Bul14041
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 10 15
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
7 oct ip 10 26 33.1 0.9 s 77nm lz 27s 4700nm
11 oct ip 02 47 26.8 i 50 11.5 lz 17s 19um
11 oct ipc 05 32 15.2 0.8 s 37nm lz 19s 2800nm
11 oct ip 08 02 32.3 0.4 s 9500pm
12 oct ip 05 23 01.1 lz 17s 1600nm
12 oct ep 05 46 07.3 lz 16s 3500nm
12 oct ip 08 47 41.6
dag
7 oct ip 04 40 06.2
7 oct ip 05 22 45.3 1.1 s 5300pm
7 oct ip 06 17 47.0 0.8 s 4300pm
7 oct ip 08 03 03.6 is 04 05.1
7 oct ip 10 25 29.3 1.1 s 66nm lz 25s 15um
7 oct ip 14 01 13.0 1.4 s 47nm lz 23s 20um
7 oct ip 16 44 02.0 is 44 57.7
7 oct ip 22 39 52.0 is 40 26.5
8 oct ip 02 51 49.8 1.0 s 21nm lz 15s 25um
8 oct ip 03 12 45.0 1.1 s 9400pm
8 oct ip 07 55 54.8 es 57 10.0
8 oct ip 10 31 11.1 is 32 05.4
8 oct ip 11 46 40.0 is 47 33.4
8 oct ip 15 27 11.6 1.4 s 24nm
9 oct ip 01 28 33.6 is 29 01.1
9 oct ip 04 40 15.0
9 oct ip 05 33 07.6 is 33 58.8
9 oct ip 06 18 38.6 es 19 30.2
9 oct ip 10 45 15.9 1.2 s 9900pm
9 oct ip 11 52 43.5 0.7 s 3300pm
9 oct ip 19 32 15.0 0.8 s 6400pm
9 oct ip 21 25 09.0 1.3 s 18nm
10 oct ip 06 34 41.9
10 oct ip 07 30 54.9 es 31 54.6
10 oct ip 07 43 03.7 0.8 s 6200pm
10 oct ip 11 04 20.5 1.1 s 4600pm
10 oct ip 11 29 10.0
10 oct ip 14 22 37.0
10 oct ip 14 22 37.3 is 23 31.3
10 oct ip 21 07 55.4 1.5 s 19nm
10 oct ip 21 45 49.9 es 46 19.4
11 oct ep 00 54 07.5 es 55 03.6
11 oct ip 01 43 12.5 es 44 03.4
11 oct ipc 02 46 04.6 0.8 s 50nm lz 20s 4600nm
11 oct ipc 05 30 52.9 1.1 s 42nm i 31 15.4
11 oct ip 11 33 14.5
11 oct ep 16 15 45.7 is 16 40.3
11 oct ip 16 57 17.2 1.0 s 28nm i 57 27.1
12 oct ep 05 22 13.0
12 oct ip 05 45 21.5 1.3 s 81nm lz 10s 4800nm
12 oct ip 06 37 11.1 1.1 s 4600pm
12 oct ip 08 46 40.0
12 oct ip 09 07 28.5 es 08 28.6
12 oct ip 11 51 46.7 is 52 46.9
12 oct ep 18 22 52.7 es 23 20.7
12 oct ip 20 43 04.4 is 43 51.6
12 oct ip 21 03 34.6 0.3 s 810pm
12 oct ip 21 26 13.6 1.8 s 84nm
13 oct ip 05 33 24.1 1.5 s 77nm
13 oct ip 06 22 37.5
13 oct ip 09 19 47.1 1.2 s 22nm
13 oct ip 15 27 48.6 0.9 s 6400pm
13 oct ip 19 03 13.0
13 oct ip 20 20 31.5
13 oct ip 21 35 09.0 0.8 s 5200pm
mud
7 oct ip 10 26 12.9
7 oct ip 14 01 08.0 lz 15s 22um
8 oct ip 02 53 27.9 lz 17s 10um
9 oct ip 11 53 24.4 1.0 s 42nm
9 oct ip 21 25 54.0 1.5 s 73nm
