Bul13008
Geofysisk Afdeling, GEUS Phone 38 14 20 00
Office of Seismology +45 38 14 20 00
Østervoldgade 10 Cable SEISMOCOP
DK-1350 København K Telefax 38 14 20 50
Processed 2013 02 28
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
iluli Ilulissat (DK) 69.21 N 57.22 W 54 m
kullo Kullorsuaq (DK) 74.58 N 57.22 W 44 m
sfjd Soendre Stroemfjord (IU) 67.00 N 50.62 W 328 m
sumg Summit Greenland (GE) 72.58 N 38.45 W 3240 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
19 feb ip 12 39 40.7 lz 15s 1300nm
25 feb ipc 07 35 50.7 1.1 s 130nm lz 15s 5700nm
dag
19 feb ip 01 20 52.3 is 21 19.1
19 feb ip 02 02 59.8 is 03 27.7
19 feb ip 04 27 34.6
19 feb ip 05 05 04.6 0.5 s 2700pm
19 feb ip 05 36 51.9
19 feb ip 06 20 27.4 is 20 55.2
19 feb ip 08 37 59.1 is 38 50.1
19 feb ip 09 53 40.8 is 53 42.4
19 feb ipc 12 38 29.7 1.2 s 160nm
19 feb ip 16 41 28.2 is 41 56.1
19 feb ip 17 01 05.9 1.2 s 28nm
19 feb ip 18 10 40.1 is 11 08.3
19 feb ip 18 10 54.1 is 11 21.4
20 feb ip 02 14 15.0 es 14 39.1
20 feb ep 06 33 23.9 is 33 48.4
20 feb ip 06 34 23.2 is 34 46.5
20 feb ip 08 56 19.6 0.9 s 22nm
20 feb ip 09 24 01.1 0.6 s 1400pm
20 feb ipc 10 03 05.0 0.7 s 4900pm
20 feb ip 10 06 58.5 0.8 s 4100pm
20 feb ip 19 05 18.6 0.8 s 5100pm
20 feb ip 19 09 32.7 is 10 22.1
20 feb ipc 21 34 24.3 0.9 s 33nm lz 14s 4200nm
21 feb ip 04 29 52.8 is 30 45.9
21 feb ep 14 17 26.0 1.4 s 90nm
21 feb ip 15 15 05.2 es 16 03.7
21 feb ip 15 44 39.0 0.9 s 6100pm
21 feb ipd 17 30 30.0 1.1 s 39nm
21 feb ip 20 11 03.1 0.7 s 11nm
22 feb ip 09 38 50.2 0.7 s 3500pm
22 feb ip 12 15 18.1
22 feb ip 12 30 32.9 0.8 s 10nm i 30 49.0
22 feb ip 23 38 53.8 0.7 s 5700pm
23 feb ip 09 01 48.6 is 02 11.2
23 feb ip 09 28 36.0 1.1 s 18nm
23 feb ip 11 23 43.7 1.0 s 12nm
23 feb ip 11 38 08.4
23 feb ip 21 36 26.1 is 36 27.0
24 feb ipc 05 05 58.4 0.7 s 7200pm
24 feb ep 21 13 20.5
25 feb ip 05 21 13.6 1.2 s 23nm lz 21s 1700nm
25 feb ip 05 32 23.3 0.8 s 3100pm
25 feb ipd 07 34 40.1 1.3 s 360nm lz 19s 3000nm
25 feb ip 13 17 30.8 i 17 32.4 is 18 26.4
25 feb ip 13 49 36.4 1.3 s 21nm
25 feb ip 16 11 43.4 i 11 52.3
25 feb ep 23 55 10.5 es 55 35.7
mud
19 feb ip 12 39 43.7 1.3 s 150nm
19 feb ep 22 48 19.4
22 feb ep 10 19 57.7
22 feb ip 12 14 58.9 1.0 s 25nm
24 feb ep 21 14 05.0 lz 16s 980nm
