Bul09043
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 2009 10 21
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
13 oct ipc 05 48 44.9 1.0 s 58nm lz 18s 4000nm
13 oct ip 10 26 41.8 0.8 s 58nm
13 oct ip 20 33 15.6 0.8 s 39nm lz 19s 6500nm
16 oct ip 10 06 18.8 lz 20s 1200nm
18 oct ipd 02 13 11.9 0.9 s 37nm
dag
13 oct ip 05 46 08.8 0.9 s 200nm lz 18s 30um
13 oct ip 07 49 54.1 0.9 s 34nm
13 oct ip 07 55 09.0 0.9 s 31nm
13 oct ip 08 34 42.9 0.9 s 14nm
13 oct ip 18 02 53.4 1.0 s 17nm
13 oct ip 20 30 40.4 0.8 s 180nm lz 17s 46um
13 oct ip 23 58 07.9 0.7 s 17nm
14 oct ip 08 59 21.5 is 00 13.6
14 oct ep 18 29 56.5 i 36 30.2 lz 19s 4900nm
15 oct ipc 00 22 17.3 0.9 s 54nm
15 oct ipc 18 00 59.7 0.9 s 20nm
17 oct ep 05 52 19.8 is 53 14.8
18 oct ep 02 12 14.2 1.0 s 18nm
18 oct ep 20 56 19.3 1.1 s 19nm
18 oct ip 23 13 17.6 is 14 13.6
19 oct ip 03 44 36.9 0.7 s 11nm
mud
13 oct ipc 05 48 40.4 1.2 s 99nm lz 19s 12um
13 oct ip 10 26 43.5 0.9 s 34nm
16 oct ep 10 06 20.6
bsd
13 oct ipc 05 48 47.4 0.9 s 58nm lz 16s 11um
13 oct ip 10 26 40.3 0.8 s 98nm
13 oct ip 20 33 21.6 0.8 s 44nm lz 19s 15um
14 oct ip 05 47 41.4 1.0 s 52nm
15 oct ep 00 24 48.4 1.0 s 50nm
15 oct ip 04 31 12.0 is 31 52.7
16 oct ip 10 06 11.5 lz 19s 1800nm
18 oct ipd 02 13 08.3 0.8 s 69nm
18 oct ip 20 58 21.7
18 oct ep 23 59 03.1 is 59 44.4
19 oct ip 11 15 23.0 es 16 00.8
lld
13 oct ip 05 48 52.7 0.9 s 180nm
19 oct ip 11 15 05.0
sco
13 oct ip 05 46 49.5 1.0 s 53nm lz 16s 30um
13 oct ep 07 55 49.7 1.0 s 18nm
13 oct ip 20 31 21.1 0.9 s 70nm lz 20s 36um
15 oct ip 00 22 58.5 1.0 s 23nm
15 oct ep 18 00 53.9 0.9 s 20nm
19 oct ip 03 44 32.4
19 oct ip 23 08 31.5 0.9 s 18nm
nrs
13 oct ip 05 47 09.5 1.0 s 54nm
13 oct ip 15 56 34.6 is 57 19.8
13 oct ip 16 18 30.8 is 19 15.0
13 oct ip 20 31 41.8 0.9 s 50nm lz 17s 19um
14 oct ep 07 30 42.3 es 31 17.3
14 oct ip 12 22 38.2 is 23 20.6
15 oct ip 00 23 17.6 1.0 s 32nm
15 oct ip 17 59 48.1 0.9 s 50nm
kullo
13 oct ip 10 25 13.0 0.8 s 55nm
13 oct ep 18 00 05.3 es 01 21.0
13 oct ip 18 03 09.0
13 oct ip 20 30 07.7 0.9 s 52nm lz 18s 57um
14 oct ip 09 01 04.8 es 03 16.0
14 oct ep 18 29 10.8 i 35 27.0 lz 17s 4700nm
15 oct ep 05 47 02.6 es 47 03.2
15 oct ip 18 00 09.9 1.1 s 68nm
16 oct ip 10 46 55.4 es 46 55.9
17 oct ep 16 21 42.1 is 21 46.2
iluli
13 oct ip 10 25 51.4 0.9 s 47nm
13 oct ip 15 57 12.4 is 58 23.3
13 oct ip 17 59 17.7 is 59 42.7
14 oct ep 18 29 39.3 lz 19s 13um
14 oct ip 20 40 52.0 is 41 07.7
14 oct ep 21 24 35.8 es 24 59.0
15 oct ip 08 44 11.7
