Bul13042
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 10 23
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
15 oct ep 00 25 55.2 lz 23s 66um
16 oct ep 10 49 46.7 i 51 19.7
18 oct ep 13 26 58.1 lz 15s 1600nm
19 oct ep 15 26 11.8 0.5 s 27nm
19 oct ip 18 07 43.3 lz 19s 28um
20 oct ipc 19 53 34.0 0.8 s 130nm
21 oct ip 02 35 45.8 0.9 s 84nm lz 12s 2200nm
21 oct ip 04 21 36.9 0.6 s 20nm
dag
15 oct ip 00 25 34.4 lz 22s 65um
15 oct ip 00 46 46.0 is 47 27.6
15 oct ip 03 09 41.0 0.6 s 5100pm
15 oct ip 08 55 51.0 0.9 s 14nm
15 oct ip 09 05 20.0 0.8 s 5200pm
15 oct ip 11 04 18.0
15 oct ip 14 38 08.4 is 38 28.6
15 oct ip 19 42 23.0 0.7 s 4700pm
15 oct ip 20 08 56.6 is 09 46.2
16 oct ip 01 41 36.8 is 41 42.9
16 oct ip 02 10 21.0 0.4 s 2500pm
16 oct ip 03 40 59.1 is 41 37.3
16 oct ip 10 45 21.0 0.8 s 4200pm
16 oct ip 10 49 24.7
16 oct ip 11 00 26.0 1.1 s 25nm lz 25s 40um
16 oct ip 15 09 52.0 is 10 55.0
16 oct ip 16 34 20.0 is 35 12.4
16 oct ipc 19 46 11.7 0.7 s 5800pm
17 oct ip 11 02 58.3 es 03 18.8
17 oct ip 12 22 56.2
17 oct ip 15 30 03.9 is 30 26.0
17 oct ipc 17 04 40.6 1.2 s 17nm
18 oct ipc 05 08 48.1 0.8 s 4200pm
18 oct ip 06 45 49.5 is 46 46.5
18 oct ip 09 51 23.0 0.6 s 2300pm i 51 35.6
18 oct ip 13 28 39.0 1.0 s 22nm lz 19s 1000nm
18 oct ipc 23 19 26.9 0.3 s 4200pm es 19 47.7 e 19 53.4
18 oct ip 23 50 47.4 is 51 40.4
19 oct ep 03 07 59.9 0.8 s 2400pm
19 oct ip 05 08 08.3 0.6 s 1700pm
19 oct ipc 15 24 55.9 0.7 s 7900pm
19 oct ip 18 05 36.5 1.3 s 540nm lz 17s 200um
19 oct ip 22 25 19.5 i 25 35.3
20 oct ip 04 19 54.4 0.9 s 4400pm
20 oct ip 08 31 29.0
20 oct ip 10 31 39.6 is 32 32.5
20 oct ip 12 22 49.0 1.4 s 28nm
20 oct ip 16 51 35.0 is 52 45.3
20 oct ipc 19 54 41.8 0.8 s 24nm i 55 06.4
20 oct ip 23 16 20.0 0.9 s 12nm
21 oct ip 02 36 55.0 0.9 s 67nm lz 17s 1800nm
21 oct ip 03 43 38.0 0.6 s 3000pm
21 oct ip 04 20 52.8 0.9 s 3300pm i 21 09.3
21 oct ep 16 10 15.8 is 10 52.3
mud
15 oct ep 00 26 01.5 lz 19s 100um
15 oct ipc 19 36 44.5
16 oct ep 10 49 44.3
16 oct ip 10 59 43.0 1.2 s 150nm lz 25s 39um
18 oct ip 13 27 12.4 lz 15s 4600nm
19 oct ipd 05 08 48.5 0.7 s 18nm
19 oct ip 18 07 30.0 1.4 s 280nm lz 16s 34um
20 oct ip 07 55 39.9
20 oct ip 19 53 47.4
21 oct ep 02 36 00.3
21 oct ip 04 21 35.7 1.1 s 82nm
bsd
15 oct ep 00 25 50.7 lz 19s 150um
