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 mar ipc 02 46 48.2 0.8 s 27nm
1 mar ep 04 34 58
1 mar ep 05 24 05 1.4 s 121nm
1 mar ep 06 06 58 0.9 s 44nm
1 mar ep 08 27 06
1 mar ep 17 25 14 i 29 19 lz 24s 22um
1 mar ip 22 40 09.0
2 mar ep 16 01 21 i 05 32 lz 21s 27um
3 mar ep 23 01 52
3 mar ep 23 06 25
3 mar ep 23 06 53 isks 12 50
3 mar ep 23 16 18
3 mar ip 23 06 25.0 isks 12 50.0
3 mar ep 23 57 18 i 58 14
5 mar ep 15 42 47 i 46 45 i 46 58
5 mar ip 23 01 10.3 i 02 10
6 mar ip 04 54 10.5
6 mar ipc 05 50 52.0
6 mar ipc 22 42 40.3 1.3 s 215nm is 51 26
7 mar ipc 12 09 03.0 0.4 s 51nm
7 mar ipc 12 09 03.0 0.4 s 51nm
8 mar ipc 00 37 04.3
8 mar ip 00 41 08.0
8 mar ip 00 41 08.0 1.1 s 76nm
8 mar ipc 10 57 51.0 0.8 s 45nm
dag
1 mar ep 17 25 09
2 mar ipd 08 56 43.5 1.3 s 75nm
3 mar ipd 13 46 16.8 0.7 s 8800pm
3 mar ipc 14 04 33.7 0.8 s 11nm
3 mar ip 16 05 17.0
3 mar ep 23 02 05
4 mar ep 05 33 12.0
4 mar ipc 08 40 02.7 0.7 s 17nm
4 mar ipd 15 19 42.9 0.9 s 9200pm
4 mar ipc 15 30 18.6 0.9 s 9200pm
4 mar ip 22 21 52.0
5 mar ipd 01 08 41.1 1.0 s 13nm
5 mar ipc 07 52 23.0 0.6 s 6700pm i 53 56
5 mar ipd 07 52 53.0 0.6 s 6700pm i 53 56.0
5 mar ipc 13 53 50.0 0.9 s 8300pm
5 mar ipc 14 10 47.0 1.6 s 60nm
5 mar ep 15 45 51
6 mar ipd 04 53 34.9 0.6 s 5300pm
6 mar ipd 05 51 06.9 1.0 s 10nm
6 mar ipc 22 40 30.0 0.9 s 51nm i 41 56
7 mar ipd 05 52 30.6 0.4 s 41nm i 53 21.0
7 mar ipc 05 52 30.6 0.4 s 41nm i 53 21.0
7 mar ep 06 13 08.0
7 mar ep 09 37 18
7 mar ipc 11 32 55.5 1.0 s 46nm
7 mar ipc 21 21 25.1 0.7 s 10nm
8 mar ipd 00 37 28.3 0.7 s 8800pm
8 mar ipc 10 55 41.5 0.8 s 45nm
gdh
1 mar ipc 04 33 18.0 1.0 s 20nm i 37 15
1 mar ipc 05 22 26.9 1.0 s 20nm i 26 13
1 mar ipd 06 07 06.0 0.9 s 17nm
1 mar ep 07 09 51
1 mar ip 17 30 30.0 i 40 13.0 i 46 46.0
2 mar ip 16 06 46.0 i 12 40.0 i 17 02.0
3 mar ip 17 27 25.0 i 27 44.0
3 mar ipc 23 01 04.4 1.5 s 67nm i 05 50 i 17 32
3 mar ipd 23 52 37.0 1.0 s 36nm i 56 58
4 mar epd 15 19 26.0 1.0 s 20nm i 27 10.0
6 mar ipc 22 41 07.0 1.3 s 200nm i 48 42
7 mar ipc 21 20 31.5 1.0 s 24nm
sco
1 mar ep 05 21 34
1 mar ip 06 06 49.6 1.0 s 23nm
1 mar ep 07 10 50 1.1 s 12nm
1 mar ip 08 26 56.3 0.9 s 7000pm
1 mar ip 17 30 03.0 1.4 s 34nm lz 19s 28um
2 mar ipd 08 57 20.2 0.9 s 20nm i 57 30
2 mar ip 16 06 09.0
3 mar ep 23 01 55 i 05 23 i 16 59
5 mar ep 01 08 38 1.2 s 20nm
5 mar ip 14 11 28.2 1.9 s 84nm
6 mar ip 05 50 06.0 1.2 s 41nm
6 mar ip 22 41 17.0 1.5 s 59nm i 42 21
7 mar ip 11 33 23.3
7 mar ip 21 21 04.1 0.8 s 48nm
mud
1 mar ip 06 07 02.7 1.2 s 39nm
1 mar ipd 07 11 45.2 1.0 s 17nm
1 mar ep 17 25 26 i 29 35
1 mar ep 22 40 36.0 1.2 s 15nm
3 mar ep 22 02 12.0 1.7 s 290nm e 05 47.0 i 06 54.0
5 mar ep 05 30 33.0
5 mar ep 15 42 37 0.4 s 14nm
5 mar ep 23 01 01.0 i 02 15.0
5 mar ip 23 02 15.0
6 mar ep 05 50 33
6 mar ep 16 03 38.0
6 mar ipc 22 42 39.4 1.2 s 132nm
7 mar ipd 17 51 32.3 1.0 s 24nm
8 mar ipd 00 37 12.7 0.8 s 16nm
8 mar ipd 10 57 50.7 0.8 s 9600pm
++