Bul13041
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 16
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 oct ip 01 57 51.1
11 oct ip 21 44 39.9
12 oct ipc 02 21 48.2
12 oct ipc 13 16 37.4 1.0 s 1900nm lz 24s 120um
dag
9 oct ip 06 15 13.6 is 16 10.6
9 oct ip 10 10 49.0 es 11 46.8
9 oct ip 19 57 52.0 1.1 s 16nm
10 oct ep 00 38 12.4 is 38 38.1
10 oct ip 04 30 03.4 0.7 s 3900pm
11 oct ip 02 33 22.0
11 oct ip 16 56 52.7 0.6 s 6200pm
11 oct ip 17 53 54.5 0.7 s 7400pm
11 oct ip 19 43 31.6 0.8 s 16nm
11 oct ip 21 43 54.0 1.1 s 56nm
12 oct ipc 02 21 29.5 0.9 s 130nm i 21 51.3
12 oct ip 13 20 06.4 0.8 s 110nm lz 25s 70um
12 oct ep 14 38 31.9 es 39 03.3
12 oct ip 14 44 05.2 1.0 s 11nm
13 oct ipc 01 27 02.6 1.0 s 170nm
13 oct ep 07 37 12.2
13 oct ipc 17 45 46.6
14 oct ip 14 47 16.0 es 48 15.7
mud
8 oct ip 01 57 50.4 1.0 s 85nm
8 oct ip 03 00 17.0 0.8 s 15nm
11 oct ep 21 44 36.0 1.3 s 160nm
12 oct ipc 02 21 37.6 0.9 s 150nm
12 oct ip 13 16 54.6 0.9 s 1600nm lz 22s 140um
13 oct ip 01 25 50.8 1.3 s 85nm
13 oct ip 17 45 16.7 1.2 s 120nm i 45 30.6
bsd
8 oct ip 01 57 51.4 1.1 s 100nm
8 oct ip 02 59 46.4 0.8 s 32nm
8 oct ip 09 17 02.7 es 17 22.2
8 oct ep 09 32 36.7 is 32 53.4
8 oct ip 09 59 14.8 is 59 30.5
8 oct ep 12 35 39.8 es 36 00.1
11 oct ep 21 44 35.6 1.0 s 120nm
12 oct ipc 02 21 55.9 0.9 s 71nm
12 oct ep 10 12 23.1 es 13 03.2
12 oct ip 13 16 24.7 0.8 s 2500nm lz 16s 210um
13 oct ip 01 25 23.3 1.0 s 91nm
13 oct ipc 17 44 58.2 1.0 s 58nm i 45 12.7
13 oct ip 17 48 23.0 0.4 s 2200pm
14 oct ip 19 54 17.4 is 54 59.4
sco
8 oct ip 09 27 24.4 es 27 27.1
8 oct ep 22 10 35.6 is 10 37.3
8 oct ip 23 23 37.0
9 oct ep 18 25 04.7 i 25 06.1 is 25 11.4
10 oct ip 02 16 45.0 is 16 51.7
10 oct ep 13 22 54.6 is 22 56.7
10 oct ip 19 28 18.3 i 28 20.0 is 28 21.0
11 oct ep 09 15 04.8 is 15 07.3
11 oct ip 21 44 08.0
12 oct ep 02 20 58.5
12 oct ep 05 11 05.3 es 11 14.1
12 oct ip 12 23 30.5 is 23 46.3
12 oct ipc 13 19 47.1 0.9 s 310nm lz 24s 56um
12 oct ep 18 33 02.0 is 33 03.9
13 oct ip 00 50 13.7 is 50 15.3
13 oct ep 01 03 17.4 es 03 19.3
13 oct ip 01 27 20.1 1.2 s 98nm
13 oct ep 07 35 39.9 i 35 45.4
13 oct ep 13 42 41.7 is 42 43.7
nrs