25 feb ip 07 35 53.8 1.4 s 160nm lz 13s 8200nm
bsd
19 feb ip 11 49 14.6 es 49 30.2
19 feb ipc 12 39 36.7 1.1 s 110nm lz 16s 2200nm
21 feb ip 13 06 48.4 es 07 03.0
21 feb ipc 13 13 31.5 is 13 33.2
21 feb ip 13 46 59.7
22 feb ep 10 20 04.9
22 feb ip 12 05 34.8 is 06 15.4
22 feb ip 13 24 32.8 es 24 52.6
22 feb ip 14 27 16.1 es 27 57.9
22 feb ip 18 26 44.4 is 27 24.6
24 feb ep 14 55 33.7
25 feb ipc 07 35 47.3 1.4 s 160nm lz 15s 7700nm
25 feb ep 09 15 35.7
sco
19 feb ip 12 39 09.6 1.6 s 190nm
19 feb ip 22 47 55.1 1.1 s 24nm
20 feb ep 08 36 50.8 is 37 03.0
20 feb ip 08 57 00.1 0.8 s 14nm
20 feb ep 09 27 41.8
20 feb ep 21 34 19.2
21 feb ep 15 45 19.2 0.8 s 4500pm
21 feb ip 17 31 14.9 1.0 s 18nm
21 feb ep 21 33 31.6 is 33 51.2
22 feb ip 02 47 10.0 is 47 26.2
22 feb ep 12 14 55.8
22 feb ep 22 04 02.1
22 feb ep 22 33 22.7 is 33 34.9
23 feb ep 00 16 46.4 es 17 10.7
23 feb ep 10 41 38.5 e 42 06.9
23 feb ip 20 38 46.4
23 feb ip 20 38 53.6
23 feb ip 22 48 51.1 is 49 02.0
24 feb ep 21 13 38.7
24 feb ip 22 58 24.1 es 58 33.6
25 feb ip 07 35 20.2 1.6 s 270nm
25 feb ip 07 39 36.0 is 39 48.2
25 feb ep 19 04 32.1 is 05 35.9
nrs
19 feb ipc 16 57 30.0 is 57 50.7
19 feb ip 18 40 41.1 is 41 01.4
20 feb ip 03 43 23.1 is 43 43.9
20 feb ip 03 51 09.8 is 51 29.4
20 feb ip 05 02 44.8 is 03 05.4
20 feb ip 05 25 23.0 is 25 43.2
20 feb ep 05 38 22.9 is 38 42.7
20 feb ip 16 51 28.3 is 51 41.5
20 feb ip 21 53 25.9 is 53 46.1
21 feb ip 01 26 03.7
21 feb ip 01 26 23.8 is 26 48.7
21 feb ip 01 29 20.7 is 29 39.4
21 feb ip 02 16 58.5 is 17 19.3
21 feb ip 08 13 44.1 i 13 45.6 is 14 04.1
21 feb ep 23 07 27.0 is 07 47.3
22 feb ip 23 13 15.3 is 13 26.9
24 feb ip 01 38 27.4 is 38 47.6
24 feb ip 13 51 07.9 is 51 28.0
24 feb ip 23 19 59.6 is 20 20.4
24 feb ip 23 28 06.6 is 28 18.1
25 feb ip 01 25 35.0 i 25 35.9 is 25 55.3
25 feb ep 02 54 46.1 is 54 47.5
25 feb ip 04 08 33.3 is 08 44.3
25 feb ep 19 41 40.1 is 42 00.1
iluli
19 feb ip 12 39 17.7 1.3 s 110nm lz 24s 1800nm
19 feb ip 20 43 16.2 is 43 32.2
20 feb ip 08 56 29.3 0.9 s 23nm
20 feb ep 16 39 00.2
21 feb ipc 17 47 02.4 is 47 05.7 is 47 06.1
22 feb ip 12 14 29.4 0.7 s 22nm
24 feb ep 02 29 56.2
25 feb ip 07 35 31.7 1.6 s 260nm lz 16s 2900nm
kullo
19 feb ipc 12 38 43.7 1.1 s 110nm lz 19s 2000nm
