Bul11045
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 2011 11 08
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
1 nov ipc 00 29 41.3 0.8 s 230nm lz 17s 9100nm
4 nov ip 03 11 17.2 0.9 s 43nm
6 nov ip 08 19 23.8 0.9 s 56nm
6 nov ip 19 11 50.9 0.8 s 23nm
7 nov ipc 12 07 13.7 1.0 s 360nm i 17 01.0
7 nov ep 22 47 39.8 1.2 s 88nm i 48 24.6
dag
1 nov ipc 00 30 22.7 0.8 s 140nm lz 20s 5100nm
1 nov ip 01 17 21.5 1.0 s 24nm
1 nov ip 03 29 51.2 es 30 52.4
1 nov ep 12 43 15.8 lz 15s 28um
1 nov ipc 16 32 15.6 1.1 s 26nm i 32 25.5
1 nov ip 22 40 53.8 1.4 s 45nm
2 nov ip 01 29 25.1 es 30 01.7
2 nov ip 01 53 50.2 0.6 s 2700pm
2 nov ep 15 19 08.8 0.9 s 27nm
2 nov ip 19 13 09.0 0.7 s 2500pm
2 nov ip 23 06 44.7 es 07 15.2
3 nov ipc 10 45 12.5 1.0 s 20nm
3 nov ip 15 56 10.7 0.7 s 5100pm i 56 25.2
4 nov ep 01 54 14.9 1.1 s 8000pm
4 nov ip 03 10 04.9 1.0 s 13nm
4 nov ip 10 39 17.0 1.0 s 9900pm
4 nov ip 16 02 13.2 0.8 s 8700pm
4 nov ipc 22 13 19.1 es 14 10.5
4 nov ip 23 04 52.9 1.1 s 12nm
5 nov ip 01 04 49.8 0.4 s 1800pm
5 nov ep 02 08 05.2 1.1 s 8700pm lz 27s 1700nm
5 nov ep 03 31 42.6 0.8 s 4300pm
5 nov ip 07 22 00.4 0.4 s 590pm
5 nov ip 07 43 42.6 1.1 s 8900pm i 43 56.5
5 nov ip 08 07 17.8 0.9 s 3700pm
6 nov ip 04 02 26.3 lz 14s 12um
6 nov ipc 08 16 43.3 0.7 s 95nm lz 21s 2800nm
6 nov ip 09 13 27.5 0.8 s 16nm
6 nov ipc 10 49 32.7 0.7 s 67nm
6 nov ip 19 11 10.7 1.0 s 5700pm
6 nov ip 19 37 14.1 1.1 s 5700pm
6 nov ip 21 05 05.6 0.8 s 3100pm
6 nov ip 21 40 41.4 es 41 35.8
7 nov ip 04 59 26.9
7 nov ipc 12 08 38.7 0.9 s 320nm
7 nov ip 17 12 34.4 1.1 s 9900pm
7 nov ip 22 46 37.6 0.9 s 58nm i 47 20.5 e 49 23.0
lz 17s 2300nm
7 nov ep 23 14 10.0 1.2 s 11nm
mud
1 nov ipc 00 29 53.6 lz 15s 16um
1 nov ip 12 16 48.4
3 nov ip 00 32 34.3 es 32 55.1
4 nov ep 16 02 49.5
5 nov ip 03 10 53.5
6 nov ep 07 53 56.3 1.1 s 31nm
6 nov ip 08 19 18.7 0.9 s 46nm i 19 24.2
6 nov ip 10 52 08.5 1.0 s 59nm
6 nov ip 19 11 50.9 1.2 s 92nm
6 nov ep 21 01 55.8
7 nov ip 12 07 28.3 1.1 s 240nm
7 nov ip 22 47 30.4 1.5 s 100nm i 48 15.3
bsd
1 nov ipc 00 29 30.2 0.8 s 140nm lz 14s 10um
1 nov ip 01 17 22.7 1.1 s 23nm
1 nov ip 05 19 58.8 is 20 40.4
