Data Report
Bulletin / SEP 2002
Contributed by SKO
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Dr. Lazo Pekevski
Head of Seismological Observatory
Seismological Observatory, P.O.Box 422
1000 Skopje, Republic of Macedonia
phone/fax: ++389 2 2733 001
home: ++389 2 3165 318
http://seismobsko.pmf.ukim.edu.mk
e-mail: lpekevski@seismobsko.pmf.ukim.edu.mk
lazopekevski@yahoo.com
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Dr. Lazo
Pekevski
Head of Seismological Observatory
Seismological Observatory, P.O.Box 422
1000 Skopje, Republic of
Macedonia
phone/fax: ++389 2 2733
001
home: ++389 2 3165
318
http://seismobsko.pmf.ukim.edu.mk
e-mail: lpekevski@seismobsko.pmf.ukim.edu.mk
lazopekevski@yahoo.com
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SEISMOLOGICAL OBSERVATORY
Faculty of Natural sciences and Mathematics
"Sts. Cyril and Methodius" University
Skopje, Rep. of Macedonia
_________________________________________________________________________________________________________
P.O.Box 422, 1000 Skopje, Rep. of Macedonia
phone: +389 2 733 001 , fax: +389 2 733 002
http://seismobsko.pmf.ukim.edu.mk
e-mail: center@seismobsko.pmf.ukim.edu.mk
_________________________________________________________________________________________________________
Seismogram readings at SKO, OHR, VAY.
_________________________________________________________________________________________________________
Date No Stn Instr. Phase h m s Per.(s) Amp(mic)
_________________________________________________________________________________________________________
SEP,01;2002 1 VAY VR:Z iPn 02 40 22.0
VR:Z i 38.0
VR:Z i 53.5
VR:Z LgV 41 4.5 0.7 0.090
SKO VR:Z ePn 40 32.0
2 VAY VR:Z iPn 03 22 59.2
OHR WR:Z iPn 23 0.1
WR:Z i 3.3
WR:N iSn 29.1
WR:N i 36.2
SKO VR:Z ePn 8.5
VR:Z iPb 17.0
VR:Z iPg 21.5
LG:E eSn 56.0
LG:E iSb 24 3.8
LG:E LgE 5.0 0.9 0.190
VR:Z LgV 10.5 0.9 0.110
D(km)= 440 MLgh=3.7
3 OHR WR:Z iPn 05 27 50.4
WR:Z i 28 2.6
WR:E iSn 32.3
WR:E i 50.7
VAY VR:Z iPn 27 57.0
SKO VR:Z +iPn 28 2.2
VR:Z +iPg 19.5
LG:E iSn 52.2
LG:E iSg 29 10.0
LG:E LgE 33.0 1.3 0.240
D(km)= 460 MLgh=3.7
4 VAY VR:Z iPn 06 05 15.0
VR:Z i 36.0
VR:Z i 47.0
VR:Z i 52.0
VR:Z LgV 57.0 0.7 0.140
SKO VR:Z ePn 25.0
5 VAY VR:Z +iP 06 08 38.2 0.8 0.040
SKO VR:Z +iP 41.2 1.0 0.050
OHR WR:Z +iP 44.3
6 VAY VR:Z iP 07 19 51.6 1.0 0.040
SKO VR:Z eP 53.0
7 VAY VR:Z ePn 08 01 4.4
8 VAY VR:Z iP 13 01 42.0
9 VAY VR:Z iP 17 22 12.8
VR:Z i 27.5
OHR WR:Z iP 19.8
WR:Z i 25.0
SKO VR:Z eP 21.5
SEP,02;2002 10 VAY VR:Z eP 00 28 54.0
SKO VR:Z eP 58.0
11 VAY VR:Z eP 01 04 53.0
SKO VR:Z eP 05 1.0
OHR WR:Z -iP 6.7
12 OHR WR:Z iPg 07 22 32.8
WR:Z i 33.9
WR:N iSg 50.5
SKO VR:Z ePn 47.0
LG:E iSg 23 17.0
LG:E LgE 20.0 0.6 0.090
D(km)= 230 MLgh=2.8
VAY VR:Z ePn 22 56.5
13 OHR WR:Z iPn 09 25 27.4
WR:Z i 38.5
WR:E i 27 12.3
VAY VR:Z iPn 25 29.3
VR:Z i 32.0
VR:Z i 37.3
VR:Z i 43.0 1.0 0.260
SKO VR:Z iPn 41.1
VR:Z i 45.0 0.8 0.070
VR:Z i 57.0 1.0 0.160
SEP,02;2002 14 *** SKO: Felt at Struga reg. III EMS-1998
----------------------------------------------------
OHR WR:Z +iPg 18 56 8.5
WR:N -iSg 14.8
SKO VR:Z iPg 23.3
LG:E iSg 38.0
MA:E LgE 41.0 0.4 6.610
MA:N LgN 42.0 0.4 12.050
D(km)= 120 ML=4.3
VAY VR:Z +iPn 31.2
VR:Z i 43.8
VR:Z i 49.0
VR:Z LgV 57 2.0 0.8 0.810
15 OHR WR:Z +iPg 19 15 26.3
WR:N -iSg 32.6
SKO VR:Z iPg 42.4
LG:E iSg 56.0
LG:E LgE 16 1.0 0.6 0.130
D(km)= 110 ML=2.2
VAY VR:Z ePn 15 50.7
16 OHR WR:Z +iPg 20 02 24.9
WR:N iSg 31.2
SKO VR:Z iPg 40.5
LG:E iSg 54.5
LG:E LgE 59.0 0.6 0.210
VR:Z LgV 59.0 0.5 0.095
D(km)= 115 ML=2.4
VAY VR:Z ePn 49.0
17 OHR WR:Z +iPg 20 06 42.6
WR:N iSg 48.9
SKO VR:Z ePn 58.5
LG:E iSg 07 12.2
LG:E LgE 16.0 0.6 0.250
D(km)= 115 ML=2.5
VAY VR:Z iPn 6.4
18 OHR WR:Z +iPg 20 14 38.6
WR:N iSg 45.4
SKO VR:Z ePg 54.5
LG:E iSg 15 8.5
LG:E LgE 12.0 0.6 0.096
D(km)= 115 ML=2.0
19 OHR WR:Z +iPg 22 27 2.4
WR:N iSg 8.9
SKO VR:Z iPg 18.0
LG:E iSg 32.2
LG:E LgE 36.0 0.6 0.200
VR:Z LgV 37.0 0.6 0.070
D(km)= 118 ML=2.4
VAY VR:Z ePn 26.5
SEP,03;2002 20 SKO VR:Z eP 05 11 28.0
21 VAY VR:Z iP 14 36 32.0
VR:Z i 37.4 1.0 0.050
VR:Z i 55.4
D(dg)= 87 Mb=5.6
SKO VR:Z eP 35.6
22 VAY VR:Z ePn 15 17 53.3
23 SKO VR:Z eP 17 33 55.0
24 OHR WR:Z +iPg 19 06 26.3
WR:N iSg 32.8
SKO VR:Z iPg 42.0
LG:E iSg 56.0
LG:E LgE 07 0.0 0.6 0.270
VR:Z LgV 1.0 0.5 0.125
D(km)= 115 ML=2.5
VAY VR:Z iPn 06 50.4
25 VAY VR:Z iPg 19 49 57.2
VR:Z iSg 50 15.4
VR:Z LgV 20.5 0.6 0.130
SKO VR:Z ePn 49 58.0
26 OHR WR:Z +iPg 22 19 17.4
WR:N -iSg 23.7
SKO VR:Z iPg 32.2
LG:E -iSg 47.0
VR:Z LgV 50.0 0.4 0.170
LG:E LgE 52.5 0.5 0.510
D(km)= 120 ML=2.8
VAY VR:Z iPn 41.5
27 OHR WR:Z iPn 23 10 39.5
WR:E i 58.1
SKO VR:Z iPn 53.2
LG:E iSn 11 22.0
LG:E iSg 26.0
LG:E LgE 28.0 0.9 0.220
D(km)= 240 MLgh=3.0
VAY VR:Z iPn 10 55.0
28 OHR WR:Z ePn 07 26 26.5
WR:Z i 37.7
SEP,04;2002 VAY VR:Z ePn 28.7
VR:Z i 35.0 1.0 0.040
SKO VR:Z ePn 41.0
VR:Z i 47.0
29 VAY VR:Z iPKP 08 25 52.4
SKO VR:Z iPKP 54.0
OHR WR:Z iPKP 57.0
30 VAY VR:Z iPn 13 37 7.4
SKO VR:Z ePn 21.0
31 VAY VR:Z iPg 14 26 21.8
VR:Z i 27.5
32 VAY VR:Z ePn 18 23 17.7
SKO VR:Z ePn 24.0
33 VAY VR:Z ePn 20 04 44.0
SKO VR:Z ePn 56.0
34 VAY VR:Z iPg 20 39 33.6
VR:Z i 37.4
VR:Z iSg 52.5
VR:Z LgV 55.0 0.6 0.340
SKO VR:Z ePn 49.0
SEP,05;2002 35 VAY VR:Z iP 00 27 30.8
SKO VR:Z iP 35.3
OHR WR:Z +iP 36.4
36 OHR WR:Z iPn 02 19 40.3
WR:E iSn 20 5.7
VAY VR:Z iPn 19 48.0
SKO VR:Z ePn 54.0
37 SKO VR:Z iP 03 50 44.2
OHR WR:Z -iP 48.3
WR:Z i 58.5
VAY VR:Z iP 49.0
38 VAY VR:Z ePn 04 22 56.0
SKO VR:Z ePn 23 4.0
39 VAY VR:Z iP 11 10 16.4
VR:Z i 21.3 1.0 0.040
D(dg)= 37 Mb=5.1
SKO VR:Z iP 22.1
VR:Z i 28.1 0.8 0.031
D(dg)= 38 Mb=5.1
40 VAY VR:Z iP 11 41 32.0
41 SKO VR:Z ePn 12 34 3.5
LG:E i 47.0
42 VAY VR:Z iPn 16 36 9.7
SKO VR:Z ePn 22.5
43 VAY VR:Z -iPn 22 20 40.0
VR:Z i 47.7
VR:Z i 58.0
VR:Z i 21 10.0
VR:Z i 26.5
VR:Z i 34.0
VR:Z LgV 40.0 0.7 0.870
OHR WR:Z iPn 20 52.7
WR:Z i 21 4.4
WR:N i 42.2
WR:N i 59.9
SKO VR:Z iPn 20 54.0
VR:Z i 59.1
VR:Z iPb 21 3.2
VR:Z i 15.0
LG:E iSb 59.0
LG:E iSg 22 6.8
LG:E LgE 12.0 1.0 1.260
VR:Z LgV 14.0 1.0 0.540
D(km)= 480 MLgh=4.5
44 VAY VR:Z ePn 22 36 33.0
45 VAY VR:Z ePn 22 46 29.0
46 VAY VR:Z ePn 23 42 50.5
SEP,06;2002 47 VAY VR:Z ePn 00 16 1.8
SEP,06;2002 48 *** SKO: Sicily Italy (NEIC) M=5.9
----------------------------------------------------
OHR WR:Z +iPn 01 23 0.2
WR:N i 11.9
SKO VR:Z iPn 11.5
VR:Z +i 13.8 0.7 0.060
VR:Z i 19.0 0.8 1.080
MA:E iSg 25 18.0
MA:N LmN 26 20.0 8.0 25.000
MA:E LmE 27 25.0 9.0 36.500
D(km)= 770 MLH=5.4
VAY VR:Z -iPn 23 18.4 0.8 0.840
49 SKO VR:Z iP 01 35 1.0
VAY VR:Z iP 6.0
50 SKO VR:Z eP 01 41 39.0
VAY VR:Z iP 42.4
51 SKO VR:Z +iPn 01 47 14.7 1.0 0.100
VAY VR:Z iPn 20.7 0.7 0.090
52 SKO VR:Z iPn 02 10 41.5
VAY VR:Z iPn 47.3
53 VAY VR:Z ePn 03 26 11.4
54 SKO VR:Z iP 03 48 50.8
VAY VR:Z iP 56.4
55 SKO VR:Z ePn 05 05 17.0
LG:E iSn 06 11.0
VAY VR:Z iPn 05 18.4
56 SKO VR:Z ePn 06 17 38.0
SEP,06;2002 57 *** SKO: Artificial
----------------------------------------------------
SKO VR:Z ePg 07 29 47.0
LG:E iSg 49.5
58 SKO VR:Z eP 11 14 14.5
59 VAY VR:Z ePn 13 00 32.3
60 SKO VR:Z ePg 16 53 40.0
LG:E iSg 54.0
61 SKO VR:Z iPKP 21 43 46.0
SEP,07;2002 62 VAY VR:Z ePn 02 02 43.0
63 SKO VR:Z ePn 02 17 51.0
64 SKO VR:Z +iPKP 02 20 12.8
65 VAY VR:Z iPn 04 49 19.0
VR:Z i 23.0
VR:Z i 34.0
VR:Z i 50.0
VR:Z i 50 2.5
VR:Z LgV 7.5 0.7 0.290
OHR WR:Z iPn 49 30.3
WR:Z i 34.1
WR:Z i 43.9
WR:E iSn 50 6.9
WR:E i 33.0
SKO VR:Z +iPn 49 33.3
VR:Z i 40.6
LG:E LgE 51 5.0 0.9 0.160
66 SKO VR:Z +iPg 06 43 53.5
LG:E iSg 59.5
LG:E Smax 44 0.0 0.4 0.160
D(km)= 48 ML=1.8
67 VAY VR:Z ePKHKP 08 33 54.5
VR:Z iPKP2 34 8.8 1.6 0.200
SKO VR:Z iPKIKP 33 46.5
VR:Z iPKHKP 55.7
VR:Z iPKP2 34 9.5
OHR WR:Z -iPKIKP 33 47.7
WR:Z -iPKHKP 56.8
WR:Z iPKP2 34 13.2
68 VAY VR:Z ePn 20 23 20.4
SKO VR:Z ePn 30.0
69 VAY VR:Z iP 21 55 25.5
SKO VR:Z iP 27.7 0.9 0.040
