1

Hawaiian Volcano Observatory Hawaiian Volcano Observatory

Summary 100; Part I, Summary 100; Part I,

Seismic Data, January to December 2000

by Jennifer S. Nakata

Chronological Summary

by C. Heliker & D. Sherrod

Open-File Report 01-332

2001

This report is preliminary and has not been reviewed for conformity with U.S. Geological Survey editorial standards or with

the North American Stratigraphic Code. Any use of trade, product, or firm names is for descriptive purposes only and does

not imply endorsement by the U.S. Government.

U.S. DEPARTMENT OF THE INTERIOR

U.S. GEOLOGICAL SURVEY

Hawaiian Volcano Observatory

Hawai‘i Volcanoes National Park, Hawai‘i 96718
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TABLE OF CONTENTS

Page

Hawaiian Volcano Observatory Staff ....................................................................................................... 1

Introduction ............................................................................................................................................. 2

Chronological Summary ........................................................................................................................... 3

Table C-1 2000 Eruption statistics .......................................................................................... 4

Table C-2 Episode 55 pauses, surges and intrusions ............................................................... 5

Figure C-1 Eruption flow map .................................................................................................... 6

Figure C-2 Map of Pu‘u ‘O‘o features ........................................................................................ 7

Seismic Instrumentation .......................................................................................................................... 8

Figure 1 Map of Hawai‘i Island showing geographic and geologic features............................ 9

Figure 2 Seismic stations operated by the USGS and NOAA on Hawai‘i Island ...................... 10

Figure 3 Seismic network telemetry scheme on Hawai‘i Island .............................................. 11

Figure 4a Seismic network telemetry scheme at Kilauea summit............................................ 12

Figure 4b Broad-band telemetry scheme at Kilauea summit ................................................... 12

Figure 5 Seismic network telemetry scheme on Maui Island .................................................. 13

Table 1 Seismic stations in Hawai‘i operated by the USGS ................................................... 14

Table 2 Seismic instrument types in use by HVO ................................................................. 16

Figure 6 HVO system response curve of the four basic seismograph types ......................... 16

Seismic Data Processing.......................................................................................................................... 17

Seismic Catalog ................................................................................................................................. 18

Table 3 Coordinates of named regions used for classifying earthquakes ............................. 18

Figure 7 Earthquake classification, shallow for Kilauea and Mauna Loa ................................. 20

Figure 8 Earthquake classification, intermediate for Kilauea and Mauna Loa......................... 21

Figure 9 Earthquake classification, crustal, for Hawai‘i Island ................................................ 22

Figure 10 Earthquake classification, deep, for Hawai‘i Island ................................................... 23

Figure 11 Earthquake locations, Hawaiian Islands, all depths, M ≥ 3.5 .................................... 24

Figure 12 Earthquake locations, Hawai‘i Island, all depths, M ≥ 3.0 ......................................... 25

Figure 13 Earthquake locations, Hawai‘i Island, shallow, M ≥ 2.0 ............................................ 26

Figure 14 Earthquake locations, Hawai‘i Island, intermediate, M ≥ 2.0 .................................... 27

Figure 15 Earthquake locations, Hawai‘i Island, deep, M ≥ 2.0 ................................................ 28

Figure 16 Earthquake locations, Kilauea summit, shallow, M ≥ 1.0.......................................... 29

Figure 17 Earthquake locations, Kilauea summit, intermediate, M ≥ 1.0 ................................. 30

Figure 18 Earthquake locations, Kilauea summit, deep, M ≥ 1.0 ............................................. 31

Figure 19 Earthquake locations, Kilauea south flank, shallow, M ≥ 2.0.................................... 32

Figure 20 Earthquake locations, Kilauea south flank, intermediate, M ≥ 2.0 ........................... 33

Figure 21 Earthquake locations, Kilauea south flank, deep, M ≥ 2.0 ....................................... 34

Figure 22 Earthquake locations, Mauna Loa summit, shallow, M ≥ 2.0 .................................... 35

Figure 23 Earthquake locations, Mauna Loa summit, intermediate, M ≥ 2.0 ........................... 36

Figure 24 Earthquake locations, Mauna Loa summit, deep, M ≥ 2.0........................................ 37

Table 4 List of all located earthquakes ................................................................................. 38

Table 5 List of located earthquakes of magnitude 3.0 or greater........................................ 75
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2000 HAWAIIAN VOLCANO OBSERVATORY STAFF

DONALD A. SWANSON (SCIENTIST-IN-CHARGE)

ARNOLD T. OKAMURA (DEPUTY SCIENTIST-IN-CHARGE)

GEOLOGY

C. CHRISTINA HELIKER

DAVID SHERROD

FRANK A. TRUSDELL

GEOPHYSICS

JAMES P. KAUAHIKAUA

SEISMOLOGY

STUART K. KOYANAGI

JENNIFER S. NAKATA

PAUL G. OKUBO

ALVIN H. TOMORI

DEFORMATION

MICHAEL LISOWSKI*

ASTA MIKLIUS

MAURICE K. SAKO

GEOCHEMISTRY

TAMAR ELIAS

A. JEFFERSON SUTTON

ELECTRONICS

STEVEN FUKE

BRUCE FURUKAWA

KENNETH T. HONMA

COMPUTER

WILFRED R. TANIGAWA

LIBRARY/PHOTO ARCHIVE

T. JANE TAKAHASHI

ADMINISTRATION

PAULINE N. FUKUNAGA

MARIAN M. KAGIMOTO

PROGRAM OUTREACH COORDINATOR

STEVE BRANTLEY

SCIENTIST EMERITUS

DALLAS B. JACKSON

ROBERT Y. KOYANAGI

CONTRACTS

Seismic Record Changing

L. GLADYS FORBES

ADOLPH R. TEVES

* Left during 2000
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INTRODUCTION

The Hawaiian Volcano Observatory (HVO) summary presents seismic data gathered during the year and a

chronological narrative describing the volcanic events. The seismic summary is offered without interpretation

as a source of preliminary data. It is complete in the sense that all data for events of M≥1.5 routinely gathered by the Observatory are included. The emphasis in collection of tilt and deformation data has shifted from

quarterly measurements at a few water-tube tilt stations (“wet” tilt) to a larger number of continuously

recording borehole tiltmeters, repeated measurements at numerous spirit-level tilt stations (“dry” tilt), and

surveying of level and trilateration networks. Because of the large quantity of deformation data now gathered

and differing schedules of data reduction, the seismic and deformation summaries are published separately.

The HVO summaries have been published in various forms since 1956. Summaries prior to 1974 were

issued quarterly, but cost, convenience of preparation and distribution, and the large quantities of data dictated an annual publication beginning with Summary 74 for the year 1974. Summary 86 (the introduction of

CUSP at HVO) includes a description of the seismic instrumentation, calibration, and processing used in recent

years. The present summary includes enough background information on the seismic network and processing

to allow use of the data and to provide an understanding of how they were gathered.

A report tabulating instrumentation, calibration, and recording history of each seismic station in the

network by Klein and Koyanagi is available as a USGS Open-File Report 1. It is designed as a reference for users

of seismograms and phase data and includes and augments the information in the station table in this summary.

1 Klein, F.W., and Koyanagi, R.Y., 1980, Hawaiian Volcano Observatory seismic network history, 1950-1979:

U.S. Geological Survey Open-File Report 80-302, 84 p.
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CHRONOLOGICAL SUMMARY 2000

by

C. Heliker and D. Sherrod

Until last spring, no houses had been overrun since late 1991. But in the last nine months, three longabandoned structures in lower Royal Gardens were destroyed by the rising tide of pahoehoe on the coastal

plain. Flows covered 6 km2 in 2000 (fig. C-1), but only 2 km2 of that was virgin, vegetated land, the rest

being previously covered by lava during this eruption. The total area covered by lava since 1983 is 104 km2

(40 mi2), and the volume of lava has topped 2 km3 (0.5 mi3). For the latest statistics, refer to table C-1.

The magma supply to the Pu‘u ‘O‘o flank vent(s) that feed the tube system paused briefly twice in 2000

(table C-2). The frequency of pauses has dropped considerably since the beginning of episode 55, but their

complexity has increased. In part, this is due to a surge in the amount of data each pause generates, now that

borehole tiltmeters have been installed from the summit down the east rift zone to Pu‘u ‘O‘o cone. But even

without considering the new tilt data, it is obvious that the role of the summit in the pauses has become much

more variable, both in terms of tilt and seismicity. As episode 55 progresses, it is increasingly difficult to

characterize a “typical” pause.

In addition to two pauses, 2000 brought one upper east rift zone intrusion (February 23) and one

magmatic surge from the summit to Pu‘u ‘O‘o (September 24). Neither of these events was followed by a

bona fide pause, unlike the previous intrusion and surge in episode 55 (September 1999 and January 1998,

respectively). There is some evidence that the February 2000 intrusion caused the eruption to pause or slow

down for less than 4 hrs, but it is impossible to know for sure since the event was so brief. In contrast, the

intrusion of September 1999 depressurized the dike feeding the eruption, causing part of the Pu‘u ‘O‘o crater

floor to collapse and the eruption to pause.

The Dog Day surge in September was the first such event of this magnitude since the January 14 surge in

1998. Unlike the earlier event, however, the Dog Day surge was not followed by a pause.

The ocean entries spanned more of the coastline in 2000 than in many years past, extending 5 km from

Lae‘apuki to the east edge of the episode 55 flow field. At the beginning of the year, the only ocean entry

was at Lae‘apuki, but in February the broad front of the “Smoke” flow reached the coast and, over the next

five months, coated the entire sea cliff from Kamokuna to the east edge of the flow field-bad news if you were

a seabird (and there were many) nesting along that particular stretch of coastline.

The main ocean entry was at Waha‘ula beginning in April, but smaller entries persisted to the east. When

lava reached the ocean again, following pause 30 in late August, Kamokuna became the sole entry. About 7.5

hectares (18.5 acres) of new land were added to the island in 2000. The largest bench collapse of the year,

on November 16, was witnessed by a pilot who saw ~1 ha of bench slide into the sea within a few seconds.

The crater of Pu‘u ‘O‘o changed very little this year (fig. C-2). Since the brief period of lava pond activity

in September-October 1999, only a few small pads of pahoehoe have extruded on the crater floor. There was

some subsidence of the drained pond bed or “trough” near vents, and the “July pit,”, which formed in late July,

has since formed a spatter cone. At the end of the year, the crater floor inside the “trough” (the empty pond

left over from late 1999) near the July pit was about 67 m below our camera site on the north rim (or ~51 m

below the low point on the east rim, which is our traditional datum for crater depths). The terrace that

encircles the trough was about 50 m (34 m) below the camera site, as compared with about 55 m (39 m) at

the end of last year. These measurements were made by a reflectorless laser range-finder.

Outside the crater, the west gap pit wins the “most changed” prize for 2000. The spatter cone on the

southwest side of the cone collapsed in July, leaving an inner crater about 20 m deep that emitted sloshing

sounds when first formed. This collapse pit, which was soon quiet and floored with talus, continued to expand

for the next few weeks, slightly enlarging the main pit. During the Dog Day surge, active lava covered the

bottom of the west gap pit for 8 hrs before it drained, leaving the pit 35-40 m deep.

Puka Nui, the very large collapse pit on the southwest flank of Pu‘u ‘O‘o, showed little change in size this

year. A small inner collapse pit, first observed in July, claimed one of the spatter cones that formed inside

Puka Nui during 1999. Mass wasting continued to eat away at ridge separating Puka Nui from the crater.

Lua Hou, a small pit on the shield just south of Puka Nui, was first observed in February. Flowing lava was

observed at the bottom of it following the February intrusion. The pit was floored by ponded lava, or at least

was very close to active, through September. The next time it was observed from the air, in January 2001, it

was dark.
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Table C-1. Eruption Statistics

Areas

Total area covered by lava, 3/83 - 12/31/00: 103.7 km2 (40 mi2)

Episode Area originally covered Area exposed, 12/31/00

1-47 and 48A (mostly Pu‘u ‘O‘o) 42.0 km2 18.5 km2

48 (Kupaianaha) 41.0 36.7

49 (between Pu‘u ‘O‘o and Kupaianaha) 3.9 3.9

50-53 (Pu‘u ‘O‘o flank vents) 26.4 12.1

54 (in and NE of Napau Crater) 0.24 0.24

55 (Pu‘u ‘O‘o flank vents) 32.3 32.3

New (vegetated) territory covered in 2000: 2.2 km2

Net total of new land created, Nov 86 - Dec 2000: 207 hectares (510 acres)#

Net new land created during 2000: ~7.5 hectares (18.5 acres)

#These figures do not include new land that was claimed by wave erosion or collapse of

the active lava bench. Due to these processes, mapping in 1998 and 1999 revealed a decrease in total acreage.

Volumes

Total, 1/83 through 12/00: Approximately 2.018 km3 (dense rock equivalent)

Episodes 1-47 (1/83 - 6/86) 385 x 106 m3

Episode 48 (7/86 - 2/92 500 x 106 m3

Episode 49 (11/91) 11 x 106 m3

Episode 50 (2/92 - 3/92) 4.5 x 106 m3

Episode 51 (3/92 - 2/93) 32 x 106 m3

Episode 52 (10/92) 2 x 106 m3

Episode 53 (2/93 - 1/97) 535 x 106 m3

Episode 54 (1/97) 0.3 x 106 m3

Episode 55 (2/97 - ongoing) 548 x 106 m3

Other fascinating facts

Height of Pu‘u ‘O‘o cone: ∼187 m (613 ft). Cone has lost 68 m due to collapse since 1986

Dimensions of Pu‘u ‘O‘o crater: ∼250 m x 400 m

Depth of Pu‘u ‘O‘o crater floor, Dec 2000: ∼51 m below the low point on east rim

Dimensions of Episode 50-55 lava shield: 1.8 x 0.8 km

Height of Episode 50-55 lava shield: ∼80 m

Height of Kupaianaha lava shield: 56 m

Kupaianaha vent inactive since Feb 1992

Thickness of lava at the coast:

 ~15-25 m (50-80 ft) over Kalapana Gardens

 ~25 m (80 ft) over Chain of Craters Rd at Kamoamoa

Highway covered by lava flows from this eruption: 13 km (8 mi)

Structures destroyed

Structures destroyed in 2000: 3 (Royal Gardens) These are the first buildings

overrun since October 1991.

Total structures destroyed since 1983: 187
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Table C-2. Episode 55 pauses, surges, and intrusions

Ep 55 pause# Start date & time End date & time Length, hrs Comments

1 5/03/97 0000 hrs 5/03/97 0530 hrs 5.5

2 5/10/97 0700 5/10/97 1230 5.5

3 5/11/97 2000 5/12/97 0600 10.0

4 5/12/97 2139 5/13/98 0030 3.0

5 5/14/97 0200 5/14/97 0700 5.0

6 5/23/97 0630 5/23/97 2134 15.0

7 5/27/97 0430 5/27/97 0654 2.5

8 6/06/97 2330 6/07/97 1005 10.5

9 6/16/97 1600 6/16/97 2027 4.5

10 6/17/97 1010 6/18/97 ~0530 19.5

Jan 14 SURGE 1/14/98

11 1/15/98 1030 1/16/98 1100 24.5 Followed surge

12 1/26/98 1130 1/27/98 0600 18.5

13 2/21/98 0000 2/21/98 2400 24.0

14 3/02/98 0400 3/02/98 1600 12.0

15 3/09/98 1400 3/10/98 0800 18.0

16 4/04/98 0400 4/05/98 0041 20.5

17 5/19/98 0350 5/20/98 2230 42.5

18 6/19/98 ~1400 6/20/98 ~0100 11.0

19 7/16/98 2100 7/19/98 0200 53.0

20 8/12/98 ~1500 8/14/98 ~0930 42.0

21 1/07/98 ~0600 1/08/98 ~1000 28.0

22 2/06/99 0400-0800 2/07/99 ~0300 19.0-23.0

23 5/04/99 ~1300 5/05/99 ~2200 33.0

24 6/14/99 0010 6/17/99 2300 95.0

25 8/21/99 ~2000 8/22/99 ~2000 24.0

26 INTRUSION 9/12/99 0131 9/23/99 1100 273.5 Pause followed intrusion

27 10/03/99 ~2200 10/05/99 0900 35.0

28 11/07/99 1400 11/08/99 1015 20.25

29 11/11/99 ~1530 11/14/99 1030 67.0

INTRUSION 2/23/00 1342 Possible very brief pause or slow-down

30 8/23/00 ~2300 8/26/00 ~1900 68.0

Dog Day SURGE 9/24/00 9/25/00 Brief (~8 hr) surge in eruption

31 12/15/00 1715 12/17/00 ~0200 ~33.0 Accompanied by NPT tremor

Annual totals:

1997 10 pauses

1998 11

1999 8

2000 2
8

Figure C-1. Figure C-1. The eruption site, showing flows emplaced from October 6, 1999 (end of pause 27) through

2000.
9

Figure C-2. Map of Pu‘u ‘O‘o showing various features inside the crater and on the flanks of the cone as of

early January 2001.
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SEISMIC INSTRUMENTATION

The network. The Hawaiian Volcano Observatory maintains an extensive telemetered seismic network on

the Island of Hawai‘i. The standard HVO field sensors, 1-Hz geophones, are deployed as single-component,

vertical-only units or as three-component combinations of one vertical and two orthogonal horizontal units.

The 2000 network consisted of 50 station sites: 10 three-component, 2 six-component (which included a

three-component Kinemetric Force-Balance accelerometer), one four-component (which included a low-gain

vertical with a unity gain setting), one four-component and two two-component (each site included a moderate-gain vertical with a 48db setting), and 34 vertical-component-only sites. The coverage is most dense on

and around Kilauea Volcano. During 1999 HVO added to the network three vertical-component-only sites on

the Island of Maui. All seismic signals from the network are telemetered in real time to the Observatory for

recording.

The Pacific Tsunami Warning Center (NOAA) operates and maintains a network of stations on the islands

of Hawai‘i, Maui, and O‘ahu. In 1999, radio links were established to share data, in real-time, between PTWC

and HVO. PTWC signals from one O‘ahu three-component station, and one Maui and four Hawai‘i verticalcomponent-only stations, were telemetered to the Observatory for recording.

Figure 1 is a map of selected geographic and geologic features. Figure 2 shows the seismic stations sites

operated by HVO and PTWC on the Island of Hawai‘i during 2000. Figure 3 indicates the telemetry scheme for

the seismic stations on Hawai‘i Island, and figures 4a and 4b are expanded views of the telemetry schemes at

Kilauea summit: 4a, HVO seismic stations and 4b, broadband network installed by Menlo Park and maintained

by HVO. Figure 5 indicates the telemetry scheme for the seismic stations on Maui Island.

Table 1 lists seismic stations by names, four-letter station codes, coordinates in degrees and minutes,

elevation in meters, and other data, as described below, pertaining to each station. The list includes all the

stations operated by HVO during 2000. Seismic stations operated by PTWC on the Islands of Hawai‘i, O‘ahu

and Maui are also listed. Phase times from PTWC stations, not telemetered to HVO, are used to supplement

local earthquakes and earthquakes that occur within the Hawaiian Archipelago but distant from the Hawai‘i

Island network.

Instrumentation and recording. Each telemetered station’s data channel has a voltage-controlled oscillator

(VCO) for FM multiplex transmission to HVO via radio. These telemetering stations are all of Type 1, Earthquake Hazards Team (EHT) standard system used in USGS seismic networks (see table 2 for details). After

discrimination at the receiver, the analog signals are converted to digital form as part of the routine computer

location processing and archiving. Continuous signals from the telemetered network are saved on 4-mm

digital-audio tape (DAT) recording units. Three DAT recorders run in automatic rotation, as each ~20-hr tape

is filled. Optic recordings are coded in table 1 as follows: H - Helicorder paper, and I - ink paper. DAT and

paper records are archived at HVO.

Seismograph response and calibration. Displacement response curve for the short-period seismograph

type in use is given in figure 6. The Type 1 curve gives the displacement magnification of the standard EHT

system from ground motion at the seismometer to the seismic trace, as seen on a 20x Develocorder film

viewer. The curve plots the unit response, which is multiplied by a constant but known factor, CAL, to get the

response for an individual station. Individual CAL factors for Type 1 seismographs are Develocorder equivalent

peak-to-peak amplitudes, measured in millimeters, of a 100-microvolt 5 to 8-Hz signal introduced to the

preamp/VCO in place of the geophone at the field station. The calibration process is normally performed each

time a station is visited for other required maintenance.
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156° 155°

20°

19°

 Cape 

Kumukahi

Kalapana

`Apua Point

Pepe`ekeo

Hakalau

Laupahoehoe

Pa`auilo

`Upolu Point

Keahole

Point

Kealakekua

 Bay

Kealakekua

Ho`okena

Miloli`i

Ka Lae (South Point)

Palima Point

Ocean View

K O H A L A

 H U A L A L A I

M A U N A L O A

Mountain View

Kapoho

Pohakuloa

Pohoiki

Na`alehu

Hawi

Pahoa

Kawaihae

Kailua

Pahala

Honoka`a

Waimea

Waiki`i

Holualoa

Hilo

Pololu Valley

Waipi`o Valley

Mahukona

Keanakolu

Kiholo

Bay

Pu`u Wa`awa`a

Pu`u o Ke`oke`o

USWB Obs

MOKU`AWEOWEO

 CALDERA

Ka`oiki Fault System

SW RIFT ZONE

Hilina Fault System

EAST RIFT ZONE

KILAUEA

CALDERA

KILAUEA

MAUNA KEA

Pu`u Kulani NE RIFT ZONE

Miles

Kilometers

Figure 1. Figure 1. Map of the Island of Hawai‘i, showing principal settlements and selected geographic and geologic

features.
12

20 KM

156° 155°

20°

19°

Figure 2. Seismic station sites operational during 2000 on the Island of Hawai‘i. Figure 2.
13

Figure 3. Figure 3. Telemetry scheme for seismic stations operational during 2000 on the Island of Hawai‘i.

20 KM

156° 155°

20°

19°

Network sites

Inset Kilauea Summit

Hawaiian Volcano Observatory

Repeater sites

Direct -to-Line 32 Channel

KOH

WAI

HPU

KKU

HUA

HSS

PLA

CAC MLO

WOB

KII

DAN

OVE

SPT

SWR WIL

MOK

TRA KFA

WOO

MLX

AIN

RCO

RSD

DES KPN

HTC

PPL

HLP POL KAE

WHA

KHU

KAA

FEF

PAU MPR

STC

KLC HUL

KLU POI

KPO MTV

HVO

OKA

NAG

MKR

PHO

AHU

OTL RIMESR CPKNPT

UWE
14

Figure 4a. Expanded telemetry scheme for the 2000 Hawaiian Volcano Observatory seismic network at

Kilauea summit.

Figure 4b. Expanded telemetry scheme for the 2000 Menlo Park broadband network at Kilauea summit.

25’ 20’ 15’ 10’

25’

20’

5 KM

KFA

MLX RSD

DES KPN

PAU

MPR

HVO

AHU

OTL

RIM

ESR

CPK

NPT

UWE

KKO

NPB

OBL

SRM

SBL

SDH

BYL

UWB

WRM

19’ 18’ 17’ 16’ 15’ 14’

26’

25’

24’

 2 KM

Hawaiian Volcano Observatory

Network sites

Broadband sites

HVO

HAT

4a

4b
15

Figure 5. Figure 5. Telemetry scheme for seismic stations operational during 2000 on the Island of Maui.

156 155

 21

 20

 19

KOH

HPU

HUA

HVO

KAN

POK

LLA

HKL

Network station sites

Hawaiian Volcano Observatory

Direct -to-Line 32 Channel

PTWC station sites
16

Table 1. Seismic stations in Hawai‘i operated by the USGS in 2000.

 STATION NAME CODE —LAT— —LON— ELEV DELAY DELAY CAL SEIS OPTIC

 D M D M (M) 1 2 TYPE RECORD

 AHUA AHUV 19 22.40 155 15.90 1070 -0.10 -0.13 2.6 L5 I

 AHUA AHUE 19 22.40 155 15.90 1070 -0.10 -0.13 3.0 E5 MW

 AHUA AHUN 19 22.40 155 15.90 1070 -0.10 -0.13 3.0 E5 MW

 AINAPO AINV 19 22.50 155 27.62 1524 0.13 0.17 6.8 L5

 AINAPO AINE 19 22.50 155 27.62 1524 0.13 0.17 3.0 L5 MW

 AINAPO AINN 19 22.50 155 27.62 1524 0.13 0.17 3.0 L5 MW

 AINAPO AINZ 19 22.50 155 27.62 1524 0.13 0.17 0.0 L5

 CAPTAIN COOK CACV 19 29.29 155 55.09 323 0.00 -0.16 1.1 L5

 CONE PEAK CPKV 19 23.70 155 19.70 1038 -0.26 -0.07 6.0 L5

 DANDELION DANV 19 21.42 155 40.04 3003 -0.27 0.03 4.3 E5

 DESERT DESV 19 20.20 155 23.30 815 -0.29 -0.13 4.5 L5 I

 DIAMOND HEAD,OA DHHZ 21 16.12 157 48.25 137 0.00 0.00 0.0 S1 H

 ESCAPE ROAD ESRV 19 24.68 155 14.33 1177 -0.17 -0.19 1.2 L5

 FERN FOREST FEFV 19 28.70 155 8.91 691 0.01 0.05 0.0 L5

 HEIHEIAHULU HHAZ 19 25.13 154 58.72 369 -0.17 -0.16 0.0 F5

 HEIHEIAHULU HHAE 19 25.13 154 58.72 369 -0.17 -0.16 0.0 F5

 HEIHEIAHULU HHAN 19 25.13 154 58.72 369 -0.17 -0.16 0.0 F5

 HALEAKALA, MAUI HKLZ 20 42.63 156 15.55 3051 0.00 0.00 0.0 S1 H

 HILINA PALI HLPV 19 17.96 155 18.63 707 0.02 0.07 2.1 L5

 HONOLULU, OAHU HONZ 21 19.30 158 0.50 2 0.00 0.00 0.0 S1 H

 HONOLULU, OAHU HONE 21 19.30 158 0.50 2 0.00 0.00 0.0 S1 H

 HONOLULU, OAHU HONN 21 19.30 158 0.50 2 0.00 0.00 0.0 S1 H

 HONUAPO HPOZ 19 5.34 155 33.23 15 0.00 0.00 0.0 S1

 HALE POHAKU HPUV 19 46.85 155 27.50 3396 0.31 0.17 3.3 L5

 HUMUULA SHEEP HSSV 19 36.31 155 29.13 2445 0.20 0.35 4.0 L5

 HUMUULA SHEEP HSSE 19 36.31 155 29.13 2445 0.20 0.35 3.0 L5 MW

 HUMUULA SHEEP HSSN 19 36.31 155 29.13 2445 0.20 0.35 3.0 L5 MW

 HOT CAVES HTCV 19 14.33 155 24.02 381 -0.16 -0.07 2.3 E4

 HUALALAI HUAV 19 41.25 155 50.32 2189 0.67 0.38 2.8 L5 I

 HEIHEIAHULU HULV 19 25.13 154 58.72 369 -0.17 -0.16 1.6 L5 H

 HEIHEIAHULU HULE 19 25.13 154 58.72 369 -0.17 -0.16 3.0 E5 MW

 HEIHEIAHULU HULN 19 25.13 154 58.72 369 -0.17 -0.16 3.0 L5 MW

 KAAPUNA KAAV 19 15.98 155 52.28 524 -0.12 -0.01 3.3 E5

 KAENA POINT KAEV 19 17.35 155 7.95 37 -0.01 0.06 1.4 L5

 KANAHAU, MAUI KANV 20 41.60 156 17.48 2745 0.00 0.00 0.0 L5

 KAOIKI FAULTS KFAV 19 25.25 155 25.18 1579 0.13 0.17 0.0 L5

 KAHUKU KHUV 19 14.90 155 37.10 1939 0.03 -0.03 5.0 E5

 KANEKII KIIV 19 30.56 155 45.90 1841 0.15 0.37 3.0 L5

 KANEKII KIIE 19 30.56 155 45.90 1841 0.15 0.37 3.0 L5 MW

 KANEKII KIIN 19 30.56 155 45.90 1841 0.15 0.37 3.0 L5 MW

 KIPAPA, OAHU KIPZ 21 25.40 158 0.90 2 0.00 0.00 0.0 ST

 KAILUA, KONA KKHZ 19 39.40 156 1.12 1 0.00 0.00 0.0 S1

 KEANAKOLU KKUV 19 53.39 155 20.58 1863 0.68 0.24 3.3 L5

 KALALUA CONE KLCV 19 24.35 155 4.08 659 -0.25 -0.30 3.4 L5

 PUU KALIU KLUV 19 27.48 154 55.26 271 -0.17 -0.30 3.4 L5

 KOHALA KOHV 20 7.69 155 46.77 1166 -0.03 -0.17 6.3 L5

 KOHALA KOHE 20 7.69 155 46.77 1166 -0.03 -0.17 3.0 L5 MW

 KOHALA KOHN 20 7.69 155 46.77 1166 -0.03 -0.17 3.0 L5 MW

 KAPOHO CONE KPCZ 19 30.02 154 50.51 134 0.00 0.00 0.0 S1

 KIPUKA NENE KPNV 19 20.10 155 17.40 924 -0.11 -0.08 3.5 L5

 LUALAILUA, MAUI LLAV 20 37.62 156 18.62 683 0.00 0.00 0.0 L5

 LAUPAHOEHOE LPHZ 19 59.82 155 14.58 1 0.00 0.00 0.0 S1
17

 STATION NAME CODE —LAT— —LON— ELEV DELAY DELAY CAL SEIS OPTIC

 D M D M (M) 1 2 TYPE RECORD

 MAHUKONA MHAZ 20 11.27 155 54.18 1 0.00 0.00 0.0 S1

 MAUNA LOA MLOV 19 29.80 155 23.30 2010 0.03 0.08 5.6 L5 I

 MAUNA LOA MLOE 19 29.80 155 23.30 2010 0.03 0.08 3.0 L5 MW

 MAUNA LOA MLON 19 29.80 155 23.30 2010 0.03 0.08 3.0 L5 MW

 MAUNA LOA X MLXV 19 27.60 155 20.70 1475 0.06 0.15 3.0 L5

 MOKUAWEOWEO MOKV 19 29.28 155 35.98 4104 0.15 0.16 4.2 L5 IH

 MAKAOPUHI MPRV 19 22.07 155 9.85 881 -0.17 -0.20 2.6 L5 I

 MAKAOPUHI MPRZ 19 22.07 155 9.85 881 -0.17 -0.20 0.1 L5

 NATIONAL GUARD NAGV 19 42.12 155 1.72 18 0.54 0.30 4.0 R5

 NATIONAL GUARD NAGE 19 42.12 155 1.72 18 0.54 0.30 3.0 R5 MW

 NATIONAL GUARD NAGN 19 42.12 155 1.72 18 0.54 0.30 3.0 R5 MW

 NORTH PIT NPTV 19 24.90 155 17.00 1115 -0.30 -0.18 3.0 L5 IH

 NORTH PIT NPTE 19 24.90 155 17.00 1115 -0.30 -0.18 3.0 L5 MW

 NORTH PIT NPTN 19 24.90 155 17.00 1115 -0.30 -0.18 3.0 L5 MW

 OOKA OKAV 19 29.66 154 55.44 180 0.00 0.00 0.0 L5

 OPANA, OAHU OPAZ 21 41.45 158 0.70 100 0.00 0.00 0.0 S1 H

 OUTLET OTLV 19 23.38 155 16.94 1038 -0.19 -0.18 2.6 L5

 OUTLET OTLZ 19 23.38 155 16.94 1038 -0.19 -0.18 0.0 L5

 OCEANVIEW EST OVEV 19 9.21 155 45.92 1378 0.00 0.00 0.0 L5

 PAUAHI PAAZ 19 22.62 155 13.10 994 -0.21 -0.24 0.0 F5

 PAUAHI PAAE 19 22.62 155 13.10 994 -0.21 -0.24 0.0 F5

 PAUAHI PAAN 19 22.62 155 13.10 994 -0.21 -0.24 0.0 F5

 PAUAHI PAUV 19 22.62 155 13.10 994 -0.21 -0.24 2.9 L4

 PAUAHI PAUE 19 22.62 155 13.10 994 -0.21 -0.24 3.0 L5 MW

 PAUAHI PAUN 19 22.62 155 13.10 994 -0.21 -0.24 3.0 L5 MW

 PUU ULAULA PLAV 19 32.00 155 27.67 2992 -0.03 0.13 6.3 L5 I

 POHOIKI POIV 19 27.42 154 51.22 16 -0.09 -0.24 0.0 L5

 PUUOKALI, MAUI POKV 20 44.00 156 23.32 511 0.00 0.00 0.0 L5

 POLIOKEAWE PALI POLV 19 17.02 155 13.47 169 -0.02 0.03 3.4 E5

 PUU PILI PPLV 19 9.50 155 27.87 35 -0.15 -0.15 1.4 E5

 RED CONE RCOV 19 24.36 155 37.79 3601 0.00 0.00 0.0 L5

 RIM RIMV 19 23.90 155 16.60 1128 -0.21 -0.13 0.0 L5

 RAINSHED RSDV 19 27.78 155 16.68 1270 0.06 0.15 0.0 L5

 SOUTH POINT SPTV 18 58.91 155 39.92 244 -0.17 -0.22 2.8 L5

 SOUTH POINT SPTE 18 58.91 155 39.92 244 -0.17 -0.22 3.0 L5 MW

 SOUTH POINT SPTN 18 58.91 155 39.92 244 -0.17 -0.22 3.0 L5 MW

 STEAM CRACKS STCV 19 23.30 155 7.67 765 -0.25 -0.30 3.4 L5 H

 STEAM CRACKS STCE 19 23.30 155 7.67 765 -0.25 -0.30 3.0 L5 MW

 STEAM CRACKS STCN 19 23.30 155 7.67 765 -0.25 -0.30 3.0 L5 MW

 SOUTHWEST RIFT SWRV 19 27.26 155 36.30 4048 0.01 0.04 5.6 E5

 TRAIL TRAV 19 24.91 155 32.96 3207 0.00 0.00 0.0 L5

 UWEKAHUNA URAV 19 25.40 155 17.60 1240 -0.21 0.00 0.0 R5

 UWEKAHUNA URAE 19 25.40 155 17.60 1240 -0.21 0.00 3.0 R5 MW

 UWEKAHUNA URAN 19 25.40 155 17.60 1240 -0.21 0.00 3.0 R5 MW

 UWEKAHUNA UUGZ 19 25.40 155 17.60 1240 0.00 0.00 0.0 L0

 WAIKII WAIV 19 51.58 155 39.60 1433 0.20 0.35 0.0 L5

 WILKES CAMP WILV 19 28.15 155 35.02 4037 0.22 0.17 2.6 E5

 WILKES CAMP WILE 19 28.15 155 35.02 4037 0.22 0.17 3.0 L5 MW

 WILKES CAMP WILN 19 28.15 155 35.02 4037 0.22 0.17 3.0 L5 MW

 WAIMANALO RG,OA WMRZ 21 19.22 157 40.94 200 0.00 0.00 0.0 S1

 WEATHER OBSERV WOBV 19 32.31 155 35.01 3396 0.00 0.00 0.0 E5

 WOOD VALLEY WOOV 19 15.08 155 30.12 909 -0.15 -0.06 2.6 E5
18

Table 2. Seismic instrument types Table 2. Seismic instrument type

The codes in parentheses refer to the seismometer types listed in Table 1.

Type 1 (Codes E, L, R, and 4, 5) consists of:

a) Geophone - Electrotech EV-17 (E), Mark Products L4C (L) or Kinemetric Ranger SS1 (R).

(L) and (R) are 1.0-sec. period moving-magnet vertical- or horizontal- (E-W and NS) component seismometers adjusted for an output of 0.5 volts/cm/sec and 0.8,

critically damped.

b) Preamp/VCO - USGS/OEVE Model J402 (4), J502 (5) voltage-controlled oscillator.

Three db points for bandpass filter at 0.1 Hz and 30 Hz. Signals are transmitted on

audio FM carrier over cable or FM radio link to HVO.

Code (W) - Wood-Anderson torsion seismograph.

Code (MW) - Horizontal-component seismograph based on a Type 1 system and modified to 3x a

Wood-Anderson response.

Code (F) - Kinemetric Force-Balance Accelerometer (FBA23).

Code (S13) – Geotech, 1Hz seismometer with A1 VCO operated by the Pacific Tsunami Warning Center.

Figure 6. Figure 6. System-response curves for the Wood-Anderson torsion seismograph and for seismometers used

by the Hawaiian Volcano Observatory. Type 1 is the standard OEVE seismometer system recorded

on Develocorder film and DAT tape. The curve for Type 1 includes response of the geophone, all

electronics including telemetry, Develocorder galvanometer, and projection of film by a 20x

viewer. The curve plots the unit response, which should be multiplied by a constant but known

factor (CAL) to get the response for an individual station.

Wood- Anderson

Type 1

Type 3

Type 2

Period (sec.)

Frequency (Hz)

Magnification

0.01 0.1 1 10 100 1000

102

103

104

105

106 10 5 2 1 0.5 0.2 0.1 0.05 0.02 0.01
19

SEISMIC DATA PROCESSING

 Due to age and high cost of maintanance, Develocorder ‘A’ was discontinued on August 1, 1997. Daily

count of classified micoearthquakes from source regions around Kilauea and Mauna Loa, and duration of

tremor, were also discontinued. Coda duration, however, is measured in seconds from drum (ink or helicorder)

records to determine a coda magnitude that is entered as an external magnitude in the final solution.

In 1986, HVO acquired a VAX 11-750 computer and adopted the CUSP (California Institute of Technology

USGS Seismic Processing) routine. Discriminated analog signals are converted to digital form, and detected

events are saved in real time. Detected events are demultiplexed, and P-picks are made by the computer,

producing a rough location. Events are examined by an analyst, on a graphics terminal, to refine computer Ppicks and to time additional P- and S-phases for a preliminary location. Binary CUSP files are tape-archived and

translated into ASCII phase files. Locations and amplitude magnitudes are then determined, using the program

HYPOINVERSE (Klein, 2000) 2. Events are reworked and rerun, as needed, to produce a final solution. Magneto-optical copies of arrival times and output summary data are kept at HVO.

In July 1992, HVO acquired VAX workstations for timing earthquakes using a “generic” version of CUSP. In

addition to timing P and S arrival signals, the VAX workstations are capable of measuring peak-to-peak amplitudes along with the associated period. This capability allowed the renewal of amplitude magnitude determinations from the network seismic stations. Amplitude data gathered from July 1992 to July 1997 became part

of a test set to determine magnitude corrections for network stations. Results of newly determined magnitude corrections are detailed by Nakata and Okubo (1997) 3.

The crustal model used is specified by velocities at four depth points. Velocity at any depth is given by

linear interpolation between points and uses a homogeneous half-space, as listed below:

VELOCITY DEPTH

(km/sec) (km)

1.9 0.0

6.5 4.6

6.9 15.0

8.3 ≥16.5

Two empirical sets of station delays or corrections were used in the HYPOINVERSE locations and are given

in table 1. The delay models are separated by a circle of radius 34 km, centered at 19°22' N and 155°10' W.

Delay model 1 is used for epicenters occurring within a circle of radius 31 km from the center. This region

includes Kilauea and its south flank. A combination of the two delay models is used for epicenters that fall in a

transition zone that is 6 km wide. Delay model 2 is applied to the rest of the island and offshore earthquakes.

For a detailed description, refer to Klein (in press)2.

Magnitudes for events are computed using recorded amplitudes on selected network vertical, Modified

Wood-Anderson (MW) horizontal, and/or moderate and low gain stations. Amplitude readings are corrected to

an equivalent Wood-Anderson amplitude using the curves of figure 6 and CAL factors listed in table 1.

Duration magnitude is determined by the length of signal, in seconds, read from drum recordings of Type 1

seismographs. This length of time is measured from the P arrival to the point where the earthquake signal has

decayed to nearly the background noise level. Drum-recorded duration magnitude is calculated with a relationship equivalent to the develocorder viewer output.

2 Klein, F.W., in press, User’s guide to HYPOINVERSE-2000, a Fortran Program to solve for earthquake locations and magnitudes: U.S. Geological Survey, 116 p.

3 Nakata, J., and Okubo, P., 1997, Determination of station amplitude magnitude corrections for the Hawaiian

Volcano Observatory telemetered seismograph network: Data from 1992-1997: U.S. Geological Survey OpenFile Report 97-863, 73 p.
20

SEISMIC CATALOG

The emphasis in both station coverage and detailed data analysis is on the highly active south half of the

Island of Hawai‘i. The set of well-recorded earthquakes located in the Hawai‘i Island region is nearly complete

above magnitude 2.0. Many smaller events are located in the densely instrumented Kilauea area. Substantial

effort is made to locate earthquakes elsewhere within the Hawaiian Archipelago. Such coverage cannot be as

complete as in south Hawai‘i, but nearly all events above magnitude 4.0 are located with limited precision.

Data presented in the seismic catalog are in three parts: (1) Maps showing computer-located hypocenters

are given in figures 11-24. The location maps are of different scales and provide hypocenters with magnitude

thresholds set at 1.0, 2.0, 3.0, and 3.5, varying according to region. (2) The list of computer locations

constitutes the bulk of this summary and is given in table 4. Each earthquake in the list is assigned a threeletter code based on its general location and depth. Figures 7-10 are maps of the regions used to assign the

location codes. The latitude and longitude limits of rectangular regions are listed in table 3. When the listed

coordinates overlap, precedence is given according to figures 7-10. (3) Table 5 re-lists the events in table 4

for which the preferred magnitude is 3.0 or larger. This list includes many of the earthquakes felt in Hawai‘i.

Table 3. Table 3 Names and coordinates of regions used for classifying earthquakes.

All earthquakes locate in one of the following groups, identified by a numerical class or three-letter code:

—Shallow:

1 SNC - Shallow north caldera (0-5 km)

2 SSC - Shallow south caldera (0-5 km)

3 SEC - Shallow east caldera (0-5 km)

4 SER - Shallow east rift (0-5 km)

5 SME - Shallow middle east rift (0-5 km)

6 KOA - Koa‘e fault zone (0-5 km)

7 SSF - Shallow south flank (0-5 km)

8 SLE - Shallow lower east rift (0-5 km)

—Intermediate depth:

9 SF1 - Kilauea south flank (5-13 km) (west end)

10 SF2 - Kilauea south flank (5-13 km)

11 SF3 - Kilauea south flank (5-13 km)

12 SF4 - Kilauea south flank (5-13 km)

13 SF5 - Kilauea south flank (5-13 km) (east end)

14 LER - Lower east rift (5-99 km)

15 MLO - Mauna Loa (0-13 km)

16 LSW - Lower southwest rift zones of Kilauea and Mauna Loa (0-13 km)

17 GLN - Glenwood (0-13 km)

18 SWR - Southwest rift zone of Kilauea (0-13 km)

19 INT - Intermediate caldera (5-13 km)

20 KAO - Ka‘oiki (0-13 km)

—Deep:

21 DEP - Deep Kilauea (>13 km) (below regions 1-13, 17-19)

22 DLS - Deep lower southwest rift zone of Kilauea and Mauna Loa (>13 km) (below region 16)

23 DML - Deep Mauna Loa (>13 km) (below regions 15, 20)

—Outer regions, all depths:

24 LOI - Loihi

25 KON - South Kona

26 HUA - Hualalai

27 KOH - Kohala

28 KEA - Mauna Kea

29 HIL - Hilo

30 DIS - Distant, everywhere else
21

Table 3 Table 3 (continued). The latitude and longitude limits of the regions are given below. If the coordinates

overlap, precedence is given according to maps in figures 7-10.

No. Code N. Lat. S. Lat. W. Lon. E. Lon.

1 SNC 19 28.0 19 24.5 155 19.0 155 14.0

2 SSC 19 24.5 19 22.0 155 19.0 155 16.5

3 SEC 19 24.5 19 22.0 155 16.5 155 14.0

4 SER 19 26.0 19 20.5 155 14.0 155 07.2

5 SME 19 26.0 ——— 155 07.2 155 00.0

6 KOA 19 22.0 19 20.5 155 17.0 155 14.0

7 SSF ——— 19 10.0 155 17.0 155 00.0

8 SLE 19 32.0 19 16.0 155 00.0 154 40.0

9 SF1 19 22.0 19 10.0 155 17.0 155 14.5

10 SF2 19 26.0 19 10.0 155 14.5 155 12.3

11 SF3 19 26.0 19 10.0 155 12.3 155 09.1

12 SF4 19 26.0 19 10.0 155 09.1 155 05.3

13 SF5 19 26.0 19 10.0 155 05.3 155 00.0

14 LER 19 32.0 19 16.0 155 00.0 154 40.0

15 MLO 19 35.0 19 19.0 155 35.0 155 19.0

16 LSW 19 19.0 18 40.0 155 43.0 155 25.0

17 GLN 19 35.0 19 26.0 155 19.0 155 00.0

18 SWR 19 22.0 19 10.0 155 25.0 155 17.0

19 INT 19 28.0 19 22.0 155 19.0 155 14.0

20 KAO 19 30.0 19 19.0 155 32.0 155 19.0

21 DEP 19 35.0 19 10.0 155 25.0 155 00.0

22 DLS 19 19.0 18 40.0 155 43.0 155 25.0

23 DML 19 35.0 19 19.0 155 35.0 155 19.0

24 LOI 19 10.0 18 40.0 155 25.0 155 00.0

25 KON 19 39.0 19 00.0 156 20.0 155 43.0

26 HUA 19 55.0 19 39.0 156 20.0 155 43.0

27 KOH 20 25.0 19 55.0 156 20.0 155 34.0

28 KEA 20 25.0 19 35.0 155 34.0 154 40.0

29 HIL 19 47.0 19 32.0 155 09.0 154 40.0
22

20’ 10’ 155

10’

20’

30’

20 KM LOI–24

MLO–15

KAO–20

SWR–18

SNC–1

SSC–2 SEC–3

KOA–6

SSF–7

GLN–17 SLE–8

SER–4 SME–5

DIS–30

Figure 7. Earthquake classification, shallow (0-5 km deep), for Kilauea and the east flank of

Mauna Loa.
23

20’ 10’ 155

10’

20’

30’

20 KM

MLO–15

KAO–20

SWR–18

GLN–17 LER–14

DIS–30

LOI–24

INT–19

SF1–9

SF2

–10

SF3–11 SF4–12 SF5–13

Figure 8. Earthquake classification, intermediate (5.1-13 km deep), for Kilauea and the east flank of

 Mauna Loa.
24

156 155

19

20

20 KM

DIS–30 DIS–30

DIS–30 DIS–30

KOH–27 KEA–28

HUA–26

KON–25

HIL–29

MLO–15

LSW–16

KAO–20

SWR

–18

GLN–17

LOI–24

SLE–8

LER–14

Figure 9. Figure 9. Earthquake classification, crustal (0-13 km deep), for the Island of Hawai‘i.
25

156 155

19

20

20 KM

DIS–30 DIS–30

DIS–30 DIS–30

KOH–27 KEA–28

HUA–26

KON–25

HIL–29

LOI–24

DML–23

DLS–22

DEP–21

LER–14

Figure 10. Figure 10. Earthquake classification, deep (greater than 13 km deep), for the Island of Hawai‘i.
26

161 160 159 158 157 156 1

 23 22 21 20 19 18

 100 KM

Figure 2000 earthquake locations, Hawaiian Islands,

0–60 km depth, M>=3.5.

11.
27

156 155

 20

 19

 20 KM

Figure 2000 earthquake locations, Hawai‘i Island,

0–60 km depth, M>=3.0.

12.
28

156 155

 20

 19

 20 KM

Figure 2000 earthquake locations, Hawai‘i Island,

shallow (0–5.0 km depth), M>=2.0.

13.
29

156 155

 20

 19

 20 KM

Figure 2000 earthquake locations, Hawai‘i Island,

intermediate (5.1–13.0 km depth), M>=2.0.

14.
30

156 155

 20

 19

 20 KM

Figure 2000 earthquake locations, Hawai‘i Island,

deep (13.1–60.0 km depth), M>=2.0.

15.
31

18’ 17’ 16’ 15’ 14’ 13’ 

26’

25’

24’

23’

22’

 5 KM

Figure 2000 earthquake locations, Kilauea summit,

shallow (0–5.0 km depth), M>=1.0.

16.
32

18’ 17’ 16’ 15’ 14’ 13’ 

26’

25’

24’

23’

22’

 5 KM

Figure 2000 earthquake locations, Kilauea summit,

intermediate (5.1–13.0 km depth), M>=1.0.

17.
33

18’ 17’ 16’ 15’ 14’ 13’ 

26’

25’

24’

23’

22’

 5 KM

Figure 2000 earthquake locations, Kilauea summit,

deep (13.1–60.0 km depth), M>=1.0.

18.
34

20’ 10’ 155 

30’

20’

 20 KM

Figure 2000 earthquake locations, Kilauea south flank,

shallow (0–5.0 km depth), M>=2.0.

19.
35

20’ 10’ 155 

30’

20’

 20 KM

Figure 2000 earthquake locations, Kilauea south flank,

intermediate (5.1–13.0 km depth), M>=2.0.

20.
36

20’ 10’ 155 

30’

20’

 20 KM

Figure 2000 earthquake locations, Kilauea south flank,

deep (13.1–60.0 km depth), M>=2.0.

21.
37

50’ 40’ 30’ 

30’

20’

MAGNITUDES

 2.0+ 3.0+ 4.0+ 5.0+ 6.0+

 20 KM

Figure 2000 earthquake locations, Mauna Loa summit,

shallow (0–5.0 km depth), M>=2.0.

22.
38

50’ 40’ 30’ 

30’

20’

MAGNITUDES

 2.0+ 3.0+ 4.0+ 5.0+ 6.0+

 20 KM

Figure 2000 earthquake locations, Mauna Loa summit,

intermediate (5.1–13.0 km depth), M>=2.0.

23.
39

50’ 40’ 30’ 

30’

20’

MAGNITUDES

 2.0+ 3.0+ 4.0+ 5.0+ 6.0+

 20 KM

Figure 2000 earthquake locations, Mauna Loa summit,

deep (13.1–60.0 km depth), M>=2.0.

24.
40

Table 4 is a Table 4 chronological list of selected events successfully located during 2000. For each event, the

following data are presented:

ORIGIN TIME - in Hawaiian Standard Time: date, hour (HR), minute (MN), and second (SEC).

EPICENTER - in degrees and minutes of north latitude (LAT N) and west

longitude (LON W) in Old Hawaiian Datum.

DEPTH - Depth of focus in kilometers.

NRD - Number of P & S readings with final weights > 0.1.

NS - Number of S readings with final weights > 0.1

RMS SEC - Root mean square travel time residuals, in seconds.

ERH km - Standard error of the epicenter, in kilometers.

ERZ km - Standard error of depth of focus, in kilometers.

LOC REMKS - Remarks, three-letter code for geographic location of events.

See Figures 7-10 for location of mnemonic code. Additional one-letter

codes have the following meanings:

F felt

L long-period character

T associated with harmonic tremor

B quarry or other blast

# the location program had a convergence problem, which usually means that the

depth may be unreliable.

- the depth was held fixed.

PREF MAG – The preferred magnitude chosen from the available magnitudes.

Preference set as: X-amplitude magnitude, if none

D-Develocorder duration magnitude, if none

U-external magnitude, usually calculated from drum records.

NRD – The total weight of amplitude magnitude readings from contributing stations.

AZ GAP - Largest azimuthal gap in degrees between azimuthally adjacent stations.

MIN DS – Distance to the nearest station, in kilometers.

Table 5 is a Table 5 list of events of magnitude 3.0 or greater, selected from Table 4.
41

Table 4.

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JAN 1 0938 29.62 19 12.36 155 33.12 8.60 41 .13 .5 .6 LSW 2.5X 204 7

2000 JAN 1 0959 36.48 19 12.16 155 32.96 7.38 24 .12 .7 .9 LSW 1.5X 233 7

2000 JAN 1 1006 21.08 19 25.34 155 19.22 7.54 40 .10 .3 .5 KAO 1.9X 46 3

2000 JAN 1 1030 32.09 19 22.81 155 14.54 3.92 25 .12 .4 .6 SEC 1.8X 130 2

2000 JAN 1 1149 46.78 19 22.38 155 28.49 10.45 27 .09 .4 .6 KAO 1.6X 63 2

2000 JAN 1 1204 58.06 19 12.64 155 33.14 7.48 27 .09 .6 .9 LSW 1.6X 177 7

2000 JAN 1 2130 12.83 19 18.17 155 13.08 8.43 29 .11 .6 .8 SF2 1.4X 151 9

2000 JAN 2 0518 28.58 19 19.47 155 13.39 9.05 30 .13 .5 .6 SF2 2.1X 123 7

2000 JAN 2 0529 46.75 19 19.42 155 13.23 9.34 22 .11 .6 .8 SF2 1.4X 132 7

2000 JAN 2 1424 20.60 19 12.36 155 32.82 8.50 33 .10 .6 .8 LSW 2.1X 178 7

2000 JAN 3 0447 52.49 19 29.22 156 1.60 8.66 19 .12 1.8 .6 KON 1.6X 255 11

2000 JAN 3 1836 58.86 19 16.96 155 34.10 11.35 28 .10 .4 .7 LSW 1.9X 120 8

2000 JAN 3 2142 47.33 19 56.15 155 29.63 21.10 26 .10 .9 1.2 KEA 1.8X 222 17

2000 JAN 4 0930 25.57 19 11.22 155 39.61 9.17 28 .17 .5 1.1 LSW 2.6X 104 12

2000 JAN 5 0718 44.98 19 17.24 155 30.34 9.88 27 .10 .4 .7 LSW 2.1X 68 4

2000 JAN 5 1425 39.32 19 15.67 155 6.26 45.59 25 .12 1.6 1.1 DEP 1.9X 229 4

2000 JAN 5 1808 39.26 19 20.40 155 12.60 7.28 21 .12 .7 1.0 SF2 1.8X 171 6

2000 JAN 6 0818 7.64 19 21.43 155 5.92 9.43 20 .09 .7 .5 SF4 1.7X 145 5

2000 JAN 6 1956 42.49 19 23.56 155 30.35 9.49 27 .07 .4 .9 KAO 2.3X 73 5

2000 JAN 7 0854 43.87 19 6.29 155 28.07 31.88 32 .10 .8 1.1 DLS 2.0X 178 16

2000 JAN 7 0900 16.86 19 23.33 155 14.93 3.90 16 .09 .5 .6 SEC 2.3X 140 2

2000 JAN 7 1129 10.69 19 7.95 155 35.92 12.69 15 .16 1.0 .8 LSW 1.1X 218 17

2000 JAN 8 0704 17.93 19 18.73 155 48.53 10.85 21 .13 .5 .7 KON 1.6X 97 8

2000 JAN 8 1056 22.83 19 49.73 155 31.09 22.86 22 .11 .9 2.1 KEA 1.1X 146 8

2000 JAN 8 1232 35.97 19 23.22 155 14.85 3.16 17 .07 .3 .4 SEC 1.8X 106 2

2000 JAN 8 1355 31.54 19 19.16 155 13.21 4.07 19 .09 .5 2.9 SSF 1.2X 148 8

2000 JAN 8 1751 1.56 19 25.56 155 14.61 6.87 8 .08 4.6 3.0 INT L 1.9X 264 4

2000 JAN 8 1914 3.59 19 23.06 155 15.17 3.71 15 .10 .5 .5 SEC 2.3X 131 2

2000 JAN 9 0146 13.23 19 58.34 155 24.57 10.73 19 .15 .9 .6 KEA 1.7X 207 11

2000 JAN 9 1113 59.38 19 11.06 155 28.22 0.51 38 .14 .7 .3 LSW 1.5X 193 8

2000 JAN 9 1145 24.16 19 10.89 155 28.10 0.01 26 .16 1.0 .5 LSW 1.3X 212 9

2000 JAN 9 1228 17.99 19 59.37 155 25.13 8.45 23 .17 1.0 .8 KEA 1.6X 211 14

2000 JAN 10 0000 40.91 19 46.95 156 11.80 39.56 34 .12 1.0 1.4 HUA 2.3X 259 39

2000 JAN 10 0728 57.16 19 15.59 155 27.09 9.13 28 .14 .5 .8 LSW 1.7X 147 5

2000 JAN 10 0927 45.89 19 22.71 155 16.11 6.92 21 .10 .6 .4 INT L 2.4X 106 1

2000 JAN 10 2037 5.99 19 14.06 155 26.33 8.71 36 .11 .5 .7 LSW 1.8X 138 4

2000 JAN 11 0008 7.71 19 17.38 155 23.79 6.05 26 .15 .4 1.1 SWR 1.7X 102 5

2000 JAN 11 0216 10.73 19 20.29 155 12.63 5.83 25 .11 .6 1.0 SF2 1.3X 191 6

2000 JAN 11 0338 54.58 20 0.77 155 24.34 9.89 34 .12 .9 .5 KEA 2.5X 267 15

2000 JAN 11 1006 17.71 19 19.57 155 13.60 6.87 21 .09 .5 .9 SF2 1.5X 131 7

2000 JAN 11 1824 28.17 19 59.48 155 19.77 9.76 29 .12 1.4 .5 KEA 1.9X 261 11

2000 JAN 12 0134 1.55 19 29.54 155 26.89 7.91 44 .14 .3 .8 KAO 2.9X 71 6

2000 JAN 12 0218 31.80 18 59.08 155 17.89 12.94 19 .13 2.1 .7 LOI T 284 30

2000 JAN 12 0249 32.92 18 53.60 155 15.87 9.40 24 .10 1.3 .9 LOI T 276 41

2000 JAN 12 0444 34.70 19 23.23 155 2.59 7.20 22 .15 .8 .9 SF5 1.3X 159 8

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JAN 12 0603 16.80 19 23.87 155 15.08 4.68 16 .08 1.4 .6 SEC 1.6X 260 3

2000 JAN 12 0747 5.29 19 28.46 155 27.45 7.06 20 .11 .4 1.6 KAO 1.2X 57 8

2000 JAN 12 1755 2.85 19 30.88 155 53.41 0.58 13 .11 1.5 .9 KON B 240 13

2000 JAN 12 2112 21.34 19 18.22 155 7.71 0.44 31 .12 .7 .4 SSF 1.9X 206 8

2000 JAN 13 1551 35.32 19 25.39 155 19.95 6.28 31 .09 .4 .8 KAO 1.8X 90 4

2000 JAN 13 1649 17.45 19 24.66 155 18.00 10.31 16 .10 1.1 1.1 INT L 1.5X 69 2

2000 JAN 13 1849 7.49 19 26.79 155 25.73 2.64 21 .14 .4 1.2 KAO 1.5X 55 7

2000 JAN 14 0152 31.83 19 19.19 155 46.62 11.36 37 .13 .4 .5 KON 2.0X 82 12

2000 JAN 14 0157 15.34 19 11.23 155 38.01 8.02 21 .13 .6 .9 LSW 1.1U 113 7

2000 JAN 14 1509 27.34 19 23.77 155 15.05 2.24 22 .11 .3 .3 SEC L 2.2X 103 2

2000 JAN 15 0502 43.76 19 31.25 155 56.62 12.76 20 .11 1.4 .5 KON 1.9X 226 5

2000 JAN 15 0531 32.77 19 24.28 155 17.15 15.76 22 .12 .8 .6 DEP 1.3X 83 1

2000 JAN 15 1219 7.44 19 54.72 155 20.53 9.64 14 .11 1.7 .6 KEA 1.6X 311 2

2000 JAN 15 1750 7.47 19 52.74 155 15.86 17.95 26 .10 .9 1.5 KEA 1.7X 230 8

2000 JAN 15 2230 54.62 19 31.49 155 47.75 9.83 26 .12 .5 .6 KON 2.0X 94 4

2000 JAN 15 2327 41.88 19 17.68 155 30.55 10.54 26 .11 .4 .7 LSW 1.3X 69 5

2000 JAN 16 0523 5.34 19 12.75 155 30.43 6.49 28 .13 .7 .9 LSW 1.5X 137 4

2000 JAN 16 1011 6.62 19 12.35 155 21.34 35.35 27 .09 1.1 1.3 DEP 1.5X 214 6

2000 JAN 16 1111 50.05 19 23.45 155 14.95 3.77 25 .12 .4 .5 SEC F 2.4X 129 3

2000 JAN 16 1604 55.99 19 22.89 155 30.25 48.89 48 .12 .6 .7 DML 2.1X 34 5

2000 JAN 16 2306 22.57 19 24.84 155 17.12 11.01 11 .08 1.4 1.1 INT L 2.5X 101 0

2000 JAN 17 0840 44.12 18 33.65 155 40.39 6.06 13 .12 9.412.0 DIS - 334 76

2000 JAN 17 1222 49.17 19 30.07 155 22.75 12.98 21 .09 .5 .7 MLO 1.7X 97 1

2000 JAN 17 1549 5.04 19 25.24 155 17.03 8.60 26 .12 .6 .5 INT L 1.8X 147 1

2000 JAN 17 1613 46.28 19 19.87 155 14.95 43.85 24 .11 1.2 1.8 DEP 1.8X 128 4

2000 JAN 18 0328 37.33 19 46.74 155 33.99 14.49 25 .14 .7 .5 KEA 1.7X 171 11

2000 JAN 18 0441 33.08 19 19.33 155 14.07 7.11 30 .11 .4 .9 SF2 1.4X 135 7

2000 JAN 18 0823 5.46 19 16.66 155 27.37 7.37 30 .16 .5 1.1 LSW 1.5X 113 6

2000 JAN 18 1216 22.89 19 19.55 155 12.65 4.74 10 .06 .8 7.2 SSF 1.0X 209 7

2000 JAN 18 1338 35.31 19 46.80 155 40.57 13.24 16 .11 .6 .6 KEA 1.6X 130 9

2000 JAN 18 1433 22.27 19 0.44 155 23.62 39.54 26 .10 1.2 1.4 LOI 1.5X 224 26

2000 JAN 18 1800 6.07 19 27.16 155 13.54 1.60 21 .11 .4 .8 GLN L 2.0X 182 7

2000 JAN 18 2102 37.16 20 20.11 156 44.46 6.95 25 .12 8.210.2 DIS - 2.3X 318 89

2000 JAN 18 2312 51.63 19 10.85 155 36.89 0.00 23 .24 .9 .6 LSW # 1.5X 184 7

2000 JAN 19 0004 0.70 19 23.29 155 5.32 5.05 16 .07 .8 1.4 SF4 1.2X 171 4

2000 JAN 19 0330 57.87 19 22.48 155 26.85 10.92 28 .11 .4 .7 KAO 1.4X 47 1

2000 JAN 19 0908 33.17 19 31.06 155 43.95 6.01 18 .12 .6 1.3 KON 1.4X 111 4

2000 JAN 19 0934 17.98 19 28.67 155 37.15 11.51 23 .12 .4 .6 MLO L 1.6X 82 2

2000 JAN 19 1654 24.95 19 17.05 155 29.46 11.14 32 .13 .4 .7 LSW 1.8X 81 4

2000 JAN 19 2351 42.47 19 15.54 155 48.34 10.42 21 .13 .7 .6 KON 1.2X 117 7

2000 JAN 20 0520 14.77 19 14.50 155 26.95 10.90 17 .11 .7 1.1 LSW 1.0X 180 5

2000 JAN 20 0547 45.09 19 59.34 155 21.51 10.83 20 .12 1.2 .4 KEA 1.6X 285 11

2000 JAN 20 0932 41.26 20 3.21 155 33.88 35.64 19 .09 1.6 1.2 KEA 2.0X 271 24

2000 JAN 20 1019 51.43 19 36.47 156 25.07 7.63 20 .11 1.3 1.5 DIS 2.0X 304 54

2000 JAN 20 1252 51.75 19 17.99 155 13.08 0.05 19 .09 .4 .3 SSF 1.2X 154 9
42

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JAN 20 1527 29.78 19 20.99 155 4.89 8.55 30 .10 .6 .5 SF5 2.1X 165 6

