Bul12046
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 11 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
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
6 nov ip 03 54 59.5 0.5 s 37nm
6 nov ip 10 29 26.7
7 nov ipc 16 48 27.3 is 58 47.8 lz 20s 76um
10 nov ip 15 11 03.6 1.1 s 82nm
11 nov ip 01 23 42.6 lz 13s 40um
11 nov ep 01 45 10.6 is 46 02.9
11 nov ep 22 27 43.7 lz 24s 10um
12 nov ip 11 26 41.1 0.8 s 71nm
12 nov ipd 15 06 22.9 0.6 s 45nm
12 nov ipd 20 52 55.8 1.5 s 300nm i 53 05.3 lz 25s 5600nm
dag
6 nov ip 01 39 39.6 is 40 41.2
6 nov ip 03 54 18.2 0.8 s 5100pm
6 nov ip 06 29 20.2 1.1 s 71nm lz 26s 2300nm
6 nov ip 10 01 10.5 is 01 27.6
6 nov ep 10 35 17.9 1.2 s 15nm
7 nov ip 06 35 05.5 1.0 s 18nm lz 23s 4800nm
7 nov ip 15 39 51.0 i 39 52.9 is 40 13.7
7 nov ipc 16 47 12.1 lz 20s 850um
7 nov ip 17 15 26.1 0.5 s 7300pm
7 nov ep 18 42 33.7
7 nov ip 22 54 10.6 0.9 s 15nm
8 nov ipd 02 10 19.7 1.0 s 82nm lz 13s 20um
8 nov ip 13 07 21.2 is 08 26.4
8 nov ip 16 02 32.8 es 03 24.6
8 nov ip 17 57 47.1 1.0 s 14nm i 57 54.9
9 nov ipd 04 02 38.6 1.0 s 24nm
9 nov ip 05 54 00.9 0.5 s 1900pm
9 nov ip 06 11 09.8 1.2 s 24nm
9 nov ip 10 13 38.6 1.3 s 26nm
9 nov ip 10 16 03.7 is 17 09.9
10 nov ip 02 44 41.1 es 45 33.4
10 nov ipd 15 10 41.0 1.0 s 160nm i 11 13.3
11 nov ip 01 24 07.4 1.1 s 470nm lz 18s 39um
11 nov ip 07 04 10.8 is 05 11.0
11 nov ip 11 06 12.7 1.4 s 330nm lz 20s 4900nm
11 nov ip 15 15 40.5 is 15 44.8
11 nov ip 18 14 58.6 i 15 01.8 is 15 31.8
11 nov ipc 18 31 11.1 1.2 s 180nm
11 nov ep 18 49 51.9
11 nov ipc 22 26 22.3 0.6 s 15nm
12 nov ip 11 25 45.0 1.2 s 150nm
12 nov ip 15 05 39.9 0.5 s 4400pm
12 nov ipd 20 49 59.8 0.5 s 66nm lz 18s 52um
mud
6 nov ip 03 54 58.8 1.0 s 76nm
6 nov ip 10 29 30.4 i 29 31.2
7 nov ipc 16 48 17.0 is 58 35.1 lz 21s 160um
9 nov ep 04 03 55.5 1.1 s 26nm
10 nov ipd 15 10 56.0
11 nov ep 01 23 49.9 lz 15s 47um
12 nov ip 11 26 44.4 0.9 s 40nm
12 nov ip 15 06 23.0 0.6 s 54nm
12 nov ipd 20 52 48.5 1.4 s 280nm lz 18s 16um
12 nov ip 23 22 22.9 0.9 s 22nm
bsd
6 nov ip 01 36 48.5 es 37 47.5
6 nov ip 03 54 59.5 0.6 s 72nm
6 nov ip 10 29 49.4
7 nov ip 11 03 36.8 is 03 52.8
