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
17 nov ep 07 02 15 1.0 s 208nm i 02 17.7 is 12 55
17 nov ipd 14 04 26.6 0.8 s 328nm i 06 15 i 19 20
17 nov ipc 18 39 00.0 0.8 s 194nm
19 nov ep 12 18 00 0.8 s 90nm is 28 20
20 nov ep 08 28 30 1.0 s 108nm i 28 36 is 32 45
21 nov ip 14 53 11.0 i 13 03.0 lz 24s 10um
21 nov ipd 18 39 56.9 0.9 s 67nm i 03 07.0 lz 24s 8700nm
22 nov ep 01 03 43 i 07 18 lz 20s 3100nm
23 nov ip 05 08 00.0 i 26 13.0 i 31 18.0
dag
16 nov ipd 04 12 00.9 0.7 s 10nm
16 nov ep 04 31 46.0 i 32 03.0
16 nov ip 04 31 46.3 i 32 02.0
16 nov ipc 04 50 26.8 0.8 s 6700pm
16 nov ep 08 10 24.0
16 nov ep 12 19 51.0 i 20 15.0
16 nov ip 15 53 16.5 i 53 42.0
16 nov ep 15 53 17.0 i 53 42.0
16 nov ep 15 59 15.0
16 nov ep 19 01 14.0
16 nov ep 19 49 57.0
16 nov ep 22 18 42.0
17 nov ep 02 52 34.0
17 nov ip 02 52 34.5
17 nov ep 06 02 06.0
17 nov ipd 07 02 53.7 0.8 s 135nm i 06 44.0
17 nov ipc 09 10 33.8 0.4 s 48nm
17 nov ipc 10 30 33.3 0.6 s 39nm
17 nov ipc 11 21 52.1 0.5 s 23nm
17 nov ip 11 37 02.0
17 nov ipc 14 03 48.2 0.8 s 142nm
17 nov ipc 17 15 44.8 0.4 s 2500pm i 15 58.0
17 nov ipd 18 38 02.4 0.9 s 36nm i 40 33.0
17 nov ipd 19 12 12.3 1.1 s 41nm
17 nov ipd 19 32 56.0 1.0 s 12nm
17 nov ip 23 02 04.0
17 nov ipd 23 03 50.1 1.0 s 5000pm
17 nov ep 23 42 45.0
18 nov ipd 01 07 34.2 1.0 s 7000pm i 09 02
18 nov ipc 01 09 34.1 0.3 s 3900pm i 10 36.0
18 nov ep 03 10 55.0
18 nov ipc 04 53 45.2 0.6 s 9300pm
18 nov ipd 07 25 33.4 0.7 s 4800pm
18 nov ipc 08 03 40.3 0.6 s 3300pm
18 nov ep 08 08 31.0
18 nov ipc 08 37 23.1 0.9 s 10nm
18 nov ep 12 49 42.0
18 nov ep 17 54 56.0
18 nov ipc 20 29 47.8 0.7 s 8200pm
18 nov ep 23 08 39.0 i 09 00.0
18 nov ipd 23 11 21.4 0.5 s 11nm
18 nov ipc 23 36 26.1 0.5 s 2800pm
19 nov ipd 00 52 00.8 0.3 s 30nm i 52 45.1
19 nov ipc 04 19 46.7 0.8 s 60nm
19 nov ipc 04 45 42.4 0.5 s 2800pm i 45 58.0
19 nov ep 05 23 54.0 i 24 13.0
19 nov ipc 06 41 40.9 0.4 s 14nm
19 nov ipc 06 41 40.9 0.4 s 14nm
19 nov ipd 11 55 02.8 0.3 s 3900pm i 55 23.0
19 nov ipc 12 15 32.1 0.8 s 33nm
19 nov ipc 12 30 02.3 0.5 s 6300pm
19 nov ipd 15 07 41.8 0.6 s 14nm
19 nov ep 19 13 49.0 i 14 05.0
19 nov ipd 19 56 17.7 0.7 s 8800pm i 56 29.8
19 nov ip 23 19 47.0 i 20 07.8
19 nov ep 23 31 28.0
20 nov ep 05 23 16.0
20 nov ep 07 05 16.0 i 05 30.0
20 nov ipd 08 28 17.4 0.9 s 370nm
20 nov ipc 11 01 57.7 0.7 s 7500pm
20 nov ipd 11 42 22.8 0.6 s 9300pm
