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
1mar ip 00 19 49.0 1.0 s 80nm
1mar ep 00 19 49.0
1mar ip 15 57 18.0 1.2 s 62nm is 07 20.0
2mar ep 14 45 57
3mar ipc 11 04 26.3 0.7 s 95nm is 13 10.0 lz 21s 600um
3mar ipd 21 55 37.7
4mar ipc 05 06 13.0 1.0 s 64nm lz 18s 5100nm
4mar ipc 15 16 52.0 1.2 s 112nm 24 20.0
4mar ip 15 28 36.0
7mar ipc 03 00 08.0 0.6 s 138nm iap 01 52.0 ias 12 09.0
7mar ipc 12 14 17.0 i 14 22.0
7mar ipc 22 38 49.6 0.8 s 113nm is 43 09.0
dag
1mar ipc 00 18 03.0 1.2 s 83nm i 18 14.0
1mar ipc 00 18 03.0 i 18 14.0
1mar ipd 00 18 03.3
1mar ipc 02 10 09.0 0.8 s 13nm
1mar ipd 02 14 10.5
1mar ipc 11 14 45.0 1.2 s 19nm
1mar ipd 11 57 17.5 1.5 s 50nm
2mar ip 11 46 30.2
2mar ipc 14 43 37.4 0.7 s 23nm i 43 50.0
2mar ipc 14 49 44.7 0.8 s 19nm
2mar ep 16 53 28
2mar ip 17 55 02.0 1.0 s 14nm
2mar ip 22 18 02.0
3mar ip 05 18 29.0
3mar ip 10 04 02.4
3mar ipc 11 01 57.4 0.9 s 67nm i 02 12.0 is 09 05.0
3mar ipc 18 56 42.0 0.8 s 12nm
4mar ep 05 05 34
4mar ipc 10 31 09.1 0.7 s 12nm
4mar ipc 15 12 23.8 1.0 s 90nm
4mar ip 15 16 32.0 isks 23 28.0
4mar ip 15 26 35.0
4mar ip 15 27 20.0
4mar ipc 17 46 23.1 0.7 s 38nm
5mar ep 12 46 40
6mar ipd 01 27 39.4 0.8 s 16nm
6mar ip 05 50 49.0
6mar ep 05 59 50.0 is 00 15.0 i 00 18.0
6mar ipc 07 39 11.0 0.8 s 6000pm
6mar ipc 08 12 50.9 is 13 44.0
6mar ipc 08 12 51.0
6mar ipd 15 21 29.6 1.1 s 32nm iap 23 02.0
6mar ipc 16 03 12.7 is 03 34.0
6mar ipc 18 42 36.6 0.5 s 9200pm
6mar ipd 18 49 18.2 0.9 s 6000pm
7mar ipc 02 59 06.7 1.0 s 320nm i 59 14.0 iscs 08 22.0
7mar ipc 11 54 41.9 1.0 s 7000pm
7mar ipc 11 57 03.7 0.7 s 21nm
7mar ip 16 54 21.0
7mar ip 16 57 16.0
7mar ip 18 52 12.4
7mar ip 18 59 06.0 0.7 s 7000pm
7mar ipd 20 12 18.8 1.0 s 10nm
7mar ipc 22 42 12.3 0.8 s 62nm
7mar ipc 23 08 25.2 0.7 s 8800pm
7mar ipd 23 50 41.3 0.6 s 8000pm
8mar ipd 10 38 38.0 1.0 s 6000pm
8mar ep 21 19 27 is 22 33.0
gdh
1mar ipc 00 18 44.2 1.0 s 16nm
1mar ipc 00 18 44.2
1mar ep 15 56 50 is 06 37.0
2mar ipd 14 44 11.7 0.7 s 9600pm
2mar ip 16 54 04.0 0.7 s 7000pm
2mar ipd 17 54 35.0 0.7 s 32nm
3mar ipc 11 02 33.2 0.7 s 38nm is 10 01.0
3mar ipc 11 51 08.3 is 51 13.0
4mar ep 05 05 30
4mar ip 05 06 58.0
4mar ip 15 16 42.7 0.9 s 18nm
4mar ip 15 17 30.0 i 27 28.0
4mar ipc 17 45 04.1 0.8 s 10nm
6mar ipc 01 28 13.0 0.7 s 10nm
7mar ipc 02 59 56.0 1.3 s 138nm
7mar ip 03 00 03.8 iap 01 38.0 ixs 12 09.0
7mar ipc 10 43 10.8
7mar ep 19 49 03.0 e 49 24.0
7mar ip 22 43 10.0 0.6 s 41nm i 44 13.0
7mar ip 23 50 30.0 0.7 s 8000pm
ktg
1mar ipd 00 18 48.4
1mar ipd 00 18 48.5 0.9 s 34nm
1mar ipd 00 18 48.5
1mar ep 02 10 06 0.8 s 6000pm
1mar ep 04 34 25.0 i 34 34.0 i 35 20.0
1mar ipd 04 34 35.2
1mar ipd 11 15 30.9 0.6 s 8000pm
1mar ipc 11 39 23.9
1mar ep 11 39 24.0
1mar ipc 11 58 03.2 0.9 s 10nm
1mar ipc 15 56 46.0 1.0 s 20nm
2mar ep 05 56 40.0 i 56 48.0
2mar ipc 05 57 48.2
2mar ep 12 06 09.0
2mar ip 12 06 10.0
2mar ipd 14 44 27.1 0.6 s 6700pm
2mar ipc 17 53 29.3 0.5 s 9800pm i 53 39.0
3mar ipc 11 02 47.7 0.6 s 13nm is 10 30.0
4mar ep 02 04 44.0
4mar ipd 04 12 25.0
4mar epc 05 05 41 1.6 s 33nm
4mar ep 07 41 12.0 es 43 38.0
4mar ipc 15 12 53.9 0.8 s 10nm i 16 09.0 i 28 53.0
4mar ipc 15 16 45.3 1.3 s 103nm
4mar ipd 17 46 09.1 0.6 s 11nm
6mar ip 01 28 27.5 0.7 s 3000pm
6mar ep 01 43 28.0
6mar ep 06 33 49.0 e 33 58.0
6mar ipd 06 33 58.2
6mar ipc 15 22 09.8 0.5 s 5600pm
7mar ipc 02 59 46.4 0.7 s 150nm
7mar ip 02 59 53.7 iap 01 33 i 03 29.3
7mar ip 22 41 52.4
8mar ep 13 55 13.0
8mar ipc 21 20 22.7 0.4 s 6800pm
++