4 .10 2.8 .4 SER # 2.1X 227 301960 APR 21 0854 29.98 19 48.32 155 34.98 37.82 5 .01 5.3 5.4 KEA 2.5X 279 401960 APR 21 0942 32.81 19 32.19 155 26.90 57.56 6 .06 3.1 1.7 DML 2571960 APR 21 1015 52.32 19 36.34 155 28.17 54.46 6 .08 3.1 1.9 KEA 2.4X 268 151960 APR 21 1025 45.36 19 25.87 155 13.97 6.93 4 .08 1.113.3 SF2 - 2.0X 162 181960 APR 21 1027 50.18 19 25.12 155 12.83 6.92 4 .25 1.822.7 SF2 - 2.0X 171 201960 APR 21 1028 47.79 19 34.67 155 16.01 45.00 4 .02 2.331.6 DEP - 174 161960 APR 21 1031 2.92 19 27.12 155 16.61 25.70 6 .25 2.5 4.4 DEP 2.3X 1001960 APR 21 1126 30.38 19 25.24 155 13.37 6.93 4 .10 1.114.4 SF2 - 2.0X 168 191960 APR 21 1140 44.55 19 26.36 155 17.59 31.10 4 .09 4.4 9.9 DEP - 2.3X 142 121960 APR 21 1758 52.08 19 25.44 155 13.37 6.94 4 .09 1.113.6 SF2 - 2.0X 167 191960 APR 21 1759 52.73 19 27.63 155 14.08 6.94 4 .23 1.722.5 INT - 2.0X 202 171960 APR 21 1802 53.60 19 27.72 155 18.28 30.29 4 .06 4.7 9.4 DEP - 2.1X 129 101960 APR 21 1826 35.07 19 35.69 155 21.90 55.06 7 .10 3.0 1.9 KEA 2.3X 231 111960 APR 21 1848 50.02 19 26.50 155 15.86 30.02 4 .08 3.910.5 DEP - 2.5X 150 141960 APR 21 1852 51.04 19 26.61 155 13.97 6.95 4 .00 .911.4 GLN - 2.0X 156 171960 APR 21 1854 22.16 19 37.11 155 19.93 44.15 7 .13 2.3 2.0 KEA 2.4X 222 151960 APR 21 1900 33.35 19 27.55 155 17.68 29.43 4 .06 4.6 9.9 DEP - 2.2X 133 111960 APR 21 1903 45.01 19 34.69 155 22.35 54.74 8 .12 3.4 1.9 DML 2.8X 2311960 APR 21 1935 38.19 19 35.14 155 24.98 56.15 7 .15 5.0 1.9 KEA # 2.4X 253 101960 APR 21 1959 42.25 19 23.65 155 4.37 7.00 5 .27 3.125.4 SF5 - 2.0X 262 341960 APR 21 2020 2.20 19 33.66 155 21.88 54.06 4 .01 3.7 1.4 DML 2.3X 2181960 APR 21 2023 5.58 19 38.44 155 26.72 54.41 6 .10 4.3 1.8 KEA 2.3X 277 171960 APR 21 2114 40.17 19 25.16 155 13.52 6.91 4 .16 1.417.2 SF2 - 2.1X 169 191960 APR 21 2118 53.41 19 31.71 155 21.30 64.34 5 .00 3.4 2.2 DML 2.4X 1871960 APR 21 2126 47.71 19 27.01 155 16.56 19.34 5 .05 1.5 3.4 DEP 2.4X 137 131960 APR 21 2227 41.50 19 27.11 155 17.14 28.73 4 .09 4.610.8 DEP - 2.5X 139 121960 APR 21 2311 33.84 19 25.94 155 13.88 6.93 4 .16 1.417.0 SF2 - 2.0X 162 181960 APR 21 2353 19.97 19 27.25 155 17.44 28.68 4 .12 5.211.8 DEP - 2.2X 137 111960 APR 22 0027 16.95 19 26.22 155 13.97 6.93 4 .04 1.011.9 GLN - 2.0X 159 18

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 APR 22 0116 7.13 19 26.79 155 14.74 6.91 4 .21960 APR 22 0129 40.57 19 26.39 155 14.26 6.94 4 .11960 APR 22 0142 48.91 19 26.82 155 14.82 13.28 5 .01960 APR 22 0151 17.38 19 29.69 155 17.88 25.97 5 .21960 APR 22 0205 17.32 19 27.78 155 17.50 30.04 4 .01960 APR 22 0240 35.49 19 28.88 155 18.95 28.87 4 .01960 APR 22 0254 23.15 19 27.18 155 16.51 20.58 4 .01960 APR 22 0302 43.04 19 36.54 155 20.30 30.77 6 .01960 APR 22 0312 22.07 19 28.76 155 17.93 28.91 4 .01960 APR 22 0318 50.89 19 28.56 155 17.06 25.59 5 .11960 APR 22 0330 11.29 19 34.31 155 19.62 48.97 7 .01960 APR 22 0353 18.22 19 34.01 155 19.53 53.82 8 .11960 APR 22 0358 56.24 19 34.64 155 22.99 52.65 6 .11960 APR 22 0416 37.69 19 26.15 155 14.58 6.93 4 .01960 APR 22 0441 36.93 19 32.72 155 25.94 45.20 5 .21960 APR 22 0458 15.64 19 36.70 155 27.77 53.12 5 .01960 APR 22 0503 24.14 19 23.92 155 13.23 6.85 4 .11960 APR 22 0519 31.19 19 25.76 155 15.73 15.66 4 .01960 APR 22 0554 21.41 19 38.20 155 23.62 58.32 5 .41960 APR 22 0600 42.03 19 36.13 155 22.42 5.74 5 .01960 APR 22 0602 20.73 19 47.47 155 23.55 58.81 4 .01960 APR 22 0831 53.53 19 31.23 155 22.40 50.99 5 .01960 APR 22 0903 23.05 19 25.29 155 15.53 6.81 4 .01960 APR 22 0920 7.36 19 29.69 155 19.08 52.58 6 .01960 APR 22 1024 11.79 19 37.39 155 21.33 28.85 6 .01960 APR 22 1035 45.79 19 27.10 155 15.41 12.80 4 .01960 APR 22 1045 