Bul14019
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 05 14
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.
dag
6 may ip 01 02 13.0 1.1 s 6200pm
6 may ip 01 10 13.8 1.2 s 15nm
6 may ipd 04 49 57.5 0.8 s 10nm
6 may ep 06 14 51.7
6 may ip 08 25 57.1 i 26 02.8 e 26 49.8
6 may ip 16 58 30.9 is 58 49.5
6 may ip 23 18 35.4 0.8 s 18nm
7 may ip 01 06 45.6 1.0 s 3400pm
7 may ip 14 23 07.9
7 may ip 16 18 38.0 1.0 s 3500pm
8 may ep 00 12 00.7 is 12 13.2
8 may ip 01 42 30.3 is 43 40.9
8 may ep 02 13 11.0
8 may ipd 07 45 52.0 0.9 s 11nm
8 may ip 15 18 59.2 is 19 59.2
8 may ip 16 02 03.7 0.9 s 5800pm
8 may ipc 17 11 33.4 1.1 s 290nm lz 16s 65um
8 may ip 21 05 35.8 es 06 33.9
9 may ipc 00 00 43.3 0.7 s 4100pm
9 may ip 00 18 47.4 1.0 s 6100pm
9 may ip 02 45 08.8 is 46 07.7
9 may ip 03 51 09.6 is 52 02.8
9 may ip 05 05 07.5 is 06 15.1
9 may ipc 05 57 34.9 0.8 s 44nm
9 may ip 09 31 49.0 is 32 48.7
9 may ip 10 50 50.0 0.7 s 5000pm i 52 20.3
9 may ip 13 01 25.3 is 02 34.6
9 may ip 13 07 52.9 0.6 s 14nm
9 may ip 15 35 07.2 is 35 13.0
9 may ip 15 44 58.3 is 45 19.7
9 may ip 18 33 04.4 1.1 s 3100pm
9 may ip 21 38 22.1 is 38 47.5
10 may ipc 07 47 20.0 1.1 s 210nm lz 15s 15um
10 may ip 12 13 32.2 i 14 26.5
10 may ipc 13 51 20.1 0.5 s 3700pm
10 may ip 14 23 36.2 i 25 16.4
10 may ip 14 29 17.5 1.0 s 37nm
10 may ip 16 33 57.8 is 35 06.3
11 may ip 10 08 57.5 is 09 55.2
11 may ip 10 43 12.4 0.9 s 6700pm
11 may ip 13 43 46.2 0.8 s 7800pm
11 may ip 21 00 50.0 0.7 s 8100pm
11 may ip 22 03 03.4 i 03 04.6 is 03 28.4
11 may ipd 22 50 02.4 0.5 s 6000pm
12 may ip 01 02 11.5 0.8 s 6100pm
12 may ip 03 16 08.2
12 may ip 12 12 06.0 is 12 57.7
12 may ep 18 58 23.0
12 may ipc 23 45 50.0 0.9 s 27nm
mud
6 may ip 01 09 58.2 0.9 s 11nm
6 may ipd 04 50 36.6 0.9 s 160nm
7 may ip 02 41 14.9
7 may ip 16 19 18.1 1.0 s 38nm
7 may ip 21 30 22.0 1.3 s 67nm
8 may ip 17 12 53.1 e 16 14.9 lz 21s 19um
9 may ip 18 33 46.8 1.2 s 52nm
10 may ipc 07 48 41.8 1.0 s 37nm i 52 02.4 lz 22s 5000nm
10 may ipc 14 26 25.1 1.1 s 77nm
12 may ip 00 58 43.8
12 may ep 18 58 26.7
bsd
6 may ipd 04 50 37.8 0.8 s 210nm
6 may ip 10 14 18.4
6 may ip 22 30 06.4
6 may ip 23 20 39.9 0.4 s 7300pm
7 may ip 03 53 17.8
7 may ip 04 11 08.0 is 11 47.1