OHR WR:Z +iP 29.8
70 OHR WR:Z iPn 23 15 54.5
WR:Z i 16 1.2
WR:N iSn 16.6
VAY VR:Z iPn 1.4
SKO VR:Z iPn 8.5
LG:E iSn 40.4
LG:E LgE 55.5 0.9 0.190
VR:Z LgV 17 4.0 0.9 0.080
D(km)= 280 MLgh=3.2
71 SKO VR:Z ePn 23 45 55.0
VAY VR:Z ePn 56.0
SEP,08;2002 72 VAY VR:Z ePn 01 34 7.0
SKO VR:Z iPn 12.3
73 VAY VR:Z eP 03 48 52.5
OHR WR:Z +iP 55.0
SKO VR:Z iP 56.5
74 VAY VR:Z iP 09 24 32.7
75 VAY VR:Z iP 12 33 13.4
76 VAY VR:Z iPKP 13 35 1.0 1.0 0.040
VR:Z i 38 7.3
SKO VR:Z +iPKP 35 2.9 0.9 0.080
OHR WR:Z +iPKP 5.9
77 VAY VR:Z iPn 16 16 7.4
SKO VR:Z +iPn 17.3
78 VAY VR:Z iP 18 59 16.6
VR:Z i 19 02 52.7
VR:Z i 03 4.6
VR:Z i 30.8
VR:Z i 04 6.0 2.0 0.320
VR:Z i 13 59.0
SKO VR:Z iP 18 59 20.0
VR:Z i 19 03 9.3
OHR WR:Z +iP 18 59 20.2
79 SKO VR:Z iP 22 23 11.0
80 VAY VR:Z iPg 22 23 16.7
VR:Z iSg 25.8
81 OHR WR:Z +iP 23 13 7.3
SKO VR:Z iP 12.0
VR:Z i 14.2 1.1 0.110
VR:Z i 21.4 1.2 0.100
D(dg)= 54 Mb=5.8
VAY VR:Z eP 14.0
SEP,09;2002 82 VAY VR:Z iP 00 00 25.5
VR:Z i 36.7
SKO VR:Z iP 27.3
VR:Z i 39.6
83 SKO VR:Z ePn 01 53 20.0
VAY VR:Z ePn 24.7
84 SKO VR:Z +iPg 03 10 16.1
LG:E iSg 22.2
LG:E Smax 25.0 0.3 0.290
VR:Z Smax 25.0 0.4 0.100
D(km)= 48 ML=2.2
VAY VR:Z ePn 34.7
85 OHR WR:Z +iPn 06 07 33.0
WR:Z iPb 41.7
WR:Z iPg 45.4
WR:E iSn 08 19.9
WR:E iSg 37.3
VAY VR:Z iPn 07 41.4
VR:Z iPb 49.8
VR:Z i 08 9.3
VR:Z iSb 45.5
VR:Z iSg 54.5
VR:Z LgV 09 6.0 0.8 0.120
SKO VR:Z +iPn 07 44.8
VR:Z iPg 08 1.3
VR:Z i 10.0 0.7 0.120
LG:E iSn 39.8
LG:E iSb 52.0
LG:E iSg 57.7
LG:E LgE 09 17.0 1.0 0.460
D(km)= 500 MLgh=4.2
86 SKO VR:Z iP 09 30 17.3
VAY VR:Z iP 22.6
87 SKO VR:Z iPn 10 30 11.6
VAY VR:Z ePn 24.6
88 SKO VR:Z ePn 12 18 5.0
VAY VR:Z ePn 11.4
SEP,10;2002 89 SKO VR:Z iPn 02 34 35.5
VR:Z i 40.5
VAY VR:Z iPn 41.4
90 VAY VR:Z iPKP 02 52 48.0
VR:Z i 53 5.0
SKO VR:Z iPKP 52 50.0
OHR WR:Z iPKP 51.0
91 VAY VR:Z ePn 03 02 48.5
SKO VR:Z ePn 53.0
92 SKO VR:Z iP 08 01 22.2
93 VAY VR:Z ePn 15 10 52.7
94 VAY VR:Z iPg 15 35 19.7
VR:Z iSg 27.7
VR:Z Smax 29.5 0.3 0.120
SKO VR:Z iPn 29.8
95 VAY VR:Z iPg 15 36 19.4
VR:Z iSg 27.4
96 VAY VR:Z iPg 15 47 54.0
VR:Z iSg 56.6
VR:Z Smax 57.0 0.3 0.100
97 SKO VR:Z +iPg 15 56 2.9
LG:E iSg 9.0
LG:E Smax 10.0 0.4 0.770
VR:Z Smax 12.5 0.4 0.300
D(km)= 48 ML=2.5
VAY VR:Z iPn 20.0
98 VAY VR:Z iPg 17 48 55.0
VR:Z iSg 49 4.0
VR:Z Smax 5.0 0.3 0.090
SKO VR:Z ePn 10.0
99 VAY VR:Z ePg 17 50 10.0
100 SKO VR:Z +iPn 18 37 16.6
SEP,10;2002 101 *** SKO: H=18:39:14.9 UTC
40.95 N 20.85 E , h=10km
ML=3.7 MLg=0.0
Felt at Ohrid-Resen reg. IV and at
Bitola region III EMS-1998
----------------------------------------------------
OHR WR:Z -iPg 18 39 18.6
WR:N iSg 21.0
SKO VR:Z iPg 35.8
VR:Z i 38.1
LG:E iSg 52.0
MA:E LgE 54.0 0.6 3.550
LG:E LgE 56.0 0.6 1.720
VR:Z LgV 56.0 0.6 0.750
D(km)= 120 ML=3.7
VAY VR:Z iPn 41.4
VR:Z i 58.0
VR:Z iSn 40 0.6
VR:Z LgV 6.0 0.7 0.690
SEP,11;2002 102 SKO VR:Z ePg 01 27 30.6
LG:E iSg 46.0
103 SKO VR:Z eP 04 58 27.5
VAY VR:Z iP 33.0
OHR WR:Z +iP 34.2
104 VAY VR:Z ePn 11 40 0.4
SKO VR:Z ePn 14.0
105 SKO VR:Z iP 14 37 0.5
VAY VR:Z iP 6.8 0.6 0.040
106 VAY VR:Z iPg 15 59 21.0
VR:Z iSg 27.5
VR:Z Smax 29.0 0.3 0.050
107 VAY VR:Z ePn 22 43 52.3
VR:Z i 44 8.0
SEP,12;2002 108 SKO VR:Z iP 03 04 25.8
VR:Z i 28.5 0.9 0.040
VAY WR:Z -iP 31.1
VR:Z i 34.0 0.8 0.060
109 VAY VR:Z iPg 12 19 39.4
VR:Z iSg 44.8
VR:Z Smax 45.5 0.4 0.040
110 VAY VR:Z iPg 13 45 19.3
WR:N iSg 20.4
VR:Z Smax 22.0 0.3 0.340
111 VAY WR:Z +iPg 14 20 18.8
VR:Z iSg 20.9
VR:Z Smax 21.5 0.3 0.280
112 SKO VR:Z ePg 15 49 6.5
LG:E iSg 11.5
LG:E Smax 14.0 0.3 0.100
D(km)= 40 ML=1.5
SEP,13;2002 113 VAY VR:Z ePn 00 52 58.7
114 VAY VR:Z ePn 12 32 14.7
115 SKO VR:Z +iPg 13 36 5.8
LG:E -iSg 12.0
LG:E Smax 12.5 0.4 0.170
VR:Z Smax 13.0 0.4 0.070
D(km)= 50 ML=1.7
116 VAY VR:Z +iP 22 39 21.0 0.9 0.320
SKO VR:Z +iP 26.8
VR:Z i 27.7 0.8 0.100
LG:E iS 48 21.2
D(dg)= 68 Mb=6.1
OHR WR:Z +iP 39 28.7
117 VAY VR:Z iPn 23 02 55.0
VR:Z i 03 4.4
SKO VR:Z ePn 4.5
118 VAY VR:Z iP 23 24 58.6
SEP,14;2002 119 SKO VR:Z +iPg 08 03 59.5
LG:E iSg 04 6.0
120 SKO VR:Z ePg 12 06 42.0
LG:E iSg 48.0
121 VAY VR:Z iPg 14 41 38.1
VR:Z iSg 40.2
VR:Z Smax 43.0 0.3 0.100
122 OHR WR:Z +iPn 19 51 11.1
WR:Z i 19.7
WR:E iSn 52 2.3
WR:E i 11.2
VAY WR:Z +iPn 51 15.7
VR:Z i 23.9
VR:Z i 30.0
VR:Z iSn 55.4
VR:Z iSg 52 11.5
VR:Z i 21.3
VR:Z LgV 24.0 1.0 0.840
SKO VR:Z +iPn 51 22.1
VR:Z i 26.7
VR:Z iPg 35.0
VR:Z i 40.0 0.8 0.400
LG:E iSn 52 12.0
LG:E iSg 31.5
MA:N LmN 53.0 4.0 7.500
MA:E LmE 53 7.0 3.0 4.790
VR:Z LgV 52 56.5 1.1 0.590
LG:E LgE 53 9.0 1.8 2.770
D(km)= 450 MLgh=4.6 MLH=4.7
123 VAY VR:Z +iP 20 09 27.3 1.0 0.080
SKO VR:Z iP 33.9
OHR WR:Z +iP 34.6
124 OHR WR:Z iPn 21 30 51.4
WR:Z i 59.5
WR:N i 31 41.5
VAY VR:Z ePn 30 56.4
VR:Z i 31 4.3
SKO VR:Z ePn 7.5
VR:Z i 16.0
125 VAY VR:Z iP 22 23 28.8
SEP,15;2002 126 VAY VR:Z iP 01 19 10.7
127 VAY VR:Z ePn 03 19 36.5
128 VAY VR:Z -iP 08 50 1.5 1.0 0.790
VR:Z i 51 59.0
VR:Z i 52 37.0
WR:Z iPP 50.7
D(dg)= 72 Mb=6.4
SKO VR:Z -iP 50 2.8
VR:Z i 4.0 0.8 0.260
LG:E i 58 44.0
LG:E iS 59 13.0
D(dg)= 73 Mb=6.0
OHR WR:Z -iP 50 7.2
WR:Z i 8.0
129 VAY VR:Z eP 09 17 29.0
130 SKO VR:Z ePn 09 24 40.0
LG:E iSg 25 0.0
SEP,16;2002 131 VAY WR:Z -iP 00 15 22.9
VR:Z i 16 8.3 1.3 0.150
SKO VR:Z iP 15 26.0
VR:Z -i 16 11.5 1.3 0.110
OHR WR:Z iP 14.0
132 SKO VR:Z +iPg 03 07 52.8
LG:E -iSg 59.0
LG:E Smax 59.5 0.4 0.490
VR:Z Smax 08 2.5 0.4 0.170
D(km)= 50 ML=2.1
VAY VR:Z ePn 9.0
133 SKO VR:Z +iPg 09 02 58.9
LG:E -iSg 03 5.4
LG:E Smax 6.0 0.4 0.330
VR:Z Smax 6.0 0.5 0.170
D(km)= 50 ML=2.0
134 VAY VR:Z ePKP 13 41 47.0
135 SKO VR:Z iP 18 55 7.3
OHR WR:Z iP 10.3
VAY WR:Z +iP 11.5
VR:Z i 14.5 1.3 0.120
D(dg)= 34 Mb=5.7
136 VAY VR:Z iPg 21 21 48.2
VR:Z iSg 22 1.5
137 VAY VR:Z iPn 22 45 42.6
VR:Z i 46 6.0
VR:Z i 32.3
SKO VR:Z ePn 45 47.0
SEP,17;2002 138 SKO VR:Z ePg 05 48 16.6
LG:E iSg 22.8
139 VAY VR:Z iPg 07 20 44.0
VR:Z iSg 49.5
VR:Z Smax 50.0 0.6 0.020
140 VAY VR:Z ePn 10 17 10.0
SKO VR:Z ePn 15.0
141 VAY VR:Z ePn 10 52 41.2
142 VAY VR:Z ePKP 11 39 54.5
143 VAY VR:Z ePn 12 07 3.6
VR:Z i 08 13.0
144 SKO VR:Z iPn 14 35 3.0
LG:E iSg 22.2
VAY VR:Z ePn 14.3
145 VAY LG:E iPn 17 18 11.7
SKO VR:Z ePn 12.0
VR:Z i 17.7
SEP,18;2002 146 SKO VR:Z +iP 04 25 56.1 0.8 0.056
VAY VR:Z +iP 56.6 0.9 0.090
OHR WR:Z +iP 26 0.5
147 SKO VR:Z ePg 04 41 0.5
LG:E iSg 6.6
148 VAY VR:Z iP 08 19 20.0
149 VAY WR:Z iPg 09 09 37.4
VR:Z iSg 51.1
VR:Z LgV 54.0 0.4 0.340
SKO VR:Z iPg 44.0
LG:E iSg 10 1.8
LG:E LgE 3.0 0.6 0.114
VR:Z LgV 4.5 0.6 0.050
D(km)= 150 ML=2.5
150 VAY VR:Z iPg 10 12 52.0
VR:Z i 13 5.7
151 VAY VR:Z ePn 11 10 52.6
VR:Z i 58.3
SKO VR:Z ePn 11 6.2
152 VAY VR:Z iP 12 12 26.3
SKO VR:Z eP 33.0
153 VAY VR:Z iPKP 19 26 44.4
SKO VR:Z iPKP 45.8
OHR WR:Z iPKP 46.4
SEP,19;2002 154 VAY VR:Z iP 00 17 22.0
VR:Z i 37.0
SKO VR:Z eP 23.0
155 OHR WR:Z iPn 09 20 36.0
WR:Z i 44.4
WR:N i 21 16.2
WR:E i 28.9
WR:E i 38.9
VAY VR:Z +iPn 20 40.8
VR:Z i 51.3
VR:Z i 21 13.0
VR:Z i 23.0
VR:Z i 37.0
VR:Z LgV 54.5 0.8 0.390
SKO VR:Z +iPn 20 47.0
VR:Z iPb 56.4
VR:Z iPg 21 3.0
LG:E iSb 49.0
LG:E LgE 57.0 1.1 1.150
VR:Z LgV 22 21.0 1.0 0.510
D(km)= 470 MLgh=4.5
156 VAY VR:Z ePn 09 27 55.4
SKO VR:Z ePn 28 1.0
VR:Z i 13.5
157 VAY VR:Z iPg 10 58 9.0
VR:Z iSg 16.4
158 OHR WR:Z iPn 12 12 56.7
WR:Z i 58.9
WR:E iSn 13 27.7
VAY VR:Z iPn 5.4
SKO VR:Z iPn 9.9
159 VAY VR:Z ePn 21 55 55.8
SEP,20;2002 160 VAY VR:Z -iPg 00 35 41.2
VR:Z iSg 42.8
VR:Z Smax 44.0 0.3 0.430
161 SKO VR:Z ePg 03 00 16.5
LG:E -iSg 22.6
162 VAY VR:Z iPn 05 17 30.4
VR:Z i 38.2
WR:N iSg 50.1
VR:Z LgV 58.0 0.5 0.110
SKO VR:Z ePn 48.5
163 VAY VR:Z iPg 09 07 37.5
VR:Z iSg 43.3
164 VAY VR:Z ePn 12 24 43.4
165 VAY VR:Z iP 16 02 30.3
SKO VR:Z eP 35.0
OHR WR:Z iP 40.4
166 OHR WR:Z +iPg 20 25 43.1
WR:N iSg 45.7
SKO VR:Z iPg 26 2.0
LG:E iSg 16.3
167 VAY VR:Z eP 22 04 39.0
SKO VR:Z iP 41.5
OHR WR:Z eP 42.7
168 OHR WR:Z iPn 23 07 36.5
WR:E i 08 47.0
SKO VR:Z iPn 07 48.4 0.7 0.060
