Bul5011
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 03 16
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
9 mar ep 18 28 31.7 0.7 s 21nm is 32 14.7 lz 15s 190nm
9 mar ip 19 16 33.3 is 16 51.0
9 mar ep 23 17 24.1 i 17 26.4 es 17 49.7
10 mar ip 00 35 12.9 1.0 s 25nm i 36 20.9 is 40 38.6
lz 18s 440nm
12 mar ep 07 41 37.7 1.2 s 82nm is 46 05.8 lz 16s 1700nm
13 mar ipd 03 39 37.7 1.1 s 310nm i 39 57.6 e 41 40.0
is 46 17.9 i 50 15.8
lz 21s 1900nm
13 mar ep 22 22 48.2 0.9 s 31nm
14 mar ipc 02 01 24.7 0.7 s 41nm is 05 56.1 lz 16s 4500nm
dag
8 mar ep 16 11 50
8 mar epc 19 46 32.0 0.9 s 2500pm
8 mar ep 21 16 48
9 mar epc 03 52 42.0 0.8 s 3000pm
10 mar epd 00 32 06.0 1.6 s 160nm lz 18s 2300nm ln 17s 1900nm
10 mar epd 03 26 42.2 1.7 s 46nm
10 mar epd 13 49 08.7 0.4 s 10nm
11 mar ipc 18 57 36.0 0.9 s 2500pm
mud
9 mar ep 03 25 10.1 1.0 s 14nm
9 mar ep 08 16 42.3 1.0 s 25nm is 21 02.4 i 22 08.1
lz 19s 360nm
9 mar ip 18 28 28.5 0.6 s 21nm is 32 29.7 lz 16s 1000nm
9 mar ip 19 16 44.4 is 16 57.9
9 mar ep 23 16 00.6 is 16 27.7
10 mar ip 00 35 06.8 1.0 s 27nm es 40 33.7 lz 21s 950nm
10 mar ip 01 24 26.8 0.5 s 15nm
12 mar ip 07 41 55.5 1.0 s 88nm is 46 36.9 lz 17s 5700nm
13 mar ip 01 36 02.1 0.7 s 16nm lz 17s 500nm
13 mar ip 02 30 29.7 1.0 s 15nm
13 mar ipd 03 39 53.1 1.0 s 270nm i 40 12.9 is 46 45.6
lz 18s 4400nm
13 mar ep 15 28 10.3 1.2 s 29nm
14 mar ipc 02 01 42.7 1.1 s 93nm es 06 25.9 is 06 28.3
lz 16s 13um
14 mar ep 07 05 24.9 0.4 s 10nm
bsd
8 mar ip 04 21 43.4 is 22 26.5
8 mar ip 22 19 09.2 is 19 50.2 i 19 52.8
8 mar ip 23 18 38.7 is 19 18.0 i 19 20.7
9 mar ep 04 25 14.0 0.9 s 30nm
9 mar ep 08 16 58.0 1.0 s 40nm lz 17s 470nm
9 mar ipc 18 28 54.4 1.0 s 40nm is 32 21.5 lz 17s 560nm
9 mar ipd 19 16 20.5 is 16 27.4
9 mar ep 23 16 30.1 es 17 18.7
9 mar epd 23 54 10.3 1.2 s 58nm
10 mar ip 00 35 14.9 1.1 s 54nm is 40 42.4 lz 17s 840nm
10 mar ip 17 18 13.0 i 18 14.3 es 18 28.6
10 mar ip 18 14 39.9 es 14 55.9 i 14 59.8
10 mar ip 19 18 44.6 i 18 46.5 is 19 01.3
12 mar ip 07 41 20.4 0.8 s 120nm is 45 36.4 lz 16s 3700nm
13 mar ep 01 35 22.8 1.2 s 66nm i 41 13.9
13 mar ep 02 32 44.3 1.3 s 67nm
13 mar ipd 03 39 23.7 0.8 s 300nm i 39 43.4 i 41 29.9
is 45 48.6 i 49 44.2
