Bul10050
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 2010 12 15
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
8 dec ip 01 48 11.2
10 dec ipd 09 41 39.0 0.6 s 50nm
11 dec ep 14 01 48.9
12 dec ipd 16 14 48.8 0.7 s 70nm
dag
7 dec ep 04 46 42.5 lz 21s 1300nm
7 dec ip 09 57 40.0 1.4 s 73nm
7 dec ip 18 18 37.1 0.8 s 4400pm
7 dec ip 18 26 25.2 0.9 s 18nm
7 dec ip 20 45 25.1 0.7 s 2400pm
8 dec ep 00 31 20.7
8 dec ip 05 43 44.8 1.5 s 230nm lz 17s 5900nm
8 dec ip 07 00 24.3 0.8 s 15nm
8 dec ip 08 30 44.6 0.7 s 16nm
8 dec ip 09 29 39.1 1.0 s 8500pm
9 dec ip 04 58 06.8 is 59 00.5
9 dec ip 10 16 35.6 is 17 30.4
9 dec ip 16 31 38.0 0.9 s 9700pm
9 dec ip 22 57 36.3 1.1 s 8100pm
9 dec ip 23 27 34.1 0.8 s 21nm lz 18s 750nm
10 dec ip 04 16 26.9
10 dec ipc 05 49 57.1 0.8 s 12nm
10 dec ipc 06 19 52.3 0.8 s 6700pm
10 dec ip 09 40 55.3
10 dec ip 12 03 31.5 is 04 28.2
10 dec ip 17 57 51.2 1.2 s 32nm
11 dec ip 03 08 41.1
11 dec ep 03 29 27.3
11 dec ip 10 58 53.9 1.0 s 13nm
11 dec ip 14 01 08.9 0.6 s 5600pm
11 dec ip 15 44 36.5 is 44 48.5
11 dec ip 16 16 45.6 is 17 40.1
12 dec ip 12 18 47.6 0.7 s 3500pm
12 dec ip 18 09 40.7 1.1 s 9400pm
12 dec ip 20 49 51.2 es 50 55.6
13 dec ip 13 17 59.7 0.8 s 4900pm
mud
7 dec ip 18 28 41.8
9 dec ep 23 26 16.6 lz 17s 3500nm
10 dec ipd 09 41 38.0 1.2 s 220nm
12 dec ipd 16 14 47.8 0.8 s 95nm
12 dec ip 18 10 26.7 1.4 s 200nm
13 dec ep 01 33 24.1 1.5 s 140nm
bsd
7 dec ip 14 43 58.6 is 44 14.0
7 dec ip 16 59 46.8 is 00 26.9
8 dec ep 00 06 58.1 0.9 s 17nm
8 dec ipd 01 48 10.7 0.7 s 31nm
8 dec ip 05 43 23.3 i 54 11.3 lz 17s 5400nm
8 dec ip 08 00 13.5 es 00 27.5
8 dec ip 15 00 48.7 0.9 s 15nm
9 dec ipc 04 16 39.6 is 17 21.3
9 dec ip 23 25 47.3 0.3 s 6200pm lz 15s 1600nm
10 dec ipd 09 41 39.0 1.1 s 240nm
10 dec ep 11 59 18.1 es 59 37.4
11 dec ip 04 32 46.4 es 33 27.1
11 dec ip 14 01 52.8
12 dec ip 16 14 49.3 0.8 s 140nm
13 dec ip 01 33 21.4 0.9 s 80nm
13 dec ip 16 34 42.0 es 35 24.4
sco
7 dec ep 04 46 29.3 1.5 s 48nm
7 dec ip 06 21 29.3 is 21 42.2
7 dec ip 09 57 29.1 1.3 s 15nm
7 dec ip 13 23 20.6 is 23 23.9
7 dec ep 14 41 09.4 es 41 12.8
7 dec ep 18 19 24.2 1.5 s 27nm
7 dec ipc 18 27 13.7 lz 21s 3300nm
7 dec ip 20 44 48.0 1.0 s 5000pm
8 dec ep 02 50 20.9
8 dec ip 05 43 34.9 lz 19s 4700nm
8 dec ep 07 27 19.0 is 27 28.1
8 dec ip 08 31 04.8
8 dec ip 23 46 16.7 is 46 21.4
9 dec ip 01 30 22.2 is 30 26.8
9 dec ip 04 20 42.8 is 20 47.4
9 dec ip 04 44 19.0 is 44 23.5
9 dec ip 12 31 02.8 es 32 06.1
9 dec ip 13 33 42.5 is 33 49.4
9 dec ip 23 27 50.2
10 dec ip 09 41 09.7 1.2 s 23nm
10 dec ip 09 57 30.0 es 57 55.6
10 dec ep 12 56 26.3 es 57 44.5
10 dec ip 17 57 07.4 1.1 s 26nm
11 dec ip 04 16 28.0 is 16 34.2
11 dec ip 04 46 44.8 is 46 50.8
