Bul3037
KORT & MATRIKELSTYRELSEN Phone 35 87 50 50
Office of Seismology +45 35 87 50 50
Rentemestervej 8 Telex 15184 seismo dk
DK-2400 København NV
Telefax 35 87 50 52
Processed 2003 09 10
ISSN 1395 - 8259
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen 55.68 N 12.43 E 13 m
mud Moensted Underground 56.46 N 9.17 E 12 m
dag Danmarkshavn 76.77 N 18.65 W 30 m
bsd Bornholm 55.11 N 14.91 E 88 m
lld Lille Linde, Stevns 55.33 N 12.22 E 8 m
sco Scoresbysund 70.48 N 21.95 W 69 m
Amplitudes are 0.5*double trace amplitude (p-p) / steady state
magnification at period given. Units are:
pm pico meter i.e. 10**-12 m
nm nano -9 m
um micro -6 m
etc.
p means any first arrival P, PKP or PKIKP etc.
ap is pP and xp sP as used in mono case letter formats.
cop
2 sep ip 18 47 32.7 i 50 30.9 i 51 07.9
is 57 08.0 lz 20s 3700nm
4 sep ep 01 24 52.6 1.0 s 87nm
4 sep ip 09 00 36.1 i 01 23.8 i 05 06.8
lz 19s 180nm
4 sep ip 23 52 58.1 is 03 42.9 i 03 59.4
lz 20s 390nm
5 sep ip 01 35 09.0 0.7 s 81nm
5 sep ep 23 35 27.6 i 39 19.8
6 sep ep 00 43 21.3 is 43 49.4
6 sep ep 02 27 19.6 i 36 34.0 i 42 41.2
i 47 14.7 lz 19s 550nm
6 sep ip 14 03 14.5 is 11 56.2 lz 18s 150nm
6 sep ep 16 16 39.1 lz 20s 220nm
7 sep ip 13 36 00.1
7 sep ip 13 39 10.2 1.1 s 110nm lz 23s 2800nm
8 sep ep 12 27 46.9
8 sep ip 21 17 09.0 is 17 36.1
dag
26 aug ep 21 00 20 lz 19s 1700nm
28 aug ep 06 27 20 lz 21s 5700nm
30 aug ipdu 01 06 28.9 0.4 s 31nm i 07 44.0 lz 19s 4400nm
le 25s 4800nm
30 aug ipd 10 16 48.4 0.4 s 10nm
31 aug ipc 13 17 10.7 0.4 s 54nm
1 sep epu 23 25 52 0.4 s 270nm lz 19s 3200nm
2 sep ep 09 48 16 0.4 s 40nm e 48 57
2 sep ep 12 47 56 lz 22s 13um
4 sep ipc 07 32 02.5 0.8 s 22nm
4 sep ipd 09 00 26.0 0.8 s 32nm
4 sep ep 17 21 13.4 1.1 s 16nm
4 sep ep 17 28 18.5
4 sep ep 21 30 34.3 0.6 s 8700pm
4 sep ep 23 51 15 e 52 03.5 lz 20s 4000nm
5 sep ep 01 35 49 0.7 s 7500pm
5 sep ep 08 11 14 e 11 56
mud
2 sep ep 11 47 26.7 1.1 s 14nm
2 sep ep 12 23 20.0 es 23 33.1
2 sep ip 18 47 26.3 1.2 s 63nm i 50 26.0 i 51 07.6
i 51 16.7 lz 22s 7500nm
2 sep ip 18 53 57.8
2 sep ip 18 59 10.7
3 sep ep 06 27 46.4 0.9 s 16nm lz 19s 260nm
4 sep ip 01 25 06.3 1.0 s 46nm i 25 12.5
4 sep ipd 09 01 31.0 i 05 18 lz 19s 460nm
4 sep ip 23 52 48.5 1.0 s 50nm i 52 54.2 is 03 23.2
i 03 43.2 lz 19s 870nm
5 sep ip 01 35 19.0 0.8 s 110nm
5 sep ip 12 10 33.2
5 sep ip 23 35 30.3 0.6 s 17nm i 35 44.4 i 35 54.9
6 sep ip 00 43 19.4 es 43 44.3
6 sep ep 02 27 35.5 i 42 14.9 lz 18s 820nm
6 sep ep 14 03 14.4 1.0 s 59nm
6 sep ep 16 15 45.5 lz 22s 640nm
7 sep ip 10 54 29.6 0.9 s 35nm
7 sep ep 11 30 13.2 1.0 s 21nm lz 20s 550nm
7 sep ip 13 35 47.4 1.0 s 28nm i 38 58.9 e 43 33.7
lz 19s 5100nm
8 sep ep 12 27 56.3
8 sep ep 17 15 42.5 0.3 s 14nm
8 sep ip 21 17 05.8 is 17 22.5
bsd
2 sep ip 06 43 52.4 0.9 s 46nm
2 sep ipd 11 47 45.6 0.8 s 32nm
2 sep ep 12 22 15.2 is 23 27.3 i 51 08.1
2 sep ip 18 47 26.9 1.0 s 28nm i 50 31.6 i 59 32.4
is 02 58.8 lz 21s 5500nm
3 sep ep 06 26 44.4 1.0 s 18nm lz 17s 300nm
3 sep ip 12 17 34.6 1.0 s 34nm
4 sep epc 01 25 07.6 1.0 s 28nm
4 sep ipd 03 54 18.3
4 sep ep 09 00 45.5 i 05 10.3 lz 20s 350nm
4 sep ipc 09 01 19.9 1.1 s 92nm
4 sep ip 13 07 32.1 is 07 33.7
4 sep ep 23 53 10.3 1.3 s 33nm lz 20s 850nm
5 sep ipc 01 35 00.3 1.0 s 79nm i 35 33.2 is 44 52.4
5 sep ep 09 24 40.9
5 sep ip 23 34 59.5 0.6 s 10nm i 45 30.3
6 sep ip 00 43 37.2 i 43 42.9 is 44 23.9
6 sep ip 02 37 03.9 i 38 03.7 lz 17s 680nm
6 sep ep 12 10 51.6 0.8 s 9800pm
6 sep ip 14 03 17.9 1.1 s 41nm
6 sep ip 16 16 06.2 0.6 s 20nm lz 19s 250nm
7 sep ep 10 54 55.2 0.8 s 27nm lz 18s 420nm
7 sep ip 13 36 04.1 0.7 s 17nm lz 20s 6300nm
8 sep ip 12 26 44.2 i 26 45.2 is 27 01.1
8 sep ip 13 07 49.0 is 08 11.7
8 sep ip 17 15 57.8 0.9 s 41nm is 17 59.9
8 sep ip 21 17 22.4 i 17 28.9 is 18 09.3
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