20 feb ip 04 25 24.3 is 25 47.4
21 feb ipd 17 30 31.3 0.9 s 67nm
21 feb ip 22 44 47.8 es 45 03.7
22 feb ep 21 14 51.5 1.2 s 48nm
25 feb ip 07 34 56.8 1.3 s 200nm
25 feb ip 16 12 04.4 0.7 s 13nm
sfjd
19 feb ip 12 39 31.1 1.2 s 48nm lz 16s 950nm
19 feb ep 16 58 41.3 is 59 55.9
19 feb ip 20 43 41.3 is 44 11.7
19 feb ip 22 47 42.7 0.7 s 8800pm
20 feb ip 03 52 39.5 is 52 55.1
20 feb ip 08 56 42.9 1.2 s 59nm
21 feb ip 01 27 23.8
21 feb ep 02 18 10.2 es 19 25.1
21 feb ip 04 17 39.1 es 17 40.2
21 feb ep 08 34 02.6 is 34 51.6
21 feb ip 09 17 13.9 is 17 40.7
21 feb ip 11 12 14.1
21 feb ip 13 30 07.7
21 feb ep 17 47 30.9 i 47 33.1 es 47 54.5
21 feb ep 23 08 39.8 es 09 49.3
22 feb ep 09 30 59.5 i 31 00.6 es 31 06.0
22 feb ep 11 59 31.3 i 59 31.9 is 59 34.2
22 feb ep 12 14 19.0
22 feb ip 12 16 28.2 1.3 s 120nm
23 feb ip 10 29 06.1 is 29 07.1
24 feb ip 02 30 17.9 is 30 43.2
24 feb ip 05 30 24.9 is 30 25.2
25 feb ip 05 22 40.4 0.9 s 25nm
25 feb ip 07 35 43.6 1.3 s 98nm
25 feb ip 15 03 38.8 es 03 57.9
25 feb ip 16 12 45.6 0.7 s 12nm
sumg
19 feb ip 01 22 11.5 is 23 38.0
19 feb ep 04 27 44.4
19 feb ip 05 05 41.1
19 feb ipc 12 39 01.7 1.1 s 370nm lz 21s 7800nm
19 feb ip 16 59 45.2
19 feb ip 22 47 45.4 1.2 s 34nm
20 feb ep 04 26 03.0 es 26 56.3
20 feb ip 08 56 30.1 1.0 s 170nm
20 feb ip 09 24 33.4 0.4 s 25nm
20 feb ip 10 06 25.4 0.9 s 30nm
20 feb ep 16 55 09.0 1.1 s 26nm
20 feb ip 19 05 52.7 0.8 s 25nm
20 feb ip 19 11 04.7 es 13 07.8
20 feb ipc 19 11 05.2 0.4 s 22nm
20 feb ipc 21 33 48.4 1.1 s 120nm lz 16s 30um
21 feb ep 11 12 07.4 es 13 12.4
21 feb ip 14 17 56.7
21 feb ip 15 16 25.7 es 18 25.3
21 feb ip 15 45 11.4 0.7 s 27nm
21 feb ipd 17 30 58.1 1.2 s 210nm
21 feb ip 20 11 37.1 0.7 s 11nm
22 feb ip 09 39 30.3
22 feb ip 12 14 49.6
22 feb ip 12 16 59.0 1.2 s 120nm
22 feb ip 12 30 53.3
22 feb ep 20 28 26.1 1.0 s 42nm
22 feb ep 21 14 50.9 1.0 s 160nm
22 feb ip 22 03 51.2 1.0 s 120nm
22 feb ip 23 39 38.7
23 feb ip 11 38 39.1
23 feb ip 20 38 42.8
23 feb ipc 20 38 43.1 is 39 17.6
24 feb ep 02 31 14.5 es 32 12.8
24 feb ip 05 06 30.9 0.8 s 18nm
24 feb ep 21 13 24.0
25 feb ipc 05 21 59.3 1.3 s 140nm
25 feb ipd 07 35 13.2 1.2 s 750nm
25 feb ip 13 49 18.4 1.1 s 28nm
25 feb ip 16 12 16.6 0.7 s 28nm
++