15 oct ip 10 44 13.6 es 44 21.0
15 oct ip 17 59 59.6 0.7 s 52nm
18 oct ep 02 12 59.7 0.9 s 21nm
sfjd
13 oct ip 05 46 26.4 1.0 s 86nm lz 20s 8900nm
13 oct ip 07 50 12.1 1.0 s 18nm
13 oct ip 07 55 25.5 1.0 s 16nm
13 oct ip 10 26 05.1 1.1 s 31nm
13 oct ip 15 56 53.1 is 57 50.3
13 oct ip 16 18 48.2 es 19 45.6
13 oct ip 20 30 59.6 0.9 s 77nm lz 18s 26um
14 oct ep 05 45 07.9 0.9 s 12nm
14 oct ep 09 02 16.3
14 oct ip 12 22 54.5 is 23 52.1
14 oct ep 18 29 53.3 lz 26s 10um
15 oct ip 00 22 34.7 0.9 s 29nm
15 oct ip 08 45 05.4 is 45 33.6
15 oct ip 09 12 51.1 is 13 11.6
15 oct ip 17 32 26.5 1.0 s 20nm
15 oct ip 17 59 53.3 1.0 s 18nm
17 oct ip 01 52 29.7 es 52 45.0
18 oct ip 02 13 10.5 0.9 s 23nm
19 oct ep 02 27 08.5 es 27 52.5
19 oct ip 16 54 53.3 0.8 s 13nm i 55 00.4
sumg
13 oct ip 05 46 15.8 0.8 s 170nm lz 17s 26um
13 oct ip 06 03 05.9 es 03 40.9
13 oct ip 06 05 18.7
13 oct ip 07 50 03.2 0.9 s 32nm
13 oct ip 07 55 16.7 0.9 s 23nm
13 oct ip 08 34 50.5 0.8 s 14nm
13 oct ip 08 43 13.4
13 oct ip 10 03 23.1 0.9 s 11nm
13 oct ip 10 25 35.3 0.8 s 28nm
13 oct ip 12 57 17.2 0.7 s 12nm
13 oct ep 15 57 35.9 i 57 37.3 is 59 06.1
13 oct ip 16 19 33.0 is 21 01.2
13 oct ip 17 25 04.8 0.3 s 2200pm i 25 16.1
13 oct ip 17 36 30.8 es 36 37.2
13 oct ip 18 03 26.9 1.0 s 16nm
13 oct ip 20 30 48.4 0.9 s 130nm lz 17s 48um
13 oct ep 21 03 30.4 is 04 27.1
14 oct ep 05 45 24.2 0.7 s 8000pm
14 oct ip 09 00 47.6 is 02 48.0
14 oct ep 09 12 36.7 es 13 46.6
14 oct ip 11 20 35.9 is 21 24.0
14 oct ep 12 23 39.8 is 25 05.5
14 oct ep 18 19 16.1 1.0 s 5100pm
14 oct ep 18 30 01.2 lz 17s 4800nm
14 oct ep 20 45 37.2 0.8 s 7300pm
15 oct ipc 00 22 24.8 0.9 s 79nm
15 oct ip 01 55 11.4 0.8 s 7500pm
15 oct ip 03 44 18.1 0.9 s 11nm
15 oct ip 09 58 54.0 0.9 s 8200pm
15 oct ep 12 30 08.2 1.0 s 8700pm
15 oct ip 13 37 51.3 0.8 s 20nm
15 oct ip 14 34 34.3 1.1 s 6300pm
15 oct ip 17 32 37.2 0.9 s 5700pm
15 oct ipc 18 00 30.5 0.9 s 68nm
15 oct ip 19 03 09.3 1.1 s 6500pm
16 oct ip 05 09 39.2 0.8 s 9200pm
16 oct ip 10 37 02.6 1.1 s 10nm
16 oct ip 23 40 44.8 1.1 s 6300pm
17 oct ip 05 53 49.8
17 oct ip 07 35 49.7 1.0 s 20nm i 36 00.9
17 oct ip 16 52 43.6 is 53 52.6
18 oct ep 00 52 13.8 1.1 s 8200pm
18 oct ip 02 12 44.3 0.8 s 24nm
18 oct ep 08 19 17.1 es 20 36.8
18 oct ip 20 56 45.6 0.9 s 14nm i 57 04.0 e 57 14.5
18 oct ip 23 14 48.3 i 14 50.7 es 16 52.8
19 oct ip 03 45 36.3 0.7 s 9000pm
19 oct ip 16 54 13.8 0.8 s 8500pm
19 oct ip 23 08 22.1 0.9 s 7600pm
19 oct ip 23 18 49.1 1.1 s 7800pm
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