Bul4048
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 2004 11 30
ISSN 1395 - 8259
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen 55.68 N 12.43 E 13 m
mud Moensted Underground 56.46 N 9.17 E 12 m
dag Danmarkshavn 76.77 N 18.65 W 30 m
bsd Bornholm 55.11 N 14.91 E 88 m
lld Lille Linde, Stevns 55.33 N 12.22 E 8 m
sco Scoresbysund 70.48 N 21.95 W 69 m
nrs Narssarsuaq 61.16 N 45.42 W 66 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
23 nov ep 02 29 59.6 1.3 s 93nm es 33 22.6 lz 15s 1400nm
23 nov ep 14 29 26.2 i 29 26.7 is 29 45.1
24 nov ip 07 28 33.4 es 28 50.7 i 28 54.1
24 nov ip 08 40 28.6 is 40 47.6 i 40 49.2
24 nov ip 10 14 41.6 is 15 00.1
24 nov ip 10 42 16.8 is 42 33.4
24 nov ep 11 23 33.0 es 23 37.6
24 nov ep 12 00 34.3 i 00 35.6 es 00 50.9
24 nov ip 12 20 22.6 es 20 41.1
24 nov ip 15 25 47.3 i 26 03.2 is 26 03.7
24 nov ep 23 02 38.0 0.6 s 30nm lz 19s 650nm
25 nov ep 06 24 26.6 0.9 s 51nm lz 18s 3900nm
26 nov ep 02 43 41.7 i 44 27.2 e 46 45.2
i 50 21.1 i 53 46.4
i 59 49.2 lz 18s 25um
26 nov ip 22 54 03.9 0.7 s 62nm e 02 21.7 lz 19s 820nm
27 nov ep 06 43 11.8 is 47 04.7 i 47 24.7
lz 18s 250nm
28 nov ip 02 54 43.1 i 58 11.6 i 07 01.0
e 13 43.4 lz 22s 2600nm
28 nov ep 04 32 56.8 is 33 11.0
28 nov ep 07 56 01.9 i 01 58.8 i 03 39.4
i 05 21.1 lz 19s 1600nm
28 nov ipc 18 43 44.5 1.0 s 620nm e 46 20.9 i 48 07.5
is 53 08.5 lz 19s 100um
29 nov ipc 08 11 52.7 0.9 s 31nm
29 nov ep 16 47 13.4 1.1 s 26nm
dag
22 nov ipd 13 44 12.8 0.9 s 13nm
22 nov ipc 15 07 48.7 1.1 s 15nm lz 23s 50um ln 24s 44um
le 24s 27um
22 nov ipd 20 46 06.9 1.6 s 2100nm
23 nov ep 02 33 53 0.8 s 9000pm
23 nov epd 03 24 34.9 0.9 s 6700pm
23 nov ipd 21 22 56.1 0.8 s 32nm
24 nov epd 03 42 54.5 1.1 s 7600pm
24 nov ipd 16 32 21.2 0.8 s 16nm
24 nov epd 23 06 17.7 1.0 s 8000pm
25 nov epc 06 28 23.9 0.9 s 5000pm
26 nov epc 02 39 11.6 0.7 s 3400pm lz 19s 43um ln 18s 40um
26 nov ipd 22 52 40.6 0.7 s 22nm
27 nov ipc 06 39 55.2 0.9 s 57nm i 40 59.8
27 nov epc 09 52 58.0 0.7 s 8900pm
27 nov ipc 22 55 47.9 1.0 s 9000pm
28 nov ep 07 54 10
mud
23 nov ep 02 30 28.3 1.1 s 48nm is 33 55.6 lz 17s 2300nm
23 nov ip 14 29 23.0 is 29 39.1
24 nov ip 07 28 29.7 es 28 44.8
24 nov ep 08 26 50.6 es 27 44.1
24 nov ip 08 40 24.8 es 40 41.2
24 nov ip 10 14 37.6 is 14 55.2
24 nov ip 10 42 16.5 i 42 17.5 is 42 33.4
24 nov ip 11 26 00.3 0.4 s 17nm i 26 01.9 es 26 16.8
es 26 19.3
24 nov ip 12 00 34.6 is 00 50.6
24 nov ip 12 20 18.5 is 20 35.9
24 nov ip 15 25 47.6 i 25 49.9 es 26 03.8
24 nov ip 23 02 13.2 0.6 s 63nm lz 15s 3900nm
25 nov ip 06 24 33.4 is 28 53.7 lz 17s 3800nm
26 nov ep 02 43 52.9 1.4 s 44nm e 44 24.3 i 46 58.8
i 50 27.3 is 53 59.6
i 00 08.3 lz 21s 67um
26 nov ip 22 54 06.8 0.9 s 30nm is 03 37.6 lz 22s 860nm
