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
24sep ep 18 38 32 lz 22s 1300nm
24sep epu 20 38 25
26sep ipdr 05 49 54.3 1.3 s 292nm is 53 21
26sep ep 22 30 00 e 33 17 ipp 34 19
27sep ipdr 17 59 26.3 1.0 s 108nm is 08 44 lz 19s 9000nm
28sep epr 07 54 06 es 04 32 lz 20s 5200nm
28sep ipc 13 31 05.0 is 31 15.8
28sep ipu 14 18 14.3 is 28 22 lz 20s 23um
30sep ipdu 03 39 27.7 0.8 s 87nm is 48 54 lz 20s 1600nm
30sep epu 05 45 30 0.8 s 96nm es 54 56 lz 19s 12um
30sep ipcu 09 54 22.3 0.9 s 104nm i 54 43.7 lz 20s 3500nm
30sep ipd 10 10 32.9 0.8 s 51nm
dag
24sep ip 07 58 59.3
24sep ip 10 52 35.4
24sep ip 11 43 06.0
24sep ipd 18 38 06.8 0.9 s 18nm
25sep ip 08 09 21.8 0.4 s 11nm
25sep ip 11 43 03.0
25sep ip 20 25 53.2 1.0 s 17nm
26sep ipc 05 48 48.2 1.0 s 112nm
26sep ip 09 24 34.0 0.6 s 6000pm
26sep ip 20 32 04.4
26sep ip 22 29 40.4 0.9 s 26nm
27sep ip 04 54 54.5
27sep ip 11 18 24.5 0.4 s 7600pm
27sep ip 11 22 52.3 0.7 s 5500pm
27sep ip 15 04 03.0 1.3 s 19nm
27sep ip 15 30 40.0 0.9 s 7600pm
27sep ipcr 17 56 42.2 1.1 s 177nm lz 18s 5800nm
28sep ip 06 08 24.3
28sep ipr 07 52 50.0 0.8 s 30nm lz 22s 34um
28sep ip 08 25 14.3 0.8 s 5200pm
28sep ip 12 57 37.2 0.9 s 6700pm
28sep ip 13 36 57.4
28sep ip 14 17 50.0 1.2 s 34nm lz 19s 6900nm
28sep ip 15 28 26.0 0.8 s 6000pm
28sep ip 17 34 52.0 0.8 s 6000pm
29sep ip 00 01 58.3 1.2 s 19nm
29sep ip 15 30 27.2
29sep ip 17 18 10.0 0.8 s 6700pm
29sep ipd 19 26 46.6 1.3 s 38nm
29sep ip 19 56 08.0 1.1 s 11nm
29sep ip 21 30 35.7 0.9 s 7600pm
29sep ip 21 59 34.3 0.8 s 6700pm
30sep ip 02 07 08.0 0.9 s 9200pm
30sep ipd 03 37 02.2 1.5 s 103nm lz 21s 13um
30sep ip 04 49 16.0 0.9 s 6700pm
30sep ipu 05 43 03.0 1.1 s 62nm lz 22s 77um
30sep ipd 09 51 57.0 1.1 s 44nm lz 19s 19um
30sep ipd 10 08 07.5 1.1 s 25nm
30sep ip 13 52 05.0 0.8 s 7500pm
30sep ip 20 51 12.0 0.7 s 6200pm
30sep ip 22 26 51.0 0.9 s 9200pm
mud
24sep ep 18 38 14
26sep ipc 05 49 28.0 1.3 s 110nm
27sep ip 17 59 20.2 1.2 s 69nm
28sep ep 07 54 36
28sep ep 13 31 30 is 32 01.6 ilg 32 10
28sep ip 14 18 24.0 1.0 s 20nm
30sep ipc 03 39 24.0 0.9 s 26nm i 39 41
30sep ip 05 45 26.0 1.1 s 90nm i 46 00
30sep ipd 09 54 19.7 0.9 s 42nm
30sep ipd 10 10 29.3 0.9 s 29nm
bsd
26sep ipc 05 50 10.0 0.5 s 120nm
26sep ip 22 29 53.5 0.9 s 37nm i 30 02.5
27sep ipd 17 59 29.8 0.9 s 48nm
28sep ip 00 45 41.0 0.6 s 22nm
28sep ep 11 57 39 is 57 55.7
28sep ep 12 59 55 is 59 51.8
28sep ipc 13 31 11.6 is 31 27.8
28sep ep 13 53 30 es 53 47
28sep ipc 14 18 10.3 0.8 s 28nm e 18 30
28sep ep 14 34 33 es 34 49
29sep ep 06 47 45 e 47 57
29sep ep 07 14 23 es 14 35
29sep ip 07 52 18.3 is 52 30.2
29sep ep 08 25 14 is 25 26
29sep ip 09 43 24.4 is 43 42.1
29sep ip 10 24 55.5 is 25 12.5
29sep ep 12 07 59 is 08 16.0
29sep ep 12 48 16 is 48 22.8
29sep ep 13 43 59 is 44 15.5
29sep ep 14 18 52 is 19 08
30sep ip 03 39 28.7 0.7 s 28nm
30sep ip 05 45 30.5 0.7 s 44nm
30sep ep 08 33 05 is 33 22.0
30sep ep 09 18 37 is 18 54.0
30sep ipc 09 54 23.5 0.8 s 39nm i 54 39.5
30sep ep 09 55 59 es 56 17
30sep ep 12 11 33 is 11 50
30sep ep 12 41 59 es 42 14
30sep ep 13 22 28 es 22 45
sco
25sep ep 10 32 30 es 32 45
26sep ep 05 47 19 0.8 s 888nm i 47 22.0 is 48 43
26sep ep 22 30 21 i 33 51
27sep ipc 17 57 20.0 1.2 s 111nm
28sep epr 07 52 37
28sep epu 14 18 20
30sep ipd 03 37 44.7 i 48 40
30sep ipc 09 52 40.2 1.3 s 72nm i 53 32.7
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