VAY WR:Z -iPn 53.4
VR:Z i 58.3 0.8 0.060
SEP,21;2002 169 OHR WR:Z iPn 00 14 4.7
WR:Z i 14.7
WR:N i 48.1
WR:E i 15 0.9
SKO VR:Z iPn 14 5.8
LG:E iSn 45.8
VAY VR:Z iPn 10.4
170 SKO VR:Z iPg 06 14 46.7
LG:E iSg 53.2
171 OHR WR:Z iPn 07 45 12.5
WR:N i 40.3
WR:E i 44.0
VAY VR:Z iPn 21.5
SKO VR:Z ePn 26.1
LG:E iSg 46 4.0
172 OHR WR:Z iPn 08 59 50.6
WR:E iSg 09 00 20.5
VAY VR:Z iPn 08 59 59.2
SKO VR:Z ePn 09 00 1.5
LG:E iSn 40.5
173 VAY VR:Z iPg 10 13 54.5
VR:Z iSg 14 0.5
VR:Z Smax 1.0 0.4 0.060
174 VAY VR:Z ePn 11 22 40.0
SKO VR:Z ePn 49.5
175 SKO VR:Z ePg 12 55 46.8
VR:Z i 47.8
LG:E iSg 53.0
VAY VR:Z iPg 49.4
WR:E iSg 59.0
VR:Z Smax 56 2.5 0.4 0.110
176 SKO VR:Z +iPg 19 52 18.0
LG:E iSg 24.0
177 SKO VR:Z ePg 23 31 42.4
LG:E iSg 49.2
SEP,22;2002 178 VAY VR:Z iP 11 44 42.4
VR:Z i 57.7
SKO VR:Z eP 56.0
179 VAY VR:Z eP 12 11 34.0
180 VAY VR:Z iPn 12 59 50.0
SKO VR:Z ePn 13 00 1.5
181 VAY VR:Z eP 22 33 31.3
SKO VR:Z eP 31.6
SEP,23;2002 182 SKO VR:Z eP 00 42 4.3
183 VAY VR:Z iPg 13 33 54.0
VR:Z iSg 34 0.2
VR:Z Smax 1.5 0.4 0.040
SKO VR:Z ePg 1.0
LG:E +iSg 14.0
184 VAY VR:Z ePn 17 48 13.3
185 SKO VR:Z -iPn 23 54 37.5
LG:E iSg 57.9
LG:E LgE 55 0.0 0.4 0.950
VR:Z LgV 1.0 0.4 0.460
D(km)= 170 MLgh=3.6
OHR WR:Z iPn 54 40.1
WR:E iSg 55 1.6
VAY VR:Z iPn 54 52.6
VR:Z i 56.3
VR:Z i 55 10.3
VR:Z i 25.4
VR:Z i 28.6
VR:Z LgV 31.5 0.7 0.080
186 OHR WR:Z iPKP 04 15 51.3
WR:Z -i 16 15.6
WR:Z i 54.3
SEP,24;2002 SKO VR:Z eP 7.5
VR:Z i 14.0
VR:Z i 22.0
VAY VR:Z eP 8.4
VR:Z i 21.6
WR:Z i 51.9
187 SKO VR:Z eP 09 12 54.0
VAY VR:Z iP 55.0 0.7 0.030
D(dg)= 81 Mb=5.4
188 VAY VR:Z iPg 12 15 48.0
VR:Z iSg 53.7
VR:Z Smax 54.5 0.5 0.030
189 VAY VR:Z ePn 14 21 30.3
190 OHR WR:Z iPn 15 22 26.8
WR:Z i 28.2
WR:N -iSg 48.0
VAY VR:Z iPn 36.4
VR:Z i 38.4
SKO VR:Z ePn 40.6
VR:Z iPg 44.8
LG:E iSn 23 10.0
LG:E iSg 16.5
LG:E LgE 21.5 0.7 0.173
D(km)= 260 MLgh=3.1
191 VAY VR:Z iPg 15 46 4.0
VR:Z iSg 8.4
VR:Z Smax 13.0 0.5 0.060
192 SKO VR:Z ePg 23 14 30.6
LG:E iSg 44.5
LG:E LgE 49.0 0.7 0.115
VAY VR:Z ePn 38.5
SEP,25;2002 193 SKO VR:Z ePn 10 21 52.1
LG:E iSg 22 14.8
194 SKO VR:Z ePg 11 29 31.0
LG:E iSg 37.5
LG:E Smax 38.5 0.4 0.280
VR:Z Smax 38.5 0.4 0.120
D(km)= 50 ML=1.9
195 OHR WR:Z +iPg 18 46 13.5
WR:E +iSg 20.0
SKO VR:Z +iPg 28.5
VR:Z i 33.0
LG:E -iSg 44.5
VR:Z LgV 46.5 0.5 0.370
LG:E LgE 50.0 0.5 1.400
D(km)= 135 ML=3.4
VAY VR:Z iPn 35.8
VR:Z i 36.9
VR:Z i 47.3
WR:E iSn 58.6
WR:E i 47 1.9
WR:E i 3.2
VR:Z LgV 7.5 0.7 0.290
OHR VR:Z iPn 21 17 43.6
VR:Z LgV 18 24.0 0.8 0.210
196 VAY VR:Z iPn 21 17 50.0
SKO VR:Z ePn 56.0
197 VAY VR:Z +iP 22 33 21.4 1.0 0.100
SKO VR:Z +iP 32.5 0.8 0.154
VR:Z i 38.3 0.8 0.195
D(dg)= 24 Mb=5.7
OHR VR:Z +iP 34.5 0.8 0.380
D(dg)= 24 Mb=5.9
SEP,26;2002 198 SKO VR:Z eP 13 06 33.5
VAY VR:Z eP 38.6
199 VAY VR:Z ePn 20 45 42.8
SKO VR:Z ePn 54.6
SEP,27;2002 200 OHR WR:Z iPn 06 12 18.6
WR:N iSn 13 27.5
SKO VR:Z -iPn 12 29.7 0.8 0.172
VAY VR:Z iPn 35.0 0.7 0.130
WR:N iSn 13 54.5
201 VAY VR:Z ePn 08 08 31.8
202 VAY WR:Z iPg 08 33 5.0
WR:E iSg 12.0
VR:Z Smax 12.5 0.3 0.090
203 VAY WR:Z iPg 08 56 9.4
WR:E iSg 16.4
VR:Z Smax 17.0 0.3 0.300
204 VAY WR:Z iPg 10 09 48.8
WR:E iSg 56.3
205 VAY VR:Z iPg 13 20 6.8
VR:Z iSg 12.4
206 SKO VR:Z ePn 21 14 7.5
LG:E iSn 34.2
VAY VR:Z ePn 22.4
207 VAY WR:Z +iPg 22 15 35.0
WR:E iSg 38.7
208 VAY WR:Z iPg 22 38 16.2
WR:E iSg 22.2
VR:Z Smax 24.5 0.3 0.100
SKO VR:Z ePg 26.8
LG:E iSg 40.6
SEP,28;2002 209 SKO VR:Z +iP 02 48 31.4 0.8 0.064
VR:Z i 40.1
VAY VR:Z +iP 36.4 0.6 0.040
210 OHR WR:Z +iP 04 13 48.3
VAY VR:Z iP 50.5
SKO VR:Z eP 54.0
211 VAY VR:Z ePn 04 43 51.7
212 SKO VR:Z iPn 06 43 17.0
LG:E iSn 44.0
VAY VR:Z ePn 37.8
213 VAY VR:Z iP 14 28 44.4
SKO VR:Z iP 44.9 0.8 0.021
SEP,29;2002 214 VAY WR:Z -iPg 00 52 53.6
WR:E iSg 56.1
SKO VR:Z ePg 56.5
215 VAY VR:Z iP 17 09 43.7
SKO VR:Z eP 50.0
216 SKO VR:Z +iPg 19 07 35.5
LG:E iSg 41.8
217 OHR WR:Z +iPg 20 43 51.7
WR:N iSg 44 0.9
SKO VR:Z ePg 4.4
LG:E iSg 20.0
SEP,30;2002 218 SKO VR:Z ePn 02 50 19.0
219 SKO VR:Z iPg 13 50 30.0
LG:E iSg 36.6
220 OHR WR:Z iPn 19 59 6.0
WR:Z i 14.8
WR:N iSn 20 00 7.2
VR:Z LgV 20.0 0.8 0.370
VAY LG:Z iPn 19 59 11.0
LG:Z i 17.3
VR:Z i 27.3
VR:Z i 42.6
VR:Z i 57.0
VR:Z i 20 00 10.0
VR:Z i 18.4
VR:Z LgV 20.0 0.9 0.120
SKO VR:Z iPn 19 59 17.0
VR:Z iPb 27.5
VR:Z iPg 35.0
LG:E i 20 00 20.0
LG:E iSb 25.0
LG:E iSg 31.8
LG:E LgE 58.0 1.0 0.210
D(km)= 500 MLgh=3.8
221 VAY VR:Z iPn 20 44 49.3
__________________________________________________________________________________________________________
Compiled by: B. Hristovski. Processed by Lazo Pekevski: Seism. Obs. (SKO)
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SEISMOLOGICAL OBSERVATORY
Faculty of Natural sciences and Mathematics
"Sts. Cyril and Methodius" University
Skopje, Rep. of Macedonia
_________________________________________________________________________________________________________
P.O.Box 422, 1000 Skopje, Rep. of Macedonia
phone: +389 2 733 001 , fax: +389 2 733 002
http://seismobsko.pmf.ukim.edu.mk
e-mail: center@seismobsko.pmf.ukim.edu.mk
_________________________________________________________________________________________________________
Seismogram readings at SKO, OHR, VAY.
_________________________________________________________________________________________________________
Date No Stn Instr. Phase h m s Per.(s) Amp(mic)
_________________________________________________________________________________________________________
OCT,01;2002 1 VAY VR:Z ePn 02 58 22.3
SKO VR:Z ePn 30.0
2 VAY VR:Z ePKP 04 51 18.0
SKO VR:Z ePKP 22.0
3 SKO VR:Z +iPg 05 14 35.6
LG:E iSg 48.1
LG:E Smax 49.0 0.4 0.087
VR:Z Smax 49.5 0.5 0.045
D(km)= 100 ML=2.0
4 VAY VR:Z ePKP 09 06 4.4
SKO VR:Z ePKP 11.5
5 VAY VR:Z iPg 13 12 46.4
VR:Z iSg 53.5
VR:Z Smax 54.5 0.3 0.140
OCT,02;2002 6 VAY VR:Z iP 01 58 6.7
SKO VR:Z +iP 8.4 0.7 0.061
OHR WR:Z +iP 10.2
7 VAY VR:Z iP 04 33 18.5
OHR VR:Z eP 25.5
VR:Z i 30.5
SKO VR:Z iP 32.8
VR:Z i 37.3
8 SKO VR:Z -iP 07 45 43.5 1.1 0.080
VAY VR:Z -iP 43.7 1.1 0.080
OHR VR:Z +iP 47.8 0.9 0.050
9 VAY VR:Z eP 11 06 45.4
10 VAY VR:Z eP 14 45 21.0
11 OHR WR:Z iPn 22 16 15.6
WR:Z i 27.7
WR:N iSn 17 10.0
WR:N i 27.8
VR:Z LgV 58.0 1.0 0.400
VAY VR:Z iPn 16 20.5
SKO LG:E ePn 27.0
LG:E iPb 40.0
LG:E iPg 49.0
LG:E iSn 17 27.0
LG:E iSb 42.5
LG:E iSg 58.2
LG:E LgE 59.0 1.1 0.200
D(km)= 570 MLgh=3.9
12 OHR WR:Z iPn 22 58 59.5
WR:N iSn 23 00 7.6
SKO VR:Z +iPn 22 59 10.8
VR:Z +i 12.9 0.8 0.100
LG:E i 23 00 25.0
VAY VR:Z +iPn 22 59 15.9
VR:Z i 17.5 0.6 0.050
OCT,03;2002 13 OHR VR:Z iPn 00 29 49.6
VAY VR:Z ePn 54.5
SKO VR:Z ePn 30 0.0
14 OHR VR:Z +iPn 05 55 58.2
SKO VR:Z ePn 56 8.0
15 VAY VR:Z ePn 07 27 1.0
SKO VR:Z ePn 8.0
16 SKO VR:Z iP 07 42 13.3
VAY VR:Z iP 18.9 0.7 0.020
17 VAY VR:Z iPg 13 23 44.5
VR:Z iSg 50.7
VR:Z Smax 52.7 0.7 0.030
SKO VR:Z ePg 57.5
999 OHR VR:Z iPg 16 08 39.6
VR:Z iSg 52.5
18 VAY VR:Z +iP 19 18 8.3 1.2 0.060
VR:Z iPP 22 10.4 1.3 0.070
D(dg)= 97 Mb=5.8
SKO VR:Z eP 18 11.8
VR:Z iPP 22 13.5 1.3 0.096
D(dg)= 98 Mb=5.8
OHR WR:Z +iP 18 13.6
OCT,04;2002 19 SKO VR:Z iPg 00 28 26.9
LG:E iSg 33.3
999 OHR VR:Z -iPg 00 46 52.6
20 OHR WR:Z iPn 05 13 51.3
WR:E iSg 14 13.8
VR:Z LgV 22.5 1.0 1.420
VAY VR:Z iPn 13 57.6
VR:Z i 14 5.0
VR:Z i 12.0
VR:Z iSn 28.0
VR:Z LgV 39.0 0.8 0.160
SKO VR:Z +iPn 5.1
LG:E iSn 37.3
LG:E i 39.0
LG:E LgE 48.5 1.1 0.610
VR:Z LgV 50.0 0.8 0.170
D(km)= 285 MLgh=3.6
21 OHR VR:Z iPn 05 29 10.5
VAY VR:Z iPn 17.7
SKO VR:Z ePn 23.5
22 VAY VR:Z ePn 11 31 37.0
23 OHR VR:Z iPg 11 57 53.5
VAY VR:Z ePn 58 3.8
SKO VR:Z ePn 8.0
24 SKO VR:Z +iPg 13 11 7.0
LG:E iSg 8.2
LG:E Smax 9.0 0.6 0.520
VR:Z Smax 10.5 0.6 0.334
D(km)= 10 ML=1.3
25 SKO VR:Z iP 14 28 38.0
VAY VR:Z iP 41.0
OHR WR:Z iP 42.1
26 VAY VR:Z ePn 14 55 54.2
27 VAY WR:Z -iPKIKP 19 24 28.1
WR:Z -iPKHKP 36.6 0.8 0.150
WR:Z -iPKP2 52.1 0.8 0.450
SKO VR:Z -iPKIKP 29.0
