Bul6010
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 2006 03 07
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
28 feb ip 07 38 52.6 0.9 s 240nm i 40 31.4 is 45 06.5
i 48 31.8 lz 20s 7400nm
1 mar ep 16 30 42.2 es 31 29.5
1 mar ep 19 27 09.6 0.8 s 24nm
2 mar ip 07 40 49.4
2 mar ep 23 46 44.7 1.0 s 52nm is 55 33.0 lz 19s 1100nm
4 mar ipd 18 49 43.7 0.6 s 58nm
5 mar ep 02 45 35.8 1.1 s 62nm lz 19s 200nm
5 mar ip 08 27 05.8 0.9 s 200nm i 31 44.8 lz 19s 150nm
5 mar ip 10 51 57.5 1.2 s 74nm is 59 50.2 lz 21s 1000nm
6 mar ep 10 42 59.9 i 43 35.1
6 mar ep 18 32 47.8 i 42 06.7 i 47 44.6
i 59 02.3 lz 19s 1800nm
dag
27 feb epc 17 29 07.1 0.5 s 2800pm
28 feb epd 00 51 34.3 0.7 s 4100pm
28 feb epdu 07 41 02.6 0.8 s 47nm lz 19s 7200nm le 19s 6500nm
28 feb ipc 22 44 18.9 0.9 s 5900pm
1 mar ep 05 11 03
1 mar ep 05 19 40
1 mar ipd 09 46 46.6 0.6 s 4700pm
1 mar epd 11 16 52.1 0.7 s 2700pm
1 mar ipc 14 49 13.2 0.6 s 4000pm
1 mar epc 14 52 52.0 0.5 s 2100pm
1 mar epd 17 27 30.9 0.7 s 2100pm
1 mar epd 19 26 27.8 0.9 s 4200pm
2 mar ipc 11 50 15.3 0.8 s 6000pm
2 mar epd 12 56 12.0 0.5 s 2800pm
2 mar epc 13 36 19.6 0.6 s 2700pm
2 mar ipd 15 44 11.2 1.1 s 15nm
2 mar epc 17 27 32.1 0.5 s 2100pm
2 mar ipc 23 46 01.2 0.7 s 6200pm lz 21s 5900nm ln 21s 5300nm
le 20s 3300nm
3 mar epc 13 12 03.0 0.5 s 3500pm
3 mar ep 23 19 02 0.3 s 7800pm
4 mar epc 00 49 01.3 0.6 s 4000pm
4 mar epc 01 05 17.8 1.3 s 7700pm
4 mar ipc 18 48 42.5 0.8 s 18nm
5 mar ipc 05 41 00.6 0.5 s 11nm
5 mar ipd 08 26 24.2 0.7 s 38nm
mud
28 feb ip 00 52 16.9 1.2 s 55nm
28 feb ip 07 39 09.2 0.8 s 170nm i 40 51.4 is 45 41.0
i 49 08.7 lz 20s 12um
28 feb ip 09 34 49.6 i 34 50.6 is 34 59.6
is 35 00.9
1 mar ep 11 17 10.4 1.3 s 70nm lz 19s 4700nm
1 mar ep 15 04 36.3 es 05 00.2
1 mar ip 15 27 30.0 i 27 32.8 es 27 55.6
1 mar ep 16 13 12.6 i 13 15.3 es 13 37.3
1 mar ip 16 30 29.0 i 30 41.4 is 30 56.8
1 mar ip 19 27 09.8 0.6 s 23nm
2 mar ip 07 40 53.4 is 41 19.7
2 mar ip 23 46 25.1 1.0 s 38nm is 55 14.5 lz 19s 1700nm
3 mar ip 20 59 41.9 0.5 s 31nm
4 mar ip 18 49 47.1 1.0 s 51nm
5 mar ip 00 09 35.4 1.2 s 37nm lz 18s 400nm
5 mar ipc 02 45 48.3 1.0 s 38nm es 50 09.2 i 50 12.5
lz 19s 430nm
5 mar ipc 08 27 03.5 1.0 s 360nm is 34 55.6 lz 20s 260nm
5 mar epd 10 51 48.6 1.0 s 46nm i 58 44.3 i 59 30.0
e 03 19.9 lz 19s 3200nm
6 mar ep 18 34 18.2 is 42 09.1 i 48 07.9
i 59 37.6 lz 19s 4000nm
bsd
28 feb ip 00 52 17.7 1.0 s 49nm
28 feb ipc 07 38 37.8 0.9 s 350nm i 40 17.5 i 44 39.4
lz 19s 18um
28 feb ep 08 47 58.4 0.6 s 52nm
