Bul08038
Geofysisk Afdeling, GEUS Phone 38 14 20 00
Office of Seismology +45 38 14 20 00
Østervoldgade 10 Telex 15184 seismo dk
DK-1350 København K Telefax 38 14 20 50
Processed 2008 09 17
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
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
9 sep ip 12 43 31.3 lz 20s 1100nm
10 sep ep 01 37 35.8 0.8 s 14nm lz 18s 1000nm
10 sep ip 11 08 29.4 0.8 s 190nm es 14 49.4 lz 24s 3700nm
10 sep ipd 13 18 38.4 1.0 s 70nm es 27 08.7 lz 21s 23um
11 sep ip 00 18 02.1 0.8 s 26nm
11 sep ipc 00 32 27.0 0.9 s 140nm is 41 59.5
11 sep ip 00 44 23.2 0.9 s 35nm lz 19s 140um
11 sep ep 01 19 45.8 0.8 s 16nm iap 20 08.0
11 sep ip 10 14 09.2 es 14 22.1
11 sep ip 17 49 42.6 0.8 s 58nm
12 sep ip 13 16 57.3
12 sep ep 18 05 14.8 es 05 26.7
12 sep ep 23 18 41.4 es 27 28.9 lz 15s 1800nm
13 sep ipd 09 44 22.2 0.8 s 48nm iap 45 12.1
14 sep ep 00 19 25.3 lz 17s 640nm
14 sep ip 20 38 14.0
dag
9 sep ipc 04 23 55.6
9 sep ip 12 42 02.0
9 sep ep 15 08 53.5 0.9 s 3300pm
9 sep ip 21 26 11.4 is 27 16.1
10 sep ep 01 18 55.3 0.8 s 2400pm
10 sep ip 01 24 59.5 1.0 s 6500pm
10 sep ip 01 38 32.7 1.1 s 11nm
10 sep ip 03 13 39.5 0.7 s 7700pm
10 sep ip 03 56 04.1 ilg 56 05.2 ilg 56 24.4
10 sep ip 04 49 02.6 0.8 s 2700pm
10 sep ipc 11 10 43.8 0.8 s 48nm lz 18s 5600nm
10 sep ip 11 43 20.4 0.8 s 3100pm
10 sep ip 12 49 27.4 es 51 15.5
10 sep ipc 13 19 22.1 1.1 s 74nm
10 sep epc 13 19 43.0 lz 24s 27um
10 sep ep 18 17 16.9 1.0 s 3900pm
11 sep ip 00 13 30.7
11 sep ipc 00 13 32.0 0.6 s 52nm
11 sep ip 00 17 58.7 1.1 s 25nm
11 sep ipc 00 31 01.7 0.9 s 110nm es 39 18.2
11 sep ip 00 42 56.7 0.9 s 18nm
11 sep ip 00 59 35.4 0.9 s 5400pm
11 sep ip 01 18 20.4 0.9 s 8900pm iap 18 42.4
11 sep ep 01 21 49.6 0.8 s 2900pm
11 sep ip 02 26 18.6 0.9 s 6100pm
11 sep ip 04 11 10.4 0.9 s 9800pm
11 sep ip 05 07 13.0 0.9 s 12nm
11 sep ip 17 37 08.7 0.7 s 2800pm
11 sep ep 17 49 41.6
11 sep ip 17 50 15.1 1.0 s 7600pm
11 sep ip 22 44 52.0 0.9 s 6900pm
11 sep ep 23 35 11.3 0.7 s 2700pm
12 sep ip 01 56 18.2 is 56 40.9
12 sep ip 09 09 59.9 is 10 58.5
12 sep ep 09 45 10.5 is 45 36.7 ilg 45 38.8
12 sep ip 17 03 14.1
12 sep ep 17 39 28.3 0.7 s 3400pm
12 sep ip 23 16 24.3 0.9 s 13nm lz 17s 4500nm
12 sep ip 23 58 21.7 1.0 s 8600pm
13 sep ip 03 27 05.5 is 27 37.9
13 sep ip 06 08 51.8 is 09 14.9
13 sep ipd 09 43 44.6 0.8 s 73nm
13 sep ip 15 10 11.4 is 10 34.0
14 sep ep 00 19 08.8