54.87 19 23.20 155 12.52 0.03 6 .31960 APR 22 1221 15.03 19 39.56 155 21.86 33.76 4 .01960 APR 22 1253 44.93 19 39.77 155 19.35 26.28 4 .01960 APR 22 2039 1.09 19 27.67 155 16.29 22.47 7 .21960 APR 22 2050 36.05 19 33.23 155 22.32 52.04 6 .01960 APR 22 2310 41.26 19 31.95 155 19.65 52.38 8 .01960 APR 23 0033 17.82 19 34.74 155 17.38 52.23 7 .01960 APR 23 0044 25.96 19 34.87 155 26.90 48.92 9 .01960 APR 23 1332 10.45 19 33.65 155 22.37 52.62 5 .01960 APR 23 1342 56.28 19 23.59 155 19.04 1.90 5 .01960 APR 23 2020 18.91 19 23.03 155 14.92 2.23 7 .01960 APR 24 2233 19.61 19 18.35 155 5.75 7.45 4 .01960 APR 25 1615 3.57 19 22.50 155 24.36 0.65 5 .01960 APR 25 1654 54.48 19 20.35 155 11.19 4.60 5 .11960 APR 25 1919 57.24 19 24.88 155 25.13 4.49 6 .11960 APR 26 0701 50.93 19 17.93 155 7.08 4.46 5 .01960 APR 26 0704 24.08 19 23.90 155 18.27 4.88 8 .11960 APR 26 1325 41.12 19 20.97 155 16.24 5.80 4 .21960 APR 26 2254 32.36 20 0.94 155 19.72 0.37 5 .4
105

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 17YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 APR 27 0952 54.42 19 40.43 155 6.44 45.85 6 .05 5.8 4.2 HIL 3.7X 330 341960 APR 29 0613 5.43 19 38.09 155 38.67 9.09 6 .0610.4 4.4 KEA - 4.4X 321 311960 APR 29 1200 42.56 19 28.99 155 33.02 26.01 5 .04 8.1 5.5 DML - 311 171960 APR 30 0103 28.65 19 22.96 155 26.16 6.30 4 .12 5.912.1 KAO - 2461960 APR 30 1322 18.08 19 24.12 155 17.37 0.69 6 .11 1.4 1.4 SSC 2.5X 1161960 APR 30 1335 21.30 19 24.20 155 18.09 0.02 4 .13 2.0 4.3 SSC # 2.2X 1021960 APR 30 1840 54.04 19 24.21 155 16.94 1.76 5 .01 1.9 .9 SSC 2.4X 1781960 APR 30 2130 42.58 19 17.42 155 9.37 4.46 4 .1113.815.1 SSF - 2.7X 326 151960 MAY 3 0706 54.87 19 23.87 155 14.83 4.91 6 .05 2.0 1.5 SEC 2.6X 2681960 MAY 3 2042 35.04 19 25.29 155 14.91 0.02 6 .27 1.1 1.3 SNC # 3.0X 2591960 MAY 5 0946 32.70 19 16.96 155 17.33 4.93 6 .17 3.3 8.3 SWR # 2.9X 277 101960 MAY 8 0526 52.13 19 18.20 155 17.38 29.19 7 .10 2.9 1.7 DEP 2.7X 2311960 MAY 8 0628 38.44 19 22.14 155 19.46 32.22 8 .18 2.3 2.4 DML 3.8X 1351960 MAY 8 0630 15.59 19 20.86 155 20.74 36.54 6 .12 3.2 1.4 DEP 3.8X 1871960 MAY 9 1255 30.91 19 18.09 155 29.93 4.81 6 .02 1.5 2.5 LSW 2.8X 188 121960 MAY 9 2000 18.72 19 21.43 155 17.62 0.02 7 .13 .9 .9 SWR # 2.8X 1651960 MAY 11 2308 45.48 19 25.41 155 15.21 0.04 6 .16 3.7 5.8 SNC # 2.9X 2531960 MAY 12 1118 8.55 19 16.53 155 24.54 24.81 7 .25 3.2 4.6 DEP 3.9X 1561960 MAY 16 0526 53.32 19 22.59 155 26.23 12.12 6 .10 1.4 3.0 KAO 2.7X 2511960 MAY 17 0305 15.92 20 41.43 155 37.13 7.01 7 .09 8.911.2 DIS - 3.8X 3421211960 MAY 19 1420 0.95 19 22.22 155 2.66 37.45 8 .04 1.8 3.7 DEP 2.8X 229 171960 MAY 20 0224 7.74 19 23.56 155 28.42 9.33 8 .14 1.3 1.1 KAO 3.4X 198 111960 MAY 21 0841 36.66 19 37.20 155 37.48 6.85 6 .09 3.510.6 KEA - 3.0X 337 281960 MAY 25 0235 50.67 20 8.45 155 36.02 6.81 8 .08 8.610.7 KOH - 2.7X 325 711960 MAY 25 1045 34.63 19 24.21 155 17.45 1.71 5 .03 1.6 1.3 SSC 2.8X 1091960 MAY 27 0549 8.93 19 27.08 155 14.24 6.44 8 .20 1.7 2.9 INT 3.5X 1721960 MAY 27 0558 10.95 19 27.36 155 15.03 8.43 7 .12 1.7 1.0 INT 3.3X 1881960 MAY 29 0442 25.98 19 25.04 155 15.81 1.04 4 .01 1.4 2.4 SNC 2.4X 2381960 MAY 31 0131 3.10 19 10.09 155 12.81 10.36 7 .12 4.2 1.6 SF2 3.6X 304 231960 MAY 31 1616 30.84 19 24.24 155 16.94 0.02 5 .04 1.7 1.0 SSC # 2.0X 1621960 MAY 31 1728 19.21 19 24.50 155 17.46 1.15 5 .0811.6 7.1 SSC - 2.0X 1701960 MAY 31 1930 20.27 19 24.35 155 18.29 1.56 5 .01 1.1 1.5 SSC 2.5X 991960 JUN 2 0202 56.55 19 18.29 155 59.46 6.95 5 .1410.513.7 KON - 2.9X 337 631960 JUN 2 0322 59.09 19 23.92 155 17.95 0.03 7 .11 .5 .4 SSC # 2.3X 1071960 JUN 2 2047 23.49 19 23.77 155 26.37 4.15 9 .21 1.7 6.2 KAO 3.5X 2021960 