1 mar ep 11 17 02.0 1.0 s 73nm i 27 40.5 lz 19s 2700nm
1 mar ip 12 54 48.2 is 55 16.0
1 mar ip 13 04 47.4 is 05 27.3
1 mar ip 15 04 53.8 i 05 02.9 is 05 36.6
i 05 43.3
1 mar ip 15 27 57.8 i 28 06.3 es 28 59.8
1 mar ip 16 13 40.2 is 14 42.3
1 mar ip 16 30 57.4 i 31 06.9 is 31 59.5
1 mar ipd 19 27 09.5 0.8 s 41nm
2 mar ip 07 41 03.6 i 41 09.4 i 41 11.0
is 41 40.0
2 mar ep 23 46 44.7 0.9 s 38nm i 55 51.3 lz 21s 1200nm
3 mar ip 19 45 04.8 is 45 46.2 is 45 49.0
3 mar ep 21 00 05.5 1.0 s 48nm
4 mar ip 15 04 22.9 is 05 21.9
4 mar ipd 18 49 40.0 0.8 s 73nm
5 mar ep 00 09 12.6 1.0 s 52nm i 11 51.2 lz 18s 410nm
5 mar ip 02 44 34.0 1.0 s 54nm lz 19s 350nm
5 mar ip 08 27 05.9 0.9 s 300nm i 28 06.0 i 41 52.0
5 mar ip 10 52 10.0 0.8 s 34nm i 00 01.8 i 09 12.5
lz 18s 2500nm
6 mar ip 10 43 28.2 es 46 16.7
6 mar ip 16 58 32.2 i 58 38.4 is 59 14.7
6 mar ep 18 34 29.9 e 41 43.2 lz 19s 3600nm
sco
22 nov ip 15 18 37.1 0.7 s 18nm
22 nov ip 23 40 03.2 0.6 s 4900pm i 40 36.9 is 40 41.1
23 nov ip 19 42 49.3 0.8 s 86nm
24 nov ip 11 05 46.9 0.8 s 23nm
24 nov ip 20 27 12.4 0.7 s 8300pm
25 nov ip 09 38 53.6 0.7 s 20nm
26 nov ep 01 01 19.8
26 nov ip 16 05 12.7 0.8 s 6700pm
26 nov ip 16 12 28.2 0.9 s 21nm
27 nov ip 10 32 32.9 0.8 s 33nm is 40 54.8
27 nov ip 11 23 24.2 0.8 s 8100pm
27 nov ip 12 54 56.8 0.8 s 9000pm
27 nov ip 16 39 47.8
27 nov ep 16 40 50.5 0.9 s 9300pm
28 nov ip 05 46 23.6
28 nov ip 16 54 23.7 0.9 s 37nm is 04 58.3
29 nov ip 02 50 07.9
30 nov ep 05 11 55.2
30 nov ip 05 54 35.5 0.9 s 4400pm i 07 21.4 e 11 20.7
es 17 54.8 es 18 52.6
1 dec ip 03 26 35.2 0.9 s 8600pm
1 dec ep 03 40 00.6
1 dec ip 15 48 29.4
2 dec ip 03 46 45.8 es 46 48.0
2 dec ip 08 43 46.9 e 43 48.6 e 44 35.5
is 48 05.6
2 dec ipc 13 24 24.7 1.7 s 230nm is 33 38.7
3 dec ipc 16 22 38.2 1.6 s 430nm
3 dec ip 17 00 53.9 1.3 s 37nm
3 dec ip 20 39 24.4 es 39 26.2
4 dec ip 00 25 27.5
4 dec ip 04 16 12.3
4 dec ip 22 31 42.2
5 dec ipd 12 32 24.8 1.5 s 120nm
5 dec ep 12 35 41.3 is 42 57.7
7 dec ip 10 05 13.3 e 05 16.0 is 05 18.9
8 dec ep 09 19 40.2
9 dec ep 17 15 21.5
9 dec ep 23 42 52.0
10 dec ip 00 18 02.2
11 dec ip 04 52 17.7
11 dec ep 06 21 04.3
11 dec ep 06 36 21.8
11 dec ip 14 34 40.1
11 dec ep 14 39 26.4 es 44 54.2
11 dec ep 14 50 04.3
11 dec ip 16 03 04.8 1.7 s 160nm
11 dec ip 16 36 21.0 0.8 s 3500pm e 38 00.5
12 dec ip 21 12 21.4 1.4 s 39nm
12 dec ip 21 57 08.9
12 dec ip 21 57 10.6 1.1 s 300nm is 04 50.4 is 04 53.6
13 dec ep 12 16 06.7
15 dec ep 15 49 11.9 e 50 15.8 es 51 02.6
15 dec ip 17 24 09.5 is 24 26.2