VR:Z -iPKHKP 37.8 0.9 0.270
OHR WR:Z -iPKIKP 29.9
VR:Z -iPKHKP 39.7 0.9 0.356
VR:Z iPKP2 56.5 0.9 0.424
28 OHR VR:Z iPn 20 25 44.0
SKO VR:Z ePn 59.5
29 SKO VR:Z ePg 21 26 19.0
LG:E iSg 23.8
OCT,05;2002 30 VAY VR:Z ePn 04 52 8.6
VR:Z i 15.5
VR:Z i 28.5
SKO VR:Z ePn 16.2
31 SKO VR:Z +iPg 08 16 53.8
LG:E iSg 17 0.2
LG:E Smax 1.0 0.4 0.190
VR:Z Smax 1.0 0.5 0.060
D(km)= 50 ML=1.7
32 VAY VR:Z ePn 09 14 7.6
VR:Z i 23.2
33 VAY VR:Z iPg 11 28 42.1
VR:Z iSg 48.1
VR:Z Smax 49.5 0.4 0.080
34 VAY VR:Z iPg 11 48 8.2
VR:Z iSg 14.0
35 VAY VR:Z iPg 12 02 25.2
VR:Z iSg 30.8
36 VAY VR:Z ePn 12 23 45.5
OHR VR:Z ePn 51.0
SKO VR:Z ePn 58.0
37 SKO VR:Z ePg 18 18 16.0
LG:E iSg 34.0
38 OHR WR:Z +iPg 22 48 44.7
WR:N iSg 46.0
39 SKO VR:Z ePn 22 49 4.5
VAY VR:Z ePn 10.0
OCT,06;2002 40 SKO VR:Z iP 01 25 45.0 1.2 0.074
OHR WR:Z -iP 47.5
VAY WR:Z +iP 54.3
WR:Z i 27 21.4
41 SKO VR:Z iP 01 48 16.5
OHR VR:Z iP 19.4
VAY VR:Z iP 25.6
42 VAY VR:Z +iP 07 36 48.7 1.2 0.090
SKO VR:Z -iP 49.6 1.2 0.074
OHR VR:Z +iP 53.5
43 OHR VR:Z iPn 09 49 41.0
VAY VR:Z ePn 56.6
SKO VR:Z ePn 50 1.0
44 VAY VR:Z ePn 11 50 5.6
45 VAY VR:Z iPg 12 36 58.5
VR:Z iSg 37 6.6
46 VAY VR:Z iPg 18 10 37.2
VR:Z iSg 45.3
47 VAY VR:Z ePg 22 19 50.0
VR:Z iSg 58.7
48 VAY VR:Z iPn 23 18 16.8
OHR VR:Z iPn 18.5
SKO VR:Z ePn 25.0
OCT,07;2002 49 VAY VR:Z iP 03 10 24.5
SKO VR:Z iP 29.2
50 VAY VR:Z ePn 07 44 12.6
51 VAY VR:Z eP 08 08 36.7
52 VAY VR:Z iPg 11 06 52.3
VR:Z iSg 57.2
53 SKO VR:Z eP 16 22 48.4
54 VAY VR:Z +iPKP 19 19 36.9 0.9 0.130
SKO VR:Z iPKP 39.4 0.7 0.215
OHR VR:Z +iPKP 41.4 0.8 0.210
999 SKO VR:Z eP 20 10 32.5
OHR VR:Z eP 35.0
VAY VR:Z eP 42.7
55 SKO VR:Z iP 20 11 4.0 1.0 0.050
OHR WR:Z iP 6.5
VAY VR:Z iP 15.5
OCT,08;2002 56 OHR WR:Z iPg 04 41 10.6
WR:Z i 12.8
WR:E iSg 28.0
WR:E i 30.5
VAY WR:Z -iPn 23.3
WR:Z iPg 27.1
VR:Z i 38.4
WR:E iSn 50.2
WR:E iSg 55.3
VR:Z LgV 42 0.5 0.8 0.860
SKO WR:Z -iPn 41 25.5
WR:Z iPb 28.3
WR:N iSn 54.1
MA:E LgE 58.0 1.2 6.550
MA:N LgN 42 3.0 1.2 4.640
D(km)= 250 MLgh=4.5
57 OHR VR:Z iPg 04 44 37.7
VR:Z iSg 54.0
VR:Z LgV 58.0 0.7 0.300
VAY VR:Z iPn 52.3
SKO VR:Z iPn 53.5
58 OHR WR:Z iPn 05 22 6.1
WR:Z i 7.4
WR:E iSg 24.6
VR:Z LgV 28.5 0.7 0.240
VAY VR:Z iPn 18.8
SKO VR:Z iPn 20.3
VR:Z i 23.0
LG:E i 45.0
LG:E i 47.7
999 OHR VR:Z ePg 06 21 5.0
59 OHR WR:Z iPn 08 48 47.9
WR:Z i 49.5
WR:E iSg 49 7.7
VR:Z LgV 11.0 0.7 1.070
VAY VR:Z iPn 0.7
VR:Z i 4.0
VR:Z i 12.0
WR:E iSg 27.5
VR:Z LgV 37.5 0.8 0.110
SKO VR:Z +iPn 2.5
VR:Z iPb 5.2
LG:E iSn 30.5
LG:E LgE 38.0 0.7 0.400
VR:Z LgV 40.0 0.7 0.180
D(km)= 240 MLgh=3.4
60 SKO VR:Z iP 09 14 33.0
61 VAY VR:Z iP 09 30 58.0
VR:Z i 31 13.5
62 VAY VR:Z iPn 09 46 26.7
SKO VR:Z ePn 28.0
63 OHR WR:Z iPg 09 46 26.6
WR:Z i 29.2
WR:E iSg 44.3
VAY WR:Z iPn 40.2
WR:Z i 42.9
VR:Z i 53.4
VR:Z iSn 56.5
WR:E i 47 16.4
WR:N i 19.8
VR:Z LgV 23.0 0.8 0.430
SKO VR:Z iPn 46 42.0
VR:Z iPb 44.7
LG:E iSn 47 9.0
LG:E LgE 15.0 0.8 1.980
VR:Z LgV 17.5 0.7 0.480
D(km)= 240 MLgh=4.0
64 OHR VR:Z iPg 11 57 13.0
VR:Z iSg 31.5
SKO VR:Z ePn 28.0
OCT,09;2002 65 VAY WR:Z -iPg 06 25 29.1
WR:E +iSg 31.2
66 OHR WR:Z iPg 06 28 7.7
WR:Z i 10.2
WR:N -iSg 15.5
SKO VR:Z +iPg 22.2
LG:E iSg 41.0
67 SKO VR:Z ePg 13 22 6.0
LG:E iSg 14.5
68 VAY VR:Z ePn 14 41 50.4
69 VAY WR:Z +iPg 15 41 47.6
WR:E iSg 49.6
VR:Z Smax 52.5 0.6 0.080
70 VAY VR:Z iPg 16 38 22.8
WR:E iSg 24.0
VR:Z Smax 24.5 0.3 0.430
71 VAY WR:Z +iPg 16 38 53.2
WR:E iSg 54.4
VR:Z Smax 56.0 0.3 1.260
999 OHR VR:Z -iPg 19 48 6.8
72 SKO VR:Z ePg 20 48 0.5
LG:E iSg 6.6
OCT,10;2002 73 *** SKO: Irian Jaya reg.Indonesia M=7.6
----------------------------------------------------
VAY VR:Z iP 11 04 40.4
WR:Z +i 44.0
VR:Z iPP 09 22.0 1.8 0.380
SKO VR:Z eP 04 46.5
VR:Z i 51.0
VR:Z iPsP 08 49.0
VR:Z iPP 09 22.0 2.0 1.000
VR:Z i 10 6.5
OHR VR:Z iP 04 54.0
WR:Z iPP 09 17.5
WR:Z i 54.3
WR:Z i 10 48.2
WR:Z i 11 27.1
74 VAY VR:Z iP 12 18 55.0
75 VAY VR:Z ePP 12 46 7.0
VR:Z e 53.8
VR:Z i 47 12.7
SKO VR:Z eP 42 27.5
VR:Z ePP 46 45.0
VR:Z i 47 8.0
VR:Z i 21.3
76 SKO VR:Z eP 12 43 55.0
77 VAY VR:Z iPg 13 14 5.7
VR:Z iSg 13.3
78 VAY VR:Z iPg 14 23 30.0
VR:Z iSg 37.0
VR:Z Smax 37.5 0.3 0.060
SKO VR:Z ePg 37.0
LG:E iSg 49.6
999 OHR VR:Z iPg 20 24 13.8
VR:Z iSg 16.4
79 SKO VR:Z eP 21 38 35.0
OCT,11;2002 80 VAY VR:Z +iPg 03 10 4.2
WR:N iSg 8.7
VR:Z Smax 9.0 0.3 0.140
81 SKO VR:Z ePKP 15 36 28.0
OCT,12;2002 82 VAY VR:Z +iPn 06 00 40.0
VR:Z i 50.0 0.9 0.210
WR:E iSn 02 20.6
WR:E i 48.9
OHR WR:Z iPn 00 47.1
WR:Z i 53.5
WR:Z i 01 11.6
WR:E i 02 24.2
WR:E i 44.2
SKO VR:Z +iPn 00 55.0 1.1 0.083
VR:Z +i 01 0.4 1.1 0.280
VR:Z i 8.0 1.0 0.270
LG:E iSn 02 36.3
LG:E i 56.0
LG:E i 03 16.0
LG:E LgE 40.0 1.6 0.530
83 VAY VR:Z iP 08 09 6.5
SKO VR:Z +iP 8.4 0.7 0.052
84 VAY VR:Z +iP 11 12 3.5 0.9 0.080
SKO VR:Z +iP 4.8 1.0 0.100
OHR VR:Z +iP 8.6 0.9 0.130
85 OHR VR:Z -iP 20 21 50.3 0.9 0.270
VR:Z +i 22 7.6 0.9 0.640
D(dg)= 97 Mb=6.5
SKO VR:Z iP 21 50.7 0.8 0.180
VR:Z -ipP 23 51.3 1.0 0.080
LG:E iSKS 32 7.0
LG:E iS 37.0
LG:E iPS 35 14.0
D(dg)= 98 Mb=6.5
VAY VR:Z +iP 21 55.2 0.9 0.100
VR:Z i 22 18.0
WR:Z +ipP 23 53.4
D(dg)= 98 Mb=6.1
86 SKO VR:Z eP 20 46 36.0
87 VAY VR:Z iP 23 55 43.5
VR:Z i 56 6.3 1.2 0.100
SKO VR:Z iP 55 47.0
OCT,13;2002 88 SKO VR:Z iPg 06 19 23.6
LG:E iSg 31.0
89 SKO VR:Z iPKP 21 15 1.0
VR:Z i 4.0 1.6 0.200
VAY WR:Z iPKP 2.7
OHR WR:Z iPKP 3.4
OCT,14;2002 90 VAY WR:Z +iPg 02 59 11.1
WR:E iSg 16.5
VR:Z Smax 17.0 0.3 0.190
SKO VR:Z ePn 26.0
LG:E i 50.5
91 VAY VR:Z iPg 10 53 54.9
VR:Z iSg 54 0.9
92 VAY VR:Z +iP 14 24 55.4 1.2 0.260
VR:Z i 25 11.4 1.2 0.200
VR:Z iPP 27 56.7
D(dg)= 81 Mb=6.1
SKO VR:Z +iP 24 56.0 0.9 0.213
LG:E iS 35 8.0
LG:E i 28.0
D(dg)= 81 Mb=6.1
OHR WR:Z +iP 25 0.2
WR:Z i 16.4
WR:Z i 31.1
93 OHR VR:Z iPg 22 46 18.4
VR:Z iSg 25.0
SKO VR:Z ePg 33.0
LG:E iSg 50.0
94 OHR WR:Z +iPn 23 18 56.6
WR:Z i 19 8.3
WR:E i 44.6
WR:E i 53.2
WR:E i 57.3
WR:E i 20 8.8
VAY VR:Z iPn 19 2.0
SKO VR:Z +iPn 7.8
LG:E i 55.0
LG:E i 20 8.0
LG:E i 21.0
OCT,15;2002 95 VAY VR:Z eP 04 20 8.0
SKO VR:Z eP 20.0
96 OHR WR:Z iPg 10 30 19.0
WR:E +iSg 25.9
SKO VR:Z ePg 25.5
LG:E iSg 40.8
VR:Z LgV 43.0 0.5 0.130
LG:E LgE 44.5 0.5 0.330
D(km)= 125 ML=2.7
VAY VR:Z iPn 41.3
97 SKO VR:Z ePn 17 49 15.0
98 OHR VR:Z iPn 19 25 47.4
WR:Z i 26 6.1
WR:E iSn 36.2
WR:E i 27 12.0
VAY VR:Z iPn 25 51.0
SKO VR:Z iPn 58.0
LG:E i 26 52.6
99 OHR VR:Z ePn 19 34 3.6
VAY VR:Z iPn 7.4
SKO VR:Z ePn 14.0
100 SKO VR:Z ePg 21 48 39.5
LG:E iSg 46.0
OCT,16;2002 101 SKO VR:Z ePg 00 29 50.0
102 VAY WR:Z iP 01 41 34.6
SKO VR:Z eP 39.8
103 VAY VR:Z iPn 03 26 46.2
WR:E iSg 27 4.4
VR:Z LgV 8.0 0.7 0.080
OHR WR:Z iPn 26 50.9
WR:N iSg 27 14.4
SKO VR:Z ePn 26 57.5
LG:E iSg 27 31.0
104 SKO VR:Z eP 04 17 1.0
VR:Z i 6.5
999 OHR VR:Z iPg 04 21 48.8
VR:Z iSg 59.9
105 SKO VR:Z -iP 10 24 14.2 1.0 0.100
LG:E iS 34 17.2
D(dg)= 79 Mb=5.8
VAY VR:Z -iP 24 15.2 0.8 0.060
OHR VR:Z iP 19.0
106 VAY VR:Z eP 10 54 22.9
107 VAY VR:Z iPg 13 17 23.3
VR:Z iSg 30.5
VR:Z Smax 31.0 0.5 0.030
SKO VR:Z ePg 31.6
LG:E iSg 43.0
108 SKO VR:Z ePKP 14 33 2.0
VR:Z i 9.0
VR:Z i 24.5 1.3 0.180
VAY VR:Z iPKP 3.0
OHR WR:Z iPKP 4.5
WR:Z i 11.2
WR:Z i 29.2
OCT,17;2002 109 VAY WR:Z +iP 00 56 19.5
SKO VR:Z eP 28.5
VR:Z i 33.0
OHR WR:Z -iP 38.4
110 VAY VR:Z eP 02 12 58.0
111 VAY VR:Z iPKHKP 04 42 42.0
VR:Z iPKP2 56.0 1.2 0.060
SKO VR:Z iPKHKP 43.0
VR:Z iPKP2 58.0
VR:Z ipPKP 45 11.0
OHR WR:Z +iPKIKP 42 37.6
WR:Z iPKHKP 44.5
WR:Z iPKP2 43 0.8
WR:Z ipPKP 45 6.3
WR:Z i 46 32.7
112 VAY VR:Z ePn 09 36 53.2
113 VAY VR:Z iPg 13 14 0.6
VR:Z iSg 7.0
VR:Z Smax 8.0 0.3 0.060
SKO VR:Z ePg 4.6
LG:E iSg 20.5
114 SKO VR:Z ePn 20 18 59.4
LG:E iSg 19 24.5
OHR VR:Z ePn 24 0.1
VR:Z i 9.0
115 VAY VR:Z ePn 20 24 9.6
SKO VR:Z ePn 10.3
OCT,18;2002 999 OHR VR:Z ePn 05 19 10.0
116 OHR WR:Z iPn 12 16 13.5
WR:E iSg 33.0
VAY VR:Z iPn 15.5
SKO VR:Z iPn 24.4
LG:E iSn 52.5
LG:E LgE 56.0 0.7 0.100
VR:Z LgV 56.0 0.6 0.030
D(km)= 240 MLgh=2.8