1 nov ip 09 26 08.1
1 nov ep 11 02 48.0 es 03 02.5
1 nov ip 13 37 51.2
2 nov ip 13 41 39.4 is 42 21.2
2 nov ep 14 06 29.3 es 06 45.4
3 nov ip 10 46 18.1 0.8 s 27nm
3 nov ipd 11 42 03.7 0.8 s 34nm
4 nov ip 03 11 13.3 1.0 s 32nm
4 nov ip 05 22 11.8 is 22 20.2
4 nov ip 09 03 41.3 is 03 43.0
4 nov ipc 16 02 47.2 0.7 s 32nm
5 nov ep 02 07 57.3 1.3 s 34nm lz 24s 1600nm
5 nov ep 03 11 38.0 i 11 38.7 is 12 29.4
5 nov ip 21 37 32.7 is 38 13.7
5 nov ip 23 56 20.6 is 57 01.9
6 nov ip 08 19 27.1 lz 19s 770nm
6 nov ip 10 52 17.4
6 nov ip 19 11 51.1 1.0 s 37nm
6 nov ip 21 01 26.4
7 nov ip 12 07 01.4 0.9 s 260nm i 16 29.6
7 nov ep 22 47 47.4 1.4 s 87nm i 48 30.4
7 nov ip 23 33 08.5 es 33 49.6
lld
1 nov ip 00 29 43.1 0.7 s 350nm
1 nov ip 13 37 32.9
5 nov ip 03 11 20.1
6 nov ip 08 19 26.3
7 nov ip 12 07 15.4 1.0 s 500nm
sco
1 nov ip 00 30 50.7 0.9 s 83nm
3 nov ip 17 13 57.8 is 13 59.9
4 nov ip 16 02 26.1 1.1 s 79nm
6 nov ip 08 17 23.0 0.7 s 52nm i 17 29.2
6 nov ip 10 50 12.3 0.8 s 54nm
6 nov ip 21 55 02.7 is 55 15.3
7 nov ep 12 08 54.2
7 nov ip 17 52 11.7 is 52 14.1
7 nov ep 22 46 18.0 1.0 s 42nm i 47 03.0
nrs
1 nov ipc 00 32 20.1 0.7 s 190nm
2 nov ip 11 18 38.7 is 18 50.4
3 nov ip 05 42 46.1 es 42 56.7
3 nov ip 18 42 42.5 is 42 56.9
4 nov ip 16 02 33.0 1.3 s 120nm
6 nov ep 08 17 38.1 1.0 s 34nm
6 nov ip 10 50 29.3 0.8 s 26nm
6 nov ep 21 16 29.4 is 17 50.9
7 nov ip 12 10 19.1 1.1 s 120nm
7 nov ipc 22 44 54.9 1.3 s 420nm
iluli
1 nov ipc 00 31 48.0 0.7 s 300nm
2 nov ip 13 31 43.4
4 nov ip 03 50 07.7 is 50 30.2
4 nov ip 16 02 19.2
6 nov ip 08 16 43.0 0.8 s 35nm
7 nov ip 12 09 57.7 1.0 s 290nm iap 10 47.9
7 nov ep 22 45 23.9 1.5 s 480nm i 46 05.5
kullo
1 nov ipc 00 31 25.1 1.0 s 320nm lz 20s 8400nm
3 nov ip 11 38 47.4 i 38 49.3 is 38 53.9
4 nov ip 15 00 31.4 is 00 32.0
4 nov ep 16 02 38.7 1.0 s 47nm
6 nov ip 04 01 14.4 1.3 s 110nm lz 14s 16um
6 nov ip 08 06 39.2 is 06 39.7
6 nov ip 08 16 04.9 0.7 s 67nm lz 25s 2800nm
7 nov ipc 12 09 42.3 0.8 s 160nm iap 10 32.6
7 nov ipc 22 45 44.9 1.3 s 200nm
sfjd
1 nov ip 00 21 26.7 is 21 54.8
1 nov ipc 00 31 58.9 0.7 s 150nm
1 nov ip 02 40 31.7 is 40 59.6
2 nov ep 13 32 09.3
3 nov ip 11 45 08.2 0.7 s 12nm
