Bul12037
Geofysisk Afdeling, GEUS Phone 38 14 20 00
Office of Seismology +45 38 14 20 00
Østervoldgade 10 Cable SEISMOCOP
DK-1350 København K Telefax 38 14 20 50
Processed 2012 09 12
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
5 sep ipc 14 54 50.0 lz 19s 470um
8 sep ipc 09 41 53.7
8 sep ep 11 10 56.5 lz 20s 1900nm
8 sep ip 12 36 53.6
9 sep ip 06 40 49.0
9 sep ip 09 48 09.7 1.4 s 130nm lz 18s 1400nm
9 sep ip 10 06 12.1
9 sep ip 11 30 18.8
9 sep ip 13 35 49.8 es 36 07.8
9 sep ip 19 21 53.3
9 sep ip 19 34 54.5 0.7 s 43nm
10 sep ip 08 48 29.5
dag
5 sep ip 00 35 07.8 0.8 s 6100pm
5 sep ipd 00 48 22.8 0.6 s 15nm
5 sep ipc 01 12 29.6 es 13 28.6
5 sep ip 04 32 43.8 is 33 41.8
5 sep ip 05 03 23.6 is 04 19.9
6 sep ip 12 00 44.3 is 01 48.6
6 sep ip 20 44 54.8 is 46 17.0
6 sep ip 21 29 22.5
7 sep ip 03 30 54.7 0.9 s 29nm lz 17s 2900nm
7 sep ip 04 27 42.6 1.3 s 48nm
7 sep ip 19 05 56.0 es 06 58.3
8 sep ip 09 20 29.9 es 20 53.1
8 sep ep 11 10 10.2 lz 19s 1900nm
8 sep ip 15 26 45.6 is 27 37.9
8 sep ip 20 41 06.8 lz 17s 3800nm
9 sep ip 01 40 40.8 is 41 42.1
9 sep ipd 04 02 38.0 is 02 57.6
9 sep ip 09 46 28.6 1.5 s 120nm lz 16s 1400nm
9 sep ip 11 44 18.0 is 45 22.5
9 sep ipd 19 32 35.4 0.8 s 36nm
9 sep ip 21 30 12.2 0.9 s 15nm
10 sep ep 14 48 12.4 1.2 s 20nm
mud
4 sep ip 02 31 05.6 1.1 s 58nm
4 sep ip 13 42 26.3
5 sep ipc 14 54 40.3 lz 20s 540um
6 sep ip 02 05 09.2
6 sep ip 03 51 44.5 0.8 s 26nm
6 sep ipd 07 28 32.6 1.0 s 83nm
7 sep ip 03 30 54.5 0.7 s 44nm
7 sep ip 04 27 42.7 1.1 s 86nm
8 sep ep 09 42 09.5 i 42 10.6
8 sep ep 11 11 03.4 lz 19s 3500nm
8 sep ip 12 36 58.0 i 37 05.7
9 sep ip 05 50 51.2 1.2 s 42nm lz 17s 4900nm
9 sep ip 06 40 54.4
9 sep ipc 09 48 11.0 lz 16s 2000nm
9 sep ip 10 06 16.8
9 sep ip 11 30 25.7
9 sep ep 13 08 39.6
9 sep ip 19 21 58.0
9 sep ip 19 34 53.1 1.0 s 59nm
10 sep ip 08 48 33.5
bsd
4 sep ipc 02 31 06.9 1.0 s 41nm
4 sep ep 07 08 12.8 0.9 s 25nm
4 sep ep 10 11 24.2 1.3 s 54nm
4 sep ep 12 36 58.2 es 37 13.5
5 sep ipc 14 54 57.0 1.1 s 140nm lz 19s 670um
6 sep ip 02 04 40.8 0.7 s 34nm
6 sep ip 03 51 13.8 0.7 s 39nm
6 sep ipd 07 28 33.3 0.9 s 80nm