2000 JAN 20 1553 11.81 19 48.40 155 23.46 26.08 14 .08 .9 1.2 KEA 1.2X 144 8

2000 JAN 20 1728 21.30 19 23.94 155 17.54 2.75 9 .11 .7 .5 SSC L 2.2X 102 2

2000 JAN 20 1736 12.37 19 26.09 155 15.19 7.26 12 .12 2.4 1.0 INT L 1.9X 255 4

2000 JAN 20 1745 59.66 19 25.07 155 17.56 10.81 11 .05 1.9 1.0 INT L 1.9X 112 1

2000 JAN 20 1753 31.80 19 24.38 155 17.42 9.42 9 .08 2.0 1.3 INT L 1.8X 91 1

2000 JAN 20 1813 52.11 19 2.69 155 18.79 43.46 22 .09 1.3 1.5 LOI 1.3X 225 23

2000 JAN 20 1824 50.47 19 24.82 155 16.79 9.05 11 .09 2.0 .8 INT L 2.1X 211 0

2000 JAN 20 1909 10.61 19 23.82 155 17.04 6.55 11 .08 1.8 1.1 INT L 1.5X 97 1

2000 JAN 20 1948 18.39 19 29.87 155 27.00 2.55 12 .10 .6 1.6 KAO 1.2X 108 6

2000 JAN 20 2016 55.64 19 25.49 155 16.74 9.37 11 .08 2.3 1.0 INT L 1.7X 220 1

2000 JAN 20 2119 17.57 19 50.56 155 32.23 19.61 17 .11 .7 1.4 KEA 1.6U 156 11

2000 JAN 20 2250 18.02 19 20.13 155 11.20 5.31 12 .07 .5 1.8 SF3 1.3X 121 4

2000 JAN 21 0136 3.80 19 23.58 155 16.58 3.29 22 .13 .4 .2 SSC 2.4X 85 1

2000 JAN 21 0255 59.34 19 26.72 155 28.88 10.68 14 .11 .6 1.4 KAO 1.2X 81 8

2000 JAN 21 0446 49.50 19 25.27 155 29.24 10.51 23 .10 .4 .6 KAO 1.1X 61 6

2000 JAN 21 1908 12.50 19 20.94 155 13.14 9.47 29 .12 .4 .4 SF2 2.1X 112 6

2000 JAN 22 0040 26.19 19 36.68 155 53.35 24.13 20 .09 1.2 1.1 KON 2.3X 199 10

2000 JAN 22 0433 42.14 19 20.08 155 21.13 31.55 28 .13 .9 1.3 DEP 1.9X 75 4

2000 JAN 22 0832 53.07 19 23.64 155 15.09 3.11 22 .11 .4 .4 SEC 2.4X 135 3

2000 JAN 22 1038 52.08 19 19.44 155 13.40 7.73 24 .12 .6 1.1 SF2 1.2X 132 7

2000 JAN 22 1311 36.26 19 19.70 155 10.85 7.36 32 .11 .5 .8 SF3 1.5X 117 5

2000 JAN 22 1740 54.80 19 57.49 155 20.21 9.89 26 .14 .9 .6 KEA 1.7X 173 8

2000 JAN 22 1819 44.05 19 27.19 154 53.81 0.01 9 .14 1.6 1.0 SLE # 2.2X 162 5

2000 JAN 22 1828 46.55 19 28.16 154 52.29 5.59 23 .12 1.4 1.0 LER F 2.3X 172 2

2000 JAN 22 1944 50.38 19 20.45 155 13.53 6.46 20 .12 .6 1.1 SF2 1.3X 119 5

2000 JAN 22 2306 27.64 19 22.98 155 14.44 3.72 12 .08 .5 .6 SEC 1.6X 151 3

2000 JAN 23 0315 39.26 20 0.68 155 17.74 13.57 24 .17 1.4 .6 KEA 1.8X 290 14

2000 JAN 23 0715 52.08 19 17.42 155 49.69 11.60 21 .12 .6 .5 KON 1.6X 119 5

2000 JAN 23 1105 41.86 19 23.78 155 25.42 11.13 25 .11 .4 .8 KAO 1.2X 61 5

2000 JAN 23 1114 39.32 19 25.63 155 13.96 10.07 26 .12 .6 .5 SF2 L 2.4X 103 2

2000 JAN 24 0706 53.68 19 20.66 155 20.39 31.89 35 .11 .6 .9 DEP 2.1X 61 5

2000 JAN 24 1734 52.59 19 20.69 155 6.69 6.39 14 .14 .7 1.2 SF4 1.3X 141 5

2000 JAN 25 0215 16.40 19 20.85 155 6.61 6.31 19 .10 .5 .8 SF4 1.0X 141 5

2000 JAN 25 0345 4.85 19 10.74 155 41.03 12.67 20 .11 .7 .5 LSW 1.4X 174 9

2000 JAN 25 0348 13.95 19 14.91 155 31.74 8.48 26 .16 .5 .8 LSW 1.5X 154 3

2000 JAN 25 0552 24.03 19 20.52 155 47.66 11.54 17 .09 .5 1.0 KON 1.6U 129 12

2000 JAN 25 1632 30.03 19 22.92 155 30.49 14.00 19 .10 .6 1.0 DML 1.3X 75 5

2000 JAN 25 2233 6.77 19 21.12 155 11.29 7.83 23 .12 .6 .9 SF3 1.9X 107 3

2000 JAN 26 0134 42.57 19 26.03 155 29.74 12.78 21 .12 .5 .7 KAO 1.5X 58 6

2000 JAN 26 0458 25.13 19 17.50 156 28.34 38.25 32 .11 2.0 2.0 DIS 2.5X 302 62

2000 JAN 26 0614 17.68 19 22.51 155 30.01 12.94 15 .11 .6 1.3 KAO 1.5X 77 4

2000 JAN 26 0729 19.10 19 49.90 155 54.47 24.64 16 .11 1.3 1.1 HUA 1.6X 288 18

2000 JAN 26 1516 37.27 19 12.05 155 36.63 8.43 38 .19 .7 .9 LSW 2.7X 115 5

2000 JAN 26 1539 2.21 19 12.08 155 36.93 10.24 30 .20 .6 .9 LSW 1.8X 114 5

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JAN 26 1630 33.83 19 40.13 156 18.39 11.92 22 .12 2.7 2.5 HUA 2.5X 297 45

2000 JAN 26 2147 54.53 19 26.04 155 20.40 3.65 10 .07 .6 .8 KAO 1.5X 113 3

2000 JAN 26 2235 37.86 19 26.31 155 20.06 3.84 12 .10 .7 .8 KAO 1.9X 136 3

2000 JAN 27 0052 44.84 19 19.83 155 8.85 7.50 18 .07 .7 .6 SF4 1.4X 198 4

2000 JAN 27 0136 46.16 19 14.64 155 12.29 43.81 10 .07 2.2 1.1 DEP 1.8X 292 13

2000 JAN 27 0302 53.43 19 15.40 155 54.31 14.19 30 .10 1.0 .4 KON 2.3X 217 4

2000 JAN 27 2333 42.19 19 16.51 155 28.91 10.18 45 .15 .4 .5 LSW F 4.1U 96 3

2000 JAN 27 2341 52.11 19 16.67 155 29.19 9.55 40 .14 .4 .7 LSW 2.1X 95 3

2000 JAN 28 0058 45.24 19 16.36 155 28.56 9.85 22 .11 .4 .7 LSW 1.3X 115 4

2000 JAN 28 0122 36.42 19 19.44 155 11.99 6.88 32 .11 .4 .9 SF3 1.5X 128 6

2000 JAN 28 0557 22.94 19 20.41 155 7.36 7.84 25 .10 .6 .7 SF4 1.5X 131 5

2000 JAN 28 0752 29.04 19 25.48 155 20.39 7.23 21 .12 .4 1.0 KAO 1.5X 91 4

2000 JAN 28 1219 22.19 19 29.15 155 52.50 8.30 29 .20 .6 .7 KON 2.0X 95 5

2000 JAN 28 2326 19.62 19 31.51 155 56.55 33.67 19 .10 1.5 .8 KON 1.6X 226 19

2000 JAN 29 0019 26.60 19 28.62 155 24.56 10.02 15 .09 .6 .9 KAO 1.2X 75 3

2000 JAN 29 0158 53.33 18 57.61 155 19.64 41.00 36 .13 1.1 1.2 LOI 2.3X 239 32

2000 JAN 29 0804 4.59 19 27.55 155 24.90 8.71 26 .11 .4 .9 KAO 1.7X 57 5

2000 JAN 29 1130 1.86 19 19.67 155 9.08 8.06 12 .07 .7 1.4 SF4 1.6X 135 5

2000 JAN 30 0023 15.18 19 25.97 155 17.08 4.94 11 .11 1.5 .7 SNC L 2.2X 219 1

2000 JAN 30 0044 33.59 19 24.26 155 18.13 8.31 11 .08 1.6 1.5 INT L 2.2X 88 2

2000 JAN 30 0131 33.44 19 24.17 155 15.04 9.80 19 .11 1.0 .4 INT L 2.1X 123 3

2000 JAN 30 0543 32.49 19 13.00 155 32.69 8.84 34 .13 .6 .4 LSW 2.0X 174 6

2000 JAN 30 1125 48.58 19 24.24 155 29.38 10.56 26 .11 .4 .7 KAO 1.4X 67 4

2000 JAN 30 1257 26.42 19 24.03 155 16.68 26.28 8 .09 2.4 4.8 DEP T 153 3

2000 JAN 30 2056 15.56 19 27.11 155 15.75 23.69 43 .12 .6 .6 DEP 2.4X 105 2

2000 JAN 31 0520 36.15 19 29.82 155 27.71 24.78 29 .12 .5 .9 DML 1.8X 75 8

2000 JAN 31 1721 19.62 19 20.25 155 13.25 6.88 17 .09 .6 1.0 SF2 1.1X 127 6

2000 JAN 31 2215 52.13 19 27.96 155 14.43 28.34 23 .11 1.0 1.2 DEP 1.3X 137 7

2000 FEB 1 0155 22.02 19 20.27 155 8.50 7.34 12 .06 .5 .8 SF4 1.1X 107 4

2000 FEB 1 0244 42.71 19 56.73 155 18.59 16.74 13 .07 1.6 .9 KEA 1.4X 253 7

2000 FEB 1 1623 39.19 20 0.44 155 46.08 26.48 13 .10 1.5 1.8 KOH 2.1U 154 20

2000 FEB 2 0217 36.02 19 25.11 155 29.10 13.20 15 .11 .6 1.3 DML 1.0X 76 5

2000 FEB 2 1238 38.05 19 20.26 155 2.76 5.21 22 .12 .9 1.7 SF5 1.7X 202 10

2000 FEB 2 1256 28.35 19 23.87 155 29.95 10.30 17 .08 .5 1.2 KAO 1.6U 69 5

2000 FEB 2 1317 1.07 19 19.75 155 12.32 7.22 23 .07 .5 .9 SF2 1.6X 125 5

2000 FEB 2 1858 34.39 19 36.62 155 4.49 24.04 11 .09 1.7 4.5 HIL 1.0X 244 23

2000 FEB 2 1909 47.31 19 10.29 155 28.63 33.91 16 .10 1.4 1.4 DLS 1.4U 216 11

2000 FEB 3 0024 31.43 19 20.41 155 12.00 8.51 25 .12 .6 .6 SF3 1.8X 173 5

2000 FEB 3 0048 51.58 19 43.97 156 7.80 33.33 16 .10 2.7 2.3 HUA 1.7U 281 31

2000 FEB 3 0145 36.92 19 16.39 155 31.23 8.08 29 .16 .4 .8 LSW 1.7X 65 3

2000 FEB 3 0623 19.37 19 12.54 155 32.41 10.56 13 .09 1.2 .9 LSW 1.8U 204 6

2000 FEB 3 0810 35.10 19 28.19 155 37.17 15.53 12 .12 1.1 .6 DML L 1.2X 184 2

2000 FEB 3 1446 13.31 19 22.93 155 14.61 3.73 12 .08 .4 .5 SEC 1.7X 116 2

2000 FEB 3 1713 46.93 19 25.05 155 17.18 14.03 12 .15 2.0 1.3 DEP L 2.2X 171 0

2000 FEB 3 1747 22.44 19 17.65 155 13.98 9.82 21 .12 .8 1.0 SF2 1.5X 171 8
43

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 3 1836 31.11 19 17.52 155 14.15 10.86 13 .09 .9 1.3 SF2 1.1X 185 8

2000 FEB 3 1911 12.82 19 21.43 155 12.80 9.96 29 .12 .6 .5 SF2 1.9X 106 2

2000 FEB 3 2006 19.56 19 24.01 155 15.65 3.26 25 .08 .3 .3 SEC 2.2X 94 2

2000 FEB 4 0053 16.39 19 16.35 155 28.09 10.56 34 .13 .3 .4 LSW 3.0X 96 4

2000 FEB 4 0055 6.84 19 16.49 155 28.11 9.96 37 .13 .4 .5 LSW 2.4X 115 4

2000 FEB 4 0303 21.76 20 2.62 155 29.91 9.03 29 .10 .9 .6 KEA F 2.1X 208 24

2000 FEB 4 0539 17.73 19 17.80 155 14.12 9.95 14 .07 .6 1.0 SF2 1.2X 169 8

2000 FEB 4 0555 6.35 19 17.71 155 14.07 10.20 14 .08 .8 1.0 SF2 1.0X 170 8

2000 FEB 4 1147 34.52 19 28.69 155 47.78 27.02 4 .0611.3 7.7 KON T- 328 20

2000 FEB 4 1705 20.48 19 24.20 155 17.58 14.17 11 .11 2.6 1.2 DEP L 2.2X 139 2

2000 FEB 4 1800 52.60 19 26.06 155 53.26 14.08 16 .08 .7 .6 KON 1.7U 158 7

2000 FEB 4 1827 56.42 19 10.62 155 28.23 34.15 22 .09 .9 2.6 DLS 1.4X 154 10

2000 FEB 5 0048 56.19 19 18.02 155 14.24 8.81 16 .10 .7 1.3 SF2 1.3X 166 8

2000 FEB 5 0939 45.25 19 23.50 155 17.28 6.70 10 .05 .8 1.0 INT L 2.2X 124 1

2000 FEB 5 0955 52.52 19 23.91 155 17.40 9.03 11 .10 1.1 1.3 INT L 2.0X 116 1

2000 FEB 5 1013 1.68 19 26.88 155 15.04 11.80 25 .12 1.0 .6 INT L 1.7X 171 5

2000 FEB 5 1013 13.41 19 23.97 155 16.93 10.22 25 .10 .5 .5 INT L 1.8X 107 1

2000 FEB 5 1121 12.31 19 24.13 155 16.54 9.72 14 .13 1.7 .9 INT L 2.1X 143 0

2000 FEB 5 1139 33.45 19 8.66 155 20.72 51.86 35 .10 1.1 1.1 LOI 2.1X 188 12

2000 FEB 5 1533 35.71 19 26.33 155 14.75 37.65 27 .12 1.5 .9 DEP L 1.9X 167 5

2000 FEB 5 1800 59.25 19 38.80 156 31.26 54.50 9 .07 4.0 4.7 DIS 1.7U 325 66

2000 FEB 5 2254 12.38 19 20.49 155 10.89 9.11 20 .11 .6 .9 SF3 1.7X 106 3

2000 FEB 6 0240 14.02 19 20.29 156 4.17 42.27 16 .06 1.8 .9 KON 2.1U 281 22

2000 FEB 6 1358 19.39 19 21.62 155 5.66 6.46 23 .12 .9 .7 SF4 1.0X 230 5

2000 FEB 6 1450 22.45 19 29.31 155 34.01 16.55 15 .08 .8 .8 DML 1.4X 73 3

2000 FEB 6 2230 53.04 19 42.13 155 7.27 44.71 36 .12 .9 1.1 HIL 2.0X 202 31

2000 FEB 7 0135 48.62 20 7.30 156 29.96 2.60 13 .12 3.8 1.3 DIS 2.6U 235 59

2000 FEB 7 1507 47.23 19 22.57 155 14.89 2.26 12 .13 .5 .5 SEC 1.5X 128 2

2000 FEB 7 1615 48.50 19 22.71 155 15.43 2.93 12 .07 .4 .3 SEC 1.5X 119 1

2000 FEB 7 2220 32.68 19 26.51 155 21.71 10.65 14 .10 .9 1.6 KAO 1.4X 74 3

2000 FEB 7 2222 4.00 19 13.87 155 27.46 10.15 13 .09 .7 1.1 LSW .9X 175 6

2000 FEB 8 0445 11.58 19 27.10 155 24.18 1.17 10 .14 .6 1.0 KAO 1.3X 157 5

2000 FEB 8 0715 5.78 19 20.68 156 3.31 41.83 31 .08 1.2 .8 KON F 2.9X 268 21

2000 FEB 8 0853 5.02 19 25.38 155 29.21 8.73 14 .07 .5 1.2 KAO 1.1X 70 6

2000 FEB 8 0856 47.94 19 19.52 155 15.53 7.82 20 .13 .8 .6 SF1 1.4U 174 3

2000 FEB 8 1033 9.62 19 19.76 155 12.56 9.03 30 .11 .5 .5 SF2 2.5X 135 5

2000 FEB 9 0004 33.51 19 26.32 155 28.19 8.22 12 .09 .6 1.3 KAO 1.0X 160 7

2000 FEB 9 0051 3.19 18 60.00 154 59.13 47.46 15 .13 3.4 2.3 DIS 1.4X 293 46

2000 FEB 9 0334 56.98 19 16.07 155 27.69 8.48 13 .11 .6 1.0 LSW 1.4X 131 5

2000 FEB 9 0435 20.27 19 20.55 155 12.98 8.47 27 .11 .5 .6 SF2 1.9X 117 4

2000 FEB 9 0553 23.27 19 12.94 155 26.24 37.91 18 .12 1.1 1.2 DLS 1.4X 203 5

2000 FEB 9 0937 45.44 19 23.36 155 14.65 4.05 10 .08 .5 .6 SEC 1.4X 160 3

2000 FEB 9 1206 42.37 18 53.51 155 7.32 47.21 23 .10 2.8 2.5 LOI 1.7X 312 48

2000 FEB 9 1319 43.23 19 28.03 155 37.02 13.95 17 .14 .8 .5 DML T 97 2

2000 FEB 9 1831 34.33 19 25.65 155 23.20 11.50 26 .08 .4 .8 KAO 2.0X 47 6

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 9 1926 49.95 19 31.33 155 22.41 13.94 15 .09 1.6 .9 DML 1.3X 226 3

2000 FEB 10 0223 56.54 19 17.68 155 46.85 8.40 13 .05 .8 1.6 KON 1.4U 167 10

2000 FEB 10 0619 52.41 19 23.18 155 22.55 10.59 15 .05 .4 1.1 KAO 1.0X 74 6

2000 FEB 10 0737 0.74 19 18.51 155 14.83 6.68 14 .08 .9 1.2 SF1 1.2X 193 7

2000 FEB 10 0817 21.21 19 45.28 156 9.91 34.38 19 .09 1.5 1.6 HUA 2.0X 287 39

2000 FEB 10 1114 23.86 19 16.69 155 28.61 11.61 26 .10 .4 .8 LSW 1.7X 104 4

2000 FEB 10 1647 54.60 19 11.87 155 25.65 21.04 24 .15 1.8 2.0 DLS T 1.4X 215 5

2000 FEB 10 1841 14.37 19 19.72 155 6.12 7.65 23 .10 .6 .7 SF4 1.3X 165 5

2000 FEB 11 0534 15.31 19 51.23 155 2.51 12.46 29 .11 1.1 1.2 KEA 1.4X 254 32

2000 FEB 11 0736 6.21 19 20.28 155 13.19 8.01 25 .13 .5 .8 SF2 1.2X 120 4

2000 FEB 11 0849 52.49 19 42.53 156 6.72 31.34 26 .09 .9 1.9 HUA 2.0U 230 32

2000 FEB 11 1409 11.82 19 20.58 155 10.19 6.58 21 .11 .6 1.0 SF3 1.5X 105 3

2000 FEB 11 1719 55.82 19 34.48 156 13.98 22.07 35 .10 1.2 2.0 KON F 3.3X 220 24

2000 FEB 12 0258 51.60 19 25.24 155 19.66 7.04 15 .14 .7 1.8 KAO 1.4X 69 4

2000 FEB 12 0336 51.38 19 14.16 155 34.05 8.91 30 .12 .6 .4 LSW 2.0X 113 6

2000 FEB 12 0646 33.34 18 49.70 155 15.52 25.09 12 .0910.9 8.5 LOI T- 2.6X 307 48

2000 FEB 12 1624 49.56 19 47.39 155 35.71 4.23 14 .16 .6 8.7 KEA 3.0U 108 10

2000 FEB 12 2233 56.64 19 20.06 155 7.33 47.01 44 .11 .8 .5 DEP 2.7X 135 5

2000 FEB 12 2338 19.62 19 19.81 155 10.93 8.30 20 .07 .5 .6 SF3 1.2X 125 5

2000 FEB 13 0202 54.53 20 9.05 155 55.74 31.76 48 .11 .6 .8 KOH 3.3X 134 5

2000 FEB 13 0802 44.47 19 16.94 155 29.18 0.71 24 .11 .3 .4 LSW 1.1X 127 10

2000 FEB 13 0821 4.69 19 23.07 155 40.78 26.39 17 .06 .7 .9 DML 1.8U 82 3

2000 FEB 13 1322 31.38 19 19.11 155 15.22 7.75 26 .11 .5 .8 SF1 1.3X 137 4

2000 FEB 13 1401 32.20 19 50.87 156 5.02 45.07 26 .09 1.4 1.7 HUA 2.1X 185 31

2000 FEB 13 2326 34.93 19 21.51 155 9.65 3.44 13 .06 .7 .4 SER 1.3X 90 1

2000 FEB 14 0138 21.10 19 27.87 155 53.15 12.40 18 .12 1.2 .5 KON 1.9X 132 4

2000 FEB 14 0139 22.01 19 31.32 155 57.17 18.74 12 .10 2.3 1.4 KON 1.8U 230 5

2000 FEB 14 0252 45.03 19 20.04 155 10.94 10.01 22 .10 1.0 .7 SF3 1.9X 180 4

2000 FEB 14 0336 8.14 19 15.80 155 29.03 9.76 23 .15 .6 .7 LSW 1.5X 129 2

2000 FEB 14 0626 55.69 19 23.32 155 18.17 11.22 11 .26 1.5 2.5 INT L 2.5X 93 3

2000 FEB 14 0936 6.37 19 20.70 155 18.60 27.85 18 .12 1.2 1.4 DEP 1.2X 71 2

2000 FEB 14 1056 6.89 19 19.85 155 12.02 8.46 22 .13 .6 1.0 SF3 1.4X 123 5

2000 FEB 14 1222 28.35 19 23.50 155 16.42 31.01 34 .11 .7 1.0 DEP 2.3X 66 1

2000 FEB 14 2341 40.05 19 24.55 155 17.30 11.51 13 .07 .7 1.0 INT L 1.6X 80 1

2000 FEB 15 0011 57.49 19 19.65 155 24.78 10.39 16 .10 .6 1.0 SWR 1.8U 91 3

2000 FEB 15 0038 24.50 20 24.07 155 46.70 25.31 17 .13 2.3 5.0 KOH 2.4U 200 61

2000 FEB 15 0454 16.41 19 15.77 155 21.63 8.49 17 .09 .9 1.2 SWR 1.6X 186 5

2000 FEB 15 0556 14.46 19 17.54 155 4.67 0.04 6 .24 3.5 7.7 SSF E# .8X 231 6

2000 FEB 15 1144 51.30 19 23.45 155 17.06 2.35 9 .12 .7 .4 SSC 1.4X 109 1

2000 FEB 15 1234 46.71 19 15.23 155 32.15 6.88 19 .19 .8 1.2 LSW 1.2X 177 4

2000 FEB 15 1311 32.27 19 25.39 155 16.22 27.16 14 .10 1.6 2.0 DEP L 1.2X 181 6

2000 FEB 15 1952 49.75 19 14.39 155 35.16 7.54 24 .16 .7 1.2 LSW 1.6X 154 9

2000 FEB 15 2002 31.37 19 24.35 155 30.44 10.62 14 .09 .6 1.1 KAO 1.1X 113 6

2000 FEB 16 0605 0.87 19 20.13 155 12.30 7.56 20 .09 .5 .9 SF3 1.4X 120 5

2000 FEB 16 0728 27.91 19 11.72 155 27.18 7.40 20 .13 .9 .8 LSW 1.6X 209 7
44

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 16 0824 34.98 19 30.33 155 42.71 8.44 12 .10 1.0 1.8 MLO 1.0U 238 13

2000 FEB 16 1157 15.76 19 15.99 155 28.48 10.77 19 .11 .6 .8 LSW 1.2X 129 3

2000 FEB 16 1736 5.41 19 24.85 155 15.66 9.00 8 .09 2.0 1.0 INT L 2.1X 246 2

2000 FEB 16 2103 7.32 19 27.10 155 27.94 9.21 15 .11 .6 1.4 KAO 1.1X 70 9

2000 FEB 16 2223 59.10 19 13.26 155 36.56 8.15 17 .10 .5 .8 LSW 1.0X 109 3

2000 FEB 17 0039 30.99 19 23.43 155 14.92 8.01 9 .06 2.2 1.1 INT L 1.7X 264 3

2000 FEB 17 0450 2.06 19 20.02 155 7.33 8.38 20 .08 1.2 .5 SF4 2.0X 203 6

2000 FEB 17 0754 26.80 19 19.74 155 13.14 8.01 15 .10 .6 1.3 SF2 1.2X 128 5

2000 FEB 17 1346 2.19 19 20.08 155 12.29 8.95 22 .10 .6 .8 SF3 1.4X 120 5

2000 FEB 17 1418 42.32 19 20.58 155 16.14 35.66 32 .10 .7 1.2 DEP F 3.4X 148 2

2000 FEB 17 1419 28.77 19 20.22 155 16.76 35.29 37 .11 .7 .9 DEP F 4.5U 111 1

2000 FEB 17 1430 21.96 19 20.37 155 13.14 31.51 28 .11 .9 1.0 DEP 2.4X 119 4

2000 FEB 17 1446 39.90 19 21.81 155 16.37 31.74 21 .07 1.3 1.1 DEP 1.5X 91 1

2000 FEB 17 1528 56.89 19 20.36 155 16.13 31.06 16 .07 1.3 1.3 DEP 1.3X 114 2

2000 FEB 17 1623 24.97 19 56.42 155 18.56 17.47 21 .10 1.5 1.0 KEA 1.9X 251 7

2000 FEB 17 1948 28.34 19 21.65 155 16.80 35.35 31 .10 .7 1.0 DEP 2.3X 89 2

2000 FEB 18 0406 57.60 19 19.87 155 16.35 35.10 15 .11 1.8 1.9 DEP 1.6X 159 5

2000 FEB 18 0708 25.05 19 59.23 156 31.25 1.38 11 .16 7.0 2.1 DIS 2.7U 230 74

2000 FEB 18 0841 50.37 19 20.64 155 2.67 37.68 19 .11 1.8 1.0 DEP 1.5X 198 10

2000 FEB 18 1046 10.81 19 23.16 155 20.29 30.50 33 .10 .6 .9 DML 2.2X 48 6

2000 FEB 18 1109 24.66 19 24.43 155 16.84 6.97 9 .11 1.0 1.5 INT L 2.2X 126 1

2000 FEB 18 1125 53.23 19 24.57 155 16.33 12.15 10 .15 2.1 2.1 INT L 2.0X 177 1

2000 FEB 18 1200 43.25 19 23.17 155 19.44 10.76 10 .11 1.8 1.2 KAO L 1.9X 251 5

2000 FEB 18 1545 5.54 19 23.86 155 17.22 8.46 10 .07 .7 1.3 INT L 1.7X 99 1

2000 FEB 18 1844 12.32 19 25.44 155 17.43 10.44 10 .08 1.0 1.1 INT L 2.0X 166 0

2000 FEB 18 1945 17.74 19 24.22 155 18.14 2.30 10 .08 .9 .9 SSC L 1.6X 88 2

2000 FEB 18 2130 49.84 19 25.32 155 16.63 9.30 10 .09 1.9 1.0 INT L 2.0X 182 1

2000 FEB 19 0326 28.44 19 18.17 155 15.54 6.87 14 .07 .7 1.4 SF1 1.5X 149 5

2000 FEB 19 0654 2.42 19 18.54 155 15.56 8.33 15 .10 .6 1.4 SF1 1.4X 144 5

2000 FEB 19 0932 34.11 19 19.74 155 16.69 35.13 34 .12 .7 1.0 DEP 3.0X 154 1

2000 FEB 19 1031 25.07 19 24.80 155 17.33 9.05 11 .12 1.3 1.4 INT L 1.8X 95 1

2000 FEB 19 1055 12.48 19 20.73 155 16.15 32.33 21 .08 .8 1.0 DEP 1.9X 108 2

2000 FEB 19 1334 32.67 19 23.51 155 18.60 4.06 11 .10 .5 1.2 SSC L 1.8X 91 4

2000 FEB 19 1337 21.57 19 24.02 155 17.61 7.20 10 .07 1.1 1.3 INT L 2.0X 125 2

2000 FEB 19 1412 20.70 19 18.38 155 13.54 11.56 15 .13 .8 1.4 SF2 1.5X 148 7

2000 FEB 19 1427 27.13 19 22.73 155 18.03 4.03 11 .10 .6 1.1 SSC L 2.0X 81 3

2000 FEB 19 1635 57.28 19 25.09 155 16.26 10.52 10 .12 1.8 1.3 INT L 1.8X 226 1

2000 FEB 20 0132 12.49 19 21.08 155 6.03 8.27 24 .07 .6 .5 SF4 2.5X 148 5

2000 FEB 20 0157 24.43 19 21.31 155 5.93 7.16 15 .10 .6 .7 SF4 1.3X 146 5

2000 FEB 20 0353 4.10 19 31.60 155 53.36 23.87 17 .08 .8 1.2 KON 1.9X 160 5

2000 FEB 20 0635 33.04 19 24.08 155 17.72 8.22 11 .11 1.2 1.0 INT L 1.7X 84 2

2000 FEB 20 1214 22.52 18 59.83 155 25.07 41.96 14 .10 1.8 1.3 DLS 1.7U 246 26

2000 FEB 20 1444 24.28 19 24.63 155 18.03 10.17 11 .10 1.6 1.1 INT L 1.8X 135 2

2000 FEB 20 1709 45.09 19 24.53 155 16.51 15.88 13 .10 1.5 .9 DEP L 2.4X 169 1

2000 FEB 20 1804 4.88 19 24.85 155 16.73 6.48 10 .14 1.8 1.0 INT L 1.8X 173 0

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 20 2054 33.75 20 0.73 155 30.67 41.20 18 .10 1.7 1.0 KEA 1.7X 263 22

2000 FEB 20 2057 13.89 19 22.84 155 20.08 1.52 9 .08 .7 1.2 KAO L 1.8X 241 6

2000 FEB 20 2146 19.38 19 19.91 155 11.50 9.11 13 .05 .6 1.1 SF3 1.7X 127 5

2000 FEB 21 0159 5.07 19 20.08 155 12.04 7.89 21 .10 .6 .8 SF3 2.0X 127 5

2000 FEB 21 0435 43.65 19 18.60 155 50.09 0.26 12 .14 1.1 .7 KON 1.9U 141 6

2000 FEB 21 0935 28.82 19 20.21 155 11.46 8.45 18 .07 .6 .9 SF3 1.6X 122 4

2000 FEB 21 1246 37.56 19 23.90 155 16.62 6.50 10 .12 1.3 1.0 INT L 1.6X 90 0

2000 FEB 21 1441 40.09 19 23.38 155 27.17 10.25 21 .09 .5 .8 KAO 1.2X 52 2

2000 FEB 21 1808 1.77 19 23.75 155 17.96 7.52 14 .09 .9 .8 INT L 1.9X 85 2

2000 FEB 22 0102 48.56 19 16.98 155 6.49 44.31 26 .12 1.1 1.0 DEP 2.5X 217 3

2000 FEB 22 0251 14.42 19 12.06 155 37.96 7.95 30 .17 .6 .8 LSW 2.6U 109 5

2000 FEB 22 0321 18.64 19 23.07 155 19.03 0.27 9 .19 .7 1.0 KAO L 2.3U 155 5

2000 FEB 22 0429 29.59 19 20.09 155 16.68 33.30 22 .10 1.0 1.0 DEP 1.9X 114 4

2000 FEB 22 0545 1.46 19 9.76 155 21.71 38.82 12 .07 2.3 1.2 LOI 1.3X 283 9

2000 FEB 22 0908 16.62 19 29.16 155 43.67 11.30 27 .12 .5 .6 KON 2.0X 67 13

2000 FEB 22 1048 51.31 19 23.35 155 17.01 2.70 12 .07 .3 .4 SSC 1.3X 102 1

2000 FEB 22 1251 13.54 19 20.27 155 16.16 32.58 24 .08 .9 .9 DEP 2.2X 116 2

2000 FEB 22 1356 53.29 19 13.15 155 15.25 32.61 16 .07 1.9 .8 DEP .9X 267 11

2000 FEB 22 1557 47.30 19 11.71 155 15.90 50.12 28 .10 1.5 1.0 DEP 2.1X 213 12

2000 FEB 22 1916 56.32 19 24.62 155 17.67 11.24 10 .06 1.8 .9 INT L 2.1X 89 1

2000 FEB 22 2041 29.28 19 19.66 155 51.37 7.66 16 .11 .6 1.2 KON 1.5X 146 7

2000 FEB 22 2052 56.61 19 22.90 155 30.19 8.94 20 .10 .6 .9 KAO 1.6X 107 5

2000 FEB 23 0421 5.46 19 17.77 155 30.64 9.00 15 .10 .5 1.0 LSW 1.0X 97 5

2000 FEB 23 1030 35.81 20 6.85 155 47.28 23.03 24 .08 1.0 1.0 KOH 2.0X 118 2

2000 FEB 23 1117 15.93 19 24.74 155 15.05 6.97 11 .17 1.2 1.1 INT L 2.2X 155 1

2000 FEB 23 1201 9.02 19 24.08 155 17.85 13.73 10 .19 1.4 2.1 DEP L 2.1X 89 2

2000 FEB 23 1251 3.82 19 24.96 155 17.28 10.92 11 .12 1.3 1.4 INT L 1.5X 129 1

2000 FEB 23 1255 18.83 19 38.07 156 21.78 10.68 10 .10 8.110.9 DIS - 1.5U 315 55

2000 FEB 23 1314 12.07 19 26.68 155 53.48 14.28 33 .09 .5 .3 KON F 3.1X 157 6

2000 FEB 23 1341 59.48 19 22.37 155 14.01 1.77 8 .09 1.4 1.9 SEC 1.0X 198 2

2000 FEB 23 1342 2.25 19 22.06 155 13.46 3.35 14 .05 .4 .4 SER 1.7X 142 1

2000 FEB 23 1343 1.51 19 21.96 155 13.44 2.91 9 .03 .8 .5 SER 1.5U 219 1

2000 FEB 23 1343 11.66 19 22.65 155 13.40 3.54 13 .09 .6 .4 SER 1.5X 128 1

2000 FEB 23 1344 55.32 19 22.06 155 13.41 3.42 12 .08 .5 .6 SER 1.1X 142 1

2000 FEB 23 1345 9.73 19 22.09 155 13.98 2.58 11 .12 .5 .6 SEC 1.2X 149 2

2000 FEB 23 1345 19.35 19 22.33 155 13.53 3.11 11 .09 .5 .4 SER 1.4X 145 1

2000 FEB 23 1347 11.48 19 22.41 155 14.19 3.26 14 .07 .4 .4 SEC 1.8X 124 2

2000 FEB 23 1347 36.89 19 22.38 155 13.31 3.54 13 .05 .6 .4 SER 2.0X 95 1

2000 FEB 23 1348 19.85 19 22.25 155 13.95 3.22 14 .06 .5 .3 SER 1.8X 112 2

2000 FEB 23 1349 22.19 19 21.99 155 13.85 3.14 12 .05 .6 .4 SER 2.0X 141 2

2000 FEB 23 1353 7.18 19 23.09 155 14.70 2.19 9 .09 .4 .6 SEC 1.6X 137 2

2000 FEB 23 1353 41.72 19 21.95 155 14.17 1.94 10 .14 .5 .6 KOA 1.7X 139 2

2000 FEB 23 1357 46.69 19 22.40 155 13.93 3.65 19 .08 .4 .4 SER 2.5X 123 2

2000 FEB 23 1358 39.81 19 23.01 155 14.33 2.95 20 .10 .4 .4 SEC 2.5X 132 2

2000 FEB 23 1403 26.28 19 22.83 155 14.69 2.07 9 .04 .4 .5 SEC 2.0X 143 2
45

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 23 1403 35.07 19 22.89 155 14.81 1.51 14 .13 .3 .4 SEC 2.0X 131 2

2000 FEB 23 1403 44.39 19 22.98 155 14.74 2.01 9 .08 .4 .6 SEC 1.7X 149 2

2000 FEB 23 1405 13.75 19 22.81 155 14.54 3.38 14 .08 .4 .4 SEC 2.1X 133 3

2000 FEB 23 1406 16.59 19 22.90 155 15.18 2.46 8 .08 2.2 .5 SEC 1.7X 254 2

2000 FEB 23 1406 53.26 19 23.14 155 14.43 3.01 31 .13 .3 .4 SEC F 4.0U 92 3

2000 FEB 23 1409 21.33 19 22.41 155 14.23 3.34 12 .09 .5 .4 SEC 1.6X 130 2

2000 FEB 23 1416 5.21 19 22.34 155 13.73 3.24 9 .06 1.3 .4 SER 1.2X 178 1

2000 FEB 23 1419 4.43 19 22.36 155 14.08 3.30 11 .11 .6 .4 SEC 1.5X 131 2

2000 FEB 23 1419 54.03 19 22.24 155 13.60 3.20 8 .02 .9 .4 SER 1.2X 148 1

2000 FEB 23 1420 10.88 19 23.06 155 14.64 1.67 9 .04 .4 .5 SEC 1.3X 137 3

2000 FEB 23 1422 18.92 19 24.91 155 15.64 4.78 9 .09 1.1 1.5 SNC 1.2X 223 2

2000 FEB 23 1425 42.50 19 22.33 155 13.75 3.01 11 .06 .6 .3 SER 1.4X 134 1

2000 FEB 23 1428 43.18 19 22.09 155 14.13 2.70 9 .06 .7 .6 SEC 1.2X 137 2

2000 FEB 23 1430 0.22 19 22.75 155 14.47 2.87 15 .09 .4 .4 SEC 2.4X 133 2

2000 FEB 23 1431 18.18 19 23.17 155 14.86 3.41 29 .10 .3 .3 SEC 2.5X 127 2

2000 FEB 23 1433 20.16 19 22.91 155 14.80 3.46 14 .10 .4 .5 SEC 1.0U 146 2

2000 FEB 23 1433 28.10 19 22.84 155 14.88 3.59 13 .06 .3 .3 SEC 2.4X 130 2

2000 FEB 23 1433 35.33 19 23.53 155 14.90 0.48 9 .09 .3 .5 SEC 2.6X 171 3

2000 FEB 23 1435 42.81 19 23.27 155 15.10 3.29 19 .07 .3 .4 SEC 1.3X 136 2

2000 FEB 23 1438 12.03 19 23.25 155 14.64 2.65 8 .06 .5 .8 SEC 1.4X 166 3

2000 FEB 23 1438 39.37 19 23.05 155 14.63 3.20 10 .04 .5 .6 SEC 1.5X 137 3

2000 FEB 23 1440 49.13 19 22.80 155 14.83 6.42 13 .10 1.1 .9 INT 1.3X 153 2

2000 FEB 23 1442 30.60 19 22.57 155 14.27 2.77 8 .07 .7 .4 SEC 1.2X 145 2

2000 FEB 23 1443 21.62 19 24.34 155 15.61 7.76 6 .03 1.9 1.6 INT 1.3X 185 2

2000 FEB 23 1446 41.94 19 23.43 155 13.25 4.65 13 .09 .7 1.3 SER .9X 155 2

2000 FEB 23 1447 48.86 19 22.36 155 14.28 2.65 12 .09 .4 .3 SEC 1.8X 131 2

2000 FEB 23 1448 14.76 19 21.84 155 12.95 3.75 8 .07 1.2 .5 SER 1.4X 163 1

2000 FEB 23 1451 9.24 19 23.23 155 15.00 3.42 32 .11 .3 .3 SEC 2.3X 127 2

2000 FEB 23 1452 21.47 19 23.04 155 14.88 2.90 26 .10 .3 .3 SEC 2.1X 101 2

2000 FEB 23 1452 39.70 19 22.58 155 15.24 6.09 6 .04 2.0 1.8 INT 1.7X 166 1

2000 FEB 23 1500 37.67 19 22.15 155 14.07 2.55 7 .05 .7 .6 SEC 1.2X 147 2

2000 FEB 23 1504 19.66 19 23.12 155 14.71 3.46 10 .07 .5 .6 SEC 1.5X 152 2

2000 FEB 23 1509 50.73 19 21.39 155 14.11 1.97 10 .09 .7 1.0 KOA 1.1X 152 3

2000 FEB 23 1511 12.46 19 21.65 155 13.51 1.75 12 .07 .6 .6 SER 1.4X 150 2

2000 FEB 23 1513 52.54 19 23.78 155 14.86 4.81 15 .11 .7 .9 SEC 1.7X 182 3

2000 FEB 23 1514 51.53 19 23.51 155 14.51 3.50 26 .11 .3 .5 SEC 2.3X 123 3

2000 FEB 23 1516 58.50 19 23.40 155 15.12 4.06 16 .09 .5 .5 SEC 1.6X 153 2

2000 FEB 23 1522 42.17 19 23.99 155 14.49 5.37 14 .11 .7 1.0 INT 1.0X 160 4

2000 FEB 23 1526 3.94 19 21.05 155 13.79 1.60 8 .04 .6 .9 SER 1.6X 163 3

2000 FEB 23 1527 20.78 19 23.28 155 13.79 1.72 7 .08 .8 1.4 SER 1.3X 287 4

2000 FEB 23 1529 31.18 19 22.71 155 14.71 3.09 14 .09 .4 .4 SEC 1.6X 128 2

2000 FEB 23 1539 20.50 19 22.93 155 14.63 2.49 9 .08 .4 .5 SEC .9X 134 2

2000 FEB 23 1546 24.34 19 23.80 155 14.57 4.29 18 .11 .5 .7 SEC 1.4X 154 3

2000 FEB 23 1548 48.85 19 23.29 155 14.79 2.58 7 .03 .5 .8 SEC 1.2X 164 3

2000 FEB 23 1558 40.18 19 25.09 155 16.64 10.93 12 .04 .7 .9 INT L 2.3X 171 1

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 23 1608 15.52 19 22.27 155 14.21 3.34 19 .07 .3 .3 SEC 1.5X 133 2

2000 FEB 23 1611 5.04 19 22.71 155 14.67 3.13 8 .07 .7 .4 SEC .9X 140 2

2000 FEB 23 1612 4.15 19 23.46 155 12.80 4.00 8 .04 1.2 .6 SER .6X 148 2

2000 FEB 23 1623 42.90 19 24.95 155 13.37 0.38 5 .01 1.0 1.2 SER 1.1X 309 4

2000 FEB 23 1627 5.10 19 22.18 155 14.23 3.00 10 .08 .6 .5 SEC 1.6X 134 2

2000 FEB 23 1633 11.45 19 22.79 155 14.52 3.21 8 .02 .7 .4 SEC 1.3X 157 3

2000 FEB 23 1646 46.42 19 22.21 155 13.99 3.08 7 .03 .9 .5 SEC 1.1X 145 2

2000 FEB 23 1651 4.50 19 22.51 155 4.27 8.99 8 .05 1.0 1.5 SF5 .9X 152 6

2000 FEB 23 1658 14.67 19 23.03 155 14.29 2.54 6 .04 .9 .9 SEC 1.0X 170 2

2000 FEB 23 1707 32.62 19 22.56 155 13.91 3.98 8 .05 .9 .5 SER 1.2X 147 1

2000 FEB 23 1717 10.47 19 25.45 155 16.46 3.36 7 .07 1.8 1.3 SNC 1.2X 223 1

2000 FEB 23 1739 50.34 19 23.06 155 14.93 2.81 8 .05 .6 .6 SEC .8X 149 2

2000 FEB 23 1741 39.90 19 23.15 155 14.14 1.83 7 .03 1.7 .5 SEC 1.5X 218 2

2000 FEB 23 1821 10.62 19 22.77 155 14.43 3.36 7 .07 1.3 .6 SEC 1.2X 157 2

2000 FEB 23 1823 2.40 19 22.04 155 13.97 3.16 10 .05 .8 .5 SER 1.3X 139 2

2000 FEB 23 1841 42.89 19 23.02 155 14.70 3.67 8 .05 1.2 .6 SEC .8X 150 2

2000 FEB 23 1855 17.06 19 21.48 155 13.90 0.24 7 .03 .3 .8 SER 1.0X 151 3

2000 FEB 23 1902 33.87 19 22.83 155 14.91 3.42 9 .05 .5 .4 SEC .9X 140 2

2000 FEB 23 1906 27.43 19 22.86 155 14.71 1.61 7 .05 .5 .4 SEC 1.0X 149 2

2000 FEB 23 1910 2.09 19 21.80 155 13.93 3.81 6 .05 1.9 .9 SER 1.0X 202 2

2000 FEB 23 1921 21.93 19 21.51 155 13.48 1.19 7 .06 .8 1.1 SER 1.0X 155 2

2000 FEB 23 1930 4.33 19 22.10 155 13.93 3.40 9 .03 .8 .4 SER 1.5X 138 2

2000 FEB 23 1949 50.20 19 22.64 155 14.42 3.61 11 .07 .7 .5 SEC 1.6X 131 2

2000 FEB 23 2006 11.56 19 22.73 155 13.95 2.67 13 .12 .7 .4 SER 1.3X 136 2

2000 FEB 23 2009 35.77 19 21.96 155 13.57 1.90 18 .11 .5 .3 SER 2.8U 101 1

2000 FEB 23 2013 30.35 19 21.52 155 17.59 0.70 20 .14 .3 .4 SWR L 1.9X 111 3

2000 FEB 23 2030 14.87 19 23.03 155 14.78 3.35 20 .07 .3 .3 SEC 1.7X 130 2

2000 FEB 23 2101 47.38 19 21.30 155 13.71 0.71 12 .07 .3 .7 SER 1.9X 157 3

2000 FEB 23 2129 56.68 19 21.63 155 13.74 1.63 14 .10 .5 .5 SER 2.2X 149 2

2000 FEB 23 2248 48.21 19 21.01 155 13.11 4.55 7 .10 2.5 1.4 SER 1.2X 232 3

2000 FEB 23 2250 52.57 19 23.52 155 14.47 1.68 7 .05 .4 .8 SEC 1.2X 168 3

2000 FEB 24 0000 49.64 19 22.91 155 14.56 3.58 11 .07 .5 .5 SEC 1.6X 135 3

2000 FEB 24 0016 8.26 19 22.75 155 14.45 3.73 11 .07 .6 .5 SEC 1.5X 133 2

2000 FEB 24 0019 24.70 19 24.61 155 17.01 9.40 19 .13 1.0 .7 INT L 2.1X 97 1

2000 FEB 24 0048 34.27 19 21.46 155 13.68 1.20 18 .07 .2 .3 SER 1.7X 154 2

2000 FEB 24 0123 3.28 19 22.76 155 14.39 3.34 19 .09 .4 .3 SEC 1.7X 134 2

2000 FEB 24 0147 29.17 19 16.87 155 13.23 11.93 11 .08 1.3 1.4 SF2 1.4X 252 10

2000 FEB 24 0221 55.71 19 22.51 155 14.57 3.28 11 .05 .6 .4 SEC 1.7X 127 2

2000 FEB 24 0355 58.75 19 23.41 155 14.83 2.67 13 .08 .7 1.3 SEC 1.0X 167 3

2000 FEB 24 0356 57.38 19 23.56 155 14.96 2.77 10 .13 .7 .9 SEC 1.3X 145 3

2000 FEB 24 0404 12.39 19 23.23 155 14.99 3.12 10 .05 .4 .4 SEC 1.6X 137 2

2000 FEB 24 0418 38.76 19 21.52 155 14.89 5.15 8 .08 1.7 1.0 SF1 .9X 256 2

2000 FEB 24 0424 23.61 19 23.29 155 14.54 2.14 9 .10 .6 .8 SEC 1.4X 142 3

2000 FEB 24 0441 35.24 19 23.31 155 23.72 35.98 12 .13 1.4 1.7 DML 1.2X 82 6

2000 FEB 24 0502 8.86 19 23.57 155 16.91 9.33 11 .07 .9 1.0 INT L 2.4X 100 1
46

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 24 0527 24.17 19 23.14 155 17.25 7.59 9 .11 1.2 1.2 INT L 1.7X 123 2

2000 FEB 24 0604 30.86 20 3.66 156 2.09 9.24 33 .13 .6 1.0 KOH 2.8X 165 20

2000 FEB 24 0620 21.34 19 22.89 155 14.93 3.51 6 .02 2.2 2.7 SEC 1.2X 145 2

2000 FEB 24 0625 17.05 19 23.14 155 16.90 3.37 11 .05 .5 .4 SSC 1.4X 99 2

2000 FEB 24 0651 18.00 19 22.34 155 13.93 1.70 18 .10 .4 .3 SER 1.6X 133 2

2000 FEB 24 0701 32.54 19 22.34 155 17.18 25.42 38 .10 .6 .5 DEP 2.3X 79 2

2000 FEB 24 0727 37.00 19 22.98 155 17.42 2.52 20 .07 .3 .4 SSC 1.3X 82 2

2000 FEB 24 0730 44.42 19 24.33 155 13.17 2.54 8 .07 .6 1.3 SER 1.1X 176 3

2000 FEB 24 0748 41.90 19 22.56 155 14.75 2.49 9 .11 .5 .7 SEC 1.1X 131 2

2000 FEB 24 0754 13.08 19 22.94 155 17.33 4.33 9 .08 .8 1.1 SSC L 1.5X 161 2

2000 FEB 24 0800 34.51 19 22.64 155 14.56 3.51 13 .08 .5 .5 SEC 2.0X 129 2

2000 FEB 24 0828 14.45 19 25.06 155 19.11 6.95 9 .06 1.1 1.8 KAO .6X 115 3

2000 FEB 24 0831 28.01 19 23.27 155 15.07 3.39 14 .09 .4 .5 SEC 2.2X 137 2

2000 FEB 24 0835 45.93 19 22.95 155 14.55 2.62 6 .01 .6 .7 SEC 1.0X 166 3

2000 FEB 24 0905 28.38 19 22.91 155 14.90 3.37 13 .11 .5 .5 SEC 1.6X 131 2

2000 FEB 24 0913 4.33 19 23.02 155 17.00 3.22 14 .05 .4 .4 SSC 1.9X 74 2

2000 FEB 24 0936 18.72 19 22.81 155 14.02 4.90 8 .08 1.4 .9 SEC 1.3X 151 2

2000 FEB 24 0945 1.28 19 24.79 155 16.42 9.01 10 .08 2.9 1.1 INT L 1.4X 220 1

2000 FEB 24 0953 27.22 19 22.56 155 14.48 3.42 20 .07 .3 .3 SEC 1.5X 128 2

2000 FEB 24 1003 43.64 19 19.50 155 10.34 7.87 30 .08 .5 .6 SF3 1.3X 116 5

2000 FEB 24 1059 53.56 19 24.86 155 16.38 10.31 11 .15 1.5 1.4 INT L 2.3X 159 1

2000 FEB 24 1128 53.87 19 21.59 155 14.12 3.02 9 .04 .5 .7 KOA .9X 187 3

2000 FEB 24 1132 20.99 19 23.07 155 14.93 2.92 8 .05 .5 .6 SEC .7X 151 2

2000 FEB 24 1136 3.13 19 22.33 155 14.14 3.13 7 .06 .8 .8 SEC 1.1X 152 2

2000 FEB 24 1211 18.63 19 22.55 155 14.26 2.08 15 .13 .3 .5 SEC 1.2X 135 2

2000 FEB 24 1227 54.05 19 23.18 155 14.93 2.84 8 .04 .4 .7 SEC .7X 111 2

2000 FEB 24 1252 33.84 19 23.04 155 14.68 1.99 12 .08 .3 .5 SEC 1.5X 117 2

2000 FEB 24 1301 18.88 19 22.61 155 14.14 3.49 9 .03 .5 .7 SEC 1.2X 134 2

2000 FEB 24 1302 27.14 19 21.75 155 13.09 2.86 12 .06 .5 .4 SER 1.4X 165 2

2000 FEB 24 1332 35.82 19 23.22 155 14.96 2.95 9 .04 .4 .6 SEC .7X 106 2

2000 FEB 24 1407 31.22 19 23.12 155 14.80 3.08 13 .07 .3 .5 SEC 1.5X 109 2

2000 FEB 24 1411 21.19 19 24.37 155 17.97 13.03 9 .08 1.5 1.5 DEP L 2.1X 147 2

2000 FEB 24 1637 2.10 19 22.99 155 14.77 3.12 18 .05 .3 .3 SEC 1.2X 134 2

2000 FEB 24 1712 27.58 19 24.57 155 46.85 0.01 25 .21 .6 .3 KON # 1.4X 90 11

2000 FEB 24 1758 38.95 19 24.54 155 17.18 9.78 18 .11 .9 .6 INT L 2.2X 72 1

2000 FEB 24 1933 42.91 19 23.39 155 15.30 3.41 25 .11 .4 .3 SEC 1.8X 136 2

2000 FEB 24 1945 3.09 19 23.14 155 14.98 3.74 13 .10 .9 1.1 SEC .7X 149 2

2000 FEB 24 2022 27.34 19 26.95 155 11.87 2.62 15 .05 1.7 1.6 GLN L 1.6X 291 10

2000 FEB 24 2028 2.17 19 23.11 155 15.22 5.28 16 .08 .6 .5 INT L 1.1X 131 2

2000 FEB 24 2232 44.27 19 26.03 155 15.80 5.77 19 .09 .8 .6 INT L 1.6X 196 3

2000 FEB 24 2314 11.01 19 22.01 155 14.12 2.49 17 .10 .5 .3 KOA 1.1X 138 2

2000 FEB 24 2319 49.84 19 19.59 155 12.42 7.61 26 .11 .4 .7 SF2 1.5X 128 6

2000 FEB 25 0004 47.03 19 24.03 155 18.28 1.38 15 .06 .3 .4 SSC L 1.1X 196 3

2000 FEB 25 0142 28.24 19 25.68 155 15.40 5.59 24 .09 .5 .7 INT L 2.1X 152 3

2000 FEB 25 0218 37.19 19 23.05 155 14.59 3.50 26 .11 .3 .3 SEC 2.3X 92 3

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 25 0353 16.68 19 25.16 155 19.33 7.32 26 .11 .4 .6 KAO 1.9X 52 3

