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 10 26
cop
24mar ip 00 52 45.8 is 01 04.0
24mar ip 19 59 23.7
24mar ipc 20 09 12.0 0.9 s 147nm
24mar ip 20 11 53.1 0.9 s 195nm
24mar ip 21 13 49.9
24mar ipc 22 02 26.4 0.7 s 60nm
24mar ip 22 20 30.4 0.8 s 116nm i 20 43.0
24mar ip 23 05 21.0 0.8 s 36nm
24mar ep 23 27 16 0.7 s 47nm
24mar ip 23 27 30.0
24mar ep 23 51 37 0.9 s 67nm
25mar ip 00 49 46.6 0.8 s 90nm i 49 57.0
25mar ipd 01 52 38.0 0.8 s 60nm
25mar ip 01 52 49.0
25mar ip 05 36 28.5 0.8 s 63nm
25mar ipd 11 52 04.1 0.8 s 75nm
25mar ip 11 52 15.0
25mar ipd 19 44 32.7 0.9 s 302nm
26mar ip 00 03 48.2 1.0 s 212nm
26mar ip 04 04 25.8 0.8 s 93nm
28mar ipd 20 28 23.7 1.2 s 150nm is 38 28.0 lz 20s 11um
28mar ipc 21 24 48.2 1.0 s 140nm
28mar ipc 22 23 48.4 0.7 s 68nm
29mar ipc 18 04 00.0 1.0 s 132nm
29mar ipd 22 20 03.7
dag
24mar ipc 00 44 08.6 1.0 s 17nm
24mar ipc 00 51 46.3 1.0 s 230nm i 51 56.0 is 59 10.0
24mar ep 01 18 29.0
24mar ipc 01 51 46.8
24mar ep 01 59 36
24mar ipc 05 31 01.5 0.8 s 15nm
24mar ipc 11 06 01.0
24mar ipc 14 33 13.6 0.7 s 5000pm
24mar ipc 18 40 03.1
24mar ipc 19 57 46.5 1.8 s 250nm
24mar ip 19 59 50.0 is 05 50.0
24mar ipc 20 10 18.3 1.3 s 107nm
24mar ep 20 26 31
24mar ipd 20 41 08.9 0.8 s 11nm
24mar ep 20 48 17
24mar ipc 21 14 42.5 1.1 s 265nm
24mar ep 21 23 40
24mar ipc 21 34 06.0
24mar ep 21 35 15
24mar ip 21 55 36.5 0.8 s 7000pm
24mar ipd 21 59 06.1 0.6 s 7000pm
24mar ipc 22 00 50.0
24mar ep 22 07 17
24mar ep 22 08 18
24mar ipd 22 09 40.1 0.6 s 11nm
24mar ip 22 14 49.5
24mar ipc 22 18 54.3 1.2 s 70nm
24mar ep 22 55 32
24mar ip 23 03 38.0
24mar ep 23 08 05
24mar ep 23 09 09
24mar ep 23 11 58
24mar ipc 23 25 42.0 0.5 s 11nm i 25 54.0
24mar ip 23 50 02.0
24mar ep 23 58 57
25mar ipc 00 47 34.6 0.7 s 8200pm
25mar ipc 00 48 10.4 1.0 s 50nm
25mar ipc 00 54 38.2 1.0 s 10nm
25mar ipc 01 34 59.5
25mar ip 01 41 31.0
25mar ipd 01 51 03.3 0.7 s 23nm
25mar ep 02 34 15
25mar ep 03 05 58
25mar ip 05 25 52.0
25mar ipc 05 34 40.0 1.2 s 36nm
25mar ip 05 55 48.3
25mar ipd 08 08 23.0
25mar ipd 08 11 43.3 0.5 s 11nm
25mar ipc 08 58 47.2
25mar ipc 09 23 56.5 0.6 s 7000pm
25mar ep 11 10 00
25mar ipd 11 50 26.5 0.4 s 20nm
25mar ep 15 31 43
25mar ipd 16 02 34.0 0.6 s 7000pm
25mar ipc 17 05 07.9 0.6 s 15nm
25mar ipc 18 19 59.0 0.6 s 8000pm