JUN 4 1655 45.04 19 18.95 155 10.91 4.76 6 .32 4.526.0 SSF - 2.9X 321 111960 JUN 5 1147 32.11 19 42.14 155 9.15 30.08 6 .10 6.0 4.7 KEA 2.8X 268 321960 JUN 5 1235 29.25 19 20.95 155 14.05 5.08 4 .03 2.5 9.4 SF2 - 2.8X 303 101960 JUN 5 2150 55.55 19 24.08 155 17.70 1.33 5 .01 1.2 1.5 SSC 2.7X 1311960 JUN 5 2340 31.05 19 21.21 155 15.98 1.02 6 .05 1.0 .3 KOA 3.1X 2381960 JUN 7 1219 24.81 19 14.38 155 35.62 6.99 5 .02 2.8 9.2 LSW - 4.0X 220 201960 JUN 7 2041 40.16 19 24.59 155 16.96 8.24 6 .04 1.6 1.0 INT 2.8X 1611960 JUN 8 0613 55.97 19 24.33 155 14.42 6.95 4 .00 2.3 1.2 INT 3.3X 2721960 JUN 9 2002 55.06 19 21.77 155 17.57 7.20 5 .01 1.2 2.2 SWR 2.7X 1861960 JUN 10 1902 12.81 19 24.30 155 16.90 1.36 5 .02 .4 .2 SSC 2.7X 123

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 JUN 11 0402 2.94 19 25.71 155 15.36 1.73 4 .01960 JUN 13 1753 57.84 18 59.05 155 20.75 12.05 7 .11960 JUN 14 2315 34.71 19 25.32 155 16.24 1.73 7 .01960 JUN 14 2353 36.66 19 25.84 155 16.35 2.02 8 .01960 JUN 15 0711 40.81 19 24.46 155 17.99 1.85 8 .11960 JUN 15 1216 50.85 19 24.90 155 18.81 0.86 5 .11960 JUN 16 0321 34.73 19 24.29 155 17.41 1.24 6 .01960 JUN 16 1443 42.80 19 24.02 155 18.17 0.20 6 .01960 JUN 16 1605 14.08 19 24.78 155 16.61 2.25 5 .01960 JUN 16 1653 19.61 19 24.75 155 16.74 1.33 5 .01960 JUN 16 2024 38.92 19 24.45 155 16.88 1.40 6 .11960 JUN 17 0244 43.71 19 25.34 155 16.03 0.58 6 .01960 JUN 17 0256 51.85 19 26.60 155 14.43 0.65 6 .01960 JUN 18 0155 12.67 19 24.13 155 17.78 1.04 6 .01960 JUN 18 0156 7.55 19 19.24 155 11.34 17.95 4 .01960 JUN 18 0428 33.20 19 25.05 155 17.39 1.77 5 .01960 JUN 18 0838 13.61 19 24.38 155 16.68 1.92 6 .11960 JUN 18 0842 52.88 19 24.27 155 17.47 1.85 5 .01960 JUN 18 0950 8.81 19 22.03 155 17.27 0.02 8 .01960 JUN 18 0959 39.64 19 26.07 155 14.31 0.02 6 .21960 JUN 18 1252 10.88 19 24.75 155 16.65 2.21 4 .01960 JUN 19 0354 34.91 19 24.33 155 17.71 1.42 5 .01960 JUN 19 0810 15.36 19 23.71 155 18.05 0.02 5 .01960 JUN 19 0829 25.93 19 24.89 155 14.12 2.12 5 .11960 JUN 19 0925 58.80 19 23.30 155 17.27 1.02 8 .11960 JUN 19 1816 40.65 19 19.94 155 11.43 4.58 6 .11960 JUN 20 1111 24.77 19 20.32 155 12.18 4.95 5 .11960 JUN 20 1258 24.32 19 22.74 155 21.19 30.20 9 .11960 JUN 20 1314 48.15 19 23.24 155 20.77 21.35 6 .01960 JUN 20 1358 54.01 19 19.47 155 20.18 3.67 7 .11960 JUN 20 1529 4.76 19 22.37 155 16.25 30.00 8 .11960 JUN 20 1858 58.31 19 24.19 155 16.04 15.75 9 .01960 JUN 21 0100 17.28 19 21.88 155 17.50 28.48 10 .01960 JUN 21 0329 12.59 19 23.93 155 18.09 13.93 9 .11960 JUN 21 1056 45.68 19 23.41 155 17.82 0.04 5 .11960 JUN 22 0509 56.69 19 20.02 155 12.70 4.90 5 .01960 JUN 22 1130 16.88 19 19.10 155 14.98 6.49 8 .01960 JUN 24 0302 36.84 19 25.06 155 16.74 1.29 4 .01960 JUN 24 0412 42.71 19 19.07 155 27.33 7.99 5 .01960 JUN 26 0147 25.39 19 25.76 155 16.47 0.01 5 .31960 JUN 26 1433 9.06 19 25.33 155 14.13 2.78 7 .11960 JUN 28 0001 7.13 19 24.99 155 16.32 0.44 4 .11960 JUN 30 1849 2.62 19 25.61 155 14.72 1.84 6 .11960 JUL 3 1652 13.53 19 29.04 155 24.49 10.40 5 .01960 JUL 6 1850 50.04 19 27.26 155 15.59 29.87 4 .0
106

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 19YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 JUL 6 1902 40.87 19 25.52 155 19.45 7.00 4 .00 1.512.4 KAO - 1721960 JUL 6 1911 23.96 19 27.37 155 16.54 28.53 4 .01 2.4 9.1 DEP - 1401960 JUL 6 2003 3.09 19 10.81 155 11.94 7.03 4 .00 4.112.4 SF3 - 270 221960 JUL 6 2147 15.81 19 31.63 155 13.63 60.49 10 .12 3.5 1.6 DEP 2.5X 135 131960 JUL 6 2315 14.34 19 15.75 154 51.91 17.78 5 .11 4.115.5 DIS - 2.0X 278 481960 JUL 7 0022 26.50 19 25.78 155 18.24 14.49 4 .01 2.6 6.7 DEP 1711960 JUL 7 0057 1.56 19 25.56 155 18.80 6.99 