14 sep ip 19 21 15.7 is 22 18.7
14 sep ip 20 14 27.5 is 15 24.0 is 15 25.0
14 sep ipc 20 37 29.7 i 37 37.9
15 sep ep 02 49 28.2 0.8 s 12nm
15 sep ip 08 03 11.7 0.9 s 16nm
15 sep ip 18 28 21.2 is 29 18.2
15 sep ip 19 03 25.9 1.1 s 4300pm
15 sep ip 19 33 03.8 0.7 s 2300pm
15 sep ip 20 46 22.4 is 47 14.4
15 sep ep 23 15 03.0 is 15 06.9
mud
9 sep ip 12 43 41.8 lz 20s 2500nm
10 sep ip 11 08 47.4 i 10 38.2 lz 14s 9200nm
10 sep ip 13 18 28.0 1.1 s 80nm lz 18s 37um
10 sep ip 21 16 10.2 is 16 39.4
11 sep ep 00 13 53.9 1.0 s 13nm e 14 20.9
11 sep ip 00 18 12.0
11 sep ipc 00 32 29.2 0.9 s 68nm is 42 04.6
11 sep ip 00 44 25.2 1.0 s 22nm lz 17s 190um
11 sep ep 01 19 48.3 0.9 s 13nm
11 sep ip 10 14 19.7 es 14 38.5
11 sep ip 17 49 51.6 1.0 s 64nm
12 sep ip 13 17 09.3 is 17 27.6 ilg 17 29.0
12 sep ip 18 05 23.0 es 05 41.4
12 sep ep 23 18 43.0 es 27 26.3 lz 18s 5200nm
13 sep ipd 09 44 13.1 1.0 s 99nm i 45 01.5
14 sep ep 00 19 20.6 lz 20s 1000nm
14 sep ipc 20 38 11.8 i 38 58.8
15 sep ip 02 50 09.7 1.0 s 21nm
bsd
9 sep ip 12 43 39.4 lz 20s 2100nm
10 sep ep 01 19 11.1 1.0 s 11nm
10 sep ip 01 37 27.0 0.9 s 14nm lz 17s 2200nm
10 sep ip 10 02 04.2 es 02 18.0
10 sep ipc 11 08 15.2 0.8 s 250nm i 10 03.9 es 14 19.9
lz 14s 7300nm
10 sep ipc 13 18 41.3 1.0 s 55nm lz 22s 37um
10 sep ip 21 16 12.9 es 17 06.5 i 17 07.3
11 sep ep 00 13 42.0 0.9 s 32nm
11 sep ip 00 17 51.4 1.0 s 21nm
11 sep ipc 00 32 24.2 0.9 s 260nm i 35 06.1 is 41 53.0
11 sep ip 00 44 20.0
11 sep ep 00 44 20.2 0.9 s 48nm lz 20s 300um
11 sep ep 01 19 44.0 0.9 s 26nm iap 20 05.5
11 sep ip 10 14 32.0
11 sep ip 11 04 40.6 is 04 57.0
11 sep ip 17 49 34.3 0.9 s 42nm
12 sep ip 13 17 21.5
12 sep ip 18 05 36.1 is 06 06.7 ilg 06 11.1
12 sep ep 23 18 43.5 lz 19s 4800nm
13 sep ip 09 44 27.4 1.0 s 62nm
13 sep ep 11 41 03.0
14 sep ep 00 19 15.0 lz 19s 940nm
14 sep ip 20 38 12.1
14 sep epc 20 38 12.8 0.9 s 71nm
15 sep ep 02 50 05.6 1.0 s 30nm
15 sep ep 08 04 34.7 0.9 s 44nm lz 17s 530nm
15 sep ip 09 26 04.3 is 27 03.3
sco
9 sep ep 04 25 21.5 is 27 20.4
9 sep ep 12 42 52.2 lz 24s 1100nm
9 sep ip 21 25 38.6
10 sep ep 01 19 12.1 1.0 s 28nm
10 sep ip 01 26 12.1 1.2 s 32nm
10 sep ip 11 10 49.4 1.0 s 52nm lz 22s 7500nm
10 sep ip 13 18 43.5 1.1 s 78nm lz 19s 29um
11 sep ep 00 13 59.7 0.8 s 11nm
11 sep ip 00 18 38.7
11 sep ipc 00 31 44.4 1.1 s 99nm
11 sep ip 00 43 40.6 1.0 s 29nm lz 23s 56um
11 sep ep 00 59 30.7
11 sep ep 04 11 55.7 1.0 s 21nm