117 VAY WR:Z +iPg 13 11 53.7
WR:E +iSg 54.9
VR:Z Smax 55.5 0.3 0.140
118 VAY WR:Z +iPg 13 56 53.8
WR:E iSg 55.1
VR:Z Smax 56.0 0.3 0.200
119 SKO VR:Z ePn 17 26 49.9
VAY VR:Z ePn 56.8
120 OHR VR:Z iPg 19 45 58.5
VR:Z iSg 46 10.0
SKO VR:Z ePn 14.3
LG:E iSg 36.0
OCT,19;2002 121 VAY VR:Z iP 08 26 7.0
SKO VR:Z iP 11.0
VR:Z i 16.0
122 VAY WR:Z +iPg 09 07 26.4
WR:E iSg 32.7
VR:Z Smax 34.5 0.3 0.070
123 VAY VR:Z iPg 11 14 10.7
VR:Z iSg 16.7
VR:Z Smax 17.5 0.5 0.050
124 SKO VR:Z iP 12 21 26.4 1.0 0.070
LG:E iS 31 50.0
D(dg)= 82 Mb=5.7
VAY WR:Z +iP 26.7
VR:Z i 56.0 1.1 0.180
OHR WR:Z iP 21 30.1
WR:Z i 22 3.9
125 VAY VR:Z iP 14 02 48.0
SKO VR:Z iP 49.0
126 VAY WR:Z +iP 16 02 34.9
SKO VR:Z iP 42.0 0.9 0.053
OHR WR:Z iP 48.6
127 SKO VR:Z ePKP 18 44 5.3
OCT,20;2002 128 SKO VR:Z +iP 01 46 50.0 0.8 0.040
VAY VR:Z +iP 50.9 0.8 0.060
OHR WR:Z +iP 54.3
129 OHR WR:Z ePn 04 38 14.9
WR:Z i 16.8
WR:Z i 30.8
WR:N iSn 39 14.3
WR:N i 46.0
WR:E i 40 7.5
VAY VR:Z iPn 38 17.0
SKO VR:Z +iPn 25.0
LG:E iSg 39 33.0 0.7 0.180
130 VAY VR:Z iP 08 38 40.0
SKO VR:Z iP 41.5
OHR VR:Z iP 42.2
131 VAY VR:Z +iP 16 18 30.4 0.8 0.120
WR:Z i 42.5
D(dg)= 84 Mb=6.0
SKO VR:Z +iP 31.7 0.9 0.110
OHR VR:Z +iP 35.4 0.9 0.130
WR:Z i 47.8
132 SKO VR:Z ePn 18 23 39.0
133 SKO VR:Z eP 22 01 41.5
OCT,21;2002 134 VAY VR:Z ePn 04 37 53.0
SKO VR:Z ePn 38 1.0
135 VAY VR:Z ePn 08 10 48.2
SKO VR:Z ePn 57.0
136 VAY VR:Z ePn 09 10 3.4
137 VAY VR:Z iPg 09 10 20.7
VR:Z iSg 31.0
138 SKO VR:Z +iPg 12 01 25.9
VR:Z i 29.0 0.4 0.050
LG:E iSg 34.0
139 SKO VR:Z ePg 12 01 36.6
LG:E iSg 44.5
140 OHR WR:Z +iPg 15 57 43.4
WR:N iSg 51.5
SKO VR:Z ePg 56.0
LG:E -iSg 58 9.8
VAY VR:Z ePn 6.5
141 VAY VR:Z ePn 17 35 36.2
142 VAY VR:Z ePn 21 06 45.6
OCT,22;2002 143 VAY VR:Z iPg 03 43 50.3
VR:Z iSg 53.6
144 VAY VR:Z ePn 08 09 37.3
145 VAY VR:Z ePn 11 07 3.0
146 VAY VR:Z -iPKHKP 11 57 59.0 0.9 0.060
VR:Z iPKP2 58 12.4 1.0 0.130
SKO VR:Z iPKHKP 1.0 0.9 0.060
VR:Z iPKP2 15.3 1.1 0.110
OHR WR:Z -iPKIKP 57 53.0
WR:Z -iPKHKP 58 1.9
WR:Z iPKP2 18.0
147 SKO VR:Z +iPg 12 14 5.3
LG:E -iSg 11.8
LG:E Smax 12.0 0.4 0.106
VR:Z Smax 12.5 0.5 0.024
D(km)= 50 ML=1.5
148 VAY VR:Z iPg 13 32 18.6
VR:Z iSg 25.7
149 VAY VR:Z iPg 17 25 45.8
VR:Z iSg 48.8
OCT,23;2002 150 SKO VR:Z iP 02 01 24.2
VAY VR:Z iP 25.4
151 OHR WR:Z iPn 11 02 18.5
WR:Z i 26.3
WR:Z i 31.4
WR:Z i 37.9
WR:E i 03 1.7
WR:N i 11.4
SKO VR:Z iPn 02 19.2
VR:Z iPb 27.0
VR:Z iPg 32.0
LG:E i 03 7.5
LG:E iSb 15.0
LG:E iSg 20.0
VR:Z LgV 25.0 0.8 0.460
LG:E LgE 26.0 0.9 0.820
D(km)= 420 MLgh=4.2
VAY VR:Z iPn 02 33.7
VR:Z i 37.6
VR:Z i 49.5
VR:Z i 03 18.7
VR:Z i 33.6
VR:Z i 48.4
VR:Z LgV 59.0 0.8 0.140
152 VAY VR:Z iP 11 35 55.0
VR:Z i 36 0.4 0.7 0.040
153 SKO VR:Z -iP 11 38 59.0 1.0 0.240
LG:E iS 48 38.0
LG:E iPS 49 10.0
D(dg)= 74 Mb=6.2
VAY VR:Z -iP 39 3.0
VR:Z i 15.0 1.0 0.110
D(dg)= 75 Mb=5.8
OHR WR:Z -iP 3.2
VR:Z i 14.3 1.0 0.260
D(dg)= 75 Mb=6.2
154 VAY VR:Z iP 18 23 39.0
VR:Z i 44.6
155 SKO VR:Z +iPg 18 34 7.0
LG:E -iSg 13.5
LG:E Smax 14.0 0.4 0.080
VR:Z Smax 14.5 0.5 0.020
D(km)= 50 ML=1.3
156 VAY VR:Z iPKP 19 35 8.8 0.8 0.040
SKO VR:Z +iPKP 12.0 1.0 0.034
157 VAY VR:Z eP 22 54 44.5
SKO VR:Z eP 47.0
158 VAY VR:Z eP 23 30 18.0
SKO VR:Z eP 24.0
OCT,24;2002 159 VAY VR:Z iP 00 31 17.0
SKO VR:Z iP 18.0
160 VAY VR:Z iP 01 15 20.0
SKO VR:Z iP 23.0
161 VAY VR:Z iP 02 40 11.5
SKO VR:Z iP 14.0
162 VAY VR:Z iP 02 44 51.0
SKO VR:Z iP 54.0
163 VAY VR:Z eP 03 14 10.4
SKO VR:Z eP 12.1
164 VAY VR:Z iP 03 34 42.0
SKO VR:Z iP 45.6
165 SKO VR:Z +iP 03 46 39.2 1.0 0.064
VAY VR:Z +iP 40.7 0.9 0.110
OHR VR:Z +iP 44.0 1.0 0.150
D(dg)= 82 Mb=6.0
166 VAY VR:Z eP 04 31 29.3
SKO VR:Z eP 30.0
VR:Z i 46.0
167 VAY VR:Z iP 04 47 31.5
SKO VR:Z iP 34.7
168 OHR WR:Z -iP 06 16 43.1
VAY VR:Z -iP 43.4 1.0 0.340
SKO VR:Z iP 49.0
VR:Z i 52.5 1.2 0.074
169 OHR WR:Z -iP 07 20 23.4
VAY VR:Z -iP 24.3 1.3 0.120
SKO VR:Z iP 29.7
170 VAY VR:Z ePn 07 43 57.6
171 VAY VR:Z eP 08 11 23.5
172 VAY VR:Z ePn 09 20 50.0
173 VAY VR:Z iPg 10 22 55.4
VR:Z iSg 23 4.3
174 OHR WR:Z iPn 11 01 19.6
WR:E iSg 41.9
SKO VR:Z iPn 33.0
VR:Z i 38.5
LG:E i 02 4.2
LG:E i 12.2
LG:E LgE 15.0 0.8 0.176
VAY VR:Z iPn 01 36.3
175 OHR VR:Z iPn 11 53 45.0
VAY VR:Z iPn 46.4
SKO VR:Z ePn 59.4
176 VAY VR:Z iP 14 00 30.4
VR:Z i 46.6
SKO VR:Z eP 33.0
VR:Z i 49.6
177 SKO VR:Z ePg 14 41 37.5
VR:Z i 40.0
LG:E iSg 46.7
VR:Z Smax 47.5 0.5 0.070
LG:E Smax 48.0 0.5 0.160
D(km)= 73 ML=1.9
178 OHR WR:Z iPn 15 16 4.4
WR:Z i 6.0
WR:Z i 9.2
WR:Z i 14.5
WR:E iSg 27.2
SKO VR:Z +iPn 18.5
VR:Z iPg 23.5 0.6 0.230
VR:Z i 32.0
LG:E iSn 49.0
LG:E iSg 57.2
VR:Z LgV 17 3.0 0.8 0.350
LG:E LgE 8.5 1.0 0.950
D(km)= 270 MLgh=3.8
VAY VR:Z +iPn 16 21.0
VR:Z i 24.4
VR:Z i 33.0
VR:Z i 38.5
VR:Z i 50.0
VR:Z i 59.0
VR:Z i 17 12.0
VR:Z LgV 14.0 0.7 0.230
179 VAY VR:Z +iP 22 05 3.4 1.0 0.200
VR:Z i 17.4 1.0 0.150
D(dg)= 72 Mb=6.1
SKO VR:Z +iP 8.3 0.9 0.090
LG:E iS 14 25.0
D(dg)= 73 Mb=5.9
OHR VR:Z +iP 05 10.2 1.0 0.240
WR:Z i 28.4
D(dg)= 74 Mb=6.1
180 VAY VR:Z ePn 23 04 56.7
OCT,25;2002 181 OHR WR:Z +iPg 01 56 34.4
WR:N iSg 45.0
SKO VR:Z iPn 50.0
VAY VR:Z ePn 58.6
182 VAY VR:Z eP 03 01 44.4
SKO VR:Z eP 46.6
183 SKO VR:Z ePg 08 37 51.4
LG:E iSg 56.5
184 VAY VR:Z ePn 08 39 3.6
185 VAY VR:Z eP 10 02 43.0
186 VAY VR:Z iPg 12 41 18.4
VR:Z iSg 24.2
187 VAY VR:Z ePg 14 22 13.7
WR:E iSg 20.5
188 VAY VR:Z iPg 14 25 24.8
WR:E iSg 32.2
VR:Z Smax 33.5 0.3 0.170
189 VAY VR:Z iPg 14 30 21.7
WR:E iSg 29.0
VR:Z Smax 30.5 0.3 0.080
190 VAY VR:Z iPg 14 35 49.5
WR:E iSg 57.0
VR:Z Smax 58.5 0.3 0.510
SKO VR:Z ePg 59.5
LG:E iSg 36 16.0
191 VAY VR:Z -iP 14 52 59.1 1.0 0.090
SKO VR:Z +iP 53 2.1 1.3 0.135
OHR WR:Z -iP 5.0
192 VAY VR:Z iPg 16 40 37.2
VR:Z iSg 44.4
VR:Z Smax 45.5 0.3 0.130
193 VAY VR:Z iPg 16 41 2.8
VR:Z iSg 10.0
194 OHR WR:Z iPg 19 35 34.0
WR:N +iSg 44.7
SKO VR:Z iPn 50.0
LG:E iSg 36 11.1
LG:E i 12.8
LG:E LgE 14.5 0.7 0.330
D(km)= 175 MLgh=2.8
VAY VR:Z iPn 35 58.3
195 SKO VR:Z ePn 20 44 16.6
VAY VR:Z ePn 18.3
196 SKO VR:Z ePn 20 50 16.0
VAY VR:Z ePn 17.3
197 VAY VR:Z iPg 21 43 53.3
WR:E -iSg 44 1.1
VR:Z Smax 2.0 0.3 0.290
SKO VR:Z +iPg 3.8
LG:E iSg 20.0
198 VAY VR:Z iPg 21 45 20.5
VR:Z iSg 27.7
OCT,26;2002 199 VAY VR:Z iPg 16 11 18.4
VR:Z iSg 26.0
200 VAY VR:Z iPg 16 21 29.3
VR:Z iSg 36.4
VR:Z Smax 39.5 0.3 0.500
SKO VR:Z iPg 39.0
LG:E i 42.5
LG:E iSg 55.0
201 VAY VR:Z eP 16 39 46.3
VR:Z i 40 1.4
202 VAY VR:Z iPg 16 44 7.0
VR:Z iSg 14.3
VR:Z Smax 17.0 0.3 0.520
SKO VR:Z iPg 17.5
LG:E i 21.5
LG:E iSg 34.0
203 VAY VR:Z iPg 16 45 21.2
VR:Z iSg 28.5
VR:Z Smax 31.5 0.3 0.440
SKO VR:Z iPg 32.0
LG:E i 35.5
LG:E iSg 48.0
204 OHR WR:Z +iPg 16 49 1.2
WR:N -iSg 7.3
205 VAY VR:Z iPg 17 51 2.8
VR:Z iSg 10.0
206 OHR WR:Z iPn 18 04 24.2
WR:Z i 33.6
WR:N iSn 05 25.7
VAY VR:Z iPn 04 30.0
SKO VR:Z iPn 36.0
VR:Z i 48.0
LG:E i 05 16.5
LG:E i 24.5
LG:E i 33.3
LG:E i 53.3
LG:E LgE 06 3.5 1.1 0.163
207 SKO VR:Z ePn 18 20 30.5
VAY VR:Z ePn 35.0
208 VAY VR:Z eP 20 38 28.0
SKO VR:Z iP 33.5
OCT,27;2002 209 SKO VR:Z ePn 00 09 10.0
210 SKO VR:Z ePn 00 35 5.5
211 VAY VR:Z ePn 00 43 35.7
SKO VR:Z ePn 40.0
212 VAY VR:Z ePn 00 55 52.0
SKO VR:Z ePn 56 5.0
213 VAY VR:Z ePn 00 59 53.0
SKO VR:Z ePn 59.0
214 SKO VR:Z ePn 01 15 8.0
VAY VR:Z ePn 11.6
215 SKO VR:Z ePn 01 29 47.0
VAY VR:Z ePn 49.4
216 OHR VR:Z iPn 01 59 41.0
SKO VR:Z ePn 51.5
VAY VR:Z iPn 54.6
217 SKO VR:Z eP 02 10 16.5
218 SKO VR:Z ePn 02 20 52.0
219 SKO VR:Z ePn 02 31 10.5
VAY VR:Z ePn 12.0
220 SKO VR:Z ePn 02 40 52.0
VAY VR:Z ePn 53.6
221 OHR VR:Z iPn 02 43 40.0
SKO VR:Z ePn 56.0
VAY VR:Z ePn 57.0
222 OHR WR:Z iPn 02 51 51.9
WR:N iSn 52 55.9
SKO VR:Z iPn 5.5
VR:Z i 7.5
LG:E i 40.0
LG:E i 55.0
LG:E iSn 53 16.0
LG:E LgE 24.0 1.2 0.500
D(km)= 700 MLgh=4.6
VAY VR:Z iPn 52 7.7
VR:Z i 53 26.6
VR:Z LgV 30.0 0.8 0.110
223 OHR VR:Z iPn 05 32 41.0
VAY VR:Z ePn 48.0
SKO VR:Z iPn 53.0
LG:E i 34 7.0
224 SKO VR:Z ePn 05 48 29.0
VAY VR:Z ePn 29.5
