Bul13009
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 03 06
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
26 feb ip 20 16 22.5 0.5 s 29nm
26 feb ip 20 19 06.1 0.8 s 40nm
26 feb ip 21 54 33.0 0.9 s 30nm
28 feb ip 14 16 56.5 lz 24s 67um
1 mar ipc 13 31 58.1 lz 17s 28um
1 mar ip 14 42 06.9 i 42 07.8
1 mar ip 15 15 26.0
1 mar ip 19 39 19.2
dag
26 feb ip 09 20 29.2 0.6 s 13nm
26 feb ip 09 39 05.1
26 feb ip 11 54 02.2 is 54 05.5
26 feb ip 12 56 42.3 0.9 s 7100pm
26 feb ip 15 13 34.5 is 14 32.1
26 feb ip 16 16 22.2 0.8 s 1600pm
26 feb ip 17 17 57.1 0.8 s 9100pm
26 feb ip 18 03 38.6 is 04 30.9
26 feb ip 20 15 41.6 0.7 s 5100pm
26 feb ip 20 32 58.7 is 33 52.1
26 feb ip 21 52 31.5 1.5 s 300nm
27 feb ip 04 04 20.4 es 04 45.9
27 feb ip 18 49 39.5 is 50 42.0
27 feb ep 22 34 53.6 0.9 s 6200pm
28 feb ip 00 40 09.1 0.8 s 13nm
28 feb ip 03 28 33.0
28 feb ipc 14 14 58.9 1.2 s 710nm i 44 58.3 lz 17s 41um
28 feb ep 14 42 36.0 es 43 03.6
28 feb ep 20 54 39.6 es 55 03.2
1 mar ip 02 06 44.5 e 06 44.6 is 07 09.0
1 mar ip 02 18 50.4 i 18 53.8 es 19 15.3
1 mar ipc 03 41 44.1 1.0 s 38nm
1 mar ep 09 44 23.7 es 44 52.3
1 mar ipc 13 03 00.8 0.9 s 96nm
1 mar ipc 13 30 00.5 1.3 s 1100nm lz 22s 21um
1 mar ip 14 56 23.9 is 56 48.3
1 mar ip 16 46 23.5 i 47 30.8
1 mar ip 17 31 53.6 0.8 s 9300pm
2 mar ep 00 24 22.3
2 mar ip 01 41 50.1 1.3 s 110nm
2 mar ip 17 55 22.2
2 mar ip 19 33 54.9 0.7 s 1600pm
2 mar ip 21 50 53.5 is 51 21.7
3 mar ipc 02 46 25.4 0.8 s 9900pm
3 mar ipc 03 21 41.4 0.8 s 11nm
3 mar ipd 03 36 40.0 0.7 s 11nm
3 mar ip 05 52 33.8 1.3 s 94nm
3 mar ep 12 39 25.5 es 40 01.0
3 mar ip 16 44 29.1 is 44 57.0
4 mar ip 17 36 01.6 0.9 s 2700pm
4 mar ip 19 23 20.7 0.8 s 3100pm
4 mar ipc 21 05 44.4 0.6 s 34nm
mud
26 feb ep 13 58 56.1
26 feb ip 16 17 04.5 1.2 s 87nm
26 feb ip 20 16 22.5 0.9 s 65nm
26 feb ip 21 54 32.1 1.3 s 69nm
28 feb ip 12 29 10.5
28 feb ip 13 39 21.1 is 39 38.1
28 feb ip 14 16 56.5 lz 22s 69um
28 feb ip 14 29 58.8
1 mar ip 07 12 37.7 is 12 54.3
1 mar ip 13 04 59.0
1 mar ipc 13 31 58.0 1.6 s 740nm lz 17s 40um
1 mar ip 14 42 10.5 is 42 26.6
1 mar ip 15 15 29.6
1 mar ipd 17 32 33.8 1.3 s 180nm
1 mar ep 19 39 23.2 i 39 23.8 is 39 40.0
2 mar ip 01 41 22.0 0.9 s 50nm iap 41 43.6
2 mar ep 12 27 14.1 es 28 18.7
3 mar ep 05 52 24.3 1.7 s 190nm
bsd
26 feb ip 04 34 02.4 is 34 43.8
26 feb ep 08 12 53.9 e 12 56.1 es 13 03.6
26 feb ip 11 00 25.9 is 00 40.3
