Bul12011
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 2012 03 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
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
8 mar ip 18 28 15.7
8 mar ipc 22 58 38.2 0.7 s 110nm
10 mar ipd 14 21 47.4
12 mar ep 06 14 56.4 1.0 s 88nm lz 17s 4600nm
12 mar ip 12 44 01.5 0.8 s 69nm
dag
8 mar ip 20 21 08.4 is 22 10.9
8 mar ip 22 59 29.4 1.3 s 100nm
9 mar ep 17 36 18.3 0.7 s 11nm
10 mar ipd 14 19 01.5 0.8 s 55nm
11 mar ep 02 53 56.1
11 mar ep 22 18 13.1
12 mar ipd 06 16 11.4 1.1 s 100nm lz 16s 2400nm
12 mar ip 10 59 11.6 is 00 16.8
mud
6 mar ip 03 04 50.1 1.3 s 94nm
7 mar ip 06 30 31.4
8 mar ip 18 28 30.4 1.0 s 64nm
8 mar ip 18 28 31.3
8 mar ipc 22 58 50.8 0.9 s 80nm
10 mar ip 14 21 41.7
12 mar ep 06 15 06.6 lz 13s 11um
bsd
7 mar ep 13 38 25.4 is 38 42.2
7 mar ip 16 44 58.2 es 45 38.8
7 mar ip 23 25 30.9 is 26 12.7
8 mar ip 10 59 35.0 is 59 49.4
8 mar ip 11 18 48.7 is 18 57.8
8 mar ip 12 29 05.8 is 29 18.5
8 mar ip 14 24 39.3 i 24 51.5
8 mar ip 18 28 00.5 1.0 s 35nm
8 mar ip 19 20 45.6 is 21 47.1
8 mar ip 22 58 26.2 1.0 s 69nm
9 mar ip 12 17 39.2 es 17 53.3
10 mar ip 08 50 54.9 is 51 35.0
10 mar ipd 14 21 50.9 1.1 s 87nm
11 mar ip 05 28 32.9 is 29 15.2
11 mar ip 16 29 22.5 is 30 03.5
11 mar ip 19 14 36.6 0.5 s 1700pm
12 mar ip 06 14 41.6 1.0 s 50nm lz 13s 10um
12 mar ip 12 42 37.6 is 42 46.7
12 mar ip 12 43 58.7 1.1 s 91nm
12 mar ip 14 47 20.2 es 47 38.3
lld
8 mar ep 18 28 15.6
8 mar ip 22 58 39.1 0.7 s 130nm
10 mar ip 14 21 48.8 0.9 s 110nm
11 mar ep 05 28 47.2
12 mar ep 06 14 17.7 0.8 s 97nm
12 mar ep 10 15 22.2
sco
6 mar ep 00 16 06.7 es 16 51.2
6 mar ep 11 28 31.2 1.1 s 12nm
6 mar ep 20 25 09.0 is 25 20.6
6 mar ep 22 43 39.3
7 mar ip 06 30 24.7 1.1 s 52nm
7 mar ip 14 20 37.8 is 20 49.2
7 mar ip 22 42 43.7 is 42 53.7
8 mar ip 18 30 51.5
8 mar ip 22 59 55.3
9 mar ip 07 28 55.7 1.2 s 27nm lz 20s 15um
9 mar ip 17 36 56.2
9 mar ep 18 30 31.6 1.3 s 22nm
10 mar ip 12 19 03.3 is 19 15.2
10 mar ip 14 19 40.0
10 mar ip 18 44 06.7 1.1 s 14nm
11 mar ip 02 53 18.6 es 53 54.0
11 mar ip 12 56 46.7 is 56 56.2
11 mar ip 13 48 21.0 is 48 27.8
11 mar ep 14 59 23.3 es 59 45.4
11 mar ip 16 28 35.2 is 29 20.2
11 mar ip 18 46 36.1 is 46 49.0
12 mar ip 06 16 32.0 1.2 s 53nm
12 mar ep 07 15 55.0
12 mar ip 12 43 08.1 1.7 s 130nm
nrs
8 mar ip 23 01 20.6
10 mar ep 14 19 50.6
iluli
6 mar ip 22 43 39.9 0.8 s 19nm
8 mar ipc 23 00 51.7 0.9 s 120nm lz 24s 8200nm
9 mar ip 07 28 46.9 0.9 s 25nm lz 23s 25um
9 mar ip 17 37 05.7 1.1 s 36nm
10 mar ip 13 30 18.5 is 32 09.9
10 mar ip 14 18 54.4 1.2 s 45nm
10 mar ep 16 45 28.6 es 46 02.4
