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
10jul ipcu 09 43 01.0 0.9 s 323nm i 43 15 lz 19s 28um
10jul ipd 14 09 03.5 0.9 s 67nm
11jul ipdr 11 03 14.4 1.0 s 168nm i 04 26
12jul ipcu 11 20 26.6 1.0 s 188nm e 23 10 lz 20s 15um
12jul ipd 13 25 45.4 1.2 s 344nm lz 19s 1900nm
13jul ep 15 45 14 is 54 17 lz 18s 3600nm
13jul ipr 18 24 36.3 i 25 07.3 is 35 03
dag
9jul ipc 01 53 58.0 1.8 s 250nm
9jul ip 21 45 35.0
10jul ipcu 09 41 22.0 0.9 s 55nm lz 18s 19um
10jul ip 14 08 16.0
10jul ip 17 03 47.0
11jul ipc 11 02 33.5 1.1 s 272nm
11jul ip 13 45 25.0
11jul ipd 18 24 09.0 0.8 s 12nm
12jul ipdu 11 19 05.0 1.1 s 242nm lz 22s 4400nm
12jul ip 13 24 06.0
12jul ip 13 31 22.0
12jul ipd 23 53 27.4 1.0 s 58nm e 55 38.0
13jul ip 14 29 15.0
13jul ipc 15 58 12.3 0.7 s 130nm
13jul ipcr 18 24 08.0 0.7 s 189nm
14jul ip 07 16 28.0
14jul ipd 10 03 51.5 1.1 s 37nm
14jul ipc 15 26 53.0 1.4 s 207nm
14jul ip 16 53 35.0
gdh
9jul ipc 01 52 52.5 2.2 s 308nm e 00 07 e 03 35
9jul ipc 16 49 02.0 0.3 s 52nm i 49 04
10jul ep 05 59 32 i 59 48
10jul ipc 09 42 10.5 1.2 s 125nm i 42 26 i 50 50
10jul ep 18 35 24 i 37 59 i 38 34
10jul ep 20 54 12 e 54 27
10jul ipc 22 02 03.9 0.3 s 44nm i 02 10
11jul ipc 11 02 39.0 0.4 s 64nm i 04 20 i 06 31
11jul ep 18 30 12 e 41 25
12jul ipc 11 19 59.2 1.0 s 240nm i 20 26 i 28 59
12jul epd 13 24 55 1.2 s 94nm e 25 10 e 32 10
12jul ep 15 06 13 i 06 21 i 06 29
12jul ep 21 30 54 i 31 08 i 31 34
13jul ep 01 48 42 i 49 01 i 50 06
13jul ipc 09 30 35.0 0.8 s 16nm
13jul ep 14 30 06 e 30 23
13jul ipc 15 43 45.5 1.2 s 141nm i 44 08 i 44 22
13jul ipd 18 23 07.0 0.9 s 50nm i 23 36 i 23 49
13jul ep 22 49 04 e 49 26
14jul ep 14 10 20 i 11 00 i 12 06
15jul ep 21 56 52 e 58 48 e 59 20
mud
10jul ipd 09 43 02.1 0.8 s 99nm
11jul ipc 11 03 14.2 1.6 s 351nm
12jul ipc 11 20 29.8 1.0 s 140nm
12jul ip 13 25 46.6 0.7 s 24nm
12jul ipc 13 33 00.2 1.1 s 148nm
13jul ipc 15 45 10.0 0.9 s 41nm i 24 59
15jul ipc 15 28 39.0 0.8 s 33nm
bsd
10jul ipc 09 43 59.8 1.1 s 518nm
11jul ipc 11 03 15.0 0.9 s 833nm
12jul ipc 11 30 24.8 1.2 s 432nm
13jul ep 14 30 31 0.7 s 14nm
13jul ip 15 40 11.0 0.8 s 15nm i 40 37
13jul ipd 18 24 43.6 0.7 s 50nm
13jul ipc 18 25 10.2 0.9 s 180nm
sco
9jul ipd 01 54 04.7 1.6 s 46nm
9jul ipc 21 45 56.5 1.0 s 13nm
10jul ipc 09 42 05.9 0.8 s 73nm i 10 48
11jul ipd 08 52 33.8 1.3 s 17nm
11jul ipd 11 02 45.1 0.7 s 128nm
11jul ipd 18 24 18.0 1.2 s 39nm
12jul ipc 11 19 46.8 1.0 s 138nm
13jul ipd 18 23 46.3 0.9 s 245nm i 24 17.8
14jul ipc 15 27 41.8 1.1 s 100nm
++