27 nov ep 06 43 00.0 1.1 s 33nm is 46 47.0 i 47 00.0
lz 17s 400nm
27 nov ep 17 20 18.3
27 nov ip 22 55 18.9 1.1 s 42nm i 55 33.1 is 06 00.2
lz 19s 170nm
28 nov ip 02 54 41.3 1.2 s 25nm i 56 54.0 i 57 50.8
i 13 35.6 lz 19s 3500nm
28 nov ip 04 32 58.6 is 33 14.8 i 33 15.8
28 nov ip 07 56 05.1 1.1 s 25nm i 58 11.7 is 03 37.0
i 05 31.9 i 11 51.0
lz 18s 5200nm
28 nov ipc 18 43 46.6 0.8 s 220nm i 48 11.7 is 53 15.3
lz 19s 230um
29 nov ip 08 11 54.8 0.8 s 20nm
29 nov ip 12 26 53.6 es 27 23.7
bsd
23 nov ip 02 29 52.1 0.9 s 84nm is 32 45.8 lz 17s 3200nm
23 nov ip 14 29 44.8 i 29 51.5 is 30 09.5
i 30 11.4
24 nov ip 07 28 51.5 i 28 56.6 is 29 33.6
is 29 36.1
24 nov ip 08 40 46.6 i 40 51.4 is 41 28.1
24 nov ip 10 14 59.0 i 15 03.4 is 15 42.2
24 nov ip 10 42 37.6 i 42 41.4 es 43 15.1
es 43 16.3
24 nov ip 11 26 21.5 i 26 26.6 es 27 01.8
e 27 03.5
24 nov ip 12 00 55.0 i 01 01.5 is 01 34.1
24 nov ep 12 15 44.6 es 16 04.4
24 nov ip 12 20 39.8 i 20 44.5 is 21 20.8
24 nov ip 13 13 12.4 is 13 33.5
24 nov ip 13 33 59.6 is 34 11.7 is 34 16.0
24 nov ip 15 26 08.2 i 26 14.2 is 26 38.6
24 nov ep 23 02 03.5 0.9 s 66nm lz 15s 2100nm
24 nov ep 23 59 59.5 0.3 s 2100pm
25 nov ip 02 29 20.1 is 30 03.4
25 nov ep 06 24 21.9 0.7 s 40nm lz 17s 7600nm
26 nov ip 02 39 35.8 e 43 41.5 i 44 18.9
i 50 12.9 i 53 37.3
e 58 51.4 lz 18s 48um
26 nov ipc 22 54 01.9 0.9 s 62nm i 04 25.1 lz 20s 1400nm
27 nov ep 06 43 16.5 1.2 s 79nm i 47 16.7 lz 18s 580nm
27 nov ip 14 32 24.9
27 nov ep 14 33 07.7
27 nov ip 17 19 21.5 is 20 01.3
28 nov ip 02 54 40.1 1.1 s 38nm i 58 07.5 lz 19s 5100nm
28 nov ip 04 33 58.0 is 34 38.3
28 nov ip 07 51 07.4 e 54 38.1 i 55 39.9
is 01 49.3 i 05 11.9
i 11 18.8 lz 18s 3000nm
28 nov ipc 18 43 42.0 1.0 s 940nm i 44 02.0 is 53 05.2
i 53 24.3 lz 19s 160um
29 nov ipc 06 28 08.3 0.6 s 9700pm
29 nov ipc 08 11 50.0 0.9 s 45nm
29 nov ip 12 27 11.2 es 27 48.9
29 nov ip 16 47 58.8 0.8 s 12nm
sco
2 nov ep 10 11 10.6 0.8 s 15nm
3 nov ep 18 46 52.7 es 48 05.1 i 48 44.8
4 nov ip 06 30 24.8 0.6 s 59nm
7 nov ip 02 11 55.5
7 nov ip 02 13 32.0
8 nov ep 02 25 55.9 1.1 s 23nm
8 nov ep 16 07 19.2
10 nov ip 00 17 15.1 0.9 s 18nm
11 nov ip 10 13 38.2 0.8 s 45nm
11 nov ip 21 46 18.3 i 56 09.3
15 nov ip 03 03 44.5
15 nov ip 09 18 33.8 0.8 s 61nm
16 nov ip 12 07 04.5 0.9 s 9700pm
16 nov ep 12 10 46.9 0.8 s 31nm
16 nov ip 12 14 12.6
17 nov ep 21 07 52.0 1.1 s 12nm
17 nov ip 21 27 08.5 1.0 s 32nm
18 nov ip 06 19 21.2 0.9 s 8000pm
18 nov ip 21 47 35.6 0.9 s 5500pm
20 nov ip 08 18 43.4 0.9 s 36nm is 38 20.1
20 nov ip 22 12 53.2 0.6 s 7600pm is 22 27.3
21 nov ip 11 25 38.0 0.9 s 20nm
21 nov ip 11 51 14.7 0.8 s 23nm is 59 31.9
21 nov ip 13 48 10.3
21 nov ep 19 03 07.8
21 nov ep 21 46 34.4
22 nov ip 20 46 16.0 0.9 s 25nm
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