4 .00 2.312.3 INT - 1831960 JUL 7 0124 16.43 19 26.26 155 11.13 40.16 4 .04 5.111.8 DEP - 212 111960 JUL 7 0231 5.38 19 31.52 155 11.71 58.62 9 .12 3.3 1.5 DEP 2.3X 125 151960 JUL 7 0336 12.10 19 19.45 154 46.63 5.71 4 .00 2.5 2.2 LER 2.0X 313 521960 JUL 7 0352 32.13 19 29.90 155 9.51 39.56 4 .10 4.410.8 DEP - 203 181960 JUL 7 0432 23.27 19 31.35 155 13.25 59.75 7 .10 6.0 3.6 DEP 2.3X 164 131960 JUL 7 0447 43.04 19 31.15 155 12.94 44.63 6 .07 2.5 9.3 DEP 2.0X 127 131960 JUL 7 0453 51.84 19 29.41 155 11.46 50.02 5 .03 3.1 5.0 DEP 1.9X 124 151960 JUL 7 0501 10.99 19 33.33 155 15.14 57.06 7 .08 3.8 2.3 DEP 2.4X 190 151960 JUL 7 0517 1.16 19 15.23 154 50.24 17.13 5 .11 4.115.3 DIS - 2.2X 283 511960 JUL 7 0525 55.51 19 29.71 155 12.30 52.43 6 .04 3.2 4.6 DEP # 1.8X 117 151960 JUL 7 0607 54.61 19 31.04 155 10.11 48.68 5 .10 5.211.4 DEP - 1.8X 193 171960 JUL 7 0629 0.05 19 27.26 155 11.52 40.74 5 .03 2.2 5.8 DEP 1.8X 141 121960 JUL 7 0634 27.50 19 33.69 155 6.26 7.05 4 .42 7.131.3 HIL - 215 181960 JUL 7 0650 17.06 19 24.08 155 18.54 13.01 7 .12 1.5 .7 DEP 2.6X 1071960 JUL 7 0825 31.94 19 32.91 155 15.68 48.39 6 .07 3.4 2.0 DEP 2.4X 193 141960 JUL 7 0827 59.30 19 27.09 155 13.70 36.93 4 .00 3.2 7.7 DEP 1531960 JUL 7 0900 1.22 19 33.53 155 12.28 6.98 4 .14 2.315.6 GLN - 2.5X 213 181960 JUL 7 0903 23.78 19 27.53 155 15.18 42.94 4 .01 3.6 8.9 DEP - 155 101960 JUL 7 0940 27.77 19 32.58 155 17.42 48.91 8 .06 3.2 1.4 DEP 2.9X 196 131960 JUL 7 1002 14.02 19 27.84 155 14.15 41.88 6 .06 2.6 5.6 DEP 2.0X 1141960 JUL 7 1003 9.25 19 32.10 155 15.19 48.21 6 .11 2.6 3.3 DEP 2.4X 146 131960 JUL 7 1015 42.55 19 28.50 155 14.72 37.73 4 .01 3.211.7 DEP - 2.1X 1601960 JUL 7 1026 38.09 19 29.62 155 14.72 61.67 6 .03 2.8 4.4 DEP 2.4X 121 131960 JUL 7 1124 18.52 19 30.62 155 13.26 41.72 5 .04 2.3 9.3 DEP - 2.0X 124 161960 JUL 7 1127 10.21 19 29.30 155 11.01 49.29 4 .05 4.510.7 DEP - 2.3X 193 151960 JUL 7 1135 23.20 19 41.27 155 31.89 10.50 7 .06 1.1 2.3 KEA 2.6X 260 381960 JUL 7 1143 8.78 19 28.49 155 13.02 37.47 5 .03 3.3 7.0 DEP 2.9X 167 101960 JUL 7 1248 24.45 19 31.48 155 10.10 6.99 4 .42 5.027.6 GLN - 195 201960 JUL 7 1250 24.72 19 28.53 155 10.26 65.84 5 .04 5.9 5.1 DEP 2.5X 205 151960 JUL 7 1257 40.27 19 29.79 155 13.74 39.75 5 .05 3.6 7.8 DEP 2.2X 179 111960 JUL 7 1300 6.44 19 33.30 155 15.23 39.81 5 .26 4.317.5 DEP - 2.3X 157 161960 JUL 7 1302 2.96 19 29.99 155 12.14 49.72 8 .06 2.4 1.5 DEP 2.4X 116 131960 JUL 7 1312 55.17 19 31.28 155 14.44 47.43 9 .16 3.2 1.8 DEP 2.6X 134 121960 JUL 7 1324 31.46 19 29.56 155 12.48 49.67 9 .13 2.9 1.6 DEP 2.8X 116 121960 JUL 7 1326 53.20 19 30.13 155 13.01 46.88 8 .08 2.4 1.5 DEP 2.8X 120 121960 JUL 7 1329 3.88 19 23.80 155 21.38 4.23 5 .19 3.314.4 KAO - 2.4X 239 101960 JUL 7 1345 10.80 19 32.52 155 14.95 50.83 8 .19 3.8 2.1 DEP 2.8X 148 141960 JUL 7 1409 37.29 19 31.96 155 16.69 50.84 8 .04 2.5 1.4 DEP 2.5X 152 12

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SE1960 JUL 7 1415 34.41 19 31.58 155 12.10 19.69 5 .01960 JUL 7 1428 35.23 19 31.22 155 15.82 49.29 6 .11960 JUL 7 1431 27.44 19 22.98 155 11.10 45.79 7 .01960 JUL 7 1433 35.05 19 26.34 155 11.33 50.84 7 .01960 JUL 7 1510 8.82 19 26.18 155 15.79 24.89 4 .01960 JUL 7 1513 8.35 19 19.52 155 13.38 49.49 5 .21960 JUL 7 1524 4.27 19 29.83 155 13.03 43.02 5 .11960 JUL 7 1544 36.80 19 27.26 155 16.40 23.36 4 .01960 JUL 7 1600 55.85 19 29.88 155 14.93 35.08 5 .11960 JUL 7 1601 57.06 19 29.54 155 10.67 49.63 6 .01960 JUL 7 1605 37.59 19 41.69 155 31.00 2.98 7 .11960 JUL 7 1626 44.83 19 28.54 155 14.57 36.19 4 .01960 JUL 7 1637 56.99 19 27.52 155 11.31 32.18 4 .01960 JUL 7 1638 56.33 19 28.00 155 9.68 44.83 5 .01960 JUL 7 1639 41.72 