25mar ipd 19 43 52.1 0.7 s 30nm
26mar ipc 00 02 12.1 1.0 s 80nm is 10 32.0
26mar ipc 00 19 40.0
26mar ipc 00 46 19.9
26mar ip 01 02 59.7
26mar ipc 03 01 54.5 0.7 s 12nm
26mar ipc 04 05 04.6 0.5 s 70nm
26mar ipd 04 58 37.9 0.5 s 4000pm
26mar ipd 06 10 10.0 0.9 s 11nm
26mar ipc 07 03 51.1 0.5 s 7000pm
26mar ipc 07 19 50.5
26mar ip 07 34 43.0 0.8 s 7000pm
26mar ip 08 04 00.2 0.8 s 9000pm
26mar ipd 09 00 20.0 0.6 s 6700pm
26mar ipc 11 11 39.5 0.9 s 10nm
26mar ipc 15 03 57.0 1.2 s 27nm
26mar ep 17 49 06
26mar ipc 19 19 55.5 1.0 s 14nm
26mar ipd 20 08 27.4 0.7 s 9600pm
26mar ep 20 45 11
26mar ipc 21 13 50.2 0.8 s 50nm
26mar ep 23 08 27.0
26mar ep 23 21 24
27mar ipd 00 06 42.6 1.0 s 40nm
27mar ipd 02 51 19.6 0.5 s 7000pm
27mar ipd 07 31 35.3 0.8 s 10nm
27mar ipc 10 50 24.2 1.4 s 23nm
27mar ep 11 05 37.0
27mar ip 15 24 32.0
27mar ipc 18 45 53.0 0.4 s 11nm
27mar ep 20 58 31
28mar ep 05 25 42.0 is 26 12.0
28mar ip 09 13 16.0
28mar ipc 11 11 00.7 0.8 s 15nm
28mar ipc 17 44 31.1
28mar ipd 20 26 30.5 1.0 s 35nm
28mar ip 20 27 33.0
28mar ipc 21 23 12.5 1.0 s 10nm
28mar ipd 22 22 11.8 0.4 s 4200pm
28mar ipc 23 09 03.4 0.7 s 5000pm
29mar ipd 14 19 48.6 0.9 s 13nm
29mar ipd 17 14 32.1 0.8 s 13nm
29mar ep 17 24 27.0
29mar ipd 18 02 58.3 1.0 s 30nm
29mar ipc 22 19 20.0 1.4 s 30nm
30mar ipc 02 47 33.2 0.7 s 7000pm
30mar ipd 04 08 57.2 0.4 s 8000pm
30mar ip 16 36 20.0
30mar ipc 16 40 28.8 0.7 s 7000pm
30mar ipd 19 41 28.8 1.4 s 70nm
31mar ipc 00 45 27.9 0.6 s 100nm iap 45 48.0
31mar ipd 03 34 49.6 0.5 s 8500pm
31mar ipc 04 07 37.9 1.0 s 12nm
31mar ipd 09 06 18.4 0.9 s 17nm
31mar ipc 13 47 07.8 0.8 s 12nm
gdh
24mar ipc 00 50 13.7 1.1 s 347nm
24mar ip 00 51 46.0
24mar ip 00 52 17.0 is 56 22.0
24mar ep 18 40 48
24mar ip 19 58 31.7 1.0 s 930nm is 07 17.0
24mar ip 20 27 16.0
24mar ip 20 08 20.3 1.0 s 34nm
24mar ipc 20 11 03.7 1.1 s 96nm
24mar ipd 21 16 12.0 1.5 s 283nm
24mar ep 21 24 25 0.7 s 21nm
24mar ep 22 00 23
24mar ipc 22 19 38.6 0.9 s 84nm
24mar ip 23 26 26.6 i 26 39.0
24mar ep 23 50 41
25mar ipc 00 48 58.4 0.8 s 18nm
25mar ip 01 51 48.0
25mar ipc 05 35 24.0 1.0 s 26nm
25mar ipc 08 12 28.3 0.5 s 34nm
25mar ep 11 51 11
25mar ipd 17 05 53.7 0.9 s 32nm
25mar ip 18 20 43.5
25mar ep 19 43 49
26mar ipc 00 02 57.5 1.0 s 46nm
26mar ipc 04 06 38.9 0.5 s 34nm
