Bul08009
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 02 26
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
19 feb ep 17 09 36.0 0.9 s 18nm lz 19s 390nm
19 feb ipc 23 20 18.1 0.8 s 40nm
20 feb ep 08 20 24.4 is 30 22.5
21 feb ipc 02 51 06.2 0.8 s 200nm es 55 07.5 lz 19s 8100nm
21 feb ip 05 30 08.1 0.8 s 59nm
21 feb ip 14 27 40.3 i 30 25.0 e 32 14.2
es 37 13.1 lz 19s 3000nm
23 feb ep 16 17 05.7 0.9 s 31nm lz 18s 15um
24 feb ep 14 59 23.6 i 10 17.5 lz 20s 3300nm
24 feb ip 20 27 54.9 is 28 06.9
25 feb ip 08 49 38.3 0.9 s 60nm is 00 34.8 lz 19s 37um
25 feb ip 18 18 59.8 is 29 57.3 lz 19s 4200nm
25 feb ip 21 15 13.4 0.9 s 38nm lz 19s 7600nm
dag
19 feb ipc 17 09 17.7 0.9 s 45nm i 15 07.6
19 feb epd 23 06 18.4 0.5 s 65nm
20 feb ipd 08 21 39.3 0.9 s 43nm
20 feb ipc 18 35 15.6 0.7 s 18nm lz 22s 27um le 20s 16um
21 feb ipc 03 03 19.3 0.8 s 280nm
21 feb epd 05 28 31.2 0.6 s 4000pm
21 feb epc 14 25 10.0 0.8 s 10nm lz 17s 42um le 18s 29um
23 feb ipd 16 16 31.9 1.0 s 50nm lz 18s 21um ln 18s 14um
24 feb epd 14 59 57.5 1.2 s 28nm i 03 55.8 lz 18s 16um
25 feb ipc 08 50 09.1 1.1 s 41nm
mud
19 feb ip 17 09 41.9 1.0 s 33nm lz 18s 950nm
19 feb ip 23 20 37.5 0.8 s 35nm
20 feb ip 04 53 55.0
20 feb ipc 08 21 08.7 1.0 s 330nm is 31 46.8 lz 20s 120um
20 feb ip 18 31 59.6 0.9 s 380nm is 35 55.2 lz 20s 48um
21 feb ipc 02 51 01.3 1.1 s 390nm es 54 50.8 lz 20s 29um
21 feb ip 05 30 09.6 1.0 s 22nm
21 feb ip 14 27 28.4 1.0 s 67nm i 30 07.8 es 36 53.2
lz 19s 9200nm
23 feb ep 07 08 04.2 is 08 21.9
23 feb ip 16 16 03.2
23 feb ep 16 17 05.7 1.0 s 15nm is 27 05.1 lz 19s 20um
24 feb ep 14 59 49.3 i 10 34.8 lz 19s 7400nm
24 feb ip 20 28 12.0 es 28 32.3 is 28 33.0
25 feb ip 08 49 51.9 1.1 s 53nm is 00 52.4 lz 18s 59um
25 feb ep 10 12 04.2 es 12 37.3
25 feb ip 18 19 08.5 is 30 15.7 lz 20s 6400nm
25 feb ip 21 15 21.3 0.9 s 32nm lz 22s 14um
bsd
19 feb ip 15 48 34.7 is 49 15.0 is 49 14.9
ilg 49 17.2
19 feb ip 17 09 30.4 1.0 s 32nm lz 18s 820nm
19 feb ip 21 10 32.8 es 11 14.1 is 11 15.4
19 feb ip 23 20 05.8 0.8 s 70nm
20 feb ip 08 20 50.3 1.0 s 220nm is 31 03.3 lz 19s 100um
20 feb ip 18 31 30.8 0.9 s 490nm is 35 07.6 lz 18s 32um
21 feb ip 02 51 11.4 0.9 s 520nm is 55 14.1 lz 20s 27um
21 feb ipc 05 30 05.7 0.9 s 65nm
21 feb ip 14 27 44.3 i 30 35.7 e 32 14.2
lz 20s 6300nm
23 feb ep 16 17 07.1 1.0 s 33nm is 26 57.2 lz 18s 15um
24 feb ip 14 59 19.2 1.0 s 74nm i 10 04.2 lz 18s 8700nm
24 feb ip 20 28 11.9 is 28 37.0
25 feb ep 01 47 13.3 0.9 s 35nm
25 feb ip 08 49 32.3 0.9 s 190nm is 00 13.6 lz 19s 94um
25 feb ep 10 12 36.9 is 12 45.8
25 feb ip 18 18 52.2 1.0 s 100nm is 29 41.5 lz 20s 10um
