Bul6040
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 10 05
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
26 sep ep 01 13 44.9 0.7 s 27nm e 20 21.7 lz 17s 190nm
26 sep ep 02 37 07.6 0.8 s 23nm
26 sep ep 23 54 31.0 1.1 s 14nm lz 16s 100nm
28 sep ipc 01 48 17.9 0.9 s 150nm is 57 44.6 i 02 33.2
lz 19s 2700nm
28 sep ip 06 41 25.5 i 44 32.8 i 44 33.8
i 45 22.7 i 56 39.4
e 12 38.2 lz 18s 7400nm
29 sep ip 00 08 00.7 0.8 s 22nm
30 sep ep 12 57 37.3 1.1 s 39nm i 57 44.4 is 05 57.6
30 sep ip 18 01 53.2 0.9 s 290nm i 06 22.5 is 11 25.1
i 12 04.2 lz 20s 22um
30 sep ip 18 45 08.6 0.7 s 39nm
1 oct ip 02 35 30.7 0.7 s 16nm es 45 00.7 e 45 37.0
lz 20s 310nm
1 oct ep 04 40 06.9 0.8 s 12nm lz 20s 280nm
1 oct ip 09 17 30.3 0.9 s 270nm is 26 52.4 i 27 39.2
lz 20s 14um
1 oct ep 10 01 43.1 0.6 s 16nm
1 oct ep 11 20 59.5 i 21 09.1 i 21 18.8
dag
25 sep ipd 22 14 41.5 1.1 s 130nm
26 sep epd 01 11 59.6 1.2 s 47nm
26 sep ipc 02 35 22.8 1.2 s 27nm
26 sep ipc 17 29 30.7 0.3 s 17nm
27 sep epc 00 01 39.7 1.0 s 4000pm
27 sep ipc 19 55 22.2 0.7 s 4100pm i 56 25.6
28 sep ipd 01 46 32.8 0.8 s 150nm
28 sep ipd 06 40 53.6 0.9 s 17nm i 42 26.0
28 sep ipd 06 51 11.7 0.6 s 11nm lz 19s 18um ln 20s 12um
29 sep ipc 00 06 16.2 0.8 s 13nm
29 sep epd 05 58 07.9 0.5 s 7000pm i 59 03.1
29 sep ep 12 59 01 i 00 02.1
29 sep ipd 13 19 29.7 1.8 s 1000nm
29 sep ipc 13 28 36.0 0.8 s 9700pm
29 sep epd 13 47 32.0 1.4 s 19nm
29 sep epd 18 19 10.1 1.5 s 170nm
30 sep ipd 12 58 34.0 1.4 s 77nm
30 sep epd 18 00 06.9 2.0 s 1200nm lz 19s 42um ln 19s 39um
30 sep ipc 18 06 02.3 2.0 s 320nm
30 sep ipc 18 35 01.7 1.4 s 28nm
30 sep ipd 18 43 23.2 1.3 s 100nm
1 oct ipc 00 13 57.3 0.8 s 12nm
1 oct epc 02 33 45.3 1.2 s 22nm
1 oct ipc 04 38 23.6 1.2 s 22nm
1 oct ipc 05 02 21.7 1.2 s 14nm
1 oct ipd 09 15 45.2 1.1 s 480nm lz 17s 31um ln 19s 29um
1 oct ipc 09 22 34.4 1.1 s 19nm
1 oct ipc 11 14 41.9 0.9 s 7600pm
1 oct ipc 13 16 51.1 0.6 s 9300pm
1 oct ipc 17 17 53.0 0.6 s 4700pm
3 oct ipd 08 56 53.3 0.4 s 49nm i 57 11.2
mud
26 sep ip 01 13 47.0 0.8 s 20nm e 23 18.5 lz 18s 630nm
26 sep ip 02 37 08.6 0.7 s 17nm lz 19s 210nm
26 sep ep 08 21 55.4 1.0 s 23nm
26 sep ip 23 54 54.9 1.1 s 26nm i 00 25.1 lz 15s 160nm
28 sep ipc 01 48 18.6 0.8 s 93nm is 57 49.0 i 58 26.4
i 02 45.6 lz 18s 7300nm
28 sep ip 06 41 28.2 1.0 s 64nm i 44 34.2 i 45 07.1
i 56 47.8 lz 20s 11um
29 sep ip 00 08 02.5 0.7 s 19nm
29 sep ep 01 02 23.4 0.9 s 9900pm
29 sep ipc 13 19 35.2 1.3 s 160nm i 19 50.5 is 28 44.5
lz 18s 1400nm
29 sep ep 18 34 15.8 i 34 30.0 is 43 26.5
lz 19s 280nm
30 sep ipd 12 57 27.9 1.2 s 59nm is 05 43.0 lz 22s 1600nm
30 sep ip 18 01 53.5 0.9 s 160nm i 02 09.0 is 11 21.4