19 27.78 155 9.21 45.66 7 .01960 JUL 7 1648 6.99 19 29.17 155 11.25 49.54 8 .11960 JUL 7 1700 26.63 19 28.07 155 13.36 30.47 4 .01960 JUL 7 1706 48.73 19 11.24 155 33.15 6.99 4 .11960 JUL 7 1722 18.27 19 28.91 155 8.57 49.27 7 .01960 JUL 7 1724 4.78 19 27.96 155 13.48 32.50 6 .01960 JUL 7 1727 42.20 19 32.42 155 11.31 7.00 5 .11960 JUL 7 1735 6.33 19 29.22 155 9.80 50.47 7 .11960 JUL 7 1743 5.24 19 22.14 154 52.26 6.97 4 .21960 JUL 7 1755 52.99 19 28.84 155 9.42 49.21 6 .01960 JUL 7 1759 59.37 19 30.69 155 12.69 49.69 7 .01960 JUL 7 1818 43.08 19 32.06 155 10.72 46.17 6 .11960 JUL 7 1827 23.81 19 27.84 155 12.03 32.89 4 .01960 JUL 7 1831 50.95 19 41.70 155 31.81 12.26 5 .01960 JUL 7 1835 24.25 19 28.06 155 9.11 48.31 6 .01960 JUL 7 1854 24.02 19 26.80 155 7.40 47.95 6 .01960 JUL 7 1916 23.62 19 27.58 155 7.02 63.61 6 .11960 JUL 7 1920 40.36 19 20.25 154 55.24 25.08 6 .11960 JUL 7 1923 27.59 19 31.69 155 10.07 0.07 4 .11960 JUL 7 1926 20.96 19 30.32 155 11.81 52.36 5 .01960 JUL 7 2033 4.57 19 31.27 155 10.75 49.68 6 .01960 JUL 7 2039 38.82 19 31.38 155 10.52 6.98 4 .31960 JUL 7 2120 5.90 19 31.33 155 11.02 46.65 6 .01960 JUL 7 2136 34.43 19 39.97 155 30.91 12.68 6 .11960 JUL 7 2139 59.66 19 28.97 155 12.80 35.43 5 .01960 JUL 7 2146 3.97 19 41.13 155 30.95 17.37 6 .11960 JUL 7 2336 1.18 19 28.25 155 13.22 49.17 5 .01960 JUL 8 0000 19.18 19 28.83 155 13.98 26.86 5 .01960 JUL 8 0017 9.01 19 28.32 155 13.28 28.80 4 .01960 JUL 8 0056 56.81 19 28.46 155 13.23 31.69 5 .01960 JUL 8 0108 1.20 19 29.64 155 10.94 49.65 6 .0
107

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 21YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 JUL 8 0110 25.91 19 18.03 154 54.47 20.74 6 .31 7.325.9 LER - 2.4X 272 431960 JUL 8 0113 13.03 19 30.39 155 9.96 53.01 7 .07 5.0 3.2 DEP 2.4X 198 161960 JUL 8 0134 2.31 19 25.76 155 19.85 22.71 4 .09 2.611.8 DML - 1381960 JUL 8 0314 46.12 19 42.54 155 31.66 9.35 7 .08 1.0 2.5 KEA 2.3X 263 401960 JUL 8 0331 13.38 19 41.90 155 33.32 6.92 7 .30 2.626.1 KEA - 2.1X 291 411960 JUL 8 0343 30.20 19 29.17 155 14.48 29.35 4 .01 2.6 9.1 DEP - 2.1X 161 131960 JUL 8 0524 37.96 19 27.79 155 12.06 32.68 4 .13 4.112.6 DEP - 1.9X 193 121960 JUL 8 0813 46.59 19 28.33 155 14.42 29.25 4 .01 2.6 9.1 DEP - 1.9X 164 111960 JUL 8 1352 32.91 19 27.54 155 12.75 31.72 4 .03 2.910.3 DEP - 1.9X 187 111960 JUL 8 1540 46.44 19 31.65 155 11.01 6.99 4 .37 4.224.6 GLN - 1.9X 182 191960 JUL 8 1603 1.70 19 22.14 155 26.69 10.22 8 .08 1.3 .5 KAO 3.0X 1781960 JUL 8 1618 31.17 19 13.93 155 24.00 7.01 4 .07 2.213.6 SWR - 2.7X 320 211960 JUL 8 1716 44.19 19 29.91 155 10.52 48.31 5 .02 4.3 9.3 DEP - 2.2X 195 151960 JUL 8 1901 37.62 19 36.50 155 21.90 6.90 4 .03 2.510.7 KEA - 1.8X 241 281960 JUL 8 1911 15.45 19 29.03 155 10.97 39.61 6 .04 2.6 5.8 DEP 2.2X 129 151960 JUL 8 2018 21.48 19 28.39 155 13.15 47.01 4 .05 4.210.2 DEP - 166 121960 JUL 8 2103 22.03 19 28.23 155 11.51 34.76 5 .11 3.9 8.1 DEP 2.3X 164 121960 JUL 8 2111 2.78 19 31.72 155 12.53 51.43 8 .10 2.6 3.2 DEP 2.4X 130 151960 JUL 8 2131 21.60 19 28.23 155 12.07 45.01 4 .04 4.0 9.8 DEP - 165 131960 JUL 8 2137 45.81 19 19.33 154 54.36 17.18 5 .23 5.022.2 LER - 2.3X 272 421960 JUL 8 2144 59.53 19 29.05 155 12.81 36.08 4 .00 3.2 7.9 DEP 172 131960 JUL 8 2150 58.82 19 29.98 155 12.30 40.44 4 .03 3.6 9.0 DEP - 181 151960 JUL 8 2325 4.64 19 34.69 155 13.62 6.91 4 .26 3.919.1 GLN - 224 191960 JUL 8 2335 26.18 19 26.82 155 18.43 18.20 4 .01 3.4 8.3 DEP - 2071960 JUL 9 0110 23.21 19 30.92 155 11.63 48.39 6 .04 2.0 3.1 DEP 2.0X 121 171960 JUL 9 0150 5.29 19 30.79 155 13.26 44.70 7 .09 2.2 3.2 DEP 2.3X 126 161960 JUL 9 0205 13.04 19 27.64 155 13.53 26.45 4 .01 2.410.1 DEP - 