Bul12050
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 12 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
7 dec ip 08 30 19.8 1.0 s 690nm lz 20s 320um
7 dec ip 08 43 09.8 0.7 s 130nm
7 dec ep 18 38 46.4
7 dec ipd 23 11 57.5 0.8 s 45nm
8 dec ep 16 55 25.0 lz 26s 1000nm
dag
6 dec ipd 00 56 19.5 0.7 s 6000pm
6 dec ipd 02 37 33.1 0.8 s 6200pm
6 dec ip 05 36 07.7 0.9 s 6500pm
6 dec ep 06 17 14.8
6 dec ip 08 52 33.4 i 52 35.3 is 53 28.8
6 dec ep 11 44 29.9 es 44 54.7
6 dec ep 20 41 06.8 es 42 54.9
7 dec ipc 08 29 00.1 0.9 s 800nm e 57 39.4
7 dec ip 08 41 50.2 1.0 s 130nm
7 dec ip 09 24 00.2 i 24 11.6
7 dec ip 09 33 38.8 0.7 s 4300pm
7 dec ip 12 44 16.9 i 44 27.3
7 dec ip 12 59 28.6 i 59 39.5
7 dec ip 13 08 42.5
7 dec ipc 14 18 23.4 0.7 s 13nm
7 dec ip 15 26 07.4 1.0 s 9300pm
7 dec ip 16 12 32.0 0.9 s 9300pm i 12 43.0
7 dec ip 16 29 19.3
7 dec ep 19 15 36.3 es 16 03.9
7 dec ip 21 11 52.7 1.0 s 8600pm
7 dec ipd 23 10 38.6 1.0 s 50nm
8 dec ip 05 28 24.3 is 28 47.0
8 dec ep 08 40 39.5 is 41 08.2
8 dec ip 10 18 47.1 0.7 s 6700pm i 19 26.2
8 dec ip 13 00 47.4
8 dec ep 14 16 07.7 es 16 28.8
8 dec ip 14 38 03.7 0.9 s 7700pm
8 dec ep 16 54 21.4
9 dec ip 02 44 56.2 0.8 s 15nm
9 dec ip 08 35 49.6 is 36 45.7
9 dec ep 14 44 56.8 is 45 24.6
9 dec ip 19 10 22.7 1.4 s 34nm
9 dec ip 19 18 18.6 0.7 s 2300pm
9 dec ip 21 52 55.6 i 52 58.3 is 53 49.2
9 dec ip 21 58 46.1 1.0 s 45nm
10 dec ip 09 20 11.0 1.1 s 18nm
10 dec ep 09 28 56.8 is 29 24.2
10 dec ip 17 07 10.6 es 07 51.7
10 dec ip 22 18 41.5 0.8 s 5600pm
mud
7 dec ip 08 30 22.0 lz 21s 450um
7 dec ip 08 43 11.8 1.1 s 140nm
7 dec ip 18 38 48.0
7 dec ip 23 11 59.3 0.9 s 25nm
8 dec ep 16 55 32.2 lz 20s 2500nm
10 dec ip 17 01 40.5
bsd
6 dec ep 11 01 13.2 es 01 28.8
6 dec ip 13 03 26.8 is 03 28.3
7 dec ipc 08 30 16.8 1.2 s 980nm lz 21s 400um
7 dec ip 08 43 06.1 0.9 s 180nm
7 dec ip 14 17 38.1 0.8 s 28nm
7 dec ip 14 48 03.3 is 48 18.7
7 dec ep 18 38 44.2 lz 21s 1100nm
7 dec ipd 23 11 54.5 1.0 s 73nm
8 dec ip 14 38 24.5
9 dec ip 00 22 14.7 es 22 53.8
10 dec ip 17 01 01.1
lld
sco
6 dec ip 03 21 23.7 is 21 36.3
6 dec ep 03 57 53.1 es 58 24.7
6 dec ip 08 47 50.4 is 48 04.8
6 dec ep 15 39 09.3 es 39 22.3
7 dec ip 01 07 47.7 is 08 01.1
7 dec ip 08 29 41.4 1.2 s 1000nm
7 dec ip 08 42 31.0 1.3 s 98nm
7 dec ip 13 00 12.3 i 00 21.7
