Bul14009
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 2014 03 05
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
nor Station Nord (DK) 81.60 N 16.66 W 36 m
goet Goettrup (DK) 57.05 N 9.23 E 5 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
25 feb ep 09 24 18.1
26 feb ip 21 24 29.6 1.0 s 77nm i 25 38.7
1 mar ep 13 58 52.7 es 59 22.3
2 mar ip 20 23 21.1 1.0 s 260nm lz 14s 5300nm
2 mar ep 22 29 58.6 lz 22s 2000nm
3 mar ip 02 39 43.2 0.9 s 42nm
mud
25 feb ep 16 07 07.5
26 feb ip 21 24 25.0 0.9 s 84nm i 25 34.6
1 mar ip 13 58 24.7
1 mar ep 23 49 23.1
2 mar ep 09 50 11.8
2 mar ep 16 01 44.2
2 mar ipd 20 23 26.2 1.0 s 390nm lz 17s 9900nm
2 mar ep 22 29 49.3
3 mar ipc 02 39 47.8 0.9 s 52nm
bsd
25 feb ep 11 12 53.0
25 feb ip 14 35 02.3 is 35 18.2
25 feb ip 16 07 18.4 1.0 s 31nm
26 feb ip 11 58 02.7 is 58 42.6
26 feb ip 21 24 32.0 i 25 41.1
27 feb ip 02 30 15.5 is 30 55.7
27 feb ip 09 50 22.9 is 51 01.8
27 feb ip 13 59 50.5 es 00 05.0
27 feb ip 14 15 28.8 is 15 52.1
1 mar ip 03 51 26.1 0.4 s 2400pm
1 mar ip 04 31 39.1 es 32 18.6
1 mar ip 13 59 11.5 is 59 58.0
1 mar ep 23 02 40.9 is 03 21.8
1 mar ep 23 49 36.8
2 mar ip 06 54 04.8 es 54 37.5
2 mar ep 16 01 45.8 0.9 s 33nm
2 mar ip 20 23 16.0 0.9 s 370nm lz 13s 6700nm
2 mar ep 22 30 06.0 lz 20s 3000nm
3 mar ip 02 39 37.8 0.9 s 35nm
3 mar ip 10 32 30.4 is 32 45.5
sco
25 feb ip 07 31 20.0 0.4 s 4100pm
25 feb ip 16 05 02.0 0.5 s 17nm
25 feb ep 18 35 09.2 i 35 12.1 is 35 18.6
25 feb ip 23 14 14.6 is 14 23.5
26 feb ip 08 07 22.7 is 07 26.1
26 feb ip 08 12 58.8 is 13 01.5
26 feb ip 21 22 39.4 0.7 s 140nm
27 feb ip 05 39 07.9
27 feb ip 06 03 42.0 is 03 48.6
27 feb ep 12 46 20.9
28 feb ip 06 46 59.4 is 47 03.3
28 feb ip 13 26 55.1 es 26 56.4
28 feb ep 19 42 22.4 e 43 01.8
28 feb ip 19 50 39.0 es 50 44.6
1 mar ip 05 26 24.2 is 26 30.1
1 mar ep 09 25 30.0
2 mar ip 08 28 34.0 es 28 36.5
2 mar ip 09 48 58.0 lz 25s 39um
2 mar ipd 20 23 18.3 1.1 s 1000nm
2 mar ep 22 28 26.9 lz 18s 15um
3 mar ip 02 05 14.3 es 05 15.8
3 mar ep 04 22 50.1
3 mar ep 06 40 59.2 es 41 03.3
3 mar ip 08 49 11.6 i 49 17.1 es 49 26.1
3 mar ip 10 54 37.0 is 54 48.6
3 mar ep 18 27 04.6 is 27 12.0
nrs
25 feb ip 05 26 22.0 is 26 34.4
25 feb ip 05 37 28.0 is 37 41.2
25 feb ip 06 06 49.1 is 07 10.1
25 feb ip 06 51 41.6 is 51 54.5
25 feb ip 07 06 36.5 is 06 49.1
25 feb ip 07 26 00.9
