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 jun ipc 09 57 37.9 0.8 s 54nm
2 jun ip 17 14 19.0 0.8 s 57nm i 14 30 lz 21s 2000nm
3 jun ep 02 58 08 0.9 s 30nm i 01 35 lz 19s 6300nm
3 jun ip 03 26 59.0 0.7 s 33nm
3 jun ep 08 25 43 0.6 s 45nm is 34 50 i 35 00
3 jun ep 12 25 38 i 25 46 is 35 39
4 jun ep 04 01 20 is 08 41
4 jun ip 04 10 33.0 i 14 38.0 i 20 30.0
4 jun ep 12 16 27 is 24 50 lz 18s 2700nm
4 jun ipc 21 44 14.0 1.2 s 106nm is 48 47
5 jun ipd 01 16 36.0 0.7 s 63nm
5 jun ep 01 47 10 1.0 s 80nm is 51 43 lz 18s 4600nm
5 jun ipc 23 23 42.2 0.6 s 64nm i 25 08 i 35 25
6 jun ipc 02 50 48.0 i 51 48 lz 21s 33um
7 jun ep 09 48 40 is 59 11
dag
1 jun ipc 02 16 12.1 0.4 s 5900pm i 16 14.0
1 jun ipc 09 56 15.6 0.6 s 69nm i 56 40.8
1 jun ipc 18 23 18.1 0.3 s 6500pm
2 jun ipd 03 21 59.7 0.4 s 6800pm
2 jun ipc 06 48 43.7 0.3 s 10nm
2 jun ipd 08 53 05.5 0.3 s 9100pm
2 jun ipd 09 51 47.4 0.2 s 8300pm i 55 36.0
2 jun ipc 17 12 13.9 0.8 s 25nm
2 jun ipd 17 45 23.5 0.3 s 14nm i 45 31.3
2 jun ipc 20 45 50.3 1.1 s 18nm
3 jun ipc 02 56 55.2 0.8 s 22nm
3 jun ipc 03 24 53.0 0.7 s 13nm i 25 05.8
3 jun ip 08 23 39.5 0.8 s 22nm
3 jun ip 10 52 44.5 0.3 s 6500pm
3 jun ipc 12 14 07.0 0.7 s 14nm
3 jun ipd 12 25 02.2 1.0 s 16nm
3 jun ipd 18 38 08.0 0.9 s 15nm
4 jun ipd 00 03 35.6 0.7 s 5500pm
4 jun ipc 01 15 35.4 0.8 s 6000pm i 16 03.0
4 jun ipc 01 46 22.5 1.1 s 15nm i 50 02.0 i 51 52.0
4 jun ipd 04 09 43.3 0.6 s 49nm i 10 18.0
4 jun ipd 04 33 01.9 0.5 s 16nm i 33 12.0
4 jun ipc 08 13 33.0 0.4 s 5100pm i 14 27.0
4 jun ipc 11 15 42.2 0.7 s 17nm
4 jun ipd 16 18 34.0 0.2 s 22nm i 19 16.0
4 jun ipc 16 18 34.0 0.2 s 22nm i 19 16.1
4 jun ipc 16 44 47.3 0.2 s 11nm
4 jun ipd 17 11 18.4 0.3 s 7800pm i 12 13.0
4 jun ipc 21 43 26.1 1.5 s 44nm
5 jun ipd 01 15 35.4 0.8 s 6000pm i 16 02.6
5 jun ipd 01 46 22.5 1.1 s 15nm
5 jun ipc 04 33 01.9 0.5 s 15nm i 33 12.0
5 jun ipd 23 19 07.0 0.9 s 12nm
6 jun ipd 02 52 01.2 1.0 s 113nm
6 jun ipd 03 04 44.3 0.2 s 14nm i 05 44.0
6 jun ipd 04 56 13.7 1.8 s 141nm i 56 21.0
6 jun ipc 06 12 46.2 0.9 s 6700pm
6 jun ipd 06 27 06.0 1.1 s 16nm
6 jun ipc 17 03 38.7 0.8 s 10nm
6 jun ipd 20 12 23.9 0.6 s 8000pm i 12 35.4
7 jun ipc 01 04 50.2 1.0 s 16nm
7 jun ipc 05 31 27.0 0.5 s 6300pm
7 jun ipd 05 44 13.3 0.9 s 15nm
7 jun ipc 05 57 19.1 0.9 s 7600pm
7 jun ipc 06 13 08.1 0.9 s 10nm