11 oct ip 02 47 29.3 lz 19s 14um
11 oct ip 05 32 17.6 0.9 s 14nm
11 oct ip 08 02 31.5
11 oct ep 14 45 51.6
12 oct ip 05 22 41.2
12 oct ip 05 45 48.9
12 oct ip 08 47 24.6 lz 10s 2900nm
12 oct ip 17 20 00.0 1.1 s 67nm
12 oct ip 21 26 58.9 1.1 s 29nm
bsd
7 oct ip 10 26 48.9
8 oct ip 11 32 57.8
8 oct ep 12 34 35.9 i 34 37.2 is 34 52.4
9 oct ip 00 50 51.8 is 51 34.3
9 oct ip 11 53 24.3
10 oct ip 07 44 38.2 0.9 s 46nm
10 oct ip 09 58 08.7 is 58 22.3
10 oct ip 12 03 42.8 is 03 44.4
11 oct ipc 02 47 23.8 1.2 s 120nm lz 19s 31um
11 oct ipc 05 32 12.1 1.1 s 67nm lz 20s 4400nm
11 oct ip 07 47 07.4 0.4 s 2600pm
11 oct ipd 08 02 32.1 0.5 s 4800pm
11 oct ip 14 45 57.2
12 oct ep 05 23 15.0 lz 22s 2000nm
12 oct ep 06 21 59.6 es 23 07.7
12 oct ip 08 47 59.2 lz 10s 970nm
12 oct ip 21 03 43.5 0.5 s 26nm
13 oct ip 09 59 04.6 es 59 20.3
13 oct ep 10 47 16.6 es 47 36.9
13 oct ip 20 18 55.1 0.4 s 4200pm
nrs
11 oct ip 04 43 11.2 is 43 23.4
11 oct ip 22 25 24.4 is 25 37.1
11 oct ip 22 40 33.0 es 40 45.4
12 oct ip 05 19 25.5 lz 16s 23um
12 oct ip 08 46 45.8
iluli
8 oct ip 02 50 38.9 lz 13s 28um
8 oct ip 10 33 39.4
10 oct ip 07 43 49.2 1.2 s 80nm
11 oct ip 02 46 53.9 0.8 s 35nm lz 19s 9800nm
11 oct ip 20 22 01.5 is 22 11.3
12 oct ip 04 47 41.0 es 47 48.3
12 oct ep 05 20 56.6 lz 14s 9500nm
12 oct ip 05 44 02.7 1.1 s 88nm lz 14s 19um
12 oct ip 23 21 46.5 is 21 53.8
13 oct ipc 05 33 32.7 1.1 s 68nm
13 oct ip 15 26 55.1 1.0 s 61nm
sfjd
7 oct ip 04 38 40.4
7 oct ip 05 21 45.0
7 oct ip 10 25 46.9 lz 17s 1700nm
7 oct ip 18 27 54.5 is 27 55.4
8 oct ip 08 30 50.4 is 30 54.7
10 oct ip 07 27 45.7 is 28 11.7
10 oct ip 07 44 04.1
11 oct ip 02 47 08.0 lz 20s 820nm
11 oct ip 05 07 23.4 is 07 39.5
11 oct ep 05 31 56.0
11 oct ip 06 14 44.3 is 15 00.4
11 oct ep 18 50 16.4 is 50 20.4
11 oct ip 20 22 26.5 is 22 52.2
12 oct ip 04 48 09.0 is 48 37.8
12 oct ip 23 22 12.1 i 22 15.2 is 22 41.3
13 oct ip 05 33 35.5
13 oct ip 08 36 06.0 is 36 22.3
13 oct ip 15 26 44.8 1.1 s 1800pm
sumg
7 oct ip 04 39 27.0 1.0 s 67nm
7 oct ip 05 09 58.0 1.3 s 65nm
7 oct ip 05 22 18.0 1.1 s 86nm
7 oct ip 06 17 09.2 0.7 s 78nm
7 oct ip 10 25 10.0 lz 12s 57um
7 oct ip 12 21 26.0 is 21 45.6
7 oct ip 14 01 51.7 lz 24s 49um
7 oct ip 23 43 43.8 is 44 54.1
8 oct ip 02 51 12.0 1.0 s 91nm lz 15s 47um
8 oct ip 03 12 02.1 1.0 s 49nm
