Bul15007
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 2015 02 18
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
13 feb ep 18 53 52.7
13 feb ip 19 04 45.2 lz 21s 99um
13 feb ip 19 38 43.4
dag
10 feb ip 02 23 52.2 is 23 52.9
10 feb ip 03 21 53.3
10 feb ip 08 43 25.2 es 43 50.4
10 feb ip 13 37 42.1
10 feb ip 13 42 36.3 0.9 s 7400pm
10 feb ip 14 28 48.9 is 29 50.4
10 feb ip 14 40 26.7 0.7 s 3300pm
10 feb ipc 14 59 46.6 1.2 s 72nm
10 feb ip 15 20 42.4 i 20 45.6 es 21 39.1
10 feb ip 16 21 49.5 0.8 s 6500pm
10 feb ip 19 34 18.3
11 feb ip 00 14 01.3 is 15 02.3
11 feb ip 01 36 29.0 is 37 24.7
11 feb ip 03 42 28.5 0.9 s 7300pm i 42 40.5
11 feb ip 08 31 02.0 is 32 03.4
11 feb ip 11 10 31.0 is 10 57.6
11 feb ip 12 03 40.5 0.8 s 4600pm
11 feb ip 15 42 28.2 is 43 28.6
11 feb ip 19 10 59.1 1.1 s 15nm
11 feb ip 19 26 49.1
11 feb ip 21 38 51.6 0.7 s 3500pm
12 feb ip 02 15 11.1
12 feb ip 04 31 05.8 i 31 56.6
12 feb ip 08 47 02.4 es 47 31.6
12 feb ip 10 22 25.0 is 23 25.4
12 feb ip 16 02 10.1 0.7 s 22nm
12 feb ep 22 33 20.6
12 feb ip 23 21 15.0 is 21 44.1
12 feb ip 23 47 34.1 is 47 49.0
13 feb ipc 04 56 54.0 0.8 s 9900pm
13 feb ipc 06 48 28.3 1.2 s 26nm
13 feb ip 11 13 50.7 i 14 44.6
13 feb ip 18 53 39.1 1.1 s 42nm
13 feb ip 19 04 40.2 lz 14s 230um
13 feb ip 19 38 31.1
13 feb ip 20 18 26.5
13 feb ip 21 25 51.4
14 feb ip 00 07 10.0 is 08 03.3
14 feb ip 03 06 10.0 is 07 10.4
14 feb ip 12 25 06.9 1.0 s 5600pm
14 feb ipc 18 26 07.1 0.4 s 2800pm i 26 10.6
15 feb ip 17 03 27.2 is 04 04.4
15 feb ip 19 33 47.7 is 34 08.1
15 feb ip 20 04 15.0 is 04 35.2
15 feb ip 21 27 08.2 is 27 29.8
15 feb ip 21 30 29.3 i 30 30.5 is 30 51.8
15 feb ip 21 50 07.6 is 50 27.3
15 feb ip 22 07 13.6 is 07 32.2
15 feb ip 22 13 07.5 es 13 25.9
15 feb ip 22 45 12.8 is 45 33.7
15 feb ip 23 14 41.0 i 14 42.2 is 15 03.4
15 feb ip 23 23 10.3 is 23 29.9
15 feb ip 23 27 14.0 i 27 15.2 is 27 36.0
15 feb ip 23 30 24.1 is 30 57.2
16 feb ip 01 03 32.9 i 03 33.8 is 03 53.1
16 feb ip 01 54 43.2 is 55 03.4
16 feb ip 02 11 32.0 is 11 52.9
16 feb ip 03 08 15.8 i 08 16.6 is 08 35.6
16 feb ip 09 14 58.0 i 15 54.3
16 feb ip 13 48 18.6 is 49 11.8
16 feb ep 19 39 25.7 is 39 56.1
16 feb ip 22 20 05.7 1.3 s 66nm
