Bul5041
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 2005 10 11
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
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
5 oct ip 10 26 56.1 1.1 s 160nm es 38 08.3 i 40 23.9
lz 21s 760nm
5 oct ip 16 02 25.8 i 02 32.7 is 02 40.2
6 oct ep 23 13 51.3 0.8 s 44nm
8 oct ipc 03 59 04.3 1.0 s 1100nm i 00 56.0 is 05 49.8
i 09 08.1 lz 16s 310um
8 oct ip 04 34 35.4 0.8 s 66nm
8 oct ip 04 43 22.1 0.9 s 58nm
8 oct ep 06 50 59.2 0.9 s 49nm
8 oct ipc 10 54 50.8 1.0 s 120nm i 56 38.0 is 01 35.6
i 05 09.9 lz 20s 22um
8 oct ip 12 33 44.1 0.7 s 46nm
8 oct ipc 21 21 55.0 1.1 s 91nm i 22 57.1 is 28 38.2
i 32 15.5 lz 16s 1400nm
8 oct ip 21 53 29.3 1.2 s 56nm
9 oct ep 07 19 00.9 lz 19s 350nm
9 oct ip 08 38 24.3 i 40 13.9 is 45 10.9
i 48 45.2
dag
4 oct ipd 17 53 12.6 0.3 s 5200pm
5 oct ep 08 59 46
5 oct epd 10 26 14.8 0.8 s 5200pm lz 20s 3100nm ln 20s 2600nm
le 20s 2000nm
5 oct ipd 12 31 49.0 0.7 s 5500pm
6 oct ipd 23 15 48.7 0.7 s 4100pm
7 oct ipd 06 58 48.4 1.1 s 7600pm
7 oct ipd 17 54 22.9 0.5 s 15nm i 54 40.6
8 oct ipdu 04 00 25.5 0.6 s 160nm i 00 28.2
8 oct ipd 04 35 56.4 0.6 s 71nm
8 oct epc 04 43 57.9 0.8 s 13nm
8 oct epd 04 56 11.1 0.7 s 3400pm
8 oct ipd 05 18 27.6 0.6 s 37nm
8 oct ipd 05 29 32.8 0.6 s 87nm
8 oct ipd 05 35 50.2 0.6 s 99nm
8 oct epd 06 25 11.7 0.6 s 29nm
8 oct epd 06 52 16.2 1.2 s 38nm
8 oct ipc 08 06 47.3 0.6 s 2700pm
8 oct ipd 08 31 36.8 0.6 s 17nm
8 oct ipd 09 11 40.7 0.6 s 11nm i 11 44.9
8 oct ipc 09 46 40.4 0.5 s 2800pm
8 oct ipc 10 26 43.0 0.7 s 8900pm
8 oct ipdu 10 56 13.9 0.6 s 250nm i 56 16.9 lz 20s 33um
ln 21s 16um le 20s 23um
8 oct ipc 11 38 27.9 0.7 s 25nm
8 oct epd 11 40 25.8 0.6 s 15nm
8 oct ipd 11 43 18.5 0.6 s 58nm
8 oct epc 12 01 47.9 0.8 s 3000pm
8 oct ipd 12 18 13.1 0.6 s 44nm
8 oct ipc 12 28 22.9 0.9 s 9200pm
8 oct ipd 12 35 04.6 0.6 s 180nm
8 oct ipd 12 54 35.9 0.6 s 4700pm
8 oct epd 13 55 45.8 0.6 s 10nm
8 oct ipd 21 23 17.2 0.6 s 320nm i 23 20.4
8 oct ipd 21 54 55.4 1.6 s 120nm
8 oct ipc 22 14 13.8 0.6 s 13nm
8 oct ipc 22 25 24.9 0.5 s 7000pm
8 oct ipc 23 03 24.5 0.6 s 11nm
9 oct ipc 01 22 14.4 0.6 s 7300pm
9 oct ipc 04 59 14.1 0.7 s 2100pm
9 oct ipc 05 08 39.9 0.8 s 12nm
9 oct ipd 07 19 04.9 0.5 s 12nm
9 oct epd 08 39 46.3 0.6 s 67nm
9 oct epd 09 09 20.0 0.6 s 9300pm
9 oct ipc 09 32 20.2 0.8 s 8200pm
9 oct epc 09 36 22.4 0.8 s 4500pm
9 oct ipc 11 31 30.0 0.7 s 10nm
9 oct ipc 12 47 59.2 0.7 s 14nm
9 oct epd 15 06 32.7 0.6 s 2700pm
9 oct ipc 19 30 26.2 0.6 s 15nm
9 oct ipc 19 56 46.5 0.7 s 19nm
9 oct epd 22 51 54.0 0.4 s 20nm
10 oct ipc 06 11 47.2 0.6 s 2700pm
10 oct ipc 06 58 35.1 0.6 s 6000pm
mud
4 oct ip 12 35 45.0 0.4 s 9800pm