8 oct ip 04 47 52.8 is 48 09.0
8 oct ip 05 17 41.0 is 17 57.4
8 oct ip 15 41 46.0 is 42 08.6
9 oct ip 15 55 49.0 is 56 00.6
9 oct ip 21 31 04.9 is 31 21.2
10 oct ip 05 56 10.6 is 56 22.5
11 oct ip 14 22 22.5 is 22 34.6
11 oct ip 15 18 51.0 is 19 02.4
11 oct ip 15 27 56.0 is 28 08.1
12 oct ipc 02 19 28.8 0.9 s 600nm
12 oct ep 12 32 45.4 i 32 47.4
12 oct ipc 13 20 41.9 lz 20s 51um
iluli
11 oct ip 21 43 56.7 0.9 s 50nm
12 oct ipc 02 20 17.7 1.1 s 410nm
12 oct ipc 13 20 58.1 lz 25s 39um
13 oct ipc 01 28 21.3 0.8 s 160nm
13 oct ip 12 26 55.9 is 27 06.8
kullo
12 oct ipc 02 20 50.9 0.8 s 100nm
12 oct ipc 13 21 11.6 1.2 s 550nm i 21 27.9 lz 20s 47um
13 oct ipc 01 28 06.2 0.9 s 99nm
14 oct ip 02 02 31.3 es 02 53.5
sfjd
8 oct ip 05 18 59.9 is 20 15.2
8 oct ip 20 41 01.0 is 42 01.3
9 oct ep 10 25 29.6 is 26 25.7
9 oct ip 12 43 24.3 is 43 42.1
9 oct ip 15 57 15.4 is 58 30.2
10 oct ip 02 31 34.0 is 31 52.5
11 oct ep 02 28 32.9 is 28 36.9
11 oct ep 05 46 28.7 is 46 34.4
11 oct ip 14 23 48.2 is 25 00.7
11 oct ip 15 20 17.8 is 21 32.2
11 oct ep 15 29 23.4
11 oct ip 23 14 09.0 i 14 17.9
12 oct ipc 02 20 03.1
12 oct ip 13 20 57.0 i 21 13.5
12 oct ip 18 27 05.0 is 28 00.6
12 oct ip 23 08 21.0 is 08 25.2
13 oct ip 01 28 28.7 0.9 s 57nm
13 oct ip 07 36 58.6
13 oct ip 12 27 15.8 is 27 43.4
14 oct ip 01 01 08.3 is 01 31.0
14 oct ip 08 30 01.2 is 30 20.7
14 oct ep 11 02 12.9 is 02 17.1
14 oct ep 18 04 23.3 is 04 28.7
sumg
8 oct ip 01 57 13.8 1.2 s 42nm
8 oct ip 03 02 52.7 0.7 s 42nm
8 oct ep 05 20 08.3
8 oct ep 10 20 29.0 es 21 34.9
9 oct ep 06 16 35.9 es 18 33.7
9 oct ip 10 26 08.9 es 27 34.2
9 oct ip 10 58 50.6 1.0 s 130nm
9 oct ip 19 58 00.4 1.0 s 53nm
10 oct ip 04 30 30.0 1.0 s 86nm
11 oct ip 02 33 31.0 1.1 s 35nm
11 oct ip 17 54 27.0 0.9 s 47nm
11 oct ip 19 43 58.6 1.0 s 170nm
11 oct ip 21 43 57.4 1.4 s 340nm
11 oct ip 23 14 35.0 i 14 44.4
12 oct ipc 02 20 49.8 0.9 s 1700nm
12 oct epd 13 20 30.6 lz 24s 140um
12 oct ep 18 02 52.1
12 oct ip 18 27 38.5 is 29 01.1
13 oct ipc 01 27 47.4 0.8 s 410nm
13 oct ep 07 36 36.6
13 oct ip 17 46 18.6 1.1 s 76nm
14 oct ep 02 03 11.5 is 04 23.7
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