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
16 jun ip 00 01 07.0 isks 11 45.0 lz 18s 2400nm
16 jun ip 21 07 14.1 0.6 s 35nm
16 jun ep 21 07 48 i 13 39 isp 17 02
17 jun ip 09 01 25.9 0.7 s 521nm 04 13
18 jun ipc 07 37 03.5
18 jun ep 09 33 40 0.8 s 90nm
18 jun ep 09 37 19
18 jun ep 09 38 46 i 49 07 lz 22s 10um
18 jun ip 09 37 19.0 0.8 s 90nm lz 22s 10um
18 jun ipd 09 44 35.5 1.0 s 132nm
18 jun ip 11 08 35.0 lz 20s 7800nm
18 jun ipc 13 18 58.2 0.9 s 110nm
18 jun ip 17 28 15.0 lz 20s 35um
19 jun ep 00 04 02 lz 18s 3800nm
19 jun ep 06 54 05 isks 04 41 lz 18s 6500nm
19 jun ip 08 51 31.7 0.7 s 170nm
19 jun ep 08 08 12 lz 22s 14um
19 jun ep 08 55 16
21 jun ip 20 39 13.0 lz 20s 2000nm
22 jun ip 03 27 09.0 0.9 s 67nm
23 jun ep 10 14 17
23 jun ep 10 18 10
23 jun ep 20 33 11 i 33 21 lz 18s 4800nm
dag
16 jun ipc 00 00 48.7 1.0 s 9000pm
16 jun ipc 00 23 24.1 0.9 s 8300pm iap 23 38
16 jun ipc 03 51 44.1 1.0 s 13nm
16 jun ipd 07 35 50.0 1.0 s 30nm
16 jun ipd 14 53 05.7 0.4 s 12nm
16 jun ep 16 38 07.0
16 jun ipc 21 03 02.2 0.6 s 10nm
16 jun ipd 21 07 07.4
16 jun ip 22 00 20.6
17 jun ipc 09 00 44.8 0.8 s 19nm
17 jun ep 09 02 30
17 jun ipc 13 01 03.9 i 01 09.0 is 01 25.0
17 jun ipd 15 39 20.2
17 jun ipc 21 57 32.6 0.9 s 10nm
18 jun ipc 07 35 54.1 0.7 s 12nm
18 jun ipc 09 36 58.8
18 jun ipd 09 36 59.0
18 jun ip 09 37 20.0 isks 43 25.0
18 jun ip 09 46 40.0
18 jun ip 09 47 37.0 iss 53 17.0
18 jun ipc 09 44 13.9 1.0 s 160nm
18 jun ep 11 07 51
18 jun ep 11 09 00 isks 14 41
18 jun ep 11 18 50
18 jun ipd 13 18 16.7 0.9 s 10nm
18 jun ip 13 43 04.0 is 43 24.0
18 jun ep 13 43 05.0
18 jun ipc 17 27 55.8 0.9 s 80nm
18 jun ep 17 28 04 isks 38 22 is 38 50
18 jun ipd 17 31 46.0 0.8 s 37nm
18 jun ipc 17 34 50.2 0.9 s 25nm
18 jun ep 17 35 02
18 jun ipc 18 18 45.8 0.8 s 7500pm
18 jun ipc 18 28 48.0 0.9 s 24nm
18 jun ep 18 24 00
18 jun ipc 18 31 34.8 0.6 s 17nm
18 jun ipc 18 37 56.1 1.0 s 24nm
18 jun ipc 19 02 52.0
18 jun ipc 19 04 21.9 0.8 s 9000pm
18 jun ep 19 09 08
18 jun ep 19 16 21
18 jun ipd 19 31 55.0 0.9 s 53nm
18 jun ipd 20 07 59.2 0.7 s 10nm
18 jun ip 20 27 58.0
18 jun ipc 20 56 47.4 0.8 s 9000pm
18 jun ipc 23 05 17.9 0.8 s 7500pm
18 jun ipc 23 37 32.0 0.8 s 6000pm
19 jun ipc 00 03 46.1 1.0 s 33nm iap 03 59 is 14 45
19 jun ipc 00 22 57.5 0.6 s 6700pm
19 jun ipc 01 19 00.0 1.0 s 20nm
19 jun ep 01 19 12
19 jun ipc 01 22 41.8
19 jun ipc 01 46 13.2 0.8 s 8200pm
19 jun ep 02 43 53
