Bul13039
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 2013 10 02
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
24 sep ip 11 38 23.8 1.1 s 1100nm lz 22s 920um
24 sep ip 13 10 13.8 1.0 s 73nm
25 sep ip 14 09 29.0
25 sep ip 16 56 32.1 lz 23s 53um
26 sep ep 06 58 50.4 lz 17s 2100nm
28 sep ip 07 42 40.7 lz 13s 110um
30 sep ip 06 15 42.2 lz 22s 3700nm
30 sep ip 10 26 33.1 0.7 s 39nm
dag
24 sep ip 07 35 03.0 1.3 s 180nm
24 sep ipc 11 40 12.4 0.9 s 490nm lz 22s 760um
24 sep ip 11 46 50.0
24 sep ip 12 40 10.1 is 41 13.8
24 sep ip 12 52 33.0
24 sep ip 13 12 01.0 1.2 s 190nm
24 sep ep 13 35 31.5 es 36 23.9
24 sep ip 14 18 53.0 0.7 s 11nm
24 sep ip 17 30 38.0 0.8 s 26nm
25 sep ip 14 07 11.2 1.3 s 110nm
25 sep ip 16 56 14.0 lz 23s 120um
26 sep ip 06 57 30.5 1.4 s 180nm lz 15s 4300nm
27 sep ip 08 15 52.0 0.8 s 24nm
27 sep ip 17 11 34.0 is 12 34.5
28 sep ip 04 05 39.4 es 06 37.6
28 sep ip 07 44 29.0 i 44 35.9 lz 18s 120um
29 sep ip 14 10 44.0 1.0 s 50nm
30 sep ep 00 21 33.2
30 sep ip 06 15 04.0 lz 23s 6500nm
30 sep ip 08 21 58.0 1.4 s 360nm
mud
24 sep ip 07 33 18.0 1.3 s 110nm
24 sep ip 11 38 39.0 lz 17s 1100um
24 sep ep 17 29 03.1
24 sep ipd 23 58 07.2 0.9 s 70nm
25 sep ip 14 09 26.9 1.1 s 160nm
25 sep ip 16 56 23.3 lz 22s 120um
25 sep ip 18 54 04.6
26 sep ipc 01 23 55.8 1.4 s 230nm
26 sep ep 06 58 40.5 lz 16s 2900nm
27 sep ip 18 47 09.4 0.7 s 16nm
28 sep ip 07 42 55.4 lz 16s 220um
29 sep ep 08 55 24.1 e 56 16.5
29 sep ip 13 42 38.7 0.7 s 26nm
30 sep ip 06 15 41.0 lz 22s 6400nm
30 sep ip 08 21 19.0
30 sep ip 10 26 32.5 0.7 s 23nm
30 sep ip 23 00 32.0 0.8 s 27nm i 00 52.1
bsd
24 sep ip 10 00 04.2 is 00 19.7
24 sep ip 11 38 10.0 1.0 s 360nm lz 17s 1100um
24 sep ip 12 08 31.0
24 sep ip 12 52 31.7
24 sep ip 13 09 59.7 0.9 s 72nm
24 sep ep 17 28 35.8
24 sep ep 23 58 08.1 1.3 s 160nm
25 sep ip 10 02 15.0 is 02 19.2
25 sep ip 13 20 36.3 0.7 s 19nm
25 sep ip 14 09 29.2 0.8 s 34nm
25 sep ip 16 56 38.9 1.1 s 46nm e 12 40.1 lz 25s 120um
26 sep ipc 01 24 28.9 1.2 s 88nm
26 sep ep 06 58 56.1 lz 19s 3200nm
27 sep ip 12 59 45.2 es 00 05.6
27 sep ip 18 47 02.0 0.7 s 31nm
28 sep ip 07 42 27.1 lz 13s 200um
29 sep ip 00 14 59.3 0.4 s 3000pm
29 sep ip 13 42 36.4 0.7 s 40nm
30 sep ip 00 22 48.0 0.3 s 3200pm
30 sep ep 03 59 21.6 is 59 32.2
30 sep ip 06 15 41.0 lz 21s 5500nm
30 sep ip 08 59 34.8 is 59 49.5
30 sep ip 10 26 33.0 0.5 s 38nm
30 sep ip 23 00 33.8 0.5 s 2500pm e 00 53.2