15 oct ip 11 19 02.5 is 19 18.6
15 oct ip 19 35 57.1 0.4 s 12nm i 36 06.5
16 oct ep 09 59 41.7 es 59 56.2
16 oct ip 10 02 46.3 is 03 00.1
16 oct ip 10 49 49.3 0.8 s 43nm i 51 18.3
16 oct ip 10 59 48.0 1.1 s 59nm lz 24s 17um
16 oct ep 11 09 34.5 es 09 47.9
17 oct ip 11 34 16.4 es 34 41.2
17 oct ip 12 21 37.6 is 22 18.8
18 oct ip 01 31 11.5 0.4 s 2100pm
18 oct ep 11 02 18.8 es 02 33.6
18 oct ip 11 05 43.3 es 05 58.6
18 oct ip 13 26 44.1 0.9 s 60nm lz 14s 3300nm
19 oct ep 05 08 48.8
19 oct ep 15 26 07.6 1.3 s 73nm
20 oct ip 04 20 35.1 0.8 s 25nm
20 oct ip 11 13 08.5 es 13 48.0
20 oct ip 19 53 21.7 0.9 s 74nm
21 oct ip 02 35 33.9 0.9 s 37nm lz 12s 4500nm
21 oct ip 03 45 00.1 0.4 s 1500pm
21 oct ip 04 21 37.0 0.8 s 49nm
21 oct ip 19 42 08.6 es 42 48.4
sco
15 oct ep 00 26 04.1 lz 23s 48um
15 oct ep 04 53 54.8 is 53 57.0
15 oct ip 23 11 34.9 is 11 38.9
16 oct ip 17 13 34.0
16 oct ip 17 50 40.0 is 50 44.3
17 oct ip 01 26 46.0 is 26 53.2
17 oct ip 09 46 26.1 is 46 27.9
17 oct ip 12 50 01.9 is 50 03.7
17 oct ip 12 52 44.9 is 52 47.0
17 oct ip 22 40 37.0 is 40 43.8
18 oct ip 01 47 52.9 is 47 54.6
18 oct ep 06 43 30.9 es 43 33.9
19 oct ep 05 30 34.1 es 31 02.5 is 31 37.8
19 oct ip 09 39 04.0 is 39 06.4
19 oct ip 17 21 30.2 es 21 42.0
19 oct ep 18 05 41.4 lz 13s 100um
20 oct ip 02 22 06.0 i 22 06.4
20 oct ip 03 12 25.4 es 12 29.1
20 oct ip 05 17 00.1 es 17 05.5
20 oct ep 18 24 31.1 es 24 36.5
20 oct ip 22 34 21.8 e 34 26.0 es 34 52.3
20 oct ep 23 18 23.7 es 18 36.1
nrs
15 oct ep 00 26 53.9 lz 21s 100um
15 oct ip 20 08 19.2 is 08 35.5
18 oct ep 21 18 07.3 is 18 12.3
19 oct ip 03 04 37.3 is 04 49.3
19 oct ip 08 39 20.7 es 39 34.6
19 oct ip 10 00 33.3 is 00 35.4
19 oct ep 18 04 40.2 lz 14s 160um
19 oct ip 21 28 39.2 is 28 55.5
20 oct ip 15 36 55.0 es 36 57.4
iluli
15 oct ep 00 26 24.3 lz 20s 36um
16 oct ip 10 49 35.8
18 oct ep 13 29 52.9 lz 17s 1500nm
19 oct ip 16 33 22.1 es 33 25.4
19 oct ip 18 04 34.1 1.1 s 99nm lz 13s 120um
20 oct ipc 19 56 00.9 0.6 s 55nm i 56 26.6
21 oct ep 02 38 14.7
21 oct ip 02 56 00.7 is 56 02.7
21 oct ep 02 56 45.7 is 57 14.4
21 oct ip 04 20 49.3 0.7 s 28nm
kullo
15 oct ep 00 26 02.2 i 30 07.8 lz 21s 52um
18 oct ip 13 29 43.2 1.5 s 110nm lz 19s 1200nm
19 oct ep 18 04 31.7 lz 17s 140um
19 oct ep 23 53 12.0
20 oct ip 19 55 43.4 0.8 s 37nm