26 feb ip 14 35 05.1 is 35 17.6
26 feb ip 21 23 04.2 0.8 s 120nm
27 feb ip 09 40 35.6 is 40 47.9
1 mar ip 08 34 21.0 es 34 21.8
2 mar ip 12 55 10.3 is 55 30.7
2 mar ip 20 24 15.1 1.2 s 410nm
3 mar ip 19 10 05.6 es 11 02.5
iluli
25 feb ep 07 27 56.7
26 feb ip 07 12 38.6 is 12 50.3
26 feb ip 21 22 08.0 0.8 s 150nm
2 mar ip 09 48 00.7 0.7 s 22nm lz 23s 27um
2 mar ipd 20 23 37.9 0.8 s 830nm
2 mar ip 23 35 50.6 is 35 58.3
3 mar ip 02 39 58.4 0.9 s 42nm
3 mar ip 21 50 20.8
kullo
25 feb ip 16 03 38.8 0.7 s 27nm
26 feb ipc 21 21 29.4 0.9 s 260nm
27 feb ip 14 00 50.6 is 01 40.6
2 mar ipc 09 48 21.6 0.7 s 20nm lz 22s 14um
2 mar ipd 20 23 08.3 0.9 s 400nm
2 mar ep 22 27 43.4 0.9 s 17nm
3 mar ip 02 39 30.3 0.9 s 49nm
sfjd
25 feb ep 03 18 41.8 is 18 42.5
25 feb ip 05 27 47.3 is 29 02.5
25 feb ip 07 08 02.9 is 09 16.2
25 feb ip 07 27 26.0 i 27 32.6 is 28 41.4
25 feb ip 10 50 39.0 is 50 59.4
25 feb ep 14 35 10.6 is 35 11.1
25 feb ip 15 03 16.6 is 03 19.4
25 feb ip 16 04 29.0
25 feb ip 16 04 29.2 0.7 s 1500pm
25 feb ip 21 22 25.9 is 22 35.0
26 feb ip 07 12 53.0 es 13 15.7
26 feb ip 08 10 42.8 is 10 45.4
26 feb ip 09 44 15.1 is 44 17.5
26 feb ip 15 44 24.1 is 44 25.6
26 feb ep 20 30 21.6 is 30 23.0
26 feb ip 20 42 33.4 is 42 35.8
26 feb ip 21 22 21.3
27 feb ip 14 01 34.9
28 feb ep 05 40 55.8 es 41 47.5
1 mar ip 13 37 13.5 is 37 33.8
1 mar ip 14 16 34.1 is 16 50.9
1 mar ep 19 03 32.4 es 03 49.2
1 mar ip 20 41 52.2 is 42 04.7
2 mar ip 05 15 14.2 is 15 35.3
2 mar ip 09 47 50.8
2 mar ipd 20 23 48.4
2 mar ip 23 36 19.9 is 36 50.3
3 mar ip 02 40 09.9
3 mar ip 08 39 26.8 is 39 47.9
3 mar ep 13 49 34.6 is 50 48.2
3 mar ip 19 10 35.2 i 10 36.6 is 11 53.7
3 mar ip 21 12 21.0 e 13 50.6
3 mar ep 21 50 51.5
sumg
25 feb ip 00 12 43.0 0.9 s 19nm
25 feb ip 07 28 34.8
25 feb ip 16 04 24.1 0.7 s 75nm
26 feb ip 00 01 10.0 1.1 s 55nm
26 feb ip 10 56 26.5 0.9 s 18nm
26 feb ip 21 22 08.6 0.9 s 920nm
27 feb ip 14 01 55.4
27 feb ep 17 25 40.6 es 26 29.0
28 feb ep 01 48 33.7 es 49 31.5
28 feb ip 04 44 30.8
28 feb ip 12 50 30.0
28 feb ep 19 42 18.6 is 42 53.0
1 mar ip 02 26 20.6 1.2 s 50nm
1 mar ip 06 13 41.9 0.8 s 23nm
1 mar ep 10 28 38.5 e 28 47.6 is 29 40.8
1 mar ep 10 49 32.8 es 50 31.9
2 mar ip 07 10 13.1 is 10 45.6
2 mar ipc 09 48 36.7 i 48 53.7
2 mar ep 19 58 14.3
2 mar ip 20 08 14.0
2 mar ipd 20 23 18.4 1.1 s 2200nm
2 mar ip 21 49 15.9
2 mar ip 22 28 00.7
