Bul4037
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 09 14
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
7 sep ep 12 11 43.8 i 19 18.3 i 22 10.7
i 30 28.1 lz 21s 2600nm
8 sep ipc 15 10 32.3 1.0 s 130nm i 13 32.8 is 20 29.0
lz 17s 7700nm
9 sep ipc 16 45 19.2 1.2 s 49nm is 55 09.1 lz 18s 1300nm
9 sep ip 20 53 47.1 i 53 54.8 is 54 45.8
10 sep ep 02 08 07.5 lz 16s 750nm
10 sep ep 19 46 08.7 0.7 s 19nm
11 sep ip 22 12 25.3 0.7 s 15nm is 19 29.3 i 22 09.7
i 28 38.4 lz 19s 1800nm
13 sep ipc 03 11 54.9 0.8 s 70nm is 21 30.8 lz 16s 1800nm
dag
7 sep ep 12 10 52 lz 19s 11um ln 19s 8100nm
le 20s 7200nm
7 sep ep 14 42 04
7 sep ipd 18 47 27.4 1.0 s 44nm
8 sep ipc 13 31 23.1 0.7 s 9600pm
8 sep ipd 14 51 17.2 1.4 s 130nm
8 sep ipdu 15 09 31.0 1.3 s 630nm lz 18s 5600nm ln 17s 4100nm
le 17s 4600nm
8 sep ipc 15 59 30.0 0.8 s 6000pm
9 sep ep 04 56 42
9 sep epc 16 43 44.5 1.0 s 4000pm lz 19s 9700nm le 19s 8500nm
i 44 17.2
10 sep ipc 02 17 06.0 0.6 s 18nm
10 sep ipd 04 32 13.9 0.3 s 27nm
11 sep epu 22 11 46 0.6 s 31nm e 15 13
12 sep epc 20 53 49.1 0.9 s 4200pm i 54 21.1
13 sep ipc 03 10 14.7 1.0 s 110nm
mud
7 sep ip 12 07 19.7 i 10 53.5 is 19 13.9
i 20 50.6 lz 18s 9500nm
7 sep epd 18 48 32.2 0.8 s 18nm i 51 40.4 is 58 38.0
i 03 55.0 lz 16s 1400nm
8 sep ep 07 28 07.8 is 29 26.1
8 sep ipc 15 10 35.2 1.2 s 140nm i 13 38.7 is 20 37.6
lz 17s 19um
8 sep ip 22 26 52.7 0.9 s 12nm
9 sep ip 16 45 06.2 1.2 s 140nm is 54 51.1 lz 21s 2900nm
9 sep ip 20 54 14.5 i 54 20.8 es 55 21.7
10 sep ep 02 04 34.2 i 07 23.5 i 28 10.1
lz 18s 2700nm
10 sep ep 04 33 40.6 0.6 s 11nm
11 sep ep 11 17 28.9 0.5 s 11nm
11 sep ip 22 12 15.0 0.9 s 15nm
13 sep ip 03 11 55.9 1.0 s 48nm is 21 36.2 lz 18s 5700nm
13 sep ep 16 39 02.0 elg 39 21.7
13 sep ip 22 49 10.9 1.1 s 34nm
bsd
7 sep ep 06 22 07.8 0.8 s 21nm i 22 16.9
7 sep ip 08 42 42.1 is 42 53.1
7 sep ip 12 07 30.0 i 11 49.9 is 19 27.3
i 21 12.4 lz 22s 5800nm
7 sep ip 13 03 37.7 is 03 39.2
7 sep ep 15 28 03.8 0.9 s 20nm
7 sep ip 16 09 28.8 is 09 34.8
7 sep ipc 18 48 23.8 0.9 s 46nm i 51 23.1 is 58 20.8
lz 16s 1200nm
7 sep ip 22 46 15.1 i 46 22.1 is 46 53.5
i 47 01.3
8 sep ip 07 29 14.5 es 29 44.0
8 sep ipc 15 10 28.1 1.1 s 240nm i 10 48.0 i 13 30.8
is 20 28.2 lz 18s 19um
8 sep ip 22 26 20.2 0.9 s 26nm
9 sep ip 01 34 48.7 is 35 45.0
9 sep ip 03 31 59.8 is 32 39.2
9 sep ep 12 09 27.6 is 10 36.2
9 sep ipc 16 45 24.5 1.4 s 160nm is 55 57.0 i 00 39.6
9 sep ep 17 44 05.4
9 sep ip 18 31 34.8 es 32 32.1
9 sep ip 20 53 37.3 is 54 18.0
9 sep ip 22 03 02.0 is 03 42.8
10 sep ep 01 28 12.9 1.1 s 26nm
10 sep ep 03 20 09.9 is 20 19.9
10 sep ipc 04 33 35.2 0.7 s 37nm
10 sep ep 07 04 52.5
10 sep ep 19 45 44.4
10 sep ip 21 27 20.5 es 28 02.1 i 28 04.1
11 sep ip 00 39 17.1 is 39 58.6
11 sep ep 04 02 21.7 0.9 s 27nm
11 sep ip 04 11 56.3 is 12 39.0
11 sep ip 08 38 56.3 i 39 03.8 es 39 36.1
elg 39 45.9
11 sep ip 11 17 29.2
11 sep ip 15 24 42.3 i 24 49.5 is 25 38.1
11 sep ip 17 32 35.2 i 32 44.3 is 33 16.6
ilg 33 29.9
11 sep ip 22 12 26.9 is 19 25.5 i 22 03.5
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