8 oct ip 10 32 37.1 i 34 34.8
8 oct ep 15 27 00.2
9 oct ip 04 39 56.0 is 42 29.5
9 oct ip 10 44 38.4 0.9 s 52nm
9 oct ip 18 39 05.0
9 oct ep 19 16 15.5 is 18 34.4
9 oct ip 19 32 48.0 1.3 s 59nm
9 oct ip 21 24 49.8 0.8 s 17nm
10 oct ip 04 47 13.1 is 47 48.8
10 oct ip 05 01 47.6 1.2 s 41nm
10 oct ip 05 14 43.8 1.3 s 78nm
10 oct ip 06 34 03.9 1.0 s 37nm
10 oct ipd 07 43 35.2 1.0 s 130nm
10 oct ip 11 03 42.7 0.9 s 31nm
10 oct ep 11 28 54.1
10 oct ip 14 24 08.0
10 oct ip 14 24 09.0
10 oct ip 21 07 37.8
10 oct ip 23 03 00.3 1.1 s 36nm
11 oct ep 02 46 36.3 0.7 s 230nm lz 19s 41um
11 oct ip 05 09 00.0 is 10 27.7
11 oct ipc 05 31 25.7 1.0 s 170nm
11 oct ip 11 50 00.7 0.8 s 20nm
11 oct ip 16 56 40.0
11 oct ip 23 38 50.0 0.8 s 17nm
12 oct ip 03 45 27.0 1.3 s 62nm i 45 59.5
12 oct ip 05 21 14.1 1.0 s 83nm lz 14s 9500nm
12 oct ip 05 44 20.3 lz 14s 21um
12 oct ip 06 36 33.0 1.1 s 50nm
12 oct ip 06 46 00.0 1.4 s 100nm
12 oct ip 08 46 21.0 lz 10s 27um
12 oct ip 09 21 49.7 is 21 54.0
12 oct ip 21 26 15.0 0.9 s 31nm
13 oct ip 02 44 30.0 0.8 s 18nm
13 oct ip 05 33 35.6 1.4 s 240nm
13 oct ip 09 19 31.5
13 oct ipd 15 27 20.4 0.7 s 240nm i 27 47.0
13 oct ip 19 02 57.0
13 oct ip 20 21 16.8 0.6 s 23nm
13 oct ip 21 35 42.7 0.6 s 26nm
nor
7 oct ip 00 26 52.0 is 27 14.7
7 oct ip 02 50 41.0 is 51 03.7
7 oct ip 03 20 33.0 is 20 56.2
7 oct ip 03 46 44.0 is 47 03.4
7 oct ip 08 02 07.0 is 02 26.8
7 oct ip 08 30 22.4 is 30 45.4
7 oct ipc 10 26 32.2 2.0 s 580nm lz 26s 11um
7 oct ip 12 07 24.0 is 07 46.9
7 oct ip 14 00 57.3 lz 19s 27um
7 oct ip 14 47 34.9 is 48 00.8
8 oct ip 02 51 47.0 1.4 s 58nm lz 14s 53um
8 oct ip 03 13 19.0 1.0 s 14nm
8 oct ip 06 35 10.4 is 35 32.4
8 oct ip 06 58 33.0 es 58 53.6
8 oct ip 10 30 34.8 is 31 00.0
8 oct ep 11 46 03.0
8 oct ep 14 20 53.6 is 21 17.9
8 oct epc 15 28 16.0 1.3 s 45nm
8 oct ip 16 45 10.9 es 45 35.5
8 oct ip 19 48 20.0 is 48 37.5
8 oct ip 20 55 08.4 es 55 31.4
8 oct ip 22 17 06.9 es 17 30.2
9 oct ip 01 28 48.0 is 29 22.8
9 oct ip 02 04 03.0 es 04 47.0
9 oct ip 04 41 18.0
9 oct ip 05 12 43.0 is 13 06.8
9 oct ip 05 32 38.0 is 33 11.0
9 oct ip 06 17 36.9 is 17 42.3
9 oct ip 06 43 10.0 es 43 31.0
9 oct ip 07 15 05.8 is 15 27.7
9 oct ip 08 57 09.9 is 57 30.5
9 oct ip 11 05 09.4 is 05 32.4
9 oct ip 12 20 45.0 is 21 06.6
9 oct ip 13 12 24.9 es 12 48.8
