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
9jun ipcu 00 44 28.3 0.9 s 141nm i 56 17 lz 20s 1500nm
9jun ep 15 02 52 lz 20s 1500nm
9jun ep 15 02 52 lz 20s 1200nm
10jun epu 02 31 48 lz 21s 5100nm
12jun ipc 19 21 35.8 0.9 s 245nm is 25 38
13jun ep 15 30 56 is 41 07 lz 19s 9000nm
14jun ip 17 26 45.6 0.8 s 39nm
15jun ipu 02 59 50.4 1.0 s 120nm is 08 44 lz 18s 21um
15jun ipc 12 19 30.0 0.7 s 96nm
dag
9jun ipc 05 22 35.7 0.3 s 22nm
9jun ipc 14 58 41.5 1.3 s 35nm
10jun ipd 01 32 44.0 0.7 s 43nm
10jun ip 02 27 12.8 is 27 29.4
10jun ipd 13 04 30.6 0.7 s 11nm
10jun ip 13 57 24.2 es 58 24.3
11jun ipd 02 17 16.0 0.4 s 19nm
11jun ipd 17 50 29.7 0.7 s 18nm
12jun ipd 05 09 55.0 0.7 s 22nm
12jun ip 07 53 18.7
12jun ip 08 35 36.0
12jun ip 10 50 07.0
12jun ipc 11 19 58.5 0.9 s 28nm
12jun ipd 19 24 56.3 0.8 s 13nm iap 26 42.4
12jun ipd 22 11 53.7
13jun ip 09 34 00.1
13jun ipd 15 29 46.5 0.6 s 10nm
13jun ipc 17 04 22.4 0.4 s 14nm
14jun ip 00 13 07.7
14jun ipc 05 16 10.6 es 17 05.5
14jun ipc 08 52 09.4 0.6 s 9300pm
14jun ipc 13 01 46.9 0.8 s 18nm
15jun ipc 01 57 36.3 1.2 s 27nm
15jun ipd 03 00 21.0 0.8 s 65nm lz 20s 26um
15jun ip 04 08 38.0
15jun ip 04 25 27.5
15jun ipc 10 14 12.2 1.0 s 13nm
15jun ipc 12 17 46.0 1.0 s 69nm
15jun ipc 14 37 40.3 0.8 s 9700pm
15jun ipd 20 52 43.7 0.9 s 90nm
gdh
9jun ep 00 50 33 e 57 25 e 01 35
9jun ipc 07 22 38.0 1.0 s 30nm
9jun epd 12 22 04 0.5 s 11nm i 22 23
10jun ep 02 28 10 e 39 09 e 41 20
10jun ep 13 12 56 i 13 02
11jun ep 02 22 35 e 32 02
11jun ipd 18 41 42.0 0.9 s 34nm
11jun epd 19 42 14
12jun epc 19 25 28 1.2 s 94nm i 25 40 e 32 32
13jun ep 11 52 40 e 53 38
14jun epd 10 50 38 i 50 39 e 52 08
14jun ep 13 02 26 e 02 46 e 09 15
15jun ipc 03 01 29.0 1.1 s 223nm i 11 52
15jun ep 04 31 02 e 31 23 e 31 40
15jun ipc 17 45 23.9 0.5 s 39nm i 45 45
15jun ipc 20 15 35.0 1.0 s 44nm i 17 31 i 18 33
mud
9jun ipd 00 44 27.7 0.8 s 71nm
11jun ip 03 01 30.0 is 01 48.9
12jun ipc 03 16 10.0 is 16 19.0
12jun ipc 11 20 17.1 1.0 s 41nm
12jun ipd 19 21 42.6 1.3 s 340nm i 22 27.5
13jun ip 15 31 14.3
13jun ep 20 13 48 1.2 s 18nm
14jun ip 04 04 24.5 1.1 s 19nm
14jun ipc 17 26 45.2 1.0 s 24nm
15jun ipd 03 00 01.6 1.2 s 130nm
bsd
9jun ipd 00 44 28.6 1.0 s 180nm e 44 50
12jun ipc 11 20 05.7 0.7 s 30nm
12jun ip 19 21 33.7 0.7 s 73nm
13jun ep 20 13 13
14jun ep 17 26 45 1.0 s 37nm
15jun ip 02 59 40.0 0.8 s 24nm i 00 04.7 e 00 19
15jun ip 12 19 28.0 0.5 s 60nm
15jun ipc 20 52 44.0 1.0 s 110nm
sco
10jun ipd 01 33 24.2 0.6 s 11nm
10jun epr 02 27 56
13jun ipd 15 30 26.0 1.7 s 208nm
14jun ep 01 29 55 i 30 04 is 30 44
14jun ipd 13 02 25.0 1.6 s 222nm i 02 37
15jun ipd 01 58 15.3 1.2 s 24nm
15jun ipd 03 00 46.0 1.2 s 166nm
15jun ipd 12 18 30.5
15jun ep 17 34 27 0.9 s 12nm
++