Bul4024
KORT & MATRIKELSTYRELSEN Phone 35 87 50 50
Office of Seismology +45 35 87 50 50
Rentemestervej 8 Telex 15184 seismo dk
DK-2400 København NV
Telefax 35 87 50 52
Processed 2004 06 16
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
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
2 jun ip 09 10 23.9 i 14 27.3
2 jun ipd 17 23 48.9 0.7 s 86nm i 25 50.0
2 jun ip 20 58 18.6 es 06 44.8 lz 17s 120nm
2 jun ep 22 59 27.5 0.5 s 14nm i 23 02.6 lz 22s 370nm
4 jun ep 01 59 28.6 0.8 s 11nm
5 jun ep 05 02 28.4
6 jun ip 21 48 07.9 0.8 s 17nm
7 jun ep 04 25 47.4 0.4 s 17nm
8 jun ip 04 57 29.7 i 59 39.3 e 06 54.2
i 07 57.5
8 jun ip 09 08 05.4 e 14 10.4 lz 18s 350nm
9 jun ip 08 39 18.4 lz 18s 720nm
9 jun ep 17 10 52.0 0.6 s 34nm
9 jun ip 19 51 26.5 i 51 28.1 is 51 33.5
i 51 39.8
9 jun ep 23 09 40.7 i 11 59.8 i 12 47.6
i 34 45.2
10 jun ip 09 12 37.6 i 23 17.7 lz 18s 610nm
10 jun ip 11 33 28.5
10 jun ip 15 30 22.9 0.8 s 120nm i 32 52.6 is 38 56.4
i 40 19.1 lz 16s 4600nm
10 jun ip 20 52 48.9 0.5 s 18nm
11 jun ep 16 44 49.1 0.7 s 20nm lz 21s 260nm
12 jun ip 13 43 18.5 0.8 s 21nm i 47 39.7 lz 16s 49nm
13 jun ip 11 41 15.6 es 41 17.4 ilg 41 18.3
14 jun ip 20 25 53.8 es 40 36.2
14 jun ip 21 46 05.9 0.5 s 27nm
14 jun ip 23 07 09.7 i 10 36.1 i 17 33.8
is 17 43.9 lz 21s 890nm
dag
9 jun ep 23 09 34 1.0 s 4000pm lz 21s 5200nm le 21s 4600nm
10 jun ipd 05 58 51.8 0.5 s 31nm
10 jun epcr 09 11 29.4 0.9 s 13nm lz 18s 4100nm ln 17s 2700nm
le 18s 4100nm
10 jun ipd 09 48 43.7 0.7 s 4100pm
10 jun ipcr 15 28 14.8 0.6 s 310nm lz 17s 16um ln 17s 8700nm
le 19s 11um
10 jun epc 17 30 47.7 0.7 s 4100pm
10 jun ipc 18 22 13.9 0.6 s 7300pm
10 jun epd 20 55 17.9 0.9 s 5900pm
10 jun ipc 23 29 57.1 0.9 s 5000pm
11 jun epd 08 17 47.8 0.6 s 6000pm
11 jun epc 09 24 07.3 0.4 s 10nm
11 jun epc 11 56 45.9 0.4 s 4200pm
11 jun ipd 16 43 16.2 1.0 s 19nm
12 jun ipc 05 27 06.5 0.4 s 8500pm i 28 07.6
12 jun ipc 17 58 26.6 0.6 s 4000pm
12 jun ipc 22 14 23.0 0.6 s 6700pm
13 jun epc 06 06 23.2 0.9 s 2500pm
13 jun epd 19 45 56.3 0.4 s 2500pm e 47 30.5
14 jun ep 03 10 46
14 jun ipc 11 49 34.1 0.8 s 6000pm
14 jun ep 13 43 04
14 jun epc 21 21 44.9 0.3 s 12nm i 22 44.9
14 jun ipd 21 45 25.2 0.8 s 5200pm
14 jun epdu 23 05 40.0 0.9 s 27nm lz 17s 5400nm ln 16s 3100nm
le 17s 4600nm
14 jun epc 23 57 46.6 0.6 s 3300pm
15 jun epc 03 59 28.2 0.6 s 2700pm i 04 00 40.9
mud
8 jun ep 00 50 25.0 1.2 s 21nm
8 jun ip 04 57 51.3 e 58 56.8