lz 18s 47um
30 sep ip 18 45 09.1 0.8 s 40nm
30 sep ip 23 24 02.6 1.0 s 16nm
1 oct ip 02 35 31.2 0.7 s 13nm i 35 42.0 es 45 00.2
lz 17s 960nm
1 oct ip 04 40 09.3 0.9 s 14nm i 40 22.9 lz 17s 660nm
1 oct ep 09 17 31.7 0.8 s 62nm i 17 38.7 is 27 01.7
i 27 46.6 lz 18s 39um
1 oct ipc 11 21 19.6 0.9 s 30nm
1 oct ip 17 19 32.6 1.0 s 25nm
2 oct ep 02 22 16.9 0.8 s 24nm
2 oct ep 11 05 42.3 0.5 s 15nm
bsd
26 sep ip 01 13 43.8 0.8 s 29nm i 13 58.1 lz 20s 690nm
26 sep ep 02 37 07.2 1.2 s 51nm
26 sep ip 08 21 22.7 1.0 s 46nm
26 sep epc 23 54 20.2 1.3 s 46nm lz 15s 99nm e 09 59.1
27 sep ip 14 10 03.5 es 10 20.5 ilg 10 23.1
27 sep ip 23 10 53.1 is 11 33.3
28 sep ipc 01 48 16.4 1.0 s 210nm is 57 39.8 i 58 23.1
lz 20s 7300nm
28 sep ip 06 41 29.2 1.0 s 90nm i 45 19.1 lz 19s 12um
28 sep ep 08 27 23.2
28 sep ip 19 39 45.5 is 40 28.1
29 sep ip 00 08 00.3 0.8 s 25nm
29 sep ip 01 02 23.5 i 09 17.5
29 sep ipc 13 19 52.8 1.1 s 54nm i 20 08.3 is 29 19.6
29 sep ip 13 33 52.6 es 34 10.2
29 sep ipc 18 34 47.8 1.1 s 27nm is 43 58.7 lz 20s 410nm
30 sep ep 12 57 40.8 1.1 s 39nm
30 sep ip 18 01 51.4 1.1 s 280nm is 11 17.6 i 11 59.5
lz 20s 56um
30 sep ip 18 45 07.3 1.0 s 56nm
30 sep ip 23 24 01.1 0.9 s 10nm
1 oct ip 02 35 28.4 0.9 s 18nm e 36 06.5 lz 19s 880nm
1 oct ip 04 40 05.3 0.9 s 13nm
1 oct ep 05 04 09.4 0.6 s 6300pm lz 20s 490nm
1 oct ip 09 17 28.9 1.1 s 470nm is 26 56.1 i 27 07.0
lz 18s 41um
1 oct ip 10 01 42.1 0.6 s 14nm
1 oct ipc 11 21 20.1 0.5 s 38nm
1 oct ip 13 18 35.5 1.1 s 21nm
1 oct ipc 17 19 07.9 1.1 s 21nm
1 oct ipc 17 19 26.6 0.9 s 38nm
2 oct ep 02 22 20.3 1.2 s 66nm
2 oct ip 10 48 53.1 is 49 06.5
sfjd
26 sep ep 01 01 18.6 is 01 40.1
26 sep ep 01 08 03.5 1.3 s 11nm e 16 06.9 lz 17s 620nm
26 sep ep 04 49 17.5 0.7 s 12nm
26 sep ip 15 46 07.2 is 46 19.2
28 sep ip 01 52 06.0 1.0 s 54nm is 00 51.3 lz 17s 6400nm
28 sep ip 19 04 39.0 is 05 34.1
29 sep ip 10 00 07.8 is 00 33.7
29 sep ip 11 18 17.6 is 18 31.2
29 sep ip 13 18 03.1 0.9 s 390nm is 25 53.6 lz 19s 2200nm
29 sep ipc 18 32 43.1 0.9 s 86nm is 40 35.1 lz 19s 450nm
30 sep ep 12 57 32.4 0.7 s 15nm is 05 51.2 lz 18s 450nm
30 sep ip 16 39 41.9 1.0 s 36nm i 39 58.1 is 49 30.4
i 50 29.8 lz 19s 360nm
30 sep ipc 18 01 07.5 1.1 s 150nm is 09 44.0 i 11 06.0
lz 18s 49um
30 sep ip 18 44 20.5 0.8 s 17nm
30 sep ep 21 41 59.1 is 42 34.2 is 44 59.0
30 sep ep 22 42 58.6 i 42 59.7 ilg 44 14.0
1 oct ep 02 34 52.9 is 43 19.5 lz 17s 810nm
1 oct ipc 09 16 42.6 0.8 s 60nm is 25 27.2 lz 18s 42um
1 oct ep 10 04 28.6 0.8 s 18nm
2 oct ep 16 44 53.9 i 44 57.5 es 45 44.5
3 oct ipc 03 41 10.7 is 41 27.0 ilg 41 31.1
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