3 nov ep 17 35 57.9 is 36 20.0
4 nov ipc 03 50 02.2 is 50 19.2
4 nov ip 16 02 20.6 1.2 s 45nm
6 nov ep 01 58 37.0 es 59 42.6
6 nov ep 04 00 54.2 1.3 s 38nm
6 nov ip 08 16 56.0 0.8 s 120nm i 17 02.8
6 nov ip 09 13 40.9 0.8 s 21nm
6 nov ip 10 49 45.7 0.8 s 94nm
6 nov ip 21 16 17.1 es 17 30.5
7 nov ip 06 16 53.1 is 17 35.5
7 nov ep 08 54 30.4
7 nov ipc 12 10 05.6 0.9 s 63nm
7 nov ep 14 17 36.2
7 nov ip 18 48 35.7 is 49 20.5
7 nov ip 20 48 42.9 is 48 55.8
7 nov ip 22 45 12.8 1.2 s 350nm
sumg
1 nov ep 00 22 15.9 es 23 21.7
1 nov ipc 00 31 12.5 1.0 s 170nm i 31 26.3
1 nov ip 04 47 11.5 0.8 s 10nm i 47 23.4
1 nov ep 12 42 44.8 lz 13s 16um
1 nov ip 16 32 46.4 0.8 s 16nm
1 nov ip 22 40 20.7 2.0 s 140nm
2 nov ip 01 42 06.7 0.9 s 7000pm
2 nov ip 01 54 23.2 1.1 s 10nm
2 nov ep 15 18 57.8 1.0 s 12nm
2 nov ip 19 12 30.8 1.1 s 38nm
3 nov ip 10 45 44.9 0.9 s 25nm
3 nov ipc 11 44 25.9 0.6 s 35nm
3 nov ep 15 27 17.6 es 28 24.6
3 nov ip 15 56 35.9 1.0 s 21nm i 56 50.8
4 nov ip 01 54 45.8 1.2 s 21nm i 54 56.3
4 nov ip 03 10 37.0 1.0 s 32nm
4 nov ip 03 51 19.0 is 52 36.8
4 nov ip 10 39 51.1 0.8 s 4200pm
4 nov ip 16 02 18.9 1.5 s 52nm
4 nov ip 16 12 23.8 0.8 s 23nm
4 nov ip 22 14 45.6 es 16 43.4
4 nov ep 23 01 46.6 es 02 32.5
4 nov ip 23 05 24.7 0.8 s 8700pm
5 nov ip 01 04 50.4 0.4 s 1300pm
5 nov ep 02 08 11.2 1.2 s 25nm
5 nov ep 03 32 28.5
5 nov ip 07 21 17.0 0.4 s 1800pm
5 nov ip 08 07 49.7 0.8 s 6500pm
6 nov ep 01 59 00.8
6 nov ip 04 01 42.8 1.4 s 120nm lz 16s 22um
6 nov ep 07 53 57.0 1.1 s 8300pm
6 nov ipc 08 16 48.2 0.9 s 160nm
6 nov ip 09 13 32.6 1.0 s 26nm
6 nov ip 10 49 37.8 1.0 s 110nm
6 nov ip 19 11 13.2 1.2 s 16nm
6 nov ip 19 37 41.8 1.0 s 17nm
6 nov ip 21 05 29.9 0.9 s 9600pm
6 nov ep 22 37 15.7 es 38 16.0
7 nov ep 05 00 37.9
7 nov ep 06 17 34.8 es 18 21.3
7 nov ep 08 55 12.8
7 nov ipc 12 09 23.8 0.9 s 410nm iap 10 13.0
7 nov ep 14 19 04.9
7 nov ip 17 12 30.7 2.0 s 140nm
7 nov ip 19 03 28.8 0.8 s 7600pm i 03 36.8
7 nov ip 20 15 28.0 0.7 s 6200pm i 15 36.0
7 nov ep 20 50 20.4 is 51 42.1
7 nov ip 22 45 58.6 1.4 s 490nm i 46 41.1
7 nov ep 23 14 23.9 1.2 s 28nm
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