lz 18s 3500nm
13 mar ip 15 28 30.8 1.1 s 37nm
13 mar ipd 22 24 47.3 1.2 s 44nm
13 mar ip 23 03 34.2 is 04 16.5
14 mar ip 02 01 07.4 0.7 s 97nm is 05 24.7 lz 18s 7900nm
14 mar ep 07 05 12.6 0.8 s 41nm
14 mar ip 07 43 45.1 is 44 25.6
sco
15 feb ep 13 17 27.3 0.7 s 4500pm
15 feb ep 16 08 44.5
15 feb ep 19 58 00.1 0.7 s 7100pm
17 feb ip 17 16 07.1 0.8 s 14nm
17 feb ep 20 35 16.3
17 feb ip 20 37 21.0
18 feb ip 19 46 57.0 1.0 s 2600pm e 50 43.0
18 feb ip 20 30 48.3 0.9 s 4400pm
19 feb ip 00 19 19.0 0.9 s 2200pm e 23 13.3 is 33 36.4
19 feb ep 08 06 35.7
20 feb ip 05 10 28.7
20 feb ip 07 10 35.5 0.5 s 4400pm
20 feb ip 18 45 22.8
22 feb ip 02 35 15.9 0.9 s 53nm is 43 19.3
22 feb ep 03 33 21.9
22 feb ip 11 31 30.4 0.8 s 37nm
22 feb ip 17 24 44.2 1.0 s 5300pm
23 feb ip 20 04 12.1
24 feb ep 07 49 22.3
25 feb ip 06 52 27.4 0.6 s 3300pm
25 feb ep 13 44 15.3
25 feb ip 17 20 29.0
25 feb ip 23 13 31.9 0.9 s 30nm is 21 19.9
26 feb ip 12 48 35.8 0.9 s 15nm
26 feb ip 13 10 18.1 0.8 s 2700pm is 21 10.9
26 feb ip 15 44 44.8
26 feb ep 15 46 51.9
27 feb ep 02 30 55.5
28 feb ip 01 19 24.9
28 feb ep 20 39 48.2
2 mar ep 01 23 07.9
2 mar ip 02 31 03.1 1.0 s 3900pm
2 mar ep 10 56 35.8 0.8 s 9400pm
2 mar ip 11 00 27.4 0.7 s 61nm
2 mar ip 11 03 42.8 1.1 s 110nm is 06 54.5
2 mar ip 14 01 49.1 0.8 s 10nm
sfjd
8 mar ep 18 58 17.9 0.9 s 9700pm
8 mar ep 19 45 15.4 0.5 s 10nm
8 mar ep 23 36 01.9
9 mar ep 02 15 18.7 is 15 29.3
9 mar ip 16 16 40.4 is 17 29.6 i 17 43.3
10 mar ep 22 00 50.3 1.2 s 13nm i 01 31.5
10 mar epd 23 55 32.7 i 55 37.8 es 55 53.4
11 mar ip 11 36 45.3 0.6 s 6700pm
11 mar ep 17 08 38.6 1.5 s 20nm
11 mar ep 18 58 38.5 i 59 27.8
11 mar ep 19 29 07.7 0.8 s 9200pm
12 mar ep 07 45 46.4 1.0 s 14nm lz 19s 1800nm
12 mar ip 15 30 26.1 0.7 s 6700pm
12 mar ep 18 55 49.2 is 55 53.8
12 mar ip 23 06 18.5 0.6 s 6700pm i 06 28.8
13 mar ipd 03 42 49.7 1.0 s 63nm i 43 05.3 i 52 46.2
lz 21s 5900nm
13 mar ep 06 31 16.2 0.7 s 7400pm
13 mar ip 09 17 20.2 is 17 47.0
13 mar ep 15 27 26.2 0.9 s 9800pm e 28 11.7
14 mar ep 01 00 46.3 i 00 50.8 es 01 14.8
es 01 19.2
14 mar ep 02 05 31.1 1.3 s 24nm es 13 29.2 lz 19s 4700nm
14 mar ipd 07 04 27.4 1.1 s 81nm
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