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
18mar epd 15 51 14 1.2 s 538nm is 54 40 e 54 53
19mar ipd 00 48 20.0 0.8 s 128nm
20mar ep 09 40 09 i 40 45 is 50 39
20mar ep 15 02 00 is 10 04 lz 21s 12um
22mar ipc 11 09 14.3 0.8 s 167nm lz 20s 3900nm
dag
16mar ip 01 02 56.2 0.6 s 3300pm
16mar ip 05 22 08.5 0.5 s 8500pm
16mar ip 06 33 36.0 0.3 s 5200pm
16mar ip 10 50 37.2 0.8 s 2200pm
16mar ip 13 35 54.8 0.3 s 9100pm
16mar ip 14 53 29.0 0.5 s 11nm
16mar ip 15 03 28.0
16mar ip 17 03 52.0 0.4 s 4200pm
16mar ip 17 51 47.5 0.3 s 7800pm
16mar ip 20 28 48.0 1.0 s 12nm
16mar ip 21 00 42.8 0.3 s 7800pm
16mar ip 22 25 46.0 0.3 s 7800pm
16mar ip 23 11 10.8 1.8 s 186nm
17mar ip 04 54 46.6 1.1 s 10nm
17mar ip 10 24 02.0 0.5 s 7000pm
17mar ip 10 54 12.2 0.5 s 8500pm
17mar ip 12 41 17.8 0.3 s 10nm
17mar ip 22 53 04.0 0.7 s 2100pm
18mar ip 02 04 17.0 0.3 s 9100pm
18mar ip 15 54 51.0 1.8 s 173nm
18mar ip 17 09 40.5 0.4 s 15nm
18mar ip 19 02 22.8 0.8 s 9700pm
18mar ip 21 46 19.2 0.2 s 8300pm
19mar ip 04 59 24.2 0.5 s 8500pm
19mar ip 06 10 31.8 1.2 s 67nm
19mar ip 11 14 34.8 0.3 s 2600pm
19mar ip 12 28 21.0 0.8 s 24nm
19mar ip 12 48 20.0 0.8 s 3700pm
19mar ip 17 44 52.0 0.2 s 17nm
19mar ip 17 52 04.0 1.0 s 13nm
19mar ip 18 22 06.0 0.8 s 16nm
19mar ip 21 31 56.0 0.5 s 4200pm
19mar ip 21 38 16.2 0.5 s 4200pm
19mar ip 23 31 53.8 0.3 s 9100pm
20mar ip 00 35 43.0 0.4 s 11nm
20mar ip 00 48 37.0 0.8 s 6000pm
20mar ip 01 34 40.3 0.4 s 5100pm
20mar ip 03 47 11.2 0.7 s 3400pm
20mar ip 05 10 49.0 0.5 s 9200pm
20mar ip 06 25 12.8 0.9 s 16nm
20mar ip 06 42 25.6 1.0 s 10nm
20mar ip 07 21 00.0 0.9 s 5900pm
20mar ip 09 39 21.0 0.8 s 3000pm iap 39 31.2
20mar ip 11 30 20.0 0.4 s 6800pm
20mar ip 11 42 31.5 0.4 s 10nm
20mar ip 12 39 14.0
20mar ip 14 57 38.0 1.0 s 25nm
20mar ip 15 01 48.3 0.8 s 19nm
20mar ip 15 02 44.2 1.0 s 88nm
20mar ip 19 24 19.2 0.5 s 13nm
20mar ip 21 52 23.0 1.2 s 23nm
21mar ip 05 32 56.8 1.0 s 12nm
21mar ip 14 55 36.0 0.3 s 6500pm
23mar ip 07 26 31.8 0.5 s 2800pm
23mar ip 10 51 11.8 0.8 s 5200pm
23mar ip 10 58 36.6 1.0 s 41nm
gdh
16mar ipc 23 12 02.2 1.0 s 76nm
18mar ipc 15 55 48.6 1.3 s 646nm i 03 25
19mar ipd 06 11 19.2 0.9 s 34nm
19mar ipc 12 28 09.1 1.2 s 131nm
20mar ipc 09 39 24.2 0.9 s 158nm e 42 28 e 06 20
20mar epd 15 04 03 0.9 s 118nm i 04 10 e 13 58
21mar epc 05 23 41 i 24 08
22mar ep 00 46 42 e 48 34
22mar ipc 11 13 34.2 0.9 s 101nm e 36 42
22mar ipd 14 09 14.6 1.2 s 94nm
mud
16mar ipd 11 52 28.0 1.4 s 176nm
16mar ipc 23 08 52.3 1.1 s 76nm
17mar ip 23 11 33.9 is 11 35.5
18mar ipc 15 51 30.3 0.9 s 295nm
20mar ipc 15 02 04.9 1.1 s 112nm
21mar ipc 05 23 19.8 0.7 s 32nm e 25 43 i 26 28.7
22mar ipd 11 09 31.7 0.9 s 86nm e 10 24
23mar ip 01 07 34.2 1.5 s 71nm
bsd
18mar ipc 15 51 02.3 0.9 s 187nm
20mar ipc 15 01 46.1 0.7 s 36nm
21mar ipd 05 23 20.6 0.7 s 36nm
22mar ipd 11 09 00.0 0.6 s 62nm
22mar ipd 14 10 03.5 0.7 s 12nm
23mar ipd 07 45 45.0 1.0 s 138nm
sco
16mar ipd 23 40 02.0 1.2 s 11nm
17mar ipc 01 14 51.7 0.5 s 21nm i 14 56 i 15 01.0
20mar ipd 10 14 11.0
20mar ipd 15 03 08.5
22mar ipc 11 04 10.0
++