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
gdh Godhavn (DK) 69.25 N 53.33 W 23 m
sco Scoresbysund (DK) 70.48 N 21.95 W 69 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.
Data from monthly bulletin Processed 2015 07 21
cop
1 jul ipd 02 34 41.1 0.9 s 124nm is 44 15 lz 20s 1800nm
1 jul ipd 03 34 41.0 1.0 s 232nm
1 jul ep 10 58 28
1 jul ep 12 13 26.0
1 jul ipd 22 15 35.8 1.0 s 80nm
1 jul ep 22 15 50
1 jul ep 22 18 32 is 25 25 lz 18s 2700nm
2 jul ep 09 46 10 is 56 10
3 jul ipd 03 01 36.6 1.0 s 600nm iap 01 59 is 11 40
3 jul ep 17 27 01 1.0 s 120nm isks 37 30
3 jul ep 17 38 27 lz 18s 11um
5 jul ipd 10 17 21.7 0.7 s 49nm
5 jul ep 11 31 10 1.3 s 208nm i 31 22 i 31 52
5 jul ipc 12 05 41.0 1.3 s 369nm i 07 03 is 09 00
6 jul ep 05 14 13
6 jul ipd 22 41 26.7 0.4 s 51nm
7 jul ep 05 49 12 lz 21s 1800nm
7 jul ipd 11 10 51.8 0.7 s 71nm
7 jul ipd 11 10 51.8 0.7 s 71nm
7 jul ipd 11 25 44.0 0.4 s 92nm
7 jul ipd 11 25 44.0 0.4 s 92nm
7 jul ep 16 25 05
7 jul ep 16 28 20 lz 23s 7600nm
7 jul ipc 20 46 15.2 1.3 s 215nm
7 jul ep 20 48 36 is 54 55 lz 20s 1900nm
8 jul ep 10 24 37 0.8 s 54nm
dag
1 jul ipc 02 33 03.0 0.8 s 4500pm
1 jul ipc 12 16 36.1 0.4 s 5100pm
1 jul ipc 22 14 22.5 0.9 s 29nm iap 14 36
2 jul ipc 05 43 03.6 0.7 s 9600pm
2 jul ipc 09 46 52.4 0.8 s 36nm iap 47 11
2 jul ep 09 50 24
3 jul ipc 01 56 49.9
3 jul ipd 03 01 14.5 0.5 s 472nm
3 jul ep 06 25 15 1.0 s 6000pm
3 jul ipd 07 15 38.0 0.6 s 8000pm
3 jul ip 14 51 53.0
3 jul ipc 16 00 32.2 0.7 s 4100pm
3 jul ep 16 05 08
3 jul ipc 17 25 19.5 0.4 s 3400pm i 25 26.2 i 35 46
3 jul ipc 17 26 01.6 1.2 s 62nm is 35 46
3 jul ipd 17 59 26.4
3 jul ip 18 31 51.0
3 jul ipd 18 49 46.3 0.6 s 6000pm
3 jul ipc 20 36 23.6 0.6 s 4700pm
4 jul ep 00 04 57.0
4 jul ep 05 39 50.0
4 jul ipc 11 44 06.2 0.5 s 2800pm
4 jul ipd 21 38 51.8 is 39 29.0
4 jul ip 22 13 53.1 0.6 s 7300pm
5 jul ipc 06 18 01.3
5 jul ipc 09 06 27.8 0.6 s 13nm
5 jul ipd 10 16 36.1 0.9 s 12nm
5 jul ep 11 10 42.0
5 jul ipd 11 30 36.4 0.5 s 2800pm
5 jul ipc 12 09 14.8 i 09 20 i 12 46
5 jul ipc 14 19 10.6 0.4 s 2500pm
5 jul ipc 16 56 18.8 0.7 s 41nm
6 jul ipc 03 43 10.0 0.9 s 5000pm
6 jul ipd 07 59 50.8 0.6 s 8700pm
6 jul ep 12 49 06.0
6 jul ep 13 27 40.0
6 jul ip 14 02 43.0 is 03 00.0
6 jul ep 14 43 09.0 i 43 24.0
6 jul ipd 15 40 14.8 i 40 32.0
6 jul ip 15 40 15.0 is 40 32.0
6 jul ep 16 16 03.0
6 jul ep 17 06 20.0
6 jul ipd 18 32 41.7 0.4 s 5900pm
6 jul ipc 20 21 34.0 0.5 s 4200pm
6 jul ep 22 31 04
7 jul ipc 00 58 30.0 0.6 s 6000pm
7 jul ipc 01 21 51.3 0.7 s 3400pm
7 jul ipd 03 47 54.5
7 jul ip 05 48 40.7 0.6 s 4700pm
7 jul ipd 15 54 40.9 0.6 s 3300pm
7 jul ep 16 24 35 0.6 s 4000pm
7 jul ep 16 26 28
7 jul ipd 20 48 28.7 0.7 s 13nm
8 jul ipc 01 11 32.6 0.6 s 4000pm
8 jul ipc 07 11 07.9 0.4 s 19nm iap 11 36
8 jul ipd 10 23 53.2 0.5 s 7000pm
sco
1 jul ip 02 33 48.6 1.2 s 7400pm
1 jul ip 03 34 12.2 1.1 s 12nm
1 jul ip 10 16 37.0 1.0 s 100nm
1 jul ip 11 41 42.2 0.6 s 5200pm
1 jul ip 12 16 39.9 0.9 s 6000pm
1 jul ip 22 15 04.0 1.2 s 22nm
2 jul ip 05 52 19.7 0.6 s 4600pm
2 jul ip 09 47 11.3 0.9 s 20nm
2 jul ep 09 51 16
3 jul ip 03 01 45.0 1.3 s 290nm
3 jul ep 03 05 08
3 jul ip 17 25 43.0 lz 19s 9700nm
3 jul ip 21 39 13.1 is 40 02.0
5 jul ip 09 07 02.7 1.0 s 29nm
5 jul ip 11 30 48.5 0.4 s 2500pm lz 18s 9500nm
5 jul ip 12 08 57.6 1.2 s 63nm
5 jul ip 14 10 18.3 0.5 s 6200pm
5 jul ip 16 56 10.0 0.7 s 17nm i 56 32
7 jul ep 16 24 52
7 jul ep 16 27 10
8 jul ip 13 19 36.3 0.5 s 41nm is 20 47 i 22 35
mud
1 jul ip 00 15 05.8 1.0 s 224nm
2 jul ip 09 46 21.1 1.3 s 70nm
3 jul ip 03 01 41.6 1.1 s 83nm
3 jul ep 17 26 50
5 jul ip 10 17 20.8 1.2 s 129nm
5 jul ep 12 06 01
7 jul ip 20 46 23.0
7 jul ipc 22 33 06.8
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