UNITED STATES DEPARTMENT OF THE INTERIOR PRELIMINARY … · 2010. 12. 18. · south of fiji islands...

UNITED STATES DEPARTMENT OF THE INTERIOR

GEOLOGICAL SURVEY

PRELIMINARY DETERMINATION OF EPICENTERS MONTHLY LISTING

APRIL - JUNE 1994

NATIONAL EARTHQUAKE INFORMATION CENTER

Open File Report

94-600-B

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

1994

MONTHLY LISTING

U.S. DEPARTMENT OF THE INTERIOR/GEOLOGICAL SURVEYNational Earthquake Information Center

APRIL 1994

K DAYEY

ORIGIN TIMEUTC

HR MN SEC

GEOGRAPHICCOORDINATES

LAT LONG

07 43 32.4& 64.729 N 155.303 W

MAGNITUDES SDGS

MB Msz

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122.27.

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NO. STA USED

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21

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REGION, CONTRIBUTED MAGNITUDES AND COMMENTS

SOUTH OF FIJI ISLANDSNORTHERN ITALY. ML 2 . 1 (GEN), 1.8 (LOG)POLANDNORTH OF NEW ZEALANDWASHINGTON. <SEA-P>. MD 3 . 0 (SEA)CHILE-ARGENTINA BORDER REGION. MD 3 . 6STRAIT OF GIBRALTAR. mbLg 2.5 (MDD) .TUOJMAN PROVINCE, ARGENTINASAN JUAN PROVINCE, ARGENTINATURKEY. ML 2.7 (ISK).STRAIT OF GIBRALTAR. mbLg 2.3 (MDD).TURKEY. ML 3.1 (ISK).TURKEY. ML 2. 8 (ISK) .TURKEY. ML 2.8 (ISK).NEAR COAST OF ECUADOR. MD 4 . 0 (QUI).GREECE -BULGARIA BORDER REGION. ML 3 . 1 (THE).SAVU SEATURKEY. ML 2. 8 (ISK) .CENTRAL CALIFORNIA. <GM-P>. MD 3 . 7 (GM) . ML 3 . 8 (GS) ,3.7 (BRK) . Felt (IV) at Kettleman City and (III) atFive Points.CENTRAL ALASKA. <AEIC>. ML 2.9 (AEIC) , 3.0 (PMR). Felt(III) at Ruby.TURKEY. ML 2 . 6 (ISK) .TURKEY. ML 2 .6 (ISK) .TURKEY. ML 2. 7 (ISK) .NEAR COAST OF ECUADOR. MD 4 . 0 (QUI).FIJI ISLANDS REGIONTURKEY. ML 2 .7 (ISK) .SOUTHERN CALIFORNIA. <PAS-P> . ML 2.6 (PAS).TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK).CHILE-ARGENTINA BORDER REGION. MD 3 . 5 (SAN).TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .SOLOMON ISLANDSNORTHWESTERN BALKAN REGION. ML 2 . 3 (THE), 2.1 (SKO) .NORTH ATLANTIC OCEANBULGARIA. ML 2 . 9 (THE).NEAR COAST OF CENTRAL CHILE. MD 4 . 0 (SAN).CHILE-BOLIVIA BORDER REGIONGREECE -BULGARIA BORDER REGION. ML 2 . 9 (THE).SOUTHERN IRANTURKEY. ML 2.8 (ISK) .TURKEY. ML 2. 8 (ISK) .NEAR COAST OF GUERREROHALMAHERA, INDONESIACENTRAL ALASKA. <AEIC>GREECE. ML 2.3 (THE). MD 2 . 8 (ATH).SOUTH OF FIJI ISLANDS. Mw 5 . 5 (HRV)WESTERN ARIZONA. ML 3.3 (GS).GREECE. ML 1. 8 (THE) .ALBANIA. ML 2.8 (TIR) .MENDOZA PROVINCE, ARGENTINAWESTERN AUSTRALIAPOLAND. ML 3.2 (CLL) .NORTHERN ITALY. ML 1 . 5 (GEN).FRANCE. ML 3.1 (LDG) .

MEXICO

ML 2.6 (AEIC), 3.0 (PMR).

MD 4.1 (SAN).

Annual Subscriptions: Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402. Back issues: Books and Open-File Reports Section, U.S. Geological Survey, Box 25425, Denver, CO 80225.

APR 1994 PAGE 2

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MD 3.8 (SAN)

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TURKEY. TURKEY. TURKEY. TURKEY. TURKEY. TURKEY. ROMANIAGREECE-BULGARIA BORDER REGION. ML 2.8 (THE) LUZON, PHILIPPINE ISLANDS EASTERN IDAHO. ML 2.8 (GS). AEGEAN SEA. ML 3.1 (THE). TURKEY. ML 2.7 (ISK). TURKEY. ML 2.7 (ISK). NEAR COAST OF GUERRERO, MEXICO EASTERN IDAHO. ML 3.8 (GS), 3.7 Georgetown, Idaho. Felt (III) Wyoming.TURKEY. ML 2.6 (ISK).EASTERN IDAHO. ML 3.4 (GS), 3.5 (BUT). FIJI ISLANDS REGION TURKEY. ML 2.6 (ISK).SOUTHERN CALIFORNIA. <PAS-P>. ML 3.3 (PAS), 3.4 (GS) Felt.TURKEY. ML 2.6 (ISK). SOUTH ISLAND, NEW ZEALAND TURKEY. ML 2.8 (ISK). TURKEY. ML 2.7 (ISK). CENTRAL ALASKA. <AEIC>. FIJI ISLANDS REGION. Mw 5.8 (HRV). NEAR COAST OF CENTRAL CHILE. EASTERN IDAHO. ML 3.1 (GS). TURKEY. ML 2.9 (ISK). SOUTHERN ALASKA. <AEIC>. BANDA SEANEAR COAST OF CENTRAL CHILE. SAN JUAN PROVINCE, ARGENTINA CATAMARCA PROVINCE, ARGENTINA MINAHASSA PENINSULA, SULAWESI TURKEY. ML 2.8 (ISK). SAN JUAN PROVINCE, ARGENTINA FLORES REGION, INDONESIA NEAR ISLANDS, ALEUTIAN ISLANDS SAN JUAN PROVINCE, ARGENTINA OFF COAST OF GUERRERO, MEXICO PERU-ECUADOR BORDER REGION CHIAPAS, MEXICO KURIL ISLANDSPUERTO RICO REGION. MD 3.2 (MPR). MID-INDIAN RIDGE. Mw 5.7 (HRV). GREECE-ALBANIA BORDER REGION. ML 2.7 (THE). SOUTHERN GREECE. ML 3.3 (THE). MD 3.3 (ATH). AEGEAN SEA. ML 2.1 (THE).SOUTHERN IRAN. Mw 5.2 (HRV). Felt in the Firuzabad area.TURKEY. ML 2.7 (ISK). SOUTHERN IRAN TURKEY. ML 2.6 (ISK). TIMOR SEATURKEY. ML 2.7 (ISK). TURKEY. ML 2.7 (ISK). GULF OF ALASKA. ML 2.8 (AEIC). TURKEY. ML 2.8 (ISK). CENTRAL BOLIVIA KERMADEC ISLANDS REGION SOUTHERN CALIFORNIA. <PAS-P>. TURKEY. ML 2.6 (ISK). TURKEY. ML 2.7 (ISK). ALBANIA. ML 2.1 (TIR). SAN JUAN PROVINCE, ARGENTINA KERMADEC ISLANDS REGION. Mw 5.4 (HRV). PAKISTANTURKEY. ML 2.8 (ISK). NORTHERN ITALYNEAR COAST OF CENTRAL CHILE. MD 3.7 (SAN). MARIANA ISLANDS FRANCE. ML 2.7 (LOG). VANUATU ISLANDS. Mw 5.6 (HRV). Ms 4.8 (BRK)

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PANAMA. ML 3.8 (UFA).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 7 (PAS), 2.Felt.CENTRAL ALASKA. <AEIC> .EASTERN NEW GUINEA REG., P.N.G.NEAR COAST OF VENEZUELA. MD 2 . 9 (SAN) .NORTHERN ITALY. ML 2 . 3 (GEN), 2.0 (LOG).IRIAN JAYA, INDONESIATURKEY. ML 3.0 (ISK) .SOUTHERN ALASKA. <AEIC> . ML 2 . 6 (AEIC).HINDU KUSH REGION, AFGHANISTANSOUTHERN NORWAY. MD 1 . 9 (BER).AZORES ISLANDSTONGA ISLANDS. Mw 5 . 7 (GS) , 5.8 (HRV). Ms 5 . 3Mo=9.6*10**17 Nm (PPT) .MINDORO, PHILIPPINE ISLANDSAEGEAN SEA. ML 2 . 2 (THE).NORTHERN MOLUCCA SEATURKEY. ML 2 .8 (ISK) .TURKEY. ML 3 .1 (ISK) .NORTH SEA. MD 1 . 9 (BER).SOUTHERN CALIFORNIA. <PAS-P>. ML 3 . 3 (PAS), 3.Felt in the Desert Hot Springs area.TURKEYTURKEY. ML 3 .2 (ISK) .GREECE-ALBANIA BORDER REGION. ML 2 . 4 (THE).NEW GUINEA, PAPUA NEW GUINEANORTHERN ITALY. ML 2 . 0 (GEN). ~"SOUTH OF FIJI ISLANDSCHILE-ARGENTINA BORDER REGION. MD 3 . 7 (SAN).TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .GREECE- ALBANIA BORDER REGION. ML 2 . 6 (THE).TURKEY. ML 2.8 (ISK) .GREECE. ML 2.3 (THE), 1.9 (SKO) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2. 6 (ISK) .SOLOMON ISLANDSTRINIDAD. MD 3.4 (TRN) .SOUTH OF HONSHU, JAPANTURKEY. ML 2.6 (ISK) .TURKEY. ML 2.7 (ISK) .PUERTO RICO REGION. MD 3 . 2 (MPR).COOK STRAIT, NEW ZEALANDTURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .GREECE-ALBANIA BORDER REGION. ML 2 . 6 (TIR) , 2.TURKEY. ML 2 .8 (ISK) .EASTERN IDAHO. ML 2 . 8 (GS) .TURKEY. ML 2. 8 (ISK) .SOUTH OF KERMADEC ISLANDSTURKEY. ML 2. 8 (ISK) .SOUTH OF KERMADEC ISLANDS

APR 199'

6 (GS) .

(BRK) .

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OHIO. <MACRO>. mbLg 2.9 (GS) . Felt in Shelby County.HINDU KUSH REGION, AFGHANISTANTURKEY. ML 2.9 (ISK) .CHILE-ARGENTINA BORDER REGION. MD 3 . 6 (SAN).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.7 (PAS), 3.BAJA CALIFORNIA, MEXICO. <ECX-P>. MD 3 . 6 (ECX)AFGHANISTAN-TAJIKISTAN BORD REG.EASTERN IDAHO. ML 2 . 7 (GS) .AZORES ISLANDSKURIL ISLANDSNEW BRITAIN REGION, P.N.G.SOUTH OF TONGA ISLANDSTURKEY. ML 2 .8 (ISK) .KENAI PENINSULA, ALASKA. <AEIC> . ML 2 . 7 (AEIC)SPAIN. mbLg 2.6 (MDD).ANDREANOF ISLANDS, ALEUTIAN IS.POLAND. ML 3.3 (VIE), 3.2 (GRF) .SOUTHERN GREECE. MD 3 . 6 (ATH) .SOUTHERN ALASKA. <AEIC> . ML 2 . 5 (AEIC).SOUTH OF FIJI ISLANDSFRANCE. ML 2.4 (LDG) .NEAR EAST COAST OF HONSHU, JAPANTURKEY. ML 2.8 (ISK) .STRAIT OF GIBRALTAR. mbLg 2.8 (MDD).PUERTO RICO REGION. MD 2 . 9 (MPR).SAN JUAN PROVINCE, ARGENTINAEASTERN IDAHO. ML 3 . 0 (GS).TURKEY. ML 2.7 (ISK) .ADRIATIC SEA. ML 3.7 (VIE). MD 3.9 (TRI). Felt

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APR 1994 PAGE 4

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Ms 5.6 (BRK). Mo=3.6*10**18 Nm (PPT). Felt on Adak.Depth from broadband displacement seismograms.PYRENEES. ML 1.0 (STR).MOROCCO. MD 3.6 (RBA). mbLg 4.3 (HDD).TURKEY. ML 2.6 (ISK).TURKEY. ML 2.6 (ISK).BANDA SEATURKEY. ML 2.7 (ISK).SOUTHERN ALASKA. <AEIC>.NORTH ISLAND, NEW ZEALANDKYRGYZSTAN-XINJIANG BORDER REG.TURKEY. ML 2.7 (ISK).TURKEY. ML 2.7 (ISK).TURKEY. ML 2.6 (ISK).TURKEY. ML 2.7 (ISK).GANSU, CHINA. ML 4.4 (BJI).CHILE-ARGENTINA BORDER REGION.SOUTHERN CALIFORNIA. <PAS-P>.Felt in the Redlands area.OFF COAST OF GUERRERO, MEXICOSOUTHERN ALASKA. <AEIC>. ML 2.6 (AEIC).NEW GUINEA, PAPUA NEW GUINEAPOLAND. ML 2.5 (CLL).SPAIN. mbLg 2.9 (HDD). Felt (III) in the Murcia area.TURKEY. ML 2.7 (ISK).OFF W. COAST OF S. ISLAND, N.Z.PERU-BOLIVIA BORDER REGIONTURKEY. ML 2.7 (ISK).NORTHERN CALIFORNIA. <GM-P>. MD 3.1 (GM). ML 3.1 (GS) ,3.0 (BRK).NORTH OF ASCENSION ISLANDSOUTHERN GREECE. MD 3.9 (ATH).AUSTRIA. ML 3.2 (LOG), 3.1 (VIE), 3.1 (STR), 3.1 (GRF),2.8 (FUR). Felt (IV) in the Arlberg Mountain area.GERMANY. ML 1.1 (CLL).ALABAMA. mbLg 3.2 (GS). Felt (V) at Flat Rock andHigdon, Alabama. Felt (III) at Whiteside and (II) atHixson, Tennessee.NORTHERN ITALY. ML 1.8 (GEN).SOUTH OF FIJI ISLANDSSOUTHERN CALIFORNIA. <PAS-P>.PHILIPPINE ISLANDS REGIONTAIWAN. Felt at Chia-i.SAN JUAN PROVINCE, ARGENTINA.

ML 2.5 (PAS), 2.7 (GS).

MD 4.2 (SAN).

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mbLg 2.5 (HDD).

06 19 14 26.1 39.155 N 29.081 E 11

NEAR EAST COAST OF HONSHU, JAPANFIJI ISLANDS REGIONGREECE. ML 3.9 (TIR). MD 3.9 (ATH).NEAR EAST COAST OF HONSHU, JAPAN. Mw 5.5 (HRV).CHILE-ARGENTINA BORDER REGIONGULF OF ALASKA. ML 2.5 (AEIC).SOUTHERN ALASKA. <AEIC>. ML 2.6 (AEIC), 2.9 (PMR).MYANMAR. Mw 5.9 (HRV).MYANMARNEAR EAST COAST OF HONSHU, JAPANSOUTHERN CALIFORNIA. <PAS-P>. ML 3.7 (PAS), 3.4 (GS).Felt at Yucca Valley.SOUTHERN CALIFORNIA. <PAS-P>. ML 3.0 (PAS).TURKEY. ML 2.6 (ISK).NORTHERN ITALY. ML 2.0 (GEN).SOUTHERN CALIFORNIA. <PAS-P>.Felt.STRAIT OF GIBRALTAR.NEAR COAST OF CENTRAL CHILETURKEY. ML 2.7 (ISK).TURKEY. ML 3.2 (ISK).VANUATU ISLANDS. Mw 6.1 (GS), 6.2 (HRV). Ms 6.1 (BRK).Mo=5.3*10**18 Nm (PPT). Depth from broadbanddisplacement seismograms.VANUATU ISLANDSAEGEAN SEA. ML 3.7 (ATH), 3.7 (ISK).TURKEY. ML 2.6 (ISK).TURKEY. ML 2.8 (ISK).MONTANA. <BUT-P>. ML 2.8 (BUT).CENTRAL ALASKA. <AEIC>. ML 3.2 (AEIC), 3.6 (PMR).SOUTH OF PANAMA. MD 4.3 (UPA).MEXICO-GUATEMALA BORDER REGIONTURKEY. ML 4.0 (THE), 3.8 (ISK)the Balikesir and Bursa areas.SOUTHERN ALASKA. <AEIC>.MONA PASSAGE. MD 3.8 (MPR).SAN JUAN PROVINCE, ARGENTINAFRANCE. ML 2.0 (GEN).SOUTHERN ILLINOIS. mbLg 3.1 (GS). MD(IV) at Carbondale and Oakdale. FeltFRANCE. ML 1.6 (GEN).SOUTHERN CALIFORNIA. <PAS-P>. ML 4.8 (PAS), 4.8 (GS) ,5.0 (BRK). Felt (V) at Loma Linda and San Bernardino;(IV) at Highland, Lake Elsinore, Mission Viejo,Murrieta, Redlands and Yucaipa. Felt in Los Angeles,Orange, Riverside, San Bernardino and San DiegoCounties.TURKEY. ML 3.6 (ISK). MD 3.9 (ATH). Felt in the Kutahyaarea.

MD 3.9 (ATH). Felt in

3.1 (SLM). Felt (II) at Benton.

APR 1994

06 19 43 53.2* 19.352 S 172.729 W 35 D 4.8 0.8 18 TONGA ISLANDS REGION06 20 38 17.1% 44.552 N 7.252 E 13 0.1 9 NORTHERN ITALY. ML 2.0 (GEN).06 21 18 32.8 28.740 N 34.645 E 10 4.6 1.0 59 EGYPT. ML 4.8 (BHL).06 21 40 15.2% 34.236 S 70.177 W 10 G 0.3 10 CHILE-ARGENTINA BORDER REGION. MD 3.7 (SAN).06 22 11 58.3* 42.644 N 111.207 W 5 G 0.6 9 EASTERN IDAHO. ML 2.7 (GS).06 23 06 15.9% 46.952 N 11.333 E 10 G 0.1 5 NORTHERN ITALY. ML 1.0 (VIE).06 23 38 26.1& 59.793 N 151.787 W 58 51 KENAI PENINSULA, ALASKA. <AEIC>. ML 2.6 (AEIC).07 00 08 57.6* 58.443 N 143.559 W 10 G 0.7 15 GULF OF ALASKA. ML 2.5 (AEIC).07 00 10 24.2% 43.111 N 7.457 W 10 G 0.6 6 SPAIN. mbLg 3.4 (MOD). Felt (IV) in the Rabade area.07 00 21 33.6 38.720 N 27.487 E 10 G 0.9 24 TURKEY. ML 3.8 (THE), 3.7 (ISK).07 00 38 59.3& 60.172 N 139.588 W 10 24 SOUTHEASTERN ALASKA. <AEIC>. ML 3.0 (AEIC), 3.0 (PGC).07 01 44 37.2 29.767 N 129.293 E 205 4.7 1.0 68 RYUKYU ISLANDS07 02 28 53.4& 63.889 N 148.715 W 106 65 CENTRAL ALASKA. <AEIC>.07 02 39 08.7 38.353 N 21.729 E 10 G 1.2 16 GREECE. ML 3.3 (THE). MD 3.5 (ATH).07 03 11 43.7 2.624 N 126.950 E 33 N 5.0 1.1 26 NORTHERN MOLUCCA SEA07 04 19 28.6& 34.333 N 118.466 W 4 58 SOUTHERN CALIFORNIA. <PAS-P>. ML 3.5 (PAS), 3.5 (GS) .

Felt (IV) at Burbank and Sun Valley; (III) at Glendale, Northridge and Sunland; (II) at Reseda.

07 04 40 08.5& 34.334 N 118.467 W 5 7 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.6 (PAS). Felt.07 05 55 17.5& 59.570 N 152.420 W 73 51 SOUTHERN ALASKA. <AEIC>.07 05 56 43.1 49.309 N 7.064 E 10 G 1.1 8 GERMANY. ML 1.6 (UCC).07 06 04 14.1? 40.50 N 28.29 E 10 G 1.5 4 TURKEY. ML 2.6 (ISK).07 06 14 40.3% 39.747 N 2.748 W 10 G 1.1 9 SPAIN. mbLg 3.1 (MOD).07 06 21 06.2? 38.89 N 26.96 E 10 G 0.1 4 AEGEAN SEA. ML 2.8 (ISK).07 08 26 34.2 8.732 S 79.211 W 60 D 4.9 0.8 49 NEAR COAST OF NORTHERN PERU. Felt (IV) at Trujillo and

Chimbote; (III) at Casma.07 08 30 19.4? 39.14 N 27.59 E 10 G 0.3 4 TURKEY. ML 2.7 (ISK).07 11 04 52.7% 33.355 S 70.349 W 100 G 0.3 11 CHILE-ARGENTINA BORDER REGION. MD 3.9 (SAN).07 11 18 37.3 42.690 N 110.996 W 5 G 1.1 16 WYOMING. ML 3.4 (GS), 3.4 (BUT). Felt at Afton.07 11 49 08.4% 39.272 N 27.705 E 10 G 0.6 6 TURKEY. ML 2.8 (ISK).07 11 56 18.3? 39.11 N 27.56 E 10 G 1.0 4 TURKEY. ML 2.5 (ISK).07 12 08 06.0& 62.427 N 151.939 W 108 64 CENTRAL ALASKA. <AEIC>.07 12 23 00.2? 34.28 S 179.64 W 246 ? 3.8 1.2 19 SOUTH OF KERMADEC ISLANDS07 13 58 46.5 42.685 N 111.047 W 5 G 0.9 17 EASTERN IDAHO. ML 3.2 (GS). Felt.07 14 06 19.0% 51.811 N 117.893 W 5 G 1.0 6 BRITISH COLUMBIA, CANADA07 15 32 16.1& 34.327 N 116.468 W 4 26 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.6 (PAS), 2.6 (GS) .07 16 08 00.9% 39.363 N 29.164 E 10 G 0.7 9 TURKEY. ML 3.1 (ISK).07 16 09 44.4& 34.151 N 116.704 W 11 26 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.7 (PAS), 2.7 (GS).07 16 16 44.6 42.561 N 111.032 W 5 G 4.3 0.8 41 EASTERN IDAHO. ML 4.8 (GS), 5.2 (BUT). Felt (V) at

Auburn; (IV) at Afton, Smoot and Thayne; (III) at Freedom and Grover, Wyoming. Felt (IV) at Georgetown and Montpelier; (II) at St. Anthony, Idaho.

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SAN JUAN PROVINCE, ARGENTINAEASTERN IDAHO. ML 3 . 5 (GS), 3.5 (BUT).EASTERN IDAHO. ML 2.7 (GS).WYOMING. ML 3 . 0 (GS) .EASTERN IDAHO. ML 2 . 9 (GS).EASTERN IDAHO. ML 3 . 2 (GS). Small precursor about 5seconds prior to this event.SOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS), 3.0 (GS).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 7 (PAS), 2.6 (GS).BAJA CALIFORNIA, MEXICO. ML 4.1 (GS). MD 4.3 (ECX).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 6 (PAS), 2.6 (GS).TONGA ISLANDSEASTERN IDAHO. ML 2 . 9 (GS).MENDOZA PROVINCE, ARGENTINAEASTERN IDAHO. ML 4 . 0 (GS), 3.7 (BUT). Felt at Afton,Wyoming .GREECE-BULGARIA BORDER REGION. ML 3 . 2 (THE), 2.5 ( SKO )NORTHWESTERN BALKAN REGION. MD 2 . 0 (LJU).TURKEY. ML 2 . 7 (ISK) .EASTERN IDAHO. ML 2 . 9 (GS).NEAR COAST OF CENTRAL CHILE. MD 4 . 0 (SAN).TURKEY. ML 2 .7 (ISK) .SPAIN. mbLg 2.8 (MOD).NORTHERN CALIFORNIA. <GM-P>. MD 3 . 1 (GM) .MINDORO, PHILIPPINE ISLANDSOFF EAST COAST OF HONSHU, JAPAN. Mw 6 . 4 (GS), 6.4(HRV) . Ms 5.8 (BRK) . Felt (I JMA) at Akita, Fukushima,Hachinohe, Misawa, Miyako, Ofunato, Onahama, Sakata andSendai. Also felt (I JMA) at Hakodate, Kutchan, Obihiroand Tomakomai, Hokkaido. Local tsunami generated withwave heights peak-to-trough of 22 cm. at Ofunato; 10cm. at Hachinohe and Ayukawahama . Depth from broadbanddisplacement seismograms.OFF EAST COAST OF HONSHU, JAPANMARIANA ISLANDS. Felt (IV) at Dededo; (III) at Agana,Mangilao and Yona, Guam.GREECE. ML 2.7 (THE) .FIJI ISLANDS REGIONEASTERN IDAHO. ML 3 . 2 (GS).SPAIN. mbLg 3.9 (MOD). Felt (V) in the Huercal-Overaarea.NORTH ISLAND, NEW ZEALANDSPAIN. mbLg 3.1 (MOD). Felt (III) in the Huercal-Overaarea.ROMANIA. Felt (II) in the Vrancea region.OFF EAST COAST OF HONSHU, JAPANNEAR COAST OF CHIAPAS, MEXICOROMANIA. Felt (II) in the Vrancea region.ROMANIASOUTHERN CALIFORNIA. <PAS-P>. ML 2.9 (PAS), 2.9 (GS).Felt.

APR 1994 PAGE 6

08 06 08 46.7* 31.187 S 117.272 E 10 G 0.9 5 WESTERN AUSTRALIA08 06 41 47.0% 37.286 N 4.174 W 10 G 0.7 8 SPAIN. mbLg 2.8 (MDD).08 06 45 22.1 40.605 N 143.704 E 24 4.03.7 1.2 19 OFF EAST COAST OF HONSHU, JAPAN08 06 56 42.8% 39.035 N 30.314 E 10 G 0.6 6 TURKEY. ML 2.9 (ISK).08 07 22 26.6* 26.999 N 125.342 E 33N4.2 1.0 9 NORTHEAST OF TAIWAN08 07 26 21.6 42.629 N 111.068 W 5 G 3.7 1.2 22 EASTERN IDAHO. ML 4.1 (GS). Felt (IV) at Afton and

Auburn, Wyoming. Felt (III) at Grover and Smoot,Wyoming. Also felt (III) at Georgetown and Montpelier,Idaho.

08 08 05 07.3 40.496 N 21.896 E 5 G 0.9 10 GREECE. ML 1.9 (THE).08 08 10 51.0* 14.575 N 93.646 W 45 * 4.6 1.1 28 NEAR COAST OF CHIAPAS, MEXICO08 08 40 39.4? 39.96 N 28.94 E 10 G 0.9 4 TURKEY. ML 2.6 (ISK).08 09 24 11.4? 44.49 N 7.70 E 10 G 0.3 5 NORTHERN ITALY. ML 2.2 (LDG).08 09 29 29.1 45.184 N 2.299 E 10 G 1.1 7 FRANCE. ML 2.2 (LDG).08 09 34 25.2? 39.98 N 28.91 E 10 G 0.2 4 TURKEY. ML 2.6 (ISK).08 10 00 55.2% 43.081 N 0.537 W 10 G 0.6 5 PYRENEES. ML 1.0 (STR).08 10 11 51.9? 45.95 S 166.46 E 140 ? 0.7 17 OFF W. COAST OF S. ISLAND, N.Z.08 10 37 49.0 42.638 N 111.024 W 5 G 0.6 10 EASTERN IDAHO. ML 3.1 (GS).08 10 55 45.9? 7.33 S 129.60 E 189 ? 1.2 7 BANDA SEA08 10 59 24.9% 33.132 S 70.017 W 11 0.2 10 CHILE-ARGENTINA BORDER REGION. MD 3.6 (SAN).08 11 18 01.3% 40.256 N 28.758 E 10 G 0.2 5 TURKEY. ML 2.6 (ISK).08 11 53 20.9& 62.206 N 123.896 W 10 G 4.3 43 NORTHWEST TERRITORIES, CANADA. <PGC-P>. ML 4.8 (PGC).08 11 57 37.0? 13.08 N 89.79 W 33 N 0.3 16 EL SALVADOR. MD 4.3 (SSS). Felt (II) at San Salvador.08 12 17 00.6 42.313 N 24.007 E 5 G 0.5 9 BULGARIA. ML 2.9 (THE).08 13 35 54.0? 40.52 N 143.79 E 33N4.3 1.4 9 OFF EAST COAST OF HONSHU, JAPAN08 14 13 11.9 40.538 N 143.732 E 36 D 4.94.5 1.0 74 OFF EAST COAST OF HONSHU, JAPAN08 14 19 41.5 40.689 N 143.542 E 35 D 5.0 4.9 1.1 76 OFF EAST COAST OF HONSHU, JAPAN08 14 34 07.6& 60.306 N 152.236 W 83 48 SOUTHERN ALASKA. <AEIC>.08 14 42 46.3 40.622 N 143.822 E 37 4.3 0.8 23 OFF EAST COAST OF HONSHU, JAPAN08 15 11 09.7 38.903 N 16.824 E 58 ? 3.3 0.9 24 SOUTHERN ITALY. MD 3.2 (ROM).08 15 25 56.8? 40.79 N 29.51 E 10 G 0.7 4 TURKEY. ML 2.5 (ISK).08 15 56 30.2 42.545 N 111.046 W 5 G 0.9 21 EASTERN IDAHO. ML 3.9 (GS), 4.3 (BUT). Felt in the

Afton, Wyoming area.08 16 20 41.9& 59.385 N 153.442 W 117 3.6 85 SOUTHERN ALASKA. <AEIC>.08 17 15 17.5& 34.305 N 118.453 W 8 33 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS).08 17 44 03.2* 46.018 N 14.323 E 10 G 0.5 5 NORTHWESTERN BALKAN REGION. MD 2.2 (LJU).08 17 53 31.6& 34.465 N 118.955 W 4 65 SOUTHERN CALIFORNIA. <PAS-P>. ML 4.0 (GS), 3.6 (PAS).

Felt (IV) at Burbank and Glendale; (III) at Northridgeand Ventura; (II) at Canoga Park and Sunland.

08 18 11 36.9% 33.100 S 70.278 W 100 G 0.3 9 CHILE-ARGENTINA BORDER REGION. MD 3.7 (SAN).08 19 35 08.4 24.395 N 125.595 E 40 D 4.33.9 1.4 28 SOUTHWESTERN RYUKYU ISLANDS08 20 17 21.2% 33.214 S 70.605 W 80 G 0.3 9 CHILE-ARGENTINA BORDER REGION. MD 3.4 (SAN).08 20 32 45.9% 44.442 N 7.355 E 10 G 0.2 5 NORTHERN ITALY. ML 1.7 (GEN).08 20 39 01.9* 42.998 N 0.489 W 5 G 1.0 7 PYRENEES. ML 2.2 (LDG). Felt in the Ossau Valley,

France.08 20 48 13.3 40.679 N 23.396 E 10 G 0.7 12 GREECE. ML 3.1 (THE), 3.0 (SKO).08 21 09 18.0 40.518 N 143.620 E 48 D 4.54.2 1.2 56 OFF EAST COAST OF HONSHU, JAPAN08 21 44 20.7 42.746 N 111.092 W 5 G 1.2 10 EASTERN IDAHO. ML 3.0 (GS).08 21 58 00.9* 5.019 S 142.192 E 10 G 3.7 0.8 6 NEW GUINEA, PAPUA NEW GUINEA08 22 11 59.5% 44.373 N 7.230 E 10 G 0.1 5 NORTHERN ITALY. ML 1.8 (GEN).08 22 20 37.2 44.429 N 11.936 E 10 G 0.8 17 NORTHERN ITALY. ML 2.9 (LDG). MD 2.7 (TRI).08 22 50 17.3& 60.508 N 153.286 W 142 3.2 86 SOUTHERN ALASKA. <AEIC>.08 23 57 38.1& 34.190 N 117.096 W 7 28 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.9 (PAS), 3.0 (GS).

Felt.09 00 26 03.1% 38.186 N 30.428 E 5 G 1.1 5 TURKEY. ML 3.2 (ISK).

a 09 01 29 00.8 0.572 S 123.238 E 29 D 5.2 1.4 48 MINAHASSA PENINSULA, SULAWESI. Mw 5.4 (HRV).09 01 36 00.8% 37.201 N 3.753 W 10 G 1.2 5 SPAIN. mbLg 1.9 (MDD).09 02 04 47.4? 32.92 S 177.67 W 33 N 4.0 1.4 8 SOUTH OF KERMADEC ISLANDS09 02 16 23.9 40.529 N 143.775 E 16 4.7 1.0 55 OFF EAST COAST OF HONSHU, JAPAN09 02 36 53.1 17.345 S 167.510 E 10 G 4.34.3 1.2 20 VANUATU ISLANDS09 03 15 45.8* 42.069 N 23.612 E 5 G 0.6 7 BULGARIA.' ML 2.8 (THE).09 03 25 14.3% 44.429 N 7.294 E 10 G 0.2 5 NORTHERN ITALY. ML 1.7 (GEN).09 03 56 00.9? 12.60 S 77.46 W 33 N 1.4 7 NEAR COAST OF PERU. Felt (II) at Lima.09 06 18 36.4 13.705 S 76.171 W 33 N 0.6 7 NEAR COAST OF PERU. Felt (II) at Pisco and Chincha.09 06 47 04.8? 18.13 N 67.29 W 33 N 0.5 5 MONA PASSAGE09 07 17 03.7% 39.117 N 27.605 E 10 G 1.1 5 TURKEY. ML 2.7 (ISK).09 07 29 00.1% 39.135 N 27.630 E 10 G 0.8 5 TURKEY. ML 2.8 (ISK).09 07 30 50.6* 5.664 S 145.270 E 51 ? 3.8 1.2 7 EASTERN NEW GUINEA REG., P.N.G.09 08 07 19.1% 39.150 N 27.568 E 10 G 0.5 5 TURKEY. ML 2.7 (ISK).09 08 11 16.8? 39.36 N 27.70 E 10 G 1.0 4 TURKEY. ML 2.6 (ISK).09 08 13 20.7% 39.108 N 27.565 E 10 G 0.1 5 TURKEY. ML 2.7 (ISK).09 08 31 57.5? 43.18 N 13.23 E 10 G 3.6 1.4 8 CENTRAL ITALY. ML 3.1 (VIE). MD 3.1 (TRI).09 08 40 09.9* 38.709 N 26.647 E 10 G 1.5 8 AEGEAN SEA. ML 3.2 (ISK).09 08 45 23.0% 40.671 N 22.977 E 5 G 0.4 7 GREECE. ML 1.8 (THE).09 10 09 56.3* 6.358 S 148.818 E 59?4.9 0.9 8 NEW BRITAIN REGION, P.N.G.09 10 25 11.1% 40.578 N 30.296 E 5 G 0.1 5 TURKEY. ML 2.8 (ISK).09 10 26 07.3& 36.825 N 121.576 W 10 34 CENTRAL CALIFORNIA. <GM-P>. MD 2.9 (GM). ML 2.9 (GS).09 11 01 47.5% 41.172 N 28.450 E 10 G 0.8 8 TURKEY. ML 2.7 (ISK).09 11 19 30.4 24.639 N 94.788 E 90 D 5.1 0.9 148 MYANMAR-INDIA BORDER REGION09 11 21 54.8% 39.155 N 27.559 E 10 G 0.6 5 TURKEY. ML 2.7 (ISK).09 12 02 05.3% 40.174 N 27.010 E 10 G 0.6 12 TURKEY. ML 3.2 (ISK).09 13 16 01.1? 39.52 N 23.75 E 10 G 0.4 8 AEGEAN SEA. ML 1.9 (THE).09 14 38 05.6% 18.147 N 67.223 W 10 G 0.8 9 MONA PASSAGE. MD 2.7 (MPR).09 16 16 41.5 42.582 N 110.956 W 5 G 1.3 21 WYOMING. ML 3.8 (GS), 3.7 (BUT). Felt in the Afton

area.09 17 52 50.6% 40.628 N 23.642 E 10 G 0.6 8 GREECE. ML 2.4 (THE).09 19 01 48.6 39.995 N 23.386 E 5 G 0.8 9 AEGEAN SEA. ML 2.4 (THE).09 19 15 39.7& 34.367 N 118.657 W 13 42 SOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS). Felt.09 21 10 29.4 9.337 N 78.498 W 66 D 4.7 1.0 63 PANAMA. MD 4.8 (UPA). Felt (V) at Chepo and Pacora;

(IV) at Panama City and Tocumen; (II) at Arraijan andLa Chorrera.

09 21 49 28.7% 34.045 S 70.137 W 10 G 0.3 10 CHILE-ARGENTINA BORDER REGION. MD 3.8 (SAN).09 23 06 38.2? 31.50 S 71.92 W 33 N 0.5 10 NEAR COAST OF CENTRAL CHILE. MD 3.9 (SAN).

APR 1994

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OFF EAST COAST OF HONSHU, JAPAN BANDA SEASAN JUAN PROVINCE, ARGENTINA. MD 4.2 (SAN) GREECE. ML 2.2 (THE). AEGEAN SEA. ML 1.9 (THE). CRETE. MD 3.4 (ATH). NORTHEAST OF TAIWAN VANUATU ISLANDS. Mw 5.4 (HRV). NEAR EAST COAST OF HONSHU, JAPAN GREECE. ML 2.2 (THE). ANDAMAN ISLANDS, INDIA TURKEY. ML 2.7 (ISK). TURKEY. ML 2.7 (ISK). CENTRAL MEDITERRANEAN SEA. ML 4.1 FRANCE. ML 2.5 (LOG), 2.4 (GEN). TURKEY. ML 2.8 (ISK). TURKEY. ML 2.8 (ISK). TURKEY. ML 2.7 (ISK). SOUTHERN ALASKA. <AEIC>. TURKEY. ML 2.7 (ISK). ANDAMAN ISLANDS, INDIA SOUTHERN ALASKA. <AEIC>. TURKEY. ML 2.9 (ISK). TURKEY. ML 2.9 (ISK). VANUATU ISLANDSDODECANESE ISLANDS. MD 4.4 (HLW). OAXACA, MEXICOEASTERN CAUCASUS. Felt (III) at Groznyy, Russia. TURKEY. ML 2.7 (ISK). NEAR NORTH COAST OF IRIAN JAYAOFF COAST OF CENTRAL AMERICA. MD 4.5 (SSS). Felt (III) at San Salvador, El Salvador. NORTHERN ITALY. ML 2.8 (LOG), 2.6 (GEN). AEGEAN SEA. ML 2.1 (THE). NEAR COAST OF CHIAPAS, MEXICO. (SSS). Mo=2.2*10**18 Nm (PPT). Salvador, El Salvador.NEAR COAST OF PERU. Felt (III) at Areguipa. GREECE. ML 3.1 (THE).SPAIN. mbLg 3.0 (MOD). Felt (III) in the Valencia de las Torres area.NEAR COAST OF VENEZUELA. MD 3.2 (TRN). VIRGIN ISLANDS. MD 3.8 (MPR).

