Bul5014
Geofysisk Afdeling, GEUS Phone 38 14 20 00
Office of Seismology +45 38 14 20 00
Østervoldgade 10 Telex 15184 seismo dk
DK-1350 København K Telefax 38 14 20 50
Processed 2005 04 05
ISSN 1395 - 8259
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen 55.68 N 12.43 E 13 m
dag Danmarkshavn 76.77 N 18.65 W 30 m
mud Moensted Underground 56.46 N 9.17 E 12 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
nrs Narssarsuaq 61.16 N 45.42 W 66 m
sfjd Soendre Stroemfjord 67.00 N 50.62 W 328 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
30 mar ip 16 32 08.3 0.8 s 43nm i 32 23.2 is 42 27.8
lz 17s 4900nm
30 mar ipd 18 00 30.6 0.5 s 65nm lz 16s 660nm
31 mar ip 01 58 31.3 0.8 s 21nm i 02 14.9 is 09 26.3
lz 22s 1600nm
31 mar ep 07 36 31.1 0.7 s 35nm i 36 39.8 is 46 59.8
lz 20s 910nm
1 apr ep 10 50 28.3
1 apr ip 20 45 21.6 0.8 s 15nm i 45 31.3 lz 19s 320nm
2 apr ep 06 11 42.1 is 16 00.8 lz 18s 450nm
2 apr ip 12 57 41.6 0.8 s 64nm is 01 52.8 lz 18s 6800nm
3 apr ipc 01 12 06.0 0.8 s 47nm i 12 18.0 is 22 44.4
lz 20s 1100nm
3 apr ipc 03 23 33.0 0.6 s 85nm i 24 10.5 is 34 01.1
lz 19s 2100nm
3 apr ep 14 54 34.6 1.0 s 35nm
4 apr ep 04 46 25.0 0.8 s 34nm
4 apr ipd 08 34 54.7 0.9 s 150nm
dag
28 mar ipd 16 22 49.5 0.8 s 26nm
28 mar ipc 16 52 00.0 0.8 s 21nm
28 mar ipc 18 13 05.9 0.8 s 7500pm
28 mar epc 18 44 01.2 1.0 s 100nm
28 mar ep 19 02 02 0.8 s 5200pm
28 mar ipc 19 15 38.2 0.9 s 36nm
28 mar ipc 20 19 44.2 0.8 s 1500pm
28 mar ep 20 48 31 0.9 s 3400pm
28 mar ipc 23 26 21.1 0.9 s 13nm i 26 33.2
28 mar epc 23 50 39.8 0.6 s 3300pm lz 20s 1800nm
29 mar ipc 01 09 19.1 0.9 s 3400pm
29 mar ipd 05 29 40.1 0.8 s 19nm lz 21s 3900nm le 21s 3600nm
29 mar ep 07 59 27 i 59 46.9
29 mar ep 17 09 37
29 mar ep 20 54 49
30 mar ep 01 26 30 lz 18s 1100nm
30 mar ep 07 09 30 i 10 05.5
30 mar ep 15 48 20 i 52 04.2 i 53 12.3
30 mar epc 16 32 48.9 1.0 s 25nm lz 21s 23um le 22s 22um
30 mar ep 17 42 28 1.0 s 12nm
30 mar ep 17 59 15 i 59 49.6
30 mar ipc 23 54 03.0 0.6 s 3300pm
31 mar ipd 07 37 09.8 1.0 s 22nm
31 mar ipd 07 40 53.0 1.2 s 17nm
31 mar ep 15 51 12 0.8 s 3000pm
1 apr ep 07 31 33
1 apr ipc 07 48 16.0 0.4 s 5900pm i 48 45.9
1 apr epc 19 34 08.2 0.7 s 1400pm
1 apr epc 20 45 58.8 0.4 s 1700pm
1 apr epd 22 33 42.6 0.8 s 3000pm
2 apr ep 02 27 32 0.5 s 1400pm
2 apr ep 02 52 05 0.5 s 2800pm
2 apr epc 06 08 01.7 0.9 s 61nm
2 apr ep 06 32 23 0.7 s 2100pm e 33 24
