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
18 mar ipc 08 13 30.0 0.7 s 63nm
19 mar ipd 03 17 14.2 0.9 s 64nm
19 mar ipc 20 35 44.1 1.4 s 465nm
19 mar ep 20 37 01 is 41 25
20 mar ipc 06 35 50.0 0.8 s 78nm is 41 25
20 mar ep 12 33 44 0.7 s 66nm
21 mar ipd 01 16 17.8 1.1 s 557nm
21 mar ep 02 35 35.0
21 mar ep 02 55 35
21 mar ep 07 26 13.0
21 mar ip 08 47 32.0 is 57 22
21 mar ipd 18 19 36.8 0.6 s 91nm
22 mar ipd 22 22 01.0 0.9 s 94nm ixs 23 20
22 mar ep 22 25 00 is 28 08 iscs 31 27
22 mar ep 22 23 20.0
dag
16 mar ipc 00 52 12.1 0.9 s 8300pm
16 mar ipc 00 56 34.0 0.5 s 3500pm
16 mar ipd 17 20 48.0 0.5 s 5600pm
17 mar ipd 03 55 38.4 0.6 s 6000pm
17 mar ipd 04 16 21.9 0.2 s 61nm i 16 44.0
17 mar ipd 04 16 21.9 0.2 s 61nm i 16 44.0
17 mar ipc 12 37 35.3 0.8 s 22nm
17 mar ipd 15 31 45.2 0.5 s 2800pm
17 mar ipc 16 37 02.8 0.4 s 2500pm
17 mar ep 20 30 16.0 i 31 19.0
18 mar ipc 00 08 14.8 0.5 s 7000pm i 08 55
18 mar ipc 08 00 07.9
18 mar ipc 08 12 48.3 0.6 s 8000pm
18 mar ipd 15 02 49.2 0.5 s 5600pm i 03 22 i 04 27
18 mar ep 20 20 32.0 i 20 41.0
19 mar ipd 03 16 36.0 0.7 s 23nm
19 mar ipc 20 37 27.0
20 mar ipc 02 58 35.0 1.3 s 38nm
20 mar ipd 06 37 30.1 0.8 s 13nm
20 mar ipd 09 58 42.5 1.3 s 33nm i 00 08.0
20 mar ipd 09 58 42.5 1.3 s 33nm i 00 08.0
20 mar ip 17 30 00.0
20 mar ipc 18 03 46.0 0.8 s 12nm
21 mar ipd 01 19 53.9 0.7 s 38nm
21 mar ipd 02 53 46.7 1.2 s 69nm i 01 20
21 mar ipd 08 47 08.3 0.8 s 10nm i 49 38 i 50 48
21 mar ipd 17 23 34.5 0.8 s 9700pm
22 mar ipc 08 03 38.8 0.7 s 6800pm
22 mar ipc 22 23 24.0 0.7 s 77nm i 24 29
23 mar ipc 08 45 41.7 0.6 s 42nm i 46 08
23 mar ipc 20 50 11.0 0.7 s 4100pm
gdh
16 mar ip 10 43 04.0
16 mar ep 10 43 14.0 i 46 32.0
16 mar ipc 17 21 35.6 1.0 s 14nm
17 mar ipc 03 56 31.4 0.7 s 15nm
17 mar ipc 04 15 59.2 1.0 s 50nm
17 mar ep 17 20 16.0 i 21 03.0
19 mar ipc 03 17 27.8 0.8 s 18nm
19 mar ipc 20 38 54.2 1.0 s 170nm lz 20s 76um
19 mar ep 20 38 54 1.1 s 524nm
19 mar ipc 21 04 17.8 0.7 s 18nm
20 mar ipd 17 29 07.0 0.9 s 12nm
20 mar ipd 23 30 27.6 0.3 s 155nm i 30 41
21 mar ipd 01 20 42.5 0.7 s 123nm
21 mar ipd 02 38 05.0 0.5 s 593nm i 38 18.0
21 mar ipc 02 54 26.7 1.2 s 469nm
21 mar ep 02 54 26 1.2 s 311nm
21 mar ipc 02 57 27.1 1.2 s 462nm is 02 35.0
21 mar ep 03 23 34.0
21 mar ep 08 47 26
22 mar ep 22 24 46 0.9 s 62nm
22 mar ipc 22 24 46.5 0.8 s 40nm i 25 43 is 33 21
23 mar ep 08 45 31 1.0 s 88nm
23 mar ipc 08 45 31.5 0.8 s 63nm
23 mar ip 20 51 04.0 1.2 s 31nm is 00 40 lz 21s 4600nm
sco
16 mar ip 00 51 26.4 1.4 s 29nm
17 mar ip 12 37 44.5 0.7 s 6700pm
18 mar ip 11 39 25.0 i 40 03.0
19 mar ip 03 17 10.4 0.8 s 23nm
19 mar ip 20 37 41.9 0.8 s 170nm
20 mar ip 17 29 22.3 0.9 s 11nm
21 mar ip 01 19 24.6
21 mar ip 02 54 32.3 0.9 s 23nm
21 mar ep 02 55 17
21 mar ep 08 47 10 1.5 s 28nm
21 mar ep 08 49 48
22 mar ip 22 23 41.8 0.6 s 4800pm
23 mar ip 08 46 22.1
mud
16 mar ipc 17 22 20.0 0.8 s 26nm
17 mar ipd 03 56 15.0 0.7 s 17nm
18 mar ep 08 00 24 i 00 32 i 00 38
18 mar ipd 08 13 28.6 0.7 s 98nm
18 mar ipc 20 48 29.2 0.3 s 15nm
19 mar ipc 03 17 29.1 0.9 s 58nm
19 mar ipc 20 51 00.1 1.2 s 132nm
20 mar ipc 06 36 06.0 1.1 s 52nm
20 mar ip 17 29 18.0 1.0 s 20nm
21 mar ipd 01 16 30.0 1.0 s 360nm
21 mar ip 02 55 40.0
21 mar ep 17 59 48 0.5 s 16nm
21 mar ipd 18 19 53.2 0.5 s 28nm
21 mar ipd 18 34 18.6 0.6 s 18nm
22 mar ipc 00 30 10.0 0.5 s 19nm
22 mar ipd 22 22 15.0 1.3 s 74nm
++