7 nov ip 11 04 52.1 es 05 07.0
7 nov ipc 16 48 35.9
8 nov ip 06 39 42.9 is 39 55.0
9 nov ep 11 44 05.8 es 44 30.9 es 44 32.1
9 nov ip 15 54 22.2 is 55 03.4
9 nov ip 16 02 29.0 is 03 11.6
9 nov ip 16 55 48.3 is 56 30.7
10 nov ip 05 42 55.4 es 43 54.8
10 nov ep 15 11 09.2
11 nov ep 01 23 33.2 lz 15s 54um
11 nov ip 01 44 54.5 is 45 35.0
11 nov ep 22 27 52.0 lz 24s 15um
12 nov ip 00 00 34.9 is 01 15.8
12 nov ip 11 26 37.7 0.9 s 100nm
12 nov ip 13 09 11.6 is 09 26.2
12 nov ipd 15 06 23.0 0.8 s 130nm
12 nov ipd 20 53 01.6 1.5 s 470nm lz 21s 8600nm
12 nov ip 23 23 06.7 1.1 s 52nm
sco
6 nov ip 03 11 25.6 is 11 27.3
6 nov ip 06 29 21.2 1.0 s 26nm
6 nov ep 09 58 52.4 es 00 07.8
7 nov ip 04 38 24.3 is 38 47.9
7 nov ip 06 35 05.9 1.3 s 42nm lz 18s 5400nm
7 nov ep 09 20 00.1 es 20 11.5
7 nov ep 16 46 56.5 lz 18s 680um
7 nov ip 17 15 12.1
8 nov ep 00 13 46.7 es 14 19.9
8 nov ep 02 10 41.0 1.1 s 52nm lz 19s 17um
8 nov ip 02 48 15.6 is 48 39.0
8 nov ip 03 32 07.2 is 32 18.8
8 nov ip 04 19 13.4 is 19 23.8
8 nov ep 17 57 58.8
9 nov ip 04 13 04.6 is 13 14.1
9 nov ip 10 20 17.7 is 20 25.8
9 nov ip 13 01 30.7 is 01 47.3
10 nov ip 01 32 25.9 es 32 51.3
10 nov ip 12 13 07.6 is 13 55.4
10 nov ip 13 09 39.6 i 09 42.8 es 10 29.6
10 nov ipd 15 10 20.9 0.9 s 120nm
11 nov ep 01 24 32.5 lz 18s 24um
11 nov ep 08 53 10.3 is 53 32.9
11 nov ip 11 06 37.5
11 nov ip 18 31 35.8 1.3 s 63nm
11 nov ip 22 26 08.6 lz 19s 71um
11 nov ep 22 38 31.4
12 nov ep 00 56 39.0 is 56 52.5
12 nov ip 01 41 01.9 is 41 28.8
12 nov ip 07 26 24.4 is 26 36.3
12 nov ip 11 26 21.1 1.1 s 68nm
12 nov ip 15 05 51.7 0.6 s 6700pm
12 nov ipd 20 50 33.1 lz 14s 32um
nrs
7 nov ip 04 59 38.3 is 59 56.3
7 nov ip 15 58 23.8 is 58 35.2
7 nov epc 16 45 35.2 lz 19s 200um
7 nov ip 18 34 06.9 is 34 18.2
10 nov ipd 15 09 09.4 1.0 s 260nm
11 nov ip 08 23 41.5 is 23 53.7
11 nov ip 18 32 42.9 1.1 s 120nm
12 nov ip 13 46 27.8 is 46 40.5
12 nov ip 15 05 52.7
iluli
7 nov ipc 16 45 57.0 lz 19s 1200um
10 nov ipd 15 09 43.0 1.2 s 450nm i 10 15.2
11 nov ip 01 25 17.9 lz 16s 28um
11 nov ip 16 00 53.9 is 01 16.1
11 nov ip 18 32 16.4 1.2 s 130nm
12 nov ip 15 05 39.7 0.6 s 23nm
