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 2014 11 26
cop
1mar ep 01 58 46 es 08 18 lz 21s 1400nm
2mar ep 00 43 10 es 52 24 lz 20s 6000nm
4mar ipcu 14 59 06.7 0.7 s 36nm es 02 38 lz 19s 2500nm
5mar ipc 06 59 35.6 0.8 s 128nm es 03 24
5mar ep 08 33 26 lz 18s 5500nm
6mar ep 03 26 07 i 28 18 lz 20s 34um
6mar ipcu 10 21 55.5 1.2 s 312nm lz 22s 12um
6mar ep 11 43 07 i 43 26
7mar ep 16 48 24 i 49 38 lz 22s 12um
dag
1mar ipd 01 53 29.0 0.8 s 13nm
1mar ip 06 08 19.0
1mar ip 12 27 08.0 0.6 s 6700pm
1mar ip 14 00 35.0 0.6 s 6000pm
2mar ip 05 26 09.0 0.6 s 6000pm
3mar ip 00 29 44.5 0.6 s 8000pm
3mar ipd 03 14 22.0 0.6 s 35nm
4mar ip 11 44 14.0 1.0 s 23nm
4mar ip 11 57 10.0 exp 58 18.5
4mar ip 14 56 45.0 0.9 s 49nm lz 19s 10um
4mar ip 20 11 35.0 0.8 s 9700pm
5mar ipc 08 31 24.2 1.1 s 62nm
5mar ip 20 38 33.0 0.7 s 6800pm
6mar ip 01 54 51.0 exp 55 53.3
6mar ip 11 20 51.3 0.7 s 17nm
6mar ip 14 54 49.0 0.5 s 6300pm
6mar ipc 15 55 30.0 0.8 s 59nm
6mar ip 17 09 12.5 0.8 s 92nm lz 24s 16um
7mar ip 14 13 54.5 1.3 s 119nm
gdh
1mar epd 01 57 59 e 07 30
2mar ep 02 28 35
2mar ep 14 24 55 e 26 15
2mar ep 17 34 22
2mar ep 20 05 30
2mar ipd 20 13 31.5 0.4 s 68nm i 13 32
2mar ipd 20 16 37.3 0.5 s 44nm i 16 38
2mar ep 21 42 25
3mar ep 01 58 31 i 59 01
3mar epc 05 10 11 1.0 s 20nm e 16 30
3mar ep 12 15 34 e 16 10 e 16 59
3mar ep 23 44 15 e 50 25
4mar ep 08 34 34 i 35 15 e 36 11
4mar ep 11 46 49 e 51 30
4mar ipc 14 59 22.8 1.5 s 56nm i 04 10
5mar ipc 07 04 03.6 0.6 s 120nm e 19 20
5mar epc 08 30 10 1.2 s 69nm e 37 45 e 40 45
6mar ep 03 21 00 i 25 45 i 32 46
6mar ep 10 21 04 e 23 13
6mar ep 10 38 06 i 40 12 e 54 23
6mar ep 11 40 38 e 42 55
6mar ep 16 47 15 e 54 10 e 56 36
7mar ep 14 14 14 e 15 58
mud
1mar ip 01 58 39.8 1.0 s 29nm
4mar ipc 14 59 13.0 1.1 s 29nm
5mar ipc 06 59 50.8 0.7 s 37nm
5mar ip 08 33 18.6 1.2 s 96nm
6mar ipd 01 27 20.0 i 27 28 is 27 45
6mar ep 10 21 55 1.5 s 298nm
6mar ip 11 43 16.2 1.3 s 67nm
8mar ip 13 50 05.0 is 50 06.7
bsd
1mar ip 07 44 20.0 is 45 03.5
1mar ip 12 34 04.8 is 34 14.8
1mar ip 12 58 15.0 e 58 26
4mar ipc 11 46 47.6 0.8 s 29nm
4mar ipc 14 59 17.6 0.9 s 37nm
5mar ipc 06 59 22.7 0.7 s 68nm
6mar ep 01 29 00
6mar ip 10 21 56.5 1.1 s 180nm
8mar ip 22 49 14.0 1.0 s 29nm
sco
1mar ep 01 58 16
1mar ip 07 11 17.4 e 11 46
1mar ip 17 33 56.4 0.5 s 1000pm e 34 41
1mar ipd 17 45 22.5 1.0 s 2000pm
4mar ipd 11 59 42.3
4mar ipd 15 12 13.8
4mar ip 20 12 02.1
5mar ipd 07 02 45.8 0.7 s 3000pm
5mar ipd 08 31 27.8 1.1 s 6000pm
5mar ip 11 37 55.0
++