Bul11025
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 2011 06 21
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
14 jun ep 13 00 20.4 0.8 s 46nm lz 18s 4900nm
14 jun ip 13 18 49.9
15 jun ep 01 13 22.9
16 jun ep 00 22 27.8 i 23 48.8 lz 18s 4500nm
18 jun ip 11 42 59.5 i 43 07.9 lz 15s 1700nm
20 jun ip 18 32 14.6 1.0 s 44nm
dag
14 jun ip 03 14 46.6 0.9 s 5400pm
14 jun ipc 12 58 50.7 0.7 s 16nm i 26 11.8 lz 17s 2100nm
14 jun ipc 13 17 32.1 0.8 s 23nm
14 jun ip 15 06 27.4 0.9 s 17nm
14 jun ip 18 05 14.4 1.0 s 4300pm
14 jun ip 23 10 05.5 0.8 s 3700pm
15 jun ip 01 15 30.7
15 jun ip 04 52 51.1 1.1 s 38nm
15 jun ep 14 30 12.3 0.7 s 890pm
15 jun ip 21 15 00.6 is 15 34.2
15 jun ip 22 24 29.1 1.1 s 5800pm
16 jun ep 00 33 11.6
16 jun ip 10 19 34.3 1.0 s 10nm
16 jun ip 12 57 01.5 0.7 s 3300pm
16 jun ipd 19 13 27.6 0.7 s 44nm
16 jun ip 20 51 10.5 is 52 03.3
16 jun ip 22 28 40.9 0.9 s 1100pm
17 jun ip 00 06 20.6 is 06 39.9
17 jun ip 02 30 36.9 0.9 s 3500pm
17 jun ip 09 27 26.2 1.4 s 130nm
17 jun ipc 10 49 03.2 1.1 s 83nm
17 jun ip 17 21 23.3 is 21 55.6
17 jun ip 19 24 05.4 is 24 16.9
17 jun ip 21 17 03.2 i 17 06.5 es 17 35.7
18 jun ip 00 06 20.4 is 07 19.0
18 jun ip 09 15 13.3 is 16 18.4
18 jun ip 10 58 31.5 0.9 s 6600pm
18 jun ipd 11 41 44.3 0.9 s 39nm i 41 53.7 lz 19s 540nm
18 jun ipc 17 41 41.3 0.7 s 5700pm
18 jun ip 20 47 39.1 es 47 54.0
18 jun ipc 22 24 12.7 1.0 s 7600pm
18 jun ep 23 05 59.2 1.5 s 32nm
19 jun ipc 00 33 00.5 0.7 s 3700pm
19 jun ipc 04 29 34.8 i 29 47.4
19 jun ep 04 33 27.4
19 jun ip 08 56 42.1 0.8 s 6600pm
19 jun ip 10 32 01.4 is 32 56.6
19 jun ipd 16 46 31.9 0.9 s 5000pm
19 jun ip 17 05 02.8 0.8 s 1700pm
19 jun ip 19 09 16.2 0.8 s 3700pm
19 jun ip 22 41 13.8 0.6 s 4400pm i 41 40.7
20 jun ip 06 37 39.3 0.8 s 4800pm
20 jun ipc 10 28 11.5 1.0 s 30nm
20 jun ip 18 31 38.3 0.8 s 10nm
20 jun ep 21 22 05.6 1.0 s 5300pm
20 jun ep 23 32 50.9
mud
14 jun ip 03 14 21.5 1.2 s 61nm
14 jun ip 13 00 23.1 0.8 s 22nm lz 16s 5300nm
15 jun ip 01 13 37.2 1.1 s 49nm
16 jun ep 00 22 28.5 ipp 24 04.1 lz 21s 11um
16 jun ep 14 59 35.5 es 59 48.5
17 jun ip 09 25 05.5 1.0 s 64nm
18 jun ip 11 43 02.4 i 43 11.5 lz 15s 3600nm
19 jun ip 04 29 10.1
20 jun ip 10 27 58.8 0.9 s 36nm
20 jun ip 18 32 13.9 1.0 s 24nm
bsd
14 jun ip 03 14 04.0 1.1 s 38nm
14 jun ip 04 05 12.8 is 05 52.9