16 feb ip 23 16 52.2 1.0 s 300nm
16 feb ep 23 45 56.1
mud
10 feb ip 19 40 58.6
11 feb ip 03 41 54.1
11 feb ip 19 10 50.0 1.1 s 32nm
12 feb ep 18 40 41.7
13 feb ip 18 53 30.8 1.0 s 150nm
13 feb ep 19 04 23.6 lz 21s 170um
13 feb ip 19 38 25.7 1.3 s 340nm
13 feb ip 19 52 53.0
13 feb ip 20 18 53.9 0.9 s 100nm lz 16s 35um
15 feb ip 08 11 33.0 0.8 s 31nm
16 feb ip 22 19 47.6
bsd
10 feb ep 13 10 45.3 es 11 00.7
12 feb ip 13 05 31.9 is 05 47.9
12 feb ip 18 40 05.3 is 40 45.5
13 feb ip 12 02 48.1 es 03 04.1
13 feb ip 13 59 45.6 is 00 00.2
13 feb ip 14 02 49.4 is 03 04.0
13 feb ip 18 54 00.3 1.1 s 82nm
13 feb ip 19 04 59.4 lz 19s 100um
13 feb ip 19 38 55.8
13 feb ip 20 18 42.0 lz 17s 19um
14 feb ip 08 45 55.5
14 feb ip 11 49 07.6 es 49 47.8
lld
13 feb ip 18 53 48.1
13 feb ep 19 04 40.1
13 feb ip 19 38 43.1
sco
10 feb ip 03 20 25.0 is 21 38.7
10 feb ip 14 59 47.2
10 feb ip 15 27 43.0 i 27 46.5 is 27 55.0
11 feb ip 12 18 10.5 es 19 25.9
11 feb ip 19 10 36.2 0.9 s 13nm
11 feb ip 21 39 36.5
12 feb ip 02 15 28.8
12 feb ip 16 02 06.2 1.0 s 10nm
12 feb ip 20 11 20.1 is 11 40.1
13 feb ip 02 44 57.6 is 45 06.6
13 feb ip 06 49 16.6 1.1 s 7900pm
13 feb ip 18 52 34.7 0.9 s 25nm
13 feb ip 19 03 35.6
13 feb ip 19 37 29.5
13 feb ip 20 18 58.9 1.2 s 120nm
13 feb ip 21 14 31.0 es 15 45.7
13 feb ip 21 24 25.0 is 25 38.0
14 feb ip 23 49 30.2 es 49 36.5
16 feb ip 10 02 18.4 es 02 58.3
nrs
10 feb ep 06 43 30.3 is 43 51.0
10 feb ip 07 17 38.8 is 18 02.4
10 feb ip 16 24 47.6 is 24 49.4
11 feb ep 01 05 01.7 is 05 18.5
11 feb ip 14 58 47.6 is 58 49.3
11 feb ip 15 18 23.9 is 18 25.9
11 feb ip 15 52 58.2 is 53 00.2
11 feb ip 17 09 58.3 is 10 05.0
11 feb ip 18 41 55.1 es 41 57.0
11 feb ip 19 09 35.8 1.0 s 290nm
12 feb ep 11 23 05.8 is 23 08.8
13 feb ip 18 51 01.6 1.2 s 250nm
13 feb ip 19 01 57.3
13 feb ip 19 35 54.3 1.0 s 150nm
14 feb ip 00 08 13.2 is 08 28.7
14 feb ip 02 34 19.0 is 34 34.4
15 feb ip 11 09 26.3 is 09 31.6
15 feb ip 16 15 34.4 i 15 59.1
iluli
10 feb ip 04 10 46.1 is 10 56.1
10 feb ip 05 39 03.2 is 39 12.9
10 feb ip 07 53 00.5 is 53 11.0
10 feb ip 08 14 22.0 is 14 31.8
10 feb ip 08 24 18.6 is 24 28.4
10 feb ip 08 52 52.8 es 53 03.4
10 feb ip 09 49 15.5 i 49 18.0 is 49 27.9
10 feb ip 11 09 25.7