25 feb ip 21 15 05.5 0.9 s 72nm lz 20s 22um
sco
19 feb ip 17 09 47.6 1.1 s 12nm lz 20s 460nm
19 feb ip 23 06 48.7 i 06 59.6 is 09 17.0
ilg 09 20.8
19 feb ip 23 23 26.9 1.0 s 18nm
20 feb ip 13 18 53.4 0.9 s 4500pm
20 feb ip 18 34 52.5 1.1 s 140nm lz 18s 16um
21 feb ip 02 49 21.2 0.9 s 160nm lz 18s 49um
21 feb ip 05 29 14.6 0.9 s 7900pm
21 feb ip 09 06 31.3 is 06 56.5
21 feb ip 09 13 43.5
21 feb ip 12 23 06.6 1.0 s 13nm
21 feb ip 14 25 19.6 1.0 s 20nm es 33 01.9 lz 17s 10um
21 feb ip 17 51 19.5 0.8 s 9500pm
22 feb ep 00 13 46.0 lz 22s 1500nm
22 feb ep 19 41 32.5 1.0 s 2700pm lz 17s 520nm
23 feb ep 02 10 50.3 0.9 s 5200pm
23 feb ip 04 50 44.9 0.8 s 3800pm
23 feb ip 11 10 04.6 1.1 s 4800pm lz 19s 1500nm
23 feb ip 12 41 42.5 1.2 s 5100pm
23 feb ip 16 16 23.8 0.8 s 44nm lz 18s 28um
23 feb ip 19 20 53.8 is 22 41.6
24 feb ep 15 04 33.2 1.3 s 9100pm lz 21s 8700nm
25 feb ip 01 46 26.7 0.9 s 5500pm
25 feb ep 08 50 34.8 1.1 s 8700pm i 54 50.2 lz 22s 120um
25 feb ep 13 03 53.9 es 04 13.5 es 04 26.5
25 feb ep 18 19 54.9 1.0 s 3900pm i 24 02.3 lz 22s 11um
25 feb ip 21 16 08.3 1.0 s 5400pm i 20 23.5 lz 22s 25um
sfjd
19 feb ip 01 41 19.2 i 41 30.8 is 42 16.2
ilg 42 31.6
19 feb ip 01 47 38.1 is 48 35.4 ilg 48 50.8
19 feb ip 01 53 07.4 is 54 02.9
19 feb ep 02 21 07.3 is 22 04.6 ilg 22 22.1
19 feb ip 05 50 01.8 is 50 59.3
19 feb ip 17 10 19.5 0.8 s 15nm
19 feb ip 23 05 50.1
19 feb ip 23 05 50.2 is 07 38.0 is 07 39.1
19 feb ip 23 24 40.0 1.1 s 7900pm
20 feb ep 08 22 51.3 i 27 09.5 lz 24s 160um
20 feb ip 18 36 03.3 1.0 s 44nm lz 22s 18um
21 feb ip 02 51 11.5 0.9 s 380nm es 55 15.7 lz 17s 14um
21 feb ip 04 22 07.6 is 22 34.5 ilg 22 39.0
21 feb ip 05 29 32.7 0.9 s 13nm
21 feb ip 12 23 02.7 1.0 s 13nm
21 feb ipd 14 24 04.6 i 25 48.7 lz 17s 6100nm
21 feb ip 17 51 40.7 0.8 s 8700pm
21 feb ip 21 31 09.2 is 31 47.6 ilg 31 51.9
22 feb ep 00 14 54.0 0.9 s 9200pm lz 20s 2700nm
22 feb ip 05 00 03.3 is 01 01.0
22 feb ip 15 52 04.5 is 52 26.1
23 feb ep 02 10 42.4 0.8 s 5100pm
23 feb ip 04 51 54.4 1.1 s 7600pm
23 feb ip 11 09 53.1 1.0 s 7700pm lz 19s 1200nm
23 feb ep 12 41 30.9 1.1 s 8500pm
23 feb ip 16 16 19.2 0.9 s 75nm i 18 10.9 lz 19s 40um
23 feb ip 19 19 40.2 is 20 34.1
23 feb ip 21 33 51.1 is 34 09.5 is 34 17.0
24 feb ip 01 13 57.8 is 14 54.7
24 feb ip 02 28 00.7 es 28 59.2
24 feb ep 15 05 38.3 1.1 s 25nm i 13 26.2 i 15 20.5
24 feb ip 15 29 48.3 is 30 45.4 i 31 00.9
lz 21s 15um
25 feb ep 01 45 57.5 0.8 s 11nm
25 feb ep 08 51 14.6 0.9 s 12nm e 55 55.9 lz 21s 160um
25 feb ep 18 20 31.7 lz 21s 19um
25 feb ep 21 16 46.2 0.8 s 6000pm lz 20s 37um
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