7 dec ip 14 18 51.8 0.9 s 14nm
7 dec ep 18 38 25.7
7 dec ip 18 54 11.2 is 54 23.7
7 dec ip 23 11 19.0 1.1 s 39nm
8 dec ip 03 11 11.9 is 11 43.5
8 dec ep 08 48 28.9 es 48 42.5
8 dec ip 08 57 48.5 es 58 01.6
8 dec ep 20 06 29.4 is 06 40.5
9 dec ip 02 45 36.7
9 dec ip 08 31 27.4 is 31 36.7
9 dec ip 08 35 22.0 is 36 00.8
10 dec ep 03 17 28.3 is 17 32.1
10 dec ip 17 11 33.6
10 dec ip 22 19 21.6
10 dec ip 23 19 32.4 is 19 44.1
nrs
7 dec ip 01 36 52.1 is 37 03.7
7 dec ip 08 06 34.3 is 06 48.8
7 dec ip 08 30 34.6
7 dec ip 08 43 24.7
7 dec ep 18 38 24.7
8 dec ip 13 32 58.3 is 34 05.7
8 dec ip 14 14 07.0 is 14 19.4
8 dec ep 16 56 15.4
9 dec ip 12 37 38.7 es 37 49.5
10 dec ip 17 11 51.6
iluli
7 dec ip 08 29 47.7 1.1 s 1800nm
7 dec ip 08 42 37.7
7 dec ipc 14 19 43.1
kullo
7 dec ip 08 29 11.3 1.1 s 2000nm
7 dec ip 08 42 02.4 1.3 s 260nm
10 dec ip 17 11 29.2 lz 23s 26um
sfjd
6 dec ip 22 12 04.8 is 12 25.3
7 dec ip 08 30 01.0 1.1 s 1300nm
7 dec ip 08 42 50.7
7 dec ipc 14 19 54.0 0.7 s 54nm
7 dec ep 18 38 11.5
7 dec ipd 23 11 38.8 0.9 s 49nm
8 dec ip 13 33 16.3 i 33 17.3 is 34 29.9
8 dec ep 14 15 33.9 is 16 48.0
9 dec ip 02 45 56.5 0.9 s 28nm
9 dec ip 11 37 46.7 is 38 04.7
9 dec ip 23 52 02.5 is 52 21.2
9 dec ip 23 54 43.8 is 55 02.8
10 dec ip 17 07 14.4
10 dec ip 17 11 40.4 lz 22s 16um
sumg
6 dec ip 05 35 50.4
6 dec ep 08 53 58.6 es 55 56.4
6 dec ip 19 11 53.4 0.6 s 15nm
6 dec ep 20 40 08.5 es 41 54.9
7 dec ip 08 29 32.1 1.0 s 6000nm e 57 30.4
7 dec ip 08 42 20.9
7 dec ip 09 24 31.4 i 24 42.9
7 dec ip 09 34 10.9 0.7 s 26nm
7 dec ip 12 44 47.2 i 44 58.7
7 dec ip 13 00 00.2 i 00 12.0
7 dec ip 13 09 14.1
7 dec ip 14 19 10.4 1.1 s 120nm
7 dec ip 15 26 38.9 0.9 s 32nm
7 dec ip 16 13 03.3 0.8 s 44nm i 13 14.5
7 dec ip 16 29 51.0
7 dec ep 18 38 14.5
7 dec ip 21 12 24.5 0.9 s 26nm
7 dec ip 23 11 10.2 0.9 s 180nm
8 dec ip 10 19 34.0 0.8 s 48nm i 20 14.1
8 dec ip 13 01 17.7 0.9 s 22nm
8 dec ip 13 34 50.2
8 dec ip 14 38 37.7
8 dec ep 16 55 03.4
9 dec ip 00 23 04.7 is 23 39.2
9 dec ip 02 45 27.5 0.8 s 100nm
9 dec ip 19 10 54.2
9 dec ip 19 18 27.4 0.8 s 10nm
9 dec ip 21 54 27.9
9 dec ip 21 59 13.8 1.3 s 56nm
10 dec ep 00 01 44.4 0.9 s 37nm
10 dec ip 09 20 42.7 1.1 s 55nm
10 dec ip 17 11 31.2 e 22 16.1 lz 27s 64um
10 dec ip 22 19 12.7
10 dec ip 22 34 17.8 0.8 s 35nm
++