Denmark, Bul10011
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 2010 03 17
ISSN 1395 - 8259
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen (DK) 55.68 N 12.43 E 13 m
dag Danmarkshavn (DK) 76.77 N 18.65 W 30 m
mud Moensted Underground (DK) 56.46 N 9.17 E 12 m
bsd Bornholm (DK) 55.11 N 14.91 E 88 m
lld Lille Linde, Stevns (DK) 55.33 N 12.22 E 8 m
sco Scoresbysund (DK) 70.48 N 21.95 W 69 m
nrs Narssarsuaq (DK) 61.16 N 45.42 W 66 m
iluli Ilulissat (DK) 69.21 N 57.22 W 54 m
kullo Kullorsuaq (DK) 74.58 N 57.22 W 44 m
sfjd Soendre Stroemfjord (IU) 67.00 N 50.62 W 328 m
sumg Summit Greenland (GE) 72.58 N 38.45 W 3240 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 ip 14 18 19.4 0.9 s 28nm
11 mar ip 14 12 50.9
11 mar ip 14 54 39.5 lz 22s 31um
11 mar ip 15 15 00.4
12 mar ep 14 03 05.6 es 03 13.6
13 mar ip 11 07 52.2 0.8 s 17nm lz 18s 1100nm
13 mar ip 12 58 12.3 0.9 s 40nm
13 mar ip 21 53 40.0 1.0 s 41nm
14 mar ipc 08 19 55.6 0.9 s 360nm lz 18s 19um
14 mar ip 20 45 31.1 0.8 s 61nm iap 45 43.8 lz 20s 1000nm
15 mar ep 11 28 16.1 lz 19s 3100nm
dag
9 mar ep 00 29 21.5 is 29 46.4
9 mar ip 06 13 33.2 0.8 s 3200pm
9 mar ip 14 15 48.8 0.9 s 26nm
9 mar ip 18 15 19.0 is 16 31.1
9 mar ip 22 51 57.1 is 52 52.5
10 mar ip 08 18 39.0 0.9 s 4200pm
10 mar ip 13 47 36.5 0.9 s 4800pm
11 mar ip 06 40 56.8 0.8 s 30nm
11 mar ip 14 58 24.7
11 mar ep 15 08 57.6
11 mar ip 15 15 02.3
11 mar ip 15 24 40.0
12 mar ip 07 19 43.1 i 19 44.8 is 20 05.6
12 mar ip 14 25 41.3 1.1 s 8000pm
12 mar ip 14 58 53.8 0.8 s 4100pm
12 mar ip 17 08 42.3 0.9 s 3800pm
12 mar ip 17 43 05.4 0.9 s 9000pm
12 mar ep 19 40 36.2 1.0 s 4100pm
12 mar ipc 23 31 12.2 0.9 s 30nm i 31 39.2
13 mar ipd 03 06 57.1 1.2 s 12nm
13 mar ip 05 02 47.6 0.9 s 6700pm
13 mar ip 11 07 10.6 0.8 s 3300pm lz 22s 1000nm
13 mar ip 11 17 08.7 is 18 01.4
13 mar ipd 12 56 58.6 0.9 s 59nm
13 mar ep 13 25 41.8 0.9 s 1700pm
13 mar ip 15 12 18.1
13 mar ipc 21 51 35.8 0.9 s 45nm lz 17s 540nm
14 mar ep 01 11 37.2 lz 29s 4600nm
14 mar ep 01 27 52.0 0.9 s 1800pm i 28 17.0
14 mar ip 07 15 15.3 0.8 s 5800pm
14 mar ipc 08 18 40.2 0.9 s 270nm lz 18s 8400nm
14 mar ep 08 47 21.3 1.4 s 7700pm
14 mar ipc 10 07 16.9 0.8 s 7800pm
14 mar ip 19 18 44.5 1.0 s 9000pm
14 mar ip 20 46 35.3 0.9 s 6400pm lz 21s 1100nm
14 mar ep 22 52 32.9 1.1 s 4300pm e 52 50.1
14 mar ep 22 56 18.8 1.0 s 2400pm
15 mar ip 09 46 49.2 0.7 s 1500pm lz 15s 560nm