7 jun ipd 09 47 05.8 1.0 s 11nm
7 jun ipc 09 47 42.7 1.3 s 87nm i 47 49.7
7 jun ep 10 13 37.0 i 13 56.0
7 jun ipc 16 39 49.8 0.7 s 11nm
8 jun ipc 13 32 27.3 0.8 s 16nm i 32 48.3
8 jun ipd 14 00 34.5 0.6 s 4700pm
8 jun ipc 14 27 39.0 0.6 s 3300pm
gdh
1 jun ep 03 44 16.0 0.8 s 31nm
1 jun ip 03 44 16.0 0.8 s 31nm
1 jun ipd 09 57 06.1 1.0 s 40nm
1 jun ipc 14 51 36.9 0.5 s 8500pm
1 jun ep 15 17 15.0 e 23 30.0
1 jun ip 15 48 04.0
2 jun ep 16 53 25.0 e 55 10.0 e 56 02.0
2 jun epd 17 12 52 lz 20s 2700nm
3 jun ipd 01 27 12.0 0.9 s 49nm
3 jun ipd 01 27 12.0 0.9 s 49nm
3 jun ip 02 38 04.0 i 39 04.0
3 jun ipc 02 55 36.7 0.8 s 15nm is 04 05 lz 19s 18um
3 jun ipd 08 24 17.9 1.0 s 38nm i 32 10 lz 20s 1800nm
3 jun ep 12 21 20 i 26 10 lz 21s 26um
4 jun ipc 04 14 51.4 1.0 s 50nm e 21 02.0 e 23 57.0
4 jun ep 11 27 40 lz 21s 3800nm
4 jun ep 21 42 25 i 45 14
5 jun epc 01 45 28 i 48 15
5 jun ep 23 24 15 i 33 50
6 jun ep 02 51 28 is 00 42.0
7 jun ep 09 48 26 i 58 48
8 jun ipd 04 49 40.0 1.2 s 94nm
8 jun ipd 04 49 40.0 1.2 s 94nm
sco
1 jun ip 02 16 43.8 0.9 s 9000pm
1 jun ip 09 56 58.7 0.9 s 8000pm
1 jun ip 17 20 22.9
1 jun ip 22 19 09.8
2 jun ip 15 48 37.7
2 jun ep 17 13 02
3 jun ep 02 56 40 i 06 10
3 jun ip 02 59 10.0
3 jun ip 08 20 23.3 is 20 29.0
3 jun ep 08 24 26
3 jun ep 10 52 45
3 jun ip 12 25 13.7 1.0 s 21nm i 26 51 i 36 39
3 jun ep 18 39 07 0.8 s 11nm
4 jun ip 04 10 12.0 1.0 s 8700pm
4 jun ip 04 14 14.0
4 jun ep 12 17 25
4 jun ip 17 15 06.0
4 jun ep 21 42 19 1.4 s 74nm
5 jun ep 01 45 15
5 jun ip 05 25 54.0 i 26 07.0
6 jun ip 02 51 24.3 1.2 s 155nm
6 jun ep 04 56 50 1.0 s 28nm
6 jun ep 06 27 42 1.0 s 15nm
7 jun ip 01 05 27.0 1.5 s 41nm
7 jun ip 05 44 49.9 1.5 s 31nm
7 jun ip 06 13 44.2 1.1 s 8800pm
7 jun ip 09 47 42.1 1.2 s 7400pm
7 jun ip 09 48 20.0 1.1 s 69nm
8 jun ip 07 20 39.0 i 21 05.0
8 jun ip 13 33 18.2 0.7 s 1900pm
mud
1 jun ipc 08 07 15.1 0.5 s 9300pm
1 jun ipd 09 57 40.4 0.8 s 24nm
2 jun ep 17 14 18
3 jun ep 12 25 38 i 25 47
3 jun ipc 18 40 32.2 0.8 s 19nm
4 jun ip 03 42 16.9 i 42 21.0
4 jun ep 04 10 08 1.1 s 12nm i 13 34
4 jun ip 12 16 21.7 0.9 s 23nm
4 jun ipd 21 43 55.5 1.3 s 85nm
5 jun ipd 01 16 39.5 0.6 s 11nm
5 jun ip 01 46 52.3 1.2 s 75nm
5 jun ipc 02 50 43.1 1.6 s 820nm
5 jun ipc 23 23 43.7 0.5 s 9300pm
6 jun ipc 02 50 43.1 1.6 s 820nm
7 jun ipc 16 31 21.4 0.4 s 9100pm
++