14 jun ip 13 18 47.8 1.0 s 56nm
14 jun ip 14 02 58.4 is 03 15.8
14 jun ip 16 24 23.8 is 25 06.8
15 jun ip 01 13 05.5 0.7 s 62nm
15 jun ip 10 04 18.2 is 04 32.3
15 jun ep 12 00 12.9 es 00 28.0
15 jun ipc 13 03 26.3 is 03 27.8
16 jun epc 00 22 26.5 1.2 s 42nm i 23 50.2 lz 19s 11um
16 jun ip 10 20 52.5 1.1 s 28nm
16 jun ip 13 55 05.0 is 55 46.2
17 jun ep 09 24 38.6 1.4 s 140nm
18 jun ip 11 42 56.6 i 43 04.8 lz 16s 3800nm
19 jun ip 03 40 52.4 is 41 33.9
19 jun ip 03 56 34.4 is 57 15.1
19 jun ip 04 28 55.0 1.0 s 60nm
20 jun ip 02 52 14.9 is 52 22.1
20 jun ip 18 32 12.1 1.0 s 55nm
lld
14 jun ip 22 00 14.6
16 jun ep 00 22 26.9 1.3 s 130nm
sco
14 jun ip 12 59 34.4 0.9 s 61nm lz 16s 1900nm
14 jun ip 13 18 14.1
14 jun ep 14 36 21.8 is 36 24.2
15 jun ep 01 15 38.4 1.0 s 33nm
15 jun ep 04 53 28.1
15 jun ip 21 16 28.5
16 jun ep 00 22 18.0 lz 19s 7900nm
16 jun ep 21 08 13.8 is 08 25.2
17 jun ip 09 27 18.3 1.6 s 51nm
18 jun ip 10 58 54.7 0.9 s 48nm
18 jun ipd 11 42 24.8 1.0 s 32nm lz 21s 1800nm
18 jun ip 21 40 46.4 is 40 53.1
18 jun ip 21 53 38.8
19 jun ep 00 12 59.6 es 13 28.4
19 jun ep 04 34 13.3
19 jun ip 08 56 31.8 1.1 s 10nm
19 jun ip 12 59 41.2 is 59 57.0
19 jun ip 22 31 33.5 is 31 43.6
19 jun ip 22 41 54.4 0.7 s 4900pm
19 jun ip 22 41 54.7 0.7 s 4900pm
20 jun ip 06 37 59.3 0.9 s 4500pm
20 jun ep 07 33 50.9 es 34 28.3
20 jun ipc 10 28 38.9 1.2 s 30nm
20 jun ip 16 49 22.3 1.1 s 12nm
20 jun ipc 18 31 51.7 1.0 s 38nm
20 jun ip 19 47 18.8 0.8 s 5100pm
20 jun ipc 21 21 03.5
20 jun ip 22 21 45.6
20 jun ep 23 33 19.7
20 jun ip 23 54 07.6
nrs
16 jun ip 13 12 45.3 is 12 58.2
18 jun ip 11 43 19.9 lz 16s 2400nm
19 jun ip 02 14 44.7 is 15 01.3
20 jun ipc 16 48 20.0 1.3 s 74nm i 48 52.7 i 58 33.5
lz 18s 3900nm
20 jun ipc 18 31 58.6 0.8 s 45nm
iluli
14 jun ipc 12 59 40.1 0.9 s 120nm lz 16s 4200nm
15 jun ep 21 17 21.1
17 jun ip 10 49 44.5
20 jun ipc 10 29 17.5 1.1 s 34nm
20 jun ipc 16 48 52.8 1.4 s 99nm i 49 24.7 i 59 39.0
lz 21s 3400nm
20 jun ipc 18 31 44.1 1.1 s 42nm
20 jun ip 21 20 52.7
kullo
14 jun ipc 07 00 45.8 is 01 01.1
14 jun ipc 12 59 02.5 0.8 s 58nm lz 17s 6200nm
14 jun ip 13 17 44.1 1.1 s 51nm
15 jun ipd 04 53 01.2 1.7 s 190nm
15 jun ip 06 19 39.9 is 19 43.7
15 jun ip 07 07 19.9 is 07 23.7
15 jun ip 21 16 35.8 es 18 16.2 is 18 25.2
16 jun ipd 19 12 40.6 0.8 s 19nm