8 jun ip 09 07 47.8 1.1 s 53nm i 10 43.9 es 17 36.9
lz 17s 460nm
8 jun ip 22 44 31.3 0.6 s 6800pm
9 jun ip 08 39 19.3 es 49 19.3 lz 18s 1500nm
9 jun ipd 17 11 21.6 0.7 s 33nm
9 jun ep 17 47 54.3
9 jun ip 19 51 36.6 is 51 56.2 ilg 51 59.2
9 jun ep 23 09 40.4
9 jun ipd 23 12 08.1 1.0 s 53nm is 22 20.7 i 25 50.0
i 35 00.2
10 jun ipc 09 12 25.3 2.1 s 160nm lz 22s 1500nm
10 jun ip 11 33 14.3
10 jun ipd 15 30 21.9 1.1 s 260nm i 31 06.4 i 34 03.4
is 38 56.4 i 39 50.2
i 41 27.9 lz 18s 6900nm
10 jun ipd 20 52 47.6 0.6 s 14nm i 53 00.2
11 jun ep 16 44 57.7 1.1 s 18nm lz 20s 400nm
12 jun ep 13 43 53.4 e 47 54.1 lz 15s 59nm
bsd
8 jun ipc 00 50 37.6 0.8 s 31nm
8 jun ip 03 06 34.4 is 07 26.4
8 jun ip 04 57 20.5 1.3 s 30nm i 06 40.3
8 jun ip 09 08 18.7 1.3 s 40nm is 18 05.3
8 jun ep 09 34 12.9 i 34 13.7 es 34 27.5
lz 19s 850nm
9 jun ep 08 39 17.3
9 jun ip 11 07 12.0 is 07 28.7
9 jun ip 15 25 18.1 is 25 58.9 i 26 01.6
9 jun ipd 17 11 22.6 0.7 s 48nm
9 jun ip 19 51 47.9 i 51 54.1 es 52 16.0
i 52 20.5
9 jun ip 23 09 28.4 1.0 s 88nm
9 jun ip 23 11 49.4 0.9 s 140nm is 34 29.1
10 jun ip 01 50 16.8 0.9 s 30nm
10 jun ep 09 12 33.0 i 16 03.8 is 23 10.4
lz 21s 1000nm
10 jun ep 11 33 26.9 1.2 s 34nm
10 jun ip 13 03 59.6 0.6 s 98nm ilg 04 01.9
10 jun ipd 15 30 22.3 0.4 s 120nm i 31 08.1 i 31 33.7
is 38 58.2 i 40 19.9
i 46 24.7 lz 16s 6800nm
10 jun ipc 18 23 34.9 1.0 s 30nm i 23 52.4
10 jun ip 18 54 33.1 is 55 12.1
10 jun ep 20 52 46.8 0.7 s 28nm
11 jun ipd 08 16 18.8 0.8 s 18nm
11 jun ipd 11 09 39.8 0.7 s 18nm
11 jun ipc 16 44 54.1 1.0 s 38nm e 03 05.7 lz 19s 560nm
12 jun ep 13 42 59.4 i 47 19.5 lz 16s 100nm
13 jun ip 11 41 35.9 is 41 56.7
14 jun ep 05 05 48.6 is 05 52.3
14 jun ip 09 42 58.9 0.9 s 41nm
14 jun ipd 20 25 56.0 0.8 s 40nm
14 jun ipd 21 46 05.7 0.6 s 77nm lz 18s 270nm
14 jun ip 23 07 15.4 1.4 s 54nm i 10 49.8 is 17 52.4
i 23 57.2 lz 19s 1700nm
sco
10 may ip 13 48 40.4
10 may ip 23 37 58.3 0.8 s 16nm i 39 55.3
11 may ip 08 42 29.7
12 may ip 18 40 42.1 0.6 s 8500pm
14 may ip 08 30 34.9
17 may ip 12 26 00.3 0.6 s 24nm
19 may ip 07 16 38.9 0.9 s 18nm
20 may ip 14 53 24.9 0.8 s 8700pm
25 may ip 05 42 27.2 0.6 s 4600pm
25 may ep 09 32 37.6
25 may ip 18 54 30.4 0.7 s 2800pm is 56 58.9
28 may ip 12 47 45.1 0.9 s 29nm is 55 03.1
29 may ip 03 58 28.5 1.0 s 22nm
29 may ep 15 26 22.1
29 may ip 21 07 49.8 0.8 s 9700pm is 17 25.9
30 may ip 11 11 20.9
30 may ip 13 39 16.2
30 may ep 21 30 49.1
31 may ip 02 31 45.8 0.8 s 16nm