7 may ep 04 39 31.2
7 may ep 11 13 15.1 is 13 28.1
7 may ep 16 19 18.5
8 may ip 03 55 53.1 is 56 02.4
8 may ip 11 53 04.4 is 53 23.6
8 may ip 15 20 54.5 es 21 03.5
8 may ipc 17 13 12.5 e 16 35.8 lz 18s 22um
9 may ip 00 16 24.2 0.5 s 23nm
9 may ip 08 19 22.1 i 19 24.4 es 19 38.6
9 may ip 10 51 29.0 0.8 s 40nm
9 may ip 12 45 57.5 is 46 15.6
9 may ip 23 26 25.9 is 27 07.5
10 may ip 00 18 59.5
10 may ip 02 14 30.7 is 15 11.3
10 may ipc 07 48 57.2 i 52 22.1 i 59 00.4
lz 18s 5500nm
10 may ipc 14 26 36.8 1.0 s 97nm
10 may ip 15 55 28.2 e 56 08.4
12 may ip 01 57 22.5 0.3 s 2800pm
12 may ipc 12 03 32.1 is 03 33.7
12 may ip 12 59 06.6 is 59 22.5
12 may ip 13 13 31.4 es 13 47.3
12 may ip 13 38 55.4 is 39 11.5
12 may ip 14 22 18.2 is 22 34.4
12 may ep 18 58 24.6
12 may ip 23 23 35.3 is 23 37.2
12 may ipc 23 46 55.6 0.8 s 42nm
lld
9 may ip 00 19 00.0
sco
6 may ip 00 50 21.3 is 50 41.8
6 may ip 02 54 59.3
6 may ep 03 54 32.5
6 may ip 04 50 09.7 1.1 s 29nm
6 may ep 06 46 47.0
6 may ep 07 19 07.6 es 19 12.6
7 may ep 00 55 09.8 es 55 40.0
8 may ep 02 50 24.7 es 50 30.6
8 may ip 17 11 26.0 lz 15s 36um
8 may ip 21 06 07.8
8 may ep 21 38 22.9 es 38 35.3
8 may ep 23 15 37.8
9 may ip 18 10 45.2 is 10 47.1
10 may ipc 07 47 12.3 1.1 s 95nm lz 14s 10um
10 may ep 09 22 56.9 is 23 09.7
10 may ip 10 44 13.3 i 44 17.5
10 may ip 14 24 15.5 i 24 19.8
10 may ipd 14 29 38.1 1.9 s 99nm
10 may ip 16 45 33.8 i 45 37.3 i 45 48.8
10 may ep 17 31 14.7 is 31 28.5
11 may ep 00 56 48.3 is 56 50.2
11 may ip 06 03 57.2 is 03 59.1
11 may ep 12 54 51.4
11 may ipc 21 01 04.0 0.9 s 16nm
12 may ipc 01 01 47.4 0.8 s 14nm
12 may ip 23 46 29.8 0.8 s 19nm
nrs
6 may ip 00 49 25.0 is 49 36.3
6 may ep 04 50 31.6
8 may ip 17 10 10.5 lz 17s 43um
10 may ipc 07 45 56.8 1.2 s 310nm lz 16s 9600nm
10 may ipc 14 24 28.0 0.9 s 62nm
11 may ep 12 55 33.8
iluli
6 may ip 03 31 42.0 is 31 50.0
6 may ip 04 49 56.5 0.7 s 28nm
8 may ip 17 10 22.2 1.1 s 260nm lz 14s 42um
10 may ipc 07 46 08.0 1.2 s 280nm lz 15s 12um
10 may ip 14 23 26.2 1.3 s 47nm i 25 04.7
10 may ipd 14 29 14.7 1.2 s 83nm
11 may ep 12 55 16.7
kullo
6 may ipc 23 18 34.1 0.8 s 14nm
7 may ip 14 23 46.8 0.7 s 13nm
8 may ip 16 02 05.9 0.6 s 10nm
8 may ip 17 10 33.8 lz 17s 44um
9 may ip 05 57 56.2 1.1 s 22nm