11 mar ip 09 59 23.9 is 59 36.8
12 mar ipd 06 17 31.4 1.1 s 170nm lz 17s 2200nm
kullo
6 mar ip 22 42 57.9 1.0 s 17nm
8 mar ip 18 32 00.1
8 mar ipc 23 00 30.9 0.9 s 69nm lz 22s 8400nm
9 mar ip 17 36 31.2 1.2 s 52nm
10 mar ipd 14 18 17.7 0.9 s 430nm
10 mar ip 18 43 33.6 0.7 s 26nm
11 mar ep 02 54 31.8 is 55 56.4
12 mar ip 06 17 14.5 1.2 s 150nm lz 16s 2600nm
12 mar ip 12 42 33.6
sfjd
6 mar ip 00 49 06.4 is 49 09.4
6 mar ip 22 43 51.7
7 mar ip 03 22 59.5 is 23 16.7
7 mar ip 08 00 38.8 is 00 41.5
7 mar ep 08 56 10.4 is 56 11.9
7 mar ip 12 21 45.7 0.9 s 12nm
7 mar ip 18 37 13.5 is 37 25.7
8 mar ip 18 32 05.7
8 mar ipc 23 01 01.7 0.9 s 63nm
9 mar ip 02 33 28.0 is 33 29.4
9 mar ip 05 12 43.7 0.7 s 8400pm
9 mar ip 07 28 49.5 lz 20s 20um
9 mar ip 17 37 18.6 1.1 s 23nm
9 mar ep 18 31 01.7
9 mar ip 20 23 43.5 is 23 56.3
10 mar ep 01 27 20.6 es 27 21.7
10 mar ep 08 43 49.2
10 mar ip 09 44 44.0 is 44 44.9
10 mar ip 13 30 46.1 is 32 38.5
10 mar ip 14 19 07.8 0.9 s 80nm
10 mar ip 16 45 54.8 is 46 24.2
10 mar ip 18 44 25.9 0.8 s 8100pm
10 mar ip 22 43 41.1 is 43 42.0
11 mar ip 02 54 38.6 is 56 13.2
11 mar ip 09 59 49.7 is 00 24.3
11 mar ip 11 25 45.1 is 25 45.8
11 mar ip 12 33 33.7 is 33 46.1
11 mar ip 14 59 00.8 is 59 02.6
11 mar ip 19 39 47.7 is 39 59.3
12 mar ip 06 17 39.7 1.4 s 110nm lz 17s 1900nm
12 mar ep 12 33 51.8 i 33 51.9 is 33 52.7
12 mar ip 12 43 27.9
12 mar ep 12 54 35.6 is 54 36.1
sumg
6 mar ip 00 16 19.3
6 mar ip 03 05 55.5 1.8 s 90nm
6 mar ip 11 28 24.8 1.1 s 21nm
6 mar ip 22 43 23.5 0.8 s 18nm
7 mar ip 06 30 24.4 1.0 s 46nm
7 mar ip 07 34 31.3 1.0 s 10nm
7 mar ip 08 01 16.7 0.9 s 9700pm
7 mar ip 12 21 55.6
8 mar ip 03 01 23.6 1.0 s 17nm
8 mar ipc 03 34 29.7 0.7 s 21nm
8 mar ip 11 05 08.9 0.7 s 6700pm
8 mar ip 18 31 29.4 0.9 s 16nm
8 mar ip 20 22 26.1 es 24 23.8
8 mar ipc 23 00 17.5 0.9 s 59nm
9 mar ip 05 13 00.7
9 mar ip 05 43 03.3 0.8 s 4600pm
9 mar ip 07 28 48.8 lz 22s 11um
9 mar ep 07 42 16.0
9 mar ip 17 36 49.0 1.0 s 37nm
9 mar ip 18 30 24.1
10 mar ip 02 40 04.8
10 mar ip 08 44 40.8 1.1 s 28nm
10 mar ip 14 19 02.7 1.1 s 90nm
10 mar ip 18 43 54.9 0.8 s 40nm
10 mar ip 19 22 18.1 1.4 s 23nm
10 mar ip 20 38 18.4 is 38 52.2
10 mar ep 23 36 36.7
11 mar ip 02 53 18.0 is 53 51.5
11 mar ip 03 27 35.5 0.7 s 8900pm
11 mar ip 08 43 39.8 2.2 s 60nm
11 mar ip 10 00 31.0 is 01 33.5
11 mar ip 19 13 27.3 0.7 s 10nm
11 mar ep 22 15 11.1
11 mar ip 22 19 31.5 is 21 37.0
12 mar ep 05 15 01.8 1.1 s 15nm
12 mar ip 05 20 36.7 1.2 s 19nm
12 mar ipd 06 16 57.6 1.0 s 170nm
12 mar ip 06 47 51.7 1.0 s 13nm
12 mar ipd 12 42 56.6 1.1 s 75nm
++