Bul08012
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 03 18
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
12 mar ip 11 42 58.0 i 46 40.4 lz 20s 4700nm
12 mar ip 16 09 27.6 i 09 29.1 is 09 36.9
13 mar ep 08 52 37.9 0.9 s 66nm
13 mar ep 23 14 07.1 lz 19s 640nm
14 mar ip 07 15 08.2 0.9 s 36nm is 19 00.5
14 mar ip 09 48 32.1 0.8 s 29nm
14 mar ip 16 21 59.4 0.8 s 26nm lz 19s 350nm
14 mar ipc 22 44 54.9 0.9 s 33nm i 48 02.8 is 55 23.4
lz 17s 5500nm
15 mar ip 14 55 49.8 0.9 s 17nm i 59 05.4
15 mar ip 15 06 12.3 lz 18s 1200nm
16 mar epd 04 29 34.6 0.9 s 5900pm
16 mar ep 21 42 54.7 0.9 s 9400pm
dag
12 mar ipc 11 42 22.5 0.8 s 6700pm lz 21s 7000nm
12 mar ep 11 55 44
13 mar ipd 01 30 19.2 0.3 s 14nm
13 mar ipc 23 12 44.1 0.8 s 42nm e 26 11.4
14 mar ipc 09 45 35.7 0.7 s 57nm
14 mar ep 10 55 06
14 mar ep 17 07 34
14 mar epd 22 43 55.3 1.0 s 19nm lz 17s 3700nm
15 mar ep 04 49 05
15 mar ep 14 53 52 0.5 s 8500pm e 56 35 lz 19s 5000nm
ln 19s 2600nm le 21s 2900nm
16 mar ep 04 28 34 1.0 s 8000pm
16 mar ep 11 20 34
16 mar ipd 12 51 04.4 0.7 s 3400pm
16 mar ipd 13 36 21.9 0.8 s 3700pm
mud
11 mar ip 14 48 30.6 1.2 s 21nm lz 21s 770nm
12 mar ip 11 43 07.3 lz 22s 8100nm
12 mar ip 16 09 36.4 i 09 38.0 is 09 55.4
ilg 10 01.7
13 mar ep 08 52 40.1 1.0 s 36nm
14 mar ip 07 15 22.4 0.9 s 26nm is 19 24.8 es 19 26.0
lz 18s 830nm
14 mar ip 09 48 25.4 0.9 s 17nm
14 mar ep 10 56 54.9 1.1 s 19nm lz 18s 1300nm
14 mar ip 16 08 09.3 0.8 s 23nm
14 mar ip 16 21 56.5 1.2 s 35nm lz 19s 600nm
14 mar ip 22 44 56.6 1.1 s 34nm
14 mar ip 22 48 24.8 is 55 29.1 is 55 30.0
lz 17s 6800nm
15 mar ip 08 45 26.5 is 46 11.1
15 mar ip 14 56 00.2 0.9 s 16nm is 06 00.7 lz 19s 2500nm
bsd
11 mar ipd 11 54 25.6 0.9 s 39nm
11 mar ip 14 11 34.2 ilg 11 55.1
11 mar ep 14 48 39.5 0.9 s 29nm
11 mar ip 15 02 51.2 ilg 03 10.8
11 mar ip 15 58 16.9 is 58 32.6 ilg 58 36.0
11 mar ip 18 25 52.8 is 26 08.5 ilg 26 12.2
11 mar ip 19 43 07.7 i 43 08.8 is 43 26.8
12 mar ep 11 42 56.7 i 45 38.8 i 46 32.2
lz 20s 8300nm
12 mar ip 16 09 48.6 i 09 54.1 i 09 55.6
ilg 10 23.5
12 mar ip 20 10 48.7 is 11 31.1
13 mar ep 08 52 36.1 0.8 s 35nm
13 mar ip 14 03 45.1 is 03 59.1 ilg 04 00.8
13 mar ep 23 14 07.1 lz 19s 1200nm
14 mar ip 07 14 54.1 0.9 s 48nm is 18 29.1 lz 18s 830nm
14 mar ipc 10 56 53.5 1.0 s 51nm lz 19s 1600nm
14 mar ipc 16 08 10.2 0.9 s 21nm
14 mar ip 16 22 01.8
14 mar ipc 22 44 51.0 0.9 s 45nm
14 mar ip 22 48 13.4 is 55 17.7 lz 17s 5000nm
15 mar ep 10 23 55.5 0.9 s 19nm
15 mar ip 14 55 42.8 1.0 s 21nm is 05 54.0 lz 18s 2200nm
