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
9 sep ep 17 13 45 lz 18s 4400nm
10 sep ep 06 17 38
12 sep ip 15 49 53.0 0.9 s 471nm iap 50 38 ixp 51 02
12 sep ep 15 51 36 is 56 07 iscs 59 21
13 sep ep 19 50 36 lz 19s 1100nm
14 sep ep 08 48 27 ixs 00 19 i 59 43
14 sep ep 11 38 15
14 sep ep 11 42 06 ixpp 42 55 isks 48 32
14 sep ep 11 50 40 is 55 49
15 sep ep 10 51 28 is 01 42 isp 02 36
dag
9 sep ipd 00 32 27.0 0.2 s 8300pm
9 sep ip 00 32 27.0 is 33 27.0
9 sep ipc 03 41 27.3 0.3 s 17nm is 42 27
9 sep ep 08 34 38 0.6 s 4700pm
9 sep ipc 09 26 04.2 0.8 s 7500pm
9 sep ipd 10 41 23.2 0.6 s 11nm
9 sep ipc 16 43 07.2 1.2 s 34nm
9 sep ipd 17 13 24.9 0.6 s 3300pm
9 sep ipc 18 08 06.0 0.8 s 4500pm
10 sep ipd 01 50 28.3
10 sep ipc 06 21 37.1
10 sep ipc 09 07 40.7 1.0 s 5000pm
10 sep ipd 10 56 50.8 0.7 s 10nm
10 sep ipd 14 09 36.2 0.5 s 44nm is 10 32
10 sep ipc 16 15 54.3 0.8 s 39nm
10 sep ipd 20 11 27.2 0.8 s 3700pm
11 sep ipc 06 23 46.8 0.2 s 14nm i 24 06.0
11 sep ipc 06 23 46.8 0.2 s 14nm is 24 06.0
11 sep ipc 06 41 17.0
11 sep ep 11 58 05
11 sep ipc 13 43 00.7 0.5 s 7000pm
11 sep ipd 13 59 51.1 0.5 s 11nm
12 sep ipd 14 44 04.0 0.9 s 5900pm
12 sep ipc 15 51 17.2 1.0 s 870nm iap 52 02 is 58 42
12 sep ep 19 43 48.0
12 sep ep 19 46 14.0
13 sep ipd 02 16 37.7 0.6 s 5300pm iap 16 48
13 sep ipd 02 30 41.9 0.7 s 14nm iap 31 03
13 sep ipc 03 42 12.8 1.0 s 25nm i 42 26
13 sep ipd 15 09 56.3 0.4 s 3400pm
13 sep ip 15 32 54.3 0.3 s 60nm is 33 53
14 sep ipc 00 40 19.8 0.7 s 5500pm
14 sep ipd 02 42 31.5 0.6 s 15nm
14 sep ipc 06 27 28.8
14 sep ipc 08 47 52.3 0.9 s 87nm
14 sep ipc 11 37 17.3 1.0 s 83nm
14 sep ep 11 37 26
14 sep ep 11 40 37 is 47 20 isks 47 28
15 sep ipd 09 32 08.0 0.4 s 2500pm i 32 26.0
15 sep ip 09 32 08.0 is 32 26.0
15 sep ipc 10 44 23.1 0.4 s 4200pm
15 sep ipc 10 50 07.0 1.5 s 556nm iap 50 35 ixs 59 58
15 sep ipd 17 17 41.6 0.3 s 13nm
15 sep ipc 23 54 59.2 0.3 s 3900pm
gdh
15 sep ep 10 48 48 isss 03 00 lz 20s 8800nm
15 sep ep 10 52 27 is 56 43 59 18
sco
9 sep ip 01 12 27.7 0.7 s 18nm
9 sep ip 02 33 07.6
9 sep ip 03 31 53.2 i 31 56.0 is 32 30.0
9 sep ip 03 40 53.1 i 40 56 i 41 50
9 sep ep 18 07 52 0.5 s 3300pm
9 sep ip 20 41 17.6 is 41 24.0
10 sep ip 02 16 54.0
10 sep ip 06 21 14.8 1.3 s 30nm
10 sep ep 14 11 03 0.6 s 20nm is 13 03
11 sep ip 03 26 17.0 i 26 46.0
11 sep ip 14 00 32.7 0.7 s 7200pm
12 sep ip 02 31 01.0 is 31 18.0
12 sep ip 15 51 34.8 1.0 s 140nm i 21 09 is 59 22
13 sep ip 00 22 44.0 i 23 04.0
13 sep ep 02 17 09
13 sep ep 02 30 37
13 sep ip 03 42 56.4 1.3 s 26nm
14 sep ip 08 47 33.7 1.0 s 84nm ixp 48 12
14 sep ip 11 37 47.8 1.0 s 28nm i 38 40 i 49 46
14 sep ip 14 37 54.2 is 39 11.0
15 sep ep 10 49 55 lz 18s 9100nm
mud
9 sep ep 18 05 01 0.8 s 16nm i 06 11
10 sep ep 06 18 06 0.8 s 14nm
11 sep ip 10 04 03.8 i 04 16.0
12 sep ipc 15 50 07.8 1.0 s 200nm i 50 23 iap 50 53
13 sep ipd 19 50 38.0 1.0 s 34nm
14 sep ep 11 42 16.0 1.0 s 20nm i 42 59.0
15 sep ipd 10 51 20.8 0.9 s 38nm
15 sep ipd 16 14 41.3 0.8 s 12nm
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