Bul12016
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 18
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
10 apr ep 05 19 23.5 lz 16s 2400nm
11 apr ep 08 51 03.2 i 51 17.6 lz 20s 1600um
11 apr ip 10 55 39.9 lz 18s 650um
11 apr ip 19 07 09.0 0.9 s 41nm
11 apr ep 22 53 29.8
11 apr ipc 23 08 02.2 lz 17s 22um
11 apr ip 23 47 16.6
12 apr ipc 07 28 24.6 lz 20s 79um
12 apr ipc 15 02 47.5 lz 15s 1500nm
13 apr ipd 10 22 00.1 1.5 s 180nm lz 14s 2500nm
13 apr ip 14 32 30.6
14 apr ipc 15 24 22.4 0.8 s 66nm
14 apr ep 22 24 49.3 lz 23s 7500nm
15 apr ip 04 19 00.3 0.7 s 13nm
15 apr ipd 06 09 54.3 0.8 s 38nm lz 22s 3000nm
16 apr ip 11 28 12.7
dag
10 apr ip 05 21 07.2 1.0 s 26nm
10 apr ip 06 35 27.8 es 36 04.8
11 apr ip 04 06 10.3 is 07 04.6
11 apr ep 09 09 01.8
11 apr ep 09 14 15.5
11 apr ip 09 21 16.4 0.4 s 170nm
11 apr ip 09 41 10.0
11 apr ip 10 56 26.0 lz 20s 1100um
11 apr ip 11 47 42.5
11 apr ip 12 06 41.0 0.8 s 65nm
11 apr ip 12 24 06.9 0.8 s 8700pm
11 apr ip 14 11 18.6 is 12 55.2
11 apr ip 19 07 54.3 1.1 s 13nm
11 apr ip 19 17 33.2 is 18 00.8
11 apr ip 22 50 56.2 0.9 s 62nm
11 apr ipc 23 06 25.8 lz 13s 92um
12 apr ep 01 05 12.8 is 05 39.4
12 apr ip 06 59 04.2 0.8 s 5800pm
12 apr ipd 07 16 27.4 0.9 s 26nm
12 apr ip 07 26 15.0 lz 15s 120um
12 apr ip 10 37 21.9 1.4 s 18nm
12 apr ip 11 30 43.5 0.9 s 17nm
12 apr ipc 15 01 31.6 0.9 s 120nm
12 apr ip 20 33 03.4 es 34 01.4
12 apr ip 20 46 59.8 es 47 57.5
13 apr ip 01 33 10.3 es 34 04.3
13 apr ipd 10 20 45.5 lz 14s 1200nm
13 apr ip 12 22 46.9 1.2 s 17nm
13 apr ip 13 17 48.3
14 apr ipc 11 15 38.8 lz 20s 4500nm
14 apr ip 12 31 32.6 1.0 s 8200pm
14 apr ep 12 51 11.9
14 apr ipc 15 22 27.8 0.9 s 52nm
14 apr ip 19 40 38.6 0.7 s 12nm lz 21s 3200nm
14 apr ep 21 13 07.3
14 apr ep 22 24 16.6 lz 23s 6500nm
15 apr ip 04 17 44.0 es 17 58.0
15 apr ip 04 18 24.3 0.8 s 3400pm
15 apr ipd 06 10 44.8 0.8 s 30nm lz 19s 12um
15 apr ip 11 11 49.7 is 12 11.3
15 apr ip 23 31 50.1 es 32 49.2
16 apr ep 02 31 45.2 1.0 s 7600pm
16 apr ip 03 38 31.6 0.6 s 19nm
16 apr ip 06 40 42.6 is 41 38.2
16 apr ip 11 31 46.0
16 apr ip 15 14 57.2 0.4 s 1300pm
16 apr ip 18 21 18.0 is 21 37.8
mud
10 apr ip 05 19 20.8 lz 16s 3600nm
11 apr ep 08 51 09.7 i 51 26.4 lz 16s 2000um
11 apr ip 10 55 48.3 lz 17s 850um
11 apr ip 19 07 17.9 1.0 s 49nm
11 apr ip 22 53 22.5 1.1 s 50nm
11 apr ipc 23 07 52.1
11 apr ip 23 47 14.5
12 apr ep 00 09 00.0 1.0 s 18nm
12 apr ep 07 28 11.4 lz 19s 160um
12 apr ipc 15 02 49.4 1.0 s 87nm
13 apr ipd 10 22 02.1 2.9 s 760nm lz 16s 5200nm
13 apr ip 14 32 30.3
14 apr ipc 15 24 21.9
14 apr ep 19 40 19.4 lz 22s 1900nm
14 apr ep 21 48 15.0
14 apr ip 22 24 48.1 lz 24s 19um
15 apr ip 04 19 03.8 0.8 s 17nm
15 apr ipd 06 10 03.4 0.7 s 62nm lz 17s 5700nm
16 apr ip 11 28 29.1
bsd
10 apr ep 05 19 25.1 lz 16s 2800nm
