Bul3040
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 2003 10 02
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
25 sep ip 20 01 42.0 0.9 s 340nm is 11 15.1 i 17 16.9
lz 20s 3600um
25 sep ep 21 08 59.5 0.8 s 79nm
25 sep ipc 21 19 36.4 1.1 s 360nm lz 20s 120um
25 sep ep 22 31 55.5 0.7 s 39nm
26 sep ip 02 46 50.4 0.8 s 46nm is 56 26.1 lz 18s 4300nm
26 sep ep 03 40 41.4 0.7 s 28nm
26 sep ep 06 38 32.1 1.1 s 87nm
26 sep ipc 06 38 33.0 is 48 04.7 lz 17s 4400nm
26 sep ip 20 49 58.9 1.0 s 270nm lz 17s 8500nm
26 sep ip 20 58 23.0 is 59 32.1
26 sep ip 23 43 42.8 0.6 s 74nm
26 sep ip 23 43 51.8 0.6 s 150nm es 53 30.8 lz 19s 500nm
27 sep ep 11 41 33.3
27 sep ip 11 42 51.9 i 43 14.4 is 48 08.5
i 51 13.3 lz 17s 24um
27 sep ip 16 16 10.7
27 sep ep 19 00 54.7 i 02 34.4 is 07 21.9
lz 18s 77um
27 sep ip 23 47 39.2 0.8 s 290nm
28 sep ep 04 11 05.1 1.0 s 99nm is 20 38.2 lz 20s 1200nm
28 sep ip 04 29 28.3 0.8 s 72nm
28 sep ip 17 02 36.8 1.1 s 53nm is 12 05.2 lz 17s 950nm
29 sep ip 02 48 28.0 0.9 s 310nm i 51 04.2 i 52 45.5
is 58 00.6 lz 17s 28um
29 sep ip 08 01 45.0 0.8 s 58nm
29 sep ip 14 33 50.4 es 43 20.3 lz 18s 1700nm
29 sep ip 16 13 53.9 0.9 s 98nm
29 sep ip 21 33 50.8 0.9 s 110nm is 43 27.8 lz 17s 1000nm
29 sep ip 22 20 57.4 1.2 s 300nm lz 19s 230nm
dag
21 sep ep 18 28 03 lz 19s 49um le 20s 68um
22 sep epd 04 56 05 lz 20s 140um le 20s 110um
22 sep ep 20 30 28 1.0 s 280nm
25 sep epu 20 00 20
26 sep epu 20 48 31 lz 17s 4100nm
27 sep epr 11 41 46 1.0 s 530nm lz 23s 140um
27 sep ep 19 01 11 lz 17s 76um
29 sep epcu 02 47 02 1.0 s 470nm lz 22s 19um
mud
24 sep ip 18 50 30.9 is 51 05.0 i 51 18.1
24 sep ip 20 36 08.4 1.3 s 89nm
24 sep ip 21 08 12.4 0.5 s 22nm
25 sep ip 16 17 26.1 1.0 s 27nm
25 sep ip 20 01 49.4 is 11 29.4 lz 19s 2700um
25 sep ip 20 21 56.9 0.9 s 41nm
25 sep ip 21 08 52.4 0.8 s 65nm
25 sep ip 21 19 38.6 i 29 38.7 lz 21s 110um
25 sep ip 22 31 58.6 0.9 s 22nm
26 sep ip 00 33 06.2 1.3 s 210nm
26 sep ip 00 33 17.2 0.9 s 120nm
26 sep ip 02 46 51.6 0.9 s 31nm is 56 33.4 lz 18s 5300nm
26 sep ep 03 40 45.2 0.9 s 25nm
26 sep ip 04 54 57.0 1.0 s 35nm
26 sep ep 06 38 35.4 es 48 06.2 lz 19s 6700nm
26 sep ip 20 50 01.1 0.8 s 72nm is 59 31.6 lz 18s 15um
26 sep ip 23 43 56.3 0.7 s 30nm
26 sep ip 23 44 05.9 0.7 s 75nm lz 18s 920nm
27 sep ip 08 17 53.0 0.9 s 33nm
27 sep ep 11 41 41.8 i 43 28.3 is 48 32.6
i 52 06.4 lz 15s 550um
27 sep ip 13 25 01.9 0.8 s 41nm
27 sep ip 15 39 40.8 0.8 s 27nm i 39 44.5
27 sep ep 16 16 17.9 1.0 s 21nm lz 18s 440nm
27 sep ip 17 01 21.1 1.0 s 39nm
27 sep ip 19 01 04.6
27 sep ip 19 01 41.7 i 02 48.6 i 02 54.1