225 OHR WR:Z iPn 06 08 18.8
WR:N iSn 09 25.5
SKO VR:Z ePn 08 35.0
VAY VR:Z ePn 37.7
226 VAY VR:Z ePn 06 29 58.3
SKO VR:Z ePn 30 8.0
227 OHR WR:Z ePn 07 33 32.0
WR:E iSn 34 38.7
SKO VR:Z ePn 33 46.5
LG:E i 34 59.9
LG:E LgE 35 7.0 1.1 0.203
VAY VR:Z ePn 33 49.3
228 VAY VR:Z iP 09 22 21.0
SKO VR:Z iP 24.5
229 SKO VR:Z eP 11 15 40.0
VAY VR:Z eP 54.0
230 SKO VR:Z ePn 15 53 17.0
VAY VR:Z ePn 26.7
231 VAY VR:Z ePn 16 49 56.6
SKO VR:Z ePn 50 6.0
OCT,28;2002 232 OHR VR:Z ePn 03 03 8.0
SKO VR:Z ePn 24.0
VAY VR:Z ePn 24.0
233 SKO VR:Z ePKP 13 34 43.5
OCT,29;2002 234 VAY VR:Z iPn 05 52 51.0
VR:Z i 56.5
VR:Z i 53 3.4
VR:Z i 9.0
VR:Z i 33.0
VR:Z i 38.0
VR:Z LgV 41.0 0.8 0.130
SKO VR:Z iPn 4.8
LG:E iSn 56.0
OHR VR:Z ePn 7.0
235 OHR VR:Z ePn 10 03 50.0
SKO VR:Z ePn 04 2.5
LG:E iSn 05 10.5
VAY VR:Z ePn 04 4.0
VR:Z i 8.3
236 OHR VR:Z ePn 11 04 5.5
SKO VR:Z ePn 16.0
LG:E iSn 05 32.0
VAY VR:Z ePn 04 18.0
VR:Z i 41.4
237 VAY VR:Z iPg 12 34 1.3
VR:Z iSg 7.3
238 VAY VR:Z iPg 14 05 50.0
VR:Z iSg 57.0
239 SKO VR:Z eP 15 52 46.4
VAY VR:Z eP 50.0
240 SKO VR:Z ePn 16 41 51.0
VAY VR:Z ePn 55.0
241 OHR VR:Z ePn 17 16 18.0
SKO VR:Z ePn 30.0
VAY VR:Z ePn 33.0
242 SKO VR:Z iP 19 24 8.0
VR:Z i 52.0
VAY VR:Z eP 10.7
OHR VR:Z eP 13.0
243 VAY VR:Z ePn 23 31 8.4
OCT,30;2002 999 OHR VR:Z iPg 01 35 20.8
VR:Z iSg 28.8
244 VAY VR:Z iPg 09 59 6.6
VR:Z iSg 9.3
245 VAY VR:Z ePn 10 22 23.7
VR:Z i 43.0
246 VAY VR:Z ePKP 15 02 46.3
SKO VR:Z ePKP 53.0
OHR VR:Z ePKP 55.5
247 VAY VR:Z ePKP 16 46 31.4
VR:Z i 47 7.4
SKO VR:Z ePKP 46 32.0
VR:Z i 47 7.5
OHR VR:Z ePKP 46 34.0
248 OHR VR:Z iPg 17 51 56.0
SKO VR:Z iPn 52 8.5
LG:E iSg 27.5
VR:Z LgV 31.0 0.6 0.040
VAY VR:Z ePn 20.6
249 OHR VR:Z ePg 20 31 5.0
SKO LG:E ePg 13.0
LG:E iSg 26.0
OCT,31;2002 250 OHR VR:Z ePg 00 05 2.0
SKO LG:E ePn 16.0
LG:E iSg 40.0
LG:E LgE 42.0 0.9 0.070
VAY VR:Z ePn 24.6
251 SKO LG:E ePn 02 28 50.0
VAY VR:Z ePn 55.4
252 VAY VR:Z ePn 09 54 56.5
OCT,31;2002 253 *** SKO: Southern Italy (NEIC) M=5.9
----------------------------------------------------
OHR WR:Z iPn 10 34 9.5
WR:Z iPg 20.7
WR:N iSn 35 3.2
WR:N iSg 23.2
SKO VR:Z +iPn 34 15.4
WR:Z iPb 27.2
WR:E iSn 35 14.8
WR:E iSb 26.6
WR:E iSg 36.5
MA:N LmN 36 5.0 5.5 98.340
MA:E LmE 28.0 5.5 60.600
CO:N LgN 30.0 1.8 17.500
D(km)= 545 MLgh=5.6 MLH=5.8
VAY WR:Z +iPn 34 26.3
WR:Z iPb 40.4
WR:Z iPg 47.8
WR:E iSn 35 31.0
WR:E iSb 52.4
WR:E iSg 36 3.5
VR:Z LgV 25.5 0.9 0.900
254 SKO VR:Z ePn 11 58 2.2
VR:Z i 49.0
VAY VR:Z ePn 6.6
255 SKO VR:Z ePn 13 05 12.0
VAY VR:Z ePn 14.5
256 SKO VR:Z ePn 16 57 59.0
VR:Z i 58 54.6
VAY VR:Z ePn 10.0
257 VAY VR:Z iP 21 28 12.4
SKO VR:Z -iP 15.8 0.8 0.030
D(dg)= 83 Mb=5.5
258 SKO VR:Z ePn 21 34 26.3
259 SKO VR:Z ePn 22 58 13.8
__________________________________________________________________________________________________________
Compiled by: B. Hristovski. Processed by Lazo Pekevski: Seism. Obs. (SKO)
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Content-Type: text/plain;
name="I2002nov.txt"
Content-Disposition: attachment;
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SEISMOLOGICAL OBSERVATORY
Faculty of Natural sciences and Mathematics
"Sts. Cyril and Methodius" University
Skopje, Rep. of Macedonia
_________________________________________________________________________________________________________
P.O.Box 422, 1000 Skopje, Rep. of Macedonia
phone: +389 2 733 001 , fax: +389 2 733 002
http://seismobsko.pmf.ukim.edu.mk
e-mail: center@seismobsko.pmf.ukim.edu.mk
_________________________________________________________________________________________________________
Seismogram readings at SKO, OHR, VAY.
_________________________________________________________________________________________________________
Date No Stn Instr. Phase h m s Per.(s) Amp(mic)
_________________________________________________________________________________________________________
NOV,01;2002 1 VAY VR:Z iP 02 36 16.0
SKO VR:Z eP 22.0
2 SKO VR:Z iPn 09 28 39.0
VAY VR:Z ePn 50.4
3 VAY VR:Z ePn 09 54 35.7
NOV,01;2002 4 *** SKO: H=11:30:14.0 UTC
41.66 N 20.61 E , h=13km
ML=2.2 MLg=0.0
Zirovnica western Macedonia(SKO)
----------------------------------------------------
OHR WR:Z -iPg 11 30 25.1
WR:N -iSg 32.7
WR:E -iSg 32.9
SKO VR:Z +iPg 27.5
LG:E iSg 36.8
LG:E Smax 37.5 0.4 0.240
VR:Z Smax 38.5 0.3 0.155
D(km)= 77 ML=2.2
VAY VR:Z iPg 42.2
VR:Z iSg 31 0.4
VR:Z LgV 1.0 0.4 0.050
5 VAY VR:Z ePn 12 40 50.0
6 VAY VR:Z iPg 12 48 59.8
VR:Z iSg 49 5.8
VR:Z Smax 6.5 0.4 0.060
7 VAY VR:Z iPKP 14 01 19.6 1.0 0.060
SKO VR:Z -iPKP 22.0 0.8 0.190
OHR WR:Z -iPKP 23.1
8 VAY VR:Z iP 14 11 48.0
NOV,01;2002 9 *** SKO: Southern Italy (NEIC) M=5.8
----------------------------------------------------
OHR WR:Z -iPn 15 10 12.1
WR:Z iPb 22.1
WR:Z iPg 30.8
WR:E iSn 11 4.4
WR:E iSb 15.7
WR:E iSg 26.5
SKO WR:Z -iPn 10 17.8
VR:Z iPb 29.0
VR:Z iPg 35.8
LG:E iSn 11 15.0
LG:E iSb 30.8
LG:E iSg 41.0
MA:N LmN 12 8.0 5.5 91.950
MA:E LmE 30.0 4.0 50.000
CO:N LgN 30.0 2.0 15.300
D(km)= 540 MLgh=5.5 MLH=5.7
VAY WR:Z -iPn 10 28.7
WR:Z i 33.3
VR:Z iPb 45.0
WR:N iSn 11 32.3
WR:N iSb 51.4
WR:N iSg 12 6.5
VR:Z LgV 10.0 0.9 0.910
10 OHR VR:Z iPn 15 21 1.7
VR:Z LgV 22 35.5 0.7 0.134
SKO VR:Z ePn 21 17.7
LG:E i 22 8.4
LG:E iSn 15.0
LG:E iSb 25.0
LG:E iSg 33.5
LG:E LgE 53.5 0.9 0.290
D(km)= 545 MLgh=4.1
VAY VR:Z iPn 21 20.5
11 SKO VR:Z ePn 15 43 31.3
VR:Z i 37.7
12 SKO VR:Z ePn 16 29 33.0
13 OHR WR:Z -iPn 17 22 41.6
WR:Z iPb 50.8
WR:Z iPg 55.6
WR:N iSn 23 32.9
WR:N iSb 43.9
WR:E iSg 52.4
VR:Z LgV 24 14.0 1.0 0.420
SKO VR:Z iPn 22 48.4
VR:Z i 51.0
VR:Z iPb 23 0.1
VR:Z iPg 7.4
LG:E iSn 44.0
LG:E i 56.0
LG:E iSb 24 2.8
LG:E iSg 11.5
LG:E LgE 31.5 1.2 0.820
D(km)= 540 MLgh=4.4
VAY VR:Z iPn 22 58.7
14 VAY WR:Z -iP 22 17 8.4
SKO VR:Z iP 15.1
15 OHR VR:Z iPn 22 45 9.8
SKO VR:Z iPn 15.8
LG:E iSn 46 13.8
VAY VR:Z ePn 45 27.2
NOV,02;2002 16 *** SKO: Northern Sumatera Indonesia (NEIC) M=7
----------------------------------------------------
VAY WR:Z +iP 01 37 56.8
WR:Z i 38 3.3
WR:Z i 11.1
VR:Z i 26.6 1.0 0.400
SKO VR:Z iP 37 59.5
VR:Z i 38 4.0
VR:Z iPcP 18.0 0.9 0.110
VR:Z i 33.4 1.0 0.290
LG:E iS 48 5.0
OHR WR:Z iP 38 3.5
WR:Z i 9.2
WR:Z i 17.6
17 OHR VR:Z iPn 02 38 12.0
SKO VR:Z iPn 17.9
VAY VR:Z ePn 28.7
18 VAY VR:Z ePn 04 35 17.4
19 VAY VR:Z -iP 04 58 32.7 0.8 0.110
SKO VR:Z -iP 38.3 0.8 0.060
OHR WR:Z -iP 40.1
20 OHR VR:Z iPn 06 22 55.0
SKO VR:Z iPn 23 0.0
VAY VR:Z ePn 10.5
21 VAY WR:Z +iPg 09 20 24.6
WR:N iSg 33.4
VR:Z Smax 35.0 0.4 0.030
22 VAY VR:Z iP 09 58 32.0
VR:Z i 42.8 1.2 0.140
D(dg)= 76 Mb=6.0
SKO VR:Z iP 37.7
LG:E iS 10 08 28.0
LG:E iScS 47.0
OHR WR:Z iP 09 58 39.0
WR:Z i 49.7
23 OHR VR:Z iPn 10 59 30.0
SKO VR:Z iPn 31.0
VAY VR:Z iPn 43.0
24 VAY VR:Z iPg 14 38 2.0
VR:Z iSg 9.0
25 VAY VR:Z ePn 19 22 46.5
26 VAY VR:Z eP 22 48 30.7
SKO VR:Z iP 32.2
27 SKO VR:Z iPn 23 29 15.2
VAY VR:Z ePn 26.0
28 VAY VR:Z ePn 23 49 29.8
NOV,03;2002 29 OHR VR:Z ePn 00 00 18.5
SKO VR:Z ePn 22.8
30 SKO VR:Z iP 02 02 2.7
VR:Z i 4.8 1.3 0.110
D(dg)= 84 Mb=5.8
OHR WR:Z eP 3.8
WR:Z -i 8.0
VAY WR:Z iP 6.6
VR:Z -i 9.4 1.0 0.110
D(dg)= 85 Mb=5.9
31 VAY VR:Z +iP 03 50 4.6 1.1 0.190
SKO VR:Z +iP 6.0 0.9 0.167
OHR VR:Z +iP 9.6 0.9 0.240
WR:Z i 53.7
32 VAY WR:Z iP 07 41 17.7
SKO VR:Z eP 23.8
33 SKO VR:Z iP 18 02 24.2
VAY VR:Z iP 25.0
34 VAY VR:Z ePn 18 18 24.3
NOV,03;2002 35 *** SKO: Central Alaska (NEIC) M=7.9
----------------------------------------------------
SKO VR:Z +iP 22 24 20.3
VR:Z i 24.3
LG:E iS 33 57.0
LG:E i 34 5.0
MA:E LmE 23 02 30.0 16.0 185.000
MA:N LmN 30.0 16.0 175.000
D(dg)= 74 MLH=7.6
VAY VR:Z +iP 22 24 24.5
VR:Z i 28.6 1.0 1.150
D(dg)= 75 Mb=6.9
OHR WR:Z +iP 24.9
WR:Z i 29.0
36 VAY VR:Z iP 22 44 0.0
37 VAY VR:Z iP 22 51 51.4
NOV,04;2002 38 OHR VR:Z iPn 00 36 57.0
SKO VR:Z -iPn 37 2.9
VR:Z iPg 21.0
LG:E iSn 38 2.2
LG:E iSb 16.6
LG:E iSg 31.0
LG:E LgE 39 3.0 1.1 0.350