12 nov ip 20 49 37.1 lz 16s 51um
kullo
7 nov ipc 16 46 15.4 lz 19s 530um
8 nov ip 02 09 15.9 1.1 s 180nm lz 17s 9100nm
10 nov ipd 15 10 05.9 0.8 s 84nm i 10 36.0
11 nov ip 01 24 53.6 lz 16s 23um
11 nov ip 11 06 57.9 1.1 s 150nm
11 nov ipc 18 31 56.5 1.0 s 240nm
11 nov ep 22 25 26.6 lz 18s 34um
12 nov ip 11 26 00.7 1.0 s 74nm
12 nov ip 20 49 03.5
sfjd
6 nov ip 12 17 48.6 is 18 05.4
6 nov ip 12 55 23.8 is 55 40.6
6 nov ip 22 45 24.5 is 45 33.4
7 nov ipc 16 45 47.6 lz 17s 640um
8 nov ip 02 09 38.5 1.3 s 220nm lz 15s 20um
8 nov ip 08 09 12.9 is 09 33.9
8 nov ep 18 24 53.6 es 25 08.7
8 nov ip 19 17 17.8 is 17 42.6
9 nov ip 00 49 48.0 is 50 07.9
9 nov ip 05 42 42.1 is 43 13.6
10 nov ipd 15 09 32.3 1.2 s 280nm
10 nov ip 22 08 49.3 es 09 05.3
11 nov ip 01 25 22.8 lz 18s 29um
11 nov ep 16 00 52.6 is 01 15.1
11 nov ip 18 32 25.2 1.4 s 210nm
12 nov ep 06 55 07.8
12 nov ip 11 26 42.7 0.6 s 48nm
12 nov ip 15 05 42.3 0.6 s 13nm
12 nov ip 20 49 49.5 i 51 25.3 lz 18s 71um
sumg
6 nov ip 03 54 21.1 0.8 s 22nm
6 nov ip 06 29 49.6 1.4 s 350nm
6 nov ep 08 44 30.1 es 45 19.8
6 nov ip 10 35 01.2 1.2 s 65nm
6 nov ip 20 35 02.4 is 35 05.6
7 nov ip 06 35 44.3
7 nov ip 13 01 15.3 0.5 s 18nm
7 nov ipc 16 46 33.5 lz 18s 1500um
7 nov ip 17 14 47.6
7 nov ep 18 41 51.9
7 nov ip 22 53 32.8
8 nov ip 00 13 55.2 es 14 37.0
8 nov ipd 02 09 58.1 1.1 s 540nm lz 14s 48um
8 nov ep 13 08 39.1
8 nov ip 16 03 59.8
8 nov ip 21 15 51.0 1.1 s 52nm
9 nov ip 04 03 10.9 1.2 s 100nm
9 nov ep 05 43 29.3 es 44 17.4
9 nov ip 05 54 46.8 0.6 s 11nm
9 nov ip 06 11 30.7 1.2 s 110nm
9 nov ip 10 13 32.7
9 nov ip 10 17 07.7 is 19 02.5
10 nov ip 02 46 07.6 i 46 15.8 es 48 08.5
10 nov ipd 15 10 10.5 1.1 s 2000nm i 10 42.9
11 nov ip 01 24 46.8 1.2 s 1600nm lz 17s 88um
11 nov ip 07 05 31.0 i 05 35.0 is 07 31.2
11 nov ip 11 06 51.9 0.9 s 300nm
11 nov ip 13 20 04.6 is 21 09.2
11 nov ipc 18 31 50.3 1.1 s 690nm
11 nov ip 18 50 34.3
11 nov ip 22 25 44.2 1.2 s 71nm lz 19s 140um
11 nov ip 23 26 29.4 0.4 s 93nm
12 nov ep 06 55 25.8
12 nov ip 11 26 15.5 0.7 s 150nm
12 nov ip 15 05 43.5
12 nov ipd 20 49 51.6 i 51 24.0 lz 16s 77um
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