11 dec ep 05 04 46.0 is 04 51.3
11 dec ip 05 22 49.5 is 22 56.4
11 dec ep 05 38 31.7 is 38 38.0
11 dec ep 07 35 25.7 es 38 26.8
11 dec ip 08 22 14.2 is 22 20.7
11 dec ep 08 42 17.7 es 42 24.8
11 dec ep 10 59 40.4
11 dec ip 14 01 21.4 0.9 s 6700pm
12 dec ep 16 14 18.3
12 dec ip 18 09 53.7 1.2 s 18nm
12 dec ip 18 40 20.2
12 dec ip 20 49 46.5
13 dec ip 01 33 08.9 1.3 s 24nm lz 19s 1100nm
13 dec ip 12 08 11.0 is 08 13.4
13 dec ip 13 17 38.7 0.9 s 4800pm
13 dec ep 16 50 12.1 i 51 13.5
13 dec ep 17 08 54.2 es 10 08.0
13 dec ep 18 16 02.7 es 16 26.3
13 dec ip 21 13 12.3 is 13 25.6
nrs
7 dec ip 18 27 55.8 lz 18s 4300nm
9 dec ip 19 28 47.9 is 29 05.9
10 dec ep 01 51 17.0 es 51 59.2
10 dec ip 02 56 34.9 is 56 52.7
10 dec ip 03 22 26.3 is 22 44.2
12 dec ep 05 29 49.4 is 30 54.8
13 dec ep 01 33 21.7
sfjd
7 dec ip 04 52 19.9 es 52 45.0
7 dec ep 18 27 13.7
8 dec ip 05 43 30.2 lz 17s 13um
8 dec ip 06 53 40.2 is 53 56.6
9 dec ep 00 05 57.7 is 06 15.4
9 dec ip 17 02 17.2 is 02 30.0
9 dec ip 21 25 05.5 is 25 33.7
9 dec ip 23 28 56.7 0.9 s 32nm
10 dec ip 08 25 19.5 es 26 21.8
10 dec ipc 09 33 34.0
10 dec ip 09 40 58.9 0.8 s 9300pm
10 dec ip 14 35 02.7 is 36 21.4
10 dec ip 15 33 12.2 is 33 28.6
11 dec ep 10 59 46.5 1.1 s 26nm
11 dec ip 14 01 11.4 0.6 s 10nm
12 dec ip 05 29 42.3 is 31 02.5
13 dec ip 01 33 11.0 1.3 s 39nm
sumg
7 dec ep 04 46 36.0 1.0 s 5600pm
7 dec ip 09 57 33.2 1.0 s 16nm
7 dec ep 18 19 00.5
7 dec ip 18 26 48.8 1.4 s 200nm lz 15s 4700nm
7 dec ip 20 44 55.9 0.8 s 8600pm
8 dec ip 00 30 38.7 1.1 s 11nm
8 dec ep 02 50 33.2
8 dec ip 05 43 39.6 lz 18s 12um
8 dec ip 07 00 53.9 1.3 s 19nm
8 dec ip 08 31 33.0
8 dec ip 09 29 19.1 0.9 s 7000pm
8 dec ep 16 19 29.3
9 dec ip 04 59 33.0 es 01 32.9
9 dec ip 10 18 06.2 es 20 09.6
9 dec ep 12 31 52.2 es 32 54.7
9 dec ip 16 32 10.5 0.8 s 13nm
9 dec ep 18 22 21.8 es 23 22.6
9 dec ip 22 57 50.6 1.2 s 30nm
9 dec ip 23 28 16.7 0.7 s 21nm
9 dec ep 23 48 45.1 es 49 46.9
10 dec ip 04 16 58.3 0.8 s 14nm
10 dec ip 05 49 44.5 1.2 s 26nm
10 dec ip 06 20 19.4 1.1 s 16nm
10 dec ip 08 25 35.9 es 26 47.2
10 dec ip 09 32 27.0 is 33 40.7
10 dec ip 09 41 00.7 0.9 s 13nm
10 dec ip 11 19 37.3 es 20 49.0
10 dec ep 12 04 54.7
10 dec ip 14 35 20.3
10 dec ip 17 57 07.9 1.1 s 28nm
11 dec ip 03 30 01.9 1.0 s 14nm
11 dec ep 07 35 58.6
11 dec ip 08 23 26.4 es 24 27.4
11 dec ip 10 59 19.5 1.0 s 43nm
11 dec ip 14 01 13.3 1.0 s 23nm
11 dec ip 16 18 16.7 es 20 24.5
12 dec ip 05 29 59.7 is 31 12.8
12 dec ip 12 19 31.1 0.6 s 5000pm
12 dec ep 16 14 09.9 1.2 s 10nm
12 dec ip 18 09 44.0 1.1 s 13nm
12 dec ep 20 46 45.8 1.0 s 9000pm
13 dec ip 05 22 30.8 0.8 s 3900pm
13 dec ip 05 31 53.9 0.6 s 5100pm
13 dec ip 13 17 25.8 1.0 s 10nm
13 dec ip 15 10 20.6 0.8 s 13nm
13 dec ep 16 50 59.6
++