sco
24 sep ep 02 00 22.3 is 00 30.9
24 sep ep 06 37 43.6 is 38 26.5
24 sep ip 07 35 05.0 1.3 s 80nm
24 sep ipc 11 40 23.1 1.8 s 1200nm lz 20s 1400um
24 sep ip 13 34 33.1 is 34 50.6
24 sep ip 23 21 09.3 es 21 20.9
25 sep ep 11 14 43.9 i 14 45.8 is 14 52.2
25 sep ip 11 44 40.0 is 44 43.0
25 sep ip 14 07 57.6 1.4 s 140nm
25 sep ip 16 55 56.2 lz 25s 75um
26 sep ip 00 58 55.0 is 59 07.2
26 sep ep 06 57 18.8 lz 20s 10um
26 sep ip 17 24 48.8 is 24 51.7
26 sep ip 23 31 17.0 is 31 18.2
26 sep ip 23 44 20.1 is 44 22.1
27 sep ip 02 55 31.0 is 55 34.3
27 sep ip 17 12 45.9 is 14 40.8
27 sep ep 17 51 42.8
28 sep ep 01 42 29.6 es 42 49.1
28 sep ip 02 21 31.3 is 21 32.5
28 sep ip 04 05 11.3 is 05 48.0
28 sep ip 07 44 39.5 lz 17s 220um
28 sep ep 09 32 30.2
28 sep ep 12 41 30.9
28 sep ep 12 54 55.9 es 54 58.5
28 sep ep 14 51 09.0 is 51 11.7
28 sep ep 19 07 25.3 es 07 46.4
29 sep ip 09 50 51.4 es 50 53.7
29 sep ip 12 09 45.5 is 09 48.8
29 sep ip 17 01 45.7 es 02 02.5
30 sep ip 02 06 32.4 is 07 11.9
30 sep ip 06 15 14.0 lz 21s 5200nm
30 sep ip 06 32 59.0
30 sep ep 06 33 13.3
30 sep ip 08 20 57.2 1.5 s 480nm
30 sep ip 17 06 07.1 is 06 11.6
30 sep ip 21 35 52.1 is 35 55.1
nrs
24 sep ip 11 41 36.0 lz 21s 680um
24 sep ip 16 11 14.4 is 11 26.3
24 sep ip 20 44 51.6 is 45 03.1
25 sep ipc 12 49 39.7 is 49 51.7
25 sep ip 14 08 38.0 0.9 s 46nm
25 sep ip 16 54 48.8 lz 20s 86um
26 sep ep 01 20 40.2 0.9 s 100nm
26 sep ep 06 55 57.4 lz 16s 7300nm
26 sep ip 09 32 49.0 i 32 49.5 es 33 02.1
26 sep ip 18 43 50.1 is 44 00.7
28 sep ip 01 55 14.4 i 55 14.9 is 55 26.4
28 sep ip 07 45 52.7 lz 19s 130um
29 sep ip 00 33 17.3 is 33 29.2
29 sep ip 06 29 51.4 es 30 02.5
29 sep ip 09 53 42.8 is 53 55.2
29 sep ip 13 42 30.0 0.8 s 33nm
30 sep ip 07 07 31.2 es 07 41.9
iluli
24 sep ip 11 41 22.6 1.7 s 1600nm lz 22s 1200um
24 sep ep 17 31 48.6
24 sep ip 20 06 40.2
25 sep ipc 14 07 40.0 1.1 s 58nm
25 sep ip 16 55 20.7 lz 24s 140um
26 sep ipc 01 22 12.2 1.0 s 210nm
26 sep ep 02 35 27.5 1.2 s 51nm
26 sep ep 06 56 17.1 lz 14s 6800nm
28 sep ip 07 45 39.3 lz 23s 130um
29 sep ipd 13 41 36.0 0.9 s 220nm
30 sep ip 06 15 01.2 lz 21s 8500nm
30 sep ip 08 21 10.0 1.2 s 220nm
kullo
24 sep ip 11 41 13.1 1.3 s 1100nm lz 17s 640um
24 sep ip 13 13 02.3 1.2 s 150nm
25 sep ipc 14 06 59.0 0.9 s 87nm
25 sep ipc 16 55 42.2
26 sep ip 01 23 20.3 1.2 s 120nm
26 sep ipc 06 56 33.6 1.0 s 48nm lz 16s 6300nm