D(km)= 560 MLgh=4.1
VAY VR:Z iPn 37 14.0
39 VAY VR:Z +iPg 01 02 8.4
VR:Z iSg 17.0
VR:Z Smax 17.5 0.3 0.090
SKO VR:Z ePn 22.0
41 SKO VR:Z iP 02 05 16.8
VAY VR:Z iP 20.5
42 SKO VR:Z iP 02 20 8.5
VAY VR:Z eP 12.5
OHR VR:Z eP 13.0
43 OHR WR:Z iPn 03 27 41.8
WR:Z iPb 50.1
WR:Z iPg 58.9
WR:N iSn 28 31.5
WR:N iSb 42.8
WR:N iSg 54.0
SKO VR:Z iPn 27 48.8
LG:E iSn 28 43.0
VAY VR:Z iPn 27 58.0
44 VAY VR:Z iP 03 28 4.5 1.0 0.060
OHR WR:Z iP 5.5
SKO VR:Z eP 12.0
45 VAY VR:Z iP 04 48 14.5
SKO VR:Z iP 16.3
OHR WR:Z eP 21.8
46 VAY WR:Z +iPg 08 12 20.5
WR:E iSg 22.2
47 VAY VR:Z iP 08 34 41.0
48 VAY VR:Z ePn 09 12 14.0
NOV,05;2002 49 SKO VR:Z -iP 08 58 12.0 0.9 0.100
VAY VR:Z -iP 12.1 0.8 0.180
VR:Z i 09 00 16.0
D(dg)= 75 Mb=5.5
OHR VR:Z -iP 08 58 16.7 1.2 0.590
D(dg)= 76 Mb=6.0
50 OHR VR:Z iPn 10 22 19.5
SKO VR:Z ePn 35.0
LG:E iSn 23 5.3
VAY VR:Z ePn 22 36.0
VR:Z i 39.0
51 VAY VR:Z ePn 12 21 57.0
52 VAY VR:Z ePn 13 40 50.5
53 VAY VR:Z iPg 14 12 14.0
VR:Z iSg 26.0
54 SKO VR:Z iPg 20 16 13.7
LG:E iSg 19.0
55 VAY VR:Z iPKP 22 40 42.0
OHR VR:Z iPKP 46.2
56 SKO VR:Z iPn 23 11 38.0
VAY VR:Z iPn 42.4
OHR VR:Z ePn 48.5
NOV,06;2002 57 SKO VR:Z +iPg 06 02 20.7
LG:E iSg 32.2
LG:E LgE 35.0 0.4 1.620
MA:E LgE 35.0 0.4 4.060
MA:N LgN 35.0 0.4 5.350
VR:Z LgV 35.5 0.4 0.910
D(km)= 95 ML=3.8
OHR WR:Z iPg 21.5
WR:E iSg 33.3
WR:E i 34.6
VR:Z LgV 38.0 0.6 0.850
VAY VR:Z +iPn 37.3
VR:Z i 43.2
VR:Z i 48.4
WR:N iSn 03 1.1
VR:Z LgV 9.5 0.8 0.360
NOV,06;2002 58 *** SKO: Jonian Sea (NEIC) M=5.0
----------------------------------------------------
OHR WR:Z +iPn 09 13 38.2
WR:Z iPg 47.5
WR:N iSn 14 19.0
WR:N iSg 33.1
VAY VR:Z -iPn 13 44.0
VR:Z i 47.6
VR:Z iPb 52.0
VR:Z iPg 59.0
WR:N iSn 14 30.0
WR:N iSb 40.0
WR:N iSg 44.2
VR:Z LgV 54.0 0.7 0.510
SKO VR:Z +iPn 13 49.4
VR:Z iPb 58.5
VR:Z iPg 14 3.0
LG:E iSn 37.0
LG:E iSb 50.0
LG:E iSg 56.0
LG:E LgE 59.0 1.0 1.620
VR:Z LgV 15 3.0 1.0 1.080
MA:N LmN 56.0 5.0 8.130
D(km)= 460 MLgh=4.6 MLH=4.7
NOV,07;2002 999 OHR VR:Z iPg 02 51 14.0
VR:Z iSg 18.5
59 VAY VR:Z iP 11 59 58.3
60 SKO VR:Z iP 15 26 41.4
VR:Z i 50.5 0.9 0.050
D(dg)= 85 Mb=5.7
VAY VR:Z iP 44.6
OHR WR:Z iP 49.5
61 VAY VR:Z ePn 17 35 11.8
VR:Z e 13.4
VR:Z i 30.8
62 SKO VR:Z eP 21 37 29.0
VAY VR:Z iP 34.0
VR:Z i 41.3
NOV,08;2002 63 SKO VR:Z +iP 04 16 2.7 0.8 0.050
OHR WR:Z iP 5.7
VAY VR:Z iP 7.4
64 SKO VR:Z +iP 17 46 30.5 1.1 0.065
VAY VR:Z iP 34.5
OHR VR:Z iP 35.6
65 SKO VR:Z iP 20 40 42.5
VAY VR:Z eP 47.7
VR:Z i 41 20.0
66 OHR VR:Z iPn 23 46 14.5
VAY VR:Z ePn 16.4
SKO VR:Z ePn 17.8
NOV,09;2002 67 VAY VR:Z iPn 02 21 0.5
VR:Z i 7.3
VR:Z i 49.4
VR:Z i 22 3.4
VR:Z LgV 23 6.5 0.8 0.100
SKO VR:Z ePn 21 9.0
VR:Z i 14.0
LG:E i 23 15.3
LG:E i 28.0
LG:E i 40.0
68 VAY VR:Z iP 04 16 34.2
SKO VR:Z iP 37.0
69 VAY VR:Z iP 05 39 35.8
SKO VR:Z +iP 42.5 1.5 0.150
70 VAY VR:Z iPg 08 59 58.7
VR:Z iSg 09 00 6.7
VR:Z Smax 9.0 0.3 0.060
71 VAY VR:Z iPg 10 24 32.4
VR:Z iSg 38.6
72 SKO VR:Z ePn 13 42 31.0
73 OHR WR:Z -iPg 17 02 10.8
WR:Z i 11.7
WR:E iSg 21.4
VR:Z Smax 26.0 0.6 0.440
SKO VR:Z iPn 25.0
VR:Z i 29.4 0.6 0.320
LG:E +iSg 44.8
LG:E i 46.6
LG:E LgE 47.0 0.6 1.200
VR:Z LgV 49.0 0.6 0.300
VAY VR:Z iPn 32.0
VR:Z i 35.0
WR:N iSg 51.0
WR:N i 59.0
VR:Z LgV 03 5.0 0.6 0.070
74 OHR WR:Z +iPn 21 50 46.9
WR:Z i 51 0.0
WR:Z i 9.2
WR:E i 27.3
WR:N iSn 41.5
WR:E i 54.8
VR:Z LgV 52 18.0 1.0 0.950
VAY WR:Z +iPn 50 53.1
WR:Z i 59.0
VR:Z i 51 9.2
VR:Z i 19.4
VR:Z i 34.3
VR:Z iSn 41.7
VR:Z LgV 43.5 0.8 0.400
SKO VR:Z +iPn 50 58.4
VR:Z iPb 51 7.0
VR:Z iPg 13.0
VR:Z i 19.0
LG:E iSn 49.0
LG:E i 52 24.0
VR:Z LgV 46.0 0.9 0.280
LG:E LgE 50.0 1.0 0.880
D(km)= 485 MLgh=4.4
NOV,10;2002 75 VAY VR:Z iPn 01 10 47.3
SKO VR:Z ePn 11 1.0
76 VAY VR:Z ePn 02 57 41.5
77 OHR VR:Z iPn 04 09 23.0
SKO VR:Z iPn 24.5 0.7 0.046
LG:E iSg 55.5
LG:E LgE 10 2.5 1.0 0.202
D(km)= 230 MLgh=2.9
VAY VR:Z ePn 09 39.0
78 VAY VR:Z iPn 06 49 34.0
VR:Z i 41.5
VR:Z i 51.0
VR:Z i 50 7.5
VR:Z LgV 15.5 0.8 0.390
SKO VR:Z ePn 49 47.5
79 SKO VR:Z ePg 07 45 43.2
LG:E iSg 57.0
OHR VR:Z ePg 44.0
VAY VR:Z ePn 48.3
80 VAY VR:Z iPn 08 18 14.5
SKO VR:Z iPn 29.0
OHR VR:Z ePn 31.5
VR:Z i 43.0
81 VAY VR:Z ePn 09 28 11.4
82 VAY VR:Z ePg 09 44 50.4
SKO VR:Z ePg 54.0
LG:E iSg 45 6.5
83 SKO VR:Z ePn 12 25 1.0
VAY VR:Z ePn 10.0
84 VAY VR:Z iP 22 04 39.4
SKO VR:Z iP 44.0
NOV,11;2002 85 VAY VR:Z ePn 03 00 42.3
SKO VR:Z ePn 56.0
86 VAY VR:Z ePn 08 34 9.0
87 SKO WR:Z +iPg 13 00 58.8
WR:E iSg 01 0.4
LG:E Smax 2.0 0.6 0.590
VR:Z Smax 2.0 0.6 0.600
D(km)= 13 ML=1.4
88 OHR VR:Z iPg 15 49 13.0
SKO VR:Z ePn 28.0
LG:E iSg 52.0
VAY VR:Z ePn 33.0
89 VAY VR:Z +iP 16 58 18.7 0.9 0.040
SKO VR:Z +iP 21.0 1.0 0.064
OHR VR:Z iP 23.6 1.0 0.120
90 VAY VR:Z ePn 18 33 42.2
SKO VR:Z ePn 48.5
91 SKO VR:Z ePn 19 15 1.5
92 VAY VR:Z iP 21 07 26.0
SKO VR:Z iP 29.4
93 SKO VR:Z iP 21 41 53.5
VAY VR:Z eP 56.3
94 VAY VR:Z ePn 23 02 29.3
NOV,12;2002 95 SKO VR:Z ePg 00 41 17.4
LG:E iSg 19.7
LG:E Smax 20.0 0.2 0.250
VR:Z Smax 20.0 0.2 0.153
D(km)= 18 ML=1.5
96 VAY VR:Z iP 02 00 50.5
VR:Z iPP 05 0.6
VR:Z i 16 37.6
SKO VR:Z eP 00 54.0
VR:Z iPP 05 14.5
VR:Z i 50.0
97 SKO VR:Z ePn 04 40 41.1
LG:E iSg 41 2.5
98 VAY VR:Z ePn 09 09 11.3
99 OHR WR:Z -iPn 09 28 59.4
WR:Z i 29 4.2
WR:Z i 8.4
WR:N iSn 50.7
WR:N i 30 0.7
WR:N i 29.6
SKO VR:Z -iPn 29 5.2
VR:Z iPb 17.0
VR:Z iPg 23.3
LG:E iSn 30 2.4
LG:E iSg 29.0
LG:E i 43.5
VR:Z LgV 52.0 0.9 0.194
LG:E LgE 31 5.5 1.0 0.490
D(km)= 550 MLgh=4.3
VAY VR:Z iPn 29 16.3
100 VAY VR:Z ePn 12 32 53.3
101 VAY VR:Z ePn 13 47 19.7
SKO VR:Z ePn 24.0
102 SKO VR:Z -iP 15 10 33.5 0.7 0.063
103 SKO VR:Z iP 20 10 17.7
VAY VR:Z eP 18.5
104 VAY VR:Z ePn 20 41 35.4
OHR VR:Z ePn 37.5
SKO VR:Z ePn 41.5
NOV,13;2002 105 SKO VR:Z ePn 02 53 36.5
VAY VR:Z ePn 39.6
106 SKO VR:Z eP 03 43 20.0
VR:Z i 31.0
VAY VR:Z eP 22.7
VR:Z i 31.0
VR:Z i 46.3
107 VAY VR:Z iPg 06 13 21.0
VR:Z iSg 37.4
VR:Z LgV 38.5 0.4 0.180
SKO VR:Z ePn 36.0
108 OHR VR:Z iPn 10 50 13.5
SKO VR:Z ePn 19.5
VAY VR:Z ePn 27.7
109 SKO VR:Z iP 13 52 20.0
VAY VR:Z eP 20.7
110 VAY VR:Z iPg 15 12 6.0
VR:Z iSg 11.6
VR:Z Smax 12.5 0.4 0.030
111 VAY VR:Z ePg 19 35 41.7
VR:Z iSg 52.3
NOV,14;2002 112 VAY VR:Z iPn 10 23 47.6
OHR VR:Z iPn 54.0
SKO VR:Z ePn 24 0.2
113 VAY VR:Z +iPKP 11 24 9.8 0.9 0.040
SKO VR:Z +iPKP 10.6 0.7 0.046
OHR VR:Z iPKP 12.5 0.7 0.100
NOV,15;2002 114 VAY VR:Z ePn 09 14 1.0
115 VAY VR:Z ePg 09 51 47.7
VR:Z iSg 55.0
116 SKO VR:Z ePKP 13 22 11.5
999 OHR VR:Z iPn 14 34 19.4
117 VAY VR:Z iPg 15 27 12.5
VR:Z iSg 20.5
118 VAY VR:Z iPg 15 27 44.3
VR:Z iSg 52.0
119 VAY VR:Z ePKP 20 16 26.7
VR:Z i 17 30.0
SKO VR:Z ePKP 16 29.0
120 OHR VR:Z iPg 22 30 37.7
VR:Z i 50.8
VAY VR:Z ePn 44.2
SKO VR:Z ePn 48.8
999 OHR VR:Z iPg 23 06 45.0
VR:Z iSg 47.5
VR:Z Smax 48.0 0.4 0.140
NOV,16;2002 121 SKO VR:Z ePn 04 32 21.5
122 VAY VR:Z iPn 04 50 37.7
VR:Z i 43.8
VR:Z i 56.3
VR:Z i 51 7.0
VR:Z LgV 10.0 0.7 0.090
SKO VR:Z ePn 50 51.0
OHR VR:Z ePn 53.0
123 VAY VR:Z ePn 06 15 26.3
124 VAY VR:Z ePg 06 30 10.7
125 VAY VR:Z ePg 10 32 59.7
VR:Z iSg 33 6.6
126 SKO VR:Z +iP 12 18 25.0 1.1 0.110
VAY VR:Z +iP 26.0 1.0 0.110
OHR VR:Z iP 30.0 1.0 0.143
D(dg)= 81 Mb=5.7
127 VAY VR:Z iPg 14 17 25.3
VR:Z iSg 32.4
128 SKO VR:Z +iP 21 04 4.7 1.1 0.056
NOV,17;2002 129 VAY VR:Z ePn 02 46 35.4
130 VAY VR:Z iPn 03 15 55.4
VR:Z i 16 10.0
WR:E iSg 25.4
VR:Z LgV 29.0 0.6 0.110
SKO VR:Z ePn 11.0
VR:Z i 18.5
131 VAY VR:Z iP 03 19 5.0
SKO VR:Z eP 8.0
NOV,17;2002 132 *** SKO: Northwest of Kuril isl.(NEIC) M=7.3 h=
----------------------------------------------------
SKO VR:Z -iP 05 04 59.0
VR:Z i 05 3.4 1.0 0.520
VR:Z i 8.0 1.0 1.620
LG:E +iS 14 20.5
MA:E +iS 20.5 8.0 69.740
MA:N iS 20.5 6.0 81.500
D(dg)= 78 Mb=7.1
VAY VR:Z eP 05 0.0
VR:Z -i 3.4
VR:Z i 8.0 0.8 0.800
VR:Z i 06 51.1 1.2 1.000
VR:Z iS 14 18.3 3.4 6.000
D(dg)= 78 Mb=6.9
OHR WR:Z iP 05 6.9
WR:Z -i 8.1
WR:Z i 12.4
WR:Z i 06 52.2
VR:Z iS 14 32.0
133 OHR VR:Z iPn 05 25 1.5
