Bul09041
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 07
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
29 sep ip 18 07 36.1 i 23 08.7 lz 23s 150um
30 sep ipc 10 28 57.3
1 oct ep 02 05 40.4 i 16 31.3 lz 22s 8200nm
1 oct ep 06 32 57.4 e 35 52.2 lz 18s 540nm
2 oct ep 01 27 04.4 lz 22s 910nm
2 oct ep 16 16 55.6 lz 26s 870nm
3 oct ep 17 48 18.6 1.0 s 52nm lz 17s 5900nm
4 oct ep 11 10 22.2 is 19 56.0 lz 15s 1800nm
dag
29 sep ip 18 06 54.8 lz 20s 360um
30 sep ipc 10 29 30.9
30 sep ip 10 46 13.6 0.9 s 30nm
1 oct ep 02 06 16.7 lz 20s 41um
1 oct ep 06 33 15.4 lz 17s 1600nm
1 oct ip 14 05 40.3 is 06 30.2 is 06 31.9
2 oct ep 01 27 38.0 lz 23s 3400nm
2 oct ipc 04 53 08.1 0.6 s 7900pm
3 oct ip 17 47 56.6 0.9 s 14nm is 57 37.9 lz 18s 2500nm
4 oct ipd 11 10 11.2 1.0 s 190nm e 13 56.7 is 19 43.2
mud
29 sep ip 08 50 54.9 is 51 22.3
29 sep ep 18 07 39.0 lz 22s 300um
30 sep ip 08 42 24.7 is 42 52.0 es 42 52.6
30 sep ipc 10 29 05.8 lz 27s 110um
30 sep ip 19 16 19.1 0.9 s 44nm
1 oct ep 02 05 48.3 i 16 49.3 lz 17s 18um
1 oct ep 06 33 00.3 e 35 51.3 lz 14s 900nm
1 oct ip 19 34 46.0 is 35 10.4 es 35 12.3
2 oct ep 01 27 09.9
3 oct ep 16 19 58.9 is 20 14.7
3 oct ep 17 48 25.6 0.9 s 38nm
4 oct ip 11 10 28.8 1.1 s 110nm lz 16s 5600nm
4 oct ep 21 58 06.2 1.0 s 43nm
5 oct ep 23 31 21.2 is 31 23.5
bsd
29 sep ip 08 51 03.9
29 sep ip 08 54 17.7 is 54 57.9
29 sep ep 18 07 34.1 lz 21s 310um
30 sep ip 08 42 34.6
30 sep ipc 10 28 49.7 lz 25s 120um
1 oct ep 02 05 32.1 i 16 16.7 lz 21s 27um
1 oct ep 06 32 56.0 i 35 51.8 e 35 54.4
lz 21s 990nm
1 oct ip 19 35 31.5 is 36 29.1
2 oct ip 00 35 19.6 is 36 00.4
2 oct ep 01 27 04.0
2 oct ep 12 15 40.3 es 15 56.0
2 oct ep 16 16 46.1 lz 22s 1300nm
3 oct ep 01 26 16.9 1.0 s 24nm
3 oct ip 03 42 47.0 is 43 27.6
3 oct ep 17 48 12.5 1.1 s 55nm is 58 10.9 lz 17s 9800nm
4 oct ip 11 04 02.8 is 04 43.6
4 oct ipd 11 10 16.7 1.2 s 130nm is 19 51.7 i 20 34.0
lz 18s 3600nm
4 oct ip 16 58 43.3 is 59 25.9
4 oct ip 21 57 29.8
5 oct ip 23 09 38.8 is 09 53.2
lld
29 sep ip 08 50 45.7 is 51 05.3
29 sep ip 18 07 40.6 lz 25s 150um
30 sep ip 08 42 16.2 is 42 35.9
30 sep ip 10 28 58.2
4 oct ep 11 10 25.4
sco
29 sep ip 06 12 38.3 1.0 s 19nm
29 sep ip 18 07 05.5 lz 20s 300um
30 sep ipc 10 29 50.8 i 34 00.2
30 sep ip 19 15 56.7 0.8 s 35nm
1 oct ep 11 27 07.4 es 27 30.0
2 oct ep 04 52 47.9 1.2 s 18nm
3 oct ep 13 15 23.3 1.0 s 35nm
3 oct ip 22 48 25.0 is 48 29.0
4 oct ipd 11 10 38.1 1.1 s 35nm is 20 16.7
4 oct ip 14 31 29.6 0.5 s 3600pm
5 oct ip 03 37 08.0 es 37 19.8
nrs
29 sep ip 18 07 01.8 i 25 33.6 lz 18s 150um