2 apr ipd 06 35 54.1 0.7 s 43nm
2 apr ep 10 55 26 0.5 s 4900pm
2 apr ipc 11 28 41.3 0.6 s 2000pm
2 apr ipd 12 54 55.6 1.0 s 870nm
2 apr epc 14 00 39.3 0.9 s 5900pm
2 apr epd 15 08 41.8 1.0 s 10nm
3 apr epc 00 05 41.0 1.1 s 13nm
3 apr epd 01 12 42.8 1.0 s 15nm lz 18s 6200nm ln 19s 4200nm
le 23s 5600nm
3 apr epc 01 54 01.0 0.6 s 7300pm
3 apr epd 03 24 09.1 0.9 s 66nm lz 22s 10um ln 20s 5700nm
mud
29 mar ip 05 27 09.4 0.7 s 24nm i 30 43.9 i 31 40.2
29 mar ip 20 54 21.3 0.8 s 13nm is 04 56.2
30 mar ep 01 26 02.1 1.0 s 27nm i 26 10.7
30 mar ipc 16 32 17.6 0.9 s 37nm i 32 39.1 i 35 48.0
is 42 47.6 lz 16s 7300nm
30 mar ep 16 46 26.2
30 mar ipd 17 42 06.8 1.2 s 50nm i 42 12.7
30 mar ipd 18 00 29.9 1.0 s 220nm
31 mar ep 00 41 11.0 1.5 s 16nm
31 mar ip 01 58 30.1 i 01 39.2 lz 21s 1400nm
31 mar ipc 07 36 40.7 1.1 s 84nm es 47 16.7 lz 20s 1900nm
1 apr ip 10 50 25.6 0.4 s 22nm i 50 51.4
1 apr ipd 19 33 34.6 1.0 s 18nm
1 apr ip 20 45 31.0 0.7 s 9800pm i 45 40.1 is 56 16.9
lz 21s 560nm
2 apr ep 06 11 44.9 1.0 s 31nm is 15 49.5
2 apr ipd 12 57 32.5 1.0 s 57nm i 57 47.5 is 01 41.5
lz 20s 6900nm
2 apr ip 15 34 12.4 1.4 s 49nm
3 apr ipc 01 12 15.2 0.9 s 33nm i 12 27.0 e 15 59.0
is 23 03.6 lz 19s 2200nm
3 apr ipc 01 54 18.2 0.8 s 17nm
3 apr ipc 03 23 42.4 0.8 s 90nm i 24 01.5 is 34 18.8
lz 20s 4500nm
3 apr ep 14 54 50.5 0.5 s 11nm e 54 54.2
4 apr ip 04 46 35.2 0.8 s 36nm
4 apr ipd 08 34 53.8 1.0 s 300nm
4 apr ep 19 49 34.2 1.2 s 26nm
bsd
29 mar ipc 05 28 52.2 0.7 s 32nm is 39 08.1 lz 18s 3000nm
29 mar ip 21 17 29.8 is 18 11.3
30 mar epd 01 26 05.7 1.0 s 56nm
30 mar ep 11 29 38.6 0.4 s 9500pm
30 mar ipc 16 31 59.0 0.8 s 56nm is 42 08.1 lz 19s 10um
30 mar ipd 18 00 30.3 1.0 s 320nm is 06 45.9 lz 18s 810nm
31 mar ep 00 41 19.9 1.1 s 49nm
31 mar ipd 01 58 26.1 1.2 s 41nm i 01 41.6 is 09 29.0
lz 22s 1700nm
31 mar ipd 05 10 16.7 1.0 s 37nm
31 mar ep 05 25 54.7 1.1 s 33nm
31 mar ipc 07 36 22.9 1.0 s 58nm is 46 42.3 i 46 57.8
lz 18s 1700nm
31 mar ip 13 04 27.1 is 04 40.9 is 04 43.1
1 apr ipd 00 53 46.3 0.7 s 6300pm
1 apr ipd 10 50 06.7 0.7 s 24nm
1 apr ipd 19 33 14.4 0.9 s 11nm
1 apr ip 20 45 13.1 0.9 s 17nm i 45 22.9 is 55 49.2
lz 18s 580nm
2 apr ipc 03 51 55.0 0.7 s 12nm
2 apr ipc 06 11 54.0 0.9 s 21nm i 12 16.4 is 16 16.3
lz 18s 700nm
2 apr ipd 12 57 47.8 0.9 s 110nm e 58 07.4 is 02 03.8
lz 18s 11um
2 apr ipc 15 33 55.0 1.0 s 17nm