2000 FEB 25 0455 2.34 19 23.86 155 14.96 1.39 16 .10 .3 .7 SEC 1.0X 152 3

2000 FEB 25 0536 22.59 19 19.08 155 10.26 8.92 23 .07 .4 .6 SF3 1.3X 123 5

2000 FEB 25 0556 58.52 19 24.93 155 16.93 7.75 19 .10 .7 .5 INT L 2.0X 151 0

2000 FEB 25 0822 8.53 19 24.01 155 17.57 4.38 15 .09 .6 .6 SSC L 1.8X 127 2

2000 FEB 25 1039 20.17 19 22.03 155 14.19 1.43 22 .07 .2 .3 SEC 1.8X 138 2

2000 FEB 25 1226 0.48 19 23.29 155 17.38 8.68 23 .08 .4 .5 INT L 2.2X 59 2

2000 FEB 25 1243 52.28 19 24.87 155 18.41 3.75 15 .11 1.1 .4 SNC 1.4X 279 2

2000 FEB 25 1552 46.97 19 25.11 155 16.95 11.34 20 .10 1.0 .6 INT L 2.0X 159 0

2000 FEB 25 1729 19.70 19 22.55 155 14.34 3.19 19 .08 .3 .3 SEC 1.7X 130 2

2000 FEB 25 1746 8.29 19 22.93 155 14.94 3.00 17 .09 .3 .4 SEC 1.3X 130 2

2000 FEB 25 1825 52.36 19 25.38 155 15.04 2.52 18 .08 .4 .6 SNC L 1.8X 183 4

2000 FEB 25 1827 52.33 19 20.04 155 11.29 9.00 24 .10 .5 .8 SF3 1.7X 115 5

2000 FEB 25 2209 50.69 19 25.67 155 15.02 0.19 18 .08 .3 .4 SNC L 1.9X 161 4

2000 FEB 25 2256 42.28 19 5.72 155 29.56 31.44 35 .09 .9 .9 DLS 2.0X 176 17

2000 FEB 26 0050 16.97 19 23.42 155 19.09 7.85 17 .09 .5 1.1 KAO L 1.8X 67 4

2000 FEB 26 0111 59.22 19 23.25 155 14.96 3.44 13 .08 .4 .6 SEC 1.4X 152 2

2000 FEB 26 0253 42.96 19 16.22 155 29.79 11.09 34 .11 .4 .5 LSW 2.0X 88 2

2000 FEB 26 0328 51.11 19 22.65 155 14.87 3.04 18 .10 .4 .3 SEC 1.2X 125 2

2000 FEB 26 0343 54.23 19 19.08 155 13.34 8.64 27 .13 .4 .7 SF2 1.9X 137 7

2000 FEB 26 0518 42.44 19 21.85 155 16.67 10.37 17 .08 .6 .7 SF1 L 2.1X 119 2

2000 FEB 26 0639 11.03 19 24.75 155 29.49 11.02 30 .11 .5 .7 KAO 1.6X 73 5

2000 FEB 26 0755 47.00 19 26.39 155 15.95 10.96 18 .10 1.0 .7 INT L 2.1X 174 3

2000 FEB 26 0925 43.85 19 30.22 155 21.95 8.60 24 .09 .6 .7 MLO 1.5X 93 2

2000 FEB 26 1010 6.48 19 19.24 155 11.10 7.90 18 .08 .5 1.1 SF3 1.0X 127 6

2000 FEB 26 1055 21.47 19 20.25 155 8.05 8.47 16 .06 .6 .9 SF4 .7X 117 5

2000 FEB 26 1308 15.17 19 24.56 155 16.57 11.76 23 .10 .9 .5 INT L 2.4X 133 1

2000 FEB 26 1310 54.52 19 24.59 155 17.52 8.10 18 .06 .7 .6 INT L 2.0X 124 1

2000 FEB 26 1404 21.05 19 24.70 155 16.83 10.00 20 .09 .8 .5 INT L 1.9X 137 0

2000 FEB 26 1603 13.86 19 24.92 155 17.45 9.13 20 .10 .8 .5 INT L 2.0X 108 1

2000 FEB 26 1612 19.71 19 29.92 155 46.93 9.16 29 .12 .4 .4 KON 2.0X 79 2

2000 FEB 26 1628 2.11 19 23.06 155 14.23 3.76 20 .09 .3 .4 SEC 1.4X 138 2

2000 FEB 26 1719 8.65 19 21.24 155 30.48 7.66 29 .13 .5 1.2 KAO 1.5X 118 6

2000 FEB 26 1834 31.53 19 25.03 155 17.53 9.94 19 .11 .9 .6 INT L 1.9X 109 1

2000 FEB 26 1919 27.69 19 24.03 155 30.09 27.58 32 .11 .8 .9 DML 1.7X 94 5

2000 FEB 26 2201 18.21 19 22.92 155 14.80 3.62 24 .08 .4 .3 SEC 2.3X 127 2

2000 FEB 26 2208 15.38 19 22.86 155 15.06 3.18 17 .08 .4 .3 SEC 1.5X 128 2

2000 FEB 26 2208 23.01 19 22.83 155 15.07 2.97 18 .12 .4 .3 SEC 1.7X 127 2

2000 FEB 26 2232 24.75 19 24.15 155 17.10 1.80 23 .11 .4 .2 SSC L 1.8X 79 1

2000 FEB 27 0033 45.77 19 23.58 155 17.29 9.37 18 .08 1.0 .7 INT L 1.9X 125 1

2000 FEB 27 0052 43.49 19 22.99 155 14.89 3.32 16 .08 .3 .4 SEC 1.5X 133 2

2000 FEB 27 0053 22.81 19 10.59 155 32.35 0.28 31 .13 .7 .2 LSW 1.8X 139 9

2000 FEB 27 0404 46.01 19 25.04 155 15.95 10.55 17 .07 1.0 .7 INT L 2.0X 172 2

2000 FEB 27 0600 44.95 19 21.42 155 14.74 1.29 17 .06 .2 .3 KOA 1.4X 146 3

2000 FEB 27 0717 41.57 19 22.99 155 15.46 4.50 20 .10 .4 .5 SEC L 1.5X 124 1
47

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 27 0828 10.21 19 20.97 155 14.95 1.82 14 .05 .3 .6 KOA 1.3X 153 3

2000 FEB 27 0846 19.77 19 29.66 155 22.61 12.59 27 .10 .5 .5 KAO 1.9X 110 1

2000 FEB 27 1051 6.32 19 25.23 155 17.09 10.65 20 .07 .8 .6 INT L 2.3X 159 1

2000 FEB 27 1058 12.65 19 24.84 155 16.79 9.91 20 .09 .8 .6 INT L 1.9X 144 0

2000 FEB 27 1634 41.61 19 13.98 155 32.33 6.42 34 .11 .5 .9 LSW 1.4X 163 4

2000 FEB 27 1748 55.19 19 24.92 155 15.71 0.74 16 .08 .3 .4 SNC L 2.1X 172 2

2000 FEB 27 1943 31.63 19 24.93 155 17.05 11.18 20 .11 .7 .6 INT L 1.9X 148 0

2000 FEB 27 1943 53.19 19 25.70 155 17.07 8.40 20 .10 .8 .5 INT L 2.0X 172 1

2000 FEB 27 2306 10.02 19 24.58 155 17.17 6.88 14 .07 1.3 .7 INT L 1.6X 120 1

2000 FEB 28 0256 48.76 19 24.62 155 16.95 10.33 20 .09 .8 .6 INT L 1.9X 108 1

2000 FEB 28 0437 56.33 19 26.32 155 15.25 11.38 22 .12 1.0 .6 INT L 2.5X 159 4

2000 FEB 28 0506 50.90 19 56.55 155 23.67 10.91 34 .12 .8 .3 KEA 2.2X 199 8

2000 FEB 28 0725 7.60 19 24.78 155 16.95 10.55 14 .06 .7 .6 INT L 1.8X 131 0

2000 FEB 28 0749 56.71 19 22.99 155 14.70 3.66 20 .07 .4 .4 SEC 1.6X 135 2

2000 FEB 28 0757 59.68 19 22.62 155 14.37 3.60 19 .06 .3 .4 SEC 1.6X 130 2

2000 FEB 28 0924 8.28 19 22.96 155 18.72 8.89 19 .09 .5 .9 INT L 1.9X 101 4

2000 FEB 28 1141 50.17 19 54.92 155 24.12 8.62 38 .13 .6 .3 KEA 2.1X 162 7

2000 FEB 28 1330 40.50 20 22.57 156 22.50 14.70 16 .11 1.1 .8 DIS 2.1U 202 29

2000 FEB 28 1502 56.98 19 20.26 155 13.22 7.01 29 .08 .4 .6 SF2 1.6X 120 4

2000 FEB 28 1654 54.03 19 14.94 155 24.72 39.61 17 .10 1.5 1.6 DEP 1.4X 190 2

2000 FEB 28 1711 31.96 19 55.84 155 23.90 9.50 33 .13 .7 .4 KEA 1.8X 188 7

2000 FEB 28 1717 7.79 19 57.16 155 22.62 8.55 38 .12 .8 .5 KEA 2.7X 203 21

2000 FEB 28 1723 58.57 19 54.09 155 23.31 8.88 27 .14 .7 .5 KEA 1.8X 204 5

2000 FEB 28 1906 7.84 19 31.51 155 43.20 7.17 12 .11 .7 4.5 KON 1.3U 129 19

2000 FEB 28 2148 45.40 19 21.53 155 6.05 8.96 27 .10 .7 .4 SF4 2.3X 142 4

2000 FEB 28 2219 34.57 19 59.06 155 18.08 14.40 15 .10 1.7 .5 KEA 1.8X 261 11

2000 FEB 28 2346 8.67 19 21.00 155 5.42 7.92 14 .14 1.0 1.3 SF4 .9X 158 6

2000 FEB 29 0038 59.78 19 26.81 155 13.81 11.07 9 .07 3.6 3.0 GLN L 2.0X 253 7

2000 FEB 29 0101 23.27 19 19.04 155 7.97 8.74 12 .08 .9 1.2 SF4 .9X 176 3

2000 FEB 29 0300 22.72 19 55.01 155 23.14 11.03 16 .07 .9 .4 KEA 1.8X 225 5

2000 FEB 29 0405 21.04 19 54.56 155 22.67 9.65 13 .13 1.1 .4 KEA 1.4X 220 4

2000 FEB 29 0408 6.61 19 54.37 155 23.05 8.95 10 .10 1.1 .6 KEA 1.6X 228 5

2000 FEB 29 0411 20.80 19 55.79 155 24.65 8.59 28 .14 .7 .5 KEA 1.7X 181 8

2000 FEB 29 0411 58.93 19 57.14 155 23.63 9.85 41 .12 .6 .3 KEA 2.8X 201 9

2000 FEB 29 0422 14.19 19 26.60 155 28.43 10.39 18 .12 .5 .9 KAO 1.6X 76 8

2000 FEB 29 0428 0.12 19 56.31 155 23.88 11.45 10 .13 1.7 .6 KEA 1.3X 240 8

2000 FEB 29 0439 19.23 19 55.76 155 23.49 10.93 24 .13 1.5 .5 KEA 2.8X 235 7

2000 FEB 29 0506 58.80 19 22.86 155 17.62 8.32 22 .13 .4 .8 INT L 2.2X 72 3

2000 FEB 29 0528 12.29 19 55.72 155 22.98 10.46 20 .11 1.1 .4 KEA 1.7X 239 6

2000 FEB 29 0529 19.71 19 56.41 155 23.63 11.83 17 .11 2.0 .5 KEA 1.7X 243 8

2000 FEB 29 0537 32.15 19 57.69 155 23.16 11.13 28 .10 1.0 .4 KEA 2.3X 209 9

2000 FEB 29 0538 47.63 19 55.20 155 23.11 11.15 20 .11 1.1 .5 KEA 2.3X 230 6

2000 FEB 29 0548 0.75 19 54.97 155 24.06 8.21 8 .15 1.4 1.2 KEA 1.3X 217 7

2000 FEB 29 0905 14.47 19 19.91 155 8.13 8.80 19 .05 .6 .8 SF4 1.9X 117 5

2000 FEB 29 0926 34.99 19 19.13 155 11.49 8.31 11 .07 .8 1.7 SF3 1.0X 144 6

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 FEB 29 1005 26.48 19 19.53 155 8.44 9.75 18 .09 .7 .9 SF4 1.6X 109 4

2000 FEB 29 1013 46.16 19 18.98 155 8.29 9.81 9 .05 .7 1.5 SF4 .9X 161 3

2000 FEB 29 1606 38.62 19 24.28 155 16.63 10.78 10 .06 1.2 1.5 INT L 1.7X 145 1

2000 FEB 29 1625 31.10 19 19.64 155 9.93 8.08 24 .10 .7 .8 SF3 2.1X 119 4

2000 FEB 29 1737 57.89 19 22.93 155 14.56 3.56 13 .08 .4 .3 SEC 1.9X 135 3

2000 FEB 29 2036 36.43 19 15.57 155 2.68 44.17 19 .08 1.8 1.1 DEP 1.6X 250 10

2000 MAR 1 0410 9.16 19 25.55 155 17.01 10.64 22 .09 .7 .6 INT L 2.2X 145 1

2000 MAR 1 1243 54.50 19 28.52 155 12.63 11.30 39 .09 .5 .6 GLN 1.8X 120 7

2000 MAR 1 1413 50.98 19 27.43 155 12.55 11.28 32 .12 .5 .6 GLN 1.4X 149 7

2000 MAR 1 1441 28.08 19 26.27 155 14.84 6.10 20 .14 .9 1.1 INT L 1.9X 197 5

2000 MAR 1 2114 15.45 19 7.42 155 6.07 17.27 29 .09 .9 3.0 LOI 2.1X 266 19

2000 MAR 2 0548 10.76 19 10.99 155 31.54 0.42 22 .13 .6 .4 LSW 1.4X 189 8

2000 MAR 2 0640 2.05 19 11.94 155 27.48 0.09 26 .11 .9 .3 LSW 1.9X 189 7

2000 MAR 2 0711 45.44 19 24.89 155 16.17 9.97 19 .08 .9 .6 INT L 2.4X 155 1

2000 MAR 2 1711 15.71 19 16.36 155 17.43 30.82 9 .03 3.5 6.5 DEP T 220 4

2000 MAR 2 1712 35.19 19 14.13 155 15.50 43.47 16 .06 2.2 1.4 DEP 1.5X 233 9

2000 MAR 2 1713 8.76 19 14.74 155 15.63 38.74 13 .06 1.9 1.3 DEP T 1.2X 232 8

2000 MAR 2 2207 50.92 19 24.65 155 38.05 1.18 19 .11 .5 .7 MLO 2.0X 79 6

2000 MAR 3 0312 2.80 19 26.74 155 29.52 10.73 16 .11 .5 .8 KAO 1.3X 83 7

2000 MAR 3 0454 21.07 19 18.46 155 29.81 3.89 12 .11 .6 2.6 LSW 1.2U 113 12

2000 MAR 3 0523 22.86 19 21.95 155 13.61 30.14 21 .08 1.3 1.0 DEP 1.9X 101 2

2000 MAR 3 1128 0.92 19 58.55 155 27.72 39.37 17 .09 1.5 1.2 KEA 1.6X 248 16

2000 MAR 3 1208 33.58 19 20.68 155 17.16 30.27 18 .12 1.4 1.7 DEP 1.5X 129 1

2000 MAR 3 1331 24.96 19 11.68 155 28.26 8.06 27 .17 .8 1.2 LSW 1.9X 189 7

2000 MAR 3 1410 45.01 19 19.40 155 19.06 6.89 11 .07 1.0 1.7 SWR .8X 118 3

2000 MAR 3 1517 11.08 19 19.15 155 12.70 1.19 11 .13 .6 1.0 SSF .7X 210 6

2000 MAR 3 1517 57.52 19 23.66 155 15.03 4.40 13 .13 .6 .8 SEC 2.3X 143 3

2000 MAR 3 1618 31.81 19 19.91 155 12.21 7.99 16 .07 .6 1.1 SF3 1.3X 131 5

2000 MAR 3 1824 28.72 19 23.90 155 18.61 10.00 10 .12 2.1 1.5 INT L 2.0X 151 3

2000 MAR 3 2016 48.24 19 19.99 155 10.61 7.36 12 .06 .6 1.3 SF3 1.1X 120 4

2000 MAR 4 0110 56.54 19 22.69 155 14.66 1.23 13 .13 .5 .4 SEC 2.0X 129 2

2000 MAR 4 0153 6.48 19 24.46 155 15.90 1.10 15 .10 .3 .4 SEC 2.2X 164 2

2000 MAR 4 0153 33.98 19 24.68 155 15.59 0.03 17 .12 .2 .4 SNC # 2.3X 154 2

2000 MAR 4 0311 44.47 19 26.07 155 13.50 12.08 11 .11 2.4 .9 GLN L 2.8X 279 6

2000 MAR 4 0324 28.77 19 23.98 155 19.77 16.22 10 .16 1.9 1.9 DML L 2.2X 162 5

2000 MAR 4 0438 0.71 19 22.60 155 14.56 3.57 16 .08 .5 .5 SEC 1.8X 128 2

2000 MAR 4 0448 36.68 19 25.03 155 14.50 1.78 8 .10 1.3 .9 SNC L 1.6X 289 4

2000 MAR 4 1108 56.81 19 15.38 155 35.94 10.27 15 .12 .6 1.0 LSW 1.0U 142 2

2000 MAR 4 1602 34.35 19 16.83 155 29.44 10.33 19 .14 .5 1.1 LSW 1.8U 86 3

2000 MAR 4 1603 33.95 19 13.43 155 27.09 6.50 11 .12 1.4 2.3 LSW 1.3X 300 6

2000 MAR 4 1633 15.72 19 17.69 155 23.12 3.08 20 .08 .3 .7 SWR 2.0X 109 5

2000 MAR 5 0027 56.24 19 15.69 155 36.57 8.17 32 .18 .6 1.0 LSW 1.5X 117 2

2000 MAR 5 0044 4.17 19 15.01 155 36.83 2.64 13 .12 .6 1.7 LSW 1.0X 144 13

2000 MAR 5 0046 20.40 19 15.75 155 36.08 7.33 34 .16 .4 .7 LSW 2.1X 132 2

2000 MAR 5 0450 33.76 19 15.48 155 36.33 9.38 22 .13 .5 .9 LSW 1.4X 137 2
48

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 5 0545 59.04 19 19.70 155 8.29 9.05 27 .08 .7 .4 SF4 2.6X 113 4

2000 MAR 5 0743 17.40 19 16.13 155 37.52 11.01 15 .05 .5 .6 LSW 1.5X 74 2

2000 MAR 5 0802 32.73 19 45.27 155 45.77 22.06 36 .11 .5 1.2 HUA 2.6X 81 11

2000 MAR 5 0826 6.17 19 25.71 155 29.12 12.09 14 .09 .6 1.4 KAO 1.2U 102 7

2000 MAR 5 1015 2.89 19 20.25 155 12.55 10.12 13 .06 .7 1.2 SF2 1.3X 126 4

2000 MAR 5 1447 24.90 19 19.53 155 2.07 35.71 18 .09 2.4 1.5 DEP 1.1X 220 11

2000 MAR 5 1625 48.30 19 13.51 155 32.02 5.93 19 .13 .7 4.8 LSW 1.4X 170 14

2000 MAR 5 1703 40.90 19 18.54 155 12.88 9.49 14 .05 .7 1.1 SF2 1.2X 160 8

2000 MAR 5 1947 15.51 19 23.91 155 19.40 7.45 8 .11 3.3 2.6 KAO L 1.6X 228 4

2000 MAR 5 2018 2.36 19 15.32 155 22.05 8.33 17 .08 .8 1.0 SWR 1.1X 162 4

2000 MAR 5 2027 42.85 19 15.15 155 22.39 7.94 21 .11 .7 1.2 SWR 1.8X 163 3

2000 MAR 5 2318 45.47 19 29.73 155 21.88 12.37 10 .08 1.6 1.2 KAO 1.4X 197 2

2000 MAR 5 2322 13.48 19 19.82 155 7.89 9.03 26 .08 .6 .4 SF4 2.4X 124 5

2000 MAR 6 0329 3.69 19 23.38 155 14.75 3.41 20 .10 .4 .4 SEC 2.4X 128 3

2000 MAR 6 0428 44.92 19 20.00 155 12.86 7.91 16 .05 .6 1.1 SF2 1.3X 131 5

2000 MAR 6 0508 25.62 19 22.67 155 14.70 1.48 13 .08 .4 .3 SEC 1.6X 135 2

2000 MAR 6 0522 38.94 19 22.50 155 14.68 0.99 19 .11 .3 .4 SEC 2.6X 122 2

2000 MAR 6 0858 23.12 19 21.02 155 16.27 1.66 27 .09 .3 .4 KOA 2.8X 103 3

2000 MAR 6 1404 49.83 19 48.90 155 24.31 26.91 25 .11 .8 1.4 KEA 1.5X 117 7

2000 MAR 6 1526 49.90 21 43.25 156 34.75 15.47 11 .0713.113.9 DIS - 2.5X 338111

2000 MAR 6 1606 13.79 19 20.10 155 8.16 8.81 29 .12 .6 .4 SF4 1.8X 115 5

2000 MAR 6 1656 42.59 20 1.23 155 31.25 10.27 16 .06 1.1 .7 KEA 1.9X 193 23

2000 MAR 6 1751 4.14 18 46.47 155 2.62 16.71 26 .16 2.017.8 LOI - 2.0X 281 58

2000 MAR 6 1821 9.61 19 15.90 155 29.40 10.91 31 .10 .5 .4 LSW 2.3X 113 2

2000 MAR 6 1850 51.70 19 55.04 155 49.79 37.67 15 .06 2.3 1.3 KOH 1.6U 269 19

2000 MAR 6 1930 13.37 19 13.19 155 20.03 42.04 18 .09 2.0 1.3 DEP 1.4X 217 7

2000 MAR 6 2227 13.98 19 13.72 155 28.86 7.78 17 .12 1.0 .8 LSW 1.1X 194 3

2000 MAR 7 0427 27.50 19 22.95 155 14.90 3.60 16 .10 .5 .5 SEC 2.0X 132 2

2000 MAR 7 0754 27.38 19 20.70 155 48.40 12.08 13 .10 1.0 .6 KON 1.8U 136 11

2000 MAR 7 0904 42.44 19 22.51 155 14.18 3.36 15 .07 .4 .3 SEC 1.6X 130 2

2000 MAR 7 0918 46.42 19 7.71 155 22.14 38.93 16 .10 1.8 1.2 LOI .9X 280 13

2000 MAR 7 1042 51.71 19 13.85 155 18.97 29.73 23 .09 1.3 .9 DEP 1.6X 217 8

2000 MAR 7 1742 33.89 19 17.56 155 23.00 3.30 14 .09 .4 1.1 SWR 1.5X 113 5

2000 MAR 8 0112 34.64 19 9.94 155 33.08 8.10 29 .14 .8 .7 LSW 2.0X 139 11

2000 MAR 8 0316 3.24 19 32.57 155 38.88 33.04 17 .12 .9 1.4 DML 1.4X 91 11

2000 MAR 8 1155 30.11 19 47.94 155 24.82 23.60 29 .12 .6 1.3 KEA 2.0X 111 5

2000 MAR 8 1426 52.05 19 18.93 155 8.86 6.75 14 .08 .9 1.3 SF4 1.2X 137 3

2000 MAR 8 1941 10.71 19 21.57 155 18.97 0.42 12 .05 .3 .5 SWR .8X 126 5

2000 MAR 8 2036 47.51 19 20.15 155 10.15 8.51 25 .12 .6 .7 SF3 1.8X 104 4

2000 MAR 8 2104 27.23 19 23.77 155 17.81 9.41 11 .11 1.4 1.0 INT L 2.3X 109 2

2000 MAR 8 2148 44.71 19 24.24 155 16.39 10.55 9 .08 1.6 1.6 INT L 1.5X 205 1

2000 MAR 8 2200 11.27 19 23.89 155 18.34 8.86 12 .14 1.1 1.1 INT L 2.2X 97 3

2000 MAR 8 2237 36.89 19 24.22 155 16.35 10.88 10 .11 1.5 1.0 INT L 2.1X 159 1

2000 MAR 9 0513 43.02 19 33.26 156 8.39 20.23 12 .07 1.3 2.8 KON 1.4U 286 24

2000 MAR 9 0851 55.74 19 15.93 155 36.26 11.00 15 .07 .5 .8 LSW 1.7X 121 2

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 9 1546 8.74 19 19.92 155 8.04 9.74 18 .08 .6 .6 SF4 1.4X 119 5

2000 MAR 9 1554 29.26 19 23.41 155 15.38 2.86 19 .10 .4 .3 SEC 1.9X 135 2

2000 MAR 10 0246 16.88 19 46.08 155 25.81 25.80 20 .09 .8 1.5 KEA 1.9X 98 3

2000 MAR 10 0456 8.41 19 20.27 155 11.75 9.64 30 .12 .6 .5 SF3 2.8X 116 5

2000 MAR 10 0627 9.33 19 16.03 155 36.42 9.66 29 .18 .6 .8 LSW 2.2X 112 2

2000 MAR 10 0744 37.29 19 47.83 155 24.97 24.20 27 .11 .6 1.1 KEA 2.3X 148 5

2000 MAR 10 0843 40.87 19 24.95 155 19.09 6.77 15 .07 .6 1.1 KAO 1.6X 111 3

2000 MAR 10 1026 22.19 19 32.32 156 9.99 9.73 9 .06 1.7 1.5 KON 1.9U 319 27

2000 MAR 10 1309 0.31 19 23.83 155 15.33 3.90 10 .19 1.3 .9 SEC L 1.9X 172 2

2000 MAR 10 1810 57.13 19 22.96 155 29.87 9.52 20 .07 .6 .9 KAO 1.6X 105 4

2000 MAR 11 0338 45.56 19 15.95 155 29.48 8.29 20 .19 .6 .9 LSW 1.5X 108 2

2000 MAR 11 0413 46.16 19 22.90 155 14.42 1.36 13 .07 .4 .3 SEC 2.3X 136 2

2000 MAR 11 0435 7.88 19 22.65 155 14.60 3.37 14 .08 .5 .4 SEC 1.6X 129 2

2000 MAR 11 0716 33.44 19 42.91 155 45.52 13.89 13 .05 .7 .8 HUA 2.0U 142 9

2000 MAR 11 0717 41.02 19 43.17 155 46.05 16.98 16 .11 1.0 1.8 HUA 2.0U 150 8

2000 MAR 11 1532 18.09 19 23.20 155 16.51 10.24 9 .10 1.2 1.5 INT L 1.8X 107 1

2000 MAR 11 1709 47.14 19 49.67 155 24.73 29.40 13 .11 .9 1.4 KEA 1.2X 128 7

2000 MAR 11 1958 27.98 19 24.73 155 18.10 12.81 9 .10 1.8 1.4 INT L 1.8X 90 2

2000 MAR 11 2009 31.30 19 23.21 155 18.32 8.81 12 .09 1.8 .9 INT L 1.7X 129 2

2000 MAR 11 2020 9.65 19 25.28 155 17.71 11.65 12 .19 2.4 1.2 INT L 2.3X 88 0

2000 MAR 11 2033 44.13 19 25.66 155 15.85 13.27 10 .11 1.6 .9 DEP L 1.8X 198 2

2000 MAR 11 2057 2.96 19 25.02 155 15.05 10.26 10 .06 2.1 1.1 INT L 2.1X 206 3

2000 MAR 12 0033 53.63 19 30.15 155 29.04 9.70 16 .11 .6 1.3 MLO 1.3X 75 10

2000 MAR 12 0252 46.60 19 28.61 155 26.37 5.65 20 .12 .5 1.8 KAO 1.9X 71 6

2000 MAR 12 0531 51.08 19 23.05 155 17.60 6.47 9 .13 1.1 1.3 INT L 1.5X 132 2

2000 MAR 12 0532 24.41 19 24.33 155 14.43 10.07 8 .07 2.7 1.3 INT L 2.1X 272 4

2000 MAR 12 1035 57.87 19 20.13 155 7.71 9.05 15 .06 .6 .8 SF4 1.1X 126 5

2000 MAR 12 1204 21.73 19 23.96 155 17.58 10.78 10 .09 1.7 1.1 INT L 1.9X 141 2

2000 MAR 12 1204 43.74 19 24.50 155 16.58 8.41 10 .08 1.1 1.3 INT L 2.3X 130 1

2000 MAR 12 1515 33.89 19 17.97 155 51.58 11.12 15 .12 1.3 .5 KON 2.0U 163 4

2000 MAR 12 1732 38.56 19 25.08 155 16.89 11.25 12 .11 1.4 1.5 INT L 2.4X 176 0

2000 MAR 12 2023 17.21 19 41.55 157 29.87 32.90 23 .12 1.5 3.6 DIS 3.1X 297162

2000 MAR 12 2134 16.98 19 22.99 155 15.15 3.08 12 .08 .5 .5 SEC 1.4X 142 2

2000 MAR 12 2220 55.24 19 24.28 155 18.21 10.51 12 .11 1.5 1.5 INT L 1.7X 89 2

2000 MAR 13 1043 25.32 19 19.83 155 4.02 6.19 18 .11 .8 1.2 SF5 1.9X 194 8

2000 MAR 13 1045 46.31 19 19.68 155 8.22 9.18 21 .07 .6 .8 SF4 1.9X 115 4

2000 MAR 13 2229 57.26 19 21.07 155 15.94 1.10 18 .07 .2 .3 KOA 1.3X 140 2

2000 MAR 13 2241 11.99 19 21.19 155 15.91 1.60 16 .10 .3 .6 KOA 1.9X 138 2

2000 MAR 13 2250 18.05 19 20.88 155 15.77 0.39 18 .09 .3 .3 KOA 1.3X 145 3

2000 MAR 13 2304 13.37 19 23.23 155 54.92 12.35 26 .12 1.1 .4 KON 2.5X 199 11

2000 MAR 14 0205 56.38 19 24.01 155 16.81 8.04 16 .09 .8 .6 INT L 1.5X 105 0

2000 MAR 14 1644 34.04 19 13.23 155 29.03 3.31 27 .14 .7 3.0 LSW 1.5X 138 9

2000 MAR 14 1720 59.02 19 19.73 155 12.11 8.59 25 .09 .6 .7 SF3 1.8X 134 6

2000 MAR 14 2010 19.23 19 13.34 155 16.52 42.77 17 .10 1.6 .9 DEP 1.4X 215 9

2000 MAR 15 0025 57.38 19 12.27 155 29.81 7.15 29 .17 .9 .8 LSW 1.9X 183 5
49

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 15 0123 14.35 19 25.62 155 2.00 9.68 18 .09 1.1 1.1 SF5 2.0X 140 6

2000 MAR 15 0158 52.96 19 16.28 155 29.36 7.60 10 .14 1.1 3.5 LSW 1.2U 136 10

2000 MAR 15 0223 0.54 19 29.90 155 26.43 5.52 8 .10 .9 2.6 KAO 1.2X 112 5

2000 MAR 15 0226 35.55 19 55.90 155 31.43 29.80 9 .05 .8 1.3 KEA 1.1U 222 16

2000 MAR 15 1020 9.62 19 24.75 155 16.16 10.92 9 .10 2.0 1.4 INT L 2.2X 156 1

2000 MAR 15 1748 49.53 19 22.91 155 14.62 3.91 16 .08 .4 .4 SEC 2.5X 134 2

2000 MAR 15 2148 51.28 19 19.63 155 24.59 10.89 23 .11 .5 .7 SWR 1.4X 89 2

2000 MAR 16 0336 45.38 19 17.72 155 29.72 3.07 15 .14 .6 1.6 LSW 1.1U 144 12

2000 MAR 16 0634 1.13 19 50.88 155 32.65 21.35 19 .09 1.9 1.4 KEA 1.9X 248 12

2000 MAR 16 0841 28.20 19 19.79 155 8.05 8.92 7 .02 1.0 2.2 SF4 1.3U 172 5

2000 MAR 16 1322 18.81 19 19.08 155 10.09 8.24 19 .11 .6 1.3 SF3 1.6X 121 5

2000 MAR 16 2000 10.19 19 16.43 155 29.79 7.91 23 .09 .5 1.0 LSW 1.6X 135 11

2000 MAR 17 0307 37.51 19 31.08 155 33.30 20.85 18 .12 .6 1.0 DML 1.5X 73 4

2000 MAR 17 0731 25.45 19 25.19 155 16.71 11.74 11 .12 1.3 1.1 INT L 2.2X 179 1

2000 MAR 17 0746 22.74 19 22.87 155 18.03 4.63 12 .07 .6 1.2 SSC L 1.0X 127 3

2000 MAR 17 0758 27.29 19 22.33 155 15.70 8.84 12 .07 1.2 .7 INT L 2.1X 238 0

2000 MAR 17 0921 54.50 19 29.11 155 28.08 2.03 17 .08 .4 .9 KAO 1.7X 107 8

2000 MAR 17 1048 15.94 19 17.56 155 21.11 9.50 13 .07 .6 .9 SWR 1.3X 141 4

2000 MAR 17 1748 53.45 19 11.84 155 29.68 5.73 23 .11 .6 1.4 LSW 1.8X 187 6

2000 MAR 17 1801 12.10 19 12.56 155 29.34 8.97 17 .12 1.0 .8 LSW 1.4X 189 5

2000 MAR 17 2000 4.83 19 29.49 155 26.30 1.93 8 .08 .6 .7 KAO 1.3X 153 5

2000 MAR 17 2020 43.60 19 22.79 155 14.77 3.77 15 .11 .6 .5 SEC 2.0X 130 2

2000 MAR 17 2222 24.64 19 20.88 155 7.07 8.05 16 .07 .6 .7 SF4 1.0X 133 5

2000 MAR 17 2223 30.17 19 20.69 155 6.81 10.63 23 .11 .7 .5 SF4 1.9X 139 5

2000 MAR 19 0150 22.36 19 14.94 155 26.43 15.10 18 .09 .8 .4 DLS 1.5X 149 4

2000 MAR 19 0217 2.21 19 25.85 155 23.67 10.34 24 .07 .5 .6 KAO 2.0X 58 6

2000 MAR 19 1024 17.77 19 15.79 155 22.87 7.37 23 .10 .6 .9 SWR 2.4X 152 3

2000 MAR 19 1028 35.37 19 14.99 155 24.28 11.22 11 .06 1.1 1.2 SWR 1.3X 211 1

2000 MAR 19 1417 3.51 19 23.28 155 27.15 10.27 22 .08 .4 .8 KAO 1.2X 49 2

2000 MAR 19 1911 23.53 19 18.26 155 12.92 8.17 18 .10 .6 1.1 SF2 1.3X 167 8

2000 MAR 20 0102 27.25 19 24.59 155 19.70 10.25 10 .08 .8 1.5 KAO L 2.2X 109 4

2000 MAR 20 0411 8.49 19 20.45 155 10.75 8.98 19 .09 .7 .9 SF3 1.6X 113 3

2000 MAR 20 1322 8.33 19 10.39 155 41.43 11.10 17 .10 .7 .9 LSW 1.0X 179 8

2000 MAR 20 1400 44.96 19 24.84 155 16.45 9.21 10 .09 1.5 .8 INT L 2.4X 186 1

2000 MAR 20 1608 10.60 19 50.26 155 32.04 18.94 27 .10 .8 1.7 KEA 2.1X 190 10

2000 MAR 20 1654 32.90 19 19.69 155 10.75 7.81 16 .05 .5 1.1 SF3 1.3X 127 5

2000 MAR 20 2101 10.06 19 25.22 155 16.40 7.69 9 .08 1.9 1.0 INT L 1.5X 184 1

2000 MAR 20 2346 59.21 19 17.43 155 26.96 8.18 18 .09 .4 1.3 LSW 1.1X 109 8

2000 MAR 21 0805 19.77 19 22.58 155 14.40 3.31 14 .05 .5 .4 SEC 1.5X 129 2

2000 MAR 21 0948 34.91 19 19.71 155 10.75 7.98 20 .06 .5 1.0 SF3 1.6X 116 5

2000 MAR 21 1905 10.09 19 12.38 155 4.85 47.64 26 .10 1.5 1.3 DEP 1.8X 225 11

2000 MAR 21 2010 17.19 19 29.22 154 48.97 10.17 14 .06 2.1 .9 LER 2.2X 316 19

2000 MAR 21 2037 43.33 19 23.27 155 17.09 6.16 11 .10 1.5 .9 INT L 2.0X 116 0

2000 MAR 21 2130 43.17 19 23.44 155 25.69 10.29 17 .09 .4 .8 KAO 1.0X 64 7

2000 MAR 22 0345 21.79 19 24.24 155 15.67 8.78 12 .09 .9 .9 INT L 2.3X 180 2

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 22 0748 35.19 19 14.19 155 43.28 13.08 16 .09 .8 .6 KON 1.7X 193 14

2000 MAR 22 0913 0.64 19 18.82 155 12.66 7.07 15 .05 .6 1.6 SF2 1.5X 154 7

2000 MAR 22 0913 9.83 19 19.08 155 12.71 8.22 15 .08 .6 1.4 SF2 1.4X 149 7

2000 MAR 22 0939 32.52 19 22.47 155 14.40 3.44 15 .08 .4 .4 SEC 2.1X 127 2

2000 MAR 22 1017 43.40 19 21.35 155 7.99 9.57 16 .06 .6 .6 SF4 1.5X 113 4

2000 MAR 22 1029 48.78 19 24.55 155 18.58 10.64 8 .09 2.8 1.9 INT L 2.4X 242 2

2000 MAR 22 1657 44.80 19 19.69 155 7.14 9.77 13 .05 .6 .8 SF4 1.3X 144 5

2000 MAR 22 2153 27.18 19 23.46 155 18.78 7.60 11 .06 .8 1.1 INT L 2.1X 122 3

2000 MAR 22 2214 14.86 19 20.46 155 24.69 10.65 19 .10 .5 .8 SWR 1.4X 87 2

2000 MAR 22 2355 27.96 19 38.61 155 18.53 10.93 19 .11 .7 .9 KEA 2.1X 161 18

2000 MAR 22 2357 53.85 19 38.62 155 18.40 9.82 21 .10 .4 1.1 KEA 1.5X 123 18

2000 MAR 23 0030 39.56 19 25.33 155 15.16 0.65 10 .07 .4 .6 SNC L 2.0X 203 3

2000 MAR 23 0054 58.69 19 14.45 156 23.42 37.10 15 .12 2.1 2.9 DIS 1.7U 311 55

2000 MAR 23 0911 48.72 19 24.29 155 17.03 10.41 12 .11 1.6 1.1 INT L 2.2X 112 1

2000 MAR 23 1317 41.00 19 20.98 155 13.09 9.35 29 .08 .4 .5 SF2 1.6X 112 3

2000 MAR 23 1647 44.30 19 24.21 155 16.47 10.76 17 .07 .8 .7 INT L 1.8X 144 1

2000 MAR 23 1813 59.01 19 20.50 155 11.49 8.43 13 .08 .7 1.2 SF3 1.2X 117 4

2000 MAR 24 0453 48.34 19 24.08 155 17.99 13.28 18 .10 1.3 .6 DEP L 2.4X 101 2

2000 MAR 24 0516 30.11 19 19.20 155 13.16 8.87 34 .11 .4 .6 SF2 1.9X 135 6

2000 MAR 24 0548 11.16 19 25.91 155 15.59 7.36 21 .08 .8 .5 INT L 1.7X 159 3

2000 MAR 24 1853 36.38 19 16.08 155 27.38 0.61 16 .14 .3 .5 LSW 1.2X 131 7

2000 MAR 24 2226 24.43 19 23.78 155 17.23 11.58 22 .11 1.1 .6 INT L 2.4X 95 1

2000 MAR 25 0424 41.99 19 25.65 155 15.09 11.82 19 .08 1.0 .4 INT L 2.5X 135 4

2000 MAR 25 0434 5.20 19 24.69 155 16.75 8.67 10 .07 1.0 .8 INT L 1.5X 168 1

2000 MAR 25 0502 23.20 19 25.16 155 19.45 9.51 18 .07 .8 .5 KAO L 2.0X 120 3

2000 MAR 25 0522 34.57 19 17.32 155 12.46 8.64 27 .12 .5 .9 SF2 1.5X 166 8

2000 MAR 25 0834 24.70 19 21.95 155 5.03 8.59 35 .10 .4 .4 SF5 1.7X 150 5

2000 MAR 25 0838 1.24 19 23.31 155 14.82 3.73 29 .09 .3 .3 SEC 2.3X 93 3

2000 MAR 25 1102 27.38 19 24.51 155 16.58 8.62 18 .11 .9 .6 INT L 1.9X 130 1

2000 MAR 25 1212 15.73 19 9.79 155 7.87 21.15 19 .09 1.1 1.9 LOI 1.3X 258 14

2000 MAR 25 1307 32.64 19 16.97 155 12.77 9.61 42 .09 .4 .5 SF2 2.3X 184 8

2000 MAR 25 1341 7.25 19 24.28 155 16.51 12.21 25 .12 .7 .4 INT L 2.4X 94 1

2000 MAR 25 1658 35.40 19 23.71 155 17.17 4.09 11 .22 1.5 1.5 SSC L 1.5X 108 1

2000 MAR 25 2107 18.01 19 24.02 155 17.62 9.55 21 .07 .6 .4 INT L 2.3X 125 2

2000 MAR 25 2336 43.27 19 23.19 155 18.73 0.51 26 .12 .2 .4 SSC L 2.2X 73 3

2000 MAR 26 0129 28.47 19 24.14 155 16.16 8.34 19 .08 .7 .6 INT L 1.5X 141 1

2000 MAR 26 0312 7.58 19 24.62 155 16.20 8.90 20 .11 .9 .6 INT L 1.7X 145 1

2000 MAR 26 0328 12.10 19 22.37 155 27.13 10.44 37 .11 .3 .6 KAO L 1.6X 75 1

2000 MAR 26 0551 28.69 19 26.19 155 14.92 7.51 16 .10 .9 1.1 INT L 2.1X 177 4

2000 MAR 26 0742 46.77 19 26.47 155 15.72 4.13 9 .12 .8 1.2 SNC L 1.6X 212 4

2000 MAR 26 0959 19.45 19 25.15 155 17.19 10.49 21 .12 .9 .7 INT L 2.0X 150 1

2000 MAR 26 1141 8.30 19 26.30 155 15.83 7.76 12 .21 2.0 1.4 INT L 2.3X 207 3

2000 MAR 26 1346 1.37 19 24.43 155 16.10 8.48 12 .13 .8 1.2 INT L 1.7X 132 1

2000 MAR 26 1437 15.18 19 30.81 155 22.42 19.55 14 .12 2.5 1.2 DML 1.5X 167 2

2000 MAR 26 1521 45.38 19 10.21 155 40.33 0.36 15 .17 .9 .6 LSW 1.4X 185 10
50

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 26 1534 53.65 19 18.07 155 13.09 8.30 13 .05 .6 1.5 SF2 1.4X 171 8

2000 MAR 26 1556 23.78 19 46.31 156 5.73 0.00 15 .15 2.0 .5 HUA # 2.2X 283 28

2000 MAR 26 1746 1.39 19 20.42 155 17.68 46.10 25 .10 1.0 1.3 DEP 2.0X 61 1

2000 MAR 26 1905 35.94 19 22.64 155 18.87 6.27 10 .08 1.7 2.5 INT L 1.5X 164 4

2000 MAR 26 1956 44.12 19 24.77 155 17.53 5.60 10 .13 1.3 1.1 INT L 2.1X 83 1

2000 MAR 26 2030 19.57 19 32.84 155 50.01 31.53 14 .13 1.0 1.7 KON 1.3X 125 11

2000 MAR 26 2030 49.98 19 30.34 155 46.74 15.07 16 .12 .5 .7 KON 1.5X 87 15

2000 MAR 26 2212 31.08 19 24.47 155 18.89 8.41 9 .10 1.6 1.9 INT L 2.0X 155 3

2000 MAR 26 2300 4.03 19 30.63 155 47.45 15.74 18 .13 .5 .9 KON 1.8X 86 14

2000 MAR 26 2343 23.24 19 23.28 155 17.85 8.06 11 .07 1.6 1.1 INT L 1.8X 140 2

2000 MAR 27 0106 55.49 19 24.04 155 12.97 7.58 11 .17 2.5 1.3 SF2 L 2.0X 281 6

2000 MAR 27 0253 32.83 19 20.33 155 7.92 9.41 21 .08 .6 .6 SF4 1.7X 120 5

2000 MAR 27 0336 48.40 19 24.42 155 17.10 7.96 12 .15 1.4 .9 INT L 1.8X 105 1

2000 MAR 27 0626 25.47 19 23.44 155 17.49 5.25 11 .07 .7 1.0 INT L 1.7X 118 2

2000 MAR 27 0817 21.80 19 15.13 155 27.97 6.17 29 .11 .4 1.0 LSW 2.0X 115 4

2000 MAR 27 1119 13.98 19 23.94 155 15.53 6.75 10 .09 1.9 1.1 INT L 2.1U 246 2

2000 MAR 27 1249 30.32 19 20.48 155 8.46 7.85 12 .04 .7 1.1 SF4 1.4U 157 4

2000 MAR 27 1259 19.25 19 20.81 155 5.89 9.48 32 .08 .4 .5 SF4 2.0X 153 6

2000 MAR 27 1432 7.43 19 18.47 155 14.70 8.69 28 .10 .5 .5 SF1 1.2X 146 6

2000 MAR 27 1503 14.85 19 38.50 155 18.19 10.15 24 .11 .5 1.6 KEA 1.9X 124 18

2000 MAR 27 1535 13.91 19 36.49 155 10.69 46.27 11 .09 1.8 2.1 KEA 1.9X 231 24

2000 MAR 27 1831 52.47 19 26.47 155 15.20 19.93 22 .12 1.4 .6 DEP L 2.5X 147 4

2000 MAR 27 2039 47.13 19 18.00 155 14.60 9.70 14 .05 .8 1.0 SF1 1.1X 197 7

2000 MAR 28 0241 50.27 19 18.34 155 13.37 10.48 25 .10 .5 .6 SF2 1.4X 154 8

2000 MAR 28 0247 54.27 19 27.85 155 15.49 7.00 18 .07 .9 1.5 INT L 1.5X 155 6

2000 MAR 28 0500 14.42 19 22.64 155 29.70 8.64 16 .07 .5 .9 KAO 1.5X 83 4

2000 MAR 28 0914 17.76 19 23.22 155 29.41 9.13 13 .08 .5 1.2 KAO 1.0X 86 3

2000 MAR 28 0915 12.08 19 24.17 155 19.29 7.19 11 .10 1.5 1.7 KAO L 2.1X 170 4

2000 MAR 28 1039 4.60 19 17.98 155 13.01 7.27 13 .07 .8 2.0 SF2 1.2X 173 9

2000 MAR 28 1626 59.94 19 20.83 155 13.07 9.24 20 .08 .6 .9 SF2 1.8X 114 3

2000 MAR 28 1834 28.22 19 22.53 155 10.63 3.78 20 .11 .6 .4 SER 1.8X 125 2

2000 MAR 28 1952 52.88 19 25.85 155 14.08 0.03 8 .12 .7 1.3 SNC L# 2.4X 272 5

2000 MAR 28 2009 17.18 19 51.46 155 42.00 13.39 13 .08 1.0 .4 KEA 1.6X 226 4

2000 MAR 28 2124 33.68 19 27.22 155 16.04 7.68 10 .11 2.7 1.3 INT L 2.7U 263 4

2000 MAR 28 2135 0.35 19 25.69 155 16.02 7.80 10 .11 2.9 1.6 INT L 1.5X 237 2

2000 MAR 29 0520 46.53 19 23.45 155 17.65 8.80 11 .08 1.8 .9 INT L 1.9X 130 1

2000 MAR 29 0812 44.05 19 20.17 155 7.92 9.20 26 .08 .4 .5 SF4 1.5X 121 5

2000 MAR 29 1222 37.92 19 24.05 155 17.08 7.26 11 .09 1.2 1.2 INT L 1.9X 96 1

2000 MAR 29 1313 10.56 19 22.26 155 10.99 3.54 16 .09 .6 .4 SER 1.8X 123 2

2000 MAR 29 1447 58.23 19 25.09 155 17.63 10.05 10 .13 2.7 2.3 INT L 1.8X 102 1

2000 MAR 29 1459 55.31 19 25.03 155 17.71 7.38 8 .07 2.9 1.4 INT L 1.8X 136 1

2000 MAR 30 0548 10.73 19 25.31 155 16.40 9.86 12 .21 1.6 1.3 INT L 2.3X 185 1

2000 MAR 30 0615 7.97 19 24.11 155 16.67 7.47 10 .07 .8 1.0 INT L 1.8X 134 0

2000 MAR 30 0724 48.15 19 24.86 155 16.71 10.32 13 .09 1.4 1.0 INT L 1.8X 174 1

2000 MAR 30 0903 47.78 19 50.18 155 21.08 26.05 47 .11 .5 .9 KEA 2.3X 92 6

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAR 30 1048 16.74 19 23.67 155 16.98 7.72 11 .07 1.0 1.2 INT L 1.6X 101 1

2000 MAR 30 1251 2.06 19 15.08 155 8.36 37.44 16 .06 1.6 .9 DEP 1.4X 226 4

2000 MAR 30 1425 22.25 19 20.40 155 12.72 9.27 31 .12 .4 .4 SF2 1.4X 117 4

2000 MAR 30 2026 51.00 19 25.25 155 16.05 7.63 12 .06 1.9 .8 INT L 2.3X 233 2

2000 MAR 30 2253 2.00 19 27.77 155 24.03 9.40 37 .11 .3 .5 KAO 1.7X 71 4

2000 MAR 31 0132 32.57 19 23.12 155 14.55 3.40 28 .11 .3 .3 SEC 2.4X 86 3

2000 MAR 31 0140 14.95 19 22.73 155 19.00 5.45 9 .07 1.8 2.4 INT L 1.6X 246 4

2000 MAR 31 0323 51.75 19 20.02 155 9.52 7.80 31 .09 .4 .4 SF3 1.3X 103 4

2000 MAR 31 0325 30.71 19 20.07 155 9.57 7.75 14 .07 .6 1.1 SF3 1.3X 121 4

2000 MAR 31 0518 59.00 19 25.16 155 15.36 3.17 10 .11 .9 1.2 SNC L 1.5X 222 3

2000 MAR 31 0823 35.53 19 24.65 155 15.89 8.52 10 .13 2.2 1.1 INT L 2.3X 246 2

2000 MAR 31 1226 41.27 19 23.77 155 18.91 2.52 11 .06 .5 .8 SSC L 1.7X 179 4

2000 MAR 31 1354 26.01 19 19.23 156 25.28 10.28 15 .12 6.4 8.6 DIS 1.5X 312 58

2000 MAR 31 1407 8.16 19 22.22 155 25.92 9.97 19 .12 .5 1.0 KAO 1.0X 90 3

2000 MAR 31 1408 14.33 19 22.60 155 30.23 9.78 14 .08 .5 1.3 KAO 1.7U 119 5

2000 MAR 31 1559 14.32 19 20.28 155 11.67 9.17 25 .10 .6 .7 SF3 1.7X 115 5

2000 MAR 31 1600 53.12 19 20.19 155 11.83 8.65 22 .10 .5 .8 SF3 1.7X 117 5

2000 MAR 31 1607 37.37 19 24.04 155 16.07 7.52 9 .15 2.4 1.4 INT L 1.9X 219 1

2000 MAR 31 1821 45.08 19 23.43 155 15.94 6.41 9 .11 2.0 1.2 INT L 1.7X 211 1

2000 MAR 31 1823 57.43 19 30.88 155 4.00 15.95 30 .12 .8 1.2 DEP 2.0X 127 14

2000 MAR 31 2228 34.67 19 25.28 155 16.40 9.00 9 .11 2.2 1.1 INT L 2.4X 230 1

2000 MAR 31 2241 50.65 19 24.15 155 16.73 6.06 9 .08 1.3 1.2 INT L 1.9X 171 1

2000 APR 1 0155 58.51 19 20.66 155 5.81 8.02 23 .12 .6 .7 SF4 2.0U 156 6

2000 APR 1 0415 0.06 19 20.81 155 5.57 10.28 14 .07 .8 .9 SF4 1.3X 158 6

2000 APR 1 0527 3.29 19 21.66 155 30.70 25.05 13 .08 .9 1.4 DML 1.2X 129 13

2000 APR 1 0636 46.57 19 22.95 155 17.34 5.97 10 .06 .9 .8 INT L 1.8X 133 1

2000 APR 1 0946 9.95 19 17.14 155 13.47 11.07 15 .07 1.3 1.0 SF2 1.2X 246 9

2000 APR 1 1012 21.77 19 23.25 155 18.08 6.16 10 .07 1.2 1.7 INT L 1.6X 163 2

2000 APR 1 1715 21.34 19 25.99 155 29.86 9.96 25 .10 .4 1.0 KAO 1.6X 91 8

2000 APR 1 1730 18.53 19 25.16 155 17.02 6.62 10 .06 1.5 1.0 INT L 2.3X 179 0

2000 APR 1 1932 40.47 19 18.28 155 14.70 7.24 15 .10 .9 1.2 SF1 1.1X 196 7

2000 APR 1 1937 53.41 19 25.82 155 23.81 10.47 19 .07 .4 .9 KAO 1.4X 59 6

2000 APR 1 2018 19.68 19 20.73 155 12.50 9.46 45 .15 .5 .4 SF2 F 5.0U 169 4

2000 APR 1 2023 34.58 19 33.84 155 37.82 12.49 16 .13 1.9 .6 MLO 1.9X 243 6

2000 APR 1 2025 24.11 19 19.47 155 12.05 7.51 22 .13 .6 .7 SF3 2.1X 138 6

2000 APR 1 2027 52.54 19 33.02 155 37.30 10.51 37 .11 .5 .5 MLO 2.7X 194 7

2000 APR 1 2028 48.72 19 33.62 155 36.05 11.03 34 .11 .4 .4 MLO 2.8X 134 3

2000 APR 1 2113 54.17 19 19.83 155 7.78 8.97 20 .11 1.3 .6 SF4 2.0X 202 5

2000 APR 1 2232 26.31 19 21.10 155 14.45 9.96 11 .08 1.0 1.0 SF2 1.2X 155 3

2000 APR 1 2248 55.21 19 19.64 155 12.26 7.73 20 .11 .5 1.0 SF3 1.4X 126 6

2000 APR 1 2319 1.98 19 19.02 155 12.49 10.85 14 .13 .7 1.5 SF2 1.0X 136 7

2000 APR 2 0223 59.09 19 23.79 155 15.89 3.21 19 .10 .4 .3 SEC 1.9X 136 1

2000 APR 2 0341 20.16 19 24.78 155 16.56 6.76 10 .09 1.3 .8 INT L 1.8X 177 1

2000 APR 2 0913 1.43 19 20.34 155 12.36 7.66 15 .07 .5 1.1 SF2 1.2X 124 4

2000 APR 2 1014 22.11 19 21.73 155 19.55 8.41 9 .10 3.5 2.4 SWR L 2.3X 269 5
51

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 2 2030 0.50 19 25.36 155 15.40 9.69 9 .08 2.6 1.3 INT L 2.3X 255 3

2000 APR 2 2116 9.21 19 22.03 155 30.09 10.22 17 .08 .6 .9 KAO 1.4X 87 4

2000 APR 2 2218 59.03 19 20.00 155 11.97 8.85 24 .10 .5 .8 SF3 1.8X 120 5

2000 APR 2 2342 17.40 19 18.34 155 7.40 4.97 13 .11 1.3 5.3 SSF 1.1X 280 8

2000 APR 3 0312 52.59 19 25.18 155 19.13 4.45 14 .12 .9 1.4 KAO 1.4X 112 3

2000 APR 3 0608 14.16 19 19.90 155 11.56 9.95 17 .08 .6 1.0 SF3 1.5X 119 5

2000 APR 3 0707 5.07 19 25.32 155 17.36 5.30 10 .13 1.9 .9 INT L 1.7X 194 0

2000 APR 3 1003 22.76 19 20.03 155 9.62 8.23 14 .05 .6 1.1 SF3 1.2X 108 4

2000 APR 3 2033 19.39 19 25.38 155 16.65 6.30 10 .10 1.2 .7 INT L 1.8X 189 1

2000 APR 4 0122 22.99 19 19.39 155 11.50 8.55 25 .11 .5 .4 SF3 1.8X 138 6

2000 APR 4 0127 19.44 19 19.41 155 11.57 7.25 15 .05 .5 1.2 SF3 1.3X 138 6

2000 APR 4 0135 7.23 19 25.52 155 16.54 9.39 9 .07 1.9 1.4 INT L 2.0X 193 1

2000 APR 4 0609 20.90 19 12.92 155 28.24 7.59 25 .14 .6 .8 LSW 1.8X 182 5

2000 APR 4 0728 39.81 19 25.43 155 16.55 8.66 9 .08 2.4 1.0 INT L 2.5X 229 1

2000 APR 4 0901 57.25 19 19.36 155 11.65 6.90 23 .11 .6 .9 SF3 1.8X 140 6

2000 APR 4 1221 12.10 19 19.51 155 11.45 9.54 23 .08 .6 .8 SF3 1.9X 136 5

2000 APR 4 1235 19.66 19 19.87 155 7.98 8.81 18 .08 .6 .8 SF4 1.5X 120 5

2000 APR 4 1617 48.15 19 25.17 155 15.08 8.73 13 .10 1.7 .8 INT L 2.4X 255 3

2000 APR 4 1638 3.78 19 24.43 155 16.41 7.53 10 .13 2.0 .7 INT L 2.1X 215 1

2000 APR 4 1657 11.70 19 25.32 155 15.57 6.52 9 .12 2.0 1.1 INT L 2.2X 245 3

2000 APR 4 1912 55.42 19 25.70 155 15.42 8.63 11 .10 2.4 1.0 INT L 1.9X 249 3

2000 APR 4 2119 29.60 19 20.71 155 10.87 9.00 12 .06 .8 1.1 SF3 1.2X 110 3

2000 APR 4 2209 13.56 19 11.86 155 38.91 10.29 13 .09 .6 1.2 LSW 1.9U 169 6

2000 APR 5 0002 10.65 20 2.12 155 45.77 24.67 34 .07 .6 .9 KOH 2.3X 123 10

2000 APR 5 0031 29.83 19 24.47 155 17.05 11.58 9 .10 1.9 1.0 INT L 2.0X 111 1

2000 APR 5 0046 10.30 19 26.42 155 16.32 9.06 11 .07 1.4 .8 INT L 2.3X 203 3

2000 APR 5 0111 12.37 19 17.37 155 14.08 8.15 19 .06 .7 1.0 SF2 1.5X 188 8

2000 APR 5 0126 31.13 19 24.89 155 16.68 7.97 11 .09 1.1 .7 INT L 2.4X 177 1

2000 APR 5 0206 54.73 19 18.47 155 13.56 11.34 13 .14 .9 1.4 SF2 1.3X 147 8

2000 APR 5 0207 15.70 19 23.66 155 19.10 6.52 10 .05 2.7 2.5 KAO L 1.8X 216 4

2000 APR 5 0352 26.36 19 20.33 155 12.25 6.83 14 .06 .8 1.1 SF3 1.2X 123 4

2000 APR 5 0416 52.05 19 24.40 155 17.61 10.42 11 .11 1.7 1.0 INT L 1.9X 86 1

2000 APR 5 0702 1.83 19 24.56 155 16.71 7.91 9 .13 2.0 1.0 INT L 2.0X 198 1

2000 APR 5 0910 7.29 19 24.90 155 16.58 7.97 13 .17 2.0 1.1 INT L 2.2X 217 1

2000 APR 5 0944 25.73 19 19.76 155 9.07 8.58 15 .06 .5 .8 SF4 1.2X 103 4

2000 APR 5 0944 33.89 19 19.93 155 9.08 7.48 17 .09 .5 .8 SF4 2.2U 101 4

2000 APR 5 1008 17.97 19 19.00 155 13.05 9.47 21 .08 .6 .7 SF2 1.8X 168 7

2000 APR 5 1157 13.32 19 24.56 155 16.95 10.04 17 .07 .7 .6 INT L 2.0X 118 1

2000 APR 5 1203 18.40 19 19.18 155 12.95 8.32 10 .03 1.0 1.5 SF2 1.2X 213 6

2000 APR 5 1550 52.96 19 18.89 155 12.58 8.91 21 .10 .6 1.0 SF2 1.1X 152 7

2000 APR 5 1605 11.66 19 24.37 155 17.51 9.04 10 .08 2.6 1.4 INT L 2.0X 139 1

2000 APR 5 1725 19.47 19 19.58 155 9.50 9.49 13 .06 1.1 1.3 SF3 1.1X 153 5

2000 APR 5 1837 50.02 19 22.54 155 19.64 5.55 10 .08 2.5 5.4 KAO L 1.9X 257 5

2000 APR 5 2108 48.10 19 25.13 155 15.28 7.28 9 .07 1.7 .8 INT L 2.0X 251 3

2000 APR 5 2354 1.06 19 23.49 155 17.08 3.31 9 .10 .7 .5 SSC L 1.5X 105 0

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 6 0318 3.86 19 24.66 155 17.22 5.84 11 .12 .8 .9 INT L 2.3X 79 1

