Bul10037
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 09 14
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
7 sep ep 01 10 49.6 i 23 43.3 lz 20s 670nm
7 sep ip 02 18 53.2 0.9 s 50nm
7 sep ip 15 49 37.8 0.7 s 35nm
8 sep ep 11 57 15.3 lz 23s 5700nm
13 sep ipc 05 59 19.0 0.9 s 120nm e 59 38.1 is 08 49.1
lz 20s 3200nm
dag
7 sep ep 01 11 24.9 i 15 40.9 lz 18s 2500nm
7 sep ipc 02 21 10.4 0.8 s 11nm
7 sep ep 06 02 04.0
7 sep ip 10 56 58.9 is 57 50.5
7 sep ipc 11 40 37.0 1.2 s 38nm
7 sep ipc 15 50 50.9 0.7 s 23nm
8 sep ep 11 58 10.5 lz 23s 22um
9 sep ip 02 19 57.3 es 20 57.7
9 sep ep 07 47 49.3 is 57 44.8 lz 18s 6700nm
9 sep ip 10 35 14.9 1.6 s 410nm
10 sep ep 13 31 15.9
10 sep ep 20 06 27.7 0.8 s 4600pm
11 sep ep 01 58 22.8 1.0 s 5200pm
11 sep ip 03 20 33.9 0.9 s 12nm
11 sep ep 11 55 54.4 1.5 s 120nm lz 23s 2200nm
11 sep ip 19 08 07.6 0.8 s 17nm i 08 19.0
12 sep ip 07 41 18.8 is 42 10.9
13 sep ipc 05 57 57.6 0.9 s 110nm i 58 14.2 is 06 09.6
lz 24s 1900nm
13 sep ep 23 16 29.5 1.1 s 27nm
mud
7 sep ep 01 10 56.3 i 23 51.6 lz 17s 1600nm
7 sep ipc 02 19 08.9 0.9 s 44nm
9 sep ep 07 47 11.2 lz 18s 9300nm
9 sep ip 10 35 47.9 1.1 s 76nm
11 sep ep 11 55 22.0 1.2 s 85nm lz 18s 1600nm
13 sep ipc 05 59 21.5 1.0 s 110nm lz 22s 2900nm
13 sep ep 23 17 37.2 1.1 s 29nm
bsd
7 sep ep 01 10 37.0 i 23 14.2 lz 18s 1500nm
7 sep ipc 02 18 38.3 0.8 s 65nm
7 sep ip 04 16 13.4 i 16 20.1
7 sep ip 09 24 34.2
7 sep ip 09 29 59.3 es 30 21.6
7 sep ipc 15 49 25.1 0.8 s 51nm
8 sep ip 02 06 04.7 i 06 11.7 es 06 58.0
8 sep ep 11 32 46.9 is 33 02.8
8 sep ep 11 57 13.7 lz 22s 9300nm
8 sep ip 12 40 54.5 0.3 s 5700pm
8 sep ip 17 51 13.7 0.4 s 13nm
9 sep ep 07 48 02.3 lz 22s 8300nm
9 sep ip 09 42 22.7 is 42 39.5
11 sep ip 03 57 02.3 is 57 45.0
11 sep ep 11 55 02.8 0.8 s 42nm lz 19s 2600nm
13 sep ipc 05 59 15.9 1.1 s 220nm is 08 42.2 lz 20s 5100nm
13 sep ep 23 17 35.3 1.0 s 38nm
sco
7 sep ep 01 11 51.3 ipp 16 15.4 lz 15s 1500nm
7 sep ep 23 24 55.2 es 25 01.2
8 sep ip 06 13 40.8 is 13 42.4
9 sep ip 04 30 19.2 is 30 24.1
9 sep ep 07 47 31.0 lz 17s 4700nm
9 sep ip 09 28 51.8 is 29 05.0
10 sep ep 21 20 37.0 es 20 43.0
11 sep ip 00 27 35.6 i 27 37.2 is 27 49.3
11 sep ip 16 13 11.5 is 13 14.8
11 sep ep 19 32 53.4 es 32 56.8
13 sep ep 04 09 47.7
nrs
8 sep ip 04 54 50.7 is 55 08.5
9 sep ep 10 33 00.7 1.0 s 72nm
11 sep ip 23 26 06.4 is 26 21.6
12 sep ip 04 57 56.7 is 58 31.0
13 sep ip 05 59 38.0 1.1 s 65nm
13 sep ip 22 42 59.3
sfjd
7 sep ep 15 52 25.3 0.8 s 22nm
7 sep ip 20 00 43.0 es 00 43.6
8 sep ep 11 58 43.1 lz 21s 9500nm
8 sep ip 19 36 54.5 0.7 s 21nm
8 sep ip 23 37 50.5 es 38 20.0
9 sep ip 01 19 49.6 is 20 12.4
9 sep ip 02 36 59.9 is 37 22.8
9 sep ep 02 59 02.3 is 59 20.8
9 sep ep 07 46 27.3 lz 23s 5400nm
9 sep ip 10 33 53.5 1.1 s 160nm
9 sep ip 18 31 57.9 is 32 14.7
9 sep ip 18 42 05.6
10 sep ep 09 03 00.6
10 sep ep 10 02 49.9 is 03 07.8
10 sep ip 16 04 21.8 is 04 38.2
12 sep ip 02 11 51.6 is 12 10.0
13 sep ip 05 59 01.8 0.9 s 130nm
13 sep ip 07 27 51.7 0.8 s 20nm
13 sep ip 23 17 27.1 1.0 s 18nm
sumg
7 sep ipc 02 21 47.2 1.0 s 60nm
7 sep ep 03 24 56.9
7 sep ip 06 02 01.8 0.6 s 5100pm
7 sep ip 10 58 26.6
7 sep ipc 11 41 07.4 1.0 s 79nm
7 sep ep 15 51 38.2 0.9 s 46nm
8 sep ip 00 33 07.2 es 34 05.6
8 sep ep 03 16 59.8
8 sep ep 04 28 24.2 e 28 38.6 es 29 28.5
8 sep ep 11 58 24.6 lz 22s 5400nm
8 sep ep 12 44 10.2 0.9 s 9100pm
8 sep ip 19 36 24.2 1.6 s 120nm
8 sep ip 23 09 33.3 1.1 s 15nm
8 sep ip 23 38 36.0 is 39 41.5
9 sep ip 02 20 42.0 es 22 17.4
9 sep ip 07 47 16.9 lz 17s 4900nm
9 sep ep 09 24 57.5 is 26 31.7
9 sep ip 10 34 16.1
9 sep ip 14 11 29.8 1.1 s 23nm
9 sep ip 23 11 31.4 1.1 s 24nm
10 sep ep 13 31 01.3
10 sep ep 20 07 38.3
11 sep ip 00 33 56.7 0.9 s 19nm
11 sep ip 01 58 44.1 1.2 s 20nm
11 sep ip 03 21 18.6 1.0 s 14nm
11 sep ep 11 56 29.9 1.2 s 28nm
11 sep ip 19 07 35.4 0.9 s 45nm
12 sep ip 07 50 07.0 1.0 s 25nm
12 sep ip 14 51 18.3 1.1 s 27nm
12 sep ep 22 56 42.5 es 57 03.2
13 sep ep 04 10 46.1
13 sep ip 05 58 31.0 0.9 s 280nm
13 sep ip 07 28 27.4 0.7 s 48nm
13 sep ep 17 54 08.6
13 sep ep 19 49 14.1 es 50 08.0
13 sep ip 23 17 00.2 0.9 s 25nm
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