Bul12014
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 2012 04 03
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
27 mar ip 11 12 29.6 1.1 s 150nm lz 23s 10um
30 mar ep 18 28 58.5 lz 21s 1200nm
31 mar ip 09 23 20.3 0.7 s 70nm
1 apr ip 14 16 17.6 0.7 s 72nm
2 apr ep 17 49 32.7 lz 16s 2800nm
dag
27 mar ip 11 11 09.8 0.9 s 64nm
27 mar ep 14 13 28.0
27 mar ep 15 43 10.4
27 mar ip 18 38 40.6 is 38 59.0
27 mar ip 23 51 19.9 0.9 s 9400pm
28 mar ipc 04 03 57.5 is 04 50.2
28 mar ip 05 50 58.8 0.7 s 1900pm i 51 05.8
29 mar ip 04 23 58.0 is 25 05.8
29 mar ip 22 39 25.6 0.6 s 3700pm
30 mar ipc 04 49 08.3 1.0 s 35nm
30 mar ipd 09 56 46.3 0.6 s 6800pm
30 mar ip 11 05 45.4 1.2 s 40nm
30 mar ipc 11 20 32.3 is 21 25.6
30 mar ipc 22 15 07.4
30 mar ip 22 32 11.1 es 33 09.9
31 mar ep 02 02 42.4 es 03 23.2
31 mar ipc 04 26 01.4 0.9 s 43nm
31 mar ip 09 22 38.0 0.9 s 12nm
31 mar ip 21 31 43.1 i 31 43.7 is 32 54.1
1 apr ip 05 11 15.3 es 12 30.4
1 apr ip 10 36 41.0 is 37 45.2
1 apr ipc 14 15 03.5 i 15 18.9
1 apr ep 14 43 57.8
1 apr ipc 22 35 06.5 1.2 s 22nm
2 apr ep 07 38 18.4 0.8 s 3100pm
2 apr ip 08 35 46.4 0.9 s 3400pm i 36 08.6
2 apr ep 11 09 04.9 is 10 32.6
2 apr ip 17 48 04.5
mud
27 mar ip 11 12 32.2 1.4 s 210nm i 12 40.8 lz 19s 15um
30 mar ipd 09 57 26.3 1.0 s 100nm
1 apr ipc 14 16 19.5 1.1 s 84nm
2 apr ep 17 49 23.7 lz 18s 6100nm
bsd
27 mar ip 11 12 26.0 1.3 s 390nm i 12 34.8 lz 17s 12um
27 mar ep 13 16 18.2 is 16 47.3
27 mar ip 23 50 19.4
28 mar ep 05 37 26.0
28 mar ip 10 00 16.9 is 00 33.1
28 mar ip 19 20 43.2 is 20 59.3
28 mar ip 23 20 40.9 0.4 s 5200pm
29 mar ip 15 33 08.7 es 33 47.8
30 mar ep 04 50 17.5 0.9 s 34nm
30 mar ipd 09 57 27.3 0.7 s 46nm
31 mar ipd 04 24 25.4 0.8 s 49nm
31 mar ipd 09 23 19.5 0.9 s 130nm
1 apr ipc 14 16 13.6 1.0 s 92nm
2 apr ip 11 55 12.1 is 55 28.1
2 apr ep 17 49 40.2 lz 25s 5200nm
lld
27 mar ep 11 12 31.3
31 mar ip 09 23 21.3 0.7 s 170nm
sco
27 mar ip 01 54 29.0 is 54 39.1
27 mar ip 09 01 25.4 is 01 27.6
27 mar ip 11 11 51.5 1.3 s 75nm
27 mar ip 23 51 42.4
28 mar ip 01 37 53.2 is 38 03.7
28 mar ip 15 09 05.6 is 09 18.7
28 mar ip 23 31 16.9 es 31 27.8
29 mar ip 03 42 58.8 is 43 21.1
29 mar ip 04 23 19.9 is 24 03.3
29 mar ip 16 43 28.1
30 mar ip 03 10 10.8 is 10 21.0
30 mar ep 03 21 28.7 es 21 39.8
30 mar ip 04 49 48.8 0.9 s 15nm
30 mar ip 09 56 58.2 0.7 s 5600pm
30 mar ip 11 06 28.7 1.2 s 21nm
30 mar ip 11 21 54.9
30 mar ip 22 15 26.3
31 mar ep 02 02 09.0 is 02 19.8