19 jun ep 02 44 04
19 jun ep 04 46 20
19 jun ipc 06 53 45.0 1.0 s 70nm isks 04 16 is 04 40
19 jun ipd 08 46 02.6 0.7 s 12nm
19 jun ipc 08 50 44.7 1.0 s 36nm 51 00
19 jun ep 08 53 06
19 jun ep 08 54 08
19 jun ipd 09 47 14.9
19 jun ipd 10 02 14.7
19 jun ipc 13 32 35.2 0.7 s 8800pm
19 jun ipc 14 23 35.0
19 jun ipc 14 27 56.1 0.7 s 10nm
19 jun ipc 15 29 22.0 0.7 s 8200pm
19 jun ep 15 37 29
19 jun ipc 15 42 41.0 0.9 s 39nm
19 jun ipd 23 15 36.1
21 jun ipc 02 35 04.0 0.9 s 17nm
21 jun ipc 02 44 27.6 0.6 s 6700pm
21 jun ipd 04 52 23.3 1.0 s 26nm
21 jun ipd 06 10 07.1
21 jun ip 06 23 22.0 1.0 s 7000pm
21 jun ip 07 13 07.9 0.8 s 5200pm
21 jun ep 07 13 19
21 jun ip 15 07 23.0
21 jun ep 20 38 43
21 jun ipc 20 59 34.0 0.9 s 8300pm
21 jun ipc 21 40 18.8 0.8 s 45nm
22 jun ipc 03 26 21.8 0.9 s 7600pm
22 jun ipc 05 59 50.3 0.7 s 4100pm
22 jun ipd 12 22 24.1 0.6 s 6700pm
22 jun ipc 13 31 07.5
22 jun ip 13 31 08.0 is 31 20.0
22 jun ip 13 39 03.8 i 39 34
22 jun ipd 14 49 19.3 0.7 s 15nm
22 jun ipd 23 25 47.5 0.9 s 7600pm iap 26 14
23 jun ipc 05 04 26.2 0.8 s 6700pm
23 jun ip 12 19 06.5 0.5 s 7000pm
23 jun ipd 13 59 16.6 1.2 s 19nm
23 jun ipc 14 06 39.9 0.8 s 9700pm
23 jun ipd 15 07 58.3 1.3 s 38nm
23 jun ep 15 08 10
gdh
16 jun ip 20 02 25.0
16 jun ipd 20 28 15.2
17 jun ipc 09 02 18.2
17 jun ipc 12 14 02.0
18 jun ip 07 07 37.0
18 jun ep 09 33 10
18 jun ep 09 37 58 isks 44 05
18 jun ep 09 47 35
18 jun ipc 09 45 07.0 0.6 s 29nm
18 jun ep 09 48 37
18 jun epc 17 28 42
18 jun ep 17 32 53 isks 39 18 iss 47 17
18 jun ip 19 47 48.3 i 49 02
18 jun ip 22 30 29.6
19 jun ep 06 54 35 is 06 07 iss 13 06
19 jun ep 06 58 45
19 jun epc 08 50 42
19 jun ep 08 04 35 iss 10 17
19 jun ep 08 52 52
19 jun ep 08 54 05
19 jun ipc 13 34 10.0 1.2 s 31nm
20 jun ip 21 16 39.8
21 jun ipd 20 38 50.0 1.2 s 59nm i 42 00
21 jun ipc 21 41 12.0 0.6 s 40nm
22 jun ip 13 53 42.0
22 jun ipc 14 50 36.5 1.2 s 47nm
ktg
16 jun ep 00 00 30 i 11 40
16 jun ipc 05 03 19.9
16 jun ep 14 06 35.0
17 jun ep 06 19 28.0
17 jun ip 21 08 37.0
18 jun ep 09 33 30
18 jun ep 09 38 05
18 jun ep 09 48 00
18 jun ep 09 49 25
18 jun ip 09 44 47.0 1.4 s 107nm
18 jun epc 17 28 23 1.1 s 43nm
18 jun ep 17 32 21 i 33 13 iss 46 47
19 jun ep 06 54 15 1.5 s 94nm is 05 42
19 jun epc 08 50 55 1.1 s 51nm
19 jun ep 08 06 05
19 jun ep 08 53 42
19 jun ep 08 54 33
21 jun ip 20 38 47.3 1.1 s 33nm
21 jun ipc 21 40 58.6 0.8 s 30nm
23 jun ep 17 05 03
23 jun ip 20 32 44.8
++