1.9X 1781960 JUL 9 0231 6.55 19 30.41 155 12.85 44.99 8 .07 1.9 2.9 DEP 2.2X 122 121960 JUL 9 0240 27.30 19 26.94 155 16.23 25.56 4 .14 6.213.6 DEP - 2421960 JUL 9 0313 0.64 19 30.20 155 13.55 57.80 7 .09 3.0 4.7 DEP 2.6X 122 111960 JUL 9 0537 3.06 19 27.24 155 12.11 36.54 6 .07 2.6 3.6 DEP 2.1X 156 101960 JUL 9 0818 36.11 19 28.48 155 12.97 48.14 8 .07 2.6 1.5 DEP 2.4X 120 101960 JUL 9 0828 50.44 19 38.47 155 32.76 17.08 6 .14 1.816.8 KEA - 1.9X 255 361960 JUL 9 1701 54.26 19 27.99 155 12.78 35.63 4 .00 3.1 7.7 DEP 162 121960 JUL 9 1836 3.44 19 24.46 155 26.03 0.71 6 .03 1.9 .9 KAO 3.0X 2371960 JUL 9 1920 57.27 19 28.31 155 14.42 31.12 5 .03 1.4 4.4 DEP 2.2X 109 111960 JUL 10 0808 43.28 19 25.69 155 23.64 1.50 6 .03 1.4 9.1 KAO - 2.9X 1881960 JUL 11 1309 39.07 19 42.09 155 21.77 10.80 4 .06 5.911.3 KEA - 2.3X 258 231960 JUL 13 1731 6.53 19 27.33 155 28.21 2.26 8 .13 2.5 2.0 KAO 3.0X 267 101960 JUL 13 2022 43.77 19 48.45 155 54.80 35.68 7 .09 5.2 8.1 HUA 2.6X 323 651960 JUL 14 0322 12.09 19 24.88 155 21.79 10.40 6 .09 1.1 1.3 KAO 2.3X 1461960 JUL 14 1105 9.28 19 34.09 155 18.89 3.70 4 .08 7.113.9 GLN - 301 111960 JUL 15 0057 20.00 19 23.95 155 17.76 1.76 5 .04 1.4 1.7 SSC 3.0X 1261960 JUL 15 1741 24.93 18 44.57 155 6.43 7.02 6 .08 8.310.8 LOI - 3.5X 325 721960 JUL 19 1838 43.43 19 25.64 155 15.63 0.02 6 .23 .9 1.5 SNC F# 245

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD S1960 JUL 19 1840 16.95 19 25.66 155 15.43 0.03 6 .1960 JUL 23 1320 25.09 19 25.61 155 16.58 2.96 7 .1960 JUL 25 1921 24.50 19 22.80 155 20.66 20.18 7 .1960 JUL 26 1226 48.12 19 21.75 155 17.62 0.03 4 .1960 JUL 28 0559 55.69 19 19.28 155 16.50 13.57 6 .1960 AUG 1 1431 40.91 19 26.86 154 55.91 5.76 4 .1960 AUG 2 1418 4.04 19 23.18 155 18.04 14.98 4 .1960 AUG 4 0532 58.79 19 19.68 156 10.95 2.54 11 .1960 AUG 5 1344 25.60 19 24.60 155 16.90 13.40 7 .1960 AUG 7 0505 28.03 19 24.75 155 42.80 7.00 4 .1960 AUG 7 1733 23.01 19 25.73 155 17.50 5.05 7 .1960 AUG 9 1436 46.79 19 25.18 155 24.47 4.39 5 .1960 AUG 10 2316 55.64 19 55.48 155 35.42 8.72 11 .1960 AUG 11 0147 18.18 19 54.64 155 36.39 11.48 10 .1960 AUG 11 1003 14.64 19 24.60 155 16.76 2.94 6 .1960 AUG 11 1932 32.61 19 12.43 155 27.51 0.03 6 .1960 AUG 13 2200 36.70 19 23.72 155 28.39 2.23 7 .1960 AUG 14 0420 26.52 19 30.05 155 36.47 11.77 7 .1960 AUG 17 0418 31.19 19 24.24 155 18.38 13.78 9 .1960 AUG 17 0431 40.82 19 25.08 155 17.79 13.20 8 .1960 AUG 17 1315 43.86 19 48.16 155 35.12 5.59 7 .1960 AUG 18 0306 21.66 19 24.25 155 17.41 2.93 5 .1960 AUG 21 0302 26.75 19 22.08 155 25.75 10.36 4 .1960 AUG 25 0348 31.04 18 52.05 153 41.74 45.00 7 .1960 AUG 28 1314 55.10 19 47.18 155 30.69 23.99 4 .1960 AUG 28 1800 15.24 20 10.72 156 39.75 6.69 7 .1960 AUG 30 0431 59.64 19 19.88 155 15.73 30.59 5 .1960 SEP 4 1442 31.53 19 23.09 155 18.26 17.59 6 .1960 SEP 5 1718 46.06 19 27.87 155 28.92 10.57 8 .1960 SEP 11 0847 34.05 19 25.02 155 17.67 30.03 8 .1960 SEP 12 2302 40.86 19 21.14 155 13.74 35.33 6 .1960 SEP 14 0419 40.30 19 10.86 155 44.48 4.65 8 .1960 SEP 16 0951 4.66 19 26.18 155 17.30 15.72 9 .1960 SEP 17 1233 25.28 19 24.29 155 19.14 0.58 6 .1960 SEP 18 2001 7.42 19 25.13 155 28.64 19.41 6 .1960 SEP 18 2253 34.23 19 23.98 155 17.61 0.96 8 .1960 SEP 19 1527 21.77 19 24.96 155 17.80 13.61 6 .1960 SEP 20 0729 43.47 19 58.75 155 34.11 12.63 7 .1960 SEP 21 1500 27.51 19 22.53 155 25.50 10.43 6 .1960 SEP 21 2008 41.45 19 26.83 156 14.26 19.75 6 .1960 SEP 21 2208 3.58 19 14.69 155 21.79 14.23 9 .1960 SEP 28 0633 8.10 19 20.87 155 22.54 14.40 7 .1960 SEP 29 0823 19.94 19 23.26 155 16.38 26.62 6 .1960 OCT 5 0231 57.07 19 36.44 155 11.90 53.51 6 .1960 OCT 5 0250 15.33 19 32.18 155 17.77 51.48 6 .