12 sep ep 23 17 14.6 lz 18s 3900nm
13 sep ep 04 34 40.5
13 sep ip 09 43 21.8 0.8 s 55nm
14 sep ep 00 19 56.6
14 sep ep 20 36 15.3
15 sep ip 02 49 32.5 0.9 s 25nm
15 sep ip 14 27 50.3 is 28 07.8
sumg
9 sep ep 04 25 20.6 is 27 17.9
9 sep ip 07 55 22.3 0.9 s 6000pm i 55 53.1
9 sep ip 12 42 35.4 lz 22s 1300nm
9 sep ip 15 09 21.8 0.9 s 13nm i 09 37.0
9 sep ip 15 46 36.3 0.7 s 5200pm
9 sep ip 21 27 30.1
9 sep ip 21 27 30.6 is 29 31.1 is 29 32.0
10 sep ip 01 25 42.1 0.8 s 16nm
10 sep ipc 01 39 16.5 0.8 s 26nm
10 sep ip 03 14 13.7 0.9 s 6700pm
10 sep ip 04 49 36.7 0.7 s 8200pm
10 sep ep 10 38 39.5 1.0 s 17nm
10 sep ipc 11 11 21.0 1.0 s 220nm
10 sep ep 11 37 01.2 1.0 s 6900pm
10 sep ip 11 43 57.2 1.0 s 12nm
10 sep ep 12 48 42.6 is 50 22.6
10 sep ip 13 18 52.2 1.0 s 210nm lz 19s 15um
10 sep ip 16 02 23.2 0.6 s 4300pm
10 sep ip 16 16 38.3 0.8 s 16nm
10 sep ip 16 25 22.3 1.1 s 17nm
10 sep ip 18 17 54.4 0.9 s 8500pm
11 sep ep 00 13 59.4 1.0 s 6800pm
11 sep ip 00 18 44.5 1.0 s 30nm
11 sep ipc 00 31 34.4 0.8 s 410nm is 40 19.6
11 sep ip 00 43 30.2
11 sep ip 01 00 25.7 lz 18s 86um
11 sep ip 01 18 53.4 0.7 s 39nm iap 19 15.4
11 sep ip 01 22 27.0 0.9 s 13nm
11 sep ip 01 35 33.4 0.7 s 6700pm
11 sep ip 02 26 55.8 1.0 s 27nm
11 sep ipc 04 11 43.0 0.8 s 31nm
11 sep ip 05 07 46.4 0.7 s 43nm
11 sep ep 17 37 56.5 0.9 s 4600pm
11 sep ip 17 50 24.4 0.9 s 30nm
11 sep ip 22 45 23.2 0.9 s 26nm
11 sep ip 23 15 57.6 0.9 s 4400pm
11 sep ip 23 34 46.6 1.0 s 8700pm
12 sep ep 03 43 33.3 es 45 21.9
12 sep ep 09 11 20.5 es 13 21.0
12 sep ep 13 01 02.8 0.8 s 5400pm
12 sep ipc 13 28 48.0
12 sep ip 17 03 19.5 0.9 s 12nm
12 sep ip 17 39 20.9 0.7 s 5000pm
12 sep ip 23 16 49.6 1.0 s 55nm es 24 03.1 lz 16s 3700nm
12 sep ip 23 58 51.2 1.0 s 19nm
13 sep ep 03 28 23.0 es 29 59.5
13 sep ep 04 35 09.2
13 sep ipd 09 43 07.5 0.8 s 590nm
13 sep ip 10 16 48.8 0.9 s 13nm
13 sep ep 14 04 55.9 es 05 45.3
13 sep ip 20 33 32.6 0.9 s 9900pm
14 sep ep 00 19 53.3 lz 14s 880nm
14 sep ep 07 06 13.8 es 07 12.7
14 sep ep 09 31 23.9 is 34 07.1
14 sep ip 11 40 14.5 is 41 47.0
14 sep ip 19 22 24.6
14 sep ip 20 37 40.4
14 sep ip 20 37 40.9 0.9 s 11nm
15 sep ip 02 49 33.4 0.8 s 4000pm
15 sep ip 08 03 44.0 0.7 s 48nm es 12 45.3
15 sep ip 10 22 09.4 is 23 24.7
15 sep ip 18 29 52.6
15 sep ep 19 33 09.5 0.8 s 4700pm
15 sep ip 20 47 51.3
15 sep ep 22 13 18.2 es 14 11.5
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