26 feb ip 13 32 29.2 is 32 50.2
26 feb ip 13 58 31.5 is 58 47.3
26 feb ip 14 02 06.6 is 02 22.9
26 feb ip 20 16 22.0 0.6 s 54nm
26 feb ip 20 19 06.2 0.8 s 47nm
26 feb ip 21 54 33.0
27 feb ip 10 57 32.6
27 feb ip 22 10 19.8
28 feb ip 12 29 28.6
28 feb ip 14 16 55.1 1.4 s 340nm lz 20s 110um
28 feb ip 14 30 16.6
1 mar ip 03 42 36.6 1.2 s 93nm
1 mar ip 07 12 55.7
1 mar ep 13 04 58.7 0.8 s 28nm
1 mar ipc 13 31 57.0 lz 20s 50um
1 mar ip 14 42 28.3
1 mar ip 15 15 47.6
1 mar ip 17 32 34.8
1 mar ip 19 39 40.8
1 mar ep 21 24 47.5 es 25 58.1
2 mar ip 00 20 58.3 is 21 38.3
3 mar ip 03 20 07.5
3 mar ip 13 51 55.5 es 52 37.3
4 mar ep 21 07 40.3
sco
26 feb ip 00 16 43.1 is 16 53.1
26 feb ip 20 18 20.6 1.2 s 44nm
26 feb ip 21 53 19.2
26 feb ip 22 38 13.6 is 38 26.4
27 feb ep 01 31 11.2 es 31 17.7
27 feb ep 04 42 59.5 is 43 21.2
27 feb ep 13 47 12.3 is 47 24.5
27 feb ip 18 50 32.6
28 feb ip 00 41 03.4 1.2 s 34nm
28 feb ep 01 44 31.3 is 44 48.6
28 feb ip 03 28 46.4
28 feb ip 14 15 45.3 i 45 17.1 lz 20s 48um
28 feb ip 19 43 43.4 is 43 59.8
1 mar ep 01 43 11.4 is 43 23.1
1 mar ip 03 42 16.8
1 mar ep 12 39 39.0 is 39 45.4
1 mar ip 13 03 47.6
1 mar ipc 13 30 46.8
1 mar ip 16 47 02.6 0.7 s 8800pm
1 mar ip 17 32 05.5
1 mar ip 23 50 29.2 is 50 33.9
2 mar ip 01 09 13.5 is 09 24.1
2 mar ip 01 42 14.3 iap 42 30.2
3 mar ip 05 53 01.3 2.1 s 210nm
3 mar ip 13 30 38.9 is 30 46.0
3 mar ip 13 55 50.5 is 55 57.4
3 mar ip 14 17 27.5 is 17 37.1
4 mar ipc 21 06 30.7 1.2 s 53nm
4 mar ip 22 07 00.8 is 07 17.5
nrs
26 feb ip 09 07 08.7 is 07 28.7
26 feb ip 20 18 19.9 0.8 s 110nm
26 feb ip 21 54 10.3 1.0 s 74nm
28 feb ip 03 28 52.7
28 feb ip 11 51 30.1 es 51 42.7
28 feb ip 12 03 42.0 is 03 54.0
28 feb ipc 14 16 36.9 1.0 s 200nm lz 22s 83um
28 feb ip 17 08 32.0 is 08 43.7
28 feb ep 20 05 52.7 is 06 10.0
1 mar ip 00 40 44.3 i 40 45.4 is 41 03.8
1 mar ip 03 22 39.0 is 22 58.9
1 mar ip 12 44 14.6 es 44 29.0
1 mar ip 13 04 38.4 1.0 s 82nm
1 mar ipc 13 31 38.0 1.1 s 200nm lz 21s 32um
2 mar ip 20 18 15.9 is 18 27.4
2 mar ip 20 53 10.5 is 53 30.8
2 mar ip 22 38 36.6 es 38 49.2
3 mar ip 04 25 03.3 is 25 23.1
3 mar ep 22 41 23.1 is 41 43.0
4 mar ip 02 52 40.7 es 52 53.0
4 mar ip 08 23 59.4 is 24 11.8
iluli
26 feb ip 21 53 13.5 0.7 s 110nm
27 feb ep 06 10 29.0
27 feb ip 10 45 00.7 is 45 12.7
28 feb ip 03 28 38.6
28 feb ep 07 30 41.4
28 feb ipc 14 15 40.3 0.8 s 210nm
1 mar ipc 03 42 22.1 0.9 s 30nm
1 mar ipc 13 03 42.1 0.9 s 90nm