6 sep ip 11 57 59.6 is 58 19.8
6 sep ipc 13 03 29.8 is 03 31.5
6 sep ip 15 05 25.8 es 05 39.5
7 sep ep 03 30 36.1 0.9 s 43nm lz 18s 4300nm
7 sep ip 04 27 25.3 0.4 s 6100pm
7 sep ip 11 20 10.5 es 20 24.1
8 sep ip 09 42 15.3 es 42 43.1
8 sep ep 11 10 49.0 lz 20s 1900nm
8 sep ip 12 37 15.0
9 sep ip 06 41 10.6
9 sep ipc 07 30 20.6 0.5 s 12nm
9 sep ipc 09 48 08.0 1.2 s 110nm lz 15s 1800nm
9 sep ip 10 06 33.6
9 sep ip 11 30 40.2 i 30 43.3
9 sep ip 13 09 04.9 es 09 35.0
9 sep ip 13 36 04.2 i 36 05.3
9 sep ip 19 22 14.9
9 sep ip 19 34 56.3 0.7 s 36nm
10 sep ip 08 48 50.7
sco
4 sep ip 02 02 31.4 is 02 32.7
4 sep ep 04 35 12.7
4 sep ep 12 16 47.5 es 16 48.9
4 sep ep 19 13 24.6 is 13 26.2
5 sep ip 01 12 03.0 is 12 43.7
5 sep ip 05 02 55.2 is 03 30.8
5 sep ep 08 06 14.7 is 06 40.9
5 sep ip 13 21 19.6 is 21 37.9
5 sep ep 14 53 26.7 lz 20s 2500um
5 sep ep 21 54 47.5
6 sep ip 16 01 26.6 is 02 00.8
6 sep ip 20 43 39.1 es 43 54.7
8 sep ep 01 57 28.6 es 58 33.9
8 sep ip 02 10 48.7 is 11 09.4
8 sep ip 21 09 23.6 es 09 27.0
8 sep ep 21 12 48.5 is 13 27.6
9 sep ip 09 47 13.2 1.3 s 77nm lz 18s 1100nm
9 sep ip 16 29 10.7 is 29 25.5
9 sep ip 21 40 36.2 is 40 40.7
9 sep ep 22 02 46.1 es 03 12.9
9 sep ip 22 38 17.1 is 38 19.5
10 sep ip 10 54 47.4 1.2 s 150nm
nrs
7 sep ip 03 32 32.4
9 sep ip 08 47 08.7 is 47 26.6
9 sep ip 09 45 39.3 is 45 56.5
9 sep ip 17 53 48.4 is 54 00.5
10 sep ip 06 45 05.1 is 45 23.3
10 sep ip 07 05 59.7 i 06 01.3 is 06 17.7
10 sep ip 14 30 52.6 is 31 10.4
iluli
5 sep ip 14 52 31.8 1.5 s 1100nm lz 21s 2400um
6 sep ip 03 54 54.5
7 sep ip 03 32 01.9 1.2 s 110nm lz 17s 3300nm
7 sep ep 09 15 24.6
9 sep ip 05 49 19.8 0.9 s 46nm i 49 37.9 lz 20s 6600nm
9 sep ipd 19 32 59.9 0.7 s 42nm
kullo
5 sep ipc 14 52 57.1 lz 19s 3100um
7 sep ip 03 31 37.9 0.9 s 130nm lz 20s 2100nm
8 sep ep 11 10 49.0 lz 19s 2400nm
9 sep ip 19 32 19.5 0.7 s 140nm
10 sep ip 14 48 52.9 0.9 s 33nm
sfjd
4 sep ip 05 47 11.6 es 47 38.7
4 sep ep 18 45 46.4 es 45 48.8
5 sep ip 14 52 21.5 lz 19s 2900um
5 sep ep 16 28 39.3
5 sep ip 23 26 07.0 is 26 34.4
6 sep ip 02 08 25.9
6 sep ip 03 54 58.3