20 nov ipd 11 44 41.2 0.9 s 19nm
20 nov ip 15 56 24.0 i 56 39.0
20 nov ep 23 17 06.0
21 nov ep 01 44 24.0
21 nov ep 07 31 28.0 i 31 49.0
21 nov ipc 14 52 05.7 0.7 s 2700pm
21 nov ipd 15 00 43.5 0.7 s 3400pm
21 nov ep 16 50 03.0
21 nov ip 18 37 40.0
22 nov ipc 00 55 40.3 0.3 s 6500pm
22 nov ipd 01 09 15.2 0.7 s 3400pm
22 nov ep 01 16 24.0
22 nov ipc 04 24 19.3 0.5 s 2800pm
22 nov ip 08 49 32.0 i 49 56.1
22 nov ip 09 05 41.0 i 05 02.0
22 nov ipc 12 57 40.2 0.6 s 4000pm i 57 46.0
22 nov ipc 13 59 44.0 1.0 s 53nm
22 nov ipc 17 25 13.3 0.5 s 5600pm i 26 47.1
23 nov ipd 01 39 08.3 0.9 s 7600pm
23 nov ep 06 20 29.0
23 nov ipc 18 18 04.4 0.5 s 2100pm i 18 08.2
23 nov ip 18 29 01.0
23 nov ipd 18 53 06.1 0.8 s 112nm
23 nov ipc 19 22 14.1 0.5 s 2800pm
23 nov ipd 21 42 19.2 0.7 s 22nm i 42 26.3
gdh
16 nov ep 02 39 10.0 1.0 s 20nm i 41 12.0 e 52 10.0
16 nov ip 04 08 34.0 i 08 54
17 nov ep 07 03 50 i 07 57 lz 19s 67um
17 nov ip 14 10 02.0 i 11 28.0 i 21 02.0
17 nov ep 23 20 10.0 e 32 22.0
17 nov ip 23 30 10.0 i 32 22.0
20 nov ipd 08 29 25.0 1.1 s 81nm i 33 26 lz 21s 47um
21 nov ipc 14 20 35.4 0.5 s 87nm i 20 38.0
21 nov ip 15 09 42.0 i 23 25.0 lz 21s 8600nm
21 nov ipc 18 20 35.4 0.5 s 87nm
21 nov ip 18 54 15.0 i 15 10.0 lz 21s 7000nm
23 nov ep 05 16 04.0 i 21 53.0 lz 22s 57um
sco
17 nov ep 07 03 13
17 nov ep 07 07 16
17 nov ip 10 31 18.4 0.9 s 77nm
17 nov ep 11 22 38 1.2 s 41nm
17 nov ip 14 04 00.1 1.1 s 400nm
17 nov ep 14 05 51 i 06 36 i 16 47
17 nov ip 18 38 37.8 0.9 s 48nm
17 nov ep 19 12 42 1.5 s 22nm
17 nov ep 23 02 51 lz 20s 15um
19 nov ip 04 20 30.0 0.9 s 50nm lz 20s 15um
19 nov ip 12 16 14.5 0.7 s 12nm
19 nov ip 14 17 58.0 i 18 32.0
19 nov ip 23 20 30.0 1.3 s 15nm
20 nov ip 08 28 45.2 1.5 s 330nm iap 29 46 lz 18s 92um
22 nov ip 14 00 39.0 0.7 s 13nm
22 nov ip 17 25 26.0 0.7 s 15nm i 27 25
23 nov ep 05 05 05 1.2 s 23nm
23 nov ip 05 20 05.6 0.8 s 13nm
23 nov ep 18 18 17
23 nov ip 18 52 44.1 0.9 s 62nm
mud
17 nov ep 07 02 26 1.2 s 276nm
17 nov ipc 14 04 25.2 0.8 s 150nm i 07 24
17 nov ipc 18 39 03.1 0.9 s 48nm
19 nov ipc 04 22 07.1 1.0 s 32nm
20 nov ipd 08 28 36.2 1.0 s 76nm
20 nov ipd 08 45 30.4 1.2 s 69nm
20 nov ipd 17 41 45.3 0.9 s 28nm
22 nov ipc 01 03 41.2 1.5 s 170nm
22 nov ep 17 25 50 0.7 s 44nm
23 nov ipd 18 20 16.0 1.4 s 100nm
23 nov ipd 18 53 21.0 0.9 s 100nm
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