11 apr ep 08 50 53.4 i 51 07.1 lz 20s 2800um
11 apr ip 10 55 29.9 lz 17s 520um
11 apr ip 12 18 02.0 es 18 18.4
11 apr ip 19 06 59.2 0.9 s 46nm
11 apr ip 20 14 24.4 is 15 06.5
11 apr ip 22 53 33.5
11 apr ip 23 08 07.6 lz 19s 36um
11 apr ip 23 47 15.7
12 apr ip 00 08 42.0 0.9 s 23nm
12 apr ep 07 28 31.2 e 29 00.9 lz 19s 130um
12 apr ip 07 34 30.3 is 35 21.5 lz 19s 130um
12 apr ip 11 31 53.5
12 apr ipc 15 02 43.2 0.9 s 140nm lz 17s 2600nm
12 apr ip 19 38 05.2 0.7 s 9200pm i 38 14.0
13 apr ep 03 36 26.2 is 36 39.0
13 apr ip 08 04 12.4 i 04 13.0 is 04 29.2
13 apr ipd 10 21 55.6 0.8 s 58nm lz 13s 4300nm
13 apr ip 11 25 17.2 is 25 29.5
13 apr ep 14 32 49.7
14 apr ip 07 07 19.7 es 08 00.5
14 apr ipc 15 24 20.3 0.8 s 52nm
14 apr ip 15 31 48.9 is 32 29.5 lz 23s 1200nm
14 apr ip 15 31 49.5
14 apr ip 16 55 33.0 is 56 13.4
14 apr ep 19 40 04.8 1.0 s 16nm lz 24s 1500nm
14 apr ep 22 24 44.0 1.3 s 85nm lz 24s 14um
15 apr ipc 04 18 53.7 0.8 s 9500pm
15 apr ipd 06 09 44.2 0.8 s 54nm lz 19s 4600nm
15 apr ip 23 45 22.1 es 46 03.5
16 apr ep 03 37 55.5 is 38 03.6
16 apr ep 06 04 58.7 is 05 15.4
16 apr ip 11 27 59.7
16 apr ipc 13 03 17.5 is 03 19.2
16 apr ip 15 11 11.9 0.7 s 40nm
lld
11 apr ep 08 51 00.5 lz 17s 470um
11 apr ep 10 55 38.7 lz 17s 290um
11 apr ip 19 07 08.6 0.8 s 43nm
11 apr ip 20 14 34.0
11 apr ip 23 08 01.5
11 apr ip 23 47 16.9
12 apr ep 00 08 52.3
12 apr ep 07 28 20.8
12 apr ip 15 02 48.0 0.7 s 140nm
13 apr ip 10 22 00.9 0.7 s 45nm
13 apr ip 14 32 33.9
14 apr ip 15 24 23.1 0.8 s 140nm
14 apr ep 15 31 58.6 i 32 23.5
14 apr ip 15 31 59.2
14 apr ip 19 40 13.9
14 apr ip 22 24 51.9
15 apr ip 04 19 00.8
15 apr ip 06 09 53.3
16 apr ip 11 28 11.0
sco
10 apr ep 22 37 12.3 is 37 40.8
11 apr ep 08 26 31.9 i 26 34.0 is 26 43.8
11 apr ep 08 52 04.8 i 56 27.7 lz 21s 2600um
11 apr ep 10 56 44.1 lz 23s 1100um
11 apr ip 11 47 32.6
11 apr ep 12 07 00.0 1.6 s 51nm
11 apr ip 22 51 13.9 1.5 s 110nm
11 apr ipc 23 06 19.3 lz 17s 79um
12 apr ip 01 04 44.9 is 04 58.7
12 apr ip 07 16 30.8 1.0 s 19nm
12 apr ep 07 26 17.8 i 26 29.6 lz 21s 150um
12 apr ip 11 31 23.9 1.4 s 19nm
12 apr ipc 15 02 12.3 1.1 s 84nm
12 apr ip 20 21 19.5
12 apr ip 20 33 36.2 e 35 18.5
12 apr ip 20 47 34.0
12 apr ip 23 04 28.1 is 04 41.2
13 apr ip 10 21 25.9 1.0 s 27nm
13 apr ip 12 23 27.3
13 apr ep 13 17 43.1 1.1 s 5200pm
13 apr ip 14 34 45.7 is 34 59.2
13 apr ep 18 06 00.0 es 06 00.6
14 apr ep 02 11 47.8 is 12 01.6
14 apr ip 03 46 05.9 is 46 26.2
14 apr ep 11 15 28.7 lz 22s 5200nm
14 apr ep 11 39 01.5 e 39 48.0
14 apr ep 12 51 48.9
14 apr ipc 15 23 14.3 0.9 s 50nm
14 apr ep 18 18 59.9 es 19 11.9
14 apr ep 22 24 29.4 i 26 30.5 lz 24s 6400nm
15 apr ep 02 00 35.6 is 00 47.2
15 apr ip 04 18 57.8 1.2 s 11nm
15 apr ip 06 11 00.5 1.6 s 51nm lz 20s 6300nm
15 apr ep 13 32 57.0 is 33 25.4
16 apr ip 03 38 29.6
