Bul6037
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 09 13
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
6 sep ep 05 10 46.3 lz 18s 410nm
6 sep ep 12 13 17.1 e 20 13.7 lz 19s 270nm
7 sep ep 01 30 47.0 es 31 00.4
7 sep ep 21 41 27.6 0.9 s 42nm
9 sep ip 04 26 25.5 i 30 43.6 i 32 55.2
is 36 09.5 i 40 13.7
i 43 03.1 lz 19s 640nm
9 sep ip 11 53 42.1 es 54 06.6
10 sep ip 15 07 41.0 0.9 s 110nm i 10 30.6 is 17 12.3
i 22 16.3 i 26 04.5
lz 24s 1900nm
11 sep ipd 02 29 22.3 0.7 s 34nm es 37 56.2 i 41 15.5
11 sep ip 18 21 03.2 1.0 s 57nm i 22 52.2 is 28 00.1
is 28 06.1 i 31 29.5
lz 20s 880nm
11 sep ip 21 19 05.1 1.1 s 24nm lz 19s 160nm
dag
6 sep epd 05 08 17.1 1.0 s 30nm i 10 13.2
6 sep ep 05 58 57 0.5 s 2800pm
6 sep epd 18 17 22.6 1.1 s 5100pm
7 sep ep 10 02 34
9 sep ipc 04 26 27.3 0.8 s 16nm i 31 03.6
10 sep ipd 15 06 10.0 0.9 s 49nm lz 18s 12um le 19s 11um
11 sep ipc 02 31 49.6 0.7 s 8200pm
11 sep ep 08 42 47
mud
6 sep ip 05 10 43.4 1.2 s 30nm lz 16s 510nm
6 sep ip 12 13 17.8 lz 21s 610nm
6 sep ip 20 26 23.9 0.5 s 9000pm
7 sep ip 21 41 28.1 0.8 s 44nm
9 sep ip 04 26 32.5 i 29 27.3 i 31 14.9
e 33 18.5 is 36 13.9
lz 19s 960nm
9 sep ipd 08 06 35.7 1.2 s 70nm
9 sep ip 11 53 45.3 is 54 13.6
10 sep ipc 15 07 29.0 0.8 s 73nm e 10 12.1 lz 20s 3600nm
11 sep ep 02 29 49.5
11 sep ep 09 31 39.1 1.1 s 19nm
11 sep ep 10 38 26.5 es 39 38.7
11 sep ep 12 14 13.2 es 14 47.2
11 sep ip 12 37 47.2 is 39 43.1
11 sep ip 12 52 40.1 1.0 s 27nm i 57 23.7 lz 18s 870nm
11 sep ep 13 42 32.5 is 43 19.5
11 sep ip 14 28 17.0 is 29 01.3
11 sep ipd 18 21 16.3 1.3 s 71nm is 28 29.5 i 32 05.7
lz 20s 1400nm
11 sep ip 21 19 02.4 1.3 s 61nm i 27 09.7 lz 18s 400nm
bsd
5 sep ip 16 31 57.5 is 32 39.1 e 45 38.4
6 sep ip 02 45 45.3 is 47 01.2
6 sep ip 05 10 44.9 es 19 16.9 lz 18s 470nm
6 sep ip 08 42 57.3 is 43 12.7 e 50 59.8
6 sep ip 08 51 07.2 is 51 58.6
6 sep ep 12 02 50.1
6 sep ep 12 02 55.3
6 sep ip 12 08 45.6 is 09 02.2
6 sep ip 12 13 16.6 lz 21s 770nm
6 sep ip 13 03 22.8 is 03 26.7
6 sep ip 13 45 40.6 es 48 02.0
6 sep ep 16 11 41.8 e 12 08.3 is 12 58.2
6 sep ep 17 15 01.7 es 15 38.6
6 sep ip 18 10 31.4 is 11 47.4 es 12 24.9
6 sep ep 20 15 41.6 is 16 56.9
6 sep ipd 20 26 24.9 0.8 s 25nm
6 sep ip 23 40 36.1 i 40 44.3 is 41 51.7