2 apr ip 22 29 38.2 0.7 s 5800pm i 29 50.3 e 29 55.8
3 apr ip 01 11 57.7 0.9 s 41nm i 12 10.3 e 18 53.0
es 22 32.2
3 apr ip 01 54 06.6 0.6 s 7000pm
3 apr ipc 03 23 24.7 0.8 s 100nm i 23 42.9 is 33 42.5
lz 20s 2700nm
3 apr ip 08 36 47.0 is 37 04.3
3 apr ip 14 54 31.1 0.8 s 12nm i 54 41.7
4 apr ipc 04 46 16.8 0.8 s 28nm
4 apr ipd 08 34 54.7 0.8 s 280nm
4 apr ipd 19 49 15.5 0.6 s 28nm i 49 30.2
sco
8 mar ip 05 01 25.9 0.9 s 2200pm i 01 37.2
8 mar ep 16 11 13.4
8 mar ep 19 42 45.8 0.7 s 18nm e 43 56.0
8 mar ip 21 15 04.2 0.7 s 15nm is 15 53.0
9 mar ip 03 52 44.0 i 53 24.8
9 mar ep 03 53 54.0
10 mar ip 00 33 22.6 1.0 s 10nm
10 mar ep 03 27 59.6 1.0 s 4200pm
11 mar ip 18 58 18.9 0.9 s 6000pm
12 mar ep 05 07 10.4
12 mar ip 07 44 23.6 0.8 s 9700pm i 46 07.1
12 mar ep 12 35 30.2
12 mar ep 13 56 31.2
12 mar ip 16 06 09.2 i 06 28.4
13 mar ip 03 41 42.8 1.0 s 79nm i 41 57.9 e 42 01.9
is 50 10.4
13 mar ep 04 47 24.2 0.9 s 19nm
14 mar ip 02 04 11.8 i 05 55.2
14 mar ip 07 04 13.1 1.0 s 10nm es 06 18.8
14 mar ep 09 06 10.0 es 06 17.2
14 mar ip 11 06 36.6 0.9 s 9500pm is 06 44.1
15 mar ep 03 29 45.2
sfjd
29 mar ep 05 30 22.0 1.2 s 18nm is 41 24.9 i 44 21.4
lz 20s 4300nm
29 mar ep 17 10 29.5 1.1 s 12nm e 11 05.7
29 mar ep 22 09 41.2 es 10 09.0
30 mar ep 15 40 43.4 es 41 11.5
30 mar ip 15 44 14.2 is 44 42.7
30 mar ip 16 08 38.2 is 09 06.9
30 mar ep 16 33 46.1 i 38 18.3 i 44 37.6
i 45 47.0 e 47 34.4
lz 20s 15um
30 mar ep 18 02 14.6 0.9 s 13nm is 18 00.2 lz 19s 1500nm
30 mar ip 19 45 42.6 is 46 10.6
30 mar ep 23 27 05.8 is 28 19.2
31 mar ip 01 59 45.7 1.0 s 11nm i 06 54.4 i 09 26.5
i 17 08.4 lz 20s 1900nm
31 mar ep 07 35 27.9 1.2 s 16nm i 42 35.1 e 48 55.5
i 50 07.4 i 52 03.2
i 57 54.5 lz 20s 2400nm
1 apr ip 12 07 46.9 0.6 s 12nm
1 apr ip 14 53 57.8 is 54 02.6
1 apr ep 19 31 46.8 0.6 s 10nm
1 apr ep 21 33 05.3 0.4 s 5700pm
2 apr ip 01 18 13.1 1.0 s 8900pm
2 apr ep 02 40 49.4 0.9 s 12nm
2 apr ep 03 29 28.2 0.9 s 10nm
2 apr ep 06 11 01.7 0.9 s 23nm lz 19s 2300nm
2 apr ipc 12 56 57.0 0.7 s 180nm is 00 51.5 lz 19s 38um
3 apr ep 07 22 01.6 is 22 53.3
3 apr ip 07 58 49.6 1.0 s 13nm
3 apr ep 10 16 32.6 0.5 s 6300pm
3 apr ip 13 26 05.4 is 26 22.2
3 apr ep 13 36 41.2 es 36 57.8
4 apr ip 02 57 41.3 0.9 s 18nm
4 apr ip 06 02 43.6 es 03 20.9
4 apr ip 08 34 15.6 0.6 s 15nm
4 apr ip 11 15 52.6 0.7 s 17nm
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