Bul6006
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 2006 02 08
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
sfjd Soendre Stroemfjord (IU) 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
31 jan ip 19 28 22.9 0.9 s 28nm is 38 43.8 i 43 49.8
lz 22s 1800nm
1 feb ipd 18 47 20.0 0.4 s 52nm i 47 21.7 is 56 45.1
2 feb ep 13 07 01.8 0.5 s 52nm i 09 21.7 i 10 51.4
i 13 00.9 e 14 04.7
lz 18s 590nm
2 feb ipc 14 33 15.0 i 33 15.3 is 33 21.4
i 33 22.2
3 feb ipc 04 49 36.4 0.6 s 23nm i 49 47.5 es 59 37.6
i 59 50.7 lz 19s 2400nm
3 feb ipc 20 45 49.3 1.0 s 44nm i 46 10.2 e 48 49.8
is 55 22.4 i 03 45.9
lz 21s 3000nm
4 feb ep 09 34 10.3 0.5 s 18nm i 43 14.9 i 46 17.3
i 48 38.8 lz 19s 1300nm
4 feb ipc 14 35 03.5 1.1 s 40nm
4 feb ip 18 36 31.4 0.9 s 22nm es 40 31.0 lz 20s 560nm
5 feb ep 08 27 22.1 0.5 s 10nm is 34 41.6
5 feb ip 12 48 25.9 0.5 s 21nm i 48 32.7
5 feb ep 16 53 17.1 0.6 s 10nm
6 feb ip 04 13 16.9 0.7 s 48nm i 17 49.0 lz 17s 680nm
dag
30 jan ep 21 44 02
31 jan ep 18 27 46 i 29 06.5 lz 22s 4700nm
le 22s 4700nm
31 jan ipc 19 29 02.9 0.7 s 10nm
31 jan epc 20 13 32.2 1.0 s 16nm
1 feb ipc 11 46 35.1 0.6 s 2700pm
1 feb ep 19 35 50
2 feb ipd 07 32 02.9 0.6 s 3300pm
2 feb epc 13 06 24.6 0.6 s 52nm i 07 58.3
2 feb ipc 13 16 41.2 0.9 s 19nm
2 feb epd 21 58 46.1 0.7 s 25nm
3 feb ipd 04 48 24.0 0.7 s 16nm i 48 35.3
3 feb epd 05 52 26.0 0.7 s 6200pm
3 feb ipd 06 20 52.1 0.6 s 16nm
3 feb ep 14 38 33
3 feb ipd 15 23 04.9 1.1 s 14nm
3 feb epd 20 46 33.9 0.9 s 15nm
4 feb ep 06 46 26 i 46 35.9
4 feb ep 09 29 18
4 feb ep 13 32 33 i 32 42.2
4 feb ipc 14 34 12.0 1.5 s 75nm
4 feb ep 19 24 30
5 feb ep 02 56 56
5 feb ipd 08 23 36.0 0.8 s 16nm
5 feb ipd 16 22 51.9 0.5 s 23nm
5 feb epc 16 50 07.6 0.8 s 19nm
6 feb ipc 04 15 58.0 1.0 s 9000pm
6 feb ep 04 34 42 i 35 29.1
6 feb ep 06 00 02
mud
31 jan ip 14 09 26.6 is 09 59.6 is 10 07.6
31 jan ip 19 28 32.6 0.8 s 27nm i 28 39.8 is 39 02.5
lz 20s 3900nm
1 feb ipd 18 47 19.4 0.6 s 46nm
2 feb ip 13 07 00.4 0.6 s 130nm e 09 23.4 i 09 51.4
i 10 42.2 e 13 04.7
lz 18s 870nm
2 feb ep 14 33 18.8 i 33 23.9 es 33 42.7
3 feb ipc 04 49 39.1 1.1 s 25nm i 52 42.6 is 59 55.5
i 04 42.4 lz 17s 4600nm
3 feb ipc 20 46 00.6 1.1 s 78nm i 46 07.3 is 55 43.1
e 56 49.7 lz 18s 4000nm
4 feb ep 01 54 40.2 is 54 57.3 i 55 13.0
4 feb ip 09 34 12.5 i 42 50.0
4 feb ip 14 34 45.8 1.2 s 82nm i 38 49.6 lz 18s 2200nm
4 feb ip 18 36 06.4 0.8 s 13nm is 40 09.4 lz 20s 830nm
5 feb ip 08 26 40.0 0.9 s 24nm is 38 13.7 lz 24s 810nm
