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
9 apr ip 00 58 50.0 is 05 27.0
9 apr ip 00 59 31.0
11 apr ipd 08 29 39.2 0.9 s 208nm is 39 06 lz 21s 6100nm
11 apr ipc 15 46 18.2 0.8 s 358nm
11 apr ep 17 27 05
12 apr ipd 12 21 05.0 0.6 s 200nm
12 apr ep 12 24 23 iapp 24 50 lz 20s 12um
12 apr ip 20 56 40.5 0.7 s 38nm
12 apr ip 20 56 40.5 0.7 s 38nm
12 apr ip 20 56 40.5 0.7 s 38nm
14 apr ip 14 54 40.0 i 55 33.0
15 apr ep 00 28 38 0.8 s 36nm
15 apr ipc 15 02 53.0 0.9 s 198nm
dag
9 apr ipd 21 15 02.3 0.4 s 23nm is 16 08.0
9 apr ipd 21 15 02.3 0.4 s 23nm i 16 08.0
9 apr ipd 21 15 02.3 0.4 s 23nm is 16 08.0
10 apr ipd 01 26 26.4 0.7 s 11nm
10 apr ep 05 48 00
10 apr ep 06 09 27
10 apr ipd 18 40 57.2 1.0 s 14nm
11 apr ipd 08 29 19.0 0.7 s 48nm is 38 25
11 apr ipc 08 40 38.2 0.7 s 8800pm
11 apr ipc 14 41 24.0 0.5 s 5600pm
11 apr ipd 15 44 43.5 1.0 s 40nm
11 apr ep 17 22 50
11 apr ipd 17 28 54.2 0.7 s 7500pm
12 apr ipd 00 31 06.0
12 apr ep 10 04 22
12 apr ipc 12 22 28.0 0.9 s 28nm is 31 00.0
12 apr ipc 18 34 26.3 0.7 s 10nm
13 apr ipc 19 50 28.1 0.7 s 7500pm
13 apr ipd 21 18 39.8 0.8 s 5200pm
14 apr ipc 06 18 46.1 0.6 s 8000pm
14 apr ipc 07 30 46.2 0.5 s 48nm is 40 05
14 apr ipd 09 21 23.9 0.8 s 6700pm
14 apr ipd 11 39 25.7 0.8 s 8200pm
14 apr ip 13 03 48.0 is 04 45.0
14 apr ipc 13 19 11.0 0.2 s 56nm is 20 08.0
14 apr ipc 13 19 11.0 0.2 s 56nm
14 apr ipc 13 19 11.0 0.2 s 56nm is 20 08.0
14 apr ipc 13 42 43.8 0.7 s 8800pm
14 apr ipc 19 14 38.0 0.9 s 42nm
15 apr ipd 00 27 58.0 1.1 s 23nm
15 apr ep 00 29 28
15 apr ipd 09 36 16.8 1.3 s 38nm
15 apr ipd 10 21 01.0 0.9 s 118nm
15 apr ep 14 34 35
15 apr ipc 15 00 47.9 1.0 s 200nm
sco
9 apr ip 03 23 43.0 0.7 s 1300pm
10 apr ip 01 25 45.6 0.9 s 10nm
10 apr ip 18 41 35.0 0.8 s 6600pm i 41 46
11 apr ip 08 28 47.8 1.2 s 59nm
11 apr ep 08 31 13 57 27
11 apr ip 15 45 27.7 0.9 s 44nm
11 apr ip 17 28 59.6 1.5 s 31nm
12 apr ip 12 20 13.0 0.9 s 410nm
13 apr ip 05 23 31.0
14 apr ip 07 30 32.1 0.6 s 4200pm
14 apr ip 13 20 26.1 is 22 20.0
14 apr ip 19 14 46.7 1.2 s 180nm
14 apr ip 23 17 09.0 i 17 50.0
15 apr ip 00 28 09.9 1.1 s 58nm 29 08
15 apr ip 10 20 40.3 0.7 s 35nm
15 apr ip 10 58 56.0
15 apr ip 15 01 37.6 0.5 s 16nm
mud
9 apr ep 04 31 01 0.9 s 13nm
11 apr ipd 08 29 28.2
11 apr ipd 15 46 20.0 0.5 s 68nm
11 apr ep 17 27 17 1.2 s 90nm
12 apr ipd 12 20 56.1 1.0 s 160nm
14 apr ip 10 43 48.0 0.6 s 9000pm
14 apr ip 14 54 32.0
14 apr ipd 19 16 49.5 1.1 s 138nm
15 apr ip 00 28 37.0
15 apr ipc 03 31 21.0
15 apr ipc 03 31 28.0 0.4 s 8000pm
15 apr ipd 15 02 53.1 0.8 s 84nm
++