elg 42 27.4
7 sep ep 01 31 40.2 is 32 57.0
7 sep ep 02 42 50.7 is 44 06.4 e 44 33.2
7 sep ip 03 44 38.2 i 44 44.6 is 45 19.7
i 45 22.6
7 sep ep 05 28 13.6 es 28 42.5 i 28 49.4
7 sep ep 08 45 30.0 is 46 37.6 i 46 46.1
7 sep ip 12 26 11.7 is 27 28.0
7 sep ip 21 41 28.6 0.7 s 34nm
8 sep ep 06 14 46.8 es 14 59.1
8 sep ep 22 43 43.1 0.4 s 7200pm
9 sep ip 04 26 17.8 i 29 17.5 e 32 45.1
i 36 06.7 i 42 42.7
lz 19s 1400nm
9 sep ipd 08 06 36.0 1.0 s 65nm
9 sep ip 11 53 54.9 i 54 02.3 es 54 39.6
10 sep ep 09 05 19.7 1.0 s 20nm
10 sep ep 11 57 44.9 es 59 01.8 e 16 12.7
10 sep ip 13 16 18.1 is 17 36.1
10 sep ipc 15 07 49.2 0.8 s 96nm is 17 24.1 i 22 28.5
lz 18s 3500nm
10 sep ep 18 24 02.7 es 24 39.1
10 sep ep 20 17 06.1 is 18 20.9
11 sep ipc 02 29 06.3 0.6 s 43nm
11 sep ip 08 26 21.1 es 27 04.8
11 sep ip 09 30 58.3 1.2 s 28nm
11 sep ip 09 44 05.7 i 44 07.2 is 44 47.2
11 sep ip 10 39 52.4 is 40 46.3
11 sep ip 10 59 49.3 is 00 44.0
11 sep ip 12 14 07.3 i 14 22.6 es 15 01.2
11 sep ip 12 37 24.1 i 37 39.9 is 38 16.6
11 sep ip 13 42 59.2 i 43 14.5 is 43 53.6
11 sep ip 14 22 15.7 is 23 09.1
11 sep ip 15 35 46.5 i 36 02.5 is 36 39.3
e 56 14.2
11 sep ip 15 56 18.4 is 57 13.6
11 sep ip 16 48 53.6 i 49 10.9 es 50 02.4
11 sep ep 17 06 45.1 es 08 03.3
11 sep ip 17 53 05.5 is 53 59.8
11 sep ip 18 20 50.7 0.7 s 22nm i 22 48.5 is 27 39.7
i 30 55.3 lz 18s 2400nm
11 sep ipc 21 19 05.5 1.2 s 46nm lz 18s 420nm
11 sep ip 22 58 45.1 i 59 09.4 is 00 02.6
ilg 00 38.0
sfjd
5 sep ip 23 58 50.3 is 59 06.7
6 sep ipc 05 09 10.3 1.3 s 56nm is 16 12.6 lz 17s 750nm
6 sep ep 12 03 55.0 i 20 30.8 e 35 33.3
lz 20s 470nm
6 sep ep 19 28 57.3 is 29 15.2 es 29 18.2
6 sep ep 20 02 33.9 is 02 52.2
7 sep ip 06 27 20.7 is 29 42.2
8 sep ip 00 42 01.5 is 42 27.2 is 42 29.1
8 sep ip 08 38 26.5 is 38 43.2
8 sep ep 19 03 16.6 es 11 53.7 lz 18s 420nm
9 sep ip 04 30 56.9 0.7 s 75nm i 32 36.2 i 35 30.3
i 45 22.3 e 48 16.4
lz 21s 470nm
9 sep ipc 12 34 24.8 is 34 40.1 is 34 48.3
10 sep ipc 15 04 33.3 0.5 s 120nm es 11 20.5 lz 19s 22um
10 sep ip 17 39 48.0 is 40 13.4
11 sep ep 12 52 30.4 1.0 s 19nm i 59 07.8 lz 14s 61nm
11 sep ip 18 23 37.0 0.8 s 60nm is 32 53.2 lz 18s 740nm
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