30 sep epc 10 30 48.0 lz 29s 50um
30 sep ipc 19 14 51.0 1.0 s 34nm
1 oct ep 21 25 03.8 0.8 s 19nm
kullo
30 sep ipc 10 30 07.5 i 34 26.5 lz 26s 220um
30 sep ep 10 45 37.5 0.9 s 34nm
30 sep ipc 19 15 48.5 0.9 s 86nm iap 16 51.2 e 17 18.4
1 oct ep 02 06 53.0 lz 24s 41um
4 oct ep 11 10 32.8 lz 14s 1800nm
iluli
29 sep ip 18 06 52.1 i 17 44.1 e 24 15.4
30 sep ipc 10 30 25.4 i 34 54.9 lz 30s 160um
30 sep ip 10 45 39.0 0.9 s 72nm
30 sep ipc 19 15 25.3 0.9 s 42nm
1 oct ep 06 33 13.2 i 42 47.7 lz 15s 1100nm
2 oct ep 16 16 31.3
2 oct ep 22 02 45.5 is 03 25.1
3 oct ip 21 32 48.4 1.0 s 21nm
3 oct ip 22 37 55.6 is 38 06.2
4 oct ep 11 10 57.6 lz 17s 1500nm
sfjd
29 sep ep 06 13 01.5
29 sep ipc 16 41 50.1 is 42 06.6
29 sep ep 18 07 02.4
30 sep epc 10 30 32.4 i 35 08.6 lz 27s 110um
30 sep ip 10 45 32.5 0.8 s 16nm
30 sep ip 18 44 23.9 0.8 s 9500pm
30 sep ip 19 15 15.3 1.0 s 20nm
1 oct ep 06 33 20.3 i 43 07.7 lz 16s 1700nm
1 oct ep 21 24 29.1 1.1 s 8400pm
2 oct ep 01 27 36.9 lz 28s 4900nm
3 oct ip 18 57 12.3 is 57 29.4
3 oct ip 22 38 24.7 is 38 58.0
4 oct ip 11 11 07.6 1.1 s 17nm
4 oct ip 12 34 25.2 is 34 42.8
4 oct ip 13 22 12.2 is 22 29.2
4 oct ep 21 31 37.3 is 32 34.7
5 oct ip 00 45 08.8 is 45 22.4
5 oct ep 01 38 25.1 is 39 02.8
5 oct ep 18 14 23.2
sumg
29 sep ip 06 12 22.5 0.8 s 16nm
29 sep ip 17 32 25.6 0.8 s 12nm
29 sep ep 18 07 00.4 e 18 01.2 i 24 27.3
lz 22s 480um
29 sep ep 22 48 22.9
30 sep ipc 10 30 02.8 i 34 19.7
30 sep ip 10 45 54.4 1.1 s 75nm
30 sep ipc 19 15 49.9 1.0 s 84nm iap 16 53.4 e 17 21.8
30 sep ip 19 50 42.0 0.8 s 4400pm
30 sep ip 21 43 30.2 0.8 s 12nm
1 oct ep 02 06 48.8 i 17 33.7 lz 24s 21um
1 oct ep 10 10 40.2 0.7 s 4400pm
1 oct ep 21 24 43.9 1.0 s 12nm
2 oct ep 01 27 41.3 1.1 s 6300pm
2 oct ip 04 52 29.6 0.7 s 18nm
2 oct ep 22 04 21.8 es 05 30.9
3 oct ep 00 11 20.2 0.8 s 3500pm
3 oct ip 01 01 02.3 0.9 s 26nm i 02 09.7
3 oct ip 01 25 15.7 0.8 s 6000pm
3 oct ip 13 15 43.3 0.8 s 4600pm i 15 57.2
3 oct ip 16 14 29.8 is 15 06.1
3 oct ip 17 48 29.3 0.8 s 13nm lz 17s 2500nm
3 oct ip 19 27 09.3 0.9 s 11nm i 27 21.7
3 oct ip 21 33 01.4 0.9 s 9900pm
3 oct ip 22 38 50.0 is 39 43.0
4 oct ip 03 39 08.9 1.1 s 4700pm
4 oct ip 07 23 01.3 0.9 s 5300pm
4 oct ipd 11 10 40.3 1.1 s 48nm is 20 19.9 i 21 17.3
4 oct ipc 11 26 56.1 1.0 s 36nm i 27 24.3
4 oct ip 22 00 52.0 0.9 s 16nm
5 oct ep 02 47 48.6 es 48 49.9
5 oct ip 04 22 45.1 is 22 48.2
5 oct ep 05 57 00.6 0.9 s 8800pm
5 oct ip 14 59 13.3 is 00 09.2
5 oct ipd 17 30 19.0 0.9 s 11nm i 30 31.4
5 oct ep 17 42 08.0 es 42 45.5
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