10 feb ip 11 14 47.4 is 14 57.7
10 feb ip 11 19 03.5 is 19 13.0
10 feb ip 12 40 30.7 is 40 40.4
10 feb ip 15 35 44.4 is 35 54.2
10 feb ip 18 16 13.5
10 feb ip 18 47 17.1 es 47 26.9
10 feb ip 20 17 50.3 is 18 00.0
10 feb ip 20 24 33.2 is 24 42.9
10 feb ip 21 48 44.5 es 48 54.3
11 feb ip 02 59 39.4 is 59 49.4
11 feb ip 19 10 08.9 0.9 s 190nm
12 feb ip 02 13 41.6
12 feb ip 16 01 00.7 0.8 s 22nm
12 feb ip 18 24 28.0 is 24 36.9
13 feb ip 06 49 06.6 0.9 s 23nm
13 feb ip 18 52 39.5 0.8 s 73nm
13 feb ip 19 03 34.9
13 feb ip 19 37 31.1 0.6 s 66nm
13 feb ip 20 19 20.1 1.2 s 77nm
14 feb ip 13 39 56.4
15 feb ip 04 40 51.8
16 feb ip 22 19 52.6 0.9 s 43nm
16 feb ip 23 17 41.3 1.2 s 280nm
kullo
10 feb ip 13 11 01.2 is 11 18.6
11 feb ip 19 10 31.5 0.8 s 26nm
12 feb ip 00 28 59.3 is 30 01.2
12 feb ip 02 08 13.1 is 09 14.9
12 feb ip 02 13 04.7 is 14 06.4
12 feb ip 16 01 08.6 0.8 s 29nm
13 feb ip 04 56 09.2 0.9 s 41nm
13 feb ipc 06 48 24.7 1.0 s 53nm
13 feb ip 18 53 34.8 0.9 s 76nm
13 feb ip 19 04 30.2 lz 16s 800um
13 feb ip 19 38 26.9 1.0 s 140nm
13 feb ip 20 18 54.4 1.4 s 190nm
15 feb ip 04 50 53.7 is 51 55.9
15 feb ip 21 28 53.9
16 feb ip 22 19 58.8 1.2 s 84nm
16 feb ip 23 17 05.0 1.0 s 170nm
sfjd
10 feb ip 02 28 04.0
10 feb ip 04 11 13.9 is 11 44.9
10 feb ip 05 39 32.4 is 40 01.5
10 feb ip 07 53 29.3 is 53 59.2
10 feb ep 08 14 50.5 i 14 51.6 is 15 20.5
10 feb ip 08 24 47.5 es 25 18.2
10 feb ip 08 53 21.8 is 53 52.3
10 feb ip 09 49 43.0 is 50 10.6
10 feb ip 10 20 04.5 is 20 24.0
10 feb ep 11 15 16.4 i 15 19.0 es 15 45.9
10 feb ep 11 19 33.2 i 19 40.5 is 20 02.4
10 feb ep 12 40 59.7 is 41 29.0
10 feb ip 15 36 12.8 is 36 44.6
10 feb ip 18 16 41.5
10 feb ip 18 47 46.6 es 48 16.2
10 feb ip 20 18 23.0 is 18 48.1
10 feb ip 20 25 02.8 is 25 32.0
10 feb ip 21 49 13.5 is 49 44.2
11 feb ip 03 00 08.8
11 feb ip 06 55 33.9 is 55 39.4
11 feb ip 10 02 55.0 is 02 58.9
11 feb ep 14 36 53.1 es 37 05.4
11 feb ip 15 35 13.7 is 35 20.4
11 feb ip 19 09 59.3 0.8 s 8300pm
11 feb ip 21 38 41.5 is 38 44.7
12 feb ip 02 14 01.1
12 feb ip 18 24 54.4 is 25 25.8
13 feb ip 09 10 47.0 is 10 47.5
13 feb ip 14 07 27.2 is 07 28.4
13 feb ip 14 46 56.9 is 46 57.6
13 feb ip 16 00 24.4 i 00 26.6 es 00 37.4
13 feb ip 18 52 16.7