27 sep ip 08 16 19.0 0.8 s 24nm
28 sep ip 07 45 29.6 lz 18s 150um
28 sep ep 18 11 12.9 is 11 50.6
29 sep ip 13 40 55.9 0.9 s 100nm
30 sep ip 06 14 53.3
30 sep ipd 08 21 58.8 1.2 s 93nm
sfjd
24 sep ipc 11 41 28.1 lz 21s 1000um
24 sep ep 17 31 54.2
24 sep ip 20 07 11.0 es 07 39.7
25 sep ip 04 24 42.0 es 25 08.2
25 sep ip 14 07 54.8
25 sep ip 16 55 10.7 lz 27s 140um
26 sep ip 01 21 50.7
26 sep ep 02 35 12.1
26 sep ipc 06 56 07.2
26 sep ep 09 34 17.3 es 35 29.9
26 sep ip 18 45 17.0 is 46 30.2
27 sep ep 00 36 48.4 is 36 52.8
27 sep ip 18 47 06.2
28 sep ep 00 50 23.5 is 50 28.4
28 sep ip 07 45 45.4 lz 17s 89um
29 sep ipd 13 41 50.7 0.9 s 140nm
30 sep ip 00 22 41.5
30 sep ip 00 46 54.8 is 46 59.2
30 sep ip 06 15 02.8 i 17 25.8
30 sep ip 08 20 51.8
sumg
24 sep ip 01 30 58.0 0.8 s 13nm
24 sep ip 03 52 59.0 0.8 s 11nm i 53 07.0
24 sep ip 07 35 31.5 1.3 s 190nm
24 sep ipc 11 40 52.0 lz 22s 2400um
24 sep ip 11 47 30.7
24 sep ip 12 53 12.0
24 sep ip 13 12 41.4 1.0 s 220nm
24 sep ip 14 19 32.9 0.9 s 48nm
24 sep ip 15 23 24.3 0.8 s 16nm
24 sep ip 17 31 16.8 1.0 s 150nm
24 sep ep 22 49 17.9
24 sep ip 22 58 54.0
24 sep ip 23 57 24.0 1.4 s 94nm
25 sep ip 04 43 23.7 0.8 s 32nm
25 sep ep 09 23 10.3 es 23 27.5
25 sep ipc 14 07 32.3 1.1 s 430nm
25 sep ipc 16 55 46.0 e 13 01.0 lz 22s 310um
26 sep ipc 01 22 28.0 1.2 s 400nm
26 sep ip 02 29 15.0 i 29 39.8
26 sep ip 02 35 45.0 1.3 s 88nm
26 sep ip 02 43 10.9 1.0 s 29nm
26 sep ep 06 31 03.9 e 33 08.0
26 sep ip 06 56 53.0 lz 17s 12um
26 sep ip 10 23 03.9 es 23 55.0
27 sep ip 07 02 08.5 0.7 s 17nm i 02 23.4
27 sep ip 08 16 23.4 1.2 s 62nm
27 sep ep 12 47 13.6 es 48 20.3
27 sep ep 17 13 05.4 0.6 s 28nm
27 sep ep 17 52 03.3
27 sep ip 18 19 41.1 0.8 s 31nm
27 sep ip 18 46 32.0 0.9 s 56nm
28 sep ip 07 45 08.7 lz 23s 500um
28 sep ip 15 40 31.8 1.1 s 57nm
28 sep ep 18 12 36.8 es 14 07.1
28 sep ip 21 25 11.0 1.2 s 34nm
28 sep ep 21 29 41.6 is 30 10.9
29 sep ipc 00 17 21.3 0.7 s 37nm
29 sep ep 03 24 40.1 es 25 20.3
29 sep ipd 13 41 21.3
30 sep ipc 00 22 09.0 0.7 s 66nm
30 sep ip 00 58 10.5 is 58 54.8
30 sep ip 06 15 05.0 i 17 30.6 lz 19s 15um
30 sep ep 06 27 16.1
30 sep ep 06 34 00.2 e 34 57.9
30 sep ip 08 21 20.4 1.3 s 770nm
30 sep ip 13 48 53.0 1.0 s 24nm
30 sep ip 15 21 17.9 0.9 s 22nm
30 sep ip 15 36 30.7 is 37 08.4
30 sep ip 22 59 53.4 1.0 s 29nm e 00 16.1
30 sep ip 23 55 03.0
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