10 may ipc 07 46 20.2 1.1 s 360nm lz 18s 11um
10 may ipc 14 22 50.5 1.2 s 100nm
10 may ip 14 28 57.3 1.2 s 95nm
11 may ep 12 54 55.3
sfjd
6 may ip 03 32 13.3 is 32 40.5
6 may ip 04 49 58.9
9 may ep 10 50 49.9
9 may ep 23 05 40.0 es 05 52.4
10 may ipc 07 46 01.1 1.2 s 25nm lz 17s 600nm
10 may ipc 14 23 42.6
10 may ip 14 29 20.7
10 may ip 18 46 50.9 es 47 16.7
11 may ip 21 01 00.3
12 may ep 18 59 32.1
12 may ip 23 46 50.6
sumg
6 may ip 01 03 02.0 1.2 s 38nm
6 may ip 01 10 47.6
6 may ip 04 50 00.0 1.1 s 61nm
6 may ip 06 14 11.0 0.7 s 11nm
6 may ip 23 19 02.8 0.9 s 25nm
7 may ip 01 06 08.0 1.0 s 21nm
7 may ip 14 23 43.8
7 may ip 16 18 41.5
8 may ip 02 13 00.3
8 may ip 16 02 32.0 1.0 s 86nm
8 may ip 17 10 57.7 lz 16s 70um
9 may ip 00 01 23.1 0.8 s 10nm
9 may ip 00 19 26.1 0.6 s 10nm
9 may ip 05 15 47.6 i 15 51.6 is 16 10.5
9 may ip 05 58 03.0 1.2 s 34nm
9 may ip 10 50 52.8
9 may ip 18 33 06.1 1.1 s 15nm
10 may ipc 07 46 43.9 1.2 s 1200nm lz 16s 20um
10 may ip 14 23 36.7 0.8 s 250nm
10 may ip 14 29 19.1 1.1 s 120nm
11 may ep 02 01 45.4 es 02 43.4
11 may ip 06 03 09.3 is 03 41.3
11 may ip 10 10 29.3
11 may ip 12 54 48.0
11 may ip 22 49 23.7 0.7 s 13nm
12 may ipc 01 02 33.5 1.0 s 26nm
12 may ip 03 17 29.7 es 19 28.0
12 may ipc 23 46 22.3 0.8 s 91nm
nor
6 may ep 01 01 56.5
6 may ip 01 09 58.6 0.8 s 7000pm
6 may ip 01 55 27.0 is 55 51.1
6 may ip 04 00 40.0
6 may ip 06 15 12.3 0.8 s 1700pm
6 may ip 06 23 25.0 is 23 48.8
6 may ip 07 38 35.0 is 38 56.9
6 may ip 10 13 28.1 is 13 49.5
6 may ip 10 27 40.1 is 28 03.5
6 may ip 14 54 53.5 es 55 15.6
6 may ip 15 26 09.4 is 26 33.8
6 may ip 17 11 00.0 es 11 21.3
6 may ip 18 14 00.0 es 14 19.3
6 may ip 18 40 46.6 es 41 07.4
6 may ip 20 40 52.0 is 41 14.6
7 may ip 01 22 59.2 is 23 23.3
7 may ip 02 20 35.4 es 20 57.8
7 may ip 02 54 43.3 es 55 05.8
7 may ip 03 11 11.0 is 11 34.6
7 may ip 04 22 41.8 is 23 06.0
7 may ip 05 16 55.6 is 17 18.7
7 may ip 06 05 04.3 es 05 26.6
7 may ip 07 07 22.0 is 07 44.5
7 may ip 08 49 15.0 is 49 36.5
7 may ip 11 32 10.5 is 32 34.4
7 may ep 23 09 03.2 is 09 26.2
8 may ip 00 26 18.0 is 26 41.9
8 may ip 01 41 31.0 is 41 58.1
8 may ip 02 30 20.0 is 30 43.4
8 may ip 08 21 42.0 es 22 04.3
8 may ip 11 08 14.0 is 08 37.5