26mar ip 04 07 37.0
26mar ep 06 10 56
26mar ep 07 20 36
26mar ip 15 04 41.9
26mar ip 15 56 46.3 is 57 05.0
26mar ipc 21 14 25.0 1.1 s 76nm
27mar ep 00 07 28 i 07 40.0
28mar ipc 20 27 10.2 1.3 s 326nm
28mar ip 21 23 58.5
28mar ipc 22 22 55.7 0.8 s 19nm
29mar ipc 18 03 40.8 0.8 s 28nm
31mar ep 00 26 19 is 26 42.0
ktg
24mar ipc 00 51 14.0 1.6 s 333nm is 58 12.0
24mar ipd 05 31 43.4 0.6 s 6700pm
24mar ipd 11 06 15.1 0.6 s 8000pm
24mar ep 18 40 47 0.9 s 4000pm
24mar ipc 19 58 31.6 0.6 s 16nm i 07 12.0
24mar ipd 20 09 14.7 0.9 s 45nm
24mar ipd 20 11 03.8 1.0 s 98nm
24mar ipc 21 15 08.8 0.9 s 101nm
24mar ipc 21 24 25.0 0.7 s 15nm
24mar ep 21 59 15 i 59 29.0
24mar ip 22 03 16.0 0.7 s 7000pm
24mar ipd 22 19 39.3 0.7 s 27nm
24mar ep 23 04 21 0.7 s 5000pm
24mar ipd 23 11 26.4
24mar ipc 23 26 26.1 0.8 s 12nm i 26 39.0
24mar ep 23 50 44
25mar ep 00 48 19
25mar ipd 00 48 56.3 0.6 s 20nm
25mar ipd 00 55 23.2 0.8 s 12nm
25mar ip 01 35 43.7
25mar ep 01 42 16 i 42 28.0 i 42 51.0
25mar ipc 01 51 47.0 0.8 s 11nm
25mar ipc 03 05 52.0
25mar ipc 05 35 24.1 1.0 s 44nm
25mar ipc 08 12 28.2 0.7 s 16nm
25mar ip 08 59 31.7 0.7 s 7000pm
25mar ep 09 24 40 i 24 54.0
25mar ipd 11 10 44.6 0.5 s 14nm
25mar ipc 11 51 11.1 0.6 s 6700pm
25mar ipd 17 05 53.3 0.6 s 19nm
25mar ipd 18 20 43.7 0.7 s 14nm
25mar ipd 19 44 04.1 1.0 s 44nm i 46 13.0
26mar ipc 00 02 57.0 1.0 s 50nm
26mar ip 00 03 25.0
26mar ep 00 36 40 i 38 51.0
26mar ip 01 03 43.7 0.8 s 4000pm
26mar ipc 04 05 34.5 0.5 s 44nm
26mar ip 04 07 05.0
26mar ep 06 10 56
26mar ip 11 12 24.0 0.4 s 6800pm
26mar ipc 15 04 41.2 0.9 s 15nm
26mar ep 17 49 51
26mar ipc 21 14 37.7 0.8 s 18nm
26mar ip 21 15 34.0
27mar ipd 00 07 28.1 1.0 s 26nm ikpk 31 47.6
27mar ep 08 25 18.0
28mar ep 04 20 23.0 es 21 26.0
28mar ep 04 20 27.0
28mar ipc 07 06 03.7
28mar ep 11 11 44
28mar ipd 12 39 51.0 i 00 00.8
28mar ep 12 53 15.0
28mar ipc 20 27 16.5 1.3 s 73nm
28mar ipd 21 23 57.7 0.9 s 13nm
28mar ipc 22 22 56.0 0.8 s 30nm
29mar ipd 17 14 45.5 1.2 s 25nm
29mar ip 17 16 51.0 i 17 57.0
29mar ipc 18 03 35.2 1.1 s 41nm
29mar ip 22 19 31.8 1.0 s 20nm
30mar ip 02 48 19.0 0.7 s 3000pm
30mar ipd 05 27 13.7 0.6 s 6700pm
30mar ipc 12 43 11.7 0.7 s 10nm
30mar ep 19 41 15
31mar ip 00 46 08.6 0.7 s 14nm
31mar ipd 13 48 46.4 0.8 s 10nm
++