15 mar ep 22 58 18.0 es 58 25.8 ilg 58 27.9
16 mar ep 04 29 32.7 0.7 s 11nm
16 mar ipd 05 31 57.8 0.9 s 12nm
16 mar ip 11 22 18.2 1.0 s 9600pm
16 mar ep 13 37 27.6 0.9 s 10nm
16 mar ip 23 18 22.1 1.0 s 15nm
17 mar ip 23 36 25.6 is 37 08.7
sco
11 mar ip 14 46 43.0 1.0 s 36nm lz 18s 3900nm
11 mar ip 18 59 16.3
13 mar ip 08 51 50.6 1.2 s 38nm
13 mar ep 10 21 10.3 es 21 30.8
13 mar ip 10 34 44.7 is 35 03.7
13 mar ip 23 12 32.7 is 21 46.9 lz 20s 3200nm
14 mar ep 01 59 50.2 is 00 21.7
14 mar ep 07 18 12.5 0.9 s 9100pm lz 22s 330nm
14 mar ip 09 46 14.8 0.7 s 9600pm
14 mar ipc 10 55 51.6 1.0 s 29nm lz 18s 520nm
14 mar ep 16 21 27.6 0.9 s 4600pm lz 18s 490nm
14 mar ip 22 44 30.8 1.2 s 21nm is 54 47.2 is 54 49.2
lz 18s 2200nm
15 mar ep 00 32 32.9
15 mar ep 00 32 57.9 0.8 s 5700pm
15 mar ip 10 23 29.7 0.9 s 4600pm
15 mar ip 14 54 04.4 0.9 s 5400pm lz 20s 2900nm
16 mar ip 04 29 10.1 1.1 s 5200pm
16 mar ip 05 32 12.1 1.0 s 3900pm
16 mar ip 11 21 19.2 0.9 s 8700pm
16 mar ip 13 37 01.6 1.1 s 4000pm
16 mar ip 21 43 14.3 0.8 s 3000pm
16 mar ip 23 18 08.8 0.9 s 2200pm
sfjd
11 mar ep 02 37 45.5
11 mar ip 05 25 09.4 is 25 39.4
11 mar ip 11 55 17.5 0.8 s 8700pm
11 mar ip 14 46 21.5 0.9 s 26nm lz 18s 3700nm
11 mar ip 18 57 54.9 is 58 53.2 is 58 55.6
12 mar ep 11 42 32.9 lz 21s 6400nm
12 mar ip 13 30 20.9 is 30 23.8
12 mar ip 19 22 56.7 is 22 59.0
13 mar ipc 08 52 08.9 1.0 s 48nm es 57 34.3
13 mar ep 11 57 33.5
13 mar ip 18 35 29.0 es 35 29.6
13 mar ep 18 45 09.0 is 45 09.7
13 mar ep 19 04 38.4 is 04 39.5
13 mar ep 23 11 24.9 i 15 04.2 lz 18s 2200nm
14 mar ep 07 18 46.7 0.8 s 4400pm is 26 27.1 lz 19s 670nm
14 mar ip 09 01 49.5 is 01 53.6
14 mar ipd 09 45 43.7 0.8 s 34nm
14 mar ipc 10 14 58.7 is 15 01.6
14 mar ipc 10 56 04.0 1.0 s 14nm
14 mar ip 11 04 58.4 is 05 01.5 lz 20s 1500nm
14 mar ip 16 08 25.8 0.8 s 5500pm
14 mar ep 16 20 45.0 0.8 s 3900pm lz 19s 1100nm
14 mar ep 20 47 31.9 elg 47 32.8
14 mar ip 22 44 47.8 1.1 s 40nm is 55 18.3 is 55 19.3
lz 20s 3000nm
15 mar ep 00 33 22.0 1.0 s 9100pm
15 mar ep 06 27 47.4 is 27 48.1
15 mar ip 10 13 33.5 is 13 33.9
15 mar ep 11 41 56.9 is 42 55.1
15 mar ep 13 07 29.1 is 07 29.4
15 mar ip 14 53 03.4 lz 20s 3600nm
15 mar ip 17 50 56.1 ilg 51 07.4 is 51 54.0
16 mar ip 03 56 26.5 is 56 43.1
16 mar ep 04 29 24.7 0.9 s 12nm
16 mar ep 05 31 52.9 0.9 s 4300pm
16 mar ip 05 31 59.5
16 mar ip 06 55 44.6 is 56 00.4
16 mar ip 12 54 31.2 es 54 41.5
16 mar ep 17 05 19.4 is 05 20.4
16 mar ip 20 47 19.7 i 47 22.7 es 48 44.5
16 mar ep 21 44 11.0 0.8 s 3900pm
16 mar ip 23 18 04.8 0.8 s 4000pm
++