9 oct ip 14 32 55.8 is 33 23.1
9 oct ip 15 10 32.5 is 11 03.5
9 oct ip 15 35 14.6 is 35 36.8
9 oct ip 16 15 19.2 es 15 42.0
9 oct ip 16 37 28.5 is 37 50.5
9 oct ip 17 12 10.0 is 12 31.6
9 oct ip 19 31 53.9 1.2 s 7000pm
9 oct ip 20 31 05.1 is 31 25.7
9 oct ip 21 26 12.4 1.3 s 36nm
9 oct ip 22 38 29.2 is 38 52.1
10 oct ip 03 00 09.0 es 01 01.7
10 oct ip 03 10 49.6 is 11 11.4
10 oct ip 04 44 46.0 is 45 09.4
10 oct ip 07 30 00.7 is 30 21.4
10 oct ip 08 35 27.6 is 35 50.3
10 oct ip 09 52 27.0 is 52 49.1
10 oct ip 11 30 14.6
10 oct ip 14 22 20.0
10 oct ip 17 36 59.5 is 37 20.1
10 oct ip 21 08 59.3 1.5 s 41nm
10 oct ip 21 45 37.0 is 46 03.1
11 oct ip 00 53 51.4
11 oct ip 01 42 38.7 is 43 05.1
11 oct ipc 02 45 31.6 0.8 s 32nm lz 16s 6300nm
11 oct ip 04 23 09.0 is 23 29.9
11 oct ipc 05 30 20.2 1.5 s 70nm
11 oct ip 11 12 49.0 is 13 12.1
11 oct ip 11 34 18.8
11 oct ep 13 00 01.9
11 oct ip 16 14 57.3 is 15 16.5
11 oct ipc 16 57 24.3
11 oct ip 18 58 20.0 is 58 42.8
11 oct ip 19 44 42.7 is 45 05.4
11 oct ip 20 40 55.6 is 41 17.0
11 oct ep 21 09 12.0 is 09 33.8
12 oct ip 02 02 11.7 is 02 35.8
12 oct ip 03 44 41.0 1.2 s 18nm i 45 16.8
12 oct ip 04 32 58.4 is 33 24.8
12 oct ip 05 22 59.2 lz 17s 3100nm
12 oct ep 05 42 57.5 es 43 21.4
12 oct ep 05 46 06.8 1.1 s 45nm lz 16s 5400nm
12 oct ep 06 26 59.5 es 27 22.5
12 oct ip 08 47 42.2
12 oct ep 09 07 35.3 es 08 44.6
12 oct ip 11 50 50.0 es 51 08.4
12 oct ip 17 23 18.6 is 23 40.4
12 oct ip 19 23 14.3 is 23 37.1
12 oct ip 20 02 39.4 is 03 01.7
12 oct ip 21 11 34.0 is 11 57.0
12 oct ip 21 27 16.6 1.9 s 190nm
13 oct ip 05 25 16.4 is 25 39.0
13 oct ipc 05 33 15.8 1.8 s 160nm
13 oct ip 06 22 27.0 is 23 16.1
13 oct ip 08 20 28.0 is 20 51.4
13 oct ip 09 20 51.0 1.5 s 59nm
13 oct ip 10 12 22.4 is 12 44.7
13 oct ip 11 26 49.9 is 27 12.4
13 oct ep 15 28 02.4
13 oct ip 16 25 20.1 is 25 43.8
13 oct ep 17 34 57.5 is 35 20.8
13 oct ip 17 34 57.6 is 35 19.7
13 oct ip 19 04 18.0 2.0 s 220nm
13 oct ip 20 20 24.3
13 oct ip 21 01 11.1 is 01 34.8
13 oct ip 22 20 19.2 is 20 41.4
13 oct ip 22 43 05.1 is 43 28.9
13 oct ip 23 09 21.1 es 09 42.8
13 oct ip 23 30 20.0 is 30 37.4
goet
7 oct ip 10 26 10.3 0.9 s 230nm
11 oct ep 02 47 26.5 0.9 s 190nm
11 oct ip 05 32 15.6
12 oct ep 05 22 42.0
12 oct ip 05 45 49.0 1.1 s 640nm
++