16 dec ep 05 28 04.6
16 dec ep 10 36 08.0
16 dec ip 12 25 53.3 0.5 s 43nm is 26 31.0
16 dec ip 18 43 26.2 0.9 s 50nm
17 dec ip 01 18 16.6
17 dec ep 21 49 17.6 es 50 52.3
19 dec ep 19 21 18.4 0.9 s 4400pm is 25 01.4
20 dec ep 06 04 46.0
21 dec ip 14 44 15.2 0.9 s 60nm
22 dec ep 02 24 57.1 0.8 s 3200pm es 27 40.0
22 dec ep 12 39 45.9 0.8 s 1700pm
23 dec ip 18 14 27.3 0.8 s 30nm
23 dec ip 21 59 17.1 0.8 s 83nm is 09 09.1
24 dec ep 05 45 21.4 0.4 s 2300pm es 47 17.1
24 dec ep 07 45 52.2 1.0 s 1700pm es 48 44.8
24 dec ip 17 34 21.0
25 dec ip 08 12 09.6 0.8 s 11nm
26 dec ip 14 00 23.0 1.0 s 8600pm
26 dec ip 23 25 12.8 0.7 s 8500pm
27 dec ep 00 40 48.6 es 42 55.0
27 dec ip 22 03 20.7 0.8 s 7200pm
28 dec ip 00 12 22.4
28 dec ip 01 58 46.1 0.8 s 3300pm is 58 58.4
28 dec ip 22 15 35.1 0.8 s 7300pm is 15 37.5
30 dec ip 18 38 13.8 0.9 s 22nm
2 jan ep 06 30 07.9 1.0 s 26nm
2 jan ip 22 31 38.3 0.9 s 88nm is 35 01.7
3 jan ip 11 02 43.0 0.8 s 29nm
4 jan ep 08 43 04.0 1.0 s 25nm e 45 23.5
6 jan ip 03 51 34.3 0.9 s 8400pm
7 jan ip 02 33 25.4 1.0 s 50nm
7 jan ip 19 04 23.2 0.9 s 19nm e 04 49.5
8 jan ip 11 42 40.4 0.9 s 1300nm is 48 47.3 i 51 59.8
8 jan ip 16 46 13.2 0.8 s 15nm
11 jan ep 15 16 00.9 0.8 s 4700pm
11 jan ip 15 17 38.9
15 jan ip 12 16 36.2 0.8 s 13nm
15 jan ep 16 13 44.8
16 jan ip 01 10 03.6 1.0 s 8800pm
17 jan ep 01 59 18.2 0.8 s 3700pm es 00 56.2
18 jan ip 19 10 41.5 0.9 s 50nm
20 jan ip 09 01 35.6 1.0 s 40nm
21 jan ip 04 19 39.5 1.1 s 7000pm
23 jan ep 06 21 59.6
23 jan ip 21 02 10.9 0.8 s 32nm is 11 37.1
24 jan ip 02 27 09.3 0.9 s 22nm
27 jan ep 11 14 51.7
27 jan ip 17 12 51.8 i 17 37.9
29 jan ep 18 00 39.9
29 jan ip 19 51 14.1 0.5 s 13nm
30 jan ep 21 44 10.2
31 jan ep 18 25 10.7 es 27 00.3
31 jan ip 19 29 20.7 1.0 s 5400pm
31 jan ip 20 14 09.9 1.0 s 6200pm
sfjd
28 feb ep 04 21 04.0 is 21 07.5
28 feb ip 07 42 18.1 1.0 s 40nm i 51 37.8 i 52 26.5
lz 18s 11um
28 feb ep 12 49 30.8 es 49 34.0
28 feb ip 22 44 11.1 0.7 s 20nm
1 mar ip 18 38 51.7 es 39 19.4
2 mar ip 11 51 10.8 0.5 s 9300pm
2 mar ip 23 44 27.7 1.0 s 15nm e 45 08.3 is 51 31.6
lz 21s 2100nm
3 mar ip 10 29 07.5 is 29 32.8
3 mar ip 20 56 34.1
3 mar ep 23 19 12.0
4 mar ip 00 49 16.1 0.9 s 19nm
4 mar ip 05 03 05.1 i 03 07.6 i 03 09.8
is 03 33.3
4 mar ip 08 21 43.9 1.1 s 26nm i 25 28.3 es 29 54.5
lz 17s 1000nm
4 mar ep 14 45 06.6 es 46 13.3
5 mar ipd 02 44 33.8 1.0 s 22nm lz 18s 560nm
5 mar ip 08 26 23.6 0.9 s 62nm is 44 21.4 lz 19s 500nm
5 mar ep 10 48 27.8 1.6 s 80nm is 53 27.6 lz 19s 10um
++