ML 4.6 (THE), 4.2 (TIR). MD 4.5 (ATH). (THE).

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ML 4.6 (GS), 4.3 (BUT). Felt (IV) Smoot; (IIIJ at Afton, Auburn and Grover; (II) at Freedom and Thayne, Wyoming. Felt (III) at Georgetown and Paris, Idaho. SOUTHWESTERN RYUKYU ISLANDSNORTHERN ALASKA. <AEIC>. ML 4.3 (AEIC). Felt (IV) at Kobuk and (III) at Shungnak. GREECE. ML 2.0 (THE). GREECE. ML 1.7 (THE).NORTHERN ALASKA. <AEIC>. ML 2.6 (AEIC). SOUTHEAST OF RYUKYU ISLANDS. Mw 6.0 (GS), 6.1 (HRV). Mo=l.9*10**18 Nm (PPT). Depth from broadband displacement seismograms.GREECE. ML 3.7 (TIR), 3.6 (THE). MD 3.7 (ATH). CHILE-ARGENTINA BORDER REGION. MD 3.5 (SAN). AEGEAN SEA. MD 3.7 (ATH). ML 3.6 (TIR). SOUTHERN CALIFORNIA. <PAS-P>. ML 2.6 (PAS). SOLOMON ISLANDS SOUTHERN ALASKA. <AEIC>. NORTHERN CHILE PYRENEES. ML 2.7 (LOG), (IV) in the Viella area, GREECE. ML 2.6 (THE). WYOMING. ML 2.8 (GS). TURKEY. ML 2.7 (ISK). TURKEY. ML 2.6 (ISK). SOUTH OF PANAMA. MD 4.7 (UPA). TURKEY. ML 2.6 (ISK). FIJI ISLANDS TURKEY. ML 2.8 (ISK). TURKEY. ML 2.9 (ISK).NORTHERN YUKON TERRITORY, CANADA. <PGC-P>. ML 3.8 (PGC).SOUTHERN SUMATERA, INDONESIA STRAIT OF GIBRALTAR OFF EAST COAST OF HONSHU, JAPANETHIOPIA. Mw 5.9 (HRV). Ms 5.8 (BRK). MD 5.5 (ARO). NEAR EAST COAST OF HONSHU, JAPAN ETHIOPIA. MD 3.6 (ARO). GREECE. ML 1.5 (THE).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.9 (PAS), 2.9 (GS) GREECE. ML 1.7 (THE). SOUTH OF HONSHU, JAPAN KURIL ISLANDS TURKEY. ML 3.1 (ISK). SAMOA ISLANDS REGION

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APR 1994 PAGE 10

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APR 1994

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APR 1994 PAGE 12

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NORTHERN ITALY. ML 2 . 9 (GEN), 2.8 (LDG).TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.8 (ISK) .NEAR COAST OF GUATEMALA. MD 4.4 (SSS). Felt (III) atSan Salvador, El Salvador.GREECE. ML 3 .2 (THE) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .8 (ISK) .TURKEY. ML 2.7 (ISK) .NEAR N COAST OF NEW GUINEA, PNG.TAIWAN REGION. ML 4 . 0 (BJI).NORTHERN ITALY. ML 3 . 0 (GEN), 3.0 (LDG).NORTHERN ITALY. ML 2 . 4 (GEN), 2.3 (LDG).TURKEY. ML 2 .8 (ISK) .SOUTHERN ALASKA. <AEIC> .NORTHEASTERN INDIA. ML 3 . 7 (BJI).TURKEY. ML 2 .5 (ISK) .SWEDEN. MD 3 .0 (BER) .CENTRAL ALASKA. <AEIC>.NEAR COAST OF CENTRAL CHILE. MD 3 . 7 (SAN).VENEZUELA. Felt at Atarigua and Curarigua.SOLOMON ISLANDS. Mw 6.7 (GS), 6.7 (HRV) . Ms 6.8 (BRK).Mo=l . 0*10**19 Nm (PPT) . Felt strongly on Bougainvilleand (IV) at Rabaul, Papua New Guinea. Felt on Choiseul,Santa Isabel and at Honiara, Solomon Islands. Also felton New Ireland. Two events about two seconds apart.Depth from broadband displacement seismograms, based onsecond event.TURKEY. ML 3.1 (ISK) .QUEEN CHARLOTTE ISLANDS REGION. <PGC-P>. ML 4 . 0 (PGC).VENEZUELAVOLCANO ISLANDS REGIONKYRGYZSTAN. ML 4 . 4 (BJI).SOLOMON ISLANDS. Felt (IV) at Honiara.GREECE. MD 3.4 (ATH) . ML 2 . 8 (THE).NORTHERN ITALY. ML 1 . 8 (GEN).HINDU RUSH REGION, AFGHANISTANGREECE. MD 3.5 (ATH). ML 3 . 3 (THE), 3.3 (TIR) .VANUATU ISLANDSNORTH ISLAND, NEW ZEALANDBAJA CALIFORNIA, MEXICO. <ECX-P>. MD 3.1 (ECX).SOUTHERN ALASKA. <AEIC> .GREECE. ML 2. 0 (THE) .FIJI ISLANDS REGION. Mw 5 . 9 (HRV).ALBANIA. ML 2.7 (TIR), 2.7 (SKO).GREECE. ML 2.2 (THE) .SOUTHERN CALIFORNIA. <PAS-P>. ML 2.6 (PAS), 2.7 (GS).KENAI PENINSULA, ALASKA. <AEIC>. ML 2.5 (AEIC).NEAR EAST COAST OF HONSHU, JAPANWASHINGTON. <SEA-P>. ML 2.9 (SEA), 2.6 (PGC). Felt atNorth Bend.POLAND. ML 3 . 6 (GRF), 3.4 (VIE).MENDOZA PROVINCE, ARGENTINANORTHERN ITALY. ML 3 . 0 (LDG), 3.0 (GEN).FIJI ISLANDS REGIONFRANCE. ML 2 .5 (LDG) .GREECE. ML 3 . 4 (THE). MD 3 . 4 (ATH).CALIFORNIA-NEVADA BORDER REGION. ML 3 . 1 (GS).MINAHASSA PENINSULA, SULAWESI. Mw 5 . 3 (HRV).SOUTHERN ALASKA. <AEIC> . Felt (II) at Anchorage.GREECE-ALBANIA BORDER REGION. MD 3 . 5 (ATH). ML 3 . 1(TIR) , 3.0 (THE) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 2 .5 (ISK) .NORTHERN CHILE. Mw 5.4 (HRV). Felt (IV) at Antofagasta,Calama and Tocopilla; (II) at Taltal.ANDREANOF ISLANDS, ALEUTIAN IS.TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 . 8 (ISK) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .9 (ISK) .FRANCE. ML 2.5 (LDG) .IRIAN JAYA REGION, INDONESIASOUTHERN SUMATERA, INDONESIATURKEY. ML 2 . 6 (ISK) .WESTERN AUSTRALIASOUTHERN ALASKA. <AEIC> .TURKEY. ML 2 . 6 (ISK) .NORTHERN ITALY. ML 2 . 2 (GEN).TURKEY. ML 2 . 8 (ISK).LA RIOJA PROVINCE, ARGENTINASPAIN. mbLg 2.9 (MOD).TURKEY. ML 2 . 8 (ISK) .PHILIPPINE ISLANDS REGIONGREECE. ML 1.6 (THE) .FRANCENORTHERN TERRITORY, AUSTRALIAWESTERN IRAN. Felt at Ramhormoz .FRANCE. ML 2. 6 (LDG) .

APR 1994

1919

19

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GREECE. ML 2.5 (THE).SPAIN. mbLg 3.2 (MOD). Felt (III) in the Mondonedo area.OFF COAST OF NORTHERN CALIFORNIA. <GM-P>. MD 3 .3 (GM) . ML 3.5 (BRK). ANDAMAN ISLANDS, INDIASPAIN. mbLg 3.7 (MOD). Felt (IV) in the Huercal-Overa area.GREECE. ML 1.7 (THE). SOUTHERN IRANVANCOUVER ISLAND REGION. ML CENTRAL CALIFORNIA. <GM-P>. SAN JUAN PROVINCE, ARGENTINA MONA PASSAGE. MD 3.4 (MPR). SOUTHERN PERU. Mw 5.6 (HRV) LOYALTY ISLANDS REGION SOUTHERN BOLIVIA. Felt at Sucre. MONA PASSAGE. MD 3.4 (MPR).SOUTHEASTERN ALASKA. <PGC-P>. ML 3.3 (PGC), GULF OF ALASKA. <AEIC>. ML 3.5 (AEIC), 3.5 (PMR) HOKKAIDO, JAPAN REGION. Felt on Okushiri. SOUTHEASTERN ALASKA. <PGC-P>. ML 3.2 (PGC). FRANCE. ML 2.0 (GEN). SAN JUAN PROVINCE, ARGENTINA TURKEY. ML 2.8 (ISK). TURKEY. ML 2.7 (ISK). MINDANAO, PHILIPPINE ISLANDS HOKKAIDO, JAPAN REGIONCENTRAL CALIFORNIA. <GM-P>. MD 2.8 (GM). ML 2.7 (PAS). NEAR COAST OF NORTHERN CHILE. Felt (IV) at Copiapo and Taltal; (III) at Chanaral. SOLOMON ISLANDS TURKEY. ML 3.5 (ISK). TURKEY. ML 2.4 (ISK). TURKEY. ML 2.5 (ISK). NORTHWEST OF KURIL ISLANDS CENTRAL MEDITERRANEAN SEA. MD 3.6 (ATH). UNIMAK ISLAND REGION GREECE. ML 1.8 (THE). GREECE. ML 2.2 (THE). AEGEAN SEA. ML 2.0 (THE). SOUTHERN NORWAY. MD 1.6 (BER). TURKEY. ML 2.6 (ISK).CALIFORNIA-NEVADA BORDER REGION. <GM-P>. MD 2 . 8 (GM) . NORTHERN ITALY. ML 2.2 (VIE).NORTHERN ITALY. ML 2.8 (FUR), 2.7 (VIE), 2.4 (LJU). MD 2.6 (TRI).TURKEY. ML 3.7 (CSS). CENTRAL ALASKA. <AEIC>.NORTHERN ITALY. ML 3.6 (GRF), 3.3 (FUR), 3.2 (VIE), 3.2 (LOG), 3.2 (STR). MD 2.9 (TRI). NORTHERN ITALY. ML 2.3 (VIE). MD 2.2 (TRI). NORTHERN ITALY. ML 2.0 (VIE). MONA PASSAGE. Felt at Santo Domingo, Republic.NEAR COAST OF MICHOACAN, MEXICO NORWEGIAN SEA. MD 2 . 5 (BER) FOX ISLANDS, ALEUTIAN ISLANDS. SANTA CRUZ ISLANDS HALMAHERA, INDONESIA NEW BRITAIN REGION, P.N.G. FOX ISLANDS, ALEUTIAN ISLANDS. LOYALTY ISLANDS REGIONNORTHERN ITALY. ML 2.7 (GEN), 2.4 (LOG). WESTERN AUSTRALIASOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS). SPAIN. mbLg 3.2 (MOD). Felt (III) in the Huercal-Overa area.NORTHERN ITALY. ML 4.8 (GRF), 4.7 (ZAG), 4.5 (CLL), 4.4 (FUR), 4.4 (STR), 4.3 (VIE), 4.3 (LOG). NORTHERN ITALY. ML 3.2 (GRF), 2.9 (LOG), (FUR). MD 2.6 (TRI). MARIANA ISLANDS REGIONFIJI ISLANDS REGION. Mw 5.9 (HRV). mb 5.3 (BRK). NORTHERN ITALY. ML 2.1 (VIE).NORTHWESTERN BALKAN REGION. MD 2.5 (TRI). ML 2 . 0 (ZAG). Felt at Brezovica and Zagreb, Croatia NORTHERN ALASKA. ML 4.2 (PMR).CENTRAL CALIFORNIA. <GM-P>. MD 2.7 (GM). ML 2.8 (PAS). SPAIN. mbLg 2.2 (MOD). SOUTH OF HONSHU, JAPANSOLOMON ISLANDS. Mw 5.8 (HRV). Ms 5.6 (BRK). MENDOZA PROVINCE, ARGENTINA. MD 4.3 (SAN). SOUTH OF FIJI ISLANDSSOLOMON ISLANDS. Mw 6.7 (GS), 6.7 (HRV). Ms 6.9 (BRK). Mo=1.2*10**19 Nm (PPT). Felt (VI) at Rabaul, Papua New Guinea. Depth from broadband displacement seismograms. OFF COAST OF CENTRAL CHILE. MD 4.5 (SAN). TURKEY. ML 2.7 (ISK).CALIFORNIA-NEVADA BORDER REGION. <GM-P>. MD 3.0 (GM) . ROMANIATURKEY. ML 2.7 (ISK). LUZON, PHILIPPINE ISLANDS. Felt (III RF) at Pasuguin.

Dominican

ML 5.0 (PMR).

ML 4.4 (PMR).

2.8 (VIE), 2.8

APR 1994 PAGE 14

21212121212121212121212121212121212121

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NEW IRELAND REGION, P.N.G.TURKEY. ML 2.8 (ISK) .GREECE. ML 1. 6 (THE) .SOUTH CAROLINA. MD 2 . 4 (GLD) .CHILE- ARGENTINA BORDER REGION. MD 3 . 5 (SAN)TURKEY. ML 2.6 (ISK) .GREECE. ML 1.8 (THE) .TURKEY. ML 2.7 (ISK) .GREECE. ML 2.1 (THE) .CENTRAL ALASKA. <AEIC> . ML 3 . 0 (AEIC) , 3.1SOUTHERN IRANTURKEY. ML 2.5 (ISK) .TURKEY. ML 2.9 (ISK). Felt at Istanbul.

(PMR) .

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4.5 (BRK),at Coalinga

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.296 N

.562 N

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.929 N

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.664 N

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.285 N

.884 N

.292 N

.298 N

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.579 N

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APR 1994 PAGE 16

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MONA PASSAGENORTHWESTERN BALKAN REGION. MD 3 . 2 (LJU), 2.8 (TRI). ML2.8 (VIE). Felt at Brezovica and Zagreb, Croatia.NEAR COAST OF CENTRAL CHILE. MD 3 . 8 (SAN).KENAI PENINSULA, ALASKA. Mw 5 . 4 (HRV). ML 5 . 7 (AEIC),5.7 (PMR) . Felt (V) at Anchorage, Cooper Landing, FortRichardson and Kenai; (IV) at Big Lake, Butte, EagleRiver, Hope, Ninilchik, Palmer, Seward, Sheep Creek,Sterling, Tyonek and Wasilla; (III) at Homer andSoldotna; (II) at Fairbanks.SOUTHERN NORWAY. MD 2 . 0 (BER) .TURKEY. ML 3 .4 (ISK) .SPAIN. mbLg 2.2 (MOD).NORTHERN ITALY. ML 1 . 8 (GEN).CHILE-ARGENTINA BORDER REGION. MD 4 . 1 (SAN).OFF EAST COAST OF HONSHU, JAPANIRIAN JAYA, INDONESIAGREECE. ML 3.2 (THE), 3.1 (ATH).ALBANIA. ML 2 . 7 (TIR) .AEGEAN SEA . ML 2 . 1 ( THE ) .KENAI PENINSULA, ALASKA. <AEIC>. ML 3.0 (AEIC), 3.1(PMR) .SALTA PROVINCE, ARGENTINANEAR COAST OF VENEZUELA. MD 3 . 6 (TRN).TURKEY. ML 2 . 8 (ISK) .TURKEY. ML 3.2 (ISK) .TURKEY. ML 2. 8 (ISK) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .SPAINTURKEY. ML 2.4 (ISK) .TURKEY. ML 2 . 7 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2 . 8 (ISK) .KERMADEC ISLANDS, NEW ZEALANDCORSICA. ML 2.3 (GEN).AEGEAN SEA. ML 3 . 8 (ATH), 3.4 (THE).FLORES REGION, INDONESIASAN JUAN PROVINCE, ARGENTINACHILE -ARGENTINA BORDER REGION. MD 4 . 0 (SAN).TURKEY. ML 2 . 8 (ISK) .SOUTH OF JAWA, INDONESIATURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .TURKEY. ML 2 .7 (ISK) .SOUTHERN NORWAY. MD 2 . 0 (BER).TONGA ISLANDSTURKEY. ML 2 .7 (ISK) .CHILE-ARGENTINA BORDER REGION. MD 4 . 0 (SAN).GREECE. ML 2 .2 (THE) .IRIAN JAYA, INDONESIACHILE-ARGENTINA BORDER REGION. MD 3 . 9 (SAN).NEAR COAST OF PERUTURKEY. ML 3.2 (ISK) .TURKEY. ML 2 .8 (ISK) .SOUTH OF ALASKAMOROCCO. MG 2.2 (RTC).VANUATU ISLANDSWINDWARD ISLANDS. MD 2 . 6 (TRN).NEAR COAST OF PERU. Felt (II) at lea and Nazca.KODIAK ISLAND REGION. <AEIC> . ML 2 . 8 (AEIC).KURIL ISLANDSFLORES SEASOUTHEASTERN CHINA. ML 4 . 6 (BJI).E. CAROLINE ISLANDS, MICRONESIAAEGEAN SEA. ML 3.2 (ISK).SOUTH OF JAWA, INDONESIA. Mw 5 . 8 (HRV).NEAR EAST COAST OF HONSHU, JAPANTURKEY. ML 2 . 9 (ISK) .SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASAN JUAN PROVINCE, ARGENTINASAN JUAN PROVINCE, ARGENTINASOUTHEASTERN ALASKA. <PGC-P>. ML 2.7 ( PGC ) , 2.5 (AEIC).Felt (IV) at Pleasant Camp, British Columbia.CHILE-ARGENTINA BORDER REGION. MD 3 . 9 (SAN).NORTHERN CHILELUZON, PHILIPPINE ISLANDSSOUTH OF JAWA, INDONESIAOFF COAST OF CENTRAL CHILE. MD 4 . 0 (SAN).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIANEAR COAST OF CENTRAL CHILE. MD 4 . 4 (SAN).ALBANIA. ML 2 . 5 (TIR).CORSICA. ML 2.6 (GEN), 2.5 (LOG).CENTRAL CALIFORNIA. <GM-P>. MD 2.7 (GM). ML 2.5 (BRK).Felt in the northern and central San Francisco Bayarea. Felt as far as Fairfax in Mar in County andBurlingame in San Mateo County.SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIA

APR 1994

26

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NORTHERN IRAN. Felt in Bovir Ahmadi va KohkiluyehProvince.SOUTH OF JAWA, INDONESIAFOX ISLANDS, ALEUTIAN ISLANDSTURKEY. ML 2 .7 (ISK) .TURKEY. ML 2.9 (ISK) .DEAD SEA REGIONTURKEY. ML 2.6 (ISK) .SOUTHERN YUKON TERRITORY, CANADA. <AEIC> . ML 3(AEIC) .TURKEY. ML 2.8 (ISK) .OFF COAST OF NORTHERN CHILETURKEY. ML 2.7 (ISK) .SOUTH OF JAWA, INDONESIATURKEY. ML 2.7 (ISK) .TURKEY. ML 2.8 (ISK) .GREECE. ML 1.6 (THE) .TURKEY. ML 2 .7 (ISK) .SOUTH OF JAWA, INDONESIACHILE-ARGENTINA BORDER REGION. MD 3 . 5 (SAN).CENTRAL ITALY. ML 3 . 9 (VIE), 3.7 (LDG) . MD 4 . 13.8 (FIR).GREECE. ML 1.6 (THE) .ROMANIATURKEY. ML 2.7 (ISK) .FRANCE. ML 1.9 (LDG) .GREECE-BULGARIA BORDER REGION. ML 2 . 0 (THE).EASTERN NEW GUINEA REG., P.N.G.NORTHERN ITALY. ML 1 . 9 (GEN).TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.6 (ISK) .MINDORO, PHILIPPINE ISLANDS. Felt (III RF) atGalera.WESTERN AUSTRALIALEEWARD ISLANDS. MD 3 . 6 (TRN) .SOUTH OF JAWA, INDONESIAVOLCANO ISLANDS REGIONSOUTHERN NORWAY. MD 2 . 1 (BER) .WESTERN GULF OF ADEN. MD 4 . 9 (ARO) .SPAIN. mbLg 2.4 (HDD).HALMAHERA, INDONESIAEAST OF LAKE BAYKAL, RUSSIA. Mw 5 . 4 (HRV) .NEAR COAST OF CENTRAL CHILEMARIANA ISLANDS. Felt on Pagan.STRAIT OF GIBRALTARVANUATU ISLANDS. Mw 5 . 8 (HRV).OFF COAST OF CENTRAL CHILE. MD 4 . 4 (SAN).SOUTH OF JAWA, INDONESIAAFGHANISTAN-TAJIKISTAN BORD REG.AEGEAN SEA. ML 1 . 9 (THE).GREECE. ML 2.2 (THE) .VANCOUVER ISLAND REGION. ML 4 . 6 (PGC).GREECE. MD 2.9 (ATH) . ML 2 . 7 (THE).TONGA ISLANDSSOUTH OF HONSHU, JAPANNEAR EAST COAST OF KAMCHATKA

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APR 1994 PAGE 18

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NORTHERN ALASKA. <AEIC>. ML 2 . 6 (AEIC).NORTHERN ITALY. ML 1 . 0 (STR).FRANCE. ML 2.6 (GEN), 2.6 (LDG).CHILE-ARGENTINA BORDER REGIONMONA PASSAGE. MD 3 . 5 (MPR) .SOUTH OF ALASKA. ML 3 . 6 (AEIC).PHILIPPINE ISLANDS REGION. Mw 5 . 9 (GS) , 6.0 (HRV).Mo=3.3*10**18 Nm (PPT). Felt (IV RF) at Puerto Galeraand (III RF) at Tagaytay. Depth from broadbanddisplacement seismograms.KODIAK ISLAND REGION. <AEIC> . ML 2 . 8 (AEIC).ETHIOPIA. MD 3.5 (ARO) .QINGHAI, CHINACHILE -ARGENTINA BORDER REGION. MD 3 . 2 (SAN).SICHUAN, CHINA. ML 3.9 (BJI).NORTHERN ITALY. ML 2 . 1 (GEN), 1.6 (LDG).NORTHERN ITALY. ML 2 . 4 (GEN), 2.0 (LDG).SOUTHERN ALASKA. <AEIC> . ML 2 . 7 (AEIC).SOLOMON ISLANDS. Mw 5 . 5 (HRV).IRIAN JAYA REGION, INDONESIASOUTHERN ALASKA. <AEIC>. ML 2 . 8 (AEIC).TURKEY. ML 3.1 (ISK) .TURKEY. ML 3.2 (ISK) .FLORES SEATIMOR REGION, INDONESIACENTRAL ALASKA. <AEIC> . ML 3 . 1 (AEIC), 3.5 (PMR).SOLOMON ISLANDS. Mw 5 . 2 (HRV).GREECE. ML 1.5 (THE) .NORTHERN ALGERIA. mbLg 3.8 (HDD).TURKEY. ML 3 .3 (ISK) .CRETE. MD 3 .9 (ATH) .CHILE-ARGENTINA BORDER REGION. MD 4 . 0 (SAN).CENTRAL ALASKA. <AEIC>.SOUTHERN CALIFORNIA. <PAS-P>. MD 2 . 6 (PAS). ML 2 . 6(GS) . Felt.WESTERN GULF OF ADENRYUKYU ISLANDSLUZON, PHILIPPINE ISLANDSWESTERN ARABIAN PENINSULA. MD 3 . 9 (HLW) .NEAR COAST OF CENTRAL CHILESOUTHERN GREECE. MD 3 . 6 (ATH).TURKEY. ML 2.8 (ISK) .SOUTH OF HONSHU, JAPANSTRAIT OF GIBRALTAR. mbLg 2.4 (HDD).TURKEY. ML 2.8 (ISK) .TURKEY. ML 2. 9 (ISK) .NORTHERN ITALY. ML 1 . 7 (VIE).SOUTHEASTERN ALASKA. <AEIC> . ML 2.7 (AEIC).AEGEAN SEA. ML 2 . 4 (THE).PHILIPPINE ISLANDS REGIONSAN JUAN PROVINCE, ARGENTINAGERMANYTURKEY. ML 2.7 (ISK) .NORTHWESTERN BALKAN REGION. ML 2 . 4 (THE), 2.2 (SKO).GREECE. ML 1.5 (THE) .SAN JUAN PROVINCE, ARGENTINASOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 9 (PAS), 2.9 (GS).OFF COAST OF CENTRAL CHILE. Mw 5 . 6 (HRV).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.7 (PAS), 2.8 (GS) .CRETE. MD 4.0 (ATH) .HOKKAIDO, JAPAN REGIONNORTHERN CALIFORNIA. <GM-P>. MD 3.1 (GM) . ML 3.2 (GS) ,3.3 (BRK).NORTHERN CALIFORNIA. <GM-P>. MD 3.1 (GM) . ML 3.2 (GS) ,3 .2 (BRK) .SOUTHERN ALASKA. <AEIC> .FRANCE. ML 2.6 (LDG).SOUTHERN ALASKA. <AEIC>.ALBANIA. ML 2.3 (THE) .NORTHERN ITALY. ML 1 . 8 (VIE).NEAR SOUTH COAST OF FRANCE. ML 2 . 2 (LDG).SAMAR, PHILIPPINE ISLANDSTURKEY. ML 2.8 (ISK) .TURKEY. ML 2.9 (ISK) .TURKEY. ML 3.1 (ISK) .NORTHERN ITALY. ML 1 . 9 (GEN), 1.5 (LDG).NORTHERN ITALY. ML 2 . 1 (GEN), 1.7 (LDG).NORTHERN ITALY. ML 3 . 2 (GEN), 2.7 (LDG), 2.7 (STR).AEGEAN SEA. ML 2.0 (THE).PYRENEES. ML 1.0 (STR).CENTRAL ALASKA. <AEIC>. ML 2.5 (AEIC), 2.7 (PMR).OKLAHOMA. <TUL-P>. mbLg 2.8 (TUL) , 3.0 (GS) . Felt (IV)at Drummond and (III) at Bison, Enid, Hennessey, Lahomaand Okeene.SPAIN. mbLg 2.4 (HDD).LOYALTY ISLANDS REGIONNORTHERN ITALY. ML 1 . 5 (GEN).SANTIAGO DEL ESTERO PROV. , ARC. Mw 6 . 9 (GS), 6.9 (HRV).mb 6.0 (BRK). Mo=3 . 2*10**19 Nm (PPT). Depth frombroadband displacement seismograms.NORTHWESTERN BALKAN REGION. ML 2 . 0 (THE), 1.7 (SKO).KENAI PENINSULA, ALASKA. <AEIC>. ML 3.4 (AEIC), 3.5(PMR). Felt (II) at Anchorage.

APR 1994

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0.4 4 TURKEY. ML 2.8 (ISK).0.1 4 SOUTHERN NORWAY. MD 1.8 (BER).1.2 57 SOUTH OF MARIANA ISLANDS0.5 4 TURKEY. ML 2.8 (ISK).0.6 7 STRAIT OF GIBRALTAR. mbLg 2.6 (MOD).0.8 203 HOKKAIDO, JAPAN REGION1.2 17 FIJI ISLANDS REGION0.1 4 NORTHERN ITALY. ML 1.6 (GEN).

80 SOUTHERN ALASKA. <AEIC>.0.9 7 GREECE. ML 1.8 (THE).1.3 6 PUERTO RICO REGION1.3 14 EASTERN IDAHO. ML 3.4 (GS).0.1 5 PYRENEES. ML 1.8 (STR).1.1 12 EASTERN IDAHO. ML 2.7 (GS).0.3 4 AUSTRIA. ML 0.9 (VIE).0.6 10 SOUTH OF PANAMA0.8 17 AEGEAN SEA. MD 3.6 (ATH). ML 3.5 (ISK).0.8 17 NORTHERN ITALY. ML 2.5 (GEN), 2.2 (LDG).0.8 13 ALBANIA1.1 30 OFF COAST OF ECUADOR1.0 37 JAN MAYEN ISLAND REGION1.0 336 KYUSHU, JAPAN. Mw 5.9 (HRV). Ms 5.1 (BRK).

Mo=8.5*10**17 Nm (PPT). Felt (IV JMA) at Miyazaki; (III JMA) at Kagoshima, Kumamoto and Oita.

1.1 34 SOUTH OF JAWA, INDONESIA1.3 10 VANUATU ISLANDS1.1 11 EASTERN IDAHO. ML 2.6 (GS).

80 SOUTHERN ALASKA. <AEIC>. ML 3.0 (AEIC), 3.1 (PMR).0.5 6 GREECE-BULGARIA BORDER REGION. ML 2.1 (THE).1.2 23 CENTRAL ITALY. MD 3.5 (FIR), 3.5 (TRI). ML 3.4 (VIE),

3.2 (LDG).0.6 5 TURKEY. ML 2.6 (ISK).0.5 4 TURKEY. ML 2.7 (ISK).0.6 4 TURKEY. ML 2.8 (ISK).

42 KENAI PENINSULA, ALASKA. <AEIC>. ML 2.6 (AEIC).1.3 5 MINDORO, PHILIPPINE ISLANDS

46 KENAI PENINSULA, ALASKA. <AEIC>. ML 2.5 (AEIC).1.0 43 TAIWAN REGION. ML 4.8 (BJI).1.0 5 PHILIPPINE ISLANDS REGION0.6 4 TURKEY. ML 2.5 (ISK).1.3 25 SOUTH OF KERMADEC ISLANDS1.0 38 POLAND. ML 4.3 (VIE).0.2 7 TURKEY: ML 2.7 (ISK).1.4 18 NEW IRELAND REGION, P.N.G.0.7 4 TURKEY. ML 2.7 (ISK).0.5 6 LUZON, PHILIPPINE ISLANDS0.7 4 TURKEY. ML 2.8 (ISK).

19 NEAR COAST OF OREGON. <BRK>. ML 3.2 (BRK).0.5 6 TURKEY. ML 2.7 (ISK).0.8 8 AEGEAN SEA. ML 2.9 (THE).

10 CENTRAL ALASKA. <AEIC>. ML 2.3 (AEIC), 2.8 (PMR).1.0 59 KURIL ISLANDS0.4 7 TURKEY. ML 3.2 (ISK).1.1 6 MACQUARIE ISLANDS REGION

58 CENTRAL ALASKA. <AEIC>. ML 2.7 (AEIC), 3.1 (PMR).0.6 6 SPAIN. mbLg 2.6 (MOD).1.1 42 GREECE-ALBANIA BORDER REGION. ML 4.1 (ATH), 3.5 (TIR).

65 WASHINGTON-OREGON BORDER REGION. <SEA-P>. MD 2.8 (SEA). Felt (IV) at Scotts Mills, Oregon. Also felt in the Molalla, Oregon area.

0.7 13 SOUTHERN IRAN. Felt at Firuzabad.0.2 5 AUSTRIA. ML 0.1 (VIE).1.0 17 MINDORO, PHILIPPINE ISLANDS. Felt (I RF) at Puerto

Galera.1.1 6 VIRGIN ISLANDS

ADDITIONAL SOURCE PARAMETERS

01 17 16 05.74 24.260S 178.982W 378km5.4mb { 69 obs.)SOUTH OF FIJI ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 13S, 15CCentroid Location:Origin Time 17:16: 8.3 1.2Lat 24.03S 0.09 Lon 178.70W 0.12Dep 366.6 4.2 Half-duration 1.6Principal Axes: Scale 10**16 Nm T Val= 19.37 Plg=30 Azm=330 N -2.57 49 197 P -16.79 24 76

Best Double Couple:Mo=l.8*10**17 NPl:Strike=115 Dip=50 Slip= 5 NP2: 22 86 139

01 19 48 17.57 16.031S 172.260W 33km 4.9mb ( 23 obs.) S.lMsz ( 1 obs.) SAMOA ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN

L.P.B.: 13S, 17CCentroid Location:Origin Time 19:48:19.9 0.7Lat 16.28S 0.19 Lon 172.72W 0.13Dep 15.0 FIX Half-duration 1.3Principal Axes:

Scale 10**17 Nm T Val= 1.97 Plg=49 Azm=288 N 0.19 5 192 P -2.17 41 97

Best Double Couple:Mo=2.1*10**17 NPl:Strike=140 Dip= 7 Slip= 37 NP2: 12 86 95

02 15 34 48.23 15.318S 177.495W 395km 5.4mb (101 obs.) FIJI ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 47S, 97C Centroid Location: Origin Time 15:34:52.7 0.2 Lat 15.07S 0.02 Lon 177.31W 0.02 Dep 396.6 1.0 Half-duration 2.0

Principal Axes: Scale 10**17 Nm T Val= 5.98 Plg=14 Azm=299 N -0.25 75 141 P -5.73 5 30

Best Double Couple:Mo=5.8*10**17 NPl:Strike= 76 Dip=76 Slip= 6 NP2: 344 84 166

03 04 04 08.81 36.646S 78.528E 10km5.2mb ( 17 obs.) 5.5Msz ( 9 obs.)MID-INDIAN RIDGECENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 45S, 88CCentroid Location:Origin Time 04:04:16.1 0.2Lat 36.77S 0.03 Lon 78.71E 0.03Dep 15.0 FIX Half-duration 1.6Principal Axes:


APR 1994 PAGE 20


03 06 51 57.54 28.821N 52.745E 23km5.2mb ( 84 obs.) 4.8Msz ( 22 obs.)SOUTHERN IRANCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 12S, 17CCentroid Location:Origin Time 06:51:58.4 0.7Lat 29.01N FIX;Lon 52.72E FIXDep 33.0 FIX Half-duration 1.1Principal Axes:

Scale 10**16 NmT Val= 7.64 Plg= 7 Azm=273 N 0.88 67 167 P -8.51 22 6

Best Double Couple:Mo=8.1*10**16 NPl:Strike= 47 Dip=69 Slip= -11 NP2: 142 79 -159

03 12 56 42.67 27.185S 176.583W 34km 5.2mb ( 25 obs.) S.OMsz ( 22 obs.) KERMADEC ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 33S, 55C Centroid Location: Origin Time 12:56:48.0 0.4 Lat 27.14S 0.05 Lon 176.34W 0.05 Dep 26.1 3.0 Half-duration 1.3 Principal Axes:

Scale 10**17 NmT Val= 1.48 Plg=59 Azm=308N 0.14 10 200P -1.62 29 105

Best Double Couple:Mo=l.5*10**17NPl:Strike=169 Dip=19 Slip= 57NP2: 23 74 100

03 17 56 41.93 15.030S 168.233E 25km5.6mb ( 51 obs.) S.OMsz ( 26 obs.)VANUATU ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 33S, 50CCentroid Location:Origin Time 17:56:43.5 0.2Lat 14.99S 0.04 Lon 168.15E 0.04Dep 15.0 FIX Half-duration 3.7Principal Axes: Scale 10**17 NmT Val= 2.82 Plg=65 Azm=314 N -0.15 20 173 P -2.66 14 77

Best Double Couple:Mo=2.7*10**17 NPl:Strike=142 Dip=35 Slip= 54 NP2: 4 62 112

04 01 37 02.81 15.468S 173.014W 24km 5.7mb ( 60 obs.) 5.5Msz ( 51 obs.) TONGA ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike=235 Dip=81 Slip= -90 NP2: 55 9 -90 Principal Axes:

T Plg=36 Azm=325 P 54 145

Comment: The focal mechanism is poorly controlled and corresponds to normal faulting. The preferred fault plane is not determined.

RADIATED ENERGYNo. of sta: 9 Focal mech. M Energy 1.1±0.3*10**13 Nm

MOMENT TENSOR SOLUTION Dep 6 No. of sta: 8 Principal Axes:

Scale 10**17 NmT Val= 3.85 Plg=30 Azm=348 N 0.07 20 246 P -3.92 53 127

Best Double Couple:Mo=3.9*10**17 NPl:Strike=122 Dip=24 Slip= -32 NP2: 242 78 -110 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 39S, 72C Centroid Location: Origin Time 01:37: 7.5 0.2

Lat 15.14S 0.03 Lon 172.97W 0.03Dep 15.0 BDY Half-duration 1.9Principal Axes:

Scale 10**17 Nm T Val= 5.25 Plg=26 Azm=352 N -0.83 43 234 P -4.42 36 102

Best Double Couple:Mo=4.8*10**17 NPl:Strike=133 Dip=44 Slip= -8 NP2: 229 84 -133

05 09 35 44.88 51.296N 178.152W 20km 5.8mb (163 obs.) 6.0Msz ( 73 obs.) ANDREANOF ISLANDS, ALEUTIAN IS. FAULT PLANE SOLUTION: P-Waves NPl:Strike= 60 Dip=73 Slip= 90 NP2: 240 17 90 Principal Axes:

T Plg=62 Azm=330 P 28 150

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting. The preferred fault plane is NP2.





CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 52S,125C Centroid Location: Origin Time 09:35:50.2 0.1 Lat 51.30N 0.01 Lon 177.94W 0.02 Dep 32.0 0.9 Half-duration 3.0 Principal Axes:


Best Double Couple:Mo=2.2*10**18 NP1:Strike=255 Dip=24 Slip= 109 NP2: 54 67 82

06 05 19 54.00 36.165N 141.505E 37km 5.0mb ( 53 obs.) 5.2Msz ( 6 obs.) NEAR EAST COAST OF HONSHU, JAPAN CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 25S, 34C Centroid Location: Origin Time 05:19:57.2 0.5 Lat 36.39N 0.11 Lon 141.55E 0.07 Dep 30.6 3.4 Half-duration 1.4 Principal Axes: Scale 10**17 Nm T Val= 1.97 Plg=57 Azm=299 N 0.25 15 185 P -2.23 29 87


06 07 03 27.61 26.188N 96.867E 33km5.6mb (128 obs.) 5.6Msz ( 39 obs.)MYANMARCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 39S, 83CCentroid Location:Origin Time 07:03:31.4 0.2Lat 25.62N 0.03 Lon 97.05E 0.04Dep 15.0 FIX Half-duration 2.0Principal Axes: Scale 10**17 Nm T Val= 8.57 Plg=40 Azm=310 N -2.83 49 145 P -5.74 7 46


06 12 13 44.97 17.371S 167.816E 17km

5.6mb ( 56 obs.) 5.9Msz ( 55 obs.)VANUATU ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike=165 Dip=67 Slip= 90 NP2: 345 23 90Principal Axes:

T Plg=68 Azm= 75 P 22 255


RADIATED ENERGYNo. of sta: 18 Focal mech. F Energy 4.6±1. 0*10**12 Nm

MOMENT TENSOR SOLUTIONDep 22 No. of sta: 27Principal Axes:


Best Double Couple:Mo=l.8*10**18 NPl:Strike=329 Dip=25 Slip= 67 NP2: 174 67 100CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 46S,102CCentroid Location:Origin Time 12:13:51.8 0.1Lat 17.32S 0.01 Lon 167.71E 0.01Dep 16.1 0.7 Half-duration 2.9Principal Axes:

Scale 10**18 Nm T Val= 1.85 Plg=70 Azm= 61 N 0.03 6 168 P -1.88 19 260

Best Double Couple:Mo=l.9*10**18 NPl:Strike= 0 Dip=27 Slip= 103 NP2: 165 64 83

08 01 10 40.84 40.608N 143.683E 13km 6.0mb (179 obs.) 6.3Msz ( 48 obs.) OFF EAST COAST OF HONSHU, JAPAN FAULT PLANE SOLUTION: P-Waves NPl:Strike= 30 Dip=85 Slip= 90 NP2: 210 5 90 Principal Axes:

T Plg=50 Azm=300 P 40 120





Best Double Couple:Mo=4.6*10**18 NPl:Strike=127 Dip=29 Slip= 17 NP2: 22 82 118 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 43S,110C M.W.: 39S, 66C Centroid Location: Origin Time 01:10:46.1 0.1 Lat 40.62N 0.01 Lon 143.94E 0.01 Dep 15.0 FIX Half-duration 3.9 Principal Axes:


Best Double Couple:Mo=4.6*10**18 NP1:Strike=176 Dip=ll Slip= 62 NP2: 24 80 95

09 01 29 00.85 0.572S 123.238E 29km 5.2mb ( 18 obs.) MINAHASSA PENINSULA, SULAWESI CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 17S, 18C Centroid Location: Origin Time 01:29: 8.4 0.5

APR 1994

Lat 0.34S 0.07 Lon 123.58E 0.07Dep 47.3 5.8 Half-duration 1.2Principal Axes:

Scale 10**17 MmT Val= 1.48 Plg=50 Azm=257 N -0.13 28 25 P -1.35 27 130

Best Double Couple:Mo=l.4*10** 17 NPl:Strike=266 Dip=31 Slip= 154 NP2: 18 77 62

10 05 18 26.90 17.407S 167.676E 30km4.8mb ( 17 obs.) 4.7Msz ( 5 obs.)VANUATU ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 15S, 19CCentroid Location:Origin Time 05:18:30.7 0.5Lat 17.35S 0.09 Lon 167.47E 0.07Dep 15.0 FIX Half-duration 1.7Principal Axes:



10 17 36 57.16 14.720N 92.004W 100km5.1mb ( 58 obs.)NEAR COAST OF CHIAPAS, MEXICOCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S, 96CCentroid Location:Origin Time 17:36:57.4 0.1Lat 14.48N 0.02 Lon 92.27W 0.02Dep 73.9 2.2 Half-duration 2.7Principal Axes:



10 23 45 55.76 23.710N 126.852E 10km 5.9mb (137 obs.) 5.8Msz ( 32 obs.) SOUTHEAST OF RYUKYU ISLANDS FAULT PLANE SOLUTION: P-Waves NPl:Strike=230 Dip=75 Slip=-140 NP2: 128 52 -19 Principal Axes:

T Plg=15 Azm=354 P 38 96

Comment: The focal mechanism is poorly controlled and corresponds to strike-slip faulting with a large normal component. The preferred fault plane is not determined.

RADIATED ENERGYNo. of sta: 11 Focal mech. F Energy 2.0±0.4*10**13 Nm


Scale 10**18 NmT Val= 1.24 Plg= 5 Azm=345 N 0.08 11 254 P -1.31 78 98

Best Double Couple:Mo=l.3*10**18 NPl:Strike= 86 Dip=41 Slip= -73 NP2: 245 51 -104 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 37S, 76C Centroid Location: Origin Time 23:46: 0.5 0.1 Lat 23.63N 0.02 Lon 126.56E 0.02 Dep 15.0 BDY Half-duration 2.8 Principal Axes:

Scale 10**18 NmT Val= 1.64 Plg= 4 Azm=331N -0.26 32 238P -1.38 57 67

Best Double Couple:Mo=l.5*10**18NPl:Strike= 90 Dip=50 Slip= -46NP2: 214 57 -130

11 11 20 21.49 11.735N 42.859E 16km 5.6mb (104 obs.) 5.7Msz ( 57 obs.) ETHIOPIACENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 46S, 95C Centroid Location: Origin Time 11:20:25.9 0.1 Lat 11.82N 0.01 Lon 43.15E 0.01 Dep 15.0 FIX Half-duration 2.4 Principal Axes:


Best Double Couple:Mo=0.9*10**18NPl:Strike=318 Dip=78 Slip= -2NP2: 49 88 -168

12 14 42 48.90 21.034S 174.175W 31km5.1mb ( 29 obs.) 4.7Msz ( 2 obs.)TONGA ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 14S, 21CCentroid Location:Origin Time 14:42:49.2 0.8Lat 20.89S FIX;Lon 174.27W FIXDep 15.0 FIX Half-duration 1.6Principal Axes:

Scale 10**17 NmT Val= 1.99 Plg=47 Azm=298 N -0.39 4 205 P -1.60 43 111

Best Double Couple:Mo=l.8*10**17 NPl:Strike=148 Dip= 4 Slip= 33 NP2: 25 88 94

13 04 00 47.31 22.775N 123.628E 10km 5.7mb (130 obs.) 5.6Msz ( 37 obs.) SOUTHEAST OF TAIWAN FAULT PLANE SOLUTION: P-Waves NPl:Strike=260 Dip=55 Slip= -65 NP2: 41 42 -121 Principal Axes:

T Plg= 7 Azm=332 P 69 225

Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting with a moderate strike-slip component. The preferred fault plane is not determined.



Scale 10**17 Nm T Val= 3.93 Plg= 5 Azm=152 N -0.06 26 60 P -3.87 64 251

Best Double Couple:Mo=3.9*10**17 NPl:Strike=268 Dip=46 Slip= -53 NP2: 40 55 -122 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 32S, 64C Centroid Location: Origin Time 04:00:49.5 0.1 Lat 22.61N 0.02 Lon 123.43E 0.03 Dep 15.0 BDY Half-duration 2.1 Principal Axes:

Scale 10**17 NmT Val= 7.09 Plg= 5 Azm= 6N -2.66 7 97P -4.43 81 243

Best Double Couple:Mo=5.8*10**17NPl:Strike= 88 Dip=41 Slip=-102NP2: 283 50 -80

13 14 19 23.84 33.975S 108.801W 10km 5.0mb ( 10 obs.) 5.5Msz ( 2 obs.) SOUTHERN EAST PACIFIC RISE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 21S, 29C Centroid Location: Origin Time 14:19:26.8 0.4 Lat 34.63S 0.05 Lon 109.28W 0.05 Dep 15.0 FIX Half-duration 1.5

Principal Axes: Scale 10**17 Nm T Val= 1.50 Plg= 0 Azm=228 N -0.29 90 180 P -1.21 0 138

Best Double Couple:Mo=l.4*10**17 NPl:Strike=273 Dip=90 Slip=-180 NP2: 3 90 0

13 22 22 29.90 3.136S 135.968E 29km 6.0mb ( 87 obs.) 6.3Msz ( 72 obs.) IRIAN JAYA REGION, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike=138 Dip=82 Slip=-153 NP2: 44 63 -9 Principal Axes:

T Plg=13 Azm=268 P 25 4

Comment: The focal mechanism is poorly controlled and corresponds to strike-slip faulting with a moderate normal component. The preferred fault plane is not determined.




Best Double Couple:Mo=3.1*10**18 NPl:Strike= 36 Dip=46 Slip= -20 NP2: 140 76 -134 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 43S,108C M.W.: 44S, 83C Centroid Location: Origin Time 22:22:36.5 0.1 Lat 3.17S 0.01 Lon 136.05E 0.01 Dep 25.8 0.8 Half-duration 4.3 Principal Axes:



14 03 28 26.58 6.587S 129.771E 166km5.8mb ( 80 obs.)BANDA SEAFAULT PLANE SOLUTION: P-Waves NPl:Strike=196 Dip=85 Slip= -85 NP2: 331 7 -135Principal Axes:

T Plg=40 Azm=281 P 50 111

Comment: The focal mechanism is poorly controlled and corresponds to normal faulting with a small right- lateral strike-slip component. The preferred fault plane is NP1.




Best Double Couple:Mo=2.9*10**17 NPl:Strike=328 Dip=13 Slip=-131 NP2: 190 80 -81CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 38S, 63CCentroid Location:Origin Time 03:28:31.2 0.2Lat 6.SOS 0.02 Lon 130.05E 0.03Dep 186.1 1.2 Half-duration 1.8Principal Axes:

Scale 10**17 Nm T Val= 4.50 Plg=34 Azm=268

APR 1994 PAGE 22

N 0.06 24 15P -4.57 46 134

Best Double Couple:Mo=4.5*10**17NPl:Strike=303 Dip=25 Slip=-164NP2: 199 83 -66

14 20 15 39.62 7.015S 155.885E 40km5.7mb ( 74 obs.) S.lMsz ( 43 obs.)SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S, 79CCentroid Location:Origin Time 20:15:45.4 0.2Lat 7.14S 0.02 Lon 155.90E 0.02Dep 57.8 1.7 Half-duration 1.4Principal Axes: Scale 10**17 NmT Val= 2.21 Plg=77 Azm=126 N -0.03 13 303 P -2.18 1 33


15 19 41 07.51 12.995N 144.561E 33km 5.1mb ( 46 obs.) S.OMsz ( 45 obs.) SOUTH OF MARIANA ISLANDS CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B..: 303, 61C Centroid Location: Origin Time 19:41:13.6 0.3 Lat 12.67N 0.03 Lon 144.68E 0.04 Dep 37.1 3.5 Half-duration 1.6 Principal Axes: Scale 10**17 Nm T Val= 1.39 Plg=65 Azm=280 N 0.62 15 45 P -2.00 20 140


15 20 17 55.60 3.154S 135.894E 26km 5.2mb. ( 24 obs.) 4. 8Msz ( 15 obs.) IRIAN JAVA REGION, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 19S, 28C Centroid Location: Origin Time 20:17:59.7 0.6 Lat 3.25S 0.10 Lon 135.46E 0.09 Dep 25.5 4.8 Half-duration 1.2 Principal Axes:

Scale 10**17 NmT Val= 1.46 Plg=20 Azm=288N -0.03 39 35P -1.43 44 178

Best Double Couple:Mo=l.4*10**17NPl:Strike=334 Dip=43 Slip=-158NP2: 228 75 -49

16 09 55 20.57 31.570S 71.247W 36km 5.5mb ( 48 obs.) S.lMsz ( 35 obs.) NEAR COAST OF CENTRAL CHILE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 41S, 79C Centroid Location: Origin Time 09:55:26.3 0.3 Lat 32.23S 0.03 Lon 71.84W 0.03 Dep 31.3 2.1 Half-duration 1.7 Principal Axes:

Scale 10**17 NmT Val= 3.09 Plg=69 Azm= 64N -0.07 8 174P -3.01 19 267

Best Double Couple:Mo=3.0*10**17NPl:Strike= 10 Dip=26 Slip= 108NP2: 171 65 81

16 15 16 35.04 1.877N 127.382E 100km 5.3mb ( 54 obs.) HALMAHERA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 20S, 31C Centroid Location: Origin Time 15:16:40.2 0.3 Lat 1.90N FIX;Lon 127.36E FIX Dep 121.5 2.1 Half-duration 1.2 Principal Axes:


Best Double Couple:Mo=2.8*10**17NPl:Strike=338 Dip=28 Slip= 14NP2: 236 84 118

16 17 17 30.82 6.661S 155.198E 35km5.6mb ( 63 obs.) 5.3Msz ( 36 obs.)SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 44S, 80CCentroid Location:Origin Time 17:17:35.5 0.2Lat 6.94S 0.02 Lon 155.17E 0.02Dep 46.0 1.8 Half-duration 1.6Principal Axes:



16 23 09 33.99 37.430N 20.617E 26km5.3mb (120 obs.) S.OMsz ( 36 obs.)IONIAN SEACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 31S, 50CCentroid Location:Origin Time 23:09:38.6 0.5Lat 36.99N 0.06 Lon 19.99E 0.08Dep 15.0 FIX Half-duration 1.4Principal Axes:



17 06 14 39.17 15.905S 167.510E 40km5.5mb ( 49 obs.) S.lMsz ( 23 obs.)VANUATU ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 39S, 74CCentroid Location:Origin Time 06:14:42.7 0.2Lat 15.943 0.03 Lon 167.34E 0.02Dep 33.3 1.6 Half-duration 1.7Principal Axes:



17 09 13 30.21 56.208S 27.379W 33km5.3mb ( 16 obs.)SOUTH SANDWICH ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 17S, 22CCentroid Location:Origin Time 09:13:41.4 0.4Lat 56.14S 0.06 Lon 27.36W 0.10Dep 99.9 4.7 Half-duration 1.0Principal Axes:


Best Double Couple:Mo=9.2*10**16 NPl:Strike=191 Dip= 9 Slip= 136 NP2: 325 84 83

17 13 37 02.04 23.652S 179.933W 517km 5.1mb ( 43 obs.) SOUTH OF FIJI ISLANDS CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 20S, 28C Centroid Location: Origin Time 13:37:10.4 0.5 Lat 23.SOS 0.05 Lon 179.90W 0.06

Dep 559.7 3.2 Half-duration 1.3 Principal Axes:


Best Double Couple:Mo=l.2*10**17 NPl:Strike= 87 Dip=23 Slip= 126 NP2: 228 71 76

18 17 29 54.14 6.470S 154.934E 26km 6.6mb (103 obs.) 6.7Msz ( 53 obs.) SOLOMON ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike=128 Dip=50 Slip= 90 NP2: 308 40 90 Principal Axes:T Plg=85 Azm= 38 P 5 218


RADIATED ENERGYNo. of sta: 24 Focal mech. F Energy 5 . 1±1.0*10**13 Nm

MOMENT TENSOR SOLUTION Dep 37 No. of sta: 21 Principal Axes: Scale 10**19 Nm T Val= 1.41 Plg=80 Azm=159 N 0.00 8 308 P -1.41 5 39

Best Double Couple:Mo=l.4*10**19 NPl:Strike=138 Dip=41 Slip= 103 NP2: 301 51 79 CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 45S,106C M.W.: 49S,110C Centroid Location: Origin Time 17:30: 3.5 0.1 Lat 6.61S 0.01 Lon 154.92E 0.01 Dep 52.1 0.3 Half-duration 5.5 Principal Axes:



18 21 39 42.91 21.412S 178.800W 541km5.4mb ( 89 obs.)FIJI ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 43S, 74CCentroid Location:Origin Time 21:39:49.2 0.3Lat 21.21S 0.03 Lon 178.79W 0.03Dep 551.1 1.8 Half-duration 2.3Principal Axes: Scale 10**17 Nm T Val= 8.31 Plg= 6 Azm=240 N 0.32 26 147 P -8.63 63 343


19 05 48 07.56 1.228N 123.361E 26km 5.0mb ( 42 obs.) 4.5Msz ( 14 obs.) MINAHASSA PENINSULA, SULAWESI CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 18S, 24C Centroid Location: Origin Time 05:48:11.3 0.7 Lat 1.20N FIX;Lon 123.37E FIX Dep 18.8 6.1 Half-duration 1.3 Principal Axes:



19 08 28 37.92 22.7893 69.689W 49km 5.1mb ( 23 obs.)

APR 1994

NORTHERN CHILECENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 30S, 45C Centroid Location: Origin Time 08:28:47.5 0.3 Lat 22.59S 0.04 Lon 70.59W 0.05 Dep 38.1 4.3 Half-duration 1.5 Principal Axes:

Scale 10**17 NmT Val= 1.42 Plg=55 Azm= 52N 0.12 10 156P -1.54 33 253

Best Double Couple:Mo=l.5*10**17NPl:Strike= 18 Dip=15 Slip= 132NP2: 154 79 80

20 02 59 11.84 15.004S 70.459W 207km5.0mb ( 66 obs.)SOUTHERN PERUCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S, 73CCentroid Location:Origin Time 02:59:19.6 0.2Lat 15.09S 0.02 Lon 70.SOW 0.03Dep 200.7 1.1 Half-duration 1.6Principal Axes:

Scale 10**17 NmT Val= 2.98 Plg=33 Azm= 27 N 0.42 9 123 P -3.40 55 225

Best Double Couple:Mo=3.2*10**17 NPl:Strike= 85 Dip=14 Slip=-128 NP2: 304 79 -81

20 23 35 30.22 17.800S 178.404W 543km 5.6mb ( 96 obs.) FIJI ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 49S, 96C Centroid Location: Origin Time 23:35:36.3 0.2 Lat 17.69S 0.02 Lon 178.34W 0.02 Dep 570.9 1.0 Half-duration 2.2 Principal Axes: Scale 10**17 NmT Val= 8.83 Plg=34 Azm=131N 0.21 4 38P -9.04 56 302

Best Double Couple:Mo=8.9*10**17NPl:Strike=239 Dip=12 Slip= -69NP2: 37 79 -94

21 02 42 15.40 5.617S 154.067E 38km 5.5mb ( 47 obs.) 5.5Msz ( 37 obs.) SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 46S, 73C Centroid Location: Origin Time 02:42:20.0 0.1 Lat 5.85S 0.01 Lon 153.99E 0.02 Dep 45.8 1.3 Half-duration 1.9 Principal Axes:



21 03 51 44.56 5.702S 154.120E 28km 5.9mb (102 obs.) 6.6Msz ( 43 obs.) SOLOMON ISLANDS FAULT PLANE SOLUTION: P-Waves NPl:Strike=160 Dip=57 Slip= 90 NP2: 340 33 90 Principal Axes:

T Plg=78 Azm= 70 P 12 250



MOMENT TENSOR SOLUTION Dep 56 No. of sta: 27

Principal Axes: Scale 10**19 NmT Val= 1.17 Plg=85 Azm=210 N -0.06 3 330 P -1.11 5 60

Best Double Couple:Mo=l.1*10**19 NPl:Strike=153 Dip=40 Slip= 94 NP2: 327 50 87CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 55S,126C M.W.: 53S,117CCentroid Location:Origin Time 03:51:54.7 0.1Lat 5.77S 0.00 Lon 153.95E 0.01Dep 46.0 0.3 Half-duration 5.2Principal Axes:



21 15 59 32.15 4.939S 151.916E 101km5.2mb ( 54 obs.)NEW BRITAIN REGION, P.N.G.CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 35S, 48CCentroid Location:Origin Time 15:59:36.8 0.4Lat 5.07S 0.05 Lon 151.84E 0.06Dep 93.4 4.3 Half-duration 1.3Principal Axes:

Scale 10**17 Nm T Val= 1.50 Plg=54 Azm= 20 N -0.07 14 270 P -1.43 32 171


22 09 36 39.93 20.593S 175.292W 17km5.3mb ( 48 obs.) 4.9Msz ( 2 obs.)TONGA ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 26S, 38CCentroid Location:Origin Time 09:36:45.5 0.5Lat 20.49S 0.06 Lon 175.07W 0.09Dep 15.0 FIX Half-duration 1.2Principal Axes:



23 15 00 52.77 14.175S 167.537E llkm 6.0mb ( 97 obs.) 6.0Msz ( 60 obs.) VANUATU ISLANDS FAULT PLANE SOLUTION: P-Waves NPl:Strike=335 Dip=63 Slip= 90 NP2: 155 27 90 Principal Axes:

T Plg=72 Azm=245 P 18 65

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting. The preferred fault plane is not determined.




Best Double Couple:Mo=2.2*10**18NPl:Strike=123 Dip=39 Slip= 71NP2: 327 53 105CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 48S.102C M.W.: 43S, 67C Centroid Location:

Origin Time 15:00:57.4 0.1Lat 14.28S 0.01 Lon 167.72E 0.01Dep 15.0 FIX Half-duration 2.7Principal Axes:


Best Double Couple:Mo=l.7*10**18NPl:Strike=145 Dip=32 Slip= 81NP2: 336 58 96

24 02 41 30.72 21.015S 178.690W 584km5.3mb ( 79 obs.)FIJI ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 303, 45CCentroid Location:Origin Time 02:41:36.4 0.4Lat 20.79S 0.04 Lon 178.78W 0.04Dep 593.7 2.4 Half-duration 1.9Principal Axes:



24 02 57 10.73 11.604N 43.014E 10km5.3mb ( 40 obs.) 4.9Msz ( 11 obs.)ETHIOPIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 41S, 76CCentroid Location:Origin Time 02:57:17.6 0.2Lat 11.85N 0.03 Lon 43.03E 0.03Dep 15.0 BDY Half-duration 1.8Principal Axes:



25 00 19 05.92 60.899N 151.142W 68km5.4mb (117 obs.)KENAI PENINSULA, ALASKACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 12S, 16CCentroid Location:Origin Time 00:19:11.0 0.7Lat 61.08N 0.08 Lon 151.74W 0.17Dep 80.9 6.9 Half-duration 2.1Principal Axes:


Best Double Couple:Mo=l.4*10**17 NPl:Strike=339 Dip=30 Slip=-156 NP2: 229 78 -62

25 22 21 51.52 9.343S 113.058E 68km5.5mb ( 57 obs.)SOUTH OF JAWA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 43S, 89CCentroid Location:Origin Time 22:21:58.7 0.2Lat 9.58S 0.02 Lon 113.32E 0.03Dep 53.1 2.1 Half-duration 1.9Principal Axes:



26 18 59 27.36 56.727N 117.867E 18km 5.3mb (110 obs.) 5.4Msz ( 7 obs.) EAST OF LAKE BAYKAL, RUSSIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN

APR 1994 PAGE 24

L.P.B.: 35S, 53C Centroid Location: Origin Time 18:59:30.5 0.3 Lat 56.84N 0.05 Lon 117.73E 0.10 Dep 17.0 BDY Half-duration 1.3 Principal Axes:


Best Double Couple:Mo=l.5*10**17NPl:Strike= 60 Dip=22 Slip= -68NP2: 216 70 -99

26 23 36 45.19 16.019S 167.991E 185km5.8mb ( 64 obs.)VANUATU ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 44S, 91CCentroid Location:Origin Time 23:36:50.5 0.2Lat 15.94S 0.02 Lon 167.80E 0.02Dep 190.0 0.9 Half-duration 2.1Principal Axes: Scale 10**17 NmT Val= 6.67 Plg=32 Azm=142 N -1.12 14 240 P -5.55 55 351

Best Double Couple:Mo=6.1*10**17 NPl:Strike=193 Dip=18 Slip=-139 NP2: 63 78 -76

27 09 23 26.27 21.515S 173.667W 28km 6.2mb (103 obs.) 6.IMsz ( 61 obs.) TONGA ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike=195 Dip=63 Slip= 90 NP2: 15 27 90 Principal Axes:

T Plg=72 Azm=105 P 18 285

Comment: The focal mechanism is moderately well controlled and corresponds to reverse faulting. The preferred fault plane is not determined.




Best Double Couple:Mo=3.2*10**18NPl:Strike= 7 Dip=30 Slip= 81NP2: 197 60 95CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 49S,115C M.W.: 42S, 76C Centroid Location: Origin Time 09:23:32.2 0.1 Lat 21.59S 0.01 Lon 173.35W 0.01 Dep 41.0 0.4 Half-duration 3.2 Principal Axes: Scale 10**18 NmT Val= 2.75 Plg=75 Azm= 65N 0.22 9 192P -2.97 12 284

Best Double Couple:Mo=2.9*10**18NPl:Strike= 25 Dip=34 Slip= 106NP2: 186 58 79

27 14 11 45.15 13.074N 119.545E 10km 5.8mb (140 obs.) 5.8Msz ( 56 obs.) PHILIPPINE ISLANDS REGION FAULT PLANE SOLUTION: P-Waves

NPl:Strike=240 Dip=62 Slip= 143 NP2: 349 58 34Principal Axes:

T Plg=45 Azm=203 P 3 296

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a large reverse component. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTIONDep 21 No. of sta:"13Principal Axes: Scale 10**17 NmT Val= 7.61 Plg=57 Azm=211 N 0.91 33 35 P -8.52 2 303

Best Double Couple:Mo=8.1*10**17 NPl:Strike= 5 Dip=52 Slip= 47 NP2: 241 55 131CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 38S, 91CCentroid Location:Origin Time 14:11:53.0 0.2Lat 13.30N 0.03 Lon 119.74E 0.02Dep 41.8 1.6 Half-duration 2.6Principal Axes:



27 17 22 54.22 5.758S 154.128E 65km5.4mb ( 49 obs.)SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 28S, 40CCentroid Location:Origin Time 17:22:56.2 0.3Lat 6.06S 0.04 Lon 153.97E 0.04Dep 34.0 BDY Half-duration 1.4Principal Axes:



28 01 10 44.78 9.438S 157.545E 33km4.8mb ( 12 obs.) 4.2Msz ( 1 obs.)SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 20S, 27CCentroid Location:Origin Time 01:10:47.7 0.7Lat 9.45S FIX;Lon 157.54E FIXDep 15.0 FIX Half-duration 1.0Principal Axes: Scale 10**16 Nm T Val= 6.39 Plg= 9 Azm=322 N -0.54 75 196 P -5.85 12 54


28 16 44 54.40 39.312S 74.756W 27km

5.7mb ( 44 obs.) 5.OMsz ( 33 obs.) OFF COAST OF CENTRAL CHILE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 36S, 60C Centroid Location: Origin Time 16:44:57.0 0.2 Lat 39.95S 0.04 Lon 75.72W 0.04 Dep 15.0 BDY Half-duration 1.6 Principal Axes:


Best Double Couple:Mo=2.5*10**17 NP1:Strike=225 Dip=51 Slip= -44 NP2: 346 57 -132

29 07 11 29.68 28.299S 63.252W 562km 6.3mb (108 obs.)SANTIAGO DEL ESTERO PROV., ARC. FAULT PLANE SOLUTION: P-Waves NPl:Strike=170 Dip=70 Slip= -90 NP2: 350 20 -90 Principal Axes:

T Plg=25 Azm=260 P 65 80

Comment: The focal mechanism is poorly controlled and corresponds to normal faulting. The preferred fault plane is NP1.




Best Double Couple:Mo=2.5*10**19NPl:Strike= 8 Dip=23 Slip= -71NP2: 168 68 -98CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 53S,142C M.W.: 51S,123C Centroid Location: Origin Time 07:11:36.3 0.1 Lat 28.51S 0.01 Lon 63.22W 0.01 Dep 565.9 0.5 Half-duration 6.9 Principal Axes:


Best Double Couple:Mo=2.5*10**19NPl:Strike= 18 Dip=21 Slip= -63NP2: 170 72 -100

30 03 28 38.73 31.420N 131.292E 26km5.7mb (131 obs.) 5.6Msz ( 52 obs.)KYUSHU, JAPANCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 41S, 86CCentroid Location:Origin Time 03:28:44.7 0.1Lat 31.24N 0.02 Lon 131.58E 0.03Dep 33.4 1.6 Half-duration 2.3Principal Axes: Scale 10**17 NmT Val= 7.42 Plg=64 Azm=318 N 0.73 7 214 P -8.16 25 120


Compiled by Pingsheng Chang, Willis S. Jacobs, Stuart K. Koyanagi, Christina K. Lavonne, John H. Minsch, Russell E. Needham Waverly J. Person, Bruce W. Presgrave, William H. Schmieder and Pamela J. Tatalaski.

05 April 1994 09:35:44.88 Andreanof Islands, Aleutian Is.

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06 April 1994 12:13:44.97 Vanuatu Islands

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Time (min)

08 April 1994 01:10:40.84 Off East Coast of Honshu, Japan

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01234Time (min)

10 April 1994 23:45:55.76 Southeast of Ryukyu Islands

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Time (min)

13 April 1994 22:22:29.90 Irian Jaya Region, Indonesia

MDJ (LHZ)% '

SSE (LHZ)PxlO V '

TATO (LHZ)

XAN (LHZ)

XAN (BHZ)P X4 V '

gIZ (LHZ)

KMI8 (LHZ)

CHTO(LHZ)

LSxA8 (LHZ)

MAJO (LHZ)P x6 V '

GUMO (LHZ)

COL (LHZ)% '

ANMO (LHZ) Pdlff *vr

KIP (LHZ) p x9 v '

HNR (LHZ)P x4 V

CTAO (BHZ)

NWAO (LHZ)

M and B>l i i i i i i i i i . 0 1 2

Time (min)

NWAO (BHZ)P x4 60

BOSA (LHZ) Pdlff *IS6

01234Time (min)

18 April 1994 17:29:54.14 Solomon Islands

COL (LHZ)P x8 V '

MAJO (LHZ)P x6

GUMO (LHZ)P x3 v '

SSE (BHZ)P ><3

TATO (BHZ)P xg

XAN (BHZ)P x3 V '

LSA (BHZ)P x3 V

CHTO (LHZ)P x6

GNI (LHZ)Pdlff x34

WRAB (LHZ)

NWAO (LHZ)

CTAO (LHZ)Pn xl

BOSA (LHZ) Pdirr xoa

ISOM and B

0 l 2 Time (min)

TAU (LHZ)P x4 V '

NEW (LHZ)P xl3 x '

MLAC (BHZ)P x6

WMOK (BHZ)Pdlff xl3v '

KIP (LHZ)P x8 V

ANMO (LHZ)Pdlff xlS

USC (LHZ)P x9 v '

API (LHZ)P x4 V '

RAR (LHZ)P x6 V '

PMSAJLHZ)Pdlff x2T

SNZO (LHZ)P x4 V '

SPA (LHZ)Px6 V '

120

01234Time (min)

21 April 1994 03:51:44.56 Solomon Islands

MAJO (BHZ) p x4

GUMO (LHZ) VV\/^ -

WMQ (BHZ)P x3 V '

TATO (LHZ)

XAN (BHZ)

KMI(LHZ)P x3

O.IZ (LHZ)

CHTO (BHZ)Px3 V '

LSA (LHZ)P x4 V '

90

M and B

0123456Time (min)

TAU (LHZ)P x4 X

HIA (LHZ)p x4 '

ADK (LHZ)P xj N '

COL (LHZ)P x7 V '

NEW (BHZ)P x!3 V '

COR (LHZ)P x9

KIP (LHZ)

MLAC (LHZ)P x9

PAS (LHZ)PxlO V '

RAR (LHZ) p x '

SPA (LHZ)

90

01234Time (min)

23 April 1994 15:00:52.77 Vanuatu Islands

HIA (LHZ)Px61 V '

MAJO (LHZ)P xZ9 V '

GUMO (LHZ) p xie v '

TATO (BHZ) p xe

ENH (LHZ)P xB2 V '

XAN (BHZ)

PMG (LHZ)p v '

45M and B

0 1 2

Time (min)

ADK (BHZ)P x4

COL (LHZ)P x37

COR (LHZ)

KIP (LHZ) p x

TAU (LHZ)PxlO V '

CUB (LHZ)P xZ4 X '

ISA (BHZ)Px4 X '

GSC (LHZ)P x28 V '

ANMO (LHZ)P x84 V '

AFI (LHZ)P x2 v '

RAR (LHZ)P x!4 '

PAB (LHZ)PKPdf *6S

(LHZ)

SNZO (LHZ)P x9

45

01234Time (min)

27 April 1994 09:23:26.27 Tonga Islands

COL (LHZ)

11-1 3. MOil!.

and B

0 1 2Time (min)

KIP (LHZ)

COR (LHZ)

WDC (LHZ)p xe v 7

MAJO (LHZ)

SSJ (LHZ)

CMB (BHZ)P xl v '

PAS (LHZ)

ANMO (BHZ)P xl x '

CCM (LHZ)P x6 V 7

GOGA (LHZ)Pdlff xB v '

LPAZ (LHZ)P

VVvv Pli (LHZ)LZH (LHZ)P xlO V '

Ww ^ ENH (LHZ)Px8 V '

CHTO (BHZ)

01234Time (min)

29 April 1994 07:11:29.68 Santiago Del Estero Prov., Arg.

YSNY (LHZ)

CEH (BHZ)P * '

LPAZ (LHZ)P xl '

MYNC (LHZ)

NNA (LHZ)

MCWV (LHZ)

CCM (LHZ)

WMOK (LHZ)

ANMO (LHZ)P xB

BAR (LHZ)

SJG (LHZ)P XB '

SAO (LHZ)

COR (LHZ)

LSCT (LHZ)P xfl

CBM (LHZ)P x8

BDFB (LHZ)

GRFO (LHZ)Pdlff xltf '

PAB (BHZ)p xe v '

SPA (LHZ)

90

M and B01234

Time (min)

NEW (BHZ)P xo 90n

01234Time (min)

Ear

thquak

e F

ocal

Mec

hani

sms

for

Apr

il

1994

30°E

60

°E

90°E

12

0°E

15

0°E

18

0°

150°

W

120°

W

90°W

60

°W

60°N

-

30°N

-

30°S

-

60°S

-

EXPL

ANAT

ION

SYM

BOL

DEP

TH (

km)

O

< 70

Q

70-3

00

A

> 30

0

- 60

°N

- 30

°N

- 30

°S

- 60

°S

30°E

60°E

90

°E

120°

E

150°

E

180°

15

0°W

12

0°W

90

°W

60°W

160°

<70 km i *70 km O \D Magnitude <5.0 O \ D Magnitude 5.0-5.9

O \IZ3 MognitudA 6.0-6.9

50°

Earthquake epicenters in Alaska and adjacent regions for April, 1994.

130° 125° 115° 110° 105° 100° 95° 90° 85° 80° 75° 70°

EXPLANATION

O Magnitude <5 O Magnitude 5.0-.5.9

35°

25°

Earthquake epicenters in the conterminous United States and adjacent regions for April, 1994.

90°

Ear

thqu

akes

loca

ted

in A

pril,

199

4.

.led

on R

ecyc

led

Pap

erV

-U.S

. G

OV

ER

NM

EN

T P

RIN

TIN

G O

FF

ICE

1995-8

41-2l^k

MONTHLY LISTING

US. DEPARTMENT OF THE INTERIOR/GEOLOGICAL SURVEYNational Earthquake Information Center

MAY 1994

K DAY EY

01a 01

010101

01010101010101010101

010101010101010101

f 01

ORIGIN TIME UTC

HR

0000020404

04050506060707070808

08080808080909101012

MN

4859420304

47334131472035500910

20323641511926264300

SEC

29.38.15.24.46.

57.36.38.20.21.57.36.51.15.55.

17.39.50.27.03.05.30.09.07.35.

,1?,3.6?.6,8

.8%,4,6,1.2,3?.4%.1?,7?,4

.8*,1%,6*,35%,1?,2?.6?,3?,7

GEOGRAPHIC COORDINATES

LAT

17.47.60.17.47.

39.35.35.35.35.39.39.39.39.32.

39.36.3.

35.39.32.13.53.39.36.

,88,489.05.933,264

,150,384,326,347,264,13,677,16,17,551

,903,498,111,343,064,94,65.51,18,901

SNNNN

NNNNNNNNNS

NNSNNNNNNN

DEPTH MAGNITUDES SD GS

LONG

168.149.

2.64,11.

26.3.3.4.3.

27,29.27.27.69.

21.2.

146.3.

27.136.120.160.27.67.

,56,793.65,697,582

,242.956.986,056,980,60,466.65,40.686

.438

.868,219,998,614,93,68.29.65,163

EEEWE

EWWWWEEEEW

EWEWEEEEEE

14827210

16210

103310101010101010

121

1010331010

428123331019

MB Msz

4.2D 5.0G

4.3G

GNGG 4.2GGGGGD 4.6

GGN 4.7 4.6GG* 4.3?N 4.6GG 6.0 6.3

0.0.0.0.1.

0.1.0.1.0.0.0.0.0.0.

0.0.1 ,0.0.0.1.1.0.1.

,9,9,1.8,2

.1,0,9.0,8,2,4,11,6

,8,6,2,8,0,7,2,1,1,1

NO. STAUSED

11255

43146

6191527104544

23

6105

175

11594

460


010101010101010101010101010101010101010101010102020202

131313141414151515151617171820202020202121212202020304

174759263842112020310007293306192223461217262832515650

10.1*39.0?10.046.4%39.6%00. 4&14.5%45.159.511.856.9?22.723.703.0%57.6%37.0?25.513.711.347.020.709.654.6%21.1*16.910.5?26.1

6.36.15.39.37.59.39.36.36.45.43.44.9.

10.38.16.43.14.40.45.39.10.37.6.

38.13.43.

,174,77,406,668,526,178,119,821.859,04010,706,900977,562,80,465,867,225.698,126816,358,631,424,69,882

SNSNNNNNNNNNSNSNNNNNNNNSNNN

151.3.

167,29,3.

153,27.5.5.6.

128.7.

113.61.

175.61.

146,91.21.6.

71.85.28,

154.22.89,7.

,163,64,427,493,800,723.620,505.563.934.26.382,234,831,520,79.053.324,866.883.621,978,160.708,150,59,762

EWEEWWEWWEWEEWEWEWEEEWEEEWE

5710

1281033931010105

1010

10833

2101058

1581010336810

1425

335

*G

GN

GGGGGG*N*G*

GGN*G?GNG

4.7

5.1

4.8

4.85.0

5.2 4.64.8

4.4

1.20.2 1.0 0.3 0.7

0.5 1.3 0.7 0.9

0.7 1.2 0.4 0.9 0.9 1.0 0.6 0.2 0.9 1.3 0.4 0.8 0.9 0.3 0.7

114

10557

415

131014281598

254

58177

910

209109

56

161217

Mw 5.4 (HRV).

MD 3.5 (RBA).

Felt (III) in the Mendoza

Mw 6.1 (GS), 6.1 (HRV).

VANUATU ISLANDSNORTHWEST OF KURIL ISLANDS.NORTH SEA. MD 2.4 (BER).VIRGIN ISLANDSAUSTRIA. ML 3.2 (LDG), 3.0 (STR), 2.8 (VIE). Felt atMayrhofen.TURKEY. ML 3.3 (ISK).STRAIT OF GIBRALTAR. mbLg 3.5 (MOD)STRAIT OF GIBRALTAR. mbLg 2.9 (MOD)STRAIT OF GIBRALTAR. mbLg 3.8 (MOD)STRAIT OF GIBRALTAR. mbLg 3.3 (MOD),TURKEY. ML 2.8 (ISK).TURKEY. ML 2.7 (ISK).TURKEY. ML 2.8 (ISK).TURKEY. ML 2.8 (ISK).MENDOZA PROVINCE, ARGENTINA.area.GREECE. ML 2.4 (THE).STRAIT OF GIBRALTAR. mbLg 2.9 (MOD).BISMARCK SEASTRAIT OF GIBRALTAR. mbLg 3.5 (MOD).TURKEY. ML 2.8 (ISK).SOUTHEAST OF SHIKOKU, JAPANMINDORO, PHILIPPINE ISLANDSNEAR EAST COAST OF KAMCHATKATURKEY. ML 2.7 (ISK).HINDU RUSH REGION, AFGHANISTAN.MS 6.2 (BRK). Mo-1.2*10**18 Nm (PPT). Felt (VI) atTashiak and Termiz, (V) at Samarqand and (III) atTashkent, Uzbekistan. Depth from broadband displacementseismograms.NEW BRITAIN REGION, P.N.G.STRAIT OF GIBRALTAR. mbLg 2.6 (MOD).VANUATU ISLANDSTURKEY. ML 2.7 (ISK).SPAIN. mbLg 3.0 (MOD).SOUTHERN ALASKA. <AEIC>.TURKEY. ML 2.8 (ISK).STRAIT OF GIBRALTAR. mbLg 2.7 (MOD).STRAIT OF GIBRALTAR. mbLg 3.2 (MOD).FRANCE. ML 2.5 (GEN), 2.1 (LDG).OFF COAST OF OREGONNORTHERN ITALY. ML 2.3 (GEN).SOUTH OF JAWA, INDONESIATRINIDAD. MD 3.4 (TRN).NORTH ISLAND, NEW ZEALANDLEEWARD ISLANDS. ML 2.3 (FDF).KURIL ISLANDSGUATEMALA. MW 5.2 (HRV).GREECE. ML 2.3 (THE).FRANCE. ML 2.5 (GEN), 2.1 (LDG).TAJIKISTAN.COSTA RICA.TURKEYSOLOMON ISLANDSGREECE. ML 3.2 (ATH), 3.1 (THE).EL SALVADOR. Felt (III) at San Salvador.NEAR SOUTH COAST OF FRANCE. ML 2.3 (GEN), 2.0 (LDG).