2000 APR 6 0427 56.83 19 22.52 155 19.91 3.92 12 .10 .9 2.4 KAO L 1.8X 246 5

2000 APR 6 0728 54.32 19 12.26 155 31.25 10.54 17 .11 .8 1.8 LSW 1.5X 185 13

2000 APR 6 0754 5.07 19 19.94 155 11.86 8.60 22 .12 .5 .9 SF3 1.5X 121 5

2000 APR 6 0811 43.39 19 12.57 155 31.46 7.82 27 .12 .7 .8 LSW 1.9X 180 5

2000 APR 6 0811 54.49 19 13.44 155 29.64 2.05 15 .12 .8 .8 LSW 1.5X 175 3

2000 APR 6 0817 7.81 19 13.06 155 31.49 9.16 12 .07 .8 2.4 LSW 1.2X 176 13

2000 APR 6 0927 55.97 19 9.16 155 19.95 14.51 6 .06 6.1 1.0 LOI 2.4U 308 12

2000 APR 6 1019 38.10 19 24.62 155 16.77 9.41 12 .11 1.1 1.2 INT L 2.1X 126 1

2000 APR 6 1345 24.03 19 10.83 155 27.74 4.07 10 .14 1.715.7 LSW - 1.3X 219 9

2000 APR 6 1420 32.90 19 15.11 155 27.89 0.76 17 .12 .5 .6 LSW 1.0X 151 7

2000 APR 6 2006 43.02 19 0.37 155 30.25 41.04 23 .08 1.2 1.0 DLS 1.7X 251 28

2000 APR 6 2111 36.41 19 49.66 155 59.46 40.29 22 .10 1.0 1.3 HUA 2.3U 170 22

2000 APR 6 2212 45.58 19 22.13 155 4.30 8.21 17 .11 .7 1.0 SF5 1.1X 156 6

2000 APR 6 2229 30.50 19 4.22 155 24.79 35.95 15 .10 2.2 1.5 LOI .9X 289 19

2000 APR 7 0251 59.70 19 24.58 155 16.10 10.31 12 .13 1.8 .9 INT L 2.3X 176 2

2000 APR 7 1146 19.17 19 24.70 155 15.93 9.70 10 .07 1.8 1.0 INT L 2.2X 156 2

2000 APR 7 1212 53.85 19 18.26 155 48.99 11.97 11 .17 .9 1.0 KON 1.5U 99 7

2000 APR 7 1445 57.07 19 12.73 155 30.15 2.15 17 .19 .8 1.0 LSW 1.1X 183 11

2000 APR 7 1452 14.90 19 20.71 155 4.32 5.94 29 .11 .6 .8 SF5 1.5X 172 8

2000 APR 7 1646 47.22 19 35.86 155 13.69 14.88 32 .10 .5 .6 KEA 1.8X 135 16

2000 APR 7 1830 44.83 19 20.46 155 11.40 8.96 21 .09 .5 .7 SF3 1.4X 117 4

2000 APR 7 1847 17.65 19 23.38 155 20.08 5.67 11 .11 2.7 5.7 KAO L 2.1X 232 5

2000 APR 7 1848 12.45 19 19.85 155 8.92 8.70 18 .08 .5 .6 SF4 1.4X 113 4

2000 APR 7 2003 50.99 19 19.65 155 8.98 7.50 15 .07 .5 .8 SF4 1.3X 104 5

2000 APR 7 2118 14.86 19 16.57 155 14.87 8.54 16 .11 1.0 1.1 SF1 .9X 247 7

2000 APR 8 0013 52.36 19 11.73 155 15.42 45.39 31 .09 1.3 .9 DEP 1.7X 215 13

2000 APR 8 0021 50.47 19 25.25 155 17.59 8.42 10 .10 1.5 .9 INT L 1.6X 125 0

2000 APR 8 0028 11.07 19 20.48 155 9.96 7.74 16 .05 .5 .8 SF3 1.0X 111 3

2000 APR 8 0058 23.85 19 7.81 155 29.11 26.21 15 .10 1.8 1.3 DLS 1.5U 232 15

2000 APR 8 0141 56.40 19 24.60 155 16.18 10.48 11 .08 1.9 .9 INT L 2.1X 227 1

2000 APR 8 0230 3.25 19 23.74 155 16.85 6.65 14 .12 .7 .6 INT L 2.1X 75 1

2000 APR 8 0242 1.99 19 25.60 155 16.31 12.99 10 .11 2.7 1.3 INT L 1.8X 230 2

2000 APR 8 0253 6.87 19 25.46 155 16.32 10.84 10 .12 2.3 .8 INT L 1.4X 228 2

2000 APR 8 0323 5.67 19 9.81 155 15.47 52.80 17 .09 2.2 1.0 LOI 1.3X 269 16

2000 APR 8 0409 2.00 19 44.49 155 24.66 27.11 12 .05 1.0 1.4 KEA 1.5U 175 17

2000 APR 8 0422 10.15 19 25.15 155 17.25 10.78 13 .07 1.0 .8 INT L 1.7X 163 1

2000 APR 8 0427 4.01 19 12.63 155 27.93 5.70 30 .09 .6 .8 LSW 2.4X 184 8

2000 APR 8 0510 20.22 19 12.10 155 27.91 1.49 20 .14 1.1 .7 LSW 1.2X 202 8

2000 APR 8 0514 24.89 19 14.53 155 3.43 44.47 16 .06 3.3 1.2 DEP .9X 240 9

2000 APR 8 0655 1.79 19 25.79 155 17.29 6.40 11 .10 .9 .8 INT L 2.6X 182 1

2000 APR 8 0734 19.89 19 25.31 155 16.77 11.89 11 .11 1.4 1.4 INT L 2.1X 185 1

2000 APR 8 0759 17.60 19 20.09 155 17.37 33.25 21 .12 1.4 1.8 DEP 1.4X 140 0

2000 APR 8 0926 16.23 19 24.81 155 16.31 11.95 14 .12 1.3 .9 INT L 1.8X 178 1

2000 APR 8 0929 11.18 19 26.86 155 9.64 41.86 14 .08 2.8 1.4 DEP 1.6X 280 10
52

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 8 0929 30.93 18 55.56 155 18.34 56.15 13 .12 4.2 1.7 LOI T# 334 36

2000 APR 8 1059 53.78 19 25.26 155 16.60 8.43 14 .11 .8 .9 INT L 2.3X 159 1

2000 APR 8 1441 29.17 19 19.64 155 12.99 9.62 24 .11 .6 .7 SF2 1.6X 129 6

2000 APR 8 1837 44.12 19 25.23 155 17.30 8.74 13 .12 1.2 .9 INT L 2.4X 165 1

2000 APR 8 1854 23.14 19 21.55 155 19.61 6.53 11 .08 2.3 3.8 SWR L 2.0X 258 6

2000 APR 8 2032 8.93 19 24.57 155 17.25 10.81 14 .07 .9 .7 INT L 2.2X 80 1

2000 APR 8 2306 33.63 19 23.54 155 17.90 5.75 12 .11 1.3 1.4 INT L 2.2X 133 2

2000 APR 8 2333 1.19 19 20.25 155 7.20 6.50 15 .07 .6 1.0 SF4 .8X 202 6

2000 APR 9 0022 25.73 19 21.75 155 26.69 11.22 32 .11 .4 .6 KAO 1.8X 75 2

2000 APR 9 0253 34.28 19 24.99 155 17.16 10.62 12 .10 1.0 1.1 INT L 1.7X 157 0

2000 APR 9 0444 8.17 19 24.34 155 16.53 14.02 16 .10 .7 .9 DEP 1.1X 140 1

2000 APR 9 0621 49.33 19 25.09 155 16.53 3.75 13 .06 .6 .3 SNC L 2.0X 168 1

2000 APR 9 0711 50.60 19 38.24 154 58.78 28.65 15 .11 1.6 2.9 HIL 1.1X 272 24

2000 APR 9 1021 23.13 19 24.80 155 16.70 14.18 14 .12 1.2 1.5 DEP L 1.8X 144 1

2000 APR 9 1021 36.82 19 25.24 155 15.63 11.72 13 .10 1.1 1.2 INT L 3.2U 171 2

2000 APR 9 1301 6.35 19 19.96 155 11.58 9.35 24 .09 .5 .6 SF3 1.6X 127 5

2000 APR 9 1943 58.67 19 20.95 155 7.97 9.30 14 .07 .7 .9 SF4 1.6X 173 4

2000 APR 9 1944 2.53 19 23.02 155 14.71 2.47 14 .08 .5 .7 SEC 1.5X 153 2

2000 APR 9 1948 30.92 19 22.52 155 14.80 4.11 11 .09 1.5 1.2 SEC 1.1X 178 2

2000 APR 9 1948 45.97 19 21.62 155 14.82 3.65 10 .07 1.6 .7 KOA .7X 250 2

2000 APR 9 1949 1.80 19 23.02 155 14.70 2.07 10 .07 1.2 2.3 SEC .7X 153 2

2000 APR 9 2317 11.72 19 25.30 155 15.45 7.39 12 .24 3.2 1.5 INT L 1.9X 247 3

2000 APR 9 2349 4.49 19 20.96 155 1.89 6.22 22 .12 .9 1.2 SF5 1.4X 195 9

2000 APR 10 0104 49.61 19 25.29 155 0.72 8.83 18 .09 .9 .8 SF5 1.6X 158 4

2000 APR 10 0506 27.11 19 23.11 155 18.84 5.40 7 .07 3.0 3.0 INT L 283 3

2000 APR 10 0506 36.48 19 23.32 155 19.58 4.92 12 .06 1.2 3.3 KAO L 2.0X 228 5

2000 APR 10 0556 22.86 19 19.97 155 49.40 8.00 16 .13 .8 1.2 KON 1.5X 115 9

2000 APR 10 1037 49.02 19 25.74 155 16.94 9.44 13 .10 1.1 .9 INT L 2.3X 113 1

2000 APR 10 1207 15.19 19 24.18 155 17.41 1.70 13 .09 .5 .3 SSC 1.4X 137 2

2000 APR 10 1513 1.75 19 18.85 155 26.34 8.77 15 .08 .5 1.3 LSW .9X 128 6

2000 APR 10 1604 48.63 19 19.59 155 13.60 9.25 27 .10 .5 .7 SF2 1.5X 131 6

2000 APR 10 1848 41.39 19 22.44 155 15.97 7.14 11 .08 1.5 .8 INT L 2.1X 140 0

2000 APR 10 1854 15.62 19 24.46 155 17.72 8.90 12 .09 1.6 1.2 INT L 2.0X 84 1

2000 APR 10 2143 17.01 19 23.43 155 17.39 3.04 21 .11 .4 .3 SSC 1.7X 78 1

2000 APR 10 2201 4.19 19 20.33 155 6.69 7.80 19 .06 .5 .7 SF4 1.5X 145 6

2000 APR 10 2213 37.35 19 23.75 155 2.97 1.91 23 .10 .6 .7 SME 2.2X 146 8

2000 APR 10 2302 7.63 19 19.15 155 10.29 7.92 24 .13 .6 .8 SF3 1.5X 134 5

2000 APR 10 2331 36.18 19 51.74 156 32.80 5.99 24 .13 1.7 1.9 DIS 2.5X 236 77

2000 APR 11 0023 3.65 19 23.54 155 17.09 3.34 20 .08 .4 .2 SSC 1.5X 76 0

2000 APR 11 0753 15.27 19 23.73 155 16.75 6.60 11 .08 1.7 .9 INT L 1.9X 109 0

2000 APR 11 0805 14.82 19 26.76 155 24.34 10.99 32 .10 .4 .6 KAO 1.8X 58 6

2000 APR 11 1004 35.07 19 29.14 154 53.78 2.43 26 .10 .4 .6 SLE F 2.2X 159 4

2000 APR 11 1006 16.22 19 29.57 154 54.24 0.86 18 .13 .3 .5 SLE F 2.0X 171 4

2000 APR 11 1502 6.39 19 17.34 155 29.92 8.64 14 .08 .6 1.5 LSW 1.0X 149 10

2000 APR 11 1739 39.85 19 22.70 154 49.16 41.92 41 .11 1.2 .6 LER 2.8X 263 9

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 11 1908 1.78 19 17.30 155 15.53 6.33 11 .10 .9 1.5 SF1 1.0X 202 6

2000 APR 11 2314 46.70 19 16.84 155 28.88 7.81 11 .08 .6 2.2 LSW .9X 127 10

2000 APR 12 0314 4.66 19 19.75 155 11.07 6.71 19 .07 .5 .9 SF3 1.1X 128 5

2000 APR 12 0503 30.89 19 19.98 155 13.69 6.21 19 .10 .5 1.2 SF2 1.0X 132 5

2000 APR 12 0507 52.99 19 19.69 155 7.70 8.41 24 .07 .4 .5 SF4 1.5X 129 4

2000 APR 12 0512 51.53 19 13.47 155 28.62 0.66 14 .16 .9 .5 LSW 1.5U 178 8

2000 APR 12 0650 1.49 19 30.94 155 57.56 8.60 23 .25 1.4 .8 KON 1.9X 232 5

2000 APR 12 0736 13.93 19 18.67 155 13.40 6.43 17 .08 .5 1.3 SF2 1.2X 143 7

2000 APR 12 0841 27.10 19 13.24 155 45.86 7.74 20 .13 .6 1.8 KON 1.4X 114 7

2000 APR 12 0954 17.07 19 11.45 155 29.52 31.65 18 .12 1.5 1.6 DLS 1.3X 201 11

2000 APR 12 1137 40.82 19 17.51 155 30.95 7.02 28 .18 .6 1.7 LSW 1.6X 125 11

2000 APR 12 1253 31.53 19 24.33 155 17.53 8.04 12 .08 1.1 .9 INT L 1.8X 137 1

2000 APR 12 1304 28.68 19 19.77 155 17.56 8.33 21 .07 .7 .8 SWR 1.5X 154 1

2000 APR 12 1854 16.80 19 21.19 155 18.35 3.21 19 .10 .4 .8 SWR 1.6X 112 5

2000 APR 12 1952 16.39 19 4.25 155 11.19 12.31 9 .09 1.7 .6 LOI 1.1X 304 28

2000 APR 12 2354 50.60 19 32.73 155 37.02 12.51 12 .09 .6 .8 MLO 1.4U 119 4

2000 APR 13 0221 8.05 19 50.65 155 31.37 20.15 27 .07 .7 1.1 KEA 1.8X 116 10

2000 APR 13 0732 17.63 19 24.41 155 17.19 8.44 14 .09 1.2 .8 INT L 2.1X 95 1

2000 APR 13 0815 51.22 19 25.15 155 16.07 10.66 12 .07 2.0 .8 INT L 1.9X 231 2

2000 APR 13 0909 19.58 19 26.86 155 29.29 10.67 11 .08 .6 1.9 KAO .9X 152 12

2000 APR 13 1138 6.40 19 19.69 155 26.56 30.25 14 .09 1.1 1.6 DML 1.3U 163 6

2000 APR 13 1157 56.63 19 29.12 154 54.11 2.69 12 .09 .5 .6 SLE 1.5X 163 4

2000 APR 13 1452 31.80 19 19.00 155 11.85 7.66 21 .08 .4 1.1 SF3 1.1X 135 7

2000 APR 13 1916 36.73 19 18.68 155 12.96 6.79 25 .10 .4 1.1 SF2 1.2X 158 7

2000 APR 13 2136 51.04 19 11.84 155 30.82 0.75 38 .13 .7 .3 LSW F 1.7X 185 13

2000 APR 13 2236 45.81 19 26.13 155 16.94 7.53 11 .07 1.5 .8 INT L 1.4X 191 2

2000 APR 13 2237 7.55 19 25.15 155 15.88 10.00 11 .11 1.9 1.5 INT L 1.6X 189 2

2000 APR 13 2313 41.46 19 21.90 155 20.01 7.33 11 .10 2.9 4.1 SWR L 2.5X 256 6

2000 APR 14 0610 8.94 19 27.00 155 23.84 12.07 22 .08 .6 .6 KAO 1.6X 68 5

2000 APR 14 0748 15.29 19 16.00 155 32.55 9.70 16 .08 .4 1.0 LSW 1.4X 131 5

2000 APR 14 0957 50.30 19 28.98 155 27.49 4.92 11 .08 .7 6.8 KAO 1.0X 118 7

2000 APR 14 1314 34.14 19 29.09 155 27.07 4.51 12 .10 .6 4.9 KAO 1.1X 136 7

2000 APR 14 1331 22.56 19 12.36 155 15.35 46.84 11 .06 2.8 1.5 DEP 1.8X 286 12

2000 APR 14 1337 51.90 19 12.75 155 29.07 13.63 8 .07 2.7 .8 DLS .5U 222 17

2000 APR 14 1438 43.49 19 16.29 155 28.76 9.19 11 .05 .8 2.2 LSW .9U 134 9

2000 APR 14 2357 49.50 19 23.10 155 2.96 0.15 10 .12 1.4 .5 SME 1.2X 188 8

2000 APR 15 0059 38.33 19 23.82 155 17.20 2.17 12 .09 .7 .3 SSC .9X 196 1

2000 APR 15 0447 11.28 19 13.15 155 20.50 28.47 13 .11 1.8 1.1 DEP .9U 225 7

2000 APR 15 0638 17.04 19 19.59 155 11.35 8.17 25 .12 .6 .6 SF3 1.6X 123 5

2000 APR 15 0810 36.97 19 13.15 155 55.65 25.51 24 .10 1.4 1.1 KON 1.9X 248 8

2000 APR 15 1213 48.67 19 16.99 155 15.50 9.58 23 .11 .6 .8 SF1 1.5X 165 6

2000 APR 15 1353 34.77 19 31.59 155 38.17 14.95 11 .17 2.1 .7 DML 1.4X 284 6

2000 APR 15 1354 24.40 19 28.85 155 36.14 10.59 12 .11 1.2 1.4 MLO 1.8X 254 1

2000 APR 15 1652 28.10 19 51.43 155 33.19 28.08 23 .08 .8 1.2 KEA 2.0X 202 13

2000 APR 15 1741 40.01 19 23.32 155 0.34 6.84 19 .11 1.1 .8 SF5 .9X 191 4
53

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 15 1809 6.20 19 25.17 155 19.54 4.63 15 .09 .8 1.7 KAO 1.1X 106 3

2000 APR 15 1812 38.25 19 20.17 155 8.20 6.80 16 .09 .6 1.0 SF4 .9X 166 5

2000 APR 15 2017 58.11 19 48.31 155 53.89 33.44 14 .12 2.6 1.7 HUA 1.3U 269 14

2000 APR 15 2139 5.87 19 22.47 155 14.27 3.50 16 .06 .6 .4 SEC 1.7X 128 2

2000 APR 16 0112 38.61 19 24.37 155 26.66 7.58 12 .11 .8 1.7 KAO 1.0X 143 4

2000 APR 16 0223 49.56 19 21.08 155 0.93 8.26 27 .15 1.2 .6 SF5 1.8X 194 8

2000 APR 16 0553 29.66 19 15.97 155 26.34 10.03 14 .10 .9 1.2 LSW 1.7U 125 5

2000 APR 16 0809 1.82 19 30.02 155 27.69 7.34 25 .11 .4 1.2 MLO 1.8X 77 8

2000 APR 16 1024 18.94 19 24.60 155 16.37 15.96 19 .11 .9 .9 DEP 1.6X 132 1

2000 APR 16 1252 35.04 19 20.51 155 11.46 7.41 26 .11 .5 .6 SF3 1.8X 117 4

2000 APR 16 1401 23.61 19 19.82 155 11.85 8.92 18 .12 .7 1.0 SF3 1.0X 131 5

2000 APR 16 1441 26.19 19 17.35 155 14.48 9.83 12 .08 1.7 1.0 SF2 .9X 266 7

2000 APR 16 1719 48.12 19 24.69 155 17.50 7.56 14 .12 .9 1.0 INT L 2.0X 82 1

2000 APR 16 1735 42.97 19 18.34 155 15.21 8.67 18 .06 .9 .6 SF1 1.2X 211 5

2000 APR 16 1856 18.45 19 21.41 155 30.43 9.77 12 .10 .6 1.4 KAO 1.4U 117 5

2000 APR 16 2007 18.10 19 44.27 155 20.57 14.26 8 .11 1.1 1.6 KEA 1.3U 191 13

2000 APR 16 2115 34.33 19 24.43 155 16.92 1.72 14 .12 .6 .2 SSC 1.5X 124 1

2000 APR 16 2236 38.02 19 23.86 155 18.70 11.91 12 .14 3.5 1.4 INT L 2.0X 206 3

2000 APR 16 2240 35.19 19 4.66 155 33.99 11.69 12 .10 1.9 .7 LSW 1.1U 245 23

2000 APR 17 0058 46.58 19 28.36 155 26.11 8.19 15 .11 .6 1.6 KAO 1.0X 80 6

2000 APR 17 0104 42.89 19 28.57 155 25.96 9.10 15 .11 .7 1.5 KAO 1.1X 84 5

2000 APR 17 0205 32.41 19 25.96 155 17.52 8.41 11 .09 2.1 .9 INT L 2.4X 210 1

2000 APR 17 0214 25.33 19 11.72 155 26.71 14.36 12 .21 2.8 1.1 DLS 1.3U 219 7

2000 APR 17 0225 14.93 19 22.37 155 20.56 3.94 12 .11 1.1 3.6 KAO L 1.2X 252 7

2000 APR 17 0248 59.79 18 54.49 155 11.38 50.25 17 .12 2.2 2.0 LOI 1.9X 274 43

2000 APR 17 0306 3.80 19 36.91 155 34.30 12.26 11 .12 1.4 1.0 KEA 1.0X 264 9

2000 APR 17 0443 15.79 19 11.43 155 28.13 31.71 15 .07 1.2 1.8 DLS 1.1X 209 9

2000 APR 17 0714 49.38 19 26.40 155 19.23 6.67 11 .13 .9 1.2 KAO 1.1X 165 3

2000 APR 17 0821 2.60 19 10.21 155 31.98 9.49 12 .08 1.5 1.9 LSW 1.3U 205 16

2000 APR 17 1213 27.60 19 20.54 155 11.83 9.98 12 .08 1.0 .7 SF3 1.4X 136 4

2000 APR 17 1402 51.48 19 24.77 155 14.53 2.77 9 .04 .6 .8 SNC 1.5X 207 4

2000 APR 17 1444 58.33 19 22.83 155 14.42 3.42 11 .08 .7 .6 SEC .9X 148 2

2000 APR 17 1630 9.94 19 58.36 155 28.67 14.21 20 .12 2.2 .6 KEA 1.7X 251 17

2000 APR 17 1747 49.90 19 16.00 155 26.76 3.03 12 .11 .5 1.4 LSW .9U 128 6

2000 APR 17 1928 51.64 19 20.13 155 11.65 8.93 22 .06 .5 .6 SF3 1.5X 124 5

2000 APR 17 2110 14.81 19 19.30 155 21.50 29.39 10 .06 2.5 1.4 DEP .8U 111 4

2000 APR 17 2302 0.07 19 25.91 155 17.04 14.05 11 .07 1.3 1.1 DEP L 1.6X 175 1

2000 APR 17 2328 18.21 18 58.24 155 47.06 16.07 21 .13 4.2 1.9 DIS 2.9U 283 20

2000 APR 18 0325 49.93 19 25.19 155 15.86 1.69 7 .04 1.2 .9 SNC L 1.3X 263 2

2000 APR 18 0349 44.43 19 11.61 155 14.76 44.76 21 .10 1.5 1.2 DEP 2.0U 218 14

2000 APR 18 0447 20.06 19 19.67 155 6.82 8.99 15 .07 .5 .7 SF4 1.3X 151 5

2000 APR 18 0852 20.78 19 29.60 155 28.66 2.12 15 .10 .5 1.1 KAO 1.0X 105 9

2000 APR 18 1126 42.53 19 22.00 155 24.83 14.05 23 .10 .5 .6 DEP 1.6X 64 4

2000 APR 18 1700 9.62 19 21.22 155 17.08 1.59 15 .06 .3 .4 SWR 1.3X 127 2

2000 APR 18 1701 57.66 19 20.96 155 16.55 1.59 15 .25 .5 .6 KOA 1.4X 151 2

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 18 2234 23.49 19 23.15 155 17.76 3.19 12 .07 1.0 .5 SSC 1.2X 251 1

2000 APR 19 0130 55.39 19 23.47 155 14.87 3.37 10 .11 1.0 2.1 SEC 1.1X 169 3

2000 APR 19 1310 28.11 19 46.94 155 58.06 10.79 12 .15 2.6 .8 HUA 1.6U 304 17

2000 APR 19 1433 32.63 19 12.40 155 26.84 30.50 15 .09 1.6 1.5 DLS 1.8U 207 6

2000 APR 19 1746 35.05 19 41.61 156 30.78 30.34 9 .12 2.0 7.1 DIS 2.6U 323 71

2000 APR 19 1927 14.33 19 25.67 155 29.93 12.57 12 .08 .6 1.7 KAO 1.5U 80 13

2000 APR 19 2128 55.47 19 19.37 155 12.81 6.29 15 .09 .5 1.7 SF2 1.2X 143 6

2000 APR 19 2201 43.02 19 35.43 155 59.65 27.13 6 .05 2.9 4.7 KON 1.4U 288 38

2000 APR 19 2206 1.54 19 25.71 155 17.10 9.37 11 .08 1.8 1.1 INT L 1.8X 184 1

2000 APR 19 2212 24.60 19 14.50 155 34.46 11.42 15 .09 .5 .8 LSW 1.3X 155 5

2000 APR 19 2219 29.02 19 24.87 155 16.09 13.56 10 .06 2.3 1.0 DEP 1.3U 247 3

2000 APR 19 2226 46.43 19 20.62 155 13.73 9.49 21 .10 .6 .6 SF2 1.2X 118 4

2000 APR 20 0243 17.13 19 15.43 155 31.73 50.58 8 .11 2.1 1.7 DLS 1.2U 148 14

2000 APR 20 0748 36.30 19 26.52 155 16.70 8.14 9 .10 2.4 1.1 INT L 2.0X 231 3

2000 APR 20 0755 23.01 19 23.37 155 16.96 6.05 8 .06 1.1 1.2 INT L 2.8U 156 1

2000 APR 20 0933 27.46 19 53.84 155 15.62 12.07 23 .11 1.3 .9 KEA 2.2X 245 9

2000 APR 20 1158 37.15 19 26.60 155 16.73 12.70 15 .15 1.4 1.2 INT L 2.6X 172 3

2000 APR 20 1405 27.28 19 25.31 155 20.51 5.81 23 .09 .5 1.2 KAO 1.7X 88 4

2000 APR 20 1507 9.81 19 20.84 156 21.32 38.24 18 .12 1.9 2.6 DIS 2.0X 307 48

2000 APR 20 1735 49.32 19 24.15 155 15.55 2.25 11 .09 .6 .6 SEC 1.0X 180 2

2000 APR 20 1809 26.96 19 23.63 155 17.03 15.48 17 .08 .8 .5 DEP 1.3X 72 1

2000 APR 20 1814 59.35 19 21.10 155 11.31 12.63 14 .13 1.0 1.4 SF3 1.6X 107 3

2000 APR 20 2142 6.40 19 7.96 155 24.89 46.74 24 .10 1.8 1.3 LOI 1.6X 215 12

2000 APR 20 2217 56.45 19 9.92 155 22.50 34.56 20 .10 1.7 1.3 LOI 1.8X 222 9

2000 APR 21 0006 31.84 19 21.89 155 29.69 9.84 20 .09 .5 1.0 KAO 1.0X 87 4

2000 APR 21 0100 3.51 19 15.01 155 28.80 2.62 13 .11 .5 1.2 LSW 1.4U 153 8

2000 APR 21 0303 33.70 19 21.00 155 13.46 8.87 17 .07 .6 .7 SF2 1.4X 115 3

2000 APR 21 0320 27.47 19 22.88 155 18.26 3.63 9 .09 1.5 1.9 SSC L .9X 272 2

2000 APR 21 0652 52.35 19 15.91 155 26.65 3.21 16 .13 .5 1.8 LSW 1.9U 128 5

2000 APR 21 0726 20.15 19 13.86 155 28.81 0.48 10 .08 .8 .3 LSW 1.5U 171 8

2000 APR 21 0816 55.73 18 50.79 155 14.51 10.77 16 .09 2.0 1.4 LOI 2.9X 312 47

2000 APR 21 0825 28.35 19 3.22 155 16.03 23.97 10 .08 2.5 4.0 LOI 1.6X 326 25

2000 APR 21 0830 55.60 19 24.14 155 26.33 10.04 17 .08 .4 1.0 KAO 1.3X 55 4

2000 APR 21 0834 53.65 19 4.39 155 14.95 14.16 12 .10 2.2 .8 LOI 2.8U 293 24

2000 APR 21 0841 16.77 19 3.94 155 18.27 14.72 9 .10 2.2 1.1 LOI 1.5X 327 22

2000 APR 21 0932 40.78 19 24.63 155 20.86 2.28 8 .08 .7 1.5 KAO .7X 221 5

2000 APR 21 1331 53.82 18 48.09 155 12.93 22.57 16 .08 1.7 6.8 LOI 1.9X 326 52

2000 APR 21 1509 38.13 19 18.51 155 14.25 6.35 15 .10 .6 1.6 SF2 .9X 146 6

2000 APR 21 1841 52.89 19 22.27 155 28.21 10.31 25 .09 .4 .7 KAO 1.7X 102 1

2000 APR 21 2152 29.02 19 23.18 155 17.32 2.54 10 .03 1.1 .4 SSC 1.2X 235 1

2000 APR 22 0206 11.05 18 52.61 155 7.18 20.52 9 .13 2.513.7 LOI - 1.8U 315 50

2000 APR 22 0212 41.62 18 52.70 155 12.64 12.80 26 .09 2.6 4.4 LOI 2.4X 273 45

2000 APR 22 0223 10.21 18 54.16 155 12.84 13.26 24 .12 2.0 5.0 LOI 2.7X 270 42

2000 APR 22 0341 12.15 19 19.48 155 28.85 10.16 8 .03 1.1 .6 KAO 1.1U 188 6

2000 APR 22 0458 58.39 19 23.08 155 17.37 2.52 11 .04 .7 .3 SSC 1.5X 128 1
54

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 22 0858 54.42 18 55.62 155 11.10 9.44 16 .13 1.4 1.5 LOI 2.0U 306 40

2000 APR 22 0945 42.46 19 44.35 155 24.26 15.83 8 .13 1.8 1.5 KEA 1.5X 160 17

2000 APR 22 1036 10.74 19 25.90 155 16.55 1.93 17 .09 .3 .3 SNC 2.6X 123 2

2000 APR 22 1039 38.21 19 25.68 155 16.36 1.49 11 .05 .4 .4 SNC 2.1X 174 2

2000 APR 22 1157 12.84 19 24.19 155 17.04 2.12 11 .05 .4 .3 SSC 1.4X 152 1

2000 APR 22 1332 44.15 19 26.36 155 16.58 1.56 10 .08 .7 .9 SNC 1.6X 210 3

2000 APR 22 1348 50.98 19 9.79 155 29.16 3.06 16 .14 2.5 2.9 LSW 1.5X 304 12

2000 APR 22 1403 43.44 19 25.50 155 16.45 1.89 7 .02 1.2 .8 SNC 1.3X 188 1

2000 APR 22 1420 10.02 19 12.90 155 27.72 1.08 13 .16 1.5 .7 LSW .8X 191 7

2000 APR 22 1656 14.52 19 49.76 156 3.50 40.53 24 .11 1.1 1.5 HUA 2.4X 180 28

2000 APR 22 2135 21.65 19 19.32 155 13.32 9.91 21 .10 .6 .6 SF2 1.5X 142 6

2000 APR 22 2254 44.53 19 50.50 155 31.96 20.77 14 .07 1.1 2.5 KEA 1.6U 191 21

2000 APR 22 2259 37.80 19 19.26 155 11.76 6.62 16 .09 .6 1.5 SF3 1.2X 142 6

2000 APR 23 0448 20.50 19 49.36 155 50.70 12.90 24 .11 1.0 .6 HUA 1.9X 169 15

2000 APR 23 0613 54.10 19 32.61 154 44.59 2.76 15 .14 4.0 2.8 HIL 1.5X 335 11

2000 APR 23 0808 21.70 19 21.30 155 32.56 6.07 14 .13 1.4 3.9 MLO 1.4X 242 9

2000 APR 23 0822 6.16 19 30.50 156 20.50 19.16 8 .06 2.910.6 DIS - 2.5U 311 45

2000 APR 23 0916 15.65 19 21.94 155 14.45 13.68 13 .05 .9 1.0 DEP 1.5X 137 3

2000 APR 23 1122 25.71 18 51.51 155 12.66 10.70 10 .07 1.4 1.0 LOI 1.4X 326 47

2000 APR 23 1207 50.31 19 6.35 155 27.72 45.30 11 .09 2.7 1.9 DLS 1.7X 303 27

2000 APR 23 1354 20.51 19 22.79 155 29.66 9.22 10 .08 .9 1.2 KAO 1.2U 185 4

2000 APR 23 1416 22.29 19 20.70 155 7.07 8.60 24 .06 .4 .6 SF4 2.1X 134 5

2000 APR 23 2328 34.76 19 37.20 155 17.93 7.45 6 .18 4.319.2 KEA - .8U 256 17

2000 APR 24 0017 57.05 19 26.13 155 16.36 11.59 6 .04 1.1 1.6 INT L 1.5X 193 3

2000 APR 24 0240 52.44 19 24.85 155 18.31 9.79 9 .07 4.3 1.3 INT L 1.7X 181 2

2000 APR 24 0241 28.84 19 24.87 155 16.59 10.43 10 .05 2.7 1.0 INT L 1.6X 165 1

2000 APR 24 0250 9.43 19 8.97 155 20.11 29.08 11 .10 2.3 1.6 LOI .9U 246 12

2000 APR 24 0256 15.86 19 49.68 155 47.11 8.57 17 .15 .6 .9 HUA 1.7X 143 17

2000 APR 24 0334 46.10 19 53.11 155 54.69 14.97 11 .11 2.1 1.0 HUA 1.8X 268 23

2000 APR 24 0534 30.43 18 50.92 155 8.02 46.96 10 .08 3.7 3.1 LOI 1.3U 300 52

2000 APR 24 0646 30.57 19 50.38 155 47.14 8.37 11 .08 .7 .9 HUA 1.6X 244 18

2000 APR 24 0653 37.18 19 26.61 155 28.69 8.25 22 .09 .4 1.4 KAO 1.6X 64 11

2000 APR 24 0725 57.72 19 29.23 154 53.95 2.49 12 .07 .6 .6 SLE .9X 153 4

2000 APR 24 0727 38.94 19 28.95 154 53.57 1.38 15 .12 .4 .7 SLE 2.1U 146 4

2000 APR 24 0819 45.51 19 16.08 155 13.09 7.66 15 .07 .8 1.5 SF2 1.8X 186 9

2000 APR 24 1306 24.59 19 16.80 155 12.72 3.78 12 .07 .811.6 SSF - 1.5X 175 8

2000 APR 24 1359 42.42 19 23.24 155 18.66 8.45 8 .12 2.8 4.0 INT L 1.9X 168 4

2000 APR 24 1423 27.55 19 25.04 155 17.96 8.50 14 .20 1.9 1.2 INT L 2.0X 88 1

2000 APR 24 1429 23.79 19 23.77 155 18.94 10.41 10 .12 2.2 1.9 INT L 1.9X 168 4

2000 APR 24 1441 1.54 19 24.86 155 17.62 7.88 13 .08 1.6 1.0 INT L 2.3X 85 1

2000 APR 24 1446 40.54 19 23.66 155 18.51 8.08 8 .10 1.9 1.4 INT L 1.6X 170 3

2000 APR 24 1508 4.44 19 24.82 155 16.00 6.66 10 .09 1.2 .8 INT L 1.8X 182 2

2000 APR 24 1510 55.15 19 12.05 155 41.11 11.31 16 .15 .8 .9 LSW 1.4X 158 9

2000 APR 24 1522 29.01 19 23.04 155 16.43 6.08 8 .10 .8 1.3 INT L 2.1X 107 1

2000 APR 24 1525 32.98 19 22.58 155 19.71 5.93 9 .07 5.010.4 KAO L- 1.7X 243 6

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 24 1538 28.28 19 25.30 155 16.38 6.48 9 .08 1.4 .9 INT L 1.8X 185 2

2000 APR 24 1554 41.05 19 24.33 155 17.59 9.90 9 .07 2.7 1.5 INT L 1.8X 141 1

2000 APR 24 1558 31.55 19 24.83 155 16.17 12.76 12 .23 2.7 1.4 INT L 2.5X 180 1

2000 APR 24 1600 12.60 19 30.52 155 10.03 4.10 5 .0510.913.1 GLN L- 1.7X 321 16

2000 APR 24 1618 0.86 19 25.86 155 16.75 9.64 10 .09 2.9 1.1 INT L 2.0X 223 2

2000 APR 24 1628 54.96 19 24.34 155 15.10 0.01 9 .10 .4 .8 SEC # .6X 197 3

2000 APR 24 1633 16.64 19 24.58 155 17.53 10.03 8 .08 3.1 1.6 INT L 1.8X 171 2

2000 APR 24 1645 42.52 19 23.85 155 17.35 9.04 8 .05 .9 .9 INT L 2.0X 139 1

2000 APR 24 1652 32.06 19 23.10 155 14.86 3.48 17 .08 .4 .4 SEC 1.7X 136 2

2000 APR 24 1656 3.52 19 23.25 155 14.84 3.47 19 .09 .4 .3 SEC 2.0X 139 2

2000 APR 24 1704 40.02 19 17.64 155 14.62 7.89 20 .10 .6 1.0 SF1 1.1X 158 7

2000 APR 24 1706 55.38 19 21.16 155 15.74 8.92 10 .05 1.8 1.1 SF1 1.3X 274 2

2000 APR 24 1712 2.28 19 24.99 155 16.86 12.36 10 .08 4.2 1.2 INT L 1.8X 211 0

2000 APR 24 1717 27.03 19 22.92 155 14.51 2.80 10 .08 .5 .6 SEC 1.0X 151 3

2000 APR 24 1735 47.65 19 16.67 155 12.25 8.14 14 .09 .7 1.7 SF3 1.2X 203 8

2000 APR 24 1741 9.57 19 24.48 155 16.51 7.94 12 .09 1.1 .8 INT L 2.0X 157 1

2000 APR 24 1801 48.66 19 23.60 155 18.05 8.81 9 .10 3.1 1.2 INT L 1.7X 208 3

2000 APR 24 1834 15.19 19 26.49 155 15.33 8.99 11 .07 1.7 1.1 INT L 1.8X 217 4

2000 APR 24 1922 56.19 19 24.64 155 15.50 7.45 11 .09 2.6 .8 INT L 1.8X 186 2

2000 APR 24 1947 39.05 19 25.79 155 16.21 12.78 10 .15 1.4 1.7 INT L 2.3X 196 2

2000 APR 24 2030 37.66 19 24.68 155 17.84 9.82 10 .08 3.8 1.0 INT L 1.6X 169 1

2000 APR 24 2108 16.94 19 10.42 155 28.05 35.38 11 .10 1.9 1.5 DLS 1.3U 217 10

2000 APR 24 2121 18.26 19 25.24 155 16.61 10.40 12 .08 1.1 1.0 INT L 2.1X 170 1

2000 APR 24 2144 37.37 19 22.97 155 15.39 6.01 8 .07 1.8 1.6 INT .9X 137 1

2000 APR 24 2214 39.40 19 24.32 155 17.24 8.01 10 .11 4.8 1.3 INT L 1.3X 168 1

2000 APR 24 2302 23.40 19 24.18 155 18.67 8.26 9 .08 5.0 3.1 INT L 2.8U 198 3

2000 APR 25 0012 51.82 19 27.08 155 14.67 8.69 12 .16 2.6 2.8 INT L 2.0X 208 6

2000 APR 25 0046 5.54 19 22.18 155 19.53 2.63 9 .09 .9 2.1 KAO L 2.1X 263 5

2000 APR 25 0113 17.84 19 24.65 155 16.00 8.61 9 .05 .9 1.1 INT L 1.9X 182 2

2000 APR 25 0208 56.35 19 24.76 155 16.73 11.18 10 .07 1.8 1.2 INT L 1.9X 172 1

2000 APR 25 0316 7.29 19 23.63 155 18.20 7.31 10 .07 1.8 1.6 INT L 1.6X 137 3

2000 APR 25 0407 38.18 19 24.23 155 16.99 11.79 10 .13 2.3 1.8 INT L 1.8X 113 1

2000 APR 25 0506 38.75 19 25.08 155 16.61 10.12 8 .06 3.1 1.1 INT L 1.8X 179 1

2000 APR 25 0612 28.51 19 25.23 155 16.92 11.91 9 .08 1.2 1.1 INT L 1.6X 181 1

2000 APR 25 0640 15.70 19 24.64 155 16.50 12.13 10 .10 1.4 .9 INT L 1.8X 173 1

2000 APR 25 0845 12.41 19 24.64 155 17.00 10.06 13 .06 1.2 .9 INT L 1.8X 117 0

2000 APR 25 0857 53.21 19 30.95 155 57.60 11.92 9 .06 1.3 .6 KON 1.4U 277 5

2000 APR 25 0930 38.60 19 24.45 155 17.77 9.53 13 .06 1.3 .9 INT L 2.0X 128 2

2000 APR 25 1322 3.07 19 23.59 155 17.36 10.35 12 .11 1.1 .9 INT L 1.6X 137 1

2000 APR 25 1538 22.38 19 24.80 155 16.54 9.62 12 .09 1.6 1.0 INT L 1.8X 175 1

2000 APR 25 1658 34.56 19 20.24 155 12.93 7.91 18 .06 .5 .9 SF2 1.5X 120 4

2000 APR 25 1730 48.31 19 27.24 155 52.81 10.07 20 .17 1.1 .8 KON 2.1X 137 5

2000 APR 25 1732 39.38 19 19.80 155 9.66 6.21 17 .07 .5 1.0 SF3 1.5X 112 4

2000 APR 25 1808 48.14 19 20.04 155 7.67 9.24 28 .09 .7 .5 SF4 2.8X 122 5

2000 APR 25 2128 45.22 19 24.22 155 17.54 10.24 12 .11 1.8 1.5 INT L 1.8X 82 2
55

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 APR 25 2234 16.44 19 19.96 155 15.27 7.87 15 .09 .6 1.2 SF1 1.0X 126 5

2000 APR 25 2252 10.14 19 26.02 155 16.69 10.65 10 .12 2.6 1.4 INT L 2.3X 201 2

2000 APR 26 0013 46.41 19 27.29 155 16.31 9.42 11 .10 2.1 1.0 INT L 2.5U 231 4

2000 APR 26 0328 32.35 19 24.96 155 16.75 8.58 11 .18 2.2 1.2 INT L 1.8X 167 0

2000 APR 26 0330 34.64 19 17.32 155 23.31 37.10 13 .10 1.9 1.7 DEP 1.6U 160 5

2000 APR 26 0721 49.28 19 24.74 155 17.45 10.90 12 .07 1.0 1.3 INT L 1.8X 82 1

2000 APR 26 1128 27.98 19 23.96 155 16.32 10.40 14 .12 .9 1.1 INT L 1.8X 103 0

2000 APR 26 1304 47.71 19 20.44 155 13.05 9.07 17 .05 .5 1.1 SF2 1.3X 123 4

2000 APR 26 1421 2.54 19 21.04 155 13.01 8.38 22 .10 .5 .6 SF2 1.5X 111 3

2000 APR 26 1557 24.21 19 18.88 155 23.62 28.32 15 .10 1.3 1.7 DEP .9X 137 3

2000 APR 26 1624 23.66 19 24.26 155 17.34 10.41 11 .11 2.0 .9 INT L 1.8X 134 1

2000 APR 26 1806 31.06 19 17.80 155 23.76 33.97 27 .11 .9 1.3 DEP 2.2X 94 5

2000 APR 26 2309 29.70 19 21.45 155 18.73 4.28 11 .09 .7 2.5 SWR .9X 121 5

2000 APR 27 0501 16.05 18 59.63 155 30.64 39.75 16 .08 2.1 1.7 DLS 1.3X 269 29

2000 APR 27 1006 58.77 19 24.15 155 29.82 15.60 15 .10 .8 1.5 DML 1.3X 162 14

2000 APR 27 1229 18.41 19 26.29 155 28.97 8.32 15 .08 .5 1.6 KAO 1.3X 137 12

2000 APR 27 2329 4.24 19 56.76 156 37.66 0.38 23 .10 1.8 .4 DIS 2.3X 242 82

2000 APR 28 0044 40.07 19 23.31 155 14.79 3.59 19 .09 .4 .4 SEC 2.2X 136 3

2000 APR 28 0045 3.44 19 23.30 155 14.80 2.77 8 .06 1.1 2.4 SEC 1.4X 164 3

2000 APR 28 0118 56.14 19 10.98 155 29.10 4.52 12 .15 2.714.4 LSW - 1.2X 288 11

2000 APR 28 0409 42.49 19 18.65 154 59.37 40.78 19 .08 1.9 1.5 LER 1.7X 237 12

2000 APR 28 0706 58.66 19 22.88 155 29.66 8.57 13 .06 .6 1.2 KAO 1.4X 106 4

2000 APR 28 0851 51.47 19 22.96 155 14.40 3.59 17 .06 .5 .4 SEC 1.5X 136 2

2000 APR 28 0851 58.34 19 23.07 155 14.49 3.39 18 .07 .4 .3 SEC 1.9X 138 3

2000 APR 28 0853 51.63 19 19.87 155 7.55 8.83 29 .08 .6 .5 SF4 2.0X 132 5

2000 APR 28 1034 13.18 19 22.91 155 14.57 3.43 16 .07 .3 .4 SEC 1.5X 117 3

2000 APR 28 1638 13.78 19 19.23 155 11.47 8.35 24 .08 .5 .5 SF3 2.0X 135 6

2000 APR 28 1829 41.28 19 19.08 155 13.03 10.27 34 .10 .5 .3 SF2 2.4X 144 7

2000 APR 28 2046 33.60 19 23.99 155 15.96 3.04 17 .09 .5 .3 SEC 1.6X 155 1

2000 APR 28 2047 21.50 19 56.69 156 26.26 4.99 24 .10 1.3 1.9 DIS 2.4X 222 72

2000 APR 28 2216 40.91 19 19.30 155 13.16 7.70 17 .12 .6 1.4 SF2 1.2X 134 6

2000 APR 28 2342 6.85 19 24.77 155 16.09 8.69 10 .11 1.6 .9 INT L 1.6X 184 2

2000 APR 29 0057 15.00 19 19.77 155 7.82 9.32 18 .11 .6 .7 SF4 1.4X 125 4

2000 APR 29 0829 10.42 19 18.56 155 12.76 7.27 19 .12 .7 1.4 SF2 1.3X 145 8

2000 APR 29 1412 40.69 19 10.08 155 28.98 41.00 18 .06 2.0 1.2 DLS 1.6X 285 12

2000 APR 29 1811 34.48 19 23.61 155 1.10 6.62 15 .14 1.0 1.5 SF5 1.8X 171 5

2000 APR 29 2130 21.79 19 13.76 155 33.15 4.82 10 .13 1.813.0 LSW - 1.3U 265 16

2000 APR 29 2248 14.43 19 26.11 155 45.51 9.91 27 .11 .5 .8 KON 2.8X 94 18

2000 APR 30 0333 27.67 19 25.27 155 16.45 12.59 16 .13 .8 .8 INT L 2.3X 158 1

2000 APR 30 0428 47.11 19 14.77 155 22.87 8.21 7 .10 1.3 1.7 SWR 1.3U 197 2

2000 APR 30 1153 23.26 19 19.27 155 12.23 7.94 15 .04 .6 1.2 SF3 1.2X 143 6

2000 APR 30 1800 21.97 19 20.66 155 4.56 7.93 26 .08 .6 .7 SF5 1.8X 171 7

2000 APR 30 2026 52.98 19 26.62 155 23.34 8.81 13 .08 .6 1.2 KAO 1.1X 104 5

2000 APR 30 2159 2.28 19 19.60 155 17.68 29.54 17 .08 1.1 1.4 DEP 1.3X 106 3

2000 MAY 1 0157 17.87 19 23.67 155 30.36 8.83 13 .08 .6 1.3 KAO .7U 170 5

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 1 0525 40.93 19 20.43 155 2.24 1.24 11 .09 1.7 .7 SSF .6X 227 11

2000 MAY 1 0808 27.23 19 53.78 155 23.27 12.66 8 .10 3.2 .4 KEA 1.8U 247 5

2000 MAY 1 1103 10.92 19 21.27 155 7.15 5.89 14 .09 .8 1.0 SF4 1.4X 204 4

2000 MAY 1 1122 43.35 19 24.91 155 30.17 8.90 11 .11 .9 1.3 KAO 1.1X 158 6

2000 MAY 1 1231 48.03 19 20.55 155 13.31 32.38 24 .12 .9 1.0 DEP 2.0X 117 4

2000 MAY 1 1354 21.36 19 26.79 155 28.95 13.01 19 .09 .4 .8 DML 1.6X 68 11

2000 MAY 1 1530 35.18 19 10.28 155 27.88 36.40 13 .10 2.2 1.5 DLS 1.2X 219 10

2000 MAY 1 1535 7.73 18 6.07 155 48.27 25.26 37 .11 1.3 6.2 DIS 3.1X 323 99

2000 MAY 1 1630 35.07 19 28.38 155 5.63 15.10 12 .06 1.4 1.0 DEP 1.3X 286 10

2000 MAY 1 1754 59.65 19 22.84 155 14.95 3.21 14 .08 .4 .3 SEC .9X 140 2

2000 MAY 1 2119 18.58 19 15.64 155 26.40 8.69 14 .15 .7 1.2 LSW 1.6U 131 5

2000 MAY 2 0411 33.60 19 19.39 155 13.41 8.35 15 .10 .6 1.4 SF2 1.1X 133 6

2000 MAY 2 0523 59.11 19 36.77 155 57.26 24.15 8 .08 2.9 1.0 KON 1.6U 251 14

2000 MAY 2 0954 23.27 19 58.48 155 40.59 33.15 17 .21 1.5 2.2 KOH 1.6X 256 31

2000 MAY 2 1202 39.30 19 19.53 155 6.17 8.24 29 .06 .4 .4 SF4 2.1X 164 5

2000 MAY 2 1355 30.95 19 19.36 155 15.70 7.20 25 .11 .5 .8 SF1 1.8X 133 3

2000 MAY 2 1359 53.86 19 19.69 155 13.29 7.97 21 .11 .6 .9 SF2 1.6X 129 5

2000 MAY 2 1408 53.88 19 19.49 155 6.95 6.61 16 .09 .9 1.1 SF4 1.2X 215 4

2000 MAY 2 1642 1.64 19 21.30 155 14.07 28.69 28 .08 .9 .7 DEP 1.9X 109 3

2000 MAY 2 1814 18.87 19 20.61 155 12.42 9.70 21 .10 .6 .7 SF2 1.4X 119 4

2000 MAY 2 1926 37.37 19 24.70 155 15.75 7.90 12 .16 1.7 1.0 INT L 1.6X 169 2

2000 MAY 2 2058 11.60 19 56.55 155 23.00 10.60 13 .11 1.5 .6 KEA 1.8U 264 7

2000 MAY 2 2159 34.43 19 17.64 155 12.87 7.58 16 .06 .6 1.5 SF2 1.3X 160 9

2000 MAY 2 2305 12.53 19 24.77 155 17.58 9.06 12 .14 2.1 1.0 INT L 1.5X 83 1

2000 MAY 3 0047 27.97 19 18.17 155 12.78 9.67 27 .09 .5 .4 SF2 1.9X 151 8

2000 MAY 3 0312 58.11 19 25.39 155 15.87 8.94 9 .10 1.9 1.1 INT L 1.5X 193 2

2000 MAY 3 0514 48.62 19 19.00 155 13.22 8.64 20 .09 .6 .9 SF2 1.3X 151 7

2000 MAY 3 0914 0.18 19 19.73 155 13.31 9.13 24 .08 .5 .7 SF2 1.3X 128 5

2000 MAY 3 0920 31.71 19 23.53 155 17.34 7.55 10 .09 2.3 1.5 INT L 1.6X 137 1

2000 MAY 3 1052 32.37 19 5.33 155 29.60 31.41 36 .09 .9 1.1 DLS 2.5X 178 18

2000 MAY 3 1129 1.26 19 23.79 155 16.67 6.74 10 .08 1.1 .9 INT L 2.1X 102 0

2000 MAY 3 1650 37.21 19 25.46 155 15.72 8.10 9 .14 2.4 1.1 INT L 1.8X 242 2

2000 MAY 3 1709 54.96 19 22.81 155 30.40 9.65 19 .13 .6 1.5 KAO 1.7X 84 5

2000 MAY 3 1929 19.37 19 23.99 155 16.29 5.46 11 .13 1.6 .9 INT L 1.2X 150 1

2000 MAY 3 2254 38.16 19 25.08 155 15.44 7.23 11 .21 3.0 1.4 INT L 1.7X 247 3

2000 MAY 4 0011 13.63 19 33.04 156 4.93 19.95 16 .12 1.5 2.3 KON 1.7U 268 19

2000 MAY 4 0043 42.52 19 59.83 155 17.53 13.38 11 .05 1.2 .5 KEA 1.6X 284 13

2000 MAY 4 0106 24.36 19 25.17 155 17.55 12.05 9 .13 1.2 1.5 INT L 1.7X 128 0

2000 MAY 4 0441 4.61 19 23.78 155 17.49 8.10 10 .10 1.4 1.3 INT L 1.9X 119 1

2000 MAY 4 0747 7.14 19 23.23 155 15.12 2.75 16 .06 .3 .3 SEC L 1.4X 135 2

2000 MAY 4 0836 28.89 19 23.49 155 18.65 6.13 12 .10 2.1 3.0 INT L 1.5X 147 3

2000 MAY 4 1151 17.04 19 18.59 155 12.67 9.63 15 .08 .9 1.4 SF2 1.1X 219 7

2000 MAY 4 1601 0.25 19 21.43 155 28.57 10.20 13 .10 .6 .8 KAO 1.4U 109 3

2000 MAY 4 1743 36.34 19 11.85 155 38.90 7.32 42 .16 .5 .8 LSW 3.1X 106 6

2000 MAY 4 1804 36.18 19 12.44 155 38.76 1.92 29 .17 .5 .8 LSW 1.7X 103 14
56

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 4 1840 7.35 19 27.69 155 29.23 10.46 26 .12 .5 1.0 KAO 1.5X 79 10

2000 MAY 4 2030 3.87 19 25.34 155 14.72 0.12 11 .15 .6 .8 SNC L 1.6X 238 4

2000 MAY 4 2033 31.90 19 18.83 155 49.42 11.59 13 .13 1.3 .7 KON 1.3X 181 7

2000 MAY 4 2119 12.42 19 43.54 155 31.85 29.85 20 .10 .9 1.2 KEA 1.9X 90 14

2000 MAY 4 2138 24.83 19 23.98 155 16.45 7.51 10 .12 2.0 .8 INT L 1.4X 190 0

2000 MAY 4 2141 9.63 19 23.14 155 16.21 8.00 9 .11 2.2 .9 INT L 2.3X 181 1

2000 MAY 4 2146 11.65 19 22.54 155 16.13 7.37 12 .08 .7 .9 INT L 1.9X 106 0

2000 MAY 4 2149 23.79 19 23.99 155 18.01 9.70 11 .11 1.1 1.5 INT L 2.3X 87 2

2000 MAY 4 2157 6.00 19 23.32 155 21.28 6.63 11 .08 2.4 4.8 KAO L 1.9X 244 7

2000 MAY 4 2211 20.73 19 23.56 155 15.77 10.38 11 .10 1.5 1.1 INT L 2.0X 132 2

2000 MAY 4 2236 0.38 19 20.74 155 7.30 6.14 14 .07 1.3 1.4 SF4 .9X 198 5

2000 MAY 4 2258 57.28 19 24.68 155 17.14 9.03 11 .07 1.5 .7 INT L 2.0X 88 0

2000 MAY 4 2336 34.14 19 4.96 155 29.37 31.36 17 .07 1.6 2.1 DLS 1.7X 238 20

2000 MAY 4 2338 31.54 19 24.61 155 16.73 10.52 11 .09 1.7 1.2 INT L 2.0X 202 1

2000 MAY 4 2347 41.98 19 21.36 155 2.15 28.32 13 .10 2.6 1.1 DEP 1.8X 301 10

2000 MAY 5 0027 45.32 18 49.29 155 10.40 52.81 17 .08 2.2 2.0 LOI 1.5X 272 52

2000 MAY 5 0030 37.90 19 24.10 155 16.23 3.16 9 .11 .7 .5 SEC L 1.8X 150 1

2000 MAY 5 0134 32.42 19 19.88 155 10.65 10.03 22 .07 .6 .4 SF3 1.8X 119 4

2000 MAY 5 0149 16.98 19 19.70 155 11.71 7.79 16 .06 .6 1.2 SF3 1.4X 133 5

2000 MAY 5 0301 31.71 19 24.88 155 16.69 10.64 13 .09 .8 1.0 INT L 2.4X 145 1

2000 MAY 5 0448 39.44 19 24.72 155 15.84 6.68 11 .14 1.6 1.2 INT L 1.9X 182 2

2000 MAY 5 0559 35.94 19 22.09 155 19.00 1.62 8 .08 .7 1.2 SSC L 1.7X 249 5

2000 MAY 5 0718 28.83 19 23.09 155 18.62 2.82 10 .08 .6 1.0 SSC L 1.9U 146 4

2000 MAY 5 0747 6.33 19 24.81 155 17.40 12.14 12 .10 1.0 1.4 INT L 2.4X 93 1

2000 MAY 5 0756 11.99 19 24.76 155 15.95 8.49 10 .14 1.7 1.0 INT L 2.0X 232 2

2000 MAY 5 0845 52.19 19 24.26 155 17.29 6.53 10 .05 1.5 1.2 INT L 1.7X 111 1

2000 MAY 5 0846 0.99 19 23.99 155 18.43 6.77 11 .04 1.9 1.6 INT L 1.9X 157 3

2000 MAY 5 1015 16.98 19 23.76 155 16.47 8.87 10 .06 1.0 1.1 INT L 1.8X 114 0

2000 MAY 5 1033 33.20 19 22.95 155 17.57 3.67 13 .07 .6 .8 SSC 1.1X 78 1

2000 MAY 5 1125 45.84 19 23.90 155 16.79 9.85 13 .06 .9 1.4 INT L 2.0X 93 0

2000 MAY 5 1307 40.20 19 24.28 155 17.14 8.21 11 .08 .9 1.3 INT L 1.8X 78 1

2000 MAY 5 1339 20.75 19 24.15 155 29.99 10.27 23 .13 .5 .9 KAO 1.6X 86 5

2000 MAY 5 1405 49.54 19 24.27 155 15.90 3.19 9 .10 1.0 .5 SEC L 1.9X 175 1

2000 MAY 5 1622 35.07 19 12.65 155 37.93 10.18 19 .08 .4 1.2 LSW 1.2X 106 15

2000 MAY 5 1636 34.08 19 24.36 155 16.84 9.48 11 .08 .9 1.3 INT L 1.8X 132 1

2000 MAY 5 1731 17.95 19 24.60 155 16.19 6.53 12 .13 1.2 .9 INT L 2.3X 164 1

2000 MAY 5 1745 48.23 19 24.54 155 29.33 6.63 18 .10 .6 1.5 KAO 1.1X 154 5

2000 MAY 5 1756 8.69 19 24.92 155 17.10 8.28 11 .07 1.9 .8 INT L 1.7X 143 0

2000 MAY 5 2154 25.31 19 24.65 155 16.09 9.42 13 .10 1.3 .9 INT L 2.5X 166 2

2000 MAY 5 2158 53.73 19 24.42 155 16.51 8.70 11 .07 1.1 .7 INT L 2.0X 162 1

2000 MAY 5 2207 31.68 19 24.73 155 17.04 10.45 12 .05 .9 .9 INT L 1.7X 107 0

2000 MAY 5 2219 40.93 19 23.77 155 17.26 8.06 12 .13 .9 1.1 INT L 2.0X 78 1

2000 MAY 5 2250 4.09 19 25.56 155 17.12 5.12 9 .05 1.1 .7 INT L 1.7X 181 1

2000 MAY 5 2250 33.36 19 25.25 155 16.75 7.49 11 .11 1.1 .8 INT L 1.9X 180 1

2000 MAY 6 0114 7.56 19 24.16 155 16.31 9.87 14 .09 1.2 .9 INT L 2.1X 149 1

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 6 0251 4.25 19 5.58 155 29.57 31.12 31 .08 .9 1.3 DLS 2.1X 176 18