is 07 41.7 i 11 00.5
lz 18s 160um
27 sep ip 20 38 42.0 0.9 s 59nm
27 sep ip 22 34 55.5 0.8 s 18nm i 35 07.5
27 sep ip 23 47 40.8 0.7 s 80nm
28 sep ep 03 50 37.3
28 sep ip 04 11 06.4 1.1 s 83nm i 11 19.7 lz 18s 2200nm
28 sep ip 04 29 30.5 0.7 s 38nm
28 sep ep 17 02 38.8 1.1 s 33nm is 12 13.3 lz 19s 1400nm
28 sep ip 19 51 52.9 0.8 s 21nm
28 sep ip 21 42 19.1 1.3 s 57nm
29 sep ip 02 48 30.2 0.7 s 110nm i 51 10.7 i 52 51.9
is 58 03.2 lz 19s 55um
29 sep ip 08 01 47.5 0.8 s 27nm
29 sep ip 14 33 53.4 1.0 s 18nm es 43 15.0
29 sep ip 15 35 19.8 0.8 s 32nm
29 sep ip 16 13 54.9 1.1 s 110nm lz 20s 160nm
29 sep ip 21 33 53.2 0.9 s 53nm is 43 33.0 lz 20s 2600nm
29 sep ip 22 20 59.9 0.9 s 87nm lz 17s 870nm
bsd
24 sep ep 18 51 08.3 i 51 19.2
24 sep ip 20 36 15.3 1.0 s 36nm
24 sep ip 21 08 04.9 0.8 s 46nm is 32 27.1
24 sep ep 21 31 36.8 i 31 48.2 is 32 47.3
25 sep ep 16 17 26.0 1.1 s 32nm
25 sep ipc 20 01 41.2 1.1 s 750nm i 04 30.0 is 11 14.5
lz 20s 4800um
25 sep ip 20 21 36.0
25 sep ip 21 08 46.3 1.0 s 98nm
25 sep ipd 21 19 32.9 1.0 s 220nm is 29 03.9
25 sep ip 22 31 51.5 0.9 s 47nm
26 sep ipc 00 33 07.7 0.9 s 72nm i 33 19.1
26 sep ipc 02 46 47.0 1.1 s 100nm i 47 07.5 lz 18s 7200nm
26 sep ep 03 40 38.5 0.8 s 30nm
26 sep ip 04 54 52.5 0.6 s 39nm
26 sep ipc 06 38 30.6 1.3 s 150nm is 47 55.4 lz 17s 7700nm
26 sep ep 07 39 37.7 1.0 s 29nm
26 sep ep 18 17 50.4 1.0 s 38nm
26 sep ipc 20 49 55.9 0.9 s 140nm i 50 11.1 is 59 25.1
lz 18s 16um
26 sep ipd 23 43 39.6 0.7 s 62nm i 53 15.3 lz 18s 880nm
27 sep ip 02 14 34.2 is 15 14.5 ilg 15 17.0
27 sep ip 04 40 47.7 is 41 28.6
27 sep ip 08 17 47.2 0.7 s 36nm
27 sep ip 11 41 22.1 0.8 s 480nm i 43 02.2 is 47 59.4
i 51 04.7 lz 18s 32um
27 sep ip 13 24 47.5 0.8 s 46nm
27 sep ipc 15 39 19.9 0.9 s 45nm
27 sep ip 16 15 16.8 0.9 s 28nm
27 sep epd 16 19 15.0 0.8 s 46nm
27 sep ip 19 00 44.4 0.8 s 330nm i 02 21.5 lz 18s 13um
27 sep epc 20 38 22.1 0.7 s 28nm
27 sep ip 22 34 48.4 0.9 s 57nm
27 sep ipc 23 47 37.6 1.0 s 190nm i 47 50.1
28 sep ip 03 49 53.5 is 50 33.7
28 sep ipc 04 11 03.3 1.1 s 97nm i 11 16.3 is 20 34.8
28 sep ip 04 29 25.2 0.8 s 61nm lz 18s 3000nm
28 sep ipc 17 02 33.9 1.2 s 51nm is 12 06.5 lz 17s 2000nm
28 sep ep 19 21 10.7 lz 17s 1500nm
28 sep ipc 19 51 32.1 0.8 s 13nm
28 sep ipc 21 41 16.8 1.1 s 20nm
29 sep ipc 02 48 25.6 0.9 s 310nm is 57 53.4 lz 18s 60um
29 sep ip 08 01 28.0 1.0 s 43nm
29 sep ipc 14 33 48.2 0.8 s 32nm
29 sep ep 15 35 05.9 1.1 s 68nm lz 18s 730nm
29 sep ipc 21 33 48.2 0.8 s 66nm is 43 22.3 lz 20s 1700nm
29 sep ipc 22 20 55.1 1.3 s 150nm lz 21s 450nm
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