Mw 5.2 (HRV). Mw 5.8 (HRV).


MAY 1994

0202020202020202020202020202

02

02020202020202

020202

0202

f 02

0505050607070708080910111212

12

12131313141414

141414

151517

0107540027404608425350330003

28

30193748143142

444751

003314

4926121252170939353700135943

20

12111751153823

07,12.25

345300

.5?

.5%

.3?

.6?

.4

.4%

.7%

.4%

.7?

.3?

.5?

.5*

.8%

.7&

.3

.6?

.6?

.2?

.7%

.6?

.4?,5&

.OS

.1%

.3

,6&.3.8

56,34,11,44,38,39,39,39.39,47,32,35,44,41,

43,

25,39,35.39.17,17,60.

34.39.4.

62.32.1.

.91 S

.487 S

.83 N

.00 N,614 N,141 N.125 N.116 N.74 N,40 N,51 S,189 N.477 N.205 N

.248 N

.97 S,68 N.93 N.270 N.36 N,44 S.322 N

,988 N,684 N,307 S

,923 N,224 S,116 S

2670627,

20272727.28.0

7127,7

125

18,

11129,22,27,99,

179,151,

119,29,

135,

149 ,70,97,

.25 W

.892 W

.29 W

.78 E

.478 E

.636 E

.539 E

.613 E,30 E.87 W,97 W.546 E,399 E.946 W

,944 E

.57 E,47 E.08 E.719 E.40 W.77 W.497 W

.340 W

.570 E

.329 E

,670 W,403 W.487 E

3380331010101010101010331012

10

1010101033

53447

91033

8211015

N 4.7GNGGGGGGGGNG

3.3

G

GGGGN* 4.6

GN 5.34.4

GG 6.2 5.8

1.50.10.50.21.20.40.40.10.50.80.61.40.5

0.7

0.80.51.50.70.81.2

0.81.0

0.61.0

91054

1555544

1059

41

9

65555

2860

275

85

5314

452

SOUTH SANDWICH ISLANDS REGIONCHILE-ARGENTINA BORDER REGION. MD 3.5 (SAN).WINDWARD ISLANDSNEAR SOUTH COAST OF FRANCE. ML 1 . 7 (GEN).GREECE. MD 3.5 (ATH). ML 3 . 0 (THE).TURKEY. ML 2.9 (ISK) .TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .FRANCE. ML 2.1 (LDG) .NEAR COAST OF CENTRAL CHILE. MD 3 . 7 (SAN).DODECANESE ISLANDS. ML 3 . 6 (CSS). MD 3 . 9 (ATH).NORTHERN ITALY. ML 2.2 (GEN).OFF COAST OF NORTHERN CALIFORNIA. <GM-P>. MD 3.ML 3.6 (BRK) .NORTHWESTERN BALKAN REGION. ML 3 . 0 (TIR). FeltPodgorica, Yugoslavia.WEST OF AUSTRALIATURKEY. ML 2.6 (ISK) .CENTRAL MEDITERRANEAN SEA. MD 3 . 6 (ATH).TURKEY. ML 2.9 (ISK) .GUERRERO, MEXICOFIJI ISLANDS REGIONKENAI PENINSULA, ALASKA. <AEIC>. ML 2.9 (AEIC),(PMR) .SOUTHERN CALIFORNIA. <PAS~P>. ML 2 . 4 (PAS).TURKEY. ML 2.6 (ISK) .

3 (GM) .

(IV) at

3.0

IRIAN JAYA REGION, INDONESIA. Felt at the FreeportMine, Tembagapura .CENTRAL ALASKA. <AEIC>.CHILE-ARGENTINA BORDER REGION. MD 4 . 3 (SAN).SOUTHWEST OF SUMATERA, INDONESIA. Mw 6.1 (GS), 6.1(HRV) . MS 5.6 (BRK) . Mo=2 . 0*10**18 Nm (PPT). Felt (III)

020202020202

02020202020202020202020202020202

020202020202020202020202020202020303

0303

030303030303

a 030303030303

181818181920

20202021212121212121212222222222

222222222223232323232323232323230000

0102

020202030303030405050506

141541563111

29465729354343454849510006070808

081819202600030719262836414143570030

5236

475153133955561549535347

0540,46034357,

005131.395802,52200204,564008112033

585219371424080420112929104503302246

1713

104721474256480900485338

.3

.7*

.1

.8&

.7%

.8

.8%

.2?

.9?

.8?

.2%

.5%

.4%

.0?

.1%

.3%

.3?

.2%

.2%

.4?

.1?

.2

.7%

.3%,3&.0.9?.2.7%.4?.4%.3%.8?.7%.7?.3?.6?.Is.8?.3&

.3?,3&

.8*

.3%

.3*

.3*

.9?

.9&

.6

.4%

.8*

.7

.2

.9?

40.27.14.62.16.19.

38,40.37.40.40.40.40.40.40,40.40.40.40.40.40.39,

40.40,61,1.

40.40,40,40.46,40,40,40,404040,51,40,34,

43,41

51401

434063134632375021

,306 N,813 N,288 N.451 N.131 N.013 S

,842 S.84 N,05 N,78 N,767 N,538 N,749 N,73 N,782 N,767 N,78 N.766 N.775 N,76 N.78 N.509 N

,808 N.773 N.151 N,074 S.76 N,773 N.757 N.76 N.319 N.785 N.77 N.787 N,73 N,78 N,75 N,678 N.78 N.181 N

.38 N

.233 N

.235 N

.777 N

.110 S

.296 N

.75 N

.271 N

.963 N

.418 N

.414 N

.296 N

.991 N

.24 S

4333.90.

149,61,69.

174,29,3,

29,29,29.29,29.29,29.29,29,29,29,29,19,

29,29,

151,97,29,29,2929,2

2929,29292929,

13129

118

7126

1529971929

150903

14214529

179

.130 E,771 E.229 W,862 W,403 W.700 W

.922 E

.13 E,71 W,11 E.086 E,051 E,026 E.03 E.101 E.069 E.10 E.119 E.099 E,12 E.10 E.830 E

.033 E

.072 E

.875 W

.593 E

.09 E

.078 E

.129 E

.08 E

.557 E

.106 E

.11 E

.110 E

.06 E

.07 E

.05 E

.551 W

.09 E

.566 W

.14 E

.066 W

.737 E

.097 E

.666 E

.029 E

.07 E

.389 W

.959 W

.436 E

.507 E

.204 E

.978 W

.10 W

591010643356

27210101010101010555

1010105

10

105

97335

10105

10105

105

105

1057

523

101033105

1499110333310

626

D 4.5GG 4.7

N* 5.1 4.6

?GGGGGGGGGGGGGGG 3.1

GG

N 4.9 4.3GGGGGGGGGGGG 4.1G

G

GGN 4.7GG

5.0GN 4.5N 3.7G 4.4 4.3? 4.5

1.00.91.0

0.61.0

0.40.50.20.10.51.50.10.00.30.20.60.90.70.30.71.2

1.10.6

1.00.50.80.70.40.30.50.50.20.60.80.6

1.1

0.2

0.80.51.11.20.7

1.11.01.00.81.01.3

271214456

91

20444

10574554

111144

17

66

81374

2074

11746444

564

56

448

6111064

68176

78

174115

at Padang and (II) at Padangpanjang. Depth frombroadband displacement seismograms.GEORGIA-ARMENIA-TURKEY BORD REG.EGYPT. MD 3.8 (HLW) .GUATEMALA. MD 4 . 5 (GCG).CENTRAL ALASKA. <AEIC> . ML 2 . 5 (AEIC).LEEWARD ISLANDSNORTHERN CHILE. Felt (IV) at Cuya, Iquique, PozoAlmonte and Putre. Also felt at Arica.NORTH ISLAND, NEW ZEALANDTURKEY. ML 2.4 (ISK) .SPAIN. mbLg 2.3 (MOD).TURKEY. ML 2.5 (ISK) .TURKEY. ML 3.0 (ISK) .TURKEY. ML 3 .1 (ISK) .TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 3.3 (ISK) .TURKEY. ML 3.1 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.6 (ISK) .GREECE -ALBANIA BORDER REGION. MD 3 . 3 (ATH). ML(TIR) .TURKEY. ML 3 .1 (ISK) .TURKEY. ML 2.6 (ISK) .SOUTHERN ALASKA. <AEIC> .SOUTHWEST OF SUMATERA, INDONESIATURKEY. ML 2.5 (ISK) .TURKEY. ML 3.6 (ISK) .TURKEY. ML 2.9 (ISK) .TURKEY. ML 2.6 (ISK) .FRANCE . ML 1 . 8 ( LDG ) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 2.5 (ISK) .QUEEN CHARLOTTE ISLANDS REGION. <PGC-P>. ML 4 . 5TURKEY. ML 2.7 (ISK) .SOUTHERN CALIFORNIA. <PAS-P>. ML 3 . 2 (PAS), 3.2Felt.NEAR SOUTH COAST OF FRANCE. ML 2 . 0 (LDG).OFF COAST OF NORTHERN CALIFORNIA. <GM-P>. MD 3.ML 3.5 (BRK) .POLANDTURKEY. ML 3.2 (ISK) .SOUTHWEST OF SUMATERA, INDONESIANORTHWESTERN BALKAN REGIONTURKEY. ML 2.6 (ISK) .CENTRAL ALASKA. <AEIC> .NEAR COAST OF GUATEMALA. Mw 5 . 5 (HRV).FRANCE . ML 1 . 5 ( LDG ) .SOUTH OF HONSHU, JAPANOFF EAST COAST OF HONSHU, JAPANNORTHERN MID -ATLANTIC RIDGEFIJI ISLANDS REGION

3.2

(PGC).

(GS).

3 (GM) .

MAY 1994

03030303030303030303030303

a 030303030303030303030303030303030303030303

f 03

0303030303030303030303030303030303

0303030303

0303030303030303040404

040404

04040404040404

f 04

04040404

0607070708080808080808080909090910101010101111111212121212131314141516

1617171718181819192020202121212121

2122222222

2222232323232323000101

020204

0505050505060606

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VANUATU ISLANDS REGIONTURKEY. ML 2 .5 (ISK) .OFF E. COAST OF S. ISLAND, N.Z. ML 3.8 (WEL) .TURKEY. ML 2.9 (ISK) .NEW GUINEA, PAPUA NEW GUINEABURU, INDONESIANORTHWESTERN BALKAN REGION. MD 3 . 3 (TRI).NORTHERN MID-ATLANTIC RIDGENORTHERN ITALY. ML 2 . 1 (GEN).TURKEY. ML 2.8 (ISK) .TYRRHENIAN SEACHILE-ARGENTINA BORDER REGION. MD 3.6 (SAN).TURKEY. ML 2.8 (ISK) .CENTRAL EAST PACIFIC RISE. Mw 5 . 3 (HRV). Ms 4 . 9 (BRK) .GULF OF ALASKA. ML 3 . 9 (PMR), 3.8 (AEIC) .NORTHERN ITALY. ML 1 . 4 (GEN).CENTRAL EAST PACIFIC RISESOUTH OF MARIANA ISLANDSCENTRAL EAST PACIFIC RISECHILE- ARGENTINA BORDER REGION. MD 3 . 3 (SAN).OFF COAST OF NORTHERN CALIFORNIA. <GM-P>. MD 2.9 (GM).NORTH ISLAND, NEW ZEALANDTURKEY. ML 2.9 (ISK) .NEAR COAST OF CENTRAL CHILE. MD 3 . 6 (SAN).KENAI PENINSULA, ALASKA. <AEIC>. ML 2.5 (AEIC).TURKEY. ML 2.8 (ISK) .CHILE -ARGENTINA BORDER REGION. MD 3.5 (SAN).NORTHERN MID -ATLANTIC RIDGENEAR EAST COAST OF HONSHU, JAPANIONIAN SEA. MD 3.9 (ATH) .NORTHWESTERN BALKAN REGION. ML 3.2 (TIR).MOROCCO. mbLg 3.4 (MDD) .FIJI ISLANDS REGIONGUATEMALA. MD 4 . 1 (GCG).TRINIDAD. Mw 6.2 (GS) , 6.0 (HRV). Ms 5 . 9 (BRK). MD 5 . 7(TRN) . Felt (VI) on Trinidad and Tobago. Felt (III) innortheastern Venezuela. Depth from broadbanddisplacement seismograms .TRINIDAD. MD 4.7 (TRN).TRINIDAD. MD 3.6 (TRN).TRINIDAD. MD 3.2 (TRN).OAXACA, MEXICOCHILE-ARGENTINA BORDER REGION. MD 3.8 (SAN).TRINIDAD. MD 3.3 (TRN).TRINIDAD. MD 3.3 (TRN).TRINIDAD. MD 3.3 (TRN) .TRINIDAD. MD 3.3 (TRN).WESTERN IRANTRINIDAD. MD 3.8 (TRN).TRINIDAD. MD 3.6 (TRN) .COSTA RICASOUTHERN ALASKA. <AEIC> .TRINIDAD. MD 3.5 (TRN).ALBANIAPERU-BRAZIL BORDER REGION. Felt (III) at Pucallpa,Peru.CRETE. MD 3 .8 (ATH) .SOUTHERN NORWAY. MD 2 . 4 (BER) .CORSICA. ML 1.8 (LOG).TRINIDAD. MD 3.0 (TRN).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 8 (PAS), 2.7 (GS) .Felt.NEAR NORTH COAST OF IRIAN JAYAGUATEMALANEAR COAST OF GUATEMALAKENAI PENINSULA, ALASKA. <AEIC> . ML 2.5 (AEIC).AUSTRIA. ML 0.3 (VIE).TRINIDAD. MD 2.8 (TRN).NORTHWEST OF KURIL ISLANDSSTRAIT OF GIBRALTAR. mbLg 3.4 (MDD).SOUTH OF SUMBAWA, INDONESIAAEGEAN SEA. MD 3 . 3 (ATH). ML 3 . 0 (THE).MENDOZA PROVINCE, ARGENTINA. Felt (III) in the BardasBlancas area.NORTH ISLAND, NEW ZEALANDNEAR COAST OF CENTRAL CHILE. MD 3 . 5 (SAN).SOUTHERN CALIFORNIA. <PAS-P>. ML 3 . 7 (PAS), 3.9 (GS).Felt (IV) at Reseda and Sylmar; (III) at Agoura,Glendale, Montrose and Verdugo City.TRINIDAD. MD 3.6 (TRN).TIMOR SEASOUTHWEST OF SUMATERA, INDONESIANEAR COAST OF CENTRAL CHILE. MD 3 . 9 (SAN).SOUTHWEST OF SUMATERA, INDONESIAHINDU RUSH REGION, AFGHANISTANALASKA PENINSULA. Felt (II) at Sand Point.VANUATU ISLANDS. Mw 6.2 (GS) , 6.2 (HRV). Mo-2 . 9*10**18Nm (PPT) . Depth from broadband displacementseismograms .CALI FORNI A -NEVADA BORDER REGION. <GM-P>. MD 2.7 (GM) .SOUTHWEST OF SUMATERA, INDONESIATURKEY. ML 2.8 (ISK) .TURKEY. ML 2.8 (ISK) .

MAY 1994

04

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26272702

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.7

33

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.680 N

.11 N

.198 N

70

60292787

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.88 W

.320 E

.64 E

.174 W

103

335

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PAGE

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1.40.20.00.9

4

13

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CHILE-ARGENTINA BORDER REGION. MD 4 . 2in the Santiago, Chile area.TRINIDAD. MD 3.7 (TRN) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.8 (ISK) .ALABAMA. mbLg 3.0 (GS). Felt (IV) atSardls; (III) at Decatur, Houston and

(SAN) . Felt (III)

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REVILLA GIGEDO ISLANDS REGIONNORTHERN ITALY. ML 2 . 0 (GEN).TRINIDAD. MD 3.4 (TRN).AFGHANISTAN-TAJIKISTAN BORD REG.GREECE -ALBANIA BORDER REGION. ML 2 . 2TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .FOX ISLANDS, ALEUTIAN ISLANDS. Mw 5 . 4(BRK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .CHILE-ARGENTINA BORDER REGIONSOUTHWEST OF SUMATERA, INDONESIATURKEY. ML 2.6 (ISK) .NEW GUINEA, PAPUA NEW GUINEATURKEY. ML 2.8 (ISK) .PHILIPPINE ISLANDS REGIONTURKEY. ML 2.7 (ISK) .SICILY. MD 2.8 (ROM) .

(SKO) .

(HRV) . Ms 4.5

SOUTHERN ALASKA. <AEIC>. ML 2.8 (AEIC) .SOUTHWEST OF SUMATERA, INDONESIASOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 6CHILE-ARGENTINA BORDER REGION. MD 3 . 6CHILE-ARGENTINA BORDER REGION. MD 3 . 5TURKEY. ML 2 .6 (ISK) .PERU-BRAZIL BORDER REGION. Felt (II)SPAIN. mbLg 3.0 (MOD).CHILE-ARGENTINA BORDER REGION. MD 3 . 5AEGEAN SEA. ML 3 . 0 (ISK).CHILE- ARGENTINA BORDER REGION. MD 3 . 4GREECE-ALBANIA BORDER REGION. ML 2 . 8TURKEY. ML 2 .8 (ISK) .TRINIDADNEAR COAST OF GUERRERO, MEXICOKENAI PENINSULA, ALASKA. <AEIC>. ML 2GREECE. ML 2.4 (THE) .NEAR COAST OF NORTHERN CALIF. <GM-P>.2.8 (GS).SHIKOKU, JAPANLEEWARD ISLANDS. ML 2 . 4 (FDP).PYRENEES. ML 1.0 (STR).TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.9 (ISK) .JAN MAYEN ISLAND REGION. MD 3 . 1 (BER)ALBANIA. ML 2.4 (TIR), 2.3 (SKO).TRINIDAD. MD 3.0 (TRN).OFF EAST COAST OF HONSHU, JAPANTURKEY. ML 2 .5 (ISK) .NEAR COAST OF NORTHERN CALIF. <GM-P>.2.9 (BRK).GREECE. ML 2.7 (THE) .SOUTHERN NEVADA. ML 3.4 (GS) .CHILE-ARGENTINA BORDER REGIONNORTHERN ITALY. ML 1 . 3 (GEN).TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.5 (ISK) .PHILIPPINE ISLANDS REGIONSOUTHEASTERN SIBERIA, RUSSIATURKEY. ML 3.2 (ISK) .TURKEY. ML 2.9 (ISK) .TURKEY. ML 2.6 (ISK) .NINIGO ISLANDS REGION, P.N.G.CENTRAL ALASKA. <AEIC>. ML 3 . 0 (AEIC)TURKEY. ML 2.6 (ISK) .TURKEY. ML 2.5 (ISK) .TURKEY. ML 3.1 (ISK) .TURKEY. ML 2.6 (ISK) .TURKEY. ML 3 .0 (ISK) .SPAIN. mbLg 2.4 (MOD) .TURKEY. ML 2 .5 (ISK) .TRINIDAD. MD 3.7 (TRN).ICELAND. Mw 5.4 (HRV). Ms 5.5 (BRK).broadband displacement seismograms .TURKEY. ML 3 .5 (ISK) .TURKEY. ML 3.0 (ISK) .NORTH ISLAND, NEW ZEALANDMYANMAR- INDIA BORDER REGIONHOKKAIDO, JAPAN REGIONSPAIN. mbLg 2.6 (MOD) .AFGHANISTAN-TAJIKISTAN BORD REG.SPAIN. mbLg 2.0 (MOD).TURKEY. ML 2.7 (ISK) .

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MAY 1994

050505050505050505050505050505050505050505

0505050505050505050505050505050505050606060606060606060606

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12,14,55,10,51,22,58,3329,36,02.20.53,06,33,46,36,27.38,32,17.

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MAY 1994 PAGE 6

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PAGE MAY 1994

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MAY 1994 PAGE 8

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PAGE MAY 1994

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MAY 1994 PAGE 10

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MAY 1994

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2.3 (FUR). Felt (IV) at Lech.

MAY 1994 PAGE 12

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SOUTHERN NORWAY. MD 2.3 (BER).SOUTHERN NORWAY. MD 2.2 (BER).FRANCE. ML 2.6 (LOG), 1.9 (STR).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.5 (PAS),SOUTH OF HONSHU, JAPAN. Ms 5.0 (BRK).GEORGIA-ARMENIA-TURKEY BORD REG.EAST OF NORTH ISLAND, N.Z. ML 4.1 (WEL).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.9 (PAS),Felt.FIJI ISLANDS REGIONLOYALTY ISLANDS REGIONGREECE. MD 2.9 (ATH). ML 2.8 (THE).AEGEAN SEA. ML 2.9 (ISK).LEEWARD ISLANDS. ML 1.9 (FDF).PYRENEES. ML 1.0 (STR).TURKEY. ML 2.8 (ISK).AEGEAN SEA. ML 3.3 (ATH), 3.1 (THE).AEGEAN SEA. ML 3.2 (ISK).FRANCE. ML 2.2 (LOG).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.7 (PAS),Felt.NEAR COAST OF CHIAPAS, MEXICO.HOKKAIDO, JAPAN REGIONTURKEY. ML 2.8 (ISK).SOUTHERN ALASKA. <AEIC>.SOUTHERN CALIFORNIA. <PAS-P>.Felt.OFF COAST OF CHIAPAS, MEXICOPHILIPPINE ISLANDS REGIONAEGEAN SEA. ML 2.0 (THE).JAN MAYEN ISLAND REGION. MD 3.7 (BER)SOUTHERN NORWAY. MD 2.2 (BER).TURKEY. ML 3.6 (ISK).CHILE-ARGENTINA BORDER REGION.SOUTHERN NORWAY. MD 1.9 (BER).MONA PASSAGE. MD 3.7 (MPR).SOUTHERN ALASKA. <AEIC>.CENTRAL CHILE. MD 3.4 (SAN)EASTERN IDAHO. ML 3.4 (GS),SOUTHERN ALASKA. <AEIC>.NEAR COAST OF CENTRAL CHILE.JAN MAYEN ISLAND REGIONCENTRAL CALIFORNIA. <GM-P>. MD 3.3 (GM). ML 3.2 (BRK).CENTRAL CALIFORNIA. <GM-P>. MD 3.9 (GM). ML 3.9 (BRK).Felt (III) at coalinga and Gonzales; (II) at Greenfieldand Hollister. Also felt in the Salinas area.JAN MAYEN ISLAND REGIONTURKEY. ML 2.9 (ISK).TIMOR SEANORTHERN ITALY. ML 2.5 (LOG), 2.3KERMADEC ISLANDS, NEW ZEALAND.on Raoul.MINDANAO, PHILIPPINE ISLANDSCENTRAL EAST PACIFIC RISE. Ms 4.8 (BRK).AEGEAN SEA. ML 2.4 (THE).NORTHWESTERN BALKAN REGION.JAN MAYEN ISLAND REGIONJAN MAYEN ISLAND REGIONSOLOMON ISLANDSLUZON, PHILIPPINE ISLANDS. Felt (II RF) at PuertoGalera and Tagaytay and (I RF) at Quezon City.FRANCE. ML 2.2 (GEN).TIMOR REGION, INDONESIA. Mw 5.3 (HRV). Felt (V) atKalabahi.GREECE. ML 2.8 (THE).AEGEAN SEA. ML 2.9 (ISK).SPAIN. mbLg 2.2 (MOD).TIMOR REGION, INDONESIASOUTHERN ALASKA. <AEIC>.AEGEAN SEA. MD 3.4 (ATH)MARIANA ISLANDS REGIONNORTH ISLAND, NEW ZEALANDGERMANY. ML 2.1 (BNS).SOUTHERN ALASKA. <AEIC>.TIMOR REGION, INDONESIA.GUERRERO, MEXICOTIMOR REGION, INDONESIASOUTHERN BOLIVIAGREECE. ML 2.7 (THE).BANDA SEASOUTH OF HONSHU, JAPANVANCOUVER ISLAND REGION.TIMOR REGION, INDONESIASAN JUAN PROVINCE, ARGENTINA. MD 4.4 (SAN).MINDANAO, PHILIPPINE ISLANDSNEAR COAST OF GUERRERO, MEXICOTURKEY. ML 2.7 (ISK).SOLOMON ISLANDSNEAR COAST OF CENTRAL CHILEVANUATU ISLANDSSOUTHERN CALIFORNIA. <PAS-P>. ML 2.9 (PAS).LEEWARD ISLANDS. MG 2.3 (FDF).XIZANG

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Mw 5 .5 (HRV) .

<PGC-P>. ML 3.1 (PGC).

MAY 1994 PAGE 14

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TURKEY. ML 2.9 (ISK).EASTERN HONSHU, JAPANGREECE. ML 2.0 (THE).TAIWAN REGIONBRITISH COLUMBIA, CANADA. <PGC-P>. ML 2.5 (PGC). Felt(IV) in the northern part of Prince George.MINDANAO, PHILIPPINE ISLANDS. Felt (III RF) atCotabato.SOUTH ISLAND, NEW ZEALANDWESTERN HONSHU, JAPANCHILE-ARGENTINA BORDER REGION. MD 3.3 (SAN).NORTHWESTERN BALKAN REGION. MD 2.3 (LJU), 2.0 (TRI).TRINIDAD. MD 4.1 (TRN).PYRENEES. ML 1.0 (STR).SOUTHERN ALASKA. <AEIC>. ML 3.2 (AEIC), 3.3 (PMR). Felt(III) at Eagle River.IONIAN SEANORTHERN ITALY. ML 1.8 (GEN).NORTHERN ITALY. ML 2.0 (GEN).NORTHERN ITALY. ML 1.8 (GEN).NORTHWESTERN BALKAN REGION. MD 2.9 (LJU), 2.5 (TRI). ML2.4 (BRA), 2.4 (VIE), 2.4 (ZAG).BRITISH COLUMBIA, CANADA. <PGC-P>. ML 2.8 (PGC). Felt(IV) in the Fort St. John area.BRITISH COLUMBIA, CANADA. <PGC-P>. ML 4.3 (PGC). Felt(V) in the Fort St. John area.OFF E. COAST OF N. ISLAND, N.Z.SOUTHERN CALIFORNIA. <PAS-P>.CHILE-ARGENTINA BORDER REGION.MINDANAO, PHILIPPINE ISLANDSNORTHERN ITALY. ML 1.7 (GEN).CENTRAL MEXICONORTHERN ITALY. ML 2.1 (GEN).CRETE. MD 3.6 (ATH).FIJI ISLANDS REGIONCENTRAL ALASKA. <AEIC>. ML 2.5 (AEIC).WEST OF GIBRALTAR. mbLg 3.6 (MOD).ARABIAN SEANORTHERN ITALY. ML 1.9 (GEN).NORTHWESTERN BALKAN REGION. MD 3.7 (TRI)Felt at Vrgorac, Croatia.BANDA SEANORTHERN ITALY. ML 2.4 (GEN), 2.2 (LOG).NORTHERN ITALY. ML 2.2 (GEN), 2.2 (LOG).NORTHERN MOLUCCA SEANORTHERN ITALY. ML 2.1 (LDG), 2.0 (GEN).NORTHERN ITALY. ML 2.1 (GEN).FRANCE. ML 2.5 (LDG).NORTHWESTERN BALKAN REGION. ML 4.7 (ZAG). MD 4.6 (TRI).Felt at Korcula, Makarska, Split and Vrgorac, Croatia.NORTHERN ITALY. ML 2.3 (GEN), 2.3 (LDG).VANUATU ISLANDSCHILE-BOLIVIA BORDER REGIONNORTHERN ITALY. ML 1.7 (GEN).TURKEY. ML 2.9 (ISK).GUERRERO, MEXICO. Mw 6.3 (GS), 6.3 (HRV).Nm (PPT). Felt in the states of Guerrero,Oaxaca, Tlaxcala, Veracruz, western Puebla andsoutheastern Michoacan. Also felt at Mexico City. Twoevents about 1.7 seconds apart. Depth from broadbanddisplacement seismograms, based on second event.SAN JUAN PROVINCE, ARGENTINA. MD 4.0 (SAN).TAIWAN REGION. Mw 6.2 (GS), 6.2 (HRV). Ms 5.5 (BRK).Mo-1.7*10**18 Nm (PPT). Felt on Taiwan. Depth frombroadband displacement seismograms.SWITZERLAND. ML 2.2 (LDG).AFGHANISTAN-TAJIKISTAN BORD REG.TAIWAN REGION. Mw 5.6 (HRV).LUZON, PHILIPPINE ISLANDSCRETE. Mw 6.1 (HRV). Some structural damage at Iraklionand Khania. Felt (III) by people on upper floors ofbuildings in Nicosia. Two events about 1.6 secondsapart observed on broadband displacement seismograms.TAIWAN REGIONTAIWAN REGIONSAMOA ISLANDS REGION. Mw 5.6 (HRV).TAIWAN REGIONNORTH OF HALMAHERA, INDONESIATURKEY. ML 2.6 (ISK).SPAIN. mbLg 2.3 (MOD).LEEWARD ISLANDSNORTHWESTERN BALKAN REGION. ML 2.0 (TIR).STRAIT OF GIBRALTAR. MG 2.5 (SFS).GREECE-BULGARIA BORDER REGION. ML 3.3 (THE), 3.1 (SKO).CENTRAL CALIFORNIA. <GM-P>. MD 3.1 (GM). ML 3.0 (GS).TAIWAN REGIONARABIAN SEATAIWAN REGION. Mw 5.9 (GS), 5.9 (HRV). Mo-5.6*10**17 Nm(PPT). Felt on Taiwan. Depth from broadbanddisplacement seismograms.AEGEAN SEA. ML 2.3 (THE).TURKEY. ML 2.9 (ISK).AFGHANISTAN-TAJIKISTAN BORD REG.

M0-2.5*10**18 Morelos,

MAY 1994 PAGE 16

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mb 6.3 (BRK). Depth from broadband displacementseismograms .EASTERN NEW GUINEA REG., P.N.G. ML 4.6 ( PMG ) .WINDWARD ISLANDSTURKEY. ML 2 .8 (ISK) .AEGEAN SEA. ML 3 . 5 (ISK).NORTHERN ITALY. ML 1 . 6 (GEN).EASTERN NEW GUINEA REG., P.N.G.AEGEAN SEA. ML 3 . 6 (ISK), 3.3 (ATH).TURKEY. ML 2.8 (ISK) .VOLCANO ISLANDS REGION. Mw 5 . 4 (HRV).VOLCANO ISLANDS REGIONFRANCE . ML 2 . 4 ( LOG ) .OFF E. COAST OF S. ISLAND, N.Z. ML 4.1 (WEL).VOLCANO ISLANDS REGION. Mw 5.4 (HRV). Ms 5.0 (BRK).AEGEAN SEAAEGEAN SEA. ML 3 . 2 (ISK).AEGEAN SEA. ML 3 . 2 (ISK).AEGEAN SEA. ML 3.7 (ISK), 3.2 (THE).TURKEY. ML 3 .1 (ISK) .TURKEY. ML 3 .2 (ISK) .SOUTH OF PANAMA. MD 4.2 (UPA) .TURKEY. ML 2.8 (ISK) .NORTH ISLAND, NEW ZEALANDFRANCE. ML 3.7 (LOG). mbLg 3.4 (MOD).IRIAN JAYA REGION, INDONESIA. Mw 6 . 5 (GS), 6.5 (HRV).Ms 6.6 (BRK). Mo-1.9*10**19 Nm (PPT). Several buildingsdamaged in the Paniai District. Felt (IV) at Nabire andin the Tembagapura area; (III) at Enarotali and Timika.Landslides occurred in the epicentral area.TAIWAN REGIONSOUTHERN MID-ATLANTIC RIDGESOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 7 (PAS).AEGEAN SEA. ML 3 . 1 (ISK).TURKEY. ML 3 .0 (ISK) .SOUTHERN GREECEAEGEAN SEA. ML 4 . 1 (ISK), 3.8 (ATH), 3.6 (THE). Felt atIzmir, Turkey.NEPALAEGEAN SEA. ML 3.5 (ISK).NORTHWESTERN UZBEKISTANVOLCANO ISLANDS REGION. Mw 5 . 7 (HRV). Ms 5 . 6 (BRK).AEGEAN SEA. ML 3.6 (ISK). MD 3.4 (ATH).GREECE. ML 2 .1 (THE) .VOLCANO ISLANDS REGIONTURKEY. ML 3 .6 (ISK) .EGYPT. ML 3 .6 (CSS) .AEGEAN SEA. ML 3 . 2 (ISK).AEGEAN SEA. ML 3 . 4 (ISK).SPAIN. mbLg 2.9 (MOD).GREECE. ML 2.9 (THE) .PAKISTANVOLCANO ISLANDS REGIONTURKEY. ML 2.8 (ISK) .AEGEAN SEA. ML 3 . 1 (ISK).AEGEAN SEA. ML 3 . 3 (ISK). MD 3 . 3 (ATH). Felt at Izmir,Turkey.NORTH ISLAND, NEW ZEALAND. ML 3.8 (WEL).NORTH ISLAND, NEW ZEALAND. ML 4 . 4 (WEL).STRAIT OF GIBRALTAR. mbLg 2.9 (MOD).TIMOR REGION, INDONESIAGREECE -ALBANIA BORDER REGION. ML 3.3 (THE). MD 3.2(ATH) .AEGEAN SEA. ML 3 . 2 (ISK).SOUTHERN CALIFORNIA. <PAS-P>. ML 4 . 4 (PAS), 4.5 (GS).Felt (V) at Northridge, Sierra Madre, Sunland, SunValley and Sylmar; (IV) at Burbank, Glendale,Huntington Park, Lancaster, Montrose, Palmdale, Reseda,Santa Monica, Tarzana and Tujunga.KERMADEC ISLANDS REGIONAEGEAN SEA. ML 3 . 3 (ISK). MD 3 . 4 (ATH).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 5 (PAS).NORTHERN ITALY. ML 3 . 2 (GEN), 3.0 (LOG).NORTHERN ITALY. ML 2 . 1 (GEN).AEGEAN SEA. ML 3 . 3 (ISK).TIMOR REGION, INDONESIANORTH OF ASCENSION ISLANDVOLCANO ISLANDS REGIONLEEWARD ISLANDS. ML 3 . 3 ( FDF ) .DODECANESE ISLANDS. ML 3 . 3 (ISK).POLAND . ML 2 . 3 ( CLL ) .VANCOUVER ISLAND REGION. <PGC"P>. ML 3.4 (PGC).AEGEAN SEA. ML 3 . 6 (ISK), 3.6 (ATH).AEGEAN SEA. ML 3 . 4 (ISK).AEGEAN SEA. ML 3 . 0 (ISK).NEAR NORTH COAST OF IRIAN JAYA. Mw 5 . 6 (HRV).NORTHWEST OF AUSTRALIAMINDANAO, PHILIPPINE ISLANDSNICOBAR ISLANDS, INDIA. Mw 5.9 (HRV).NICOBAR ISLANDS, INDIAAEGEAN SEA. ML 2.9 (ISK).PYRENEES. ML 1.0 (STR).TURKEY. ML 3 .1 (ISK) .

MAY 1994 PAGE 18

2525252525252525252525252525252525252525

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VOLCANO ISLANDS REGIONNORTH OF SVALBARD. MD 2.9 (BER).AEGEAN SEA. ML 3.5 (ISK).STRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.3 (RBA).PHILIPPINE ISLANDS REGIONVOLCANO ISLANDS REGIONPYRENEES. ML 1.1 (STR).STRAIT OF GIBRALTAR. mbLg 3.2 (MOD).PYRENEES. ML 1.1 (STR).HINDU KUSH REGION, AFGHANISTANAEGEAN SEA. ML 3.0 (ISK).NORTH ISLAND, NEW ZEALANDGREENLAND SEA. MD 2.5 (BER).SOUTHERN CALIFORNIA. <PAS-P>. ML 3.4 (PAS), 3.3 (GS).SOUTHERN ALASKA. <AEIC>.AEGEAN SEA. ML 3.1 (ISK).ARABIAN SEASTRAIT OF GIBRALTAR.STRAIT OF GIBRALTAR.STRAIT OF GIBRALTAR.SOUTHERN ALASKA. <AE!GREECE. MD 3.1 (ATH)STRAIT OF GIBRALTAR.STRAIT OF GIBRALTAR.OFF COAST OF OREGONJAN MAYEN ISLAND REGIONSTRAIT OF GIBRALTAR. mbLg 3.3 (MOD).EAST OF KURIL ISLANDSHUNGARY. ML 2.9 (BRA). Monument damaged in Eger. Feltin the Recsk area.SOUTH ISLAND, NEW ZEALANDALBANIA. ML 3.6 (THE), 3.5 (TIR). MD 3.5 (ATH).ARABIAN SEAKENAI PENINSULA, ALASKA. <AEIC>. ML 2.9 (AEIC).STRAIT OF GIBRALTAR. mbLg 3.3 (MOD).ALBANIA. ML 3.3 (THE), 3.1 (ROM), 3.1 (TIR). MD 3.3(ATH).NORTHERN ITALY. ML 3.5 (STR), 3.5 (LOG). MD 3.4 (TRI).STRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.3 (RBA).TAJIKISTANBANDA SEA. Mw 5.3 (HRV).SWITZERLAND. ML 2.4 (LOG), 2.2 (STR).AEGEAN SEA. ML 3.5 (ISK). MD 3.3 (ATH).SUMBAWA REGION, INDONESIANORTHERN ITALY. ML 2.0 (GEN).STRAIT OF GIBRALTAR. mbLg 3.4 (MOD).EASTERN NEW GUINEA REG., P.N.G.SERAM, INDONESIANORTHERN ITALY. ML 2.1 (GEN).TURKEY. ML 2.7 (ISK).SOUTH OF FIJI ISLANDSSTRAIT OF GIBRALTAR, mbLg 2.8 (MOD).OFF E. COAST OF N. ISLAND, N.Z.SOUTH OF KERMADEC ISLANDSTURKEY. ML 2.7 (ISK).NORTHERN ITALY. ML 2.1 (VIE). MD 2.0 (TRI).TURKEY. ML 2.8 (ISK).STRAIT OF GIBRALTAR. mbLg 3.3 (MOD). MD 3.2 (RBA).STRAIT OF GIBRALTAR. mbLg 3.3 (MOD). MD 3.2 (RBA).OFF COAST OF NORTHERN CALIFORNIA. <GM-P>. MD 3.1 (GM).BANDA SEANEAR S. COAST OF HONSHU, JAPANGERMANY. ML 2.0 (UCC).GREECE. MD 3.3 (ATH). ML 3.1 (THE).PANAMA-COSTA RICA BORDER REGIONSTRAIT OF GIBRALTAR. mbLg 3.2 (MOD).SPAIN. mbLg 3.2 (MOD). Felt (III) in the Abadln area.