2000 MAY 6 0355 48.88 19 25.46 155 17.52 11.80 12 .18 1.8 1.5 INT L 2.0X 175 0

2000 MAY 6 0359 42.54 19 29.82 155 49.94 7.86 14 .10 .6 1.1 KON L 1.8X 95 9

2000 MAY 6 0430 6.63 19 23.27 155 16.98 2.84 10 .06 .8 .3 SSC L 1.5X 188 0

2000 MAY 6 0520 4.15 19 24.44 155 16.82 9.96 14 .07 .6 .6 INT L 2.1X 129 1

2000 MAY 6 0548 42.07 19 51.09 155 36.39 30.47 26 .08 .7 1.2 KEA 2.5X 120 17

2000 MAY 6 0658 39.16 19 24.07 155 17.20 9.87 15 .06 .5 .6 INT L 2.4X 82 1

2000 MAY 6 0702 13.53 19 24.40 155 15.75 6.16 10 .09 2.0 1.0 INT L 2.0X 245 2

2000 MAY 6 0712 57.99 19 25.00 155 16.45 9.91 14 .11 .9 .9 INT L 2.0X 168 1

2000 MAY 6 0716 2.85 19 19.37 155 11.76 8.08 17 .08 .6 1.3 SF3 1.3X 139 6

2000 MAY 6 0724 57.18 19 24.52 155 16.46 11.25 14 .05 .7 .7 INT L 1.9X 161 1

2000 MAY 6 0736 29.91 19 23.44 155 15.02 3.04 15 .08 .3 .3 SEC 1.7X 155 2

2000 MAY 6 0803 14.30 19 24.38 155 16.89 9.69 17 .13 .7 .7 INT L 2.1X 120 1

2000 MAY 6 0942 49.24 19 24.58 155 16.89 1.89 11 .11 .8 .3 SNC L 1.6X 136 1

2000 MAY 6 0953 55.71 19 24.92 155 16.41 12.10 15 .08 .9 .8 INT L 2.2X 147 1

2000 MAY 6 1023 0.18 19 23.35 155 14.86 2.29 14 .06 .3 .5 SEC 1.3X 101 3

2000 MAY 6 1121 51.95 19 24.82 155 16.69 11.01 16 .06 1.0 .7 INT L 2.0X 138 1

2000 MAY 6 1227 22.89 19 24.04 155 17.23 9.98 17 .10 .7 .8 INT L 2.3X 89 1

2000 MAY 6 1311 17.67 19 22.70 155 14.32 3.35 15 .04 .4 .3 SEC 1.5X 123 2

2000 MAY 6 1418 46.62 19 24.39 155 17.30 9.57 15 .10 .6 .8 INT L 2.0X 80 1

2000 MAY 6 1546 20.73 19 25.50 155 17.12 11.71 14 .08 1.0 .9 INT L 2.4X 144 1

2000 MAY 6 1550 14.51 19 22.98 155 16.97 10.44 11 .15 1.4 1.5 INT L 1.9X 149 1

2000 MAY 6 1556 17.62 19 24.03 155 17.23 8.34 13 .08 .7 .9 INT L 1.9X 88 1

2000 MAY 6 1600 16.90 19 24.59 155 17.03 9.85 13 .05 .7 .9 INT L 1.9X 106 1

2000 MAY 6 1605 59.51 19 24.32 155 17.36 9.82 16 .09 .7 .6 INT L 2.0X 77 1

2000 MAY 6 1613 12.04 19 24.71 155 16.71 10.40 15 .08 .7 .8 INT L 1.9X 157 1

2000 MAY 6 1623 54.73 19 24.59 155 16.46 9.32 13 .11 1.1 .8 INT L 1.6X 172 1

2000 MAY 6 1631 53.99 19 24.53 155 16.80 9.44 16 .08 .8 .7 INT L 2.1X 137 1

2000 MAY 6 1649 20.11 19 24.65 155 16.97 10.31 16 .07 .6 .8 INT L 2.1X 116 0

2000 MAY 6 1714 46.56 19 24.47 155 16.75 11.85 12 .09 1.6 2.0 INT L 2.2X 126 1

2000 MAY 6 1739 13.54 19 23.06 155 14.76 3.49 14 .08 .5 .5 SEC 1.6X 136 2

2000 MAY 6 1744 47.64 19 24.49 155 17.17 10.96 16 .07 .6 .7 INT L 2.1X 88 1

2000 MAY 6 1825 19.92 19 24.31 155 17.15 9.39 18 .12 .7 .6 INT L 1.9X 68 1

2000 MAY 6 1849 22.00 19 24.51 155 15.27 11.82 13 .12 1.0 .8 INT L 2.5X 170 3

2000 MAY 6 1852 1.99 19 25.52 155 16.87 14.10 12 .07 1.4 .9 DEP L 2.2X 182 1

2000 MAY 6 1904 2.03 19 24.46 155 16.79 10.74 15 .08 .7 .6 INT L 2.3X 133 1

2000 MAY 6 1931 45.35 19 24.55 155 16.25 10.81 13 .11 1.1 .8 INT L 2.0X 173 1

2000 MAY 6 2045 26.68 19 24.12 155 16.29 12.58 12 .11 1.1 1.1 INT L 2.1X 156 1

2000 MAY 6 2046 54.37 19 23.87 155 17.35 11.13 12 .10 1.2 .7 INT L 1.9X 127 1

2000 MAY 6 2052 4.50 19 25.03 155 16.89 10.26 12 .06 1.9 .8 INT L 1.9X 168 0

2000 MAY 6 2144 25.81 19 26.36 155 17.16 8.97 11 .20 2.0 1.2 INT L 2.0X 193 2

2000 MAY 6 2321 55.88 19 24.67 155 17.22 10.37 13 .08 1.3 .9 INT L 1.9X 79 1

2000 MAY 7 0032 20.96 19 23.44 155 18.75 7.72 9 .13 1.5 1.6 INT L 1.7X 148 3

2000 MAY 7 0054 27.52 18 55.66 155 12.47 35.57 19 .09 1.5 2.7 LOI 1.6X 271 40

2000 MAY 7 0135 43.28 19 25.27 155 16.41 6.66 10 .08 1.8 .8 INT L 1.8X 253 1
57

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 7 0138 4.58 19 24.62 155 16.70 11.83 13 .09 .8 .9 INT L 2.5X 156 1

2000 MAY 7 0138 56.53 19 25.41 155 15.69 6.79 13 .10 1.1 .7 INT L 2.1X 179 2

2000 MAY 7 0228 46.27 19 23.78 155 16.63 10.79 8 .09 1.9 1.7 INT L 1.7X 139 0

2000 MAY 7 0245 1.12 19 25.23 155 16.85 10.12 14 .12 1.5 .9 INT L 2.0X 161 1

2000 MAY 7 0350 32.18 19 26.00 155 18.86 11.23 8 .05 1.8 1.8 INT L 1.8X 163 2

2000 MAY 7 0413 10.67 19 25.60 155 16.40 9.23 9 .09 1.8 1.0 INT L 1.7X 228 2

2000 MAY 7 0513 13.24 19 17.38 155 13.06 11.02 11 .09 1.0 1.1 SF2 1.1X 245 10

2000 MAY 7 0515 51.08 19 25.66 155 17.25 11.67 11 .11 2.0 1.1 INT L 2.0X 171 1

2000 MAY 7 0526 4.89 19 17.77 155 23.18 32.65 24 .11 .9 1.1 DEP 1.7X 102 4

2000 MAY 7 0604 17.71 19 24.72 155 16.89 10.35 15 .10 .8 .6 INT L 2.1X 141 0

2000 MAY 7 0708 15.07 19 24.80 155 17.10 9.00 12 .19 1.5 1.7 INT L 1.8X 90 0

2000 MAY 7 0708 41.62 19 25.35 155 16.95 3.74 10 .14 .9 .4 SNC L 2.2X 156 1

2000 MAY 7 0714 19.18 19 24.83 155 17.32 9.70 11 .05 1.1 1.1 INT L 1.8X 105 1

2000 MAY 7 0723 34.10 19 23.87 155 16.74 10.40 12 .09 1.8 1.1 INT L 1.9X 88 0

2000 MAY 7 0743 4.39 19 24.09 155 17.21 10.58 16 .09 .7 .7 INT L 2.4X 81 1

2000 MAY 7 0823 48.15 19 24.87 155 17.33 10.65 12 .08 1.1 1.1 INT L 2.0X 110 1

2000 MAY 7 0910 5.40 19 24.57 155 16.67 12.88 13 .06 .9 1.0 INT L 2.2X 154 1

2000 MAY 7 1019 59.73 19 23.82 155 16.95 8.35 12 .07 1.0 1.1 INT L 2.0X 99 1

2000 MAY 7 1113 23.11 19 25.71 155 17.38 8.39 11 .09 1.5 1.0 INT L 1.7X 272 1

2000 MAY 7 1153 11.94 19 24.66 155 16.82 11.20 14 .08 1.0 .8 INT L 2.5X 124 1

2000 MAY 7 1156 46.04 19 24.33 155 16.93 10.65 17 .05 .5 .7 INT L 2.3X 87 1

2000 MAY 7 1333 51.88 19 24.45 155 16.48 11.24 13 .05 .8 1.2 INT L 1.9X 130 1

2000 MAY 7 1341 9.86 19 23.93 155 14.45 10.63 7 .10 2.1 1.7 INT L 1.4X 214 1

2000 MAY 7 1506 54.36 19 23.65 155 17.66 6.70 10 .06 .6 1.3 INT L 2.0X 81 2

2000 MAY 7 1558 18.98 19 24.26 155 17.66 7.49 13 .10 1.0 .7 INT L 2.0X 84 2

2000 MAY 7 1600 58.60 19 4.08 155 29.54 34.99 16 .09 1.3 1.7 DLS 1.6X 186 21

2000 MAY 7 1643 41.88 19 24.58 155 53.94 4.41 14 .16 .9 4.3 KON 1.3X 202 16

2000 MAY 7 1703 37.68 19 19.81 155 7.14 7.97 23 .08 .5 .7 SF4 1.6X 142 5

2000 MAY 7 1713 14.37 19 24.33 155 17.43 11.31 13 .10 1.1 1.0 INT L 2.0X 81 1

2000 MAY 7 1816 13.05 19 23.14 155 16.65 5.91 7 .11 .9 2.0 INT L 1.0X 95 1

2000 MAY 7 1826 43.94 19 24.93 155 27.06 5.55 18 .10 .4 1.6 KAO 1.4X 105 5

2000 MAY 7 1827 12.30 19 24.52 155 17.65 8.62 10 .08 .9 1.2 INT L 2.0X 126 1

2000 MAY 7 1922 19.69 19 23.81 155 8.59 41.36 33 .10 .8 .7 DEP 3.2X 90 2

2000 MAY 7 1944 6.52 19 25.16 155 17.43 10.05 14 .08 .8 .7 INT L 2.5X 135 1

2000 MAY 7 2052 12.94 19 24.56 155 16.91 11.56 11 .05 .9 1.0 INT L 1.9X 124 1

2000 MAY 7 2303 48.91 19 24.45 155 17.08 10.54 13 .09 .6 .8 INT L 2.1X 100 1

2000 MAY 8 0006 7.97 19 19.42 155 8.32 9.14 14 .06 .6 .7 SF4 1.2X 161 4

2000 MAY 8 0008 15.61 19 24.76 155 17.42 13.87 12 .10 .9 1.1 DEP L 2.3X 84 1

2000 MAY 8 0047 37.08 19 26.25 155 20.55 7.93 15 .07 .6 1.1 KAO 1.5X 118 5

2000 MAY 8 0145 45.03 19 30.17 155 50.17 21.49 13 .09 1.5 2.7 KON 1.3U 100 9

2000 MAY 8 0220 15.01 19 24.75 155 17.68 9.84 12 .09 1.0 1.1 INT L 1.6X 84 1

2000 MAY 8 0402 2.47 19 27.41 155 16.08 13.46 10 .13 2.5 1.6 DEP L 1.6X 202 5

2000 MAY 8 0402 22.94 19 25.56 155 15.70 4.12 9 .06 1.3 .9 SNC L 2.0X 181 3

2000 MAY 8 0533 55.49 19 24.01 155 29.69 10.01 25 .10 .4 .7 KAO 1.8X 77 5

2000 MAY 8 0609 46.40 19 25.01 155 16.12 10.25 11 .06 1.2 .8 INT L 1.5X 183 2

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 8 0719 13.33 19 23.82 155 17.44 7.74 10 .10 1.2 .9 INT L 2.3X 81 1

2000 MAY 8 1231 59.11 19 25.31 155 15.95 12.17 11 .06 1.8 1.1 INT L 1.4X 169 2

2000 MAY 8 1250 54.42 19 19.98 155 12.26 9.27 21 .07 .5 .9 SF3 1.3X 130 5

2000 MAY 8 1418 42.61 19 24.07 155 16.83 12.41 10 .08 2.3 1.2 INT L 2.3X 125 1

2000 MAY 8 1922 26.59 19 22.51 155 14.62 3.45 13 .11 .6 .5 SEC 1.5X 135 2

2000 MAY 8 2032 30.35 19 17.45 155 13.02 7.17 12 .06 .9 1.7 SF2 1.3X 236 10

2000 MAY 8 2047 14.29 19 25.07 155 16.77 10.21 12 .07 1.4 .8 INT L 2.3X 166 1

2000 MAY 8 2101 17.36 19 22.93 155 14.79 3.42 13 .07 .6 .4 SEC 1.7X 132 2

2000 MAY 8 2114 42.99 19 24.71 155 15.20 9.57 9 .13 2.6 1.0 INT L 1.5X 253 3

2000 MAY 8 2133 16.30 19 5.61 155 29.38 31.23 31 .07 .8 1.1 DLS 2.5X 178 18

2000 MAY 9 0223 57.06 19 24.94 155 16.81 9.26 12 .09 1.3 .7 INT L 2.4X 174 0

2000 MAY 9 0226 27.20 19 25.21 155 17.07 11.47 9 .10 2.2 1.2 INT L 2.1X 176 1

2000 MAY 9 0237 2.46 19 25.10 155 16.90 9.99 10 .06 1.5 1.4 INT L 2.1X 190 0

2000 MAY 9 0241 51.54 19 24.04 155 17.32 5.45 10 .05 .6 .8 INT L 1.7X 82 1

2000 MAY 9 0248 34.42 19 25.51 155 16.41 15.49 11 .09 1.2 1.8 DEP L 1.9X 174 2

2000 MAY 9 0255 4.76 19 23.39 155 16.93 5.49 9 .08 .8 .7 INT L 1.3X 100 0

2000 MAY 9 0255 23.30 19 25.87 155 15.51 6.41 11 .07 .9 .8 INT L 2.1X 186 3

2000 MAY 9 0301 42.07 19 24.42 155 16.61 10.21 9 .08 1.4 1.2 INT L 1.6X 153 1

2000 MAY 9 0317 7.32 19 24.59 155 17.11 9.98 12 .10 1.0 1.2 INT L 2.0X 92 1

2000 MAY 9 0321 54.29 19 23.37 155 15.38 7.75 9 .09 1.5 1.4 INT L 1.5X 154 2

2000 MAY 9 0325 7.69 19 24.46 155 16.91 11.94 10 .07 .9 1.0 INT L 1.9X 119 1

2000 MAY 9 0336 13.89 19 22.88 155 16.68 13.82 13 .10 1.1 1.0 DEP L 2.0X 90 1

2000 MAY 9 0347 53.18 19 24.95 155 17.28 11.13 11 .05 1.7 1.4 INT L 2.0X 133 0

2000 MAY 9 0402 16.66 19 24.98 155 16.65 11.92 12 .07 1.0 1.0 INT L 2.5X 166 1

2000 MAY 9 0418 50.56 19 24.51 155 16.76 9.56 11 .10 1.4 .9 INT L 1.9X 140 1

2000 MAY 9 0421 54.35 19 24.14 155 30.15 10.34 15 .07 .7 1.1 KAO 1.5X 79 5

2000 MAY 9 0437 17.59 19 24.23 155 16.51 10.97 11 .08 .9 1.2 INT L 1.8X 150 1

2000 MAY 9 0501 25.72 19 25.45 155 17.52 11.44 11 .12 1.3 1.1 INT L 2.0X 165 0

2000 MAY 9 0533 42.60 19 23.25 155 17.49 6.67 11 .19 1.4 1.0 INT L 1.0X 123 1

2000 MAY 9 0534 32.84 19 24.78 155 15.75 10.66 11 .10 1.1 .9 INT L 2.0X 169 2

2000 MAY 9 0613 37.63 19 24.63 155 16.98 9.38 13 .08 .8 .8 INT L 2.1X 113 0

2000 MAY 9 0701 9.83 19 26.15 155 15.56 13.69 11 .07 1.7 .9 DEP L 2.3X 248 3

2000 MAY 9 0743 19.25 19 25.85 155 14.84 11.35 12 .13 2.2 1.1 INT L 1.7X 260 4

2000 MAY 9 0751 32.36 19 24.45 155 17.10 6.10 13 .13 1.4 .8 INT L 2.1X 103 1

2000 MAY 9 0832 28.00 19 20.16 155 11.31 7.65 22 .12 .6 .7 SF3 2.1X 114 4

2000 MAY 9 0857 5.53 19 25.48 155 17.92 7.48 13 .14 1.2 .9 INT L 2.7X 153 1

2000 MAY 9 0902 40.55 19 23.63 155 15.86 12.29 11 .05 1.3 1.9 INT L 1.8X 151 1

2000 MAY 9 0917 29.81 19 25.01 155 17.03 10.38 13 .24 1.2 1.1 INT L 2.0X 164 0

2000 MAY 9 1005 33.21 19 24.21 155 17.87 9.99 13 .07 .9 1.0 INT L 2.0X 85 2

2000 MAY 9 1114 21.97 19 24.69 155 16.62 11.78 12 .07 1.3 1.2 INT L 1.9X 141 1

2000 MAY 9 1128 54.67 19 24.93 155 16.56 8.96 9 .18 2.0 1.5 INT L 1.5X 177 1

2000 MAY 9 1149 41.58 19 20.12 155 10.90 8.44 12 .05 .6 1.3 SF3 1.1X 112 4

2000 MAY 9 1226 3.63 19 26.43 155 16.65 10.41 11 .12 1.8 .8 INT L 2.1X 199 3

2000 MAY 9 1328 47.51 19 17.88 155 13.15 6.96 11 .06 .7 1.9 SF2 1.5X 175 9

2000 MAY 9 1350 18.18 19 25.16 155 16.82 9.00 9 .13 2.2 1.0 INT L 2.0X 177 1
58

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 9 1357 22.90 19 28.39 155 50.48 8.05 16 .12 .6 1.0 KON 1.7X 94 8

2000 MAY 9 1451 5.04 19 23.37 155 17.84 9.09 11 .12 .9 1.2 INT L 1.9X 134 2

2000 MAY 9 1613 37.40 19 21.98 155 19.47 2.23 7 .11 1.0 1.7 SWR L 1.5X 253 6

2000 MAY 9 1806 25.63 19 24.22 155 16.93 7.27 12 .09 .7 1.1 INT L 2.2X 112 1

2000 MAY 9 1809 28.58 19 23.66 155 16.14 7.37 13 .10 .9 1.0 INT L 1.9X 137 1

2000 MAY 9 1910 3.09 19 23.69 155 19.97 8.29 10 .09 3.2 2.5 KAO L 2.0X 225 5

2000 MAY 9 2119 34.19 19 23.40 155 17.02 13.77 12 .17 1.1 1.7 DEP L 2.4U 76 0

2000 MAY 9 2125 39.09 19 23.88 155 15.27 6.70 10 .10 1.6 .6 INT L 2.1X 255 2

2000 MAY 9 2152 36.71 19 23.78 155 15.17 2.18 14 .09 .3 .8 SEC 1.1X 147 3

2000 MAY 9 2217 7.22 19 25.08 155 16.82 8.91 10 .08 1.6 .8 INT L 1.7X 176 0

2000 MAY 9 2219 3.59 19 23.35 155 16.38 10.91 11 .06 .9 .9 INT L 1.9X 123 1

2000 MAY 9 2249 30.57 19 24.64 155 16.28 8.01 11 .10 1.0 .8 INT L 2.1X 170 1

2000 MAY 10 0002 29.36 19 24.56 155 17.43 11.75 11 .08 1.1 1.2 INT L 1.6X 82 1

2000 MAY 10 0003 13.75 19 23.50 155 17.76 5.35 11 .14 1.3 1.0 INT L 2.5X 132 1

2000 MAY 10 0008 37.58 19 24.63 155 17.55 11.96 12 .10 1.0 .8 INT L 2.0X 83 1

2000 MAY 10 0017 27.17 19 24.84 155 17.26 11.04 12 .09 .9 1.1 INT L 1.9X 105 0

2000 MAY 10 0032 52.49 19 24.77 155 16.68 3.70 10 .06 .9 .4 SNC L 1.8X 163 1

2000 MAY 10 0101 4.40 19 48.70 155 23.43 25.14 10 .09 1.3 1.8 KEA 1.6U 144 8

2000 MAY 10 0124 46.87 19 25.57 155 16.55 13.32 13 .10 1.3 .7 DEP L 2.2X 188 1

2000 MAY 10 0240 14.23 19 22.08 155 15.49 6.76 10 .12 1.1 1.7 INT L 1.8X 140 1

2000 MAY 10 0343 12.70 19 27.16 155 17.17 10.03 9 .09 1.1 .8 INT L 2.2X 191 3

2000 MAY 10 0343 42.80 19 26.23 155 17.10 14.90 12 .07 1.5 1.0 DEP L 2.2X 179 2

2000 MAY 10 0458 23.13 19 24.69 155 15.92 12.18 12 .22 2.0 1.3 INT L 1.9X 180 2

2000 MAY 10 0458 34.31 19 23.94 155 18.86 0.03 11 .08 .3 .6 SSC L 2.5X 148 3

2000 MAY 10 0506 40.70 19 24.20 155 16.95 8.73 11 .13 1.6 1.2 INT L 1.8X 110 1

2000 MAY 10 0518 32.27 19 31.53 155 42.56 11.38 17 .09 .6 .6 MLO 1.7X 80 12

2000 MAY 10 0625 54.28 19 25.44 155 16.38 9.02 12 .15 1.2 .9 INT L 2.2X 174 1

2000 MAY 10 0803 6.83 19 25.80 155 16.72 5.32 10 .11 1.1 1.2 INT L 2.3X 176 2

2000 MAY 10 0927 59.91 19 24.42 155 17.36 6.14 12 .10 .8 .9 INT L 2.0X 123 1

2000 MAY 10 1018 8.51 19 23.34 155 15.58 10.56 11 .09 1.0 1.6 INT L 1.9X 91 2

2000 MAY 10 1129 39.37 19 24.75 155 29.03 9.10 28 .08 .4 .8 KAO 1.4X 94 5

2000 MAY 10 1137 54.93 19 24.83 155 15.61 5.26 13 .10 .7 1.1 INT L 1.6X 170 2

2000 MAY 10 1158 19.72 19 26.22 155 16.46 6.72 16 .08 .9 .6 INT L 1.7X 170 3

2000 MAY 10 1319 44.94 19 24.19 155 19.24 7.56 12 .10 1.2 1.4 KAO L 1.8X 238 4

2000 MAY 10 1411 42.26 19 24.41 155 16.76 7.23 11 .07 .6 .8 INT L 1.7X 133 1

2000 MAY 10 1536 0.46 19 24.43 155 16.81 10.45 11 .08 .9 1.6 INT L 2.1X 130 1

2000 MAY 10 1545 22.32 19 1.89 155 21.77 38.00 10 .10 3.2 1.9 LOI 1.6U 290 23

2000 MAY 10 1713 48.13 19 25.25 155 16.45 7.43 9 .08 1.5 1.0 INT L 1.9X 183 1

2000 MAY 10 1750 6.40 19 24.49 155 16.31 8.41 9 .08 2.5 1.8 INT L 2.3X 222 1

2000 MAY 10 1754 0.84 19 22.64 155 17.81 6.34 9 .05 .7 1.5 INT L 1.8X 174 2

2000 MAY 10 1811 42.49 19 17.84 155 12.86 8.12 17 .04 .6 1.1 SF2 1.4X 177 9

2000 MAY 10 1816 21.02 19 23.09 155 17.65 9.69 10 .06 1.3 1.1 INT L 2.0X 170 2

2000 MAY 10 1840 41.22 19 25.78 155 17.24 14.57 11 .09 2.0 1.1 DEP L 1.8X 172 1

2000 MAY 10 1854 38.86 19 24.84 155 17.79 9.53 10 .08 1.4 1.2 INT L 1.6X 85 1

2000 MAY 10 1918 15.23 19 24.26 155 17.24 8.18 11 .11 1.1 1.0 INT L 1.9X 88 1

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 10 1930 44.59 19 24.15 155 17.59 7.48 12 .13 1.1 1.0 INT L 1.6X 83 2

2000 MAY 10 1956 0.77 19 24.51 155 16.58 10.30 12 .05 1.2 .9 INT L 2.0X 155 1

2000 MAY 10 2024 33.34 19 24.94 155 14.00 5.80 9 .08 2.2 1.2 INT L 1.6X 274 5

2000 MAY 10 2100 24.08 19 23.58 155 18.40 7.83 11 .13 1.0 1.5 INT L 2.0X 141 3

2000 MAY 10 2126 12.52 19 23.35 155 16.50 6.56 12 .13 1.2 .8 INT L 1.9X 111 1

2000 MAY 10 2127 34.11 19 21.33 155 29.55 9.75 16 .05 .5 1.1 KAO 1.1X 114 4

2000 MAY 10 2140 8.35 19 24.43 155 16.46 7.54 11 .08 1.3 .9 INT L 1.8X 212 1

2000 MAY 10 2212 44.27 19 23.77 155 17.63 9.38 13 .17 1.3 1.0 INT L 2.5X 82 1

2000 MAY 10 2233 20.57 19 24.53 155 16.43 7.82 12 .11 1.5 .8 INT L 1.6X 172 1

2000 MAY 10 2305 33.81 19 24.56 155 16.74 7.89 9 .07 .9 .9 INT L 1.9X 145 1

2000 MAY 10 2318 37.46 19 23.71 155 17.03 7.97 9 .16 1.6 1.3 INT L 1.6X 103 1

2000 MAY 10 2358 47.82 19 24.81 155 16.19 7.04 10 .15 1.3 1.1 INT L 2.1X 179 1

2000 MAY 11 0041 37.76 19 24.08 155 15.37 8.64 10 .08 2.0 .9 INT L 2.4U 255 2

2000 MAY 11 0138 21.43 19 23.15 155 16.81 7.38 11 .12 1.0 .9 INT L 1.8X 88 0

2000 MAY 11 0231 14.65 19 25.09 155 16.69 6.55 12 .11 1.2 .8 INT L 1.8X 167 1

2000 MAY 11 0356 38.86 19 24.25 155 17.12 7.31 10 .06 1.8 .9 INT L 1.7X 145 1

2000 MAY 11 0918 45.86 19 19.82 155 12.05 8.53 23 .09 .5 .9 SF3 1.8X 123 5

2000 MAY 11 1411 15.71 19 21.12 155 10.70 9.83 17 .09 .7 .8 SF3 1.4X 103 2

2000 MAY 11 1632 10.29 19 59.30 155 34.61 43.02 33 .08 .7 1.0 KOH 2.5X 166 26

2000 MAY 11 1659 10.57 19 17.43 155 27.24 4.76 20 .12 .5 6.6 LSW 1.4X 111 8

2000 MAY 11 1755 16.79 19 24.25 155 30.02 9.33 12 .06 .4 1.3 KAO 1.4U 86 5

2000 MAY 11 1802 20.41 19 24.62 155 30.09 10.58 19 .11 .5 1.3 KAO 1.4X 75 6

2000 MAY 12 0050 15.51 19 22.42 155 14.74 3.26 14 .10 .6 .4 SEC 1.5X 126 2

2000 MAY 12 0337 22.38 19 46.85 155 31.76 21.59 16 .06 .7 1.6 KEA 1.7X 165 7

2000 MAY 12 1158 22.28 19 17.99 155 46.63 6.47 25 .12 .6 3.6 KON 1.6X 76 11

2000 MAY 12 1348 23.05 19 19.98 155 7.32 8.49 12 .04 1.0 1.0 SF4 .8X 198 5

2000 MAY 12 1546 15.20 19 46.13 156 13.29 33.64 17 .12 1.3 2.8 HUA 1.6X 295 41

2000 MAY 12 2042 59.89 19 24.92 155 29.48 8.95 21 .11 .4 1.2 KAO 1.3X 95 6

2000 MAY 13 1240 0.49 19 19.39 155 11.67 10.00 24 .09 .7 .8 SF3 1.9X 138 6

2000 MAY 13 1442 53.70 19 19.80 155 7.02 8.71 21 .06 .6 .6 SF4 1.5X 145 5

2000 MAY 14 0805 56.35 19 11.17 155 42.30 9.06 16 .14 1.1 2.3 LSW 1.9U 162 7

2000 MAY 14 1331 11.77 19 22.90 154 56.75 1.68 13 .09 .7 .6 SLE 1.0X 226 5

2000 MAY 14 1859 16.66 19 21.08 155 29.79 9.07 13 .12 .6 1.5 KAO 1.3U 117 5

2000 MAY 14 2140 19.69 19 19.47 155 11.65 8.88 21 .09 .5 .6 SF3 1.6X 132 6

2000 MAY 14 2322 3.08 19 24.39 155 17.15 9.64 12 .09 1.3 1.3 INT L 2.0X 99 1

2000 MAY 15 0035 21.60 19 23.06 155 18.42 7.65 9 .10 2.6 1.1 INT L 1.3X 232 3

2000 MAY 15 0114 53.92 18 55.09 155 18.55 27.15 13 .10 1.6 3.4 LOI 1.3U 299 37

2000 MAY 15 0205 42.95 19 25.07 155 17.56 9.54 13 .11 .7 1.0 INT L 1.8X 113 1

2000 MAY 15 0216 31.26 20 4.37 155 20.63 11.84 21 .10 1.7 .7 KEA 1.9X 308 20

2000 MAY 15 0257 22.22 19 12.69 155 31.00 4.64 12 .16 1.112.8 LSW 1.3X 181 13

2000 MAY 15 0405 20.15 20 2.63 155 51.17 28.53 14 .05 1.0 1.3 KOH 1.7U 217 12

2000 MAY 15 0407 20.01 19 24.24 155 17.10 6.57 12 .15 .7 .9 INT L 1.8X 99 1

2000 MAY 15 0617 41.81 19 24.69 155 17.55 11.61 13 .09 1.9 1.1 INT L 1.7X 125 1

2000 MAY 15 0626 0.52 19 20.69 155 8.14 9.04 23 .08 .5 .6 SF4 1.5X 113 4
59

2000 MAY 15 0742 58.14 19 24.92 155 16.30 11.63 13 .18 1.5 1.5 INT L 1.7X 180 1

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 15 0842 49.99 19 24.39 155 17.95 10.21 12 .06 1.5 1.4 INT L 1.8X 131 2

2000 MAY 15 0945 31.51 19 24.28 155 17.27 5.47 10 .14 .9 1.3 INT L 1.5X 122 1

2000 MAY 15 1047 53.50 19 24.54 155 18.03 9.94 11 .13 2.0 1.3 INT L 1.7X 136 2

2000 MAY 15 1240 2.15 19 24.61 155 17.90 10.28 12 .11 .9 1.2 INT L 1.5X 130 2

2000 MAY 15 1407 38.88 19 26.50 155 15.89 9.60 11 .19 1.6 1.3 INT L 1.6X 209 4

2000 MAY 15 1535 39.82 19 23.32 155 18.43 0.51 12 .09 .2 .7 SSC L 1.6X 143 3

2000 MAY 15 1605 50.71 19 22.24 155 29.84 8.97 21 .12 .5 1.2 KAO 1.1X 85 4

2000 MAY 15 1645 35.37 19 19.77 155 11.50 9.31 21 .10 .6 .9 SF3 1.5X 131 5

2000 MAY 15 1902 18.53 19 23.14 155 19.48 5.83 9 .12 4.5 8.3 KAO L 1.7X 230 4

2000 MAY 15 1948 56.23 19 25.04 155 17.69 10.75 13 .08 .7 1.0 INT L 2.2X 90 1

2000 MAY 15 2047 4.01 19 23.79 155 18.69 8.70 12 .12 1.7 1.9 INT L 1.7X 145 3

2000 MAY 15 2201 51.34 19 24.69 155 16.65 11.73 14 .14 1.0 1.1 INT L 2.0X 162 1

2000 MAY 15 2255 19.38 19 45.92 156 39.58 31.42 29 .10 1.1 2.3 DIS 3.4X 261 68

2000 MAY 15 2336 49.38 19 23.94 155 18.58 9.33 12 .10 1.5 1.6 INT L 1.8X 142 3

2000 MAY 16 0050 16.97 19 23.44 155 17.01 9.44 12 .14 .9 1.1 INT L 1.8X 121 0

2000 MAY 16 0211 16.55 19 21.74 155 17.69 8.27 10 .13 1.5 2.0 SWR L 1.8X 167 3

2000 MAY 16 0211 33.05 19 25.64 155 16.80 7.44 12 .15 1.6 .9 INT L 2.1X 173 1

2000 MAY 16 0437 32.17 19 24.51 155 16.82 9.80 11 .12 3.2 1.2 INT L 1.6X 141 1

2000 MAY 16 0437 53.01 19 26.96 155 16.43 8.41 8 .11 2.7 1.3 INT L 2.0X 254 4

2000 MAY 16 0523 30.73 19 14.56 155 15.37 40.56 10 .06 1.7 1.4 DEP 1.4U 201 8

2000 MAY 16 0704 59.62 19 24.60 155 16.73 11.23 14 .10 .9 1.0 INT L 1.9X 151 1

2000 MAY 16 0729 18.61 19 22.88 155 28.04 10.57 31 .10 .4 .5 KAO 1.8X 57 1

2000 MAY 16 0908 20.60 19 25.05 155 16.91 12.21 13 .10 1.6 1.0 INT L 2.1X 174 0

2000 MAY 16 1110 16.87 19 23.23 155 17.37 8.21 14 .17 .8 1.3 INT L 1.7X 83 1

2000 MAY 16 1424 47.03 19 24.27 155 16.90 8.77 11 .09 .9 .9 INT L 1.6X 118 1

2000 MAY 16 1638 48.75 19 24.40 155 18.00 7.77 13 .07 1.1 1.2 INT L 1.5X 87 2

2000 MAY 16 1919 0.74 19 23.79 155 18.17 8.88 10 .10 1.6 1.2 INT L 1.6X 137 3

2000 MAY 16 1939 43.51 19 28.70 155 23.98 12.33 29 .11 .5 .4 KAO 1.9X 67 2

2000 MAY 16 2125 7.60 19 23.41 155 19.01 6.41 12 .12 1.7 2.3 INT L 1.7X 152 4

2000 MAY 16 2209 3.44 19 20.59 155 10.05 7.61 22 .08 .5 .6 SF3 1.3X 109 3

2000 MAY 16 2216 27.30 19 10.08 155 28.64 35.31 20 .11 1.2 1.7 DLS 1.5U 212 11

2000 MAY 16 2243 17.95 18 54.46 155 20.81 35.97 29 .10 1.4 1.2 LOI 1.3X 256 35

2000 MAY 17 0022 53.21 19 24.70 155 15.81 10.94 15 .17 1.3 1.2 INT L 2.2X 161 2

2000 MAY 17 0231 34.08 19 24.28 155 20.90 0.99 13 .05 .4 .8 KAO # .9X 111 6

2000 MAY 17 0236 23.97 19 24.71 155 17.29 11.03 10 .08 1.7 1.2 INT L 1.9X 121 1

2000 MAY 17 0409 12.15 19 24.35 155 18.34 8.05 11 .11 3.1 1.2 INT L 1.5X 190 2

2000 MAY 17 0629 5.12 19 28.51 155 24.22 5.37 35 .13 .4 .8 KAO 2.4X 58 3

2000 MAY 17 0633 17.24 19 25.82 155 15.62 4.84 11 .15 1.9 .9 SNC L 1.9X 204 3

2000 MAY 17 0744 39.42 19 18.13 155 13.19 8.96 25 .10 .6 .8 SF2 1.5X 171 8

2000 MAY 17 1047 32.64 19 28.38 155 28.76 12.75 9 .08 1.0 1.7 KAO 1.1X 134 7

2000 MAY 17 1134 55.97 19 24.36 155 15.56 11.61 15 .08 1.0 .6 INT L 2.1X 127 2

2000 MAY 17 1245 35.20 19 18.02 155 13.13 8.44 20 .10 .7 1.0 SF2 1.4X 173 8

2000 MAY 17 1946 13.05 19 24.77 155 16.57 11.95 14 .18 1.1 1.1 INT L 2.5X 163 1

2000 MAY 17 2345 52.30 19 10.56 155 26.11 47.10 14 .10 1.8 1.5 DLS 2.0U 207 8

2000 MAY 18 0207 48.19 19 13.23 155 32.79 5.62 15 .12 .6 3.0 LSW 1.2X 171 16

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 18 0326 48.29 19 11.48 155 42.94 8.53 26 .20 .7 1.5 LSW 1.7X 87 7

2000 MAY 18 0339 45.93 18 42.47 154 56.34 1.36 14 .14 5.8 2.3 DIS 1.6U 299 76

2000 MAY 18 0703 47.75 19 27.19 155 29.40 12.84 17 .09 .5 1.2 KAO 1.4X 78 8

2000 MAY 18 0717 10.67 19 28.62 155 23.28 15.51 11 .12 1.0 1.4 DML .9X 127 2

2000 MAY 18 0722 45.40 20 3.51 155 33.87 13.21 12 .07 1.2 .6 KEA 2.0X 199 24

2000 MAY 18 0820 22.11 19 24.31 155 17.17 9.01 15 .07 .6 .7 INT L 1.8X 92 1

2000 MAY 18 0825 2.63 20 1.32 155 31.53 10.00 10 .06 .9 .6 KEA 1.5X 193 24

2000 MAY 18 1402 31.27 19 29.58 155 27.61 7.36 17 .08 .5 1.3 KAO 1.2X 87 4

2000 MAY 18 1419 46.85 19 10.49 155 29.10 5.52 10 .13 1.8 6.4 LSW 1.3X 264 11

2000 MAY 18 1434 13.94 19 13.68 155 28.19 0.40 16 .12 .6 .4 LSW 1.0X 176 7

2000 MAY 18 1505 30.31 19 24.84 155 17.00 9.43 10 .12 1.4 .9 INT L 1.8X 165 1

2000 MAY 18 1803 14.37 19 20.66 154 59.05 36.21 33 .11 1.4 .7 LER 2.0X 222 8

2000 MAY 18 1825 34.17 19 57.22 155 31.16 37.32 17 .09 1.3 1.4 KEA 1.3X 241 20

2000 MAY 18 2033 32.01 19 24.29 155 16.93 16.00 10 .05 1.0 2.5 DEP L 2.2X 114 1

2000 MAY 18 2125 24.32 19 27.85 155 24.72 1.78 16 .12 .3 .9 KAO 1.6X 108 4

2000 MAY 19 0015 5.62 19 21.99 155 15.29 5.24 47 .14 .3 .4 SF1 2.8X 100 1

2000 MAY 19 0016 0.62 19 22.08 155 15.49 5.05 42 .11 .3 .4 INT 2.5X 93 1

2000 MAY 19 0318 58.31 19 24.18 155 18.14 6.49 12 .10 .9 1.0 INT L 1.6X 88 2

2000 MAY 19 0413 53.37 19 29.46 155 25.58 5.80 17 .12 .6 1.5 KAO 1.6X 107 4

2000 MAY 19 0543 4.56 19 27.23 155 25.31 10.75 18 .13 .7 1.5 KAO 1.4X 83 6

2000 MAY 19 0708 44.79 19 26.79 155 28.86 11.37 21 .13 .5 .9 KAO 1.4X 80 8

2000 MAY 19 1418 36.67 19 24.78 155 17.76 9.88 12 .11 1.8 1.2 INT L 1.9X 127 1

2000 MAY 19 1516 7.00 19 36.88 155 28.39 36.10 9 .07 3.4 1.1 KEA 1.4X 269 2

2000 MAY 19 2008 53.30 18 53.53 155 16.26 30.30 18 .10 2.3 3.1 LOI 1.4X 302 41

2000 MAY 19 2253 7.52 19 25.33 155 29.10 14.23 16 .07 .5 .9 DML 1.2X 92 7

2000 MAY 20 0045 59.82 19 23.26 155 16.92 3.28 26 .12 .4 .2 SSC 2.0X 66 0

2000 MAY 20 0055 19.59 19 29.25 155 26.34 7.40 12 .12 .6 1.6 KAO 1.2X 99 5

2000 MAY 20 0254 47.01 19 43.68 155 43.46 26.78 17 .09 1.1 1.4 HUA 1.3X 188 13

2000 MAY 20 0255 54.31 19 18.39 155 25.22 10.87 24 .13 .5 .7 LSW 1.3X 82 5

2000 MAY 20 0724 38.58 19 25.79 155 18.94 7.32 29 .08 .4 .6 INT 2.1X 50 2

2000 MAY 20 0817 28.49 19 4.86 155 29.07 31.14 15 .11 1.8 1.6 DLS 1.6X 291 20

2000 MAY 20 0906 36.64 19 24.57 155 20.68 1.48 16 .12 .3 .8 KAO .9X 109 6

2000 MAY 20 1113 14.41 19 26.09 155 20.33 7.12 16 .10 .8 1.1 KAO 1.1X 116 3

2000 MAY 20 1127 32.94 19 22.82 155 14.69 2.68 28 .11 .3 .3 SEC 3.0U 88 2

2000 MAY 20 1128 11.48 19 22.90 155 14.68 2.84 27 .11 .3 .3 SEC 2.6X 88 2

2000 MAY 20 1129 49.59 19 22.96 155 14.83 3.06 18 .07 .3 .4 SEC 2.1X 115 2

2000 MAY 20 1129 57.15 19 21.90 155 14.44 8.18 9 .07 1.4 2.1 SF2 2.0X 178 3

2000 MAY 20 1130 15.35 19 23.10 155 14.74 2.22 13 .07 .3 .5 SEC 1.4X 114 2

2000 MAY 20 1146 53.81 19 26.80 154 55.39 4.01 22 .13 1.0 .5 SLE 1.8X 151 1

2000 MAY 20 1304 19.51 19 22.99 155 14.41 3.51 32 .10 .3 .3 SEC 2.4X 87 2

2000 MAY 20 1623 2.91 19 5.45 155 29.20 29.95 34 .09 .8 1.2 DLS 2.9X 179 18

2000 MAY 20 2037 43.33 19 19.55 155 21.34 26.08 15 .10 1.0 1.1 DEP 1.4X 146 4

2000 MAY 20 2052 30.84 19 27.38 155 38.05 13.70 11 .10 1.1 .6 DML .7X 192 5

2000 MAY 20 2052 56.85 19 28.39 155 37.20 13.29 9 .11 1.2 1.2 DML 1.7U 185 3

2000 MAY 20 2104 35.15 19 15.05 155 32.47 7.36 32 .19 .5 .9 LSW 1.6X 109 4
60

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 21 0011 48.87 19 25.41 155 19.04 7.29 17 .11 .7 1.0 KAO 1.4X 78 3

2000 MAY 21 0809 32.74 19 24.08 155 28.91 10.78 28 .11 .4 .7 KAO 1.8X 74 4

2000 MAY 21 0846 54.85 19 17.54 155 13.16 9.42 19 .10 .6 1.2 SF2 1.5X 161 9

2000 MAY 21 1015 47.22 19 16.45 155 33.50 9.61 33 .13 .4 .8 LSW 2.6X 87 6

2000 MAY 21 1046 19.90 19 23.43 155 27.38 6.39 18 .09 .4 .8 KAO 1.2X 67 2

2000 MAY 21 1218 22.41 19 24.14 155 16.16 3.24 11 .09 .4 .4 SEC L 1.8X 118 1

2000 MAY 21 1621 10.69 19 20.18 155 10.78 9.16 26 .09 .5 .6 SF3 1.6X 116 4

2000 MAY 22 0227 41.47 19 22.98 155 14.75 3.07 11 .06 .5 .4 SEC 1.4X 150 2

2000 MAY 22 0841 32.21 19 14.83 155 32.61 6.77 21 .16 .6 1.3 LSW 1.7X 154 4

2000 MAY 22 1027 27.22 19 23.06 155 14.69 3.60 17 .08 .4 .3 SEC 1.5X 136 2

2000 MAY 22 1030 48.43 19 23.18 155 14.46 3.50 30 .10 .3 .3 SEC 2.3X 92 3

2000 MAY 22 1250 26.86 19 12.64 155 5.37 47.63 20 .07 2.0 1.3 DEP 1.7X 250 10

2000 MAY 22 1707 54.71 19 19.98 155 11.83 6.18 18 .07 .5 1.1 SF3 1.0X 128 5

2000 MAY 22 1910 44.43 19 25.35 155 16.32 7.04 10 .06 1.3 .6 INT L 1.9X 187 1

2000 MAY 22 2350 42.92 19 23.45 155 14.76 3.42 30 .11 .3 .3 SEC 2.4X 93 3

2000 MAY 22 2356 42.55 19 23.07 155 14.81 3.16 11 .09 .5 .4 SEC 1.5X 149 2

2000 MAY 23 0455 24.61 19 24.73 155 17.41 9.15 10 .13 1.8 1.1 INT L 2.2X 82 1

2000 MAY 23 0501 56.36 19 24.43 155 17.30 9.37 9 .04 .8 1.0 INT L 1.7X 122 1

2000 MAY 23 0659 49.26 19 9.79 155 38.45 8.94 14 .13 .6 1.7 LSW 1.8U 117 13

2000 MAY 23 0732 3.69 19 20.94 155 7.89 8.66 26 .08 .5 .4 SF4 1.8X 117 4

2000 MAY 23 1003 30.22 19 29.46 154 53.45 0.03 12 .14 .4 .5 SLE # 2.4X 163 5

2000 MAY 23 1041 40.45 19 17.54 155 28.94 12.57 11 .07 .9 1.4 LSW 1.0X 167 9

2000 MAY 23 1231 32.12 19 1.61 155 7.46 47.98 29 .11 2.4 1.5 LOI 2.1X 270 29

2000 MAY 23 1251 53.61 19 47.12 156 27.07 6.89 15 .2111.514.8 DIS - 2.0U 310 65

2000 MAY 23 1643 54.08 19 23.30 155 14.69 3.50 27 .10 .4 .3 SEC 2.4X 135 3

2000 MAY 23 1644 2.08 19 23.14 155 14.73 1.35 11 .03 .3 .5 SEC 2.0X 153 2

2000 MAY 23 2249 19.07 19 24.21 155 16.66 6.45 10 .09 1.3 .7 INT L 1.8X 140 1

2000 MAY 24 0528 27.59 19 15.96 155 27.15 9.28 17 .11 .6 1.0 LSW 1.2X 153 6

2000 MAY 24 1210 6.54 20 2.31 155 24.11 44.94 30 .10 1.9 1.3 KEA 2.0X 277 18

2000 MAY 24 1706 21.16 19 25.47 155 16.65 8.92 24 .09 .8 .6 INT 1.9X 151 1

2000 MAY 24 1828 35.26 19 23.18 155 14.60 3.50 40 .09 .3 .2 SEC 2.5X 85 3

2000 MAY 24 1832 6.38 19 23.03 155 14.80 3.28 30 .11 .3 .3 SEC 2.4X 127 2

2000 MAY 24 2310 27.53 19 5.95 155 28.98 31.59 25 .10 1.4 2.0 DLS 1.6X 176 18

2000 MAY 25 0040 16.24 19 26.87 155 28.99 11.25 43 .11 .4 .6 KAO 1.8X 60 8

2000 MAY 25 0858 1.59 19 12.64 155 31.47 7.58 40 .14 .6 .9 LSW 2.2X 179 5

2000 MAY 25 1355 0.34 19 14.36 155 26.45 1.33 23 .13 .8 .9 LSW 1.3X 165 4

2000 MAY 25 2146 0.22 19 20.80 155 24.90 13.74 35 .10 .4 .6 DEP 1.4X 68 3

2000 MAY 26 0205 21.11 19 17.43 155 15.03 1.77 18 .08 .5 1.4 SSF .8X 161 6

2000 MAY 26 0346 19.70 19 19.90 155 9.01 7.28 33 .10 .5 .6 SF4 1.6X 97 4

2000 MAY 26 0508 50.15 19 25.06 155 17.36 10.61 17 .09 .6 .7 INT L 1.3X 133 1

2000 MAY 26 0538 27.88 19 23.05 155 15.24 3.17 20 .09 .3 .3 SEC 1.5X 129 2

2000 MAY 26 0825 24.42 19 5.01 155 29.05 30.53 27 .10 1.0 1.6 DLS 1.7X 182 19

2000 MAY 26 1457 14.53 19 22.21 155 26.39 11.06 33 .09 .4 .6 KAO 1.4X 72 2

2000 MAY 26 1906 42.27 19 15.88 155 26.18 6.26 13 .11 .8 2.0 LSW .7X 124 5

2000 MAY 27 0241 35.72 19 27.01 155 28.48 12.29 20 .11 .5 .8 KAO 1.0X 75 8

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 27 1029 39.59 19 19.10 155 13.15 7.33 26 .11 .6 .8 SF2 1.3X 149 6

2000 MAY 27 1304 39.09 19 6.54 155 28.53 27.97 22 .10 1.5 1.3 DLS 1.7X 238 16

2000 MAY 27 1539 33.97 19 15.44 155 33.04 14.14 16 .10 .7 .8 DLS 1.6X 147 16

2000 MAY 27 1916 17.44 19 26.70 155 29.68 12.30 14 .08 .6 1.3 KAO 1.1X 85 7

2000 MAY 27 2011 42.12 19 12.52 155 34.84 11.50 25 .19 .8 1.1 LSW 1.8X 121 6

2000 MAY 27 2016 41.31 20 14.81 154 46.20 6.80 17 .15 8.2 9.8 KEA - 2.0X 309 72

2000 MAY 27 2026 54.90 19 10.69 155 3.58 50.70 34 .10 1.0 1.0 DEP 1.7X 227 14

2000 MAY 27 2210 55.29 19 25.07 155 17.54 12.33 13 .12 1.7 1.3 INT L 2.3X 118 1

2000 MAY 27 2319 2.61 19 19.44 156 17.85 41.45 21 .06 1.2 1.7 KON 1.8X 249 44

2000 MAY 27 2331 17.55 19 11.81 155 28.44 1.36 14 .13 1.3 .9 LSW 1.4X 203 9

2000 MAY 28 0144 12.33 19 12.39 155 28.23 0.06 14 .14 1.0 .5 LSW # 1.6U 196 8

2000 MAY 28 0422 13.41 19 20.60 155 11.37 8.92 26 .09 .6 .5 SF3 1.8X 116 4

2000 MAY 28 0531 19.92 19 23.98 155 24.95 11.72 9 .08 .9 1.3 KAO .9U 120 2

2000 MAY 28 1539 12.47 19 18.99 155 13.00 9.81 29 .09 .6 .5 SF2 1.9X 145 7

2000 MAY 28 2145 2.08 19 15.96 155 28.82 9.08 11 .11 .6 1.3 LSW 1.5X 126 3

2000 MAY 28 2302 33.93 19 25.30 155 16.43 11.42 23 .09 .9 .4 INT L 1.3X 177 1

2000 MAY 28 2332 4.75 19 22.65 155 14.26 3.38 26 .09 .4 .3 SEC 1.7X 129 2

2000 MAY 29 0924 2.53 19 25.21 155 17.44 10.61 11 .07 1.9 .8 INT L 1.5X 164 0

2000 MAY 29 1610 31.81 19 17.86 155 13.26 10.00 43 .11 .5 .3 SF2 F 2.8X 160 8

2000 MAY 29 1611 2.79 19 19.75 155 13.64 7.80 35 .11 .4 .5 SF2 F 3.9U 129 5

2000 MAY 29 1617 36.59 19 18.40 155 13.26 9.62 39 .11 .6 .4 SF2 2.4X 165 8

2000 MAY 29 1628 16.18 19 18.28 155 13.03 9.62 31 .10 .5 .6 SF2 1.7X 167 8

2000 MAY 29 1637 0.58 19 17.74 155 13.13 6.95 17 .07 .6 1.3 SF2 1.5X 179 9

2000 MAY 29 1649 25.56 19 17.94 155 12.75 7.61 28 .10 .5 .9 SF2 1.6X 174 8

2000 MAY 29 1728 15.44 19 17.25 155 12.65 9.13 18 .10 .8 1.2 SF2 1.4X 190 8

2000 MAY 29 1750 8.42 19 18.76 155 13.42 9.60 20 .12 .7 1.0 SF2 1.6X 156 7

2000 MAY 29 1758 15.65 19 19.33 155 11.63 9.88 27 .09 .6 .8 SF3 1.5X 140 6

2000 MAY 29 1936 42.63 19 19.11 155 13.24 8.68 31 .11 .5 .6 SF2 2.2X 137 6

2000 MAY 29 2122 6.24 19 19.48 155 12.96 9.47 37 .13 .5 .4 SF2 2.5X 130 6

2000 MAY 29 2153 28.39 19 27.48 154 54.15 3.21 11 .12 1.2 .6 SLE F 1.7X 151 2

2000 MAY 29 2344 40.57 19 18.77 155 13.04 7.21 23 .11 .6 1.3 SF2 1.0X 141 7

2000 MAY 30 0018 52.82 19 18.15 155 12.35 12.62 13 .09 .9 1.4 SF2 1.3X 169 8

2000 MAY 30 0019 2.11 19 18.32 155 12.63 12.86 13 .12 1.0 1.5 SF2 1.3X 165 8

2000 MAY 30 0217 58.60 19 19.27 155 9.88 7.38 30 .12 .6 .7 SF3 2.2X 126 5

2000 MAY 30 0244 55.09 19 45.54 155 24.69 19.21 25 .11 .7 1.4 KEA 1.8X 117 5

2000 MAY 30 0408 1.66 19 23.27 155 1.82 7.94 30 .18 1.0 .6 SF5 1.8X 168 6

2000 MAY 30 0648 26.73 19 17.90 155 12.79 7.72 17 .08 .6 1.3 SF2 1.4X 175 9

2000 MAY 30 0847 49.59 19 24.59 155 20.31 5.64 20 .10 .5 2.1 KAO 1.2X 100 5

2000 MAY 30 0853 54.82 19 17.60 155 12.85 8.59 37 .09 .4 .7 SF2 1.7X 181 9

2000 MAY 30 0918 47.26 19 6.38 155 29.02 28.62 20 .11 1.7 1.2 DLS 1.5X 265 17

2000 MAY 30 0942 55.18 19 19.33 155 13.39 8.88 23 .10 .6 .8 SF2 1.6X 134 6

2000 MAY 30 0951 34.00 19 51.20 155 5.76 39.90 31 .10 .9 1.6 KEA 1.9X 226 26

2000 MAY 30 0953 17.15 19 17.73 155 12.62 8.35 11 .04 .8 2.1 SF2 1.3X 179 8

2000 MAY 30 1500 22.30 19 18.82 155 13.22 10.54 29 .09 .6 .5 SF2 1.7X 147 7

2000 MAY 30 1635 8.66 19 42.41 155 49.54 17.38 12 .09 1.6 1.6 HUA 1.2X 254 3
61

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 MAY 30 2022 58.30 19 34.55 155 59.98 11.72 15 .12 2.2 .6 KON 1.2U 255 13

2000 MAY 30 2252 58.97 19 5.58 155 29.46 31.74 32 .09 .9 1.4 DLS 2.3X 177 19

2000 MAY 30 2317 3.65 19 25.65 155 16.13 11.45 11 .15 2.8 1.3 INT L 1.2X 234 2

2000 MAY 30 2334 18.69 19 19.15 155 13.25 8.49 29 .11 .5 .7 SF2 1.6X 136 6

2000 MAY 31 0332 31.37 19 19.47 155 13.72 8.65 31 .12 .6 .7 SF2 1.5X 132 6

2000 MAY 31 0542 13.50 19 11.98 155 41.62 0.92 15 .13 .5 .6 LSW 1.1X 91 9

2000 MAY 31 0759 17.49 19 20.91 155 1.67 7.45 37 .10 .7 .5 SF5 2.5X 184 9

2000 MAY 31 0852 25.56 19 18.26 155 13.11 5.86 22 .11 .6 1.6 SF2 1.2X 150 8

2000 MAY 31 0936 46.14 19 25.54 155 28.98 10.09 22 .10 .5 .9 KAO 1.1X 92 6

2000 MAY 31 0955 28.93 19 9.08 155 15.38 13.94 17 .13 1.6 .6 LOI 2.1X 263 17

2000 MAY 31 1322 16.55 19 24.48 155 18.55 11.96 12 .09 .8 1.2 INT L 1.7X 100 2

2000 MAY 31 2010 25.39 19 24.50 155 17.31 9.83 14 .10 .6 .9 INT L 1.3X 75 1

2000 JUN 1 0025 55.71 19 18.67 155 12.79 9.78 20 .10 .7 1.0 SF2 1.2X 158 7

2000 JUN 1 0642 23.02 19 24.00 155 17.53 13.35 12 .07 .9 1.3 DEP L 1.5X 81 2

2000 JUN 1 0716 8.87 19 19.48 155 13.54 7.51 29 .11 .6 .9 SF2 1.4X 132 6

2000 JUN 1 0801 42.24 19 23.99 155 15.70 3.22 21 .08 .3 .3 SEC 2.0X 146 2

2000 JUN 1 0914 39.25 19 24.72 155 17.38 11.27 14 .11 .8 1.1 INT L 1.6X 79 1

2000 JUN 1 1620 42.32 19 19.00 155 26.25 49.26 28 .12 1.3 1.7 DLS 1.6X 88 6

2000 JUN 1 1717 38.65 19 19.35 155 13.68 7.05 24 .11 .5 .8 SF2 .9X 144 6

2000 JUN 1 1831 0.34 19 24.90 155 1.37 11.43 12 .17 1.9 1.1 SF5 1.1X 160 5

2000 JUN 1 2154 20.10 19 18.33 155 13.08 6.86 16 .10 .7 2.0 SF2 1.4X 148 8

2000 JUN 1 2240 57.26 19 18.61 155 12.92 8.61 16 .09 .6 1.2 SF2 1.4X 160 7

2000 JUN 2 0012 16.18 19 18.35 155 12.97 8.89 27 .13 .6 .7 SF2 1.5X 149 8

2000 JUN 2 0017 14.25 19 23.99 155 17.82 13.85 14 .10 1.5 1.3 DEP L 2.0U 85 2

2000 JUN 2 0156 54.64 19 20.46 155 11.43 7.94 19 .10 .5 .9 SF3 1.8X 110 4

2000 JUN 2 0254 48.90 19 25.18 155 39.14 2.79 13 .09 .9 .7 MLO 1.1X 203 3

2000 JUN 2 0443 24.08 19 27.26 155 24.26 2.75 7 .08 .5 .9 KAO 1.0X 122 4

2000 JUN 2 0502 18.23 19 19.44 155 11.58 5.96 20 .09 .6 1.5 SF3 1.3X 126 6

2000 JUN 2 0723 40.69 19 19.07 155 15.13 8.86 35 .12 .4 .4 SF1 2.0X 137 4

2000 JUN 2 0729 50.12 19 18.71 155 15.04 5.56 20 .12 .5 1.3 SF1 1.2X 142 5

2000 JUN 2 0917 6.50 19 23.34 155 19.25 0.97 8 .10 1.4 3.8 KAO L 2.0X 157 4

2000 JUN 2 0954 53.31 19 18.08 155 12.64 8.90 25 .11 .6 .7 SF2 1.8X 152 8

2000 JUN 2 1008 28.75 19 26.71 155 25.99 6.01 17 .11 .5 1.1 KAO 1.4X 102 3

2000 JUN 2 1105 47.88 19 4.05 155 29.78 30.54 18 .10 1.5 1.3 DLS 1.4U 249 21

2000 JUN 2 1134 40.71 19 32.97 155 56.86 40.93 24 .08 2.0 1.3 KON 1.9X 258 7

2000 JUN 2 1150 50.27 19 29.48 155 26.71 10.77 16 .11 .6 1.2 KAO 1.2X 102 5

2000 JUN 2 1233 28.29 19 20.95 155 6.18 8.46 37 .10 .5 .4 SF4 2.5X 141 5

2000 JUN 2 1455 46.70 19 17.34 155 12.98 9.24 29 .08 .6 .9 SF2 1.8X 188 9

2000 JUN 2 1558 52.78 19 17.95 155 12.76 7.94 17 .11 .7 1.4 SF2 1.3X 155 8

2000 JUN 2 1620 8.99 19 32.73 155 45.69 12.58 14 .11 1.1 .8 KON .7X 179 18

2000 JUN 2 1639 44.61 19 19.79 155 24.71 9.46 16 .12 .7 1.1 SWR .8X 131 3

2000 JUN 2 1838 12.94 19 54.74 155 35.60 30.83 31 .09 .7 1.5 KEA 2.1X 134 20

2000 JUN 2 1920 31.58 19 25.86 155 28.12 10.00 24 .11 .4 .9 KAO 1.3X 55 5

2000 JUN 2 2021 21.88 19 24.51 155 18.15 8.94 11 .09 .6 1.0 INT L 1.6X 81 2

2000 JUN 2 2147 41.89 19 18.74 155 13.22 3.53 21 .10 .4 1.6 SSF 1.1X 142 7

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUN 2 2214 23.72 19 12.93 155 19.92 29.85 13 .08 2.6 2.0 DEP 1.2X 277 8