1 mar ipc 13 30 41.5 0.9 s 270nm lz 21s 38um
3 mar ip 16 06 33.9 is 06 43.1
3 mar ep 16 56 32.1 is 57 27.0
4 mar ipc 21 06 25.7 0.7 s 41nm
kullo
26 feb ipd 21 52 32.4 0.7 s 860nm
28 feb ipc 14 14 59.6 1.2 s 540nm
28 feb ep 16 18 31.6 is 18 52.4
1 mar ipc 03 41 54.5 1.0 s 130nm
1 mar ipc 13 03 01.4 0.9 s 150nm
1 mar ipc 13 30 01.0 1.2 s 540nm lz 21s 32um
2 mar ip 01 42 38.5 iap 42 53.9
3 mar ip 05 53 18.1 1.1 s 61nm
4 mar ipc 21 05 45.1 0.7 s 51nm
sfjd
26 feb ep 10 56 20.0 is 56 22.2
26 feb ip 17 16 19.8 0.5 s 11nm
26 feb ip 17 50 24.0 es 51 33.3
26 feb ip 21 21 48.4 i 23 04.3
26 feb ipd 21 53 28.9 0.7 s 49nm
27 feb ep 06 10 58.4 is 11 20.6
27 feb ip 06 22 45.6 is 22 46.3
27 feb ip 10 29 28.1 es 29 35.8
27 feb ip 10 45 22.4 is 45 47.5
28 feb ip 03 28 41.9 1.4 s 42nm
28 feb ip 07 31 05.9 is 31 49.0
28 feb ep 12 05 11.9 es 06 22.5
28 feb ipc 14 15 55.4 1.1 s 330nm e 45 17.6 lz 19s 80um
1 mar ip 03 42 32.0 0.9 s 17nm
1 mar ipc 13 03 57.1 0.9 s 76nm
1 mar ipc 13 30 56.4 1.2 s 270nm lz 19s 31um
1 mar ip 17 31 54.9 0.8 s 8800pm
2 mar ip 01 43 05.3
3 mar ipd 05 53 50.3 1.0 s 34nm
3 mar ip 16 06 58.4 es 07 25.7
3 mar ip 16 56 02.4 is 56 24.0
3 mar ip 20 26 20.3 is 26 41.5
4 mar ip 02 52 29.0 is 52 50.1
4 mar ipc 21 06 40.7
sumg
26 feb ip 09 20 35.0 0.8 s 60nm
26 feb ip 09 39 05.0 0.5 s 27nm
26 feb ip 12 57 14.8 1.0 s 36nm
26 feb ip 15 14 57.7 is 16 55.7
26 feb ip 16 16 24.8 0.9 s 18nm
26 feb ip 17 17 12.3 0.7 s 64nm
26 feb ip 18 05 10.4
26 feb ep 20 15 45.3
26 feb ip 20 34 30.0
26 feb ep 20 57 08.9
26 feb ep 21 22 13.3 es 23 25.4
26 feb ipd 21 53 00.5 1.0 s 400nm
27 feb ep 06 11 38.7 es 12 49.7
27 feb ep 22 34 30.6 0.9 s 51nm
28 feb ip 00 40 49.5 0.7 s 18nm
28 feb ip 03 28 39.6 1.6 s 210nm
28 feb ip 14 15 27.5 1.0 s 1200nm i 15 48.2 e 45 15.5
1 mar ipc 03 42 10.5 1.0 s 330nm
1 mar ipc 13 03 29.2 0.9 s 370nm
1 mar ipc 13 30 28.8 lz 16s 59um
1 mar ip 16 46 54.9 0.8 s 18nm
1 mar ip 17 31 56.5 0.9 s 48nm
2 mar ip 01 42 29.8 iap 42 45.9
2 mar ip 08 26 58.3 0.8 s 15nm
2 mar ep 17 45 08.1
2 mar ip 17 55 21.4 1.0 s 25nm
2 mar ip 19 34 32.9 0.9 s 23nm
3 mar ip 02 47 10.2 1.0 s 34nm
3 mar ip 03 22 28.1 0.8 s 59nm
3 mar ip 03 37 20.8 0.7 s 18nm
3 mar ipd 05 53 14.1 1.1 s 150nm
3 mar ip 12 30 56.7
3 mar ip 16 07 45.5 es 08 51.1
3 mar ip 16 57 39.4 es 59 09.7
4 mar ep 05 50 58.7 es 52 15.9
4 mar ip 17 35 29.8 0.9 s 25nm
4 mar ep 19 22 59.2
4 mar ipc 21 06 12.9 0.8 s 180nm
++