16 apr ip 07 55 17.6 is 56 48.1
16 apr ip 11 31 22.6 1.2 s 74nm
16 apr ip 15 14 34.1 1.0 s 12nm
16 apr ip 20 55 41.8 is 55 53.4
nrs
11 apr ip 22 50 37.0 1.1 s 88nm
11 apr ep 23 05 04.9 i 08 47.9
12 apr ep 07 25 19.8
14 apr ip 10 41 31.4 is 41 45.5
14 apr ip 15 24 06.1 0.9 s 86nm
15 apr ip 03 06 51.7 is 07 02.7
16 apr ip 03 41 06.3 is 41 19.9
16 apr ip 06 28 51.9 is 29 06.1
iluli
10 apr ip 01 07 34.4 is 07 48.1
10 apr ip 01 17 09.9
11 apr ip 05 26 59.3 is 27 15.1
11 apr ipc 05 34 43.1
11 apr ep 09 08 35.7
11 apr ip 11 47 31.1
11 apr ip 23 05 13.9
12 apr ip 15 02 20.5 0.9 s 55nm
13 apr ip 10 21 34.3 0.8 s 26nm lz 16s 3100nm
14 apr ip 11 15 19.7 lz 24s 8700nm
14 apr ipc 15 23 11.0 0.9 s 150nm
14 apr ep 17 57 47.3
14 apr ep 22 24 25.3 0.9 s 20nm i 26 04.2 lz 22s 13um
15 apr ip 04 05 04.0 is 05 15.0
15 apr ep 05 45 16.4
16 apr ep 23 37 43.3 es 38 34.6
kullo
10 apr ep 05 21 19.4 1.1 s 38nm
11 apr ep 08 52 32.8 i 52 42.4 lz 20s 3400um
11 apr ep 09 08 44.2
11 apr ep 10 57 06.4 lz 19s 1200um
11 apr ip 11 47 41.8
11 apr ip 19 51 11.1 is 51 50.6
11 apr ipc 22 49 49.1
11 apr ipc 23 05 24.7
12 apr ip 07 15 21.2
12 apr ip 07 25 08.6
12 apr ipc 15 01 45.4 1.2 s 110nm
14 apr ipc 11 15 29.5 1.2 s 30nm i 17 44.2 lz 20s 5600nm
14 apr ipc 15 22 30.9 0.9 s 210nm
sfjd
10 apr ip 01 17 35.8 is 18 09.6
10 apr ip 05 20 39.9 0.7 s 15nm
11 apr ep 05 27 25.7 i 27 28.5
11 apr ip 05 34 50.4 is 35 24.0
11 apr ep 08 52 54.9 i 57 27.3 lz 21s 1500um
11 apr ip 11 47 26.9
11 apr ipc 22 50 09.6 i 50 31.0
11 apr ipc 23 05 07.1
12 apr ip 06 57 54.8 1.0 s 21nm
12 apr ip 07 15 18.9 1.1 s 54nm
12 apr ip 07 25 06.4
12 apr ipc 15 02 33.6 0.8 s 55nm
13 apr ip 10 21 47.0 i 21 48.0 lz 15s 2300nm
13 apr ep 13 16 28.5
14 apr ipc 15 23 25.8 0.8 s 110nm
14 apr ip 17 58 08.2 es 58 35.0
15 apr ep 04 05 31.2 is 06 03.6
15 apr ip 05 45 38.2 is 46 05.6
16 apr ep 11 32 32.0
16 apr ep 23 38 07.4 es 39 00.8
sumg
10 apr ep 01 08 43.0 is 09 47.2
10 apr ip 05 20 52.8
10 apr ip 08 19 20.3 1.6 s 39nm
11 apr ip 05 28 08.1 is 29 09.5
11 apr ep 08 52 20.6 i 52 34.8 lz 23s 1900um
11 apr ep 10 57 00.3 lz 22s 680um
11 apr ip 11 47 36.7
11 apr ip 12 07 12.4
11 apr ipc 22 50 32.7 1.0 s 110nm i 50 56.4
11 apr ipc 23 05 49.7 lz 16s 290um
12 apr ip 06 58 30.9 1.0 s 15nm
12 apr ip 07 15 54.6 0.9 s 44nm
12 apr ep 07 25 42.2
12 apr ip 10 36 49.7 1.2 s 23nm
12 apr ip 11 31 16.1 1.1 s 34nm
12 apr ip 15 02 03.9 1.0 s 120nm
13 apr ip 01 34 33.1 es 36 31.9
13 apr ip 10 21 18.2
13 apr ip 12 23 20.0
13 apr ep 13 17 12.8
14 apr ip 11 15 29.6 1.8 s 290nm
14 apr ep 12 51 46.2 0.7 s 6300pm
14 apr ipc 15 22 57.7 0.9 s 410nm
14 apr ep 21 13 03.0 1.1 s 7800pm
14 apr ep 22 24 17.5 i 26 05.5
15 apr ip 04 18 57.9 0.8 s 5300pm
15 apr ep 06 11 15.1 1.4 s 38nm
15 apr ip 23 33 10.8
16 apr ip 03 37 59.7 0.9 s 22nm
16 apr ip 11 32 08.4
++