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MAY 1994 PAGE 20

282828

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MAY 1994

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CHILE-ARGENTINA BORDER REGIONOFF COAST OF CENTRAL CHILETURKEY. ML 2.8 (ISK).CENTRAL ITALY. MD 2.3 (FIR). ML 2.2 (LDG).GREECEFLORES REGION, INDONESIACALIFORNIA-NEVADA BORDER REGION.3.5 (GS).GREECE. ML 3.3 (ATH).COOK STRAIT, NEW ZEALAND. ML 4.NORTHERN ITALY. ML 1.7 (GEN).NORTH ATLANTIC OCEAN. mbLg 3.AEGEAN SEA. ML 3.0 (ISK).MARIANA ISLANDSCRETE. MD 3.9 (ATH).STRAIT OF GIBRALTAR. mbLg 3.4 (MDD). MD 3.6 (RBA).VANUATU ISLANDSSOUTHERN ALASKA. <AEIC>.OFF COAST OF HOKKAIDO, JAPANTURKEY. ML 2.8 (ISK).TURKEY. ML 2.8 (ISK).AEGEAN SEA. ML 3.1 (ISK).FLORES REGION, INDONESIALEEWARD ISLANDS. ML 2.3 (FDF).SOUTHERN ALASKA. <AEIC>.HALMAHERA, INDONESIAFRANCE. ML 2.8 (LDG).GREECEVANUATU ISLANDSTURKEY. ML 2.8 (ISK).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.5 (PAS), 2.6 (GS).SOUTHERN NORWAY. MD 2.1 (BER).ROMANIANEAR COAST OF CENTRAL CHILE. MD 4.2 (SAN).TURKEY. ML 2.7 (ISK).GREECENORTHWESTERN BALKAN REGION. MD 2.1 (TRI). ML 1.8 (VIE)SPAIN. mbLg 3.5 (MDD). Felt (III) at Santa Cruz and(II) at Cordoba.KURIL ISLANDSNEAR COAST OF CENTRAL CHILE.NORTHERN ITALY. ML 2.2 (GEN),NEAR COAST OF CENTRAL CHILE. MD 4.4 (SAN).CANARY ISLANDS REGION. mbLg 3.4 (MDD).CHILE-ARGENTINA BORDER REGION. MD 3.9 (SAN)SOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS),TURKEY. ML 2.9 (ISK).NORTHWESTERN BALKAN REGION. ML 2.1 (SKO).TURKEY. ML 2.8 (ISK).CENTRAL EAST PACIFIC RISE. Mw 5.6 (HRV). Ms 5.1 (BRK).NORTHERN MID-ATLANTIC RIDGEAEGEAN SEA. ML, 3 .5 (ISK). MD 3 .3 (ATH).NORTHERN MID-ATLANTIC RIDGETALAUD ISLANDS, INDONESIAGREECEALBANIA. ML 2.1 (TIR).DEAD SEA REGION. ML 3.4 (BHL).KERMADEC ISLANDS REGIONKERMADEC ISLANDS REGIONGREECECHILE-ARGENTINA BORDER REGION. MD 3.2 (SAN).ALBANIA. ML 4.4 (ATH). MD 4.0 (FIR).TURKEY. ML 2.6 (ISK).SOUTHEAST INDIAN RIDGEFLORES REGION, INDONESIATURKEY. ML 2.6 (ISK).SOUTHERN CALIFORNIA. <PAS-P>. ML 3.4 (PAS), 3.3 (GS).NEAR SOUTH COAST OF FRANCE. ML 2.4 (GEN), 2.4 (LDG).AEGEAN SEA. ML 3.1 (ISK).OFF E. COAST OF N. ISLAND,GERMANY. ML 2.8 (STR), 2.3SOUTH OF FIJI ISLANDSTURKEY. ML 2.8 (ISK).SAMAR, PHILIPPINE ISLANDSGREECEOFF COAST OF OREGONTURKEY. ML 2.8 (ISK).PUERTO RICO REGION. MD 3.5 (MPR). Felt at Mayaguez.STRAIT OF GIBRALTARVANUATU ISLANDSCENTRAL ALASKA. <AEIC>.TURKEY. ML 3.0 (ISK).WINDWARD ISLANDSNORTHERN MOLUCCA SEAAEGEAN SEA. ML 3.1 (ISK).NORTHERN COLOMBIAMARIANA ISLANDS REGIONSOUTHEAST OF RYUKYU ISLANDSPYRENEES. ML 1.0 (STR).FRANCE. ML 2.2 (LDG).NEAR S. COAST OF HONSHU, JAPANFLORES REGION, INDONESIANEAR EAST COAST OF KAMCHATKA

N.Z. (UCC)

MAY 1994

f 31 17 41 55.5 7.414 N 72.033 W 12 G 6.3 5.6

31313131313131313131313131

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3131

8.091 N 71.663 W 33 N 4.87.425 N 71.896 W 33 N 4.88.12 N 71.64 W 33 N

44.512 N 6.666 E 197.482 N 72.028 W 33 N 4.8

62.782 N 149.614 W 7717.149 N 94.812 W 33 N38.25 N 25.72 E 10 G1.171 S 98.587 E 33 N 4.8

20.18 S 178.84 W 670 ? 4.544.795 N 8.186 E 10 G35.271 N 3.986 W 10 G7.330 N 71.994 W 39 5.5 4.7

22 09 03.9 52.494 N23 23 14.0* 68.034 N

141.993 E 20.854 W

33 N 10 G

4.4 4.2 4.0

PAGE 22

0.9 487

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NORTHERN COLOMBIA. Mw 5.9 (GS), 6.0 (HRV). Ms 5.4(BRK). Mo-3.9*10**18 Ntn (PPT). One person injured andsome damage in the epicentral region. Felt throughoutmuch of northern Colombia. Felt at Araucfc, Bogota,Bucaramanga, Cucuta, Ibague, Manizales, Tunja,Sincelejo, Sogamoso and villavicencio. Also felt atCaracas, Venezuela. Two events about 1.5 seconds apart.Depth from broadband displacement seismograms, based onsecond event.VENEZUELAVENEZUELAVENEZUELAFRANCE. ML 2.4 (GEN), 2.4 (LOG).NORTHERN COLOMBIACENTRAL ALASKA. <AEIC>.CHIAPAS, MEXICOAEGEAN SEA. ML 3.1 (ISK).SOUTHERN SUMATERA, INDONESIAFIJI ISLANDS REGIONNORTHERN ITALY. ML 2.1 (GEN).STRAIT OF GIBRALTAR. mbLg 3.3VENEZUELA. Mw 5.4 (HRV). FeltColombia.SAKHALIN ISLANDICELAND REGION

(HDD).in Norte de Santander,


01 00 59 38.34 47.489N 149.793E 272km5.Omb (106 obs.)NORTHWEST OF KURIL ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 26S, 35CCentroid Location:Origin Time 00:59:40.5 0.5Lat 47.47N 0.05 Lon 150.15E 0.05Dep 270.5 2.1 Half-duration 1.2Principal Axes:

Scale 10**17 NmT Val- 1.17 Pig-66 Azm- 39 N 0.05 16 170 P -1.21 17 265

Best Double Couple:Mo-l.2*10**17 NPl:Strike- 18 Dip-31 Slip- 122 NP2: 162 64 72

01 12 00 35.76 36.901N 67.163E 19km 6.0mb (122 obs.) 6.3Msz ( 48 obs.) HINDU RUSH REGION, AFGHANISTAN FAULT PLANE SOLUTION: P-Waves NPl:Strike=250 Dip=60 Slip= 90 NP2: 70 30 90

Principal Axes:T Pig-75 Azm=160 P 15 340

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTION Dep 22 No. of Sta: 20 Principal Axes:

Scale 10**18 Nm T Val- 1.62 Pig-66 Azm-115 N 0.04 22 270 P -1.67 9 4

Best Double Couple:Mo=l.6*10**18 NPl:Strike-118 Dip-41 Slip- 125 NP2: 255 58 64

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 46S,110C M.W.: 36S, 53C Centroid Location: Origin Time 12:00:43.0 0.1 Lat 37.ION 0.01 Lon 66.85E 0.02 Dep 24.0 BDY Half-duration 2.6 Principal Axes:


Best Double Couple:Mo=1.6*10**18NPl:Strike=105 Dip=47 Slip- 120NP2: 245 51 62

01 20 23 13.74 14.867N 91.324W 158km 5.0mb ( 64 obs.)

GUATEMALACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 14S, 18CCentroid Location:Origin Time 20:23:18.3 1.2Lat 14.89N 0.10 Lon 91.86W 0.10Dep 142.8 3.2 Half-duration 1.1Principal Axes:

Scale 10**16 NmT Val= 10.55 Plg=50 Azm- 38 N -4.33 1 129 P -6.22 40 220

Best Double Couple:Mo-8.4*10**16 NPl:Strike=318 Dip= 5 Slip= 99 NP2: 129 85 89

01 21 17 20.74 39.126N 71.621E 33km5.2mb ( 77 obs.) 4.6Msz ( 9 obs.)TAJIKISTANCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 8S, 12CCentroid Location:Origin Time 21:17:23.9 0.8Lat 39.12N FIX;Lon 71.63E FIXDep 33.0 FIX Half-duration 1.0Principal Axes:

Scale 10**16 NmT Val- 6.54 Pig-64 Azm-144 N 0.54 12 29 P -7.07 23 294

Best Double Couple:Mo-6.8*10**16 NPl:Strike- 1 Dip-24 Slip- 60 NP2: 214 69 103

01 21 26 09.60 10.816N 85.978W 68km4.8mb ( 42 obs.)COSTA RICACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 47S, 86CCentroid Location:Origin Time 21:26:10.3 0.1Lat 10.23N 0.02 Lon 86.45W 0.02Dep 18.0 BDY Half-duration 2.1Principal Axes:


Best Double Couple:Mo=6.0*10**17 NPl:Strike-291 Dip-20 Slip- 79 NP2: 123 70 94

02 17 14 00.88 1.116S 97.487E 15km 6.2mb (113 obs.) 5.8Msz ( 45 obs.) SOUTHWEST OF SUMATERA, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike-340 Dip=52 Slip- -90 NP2: 160 38 -90

Principal Axes:T Pig- 7 Azm- 70 P 83 250




Scale 10**18 Nm T Val- 1.58 Pig- 8 Azm-255 N -0.12 1 345 P -1.46 82 79

Best Double Couple:Mo-l.5*10**18 NPl:Strike-345 Dip-37 Slip- -91 NP2: 166 53 -89

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 55S,127C M.W.: 42S, 67CCentroid Location:Origin Time 17:14: 6.2 0.1Lat 1.09S 0.01 Lon 97.34E 0.01Dep 15.0 BDY Half-duration 2.9Principal Axes: Scale 10**18 NmT Val- 1.84 Plg= 2 Azm- 56 N -0.23 1 146 P -1.60 88 260


03 03 56 48.61 13.963N 90.959W 91km5.0mb ( 65 obs.)NEAR COAST OF GUATEMALACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 38S, 59CCentroid Location:Origin Time 03:56:46.6 0.2Lat 13.66N 0.02 Lon 91.43W 0.02Dep 45.2 2.1 Half-duration 1.4Principal Axes:

Scale 10**17 Nm T Val= 2.14 Pig-19 Azm- 32 N -0.02 14 127 P -2.12 66 251

Best Double Couple:Mo-2.1*10**17 NPl:Strike-100 Dip-29 Slip--120 NP2: 314 65 -75

03 09 39 13.91 3.705S 103.630W 21km 4.7mb ( 17 obs.) 4.9Msz ( 4 obs.) CENTRAL EAST PACIFIC RISE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 20S, 27C Centroid Location: Origin Time 09:39:16.6 0.8 Lat 3.78S 0.06 Lon 103.61W 0.06 Dep 15.0 FIX Half-duration 1.1 Principal Axes:

MAY 1994

Scale 10**16 NmT Val- 9.80 Pig- 0 Azm-150N -0.32 90 180P -9.48 0 60

Best Double Couple:Mo=9.6*10**16NPl:Strike-195 Dip-90 Slip--180NP2: 285 90 0

03 16 36 43.65 10.241N 60.758W 36km 5.8mb (113 obs.) 5.8Msz ( 57 obs.) TRINIDADFAULT PLANE SOLUTION: P-Waves NPl:Strike=245 Dip-37 Slip= -90 NP2: 65 53 -90 Principal Axes:

T Plg= 8 Azm=155 P 82 335




Scale 10**18 NmT Val- 2.52 Pig-18 Azm-334 N -0.26 25 72 P -2.26 58 211

Best Double Couple:Mo=2.4*10**18 NPl:Strike- 30 Dip-35 Slip--138 NP2: 263 68 -63

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 55S,121C Centroid Location: Origin Time 16:36:48.2 0.1 Lat 10.14N 0.01 Lon 60.48W 0.01 Dep 24.0 0.9 Half-duration 2.3 Principal Axes:

Scale 10**17 NmT Val= 9.42 Plg= 4 Azm=330N 0.10 6 239P -9.52 83 94

Best Double Couple:Mo=9.5*10**17NPl:Strike= 66 Dip=41 Slip= -81NP2: 234 49 -98

04 06 37 36.08 17.047S 168.265E 206km 5.8mb ( 92 obs.) VANUATU ISLANDS FAULT PLANE SOLUTION: P-Waves NPl:Strike=235 Dip=32 Slip= 90 NP2: 55 58 90

Principal Axes:T Pig-77 Azm-325 P 13 145




Scale 10**18 Nm T Val- 2.30 Plg=64 Azm=281 N 0.04 24 76 P -2.34 9 171


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 51S,113C Centroid Location: Origin Time 06:37:43.9 0.1 Lat 17.00S 0.01 Lon 168.32E 0.01 Dep 225.2 0.6 Half-duration 2.3 Principal Axes:


Best Double Couple:Mo-l.9*10**18 NPl:Strike-246 Dip=31 Slip- 109 NP2: 45 61 79

04 11 47 21.20 51.518N 168.518W 33km 5.5mb ( 98 obs.) 4.7Msz ( 12 obs.) FOX ISLANDS, ALEUTIAN ISLANDS CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 28S, 45C Centroid Location: Origin Time 11:47:21.2 0.3 Lat 51.44N 0.04 Lon 168.40W 0.07 Dep 15.0 FIX Half-duration 2.3 Principal Axes:


Best Double Couple:Mo-1.3*10**17 NPl:Strike- 64 Dip-44 Slip- -88 NP2: 241 46 -92

05 05 14 49.77 64.578N 17.482W 9km 5.7mb ( 91 obs.) 5.2Msz ( 45 obs.) ICELANDFAULT PLANE SOLUTION: P-Waves NPl:Strike- 68 Dip=63 Slip= 90 NP2: 248 27 90




CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 32S, 50C Centroid Location: Origin Time 05:14:55.6 0.3 Lat 64.67N 0.04 Lon 17.29W 0.09 Dep 15.0 BDY Half-duration 1.3 Principal Axes:

Scale 10**17 Nm T Val- 1.87 Pig-71 Azm-281 N -0.62 13 52 P -1.24 14 145


06 18 20 37.82 59.9823 18.550W 10km 5.4mb ( 15 obs.) 5.7Msz ( 36 obs.) SOUTHWESTERN ATLANTIC OCEAN CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 44S, 85C Centroid Location: Origin Time 18:20:43.4 0.1 Lat 60.43S 0.03 Lon 18.12W 0.04 Dep 15.0 Fix Half-duration 1.3 Principal Axes:

Scale 10**17 Nm T Val= 6.29 Plg= 6 Azm-272 N -0.37 3 182 P -5.92 83 65

Best Double Couple:Mo=6.1*10**17 NPl:Strike= 6 Dip=39 Slip- -85 NP2: 179 51 -94

06 21 09 36.82 18.335N 98.010W 56km5.0mb ( 48 obs.)CENTRAL MEXICOCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B. : US, 12CCentroid Location:Origin Time 21:09:39.3 0.4Lat 18.38N 0.06 Lon 98.20W 0.06Dep 61.7 4.6 Half-duration 1.0Principal Axes:

Scale 10**16 Nm T Val- 8.74 Pig- 8 Azm- 49 N 1.30 15 141 P -10.04 73 291

Best Double Couple:Mo-9.4*10**16 NPl:Strike-121 Dip-39 Slip=-114 NP2: 332 55 -71

06 22 39 26.59 4.681S 153.099E 49km 5.8mb ( 79 obs.) 5.5Msz ( 38 obs.) NEW IRELAND REGION, P.N.G.

FAULT PLANE SOLUTION: P-Waves NPl .-Strike- 30 Dip-50 Slip- -90 NP2: 210 40 -90

Principal Axes:T Plg= 5 Azm=120 P 85 300

Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting. The preferred fault plane is not determined.




Best Double Couple:Mo-7.1*10**17 NPl:Strike- 31 Dip-35 Slip--108 NP2: 233 57 -78

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 41S, 78C Centroid Location: Origin Time 22:39:32.8 0.2 Lat 4.SOS 0.02 Lon 153.10E 0.01 Dep 52.2 1.5 Half-duration 2.1 Principal Axes:

Scale 10**17 Nm T Val- 6.74 Pig- 9 Azm-272 N 1.01 39 10 P -7.76 49 171


07 08 31 37.68 52.958N 159.990E 49km 5.9mb (115 obs.) 5.2Msz ( 46 obs.) OFF EAST COAST OF KAMCHATKA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 42S, 87C Centroid Location: Origin Time 08:31:40.8 0.1 Lat 52.72N 0.02 Lon 160.62E 0.02 Dep 36.0 BDY Half-duration 1.9 Principal Axes:

Scale 10**17 Nm T Val- 4.53 Plg=72 Azm-338 N 0.18 9 218 P -4.72 15 126

Best Double Couple:Mo-4.6*10**17 NPl:Strike=203 Dip-31 Slip- 72 NP2: 43 61 100

07 12 44 13.66 15.300S 173.356W 58km5.5mb ( 57 obs.) 5.3Msz ( 32 obs.)TONGA ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 22S, 30CCentroid Location:Origin Time 12:44:14.3 0.6Lat 14.95S 0.06 Lon 172.90W 0.05Dep 39.8 3.4 Half-duration 1.3Principal Axes:


Best Double Couple:Mo-1.7*10**17 NPl:Strike=230 Dip-12 Slip--123 NP2: 83 80 -83

07 23 16 46.33 5.485S 147.094E 178km5.Omb ( 26 obs.)EASTERN NEW GUINEA REG., P.N.G.CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 25S, 30CCentroid Location:Origin Time 23:16:46.2 0.5Lat 6.13S 0.04 Lon 147.10E 0.05Dep 168.2 1.6 Half-duration 1.2Principal Axes:


MAY 1994 PAGE 24

Best Double Couple:Mo=l.7*10**17 NPl:Strike-266 Dip-70 Slip- -8 NP2: 359 82 -160

08 03 48 25.43 56.381S 147.096E 10km 5.2mb ( 8 obs.) S.lMsz ( 2 obs.) WEST OF MACQUARIE ISLAND CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 23S, 32C Centroid Location: Origin Time 03:48:29.9 0.4 Lat 56.57S 0.03 Lon 147.39E 0.07 Dep 15.0 FIX Half-duration 1.3 Principal Axes:


Best Double Couple:Mo=l.6*10**17NPl:Strike=260 Dip=90 Slip=-180NP2: 350 90 0

08 14 49 35.72 35.731S 99.203W 10km4.7mb ( 9 obs.) 4.8Msz ( 2 obs.}SOUTHERN PACIFIC OCEANCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S, 71CCentroid Location:Origin Time 14:49:38.0 0.2Lat 36.40S 0.02 Lon 99.01W 0.02Dep 15.0 FIX Half-duration 1.4Principal Axes:

Scale 10**17 NmT Val= 2.39 Plg= 5 Azm=231 N -0.06 78 345 P -2.33 11 140

Best Double Couple:Mo-2.4*10**17 NPl:Strike=276 Dip=79 Slip=-176 NP2: 185 86 -11

09 09 14 11.66 40.263N 78.938E 46km 4.8mb ( 30 obs.} 4.7Msz ( 5 obs.} SOUTHERN XINJIANG, CHINA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B. : US, 14C Centroid Location: Origin Time 09:14:12.5 1.0 Lat 40.25N 0.12 Lon 79.02E 0.15 Dep 33.0 FIX Half-duration 1.0 Principal Axes:

Scale 10**16 NmT val- 4.90 Pig-81 Azm- 60N -1.98 9 239P -2.92 0 329

Best Double Couple:Mo-3.9*10**16NP1:Strike- 68 Dip-45 Slip- 102NP2: 231 46 78

09 12 36 37.26 2.060S 99.731E 28km 6.0mb ( 79 obs.) 5.5Msz ( 48 obs.) SOUTHERN SUMATERA, INDONESIA FAULT PLANE SOLUTION: P-Waves NP1:Strike-105 Dip-69 Slip- 45 NP2: 355 49 152 Principal Axes:

T Plg=46 Azm=329 P 12 226

Comment: The focal mechanism is moderately well controlled and corresponds to reverse faulting with a large strike- slip component. The preferred fault plane is not determined.



Scale 10**17 Nmf Val= 2.81 Plg=44 Azm=348 N -0.02 43 142 P -2.79 13 244

Best Double Couple:Mo-2.8*10**17 NP1:Strike- 15 Dip-49 Slip= 154 NP2: 123 71 44

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 36S, 65C

Centroid Location: Origin Time 12:36:42.4 0.4 Lat 2.38S 0.03 Lon 99.60E 0.04 Dep 30.0 BDY Half-duration 1.6 Principal Axes:

Scale 10**17 Nm T Val- 3.20 Pig-60 Azm- 58 N 0.42 13 305 P -3.63 26 208

Best Double Couple:Mo-3.4*10**17 NP1:Strike-271 Dip-22 Slip- 54 NP2 : 129 72 103

10 01 49 03.45 19.613S 69.792W 52km 5.8mb ( 74 obs.} NORTHERN CHILEFAULT PLANE SOLUTION: P-Waves NP1:Strike-152 Dip-60 Slip- 90 NP2: 332 30 90 Principal Axes:

T Plg=75 Azm= 62 P 15 242





Best Double Couple:Mo=8.7*10**17 NP1:Strike-338 Dip-25 Slip- 92 NP2: 156 65 89

CENTROID, MOMENT TENSOR (HRV) Data used: GDSN L.P.B.: 49S, 97C Centroid Location: Origin Time 01:49:12.5 0.1 Lat 19.97S 0.02 Lon 70.72W 0.02 Dep 58.0 FIX Half-duration 2.2 Principal Axes:

Scale 10**17 NmT Val- 7.65 Pig-73 Azm- 60N 0.95 4 165P -8.60 16 257

Best Double Couple:Mo=8.1*10**17NP1:Strike-353 Dip-29 Slip- 99NP2: 163 61 85

10 04 06 08.67 20.999N 120.322E 32km 5.5mb ( 60 obs.) S.OMsz ( 28 obs.) PHILIPPINE ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 31S, 44C Centroid Location: Origin Time 04:06: 8.6 0.3 Lat 21.ION 0.04 Lon 120.24E 0.05 Dep 15.0 FIX Half-duration 1.3 Principal Axes:


Best Double Couple:Mo=l.9*10**17NP1:Strike=202 Dip=39 Slip= -59NP2: 343 58 -113

10 06 36 28.38 28.501S 63.096W 601km 6.4mb (113 obs.)SANTIAGO DEL ESTERO PROV., ARC. FAULT PLANE SOLUTION: P-WaveS NPl:Strike=177 Dip=90 Slip= -93 NP2: 87 3 -360 Principal Axes:

T Pig-45 Azm-270 P 45 84

Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTION

Dep 602 No. of sta: 28Principal Axes:


Best Double Couple:Mo-2.9*10**19 NPl:Strike= 60 Dip= 9 Slip= -27 NP2: 176 86 -98

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 57S,149C M.W.: 54S,129CCentroid Location:Origin Time 06:36:34.2 0.1Lat 28.62S 0.01 Lon 63.02W 0.01Dep 603.0 0.4 Half-duration 6.8Principal Axes:

Scale 10**19 Nm T Val- 2.36 Pig-44 Azm=244 N 0.81 10 344 P -3.18 45 84

Best Double Couple:Mo=2.8*10**19 NP1:Strike-256 Dip-10 Slip--177 NP2: 164 90 -80

11 08 18 15.67 2.008S 99.770E 21km 6.0mb (121 obs.) 6.3Msz ( 66 obs.) SOUTHERN SUMATERA, INDONESIA FAULT PLANE SOLUTION: P-Waves NP1:Strike-115 Dip-80 Slip- 90 NP2: 295 10 90 Principal Axes:

T Plg=55 Azm= 25 P 35 205


RADIATED ENERGYNo. of sta: 13 Focal mech. F Energy 2.9±0 . 8*10**13 Nm


Scale 10**18 NmT Val- 5.71 Pig-50 Azm- 27N -0.11 2 120P -5.60 40 211

Best Double Couple:Mo-5.7*10**18NPl:Strike-320 Dip- 6 Slip- 110NP2: 120 85 88

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 46S,102C M.W.: 42S, 68C Centroid Location: Origin Time 08:18:23.3 0.1 Lat 2.16S 0.01 Lon 99.60E 0.01 Dep 15.0 FIX Half-duration 4.0 Principal Axes:

Scale 10**18 NmT Val- 5.16 Pig-53 Azm- 40N 0.20 1 308P -5.36 37 218

Best Double Couple:Mo=5.3*10**18NP1:Strike=301 Dip- 8 Slip- 83NP2: 128 82 91

11 21 14 33.76 2.056S 99.669E 28km5.9mb (107 obs.) 5.9Msz ( 39 obs.)SOUTHERN SUMATERA, INDONESIAFAULT PLANE SOLUTION: P-Waves NPl:Strike=112 Dip=77 Slip- 90 NP2: 292 13 90Principal Axes:

T Pig-58 Azm= 22 P 32 202





Best Double Couple:Mo-l.6*10**18

MAY 1994

NPl:Strike=261 Dip=12 Slip= NP2: 116 80

5597

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 47S, 88CCentroid Location:Origin Time 21:14:39.0 0.2Lat 2.26S 0.02 Lon 99.40E 0.02Dep 15.0 FIX Half-duration 2.7Principal Axes:

Scale 10**18 NmT Val- 1.59 Plg=57 Azm= 39 N 0.09 1 306 P -1.68 33 215

Best Double Couple:Mo-1.6*10**18 NPl:Strike=299 Dip=12 Slip- 83 NP2: 127 78 92

12 00 22 23.00 25.068N 109.294W 10km4.7mb ( 26 obs.) S.lMsz ( 3 obs.)GULF OF CALIFORNIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 17S, 29CCentroid Location:Origin Time 00:22:26.9 0.4Lat 24.96N 0.04 Lon 109.46W 0.04Dep 15.0 FIX Half-duration 1.4Principal Axes:

Scale 10**17 NmT val- 2.51 Pig-11 Azm-264 N -0.19 78 103 P -2.31 4 355


13 20 12 27.87 7.972N 123.189E 33km 5.6mb ( 68 obs.) 5.6Msz ( 49 obs.) MINDANAO, PHILIPPINE ISLANDS CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 38S, 73C Centroid Location: Origin Time 20:12:29.1 0.2 Lat 7.93N 0.02 Lon 123.55E 0.02 Dep 35.9 2.1 Half-duration 2.2 Principal Axes:

Scale 10**17 NmT Val- 9.27 Plg= 5 Azm-347N -1.09 80 110P -8.18 8 256

Best Double Couple:Mo=8.7*10**17NPl:Strike- 32 Dip-80 Slip--178NP2: 301 88 -10

14 21 58 30.75 21.168S 169.736E 26km5.3mb ( 21 obs.) 5.2Msz ( 38 obs.)LOYALTY ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 40S, 59CCentroid Location:Origin Time 21:58:37.3 0.2Lat 21.21S 0.03 Lon 169.24E 0.02Dep 38.4 1.6 Half-duration 1.5Principal Axes:



15 03 44 57.52 48.993S 73.666E 10km 5.8mb ( 25 obs.) 5.7Msz ( 12 obs.) KERGUELEN ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 16S, 16C Centroid Location: Origin Time 03:45: 1.8 0.5 Lat 48.85S 0.11 Lon 74.33E 0.21 Dep 15.0 FIX Half-duration 1.0 Principal Axes:

Scale 10**16 NmT Val- 10.47 Plg=53 Azm= 88N -1.57 16 200P -8.90 32 301

Best Double Couple:Mo-9.7*10**16NPl:Strike- 75 Dip=20 Slip- 146NP2: 197 79 73

15 13 46 34.85 19.781S 173.093W 23km5.2mb ( 39 obs.) 5.0Msz ( 39 obs.)TONGA ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 19S, 26CCentroid Location:Origin Time 13:46:40.7 0.6Lat 19.72S 0.09 Lon 172.83W 0.07Dep 15.0 FIX Half-duration 1.1Principal Axes:



17 09 45 25.91 2.116S 99.521E 23km5.3mb ( 51 obs.)SOUTHERN SUMATERA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 23S, 37CCentroid Location:Origin Time 09:45:26.6 0.6Lat 2.29S 0.06 Lon 99.71E 0.07Dep 15.1 FIX Half-duration 2.0Principal Axes:

Scale 10**17 NmT Val- 6.48 Plg=50 Azm= 56 N 1.35 10 315 P -7.84 39 216

Best Double Couple:Mo-7.2*10**17 NPl:Strike-254 Dip-11 Slip- 29 NP2: 135 84 100

17 09 46 13.40 1.902S 99.618E 33km 5.7mb ( 9 obs.) 5.6Msz ( 25 obs.) SOUTHERN SUMATERA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 34S, 60C Centroid Location: Origin Time 09:46:24.9 0.4 Lat 1.98S 0.05 Lon 99.74E 0.05 Dep 15.0 FIX Half-duration 2.0 Principal Axes:


Best Double Couple:Mo-7.6*10**17NPl:Strike-256 Dip-11 Slip- 39NP2: 127 83 99

18 01 51 37.50 25.674S 176.065W 33km5.4mb ( 22 obs.) S.OMsz ( 4 obs.)SOUTH OF FIJI ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 26S, 37CCentroid Location:Origin Time 01:51:45.5 0.6Lat 25.24S 0.06 Lon 175.74W 0.05Dep 51.9 3.8 Half-duration 1.1Principal Axes:



18 03 54 00.55 44.727N 149.401E 26km 6.0mb (158 obs.) 5.9Msz ( 55 obs.) KURIL ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike- 45 Dip=68 Slip- 90 NP2: 225 22 90 Principal Axes:

T Plg=67 Azm=315 P 23 135

Comment: The focal mechanism is moderately well controlled and corresponds to reverse faulting. The preferred fault plane is NP2.



Scale 10**18 NmT Val- 1.72 Pig-53 Azm=338 N -0.01 23 213 P -1.72 27 110

Best Double Couple:Mo=l.7*10**18 NPl:Strike=158 Dip=28 Slip- 32 NP2: 39 76 114

CENTROID, MOMENT TENSOR (HRV)Data used: GDSNL.P.B.: 42S,105CCentroid Location:Origin Time 03:54: 5.6 0.1Lat 44.68N 0.01 Lon 149.78E 0.02Dep 40.0 BDY Half-duration 2.9Principal Axes:


Best Double Couple:Mo=l.9*10**18 NPl:Strike-224 Dip=29 Slip- 99 NP2: 34 62 85

19 17 52 55.49 29.063S 178.376W 258km5.2mb ( 34 obs.)KERMADEC ISLANDS, NEW ZEALANDCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 29S, 43CCentroid Location:Origin Time 17:53: 0.0 0.3Lat 28.27S 0.03 Lon 178.13W 0.03Dep 254.7 1.3 Half-duration 1.9Principal Axes:



19 23 41 43.45 8.204S 124.813E 33km5.4mb ( 37 obs.)TIMOR REGION, INDONESIACENTROID, MOMENT TENSOR (HRV)Data used: GDSNL.P.B.: 22S, 35CCentroid Location:Origin Time 23:41:47.7 0.8Lat 7.71S 0.06 Lon 124.88E 0.06Dep 33.0 FIX Half-duration 1.0Principal Axes:


Best Double Couple:Mo-l.1*10**17 NPl:Strike- 41 Dip-37 Slip- 56 NP2: 261 60 113

20 04 38 32.89 8.189S 124.766E 25km 5.3mb ( 27 obs.) 4.7Msz ( 4 obs.) TIMOR REGION, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 21S, 38C Centroid Location: Origin Time 04:38:37.6 0.5 Lat 7.71S 0.05 Lon 125.14E 0.06 Dep 33.0 FIX Half-duration 1.3 Principal Axes:


Best Double Couple:Mo=2.0*10**17 NPl:Strike- 46 Dip=32 Slip- 76 NP2: 242 59 98

20 16 40 00.34 25.099N 128.829E 37km 5.7mb (110 obs.) S.lMsz ( 41 obs.) RYUKYU ISLANDSCENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 21S, 41C Centroid Location: Origin Time 16:39:59.9 0.2 Lat 25.ION 0.04 Lon 128.76E 0.06 Dep 20.5 2.2 Half-duration 1.8

MAY 1994 PAGE 26

Principal Axes: Scale 10**17 NmT Val- 2.06 Pig-14 Azm-150N -0.16 12 57P -1.90 72 288

Best Double Couple:Mo-2.0*10**17NPl:Strike-255 Dip-33 Slip- -68NP2: 50 60 -104

21 22 01 17.19 17.598N 46.537W 10km 5.0mb ( 59 obs.) 4.8Msz ( 33 obs.) NORTHERN MID-ATLANTIC RIDGE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 26S, 43C Centroid Location: Origin Time 22:01:24.7 0.3 Lat 17.37N 0.04 Lon 46.71W 0.04 Dep 15.0 FIX Half-duration 1.1 Principal Axes:


Best Double Couple:Mo=l.l*10**17 NPl:Strike-191 Dip=31 Slip= -70 NP2: 348 61 -102

22 02 57 15.45 24.232S 66.852W 192km5.3mb ( 73 obs.)SALTA PROVINCE, ARGENTINACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 13S, 15CCentroid Location:Origin Time 02:57:19.0 0.6Lat 24.76S 0.10 Lon 66.94W 0.09Dep 179.8 2.3 Half-duration 1.3Principal Axes: Scale 10**17 Nm T Val= 2.33 Plg= 4 Azm=121 N -0.71 31 213 P -1.62 59 25

Best Double Couple:Mo-2.0*10**17 NPl:Strike=182 Dip=49 Slip--133 NP2: 57 56 -52

22 05 29 08.79 17.565N 46.536W 10km 5.1mb ( 77 obs.) 4.9Msz ( 36 obs.) NORTHERN MID-ATLANTIC RIDGE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 26S, 45C Centroid Location: Origin Time 05:29:16.5 0.2 Lat 17.38N 0.03 Lon 46.51W 0.04 Dep 15.0 FIX Half-duration 1.2 Principal Axes:

Scale 10**17 Nm T Val= 1.44 Plg= 5 Azm=267 N 0.20 8 358 P -1.65 80 146


23 01 41 42.29 18.165N 100.527W 55km 6.0mb (139 obs.) GUERRERO, MEXICO FAULT PLANE SOLUTION: P-Waves NPl:Strike-315 Dip-55 Slip- -90 NP2: 135 35 -90

Principal Axes:T Pig-10 Azm- 45 P 80 225

Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting. The preferred fault plane is NPl.



Scale 10**18 NmT Val= 3.82 Plg= 7 Azm= 41N -0.37 15 133P -3.45 74 286

Best Double Couple:Mo-3.6*10**18NPl:Strike=114 Dip=40 Slip=-113NP2: 324 54 -72

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S,107CCentroid Location:Origin Time 01:41:52.2 0.1Lat 18.19N 0.01 Lon 100.20W 0.01Dep 69.6 0.9 Half-duration 3.3Principal Axes:


Best Double Couple:Mo=2.8*10**18 NPl:Strike-273 Dip-39 Slip- -76 NP2: 74 52 -101

23 05 36 01.63 24.166N 122.535E 20km 5.7mb (147 obs.) 6.OMsz ( 58 obs.) TAIWAN REGIONFAULT PLANE SOLUTION: P-Waves NPl:Strike= 63 Dip=80 Slip- 68 NP2: 310 24 155

Principal Axes:T Plg=50 Azm=309 P 32 171

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting with a moderate right-lateral strike-slip component. The preferred fault plane is NP2.



Scale 10**18 NmT Val= 1.98 Plg=52 Azm-332 N -0.02 6 69 P -1.96 38 163

Best Double Couple:Mo-2.0*10**18 NPl:Strike=287 Dip= 9 Slip- 128 NP2: 68 83 84

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 42S, 96C Centroid Location: Origin Time 05:36: 6.6 0.1 Lat 23.96N 0.01 Lon 122.58E 0.02 Dep 34.9 1.4 Half-duration 2.9 Principal Axes:



23 06 24 54.58 24.028N 122.526E 33km5.4mb ( 78 obs.)TAIWAN REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: IDS, 16CCentroid Location:Origin Time 06:24:54.5 0.5Lat 23.99N 0.05 Lon 121.63E 0.10Dep 42.2 5.9 Half-duration 1.5Principal Axes:

Scale 10**17 Nm T Val= 2.41 Pig-55 Azm-324 N 0.55 19 83 P -2.96 29 184


23 06 46 16.12 35.559N 24.727E 76km 6.Omb (133 obs.) CRETEFAULT PLANE SOLUTION: P-Waves NPl:Strike= 70 Dip=70 Slip= 137 NP2: 178 50 26 Principal Axes:

T Plg=44 Azm= 26 P 12 128

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a large

reverse component. The preferred fault plane is not determined.


CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 41S, 97C M.W.: 30S, 45CCentroid Location:Origin Time 06:46:19.9 0.2Lat 35.02N 0.02 Lon 24.89E 0.02Dep 80.8 1.0 Half-duration 2.7Principal Axes:

Scale 10**18 Nm T Val= 1.35 Pig-34 Azm= 35 N 0.27 55 225 P -1.63 5 128

Best Double Couple:Mo-l.5*10**18 NPl:Strike=177 Dip=63 Slip- 22 NP2: 76 70 151

23 07 32 11.17 15.380S 172.325W 37km5.2mb ( 37 obs.) 5.OMsz ( 2 obs.)SAMOA ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 16S, 20CCentroid Location:Origin Time 07:32:10.6 0.8Lat 15.52S FIX;Lon 172,36W FIXDep 43.9 8.0 Half-duration 1.6Principal Axes:



23 15 16 57.16 24.065N 122.560E 26km 6.0mb (130 obs.) 5.8Msz ( 51 obs.) TAIWAN REGIONFAULT PLANE SOLUTION: P-Waves NPl:Strike- 60 Dip-78 Slip- 90 NP2: 240 12 90



RADIATED ENERGYNo. of sta: 8 Focal mech. M Energy 5 . 5±1.3*10**12 Nm




CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 37S, 77C Centroid Location: Origin Time 15:17: 0.8 0.1 Lat 23.95N 0.02 Lon 122.51E 0.03 Dep 24.0 BDY Half-duration 2.2 Principal Axes:

Scale 10**17 NmT Val- 7.54 Pig-56 Azm-320N 1.18 11 66P -8.73 32 162

Best Double Couple:Mo=8.1*10**17NPl:Strike-286 Dip-16 Slip- 132NP2: 63 78 79

24 02 05 36.29 38.664N 26.542E 17km 5.0mb ( 86 obs.) 5.3Msz ( 7 obs.) AEGEAN SEACENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 20S, 38C Centroid Location: Origin Time 02:05:41.1 0.2 Lat 38.66N 0.03 Lon 26.23E 0.06

MAY 1994

Dep 21.4 2.2 Half-duration 1.5 Principal Axes:

Scale 10**17 NmT Val= 2.71 Pig- 0 Azm=198N -0.75 35 288P -1.96 55 107

Best Double Couple:Mo-2.3*10**17NP1:Strike-258 Dip=54 Slip--135NP2: 138 55 -45

24 02 05 56.65 15.607S 74.735W 34km5.6mb ( 74 obs.) 5.4Msz ( 30 obs.)NEAR COAST OF PERUCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 26S, 45CCentroid Location:Origin Time 02:05:59.3 0.4Lat 16.DOS 0.06 Lon 74.90W 0.05Dep 22.8 3.3 Half-duration 1.8Principal Axes:

Scale 10**17 NmT val- 3.23 Pig-61 Azm-102 N 0.17 18 336 P -3.40 22 239

Best Double couple:Mo-3.3*10**17 NPl:Strike-299 Dip-28 Slip- 49 NP2: 163 69 109

24 04 00 42.18 23.959N 122.448E 16km 6.2mb (137 obs.) 6.7Msz ( 49 obs.) TAIWAN REGIONFAULT PLANE SOLUTION: P-Waves NPl:Strike-260 Dip-83 Slip- -86 NP2: 50 8 -120


Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting. The preferred fault plane is NP1.



Scale 10**18 NmT val- 7.73 Pig-39 Azm-348N 0.17 6 253P -7.90 51 156

Best Double Couple:Mo-7.8*10**18NP1:Strike-116 Dip- 8 Slip- -47NP2: 253 84 -96

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 44S,113C M.W.: 29S, 55C Centroid Location: Origin Time 04:00:47.8 0.1 Lat 23.94N 0.01 Lon 122.43E 0.01 Dep 15.0 BDY Half-duration 4.2 Principal Axes:

Scale 10**18 NmT val- 6.11 Pig-37 Azm-314N 0.98 24 64P -7.09 43 179

Best Double Couple:Mo=6.6*10**18NPl:Strike-343 Dip-24 Slip--172NP2: 245 87 -66

24 21 13 19.33 56.170N 161.169E 95km5.9mb (155 obs.)NEAR EAST COAST OF KAMCHATKAFAULT PLANE SOLUTION: P-Waves NPl:Strike=208 Dip=62 Slip- -90 NP2: 28 28 -90


Comment: The focal mechanism is poorly controlled and corresponds to normal faulting. The preferred fault plane is NPl.



Best Double Couple:Mo=5.0*10**17 NPl:Strike- 40 Dip-23 Slip- -84 NP2: 214 67 -92

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 44S, 96C Centroid Location: Origin Time 21:13:21.7 0.2 Lat 56.DON 0.02 Lon 161.57E 0.03 Dep 100.2 1.8 Half-duration 1.9 Principal Axes:

Scale 10**17 Nm T val- 4.97 Plg=28 Azm=315 N -0.02 4 47 P -4.96 62 145

Best Double Couple:Mo=5.0*10**17 NPl:Strike- 33 Dip=17 Slip=-105 NP2: 228 73 -85

25 00 44 53.03 23.096N 142.456E 33km5.1mb ( 34 obs.) S.OMsz ( 12 obs.)VOLCANO ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 20S, 24CCentroid Location:Origin Time 00:44:53.3 0.4Lat 23.21N 0.07 Lon 142. HE 0.06Dep 15.0 FIX Half-duration 1.1Principal Axes:

Scale 10**17 Nm T val= 1.29 Plg=26 Azm=228 N 0.22 26 332 P -1.52 52 100

Best Double Couple:Mo-l.4*10**17 NPl:Strike=275 Dip=30 Slip=-151 NP2: 159 76 -63

25 01 41 28.65 23.037N 142.339E 35km5.0mb ( 26 obs.) S.lMsz ( 10 obs.)VOLCANO ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 26S, 32CCentroid Location:Origin Time 01:41:29.0 0.3Lat 23.16N 0.07 Lon 142.05E 0.06Dep 15.0 FIX Half-duration 1.2Principal Axes:



25 04 03 41.26 4.199S 135.489E 33km6.0mb ( 79 obs.) 6.4Msz ( 63 obs.)IRIAN JAYA REGION, INDONESIAFAULT PLANE SOLUTION: P-Waves NPl:Strike-272 Dip-85 Slip- 0 NP2: 2 90 185Principal Axes:

T Plg= 4 Azm=137 P 4 227

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting. The preferred fault plane is not determined.



Scale 10**18 NmT Val= 7.02 Pig- 5 Azm=315 N 0.68 74 64 P -7.70 15 223

Best Double Couple:Mo-7.4*10**18 NPl:Strike- 0 Dip=76 Slip--173 NP2: 268 83 -14

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 54S,129C M.W.: 47S, 95CCentroid Location:Origin Time 04:03:43.5 0.1Lat 4.03S 0.01 Lon 135.46E 0.01Dep 15.0 FIX Half-duration 4.1Principal Axes:


Best Double Couple:Mo=5.4*10**18NPl:Strike-356 Dip-73 Slip--174NP2: 264 85 -17

25 07 52 07.91 22.988N 142.372E 23km5.5mb ( 80 obs.) 5.6Msz ( 45 obs.)VOLCANO ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 28S, 47CCentroid Location:Origin Time 07:52: 9.8 0.3Lat 23.DON 0.04 Lon 142.24E 0.04Dep 15.0 FIX Half-duration 1.5Principal Axes:

Scale 10**17 Nm T Val= 3.10 Plg=16 Azm-244 N 0.57 8 336 P -3.67 72 93

Best Double Couple:Mo=3.4*10**17 NPl:Strike-322 Dip=30 Slip--106 NP2: 161 61 -81

25 16 36 53.36 1.962S 138.805E 28km 5.5mb ( 56 obs.) S.lMsz ( 20 obs.) NEAR NORTH COAST OF IRIAN JAYA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 303, 46C Centroid Location: Origin Time 16:36:56.8 0.3 Lat 1.90S 0.03 Lon 139.05E 0.04 Dep 15.0 FIX Half-duration 1.3 Principal Axes:



25 18 42 19.36 7.646N 94.279E 25km5.7mb (110 obs.) 5.5Msz ( 34 obs.)NICOBAR ISLANDS, INDIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 42S, 78CCentroid Location:Origin Time 18:42:23.6 0.2Lat 7.70N 0.02 Lon 94.37E 0.02Dep 41.4 1.6 Half-duration 2.1Principal Axes:

Scale 10**17 NmT Val- 7.30 Pig- 6 Azm-103 N -0.62 84 272 P -6.68 1 13


25 22 10 28.62 5.426N 61.068E 10km5.3mb ( 40 obs.) 4.9Msz ( 6 obs.)CARLSBERG RIDGECENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 19S, 29CCentroid Location:Origin Time 22:10:34.4 0.8Lat 6.04N 0.07 Lon 61.16E 0.05Dep 15.0 FIX Half-duration 1.3Principal Axes:



25 22 13 32.74 5.776N 61.413E 10km 5.4mb ( 56 obs.) S.OMsz ( 8 obs.) CARLSBERG RIDGECENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 23S, 33C Centroid Location: Origin Time 22:13:36.0 0.6 Lat 5.90N 0.06 Lon 61.23E 0.06

MAY 1994 PAGE 28

Dep 15.0 FIX Half-duration 1.2 Principal Axes:

Scale 10**17 NmT Val- 1.24 Pig- 0 Azm=203N -0.01 0 113P -1.23 90 180

Best Double Couple:Mo-1.2*10**17NPl:Strike=293 Dip=45 Slip- -90NP2: 113 45 -90

26 00 30 06.71 5.679N 61.528E 10km5.3mb ( 49 obs.) 4.9Msz ( 18 obs.)CARLSBERG RIDGECENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 39S, 62CCentroid Location:Origin Time 00:30:11.1 0.2Lat 5.73N 0.02 Lon 61.31E 0.02Dep 15.0 FIX Half-duration 1.5Principal Axes:

Scale 10**17 NmT Val- 1.79 Pig- 0 Azm-210 N 0.13 0 120 P -1.92 90 180

Best Double Couple:Mo-l.9*10**17 NP1:Strike=300 Dip-45 Slip- -90 NP2: 120 45 -90

26 08 01 51.20 4.455S 134.535E 33km 5.3mb ( 29 obs.) 4.8Msz ( 5 obs.) IRIAN JAYA REGION, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 14S, 23C Centroid Location: Origin Time 08:01:50.5 1.3 Lat 4.51S 0.13 Lon 134. HE 0.09 Dep 18.8 4.6 Half-duration 1.1 Principal Axes:

Scale 10**16 NmT Val- 8.58 Pig- 6 Azm-131N 2.63 39 36P -11.22 50 227

Best Double Couple:Mo-9.9*10**16NP1:Strike-255 Dip-52 Slip- -37NP2: 10 62 -136

26 08 26 52.43 35.305N 4.103W 10km 5.7mb (127 obs.) 5.8Msz ( 36 obs.) STRAIT OF GIBRALTAR FAULT PLANE SOLUTION: P-Waves NP1:Strike- 93 Dip=75 Slip=-170 NP2: 0 80 -15 Principal Axes:

T Pig- 4 Azm= 47 P 18 316

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a small normal component. The preferred fault plane is not determined.

RADIATED ENERGYNo. of sta: 15 Focal mech. F Energy 2.5+0.4*10**13 Nm


Scale 10**17 NmT Val- 9.70 Pig- 3 Azm= 47 N 0.11 78 152 P -9.80 11 317

Best Double Couple:Mo-9.7*10**17 NPl:Strike- 93 Dip=80 Slip--174 NP2: 2 84 -10

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 43S,101C Centroid Location: Origin Time 08:26:59.4 0.1

Lat 35.37N 0.02 Lon 3.91W 0.02Dep 15.0 FIX Half-duration 2.4Principal Axes:

Scale 10**17 Nm T Val- 11.86 Plg=24 Azm= 72 N -3.51 48 191 P -8.35 33 326

Best Double Couple:Mo-l.0*10**18 NPl:Strike=112 Dip=48 Slip--173 NP2: 17 85 -42

26 13 50 36.06 23.397N 142.307E 33km4.6mb ( 12 obs.) 5.IMsz ( 9 obs.)VOLCANO ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 22S, 32CCentroid Location:Origin Time 13:50:47.3 0.3Lat 23.41N FIX;Lon 142.30E FIXDep 15.0 FIX Half-duration 1.3Principal Axes:

Scale 10**17 NmT Val- 2.54 Plg=33 Azm=245 N -0.11 1 155 P -2.43 57 64

Best Double Couple:Mo-2.5*10**17 NPl:Strike-338 Dip=12 Slip- -87 NP2: 155 78 -91

27 06 53 04.97 6.221S 130.450E 128km5.3mb ( 36 obs.)BANDA SEACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 25S, 33CCentroid Location:Origin Time 06:53:10.2 0.6Lat 5.91S 0.05 Lon 130.62E 0.06Dep 135.6 1.6 Half-duration 1.1Principal Axes:



29 14 11 50.96 20.556N 94.160E 36km 6.2mb (134 obs.) 6.2Msz ( 52 obs.) MYANMARFAULT PLANE SOLUTION: P-Waves NPl:Strike-143 Dip-90 Slip- 100 NP2: 233 10 360 Principal Axes:

T Plg=44 Azm= 63 P 44 223

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting with a small strike- slip component. The preferred fault plane is not determined.

RADIATED ENERGYNo. of sta: 11 Focal mech. F Energy 1.3 + 0.4*10**13 Nm


Scale 10**18 NmT Val- 4.60 Plg=35 Azrn- 75N -0.72 31 320P -3.88 40 200

Best Double Couple:Mo=4.2*10**18NPl:Strike-224 Dip-31 Slip- -6NP2: 319 87 -121

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 48S,120C M.W.: 42S, 83C Centroid Location:

Origin Time 14:11:59.3 0.1 Lat 20.45N 0.01 Lon 94.17E 0.01 Dep 49.1 0.8 Half-duration 4.4 Principal Axes:



30 18 35 46.70 10.289S 108.354W 10km 5.2mb ( 27 obs.) 4.9Msz ( 34 obs.) CENTRAL EAST PACIFIC RISE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 48S, 86C Centroid Location: Origin Time 18:35:53.5 0.3 Lat 10.58S 0.03 Lon 108.40W 0.03 Dep 15.0 FIX Half-duration 1.5 Principal Axes:


Best Double Couple:Mo=3.2*10**17 NPl:Strike- 63 Dip-35 Slip--128 NP2: 286 63 -67

31 17 41 55.58 7.414N 72.033W 12km 6.3mb (129 obs.) 5.6Msz ( 52 obs.) NORTHERN COLOMBIA RADIATED ENERGYNo. of sta: 20 Focal mech. M Energy 3.1+0.5*10**13 Nm


Scale 10**17 NmT Val- 9.11 Pig-80 Azm-353N -0.06 10 165P -9.04 1 255

Best Double Couple:Mo=9.1*10**17NPl:Strike-356 Dip-44 Slip- 105NP2: 155 47 76

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 49S,107C M.W.: 36S, 47C Centroid Location: Origin Time 17:42: 3.6 0.1 Lat 7.62N 0.01 Lon 72.03W 0.01 Dep 15.0 BDY Half-duration 2.4 Principal Axes:


Best Double Couple:Mo=l.2*10**18NPl:Strike-133 Dip=32 Slip- 54NP2: 354 65 110

31 20 45 55.49 7.330N 71.994W 39km5.5mb ( 95 obs.) 4.7Msz ( 26 obs.)VENEZUELACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 31S, 40CCentroid Location:Origin Time 20:46: 2.0 0.3Lat 7.83N 0.05 Lon 72.12W 0.04Dep 21.3 2.0 Half-duration 1.2Principal Axes:

Scale 10**17 Nm T Val- 1.61 Plg=65 Azm=329 N -0.02 24 164 P -1.59 6 71

Best Double Couple:Mo-1.6*10**17 NPl:Strike-137 Dip=45 Slip- 54 NP2: 2 55 120

Compiled by Pingsheng Chang, Willis S. Jacobs, Stuart K. Koyanagi, Christina K. Lavonne, John H. Minsch, Russell E. Needham, Waverly J. Person, Bruce W. Presgrave, William H. Schmieder and Pamela J. Tatalaski.

01 May 1994 12:00:35.76 Hindu Kush Region, Afghanistan

LBNH(LHZ)

GRFO(LHZ)

PAB (BHZ)

WDC^LHZ)

CBM (LHZ)

BOSA (LHZ)

HNR (LHZ)

(LHZ)

CTAO (LHZ) p x6 v '

M and B0 1 2

Time (min)

COL (LHZ)

^V"VW\A/V-- ADK (LHZ)P x3 V '

HIA (BHZ)

MDJ (LHZ)

£MG (LHZ)

MAJO (LHZ)

LZ (LHZ)

SSE (BHZ)

(LHZ)

KMI (LHZ)P xS v '

(LHZ)CHTO (BHZ)Pxl x '

GUMO (LHZ) p xa '

01234Time (min)

02 May 1994 17:14:00.88 Southwest of Sumatera, Indonesia

KMI (LHZ)

GRFO(LHZ)

20

M and B

0 1 2Time (min)

XAN (LHZ)Px4 V '

NWAO (LHZ) p xe x

ENH (LHZ)

MDJ (LHZ)

SSE (LHZ) v '

TATO (LHZ)

MAJO (BHZ)

(LHZ)

PMG (LHZ)P x3 x '

HNR (LHZ)P x6 x '

(LHZ)

CTAO (LHZ)

20:t

01234Time (min)

03 May 1994 16:36:43.65 Trinidad

YSNY(LHZ)

PAS (LHZ)

HRV(LHZ)

PFO (LHZ) /^\/vw^~

NNA (LHZ)

CBM (LHZ)

COL (LHZ)

BDFB (BHZ)

NEW (LHZ)

COR (LHZ) v '

45M and B

0 1 2Time (min)

LPAZ (LHZ)P x? V X 45

01234Time (min)

04 May 1994 06:37:36.08 Vanuatu Islands

COL (LHZ)V '

MAJO (LHZ)

GUMO (LHZ)p*4 * '

HNR (LHZ) Pn xl x '

LZH (LHZ)P*16 V '

ENH (BHZ)

PMG (BHZ) ___LP xl v '

KMI8 (LHZ)

CTAO (LHZ)

WRAB(LHZ)

NWAO(LHZ)

CHTO (LHZ)P x!2 X '

M and B0 1

Time (min)

COR (LHZ)

WDC (LHZ)P x43 v '

CMB (BHZ)

SAO (LHZ)

ISA (LHZ)P *4T '

PAS (LHZ)

AFxI fl(LHZ)

PFO (BHZ)

ANMO (LHZ)

TUCfl (BHZ)

:i...-..,.01234

Time (min)

06 May 1994 22:39:26.59 New Ireland Region, P.N.G,

YSS (LHZ)PxU N '

MAJO (LHZ) p xte * '

GUMO (LHZ)

MOJOHZ)

SSE (LHZ)

XAxN(LHZ)

ENH (BHZ)

KMI (LHZ)P x|6 X '

CHTO (LHZ)

WRAB (BHZ)

CTAp (BHZ)

LSA (BHZ)

YAK (LHZ)

WDC(LHZ)

CMB (LHZ)

SAxO(LHZ)

JSA^LHZ)

GSC(LHZ)

AFxI? (LHZ)

RAR (LHZ)

TAU (LHZ)

M and B

0 1 2Time (min)

15

01834Time (min)

09 May 1994 12:36:37.26 Southern Sumatera, Indonesia

XAN (BHZ)

CHTO (LHZ)

KMI (LHZ)

WMQ(LHZ)

GNI (LHZ)Pxll*

OBN (BHZ)P x2 N '

YAK (BHZ)

YAK (LHZ)

BOSA(LHZ)

MA2 (LHZ) p xe x '

M and B

0 1 2 Time (min)

ENH (LHZ)P x4 V '

(BHZ)

MDJ (LHZ)P x6 V '

MDJ (BHZ)

MAJO (LHZ)

YSS (LHZ)

01234Time (min)

10 May 1994 01:49:03.45 Northern Chile

YSNY (LHZ)P «137 V '

MYNC(LHZ) LSCT (LHZ)v '

CCM (LHZ)P ' SJG (LHZ)P V

MIAR (BHZ)P x63 V '

MIAR (LHZ)P x!4« V '

ANMO (LHZ)P xl89 V '

ANMO (BHZ)

TUCJLHZ)

1703.

0

LPAZ (LHZ)Pn xi v '

JSA^LHZ)

M and B0 1 2

Time (min)

BINY(LHZ)

BINY (BHZ)P «84 X '

CBM^LHZ)

PAB (LHZ) p xiao

GRFO (LHZ)Pdirt *3CT

XAN (BHZ)x64PKPdt

BOSA (LHZ)

CMB (BHZ)

CMB (LHZ)P «164V 7

WDC (LHZ) p xier '

170

01234Time (min)

10 May 1994 06:36:28.38 Santiago Del Estero Prov., Arg.

SJG (LHZ)P x« V '

CCM (BHZ) LSCT (LHZ)P V '

TUC (LHZ)

NNA (LHZ)PX« v '

GSC (BHZ) v '

SMTC (LHZ)P xfl

SVD (LHZ)v*i '

ISA (LHZ)p x? v '

SBC (LHZ)P x? X '

WDC (LHZ)p xia v '

RAR (LHZ)p x '

HNR (LHZ)Pdlff «77 '

70M and B

01234Time (min)

SPA (LHZ)P x7 V '

CMB (LHZ)P KlO V '

01234Time (min)


CHTO (LHZ)

KMj (LHZ) P

(BHZ)

NRIL (BHZ) PKB v '

GNI (LHZ)pxir '

OBN (BHZ)P

65M and B

0 1 2Time (min)

XAN (BHZ)P *4 V '

NWAO (LHZ)

ENH (LHZ)P x3

(LHZ)

HIA (LHZ)

SSE (LHZ) P »3

YSJ (LHZ)

MAJO (BHZ)P x4 V '

MA2 (LHZ)

GUMO (LHZ)

HNR (LHZ)

WRAB (LHZ)

(LHZ)

65

01234Time (min)


KMJ (LHZ)

CHTO (LHZ) ^/\/> ^

LZH (BHZ)Px8 V '

LSA(BHZ)

WMQ(LHZ)

MA2 (LHZ)

GNI (LHZ)

MCWV4 (BHZ)

COL (LHZ) Pdirr xie

BOSA (LHZ)

AFIg (LHZ)

XAN (LHZ)

ENH (LHZ)

HIA (BHZ)

HIA (LHZ)

SSE (LHZ)Px8 V 7

MDJ (LHZ)

YSS (LHZ)

GUMO (LHZ)

PMG (BHZ)

WRAB (LHZ)

CTAO (LHZ)

15-,3. M ar

01 i . . i iand B

0 1 2Time (min)

15

01234Time (min)

18 May 1994 03:54:00.55 Kuril Islands

ES^LHZ)

GNI^LHZ)

WMg (BHZ)

HIA^LHZ)

MDJJLHZ)

LZHJLHZ)

^JO(LHZ)

570-4.

0-M and B

0 1 2Time (min)

(LHZ)

COL.JLHZ)

CCM7|(BHZ)

COR (LHZ) p x4ar '

WDC^LHZ)

PFOJLHZ)

CMB^LHZ)

(BHZ)

NWAO (LHZ)

570

01234Time (min)

23 May 1994 01:41:42.29 Guerrero, Mexico

COL (BHZ)P xll % 7

GSC (BHZ)

BAR (LHZ)

WDC3 (LHZ)

CMB (BHZ)

ISA (LHZ)P«7 X 7

SAxO(LHZ)

SBC (LHZ)

COR (BHZ)

ADK(LHZ)

110

WMOK (BHZ)Pit xl

(LHZ)

CCM (LHZ)

MYNC (LHZ)

YSNY (LHZ)

CEH (LHZ)

ESK(BHZ)

GRFO (LHZ)

J\^ &&WVBDFB (LHZ) p xaa

0 1 2Time (min)

01234Time (min)

23 May 1994 05:36:01.63 Taiwan Region

MDJ (BHZ)

HIA (LHZ)

ESxK(LHZ)

XAN (BHZ) Pn x|

LZH (LHZ)

ENH (LHZ) Pn *i

WMQ (LHZ)

KMI8 (LHZ)

LSA (LHZ)P*3 ^ '

OJZ 8(LHZ)

30:t

o

CHTO(LHZ)

GRFO (LHZ)

M and B0 i

Time (min)

(BHZ)

. -sJ\J\^ ^WAA/ NEW (LHZ)

NWAO (LHZ)

ADK (LHZ)Px|? v '

CMB (LHZ)

ISA (LHZ)p *vr '

GUMO (LHZ)

HNR (LHZ)

PMG (LHZ)P x6

CTAO (LHZ)p v 7

WRAB (BHZ)p v '

30

01234Time (min)


WMQ (LHZ)P x6* V '

WMQ (BHZ)

XAN (LHZ)Pn x« v '

LZH (LHZ)Px| x '

ENH (LHZ)

LSA(LHZ)

KMI (BHZ) Pn xi v '

CHTO (BHZ)P x8

GNIo (LHZ)

20:t

oM and B

0 l 2 Time (min)

HIA (LHZ)Px3 v '

MDJ (LHZ)

MA2 (LHZ)P V '

pxK(LHZ)

COL (LHZ)x 7

MAJO (LHZ)v 7

COR (LHZ)PxZ9 v 7

CMB (LHZ)P X4I V 7

GUMO (LHZ)

WRAB (LHZ)

20:t

o01234

Time (min)


MDJ (LHZ)v '

HIA (LHZ)

KONO (BHZ)f «13

ARU (BHZ)F xlO '

XAN(LHZ)

ENH (LHZ) Pn *8

ZH (BHZ)

WMQ(LHZ)

LSA(BHZ)

CHTO (LHZ)

160 -I

GNI3 (LHZ)

GRFO(LHZ)

PAB (LHZ) Pdlfl «M '

M and B

0 1 2Time (min)

GUMO (LHZ) v y

HNR (LHZ)

PUG (BHZ)

CTAO (BHZ) p xa v 7

WRAB (LHZ)

NWAO (LHZ) 150

01234Time (min)

25 May 1994 04:03:41.26 Irian Jaya Region, Indonesia

TATO (BHZ) p v '

P x6

XAN (LHZ)Px8 X '

LZH (BHZ)

LZH (LHZ) p x9 v '

ENH (LHZ)Px6 X '

(LHZ)

?IZ(LHZ)

KMI(LHZ)

CHTO (BHZ)

CHTO (LHZ) p «4 v 7LS,A(LHZ)

NWAO (LHZ)

^-A/VVW HIA3(LHZ)

MDJ (LHZ)P*13 V '

MAJO (LHZ)P x|8 X '

GUMO (LHZ)PK| x '

MA2 (LHZ) v 7

AFI (LHZ)PK||V '

HNR (LHZ)

RAR (LHZ) p xie v '

PMG (LHZ)

CTAO (LHZ) p v y

(LHZ)

50M and B

0 1 2Time (min)

WRAB (LHZ)Pn *2 50

01234Time (min)

29 May 1994 14:11:50.96 Myanmar

COL. (BHZ)

LSA (LHZ)Pn V '

GRFg (LHZ)

6603.

0M and B

0 l 2 Time (min)

WRAB (LHZ) p xiae v '

MA2 (LHZ)P x|OTV '

HIA (LHZ)Pxfl4 V '

XAN (BHZ)

ENH (LHZ)

KMI (BHZ)Pn x3 N '

SSE (LHZ)P K40

MAJO (BHZ)Px86 V '

GUMO (LHZ)

CHTO (LHZ) Pn xl v '

HNR (LHZ)P x|8S '

PMG (BHZ)P X48

6601

01234Time (min)

31 May 1994 17:41:55.58 Northern Colombia

BINY(LHZ)

MCWV (LHZ)P x|| v '

MYNC (LHZ)

CCM (LHZ)

WMOK (LHZ)P X9 V

ANMO (BHZ)P x«

GSC (LHZ)P x|0 '

M and B

0 lTime (min)

LBNH (LHZ) P xia v 7

-^^

NNA (LHZ)

HRV (BHZ)Px« V '

CBM (LHZ)PX|| v '

SJG (LHZ) Pn x|

COL (BHZ)

ESK(LHZ)

PAB (LHZ)

GRFO (LHZ)p *eo v '

NEW (BHZ)P x3

30

01234Time (min)

Ear

thq

uak

e F

ocal

Mec

hani

sms

for

May

19

94

30°E

60

°E

90°E

12

0°E

15

0°E

180°

150°

W

120°

W

90°W

60

°W

30°W

60°N

-

30°N

-

30°S

-

60°S

-

- 60

°N

- 30

°N

- 30

°S

- 60

°S

30°E

60

°E

90°E

12

0°E

15

0°E

18

0°

150°

W

120°

W

90°W

60

°W

30°W

-a*.

EXPLANATION Depth

<70km Z70km O D Magnitude <5.0 O D Magnitude 5.0-5.9

o0 300 km

Earthquake epicenters in Alaska and adjacent regions for May, 1994

p ° <o

EXPLANATION ~ 7 O Magnitude <5.0 O Magnitude 5.0-5.9

Earthquake epicenters in the conterminous United States and adjacent regions for May, 1994

70km

70

-300

km

>

300

kmA

Mog

nit

X

D

| A

M

ogni

t

Prin

ted

on R

ecyc

led

Pap

erE

arth

quak

es lo

cate

d in

May

, 19

94U

S

GO

VE

RN

ME

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PR

INT

ING

OF

FIC

E 1

99

5-8

41

3

32

MONTHLY LISTING.\m\\\\\\\ \\ \ \

S. DEPARTMENT OF THE INTERIOR/GEOLOGICAL SURVEYNational Earthquake Information Center

JUNE 1994K DAYEY

01010101010101010101010101

a 01

01010101010101010101010101010101010101010101010101010101010101010101010101010101010101

ORIGIN TIME UTC

HR

0001010202020202020202030303

03040404040505060606070707070808090909101010101010111111121213131414161616171717171818

MN

5302340106152433445358041213

25192931424654154348091642542954242852111533364357113357002324570553062047112026410031

SEC

51.223.6*57. '5s56.555.9%21.4*55.3?48.005.5%34.7s07.2*26.833.8?47.1

09.921.4?16.0%50.4%47.5?32.6s35.9*30.6%29.3?18.236.9?21.6*52.3?03.2*53.820.3?33.7?08.021.2%00.348.7*48.514.109.7*02.4*33.5?08.426.239.315.7%46.752.0?36.1%32.7%45.300.659.3*28.9?49.625.402.1?39.6s43.4*

GEOGRAPHIC COORDINATES

LAT

3535613746224435466335403511

1143114034363936,35,35323633,74443215,424435,13,35,43304639,38404040,4155,26,40,11,39,6,

44,35,41386031

.178

.233

.412

.498

.121

.916

.07

.204

.394

.351

.224

. 694

.12

.913

.955

.34

.918

.828

.06

.803

.901

.723

.31

.251

.29

.819

.95

.907

.774

.37

.25

.331

.318

.244

.789

.232,089.619.066.25.307,088.100.059,192,82.871.425.229.382.558.66,155,410.81.236.745

NNNSNNNNNNNNSN

NNNNSNNNNNSNSNNSNSNNNNNSNNNNNNNNSNNNSNNNSNS

DEPTH MAGNITUDES SD GS

LONG

34

141176.

2.92,74,1,

151,4.

25,71,60,

60,146,60,28.70,

121.19.2.

38,4,

72,69,72,8,6,

71.60.

173.8,4,

90.4.

20.178,27,27,39.22.22.21,21,

159.26,21,61,26,

154.141.

4.20.

179.152,70.

.950

.023

.277,724.988.868.85,000.858,272,038,744,03,998

.723

.85

.765

.452,32,539,730,864,24,045,22.600,17,737,643,69.60,940,258.023.913,009,888,262,709,73,463,070,076,888,979,69,793,890,366,266.964,01,068,205,69,137,241

WWWEEEEWEWWEWW

WEWEWWEWEWWEWEEWWEEWWWEWWEEEEEEWEEWEEEWEWWW

10100

1655

3310245

12105

12573

23103310

1108

101033101033331010333314101090101033101010101055

845

10401067

24510101089

128

MB Msz

G 3.9G

4.2GN 4.4G

G

GG*D 5.3

G 4.5NGG

GGNGGN 4.4NG 4.0GNN

GGG 3.9GGN 5.0G 4.2 3.8GG 4.3GGGG? 3.3GG* 3.6G* 4.5? 3.9GGG 4.1

?

1.31.4

1.41.31.20.31.10.7

0.61.00.80.9

1.01.10.20.51.1

1.51.40.80.50.81.30.51.50.10.40.30.90.21.31.21.20.61.50.70.30.91.01.41.20.41.10.90.60.60.50.91.21.11.21.4

0.4

NO. STAUSED

347

153314154

227

6059

12342

2010759

771510131312101210895

247889

1129234

2019157

106867

10128

1614184812


STRAIT OF GIBRALTAR. MD 4.0 (RBA). mbLg 3.9 (MOD).STRAIT OF GIBRALTARSOUTHERN ALASKA. <AEIC>. ML 2.5 (AEIC).NORTH ISLAND, NEW ZEALANDFRANCE. ML 2.5 (LDG).INDIA-BANGLADESH BORDER REGIONNORTHERN ITALY. ML 1.7 (GEN).STRAIT OF GIBRALTAR. mbLg 3.5 (MOD). MD 3.4 (RBA).FRANCE. ML 1.6 (LDG).CENTRAL ALASKA. <AEIC>. ML 2.9 (AEIC), 3.2 (PMR).STRAIT OF GIBRALTARAEGEAN SEACENTRAL CHILE. MD 3.8 (SAN).WINDWARD ISLANDS. Mw 5.4 (HRV). MD 5.5 (TRN). Felt (V)on Grenada, St. Vincent, Trinidad, and Tobago.WINDWARD ISLANDS. MD 3.9 (TRN).KURIL ISLANDSWINDWARD ISLANDS. MD 3.3 (TRN).TURKEY. ML 3.0 (ISK).CHILE-ARGENTINA BORDER REGION. MD 3.3 (SAN).CENTRAL CALIFORNIA. <GM-P>. MD 3.1 (GM). ML 2.8 (GS).GREECE-ALBANIA BORDER REGION. MD 3.1 (ATH).STRAIT OF GIBRALTAR. mbLg 2.8 (MOD).JORDAN - SYRIA REGION. ML 3.7 (BHL).STRAIT OF GIBRALTAR. mbLg 3.3 (MOD).OFF COAST OF CENTRAL CHILE. MD 4.0 (SAN).HINDU RUSH REGION, AFGHANISTANOFF COAST OF CENTRAL CHILE. MD 4.3 (SAN).GREENLAND SEAFRANCE. ML 2.4 (GEN).NEAR COAST OF CENTRAL CHILE. MD 3.9 (SAN).LEEWARD ISLANDS. ML 2.6 (FDF).SOUTH ISLAND, NEW ZEALAND. ML 4.5 (WEL).NORTHERN ITALY. ML 2.2 (GEN).STRAIT OF GIBRALTAR. mbLg 3.3 (MOD). MD 3.1 (RBA).NEAR COAST OF GUATEMALA. MD 4.5 (GCG).STRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.1 (RBA).NORTHWESTERN BALKAN REGION. ML 2.4 (TTG).KERMADEC ISLANDS, NEW ZEALANDNORTHERN MID-ATLANTIC RIDGETURKEY. ML 2.7 (ISK).TURKEY. ML 4.0 (ISK)GREECE. MD 3.3 (ATH).GREECE. MD 3.2 (ATH).GREECENORTHWESTERN BALKAN REGIONALASKA PENINSULAREPUBLIC OF SOUTH AFRICAGREECEWINDWARD ISLANDS. MD 3.6

ML 4.7 (BHL)

ML 1.9 (SKO).

ML 2.7 (PRE).

(TRN).TURKEY. ML 3.2 (ISK). MD 3.0 (ATH). SOLOMON ISLANDS HOKKAIDO, JAPAN REGIONSTRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.3 (RBA). ALBANIA. ML 3.1 (TTG), 3.0 (TIR). EAST OF NORTH ISLAND, N.Z. ML 4.3 (WEL). SOUTHERN ALASKA. <AEIC>. CHILE-ARGENTINA BORDER REGION. MD 4.4 (SAN).


JUN 1994 PAGE 2

0101010101010202020202020202

a 02020202020202020202020202020202020202020202020202020202020202

0202

f 02

020202020202020202020202020202020203030303030303030303030303030303

a 03

181921222223000102020303030404050607070708080808080910101010111111121212131314151515161616

171718

18181819202121212121212222232323230000010101010202020203030304040404

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383917

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193609492835461047571443344235024034065256014213252458104547004327524659085205.094856111039

1300,34.

2805.45,18,11,06,29,49.00,07.58,37,45,50,29,11,22.38,56.57,26.17,41,49.23,17.37,34.45,04,26,3129,50,

.6

.1*

.5*

.3%

.6%

.6

.2%

.6?

. 0*

.6%

.4&

.5

.2

.3?

.5

.0%

.7?

.7?

.9%

.6

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.7

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.4

.7

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RAT ISLANDS, ALEUTIAN ISLANDS. ML 5.1 (PMR).MINDANAO, PHILIPPINE ISLANDSMINDANAO, PHILIPPINE ISLANDSREPUBLIC OF SOUTH AFRICA. ML 3.7 (PRE).NORTHERN ITALY. ML 1 . 6 (GEN).KURIL ISLANDSSPAIN. mbLg 2.7 (HDD).SANTA CRUZ ISLANDSHOKKAIDO, JAPAN REGIONTURKEY. ML 2.8 (ISK) .SOUTHERN CALIFORNIA. <PAS-P>. ML 3 . 8 (PAS), 3.8 (GS).AUSTRIA. ML 2.6 (VIE). MD 2 . 9 (LJU), 2.7 (TRI).BANDA SEAAZORES ISLANDSPHILIPPINE ISLANDS REGION. Mw 5.4 (HRV) .WINDWARD ISLANDS. MD 3 . 1 (TRN).OFF EAST COAST OF KAMCHATKANORWEGIAN SEA. MD 2 . 0 (BER).TURKEY. ML 2.8 (ISK) .STRAIT OF GIBRALTAR. MD 2.8 (RBA).VANUATU ISLANDSTURKEY. ML 2 .7 (ISK) .TURKEY. ML 2.8 (ISK) .NORTHERN ITALY. ML 2 . 5 (GEN).PUERTO RICO REGIONNEAR COAST OF NICARAGUAVANCOUVER ISLAND REGION. <PGC-P>.TURKEY. ML 2.8 (ISK) .CENTRAL ALASKA. <AEIC>.GREECEVANUATU ISLANDSSOUTHERN NORWAY. MD 1 . 7 (BER).PYRENEES. ML 1.0 (STR).TURKEY. ML 2 .8 (ISK) .GREECE -BULGARIA BORDER REGIONNORTHWESTERN BALKAN REGION. ML 1.8 (SKO).MYANMAR- INDIA BORDER REGIONAEGEAN SEA. ML 3 . 5 (ATH) .NEAR EAST COAST OF KAMCHATKAHOKKAIDO, JAPAN REGIONMARIANA ISLANDSGREECESOUTHERN NORWAY. MD 1 . 8 (BER).NORTHERN ITALY. ML 2 . 5 (GEN), 2.4 (LOG).CENTRAL ITALY. MD 4.2 (TRI). ML 4.1 (TTG), 3.8 (VIE),3 . 7 ( LDG ) .CENTRAL ITALY. MD 4.2 (TRI). ML 3.9 (LDG), 3.9 (TTG).CENTRAL ITALY. ML 3 . 8 (LDG).SOUTH OF JAWA, INDONESIA. Mw 7.8 (GS), 7.8 (HRV). Ms6.8 (BRK) . Mo-2.5*10**20 Nm (PPT). At least 250 peoplekilled, 27 rnissing, 423 injured and many left homeless.About 1,500 houses damaged or destroyed and 278 boatssunk or damaged. Most of the casualties and damage werecaused by a tsunami along the southeast coast of Jawa.Tsunami runup of 500 meters occurred in some places.The quake was felt strongly across Bali, central andeastern Jawa, Lombok and Sumbawa Islands. Two eventsabout 14 seconds apart observed on broadbanddisplacement seismograms .VENEZUELANORTHERN COLOMBIASOUTH OF JAWA, INDONESIAJAVA SEACHILE-ARGENTINA BORDER REGION. MD 3.6 (SAN).SOUTH OF JAWA, INDONESIACRETE. MD 3.8 (ATH) .SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIANEAR COAST OF CENTRAL CHILE. MD 3 . 7 (SAN).STRAIT OF GIBRALTAR. mbLg 3.1 (MDD) . MD 2 . 9 (RBA).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIAGREECE. ML 3 .2 (ATH) .SOUTH OF JAWA, INDONESIACENTRAL ALASKA. <AEIC>.REPUBLIC OF SOUTH AFRICA. ML 2.9 (PRE).SOUTH OF JAWA, INDONESIATURKEY. ML 3.0 (ISK) .SOUTH OF BALI, INDONESIASOUTHERN ALASKA. <AEIC>.LEEWARD ISLANDSSOUTH OF JAWA, INDONESIANORTHWESTERN BALKAN REGIONAEGEAN SEA. ML 3 . 3 (ISK).CHIAPAS, MEXICOSTRAIT OF GIBRALTAR. mbLg 3.3 (MDD).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIAUTAH. ML 3.3 (GS) .SOUTH OF JAWA, INDONESIA. Mw 5 . 6 (HRV).