15 mar ep 11 28 29.1 lz 19s 7300nm
mud
9 mar ip 13 20 36.4
9 mar ip 14 18 14.9 0.9 s 19nm
10 mar ip 08 17 32.1 0.9 s 12nm
11 mar ip 06 40 26.2
11 mar ip 10 15 57.7
11 mar ip 10 42 41.3 es 43 08.2
11 mar ip 12 05 07.7
11 mar ip 14 54 35.3 lz 19s 61um
11 mar ep 15 08 50.2
11 mar ip 15 14 51.6
11 mar ip 23 39 58.2 0.8 s 16nm
12 mar ep 12 26 08.6 is 26 18.6
12 mar ipc 23 30 47.9 0.9 s 22nm
13 mar ep 11 07 50.9 1.1 s 31nm lz 18s 2200nm
13 mar ip 12 58 15.1 0.9 s 33nm
13 mar ep 15 11 48.8
13 mar ip 21 53 39.9 1.1 s 27nm
14 mar ipc 08 19 58.4 0.9 s 180nm lz 20s 60um
14 mar ip 20 45 41.1 0.9 s 31nm i 45 58.5 lz 16s 2400nm
14 mar ipd 23 10 46.4 i 10 51.7 is 11 02.2
15 mar ep 11 28 09.4 lz 18s 6500nm
bsd
9 mar ip 12 56 59.4 es 57 14.8
9 mar ip 13 20 47.2
9 mar ip 14 00 40.6 is 00 56.4
9 mar ip 14 18 20.7 0.9 s 18nm
10 mar ip 08 17 41.9 0.9 s 13nm
10 mar ip 11 05 48.7 is 06 09.2
10 mar ip 17 36 37.5 i 36 38.7 es 36 52.9
10 mar ip 17 48 08.1 i 48 09.4 is 48 23.9
10 mar ip 18 34 55.6 i 34 56.9 is 35 13.7
10 mar ip 18 39 43.0 is 40 01.1
10 mar ip 19 24 42.4 i 24 43.6 is 25 00.5
10 mar ip 19 30 42.9 i 30 44.0 is 30 58.5
11 mar ip 06 40 25.1 0.9 s 11nm
11 mar ep 10 42 50.6
11 mar ip 12 05 18.6 is 05 44.8
11 mar ip 14 13 12.4
11 mar ip 14 54 46.5 lz 22s 56um
11 mar ip 14 58 30.5
11 mar ep 15 08 58.1
11 mar ip 15 15 07.4
11 mar ep 15 24 47.9
11 mar ip 23 39 59.5 1.0 s 20nm
12 mar ep 01 58 22.9
12 mar ip 17 44 26.6 0.9 s 16nm
13 mar ep 10 31 38.7 is 32 35.4
13 mar ip 11 07 52.1 0.9 s 57nm lz 19s 1400nm
13 mar ipd 12 58 09.8 0.9 s 50nm iap 58 30.1
13 mar ipc 21 53 40.2 1.0 s 56nm
14 mar ep 01 11 45.5 lz 22s 3900nm
14 mar ipc 08 19 52.5 1.0 s 360nm lz 20s 27um
14 mar ip 20 45 21.1 0.8 s 59nm e 45 36.9 lz 22s 1500nm
14 mar ip 23 11 34.3 is 12 22.3
15 mar ep 11 28 25.5 lz 20s 6800nm
lld
9 mar ip 13 20 28.6
11 mar ip 10 15 52.8 i 15 53.1
11 mar ip 10 42 31.7
11 mar ip 12 05 00.6
11 mar ip 14 12 54.9
11 mar ep 15 08 53.5
11 mar ip 19 04 31.2
11 mar ip 23 40 00.8
12 mar ip 14 03 03.2
12 mar ip 23 30 38.3 iap 31 05.2
13 mar ep 11 07 54.7
14 mar ip 08 19 57.8
14 mar ip 20 45 31.6
kullo
9 mar ipc 14 15 22.2 1.0 s 48nm
11 mar ipc 06 40 55.4 1.0 s 44nm i 43 53.0
11 mar ip 14 54 16.7 lz 24s 52um
11 mar ipd 14 58 16.8
12 mar ip 14 25 46.2
12 mar ipc 23 31 57.9 1.1 s 76nm i 32 25.7
13 mar ip 11 07 33.6 0.9 s 16nm lz 24s 790nm
13 mar ip 12 57 12.3 1.1 s 30nm i 57 33.2
13 mar ipc 21 51 34.1 1.1 s 79nm lz 18s 770nm