8 may ip 14 23 00.8 is 23 23.1
8 may ip 15 30 11.2 is 30 33.6
8 may ip 16 51 36.0 is 51 58.1
8 may ip 17 11 38.0 lz 15s 73um
8 may ip 19 07 09.5 is 07 31.3
8 may ip 21 14 21.0 is 14 44.1
8 may ip 23 01 58.3 es 02 16.6
8 may ip 23 23 49.4 is 24 10.1
9 may ip 02 48 31.4 es 48 53.7
9 may ip 03 24 18.6 es 24 40.6
9 may ip 05 56 52.0 is 57 14.2
9 may ipc 05 57 16.2 0.8 s 36nm
9 may ip 09 04 25.9 es 04 47.1
9 may ip 09 30 54.3 es 31 14.7
9 may ip 11 29 12.6 is 29 34.5
9 may ip 12 32 14.3 is 32 37.8
9 may ip 12 52 22.3 is 52 43.3 i 52 55.5
9 may ip 13 02 24.5
9 may ip 13 07 33.8 0.9 s 3700pm
9 may ip 13 37 10.5 is 37 30.3
9 may ip 15 23 03.5 is 23 25.8
9 may ip 18 49 53.0 is 50 14.7
9 may ip 19 20 47.0 is 21 08.7
9 may ip 21 07 16.2 is 07 38.0
9 may ip 21 37 49.5 is 38 11.8
9 may ip 21 50 33.0 is 50 55.1
9 may ip 22 30 21.0 es 30 42.3
9 may ip 23 04 52.0 is 05 16.6
10 may ip 03 12 44.0 is 13 05.6
10 may ip 04 48 46.0 is 49 08.4
10 may ip 06 23 30.0 is 23 51.8
10 may ip 07 24 08.0 is 24 31.0
10 may ipc 07 47 24.6 1.3 s 280nm lz 15s 16um
10 may ip 10 26 01.0 es 26 15.7
10 may ip 11 00 42.6 is 01 04.3
10 may ep 12 13 10.7
10 may ip 12 36 26.0 is 36 49.0
10 may ip 14 23 04.9 1.1 s 35nm
10 may ip 14 29 03.5 1.0 s 28nm
10 may ip 16 34 57.0 es 36 49.0
10 may ip 17 04 48.1 is 05 10.3
10 may ip 22 41 22.8 is 41 45.4
11 may ip 03 37 14.3 es 37 36.1
11 may ip 10 08 48.2 i 09 39.2
11 may ip 11 11 53.3 es 12 15.1
11 may ep 12 54 29.0
12 may ipc 01 02 37.2 0.6 s 14nm
12 may ep 03 15 17.4
12 may ip 05 43 13.0 es 43 36.0
12 may ip 06 48 18.0 is 48 41.0
12 may ip 08 10 12.0 es 10 35.7
12 may ip 09 08 17.0 es 08 39.5
12 may ip 09 24 18.6 es 24 42.2
12 may ep 14 10 37.7 es 11 01.4
12 may ip 14 28 27.4 es 28 50.7
12 may ip 16 22 24.2 is 22 47.0
12 may ip 17 29 09.0 es 29 30.6
12 may ip 18 04 12.2 is 04 34.3
12 may ip 19 37 54.1 is 38 16.8
12 may ip 20 40 20.0 is 40 42.1
12 may ip 21 47 10.5 is 47 32.8
12 may ip 22 34 18.2 is 34 41.2
12 may ip 23 14 39.6 is 15 01.1
12 may ip 23 45 19.3 0.7 s 8100pm
goet
6 may ip 01 09 58.7 0.9 s 80nm
6 may ipd 04 50 35.6 0.9 s 140nm
8 may ip 17 12 55.4 lz 20s 19um
10 may ip 07 48 41.2 1.0 s 170nm
10 may ep 14 26 22.7 1.2 s 140nm
12 may ep 18 58 22.4
12 may ip 23 47 00.3 0.9 s 200nm
++