13 feb ip 19 03 09.8
13 feb ip 19 37 07.9
13 feb ip 20 19 30.0
14 feb ip 00 44 24.8 is 44 25.5
14 feb ip 01 10 59.1 is 10 59.5
14 feb ep 02 35 36.6 es 36 51.0
14 feb ip 07 30 37.7 is 30 38.3
14 feb ip 08 22 16.0 is 22 16.7
14 feb ip 09 41 27.4 is 41 28.1
14 feb ep 11 12 39.1 is 12 41.3
14 feb ip 12 28 50.7 is 28 51.3
14 feb ip 13 40 24.8 i 40 52.4
14 feb ep 16 41 41.6 is 41 42.6
14 feb ip 23 07 01.4 es 07 02.3
15 feb ip 04 40 31.3 0.9 s 3900pm
15 feb ip 09 13 56.8 is 13 57.6
15 feb ip 14 45 20.1 is 45 20.6
15 feb ip 18 18 24.5 is 18 25.0
15 feb ep 20 57 32.8
15 feb ip 22 06 55.9 is 06 56.3
16 feb ip 22 19 48.8
16 feb ep 22 58 07.5 is 58 09.9
16 feb ip 23 17 54.4
sumg
10 feb ip 04 11 56.1 is 12 57.3
10 feb ep 07 54 10.7 es 55 12.3
10 feb ep 08 15 32.9 es 16 35.9
10 feb ep 11 10 34.7
10 feb ep 13 12 15.4 es 13 29.5
10 feb ip 14 40 34.5 0.8 s 24nm
10 feb ip 15 00 16.1 1.4 s 270nm
10 feb ip 16 22 20.0 1.2 s 42nm
10 feb ip 18 17 22.8
10 feb ip 19 34 51.0
10 feb ip 21 49 54.8 es 50 57.0
11 feb ip 01 37 58.5 e 40 02.8
11 feb ip 03 00 50.2
11 feb ip 03 43 02.6 1.2 s 59nm i 43 14.4
11 feb ip 06 51 54.3 e 53 05.0
11 feb ip 12 03 48.7 1.0 s 39nm
11 feb ip 15 44 00.0
11 feb ip 19 10 30.6 0.7 s 180nm
11 feb ip 21 39 21.0 0.8 s 56nm
12 feb ip 00 30 11.7 i 32 04.9
12 feb ip 02 14 15.7
12 feb ip 04 32 34.2 is 34 31.2
12 feb ip 10 23 58.3
12 feb ep 14 45 22.4
12 feb ip 16 01 35.3 0.7 s 94nm
12 feb ip 22 32 42.0 1.0 s 31nm
13 feb ipc 04 56 15.9 0.6 s 120nm
13 feb ipc 06 48 55.4 1.2 s 110nm
13 feb ip 18 52 52.8 0.9 s 170nm
13 feb ip 19 02 42.5
13 feb ip 19 03 50.0
13 feb ip 19 37 46.5
13 feb ip 19 52 18.0
13 feb ip 20 18 59.8 0.9 s 240nm
14 feb ip 12 25 17.8 0.9 s 22nm
14 feb ip 13 41 02.1
14 feb ip 18 26 52.3 0.7 s 49nm
15 feb ip 04 41 09.0 0.9 s 21nm
15 feb ip 04 52 05.4
15 feb ip 08 14 30.0 0.8 s 13nm
15 feb ip 09 12 54.1 0.7 s 35nm
15 feb ip 19 35 08.0 es 36 26.3
15 feb ip 21 28 27.4
16 feb ip 09 16 20.2 es 18 19.6
16 feb ip 10 02 09.8 is 02 43.9
16 feb ip 22 19 58.2
16 feb ip 23 17 24.5 1.2 s 1500nm
16 feb ip 23 45 44.0
goet
10 feb ep 19 40 58.0 es 41 09.2
13 feb ip 18 53 31.4 1.0 s 350nm
13 feb ip 19 04 26.7
13 feb ip 19 38 25.3
13 feb ip 20 18 53.3 0.8 s 140nm lz 16s 36um
++