14 mar ep 01 11 57.1 lz 24s 5500nm
14 mar ipc 08 18 53.9 1.0 s 180nm lz 25s 19um
iluli
9 mar ip 14 16 00.6 0.9 s 25nm
9 mar ip 23 10 50.5 is 11 25.1
10 mar ip 00 40 00.2
11 mar ipc 06 40 44.5 0.8 s 58nm
11 mar ip 14 53 57.2 lz 19s 55um
11 mar ip 15 13 55.8
12 mar ipc 23 32 17.0 0.9 s 23nm i 32 45.0
13 mar ip 11 07 09.9 0.8 s 11nm lz 22s 1100nm
13 mar ipd 12 57 47.6 0.8 s 24nm
13 mar ip 21 52 15.3 1.0 s 46nm lz 20s 550nm
14 mar ep 01 12 22.3
14 mar ipc 08 19 29.7 0.9 s 99nm lz 23s 24um
15 mar ep 11 28 41.1 lz 19s 7000nm
sfjd
9 mar ep 13 40 18.9 es 41 18.4
9 mar ipd 14 15 05.4 is 15 21.8
9 mar ip 14 16 13.9 1.0 s 36nm
9 mar ip 18 20 40.0 is 20 41.7
10 mar ip 00 39 58.4 is 40 15.9
10 mar ip 20 42 31.7 is 43 44.0
10 mar ep 22 20 26.2 es 20 28.8
11 mar ip 05 24 13.6 is 24 37.5
11 mar ip 05 29 41.2 is 29 53.3
11 mar ip 06 40 40.3 0.9 s 54nm
11 mar ep 11 54 06.5 es 54 28.5
11 mar ip 14 53 45.1 lz 20s 35um
11 mar ip 15 13 42.8
12 mar ipc 23 32 26.2 1.0 s 25nm iap 32 53.8
13 mar ipc 21 52 30.5 1.0 s 29nm lz 20s 530nm
13 mar ip 23 59 02.9 is 59 13.2
14 mar ep 01 12 30.2 lz 26s 3000nm
14 mar ep 01 27 15.9 1.1 s 13nm
14 mar ip 07 16 14.5 0.8 s 9600pm
14 mar ipc 08 19 42.8 0.9 s 110nm lz 23s 16um
15 mar ip 09 47 54.8 0.9 s 13nm
15 mar ip 13 21 16.4 is 21 30.8
15 mar ip 13 24 12.7 i 24 13.6 is 24 27.4
15 mar ip 15 51 38.5 i 51 39.4 is 51 53.6
sumg
9 mar ep 00 30 41.3 is 32 01.7
9 mar ip 14 16 00.0 1.1 s 69nm
9 mar ep 17 29 03.2 1.0 s 6100pm
9 mar ip 21 46 55.5 es 47 50.7
9 mar ep 22 53 10.5 is 54 58.4
10 mar ip 08 18 08.5 0.8 s 8000pm
10 mar ip 13 47 46.1 0.9 s 4800pm
11 mar ipc 06 40 50.4 0.9 s 39nm i 43 43.2
11 mar ip 14 54 16.7 lz 20s 31um
11 mar ep 15 24 48.3
11 mar ep 17 30 56.7 es 31 24.9
11 mar ip 23 39 28.4 1.1 s 4600pm
12 mar ip 14 26 10.8 1.0 s 17nm
12 mar ep 17 43 38.6 0.9 s 7400pm
12 mar ep 19 41 16.3 0.9 s 5700pm
12 mar ipc 23 31 51.5 1.0 s 32nm i 32 19.4
13 mar ip 05 02 25.8 0.8 s 7900pm
13 mar ip 11 18 36.5
13 mar ipd 12 57 30.8 0.9 s 59nm iap 57 51.2
13 mar ep 13 25 27.9 1.1 s 8800pm
13 mar ipc 21 52 03.2 0.9 s 93nm
14 mar ep 01 27 37.2 0.9 s 7600pm
14 mar ip 07 15 46.5 0.8 s 8200pm
14 mar ipc 08 19 12.5 0.9 s 220nm lz 24s 19um
14 mar ep 08 47 12.1 1.1 s 7100pm
14 mar ep 14 00 03.5 es 02 08.2
14 mar ip 19 19 30.4 1.0 s 14nm
14 mar ep 20 47 05.3 1.0 s 3000pm
14 mar ep 22 52 28.6 1.0 s 3200pm
14 mar ep 22 56 02.6 0.9 s 5000pm
15 mar ip 09 47 23.7 0.8 s 10nm
++