Bul13006
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 02 13
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
6 feb ep 01 34 02.0
6 feb ip 01 42 31.1
9 feb ipd 14 28 46.7 1.1 s 320nm lz 21s 9300nm
dag
5 feb ip 16 42 59.4 1.2 s 34nm
5 feb ipc 18 27 38.1 0.7 s 8900pm
8 feb ep 15 45 35.0
8 feb ip 18 29 16.8 i 29 28.2
9 feb ip 04 53 49.3 0.7 s 8400pm
9 feb ep 09 28 38.0
9 feb ipd 14 28 10.8 i 29 04.2
11 feb ep 14 59 39.1 is 00 05.8
11 feb ipc 16 14 55.1 is 15 22.1
11 feb ip 16 45 58.9 is 46 01.6
11 feb ipc 19 22 48.1 0.7 s 28nm
mud
6 feb ip 01 42 32.8
7 feb ep 19 18 27.6 lz 20s 31um
7 feb ep 22 32 58.3
7 feb ip 23 20 01.5
9 feb ep 05 26 56.6 is 27 42.6
9 feb ipd 14 28 38.2
10 feb ip 05 38 16.0
10 feb ep 23 31 22.7 es 31 42.9
11 feb ip 19 22 35.7 1.0 s 44nm
bsd
5 feb ip 04 31 28.8 is 32 09.0
5 feb ip 12 19 37.0 is 20 18.4
5 feb ip 12 36 47.7 is 37 03.3
5 feb ip 12 46 04.7 is 46 20.7
5 feb ip 13 38 40.9 is 38 56.6
5 feb ip 13 47 33.3 es 47 49.0
5 feb ip 14 37 29.7 es 37 45.9
5 feb ip 14 45 51.5 is 46 07.5
6 feb ip 01 42 29.3
6 feb ep 13 36 21.7
6 feb ip 22 25 12.4
7 feb ip 14 06 41.9 es 06 56.3
7 feb ip 14 08 15.7
7 feb ep 19 18 26.4 lz 21s 35um
7 feb ip 22 33 14.5 es 34 11.0
7 feb ip 23 20 25.0 is 21 21.2
8 feb ip 08 03 58.9
8 feb ip 11 31 29.8 lz 19s 49um
9 feb ip 04 54 59.2 0.8 s 20nm
9 feb ip 05 27 25.3
9 feb ipd 14 28 53.1 1.0 s 180nm lz 20s 10um
9 feb ip 17 10 26.1 es 11 05.8
9 feb ep 21 21 32.6 lz 22s 16um
10 feb ep 17 49 59.4 1.2 s 18nm
11 feb ip 11 33 37.0
11 feb ip 11 47 24.2
11 feb ep 13 32 14.7
11 feb epc 19 22 14.8 0.7 s 31nm
sco
5 feb ip 03 35 21.5 0.9 s 30nm
5 feb ip 16 41 54.6
5 feb ip 22 37 07.5
6 feb ep 01 31 27.6
6 feb ip 01 42 12.0
6 feb ep 01 52 21.5
6 feb ip 04 21 54.7
6 feb ip 13 03 20.7
6 feb ip 13 50 43.6 i 50 48.3 is 51 01.5
6 feb ip 16 31 51.5 is 32 06.0
6 feb ep 20 23 56.2
6 feb ip 23 48 21.4 es 48 24.7
7 feb ip 00 49 02.6 1.4 s 40nm
7 feb ip 06 28 00.2 is 28 05.1
7 feb ep 19 18 10.5
7 feb ip 22 19 06.6 is 19 20.5
8 feb ep 11 31 08.9
8 feb ep 12 18 21.3 i 18 23.5 is 18 37.2
8 feb ep 16 44 43.3
8 feb ip 21 47 04.8 is 47 15.5
8 feb ip 22 31 21.0 i 39 36.0
9 feb ep 01 55 22.2
9 feb ip 02 48 12.4 is 48 21.7
9 feb ipc 04 54 30.0
9 feb ipd 14 27 49.5 1.0 s 320nm
9 feb ip 14 40 54.3 is 41 02.9
9 feb ep 21 18 38.1 es 18 48.8
9 feb ep 21 21 12.7
10 feb ip 05 37 36.6
10 feb ip 11 24 32.9 is 24 44.4
10 feb ip 13 57 45.2 es 58 07.3