21 oct ep 02 37 58.2 1.0 s 64nm lz 19s 2300nm
sfjd
15 oct ep 20 07 19.7 is 07 24.2
16 oct ip 05 05 11.4 is 05 28.5
16 oct ip 10 49 39.0
16 oct ip 11 00 03.1 lz 24s 30um
16 oct ep 12 01 52.6 es 01 57.1
16 oct ip 19 54 08.2 is 54 27.1
17 oct ip 06 50 10.1 is 50 23.7
18 oct ip 01 22 05.1 is 22 20.7
18 oct ip 03 37 07.6 is 37 27.2
18 oct ep 10 36 04.0 is 36 12.5
18 oct ip 13 10 55.8 is 11 00.1
18 oct ip 13 30 01.0
18 oct ip 15 16 56.0
18 oct ep 22 56 54.0 es 56 58.1
19 oct ip 02 13 20.9 is 13 25.7
19 oct ip 11 01 07.0 is 01 11.3
19 oct ep 16 09 37.4 is 09 41.7
19 oct ip 16 33 26.3 is 33 39.6
19 oct ip 18 04 28.0 lz 16s 110um
19 oct ip 20 23 23.5 is 23 27.4
20 oct ip 09 23 38.6 is 23 42.9
20 oct ep 12 17 42.2 is 17 46.4
20 oct ip 18 36 09.3 is 36 42.2
20 oct ip 19 56 09.8 0.9 s 39nm
20 oct ip 20 37 03.0
20 oct ep 21 09 57.5 is 10 01.9
20 oct ip 23 06 19.3 is 06 42.0
21 oct ip 02 38 23.0
21 oct ipc 02 56 23.5 is 56 36.9
21 oct ip 09 28 09.9 is 28 13.4
21 oct ip 21 57 45.6 is 57 48.8
sumg
15 oct ip 00 26 02.0 lz 22s 110um
15 oct ip 03 09 49.8 0.8 s 22nm
15 oct ep 08 56 19.8 1.2 s 59nm
15 oct ip 09 05 49.2 1.1 s 22nm
15 oct ip 19 42 35.3 0.8 s 16nm
16 oct ip 02 09 42.4 0.7 s 13nm
16 oct ep 03 40 21.0 e 40 38.7
16 oct ep 06 26 41.6 i 27 58.7 es 29 38.1
16 oct ip 08 59 17.2 0.9 s 27nm
16 oct ep 10 49 33.2 1.1 s 67nm i 50 21.2
16 oct ip 11 00 17.8 i 00 27.3
16 oct ip 15 10 58.0 is 12 49.9
16 oct ep 21 39 45.4 is 40 09.3
17 oct ip 17 05 13.0 1.2 s 38nm
17 oct ep 20 07 16.3 es 08 23.7
18 oct ep 05 09 19.5
18 oct ep 06 43 10.6 is 44 27.6
18 oct ep 09 51 55.9 1.1 s 13nm
18 oct ip 13 29 20.4
18 oct ip 15 16 41.5 1.0 s 30nm
18 oct ip 23 20 11.9 0.4 s 5400pm
19 oct ip 03 08 31.0
19 oct ip 03 08 31.1 1.0 s 74nm
19 oct ep 05 08 12.1
19 oct ep 05 31 50.6 is 32 45.0
19 oct ipc 15 25 28.4 0.6 s 40nm
19 oct ip 18 05 05.8 1.5 s 1100nm lz 16s 340um
19 oct ip 22 05 56.5 is 07 04.0
19 oct ip 22 24 46.4 i 25 07.8
20 oct ip 04 19 57.2 1.1 s 26nm
20 oct ip 08 31 09.0
20 oct ip 12 22 18.3 1.0 s 52nm
20 oct ipc 19 55 27.6 i 55 53.3
20 oct ip 23 16 51.4 1.1 s 31nm
21 oct ip 02 37 40.7 1.0 s 310nm
21 oct ep 02 45 51.2 es 46 28.6
21 oct ep 02 57 55.2 is 59 18.2
21 oct ip 03 44 11.4 0.9 s 33nm
21 oct ip 04 20 54.6 1.2 s 36nm
21 oct ip 19 45 13.0 1.3 s 44nm
++