5 oct ep 08 59 11.6 1.1 s 23nm lz 18s 2400nm
5 oct ip 10 14 07.0 is 14 40.0
5 oct ip 10 26 54.7 1.1 s 320nm e 29 55.8 is 39 53.8
lz 20s 2500nm
5 oct ip 12 24 51.5 es 25 08.2
5 oct ip 16 02 34.9 es 02 53.3 i 02 54.2
6 oct ip 23 14 05.8 0.8 s 23nm
8 oct ipc 03 59 18.8 1.5 s 2300nm i 01 12.5 i 01 54.4
es 06 16.5 i 09 54.8
lz 17s 580um
8 oct ep 04 34 45.9
8 oct ip 04 43 30.2 1.0 s 56nm e 43 49.7
8 oct ep 05 34 42.6 1.1 s 32nm
8 oct ip 05 36 45.5
8 oct ep 06 24 05.5
8 oct ep 06 51 13.9 1.1 s 26nm
8 oct ep 09 12 39.2
8 oct ipc 10 55 05.9 1.4 s 100nm i 56 54.9 is 01 56.4
i 05 46.6 lz 19s 34um
8 oct ipc 21 22 09.1 1.0 s 66nm i 24 02.0 is 32 35.2
lz 17s 1700nm
8 oct ep 21 53 39.6 1.2 s 33nm i 55 39.8 lz 15s 470nm
9 oct ep 08 38 40.3 1.2 s 53nm i 40 31.8 es 45 36.6
lz 18s 1600nm
9 oct ep 19 29 09.4 1.3 s 57nm i 29 48.1 is 40 11.7
lz 18s 1000nm
bsd
4 oct ipc 12 35 25.6 0.6 s 82nm
5 oct ip 03 55 15.3 i 55 22.0 is 55 57.7
5 oct ep 08 58 52.3 1.0 s 9600pm i 59 38.4
5 oct ipd 10 26 57.2 1.1 s 140nm
5 oct ipc 12 30 52.0 0.7 s 64nm i 31 04.9
5 oct ep 16 02 46.9 i 02 52.4 is 03 29.6
6 oct ip 09 54 09.0
6 oct ip 23 13 38.0 0.8 s 65nm
8 oct ipc 03 58 51.4 1.2 s 440nm i 00 44.2 e 05 43.6
8 oct ipd 04 34 26.1 0.8 s 60nm i 36 04.5
8 oct ep 04 43 13.4
8 oct ipc 05 34 16.3 0.7 s 72nm i 35 59.4
8 oct ip 06 23 37.3 0.7 s 62nm i 28 30.2
8 oct ep 10 20 37.3 e 20 41.0 i 20 45.4
is 21 13.8
8 oct ipd 10 54 39.3 0.8 s 110nm e 56 22.5
8 oct ipd 12 35 14.1 1.3 s 25nm
8 oct ipd 21 21 40.0 1.0 s 60nm i 23 24.3
8 oct ep 21 53 20.7 0.6 s 32nm
9 oct ip 08 38 14.0 0.9 s 38nm
9 oct ep 19 28 52.2 1.0 s 27nm
sfjd
4 oct ep 20 03 14.6 es 03 18.2
5 oct ep 09 08 23.1 es 08 29.4
5 oct ep 10 27 41.9 1.2 s 31nm i 39 07.9 i 44 18.2
lz 22s 2000nm
5 oct ep 16 21 11.6 0.9 s 35nm
7 oct ep 03 38 39.5 is 38 43.7
7 oct ip 17 52 57.4 1.3 s 78nm i 53 14.5 lz 23s 1700nm
7 oct ip 22 26 34.4 is 27 00.1
8 oct ipc 04 01 51.3 1.1 s 880nm is 10 56.6 lz 19s 490um
8 oct ep 04 37 22.9
8 oct epc 05 30 59.9
8 oct ipc 05 37 16.4 0.6 s 81nm
8 oct ip 06 26 36.8 1.0 s 30nm
8 oct ipc 08 33 03.2 0.7 s 28nm
8 oct ipc 10 57 41.0 1.1 s 310nm is 06 45.5 lz 21s 17um
8 oct ep 11 39 53.4
8 oct ipc 11 44 44.6 0.6 s 39nm
8 oct ep 12 19 38.5
8 oct ipc 12 36 31.5 0.7 s 110nm
8 oct ipc 21 24 43.4 1.1 s 290nm
8 oct ep 21 56 21.1
9 oct ipc 08 41 13.5 0.9 s 91nm lz 17s 1800nm
9 oct ip 12 49 25.1 1.0 s 25nm lz 22s 470nm
9 oct ep 15 45 36.0 is 45 57.6 i 46 01.3
9 oct ep 19 31 53.0
9 oct ip 19 58 11.9 0.7 s 18nm
9 oct ep 21 51 35.3 es 52 39.7
10 oct ep 11 32 37.7 is 33 06.3
10 oct ep 14 24 59.6
10 oct ep 16 16 04.1 es 16 32.5
10 oct ep 23 30 11.3 is 30 16.6
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