31 mar ip 04 26 19.2 0.8 s 6900pm
31 mar ip 09 22 49.9 0.8 s 4700pm
1 apr ipc 14 15 43.9 i 16 02.9
2 apr ip 08 35 59.0 0.8 s 4300pm i 36 20.0
2 apr ip 17 26 23.8 is 26 33.2
2 apr ip 17 47 58.1 lz 18s 11um
nrs
27 mar ip 00 27 59.5 is 28 13.3
27 mar ip 11 12 48.3 1.0 s 43nm lz 22s 9800nm
28 mar ep 19 04 15.5 is 04 58.9
28 mar ep 23 57 34.8 i 57 35.8 is 57 55.3
29 mar ip 04 25 01.8
29 mar ip 19 27 00.3 is 27 14.1
1 apr ep 11 09 58.0 is 10 12.4
iluli
27 mar ipc 11 11 59.5 0.7 s 55nm lz 22s 8100nm
28 mar ip 06 41 39.6 is 42 31.2
29 mar ip 01 17 08.3
29 mar ip 04 23 57.4
30 mar ip 17 17 53.2 is 18 00.1
31 mar ipc 04 27 20.2 0.5 s 53nm
31 mar ip 09 22 38.0 1.0 s 22nm
1 apr ep 01 18 07.8 is 18 20.1
1 apr ipc 14 15 52.9 i 16 10.7
kullo
27 mar ip 11 11 23.1 0.8 s 62nm lz 22s 8000nm
29 mar ip 04 24 11.0
30 mar ipc 04 49 22.2 0.7 s 10nm
30 mar ip 11 22 19.8
31 mar ipc 04 27 05.0 0.6 s 25nm
31 mar ip 09 22 28.6 0.9 s 17nm
1 apr ip 10 37 49.5 i 39 34.9
1 apr ipc 14 15 17.8 1.2 s 65nm
sfjd
27 mar ip 11 12 13.1 1.1 s 120nm i 12 21.7 lz 20s 5500nm
27 mar ip 23 52 37.7
28 mar ip 06 42 07.3 is 43 00.3
28 mar ip 09 24 31.6 es 24 45.2
28 mar ep 19 04 33.5 is 05 34.8
29 mar ip 01 17 36.7 es 18 24.5
29 mar ip 04 24 13.8 is 25 35.5
29 mar ip 16 44 22.2 es 45 44.4
30 mar ip 04 50 09.2
30 mar ip 09 56 48.2 0.5 s 5700pm
30 mar ep 17 18 19.1
30 mar ep 18 29 58.6
31 mar ipc 04 27 28.9
1 apr ep 01 18 50.6 es 19 17.4
1 apr ep 22 33 46.3
2 apr ip 17 46 43.7
2 apr ep 21 51 07.2 es 51 29.8
sumg
27 mar ipd 11 11 42.7 0.7 s 150nm lz 21s 10um
27 mar ip 23 52 00.2 1.1 s 12nm
28 mar ip 04 05 29.2 es 07 21.5
28 mar ip 05 51 10.2 0.9 s 8600pm
28 mar ep 08 45 38.6 1.2 s 24nm
29 mar ip 00 55 42.8 1.2 s 23nm
29 mar ipd 04 22 57.1 is 23 21.1
29 mar ip 05 07 08.5 is 07 32.5
29 mar ip 05 25 55.6 is 26 20.7
29 mar ip 16 43 06.9 is 43 28.8
30 mar ip 01 37 10.4 es 37 35.2
30 mar ipc 04 49 40.5 1.0 s 29nm
30 mar ip 09 56 49.2 1.1 s 21nm
30 mar ip 11 06 17.4 1.4 s 80nm
30 mar ip 11 22 01.2 es 24 04.0
30 mar ip 20 11 10.1 0.7 s 7200pm
30 mar ip 20 17 01.9 1.0 s 7200pm
30 mar ip 22 15 40.3 0.7 s 3500pm
31 mar ip 04 26 46.3 0.7 s 35nm
31 mar ip 09 22 41.2 1.1 s 26nm
31 mar ep 21 32 32.2 es 34 18.3
1 apr ep 00 53 05.0 es 54 04.9
1 apr ip 10 37 49.0 is 39 40.2
1 apr ipc 14 15 36.1 i 15 55.6
1 apr ep 14 42 56.2
1 apr ip 22 34 29.4 1.3 s 45nm
2 apr ep 08 35 53.2 0.8 s 3300pm i 36 10.7
2 apr ep 11 10 10.9 es 12 21.1
2 apr ip 17 47 27.8
++