108

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 23YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 OCT 5 0255 58.93 19 25.87 155 17.20 27.76 6 .19 2.4 4.2 DEP 2.1X 1401960 OCT 5 0331 54.44 19 32.15 155 16.97 53.80 8 .21 3.4 1.9 DEP 2.5X 155 121960 OCT 5 0344 4.23 19 27.64 155 13.80 29.03 5 .21 2.4 5.0 DEP 2.2X 119 101960 OCT 5 0346 25.83 19 31.31 155 14.81 52.97 8 .14 3.4 1.8 DEP 2.6X 137 121960 OCT 5 0434 35.53 19 38.12 155 15.36 53.40 5 .09 3.4 2.5 KEA 2.5X 198 201960 OCT 5 0459 17.79 19 35.02 155 21.39 46.44 8 .05 3.3 1.3 KEA 2.3X 218 191960 OCT 5 0500 1.57 19 31.69 155 17.59 50.85 9 .12 3.1 1.6 DEP 2.3X 154 111960 OCT 5 0507 39.98 19 34.58 155 22.23 47.28 7 .18 5.4 3.5 DML # 2.5X 219 191960 OCT 5 0511 48.67 19 26.89 155 14.91 15.29 4 .01 1.1 1.4 DEP 2.0X 140 161960 OCT 5 0516 27.71 19 34.53 155 11.86 6.99 4 .05 1.012.6 GLN - 2.1X 148 201960 OCT 5 0529 59.67 19 45.22 155 32.96 6.60 5 .16 3.0 3.6 KEA 2.2X 271 451960 OCT 5 0536 37.93 19 36.77 155 22.51 51.03 6 .15 5.4 3.7 KEA 2.4X 227 231960 OCT 5 0541 0.28 19 40.94 155 32.34 11.42 7 .30 2.9 3.5 KEA # 2.2X 259 391960 OCT 5 0550 57.51 19 32.66 155 14.37 48.97 5 .04 3.6 2.2 DEP 2.1X 150 151960 OCT 5 0551 43.26 19 32.50 155 13.23 55.75 5 .26 9.7 6.1 DEP 2.5X 160 181960 OCT 5 0655 55.83 19 39.19 155 19.77 57.12 6 .06 3.5 1.8 KEA 2.5X 233 181960 OCT 5 0704 44.50 19 28.68 155 15.30 35.72 5 .05 2.2 5.1 DEP 2.5X 1141960 OCT 5 0911 13.39 19 25.88 155 19.67 2.13 4 .00 1.3 2.1 KAO 1.4X 1441960 OCT 5 0921 50.65 19 34.00 155 25.57 43.69 8 .06 3.5 1.4 DML 2.5X 227 211960 OCT 5 1119 20.83 19 26.37 155 15.40 40.45 6 .01 2.6 3.5 DEP 2.2X 1441960 OCT 5 1120 29.68 19 27.41 155 17.08 43.17 6 .01 2.9 3.7 DEP 2.2X 1501960 OCT 5 1143 4.00 19 28.66 155 16.74 44.92 7 .12 3.7 1.6 DEP 2.5X 1651960 OCT 5 1311 39.53 19 9.99 155 7.00 7.08 5 .19 1.515.2 LOI - 2.2X 232 281960 OCT 5 1331 36.77 19 31.41 155 16.87 47.49 6 .13 4.1 1.8 DEP 2.5X 199 111960 OCT 5 1332 41.77 19 38.99 155 14.68 29.78 5 .12 3.2 2.3 KEA 2.3X 256 231960 OCT 5 1348 41.33 19 33.08 155 18.53 50.28 5 .23 5.8 5.3 DEP 2.3X 176 101960 OCT 5 1352 0.54 19 34.65 155 21.13 49.56 6 .18 5.0 3.3 DML 2.8X 216 101960 OCT 5 1359 30.38 19 29.63 155 15.63 46.76 6 .12 3.9 1.7 DEP 2.6X 1771960 OCT 5 1401 53.42 19 28.35 155 17.47 50.08 5 .02 3.3 1.3 DEP 2.5X 1601960 OCT 5 1437 56.68 19 28.13 155 17.34 47.05 7 .14 4.1 1.8 DEP 2.5X 1581960 OCT 5 1458 20.60 19 27.81 155 15.74 30.29 6 .05 2.2 2.4 DEP 2.1X 1571960 OCT 5 1537 58.30 19 30.47 155 17.63 37.19 7 .08 1.8 2.8 DEP 2.5X 139 101960 OCT 5 1546 33.75 19 35.14 155 18.56 71.26 5 .10 8.0 6.9 KEA - 2.7X 243 131960 OCT 5 1557 41.96 19 28.08 155 17.68 24.17 4 .00 4.2 4.9 DEP 2.2X 235 101960 OCT 5 1601 13.41 19 28.14 155 18.56 47.43 6 .09 3.1 1.3 DEP 2.5X 1541960 OCT 5 1607 25.89 19 22.88 155 24.28 12.84 7 .08 1.3 .8 KAO 2.6X 1581960 OCT 5 1702 36.44 19 33.86 155 20.24 39.57 5 .01 2.3 2.4 DML 2.4X 210 221960 OCT 5 1720 21.83 19 36.50 155 28.73 32.38 6 .04 6.1 6.9 KEA - 2.3X 242 281960 OCT 5 1733 21.08 19 39.96 155 30.72 8.35 9 .22 1.4 4.1 KEA 2.3X 255 351960 OCT 5 1744 42.43 19 26.18 155 15.54 47.00 7 .09 3.5 1.5 DEP 2.5X 1411960 OCT 5 1746 9.11 19 27.55 155 20.58 71.54 5 .18 8.5 7.3 DML 2.8X 1321960 OCT 5 1750 44.50 19 34.94 155 20.28 42.94 9 .18 4.2 1.9 DML 2.3X 214 181960 OCT 5 1802 1.91 19 30.27 155 16.78 47.50 8 .10 2.9 1.1 DEP 2.5X 1341960 OCT 5 1832 1.96 19 28.59 155 14.84 45.60 8 .13 3.1 1.8 DEP 2.5X 1121960 OCT 5 1839 30.32 19 29.11 155 19.95 42.97 7 .23 5.2 2.3 DML 2.7X 165