2000 JUN 2 2219 24.49 19 4.65 155 29.50 32.01 30 .09 1.0 1.5 DLS 2.0X 182 20

2000 JUN 2 2304 21.48 20 6.19 155 38.75 26.24 30 .11 .9 1.2 KOH 1.5X 173 14

2000 JUN 3 0127 29.06 19 20.79 155 16.94 1.20 19 .07 .3 .5 KOA 1.6X 131 3

2000 JUN 3 0308 14.39 19 24.55 155 17.54 10.45 8 .09 1.6 1.7 INT L 1.4X 147 2

2000 JUN 3 0800 51.33 19 24.75 155 18.77 9.38 12 .19 1.0 1.6 INT L 1.7X 99 2

2000 JUN 3 0908 27.58 19 28.34 155 26.51 3.50 20 .10 .4 1.5 KAO 1.4X 80 6

2000 JUN 3 0924 59.92 19 20.01 155 6.75 7.51 34 .11 .5 .4 SF4 1.7X 149 5

2000 JUN 3 0931 43.10 19 18.14 155 12.81 6.54 16 .09 .5 1.4 SF2 1.1X 152 8

2000 JUN 3 0941 22.42 19 25.68 155 24.05 5.34 15 .10 .5 .9 KAO 1.1X 70 2

2000 JUN 3 1538 18.38 19 15.99 155 32.87 8.66 23 .18 .6 1.3 LSW 1.1X 133 5

2000 JUN 3 1739 40.74 19 10.38 155 27.79 35.29 24 .10 1.1 1.5 DLS 1.2X 219 10

2000 JUN 3 1822 43.51 19 24.14 155 29.79 12.71 20 .12 .5 1.0 KAO 1.7X 76 5

2000 JUN 3 2045 21.74 19 19.60 155 9.06 6.53 25 .09 .4 .7 SF4 1.3X 100 5

2000 JUN 4 0101 20.78 19 19.19 155 8.72 6.79 32 .10 .5 .7 SF4 1.8X 101 4

2000 JUN 4 0128 53.04 19 18.32 155 13.36 9.68 42 .12 .6 .4 SF2 2.8X 154 8

2000 JUN 4 0139 43.12 19 18.13 155 13.11 6.89 23 .11 .6 1.2 SF2 1.3X 171 8

2000 JUN 4 0140 48.67 19 18.14 155 13.14 7.18 27 .10 .5 .9 SF2 1.1X 170 8

2000 JUN 4 0154 51.29 19 18.78 155 12.96 9.67 32 .09 .5 .6 SF2 1.7X 142 7

2000 JUN 4 0155 0.47 19 18.16 155 13.24 7.95 15 .08 .7 2.0 SF2 1.5X 169 8

2000 JUN 4 0853 33.45 19 20.75 155 4.58 7.03 17 .13 .8 1.3 SF5 1.2X 173 7

2000 JUN 4 0910 41.52 19 18.26 155 25.50 9.20 20 .09 .5 1.0 LSW 1.1X 86 5

2000 JUN 4 1011 27.09 19 27.21 155 26.01 10.92 19 .10 .5 1.0 KAO 1.5X 68 4

2000 JUN 4 1441 10.85 19 27.84 155 7.59 32.72 28 .12 1.1 1.6 DEP 1.9X 151 8

2000 JUN 4 1706 52.38 19 26.54 155 22.69 8.05 11 .10 .6 1.1 KAO .7X 126 4

2000 JUN 4 2156 39.16 20 14.78 156 33.82 49.41 19 .13 1.8 3.0 DIS 1.9X 232 50

2000 JUN 5 0308 31.64 19 20.20 155 8.62 8.94 18 .06 .5 .6 SF4 1.0X 105 4

2000 JUN 5 0343 33.00 20 0.17 155 19.86 14.32 8 .08 3.5 .5 KEA 1.1X 337 13

2000 JUN 5 0549 7.29 19 24.32 155 17.73 14.16 8 .09 2.2 1.8 DEP 1.6X 105 2

2000 JUN 5 0640 2.34 19 29.13 156 3.61 11.27 12 .12 2.3 .6 KON 1.0X 297 15

2000 JUN 5 0650 11.57 19 19.38 155 13.12 8.58 29 .12 .6 .8 SF2 1.6X 133 6

2000 JUN 5 0741 20.54 19 28.53 155 25.74 9.68 19 .12 .6 1.2 KAO 1.1X 70 5

2000 JUN 5 0858 2.41 19 23.42 155 1.98 9.18 12 .13 1.5 1.0 SF5 1.6X 190 7

2000 JUN 5 0911 50.74 19 12.54 155 26.14 7.98 14 .12 1.3 .9 LSW 1.2X 226 5

2000 JUN 5 1009 55.85 19 10.84 155 14.31 51.21 10 .13 3.4 1.1 DEP 1.5X 284 15

2000 JUN 5 1105 39.99 19 34.29 155 59.87 11.78 24 .12 1.4 .4 KON 2.1X 254 12

2000 JUN 5 1144 56.45 19 18.51 155 13.12 9.50 26 .10 .5 .7 SF2 1.9X 161 8

2000 JUN 5 1553 59.76 19 36.54 155 52.93 23.24 15 .11 1.8 1.3 KON .8X 246 10

2000 JUN 5 2242 24.66 19 16.54 155 25.76 8.63 10 .11 1.2 2.3 LSW 1.0X 111 5

2000 JUN 6 0854 47.30 19 24.89 155 36.44 28.78 16 .10 1.3 .9 DML 1.7X 138 4

2000 JUN 6 0854 58.35 19 25.08 155 36.50 27.16 20 .11 .8 1.2 DML 1.9X 125 4

2000 JUN 6 1054 38.46 19 24.09 155 18.16 3.25 10 .07 1.1 1.2 SSC 1.2X 88 3

2000 JUN 6 1103 19.90 19 24.66 155 17.43 5.82 12 .10 1.2 1.0 INT 1.4X 81 1

2000 JUN 6 1404 7.19 19 25.58 155 28.67 8.65 20 .10 .4 .8 KAO 1.1X 64 6

2000 JUN 6 1820 30.47 19 21.28 155 2.15 1.09 24 .13 1.2 .6 SSF 1.4X 189 9
62

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUN 6 2019 52.98 19 25.35 154 55.04 7.43 15 .12 1.5 .7 LER 1.1X 242 4

2000 JUN 6 2211 30.33 19 27.05 155 28.74 10.67 13 .09 .6 1.6 KAO 1.1X 82 7

2000 JUN 6 2213 42.04 19 50.64 155 57.07 44.05 36 .10 .9 1.4 HUA 2.6X 162 21

2000 JUN 6 2238 30.23 19 17.76 155 14.32 0.03 23 .09 .4 .4 SSF # 1.2X 157 8

2000 JUN 7 0411 14.04 19 20.39 155 10.83 8.59 28 .12 .6 .6 SF3 1.8X 114 4

2000 JUN 7 0415 25.48 19 20.64 155 11.06 9.33 20 .07 .6 .7 SF3 1.5X 112 3

2000 JUN 7 0731 9.87 19 14.77 155 26.18 7.48 14 .10 .6 .9 LSW .8X 152 4

2000 JUN 7 0926 19.62 19 24.75 155 16.68 10.31 10 .04 1.9 .9 INT L 2.0X 213 1

2000 JUN 7 2037 23.90 19 23.57 155 26.95 11.34 18 .11 .5 .7 KAO 1.1X 79 2

2000 JUN 8 0255 45.59 19 22.43 155 7.40 3.35 11 .06 .6 .5 SER 1.1X 115 2

2000 JUN 8 0446 54.89 19 29.46 155 26.46 6.42 12 .09 .6 1.5 KAO 1.5X 103 5

2000 JUN 8 0458 1.91 19 28.55 155 54.26 13.16 14 .12 .9 .6 KON .9X 143 2

2000 JUN 8 0527 52.75 19 43.25 156 1.98 34.53 19 .11 1.1 1.8 HUA 1.2X 181 21

2000 JUN 8 0619 17.49 18 54.42 155 17.26 21.96 17 .09 1.6 5.1 LOI 1.3X 299 39

2000 JUN 8 0636 15.13 19 33.09 155 28.48 14.32 18 .13 .7 .6 DML 1.5X 103 2

2000 JUN 8 0733 28.20 19 19.70 155 8.89 6.87 19 .07 .5 .8 SF4 1.2X 101 5

2000 JUN 8 1143 15.95 19 19.90 155 11.89 7.28 15 .09 .6 1.3 SF3 1.3X 121 5

2000 JUN 8 1538 9.53 19 29.56 155 26.76 7.68 13 .11 .6 1.5 KAO 1.0X 103 5

2000 JUN 8 1819 1.81 19 19.93 155 11.76 8.97 34 .12 .6 .5 SF3 2.2X 127 5

2000 JUN 8 1854 58.47 19 26.71 155 19.87 7.91 32 .11 .5 .6 KAO 2.0X 71 2

2000 JUN 8 1857 54.69 19 26.54 155 19.99 7.75 18 .13 .9 1.0 KAO 1.2X 148 2

2000 JUN 8 1916 56.66 19 13.14 155 32.65 9.38 35 .15 .6 .8 LSW 2.3X 125 6

2000 JUN 8 2113 33.83 19 11.03 155 28.62 31.10 21 .11 1.3 1.6 DLS 1.3X 211 10

2000 JUN 8 2348 8.41 19 22.65 155 29.68 11.20 22 .13 .5 1.0 KAO 1.4X 82 4

2000 JUN 9 0238 41.68 19 19.08 155 15.53 7.00 25 .11 .5 .8 SF1 1.4X 137 6

2000 JUN 9 0316 11.21 19 22.36 155 17.25 10.13 11 .07 1.3 1.0 INT L 2.2X 158 2

2000 JUN 9 1040 19.09 19 31.93 155 18.35 36.59 12 .09 2.9 2.4 DEP 1.5X 196 9

2000 JUN 9 1137 55.03 19 4.47 155 29.65 31.20 30 .09 1.5 1.4 DLS 2.0X 184 20

2000 JUN 9 1839 43.89 19 33.37 155 41.12 11.10 23 .12 .6 .9 MLO 1.4X 122 11

2000 JUN 9 1916 23.68 19 26.25 155 28.85 9.93 35 .10 .3 .6 KAO 1.9X 59 7

2000 JUN 9 2131 17.61 19 22.61 155 27.90 6.47 18 .11 .5 .8 KAO 1.3X 114 1

2000 JUN 10 0215 2.55 19 31.81 155 54.05 12.39 15 .12 1.3 .6 KON 1.3X 178 5

2000 JUN 10 0315 42.42 19 33.42 155 45.12 10.84 23 .13 .6 .6 KON 1.8X 126 17

2000 JUN 10 0412 10.15 19 55.01 155 25.05 9.24 11 .13 1.7 .9 KEA 1.1X 229 8

2000 JUN 10 0918 36.40 19 15.88 155 14.79 26.45 17 .08 1.2 .9 DEP 1.4X 219 8

2000 JUN 10 1236 9.56 19 25.49 155 19.10 6.39 21 .10 .7 1.0 KAO 1.4X 80 3

2000 JUN 10 1343 31.73 19 25.63 155 14.80 15.87 9 .09 1.1 1.0 DEP L 1.5X 249 6

2000 JUN 10 1425 45.16 19 26.92 155 28.50 13.67 12 .10 .6 1.7 DML .9X 102 9

2000 JUN 10 1635 12.02 19 22.12 155 28.87 11.04 38 .11 .4 .5 KAO 3.2U 79 2

2000 JUN 10 1735 4.83 19 14.34 155 16.79 44.46 12 .05 2.2 1.0 DEP 1.3X 285 7

2000 JUN 10 2104 18.22 19 29.26 155 24.50 6.45 30 .13 .5 .9 KAO 2.2X 73 2

2000 JUN 11 0023 23.03 19 18.50 154 59.72 8.06 14 .04 .9 .9 LER 1.6X 237 12

2000 JUN 11 0408 54.63 19 26.73 155 28.83 10.55 25 .12 .4 .7 KAO 2.0X 81 7

2000 JUN 11 0416 20.79 19 10.48 155 22.43 48.18 18 .11 1.5 1.4 DEP 1.4X 219 8

2000 JUN 11 0457 10.50 19 52.03 156 27.57 6.98 16 .12 2.515.5 DIS - 2.2X 227 71

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUN 11 0646 28.23 19 15.70 155 28.09 11.22 14 .10 .8 1.2 LSW 1.1X 162 8

2000 JUN 11 0805 9.28 19 16.47 155 26.10 9.46 31 .11 .4 .5 LSW 2.1X 114 5

2000 JUN 11 1111 9.35 19 14.85 155 19.05 43.00 24 .09 1.9 1.1 DEP 1.8X 188 6

2000 JUN 11 1818 12.20 19 15.40 155 28.88 10.61 28 .15 .5 .8 LSW 1.8X 152 2

2000 JUN 11 2243 22.89 19 27.04 155 29.73 10.18 17 .11 .5 1.1 KAO 1.6X 80 7

2000 JUN 11 2351 1.62 19 4.73 155 29.13 31.45 18 .11 2.5 1.5 DLS 1.5X 292 20

2000 JUN 12 0235 18.81 19 31.32 155 4.49 14.53 36 .12 .7 .5 DEP F 3.1X 129 15

2000 JUN 12 0825 9.25 19 14.49 155 30.44 6.89 14 .07 .9 .7 LSW 1.2X 234 1

2000 JUN 12 1050 38.78 20 19.72 155 35.13 15.28 13 .07 1.8 3.0 KOH 1.8X 213 55

2000 JUN 12 1738 15.05 19 49.76 155 30.53 1.34 8 .05 .8 1.1 KEA 1.0X 126 8

2000 JUN 12 2233 38.91 19 20.54 155 12.83 8.83 25 .11 .6 .7 SF2 1.4X 116 4

2000 JUN 13 0038 27.18 19 28.43 154 53.77 6.86 16 .10 1.2 .8 LER 1.2X 138 3

2000 JUN 13 0130 50.21 19 6.96 155 19.27 53.67 15 .11 2.4 1.4 LOI 1.6U 256 16

2000 JUN 13 0309 24.48 20 44.12 155 49.43 22.32 29 .11 2.2 5.6 DIS 3.0X 232 45

2000 JUN 13 0316 2.03 19 26.07 155 29.62 14.43 16 .10 .6 1.3 DML 1.1X 90 6

2000 JUN 13 0332 17.80 19 15.66 155 27.88 11.42 12 .08 .5 .9 LSW 1.1X 141 4

2000 JUN 13 0524 45.19 19 15.74 155 29.04 10.15 14 .12 .5 1.1 LSW 1.3U 132 2

2000 JUN 13 1629 15.79 19 25.60 155 16.69 9.90 8 .14 4.0 1.5 INT L 2.0X 234 1

2000 JUN 13 2118 44.93 19 21.15 155 3.43 34.67 22 .10 2.0 2.1 DEP 1.4X 181 8

2000 JUN 14 0048 9.32 19 19.44 155 11.21 7.70 30 .13 .5 .6 SF3 1.8X 129 5

2000 JUN 14 1038 36.39 19 20.10 155 8.64 7.68 20 .09 .5 .7 SF4 1.0X 105 4

2000 JUN 14 1054 15.67 19 24.05 155 19.11 6.60 8 .13 1.9 4.3 KAO L 1.3X 140 6

2000 JUN 14 1512 1.04 19 24.49 155 17.56 6.90 11 .12 2.1 1.5 INT L 1.9X 83 1

2000 JUN 14 1754 48.64 19 22.27 155 2.13 8.02 15 .11 1.0 1.3 SF5 1.2X 178 8

2000 JUN 15 0305 20.78 19 5.72 155 29.54 28.19 18 .12 1.4 1.9 DLS 1.9X 196 19

2000 JUN 15 0340 16.25 19 22.20 155 26.94 11.47 27 .10 .5 .6 KAO 1.4X 75 1

2000 JUN 15 0414 14.10 19 54.85 155 32.24 21.24 28 .11 .8 2.1 KEA 1.6X 143 17

2000 JUN 15 1008 50.90 19 20.73 154 44.67 39.93 35 .12 2.3 1.0 LER 2.4X 289 20

2000 JUN 15 1206 54.71 19 19.91 155 10.73 8.53 26 .08 .5 .7 SF3 1.4X 122 4

2000 JUN 15 2208 20.42 19 22.26 155 29.77 9.77 33 .11 .3 .8 KAO 1.9X 38 4

2000 JUN 16 1153 35.88 19 17.89 155 22.83 5.02 31 .13 .4 1.4 SWR 2.1X 106 4

2000 JUN 16 1203 47.90 19 17.75 155 23.09 5.42 10 .08 .5 1.6 SWR 1.3X 108 5

2000 JUN 16 1708 56.71 19 20.76 155 13.72 9.34 28 .08 .5 .4 SF2 1.5X 118 4

2000 JUN 16 2007 31.21 18 55.55 155 26.71 38.09 22 .09 2.1 1.6 DLS 1.5X 260 24

2000 JUN 16 2338 2.93 19 25.59 155 21.00 1.06 17 .11 .3 .7 KAO 1.2X 85 4

2000 JUN 16 2359 16.86 19 26.48 155 19.49 5.38 20 .12 .5 1.0 KAO 1.5X 105 3

2000 JUN 17 0147 23.95 19 12.56 155 41.70 9.23 18 .23 .9 2.5 LSW 1.5X 148 10

2000 JUN 17 0222 31.84 19 16.06 155 26.93 9.62 22 .11 .5 .9 LSW 1.5X 128 6

2000 JUN 18 0023 41.93 19 20.01 155 11.57 8.86 27 .11 .5 .7 SF3 1.6X 118 5

2000 JUN 18 0132 52.43 19 19.50 155 11.72 8.96 28 .09 .4 .6 SF3 1.8X 133 6

2000 JUN 18 0144 37.59 19 5.35 155 29.51 30.17 42 .09 .8 1.1 DLS 3.0X 178 18

2000 JUN 18 0518 3.04 19 12.63 155 31.09 12.35 27 .10 .6 .7 LSW 1.9X 135 5

2000 JUN 18 0625 4.06 19 19.47 155 11.54 7.89 23 .10 .6 .9 SF3 1.4X 126 6

2000 JUN 19 1129 48.83 19 12.40 155 31.66 10.92 34 .17 .7 1.0 LSW 2.0X 136 6

2000 JUN 19 1301 41.40 19 46.32 155 36.69 22.26 26 .09 .9 1.8 KEA 1.8X 176 16
63

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUN 19 1337 20.28 19 45.19 155 1.94 9.14 23 .15 1.3 1.3 HIL 1.7X 252 34

2000 JUN 19 1506 51.05 19 25.29 155 18.85 6.77 23 .10 .6 .9 INT 1.7X 76 2

2000 JUN 19 1616 26.68 19 21.86 155 13.63 25.96 30 .10 1.0 .7 DEP 2.2X 102 2

2000 JUN 19 2213 19.06 19 19.55 155 10.65 9.27 30 .12 .6 .6 SF3 2.0X 123 5

2000 JUN 20 0058 18.24 19 20.80 155 5.92 8.15 15 .11 .8 1.2 SF4 1.4X 153 6

2000 JUN 20 0119 3.02 19 25.29 155 17.10 12.72 10 .11 1.2 1.0 INT L 1.3X 167 1

2000 JUN 20 0204 47.30 19 21.60 155 27.87 11.04 24 .10 .5 .8 KAO 1.5X 82 2

2000 JUN 21 0244 25.26 19 21.88 155 4.59 7.35 27 .15 .6 .6 SF5 1.8X 157 6

2000 JUN 21 0647 54.10 19 22.46 155 29.89 13.63 21 .08 .7 1.3 DML 1.7X 119 7

2000 JUN 21 1452 9.82 19 20.44 155 10.82 7.67 15 .06 .6 1.1 SF3 .9X 114 3

2000 JUN 21 1650 52.45 19 12.78 155 31.05 7.78 23 .10 .6 .5 LSW 1.9X 178 5

2000 JUN 22 0642 26.15 19 23.64 155 17.21 7.11 10 .14 1.2 1.3 INT L 2.0X 109 1

2000 JUN 22 1051 46.08 19 19.76 155 15.28 8.95 27 .11 .5 .5 SF1 1.3X 128 4

2000 JUN 22 1818 51.09 19 46.88 155 53.82 14.32 29 .19 1.9 .6 HUA 1.9X 254 12

2000 JUN 23 0349 15.08 19 24.98 155 38.61 3.10 31 .12 .3 .3 MLO 2.3X 90 2

2000 JUN 23 0906 22.05 19 11.80 155 27.71 7.35 34 .14 1.0 .8 LSW 1.9X 208 7

2000 JUN 23 1132 34.61 19 9.59 155 31.02 7.31 17 .10 .9 1.6 LSW 1.4X 215 10

2000 JUN 23 1256 56.79 19 22.53 155 24.92 10.82 17 .10 .6 .8 KAO 1.3X 92 5

2000 JUN 23 1319 42.97 19 20.14 155 12.04 9.58 32 .10 .5 .6 SF3 1.9X 118 5

2000 JUN 23 2114 51.85 19 18.16 155 29.44 8.65 31 .18 .5 .9 LSW 1.9X 66 6

2000 JUN 24 0057 26.97 19 18.35 155 16.09 5.99 24 .12 .5 1.1 SF1 1.3X 145 5

2000 JUN 24 0115 25.16 19 25.44 155 18.15 9.48 10 .11 1.8 1.1 INT L 1.2X 142 1

2000 JUN 24 0551 5.52 19 18.48 155 26.13 10.90 30 .12 .4 .7 LSW 1.5X 75 6

2000 JUN 24 2111 56.07 19 15.94 155 29.75 9.84 22 .15 .6 1.1 LSW 1.7X 97 2

2000 JUN 24 2143 36.22 19 25.31 155 17.87 6.70 11 .12 1.7 1.1 INT L 2.2X 85 0

2000 JUN 25 0150 24.74 19 24.24 155 17.55 1.99 13 .12 .6 .3 SSC L 1.2X 85 2

2000 JUN 25 0331 14.46 19 20.19 155 12.13 7.51 16 .06 .5 1.1 SF3 1.2X 126 5

2000 JUN 25 0911 39.05 19 22.22 155 10.15 3.14 15 .12 .8 .4 SER 1.5X 130 1

2000 JUN 25 1646 15.31 19 19.07 155 13.84 7.37 26 .10 .6 1.0 SF2 1.4X 137 7

2000 JUN 25 2331 40.89 20 14.31 155 8.10 16.24 13 .11 3.215.0 KEA - 2.1X 324 44

2000 JUN 26 0216 22.58 19 25.89 155 17.26 8.81 10 .15 2.2 1.3 INT L 2.4X 184 1

2000 JUN 26 0647 2.78 19 25.77 155 22.50 9.49 29 .11 .4 .8 KAO 2.0X 66 8

2000 JUN 26 0811 16.24 19 23.79 155 18.11 9.39 8 .10 2.0 1.7 INT L 1.7X 152 3

2000 JUN 26 1248 22.86 19 19.26 155 12.19 7.71 24 .08 .5 .9 SF3 1.4X 132 6

2000 JUN 27 0041 37.13 19 19.65 155 11.66 8.22 28 .11 .6 .8 SF3 1.4X 133 5

2000 JUN 27 0951 51.66 19 24.01 155 27.71 8.12 19 .09 .5 1.1 KAO 1.3X 98 5

2000 JUN 27 1128 32.51 19 11.36 155 28.05 33.73 26 .08 .8 1.3 DLS 1.7X 151 8

2000 JUN 28 0406 38.55 19 20.20 155 7.73 7.95 28 .09 .5 .6 SF4 1.5X 125 5

2000 JUN 28 1112 17.00 19 25.71 155 16.49 9.38 11 .12 1.4 1.1 INT L 2.1X 173 2

2000 JUN 28 1716 35.38 19 20.14 155 11.98 7.30 19 .10 .5 .9 SF3 1.3X 125 5

2000 JUN 28 2233 29.77 19 20.88 155 11.02 9.33 32 .11 .6 .6 SF3 1.8X 103 3

2000 JUN 29 0320 37.57 19 29.56 155 15.81 22.18 30 .09 .6 .8 DEP 1.9X 115 4

2000 JUN 29 0408 10.71 19 19.99 155 7.83 7.33 23 .11 .6 .8 SF4 1.0X 124 5

2000 JUN 30 0215 55.68 19 20.04 155 19.77 28.42 18 .10 1.4 1.4 DEP 1.4X 121 4

2000 JUN 30 0857 55.95 19 24.53 155 19.55 8.99 8 .09 2.1 1.8 KAO L 1.9X 269 4

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUN 30 1746 25.63 19 19.65 155 16.93 9.53 20 .07 .9 .8 SF1 1.3X 174 1

2000 JUN 30 2255 49.07 19 20.12 155 7.99 9.08 29 .10 .5 .5 SF4 1.8X 119 5

2000 JUL 1 0229 33.15 19 22.90 155 18.64 10.28 10 .08 4.6 2.6 INT L 1.9X 228 3

2000 JUL 1 0910 29.08 19 24.67 155 16.90 10.32 11 .06 1.3 1.2 INT L 2.3X 141 0

2000 JUL 1 0953 9.54 19 26.68 155 22.03 10.78 28 .10 .5 1.0 KAO 1.9X 98 6

2000 JUL 1 1811 47.16 20 17.94 154 51.46 2.77 31 .13 4.4 2.9 KEA 3.0X 254 68

2000 JUL 1 1901 25.35 19 1.37 155 11.59 36.20 31 .12 2.2 1.8 LOI 2.1X 257 30

2000 JUL 1 2104 24.03 19 25.28 155 16.83 11.05 12 .10 1.1 1.5 INT L 2.0X 123 1

2000 JUL 2 0241 34.34 19 24.59 155 18.16 6.16 11 .10 1.3 .9 INT L 1.9X 93 2

2000 JUL 2 0502 19.34 19 14.11 155 37.26 11.05 23 .13 .5 .8 LSW 1.5X 152 1

2000 JUL 2 1123 43.37 19 12.82 155 42.27 8.55 27 .20 .7 1.5 LSW 1.7X 86 9

2000 JUL 2 1306 36.93 19 19.70 155 12.05 7.83 30 .11 .6 .8 SF3 2.0X 124 6

2000 JUL 2 1554 21.67 19 22.35 155 29.63 12.90 16 .07 .6 1.1 KAO 1.4X 119 8

2000 JUL 3 0852 30.48 19 24.03 155 15.96 9.12 11 .10 1.3 1.1 INT L 2.1X 165 1

2000 JUL 3 1207 50.57 19 19.43 155 8.76 6.77 19 .08 .7 1.2 SF4 1.1X 145 4

2000 JUL 3 1245 53.90 19 11.57 155 33.34 7.55 26 .16 .6 1.0 LSW 1.9X 135 9

2000 JUL 3 2136 57.07 19 19.66 155 8.56 9.46 29 .13 .6 .5 SF4 1.9X 106 4

2000 JUL 4 0040 23.09 19 24.81 155 38.90 3.36 16 .11 .8 .4 MLO 1.1X 188 2

2000 JUL 4 0211 55.22 19 36.15 156 0.54 10.19 20 .10 2.0 .6 KON 1.7X 264 20

2000 JUL 4 0403 57.04 19 20.01 155 8.09 8.32 27 .08 .5 .6 SF4 1.9X 117 5

2000 JUL 4 0506 40.14 19 20.08 155 8.92 7.92 31 .09 .5 .5 SF4 1.9X 99 4

2000 JUL 4 0641 58.54 19 24.41 155 25.26 8.49 25 .09 .4 .8 KAO 1.7X 63 2

2000 JUL 4 1041 35.85 19 15.53 155 27.78 9.95 21 .13 .6 .8 LSW 1.5X 142 4

2000 JUL 4 1319 38.30 18 50.83 156 7.28 6.49 11 .2112.916.7 DIS - 1.7X 340 74

2000 JUL 4 2308 14.91 19 4.09 156 21.24 40.00 16 .11 3.0 4.8 DIS 1.8X 335 63

2000 JUL 5 0442 0.76 19 3.52 156 19.47 6.50 19 .10 1.4 2.3 KON 1.8X 300 60

2000 JUL 5 1415 35.19 19 16.53 155 27.48 8.94 31 .13 .4 .7 LSW 1.8X 117 5

2000 JUL 5 2026 5.35 19 14.74 155 26.39 6.69 24 .13 .5 1.0 LSW 1.5X 154 4

2000 JUL 5 2132 53.46 19 19.57 155 11.41 7.76 27 .13 .5 .9 SF3 1.7X 124 5

2000 JUL 5 2158 0.63 19 7.43 156 9.20 34.29 19 .07 1.9 1.2 KON 1.7X 306 34

2000 JUL 6 0036 47.40 20 54.74 155 6.50 16.09 10 .14 4.715.6 DIS - 2.0X 285116

2000 JUL 6 0227 8.49 19 13.37 155 34.00 5.60 38 .18 .5 2.0 LSW F 2.5X 118 18

2000 JUL 6 0332 38.62 19 25.19 155 18.22 9.08 9 .10 2.0 1.7 INT L 2.5X 116 1

2000 JUL 6 0529 54.14 19 28.46 155 25.03 8.90 26 .11 .5 .9 KAO 1.8X 76 4

2000 JUL 6 1407 4.53 19 24.55 155 16.77 1.77 9 .07 .5 .3 SNC 1.1X 149 1

2000 JUL 6 1413 24.86 19 4.89 156 21.90 12.96 20 .14 9.413.6 DIS - 1.9X 335 56

2000 JUL 7 1532 58.39 19 22.82 155 30.46 9.79 33 .12 .4 1.0 KAO 1.6X 115 5

2000 JUL 7 1701 25.66 19 19.77 155 13.48 9.07 42 .13 .4 .4 SF2 F 2.8X 128 5

2000 JUL 8 0104 29.71 19 5.70 156 17.91 38.94 24 .10 1.6 2.2 KON 2.5X 319 49

2000 JUL 8 0524 0.33 19 26.40 155 51.12 12.72 18 .14 .7 .5 KON 1.0X 145 9

2000 JUL 8 1031 1.42 19 26.59 155 17.34 10.27 9 .06 1.4 .7 INT L 2.1X 195 2

2000 JUL 8 1916 22.66 19 23.65 155 19.41 1.55 8 .09 .7 1.3 KAO L 1.6X 294 5

2000 JUL 9 0036 6.99 19 4.42 156 18.06 36.62 14 .09 2.4 2.9 KON 1.8U 335 50

2000 JUL 9 0647 21.24 19 5.41 156 18.01 38.00 19 .09 1.6 2.0 KON 2.0X 320 49

2000 JUL 9 0652 7.96 19 19.13 155 13.19 9.37 32 .11 .5 .8 SF2 1.5X 136 6
64

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUL 9 1540 46.07 19 8.78 156 9.81 31.16 21 .11 1.3 1.6 KON 2.5U 301 33

2000 JUL 10 0157 23.31 19 4.91 156 15.71 38.98 17 .10 2.6 1.9 KON 2.1X 333 46

2000 JUL 10 0349 0.71 20 11.96 155 51.03 36.08 35 .10 .9 .7 KOH 2.2X 179 6

2000 JUL 10 0847 31.62 19 19.24 155 15.89 33.00 39 .12 .8 .8 DEP 2.1X 134 3

2000 JUL 10 1016 39.41 19 4.53 156 20.09 41.17 15 .09 2.8 2.5 DIS 1.8X 335 53

2000 JUL 10 1814 38.86 19 55.87 155 23.92 10.34 28 .14 .8 .5 KEA 1.9X 189 7

2000 JUL 10 1915 6.02 19 53.14 155 22.00 9.61 20 .12 1.0 .5 KEA 1.7X 192 3

2000 JUL 10 2008 47.29 19 25.46 155 16.73 9.95 10 .13 1.7 1.4 INT L 2.5X 220 1

2000 JUL 10 2101 40.15 19 21.07 155 12.72 9.10 24 .13 .7 .7 SF2 1.3X 112 3

2000 JUL 11 0241 11.01 19 7.05 156 14.00 34.35 12 .10 2.3 3.8 KON 1.8X 313 41

2000 JUL 11 0502 50.28 19 52.03 156 29.63 1.39 19 .10 2.0 .7 DIS 1.8X 231 74

2000 JUL 11 0929 22.62 19 19.65 155 8.12 7.28 29 .07 .5 .7 SF4 1.6X 170 4

2000 JUL 11 1404 26.88 19 25.89 155 17.44 11.00 12 .12 1.9 1.3 INT L 1.2X 166 1

2000 JUL 11 1419 2.68 19 26.06 155 16.90 12.63 10 .08 1.5 1.1 INT L 2.1X 191 2

2000 JUL 11 1428 2.63 19 25.10 155 16.85 8.79 9 .10 1.6 .8 INT L 1.3X 176 1

2000 JUL 11 1511 22.33 19 24.10 155 19.77 6.54 8 .11 2.0 3.0 KAO L 1.1X 167 4

2000 JUL 11 1648 26.97 19 26.89 155 16.57 7.13 7 .09 2.0 1.9 INT L 1.5X 207 6

2000 JUL 11 1828 21.89 19 24.96 155 17.24 10.87 11 .11 2.0 1.3 INT L 2.1X 142 0

2000 JUL 11 2117 6.50 19 24.69 155 17.01 11.41 10 .13 1.9 1.5 INT L 1.2X 118 0

2000 JUL 11 2125 51.34 19 20.32 155 23.92 9.74 16 .11 .7 1.1 SWR 1.0X 94 1

2000 JUL 12 0044 26.92 19 25.86 155 17.96 10.63 11 .17 2.8 1.4 INT L 1.6X 188 1

2000 JUL 12 0159 34.94 19 25.56 155 18.37 8.32 12 .09 1.4 .8 INT L 2.4X 149 1

2000 JUL 12 0352 53.79 19 2.89 156 15.76 36.20 18 .12 2.1 2.7 KON 1.8X 335 48

2000 JUL 12 0438 47.71 19 23.21 155 30.01 9.78 15 .07 .5 1.1 KAO 1.5X 113 4

2000 JUL 12 0616 42.67 19 24.14 155 14.67 11.53 8 .13 2.7 1.7 INT L 1.7X 269 3

2000 JUL 12 0644 24.57 19 18.04 155 13.20 5.41 25 .11 .5 1.8 SF2 1.3X 154 8

2000 JUL 12 0854 52.68 19 51.58 156 31.92 38.29 20 .12 1.5 4.2 DIS 2.1X 241 75

2000 JUL 12 1030 20.44 19 25.20 155 16.17 13.57 7 .09 2.6 1.3 DEP L 1.9X 229 3

2000 JUL 12 1606 25.69 19 23.75 155 19.13 6.36 11 .09 1.4 2.9 KAO L 1.6X 110 4

2000 JUL 12 1812 35.47 19 25.22 155 16.05 9.28 9 .06 1.4 1.3 INT L 2.0X 193 3

2000 JUL 12 1947 22.46 19 4.93 156 16.79 13.14 18 .15 8.612.4 KON - 2.2U 316 48

2000 JUL 12 2147 1.40 19 25.36 155 16.97 10.82 10 .09 1.7 1.2 INT L 1.8X 218 1

2000 JUL 13 0117 42.51 19 16.54 155 47.60 6.23 20 .12 .7 3.4 KON 1.5X 134 8

2000 JUL 13 0308 18.29 19 26.93 155 15.25 9.23 7 .16 1.3 1.6 INT L 2.0X 212 3

2000 JUL 13 0518 7.65 19 26.14 155 16.28 6.65 12 .12 1.4 .9 INT L 2.2X 184 3

2000 JUL 13 0737 13.13 19 22.16 155 36.60 13.87 21 .11 .6 .9 DML 1.3X 105 6

2000 JUL 13 0848 16.91 19 20.06 155 7.36 6.30 18 .09 .6 .9 SF4 1.3X 197 5

2000 JUL 13 1158 57.13 19 25.91 155 17.25 12.44 10 .09 1.9 1.4 INT L 2.1X 97 1

2000 JUL 13 1334 41.64 19 3.60 156 21.09 41.91 25 .09 1.5 2.4 DIS 2.3X 301 55

2000 JUL 13 1636 49.63 19 24.20 155 17.79 6.25 9 .09 1.2 1.4 INT L 2.0X 143 2

2000 JUL 13 1950 1.91 19 22.21 155 19.21 2.83 10 .05 .8 1.9 KAO L 1.9X 247 5

2000 JUL 14 0024 55.90 19 25.76 155 14.90 9.41 11 .09 2.3 .7 INT L 2.4X 259 4

2000 JUL 14 0051 9.16 19 4.66 156 19.90 43.38 24 .11 1.6 2.0 KON 2.1X 322 53

2000 JUL 14 0241 44.59 19 11.89 155 40.49 12.40 19 .13 .8 .9 LSW 1.3U 162 11

2000 JUL 14 0843 19.04 19 15.25 155 28.13 11.81 25 .13 .8 1.1 LSW 1.8X 196 7

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUL 14 1103 48.36 19 24.85 155 18.32 7.73 8 .13 1.1 1.6 INT L 1.2X 91 2

2000 JUL 14 1122 27.34 19 49.46 155 7.43 40.48 16 .08 1.1 2.0 KEA 2.2X 233 24

2000 JUL 14 1147 9.07 19 4.07 156 20.33 39.72 27 .09 1.4 2.2 DIS 2.3X 300 54

2000 JUL 14 1403 55.78 19 22.86 155 19.52 2.01 9 .07 .5 1.3 KAO L 2.1X 250 5

2000 JUL 14 1956 19.89 19 26.17 155 16.13 8.72 11 .11 2.0 1.1 INT L 2.0X 201 3

2000 JUL 14 2034 50.60 19 5.65 155 27.95 35.52 21 .09 1.3 1.7 DLS 1.6X 201 17

2000 JUL 14 2207 49.17 19 22.43 155 24.91 10.59 18 .10 .5 .8 KAO 1.1X 92 5

2000 JUL 15 0219 24.96 19 3.82 156 18.34 38.50 28 .10 1.4 2.2 KON 2.3X 298 51

2000 JUL 15 0842 34.81 19 3.45 156 19.49 11.97 21 .1610.114.2 KON - 1.8X 336 53

2000 JUL 15 1438 43.42 19 22.98 155 17.13 2.94 14 .08 .5 .3 SSC 2.0X 75 1

2000 JUL 15 1502 54.82 19 17.40 155 16.52 6.56 24 .11 .6 .9 SF1 1.4X 157 4

2000 JUL 15 1756 21.65 19 4.54 156 19.33 41.06 25 .09 1.5 2.4 KON 2.6X 304 52

2000 JUL 15 2133 22.94 19 19.18 155 9.57 8.87 14 .05 .7 1.5 SF3 1.7X 116 4

2000 JUL 15 2224 13.59 19 25.92 155 15.94 13.69 11 .14 2.9 1.8 DEP L 3.6U 200 3

2000 JUL 15 2237 33.16 19 25.60 155 16.98 8.69 6 .10 2.1 1.5 INT L 1.5X 189 1

2000 JUL 15 2309 51.25 19 24.16 155 30.10 9.18 25 .09 .4 1.0 KAO 1.2X 77 5

2000 JUL 16 0020 29.96 19 15.88 155 32.70 10.20 20 .08 .4 .9 LSW 1.4X 135 5

2000 JUL 16 0050 21.73 19 25.47 155 19.09 6.69 22 .13 .5 1.0 KAO 1.7X 79 3

2000 JUL 16 0429 40.19 19 28.42 154 52.46 6.03 32 .13 1.1 .6 LER F 2.2X 104 3

2000 JUL 16 0848 17.06 19 26.39 155 15.23 7.49 8 .11 2.2 1.1 INT L 2.3X 303 4

2000 JUL 16 0932 38.38 19 19.52 155 7.59 7.58 24 .09 .6 .8 SF4 1.8X 134 4

2000 JUL 16 1336 55.56 19 9.24 156 10.35 32.61 21 .11 1.7 1.5 KON 2.2X 301 34

2000 JUL 16 1719 18.75 19 4.84 156 15.12 38.41 19 .10 2.3 2.0 KON 2.2X 317 45

2000 JUL 16 1934 15.11 19 26.64 155 18.33 8.37 11 .07 1.7 1.3 INT L 3.2U 185 3

2000 JUL 16 2233 25.77 19 24.78 155 14.97 8.69 10 .09 2.3 1.0 INT L 1.6X 258 3

2000 JUL 16 2334 52.06 19 25.21 155 16.10 7.32 10 .06 .8 .8 INT L 2.3X 178 2

2000 JUL 17 0020 28.92 19 20.37 155 10.95 8.80 32 .10 .5 .6 SF3 1.8X 109 4

2000 JUL 17 0410 36.76 19 5.37 156 19.82 39.22 34 .12 1.4 2.0 KON 2.8X 298 52

2000 JUL 17 0413 7.27 19 22.61 155 26.64 10.99 30 .11 .4 .7 KAO 1.4X 44 2

2000 JUL 17 0438 49.65 19 25.32 155 16.42 7.29 10 .09 1.2 .9 INT L 2.4X 185 1

2000 JUL 17 0458 28.88 19 17.61 155 31.57 8.29 25 .13 .4 1.2 LSW 1.4X 88 5

2000 JUL 17 0727 30.60 19 24.63 155 16.84 7.64 10 .12 1.8 1.2 INT L 1.6X 148 1

2000 JUL 17 0859 29.22 19 23.82 155 16.56 7.09 7 .05 1.0 1.3 INT L 1.7X 142 3

2000 JUL 17 0947 5.20 19 24.46 155 19.72 13.41 8 .11 1.7 2.4 DML L 2.2U 191 4

2000 JUL 17 1125 44.98 19 20.70 155 5.68 6.61 21 .13 .6 1.0 SF4 1.6X 157 6

2000 JUL 17 1152 11.02 19 24.18 155 17.21 8.31 9 .14 2.0 1.8 INT L 1.8X 133 1

2000 JUL 17 1323 51.47 19 25.93 155 16.06 10.45 12 .11 1.5 .9 INT L 2.1X 199 3

2000 JUL 17 1449 35.34 19 26.42 155 15.94 3.46 11 .12 1.2 1.2 SNC L 2.3X 208 3

2000 JUL 17 1514 29.86 19 24.29 155 17.47 6.29 12 .06 1.1 .9 INT L 1.9X 81 1

2000 JUL 17 1706 4.74 19 19.45 155 7.60 7.77 30 .11 .6 .6 SF4 1.5X 135 4

2000 JUL 17 1708 21.69 19 22.27 155 17.15 3.31 17 .09 .3 .4 SSC 1.6X 96 2

2000 JUL 17 1742 23.31 19 23.04 155 17.14 3.72 10 .08 .5 .6 SSC L 1.6X 68 1

2000 JUL 17 2301 36.84 19 24.57 155 16.08 11.71 11 .13 2.2 1.0 INT L 1.8X 176 2

2000 JUL 17 2305 44.89 19 26.06 155 16.13 9.94 11 .10 1.5 1.1 INT L 2.2X 201 3

2000 JUL 18 0104 9.16 19 25.65 155 16.31 13.37 7 .09 2.6 1.9 DEP L 2.0X 191 2
65

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUL 18 0117 4.46 19 25.42 155 17.23 11.36 10 .06 1.8 1.1 INT L 2.2X 177 1

2000 JUL 18 0212 2.93 19 23.71 155 16.92 7.81 10 .08 1.4 1.1 INT L 1.4X 78 1

2000 JUL 18 0238 50.07 19 23.05 155 19.05 3.48 7 .03 1.1 1.8 KAO L 1.5X 228 5

2000 JUL 18 0239 19.09 19 24.02 155 19.32 6.33 8 .06 2.5 1.6 KAO L 1.8X 211 5

2000 JUL 18 0349 5.20 19 24.48 155 17.31 10.03 10 .04 .9 1.1 INT L 2.4X 80 1

2000 JUL 18 0737 59.83 19 24.38 155 16.47 6.29 10 .11 1.4 .8 INT L 1.9X 162 1

2000 JUL 18 0917 56.70 19 6.84 155 28.93 29.18 26 .08 1.5 1.3 DLS 1.9X 280 15

2000 JUL 18 1051 31.46 19 22.55 155 30.08 9.94 21 .06 .4 .8 KAO 1.3X 120 4

2000 JUL 18 1153 8.39 19 24.95 155 17.78 9.16 8 .07 1.6 1.1 INT L 1.6X 156 3

2000 JUL 18 1322 3.14 19 7.44 156 13.28 34.09 14 .12 3.1 2.9 KON 1.9X 329 40

2000 JUL 18 1700 33.26 19 19.69 155 10.08 9.50 29 .09 .5 .6 SF3 1.4X 119 4

2000 JUL 18 1713 34.70 19 25.00 155 17.33 8.26 13 .06 1.1 .8 INT L 2.3X 96 1

2000 JUL 18 1746 3.13 19 5.19 156 14.90 38.46 21 .10 1.3 1.9 KON 1.8X 314 44

2000 JUL 18 1838 45.31 19 5.44 156 22.32 37.46 15 .11 2.5 4.7 DIS 1.5U 317 56

2000 JUL 19 0137 19.72 19 23.71 155 18.11 2.04 8 .07 1.0 1.2 SSC L 1.6X 140 2

2000 JUL 19 0300 23.95 19 12.08 155 33.15 7.75 19 .15 .7 1.0 LSW 1.4X 182 8

2000 JUL 19 0741 7.19 19 15.07 155 4.70 47.51 34 .12 1.3 1.1 DEP 2.1X 221 7

2000 JUL 19 0916 38.90 19 8.11 155 28.54 37.70 20 .09 1.0 1.1 DLS T 1.7X 231 14

2000 JUL 19 0917 45.60 19 6.93 155 34.50 55.05 38 .12 .9 .8 DLS T 2.2X 146 18

2000 JUL 19 0932 18.55 19 4.67 155 25.57 49.94 29 .09 1.7 2.1 DLS T 3.2X 232 18

2000 JUL 19 1050 7.49 19 19.12 155 29.42 25.76 18 .13 1.1 3.8 DML T 1.1X 150 11

2000 JUL 19 1203 9.07 19 16.83 155 31.53 5.46 23 .13 .4 1.4 LSW 1.4X 99 4

2000 JUL 19 1246 19.12 19 18.93 155 30.74 14.42 21 .12 .6 1.2 DLS 1.5X 77 7

2000 JUL 19 1311 48.91 19 26.17 155 16.19 5.98 12 .10 .9 .7 INT L 2.2X 185 3

2000 JUL 19 1330 56.08 19 21.53 155 1.86 9.71 21 .11 1.3 .6 SF5 1.2X 196 9

2000 JUL 19 2137 38.07 19 23.68 155 29.05 9.33 33 .09 .3 .7 KAO 1.3X 64 3

2000 JUL 19 2146 29.24 19 8.47 156 15.62 9.55 20 .11 1.8 1.1 KON 1.8X 295 43

2000 JUL 19 2324 16.98 19 22.77 155 18.92 0.03 26 .21 .3 .4 SSC L# 1.5X 79 4

2000 JUL 19 2324 57.10 19 25.56 155 14.64 3.64 25 .09 .4 .7 SNC L 1.7X 168 4

2000 JUL 20 0218 14.30 19 19.67 155 9.52 7.79 38 .12 .5 .6 SF3 1.7X 107 4

2000 JUL 20 0355 8.31 19 4.77 156 18.25 11.29 25 .14 6.7 9.7 KON 1.9X 296 50

2000 JUL 20 0431 21.50 19 19.04 155 12.77 8.30 27 .10 .6 .8 SF2 1.4X 137 7

2000 JUL 20 0631 20.81 19 23.64 155 17.44 10.92 29 .10 .6 .4 INT L 2.4X 62 1

2000 JUL 20 1023 46.16 19 24.39 155 29.64 10.48 19 .11 .5 1.3 KAO 1.3X 74 5

2000 JUL 20 1406 54.16 19 4.14 156 20.89 42.54 20 .11 2.6 2.6 DIS 2.2X 335 55

2000 JUL 21 0036 40.36 18 57.78 155 26.49 40.40 28 .12 1.7 2.0 DLS T 1.7X 259 33

2000 JUL 21 0038 8.44 19 25.46 155 16.89 7.28 28 .10 .5 .5 INT L 1.9X 62 1

2000 JUL 21 0046 43.67 19 8.14 155 23.71 44.59 39 .11 1.0 .9 LOI T 2.5X 266 11

2000 JUL 21 0230 33.03 18 29.35 156 57.12 6.41 25 .10 8.811.4 DIS - 2.5X 339143

2000 JUL 21 0448 5.33 19 5.14 156 20.02 15.11 22 .17 9.215.9 DIS - 2.0X 335 53

2000 JUL 21 0508 46.37 19 5.28 156 21.75 40.95 28 .12 1.5 2.4 DIS 2.3X 301 55

2000 JUL 21 0519 34.98 19 13.60 155 0.48 44.52 38 .13 1.1 .7 DEP 1.8X 257 15

2000 JUL 21 0638 13.59 19 26.88 155 16.67 22.26 42 .11 .6 .7 DEP 1.6X 95 2

2000 JUL 21 0701 33.02 19 14.24 155 27.26 8.91 41 .18 .7 .8 LSW 1.7X 167 5

2000 JUL 21 1028 22.32 19 19.63 155 13.35 9.08 51 .13 .4 .4 SF2 F 2.8X 130 6

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUL 21 1331 28.03 19 25.11 155 15.92 11.11 25 .12 .8 .5 INT L 1.9X 120 2

2000 JUL 21 1727 45.45 19 24.42 155 17.48 1.94 22 .11 .4 .2 SSC L 1.6X 82 1

2000 JUL 21 1952 35.95 19 12.51 155 20.60 45.76 36 .10 1.1 .9 DEP 1.4X 229 7

2000 JUL 21 2014 50.13 19 25.78 155 17.29 5.44 31 .13 .4 .4 INT L 2.1X 76 1

2000 JUL 21 2225 15.81 19 22.12 155 29.09 9.47 24 .09 .4 .7 KAO .9X 84 3

2000 JUL 21 2233 52.82 19 18.10 155 12.62 0.08 23 .12 .6 .5 SSF .9X 190 8

2000 JUL 22 0619 0.96 19 24.73 155 16.14 10.41 17 .13 1.1 .9 INT L 1.6X 100 2

2000 JUL 22 0805 5.37 19 2.00 155 26.14 39.25 26 .10 1.5 1.9 DLS 1.5X 244 23

2000 JUL 22 1023 45.72 19 24.73 155 16.34 1.29 26 .10 .2 .2 SNC L 1.5X 137 1

2000 JUL 22 1722 23.99 19 24.17 155 16.41 6.78 10 .08 .9 1.0 INT L 1.8X 117 1

2000 JUL 22 2053 8.91 19 22.77 155 14.47 2.32 23 .10 .3 .3 SEC 1.7X 121 2

2000 JUL 22 2132 4.71 19 9.31 155 34.47 47.81 34 .13 1.1 1.6 DLS T 2.5X 135 20

2000 JUL 22 2156 14.19 19 24.92 155 17.36 9.73 12 .11 1.1 1.5 INT L 2.0X 118 1

2000 JUL 23 0221 22.87 19 25.65 155 13.81 31.74 37 .09 .8 .8 DEP 1.3X 105 2

2000 JUL 23 0341 20.79 19 25.18 155 16.89 6.91 11 .14 1.1 1.1 INT L 2.0X 153 1

2000 JUL 23 0355 32.65 19 24.49 155 16.94 10.86 10 .08 1.7 1.6 INT L 2.2X 92 1

2000 JUL 23 1426 30.35 19 25.41 155 23.95 10.39 47 .11 .3 .5 KAO 2.3X 50 2

2000 JUL 23 1617 13.63 19 29.00 156 3.45 36.91 38 .09 1.0 .8 KON 2.0X 239 15

2000 JUL 23 1843 26.65 19 21.88 155 11.36 3.65 18 .05 .6 .4 SER 1.8X 118 3

2000 JUL 23 1953 27.08 19 25.54 155 15.81 8.84 11 .22 2.4 1.6 INT L 1.8X 180 2

2000 JUL 24 0121 28.47 19 19.03 155 15.27 8.67 40 .12 .4 .5 SF1 1.9X 138 6

2000 JUL 24 0251 44.35 19 22.39 155 29.85 11.93 23 .10 .6 1.0 KAO 1.7X 85 4

2000 JUL 24 0527 47.55 19 24.30 155 17.07 9.86 11 .08 .9 1.2 INT L 2.1X 77 1

2000 JUL 24 0551 2.45 19 25.38 155 17.61 5.21 9 .11 1.4 .6 INT L 1.7X 148 0

2000 JUL 24 1421 31.94 19 23.31 155 18.09 5.89 10 .10 1.5 1.0 INT L 1.9X 204 2

2000 JUL 24 2100 37.53 19 26.26 155 17.40 8.66 11 .12 1.1 1.1 INT L 2.1X 175 2

2000 JUL 24 2156 22.60 19 53.40 155 22.33 10.73 19 .07 1.0 .4 KEA 1.6X 204 3

2000 JUL 24 2245 26.88 19 19.72 155 11.58 8.39 26 .10 .6 .9 SF3 1.7X 132 5

2000 JUL 24 2350 8.21 19 3.80 156 18.29 13.68 16 .16 8.512.4 KON - 1.9U 316 51

2000 JUL 25 0006 34.64 19 12.23 155 20.10 48.53 27 .11 1.1 1.4 DEP 1.8X 198 8

2000 JUL 25 0048 57.40 19 24.84 155 18.00 7.05 12 .12 .8 1.3 INT L 1.8X 87 1

2000 JUL 25 0108 2.75 19 25.05 155 19.20 7.09 29 .10 .4 .6 KAO 2.4X 48 3

2000 JUL 25 0238 19.85 19 49.08 156 0.51 27.61 30 .11 1.6 2.3 HUA 2.0X 277 23

2000 JUL 25 1130 51.99 19 26.13 155 29.72 11.33 26 .09 .5 .9 KAO 1.7X 94 6

2000 JUL 25 1219 57.60 19 26.23 155 16.75 7.97 11 .09 .8 .7 INT L 1.8X 183 2

2000 JUL 25 1738 52.58 19 21.33 155 30.91 10.11 44 .10 .3 .6 KAO 1.7X 57 6

2000 JUL 25 1853 57.27 19 25.64 155 16.29 9.51 26 .10 .7 .5 INT L 1.7X 148 2

2000 JUL 25 2043 12.73 19 19.97 155 8.46 5.51 23 .13 .6 1.1 SF4 1.1X 109 5

2000 JUL 25 2334 23.30 19 25.65 155 16.44 11.02 23 .08 .5 .5 INT L 1.7X 111 2

2000 JUL 26 0746 41.18 19 25.46 155 16.99 11.82 28 .12 .6 .6 INT L 2.4X 96 1

2000 JUL 26 0858 4.48 19 21.77 155 29.72 9.31 23 .16 .4 .8 KAO 1.4X 60 4

2000 JUL 26 1010 29.19 19 21.80 155 29.79 9.21 42 .12 .4 .7 KAO 1.6X 48 4

2000 JUL 26 1259 15.31 19 24.36 155 17.44 12.33 21 .10 .6 .8 INT L 1.7X 70 1

2000 JUL 26 1446 23.55 19 33.61 155 54.68 13.11 17 .16 1.4 .6 KON 1.2X 202 8

2000 JUL 26 2019 40.54 19 24.94 155 16.75 9.19 26 .10 .6 .6 INT L 1.6X 95 0
66

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JUL 26 2205 37.15 19 24.40 155 17.80 2.09 28 .12 .3 .2 SSC L 1.6X 50 2

2000 JUL 27 0345 14.43 20 0.39 155 32.08 7.64 32 .14 .9 .7 KEA 1.8X 184 24

2000 JUL 27 0508 48.16 19 25.98 155 15.57 8.44 27 .12 .5 .5 INT L 1.6X 118 3

2000 JUL 27 0808 33.98 19 19.54 155 11.79 6.76 38 .08 .4 .7 SF3 1.4X 136 6

2000 JUL 27 2051 46.15 19 22.56 155 25.71 10.81 38 .10 .4 .4 KAO 1.8X 88 3

2000 JUL 27 2227 1.40 19 25.40 155 17.61 9.08 12 .11 1.4 1.1 INT L 2.1X 149 0

2000 JUL 28 0718 9.42 19 23.72 155 17.00 7.02 13 .15 1.1 1.2 INT L 2.3X 102 1

2000 JUL 28 0851 8.92 19 20.35 155 6.91 7.73 45 .12 .4 .6 SF4 2.4X 141 6

2000 JUL 28 1630 22.85 19 25.68 155 16.81 9.20 10 .11 1.1 1.3 INT L 1.9X 169 3

2000 JUL 28 1908 15.93 19 20.10 155 8.16 9.36 20 .09 .6 .8 SF4 1.3X 115 5

2000 JUL 29 1058 33.73 19 18.12 155 16.56 8.30 32 .10 .4 .5 SF1 1.6X 137 4

2000 JUL 29 1201 59.29 19 25.61 155 15.40 10.02 14 .10 1.2 .8 INT L 2.3X 203 3

2000 JUL 29 1407 46.76 19 26.70 155 19.13 5.99 36 .12 .4 .8 KAO 2.3X 67 4

2000 JUL 29 1450 0.16 19 26.66 155 19.19 3.55 42 .13 .3 .5 KAO 2.9X 66 3

2000 JUL 29 1452 0.71 19 16.35 155 28.88 11.68 29 .11 .4 .8 LSW 2.0X 59 3

2000 JUL 29 1455 58.40 19 26.61 155 18.89 6.23 36 .13 .4 .6 INT 2.4X 63 3

2000 JUL 29 1527 16.78 19 26.52 155 19.68 3.25 21 .12 .3 .5 KAO 1.5X 107 3

2000 JUL 29 1528 26.37 19 26.04 155 20.06 2.76 15 .10 .5 .7 KAO 1.3X 126 3

2000 JUL 29 1532 0.55 19 26.25 155 19.94 3.25 30 .10 .4 .6 KAO 1.6X 64 3

2000 JUL 29 1542 10.46 19 26.49 155 19.48 3.14 16 .11 .5 .6 KAO 1.3X 106 3

2000 JUL 29 1546 21.25 19 26.69 155 19.09 4.39 30 .12 .4 .8 KAO 1.9X 108 3

2000 JUL 29 1601 41.69 19 26.42 155 19.52 2.88 23 .13 .4 .4 KAO 1.7X 105 3

2000 JUL 29 1646 47.45 19 26.08 155 20.00 3.31 25 .13 .4 .6 KAO 2.0X 127 3

2000 JUL 29 1743 25.26 19 25.83 155 20.41 1.71 19 .10 .3 .7 KAO 1.2X 107 3

2000 JUL 29 1950 22.68 19 24.84 155 16.93 12.35 11 .09 1.8 1.5 INT L 2.0X 141 0

2000 JUL 30 0003 42.12 19 20.23 155 10.99 8.27 24 .10 .5 .7 SF3 1.6X 111 4

2000 JUL 30 0345 13.60 19 26.50 155 18.98 6.52 37 .11 .4 .7 INT 2.2X 103 3

2000 JUL 30 0417 17.09 19 26.55 155 19.04 6.59 29 .10 .4 .8 KAO 2.2X 105 3

2000 JUL 30 0504 30.91 19 24.42 155 16.69 11.23 8 .04 2.4 1.8 INT L 2.1X 141 1

2000 JUL 30 0517 53.99 19 23.88 155 20.03 2.13 23 .08 .3 .7 KAO L 1.5X 108 5

2000 JUL 30 0843 58.51 19 24.18 155 18.44 2.93 32 .11 .3 .4 SSC L 1.9X 40 3

2000 JUL 30 1430 13.59 19 20.42 155 26.84 10.07 39 .13 .3 .7 KAO 1.6X 49 4

2000 JUL 30 1653 34.55 19 17.46 155 29.64 8.95 27 .14 .4 1.3 LSW 1.2X 51 4

2000 JUL 30 2323 27.79 19 26.54 155 19.52 3.38 32 .14 .3 .5 KAO 1.5X 107 3

2000 JUL 30 2331 34.22 19 26.68 155 19.45 4.70 36 .14 .4 .9 KAO 1.6X 69 3

2000 JUL 31 0154 46.68 19 15.52 155 6.10 43.40 38 .13 1.2 1.3 DEP 1.5X 209 5

2000 JUL 31 0222 47.87 19 25.43 155 15.55 10.46 32 .12 .6 .5 INT L 1.7X 114 3

2000 JUL 31 0726 39.94 19 20.70 155 11.14 8.62 40 .12 .4 .4 SF3 1.6X 98 3

2000 JUL 31 1055 3.47 19 24.03 155 15.84 12.27 21 .13 .6 .7 INT L 1.8X 76 1

2000 JUL 31 1549 41.59 19 10.83 155 33.17 53.77 25 .12 1.4 4.6 DLS T 159 9

2000 JUL 31 1904 25.90 19 18.48 155 13.09 6.29 13 .12 .9 2.9 SF2 1.2X 209 8

2000 JUL 31 2020 54.12 19 18.46 155 12.81 11.21 17 .09 .7 1.0 SF2 1.3X 146 8

2000 JUL 31 2032 0.17 19 4.77 155 24.18 34.72 19 .08 1.4 1.2 LOI 1.3X 269 18

2000 JUL 31 2105 48.41 19 27.97 154 49.98 9.86 15 .11 1.8 .4 LER F 1.9X 252 2

2000 JUL 31 2234 12.57 19 20.88 155 12.08 12.14 15 .09 .7 1.0 SF3 1.4X 114 4

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 AUG 1 0052 51.77 19 19.81 155 13.46 9.12 41 .14 .5 .5 SF2 2.3X 119 5