JUN 1994

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JUN 1994 PAGE 4

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SOUTH OF JAWA, INDONESIASTRAIT OF GIBRALTAR. mbLg 3.3 (MOD). MD 3 . 1 (RBA).SOUTH OF JAWA, INDONESIANEAR ISLANDS, ALEUTIAN ISLANDSNORTHWEST OF AUSTRALIANEAR SOUTH COAST OF FRANCE. ML 1.0 (STR).SOUTH OF JAWA, INDONESIAGALAPAGOS ISLANDS REGIONSOUTH OF JAWA, INDONESIACENTRAL CALIFORNIA. <GM-P>. MD 2.8 (GM) .SOUTH OF JAWA, INDONESIACARIBBEAN SEACHILE-ARGENTINA BORDER REGION. MD 3 . 3 (SAN).TURKEY. ML 2.7 (ISK) .CENTRAL EAST PACIFIC RISESTRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3 . 7 (RBA).SOUTH OF JAWA/ INDONESIANEAR COAST OF GUERRERO, MEXICONORTHWESTERN BALKAN REGION. ML 2 . 1 (TTG).TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .NORTHWEST OF AUSTRALIASOUTH OF JAWA, INDONESIATURKEY. ML 2.7 (ISK) .NORTHERN IRAN. ML 4 . 6 (TEH).TURKEY. ML 2 .7 (ISK) .SOUTH OF BALI, INDONESIAEASTERN IDAHO. ML 2 . 9 (GS). Felt in the Afton, Wyomingarea .GREECESOUTH OF JAWA, INDONESIA. Mw 5 . 2 (HRV).TURKEY. ML 2 .8 (ISK) .AFGHANISTAN -TAJIK 1ST AN BORD REG.POLANDSOUTH OF JAWA, INDONESIA. Mw 5 . 6 (HRV).TURKEY. ML 2 .7 (ISK) .SOUTH OF JAWA, INDONESIA. Mw 5 . 2 (HRV).FRANCE . ML 2 . 1 ( LOG ) .EASTERN IDAHO. ML 3 . 2 (GS) . Felt in the Afton, Wyomingarea.EASTERN IDAHO. ML 3.9 (GS). Felt (IV) at Afton andGrover; (III) at Auburn, Bedford and Smoot, Wyoming.Felt (III) at Georgetown and (II) at Montpelier, IdahoNORTHERN ITALY. ML 3 . 0 (VIE). MD 2 . 7 (TRI).FRANCE. ML 2 .2 (LDG) .WYOMING. ML 3.1 (GS). Felt in the Afton area.NORTHWESTERN BALKAN REGION. ML 1 . 9 (TTG).SOUTH OF JAWA, INDONESIACHAGOS ARCHIPELAGO REGIONGERMANY. ML 2.7 (STR), 2.5 (BNS), 2.4 (UCC) .SPAIN. mbLg 2.1 (MOD).POLAND. ML 3.9 (GRF) , 3.8 (VIE).SOUTH OF JAWA, INDONESIA. Mw 5 . 4 (HRV).ROMANIACRETE. MD 3 .9 (ATH) .NORTHWEST OF AUSTRALIASOUTH OF JAWA, INDONESIATURKEYWINDWARD ISLANDS. MD 3 . 2 (TRN) .SOUTH OF JAWA, INDONESIASTRAIT OF GIBRALTAR. MD 2.7 (RBA).NEAR COAST OF PERU. Felt (III) at Canete, Chincha andPisco; (II) at Lima.PUERTO RICO REGION. MD 3 . 4 (MPR) .AEGEAN SEA. ML 3 . 7 (ATH), 3.6 (ISK).CHIAPAS, MEXICOSOUTHERN ALASKA. <AEIC> . ML 2.5 (AEIC) .E. RUSSIA- N.E. CHINA BORDER REG.SOUTH OF JAWA, INDONESIA. Mw 5 . 5 (HRV).TURKEY. MD 3 .9 (ATH) .CHILE-ARGENTINA BORDER REGIONSOUTHEAST INDIAN RIDGE. Mw 5 . 4 (HRV).GUERRERO, MEXICOGUATEMALA . MD 4 . 5 ( GCG ) . MARIANA ISLANDS REGIONSOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 9 (PAS), 3.0 (GS) .HALMAHERA, INDONESIATAIWAN. Mw 6.4 (GS) , 6.4 (HRV). Ms 6 . 1 (BRK) .Mo-5 . 2*10**18 Nm (PPT). One person killed at Chi-lung;two injured in the I-lan-Tai-pei area. Two-thirds ofthe houses were damaged in the Nan-ao area. Surfacecracks were also observed in the area. Landslidesblocked a highway between Su-ao and Hua-lien. Felt (VJMA) at Nan-ao; (IV JMA) at Hua-lien, Su-ao andTai-pei; (III JMA) at Chia-i and Hsin-chu; (II JMA) atTai-chung and Tai-nan. Also felt on Iriomote- j ima,Ishigaki-shima and Yonaguni- j ima, Japan. Depth frombroadband displacement selsmograms .NORTHWESTERN CAUCASUSTURKEY. ML 2.8 (ISK) .SOUTH OF JAWA, INDONESIA. Mw 6 . 1 (HRV).NEAR COAST OF CENTRAL CHILE. MD 3 . 5 (SAN).SOUTH OF JAWA, INDONESIA

JUN 1994

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JUN 1994 PAGE 6

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<AEIC> EASTERN NEW GUINEA REG., OFF EAST COAST OF HONSHU, STRAIT OF GIBRALTAR. mbLgSTRAIT OF GIBRALTAR. mbLg 2.8 (MOD).COLOMBIA. Mw 6.7 (GS), 6.8 (HRV). Ms 6.3 (BRK).Mo-4.7*10**19 Nm (PPT). At least 295 people killed, 500missing, 13,000 homeless and severe damage caused tohouses, highways and bridges by the earthquake andensuing landslides in Cauca, Huila, Tolima and valleDepartments. At least 200 homes were destroyed,including 25 at Toribio and 15 at Piendamo. Moderatestructural damage occurred at Bogota and Cali. Anavalanche from the Huila volcano blocked the Paez Rivercausing severe flooding at Belalcazar and Neiva. Feltin much of west-central Colombia from Tunja to Pasto.Depth from broadband displacement seismograms.NEAR EAST COAST OF HONSHU, JAPANSOUTH OF JAWA, INDONESIAAFGHANISTAN-TAJIKISTAN BORD REG.WINDWARD ISLANDS. MD 3.1 (TRN).WINDWARD ISLANDS. MD 3.3 (TRN).SOUTHERN ALASKA. <AEIC>.NORTHERN ITALY. ML 1.6 (GEN).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIANEAR WEST COAST OF HONSHU, JAPANNEAR COAST OF OAXACA, MEXICOREPUBLIC OF SOUTH AFRICA. ML 3.2 (PRE).TURKEY. ML 2.8 (ISK).SPAIN. mbLg 3.0 (MOD). Felt (III) in the Castellon deRugat area.MINDANAO, PHILIPPINE ISLANDSSOUTH OF SUMBA, INDONESIA

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NORTHERN ITALY. ML 2.1 (GEN). NORTHWESTERN BALKAN REGION. ML 1.7 (TTG). STRAIT OF GIBRALTAR. mbLg 2.7 (MOD). TURKEY. ML 2.7 (ISK). NORTHERN MOLUCCA SEA SOUTHERN NORWAY. MD 2.5 (BER).WESTERN IDAHO. ML 5.0 (GS). Mo-5.3*10**16 Nm (BRK). Felt (V) at Challis, Clayton, Ellis, Fairfield, May and Salmon; (IV) at Cascade, Hailey, Leadore, Moore, North Fork and Tendoy. Felt throughout much of central Idaho and as far as Butte and Helena, Montana. SOUTHERN NORWAY. ML 2.4 (NAO). MD 2.5 (BER). TURKEY. ML 3.3 (ISK). MD 3.3 (ATH). EASTERN IDAHO. ML 4.3 (GS).SOUTH OF MARIANA ISLANDS. Felt at Agat and Tamuning, Guam.STRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.6 (RBA). NEAR SOUTH COAST OF FRANCE. ML 2.3 (LDG). REPUBLIC OF SOUTH AFRICA. ML 2.5 (PRE). LEEWARD ISLANDS. ML 2.6 (FDF). FRANCE. ML 2.0 (GEN). TURKEY. ML 2.9 (ISK). NORTHERN ITALY. ML 1.8 (GEN). SOUTH OF JAWA, INDONESIA NORTHERN ITALY. ML 1.7 (GEN). AEGEAN SEA. ML 3.5 (ISK). MD 3.3 (ATH). TURKEY. ML 2.9 (ISK).NORTHWESTERN BALKAN REGION. ML 1.6 (TTG). SOUTHERN SUMATERA, INDONESIA. Mw 5.4 (HRV). EASTERN IDAHO. ML 4.5 (GS). Felt (V) at Clayton and Ellis; (IV) at Challis and May; Tendoy.PYRENEES. mbLg 2.9 (MOD). ML 2. CHILE-ARGENTINA BORDER REGION. SOUTH OF JAWA, INDONESIA SOUTH OF JAWA, INDONESIA OFF W. COAST OF S. ISLAND, N.Z. GREECE. ML 2.4 (THE). SOUTH OF JAWA, INDONESIA

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TURKEY.NORTHERN ITALYTURKEY. ML 2.8 (ISK).SOUTH OF JAWA, INDONESIACOLOMBIACALIFORNIA-NEVADA BORDER REGION <GM-P>. MD 3.4 (GM).ML 3.4 (BRK), 3.4 (GS). Felt at Mammoth Lakes,California.GERMANY. ML 2.4 (VIE).GREECESOUTHERN ALASKA. <AEIC>.CENTRAL ALASKA. <AEIC>.NORTHWEST OF AUSTRALIAGREECE. ML 2.1 (THE).FRANCE. ML 2.1 (GEN).FRANCE. ML 2.0 (GEN).KENAI PENINSULA, ALASKA. <AEIC>. ML 2.5 (AEIC).NORTHERN ITALY. ML 2.4 (GEN).AEGEAN SEA. ML 3.2 (ISK).SOUTHERN NORWAY. MD 2.1 (BER).NORTHWESTERN BALKAN REGION. ML 1.8 (TTG).TURKEY. ML 3.2 (ISK).GREECEREPUBLIC OF SOUTH AFRICA. ML 2.7 (PRE).FRANCE. ML 2.2 (LDG).

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JUN 1994 PAGE 8

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LEEWARD ISLANDS. ML 2.8 (PDF).NORTHWESTERN BALKAN REGION. ML 2.5 (TTG).NEW BRITAIN REGION, P.N.G.NORTHERN ITALY. ML 1.8 (LOG).NORTHERN BOLIVIA. Mw 8.2 (GS), 8.2 (HRV). mb 7.4 (BRK).Mo-8.5*10**20 Nm (PPT). Unconfirmed reports of fivepeople killed in Peru; three in Arequipa Province by alandslide collapsing their house and two in CuzcoProvince; one by falling debris and another by a heartattack. Numerous injuries and landslides occurred insouthern Peru. Damage (VI) at La Paz. In Cochabamba, LaPaz and Oruro, a large number of windows broke in tallbuildings, and some structural damage occurred. Someminor structural damage also occurred at Brasilia,Campo Grande, Porto Velho and Manaus, Brazil; Arica,Chile and Tacna, Peru. Felt in many parts of SouthAmerica, including most of Argentina, Bolivia andBrazil. Felt lightly in Uruguay. Felt (IV) at Arequipa,Moquegua, Puno and Tacna; (III) at Moyobamba, Rioja andTarapoto, Peru. Felt (IV) at Arica, (III) at Iquique,(II) at Copiapo and (I) at Santiago, Chile. Felt (IV)at Guayaquil and (III) at Quito, Ecuador. Felt onPuerto Rico and in the Dominican Republic. Felt at manylocations in North America, including Los Angeles,California; Renton, Washington; Omaha, Nebraska; SiouxCity, Iowa; Minneapolis, Minnesota; La Crosse,Wisconsin; Chicago, Illinois; Parkersburg, WestVirginia; Norwich, Connecticut; Boston, Massachusettsand Toronto, Canada. This is the first earthquake fromthis part of South America believed to have been feltin North America and is also believed to be the largestever recorded in this general area. Three events withintervals of about 11.5 seconds between each event.Depth from broadband displacement seismograms, based onsecond event.PERU-BOLIVIA BORDER REGIONNEAR COAST OF CENTRAL CHILE. MD 4.0 (SAN).SOUTH OF JAWA, INDONESIASOUTHERN SUMATERA, INDONESIANORTHWESTERN BALKAN REGION. ML 1.9 (TTG).NORTHERN BOLIVIAFRANCE. ML 2.7 (LOG).SOUTHERN ALASKA. <AEIC>.NORTHERN YUKON TERRITORY, CANADA.(PGC).MINDANAO, PHILIPPINE ISLANDSNORTHWESTERN BALKAN REGION. ML 2.CHILE-ARGENTINA BORDER REGION. MDKASHMIR-XINJIANG BORDER REGIONNORTHERN ITALY. ML 2.1 (GEN).LUZON, PHILIPPINE ISLANDSSOUTHERN ALASKA. <AEIC>.TURKEY. ML 2.8 (ISK).NEW BRITAIN REGION, P.N.G.STRAIT OF GIBRALTAR. mbLg 3.5 (MOD). MD 3.4 (RBA).STRAIT OF GIBRALTAR. mbLg 3.2 (MOD).WINDWARD ISLANDSNORTH OF NEW ZEALANDNORTHWESTERN BALKAN REGION. ML 1.5 (TTG).TURKEY. ML 2.8 (ISK).TURKEY. ML 2.7 (ISK).NEW BRITAIN REGION, P.N.G.TURKEY. ML 2.7 (ISK).SOUTHERN NORWAY. MD 2.2 (BER). ML 2.0 (NAO).SOUTH OF JAWA, INDONESIATURKEY. ML 2.9 (ISK).EAST OF NORTH ISLAND, N.Z. ML 4.0 (WEL).TAIWANNEAR COAST OF CENTRAL CHILECENTRAL ALASKA. <AEIC>.NEW BRITAIN REGION, P.N.G.LUZON, PHILIPPINE ISLANDS. Mw 6.2 (HRV). Felt (VI RF)in Cantanduanes and the Bicol Peninsula area, (V RF) atLegaspi and (II RF) at Bulusan. Also felt (IV RF) atGinagasan, Northern Samar, (III RF) on Masbate and (IIRF) at Tacloban, Leyte. Depth from broadbanddisplacement seismograms.

INDONESIA(STR).(ISK).(ISK).INDONESIA3.0 (ISK).TRISTAN BORD REG.TH AFRICA. ML 3.1 (PRE).8 (GCG).

H BORDER REGION INDONESIA (ISK).

ISLANDS 2.3 (THE). INDONESIA

<PGC-P>. ML 3.5

4 (TTG). 3.6 (SAN).

PAGE JUN 1994

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10.58.50.59.57.26.36.48.02.

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.199 S

.260 N

.126 N

.560 N

.12 N

.71 N

.34 N

.686 N

.880 N

.762 N

.527 N

.341 S

.89 N

.959 N

.054 N

.13 S

.147 N

.50 N

.129 N

.014 S

.171 N

.513 N

.211 N

.063 N

.498 S

.59 N

.050 N

.156 N

.248 N

.144 N

.852 N

.721 N

.60 N

.734 N

.195 N

.994 N

.958 N

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.088 N

.719 N

.53 S

.275 N

.786 N

.391 S

.291 S

.887 N

.679 N

.910 N

.76 N

.995 N

.864 N

.702 N

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.923 N

.867 N

.01 N

.283 N

.891 N

.884 N

.908 N

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.756 N

.178 N

.37 N

.217 N

.596 N

.509 S

.97 N

.14 N

.316 N

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.831 N

.349 N

.352 N

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.923 E

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NORTHERN BOLIVIASOUTH OF JAWA, INDONESIANORTHERN ITALY. ML 2 . 1 (GEN).NORTHERN ITALY. ML 2 . 2 (LDG) , 2.0 (GEN).AFGHANISTAN-TAJIKISTAN BORD REG.FRANCE. ML 2.1 (GEN) .GREECE -ALBANIA BORDER REGION. ML 2 . 3 (THE).TURKEY. ML 2.9 (ISK) .NORTHWESTERN BALKAN REGION. ML 2 . 1 (TTG) .SOUTHERN YUKON TERRITORY, CANADA. <PGC-P>. ML 3.(PGC) .COLOMBIA

5

SOUTHERN XINJIANG, CHINA. Probable underground nuclearexplosion .CHILE-ARGENTINA BORDER REGIONCRETE. MD 3.8 (ATH) .NEAR COAST OF GUERRERO, MEXICOTURKEY. ML 2.7 (ISK) .TIMOR SEATURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .EASTERN NEW GUINEA REG., P.N.G.TURKEY. ML 2.8 (ISK) .GREECE. ML 2.0 (THE) .TURKEY. ML 2.8 (ISK) .KURIL ISLANDSSOUTHERN MID-ATLANTIC RIDGEGREECE. ML 1.9 (THE) .SPAIN. mbLg 2.9 (HDD).TURKEY. ML 2.8 (ISK) .NEAR SOUTH COAST OF FRANCE. ML 1 . 6 (STR) .TURKEY. ML 2.8 (ISK) .BONIN ISLANDS REGIONNEAR SOUTH COAST OF FRANCE. ML 1 . 1 (STR).TRINIDAD. MD 2.8 (TRN) .OFF EAST COAST OF KAMCHATKANEAR SOUTH COAST OF FRANCEDODECANESE ISLANDS. ML 3 . 6 (ISK), 3.6 (ATH).SOUTHERN CALIFORNIA. <PAS-P>. ML 2 . 8 (PAS), 2.7NORTHWEST OF AUSTRALIANEAR EAST COAST OF KAMCHATKATURKEY. ML 2.8 (ISK) .WESTERN AUSTRALIATURKEY. ML 2.7 (ISK) .ADRIATIC SEA. ML 3 . 1 (TTG).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIAPYRENEES. ML 2.7 (STR).

(GS).

AUSTRIA. ML 3.5 (GRF) , 3.1 (VIE), 2.9 (FUR). Felt (IV)at Wildalpen.BONIN ISLANDS REGIONNEAR EAST COAST OF KAMCHATKABONIN ISLANDS REGION. Mw 5.8 (HRV) .BONIN ISLANDS REGIONTURKEY. ML 2.8 (ISK) .OFF COAST OF CENTRAL CHILE. MD 4 . 3 (SAN).BONIN ISLANDS REGIONBONIN ISLANDS REGIONARKANSAS. mbLg 3.2 (GS). Felt (III) at El Doradothroughout Union County.NORTHWESTERN BALKAN REGION. ML 2 . 1 (TTG).OFF EAST COAST OF KAMCHATKACALIFORNIA-NEVADA BORDER REGION. <GM-P>. MD 2 . 9SOUTHERN ALASKA. <AEIC> .NEAR COAST OF GUERRERO, MEXICOSOUTHERN ITALY. MD 3 . 3 (ROM).SOUTH OF MARIANA ISLANDSAUSTRIA. ML 3.2 (GRF), 2.6 (VIE). Felt (III) atWildalpen .GERMANY. ML 2 . 6 (STR), 2.2 (UCC) .POLANDGREECETURKEY. ML 2.7 (ISK) .TONGA ISLANDSTURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .GREECE. MD 3.1 (ATH) .SOUTHERN IRAN. Some damage in the Firuzabad areaOFF EAST COAST OF HONSHU, JAPANPHILIPPINE ISLANDS REGIONPHILIPPINE ISLANDS REGIONTURKEY. ML 3.0 (ISK) .PHILIPPINE ISLANDS REGIONMINDANAO, PHILIPPINE ISLANDS. Mw 5.2 (HRV).TURKEYLOYALTY ISLANDSWESTERN AUSTRALIAGREECEWESTERN AUSTRALIASTRAIT OF GIBRALTAR. mbLg 3.0 (MOD).CHILE-ARGENTINA BORDER REGION. MD 3.2 (SAN).OFF COAST OF OREGON

. Felt

(GM).

JUN 1994

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JUN 1994

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SOUTH OF JAWA, INDONESIANORTHERN ITALY. ML 2.2 (GEN).REPUBLIC OF SOUTH AFRICA. ML 2.8 (PRE).SOUTH OF FIJI ISLANDSAEGEAN SEANORTHWESTERN BALKAN REGION. MD 2.8 (TTG).CENTRAL ALASKA. <AEIC>.SOUTH OF JAWA, INDONESIAUNIMAK ISLAND REGIONTURKEY. ML 2.7 (ISK).TURKEY. ML 2.8 (ISK).GREECENORTHWESTERN BALKAN REGION. MD 2.6 (TTG).TURKEY. ML 2.7 (ISK).TURKEY. ML 2.8 (ISK).NEAR EAST COAST OF HONSHU, JAPANAEGEAN SEASOUTHERN IRANSOUTHERN ALASKA. <AEIC>. ML 2.5 (AEIC).GREECESTRAIT OF GIBRALTAR. MD 3.5 (RBA). mbLg 3.3 (MOD).TONGA ISLANDSTURKEY. ML 2.7 (ISK).TURKEY. ML 2.8 (ISK).WINDWARD ISLANDS. MD 3.6 (TRN).TURKEY. ML 2.8 (ISK).GREECEVANUATU ISLANDSKYUSHU, JAPANTURKEY. ML 2.8 (ISK).OFF W COAST OF NORTHERN SUMATERAIONIAN SEA. MD 3.7 (ATH).STRAIT OF GIBRALTAR. mbLg 2.6 (MOD).NORTHERN ITALY. ML 2.1 (GEN).NORTHERN ITALY. ML 2.7 (GEN), 2.5 (LDG).SOLOMON ISLANDSAEGEAN SEA. ML 2.9 (ISK).NEAR COAST OF CENTRAL CHILE. Felt (III) at Papudo and(II) at La Ligua.BONIN ISLANDS REGION. Mw 5.4 (HRV). Ms 5.0 (BRK).REPUBLIC OF SOUTH AFRICA. ML 3.0 (PRE).GERMANY. ML 2.9 (STR), 2.4 (UCC).NORTH ISLAND, NEW ZEALANDNEAR S. COAST OF HONSHU, JAPANSOUTH OF JAWA, INDONESIA. Mw 5.6 (HRV). Felt (III) atDampit and Malang.GULF OF ALASKA. ML 3.0 (PMR)SOUTH OF JAWA, INDONESIANEW BRITAIN REGION, P.N.G. Mw 6.06.0 (BRK). Mo-1.0*10**18 Nm (PPT)displacement seismograms.SOUTH OF JAWA, INDONESIANORTH OF HALMAHERA, INDONESIA. Mw 5.6 (HRV).CHILE-ARGENTINA BORDER REGIONSOUTH OF JAWA, INDONESIAARABIAN SEAPUERTO RICO REGION. MD 3.5 (MPR).SOUTHERN ALASKA. <AEIC>.SOUTH OF JAWA, INDONESIASOUTHERN ALASKA. <AEIC>.CALIFORNIA-NEVADA BORDER REGION. <PAS-P>. ML 3.2 (PAS)3.4 (GS).SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIAFRANCE. ML 2.1 (LDG).OFF COAST OF OREGONCHILE-ARGENTINA BORDER REGIONSOUTH OF JAWA, INDONESIACENTRAL ALASKA. <AEIC>. ML 2.5 (AEIC).KODIAK ISLAND REGION. <AEIC>.SOUTH OF JAWA, INDONESIA

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ML 1.5 (TTG).

2.8 (PRE).

JUN 1994 PAGE 12

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AEGEAN SEA. ML 3.4 (ISK). MD 3.2 (ATH) .CHAGOS ARCHIPELAGO REGIONNORTHERN ITALY. ML 2 . 2 (LDG) .NEW BRITAIN REGION, P.N.G.SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIA. MwSOUTHERN IRAN. MD 4 . 2 (RYD) .Lamard and Lar .REPUBLIC OF SOUTH AFRICA.SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIAKENAI PENINSULA, ALASKA. <AEIC> . ML 2.7 (AEIC) .STRAIT OF GIBRALTAR. mbLg 3.4 (MOD). MD 3.4 (RBA) .SAN JUAN PROVINCE, ARGENTINA. MD 4 . 5 (SAN).AEGEAN SEA. MD 3 . 8 (ATH). ML 3 . 6 (TIR) .NORTHEAST OF TAIWANSOUTH OF JAWA, INDONESIAFRANCE. ML 2.6 (LDG).NORTHERN MOLUCCA SEA. Mw 5 . 6 (HRV).GREECE -BULGARIA BORDER REGIONREPUBLIC OF SOUTH AFRICA. ML 2 . 5 (PRE).TURKEY. ML 2.8 (ISK) .SOUTH OF JAWA, INDONESIAAEGEAN SEANORTHERN CHILESTRAIT OF GIBRALTAR. MD 3 . 8 (RBA)TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.9 (ISK) .CHILE -ARGENTINA BORDER REGION. MD 3 . 3 (SAN)PYRENEES. MD 2.3 (BTH) . ML 2 . 0 (LDG).CHILE-ARGENTINA BORDER REGION. MD 3 . 3 (SAN)OFF E. COAST OF N. ISLAND, N.Z.CALIFORNIA- NEVADA BORDER REGION.ML 3.5 (BRK) , 3.0 (GS) .MINDORO, PHILIPPINE ISLANDSEASTERN IDAHO. ML 2 . 7 (GS).GREECETURKEY. ML 3.1 (ISK) .CHILE -ARGENTINA BORDER REGIONGERMANY. ML 2.4 (VIE).EASTERN IDAHO. ML 4 . 0 (GS), 4.1 (BUT). Felt (IV) atAfton, Auburn and Smoot; (III) at Bedford and Grover,Wyoming. Also felt (III) at Georgetown, Idaho.PYRENEES. mbLg 3.3 (MOD). ML 3 . 3 (LDG),PYRENEES. MD 3.1 (BTH). mbLg 2.8 (MOD).BONIN ISLANDS REGIONPYRENEES. MD 3.1 (BTH). mbLg 2.9 (MOD). ML 2 . 8 (LDG),2.4 (STR).STRAIT OF GIBRALTAR. mbLg 3.3 (MDD) .CHILE -ARGENTINA BORDER REGIONPYRENEES. MD 3.0 (BTH). mbLg 2.8 (MDD). ML 2 . 8 (LDG),2.4 (STR).CHILE-ARGENTINA BORDER REGIONCHILE-ARGENTINA BORDER REGIONSOUTHERN CALIFORNIA. <PAS-P>. ML 4 . 2 (PAS), 4.2 (BRK),4.0 (GS). Slight damage (VI) at San Fernando. Felt (V)at Sunland; (IV) at Burbank, Montrose, Sun Valley andTarzana,- (III) at Glendale, Los Angeles, Northridge andSanta Barbara .PYRENEES. ML 2.3 (LDG), 2.0 (STR).SOUTH OF JAWA, INDONESIACHILE-ARGENTINA BORDER REGIONSOUTHEASTERN ALASKA. <AEIC>. ML 2.5 (AEIC).TURKEY. ML 2.8 (ISK) .SOUTHERN GREECE. MD 3 . 8 (ATH).WASHINGTON. <SEA-P>. MD 4.0 (SEA).(GS). Felt (III) at Elma, Keyport,Shelton, Tahuya and Vashon . Felt (II) at Enumclaw andPoulsbo. Felt in the Puget Sound area and as far awayas Victoria, British Columbia.TURKEY. ML 2.8 (ISK) .TURKEY. ML 2.7 (ISK) .PYRENEES. mbLg 2.7 (MDD). ML 2 . 6 (LDG), 2.2 (STR).TURKEY. ML 2.7 (ISK) .TURKEY. ML 2.7 (ISK) .PYRENEES. ML 2.7 (LDG), 2.3 (STR).SOUTH OF JAWA, INDONESIA. Mw 6.2 (GS), 6.1 (HRV). Ms5.9 (BRK). Two events about 1.2 seconds apart. Depthfrom broadband displacement seismograms, based onsecond event.SOUTH OF JAWA, INDONESIANEW BRITAIN REGION, P.N.G.SOUTH OF JAWA, INDONESIASOUTH OF JAWA, INDONESIATURKEY. ML 3.2 (ISK) .SOUTH OF JAWA, INDONESIAWINDWARD ISLANDS. MD 3 . 6 (TRN) .SOUTH OF JAWA, INDONESIACALIFORNIA- NEVADA BORDER REGIONSOUTHERN ALASKA. <AEIC> . ML 2.8 (AEIC).AEGEAN SEA. MD 3.4 (ATH).SOUTH OF JAWA, INDONESIANORTHWESTERN BALKAN REGION. ML 2 . 1 (SKO).

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JUN 1994

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JUN 1994 PAGE 14

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JON 1994

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JUN 1994 PAGE 16

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JUN 1994 PAGE 18

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JUN 1994

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SANTA CRUZ ISLANDS. Mw 5.4 (HRV).AUSTRIA. ML 2.2 (FUR), 2.0 (VIE).SOUTH SANDWICH ISLANDS REGION. Mw 5.1 (HRV).FRANCE. ML 3.1 (LOG).NORTHERN ITALY. ML 2.1 (GEN).KERMADEC ISLANDS REGIONGREECE-ALBANIA BORDER REGION.NEAR COAST OF VENEZUELA. MD 3.REPUBLIC OF SOUTH AFRICA.NORTHERN MOLUCCA SEAWINDWARD ISLANDS. MD 3.0ALBANIA. ML 2.4 (TTG), 2.GREECE. ML 2.5 (THE).LEEWARD ISLANDS. ML 2.6 (FDF).SPAIN. mbLg 2.0 (MOD).TURKEY. ML 2.6 (ISK).TURKEY. ML 4.3 (THE), 3.8 (ISK). MD 4.0 (ATH).TURKEY. ML 2.7 (ISK).SOUTH OF KERMADEC ISLANDSMINDANAO, PHILIPPINE ISLANDSTURKEY. ML 3.2 (ISK).CORSICA. ML 2.4 (GEN).NEAR COAST OF CENTRAL CHILE. MD 4.5 (SAN).GREECE. ML 1.2 (THE).KERMADEC ISLANDS REGION. Mw 5.5 (HRV). Ms 5.5 (BRK).MONA PASSAGE. MD 3.3 (MPR).NORTHERN ITALY. ML 1.8 (GEN).CRETE. MD 3.8 (ATH).SOUTHWEST INDIAN RIDGESTRAIT OF GIBRALTAR. mbLg 3.3 (MOD). MD 3.1 (RBA).TURKEY. ML 3.0 (ISK).TURKEY. ML 2.8 (ISK).EAST OF KURIL ISLANDSSUMBAWA REGION, INDONESIASVALBARD REGION. ML 2.6 (NAO).TURKEY. ML 2.9 (ISK).SOUTH OF JAWA, INDONESIAREPUBLIC OF SOUTH AFRICA. ML 2.CENTRAL CALIFORNIA. <GM-P>. MDFelt throughout the northeastern San Francisco Bay areaincluding Albany, Berkeley, El Cerrito, Kensington,Oakland, Richmond and San Pablo.CENTRAL CALIFORNIA. <GM-P>. MD 2.2 (GM). ML 2.3 (BRK).Felt at Berkeley, El Cerrito and Kensington.CENTRAL CALIFORNIA. <GM-P>. MD 4.1 (GM). ML 4.2 (BRK).Slight damage (VI) at El Sobrante and Richmond. Felt(IV) at Berkeley, San Francisco and San Lorenzo. Felt(III) at San Anselmo. Felt throughout the San FranciscoBay area from Santa Rosa to San Jose and east toConcord.TURKEY. ML 2.7 (ISK).KYRGYZSTAN-XINJIANG BORDER REG.ALBANIA. ML 2.2 (TTG), 1.8 (TIR).SOUTHERN XINJIANG, CHINANORTHWESTERN BALKAN REGION. ML 1.7 (TTG).OFF COAST OF CENTRAL MEXICONEAR COAST OF CENTRAL CHILE. MD 4.1 (SAN).SPAIN. mbLg 3.2 (MOD).SOUTH OF MARIANA ISLANDSSOUTHERN ALASKA. <AEIC>.ALBANIA. ML 2.5 (TTG).REPUBLIC OF SOUTH AFRICA. ML 2.4 (PRE).SOUTHERN ALASKA. <AEIC>.NORTHERN ITALY. ML 1.6 (GEN).TURKEY. ML 3.0 (ISK).ALBANIA. ML 2.5 (TTG), 2.0 (TIR).SPAIN. ML 2.8 (LOG).KENAI PENINSULA, ALASKA. <AEIC>. ML 2.9 (AEIC).AZORES ISLANDSCHILE-ARGENTINA BORDER REGION. MD 3.9 (SAN).TURKEY. ML 3.5 (ISK). MD 3.7 (ATH).TURKEY. ML 2.9 (ISK).NEW IRELAND REGION, P.N.G.SOLOMON ISLANDS. Mw 5.4 (HRV). Felt (V) at Honiara.Also felt on Florida and Russell Islands.TURKEY. ML 2.8 (ISK).AEGEAN SEA. ML 3.0 (ISK).SOUTHERN CALIFORNIA. <PAS-P>. ML 2.8 (PAS).TONGA ISLANDS REGIONAEGEAN SEA. ML 2.5 (THE).NEAR COAST OF CENTRAL CHILECANARY ISLANDS REGION. mbLgTURKEY. ML 2.8 (ISK).CARIBBEAN SEASTRAIT OF GIBRALTAR. mbLg 3CENTRAL CHILE. MD 4.6 (SAN)Talca; (II) at Curico, Molina and Rancagua.SOUTH OF JAWA, INDONESIASOUTHERN PACIFIC OCEAN. Mw 6.1 (HRV). Ms 5.6 (BRK).TURKEY. ML 2.8 (ISK).REPUBLIC OF SOUTH AFRICA. ML 4.1 (PRE).STRAIT OF GIBRALTAR. mbLg 3.2 (MOD).STRAIT OF GIBRALTAR. mbLg 2.2 (MOD).

. MD 2.3

4.2 (SAN). (MDD).

2 (MDD). Felt (III) at Linares and

JUN 1994 PAGE 20

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JUN 1994

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ML 3.3 (TIR). MD 3.0

ML 2.5 (AEIC).

NEAR COAST OF NICARAGUA. Mw 5.6 (HRV). Ms 5.2Mo-2.9*10**17 Nm (PPT).CHILE-ARGENTINA BORDER REGION.TONGA ISLANDSGREECE. ML 1.5 (THE).GREECEOFF COAST OF CHIAPAS, MEXICO.SOUTHERN GREECEREPUBLIC OF SOUTH AFRICA. ML 2.REPUBLIC OF SOUTH AFRICA. ML 2.TURKEY. ML, 2.8 (ISK) .ANDREANOF ISLANDS, ALEUTIAN IS.SPAIN. mbLg 2.4 (MOD).REPUBLIC OF SOUTH AFRICA. ML 2.XIZANG. Mw 5.8 (GS), 5.9 (HRV).Mo-1.3*10**18 Nm (PPT). Depth from broadbanddisplacement seismograms.REPUBLIC OF SOUTH AFRICA. ML 2.2 (PRE).CALIFORNIA-NEVADA BORDER REGION. <GM-P>. MD 2.6 (GM).ML 2.8 (GS).CENTRAL ITALY. ML 2.8 (LOG).SOUTHERN ALASKA. <AEIC>.SPAIN. mbLg 2.3 (MOD).TURKEY. ML 2.8 (ISK).SOUTH OF JAWA, INDONESIABANDA SEAGREENLAND SEANEAR COAST OF CENTRAL CHILE.TURKEY. ML 2.8 (ISK).NORTH OF SEVERNAYA ZEMLYAXIZANG. Mw 5.1 (HRV).GULF OF MEXICOSOUTH OF JAWA, INDONESIAGREECE-ALBANIA BORDER REGION.(ATH).NORTHERN ITALY. ML 2.8 (LOG).FRANCE. ML 2.2 (LOG).CENTRAL ALASKA. <AEIC>.TURKEY. ML 3.5 (ISK).GREECE. ML 2.3 (THE).GREECE. ML 2.5 (THE).TAIWAN REGIONOFF COAST OF OREGON. ML 3.9 (BRK).GREECE. ML 2.3 (THE).AUSTRIA. ML 2.1 (VIE).DODECANESE ISLANDSBANDA SEAAFGHANISTAN-TAJIKISTAN BORD REG. Mw 6.3 (GS), 6.3(HRV). mb 6.5 (BRK). Felt in much of Kashmir andnorthern Pakistan. Felt in parts of Afghanistan,Tajikistan and northern India. Also felt in Xizang andQinghai Provinces, China. Depth from broadbanddisplacement seismograms.CASPIAN SEA. Felt (VII) in the epicentral area. Felt(V) at Sumgait, Azerbaijan.SOUTH OF JAWA, INDONESIATURKEY. ML 2.9 (ISK).NEAR COAST OF CENTRAL CHILE. Felt (III) in theepicentral area.CHILE-ARGENTINA BORDER REGION.REPUBLIC OF SOUTH AFRICA. ML 2,KURIL ISLANDSTURKEY. ML 2.7 (ISK).REPUBLIC OF SOUTH AFRICA. ML 2.4 (PRE).AEGEAN SEA. ML 3.4 (ISK).LEEWARD ISLANDS. ML 2.2 (FDF).REPUBLIC OF SOUTH AFRICA. ML 3.0 (PRE).REPUBLIC OF SOUTH AFRICA. ML 3.0 (PRE).TURKEY. ML 3.2 (ISK).PYRENEES. mbLg 3.1 (MDD). ML 2.8 (LOG).TURKEY. ML 3.1 (ISK).GREECEAUSTRIA. MD 2.8 (LJU), 2.3 (TRI)OFF COAST OF CENTRAL AMERICA. MDat San Salvador, El Salvador.CHILE-ARGENTINA BORDER REGION. MD 4.6 (SAN).NORTHWESTERN BALKAN REGION. ML 2.9 (TTG), 2.9 (THE).