11 feb ep 09 52 03.6 is 52 05.1
11 feb ip 19 23 19.1 0.8 s 19nm
nrs
5 feb ip 16 03 35.0 is 03 46.6
6 feb ip 01 42 21.5
6 feb ip 20 44 37.7 is 44 49.3
7 feb ep 05 59 39.8 es 00 08.2
9 feb ep 02 57 39.5 is 58 05.1
9 feb ip 14 26 29.3 0.8 s 760nm
10 feb ip 03 22 34.5 is 23 14.0
10 feb ip 03 37 50.6 es 38 34.3
10 feb ip 14 43 38.3 is 43 49.0
11 feb ip 12 30 45.5 is 31 05.8
iluli
6 feb ep 01 32 27.4
6 feb ip 01 42 06.5
7 feb ip 07 30 55.5
7 feb ip 17 55 34.4 is 55 48.5
9 feb ipd 14 27 03.8 0.9 s 1400nm lz 22s 26um
10 feb ipd 05 36 57.0 0.9 s 46nm
11 feb ip 00 31 00.5
11 feb ep 00 43 25.9 es 43 50.7
11 feb ep 05 05 22.3 es 05 52.8
11 feb ep 06 22 27.3 is 22 56.3
11 feb ip 19 24 06.6 0.8 s 44nm
kullo
5 feb ip 03 34 42.3 0.8 s 18nm
5 feb ep 16 42 46.3
6 feb ep 01 31 49.1
6 feb ip 01 41 57.3
6 feb ip 12 09 26.5 is 10 22.7
9 feb ipd 14 27 28.3 1.0 s 620nm lz 18s 18um
11 feb ep 00 30 57.5
11 feb ipc 19 23 41.9 1.2 s 42nm
sfjd
5 feb ip 03 35 36.1
5 feb ep 16 41 16.4
6 feb ep 01 31 19.1
6 feb ip 01 42 08.4
6 feb ip 05 31 53.3 es 32 05.1
6 feb ep 20 23 51.9
6 feb ip 20 46 07.5 is 47 18.8
7 feb ip 07 31 26.4 is 31 54.3
7 feb ip 17 56 00.5 es 56 35.7
7 feb ep 19 18 06.6 lz 20s 44um
8 feb ep 16 44 47.4
8 feb ip 18 28 53.4 0.8 s 15nm
9 feb ipd 14 26 52.1 0.9 s 630nm lz 18s 18um
9 feb ep 21 21 16.1
10 feb ip 03 38 08.8
10 feb ip 05 36 42.0 0.8 s 19nm
11 feb ip 00 31 29.0
11 feb ip 02 57 24.5 is 57 37.9
11 feb ip 05 05 44.5 is 06 16.0
11 feb ep 06 22 47.6 i 22 57.0 es 23 24.6
11 feb ip 19 24 17.7 0.7 s 34nm
sumg
5 feb ip 03 35 06.9 0.8 s 120nm
5 feb ip 16 42 01.9
5 feb ip 18 28 22.7 0.6 s 4900pm
5 feb ip 20 29 24.8 is 29 58.5
6 feb ep 01 32 07.2
6 feb ep 01 42 05.3
6 feb ep 01 52 33.1
6 feb ip 08 08 33.1
6 feb ip 12 10 38.4 is 12 26.6
6 feb ep 20 24 17.3 0.9 s 56nm
7 feb ip 00 48 56.7 1.3 s 75nm
7 feb ip 09 48 58.5 0.9 s 34nm i 49 33.9
7 feb ip 17 56 39.5
7 feb ep 19 18 00.0 1.4 s 75nm
7 feb ip 22 59 58.3 0.7 s 11nm
8 feb ip 00 12 27.6
8 feb ip 01 05 15.8 0.7 s 16nm
8 feb ep 11 31 03.5 lz 19s 110um
8 feb ep 15 45 44.8
8 feb ip 18 29 06.2 0.9 s 23nm i 29 14.3
8 feb ep 22 30 34.5 i 39 49.3
8 feb ep 23 51 17.5 es 52 15.6
9 feb ip 04 54 21.1 0.9 s 35nm
9 feb ip 09 25 26.5 es 27 09.4
9 feb ep 09 27 15.1
9 feb ipd 14 27 35.3 1.0 s 8200nm lz 20s 44um
10 feb ep 03 38 54.1 is 40 22.2
10 feb ipc 05 37 28.7 1.0 s 240nm
10 feb ip 08 58 36.2 1.1 s 51nm
11 feb ip 00 31 27.5
11 feb ipc 19 23 34.7 1.3 s 190nm
++