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
24 mar ipc 09 55 32.5 0.5 s 155nm is 05 00
24 mar ep 09 55 42
24 mar ipc 10 20 43.8 1.0 s 136nm
27 mar ep 20 26 30.0
27 mar ip 20 27 30.0 i 34 22.0 lz 20s 25um
28 mar ep 09 23 31 is 33 42 lz 20s 12um
29 mar ipd 05 24 40.0
29 mar ipd 05 26 40.0
30 mar ipd 03 22 58.6 0.8 s 63nm
30 mar ep 08 10 35 0.9 s 71nm
dag
24 mar ep 07 32 19.0
24 mar ipc 09 53 59.5 0.8 s 25nm i 54 10
24 mar ipd 21 13 30.0 1.0 s 25nm
24 mar ipd 22 06 00.9 0.6 s 27nm
25 mar ipd 03 34 41.0 1.1 s 19nm i 35 56
25 mar ip 13 48 38.0
25 mar ipd 17 57 07.9 0.4 s 11nm i 57 29.0
25 mar ipc 19 10 12.0 0.8 s 31nm i 10 24
26 mar ipd 09 45 54.9 0.5 s 4900pm
26 mar ipd 09 49 54.9 0.5 s 4900pm
26 mar ip 18 43 58.0
26 mar ep 18 45 58.0
26 mar ipc 20 18 19.0 1.3 s 62nm
26 mar ipc 23 21 07.6 1.1 s 68nm
27 mar ep 10 39 18.0
27 mar ipd 13 36 51.8 1.1 s 49nm
27 mar ipd 18 10 56.3 0.7 s 21nm
27 mar ipd 23 27 12.0 0.7 s 24nm
28 mar ip 09 23 05.0
28 mar ipd 16 23 45.4 1.0 s 13nm
29 mar ipc 05 27 15.6 0.5 s 99nm i 29 02
29 mar ep 08 06 15.0 i 06 34.0
29 mar ep 09 44 17.0
29 mar ipc 20 35 29.6 1.0 s 13nm
29 mar ipc 21 55 12.3 1.3 s 71nm
29 mar ip 22 11 31.0 i 11 45
30 mar ip 06 24 53.0
30 mar ipd 08 10 18.1 1.0 s 97nm
30 mar ipd 08 19 07.1 i 26 50.0
30 mar ipd 14 34 20.0 1.0 s 7000pm
30 mar ep 17 59 33.0
31 mar ipc 17 10 02.8 0.8 s 9700pm
31 mar ip 18 26 43.0 i 27 49
gdh
24 mar ep 09 54 43 1.0 s 475nm
24 mar ipd 09 54 43.6 1.0 s 300nm lz 18s 93um
24 mar ipd 21 13 32.6 1.0 s 20nm lz 19s 2600nm
25 mar ipc 07 04 43.0 0.5 s 9800pm
25 mar ep 09 51 04.0 0.6 s 8000pm i 51 55.0
25 mar ep 13 16 10.0 i 16 34.0
26 mar ep 02 19 55.0 e 23 33.0
26 mar ip 20 18 55.4 1.0 s 26nm
26 mar ipc 20 58 46.5 0.5 s 9800pm i 59 06.0
26 mar ipc 23 21 43.6 1.0 s 46nm
27 mar ipc 07 49 57.2 0.6 s 11nm i 50 16.0
27 mar ipd 13 37 37.0 1.0 s 20nm
27 mar ep 17 13 08.0 i 13 20.0 i 14 24.0
27 mar ep 19 20 10.0 i 20 29.0
27 mar ip 20 24 52.0 is 35 45 lz 22s 17um
27 mar ep 22 23 14.0 i 23 35.0 i 24 47.0
28 mar ep 01 46 59.0 i 48 20.0
28 mar ipc 09 23 59.1 0.8 s 31nm
28 mar ep 09 23 59 0.9 s 40nm
29 mar ipc 05 28 50.0 0.6 s 95nm i 29 48
30 mar epc 06 50 06.0 1.0 s 18nm i 50 24.0 i 52 46.0
30 mar ipc 08 09 02.0 1.2 s 140nm is 16 28 lz 20s 2100nm
30 mar ipc 16 59 37.2 1.0 s 20nm i 02 41
30 mar ip 17 02 41.3 1.0 s 22nm
30 mar ep 20 14 52.0 i 15 17.0
sco
24 mar ip 09 54 41.8 1.3 s 150nm 23 27
24 mar ip 21 14 10.6
25 mar ip 03 35 10.5
25 mar ip 13 49 15.0
26 mar ip 23 21 55.5 1.5 s 41nm
27 mar ip 02 48 32.0
27 mar ip 13 37 36.0
27 mar ep 20 25 14
27 mar ep 20 26 12
27 mar ep 20 35 40 lz 21s 16um
27 mar ip 23 27 55.8 0.8 s 12nm
28 mar ep 09 23 39 i 24 14
29 mar ip 05 27 45.8 0.5 s 26nm
29 mar ep 05 29 15 i 29 36
29 mar ip 10 27 14.0 i 27 17.0 is 27 35.0
29 mar ep 22 12 16
30 mar ip 08 09 43.9 1.6 s 99nm
30 mar ip 12 19 00.3 i 19 23.0
mud
24 mar ipd 09 55 35.4 1.1 s 250nm
24 mar ipd 23 08 56.0 0.9 s 115nm
26 mar ipc 02 30 43.7 0.7 s 32nm
26 mar ipd 23 23 19.9 1.6 s 160nm
27 mar ipc 18 28 27.3 0.6 s 15nm
29 mar ipc 05 26 52.0 0.7 s 468nm i 27 04 i 28 20
30 mar ipc 03 23 14.8 0.8 s 31nm
30 mar ipd 08 10 26.6 1.0 s 76nm
31 mar ip 03 36 38.1 1.1 s 29nm
31 mar ep 05 48 32.0 0.9 s 12nm
++