MD 4.1 (SAN). .3 (PRE).

ML 2.6 (VIE). 4.1 (SSS). Felt (II)

JUN 1994 PAGE 22

30 23 08 05.2% 39.372 N30 23 10 37.1% 37.841 N30 23 45 24.2* 23.853 N

29.230 E 10 G 0.6 525.713 W 5 G 0.5 6

121.500 E 33 N 4.1 1.1 7

TURKEYAZORES ISLANDSTAIWAN


01 03 13 47.15 11.913N 60.998W 73km5.3mb ( 98 obs.)WINDWARD ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 31S, 41CCentroid Location:Origin Time 03:13:48.2 0.4Lat 11.75N 0.07 Lon 60.64W 0.05Dep 51.9 3.8 Half-duration 2.5Principal Axes: Scale 10**16 Nm T Val= 17.14 Plg=22 Azm=300 N -2.48 44 53 P -14.67 38 192

Best Double Couple:Mo-1.6*10**17 NPl:Strike=343 Dip=45 Slip=-166 NP2: 243 80 -46

02 04 39 35.54 20.951N 121.137E 23km 5.1mb ( 64 obs.) 4.9Msz ( 6 obs.) PHILIPPINE ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 24S, 34C Centroid Location: Origin Time 04:39:39.6 0.3 Lat 21.05N 0.06 Lon 121.23E 0.06 Dep 15.0 FIX Half-duration 1.3 Principal Axes: Scale 10**16 Nm T Val- 14.17 Pig-59 Azm-135 N -0.56 13 22 P -13.61 28 285

Best Double Couple:Mo-l.4*10**17 NPl:Strike-344 Dip-21 Slip- 50 NP2: 206 74 104

02 18 17 34.02 10.477S 112.835E 18km 5.7mb ( 52 obs.) 7.2Msz ( 37 obs.) SOUTH OF JAWA, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike- 98 Dip-85 Slip- 90 NP2: . 278 5 90 Principal Axes:

T Pig-50 Azm- 8 P 40 188




Scale 10**20 NmT Val- 5.68 Pig-43 Azm-356N -0.93 11 96P -4.75 45 198

Best Double Couple:Mo-5.2*10**20NPl:Strike- 11 Dip-11 Slip--175NP2: 276 89 -79

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSN

M.W.: 56S,151C Centroid Location: Origin Time 18:18:15.8 0.1 Lat 11.03S 0.01 Lon 113.04E 0.01 Dep 15.0 FIX Half-duration 11.5 Principal Axes:

Scale 10**20 Nm T Val- 5.43 Pig-52 Azm- 9 N -0.18 0 279 P -5.26 38 189

Best Double Couple:Mo-5.3*10**20 NPl:Strike-278 Dip- 7 Slip- 89 NP2: 99 83 90

03 04 54 50.03 10.391S 112.998E 43km 5.4mb ( 38 obs.) 4.9Msz ( 10 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN

L.P.B.: 21S, 29CCentroid Location:Origin Time 04:54:55.1 1.0Lat 10.62S 0.10 Lon 113.55E 0.13Dep 15.0 BDY Half-duration 1.4Principal Axes:


Best Double Couple:Mo-2.9*10**17 NPl:Strike-268 Dip-41 Slip- -69 NP2: 61 53 -107

03 11 25 06.66 3.524N 78.778W 9km 5.9mb (147 obs.) S.lMsz ( 41 obs.) SOUTH OF PANAMA FAULT PLANE SOLUTION: P-Waves NPl:Strike-230 Dip-55 Slip- -40 NP2: 346 58 -138

Principal Axes:T Pig- 2 Azm-107 P 51 200

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a large normal component. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTION Dep 19 NO. of sta: 24 Principal Axes:


Best Double Couple:Mo-5.6*10**17 NPl:Strike= 45 Dip=31 Slip= -99 NP2: 236 59 -85

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 54S,104C Centroid Location: Origin Time 11:25:10.2 0.3 Lat 3.21N 0.02 Lon 78.78W 0.02 Dep 15.0 BDY Half-duration 1.9 Principal Axes:


Best Double Couple:Mo-5.7*10**17 NPl:Strike= 10 Dip-42 Slip=-123 NP2: 231 56 -63

03 18 16 19.09 10.468S 112.962E 40km 5.6mb ( 52 obs.) S.lMsz ( 33 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 51S, 94C Centroid Location: Origin Time 18:16:23.8 0.3 Lat 10.66S 0.03 Lon 113.20E 0.03 Dep 15.0 BDY Half-duration 1.4 Principal Axes:


Best Double Couple:Mo-2.8*10**17NPl:Strike-286 Dip-42 Slip- -71NP2: 82 51 -106

03 21 06 59.88 10.362S 112.892E 26km 6.1mb ( 76 obs.) 6.4Msz ( 52 obs.) SOUTH OF JAWA, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike- 51 Dip-55 Slip--137 NP2: 293 56 -44 Principal Axes:

T Pig- 1 Azm-352

P 53 261Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a large normal component. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTIONDep 29 NO. of Sta: 22Principal Axes:


Best Double Couple:Mo-3,4*10**18 NPl:Strike-291 Dip-44 Slip- -67 NP2: 81 50 -111

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 64S,148C M.W.: 62S,122CCentroid Location:Origin Time 21:07: 7.3 0.1Lat 10.75S 0.01 Lon 113.14E 0.01Dep 15.0 FIX Half-duration 4.5Principal Axes:



04 00 57 50.66 10.777S 113.366E llkm 6.0mb ( 71 obs.) 6.3Msz ( 54 obs.) SOUTH OF JAWA, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike=305 Dip=60 Slip= -35 NP2: 54 60 -145

Principal Axes:T Pig- 0 Azm-180 P 45 270

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a large normal component. The preferred fault plane is not determined.


MOMENT TENSOR SOLUTION Dep 18 No. of sta: 25 Principal Axes: Scale 10**18 Nm T Val- 2.14 Pig- 4 Azm= 14 N -0.01 24 106 P -2.14 65 274


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 63S,154C M.W.: 55S, 99C Centroid Location: Origin Time 00:57:59.5 0.1 Lat 10.94S 0.01 Lon 113.52E 0.01 Dep 15.0 FIX Half-duration 4.0 Principal Axes:

Scale 10**18 Nm T Val- 5.46 Pig- 4 Azm- 4 N 0.7,2 5 94 P -6.18 83 236

Best Double Couple;Mo-5.8*10**18 NPl:Strike- 88 Dip-41 Slip- -98 NP2: 279 49 -83

04 11 18 53.04 10.790S 113.338E 31km 5.2mb ( 28 obs.) 4.7Msz ( 2 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV)

JUN 1994

Data Used: GDSN L.P.B.: 17S, 28C Centroid Location: Origin Time 11:19: 1.3 1.0 Lat 10.62S 0.09 Lon 113.36E 0.13 Dep 15.0 FIX Half-duration 1.9 Principal Axes:


Best Double Couple:Mo=6.7*10**16NP1:Strike-253 Dip-37 Slip- -66NP2: 43 57 -107






Best Double Couple:Mo-7.9*10**16NP1:Strike-268 Dip-40 Slip- -81NP2: 77 51 -97

04 14 57 59.66 10.559S 112.889E 33km 5.3mb ( 41 obs.) 4.6Msz ( 3 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 15S, 24C Centroid Location: Origin Time 14:58: 5.3 0.6 Lat 10.59S FIX;Lon 112.93E FIX Dep 15.0 FIX Half-duration 1.1 Principal Axes:


Best Double Couple:Mo-1.5*10**17NP1:Strike- 16 Dip-27 Slip- -96NP2: 202 63 -87

04 20 09 34.70 10.826S 113.199E 30km 5.7mb ( 42 obs.) S.lMsz ( 39 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 42S, 77C Centroid Location: Origin Time 20:09:40.1 0.3 Lat 10.91S 0.03 Lon 113.31E 0.04 Dep 15.0 FIX Half-duration 1.5 Principal Axes:



04 21 51 52.04 48.199S 106.829E 10km 5.4mb ( 18 obs.) 5.3Msz ( 3 obs.)

SOUTHEAST INDIAN RIDGECENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 37S, 55CCentroid Location:Origin Time 21:51:58.9 0.3Lat 48.10S 0.03 Lon 106.77E 0.05Dep 15.0 FIX Half-duration 1.3Principal Axes:


Best Double Couple:Mo-l.5*10**17 NPl:Strike-208 Dip-74 Slip--178 NP2: 118 88 -16

05 01 09 30.15 24.511N 121.905E llkm 6.1mb (134 obs.) 6.6Msz ( 49 obs.) TAIWANFAULT PLANE SOLUTION: P-Waves NPl:Strike-177 Dip-83 Slip- 143 NP2: 272 53 9 Principal Axes:

T Plg=31 Azm=128 P 20 230

Comment: The focal mechanism is poorly controlled and corresponds to strike-slip faulting with a large reverse component. The preferred fault plane is not determined.



Scale 10**18 Nm T Val- 3.97 Plg=23 Azm-132 N -0.05 65 333 P -3.92 8 226


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 51S,122C M.W.: 44S, 67C Centroid Location: Origin Time 01:09:34.5 0.1 Lat 24.55N 0.01 Lon 121.77E 0.01 Dep 20.6 0.7 Half-duration 3.8 Principal Axes:


Best Double Couple:Mo-3.8*10**18 NPl:Strike=270 Dip-67 Slip- -6 NP2: 3 84 -157

05 01 45 02.16 10.349S 113.398E 26km5.8mb ( 62 obs.)SOUTH OF JAWA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 40S, 72C M.W.: 14S, 18CCentroid Location:Origin Time 01:45: 9.2 0.5Lat 10.27S 0.03 Lon 113.60E 0.04Dep 15.0 BDY Half-duration 2.2Principal Axes:


Best Double Couple:Mo-1.4*10**18 NPl:Strike- 96 Dip-24 Slip--lll NP2: 299 68 -81

05 17 51 57.02 10.645S 112.654E 40km 5.6mb ( 50 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 42S, 67C Centroid Location: Origin Time 17:52: 0.7 0.7 Lat 10.83S 0.05 Lon 112.81E 0.04 Dep 15.0 BDY Half-duration 1.5 Principal Axes:

Scale 10**17 Nm

T Val= 1.56 Pig- 3 Azm- 8N 0.28 30 100P -1.85 60 273

Best Double Couple:Mo-1.7*10**17NPl:Strike- 71 Dip=49 Slip--131NP2: 304 55 -53

06 01 08 31.29 10.812S 113.324E 34km5.5mb ( 49 obs.)SOUTH OF JAWA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 12S, 21CCentroid Location:Origin Time 01:08:33.5 0.7Lat 10.96S 0.07 Lon 113.16E 0.13Dep 15.0 FIX Half-duration 2.0Principal Axes:


Best Double Couple:Mo-l.1*10**17 NPl:Strike- 48 Dip-36 Slip=-117 NP2: 260 59 -72

06 05 32 54.88 10.587S 112.618E 21km5.5mb ( 37 obs.)SOUTH OF JAWA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 15S, 23CCentroid Location:Origin Time 05:33: 3.1 0.8Lat 10.48S 0.09 Lon 112.97E 0.17Dep 15.0 FIX Half-duration 1.6Principal Axes:



06 09 03 00.52 28.598N 129.099E 60km 5.8mb (147 obs.) RYUKYU ISLANDSFAULT PLANE SOLUTION: P-Waves NPl:Strike-152 Dip-64 Slip- -47 NP2: 267 49 -144

Principal Axes:T Plg= 9 Azm-212 P 51 112

Comment: The focal mechanism is moderately well controlled and corresponds to normal faulting with a large strike- slip component. The preferred fault plane is not determined.



Scale 10**17 Nm T Val- 2.94 Plg= 1 Azm- 22 N 0.08 35 291 P -3.02 55 114


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 41S, 80C Centroid Location: Origin Time 09:03: 2.7 0.2 Lat 28.48N 0.02 Lon 128.78E 0.03 Dep 72.9 1.7 Half-duration 1.4 Principal Axes: Scale 10**17 Nm T Val- 2.62 Plg= 6 Azm-203 N 0.46 46 300 P -3.09 43 107


06 20 47 40.53 2.917N 76.057W 12km 6.4mb (137 obs.) 6.6Msz ( 50 obs.) COLOMBIA

JUN 1994 PAGE 24

FAULT PLANE SOLUTION: P-Waves NP1:Strike- 30 Dip-83 Slip- 165 NP2: 122 75 7Principal Axes:

T Pig-16 Azm-345 P 5 77

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a small reverse component. The preferred fault plane is not determined.



Scale 10**19 NmT Val- 1.34 Plg= 6 Azm=348 N 0.00 78 227 P -1.34 10 79

Best Double Couple:Mo-1.3*10**19 NPl:Strike=123 Dip=79 Slip- -3 NP2: 214 87 -169

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 65S,162C M.W.: 58S,125CCentroid Location:Origin Time 20:47:47.4 0.1Lat 2.93N 0.01 Lon 75.94W 0.01Dep 15.0 BDY Half-duration 6.2Principal Axes: Scale 10**19 Nm T Val= 1.96 Pig-17 Azm-163 N -0.24 73 332 P -1.72 3 72

Best Double Couple:Mo-l.8*10**19 NPl:Strike-206 Dip=76 Slip= 170 NP2: 299 80 14

07 18 31 42.08 5.792S 104.436E 42km5.7mb ( 56 obs.)SOUTHERN SUMATERA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 30S, 43CCentroid Location:Origin Time 18:31:48.1 0.5Lat 6.47S 0.04 Lon 104.72E 0.05Dep 15.0 BDY Half-duration 1.1Principal Axes:

Scale 10**16 NmT Val- 16.81 Pig-57 Azm- 58 N -1.15 17 299 P -15.66 27 200


08 20 53 26.17 16.791N 85.890W 10km 5.0mb ( 48 obs.) 4.5Msz ( 13 obs.) CARIBBEAN SEACENTROID, MOMENT TENSOR '(HRV) Data Used: GDSN L.P.B.: 24S, 39C Centroid Location: Origin Time 20:53:31.2 0.3 Lat 16.90N 0.03 Lon 86.22W 0.03 Dep 15.0 FIX Half-duration 1.6 Principal Axes:


Best Double Couple:Mo-2.0*10**17NPl:Strike- 67 Dip-70 Slip- -17NP2: 163 74 -159

09 00 33 16.23 13.841S 67.553W 631km 7.0mb ( 76 obs.) NORTHERN BOLIVIA FAULT PLANE SOLUTION: P-Waves NPl:Strike- 95 Dip-82 Slip- -98 NP2: 320 11 -45 Principal Axes:

T Plg=37 Azm=192 P 52 356

Comment: The focal mechanism is poorly controlled and corresponds to normal faulting with a small left-

lateral strike-slip component. The preferred fault plane is NP2.


MOMENT TENSOR SOLUTION Dep 631 No. of sta: 25 Principal Axes: Scale 10**21 Nm T Val- 2.13 Pig-38 Azm-198 N -0.17 14 96 P -1.96 48 349


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN

M.W.: 65S,181C Centroid Location: Origin Time 00:33:45.4 0.1 Lat 13.82S 0.00 Lon 67.25W 0.01 Dep 6.47.1 0.7 Half-duration 20.0 Principal Axes: Scale 10**21 NmT Val- 2.65 Pig-36 Azm-186N -0.03 5 92P -2.62 53 356

Best Double Couple:MO=2.6*10**21NPl:Strike-302 Dip-10 Slip- -60NP2: 92 81 -95

09 16 22 22.09 13.259N 124.281E 76km 5 . 8mb ( 98 obs .) LUZON, PHILIPPINE ISLANDS FAULT PLANE SOLUTION: P-Waves NPl:Strike-180 Dip-72 Slip--165 NP2: 85 76 -19 Principal Axes:

T Pig- 3 Azm-133 P 23 42

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a moderate normal component. The preferred fault plane is not determined.


CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 45S, 81C Centroid Location: Origin Time 16:22:26.8 0.2 Lat 13.31N 0.03 Lon 124.48E 0.03 Dep 70.7 2.2 Half-duration 2.7 Principal Axes:


Best Double Couple:Mo=l.9*10**18 NPl:Strike=177 Dip=66 Slip--156 NP2: 76 68 -26

10 21 39 50.45 27.995N 140.700E 28km5.4mb ( 96 obs.) S.OMsz ( 27 obs.)BONIN ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 48S, 96CCentroid Location:Origin Time 21:39:55.0 0.2Lat 27.79N 0.03 Lon 140.66E 0.02Dep 15.0 FIX Half-duration 1.9Principal Axes: Scale 10**17 Nm T Val- 4.94 Pig- 6 Azm-268 N 0.36 15 0 P -5.30 74 155


11 11 19 32.46 7.297N 126.923E 37km 5.1mb ( 41 obs.) 4.8Msz ( 11 obs.) MINDANAO, PHILIPPINE ISLANDS CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 22S, 31C Centroid Location:

Origin Time 11:19:36.8 0.5 Lat 7.30N 0.07 Lon 127.73E 0.06 Dep 15.0 FIX Half-duration 1.2 Principal Axes: Scale 10**16 NmT Val- 8.11 Pig-71 Azm-240N -0.07 14 16P -8.04 13 109

Best Double Couple:Mo-8.1*10**16NPl:Strike-217 Dip-34 Slip- 115NP2: 7 59 74

12 01 35 21.40 10.46 S 112.83 E 33km 5.2mb ( 25 obs.) 4.5MSZ ( 4 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 18S, 26C Centroid Location: Origin Time 01:35:23.1 1.2 Lat 10.91S 0.10 Lon 113.19E 0.10 Dep 15.0 BDY Half-duration 2.1 Principal Axes: Scale 10**16 Nm T Val- 3.97 Pig- 3 Azm=179 N 3.21 23 270 P -7.18 67 81

Best Double Couple:Mo=5.6*10**16 NPl:Strike-246 Dip=47 Slip=-123 NP2: 109 52 -60

13 17 34 40.97 27.952N 140.757E 32km5.1mb ( 66 obs.) S.OMsz ( 12 obs.)BONIN ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 35S, 55CCentroid Location:Origin Time 17:34:42.0 0.3Lat 27.79N 0.05 Lon 140.60E 0.04Dep 15.0 FIX Half-duration 1.3Principal Axes: Scale 10**17 Nm T Val= 1.74 Plg= 4 Azm- 82 N -0.32 14 172 P -1.41 76 337

Best Double Couple:Mo-l.6*10**17 NPl:Strike=157 Dip=43 Slip=-lll NP2: 4 50 -72

13 21 04 09.43 10.285S 113.491E 24km 5.7mb ( 60 obs.) 5.6Msz ( 12 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 33S, 58C Centroid Location: Origin Time 21:04:14.8 0.5 Lat 10.04S 0.05 Lon 113.17E 0.06 Dep 20.0 FIX Half-duration 2.0 Principal Axes: Scale 10**17 NmT Val- 2.57 Pig-29 Azm- 30N 1.18 5 123P -3.75 60 222

Best Double Couple:Mo-3.2*10**17NPl:Strike-106 Dip-16 Slip--108NP2: 305 75 -85

13 21 15 02.65 5.472S 151.841E 18km 5.8mb ( 47 obs.) 6.0MSZ ( 50 obs.) NEW BRITAIN REGION, P.N.G. FAULT PLANE SOLUTION: P-Waves NPl:Strike- 85 Dip-75 Slip= 90 NP2: 265 15 90 Principal Axes:

T Pig-60 Azm=355 P 30 175



MOMENT TENSOR SOLUTION Dep 25 NO. Of sta: 23 Principal Axes: Scale 10**18 Nm T Val- 1.32 Pig-66 Azm-309 N -0.02 17 84 P -1.29 16 179

JUN 1994

Best Double Couple:Mo=l.3*10**18 NPl:Strike=292 Dip-33 Slip- 123 NP2: 74 63 71

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 52S,114C Centroid Location: Origin Time 21:15:12.4 0.2 Lat 5.59S 0.02 Lon 152.14E 0.02 Dep 15.0 FIX Half-duration 2.9 Principal Axes:



13 21 53 29.82 3.922N 128.169E 55km5.6mb ( 68 obs.)NORTH OF HALMAHERA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 30S, 49CCentroid Location:Origin Time 21:53:34.8 0.3Lat 4.20N 0.04 Lon 128. HE 0.04Dep 50.5 4.0 Half-duration 1.4Principal Axes:


Best Double Couple:Mo=2.9*10**17 NPl:Strike=233 Dip-39 Slip= 100 NP2: 40 51 82

14 15 20 51.24 10.507S 113.476E 27km5.2mb ( 23 obs.)SOUTH OF JAWA, INDONESIACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B. : US, 15CCentroid Location:Origin Time 15:20:55.2 1.3Lat 10.52S FIX;Lon 113.56E FIXDep 15.0 FIX Half-duration 1.0Principal Axes:


Best Double Couple:Mo=7.5*10**16 NPl:Strike= 22 Dip-25 Slip= -86 NP2: 198 65 -92

14 21 01 55.47 1.525N 126.305E 33km5.7mb ( 67 obs.) 4.9Msz ( 39 obs.)NORTHERN MOLUCCA SEACENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: SOS, 90CCentroid Location:Origin Time 21:02: 1.9 0.2Lat 1.92N 0.03 Lon 126.57E 0.03Dep 34.2 1.9 Half-duration 1.4Principal Axes:

Scale 10**17 Nm T Val- 2.73 Plg=71 Azm= 26 N 0.17 19 217 P -2.90 3 126

Best Double Couple:Mo=2.8*10**17 NP1:Strike-197 Dip=45 Slip= 63 NP2: 53 51 114

15 09 22 57.22 10.335S 113.660E 20km 6.0mb ( 83 obs.) 6.lMsz ( 46 obs.) SOUTH OF JAWA, INDONESIA FAULT PLANE SOLUTION: P-Waves NPl:Strike=292 Dip=80 Slip- -90 NP2: 112 10 -90

Principal Axes:T Plg=35 Azm= 22 P 55 202

Comment: The focal mechanism is poorly controlled and corresponds to normal faulting. The preferred fault plane is NPl.




Best Double Couple:Mo=2.1*10**18 NPl:Strike= 57 Dip= 8 Slip=-149 NP2: 296 86 -83

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 56S,133C M.W.: 39S, 49CCentroid Location:Origin Time 09:23: 1.1 0.2Lat 10.43S 0.01 Lon 113.75E 0.02Dep 17.0 BDY Half-duration 2.5Principal Axes:


Best Double Couple:Mo-l.4*10**18 NPl:Strike- 95 Dip=22 Slip=-105 NP2: 291 69 -84

15 10 28 50.60 10.168S 113.749E 29km 5.7mb ( 57 obs.) 6.OMsz ( 23 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 55S,126C Centroid Location: Origin Time 10:28:55.9 0.2 Lat 10.31S 0.02 Lon 113.69E 0.03 Dep 15.0 FIX Half-duration 2.3 Principal Axes:


Best Double Couple:Mo-1.5*10**18NPl:Strike- 83 Dip=21 Slip=-112NP2: 287 71 -82

16 00 47 23.82 32.641S 71.846W 33km 5.3mb ( 34 obs.) 4.6Msz ( 2 obs.) NEAR COAST OF CENTRAL CHILE CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 16S, 19C Centroid Location: Origin Time 00:47:27.1 0.7 Lat 32.99S 0.11 Lon 71.96W 0.12 Dep 36.0 FIX Half-duration 1.0 Principal Axes:

Scale 10**16 Nm T Val- 5.06 Plg=64 Azm= 62 N -0.44 8 169 P -4.62 24 263


16 10 12 46.92 7.391S 128.125E 109km 6.0mb ( 77 obs.) BANDA SEAFAULT PLANE SOLUTION: P-Waves NPl:Strike-110 Dip=58 Slip- 75 NP2: 317 35 112

Principal Axes:T Plg=73 Azm-342 P 12 211

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting with a small right- lateral strike-slip component. The preferred fault plane is NP2.



Scale 10**17 NmT Val- 8.55 Plg=71 Azm-341N 0.71 15 121P -9.26 12 214

Best Double Couple:Mo=8.9*10**17NPl:Strike=322 Dip=36 Slip- 116NP2: 111 58 73

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 56S,113CCentroid Location:Origin Time 10:12:56.7 0.2Lat 7.44S 0.02 Lon 128.38E 0.02Dep 154.6 0.5 Half-duration 2.3Principal Axes:



16 18 41 28.28 15.250S 70.294W 200km 5.6mb (104 obs.) SOUTHERN PERUFAULT PLANE SOLUTION: P-Waves NPl:Strike- 50 Dip=80 Slip- 150 NP2: 146 61 12

Principal Axes:T Pig-28 Azm= 4 P 13 101

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a moderate reverse component. The preferred fault plane is not determined.




Best Double Couple:Mo=1.3*10**18 NPl:Strike-133 Dip=63 Slip= 7 NP2: 40 84 153

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 56S,115C Centroid Location: Origin Time 18:41:37.6 0.2 Lat 15.26S 0.02 Lon 70.40W 0.02 Dep 200.3 1.1 Half-duration 2.3 Principal Axes:



18 02 22 06.30 30.289S 178.286W 156km5.2mb ( 35 obs.)KERMADEC ISLANDS, NEW ZEALANDCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 46S, 66CCentroid Location:Origin Time 02:21:57.2 0.3Lat 30.38S 0.03 Lon 177.75W 0.03Dep 48.7 2.2 Half-duration 1.2Principal Axes:


Best Double Couple:Mo=l.6*10**17 NPl:Strike-175 Dip=31 Slip= 86 NP2: . 359 59 92

18 03 25 15.83 42.963S 171.658E 14km 6.2mb ( 22 obs.) 7.lMsz ( 45 obs.) SOUTH ISLAND, NEW ZEALAND FAULT PLANE SOLUTION: P-Waves NPl:Strike-197 Dip=60 Slip- 90 NP2: 17 30 90

Principal Axes:T Plg=75 Azm-107 P 15 287

Comment: The focal mechanism is poorly controlled and corresponds to reverse faulting. The preferred fault

JUN 1994 PAGE 26

plane is NP2. RADIATED ENERGYNo. of sta: 10 Focal mech. F Energy 7 . 0±1. 5*10**13 Nm



Best Double Couple:Mo=l.3*10**19 NPl:Strike=346 Dip=29 Slip- 56 NP2: 204 66 108

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 60S,156C M.W.: 54S,118C Centroid Location: Origin Time 03:25:25.2 0.1 Lat 42.94S 0.01 Lon 171.47E 0.01 Dep 15.0 FIX Half-duration 5.5 Principal Axes:

Scale 10**19 NmT val= 1.29 Pig-39 Azm= 31N 0.32 51 209P -1.61 1 300

Best Double Couple:Mo-l.5*10**19NPl:Strike= 68 Dip=63 Slip= 150NP2: 173 64 31

18 22 38 19.00 10.150S 113.632E 46km 5.6mb ( 34 obs.) S.OMsz ( 12 obs.) SOUTH OF JAWA, INDONESIA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 29S, 46C Centroid Location: Origin Time 22:38:17.8 0.5 Lat 10.33S FIX;Lon 113.68E FIX Dep 25.0 3.1 Half-duration 1.3 Principal Axes: Scale 10**17 NmT Val- 2.07 Pig-35 Azm- 22N 0.37 5 116P -2.44 54 213

Best Double Couple:Mo-2.2*10**17NP1:Strike- 88 Dip-11 Slip--119NP2: 297 80 -85

19 13 43 51.19 43.273S 171.611E 10km5.7mb ( 15 obs.) 5.9Msz ( 35 obs.)SOUTH ISLAND, NEW ZEALANDFAULT PLANE SOLUTION: P-Waves NP1:Strike-173 Dip-83 Slip- -8 NP2: 264 82 -173Principal Axes:

T Pig- 1 Azm-219 P 11 128

Comment: The focal mechanism is moderately well controlled and corresponds to strike- slip faulting with a small normal component. The preferred fault plane is not determined.


Scale 10**18 NmT Val- 1.08 Pig-19 Azm- 41 N -0.13 65 181 P -0.95 15 306

Best Double Couple:Mo-l.0*10**18 NP1:Strike- 83 Dip-66 Slip- 177 NP2: 174 87 25

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 60S,139CCentroid Location:Origin Time 13:43:57.7 0.1Lat 43.24S 0.02 Lon 171.54E 0.02Dep 15.0 FIX Half-duration 2.1Principal Axes:


Best Double Couple:Mo-7.5*10**17 NPl:Strike=172 Dip-74 Slip- 2 NP2: 81 88 164

20 09 09 02.91 28.968N 52.614E 9km 5.9mb (124 obs.) 5.7Msz ( 47 obs.)

SOUTHERN IRANFAULT PLANE SOLUTION: P-Waves NPl:Strike- 93 Dip-82 Slip- 30 NP2: 358 60 171Principal Axes:

T Pig-27 Azm-320 P 15 222

Comment: The focal mechanism is poorly controlled and corresponds to strike-slip faulting with a moderate reverse component. The preferred fault plane is not determined.





CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 52S,110CCentroid Location:Origin Time 09:09: 6.7 0.2Lat 29.06N 0.02 Lon 52.44E 0.02Dep 15.0 BDY Half-duration 2.1Principal Axes:


Best Double Couple:Mo-8.1*10**17 NPl:Strike=251 Dip=67 Slip- -5 NP2: 343 85 -157

20 09 44 45.02 28.779S 176.749W 23km 5.2mb ( 18 obs.) 5.9Msz ( 2 obs.) KERMADEC ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 35S, 64C Centroid Location: Origin Time 09:44:56.0 0.6 Lat 28.32S 0.05 Lon 176.68W 0.05 Dep 35.3 3.0 Half-duration 1.7 Principal Axes:


Best Double Couple:Mo-4.2*10**17 NPl:Strike=194 Dip=23 Slip- 91 NP2: 13 67 89

21 02 18 23.32 43.208S 171.594E 10km 5.3mb ( 7 obs.) 5.3Msz ( 5 obs.) SOUTH ISLAND, NEW ZEALAND CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 37S, 54C Centroid Location: Origin Time 02:18:25.2 0.4 Lat 43.38S 0.05 Lon 171.81E 0.05 Dep 15.0 FIX Half-duration 1.3 Principal Axes: Scale 10**17 Nm T Val- 1.43 Pig-37 Azm- 19 N 0.23 47 235 P -1.66 19 124


23 05 30 07.17 64.519S 175.220E 10km 5.3mb ( 7 obs.) 5.3Msz ( 1 obs.) BALLENY ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 39S, 62C Centroid Location: Origin Time 05:30: 9.4 0.2 Lat 64.61S 0.03 Lon 176.29E 0.08 Dep 15.0 FIX Half-duration 1.4 principal Axes:

Scale 10**17 Nm

T Val- 2.40 Pig- 9 Azm- 11N -0.22 75 247P -2.17 12 103


25 08 38 06.80 43.883N 147.213E 66km5.3mb (111 obs.)KURIL ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 34S, 45CCentroid Location:Origin Time 08:38: 8.9 0.3Lat 44.00N 0.03 Lon 147.38E 0.06Dep 83.2 4.6 Half-duration 1.6Principal Axes:


Best Double Couple:Mo-9.7*10**16 NPl:Strike- 13 Dip- 4 Slip- 88 NP2: 195 86 90

25 13 08 47.91 10.591S 165.990E 70km5.2mb ( 18 obs.)SANTA CRUZ ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 20S, 26CCentroid Location:Origin Time 13:08:43.1 0.5Lat 10.59S FIX;Lon 166.OOE FIXDep 15.0 FIX Half-duration 1.4Principal Axes:


Best Double Couple:Mo-l.5*10**17 NPl:Strike-115 Dip-27 Slip--158 NP2: 5 80 -64

25 13 54 58.81 56.074S 27.675W 110km5.6mb ( 23 obs.)SOUTH SANDWICH ISLANDS REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 13S, 16CCentroid Location:Origin Time 13:55: 1.5 0.5Lat 56.01S 0.06 Lon 27.84W 0.15Dep 111.8 4.0 Half-duration 1.2Principal Axes:



26 00 03 22.17 28.739S 176.844W 33km 5.3mb ( 23 obs.) 5.3Msz ( 33 obs.) KERMADEC ISLANDS REGION CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 44S, 77C Centroid Location: Origin Time 00:03:24.7 0.2 Lat 28.70S 0.04 Lon 176.32W 0.03 Dep 18.5 1.9 Half-duration 1.4 Principal Axes:


Best Double Couple:Mo=l.8*10**17 NPl:Strike-189 Dip=21 Slip- 86 NP2: 13 69 91

26 21 55 15.38 9.757S 159.739E 31km 5.5mb ( 33 obs.) S.OMsz ( 31 obs.) SOLOMON ISLANDSCENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 15S, 20C Centroid Location: Origin Time 21:55:15.0 0.9 Lat 10.31S 0.08 Lon 160.OOE 0.09 Dep 28.3 3.9 Half-duration 1.8

JUN 1994

Principal Axes: Scale 10**17 NmT Val- 1.83 Pig-53 Azm-335N -0.52 25 104P -1.31 25 207

Best Double Couple:Mo-l.6*10**17NPl:Strike-339 Dip-30 Slip- 149NP2: 97 75 64

27 04 10 09.32 36.236S 98.189W 10km5.4mb ( 21 obs.) 5.5MSZ ( 33 obs.)SOUTHERN PACIFIC OCEANCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 61S,152CCentroid Location:Origin Time 04:10:15.7 0.1Lat 36.47S 0.01 Lon 98.58W 0.01Dep 15.0 FIX Half-duration 2.9Principal Axes: Scale 10**18 Nm T Val- 1.84 Pig- 7 Azm- 48 N -0.14 79 280 P -1.71 8 139


27 07 26 53.42 20.506S 68.629W 109km5.3mb ( 58 obs.)CHILE-BOLIVIA BORDER REGIONCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 18S, 21CCentroid Location:Origin Time 07:26:59.0 0.5Lat 20.77S 0.06 Lon 68.99W 0.05Dep 124.7 2.8 Half-duration 1,4Principal Axes:

Scale 10**17 NmT Val= 1.14 Pig- 1 Azm- 72 N -0.09 10 162 P -1.05 80 338

Best Double Couple:Mo=l.1*10**17 NPl:Strike-152 Dip-45 Slip=-104 NP2: 352 47 -76

27 09 49 51.64 13.615S 167.213E 194km5.Omb ( 25 obs.)VANUATU ISLANDSCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: US, 11CCentroid Location:Origin Time 09:49:57.9 0.9Lat 13.36S 0.10 Lon 167.16E 0.09Dep 208.4 5.6 Half-duration 1.2Principal Axes: Scale 10**16 NmT Val- 6.31 Pig-86 Azm= 90 N 1.82 0 184 P -8.13 4 274


27 12 03 03.00 16.122S 67.484E 10km 5.1mb ( 14 obs.) 4.5Msz ( 3 obs.) MID-INDIAN RIDGE CENTROID, MOMENT TENSOR (HRV)

Data Used: GDSNL.P.B.: 34S, 52CCentroid Location:Origin Time 12:03: 8.3 0.3Lat 16.22S 0.03 Lon 66.80E 0.04Dep 15.0 FIX Half-duration 1.3Principal Axes:

Scale 10**17 NmT val= 1.62 Plg=17 Azm=100 N -0.18 64 230 P -1.45 19 3

Best Double Couple:MO-l.5*10**17 NPl:Strike=142 Dip-64 Slip--179 NP2: 51 89 -26

29 12 00 58.20 11.464N 86.208W 49km 4.8mb ( 26 obs.) 5.2Msz ( 35 obs.) NEAR COAST OF NICARAGUA CENTROID, MOMENT TENSOR (HRV) Data Used: GDSN L.P.B.: 54S,107C Centroid Location: Origin Time 12:01: 1.6 0.2 Lat 11.01N 0.02 Lon 86.45W 0.02 Dep 37.4 1.6 Half-duration 1.6 Principal Axes:

Scale 10**17 NmT Val- 3.00 Pig-72 Azm= 32N 0.34 3 294P -3.34 18 203

Best Double Couple:Mo-3.2*10**17NPl:Strike=288 Dip=27 Slip- 84NP2: 115 63 93

29 18 22 33.58 32.567N 93.673E 10km5.9mb (127 obs.) 5.6Msz ( 43 obs.)XIZANGFAULT PLANE SOLUTION: P-Waves NPl:Strike-197 Dip-62 Slip- -90 NP2: 17 28 -90Principal Axes:

T Pig-17 Azm-287 P 73 107




Scale 10**17 Nm T Val- 5.74 Plg= 0 Azm-289 N 0.00 6 19 P -5.74 84 197

Best Double Couple:Mo-5.7*10**17 NPl:Strike= 13 Dip-45 Slip= -98 NP2: 205 46 -82

CENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: 49S, 97CCentroid Location:Origin Time 18:22:45.3 0.1Lat 32.57N 0.02 Lon 93.68E 0.02Dep 15.0 BDY Half-duration 2.2Principal Axes:

Scale 10**17 Nm

T Val- 7.49 Pig- 5 Azm=289N 0.46 9 20P -7.95 79 170

Best Double Couple:Mo=7.7*10**17NPl:Strike= 9 Dip=40 Slip--105NP2: 208 51 -78

30 00 48 32.56^32.541N 93.684E 33km5.1mb ( 60 obs.) 4.5Msz ( 7 obs.)XIZANGCENTROID, MOMENT TENSOR (HRV)Data Used: GDSNL.P.B.: US, 12CCentroid Location:Origin Time 00:48:38.3 0.8Lat 32.53N FIX;Lon 93.76E FIXDep 15.0 FIX Half-duration 1.1Principal Axes: Scale 10**16 Nm T Val= 4.00 Pig- 9 Azm=275 N 0.53 17 8 P -4.52 71 157


30 09 23 21.35 36.326N 71.130E 227km 6.1mb (147 obs.)AFGHANISTAN-TAJIKISTAN BORD REG. FAULT PLANE SOLUTION: P-Waves NPl:Strike- 48 Dip-47 Slip- 90 NP2: 228 43 90






Best Double Couple:Mo-3.3*10**18 NPl:Strike-211 Dip-43 Slip= 92 NP2: 28 47 88

CENTROID, MOMENT TENSOR (HRV) Data Used: GDSNL.P.B.: 55S,138C M.W.: 41S, 60C Centroid Location: Origin Time 09:23:25.9 0.1 Lat 36.34N 0.01 Lon 71.00E 0.01 Dep 253.7 0.6 Half-duration 3.2 Principal Axes:



Compiled by Pingsheng Chang, Willis S. Jacobs, Stuart K. Koyanagi, Christina K. Lavonne, Waverly J. Person, Bruce W. Presgrave, William H. Schmieder and Pamela J. Tatalaski.

John H. Minsch, Russell E. Needham,

02 June 1994 18:17:34.02 South of Jawa, Indonesia

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05 June 1994 01:09:30.15 Taiwan

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06 June 1994 20:47:40.53 Colombia

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09 June 1994 00:33:16.23 Northern Bolivia

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16 June 1994 10:12:46.92 Banda Sea

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16 June 1994 18:41:28.28 Southern Peru

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29 June 1994 18:22:33,58 Xizang

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30 June 1994 09:23:21.35 Afghanistan-Tajikistan Bord Reg.

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