17 jun ip 09 28 19.0 1.1 s 100nm
17 jun ipc 10 49 04.9 1.0 s 36nm
20 jun ipc 10 28 56.5 0.9 s 95nm
20 jun ip 21 21 51.9
sfjd
14 jun ip 12 59 53.9 0.9 s 44nm
14 jun ep 13 18 33.9
15 jun ep 01 16 46.9 1.1 s 25nm lz 19s 1100nm
15 jun ipd 04 53 43.7 0.8 s 55nm
16 jun ep 00 22 20.0 lz 21s 7600nm
16 jun ip 20 27 47.7 is 28 09.3
17 jun ep 07 00 14.2 i 00 14.8 is 00 15.8
17 jun ip 09 28 14.8
17 jun ip 10 49 59.6 0.9 s 25nm
17 jun ep 21 47 09.5 es 47 36.7
18 jun ipd 11 42 46.3 1.1 s 44nm lz 19s 1700nm
18 jun ip 12 18 29.3 is 19 07.7
18 jun ep 23 04 49.7 1.4 s 36nm
19 jun ip 00 21 46.7 is 22 00.8
19 jun ip 08 56 26.6 0.7 s 12nm
20 jun ip 01 56 00.4 is 56 17.0
20 jun ep 06 39 02.3 0.7 s 5400pm
20 jun ipc 10 29 27.1 0.9 s 28nm
20 jun ip 16 48 42.9 1.2 s 34nm i 49 14.6 is 59 21.1
lz 17s 2300nm
20 jun ep 20 32 05.9
20 jun ip 21 20 31.6 0.9 s 27nm
sumg
14 jun ip 07 02 02.1 es 03 12.3
14 jun ipc 12 59 24.0 0.9 s 210nm i 27 11.0
14 jun ipc 13 18 03.7 0.7 s 68nm
14 jun ipc 15 07 00.6 1.0 s 36nm
14 jun ep 18 05 46.9
14 jun ip 23 10 32.6 0.9 s 11nm
15 jun ip 01 16 08.2 1.1 s 120nm
15 jun ipd 04 53 19.2 0.9 s 46nm
15 jun ip 14 29 40.7 0.8 s 10nm
15 jun ip 21 16 17.0 is 17 46.0
15 jun ip 22 25 04.0 0.7 s 2800pm
16 jun ep 00 22 20.4 e 23 00.9 lz 21s 9600nm
16 jun ep 00 33 06.5
16 jun ip 10 20 07.0 0.9 s 15nm
16 jun ip 19 13 27.5 0.6 s 38nm
16 jun ep 20 52 42.2
16 jun ep 21 27 16.2 es 28 15.3
16 jun ip 22 28 12.2 0.9 s 7900pm
17 jun ip 02 30 17.3 1.2 s 15nm
17 jun ip 09 27 50.4 1.0 s 110nm
17 jun ipc 10 49 31.7 0.9 s 35nm
18 jun ip 05 51 22.6 0.8 s 6200pm
18 jun ep 07 16 01.8 es 16 55.9
18 jun ip 10 58 07.3 1.0 s 20nm
18 jun ipd 11 42 16.4 1.0 s 67nm i 42 25.8 lz 20s 5200nm
18 jun ip 17 41 02.9
18 jun ip 22 23 40.1 1.0 s 8200pm
18 jun ep 23 05 23.3 1.0 s 10nm
18 jun ep 23 50 22.5 is 51 29.9
19 jun ep 00 12 40.7 es 13 07.6
19 jun ipc 00 32 28.4
19 jun ip 04 30 06.7 0.7 s 2100pm
19 jun ip 08 56 36.3 0.9 s 13nm
19 jun ip 10 33 25.8 is 35 23.7
19 jun ipd 16 45 54.2 0.9 s 22nm
19 jun ipc 17 05 29.6 0.6 s 11nm
19 jun ip 19 09 48.5 0.8 s 4200pm
19 jun ip 22 41 21.9 0.6 s 18nm
20 jun ip 06 38 22.3 1.0 s 8600pm
20 jun ep 07 34 01.0 es 34 45.0
20 jun ipc 10 28 51.4 1.0 s 68nm
20 jun ipc 16 49 14.9 1.1 s 35nm lz 20s 3300nm
20 jun ip 18 31 44.6 1.2 s 35nm
20 jun ip 19 47 04.8 0.8 s 22nm
20 jun ip 21 21 13.9
++