5 feb ipd 12 48 25.6 0.7 s 29nm i 48 32.5
5 feb ip 16 53 10.4 0.8 s 16nm
6 feb ip 04 13 34.8 e 13 54.1 lz 19s 1300nm
bsd
31 jan ip 01 08 39.9 is 09 21.9
31 jan ip 12 51 21.7 is 51 37.8 ilg 51 39.2
31 jan ip 14 05 00.2 is 05 14.0 ilg 05 15.9
31 jan ep 19 28 13.8
31 jan ipc 19 28 14.5 0.8 s 35nm i 28 21.5 is 38 27.1
i 39 47.9 lz 20s 3000nm
1 feb ip 10 30 28.8 is 31 00.7
1 feb ipd 18 47 19.7
2 feb ep 10 56 17.0 es 56 31.2 ilg 56 33.3
2 feb ipc 13 07 01.3 0.7 s 180nm i 09 24.6 e 09 51.7
i 10 41.7 i 13 00.3
lz 18s 1600nm
2 feb ep 14 33 36.1 e 33 38.9 i 33 43.7
is 34 09.5
3 feb ipc 04 49 33.1 0.8 s 27nm i 49 43.7 e 51 46.4
is 59 23.1 i 59 43.8
lz 18s 3800nm
3 feb ipd 07 21 22.2
3 feb ep 07 21 22.6 1.0 s 32nm
3 feb ip 16 31 40.9 i 31 41.6 is 32 24.3
3 feb ep 18 03 33.0 0.9 s 24nm
3 feb ipc 20 45 40.1 0.9 s 53nm i 45 47.0 is 55 01.9
lz 18s 6000nm
4 feb ip 01 21 01.3 is 21 44.4
4 feb ip 01 54 36.4 is 54 54.9
4 feb ip 09 34 30.1 0.9 s 50nm i 43 30.1 lz 18s 2200nm
4 feb ip 11 33 33.8 i 33 38.9 es 34 13.6
4 feb ip 14 35 13.0 1.1 s 38nm is 38 55.1 lz 20s 2900nm
4 feb ip 18 36 14.3 1.2 s 33nm i 36 43.4 lz 21s 880nm
5 feb ip 08 26 53.6 1.1 s 59nm i 34 42.8 lz 18s 480nm
5 feb ip 12 48 25.1 0.6 s 30nm i 48 30.6
5 feb ep 16 53 04.4 1.0 s 16nm
6 feb ip 04 13 00.5 1.0 s 57nm es 17 03.6 lz 19s 1500nm
6 feb ip 13 28 57.1 is 29 37.3
sfjd
31 jan ep 14 01 59.4 is 02 45.6
31 jan ip 17 13 45.2 is 13 46.9
31 jan ipd 18 23 18.9 is 23 47.5 i 23 51.0
31 jan ip 19 26 12.8 i 34 27.6 is 40 42.7
i 42 06.6 i 49 29.5
lz 20s 3400nm
2 feb ip 13 06 26.2 0.7 s 61nm i 12 34.5 e 14 05.0
2 feb ip 13 16 36.6 0.9 s 30nm i 16 48.9 is 26 39.6
e 30 55.8 i 38 29.7
2 feb ip 19 34 12.8 0.6 s 59nm
2 feb ipc 22 00 12.5 0.6 s 26nm lz 18s 120nm
3 feb ip 04 49 24.8 0.9 s 19nm i 49 37.3 i 59 13.4
3 feb ip 16 36 50.5 is 37 18.9
4 feb ipc 08 19 58.5 1.0 s 18nm
4 feb ip 09 28 23.6 1.2 s 22nm is 37 44.7 i 45 57.4
lz 24s 4800nm
4 feb ip 12 19 34.9 is 19 35.8
4 feb ip 14 08 41.8 is 08 44.6
4 feb ip 14 32 43.8 1.1 s 47nm es 34 49.0 lz 18s 9400nm
4 feb ip 15 19 40.4 0.7 s 12nm
4 feb ip 18 34 12.2 1.2 s 14nm es 36 05.2 lz 18s 3000nm
5 feb ip 02 56 01.4 0.8 s 16nm
5 feb ip 08 23 31.3 0.6 s 6700pm is 28 58.5 lz 18s 1300nm
5 feb ip 16 50 09.7 0.7 s 18nm lz 19s 520nm
6 feb ep 06 01 02.8 es 08 28.0 lz 20s 2300nm
6 feb ep 09 48 21.5 i 48 25.8 is 48 40.8
6 feb ip 10 49 31.8 is 50 04.8
6 feb ep 22 09 22.0 i 09 23.2 es 09 31.7
i 09 32.7
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