2000 AUG 1 0058 20.69 19 11.06 155 1.97 48.57 19 .09 2.2 1.7 DEP 1.5X 256 16

2000 AUG 1 0404 53.73 19 19.67 154 45.54 40.21 34 .13 1.6 .9 LER 1.8X 280 21

2000 AUG 1 1026 28.21 19 25.40 155 11.04 22.61 14 .12 1.5 2.3 DEP L 2.4X 185 6

2000 AUG 1 1603 29.48 19 19.88 155 51.66 12.47 16 .10 1.5 .5 KON 1.0U 222 7

2000 AUG 1 1948 26.53 19 28.96 155 52.93 14.16 24 .15 .7 .4 KON 1.5X 103 4

2000 AUG 2 0218 35.80 19 12.30 155 43.70 3.72 12 .09 .5 2.5 KON .9U 139 7

2000 AUG 2 0247 29.29 19 16.49 155 29.24 14.06 12 .10 .7 1.0 DLS .9X 77 10

2000 AUG 2 0922 27.28 19 20.09 155 7.41 8.49 43 .11 .5 .5 SF4 2.3X 127 5

2000 AUG 2 1058 32.93 19 41.28 155 9.14 39.08 41 .10 .7 1.1 KEA 1.7X 163 28

2000 AUG 2 1551 57.86 19 20.02 155 30.27 9.71 40 .11 .3 .9 KAO 1.4X 57 7

2000 AUG 3 0034 39.86 19 17.57 155 28.68 9.54 40 .13 .3 .8 LSW 1.3X 48 5

2000 AUG 3 0140 47.98 19 25.33 155 16.26 11.95 35 .12 .4 .4 INT L 2.1X 99 2

2000 AUG 3 0155 58.52 19 24.33 155 16.39 12.31 26 .10 .7 .6 INT L 1.4X 83 1

2000 AUG 3 0230 53.01 19 23.84 155 17.85 13.37 27 .11 .7 .6 DEP L 1.9X 61 2

2000 AUG 3 0713 2.75 19 47.23 155 30.33 21.64 35 .11 .6 1.2 KEA 1.6X 163 5

2000 AUG 3 0902 55.63 19 23.74 155 17.46 12.25 23 .09 .5 .7 INT L 1.7X 73 1

2000 AUG 3 0910 16.59 19 11.96 155 25.50 39.64 35 .09 .8 1.1 DLS 1.8X 151 5

2000 AUG 3 0940 46.32 19 19.68 155 10.89 8.03 35 .10 .4 .7 SF3 1.2X 109 5

2000 AUG 3 1002 16.56 19 24.69 155 17.22 1.84 20 .11 .4 .2 SNC L 1.3X 139 1

2000 AUG 3 1235 6.12 19 19.48 155 12.97 8.97 35 .13 .4 .7 SF2 1.3X 121 6

2000 AUG 3 1456 46.28 19 24.88 155 38.46 3.45 30 .10 .4 .4 MLO 1.9X 121 2

2000 AUG 3 1929 32.02 19 29.01 155 52.48 12.74 21 .11 .9 .4 KON 1.3X 154 5

2000 AUG 4 0406 48.85 19 18.97 155 31.31 26.97 31 .10 .6 1.4 DLS 1.5X 75 9

2000 AUG 4 0433 44.00 19 24.61 155 17.77 10.44 22 .11 .7 .5 INT L 1.6X 84 1

2000 AUG 4 0438 15.44 19 21.98 155 4.75 8.32 43 .10 .5 .4 SF5 1.9X 153 6

2000 AUG 4 0655 42.43 19 24.94 155 15.49 10.27 35 .17 .5 .4 INT L 2.4X 98 2

2000 AUG 4 0849 1.66 19 25.35 155 17.06 9.20 29 .12 .5 .5 INT L 1.6X 96 1

2000 AUG 4 1123 28.25 19 25.59 155 18.14 9.30 10 .11 1.5 1.0 INT L 2.6U 153 1

2000 AUG 4 1359 21.45 19 15.51 155 6.78 40.10 22 .09 1.5 1.0 DEP 1.6X 228 4

2000 AUG 4 1729 20.92 19 16.02 155 28.70 0.44 21 .12 .3 .4 LSW 1.3X 97 9

2000 AUG 4 1756 49.19 19 25.01 155 17.06 8.19 11 .09 .8 1.1 INT L 1.6X 147 0

2000 AUG 5 0121 16.92 19 23.29 155 14.40 3.86 15 .09 .4 .5 SEC 1.7X 103 3

2000 AUG 5 0343 37.03 19 25.40 155 16.80 5.29 10 .09 .8 .9 INT L 1.6X 105 1

2000 AUG 5 0845 53.62 19 23.30 155 14.55 3.61 26 .11 .4 .4 SEC 2.2X 83 3

2000 AUG 5 1354 23.44 19 27.92 155 29.66 13.49 24 .11 .5 1.1 DML 1.7X 69 8

2000 AUG 6 0221 11.97 19 20.20 155 6.58 8.94 19 .08 .5 .7 SF4 1.6X 149 6

2000 AUG 6 0957 42.91 18 53.16 155 0.19 16.22 28 .18 2.915.2 LOI - 2.3X 284 47

2000 AUG 6 1050 10.65 19 12.56 155 28.72 41.00 14 .09 1.4 5.0 DLS T 97 6

2000 AUG 6 1503 49.01 19 14.31 155 31.21 30.43 16 .10 1.1 3.1 DLS T 104 11

2000 AUG 6 1900 51.79 19 32.80 155 10.16 21.63 19 .11 1.9 2.1 DEP F 3.1X 246 17

2000 AUG 7 0008 53.07 19 51.72 155 21.10 11.70 19 .12 .9 .4 KEA 1.3X 149 3

2000 AUG 7 0302 53.06 19 29.38 155 26.82 7.58 33 .12 .4 .9 KAO 2.0X 69 5

2000 AUG 7 1142 3.92 19 19.69 155 8.46 7.68 18 .11 .6 .9 SF4 1.4X 157 4

2000 AUG 7 1340 18.93 19 24.90 155 17.15 8.24 15 .09 .6 .9 INT L 2.4X 83 0
67

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 AUG 8 0010 43.40 19 19.66 155 11.98 5.05 29 .13 .5 2.0 SF3 1.5X 125 6

2000 AUG 8 1204 57.21 19 28.51 155 26.64 6.01 21 .12 .4 1.7 KAO 1.6X 82 6

2000 AUG 8 2043 42.17 19 24.15 155 17.85 1.68 18 .12 .4 .4 SSC L 1.9X 78 2

2000 AUG 9 0231 54.39 19 19.30 155 8.98 6.79 13 .08 .8 1.4 SF4 1.3X 136 4

2000 AUG 9 0232 35.57 19 19.35 155 8.63 8.03 21 .09 .5 .9 SF4 1.4X 150 4

2000 AUG 9 0622 6.02 19 9.50 155 32.27 46.09 27 .15 1.0 1.5 DLS L 2.0X 180 8

2000 AUG 9 1045 7.29 19 15.09 155 33.30 11.45 31 .13 .4 .8 LSW 1.6X 107 6

2000 AUG 9 1105 41.99 20 14.55 156 27.69 11.37 21 .09 1.2 1.1 DIS 2.2X 228 45

2000 AUG 9 1438 36.42 19 20.48 155 11.85 8.69 33 .11 .5 .6 SF3 1.7X 113 5

2000 AUG 9 1635 59.96 19 42.13 155 20.45 28.52 27 .12 1.6 1.1 KEA 1.8X 254 19

2000 AUG 9 2037 31.71 19 10.84 155 29.12 43.70 43 .09 .7 .8 DLS 2.3X 127 3

2000 AUG 10 0928 0.00 19 24.91 155 17.74 12.64 14 .10 .8 1.5 INT L 2.2X 79 1

2000 AUG 10 1701 34.83 19 19.33 155 8.88 6.89 25 .09 .5 .9 SF4 1.5X 98 4

2000 AUG 10 2320 39.19 19 22.41 155 28.60 10.70 24 .11 .4 .7 KAO 1.3X 81 2

2000 AUG 10 2323 13.52 19 11.10 155 32.81 2.83 16 .11 .6 2.2 LSW 1.7X 154 9

2000 AUG 11 0009 11.29 19 16.06 155 26.94 6.08 32 .14 .3 1.5 LSW 1.4X 67 6

2000 AUG 11 0804 56.83 19 12.38 155 14.39 31.70 21 .09 1.4 1.4 DEP 1.7X 235 13

2000 AUG 11 0948 31.82 19 19.36 155 13.00 7.24 18 .09 .5 1.4 SF2 1.3X 133 6

2000 AUG 11 2359 23.99 19 14.23 155 27.01 4.99 15 .19 .6 3.2 LSW 1.1X 102 5

2000 AUG 12 0530 50.73 19 19.44 155 7.60 9.23 36 .12 .6 .5 SF4 2.1X 106 4

2000 AUG 12 0746 42.97 19 31.98 155 36.65 9.89 34 .12 .4 .5 MLO 1.8X 89 3

2000 AUG 12 2253 12.37 19 29.00 155 27.76 10.63 29 .10 .4 .7 KAO 1.6X 78 6

2000 AUG 13 0559 36.66 19 18.73 155 15.68 9.38 21 .12 .5 1.1 SF1 1.6X 141 5

2000 AUG 13 0840 5.44 19 20.85 155 8.07 9.44 20 .05 .6 .7 SF4 1.6X 114 4

2000 AUG 13 0953 43.12 19 18.67 155 14.74 7.13 23 .10 .6 .9 SF1 1.2X 143 5

2000 AUG 14 0318 40.22 18 55.35 155 33.72 40.08 31 .09 1.5 1.1 DLS 1.9X 262 13

2000 AUG 14 0833 9.63 19 20.36 155 11.78 7.54 24 .10 .5 .8 SF3 1.5X 121 5

2000 AUG 14 1041 36.07 19 11.79 155 27.57 7.69 39 .15 .4 .8 LSW 2.0X 115 4

2000 AUG 14 1115 49.95 19 25.24 155 2.08 45.60 41 .09 .7 .8 DEP 2.4X 124 6

2000 AUG 14 1213 13.73 19 12.80 155 28.26 0.58 27 .14 .3 .5 LSW 1.7X 97 6

2000 AUG 14 1514 22.74 20 1.19 155 35.50 40.32 29 .10 1.0 1.0 KOH 1.7X 262 30

2000 AUG 15 0338 58.29 19 19.07 155 17.10 29.97 39 .10 .6 .8 DEP 1.9X 126 3

2000 AUG 15 0742 36.69 19 25.49 155 19.71 13.96 18 .15 .8 .9 DML 1.4X 89 4

2000 AUG 15 0946 23.33 19 25.87 155 15.80 21.39 25 .09 .7 .7 DEP 1.5X 131 3

2000 AUG 15 0947 12.30 19 20.46 155 5.88 10.32 14 .08 1.1 .8 SF4 1.5X 243 6

2000 AUG 15 1203 9.35 20 16.55 155 44.14 37.66 49 .11 .7 .7 KOH 2.6X 178 17

2000 AUG 15 1809 32.24 19 13.08 155 34.53 51.13 17 .09 4.4 9.3 DLS T- 246 18

2000 AUG 15 1946 13.11 19 24.90 155 17.72 2.11 14 .09 .5 .3 SNC L 1.8X 125 1

2000 AUG 16 1001 47.45 19 45.31 156 3.32 4.94 22 .17 .8 1.5 HUA 1.8X 234 24

2000 AUG 16 1125 32.81 19 20.31 155 12.49 11.26 28 .13 .6 .8 SF2 1.5X 118 4

2000 AUG 16 1519 20.55 19 8.30 155 26.40 37.23 22 .11 1.3 1.1 DLS 1.9X 263 3

2000 AUG 16 1653 44.30 19 12.61 155 31.66 36.61 41 .09 .6 1.0 DLS 2.1X 80 5

2000 AUG 16 1920 6.45 19 26.76 155 28.79 10.65 37 .10 .3 .8 KAO 2.0X 46 8

2000 AUG 16 2031 13.19 19 27.34 155 27.99 11.79 28 .10 .4 1.1 KAO 1.5X 64 9

2000 AUG 17 0912 12.34 19 25.22 154 50.08 16.76 39 .14 1.2 1.0 LER 1.9X 250 5

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 AUG 17 1319 38.32 19 44.74 155 8.66 30.82 17 .12 .9 1.7 HIL 1.6X 195 26

2000 AUG 17 2125 55.77 19 15.86 155 28.65 0.01 26 .15 .4 .2 LSW # 1.1X 75 9

2000 AUG 17 2139 47.65 19 29.21 155 55.60 12.30 21 .12 .8 .4 KON 2.0U 268 1

2000 AUG 18 0527 41.47 19 18.66 155 18.66 35.17 29 .11 .8 1.0 DEP 1.6X 80 1

2000 AUG 18 0537 39.06 19 22.97 155 14.88 3.14 16 .09 .4 .4 SEC 1.6X 115 2

2000 AUG 18 1753 21.60 20 13.23 157 9.76 0.06 19 .16 7.4 1.6 DIS # 2.2X 286 99

2000 AUG 18 1813 34.94 19 19.90 155 8.04 7.02 32 .10 .5 .6 SF4 1.9X 119 5

2000 AUG 18 2122 50.32 19 18.15 155 16.73 8.00 28 .12 .5 .7 SF1 1.5X 147 3

2000 AUG 19 0702 31.23 19 24.45 155 17.02 9.84 11 .09 1.2 1.3 INT L 2.0X 82 1

2000 AUG 19 1158 6.79 19 35.13 155 57.18 29.95 23 .12 2.0 2.0 KON 1.6X 281 36

2000 AUG 19 1417 36.00 19 19.87 155 11.78 5.38 16 .07 .4 1.5 SF3 1.5X 130 5

2000 AUG 19 2015 29.75 19 17.31 155 14.04 7.57 20 .10 .7 1.1 SF2 1.1X 190 8

2000 AUG 19 2337 38.25 19 23.54 155 14.68 3.51 33 .11 .3 .3 SEC 2.8X 80 2

2000 AUG 20 0147 45.48 19 5.28 155 29.50 30.71 44 .09 .7 1.0 DLS 2.9X 179 8

2000 AUG 20 0809 49.80 19 20.37 155 7.99 6.51 33 .11 .4 .7 SF4 1.5X 118 5

2000 AUG 20 1130 47.44 19 23.18 155 17.30 2.62 15 .06 .4 .3 SSC 1.2X 77 1

2000 AUG 20 1517 33.90 19 7.91 155 24.15 36.77 12 .06 2.4 2.1 LOI 1.5X 237 7

2000 AUG 20 1609 0.49 19 24.19 155 16.87 2.14 8 .08 .7 .3 SSC 1.1X 179 1

2000 AUG 20 1754 45.21 19 56.08 155 35.73 11.61 13 .08 1.8 .8 KOH 1.7X 236 27

2000 AUG 20 1823 9.57 19 59.99 155 33.93 37.59 20 .05 1.0 1.1 KEA 1.9X 288 26

2000 AUG 20 1910 20.38 19 12.52 155 32.31 6.56 17 .13 .5 1.3 LSW 1.5X 131 6

2000 AUG 20 2340 4.06 19 14.59 155 27.27 2.51 20 .15 .4 1.3 LSW 1.5X 93 6

2000 AUG 21 0442 41.67 19 18.31 155 13.30 9.39 28 .12 .6 .6 SF2 1.5X 208 8

2000 AUG 21 0617 4.58 19 28.78 155 20.80 1.34 17 .08 .5 .4 KAO 1.6X 150 5

2000 AUG 21 1023 13.89 19 20.60 155 12.86 8.12 29 .11 .6 .7 SF2 1.7X 121 4

2000 AUG 21 1116 58.85 19 18.90 155 13.76 9.85 16 .07 .7 .9 SF2 1.4X 207 7

2000 AUG 21 1237 26.61 19 37.49 155 7.66 10.43 21 .12 1.0 1.4 HIL 1.6X 274 24

2000 AUG 21 1314 51.89 19 37.43 155 7.68 10.48 35 .12 .7 1.1 HIL 2.0X 167 24

2000 AUG 21 1437 17.96 19 36.89 155 7.88 14.48 21 .09 1.2 .8 HIL 1.9X 270 23

2000 AUG 21 1517 58.44 19 35.61 155 9.27 13.06 21 .12 1.3 .7 KEA 1.6X 194 19

2000 AUG 21 1523 14.63 19 36.75 155 8.81 11.38 26 .11 .8 .9 HIL 1.8X 144 22

2000 AUG 21 1533 9.54 19 36.89 155 8.73 11.37 25 .12 .9 1.0 HIL 1.7X 160 22

2000 AUG 21 1741 49.24 19 22.31 155 28.38 10.80 35 .11 .4 .5 KAO 1.6X 55 1

2000 AUG 21 2042 26.43 19 37.86 155 8.03 9.18 19 .09 1.1 4.4 HIL 1.2X 272 24

2000 AUG 22 0300 12.92 19 36.30 155 9.09 14.19 25 .10 .7 .8 KEA 1.8X 141 21

2000 AUG 22 0355 3.42 19 45.35 155 51.86 33.22 23 .11 2.3 1.4 HUA 1.7X 277 8

2000 AUG 22 1417 8.41 19 21.79 155 19.36 27.19 26 .11 1.0 1.1 DEP 1.4X 44 5

2000 AUG 22 1518 10.77 19 20.03 155 7.57 8.42 35 .07 .4 .5 SF4 2.1X 130 5

2000 AUG 22 2315 23.29 19 19.91 155 6.51 7.55 27 .12 .6 .7 SF4 1.5X 155 5

2000 AUG 23 0024 40.98 19 19.12 155 8.53 7.86 32 .10 .5 .5 SF4 1.7X 105 3

2000 AUG 23 0047 39.12 19 56.86 155 59.99 42.24 40 .09 .6 1.3 KOH 2.0X 166 30

2000 AUG 23 0417 17.35 19 59.95 155 19.78 13.72 24 .09 1.0 .4 KEA 1.8X 217 12

2000 AUG 23 0422 17.42 19 26.91 154 59.13 45.42 33 .11 .9 .9 LER 2.1X 118 3

2000 AUG 23 0932 56.10 19 29.22 154 59.83 43.05 42 .12 .6 .7 LER 1.6X 91 8

2000 AUG 23 0949 29.76 19 19.84 155 6.61 7.57 19 .10 .6 1.0 SF4 1.5X 119 5
68

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 AUG 23 1158 25.89 19 26.19 155 23.21 11.47 22 .10 .5 1.3 KAO 1.3X 70 5

2000 AUG 23 1440 52.10 19 25.11 155 17.02 10.05 29 .13 .7 .6 INT L 2.4X 83 0

2000 AUG 23 1521 31.09 19 59.30 155 19.26 13.73 17 .09 1.2 .5 KEA 2.1X 207 11

2000 AUG 23 2005 36.39 19 25.81 155 17.49 8.74 11 .08 1.1 .7 INT L 1.9X 89 1

2000 AUG 24 0213 38.13 19 20.39 155 13.22 8.74 18 .09 .7 .8 SF2 2.0X 124 4

2000 AUG 24 0434 3.77 19 19.77 155 12.62 6.67 14 .08 .7 1.5 SF2 1.0X 205 5

2000 AUG 24 1236 15.28 19 12.81 155 28.46 4.96 20 .16 .5 1.9 LSW 1.8X 94 5

2000 AUG 24 1341 29.44 19 15.46 155 22.05 8.19 15 .11 .7 1.2 SWR 1.0X 187 4

2000 AUG 24 1443 6.88 19 30.71 155 15.39 19.07 8 .2711.9 4.3 DEP 2.1X 266 11

2000 AUG 25 0232 45.60 19 15.25 155 31.84 7.84 35 .20 .5 .9 LSW 1.4X 60 3

2000 AUG 25 0804 42.57 19 23.12 155 14.88 3.26 19 .07 .3 .4 SEC 1.4X 109 2

2000 AUG 25 1326 45.53 19 21.49 155 19.99 14.76 33 .09 .5 .5 DEP 1.4X 89 5

2000 AUG 25 1416 4.86 19 22.69 155 14.54 3.12 19 .07 .3 .3 SEC 1.6X 123 2

2000 AUG 26 0154 11.43 19 32.90 155 42.01 9.31 20 .09 .7 1.2 MLO 1.5X 138 12

2000 AUG 26 1827 41.62 19 19.73 155 7.75 7.09 33 .10 .5 .6 SF4 1.7X 128 4

2000 AUG 26 1828 30.92 19 7.37 155 40.58 1.90 20 .13 .5 1.5 LSW 1.7X 115 10

2000 AUG 26 1930 46.58 19 24.39 155 16.13 1.67 21 .13 .3 .3 SEC 1.9X 88 1

2000 AUG 26 2141 13.57 19 24.47 155 16.89 1.41 13 .07 .3 .2 SSC 1.2X 99 1

2000 AUG 27 0013 30.95 19 11.01 155 42.73 10.43 12 .13 .8 1.8 LSW .9X 161 7

2000 AUG 27 0014 8.07 19 23.75 155 17.01 3.16 24 .09 .3 .2 SSC 2.0X 64 1

2000 AUG 27 0357 56.47 19 18.03 154 59.20 39.01 53 .11 .7 .6 LER 2.4X 206 13

2000 AUG 27 0639 19.59 19 19.58 155 13.37 10.32 29 .12 .5 .7 SF2 1.5X 130 6

2000 AUG 27 0806 57.64 19 23.12 155 14.85 3.05 22 .09 .3 .3 SEC 1.4X 109 2

2000 AUG 28 0056 32.60 19 23.51 155 14.62 3.47 34 .14 .3 .4 SEC 2.3X 81 2

2000 AUG 28 0057 21.91 19 23.30 155 14.84 2.40 12 .07 .3 .6 SEC 1.8X 102 2

2000 AUG 28 0409 15.42 19 21.69 156 25.91 42.95 16 .08 2.8 4.0 DIS 1.6X 326 60

2000 AUG 28 1310 52.34 19 23.46 155 17.25 3.08 17 .10 .3 .3 SSC 1.5X 77 1

2000 AUG 28 2145 47.07 19 27.00 155 26.21 9.06 41 .10 .3 .9 KAO 1.8X 59 7

2000 AUG 29 1046 12.47 19 12.20 155 32.88 7.01 31 .15 .4 1.2 LSW 1.8X 138 7

2000 AUG 29 1615 6.76 19 13.29 155 35.93 10.33 32 .12 .6 1.3 LSW 1.5X 131 11

2000 AUG 29 1621 54.14 19 18.93 154 58.09 39.08 27 .12 2.1 1.2 LER 1.5X 311 19

2000 AUG 29 1721 0.19 19 19.55 155 9.63 7.06 32 .09 .4 .7 SF3 1.3X 96 5

2000 AUG 29 1808 0.91 19 19.61 155 13.20 5.06 21 .09 .6 1.8 SF2 1.0X 199 6

2000 AUG 29 2127 10.46 19 20.34 155 7.95 8.62 38 .13 .5 .5 SF4 1.7X 120 5

2000 AUG 30 0237 16.35 19 25.52 155 19.32 5.89 27 .13 .4 .9 KAO 1.2X 79 3

2000 AUG 30 1013 57.21 19 19.74 155 8.69 7.09 39 .12 .4 .7 SF4 2.0X 103 5

2000 AUG 30 1151 23.98 19 18.96 155 12.19 1.56 20 .10 .4 1.3 SSF 1.0X 127 7

2000 AUG 30 1553 4.72 19 18.21 155 48.02 11.60 11 .10 .9 1.0 KON 1.3X 142 9

2000 AUG 30 1702 42.81 19 16.91 155 29.25 11.31 18 .09 .4 1.2 LSW 1.3X 58 4

2000 AUG 30 1936 16.83 19 19.62 155 8.24 7.69 36 .09 .4 .5 SF4 1.9X 115 4

2000 AUG 30 2103 15.78 20 0.48 155 20.85 2.78 18 .13 1.8 1.0 KEA 1.5X 242 28

2000 AUG 30 2144 8.34 19 19.41 155 8.40 7.60 22 .11 .6 .9 SF4 1.4X 110 4

2000 AUG 31 0922 17.25 19 33.47 155 21.71 10.51 18 .13 .8 .9 MLO 1.5X 177 7

2000 AUG 31 1128 52.82 19 12.61 155 28.07 2.66 24 .18 .4 .9 LSW 1.2X 111 6

2000 AUG 31 1252 16.66 19 18.68 154 59.86 35.09 27 .11 1.5 1.2 LER 1.5X 234 12

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 AUG 31 1812 15.03 19 22.01 155 4.70 6.40 35 .12 .6 .9 SF5 1.5X 153 6

2000 AUG 31 1917 41.26 19 15.56 156 20.82 30.61 37 .12 1.3 2.1 DIS 2.2X 301 50

2000 SEP 1 0151 16.18 19 15.72 156 18.25 34.71 27 .10 1.7 2.5 KON 1.9X 243 45

2000 SEP 1 0155 7.15 19 11.18 155 35.59 7.14 18 .14 .6 2.2 LSW 1.4X 97 12

2000 SEP 1 2118 31.24 19 25.22 155 19.15 6.81 31 .12 .3 .8 KAO 1.4X 73 3

2000 SEP 2 0202 46.40 19 19.81 155 24.84 13.43 31 .11 .4 .5 DEP 1.6X 72 3

2000 SEP 2 0442 55.60 19 20.41 155 10.95 9.13 34 .13 .4 .6 SF3 2.1X 99 4

2000 SEP 2 0654 29.70 19 24.33 155 15.72 3.20 21 .09 .3 .3 SEC 1.8X 88 2

2000 SEP 2 1044 31.78 19 24.31 155 16.79 1.55 15 .09 .3 .2 SSC L 1.0X 99 1

2000 SEP 2 1601 58.53 19 20.22 155 11.32 6.70 32 .10 .4 .7 SF3 1.7X 121 4

2000 SEP 3 0348 11.30 19 24.92 155 16.53 8.91 13 .16 1.1 1.1 INT L 1.7X 98 1

2000 SEP 3 1906 21.65 19 12.90 155 29.30 8.26 44 .19 .5 .7 LSW F 2.8X 99 4

2000 SEP 3 1936 43.57 19 11.79 155 31.75 0.95 38 .18 .3 .3 LSW 1.5X 91 8

2000 SEP 3 2122 5.08 19 25.25 155 17.56 10.82 14 .21 1.5 1.5 INT L 2.0X 82 0

2000 SEP 4 0342 9.19 19 19.66 155 12.73 8.71 40 .13 .4 .5 SF2 1.6X 116 6

2000 SEP 4 1341 26.33 19 24.82 155 16.23 11.93 30 .12 .6 .4 INT L 2.0X 102 1

2000 SEP 4 1522 7.72 19 21.23 155 5.85 6.73 32 .13 .7 1.0 SF4 1.5X 148 5

2000 SEP 5 0149 33.34 19 27.04 155 51.43 8.48 31 .15 .6 .7 KON 1.8X 154 20

2000 SEP 5 0800 24.20 19 13.73 155 32.86 6.23 26 .20 .6 2.0 LSW 1.4X 74 5

2000 SEP 5 0845 36.56 19 25.62 155 14.53 11.29 23 .09 .9 .7 INT L 1.9X 171 2

2000 SEP 5 1409 43.08 19 45.08 155 27.78 23.61 50 .11 .5 .9 KEA 2.3X 104 3

2000 SEP 5 1436 21.47 19 57.09 155 17.77 5.99 25 .11 .9 1.0 KEA 1.4X 276 25

2000 SEP 5 2119 15.70 19 26.00 155 15.65 9.25 11 .14 1.3 1.5 INT L 1.7X 164 3

2000 SEP 5 2121 45.78 19 19.57 155 14.65 11.39 29 .12 .6 .7 SF1 1.5X 163 6

2000 SEP 6 0053 27.27 19 28.03 155 53.67 13.18 28 .15 .6 .4 KON 1.8X 141 3

2000 SEP 6 0550 2.72 19 26.15 154 48.87 7.51 17 .15 1.8 .7 LER 1.4X 275 8

2000 SEP 6 0622 40.37 19 39.66 155 17.73 10.42 42 .13 .5 .7 KEA 1.5X 208 21

2000 SEP 6 0728 33.21 19 24.34 155 16.04 3.74 18 .09 .4 .4 SEC 1.5X 132 1

2000 SEP 6 0818 8.95 19 26.16 154 53.97 8.45 25 .13 1.3 .5 LER 1.4X 173 3

2000 SEP 6 0948 33.82 19 25.02 155 16.39 10.62 16 .12 .7 1.0 INT L 1.9X 104 1

2000 SEP 6 1152 36.29 19 17.72 155 0.15 37.80 50 .11 .9 .5 DEP 2.2X 208 14

2000 SEP 6 1221 5.92 19 25.88 155 15.88 15.13 44 .11 .5 .3 DEP 2.0X 113 3

2000 SEP 6 1535 6.02 19 17.86 155 12.76 8.80 27 .11 .6 .9 SF2 1.3X 176 8

2000 SEP 7 0628 44.77 19 34.09 155 15.55 13.79 32 .13 1.0 .6 DEP 1.5X 235 12

2000 SEP 7 0913 4.50 19 25.00 155 16.74 11.28 13 .12 1.1 .9 INT L 2.0X 96 0

2000 SEP 7 1349 43.20 19 22.65 155 14.40 3.86 14 .08 .4 .7 SEC 1.4X 124 3

2000 SEP 7 1912 6.83 19 2.72 155 26.85 38.64 46 .08 .6 .9 DLS 2.0X 203 13

2000 SEP 7 2152 45.64 19 38.34 155 18.63 11.72 31 .14 .6 .7 KEA 2.0X 151 18

2000 SEP 7 2219 35.15 19 19.52 155 8.80 6.87 24 .10 .4 .9 SF4 1.4X 100 4

2000 SEP 7 2219 44.93 19 19.30 155 8.62 10.26 12 .07 .8 1.4 SF4 1.5X 149 4

2000 SEP 7 2258 22.45 19 29.51 155 24.71 3.03 23 .12 .4 .5 KAO 1.7X 108 3

2000 SEP 8 0438 34.49 19 25.63 155 15.88 12.41 12 .06 .9 1.0 INT L 1.9X 140 2

2000 SEP 8 0921 13.47 19 19.52 155 19.65 33.87 30 .12 .8 1.0 DEP 1.5X 74 3

2000 SEP 8 0948 41.30 19 19.35 155 19.01 14.58 33 .09 .5 .3 DEP 1.5X 93 3

2000 SEP 8 1023 46.97 19 20.38 155 3.63 5.46 23 .14 .9 1.5 SF5 1.4X 182 9
69

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 SEP 8 1311 12.26 19 28.96 155 16.48 30.80 31 .10 .6 .8 DEP 1.6X 160 2

2000 SEP 8 1346 39.97 19 9.42 155 38.22 7.45 29 .13 .3 2.6 LSW 1.5X 100 14

2000 SEP 8 1358 1.94 19 23.82 155 18.07 11.27 9 .07 1.1 1.7 INT L 2.0X 151 3

2000 SEP 8 1634 44.86 19 20.59 155 10.55 10.19 35 .09 .4 .6 SF3 1.5X 102 3

2000 SEP 8 2054 30.47 20 0.38 155 50.42 27.14 30 .09 .9 1.1 KOH 2.2X 136 15

2000 SEP 8 2103 25.10 19 16.78 155 22.77 12.29 23 .12 .5 .9 SWR 1.2X 133 5

2000 SEP 9 0230 13.89 19 30.17 155 25.93 7.52 24 .14 .4 1.2 MLO 1.2X 131 5

2000 SEP 9 0352 17.12 19 15.66 155 9.10 34.52 38 .13 .8 .8 DEP 2.2X 201 4

2000 SEP 9 0756 4.58 19 24.76 155 17.38 13.54 11 .04 1.6 1.6 DEP L 1.9X 153 1

2000 SEP 9 1130 0.53 19 18.92 155 28.50 12.40 45 .11 .3 .6 LSW 1.9X 53 7

2000 SEP 9 1612 24.17 19 22.45 155 30.07 13.47 27 .10 .4 .8 DML 1.5X 83 7

2000 SEP 9 1853 0.71 19 22.85 155 30.55 12.78 46 .10 .3 .6 KAO 1.6X 50 5

2000 SEP 10 0325 28.91 20 5.39 155 5.08 88.29 12 .11 3.8 2.3 KEA 2.2X 289 52

2000 SEP 10 0518 18.36 19 25.61 155 16.97 10.70 8 .05 1.6 1.8 INT L 2.0X 103 1

2000 SEP 10 1152 24.66 19 20.25 155 10.91 8.62 31 .08 .4 .5 SF3 2.2X 118 4

2000 SEP 10 1206 44.21 19 19.87 155 11.10 8.47 39 .11 .4 .5 SF3 2.0X 107 5

2000 SEP 10 1243 26.64 19 14.48 155 20.57 13.67 19 .09 .7 .5 DEP 1.5X 240 6

2000 SEP 10 1259 23.57 19 20.04 155 11.05 8.42 28 .11 .5 .7 SF3 1.6X 122 4

2000 SEP 10 1332 21.52 19 19.91 155 11.20 8.17 27 .09 .5 .8 SF3 1.4X 126 5

2000 SEP 10 1339 42.89 19 21.21 155 10.76 8.53 38 .13 .5 .5 SF3 1.9X 90 2

2000 SEP 10 1809 53.99 19 20.81 155 18.04 32.40 38 .13 .8 .9 DEP 1.9X 83 5

2000 SEP 11 0111 54.22 19 25.84 155 36.68 14.52 31 .12 .6 .3 DML 1.4X 154 3

2000 SEP 11 0400 12.43 19 20.49 155 13.09 7.72 27 .08 .3 .6 SF2 1.3X 123 4

2000 SEP 11 0833 16.91 19 40.76 156 22.78 2.44 18 .13 1.4 .8 DIS 1.7X 229 57

2000 SEP 11 1146 13.22 19 11.35 155 48.86 36.28 44 .09 .7 .9 KON 1.9X 247 6

2000 SEP 11 1517 27.45 19 23.13 155 17.40 2.60 23 .11 .3 .2 SSC 1.6X 70 1

2000 SEP 11 2258 42.40 19 18.10 155 30.11 0.01 34 .20 .4 .2 LSW # 1.4X 74 9

2000 SEP 12 0810 49.71 19 19.61 155 9.07 5.47 35 .09 .4 .9 SF4 1.6X 106 5

2000 SEP 12 1415 7.48 19 21.59 155 26.09 12.38 30 .12 .4 .8 KAO 1.6X 73 6

2000 SEP 12 1725 37.68 19 18.55 155 30.29 10.82 45 .12 .3 .9 LSW 2.0X 40 13

2000 SEP 13 0647 26.57 19 20.14 155 26.71 11.46 23 .13 .5 1.0 KAO 1.2X 84 6

2000 SEP 13 0704 12.69 19 25.01 155 16.85 10.14 15 .13 .9 1.4 INT L 2.1X 94 0

2000 SEP 13 1252 14.09 19 10.42 155 35.59 0.03 24 .14 .5 .3 LSW # 1.5X 103 14

2000 SEP 13 1343 33.64 19 59.89 155 50.29 25.17 30 .08 .7 .9 KOH 2.1X 144 16

2000 SEP 13 1438 43.73 19 57.74 155 31.22 39.94 25 .09 1.4 1.5 KEA 2.0X 268 40

2000 SEP 13 2331 3.02 19 24.57 155 16.30 8.36 10 .07 1.6 1.1 INT L 1.7X 137 1

2000 SEP 14 0619 29.42 19 11.54 155 30.57 6.59 36 .15 .5 .9 LSW 2.0X 133 6

2000 SEP 14 0753 13.03 19 19.99 155 10.96 9.49 37 .10 .4 .5 SF3 1.8X 114 4

2000 SEP 14 1219 16.65 19 23.41 155 29.60 12.38 34 .10 .3 .9 KAO 1.6X 110 6

2000 SEP 14 2023 30.63 19 24.11 155 15.71 3.32 27 .11 .2 .3 SEC 1.6X 80 2

2000 SEP 14 2319 40.52 19 24.13 155 16.83 4.33 10 .10 .8 .8 SSC L 1.7X 118 1

2000 SEP 15 0240 10.66 19 24.01 155 29.80 10.02 38 .10 .3 .7 KAO 1.6X 42 5

2000 SEP 15 0928 38.48 19 25.99 155 18.77 5.75 35 .09 .3 .6 INT 1.7X 90 2

2000 SEP 15 1003 34.62 19 19.00 155 10.00 7.06 40 .10 .4 .7 SF3 1.6X 133 5

2000 SEP 15 1037 0.20 19 13.90 155 33.75 6.33 42 .18 .4 1.6 LSW 1.6X 74 7

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 SEP 15 1346 27.65 19 15.69 155 23.21 6.03 29 .13 .3 1.0 SWR 1.4X 143 3

2000 SEP 15 2021 56.43 19 19.47 155 13.72 8.85 40 .14 .5 .7 SF2 1.8X 123 6

2000 SEP 15 2033 8.02 19 42.63 156 41.75 43.28 29 .17 1.5 3.7 DIS 2.3X 253109

2000 SEP 15 2112 24.04 19 20.33 155 7.25 8.71 31 .09 .4 .5 SF4 1.3X 134 6

2000 SEP 15 2324 8.16 19 19.38 155 48.45 8.03 39 .14 .5 .6 KON 2.2X 177 9

2000 SEP 16 1750 5.98 19 33.75 156 23.07 5.79 24 .11 1.0 1.4 DIS 1.7X 236 59

2000 SEP 17 0418 16.96 19 25.54 155 16.39 8.45 13 .12 1.0 .7 INT L 2.2X 139 2

2000 SEP 17 0608 39.05 19 35.51 156 28.01 3.27 27 .12 1.5 1.3 DIS 1.9X 235 59

2000 SEP 17 2055 49.23 19 20.40 155 30.30 14.17 22 .12 .6 1.3 DML 1.7X 142 10

2000 SEP 18 0204 24.16 18 56.62 155 24.75 33.10 31 .11 1.0 1.3 LOI 1.8X 249 24

2000 SEP 18 0328 21.65 19 25.92 155 20.28 1.79 19 .10 .4 .5 KAO 1.3X 114 3

2000 SEP 18 0402 15.57 19 26.55 155 19.41 3.08 17 .11 .4 .5 KAO 1.7X 107 3

2000 SEP 18 0434 2.61 19 16.44 155 18.43 31.76 43 .12 .6 .9 DEP 2.1X 146 3

2000 SEP 18 0832 23.88 19 20.06 155 8.94 6.81 34 .11 .4 .7 SF4 1.8X 100 4

2000 SEP 18 1851 44.71 19 26.03 155 17.72 8.67 12 .08 1.2 .9 INT L 1.7X 166 1

2000 SEP 19 0224 17.12 19 25.64 155 20.06 7.29 22 .10 .4 1.0 KAO 1.7X 73 4

2000 SEP 19 1601 19.11 19 18.86 155 13.09 6.68 28 .11 .5 1.1 SF2 1.2X 140 7

2000 SEP 20 0009 59.58 19 22.24 155 2.54 8.99 38 .13 .6 .4 SF5 1.8X 172 9

2000 SEP 20 0426 21.40 19 22.66 155 14.50 3.38 19 .08 .3 .3 SEC 1.5X 123 2

2000 SEP 20 0623 14.20 19 22.63 155 17.59 3.62 17 .06 .3 .4 SSC 1.1X 94 2

2000 SEP 20 0858 47.19 19 24.71 155 17.58 10.01 16 .10 .7 1.1 INT L 2.0X 77 1

2000 SEP 20 2330 0.25 19 20.14 155 8.12 9.62 36 .10 .4 .3 SF4 1.9X 116 5

2000 SEP 21 0949 14.03 19 25.87 155 18.55 11.07 7 .06 2.6 1.6 INT L 1.8X 258 2

2000 SEP 21 0949 47.75 19 22.29 155 18.68 9.36 8 .07 2.5 1.4 INT L 1.7X 291 5

2000 SEP 21 1115 31.71 19 20.10 155 11.93 10.01 45 .13 .4 .5 SF3 1.6X 119 5

2000 SEP 22 0342 16.44 19 46.82 156 1.93 6.77 29 .12 .9 .7 HUA 2.0X 283 23

2000 SEP 22 1214 45.50 19 19.59 155 8.80 9.56 43 .11 .5 .5 SF4 1.9X 101 4

2000 SEP 22 1223 41.19 19 20.47 155 1.52 32.96 43 .11 .8 .7 DEP 1.8X 214 10

2000 SEP 22 2037 52.46 19 14.99 155 55.33 13.84 22 .11 1.3 .4 KON 1.4X 233 6

2000 SEP 23 1323 23.63 19 22.31 155 29.84 6.07 34 .11 .3 1.7 KAO 1.4X 44 12

2000 SEP 24 1239 46.51 19 24.49 155 16.60 14.65 27 .09 .7 .5 DEP L 2.3X 85 1

2000 SEP 24 1726 53.31 19 24.12 155 15.53 0.03 15 .10 .2 .4 SEC L 1.3X 109 2

2000 SEP 24 1946 22.75 19 17.00 155 28.25 6.30 16 .11 .6 2.4 LSW 1.1X 69 9

2000 SEP 24 2209 9.63 19 23.59 155 16.78 3.11 28 .11 .3 .2 SSC 1.9X 53 0

2000 SEP 24 2221 51.16 19 24.19 155 15.51 3.59 15 .12 .4 .6 SEC 1.3X 83 2

2000 SEP 24 2304 53.47 19 23.45 155 16.71 3.16 41 .11 .3 .2 SSC 2.0X 56 0

2000 SEP 25 0333 45.60 19 19.80 155 11.21 7.71 21 .13 .6 .8 SF3 1.2X 118 5

2000 SEP 25 0948 13.03 19 25.05 155 15.97 11.82 24 .12 .9 .7 INT L 1.6X 157 2

2000 SEP 25 1212 55.73 19 50.29 155 50.30 13.63 33 .21 1.7 1.4 HUA 2.4X 177 17

2000 SEP 25 1251 21.97 19 26.21 154 57.46 0.56 31 .12 .6 .3 SLE 1.7X 150 3

2000 SEP 25 1612 29.71 19 51.00 155 49.07 10.44 27 .18 .9 .6 HUA 2.0X 257 18

2000 SEP 26 0013 16.72 20 0.17 155 50.00 26.57 48 .10 .6 1.0 KOH F 2.8X 136 15

2000 SEP 26 1536 30.85 19 31.75 155 27.68 13.73 23 .14 .5 1.1 DML 2.0X 113 0

2000 SEP 26 1804 54.46 19 20.17 155 8.18 7.69 41 .10 .4 .5 SF4 2.1X 114 5

2000 SEP 26 1926 17.38 19 19.56 155 10.45 7.19 28 .11 .5 .9 SF3 1.3X 126 5
70

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 SEP 26 2032 33.07 19 30.09 155 26.98 8.47 40 .12 .3 .6 MLO 2.2X 80 4

2000 SEP 26 2245 17.12 19 23.99 155 15.50 3.42 18 .12 .4 .4 SEC 1.8X 74 2

2000 SEP 27 0021 16.45 19 26.53 155 28.91 12.72 34 .10 .4 .8 KAO 2.1X 69 8

2000 SEP 27 0127 36.65 19 9.44 155 14.62 46.59 22 .11 1.6 1.0 LOI 1.5X 264 17

2000 SEP 27 0158 59.78 19 24.94 155 16.87 11.31 12 .07 .9 1.1 INT L 2.0X 93 0

2000 SEP 27 0552 2.53 19 23.09 155 3.99 8.21 44 .11 .6 .3 SF5 2.0X 147 6

2000 SEP 27 0630 26.10 20 3.85 155 52.79 26.98 32 .09 1.2 2.4 KOH 2.2X 294 32

2000 SEP 27 0831 44.66 19 14.20 156 21.34 38.75 25 .10 1.3 3.1 DIS 1.4X 309 51

2000 SEP 27 1935 31.86 19 29.33 155 27.46 12.06 32 .13 .4 .7 KAO 1.5X 68 5

2000 SEP 27 2152 12.25 19 27.14 155 28.27 11.29 31 .10 .4 .9 KAO 1.5X 65 9

2000 SEP 28 0202 22.94 19 22.27 155 2.92 9.75 32 .09 .6 .4 SF5 1.7X 169 9

2000 SEP 28 0345 25.53 19 22.08 155 23.73 11.27 19 .09 .4 .8 KAO 1.0X 94 4

2000 SEP 28 0508 59.47 19 33.50 155 4.90 3.99 39 .12 .3 1.5 HIL 1.9X 85 17

2000 SEP 28 1212 41.68 19 24.61 155 17.17 8.14 12 .11 1.0 1.2 INT L 1.3X 79 1

2000 SEP 28 1212 58.72 19 25.09 155 17.44 11.66 11 .06 .9 1.1 INT L 1.6X 121 1

2000 SEP 28 1930 0.68 19 24.94 155 38.85 2.86 16 .11 .7 .4 MLO 1.0X 188 2

2000 SEP 28 2032 18.64 20 8.40 156 6.43 39.78 19 .10 1.1 2.1 KOH 1.9X 172 34

2000 SEP 28 2241 9.55 19 20.19 155 13.00 7.17 25 .12 .5 .8 SF2 1.0X 128 4

2000 SEP 29 0256 10.59 19 24.23 155 57.31 46.61 40 .10 .6 .8 KON 2.1X 232 10

2000 SEP 29 0340 24.69 19 24.61 155 18.07 9.06 7 .06 2.1 1.5 INT L 1.5X 180 2

2000 SEP 29 1149 35.03 19 19.39 155 7.15 8.02 30 .09 .5 .6 SF4 1.6X 147 4

2000 SEP 29 1417 25.83 19 23.90 155 25.58 10.52 39 .10 .3 .7 KAO 1.4X 31 4

2000 SEP 30 0240 11.21 19 19.72 155 9.61 8.54 28 .10 .4 .7 SF3 1.3X 111 4

2000 SEP 30 0934 14.82 19 19.34 155 13.94 8.52 24 .12 .6 .7 SF2 1.3X 144 6

2000 SEP 30 1300 11.83 19 23.88 155 14.41 29.60 36 .11 .7 .8 DEP 1.7X 79 1

2000 SEP 30 1333 40.43 19 22.78 155 13.91 4.03 20 .10 .4 .5 SER 1.7X 122 1

2000 OCT 1 0757 3.24 19 24.48 155 17.04 11.10 12 .08 .8 1.3 INT L 1.8X 80 1

2000 OCT 1 0828 53.85 19 21.20 155 6.69 7.14 36 .11 .5 .6 SF4 1.8X 136 4

2000 OCT 1 0951 43.88 20 2.08 155 35.91 31.66 35 .12 .9 1.4 KOH 1.9X 164 22

2000 OCT 1 1404 7.30 19 13.71 155 24.34 34.14 24 .12 1.0 1.1 DEP 1.2X 168 1

2000 OCT 1 1622 2.32 19 41.11 155 5.14 6.74 25 .09 .5 .9 HIL 1.6X 173 6

2000 OCT 2 0019 38.98 19 19.37 155 8.78 7.01 32 .09 .4 .6 SF4 1.6X 100 4

2000 OCT 2 0435 37.40 20 2.16 155 31.04 14.66 22 .11 1.5 1.0 KEA 1.7X 194 24

2000 OCT 2 0606 46.94 19 21.17 155 17.72 14.69 29 .11 .5 .4 DEP 1.3X 84 4

2000 OCT 2 0746 13.61 19 19.74 155 13.57 8.96 40 .13 .5 .6 SF2 2.3X 120 5

2000 OCT 2 0747 0.74 19 19.44 155 13.18 8.62 39 .12 .4 .7 SF2 1.8X 123 6

2000 OCT 2 0756 10.19 19 19.01 155 13.30 10.22 30 .07 .4 .6 SF2 1.5X 149 7

2000 OCT 2 1127 32.10 19 24.90 155 16.41 9.65 12 .04 .7 .9 INT L 2.3X 101 1

2000 OCT 2 1131 22.41 19 24.67 155 15.49 11.22 10 .10 1.6 1.3 INT L 2.1X 148 2

2000 OCT 2 1920 10.15 19 26.88 154 52.35 9.53 34 .13 .8 .3 LER 1.7X 175 2

2000 OCT 3 1132 40.89 19 20.78 155 5.94 9.12 30 .10 .6 .5 SF4 1.6X 153 6

2000 OCT 3 1135 58.32 19 19.63 155 11.83 8.37 33 .11 .4 .6 SF3 1.5X 125 6

2000 OCT 3 1548 47.81 20 38.92 155 49.33 38.83 29 .13 1.1 2.0 DIS 2.0X 221 46

2000 OCT 3 1832 35.27 19 19.31 155 13.13 9.63 36 .14 .5 .6 SF2 1.4X 134 6

2000 OCT 3 2056 41.30 19 11.62 155 9.71 51.54 37 .12 1.1 .8 DEP 1.8X 210 11

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 OCT 3 2059 9.29 19 21.44 155 4.61 7.23 30 .13 .5 .6 SF5 1.6X 161 6

2000 OCT 4 0426 58.45 19 15.59 155 16.83 34.74 39 .12 .7 .8 DEP 1.6X 173 5

2000 OCT 4 1612 34.47 19 24.94 155 19.50 6.98 31 .12 .3 .9 KAO 1.5X 66 3

2000 OCT 4 2008 11.65 19 20.94 155 7.33 6.55 34 .13 .5 .8 SF4 1.5X 130 4

2000 OCT 4 2240 55.43 19 30.65 155 54.54 13.75 16 .14 .8 .5 KON 1.6U 179 3

2000 OCT 5 1035 45.55 19 10.77 155 41.37 6.30 17 .11 .5 3.0 LSW 1.3X 115 8

2000 OCT 5 1108 25.72 19 13.22 155 33.35 6.09 32 .16 .4 1.5 LSW 2.0X 79 7

2000 OCT 5 1703 40.69 19 16.43 155 13.57 7.76 18 .08 1.3 1.4 SF2 1.2X 250 9

2000 OCT 5 2347 19.14 19 23.39 155 17.08 17.57 9 .11 2.0 3.1 DEP L 2.3X 125 3

2000 OCT 5 2356 8.97 19 31.63 155 41.07 11.05 28 .13 .5 .9 MLO 1.6X 82 10

2000 OCT 6 0149 53.43 19 20.96 155 24.55 9.65 20 .13 .5 .9 SWR 1.4X 53 3

2000 OCT 6 0632 12.01 19 18.81 155 30.76 8.21 21 .10 .5 1.3 LSW 1.2X 67 7

2000 OCT 6 0746 29.61 19 47.19 155 55.98 12.58 20 .12 1.2 .6 HUA 1.7X 159 15

2000 OCT 6 0813 57.27 19 18.44 155 30.69 9.20 24 .08 .4 1.0 LSW 1.3X 68 6

2000 OCT 6 1227 4.44 19 15.71 155 26.62 8.90 24 .14 .4 .9 LSW 1.3X 72 5

2000 OCT 6 1803 43.93 19 49.90 155 32.98 11.08 41 .15 .4 .5 KEA 2.3X 109 23

2000 OCT 6 2015 18.92 19 24.81 155 3.29 7.88 19 .09 .8 1.1 SF5 1.6X 157 8

2000 OCT 7 0044 57.41 19 18.71 155 13.20 6.82 19 .12 .8 1.6 SF2 1.2X 142 7

2000 OCT 7 0108 32.47 19 25.03 155 38.63 3.16 36 .12 .4 .3 MLO 2.7X 149 2

2000 OCT 7 0112 44.14 19 13.77 155 33.29 11.16 19 .12 .5 1.0 LSW 1.8X 121 6

2000 OCT 7 0310 5.47 19 8.69 155 36.28 0.48 32 .16 .4 .3 LSW 1.6X 116 15

2000 OCT 7 0631 25.50 18 48.44 155 12.02 49.54 16 .12 2.7 2.7 LOI 2.0X 293 52

2000 OCT 7 1031 45.47 20 2.14 155 15.26 11.64 24 .20 1.8 1.0 KEA 2.0X 226 19

2000 OCT 7 1522 47.92 19 23.29 155 14.94 3.27 22 .11 .3 .4 SEC 2.1X 104 2

2000 OCT 7 2357 49.49 19 16.38 155 27.23 9.81 31 .14 .3 .6 LSW 1.6X 63 6

2000 OCT 8 0125 9.18 19 19.47 155 11.69 5.33 27 .10 .4 1.6 SF3 1.1X 127 6

2000 OCT 8 0536 58.71 19 25.79 155 18.83 6.78 13 .12 .8 1.2 INT 1.4X 89 2

2000 OCT 8 0759 56.69 19 18.86 155 8.66 6.69 22 .09 .5 .9 SF4 1.6X 110 3

2000 OCT 8 1340 20.89 19 17.56 155 28.88 9.98 14 .11 .5 1.0 LSW 1.2X 82 5

2000 OCT 9 0749 21.29 19 23.72 155 3.06 6.77 19 .10 .8 1.5 SF5 1.5X 146 8

2000 OCT 9 1340 40.49 19 20.08 155 10.71 7.85 23 .08 .5 .7 SF3 1.5X 135 4

2000 OCT 10 1639 0.52 19 22.80 155 29.98 12.37 20 .14 .5 1.0 KAO 1.4X 48 4

2000 OCT 10 2045 12.18 19 36.29 156 3.00 39.84 23 .10 1.2 1.8 KON 1.7X 273 19

2000 OCT 10 2342 9.20 19 5.27 154 27.03 33.09 23 .13 1.6 3.6 DIS 2.2X 321 61

2000 OCT 11 1314 3.67 19 11.30 155 27.57 4.39 25 .13 .6 1.8 LSW 1.7X 118 3

2000 OCT 11 1810 45.17 19 24.50 155 17.40 2.21 15 .11 .5 .2 SSC 1.9X 75 1

2000 OCT 12 0347 0.22 19 25.51 155 18.01 9.33 13 .11 1.5 .9 INT L 2.2X 86 1

2000 OCT 12 0835 35.67 19 25.59 155 23.61 10.80 35 .09 .3 .7 KAO 2.0X 46 6

2000 OCT 12 1127 18.91 19 15.21 155 26.84 11.90 30 .11 .3 .8 LSW 1.6X 82 5

2000 OCT 12 1456 34.68 19 11.96 155 27.65 1.23 35 .14 .3 .4 LSW 1.8X 126 5

2000 OCT 12 1526 33.13 19 15.94 155 31.21 7.91 51 .19 .3 .8 LSW 2.4X 53 2

2000 OCT 12 1657 34.32 19 19.35 155 10.56 11.54 30 .10 .6 .3 SF3 1.7X 121 5

2000 OCT 12 1731 2.42 19 25.26 155 18.93 5.80 23 .09 .4 .9 INT 1.4X 75 2

2000 OCT 12 1815 49.78 19 28.64 155 37.21 12.52 13 .11 .7 1.0 MLO 1.4X 188 2

2000 OCT 12 1816 24.57 19 30.21 155 37.98 12.10 16 .11 .8 .8 MLO 2.3X 220 4
71

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 OCT 12 2206 51.46 19 28.54 155 36.07 12.71 5 .09 1.8 3.8 MLO T 158 1

2000 OCT 13 0239 45.90 19 29.79 155 28.08 6.80 31 .13 .3 1.1 KAO 1.8X 61 4

2000 OCT 13 1835 23.76 19 18.91 155 8.13 10.57 23 .10 .7 .5 SF4 1.3X 168 3

2000 OCT 13 2153 42.28 20 17.84 155 26.14 38.81 60 .10 .7 1.5 KEA F 3.9X 205 41

2000 OCT 13 2217 36.02 19 11.20 155 40.61 8.25 32 .12 .4 .8 LSW 1.6X 79 9

2000 OCT 14 0101 16.50 19 20.46 155 19.27 1.95 22 .08 .3 1.0 SWR 1.5X 97 5

2000 OCT 14 1541 40.20 19 23.28 155 25.88 12.70 28 .11 .4 .7 KAO 1.3X 77 3

2000 OCT 14 2310 13.65 19 12.14 155 29.66 3.15 16 .13 .4 1.1 LSW 1.8X 80 5

2000 OCT 15 1814 25.33 19 19.59 155 7.61 7.84 25 .10 .5 .6 SF4 1.4X 176 4

2000 OCT 15 1950 36.99 19 27.49 155 24.27 10.67 27 .09 .4 .8 KAO 1.6X 66 5

2000 OCT 16 0001 6.85 19 16.93 155 26.84 10.50 19 .10 .5 1.3 LSW 1.0X 113 7

2000 OCT 16 1340 35.73 19 49.76 155 58.56 39.85 39 .11 .9 1.0 HUA 2.3X 274 21

2000 OCT 17 0347 54.29 19 26.68 155 30.53 11.78 35 .10 .3 .6 KAO 1.5X 67 5

2000 OCT 17 1821 4.03 19 13.41 155 27.98 0.02 32 .13 .2 .2 LSW # 1.7X 100 7

2000 OCT 17 1944 0.51 19 20.62 155 10.56 8.10 25 .12 .5 .8 SF3 1.5X 109 3

2000 OCT 17 2121 52.16 19 24.57 155 3.12 1.12 15 .10 1.6 .8 SME 1.7X 164 8

2000 OCT 18 0703 53.27 19 24.89 155 17.41 10.37 12 .14 1.1 1.1 INT L 2.3X 80 1

2000 OCT 19 0756 9.01 19 30.47 155 56.79 12.44 34 .12 .6 .3 KON 2.2X 226 4

2000 OCT 19 1133 49.26 19 37.95 156 31.04 34.51 32 .11 1.5 3.2 DIS 1.9X 313 65

2000 OCT 19 1420 48.47 19 19.25 155 11.94 2.47 23 .11 .4 .9 SSF 1.2X 131 6

2000 OCT 19 1518 17.18 19 19.23 155 13.04 8.39 32 .14 .5 .8 SF2 1.7X 125 6

2000 OCT 19 1658 24.33 19 18.56 155 12.73 6.42 25 .13 .5 1.4 SF2 1.3X 145 8

2000 OCT 20 0609 35.43 19 19.08 155 12.87 7.52 29 .13 .5 .9 SF2 1.4X 127 7

2000 OCT 20 1059 19.04 19 27.32 155 27.56 10.98 24 .10 .4 .8 KAO 1.7X 45 9

2000 OCT 20 1208 59.05 19 25.46 155 36.75 15.06 17 .14 .6 1.0 DML 1.4X 152 7

2000 OCT 20 1218 45.62 19 22.06 155 4.80 6.36 28 .12 .5 .8 SF5 1.6X 152 6

2000 OCT 20 1427 0.91 19 19.53 155 8.63 7.73 27 .09 .4 .6 SF4 1.5X 147 4

2000 OCT 20 1520 38.23 19 19.72 155 12.02 6.98 32 .10 .4 .7 SF3 1.7X 124 6

2000 OCT 20 2320 54.18 19 17.48 155 12.95 7.41 24 .11 .6 1.1 SF2 1.3X 185 9

2000 OCT 21 0709 30.90 19 19.22 155 13.37 9.47 44 .13 .4 .5 SF2 1.9X 126 6

2000 OCT 21 0723 25.81 19 26.14 155 16.23 9.89 12 .12 1.0 1.2 INT L 2.1X 142 3

2000 OCT 21 0729 24.33 19 19.34 155 13.16 9.31 41 .12 .4 .6 SF2 2.1X 124 6

2000 OCT 21 0741 8.17 19 18.74 155 46.87 1.08 33 .13 .5 .5 KON 2.1X 110 11

2000 OCT 21 1331 5.50 19 18.69 155 13.13 8.89 32 .09 .5 .6 SF2 1.5X 158 7

2000 OCT 21 1346 17.35 19 16.74 155 28.02 9.70 28 .13 .6 1.0 LSW 1.1X 171 8

2000 OCT 21 1425 26.67 19 21.35 155 4.94 8.40 42 .10 .5 .4 SF5 F 3.2X 152 6

2000 OCT 21 1848 36.31 19 25.00 155 29.95 13.59 26 .13 .4 .8 DML 1.3X 52 5

2000 OCT 22 0052 30.06 19 16.82 155 14.69 9.35 32 .12 .5 .7 SF1 1.3X 196 7

2000 OCT 22 0532 44.37 19 11.15 155 41.49 6.79 15 .13 .7 4.1 LSW 1.3X 76 9

2000 OCT 22 0609 46.57 19 15.78 155 27.97 11.59 28 .12 .3 .7 LSW 1.6X 70 4

2000 OCT 22 1324 32.72 19 29.51 155 19.74 13.69 52 .13 .4 .2 DML F 2.9X 54 4

2000 OCT 22 1931 38.89 19 12.48 155 36.93 9.14 42 .16 .4 .8 LSW 1.9X 83 4

2000 OCT 23 1045 12.92 19 20.23 155 24.61 10.04 20 .11 .5 1.0 SWR 1.0U 101 2

2000 OCT 23 1223 7.11 19 33.53 155 44.83 10.43 33 .13 .6 .6 KON 2.0X 88 17

2000 OCT 23 1923 43.06 19 19.79 155 9.89 7.72 31 .12 .5 .7 SF3 1.4X 116 4

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 OCT 24 0050 1.37 19 14.24 156 20.83 37.45 41 .11 .9 1.6 DIS 2.5X 248 50