6 sep ep 05 41 01.0 is 41 28.2
7 sep ip 03 32 11.1 0.9 s 68nm lz 22s 3000nm
7 sep ip 04 28 59.0 0.8 s 33nm
7 sep ip 09 15 46.2 is 16 16.5
7 sep ip 14 30 13.7 is 30 41.8
7 sep ip 18 56 33.5
8 sep ep 11 11 27.3
8 sep ip 17 29 32.1 is 29 55.8
8 sep ip 20 39 41.5 lz 20s 5500nm
9 sep ip 05 49 34.8 0.8 s 25nm i 49 54.7 lz 19s 4700nm
9 sep ip 09 47 27.2 lz 20s 1900nm
9 sep ip 10 58 43.0 is 58 59.5
9 sep ep 17 55 16.2 is 56 29.9
9 sep ip 19 33 13.8
10 sep ip 01 16 52.8 is 17 17.7
10 sep ip 06 46 27.4 es 47 35.8
10 sep ep 14 32 11.7 es 33 25.5
sumg
4 sep ip 07 08 29.1 0.9 s 13nm
4 sep ep 10 11 37.8 1.1 s 16nm
4 sep ip 11 02 53.2 is 04 20.7
4 sep ip 12 23 26.5 1.1 s 54nm
4 sep ip 20 12 50.4 1.1 s 36nm
5 sep ip 00 34 21.7 0.8 s 37nm
5 sep ip 00 48 51.5 1.2 s 27nm
5 sep ip 01 13 11.7 es 14 41.6
5 sep ip 04 15 04.9 es 15 46.4
5 sep ip 04 31 09.0 es 31 58.9
5 sep ip 05 04 03.8 es 05 29.1
5 sep ep 08 07 06.2 es 08 07.9
5 sep ip 09 35 16.0 0.8 s 12nm
5 sep ip 10 56 40.9 0.8 s 15nm
5 sep ip 14 53 06.1 lz 20s 5900um
5 sep ep 14 53 06.3
5 sep ip 20 48 26.7 1.3 s 110nm
6 sep ip 01 44 59.6 is 45 03.7
6 sep ip 02 07 52.9 1.2 s 150nm
6 sep ip 03 54 24.1 1.1 s 100nm
6 sep ip 06 31 56.4 is 32 31.3
6 sep ip 12 01 29.3
6 sep ip 20 44 56.4 es 46 17.4
6 sep ip 23 40 47.8 1.1 s 24nm
7 sep ip 03 31 33.8 0.9 s 140nm
7 sep ip 04 28 22.8 1.2 s 130nm
7 sep ep 09 16 12.1 es 17 45.2
7 sep ip 18 56 11.8 0.6 s 55nm
7 sep ep 19 06 40.4 is 08 16.8
8 sep ep 01 58 03.8 es 59 11.1
8 sep ipd 07 07 01.9 1.0 s 110nm
8 sep ep 11 11 01.3 lz 20s 5300nm
8 sep ip 11 21 14.7 1.3 s 82nm
8 sep ip 15 28 15.8 is 30 19.4
8 sep ep 19 03 19.5 es 03 22.6
8 sep ip 20 40 28.1 lz 19s 11um
9 sep ip 01 42 14.0 1.2 s 33nm i 44 27.1
9 sep ipc 05 49 06.3 0.8 s 100nm i 49 26.2 lz 18s 8100nm
9 sep ipc 09 46 59.0
9 sep ip 11 45 35.7 i 45 37.3 is 47 39.3
9 sep ipd 19 32 54.4 0.7 s 220nm
9 sep ipd 21 30 58.5 1.0 s 52nm
10 sep ep 06 32 26.3 0.9 s 14nm
10 sep ip 10 54 37.8 0.8 s 25nm
10 sep ip 14 48 46.0 1.0 s 33nm
10 sep ip 20 29 24.5 0.9 s 27nm
10 sep ip 22 13 08.9 1.0 s 23nm
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