2 mar ep 22 36 52.7
3 mar ip 00 42 49.0
3 mar ip 02 39 40.4 0.8 s 60nm
3 mar ip 17 25 04.0
3 mar ep 18 48 14.2 i 48 58.7
nor
25 feb ip 00 12 17.2
25 feb ip 16 29 55.5 is 30 18.0
25 feb ip 23 55 44.2 is 56 11.0
26 feb ip 00 02 24.4 0.9 s 8500pm
26 feb ip 03 38 25.0 es 38 50.9
26 feb ip 12 18 59.0 is 19 23.3
26 feb ep 13 15 40.2 es 16 02.7
26 feb ip 13 38 30.7 is 38 54.3
26 feb ip 21 21 24.6 0.9 s 120nm
26 feb ip 21 57 34.0 es 57 51.5
27 feb ep 05 25 16.3 es 25 38.3
27 feb ip 14 46 42.7 is 47 16.0
27 feb ip 15 11 37.0
27 feb ep 15 11 38.1 es 11 52.0
27 feb ep 16 31 21.3 es 31 44.2
27 feb ip 20 58 33.6 is 58 55.3
27 feb ip 22 46 46.1 is 47 08.7
27 feb ip 23 56 23.0 is 56 43.2
28 feb ep 02 32 47.8 es 33 10.1
28 feb ip 04 47 56.8 is 48 17.6
28 feb ip 06 03 05.3 es 03 25.4
28 feb ip 08 32 26.0 is 32 47.3
28 feb ip 10 10 51.8 is 11 15.0
28 feb ip 10 48 05.5 is 48 34.2
28 feb ip 11 25 25.5 is 25 47.3
28 feb ip 12 27 05.2 is 27 28.3
28 feb ip 13 46 19.0 is 46 43.0
28 feb ip 14 13 02.2 is 13 03.1
28 feb ep 14 48 12.8 is 48 42.1
28 feb ip 15 44 15.0 is 44 39.1
28 feb ip 16 04 11.0 es 04 34.0
28 feb ip 16 55 18.2 is 55 39.9
28 feb ep 19 06 09.8 es 06 36.2
28 feb ip 21 37 32.4 es 37 52.7
28 feb ip 23 41 12.0 is 41 36.5
1 mar ip 01 30 23.1 is 30 45.2
1 mar ip 02 25 34.0 1.4 s 52nm
1 mar ip 03 02 06.0 es 02 27.2
1 mar ip 05 10 39.7 is 11 00.3
1 mar ip 06 12 47.0 es 13 08.4
1 mar ip 06 40 07.8 is 40 11.1
1 mar ip 08 08 44.6 is 09 06.5
1 mar ip 10 12 00.0 is 12 21.7
1 mar ip 14 00 41.7 es 01 01.3
1 mar ep 15 26 58.7 es 27 19.9
1 mar ip 16 16 52.2 es 17 12.8
1 mar ip 18 40 38.0 is 41 05.3
2 mar ip 02 19 50.0 es 20 13.1
2 mar ip 03 36 53.0 es 37 15.6
2 mar ip 04 14 51.5 is 15 14.5
2 mar ip 05 21 15.5 is 21 36.9
2 mar ep 06 11 53.1 is 12 21.5
2 mar ip 06 42 28.0 is 42 49.9
2 mar ip 07 45 27.0 es 45 50.5
2 mar ep 08 20 44.7 is 21 06.6
2 mar ep 09 43 04.3 es 43 27.8
2 mar ipc 09 49 26.4 1.5 s 57nm lz 22s 26um
2 mar ep 15 06 24.0 is 06 45.6
2 mar ep 17 44 43.7 is 45 06.5
2 mar ipd 20 22 17.7
2 mar ip 20 41 07.1 is 41 29.3
2 mar ep 21 39 18.4 is 39 40.8
2 mar ip 22 28 50.0 lz 19s 5400nm
3 mar ip 00 43 37.7 1.1 s 8300pm
3 mar ep 01 55 05.4 es 55 27.4
3 mar ip 02 38 40.8 0.8 s 10nm
3 mar ep 14 24 35.1 es 24 55.7
3 mar ep 21 00 07.6 is 00 29.4
3 mar ep 23 14 01.6 is 14 22.6
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