2000 OCT 24 0152 33.36 19 24.00 155 18.24 8.89 11 .07 1.1 1.0 INT L 1.9X 137 3

2000 OCT 24 0432 9.38 19 18.74 155 30.56 1.70 30 .14 .3 .7 LSW 1.5X 80 12

2000 OCT 24 1633 25.76 19 19.99 155 12.23 8.81 35 .09 .5 .5 SF3 1.8X 130 5

2000 OCT 24 1648 44.65 19 23.50 155 17.15 2.85 13 .05 .5 .3 SSC 1.0X 109 0

2000 OCT 24 1649 7.61 19 23.41 155 17.28 3.34 15 .10 .4 .3 SSC 1.5X 82 1

2000 OCT 24 2126 43.53 19 23.60 155 16.78 3.12 38 .11 .2 .2 SSC F 2.5X 53 0

2000 OCT 25 0356 52.49 19 23.55 155 17.02 3.17 29 .09 .3 .2 SSC 2.1X 44 0

2000 OCT 25 0631 22.89 19 24.75 155 16.41 10.68 11 .15 1.0 1.4 INT L 1.9X 96 1

2000 OCT 25 1212 34.71 19 5.27 155 28.32 34.39 31 .10 .8 1.1 DLS 1.8X 184 18

2000 OCT 25 1232 38.39 19 24.70 155 16.98 9.12 9 .05 1.1 1.2 INT L 1.3X 96 0

2000 OCT 25 1539 35.72 19 17.44 156 21.42 6.99 21 .08 6.1 8.2 DIS - 1.5X 307 64

2000 OCT 25 1940 46.76 19 11.59 155 28.18 1.57 29 .12 1.3 .8 LSW 1.6X 239 9

2000 OCT 26 0013 6.19 19 25.21 155 16.11 13.18 11 .07 1.8 1.4 DEP L 1.9X 163 2

2000 OCT 26 1010 43.40 19 10.90 155 27.69 35.28 31 .09 .8 1.1 DLS 1.6X 155 9

2000 OCT 26 1205 59.36 19 19.54 155 10.10 6.31 19 .07 .4 1.2 SF3 1.1X 124 5

2000 OCT 26 1228 41.45 19 26.93 155 29.82 11.74 24 .10 .5 1.1 KAO 1.6X 80 7

2000 OCT 26 1500 56.38 19 22.11 155 13.00 3.41 13 .07 .4 .4 SER 1.1X 143 1

2000 OCT 26 1942 42.65 19 27.66 155 13.65 31.03 39 .11 .6 .8 DEP 1.7X 63 5

2000 OCT 26 2009 31.79 19 11.18 155 28.06 36.27 23 .13 1.0 1.4 DLS 1.5X 160 9

2000 OCT 26 2305 32.70 19 13.31 155 27.74 0.77 32 .13 .5 .3 LSW 1.4X 142 7

2000 OCT 27 0440 1.73 19 20.74 155 5.98 7.45 32 .13 .4 .4 SF4 1.5X 152 6

2000 OCT 27 0618 45.41 19 24.53 155 16.86 1.98 13 .13 .4 .3 SSC 1.0X 106 1

2000 OCT 27 0807 57.69 19 30.90 155 42.39 12.53 32 .13 .4 .4 MLO 1.9X 101 12

2000 OCT 27 0808 57.28 19 31.75 155 42.44 13.70 20 .13 1.2 .6 DML 1.4X 241 12

2000 OCT 27 2305 44.43 19 26.24 155 17.71 8.10 10 .07 1.0 1.3 INT L 2.2X 88 2

2000 OCT 28 0310 1.60 19 14.94 155 32.49 5.22 36 .19 .4 1.6 LSW 1.6X 105 4

2000 OCT 28 0437 59.08 19 18.46 154 59.08 37.34 42 .12 1.2 .8 LER 1.6X 226 12

2000 OCT 28 0715 33.51 19 33.77 155 3.00 42.84 42 .12 .7 .9 HIL 1.8X 146 16

2000 OCT 28 0757 51.33 20 8.55 156 35.53 3.38 26 .13 1.8 .9 DIS 1.6X 236 61

2000 OCT 28 1223 31.84 19 21.01 155 5.39 10.00 32 .12 .4 .4 SF4 1.5X 158 6

2000 OCT 29 0911 40.20 19 18.73 155 13.68 8.92 42 .12 .4 .5 SF2 2.1X 80 3

2000 OCT 29 1058 14.81 19 22.14 155 17.47 30.28 53 .12 .5 .6 DEP 2.5X 40 3

2000 OCT 29 1422 30.13 19 25.11 155 15.43 10.97 10 .11 1.3 1.6 INT L 2.0X 135 2

2000 OCT 29 1804 21.37 19 24.55 155 30.19 48.89 36 .12 .7 .8 DML 1.9X 34 5

2000 OCT 30 1111 32.13 19 16.22 155 9.75 12.23 23 .12 .7 .4 SF3 1.3X 225 4

2000 OCT 30 1120 29.19 19 20.16 155 7.74 6.98 23 .09 .4 .7 SF4 1.3X 171 5

2000 OCT 30 2033 55.60 19 21.66 155 25.58 12.25 28 .10 .4 .7 KAO 1.4X 70 4

2000 OCT 31 0135 55.46 19 51.06 155 46.13 32.26 32 .09 .6 1.2 HUA 1.8X 124 20

2000 OCT 31 1909 26.76 19 23.90 155 18.47 8.17 11 .11 2.2 1.1 INT L 2.1X 202 3

2000 NOV 1 1413 25.64 19 22.31 155 2.16 7.33 23 .13 .6 .8 SF5 1.4X 177 8

2000 NOV 1 1420 12.16 19 22.95 155 14.77 3.34 11 .05 .3 .4 SEC 1.5X 88 2

2000 NOV 1 1520 34.15 19 24.23 155 49.89 12.77 27 .10 .4 .4 KON 1.8X 120 13

2000 NOV 1 1911 21.29 19 18.73 155 49.12 9.21 24 .11 .5 .6 KON 1.5X 104 8

2000 NOV 1 2046 18.59 19 24.24 155 16.00 3.23 14 .08 .4 .6 SEC 1.3X 126 1
72

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 NOV 2 0047 37.65 19 15.43 155 29.64 9.33 22 .17 .4 1.1 LSW 1.4X 69 1

2000 NOV 2 0528 57.83 19 18.86 155 7.43 8.21 26 .09 .9 .5 SF4 2.0X 225 7

2000 NOV 2 1937 34.21 19 25.07 155 17.36 8.68 10 .12 1.9 1.4 INT L 2.3X 157 1

2000 NOV 3 1058 47.02 19 11.07 155 28.02 34.58 49 .10 .5 .6 DLS 2.8X 223 8

2000 NOV 3 2240 0.60 19 19.25 155 12.89 10.07 21 .11 .7 .7 SF2 1.6X 196 6

2000 NOV 4 0335 41.82 19 34.83 155 11.09 6.73 25 .10 .4 2.2 GLN 1.5X 128 16

2000 NOV 4 0538 58.88 19 48.54 156 29.62 1.09 20 .13 1.9 .4 DIS 1.8X 230 70

2000 NOV 4 1701 3.88 19 24.73 155 17.39 10.81 9 .06 1.3 1.4 INT L 1.7X 132 1

2000 NOV 4 1742 34.12 19 20.88 155 11.80 9.41 24 .10 1.2 .7 SF3 1.3X 214 4

2000 NOV 5 0409 45.58 19 12.41 155 41.42 0.01 33 .15 .4 .2 LSW # 1.5X 90 9

2000 NOV 5 0800 26.86 19 27.25 155 29.04 13.37 31 .11 .4 .9 DML 1.6X 79 8

2000 NOV 5 1255 33.60 19 25.57 155 28.33 12.39 28 .10 .3 .8 KAO 1.3X 67 8

2000 NOV 5 1451 47.22 19 17.41 155 12.43 9.49 27 .13 .9 .6 SF2 1.7X 242 10

2000 NOV 6 0612 5.65 19 23.61 155 17.50 8.89 8 .08 2.1 1.6 INT L 2.2X 191 2

2000 NOV 6 2156 13.70 19 23.48 155 15.02 1.84 16 .07 .2 .4 SEC 1.5X 103 3

2000 NOV 7 0128 55.63 19 24.02 155 16.18 18.53 38 .13 .6 .7 DEP 1.6X 55 1

2000 NOV 7 0603 20.53 19 20.01 155 14.34 9.96 34 .13 .4 .5 SF2 1.4X 169 5

2000 NOV 8 0022 9.23 19 46.97 154 55.76 41.22 41 .10 .9 1.0 HIL 2.3X 237 14

2000 NOV 8 0059 0.74 19 18.59 155 7.23 6.95 25 .10 .6 .9 SF4 1.5X 225 8

2000 NOV 8 0802 16.87 19 26.16 155 15.84 1.07 15 .07 .2 .4 SNC 1.4X 161 3

2000 NOV 8 1716 59.79 19 18.95 155 12.47 10.34 23 .13 .6 .9 SF2 1.3X 184 7

2000 NOV 8 2224 25.41 19 15.09 155 12.12 11.77 24 .13 .9 .5 SF3 1.3X 240 13

2000 NOV 8 2247 9.93 19 17.68 155 13.16 10.29 23 .14 1.0 1.1 SF2 1.3X 211 9

2000 NOV 9 0135 31.16 19 18.46 155 12.48 10.02 30 .12 .8 .5 SF2 2.0X 188 8

2000 NOV 9 0136 36.65 19 18.52 155 12.60 9.79 24 .13 .8 .7 SF2 1.7X 186 8

2000 NOV 9 0222 38.54 19 17.03 155 12.36 9.39 26 .11 .9 .6 SF2 1.4X 245 10

2000 NOV 9 0241 15.38 19 18.66 155 12.49 9.97 25 .12 .8 .8 SF2 1.5X 186 7

2000 NOV 9 0418 21.84 19 16.39 155 33.78 7.86 31 .20 .4 1.1 LSW 1.7X 89 6

2000 NOV 9 0656 29.78 19 3.76 155 22.39 41.81 26 .11 1.1 1.5 LOI 1.7X 208 20

2000 NOV 9 0729 41.73 19 18.96 155 12.87 10.13 26 .11 .8 .7 SF2 1.8X 182 7

2000 NOV 9 0852 55.51 19 20.14 155 11.36 6.74 18 .11 .7 1.1 SF3 1.5X 223 4

2000 NOV 9 1032 51.23 19 17.63 155 13.20 10.24 22 .11 .8 1.0 SF2 1.2X 211 9

2000 NOV 9 1053 3.70 19 17.63 155 12.90 10.97 19 .08 1.1 .7 SF2 1.4X 212 9

2000 NOV 9 1546 13.62 19 19.15 155 10.32 5.93 23 .09 .7 1.4 SF3 1.5X 244 5

2000 NOV 9 2102 23.71 19 36.00 155 19.52 12.74 28 .11 .5 .9 KEA 1.5X 141 13

2000 NOV 9 2234 31.75 19 18.45 155 12.05 10.18 24 .13 .7 .5 SF3 1.4X 211 8

2000 NOV 9 2345 48.56 19 9.62 155 11.31 7.20 28 .13 .8 1.6 LOI 1.7X 256 23

2000 NOV 10 0037 14.39 19 24.67 155 15.95 5.34 9 .11 1.1 1.7 INT L 1.5X 154 2

2000 NOV 10 0956 18.23 19 27.47 155 36.77 9.99 12 .15 1.0 .9 MLO 1.5X 171 1

2000 NOV 10 1805 0.30 19 30.50 155 53.08 11.12 18 .14 .7 .6 KON 1.9X 135 4

2000 NOV 11 0033 4.14 19 18.74 155 11.77 10.18 21 .10 .7 .6 SF3 1.9X 188 7

2000 NOV 11 0410 29.92 19 19.25 155 15.51 10.34 31 .13 .5 .7 SF1 2.0X 160 6

2000 NOV 11 1847 36.49 19 19.72 155 9.02 7.90 21 .08 1.3 .6 SF4 1.6X 222 5

2000 NOV 11 2248 52.64 19 18.20 155 12.99 9.04 24 .12 .8 .9 SF2 1.6X 189 8

2000 NOV 11 2249 33.32 19 14.11 155 10.49 0.02 18 .14 2.9 .9 SSF # 1.5X 269 15

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 NOV 12 0619 44.93 20 23.86 154 25.52 7.12 19 .2011.414.6 DIS - 2.1X 332100

2000 NOV 12 0810 30.58 19 19.81 155 8.36 8.84 38 .09 .6 .4 SF4 2.6X 177 5

2000 NOV 12 1859 6.44 19 25.63 155 29.64 12.76 40 .11 .3 .5 KAO 1.9X 70 6

2000 NOV 12 1952 52.77 19 19.70 155 14.99 10.47 30 .11 .6 .6 SF1 1.6X 174 5

2000 NOV 13 0119 30.75 19 28.33 155 36.43 12.70 15 .09 .6 .7 MLO 1.4X 108 2

2000 NOV 13 0509 16.95 19 23.15 155 18.54 7.98 8 .05 2.1 1.2 INT L 1.8X 275 4

2000 NOV 13 0648 18.62 19 24.96 155 19.76 7.48 36 .12 .5 .6 KAO 2.6X 77 4

2000 NOV 13 0747 38.99 19 58.36 155 33.07 15.74 28 .11 .9 1.4 KEA 1.8X 166 23

2000 NOV 13 1312 28.12 19 19.63 155 8.82 7.91 27 .09 .7 .6 SF4 1.5X 190 5

2000 NOV 13 1910 19.77 19 25.39 155 30.50 13.39 32 .12 .4 .6 DML 1.8X 73 4

2000 NOV 13 2313 3.82 19 4.16 155 31.08 48.69 25 .13 1.2 1.2 DLS 1.8X 190 18

2000 NOV 14 0019 33.43 19 20.77 155 15.96 1.68 39 .12 .3 .4 KOA 2.9X 150 3

2000 NOV 14 0357 7.19 19 21.12 155 15.57 1.56 26 .12 .3 .4 KOA 2.0X 157 2

2000 NOV 14 0540 20.16 19 10.51 155 41.82 10.73 30 .18 .6 .7 LSW 1.8X 94 8

2000 NOV 14 2152 55.23 19 12.42 155 28.59 37.26 8 .05 5.1 9.6 DLS T- 284 26

2000 NOV 15 0703 31.39 19 19.09 155 8.62 8.42 39 .11 .7 .4 SF4 2.4X 179 6

2000 NOV 15 1448 39.60 19 26.73 155 18.33 5.86 18 .07 .5 .6 INT 1.6X 102 3

2000 NOV 15 1945 43.19 19 20.53 155 16.71 0.46 13 .10 .4 .4 KOA 1.9X 260 4

2000 NOV 15 2105 19.30 19 26.09 155 16.37 11.07 9 .09 3.7 1.4 INT L 2.1X 186 2

2000 NOV 15 2228 18.75 19 19.82 155 30.46 13.00 32 .10 .3 .8 DML 1.5X 102 10

2000 NOV 16 0551 51.20 19 18.11 155 13.30 9.85 25 .11 1.0 .8 SF2 1.5X 210 8

2000 NOV 16 1143 8.11 19 24.25 155 22.55 12.48 28 .08 .5 .6 KAO 1.7X 59 7

2000 NOV 16 1733 11.12 19 20.48 155 10.86 5.85 20 .10 1.2 1.0 SF3 1.3X 226 3

2000 NOV 16 1736 1.21 19 19.27 155 10.74 8.34 18 .09 1.4 1.1 SF3 1.5X 213 5

2000 NOV 16 1858 40.74 21 5.85 156 8.12 12.87 44 .10 2.2 3.3 DIS F 3.9X 288 45

2000 NOV 16 2045 22.51 19 20.06 155 12.10 12.05 25 .12 .8 .5 SF3 1.7X 176 5

2000 NOV 16 2047 2.01 19 19.34 155 12.37 10.50 24 .11 1.3 .5 SF2 1.5X 221 6

2000 NOV 17 0232 11.15 19 18.08 155 8.24 6.30 24 .11 .7 1.1 SF4 1.6X 239 8

2000 NOV 17 0305 4.42 19 26.23 155 15.91 1.04 18 .11 .3 .5 SNC 2.1X 161 3

2000 NOV 17 1044 12.16 19 20.15 155 15.95 0.01 27 .12 .3 .3 SSF # 2.0X 200 3

2000 NOV 17 1250 43.85 19 29.19 155 36.03 2.35 10 .09 .6 .3 MLO L 1.6X 189 0

2000 NOV 17 1641 18.38 19 24.09 155 15.72 3.26 17 .08 .3 .5 SEC 1.7X 78 2

2000 NOV 17 1722 3.95 19 20.23 155 5.71 5.94 23 .10 .9 1.4 SF4 1.5X 199 7

2000 NOV 17 2120 31.37 19 32.74 155 16.68 24.30 40 .10 .4 .9 DEP 1.8X 66 9

2000 NOV 17 2253 57.49 19 13.88 155 33.01 6.56 20 .16 .6 1.4 LSW 1.5X 118 6

2000 NOV 18 0611 16.26 19 26.29 155 15.79 0.92 13 .08 .2 .5 SNC 1.6X 168 3

2000 NOV 18 1145 25.05 19 19.81 155 9.89 8.17 22 .10 1.0 .7 SF3 1.4X 185 4

2000 NOV 18 1416 5.88 19 6.26 155 21.12 44.33 31 .11 1.0 .9 LOI 1.9X 224 16

2000 NOV 18 1432 20.53 19 19.57 155 13.70 6.06 18 .10 .9 1.5 SF2 1.1X 186 6

2000 NOV 18 2030 35.15 19 19.59 155 12.68 9.63 26 .12 .7 .7 SF2 1.5X 177 6

2000 NOV 18 2218 11.23 19 27.67 155 23.32 2.73 21 .14 .7 1.0 KAO 1.4X 88 4

2000 NOV 18 2252 11.83 19 20.79 155 12.04 7.95 37 .09 .6 .4 SF3 2.0X 160 4

2000 NOV 19 0701 52.12 19 52.19 156 4.53 51.91 22 .11 1.9 2.7 HUA 2.0X 286 45

2000 NOV 19 0752 35.30 19 22.24 155 31.00 14.88 24 .09 .4 .9 DML 1.4X 55 6

2000 NOV 19 0829 56.49 19 22.55 155 29.92 9.93 29 .13 .4 1.3 KAO 1.4X 44 7
73

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 NOV 19 0915 33.72 20 1.00 156 3.50 40.40 22 .12 .9 2.1 KOH 2.0X 172 32

2000 NOV 19 1309 25.36 19 25.77 155 23.73 10.90 42 .11 .3 .6 KAO 2.4X 49 6

2000 NOV 19 1343 40.44 19 21.47 155 15.93 1.47 26 .09 .2 .2 KOA 1.8X 142 2

2000 NOV 20 0119 40.22 19 55.24 155 15.65 39.70 19 .12 1.3 1.6 KEA 1.9X 245 9

2000 NOV 20 0317 1.14 19 10.84 155 27.93 36.54 23 .11 .9 1.1 DLS 1.4X 215 9

2000 NOV 20 0755 21.52 19 20.06 155 7.57 7.39 29 .08 .9 .5 SF4 1.9X 213 5

2000 NOV 20 1015 36.28 19 28.76 155 18.71 8.15 43 .14 .4 .6 GLN 1.9X 54 4

2000 NOV 20 1350 10.09 19 23.30 155 16.96 2.74 31 .12 .3 .2 SSC 2.0X 56 0

2000 NOV 21 0025 52.42 19 20.92 155 13.06 7.28 29 .11 .8 .4 SF2 1.6X 178 3

2000 NOV 21 0207 8.45 19 23.40 155 46.38 13.01 16 .08 .6 .9 KON 1.4X 131 12

2000 NOV 21 0301 18.46 19 19.76 155 8.11 7.36 28 .10 1.0 .5 SF4 1.3X 196 5

2000 NOV 21 0638 30.36 19 16.95 155 29.29 10.85 36 .13 .4 .7 LSW 2.3X 86 4

2000 NOV 21 1019 41.87 19 22.74 155 26.47 7.99 32 .13 .4 1.8 KAO 1.3X 57 13

2000 NOV 21 1709 23.79 19 19.86 155 13.30 9.16 31 .12 .5 .6 SF2 1.6X 173 5

2000 NOV 21 1817 49.77 19 48.65 155 3.62 43.25 38 .12 .8 1.1 KEA 1.9X 210 12

2000 NOV 22 0047 34.87 19 56.00 155 23.07 30.02 26 .10 1.2 1.0 KEA 1.5X 243 6

2000 NOV 22 1230 57.82 19 19.53 155 8.36 7.73 34 .10 .9 .6 SF4 2.1X 216 5

2000 NOV 22 1908 51.54 19 19.92 155 13.16 10.36 32 .11 .6 .4 SF2 2.1X 162 5

2000 NOV 22 2036 19.96 19 19.67 155 13.00 10.92 31 .12 .6 .4 SF2 1.9X 176 5

2000 NOV 22 2357 27.33 19 20.45 155 12.75 7.47 16 .11 1.4 .9 SF2 1.1X 214 4

2000 NOV 23 0621 46.11 19 47.85 155 24.40 26.37 20 .09 .7 1.4 KEA 1.7X 137 6

2000 NOV 23 0910 23.39 19 11.55 155 28.07 34.79 32 .08 .7 1.5 DLS 1.8X 159 7

2000 NOV 23 1519 11.43 19 17.30 155 13.11 10.09 30 .10 1.1 .5 SF2 2.4X 196 9

2000 NOV 23 1655 0.61 19 20.56 155 10.74 7.46 18 .11 1.4 .8 SF3 1.3X 220 3

2000 NOV 23 1725 24.68 19 21.73 155 28.91 13.19 15 .09 .6 1.6 DML 1.1X 95 9

2000 NOV 23 1744 44.39 19 14.14 155 21.25 32.99 39 .10 .7 1.0 DEP 1.9X 168 5

2000 NOV 23 1837 31.06 19 20.89 155 11.97 7.44 27 .13 .7 .6 SF3 1.8X 182 4

2000 NOV 23 1927 48.66 19 25.83 155 18.05 5.00 16 .10 1.0 .6 SNC 1.4X 149 1

2000 NOV 24 0049 20.33 19 13.17 155 30.52 7.45 29 .10 .4 .7 LSW 1.5X 134 4

2000 NOV 24 0325 34.36 19 56.27 155 28.45 35.84 18 .11 1.2 1.6 KEA 1.4X 236 15

2000 NOV 24 1047 42.49 19 10.80 155 28.05 34.43 33 .10 .7 1.5 DLS 1.8X 162 9

2000 NOV 24 1842 30.24 19 48.81 156 3.00 42.29 28 .11 1.3 1.6 HUA 2.0X 237 26

2000 NOV 24 2146 28.32 20 0.85 155 33.79 3.40 13 .17 1.2 4.9 KEA 1.6X 180 26

2000 NOV 25 0051 19.03 19 25.82 155 16.07 15.60 30 .08 .6 .3 DEP 1.4X 100 2

2000 NOV 25 0217 21.62 19 23.00 155 26.72 9.04 14 .10 .7 1.3 KAO 1.2X 138 11

2000 NOV 25 0515 59.46 19 19.79 155 13.22 9.02 31 .11 .6 .4 SF2 2.3X 174 5

2000 NOV 25 1638 50.65 19 43.88 156 11.57 12.75 35 .11 1.1 .8 HUA 2.4X 258 37

2000 NOV 26 0216 38.53 19 20.22 155 12.68 9.12 20 .11 .8 .5 SF2 1.2X 185 4

2000 NOV 26 0746 54.98 19 16.81 156 25.49 17.20 27 .19 2.220.0 DIS - 2.2X 283 58

2000 NOV 26 1407 13.11 19 20.50 155 10.61 7.23 24 .10 1.1 .7 SF3 1.4X 223 3

2000 NOV 26 1518 51.07 19 18.45 155 6.52 7.52 19 .08 1.2 .9 SF4 1.3X 288 9

2000 NOV 26 2315 58.02 19 20.58 154 52.54 41.70 31 .10 1.3 .7 LER 1.5X 278 14

2000 NOV 26 2343 19.16 19 23.52 155 2.88 7.45 33 .15 .9 .5 SF5 1.9X 179 8

2000 NOV 27 0130 6.65 19 18.25 155 15.34 1.23 24 .08 .4 .7 SSF 1.0X 190 8

2000 NOV 27 1052 57.34 19 16.76 155 12.53 8.89 23 .12 1.3 1.0 SF2 1.4X 246 11

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 NOV 27 1057 18.36 19 19.14 155 13.05 2.72 18 .13 .9 2.2 SSF 1.0X 196 6

2000 NOV 27 1949 25.55 19 11.91 155 26.05 8.68 14 .12 1.3 .7 LSW 1.5X 224 6

2000 NOV 28 2215 21.05 19 25.84 155 18.99 6.15 33 .11 .4 .6 INT 1.4X 84 3

2000 NOV 28 2224 22.59 18 59.74 155 14.48 42.68 30 .10 1.5 1.3 LOI 1.6X 254 32

2000 NOV 29 0559 8.30 19 11.97 155 33.55 7.62 20 .13 .6 1.0 LSW 1.2X 130 8

2000 NOV 29 1732 51.72 19 13.31 155 32.11 6.06 29 .14 .5 1.4 LSW 1.5X 126 5

2000 NOV 30 0403 42.53 19 30.24 155 25.84 6.47 20 .15 .5 1.2 MLO 1.4X 102 5

2000 NOV 30 0926 56.93 19 25.64 155 29.18 10.63 42 .09 .3 .5 KAO 1.9X 40 7

2000 NOV 30 0948 15.93 19 21.15 155 6.33 3.14 24 .19 .9 1.3 SSF 1.5X 187 5

2000 NOV 30 1047 34.68 19 23.27 155 14.74 3.34 32 .11 .3 .3 SEC 2.0X 107 3

2000 NOV 30 1821 24.23 19 23.28 155 14.88 3.01 23 .11 .4 .3 SEC 1.7X 117 2

2000 NOV 30 1826 57.32 19 24.48 155 29.44 10.09 49 .08 .3 .5 KAO 2.2X 54 6

2000 NOV 30 1834 9.51 19 24.18 155 29.62 9.80 25 .08 .4 1.3 KAO 1.3X 54 12

2000 NOV 30 1958 12.83 19 24.16 155 30.01 10.28 23 .13 .4 1.1 KAO 1.3X 60 11

2000 NOV 30 2009 30.71 19 24.21 155 30.10 9.68 33 .14 .4 .9 KAO 1.4X 52 11

2000 NOV 30 2245 15.11 19 22.48 155 11.05 6.97 37 .14 .6 .4 SF3 1.5X 128 2

2000 DEC 1 0153 22.98 19 25.86 155 20.05 7.98 43 .11 .4 .6 KAO 2.0X 68 4

2000 DEC 1 0933 16.54 19 24.51 155 16.74 1.29 19 .13 .3 .2 SSC 1.5X 117 1

2000 DEC 1 1157 7.84 19 15.85 155 32.00 5.09 28 .14 .4 1.0 LSW 1.3X 91 4

2000 DEC 1 1227 59.33 19 12.51 155 26.38 7.17 16 .12 .8 .9 LSW 1.2X 202 5

2000 DEC 1 1737 28.94 19 18.83 155 1.46 42.29 31 .12 1.2 1.0 DEP 1.7X 208 11

2000 DEC 1 1857 27.52 19 14.94 155 34.18 4.00 12 .10 .5 5.1 LSW # 1.1X 106 7

2000 DEC 2 0211 43.03 19 22.56 155 10.01 6.62 30 .11 .6 .4 SF3 1.1X 87 1

2000 DEC 2 0237 26.64 19 18.68 155 30.16 3.66 23 .11 .4 2.2 LSW 1.0X 53 7

2000 DEC 2 0432 17.47 19 16.18 155 32.84 1.82 20 .15 .5 1.3 LSW 1.0X 128 5

2000 DEC 2 0811 25.37 19 20.65 155 5.81 7.01 33 .10 .7 .6 SF4 1.4X 198 6

2000 DEC 2 0814 42.89 19 18.82 155 8.36 7.97 30 .10 .6 .6 SF4 1.7X 221 7

2000 DEC 2 1133 52.74 19 11.41 155 28.42 33.91 21 .08 .8 1.3 DLS 1.3X 159 7

2000 DEC 3 0049 54.33 19 25.90 155 15.00 7.26 21 .13 .7 .9 INT L 1.7X 73 3

2000 DEC 3 0518 44.08 19 25.86 154 58.37 3.59 12 .07 1.1 .6 SLE 1.5X 144 1

2000 DEC 3 0756 20.62 19 19.12 155 15.78 8.51 35 .11 .4 .5 SF1 1.6X 160 6

2000 DEC 3 0827 45.60 19 18.57 155 15.83 8.66 21 .09 .6 .5 SF1 1.1X 177 4

2000 DEC 3 0905 5.93 19 20.45 155 11.50 7.12 17 .08 1.1 .8 SF3 1.0X 207 4

2000 DEC 3 1007 14.94 19 27.16 155 27.24 11.29 22 .09 .4 .8 KAO 1.5X 44 8

2000 DEC 3 1052 48.44 19 8.54 155 28.02 11.27 11 .07 1.6 .7 LSW 2.1X 286 13

2000 DEC 3 1059 20.51 19 13.73 155 28.58 1.12 32 .12 .5 .8 LSW 2.1X 135 8

2000 DEC 3 1338 42.03 19 21.22 155 10.10 7.16 28 .10 1.0 .6 SF3 1.3X 191 2

2000 DEC 3 2142 12.59 19 20.45 155 9.10 7.15 30 .11 .8 .5 SF4 1.5X 189 3

2000 DEC 3 2309 54.63 19 25.59 155 28.71 9.71 28 .12 .4 1.0 KAO 1.2X 54 12

2000 DEC 4 2012 15.27 19 25.58 155 17.35 7.18 15 .13 1.5 .8 INT L 1.4X 156 1

2000 DEC 4 2026 33.39 19 22.36 155 11.18 7.18 22 .15 .9 .5 SF3 .9X 135 2

2000 DEC 4 2230 35.93 19 8.87 155 23.88 44.80 21 .11 1.2 3.1 LOI T 1.5X 187 10

2000 DEC 4 2247 24.97 19 19.87 155 4.14 8.74 32 .14 1.0 .5 SF5 1.6X 205 8

2000 DEC 5 0308 8.21 19 7.38 155 27.89 30.18 37 .10 .7 1.3 DLS 1.6X 177 15

2000 DEC 5 0751 38.11 19 25.54 155 14.65 1.55 33 .09 .2 .3 SNC FL 2.4X 76 2
74

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 DEC 5 1613 55.20 19 23.21 155 14.97 1.68 18 .14 .2 .4 SEC 1.2X 109 2

2000 DEC 5 1615 12.03 19 23.12 155 14.80 2.60 19 .10 .3 .4 SEC 1.6X 113 2

2000 DEC 6 0109 13.40 19 19.66 155 10.73 7.11 32 .09 .9 .5 SF3 1.3X 189 5

2000 DEC 6 0344 4.00 19 16.38 155 28.35 9.07 25 .12 .6 1.1 LSW 1.1X 141 18

2000 DEC 6 0416 42.83 19 23.75 155 15.47 0.35 20 .11 .2 .3 SEC L 1.5X 99 2

2000 DEC 6 0449 39.39 19 20.59 155 29.83 3.00 18 .14 .5 1.9 KAO .9X 105 15

2000 DEC 6 0834 30.60 19 20.27 155 11.16 7.49 32 .10 .8 .6 SF3 1.3X 178 4

2000 DEC 6 0937 43.16 19 18.67 155 13.23 6.97 25 .11 .5 .9 SF2 1.3X 184 7

2000 DEC 6 1059 16.90 19 18.08 155 13.03 9.59 36 .14 .6 .4 SF2 1.7X 189 8

2000 DEC 6 1700 2.86 19 16.98 155 13.88 7.38 24 .09 .9 1.6 SF2 1.3X 221 8

2000 DEC 6 2103 13.77 19 22.40 155 26.76 11.25 41 .13 .4 .6 KAO 1.9X 71 12

2000 DEC 6 2335 21.71 19 23.22 155 14.81 3.39 22 .09 .4 .3 SEC 1.8X 122 2

2000 DEC 7 0558 10.72 19 18.92 155 6.17 7.68 31 .11 .9 .6 SF4 1.6X 206 8

2000 DEC 7 0646 42.27 19 20.48 155 13.19 6.64 17 .11 1.2 .8 SF2 1.2X 210 4

2000 DEC 7 0732 49.91 19 21.90 155 13.35 27.96 36 .11 1.0 .7 DEP 1.8X 147 1

2000 DEC 7 1044 58.88 19 22.98 155 16.15 0.83 16 .13 .3 .3 SEC L 1.5X 74 1

2000 DEC 7 1103 51.02 19 23.97 155 15.34 3.02 30 .12 .3 .3 SEC 2.1X 77 2

2000 DEC 7 1256 41.44 19 18.82 155 14.44 7.80 23 .13 .9 1.2 SF2 1.4X 189 6

2000 DEC 7 1514 29.77 19 25.59 155 9.08 38.79 33 .11 1.0 .9 DEP 1.6X 70 5

2000 DEC 7 1647 39.40 19 45.74 155 39.30 31.28 52 .10 .5 1.1 KEA F 2.9X 83 21

2000 DEC 7 2048 34.30 19 18.31 155 25.56 9.93 13 .17 .8 1.1 LSW 1.0X 133 8

2000 DEC 7 2323 20.33 19 21.52 155 11.17 7.79 26 .11 .8 .6 SF3 1.4X 168 3

2000 DEC 8 0134 31.19 19 21.68 155 28.50 7.99 33 .09 .4 1.1 KAO 1.3X 107 10

2000 DEC 8 0215 39.54 19 52.98 155 43.67 9.88 20 .11 .5 .8 HUA 1.7X 123 25

2000 DEC 8 0600 16.16 19 20.12 155 30.49 5.79 26 .13 .4 2.1 KAO 1.1X 70 16

2000 DEC 8 1003 11.20 19 19.58 155 17.68 35.12 49 .11 .6 .7 DEP F 3.2X 154 1

2000 DEC 8 1208 4.87 19 50.44 155 44.37 33.75 19 .09 1.1 1.3 HUA 1.6X 230 20

2000 DEC 8 1216 2.04 19 19.68 155 12.91 4.33 22 .10 .7 2.4 SSF 1.2X 221 5

2000 DEC 8 1507 24.99 19 17.31 155 13.33 8.39 35 .11 .7 .7 SF2 1.8X 196 9

2000 DEC 8 2319 5.97 19 13.81 155 32.40 6.76 24 .15 .5 1.5 LSW 1.4X 120 15

2000 DEC 9 0529 33.45 19 21.77 155 30.28 5.75 21 .10 .4 3.1 KAO 1.2X 89 14

2000 DEC 9 0713 41.20 19 31.50 155 9.23 8.72 15 .12 1.4 2.1 GLN 1.8X 290 15

2000 DEC 9 1007 48.11 19 21.71 155 8.17 7.36 38 .14 .8 .5 SF4 1.7X 175 3

2000 DEC 9 1018 15.96 19 26.74 155 16.42 3.04 14 .09 .6 .6 SNC L 1.6X 199 3

2000 DEC 9 1155 38.14 19 11.75 155 39.83 1.35 31 .15 .5 .8 LSW 1.6X 167 12

2000 DEC 9 1431 3.64 19 57.39 155 34.96 10.11 36 .11 .6 .5 KOH F 2.1X 153 23

2000 DEC 9 1732 31.43 19 24.51 155 30.21 11.72 30 .16 .5 1.0 KAO 1.3X 76 5

2000 DEC 9 2107 59.85 19 9.55 155 34.47 14.53 13 .10 1.3 .9 DLS 1.3X 143 20

2000 DEC 9 2152 5.18 19 12.00 155 28.42 0.06 34 .13 .5 .3 LSW # 1.5X 159 9

2000 DEC 10 0743 40.10 19 27.05 154 53.61 8.25 28 .11 1.1 .4 LER 1.5X 167 3

2000 DEC 10 0822 11.37 20 33.24 156 5.53 37.57 15 .08 2.6 1.7 DIS 1.7X 187 24

2000 DEC 10 0827 45.78 19 29.28 155 34.13 5.71 12 .10 .6 .9 MLO 1.1U 102 3

2000 DEC 10 1138 1.38 19 24.11 155 16.01 0.03 24 .12 .2 .3 SEC L# 1.7X 85 2

2000 DEC 10 2151 34.91 19 38.00 154 59.76 30.79 22 .12 .9 1.8 HIL 1.5X 181 8

2000 DEC 10 2332 49.94 19 20.60 155 12.31 7.31 32 .12 .7 .5 SF2 1.7X 161 4

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 DEC 11 0136 1.14 19 45.52 154 55.62 42.43 48 .11 .7 1.0 HIL 2.7X 227 12

2000 DEC 11 0255 51.78 19 27.47 154 55.45 3.64 11 .15 .9 .6 SLE 1.6X 144 0

2000 DEC 11 1154 48.54 19 18.94 155 14.93 7.33 29 .10 .6 .8 SF1 1.2X 180 5

2000 DEC 11 1652 19.35 19 24.44 155 15.88 11.25 16 .09 1.1 .9 INT L 2.0X 132 2

2000 DEC 11 2028 18.16 19 21.05 155 30.04 4.46 34 .09 .3 4.7 KAO 1.6X 64 16

2000 DEC 12 0804 8.29 21 28.23 157 14.35 1.94 10 .1213.5 3.1 DIS - 2.8X 230 81

2000 DEC 12 1050 24.56 19 20.98 155 10.77 7.74 41 .12 .6 .4 SF3 2.2X 162 3

2000 DEC 12 1216 29.78 19 16.38 156 26.57 31.85 20 .10 1.5 3.1 DIS 2.0X 303 60

2000 DEC 12 2055 54.84 19 12.44 155 31.14 0.01 24 .10 .5 .4 LSW # 1.5X 147 23

2000 DEC 13 0036 40.36 19 21.82 155 9.70 6.56 30 .12 .9 .6 SF3 1.3X 170 1

2000 DEC 13 0751 22.50 19 27.59 155 16.25 7.41 17 .11 .8 .9 INT L 2.0X 175 5

2000 DEC 13 0853 59.68 19 19.10 155 7.15 7.65 31 .11 .9 .6 SF4 1.7X 201 7

2000 DEC 13 1148 58.75 19 25.97 155 15.12 0.01 26 .10 .2 .3 SNC L 2.0X 145 3

2000 DEC 13 1210 31.72 19 22.92 155 18.45 11.24 16 .10 .9 .6 INT L 1.9X 163 4

2000 DEC 13 1438 24.71 19 24.87 155 15.72 13.59 23 .11 1.2 .6 DEP L 2.0X 145 2

2000 DEC 13 2015 40.04 19 24.04 155 15.44 0.51 18 .15 .2 .3 SEC L 1.5X 110 2

2000 DEC 13 2048 19.34 19 24.65 155 16.94 7.25 13 .13 .8 1.1 INT L 1.7X 112 0

2000 DEC 13 2131 58.38 19 24.04 155 16.16 10.59 20 .11 .6 .5 INT 1.5X 55 1

2000 DEC 13 2138 48.63 19 24.58 155 15.74 11.11 20 .15 .6 .8 INT L 1.9X 57 2

2000 DEC 14 0008 31.83 19 24.32 155 16.26 1.03 16 .08 .2 .3 SEC 1.9X 127 1

2000 DEC 14 0032 37.49 19 19.78 155 10.89 7.59 21 .10 .6 1.0 SF3 1.3X 92 5

2000 DEC 14 0212 1.25 19 8.08 155 42.63 13.65 13 .13 .9 .9 DLS 1.6X 126 6

2000 DEC 14 0645 15.31 19 21.28 155 28.50 10.84 32 .09 .4 .7 KAO 1.8X 46 10

2000 DEC 14 1237 15.04 19 42.52 155 48.01 20.10 12 .12 3.1 6.0 HUA 1.4X 262 27

2000 DEC 14 1443 28.05 19 23.41 154 58.40 3.56 17 .10 .9 .8 SLE 1.3X 201 3

2000 DEC 14 1525 42.68 19 22.04 155 46.39 11.99 18 .09 .8 .9 KON 1.2X 127 11

2000 DEC 14 1818 13.94 19 25.18 155 19.05 5.95 41 .10 .4 .6 KAO 1.8X 42 3

2000 DEC 14 1851 49.58 19 27.83 155 14.28 32.70 46 .11 .6 .8 DEP 1.8X 52 4

2000 DEC 14 2001 50.96 19 22.97 155 14.97 2.99 17 .10 .4 .4 SEC 1.6X 81 2

2000 DEC 15 0153 33.28 19 20.24 155 7.43 6.79 26 .11 .4 .7 SF4 1.2X 131 5

2000 DEC 15 0256 16.07 19 17.59 155 13.82 7.66 25 .12 .6 .7 SF2 1.3X 125 1

2000 DEC 15 0432 38.74 19 23.10 155 15.23 3.16 24 .10 .3 .3 SEC 1.7X 71 2

2000 DEC 15 0535 55.59 19 21.01 155 12.97 7.33 41 .13 .4 .5 SF2 1.8X 60 3

2000 DEC 15 0747 30.20 19 14.45 155 34.73 1.02 45 .16 .4 .6 LSW 2.9X 108 8

2000 DEC 15 0957 38.95 19 19.66 155 10.25 7.66 24 .08 .5 .8 SF3 1.3X 94 5

2000 DEC 15 1018 35.98 19 20.33 155 7.07 7.18 17 .07 .5 1.2 SF4 1.3X 161 6

2000 DEC 15 1520 22.33 19 22.16 155 27.08 12.48 18 .12 .5 1.8 KAO 1.4X 44 11

2000 DEC 15 1747 53.70 19 20.63 155 4.82 6.45 24 .12 .6 1.2 SF5 1.4X 171 7

2000 DEC 16 0532 49.52 19 27.57 155 24.93 9.02 35 .12 .4 .9 KAO 1.4X 39 5

2000 DEC 16 0610 2.62 19 13.43 155 28.87 7.59 15 .08 .7 .9 LSW 1.1X 178 4

2000 DEC 16 0722 51.44 19 13.79 155 28.68 7.00 31 .12 .5 .9 LSW 1.4X 137 3

2000 DEC 16 1022 17.60 19 18.00 155 30.21 5.73 36 .15 .4 1.5 LSW 1.4X 62 5

2000 DEC 16 1138 56.11 19 12.37 155 30.00 8.01 25 .14 .7 1.0 LSW 1.4X 140 5

2000 DEC 16 1159 36.60 19 22.09 155 30.21 11.72 22 .14 .4 1.0 KAO 1.3X 51 7

2000 DEC 16 2038 16.47 19 21.23 155 4.64 6.23 25 .11 .6 .9 SF5 1.6X 165 6
75

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 DEC 16 2339 1.14 19 23.01 155 25.16 9.08 27 .11 .3 .9 KAO 1.0X 57 13

2000 DEC 17 0042 6.11 19 20.10 155 11.62 6.74 28 .11 .5 .9 SF3 1.1X 82 5

2000 DEC 17 0408 59.09 19 21.01 155 16.61 1.75 13 .06 .4 .6 KOA L 1.3X 135 3

2000 DEC 17 0451 51.78 19 11.76 155 26.42 44.77 42 .14 .8 1.1 DLS T 2.3X 153 6

2000 DEC 17 0543 23.76 19 6.29 155 26.47 58.09 20 .08 1.1 2.2 DLS T 1.9X 184 15

2000 DEC 17 0812 52.72 19 6.28 155 28.40 30.97 28 .07 .7 1.6 DLS 1.3X 185 17

2000 DEC 17 0838 8.88 19 23.06 155 13.53 45.15 32 .14 1.1 1.3 DEP L 1.8X 51 1

2000 DEC 17 1148 4.06 19 26.44 155 23.86 9.57 26 .13 .5 1.4 KAO 1.4X 59 6

2000 DEC 17 1425 43.23 19 40.20 156 15.35 16.65 31 .15 2.217.6 HUA - 2.5X 214 44

2000 DEC 17 1558 19.48 19 37.57 156 7.27 11.52 19 .14 2.2 .7 KON 2.0X 291 26

2000 DEC 17 1623 12.45 19 36.68 156 7.39 11.95 33 .14 1.0 .8 KON 2.1X 203 25

2000 DEC 17 2103 2.22 19 28.30 155 27.75 10.65 38 .12 .3 .7 KAO 1.7X 45 7

2000 DEC 18 0828 43.91 19 18.51 155 12.98 4.71 20 .06 .4 1.4 SSF 1.0X 95 3

2000 DEC 18 0844 48.52 19 22.94 155 14.59 3.48 20 .06 .3 .4 SEC 1.5X 73 2

2000 DEC 18 0855 30.55 19 22.38 155 19.17 27.99 40 .11 .6 .9 DML 1.7X 37 4

2000 DEC 18 1057 29.45 19 25.99 155 18.23 15.45 39 .11 .5 .4 DEP 1.5X 53 2

2000 DEC 18 1445 50.11 20 9.12 156 38.99 33.70 14 .10 4.1 8.7 DIS 1.9X 241 63

2000 DEC 18 1447 15.66 19 20.42 155 6.77 8.84 40 .12 .6 .4 SF4 2.5X 137 6

2000 DEC 18 1626 16.08 19 23.08 155 14.72 3.51 42 .11 .3 .4 SEC 2.5X 50 2

2000 DEC 18 1643 12.49 19 16.39 155 4.64 44.08 47 .11 .8 .9 DEP 2.1X 199 6

2000 DEC 18 1812 16.88 20 1.60 156 33.89 3.36 43 .17 1.2 1.2 DIS 2.1X 233 71

2000 DEC 18 2245 22.56 19 55.52 155 34.95 19.53 12 .13 1.4 1.5 KOH 1.2X 229 11

2000 DEC 19 0036 35.03 19 13.97 155 34.20 7.86 11 .15 .7 1.4 LSW 1.2X 113 7

2000 DEC 19 0326 42.87 19 58.03 155 34.01 10.67 13 .14 .7 .8 KEA 1.5X 161 15

2000 DEC 19 0509 46.96 19 35.05 156 4.01 13.17 17 .12 3.1 1.0 KON 1.6X 265 19

2000 DEC 19 0529 11.49 19 54.62 155 23.50 29.30 50 .12 .6 .9 KEA 2.0X 162 6

2000 DEC 19 1048 2.69 19 34.20 155 41.59 10.65 27 .14 .5 .7 MLO 1.7X 61 12

2000 DEC 19 1105 59.49 19 20.30 155 7.88 7.27 27 .07 .5 .6 SF4 1.4X 122 5

2000 DEC 19 1152 39.37 19 20.11 155 8.55 8.15 25 .09 .5 .7 SF4 1.3X 107 4

2000 DEC 19 1428 51.20 19 29.35 155 26.32 3.83 28 .12 .4 1.3 KAO 1.6X 81 5

2000 DEC 19 2209 35.98 19 20.43 155 8.68 6.54 44 .11 .4 .6 SF4 2.0X 104 4

2000 DEC 19 2222 42.57 19 20.05 155 8.66 7.56 31 .09 .4 .6 SF4 1.5X 104 4

2000 DEC 19 2318 4.47 19 19.02 155 15.37 6.05 26 .11 .4 .9 SF1 1.1X 104 5

2000 DEC 20 0318 11.18 19 18.91 155 15.01 5.45 27 .10 .4 1.4 SF1 1.4X 100 4

2000 DEC 20 1402 27.84 19 21.54 155 30.30 1.33 29 .11 .4 1.1 KAO 1.3X 53 12

2000 DEC 20 2139 58.32 19 20.31 155 13.10 5.66 21 .09 .5 1.0 SF2 1.0X 66 4

2000 DEC 20 2259 27.16 19 31.34 155 41.55 10.57 16 .12 .6 1.8 MLO 1.1X 106 10

2000 DEC 21 0155 42.54 19 20.95 155 19.80 30.75 22 .12 1.0 1.8 DEP 1.4X 53 6

2000 DEC 21 0410 2.59 19 18.91 156 17.99 13.14 15 .14 3.2 8.2 KON 1.7U 261 44

2000 DEC 21 0911 25.56 19 23.89 155 15.73 3.15 23 .08 .3 .3 SEC 2.0X 85 2

2000 DEC 21 1225 51.92 19 20.09 155 7.82 6.67 23 .07 .4 1.0 SF4 1.4X 144 5

2000 DEC 21 1644 52.23 19 17.45 155 28.59 8.81 18 .12 .5 1.4 LSW 1.3X 87 5

2000 DEC 21 1715 4.26 19 20.83 155 11.07 7.92 40 .14 .5 .6 SF3 1.9X 72 3

2000 DEC 21 1742 27.89 19 20.34 155 10.98 7.36 29 .09 .4 .7 SF3 1.3X 80 4

2000 DEC 21 2025 33.70 19 13.14 155 28.16 6.50 21 .15 .7 .9 LSW 1.2X 180 5

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 DEC 22 0059 7.57 19 8.86 155 38.17 9.02 21 .14 .6 1.1 LSW 1.3X 117 14

2000 DEC 22 0119 34.22 19 20.33 155 3.89 6.18 39 .12 .6 .8 SF5 2.0X 174 7

2000 DEC 22 0353 44.05 19 22.35 155 30.04 7.04 21 .09 .4 2.3 KAO 1.2X 48 13

2000 DEC 22 0407 19.06 19 5.93 155 24.21 34.54 30 .09 1.1 .9 LOI 1.3X 227 16

2000 DEC 22 0633 30.30 19 18.37 155 13.37 6.35 25 .11 .5 1.0 SF2 1.3X 83 2

2000 DEC 22 1359 39.16 19 21.01 155 4.46 6.63 21 .10 .6 .9 SF5 1.6X 171 6

2000 DEC 22 1926 36.31 19 21.59 155 6.46 7.35 14 .07 .6 1.0 SF4 1.3X 135 4

2000 DEC 22 2347 31.78 19 26.06 155 18.54 8.65 12 .05 1.5 1.0 INT 1.5X 170 2

2000 DEC 23 1013 18.98 19 37.98 155 47.00 21.52 44 .13 .5 1.6 KON 2.3X 95 8

2000 DEC 23 1044 40.99 19 29.27 155 25.72 9.77 16 .10 .6 1.3 KAO 1.4X 101 4

2000 DEC 23 1602 0.00 20 1.98 156 33.06 1.93 20 .13 2.3 1.5 DIS 1.8X 231 70

2000 DEC 23 1608 17.82 19 11.43 155 28.30 34.29 32 .07 .7 1.5 DLS 1.5X 150 7

2000 DEC 23 1654 21.70 19 28.43 155 26.71 8.31 36 .11 .3 .9 KAO 1.7X 46 6

2000 DEC 23 2145 10.78 20 3.43 155 36.92 29.65 20 .11 1.0 1.5 KOH 2.0X 169 19

2000 DEC 24 0259 47.52 19 20.70 155 29.28 30.49 29 .10 .6 1.4 DML 1.4X 70 10

2000 DEC 24 0515 58.23 19 19.95 155 29.73 1.79 25 .08 .3 1.6 KAO 1.2X 49 9

2000 DEC 24 0952 52.07 19 18.08 155 28.08 8.37 19 .12 .5 1.4 LSW 1.3X 79 7

2000 DEC 24 1319 8.67 19 17.85 155 31.25 1.70 20 .11 .6 3.0 LSW 1.4X 107 5

2000 DEC 24 1736 53.30 19 46.82 155 52.15 31.36 30 .10 .8 1.5 HUA 1.8X 183 11

2000 DEC 24 1803 33.63 19 18.61 155 12.63 7.18 11 .03 .6 2.0 SF2 .9X 102 3

2000 DEC 24 1813 20.59 19 20.15 155 8.58 7.34 18 .07 .6 1.0 SF4 1.4X 107 4

2000 DEC 24 1814 11.34 19 20.09 155 8.60 7.05 21 .06 .5 .8 SF4 1.4X 106 4

2000 DEC 24 2306 29.69 19 21.89 155 25.27 11.75 32 .12 .4 .7 KAO 1.6X 51 14

2000 DEC 25 0248 50.59 19 25.80 155 24.14 13.03 27 .10 .5 .6 DML 2.0X 62 8

2000 DEC 25 1016 4.14 19 21.33 155 18.64 4.41 27 .10 .3 1.2 SWR 1.4X 47 3

2000 DEC 25 1019 49.35 19 21.89 155 29.97 3.17 26 .09 .3 2.1 KAO 1.3X 52 13

2000 DEC 25 1806 56.19 19 20.99 155 7.59 8.45 29 .13 1.1 .7 SF4 2.2X 191 4

2000 DEC 25 1809 11.46 19 19.60 155 7.20 8.81 38 .10 .6 .5 SF4 2.5X 136 4

2000 DEC 26 0330 23.08 19 25.44 155 18.94 6.78 16 .09 .6 1.0 INT 1.3X 83 2

2000 DEC 26 1307 13.89 19 12.84 155 36.94 1.86 14 .11 .6 1.2 LSW 1.4X 109 17

2000 DEC 26 1744 2.70 19 32.09 155 53.64 13.41 13 .13 1.8 .8 KON 1.0X 232 6

2000 DEC 26 2252 39.51 19 30.13 155 25.95 10.48 13 .12 .6 .7 MLO 1.1X 126 5

2000 DEC 26 2253 27.24 19 20.30 155 12.93 5.96 21 .10 .4 .9 SF2 1.1X 68 4

2000 DEC 27 1218 56.14 19 31.26 155 54.20 13.23 15 .10 1.0 .5 KON 1.2X 176 4

2000 DEC 27 1335 36.52 19 21.92 155 5.05 7.34 17 .10 .7 .8 SF5 1.5X 151 5

2000 DEC 27 1359 13.16 19 29.12 155 26.55 7.71 18 .11 .6 1.6 KAO 1.1X 95 6

2000 DEC 27 2128 26.80 19 2.41 155 22.35 32.80 41 .09 .9 1.4 LOI 1.9X 215 22

2000 DEC 27 2359 14.38 19 20.16 155 11.39 7.54 34 .13 .5 .6 SF3 2.0X 83 4

2000 DEC 28 0218 57.24 19 19.73 155 6.88 7.88 28 .09 .5 .5 SF4 1.4X 149 5

2000 DEC 28 0319 44.42 19 18.47 155 14.15 3.99 19 .10 .4 1.3 SSF 1.1X 91 3

2000 DEC 28 0434 36.91 19 19.70 155 7.30 8.74 27 .07 .5 .3 SF4 1.7X 139 4

2000 DEC 28 0435 8.84 19 19.78 155 7.53 8.52 38 .09 .4 .4 SF4 2.6X 127 5

2000 DEC 28 0821 12.77 19 19.56 155 8.98 7.85 25 .07 .5 .8 SF4 1.6X 112 4

2000 DEC 28 0959 2.99 19 26.66 155 28.94 10.29 43 .10 .3 .7 KAO 1.9X 42 8

2000 DEC 28 1240 21.32 19 44.62 155 23.03 23.38 13 .09 1.1 1.7 KEA 1.3X 142 9
76

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 DEC 28 1300 56.52 18 55.11 155 34.60 43.82 19 .09 1.6 2.1 DLS 1.4X 280 33

2000 DEC 28 1949 27.14 19 18.44 155 13.75 9.26 32 .11 .5 .5 SF2 1.5X 131 8

2000 DEC 28 2131 51.94 19 19.91 155 10.67 8.65 31 .13 .6 .6 SF3 1.4X 89 4

2000 DEC 29 0102 12.36 19 18.43 155 13.88 8.50 22 .10 .6 .9 SF2 1.1X 147 8

2000 DEC 29 0439 47.58 19 17.73 155 13.96 7.61 28 .13 .6 .9 SF2 1.3X 104 2

2000 DEC 29 0800 4.90 20 3.50 155 50.26 16.50 12 .08 3.411.2 KOH - 1.3X 152 16

2000 DEC 29 0826 28.36 19 12.56 155 24.13 35.31 17 .13 1.3 3.6 DEP 1.2X 195 3

2000 DEC 29 1344 44.79 19 45.26 155 15.17 38.95 40 .12 .9 1.2 KEA 2.2X 185 22

2000 DEC 29 1757 30.95 19 46.75 155 36.71 14.48 15 .12 1.8 .7 KEA 1.5X 261 16

2000 DEC 29 2317 4.78 19 20.94 155 29.27 11.63 21 .08 .4 .9 KAO 1.3X 51 10

2000 DEC 30 0046 52.49 19 29.04 155 26.84 6.63 34 .13 .4 1.3 KAO 1.7X 51 6

2000 DEC 31 0315 3.95 19 20.45 155 11.90 8.51 40 .15 .4 .5 SF3 2.6X 75 5

2000 DEC 31 0653 46.39 19 20.59 155 12.16 9.20 23 .07 .5 .6 SF3 1.5X 71 4

2000 DEC 31 0713 31.55 19 20.08 155 8.42 7.07 34 .13 .4 .6 SF4 2.0X 109 4

2000 DEC 31 0716 11.96 19 19.72 155 8.61 7.57 18 .08 .8 .9 SF4 1.4X 180 5

2000 DEC 31 0814 7.57 19 20.32 155 8.95 7.15 27 .08 .5 .7 SF4 1.7X 101 4

2000 DEC 31 0856 5.65 19 19.73 155 11.63 6.47 23 .12 .5 1.0 SF3 1.3X 89 5

2000 DEC 31 0919 55.67 19 9.21 155 33.95 35.34 27 .08 .7 1.7 DLS 1.3X 141 13

2000 DEC 31 0937 6.27 19 15.27 155 27.47 9.13 22 .12 .6 1.0 LSW 1.3X 133 5

2000 DEC 31 1124 56.27 19 15.34 155 26.95 6.08 22 .12 .5 1.2 LSW 1.4X 108 5

2000 DEC 31 1253 31.56 19 24.97 155 38.50 3.38 13 .12 1.1 .8 MLO 1.5X 181 2

2000 DEC 31 1552 7.14 19 18.88 155 14.89 5.15 22 .10 .5 1.4 SF1 1.3X 99 4

2000 DEC 31 2032 36.07 19 23.95 155 4.34 2.63 13 .08 1.1 .7 SME 1.4X 178 1
77

Table 5.

 ORIGIN TIME (HST) LAT N LON W DEPTH N RMS ERH ERZ LOC PREF AZ MIN

YEAR MON DA HRMN SEC DEG MIN DEG MIN KM RD SEC KM KM REMKS MAG GAP DS

2000 JAN 27 2333 42.19 19 16.51 155 28.91 10.18 45 .15 .4 .5 LSW F 4.1U 96 3

2000 FEB 4 0053 16.39 19 16.35 155 28.09 10.56 34 .13 .3 .4 LSW 3.0X 96 4

2000 FEB 11 1719 55.82 19 34.48 156 13.98 22.07 35 .10 1.2 2.0 KON F 3.3X 220 24

2000 FEB 12 1624 49.56 19 47.39 155 35.71 4.23 14 .16 .6 8.7 KEA 3.0U 108 10

2000 FEB 13 0202 54.53 20 9.05 155 55.74 31.76 48 .11 .6 .8 KOH 3.3X 134 5

2000 FEB 17 1418 42.32 19 20.58 155 16.14 35.66 32 .10 .7 1.2 DEP F 3.4X 148 2

2000 FEB 17 1419 28.77 19 20.22 155 16.76 35.29 37 .11 .7 .9 DEP F 4.5U 111 1

2000 FEB 23 1314 12.07 19 26.68 155 53.48 14.28 33 .09 .5 .3 KON F 3.1X 157 6

2000 FEB 23 1406 53.26 19 23.14 155 14.43 3.01 31 .13 .3 .4 SEC F 4.0U 92 3

2000 MAR 12 2023 17.21 19 41.55 157 29.87 32.90 23 .12 1.5 3.6 DIS 3.1X 297162

2000 APR 1 2018 19.68 19 20.73 155 12.50 9.46 45 .15 .5 .4 SF2 F 5.0U 169 4

2000 APR 9 1021 36.82 19 25.24 155 15.63 11.72 13 .10 1.1 1.2 INT L 3.2U 171 2

2000 MAY 1 1535 7.73 18 6.07 155 48.27 25.26 37 .11 1.3 6.2 DIS 3.1X 323 99

2000 MAY 4 1743 36.34 19 11.85 155 38.90 7.32 42 .16 .5 .8 LSW 3.1X 106 6

2000 MAY 7 1922 19.69 19 23.81 155 8.59 41.36 33 .10 .8 .7 DEP 3.2X 90 2

2000 MAY 15 2255 19.38 19 45.92 156 39.58 31.42 29 .10 1.1 2.3 DIS 3.4X 261 68

2000 MAY 20 1127 32.94 19 22.82 155 14.69 2.68 28 .11 .3 .3 SEC 3.0U 88 2

2000 MAY 29 1611 2.79 19 19.75 155 13.64 7.80 35 .11 .4 .5 SF2 F 3.9U 129 5

2000 JUN 10 1635 12.02 19 22.12 155 28.87 11.04 38 .11 .4 .5 KAO 3.2U 79 2

2000 JUN 12 0235 18.81 19 31.32 155 4.49 14.53 36 .12 .7 .5 DEP F 3.1X 129 15

2000 JUN 13 0309 24.48 20 44.12 155 49.43 22.32 29 .11 2.2 5.6 DIS 3.0X 232 45

2000 JUL 15 2224 13.59 19 25.92 155 15.94 13.69 11 .14 2.9 1.8 DEP L 3.6U 200 3

2000 JUL 16 1934 15.11 19 26.64 155 18.33 8.37 11 .07 1.7 1.3 INT L 3.2U 185 3

2000 JUL 19 0932 18.55 19 4.67 155 25.57 49.94 29 .09 1.7 2.1 DLS T 3.2X 232 18

2000 AUG 6 1900 51.79 19 32.80 155 10.16 21.63 19 .11 1.9 2.1 DEP F 3.1X 246 17

2000 OCT 13 2153 42.28 20 17.84 155 26.14 38.81 60 .10 .7 1.5 KEA F 3.9X 205 41

2000 OCT 21 1425 26.67 19 21.35 155 4.94 8.40 42 .10 .5 .4 SF5 F 3.2X 152 6

2000 NOV 16 1858 40.74 21 5.85 156 8.12 12.87 44 .10 2.2 3.3 DIS F 3.9X 288 45

2000 DEC 8 1003 11.20 19 19.58 155 17.68 35.12 49 .11 .6 .7 DEP F 3.2X 154 1