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RYEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD S1960 OCT 5 1908 43.22 19 24.65 155 13.54 30.00 5 .1960 OCT 5 1922 40.32 19 29.04 155 14.62 28.59 9 .1960 OCT 5 1947 37.93 19 30.76 155 12.16 13.29 4 .1960 OCT 5 2029 39.50 19 26.07 155 18.49 21.54 5 .1960 OCT 5 2030 19.50 19 22.76 155 15.60 55.88 6 .1960 OCT 5 2147 52.71 19 34.22 155 18.56 42.94 8 .1960 OCT 5 2212 6.42 19 27.67 155 14.27 41.71 6 .1960 OCT 5 2254 8.44 19 25.95 155 13.19 47.66 5 .1960 OCT 5 2352 38.13 19 29.77 155 15.16 34.67 8 .1960 OCT 5 2354 10.43 19 29.23 155 17.21 46.76 7 .1960 OCT 6 0054 44.73 19 29.63 155 13.40 51.91 7 .1960 OCT 6 0106 36.64 19 31.53 155 20.16 42.51 6 .1960 OCT 6 0120 12.17 19 29.91 155 13.04 50.15 7 .1960 OCT 6 0135 50.66 19 34.35 155 22.67 39.38 7 .1960 OCT 6 0222 25.67 19 32.75 155 17.50 39.54 7 .1960 OCT 6 0351 49.68 19 28.45 155 14.27 27.31 5 .1960 OCT 6 0415 2.45 19 25.47 155 13.70 46.68 6 .1960 OCT 6 0430 0.71 19 27.88 155 14.05 52.06 5 .1960 OCT 6 0502 35.53 19 31.12 155 17.14 44.52 7 .1960 OCT 6 0521 45.23 19 32.42 155 18.72 49.63 7 .1960 OCT 6 0525 13.01 19 27.01 155 14.75 53.10 5 .1960 OCT 6 0543 46.54 19 5.11 155 3.44 8.37 5 .1960 OCT 6 0554 33.70 19 27.50 155 16.15 49.96 7 .1960 OCT 6 0613 30.62 19 43.21 155 33.07 70.50 5 .1960 OCT 6 0632 4.19 19 29.76 155 14.10 54.29 8 .1960 OCT 6 0704 12.32 19 35.22 155 20.09 48.72 8 .1960 OCT 6 0734 36.74 19 31.33 155 15.80 36.43 5 .1960 OCT 6 0756 52.94 19 32.21 155 19.34 47.76 4 .1960 OCT 6 1002 20.36 19 30.33 155 15.05 42.49 8 .1960 OCT 6 1133 16.04 19 29.05 155 15.40 53.56 8 .1960 OCT 6 1139 40.91 19 31.20 155 15.98 48.05 8 .1960 OCT 6 1146 48.96 19 33.40 155 17.04 50.38 8 .1960 OCT 6 1437 23.70 19 30.16 155 15.60 44.91 7 .1960 OCT 6 1616 14.71 19 29.92 155 15.01 25.47 6 .1960 OCT 6 1916 44.28 19 26.42 155 27.02 3.76 5 .1960 OCT 6 1942 25.68 19 29.65 155 12.79 47.65 7 .1960 OCT 6 2051 14.94 19 32.58 155 20.04 79.86 7 .1960 OCT 6 2236 29.29 19 28.98 155 15.02 20.82 6 .1960 OCT 8 1727 15.13 19 28.37 155 24.37 12.16 10 .1960 OCT 17 1343 25.40 19 23.66 155 13.81 8.05 7 .1960 OCT 17 1500 26.45 19 31.01 155 18.03 42.57 7 .1960 OCT 18 0929 54.51 19 27.39 155 18.03 37.00 6 .1960 OCT 18 1302 24.07 19 28.02 155 20.37 39.11 7 .1960 OCT 19 0641 3.47 19 28.02 155 16.04 39.71 6 .1960 OCT 22 0226 12.73 19 23.80 155 16.30 13.60 6 .
109

---ORIGIN TIME (HST)-- -LAT N-- --LON W-- DEPTH N RMS ERH ERZ LOC PREF AZ MIN 25YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS1960 OCT 22 0417 31.10 19 23.98 155 17.11 11.94 6 .03 1.4 1.0 INT 2.4X 1371960 OCT 22 1223 23.24 19 22.80 155 18.39 27.47 7 .13 2.8 1.6 DEP 2.5X 1421960 OCT 25 0518 30.21 19 25.44 155 16.12 2.00 6 .07 .7 .8 SNC 2.9X 1461960 OCT 25 2131 56.28 19 26.04 155 16.85 0.89 5 .02 .7 .8 SNC 3.7X 1341960 NOV 1 0632 49.42 19 25.99 155 15.20 0.03 5 .24 4.1 7.5 SNC # 2541960 NOV 5 1035 35.81 19 18.10 155 0.05 7.01 7 .11 1.511.6 SF5 F- 3.1X 287 291960 NOV 7 0936 29.13 19 25.94 155 17.64 4.63 5 .04 1.6 .5 SNC F 2.9X 2081960 NOV 7 1227 5.88 19 24.93 155 18.67 3.52 7 .14 .9 .5 SNC F 3.1X 951960 NOV 7 2021 31.62 19 25.90 155 17.90 0.64 5 .02 .7 .9 SNC F# 2.6X 1171960 NOV 10 1458 50.01 19 25.12 155 18.36 4.35 5 .08 1.4 1.1 SNC F 3.0X 1131960 NOV 10 1545 10.72 19 25.22 155 17.96 4.06 6 .09 .6 .7 SNC F 2.8X 871960 NOV 15 1155 17.96 19 24.08 155 17.75 0.87 6 .03 .9 1.2 SSC F 3.0X 1011960 NOV 30 1330 57.80 19 21.82 155 12.63 30.21 10 .08 3.3 2.0 DEP 3.5X 2141960 NOV 30 1947 41.56 19 24.12 155 15.57 30.41 10 .07 2.9 1.5 DEP 3.3X 1641960 DEC 5 1754 33.07 19 26.08 155 17.09 14.96 6 .05 2.0 .9 DEP F 2.6X 2191960 DEC 9 0700 51.60 20 24.98 156 9.98 9.31 7 .04 4.9 4.5 KOH 3.4X 203 401960 DEC 9 0829 3.52 19 27.20 155 56.32 5.61 6 .03 4.5 1.1 KON 3.5X 343 581960 DEC 13 1206 51.12 19 27.03 155 16.49 29.35 8 .22 2.5 2.1 DEP 4.1X 991960 DEC 13 1208 16.07 19 24.07 155 17.25 33.01 9 .23 2.6 3.1 DEP 4.0X 791960 DEC 13 1232 16.09 19 23.54 155 17.30 32.96 9 .15 2.5 1.5 DEP 2.2X 911960 DEC 13 1252 27.53 19 22.92 155 16.83 30.92 9 .11 3.3 1.4 DEP 3.0X 1031960 DEC 17 2057 17.38 19 39.58 155 58.47 4.58 10 .13 1.2 1.9 HUA 3.4X 199 641960 DEC 21 2215 45.49 19 21.33 155 15.18 8.52 7 .04 .8 1.2 SF1 3.6X 1981960 DEC 25 0256 28.01 19 12.40 155 42.57 0.01 8 .18 5.0 1.4 LSW # 4.6X 268 201960 DEC 28 2327 41.47 19 26.16 155 23.05 0.47 10 .13 .9 .6 KAO 3.3X 1741960 DEC 30 0035 7.77 19 28.52 155 17.66 18.77 5 .08 5.6 8.8 DEP - 2.8X 240