SKO VR:Z iPn 16.2
VAY VR:Z iPn 18.4
134 OHR VR:Z iPn 05 52 58.5
SKO VR:Z iPn 53 12.3
VAY VR:Z iPn 15.0
135 VAY VR:Z ePn 06 45 44.3
136 VAY VR:Z iPg 12 04 18.7
VR:Z iSg 21.7
VR:Z Smax 22.0 0.4 0.080
NOV,17;2002 137 *** SKO: Albania (NEIC) M=4.6
----------------------------------------------------
OHR WR:Z iPn 18 25 25.5
WR:Z +i 27.2
WR:E iSg 48.1
SKO VR:Z +iPn 40.0
VR:Z iPb 43.3
VR:Z iPg 44.6
VR:Z i 47.0 0.7 0.740
LG:E iSn 26 10.5
LG:E iSg 17.0
LG:E LgE 25.0 0.7 4.030
VR:Z LgV 29.0 0.7 0.890
MA:E Lg1E 29.0 2.0 6.420
MA:E Lg2E 35.0 2.8 5.830
MA:N Lg2N 35.0 3.0 8.930
D(km)= 260 MLgh=4.5
VAY WR:Z +iPn 25 42.3
WR:Z iPb 46.8
WR:Z iPg 50.3
WR:E iSn 26 14.3
WR:N iSg 21.3
VR:Z LgV 39.5 1.0 0.900
NOV,18;2002 138 VAY VR:Z +iPg 05 21 34.9
VR:Z iSg 41.9
VR:Z Smax 42.5 0.4 0.080
139 VAY WR:Z -iPg 05 26 55.0
WR:E iSg 27 1.8
140 OHR WR:Z iPn 06 47 58.0
WR:E iSg 48 20.0
SKO VR:Z iPn 12.0
VAY VR:Z ePn 14.5
141 OHR WR:Z iPn 06 56 8.7
WR:Z i 10.2
WR:E iSg 31.0
SKO VR:Z iPn 23.0
LG:E iSn 53.0
LG:E LgE 57 4.5 0.8 0.136
D(km)= 255 MLgh=2.9
VAY VR:Z iPn 56 25.5
142 VAY VR:Z ePn 10 54 13.7
VR:Z i 22.0
143 OHR VR:Z iPn 19 05 11.6
VR:Z i 20.2
SKO VR:Z ePn 20.4
VAY VR:Z ePn 22.0
144 VAY WR:Z +iP 23 04 29.3
VR:Z i 40.0 1.1 0.130
D(dg)= 85 Mb=5.9
SKO VR:Z iP 34.1
VR:Z i 44.5 1.1 0.093
D(dg)= 86 Mb=5.8
OHR WR:Z +iP 35.5
VR:Z i 46.0 1.0 0.204
D(dg)= 86 Mb=6.1
NOV,19;2002 145 SKO VR:Z ePg 00 57 55.0
LG:E iSg 58 7.0
999 OHR VR:Z +iPn 08 12 52.8
146 VAY VR:Z ePn 13 59 35.8
147 VAY VR:Z ePn 14 00 58.6
148 VAY VR:Z ePn 16 49 54.0
NOV,20;2002 149 VAY VR:Z ePn 02 33 2.4
SKO VR:Z ePn 3.0
150 VAY VR:Z ePn 09 13 2.2
151 VAY WR:Z iPg 12 32 21.8
WR:E iSg 27.5
VR:Z Smax 28.0 0.4 0.040
152 VAY WR:Z +iPg 16 33 42.8
WR:E iSg 49.8
153 OHR WR:Z iPn 20 00 1.3
WR:Z i 3.1
WR:E iSg 24.1
SKO VR:Z +iPn 15.4
VR:Z iPb 19.3
VR:Z iPg 22.9
LG:E iSn 46.5
LG:E iSg 53.0
LG:E LgE 57.0 0.8 0.340
VR:Z LgV 59.5 0.7 0.100
D(km)= 270 MLgh=3.4
VAY WR:Z +iPn 18.0
WR:E iSn 47.5
WR:E iSg 56.6
154 SKO VR:Z ePn 20 07 4.5
155 VAY VR:Z iP 21 40 9.8
VR:Z i 17.6 1.2 0.080
D(dg)= 41 Mb=5.3
SKO VR:Z iP 16.3
VR:Z i 24.6 1.0 0.053
VR:Z iPP 42 4.2
D(dg)= 41 Mb=5.2
OHR WR:Z +iP 40 21.2
WR:Z iPP 42 5.7
156 VAY VR:Z iPg 22 01 17.3
VR:Z iSg 25.5
VR:Z Smax 26.5 0.3 0.120
157 SKO VR:Z ePn 22 57 1.0
NOV,21;2002 158 OHR WR:Z -iP 03 06 24.9
WR:Z +i 33.8
SKO VR:Z iP 25.2 0.9 0.030
VR:Z i 34.5
D(dg)= 92 Mb=5.5
VAY VR:Z iP 29.8
159 SKO VR:Z ePg 05 03 8.5
LG:E iSg 22.5
VR:Z LgV 25.0 0.5 0.045
LG:E LgE 26.0 0.5 0.130
D(km)= 115 ML=2.2
OHR WR:Z ePg 9.5
WR:E iSg 24.2
VAY VR:Z iPn 25.7
160 VAY WR:Z iPg 05 12 10.2
WR:E iSg 18.5
VR:Z Smax 20.0 0.3 0.080
SKO VR:Z ePn 24.0
161 VAY VR:Z ePg 06 06 50.0
VR:Z iSg 59.0
162 VAY VR:Z iPg 06 07 37.7
VR:Z iSg 46.0
VR:Z Smax 47.5 0.3 0.100
163 VAY VR:Z iP 09 08 22.6
SKO VR:Z iP 22.8
OHR VR:Z eP 25.0
164 VAY VR:Z iPg 14 14 22.0
VR:Z i 28.5
165 SKO VR:Z +iPg 23 16 54.8
LG:E iSg 57.0
LG:E Smax 58.0 0.3 0.200
VR:Z Smax 58.0 0.3 0.180
D(km)= 18 ML=1.3
NOV,22;2002 166 VAY VR:Z iPg 12 03 35.4
VR:Z iSg 41.6
167 VAY VR:Z ePn 13 40 17.5
168 VAY VR:Z iPn 16 01 42.0
VR:Z i 50.0
VR:Z i 02 1.5
VR:Z i 11.0
VR:Z LgV 14.5 0.7 0.100
SKO VR:Z ePn 01 55.5
169 VAY VR:Z ePn 21 30 43.0
NOV,23;2002 170 VAY VR:Z iPn 01 15 22.8
OHR WR:Z iPn 28.1
WR:E iSn 16 10.3
SKO VR:Z ePn 15 34.0
171 VAY VR:Z +iPKP 01 25 17.0 1.0 0.030
SKO VR:Z iPKP 19.0
OHR VR:Z iPKP 22.2
172 VAY VR:Z iP 01 51 15.0
VR:Z i 29.0
SKO VR:Z iP 27.0
173 VAY VR:Z ePn 03 41 12.4
SKO VR:Z ePn 20.0
174 VAY VR:Z ePn 12 47 11.3
175 SKO VR:Z +iPg 16 51 35.8
LG:E -iSg 41.8
LG:E Smax 42.5 0.3 0.100
D(km)= 48 ML=1.5
176 VAY VR:Z iPg 23 45 19.5
VR:Z iSg 28.2
NOV,24;2002 177 VAY VR:Z ePn 07 01 9.5
SKO VR:Z ePn 12.0
178 VAY VR:Z ePn 11 33 58.0
179 SKO VR:Z ePn 11 52 40.0
OHR VR:Z ePn 42.0
VAY VR:Z ePn 53 1.7
180 VAY VR:Z ePn 12 29 28.6
181 SKO VR:Z iP 15 34 10.0
VAY VR:Z iP 13.4
182 VAY VR:Z ePn 18 34 46.8
SKO VR:Z ePn 56.0
183 VAY VR:Z ePn 19 43 39.7
VR:Z i 47.8
NOV,25;2002 184 VAY VR:Z ePn 09 08 41.0
185 SKO VR:Z ePg 09 20 22.5
186 VAY VR:Z ePn 10 21 34.6
187 VAY VR:Z ePn 11 58 16.3
188 VAY VR:Z iPn 11 58 58.4
VR:Z i 59 3.2
VR:Z i 21.5
VR:Z i 33.0
VR:Z i 39.0
VR:Z LgV 40.5 0.8 0.110
SKO VR:Z ePn 11.0
189 VAY VR:Z iPg 12 59 34.6
VR:Z iSg 39.6
190 VAY VR:Z iPg 13 17 5.0
VR:Z iSg 11.0
VR:Z Smax 12.0 0.4 0.070
191 OHR VR:Z iPn 21 51 31.0
SKO VR:Z iPn 35.8
VAY VR:Z ePn 48.8
NOV,26;2002 192 SKO VR:Z +iP 01 00 55.5
VR:Z -i 57.6 1.1 0.580
LG:E iS 11 20.0
D(dg)= 86 Mb=6.6
VAY VR:Z +iP 00 58.2 1.0 0.360
OHR VR:Z +iP 59.3 1.1 0.615
D(dg)= 87 Mb=6.5
193 VAY VR:Z iPn 03 16 43.5
SKO VR:Z iPn 46.4
194 VAY VR:Z ePn 04 31 41.7
195 SKO VR:Z +iP 04 46 17.8 1.2 0.100
VAY VR:Z +iP 19.8 1.0 0.050
OHR WR:Z iP 21.9
196 VAY VR:Z ePn 12 14 29.5
SKO VR:Z ePn 38.0
197 VAY VR:Z ePn 12 50 28.3
198 VAY VR:Z ePn 13 37 46.4
199 VAY VR:Z ePn 13 42 44.0
200 VAY VR:Z iPg 14 08 15.2
VR:Z iSg 22.4
201 VAY VR:Z ePn 15 41 51.2
202 VAY VR:Z ePn 21 13 38.1
203 VAY VR:Z iPKP 23 05 10.5
VR:Z i 26.3 1.2 0.080
SKO VR:Z -iPKP 11.3 0.8 0.036
VR:Z i 14.2
OHR WR:Z -iPKP 13.1
NOV,27;2002 204 SKO VR:Z +iP 01 47 33.8 0.8 0.050
VR:Z i 43.1
D(dg)= 84 Mb=5.7
VAY VR:Z iP 37.0
OHR WR:Z +iP 37.8
205 SKO VR:Z iPg 05 53 49.7
VR:Z i 51.3
VR:Z i 54.4
LG:E +iSg 54 2.1
LG:E LgE 5.0 0.6 1.565
D(km)= 100 ML=3.1
OHR WR:Z iPg 53 49.7
WR:Z i 52.6
WR:E iSg 54 2.8
WR:E i 4.0
VR:Z LgV 6.5 0.7 0.690
VAY VR:Z iPn 4.8
VR:Z i 7.4
VR:Z i 12.0
VR:Z i 21.0
VR:Z i 31.5
VR:Z LgV 34.0 0.6 0.130
206 VAY VR:Z +iPg 08 11 54.0
VR:Z iSg 58.0
VR:Z Smax 59.0 0.4 0.240
207 VAY VR:Z ePn 10 15 42.4
208 VAY VR:Z ePn 11 42 37.3
209 VAY VR:Z ePKP 17 02 33.6
SKO VR:Z ePKP 39.5
VR:Z i 03 3.3
NOV,28;2002 210 OHR WR:Z iPg 02 25 56.7
WR:E iSg 26 14.7
SKO VR:Z iPn 14.0
LG:E iSg 39.4
LG:E LgE 44.0 0.7 0.133
VR:Z LgV 44.0 0.7 0.065
D(km)= 200 MLgh=2.7
VAY VR:Z ePn 21.4
211 VAY VR:Z ePn 09 10 57.7
OHR VR:Z ePn 58.0
SKO VR:Z ePn 11 13.0
212 VAY VR:Z ePn 09 20 53.5
213 VAY VR:Z ePn 09 36 28.3
214 VAY VR:Z iPg 14 12 24.0
VR:Z iSg 33.3
215 VAY VR:Z +iPg 15 28 59.8
VR:Z iSg 29 0.7
VR:Z Smax 2.0 0.3 1.060
999 OHR VR:Z iPg 17 03 23.5
VR:Z iSg 29.0
NOV,29;2002 216 SKO VR:Z +iPg 00 11 21.0
LG:E iSg 27.0
LG:E Smax 27.5 0.3 0.073
VR:Z Smax 30.0 0.4 0.023
D(km)= 48 ML=1.4
217 OHR VR:Z iPn 01 05 2.5
VAY VR:Z ePn 11.0
SKO VR:Z ePn 18.5
218 OHR VR:Z iPn 02 01 6.4
SKO VR:Z ePn 8.3
219 SKO VR:Z +iPg 05 25 47.2
LG:E iSg 51.2
LG:E Smax 52.0 0.3 0.500
VR:Z Smax 52.0 0.3 0.380
D(km)= 32 ML=2.0
OHR VR:Z ePn 26 5.5
VAY VR:Z ePn 6.0
220 SKO VR:Z ePKP 06 09 47.0
VAY VR:Z ePKP 52.0
221 SKO VR:Z iPg 10 06 7.4
LG:E iSg 11.5
LG:E Smax 12.0 0.3 0.150
D(km)= 32 ML=1.5
222 VAY VR:Z ePn 13 43 58.8
223 VAY VR:Z ePn 13 46 4.6
224 OHR WR:Z -iPg 16 04 41.9
WR:E +iSg 50.5
SKO VR:Z iPg 56.5
LG:E iSg 05 15.0
LG:E LgE 16.0 0.6 0.160
VR:Z LgV 16.5 0.6 0.054
D(km)= 155 MLgh=2.5
VAY VR:Z ePn 6.5
225 VAY VR:Z iP 20 17 33.0
VR:Z i 48.2
SKO VR:Z eP 37.0
VR:Z i 48.2
OHR WR:Z iP 38.5
VR:Z i 54.4
NOV,30;2002 226 OHR WR:Z +iPg 04 15 10.2
WR:N iSg 14.0
SKO LG:E ePg 23.5
LG:E iSg 34.5
VAY VR:Z ePg 27.0
227 VAY VR:Z ePn 04 18 53.0
228 VAY VR:Z +iP 07 28 11.5 0.9 0.060
VR:Z i 34.0
D(dg)= 82 Mb=5.7
SKO VR:Z +iP 11.9 0.9 0.071
OHR VR:Z iP 16.2
229 VAY VR:Z -iPn 08 17 4.4
VR:Z iPb 12.5
VR:Z iPg 19.5
LG:E iSn 18 9.5
VR:Z LgV 15.5 0.9 0.260
SKO VR:Z -iPn 17 4.5
VR:Z iPb 13.6
VR:Z iPg 21.0
LG:E iSn 18 1.0
LG:E LgE 17.0 1.2 0.430
D(km)= 540 MLgh=4.2
OHR WR:Z iPn 17 18.0
WR:E iSn 18 26.1
230 OHR WR:Z +iPg 08 53 35.2
WR:N iSg 39.0
VAY VR:Z ePn 53.4
231 VAY VR:Z ePn 09 24 54.4
232 VAY VR:Z ePn 09 41 27.6
233 VAY VR:Z ePn 21 00 49.4
234 VAY VR:Z eP 23 00 36.4
__________________________________________________________________________________________________________
Compiled by: B. Hristovski. Processed by Lazo Pekevski: Seism. Obs. (SKO)
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