Bul5013




Geofysisk Afdeling, GEUS                      Phone     38 14 20 00
Office of Seismology                                +45 38 14 20 00
Østervoldgade 10                              Telex     15184 seismo dk
DK-1350 København K                           Telefax   38 14 20 50

					      
					      
					      
                                              Processed    2005 03 30

                                                   ISSN     1395 - 8259


               PRELIMINARY SEISMOGRAM READINGS

                    from Danish network:

  cop  Copenhagen             55.68 N 12.43 E  13 m
  dag  Danmarkshavn           76.77 N 18.65 W  30 m
  mud  Moensted Underground   56.46 N  9.17 E  12 m
  bsd  Bornholm               55.11 N 14.91 E  88 m
  lld  Lille Linde, Stevns    55.33 N 12.22 E   8 m
  sco  Scoresbysund           70.48 N 21.95 W  69 m
  nrs  Narssarsuaq            61.16 N 45.42 W  66 m
  sfjd Soendre Stroemfjord    67.00 N 50.62 W 328 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.


cop
22 mar    ip    03 03 44.2  1.0 s    37nm  
23 mar    ipd   21 50 16.9  0.9 s    71nm  is    54 45.5  lz 16s 1800nm  
23 mar    ep    23 49 14.7                 es    53 35.2  lz 18s  220nm  
26 mar    ip    15 59 43.2                 i     05 41.0  is    15 03.1  
                                           lz 21s 1000nm  
28 mar    ep    16 22 15.4  0.9 s   790nm  is    32 45.6  lz 20s  770um  
28 mar    ip    18 43 24.7  0.9 s   120nm  
28 mar    ep    19 15 00.3  1.0 s    43nm  
28 mar    ip    23 25 54.2  0.8 s    44nm  

dag 
20 mar    ipc   23 04 26.9  0.4 s    20nm  e     05 24.6  
21 mar    ep    12 37 00    1.1 s    18nm  e    12 40 27    
23 mar    ipd   21 53 10.0  1.0 s    23nm  
24 mar    epd   06 28 56.6  0.7 s  4800pm  
24 mar    epd   08 00 04.1  1.3 s    12nm  e     02 17.0  
24 mar    epc   17 13 51.7  0.7 s    12nm  
25 mar    ipd   01 17 46.1  0.7 s    12nm  i     21 20.3  lz 20s 2100nm  
25 mar    ipd   13 45 47.0  0.8 s  5200pm  
25 mar    ep    23 42 50    
26 mar    ep    15 54 50    
26 mar    ep    16 54 19    
27 mar    ipc   08 16 10.2  0.7 s  4800pm  
27 mar    ep    18 07 58    
28 mar    ipc   00 13 23.5  0.9 s  6700pm  

mud
22 mar    ep    03 03 48.5  0.7 s  6300pm  i     04 06.2  
22 mar    ipd   09 50 09.6  0.6 s    22nm  
23 mar    ep    13 28 47.4                 e     28 59.0  is    29 22.5  
                                           i     29 24.5  
23 mar    ipd   21 50 35.5  1.2 s   110nm  i     50 51.0  is    55 46.5  
                                           lz 17s 5500nm  
23 mar    epc   23 49 29.7  0.9 s    10nm  es    54 36.5  lz 17s  550nm  
24 mar    ip    03 31 39.5  1.0 s    10nm  
24 mar    ip    06 30 20.8  0.9 s    12nm  
24 mar    ep    13 43 33.3  
25 mar    ipc   01 17 13.5  0.7 s    34nm  is    27 28.4  lz 20s 1100nm  
25 mar    ip    13 45 25.5  0.9 s    22nm  

bsd
22 mar    ip    03 03 22.5  0.6 s  9800pm  i     03 31.5  
22 mar    ipc   09 49 49.4  0.9 s    28nm  i     50 00.8  
22 mar    ipd   17 34 51.8  0.9 s    11nm  i     34 56.1  
23 mar    ep    11 37 44.3  1.0 s    27nm  
23 mar    ip    13 28 22.0                 is    28 38.5  
23 mar    ip    16 52 46.0                 i     52 49.3  is    53 32.1  
23 mar    ipd   21 50 00.5  0.9 s    98nm  i     50 17.2  is    54 17.5  
                                           lz 17s 3200nm  
23 mar    ep    23 48 53.6  0.9 s    24nm  is    53 09.6  lz 16s  340nm  
24 mar    ip    06 30 15.5                 e     30 38.9  
24 mar    ipd   18 50 13.8  0.5 s  5300pm  
26 mar    ipc   04 41 51.8  0.5 s    11nm  
26 mar    ep    15 59 27.9                 is    05 41.0  i     08 37.6  
                                           i     14 41.6  lz 21s 1700nm  
28 mar    epd   16 22 25.3  1.1 s  1700nm  is    32 32.6  lz 19s  880um  
28 mar    ep    17 50 47.8  
28 mar    ip    18 43 17.5  0.9 s    98nm  
28 mar    ip    19 01 15.0  
28 mar    ipd   19 14 52.5  1.0 s    48nm  
28 mar    ip    23 25 34.0  0.8 s    62nm  i     25 46.1  
28 mar    ep    23 49 51.9  0.7 s    16nm  e     50 03.3  

sfjd
22 mar    ip    07 50 58.5  0.6 s    11nm  
22 mar    ep    18 54 18.1                 es    54 38.1  
22 mar    ip    21 13 08.6  0.9 s    19nm  
22 mar    ep    21 49 20.9  
23 mar    ip    09 58 30.7  0.7 s    13nm  
23 mar    ip    14 52 27.0  1.0 s    20nm  
24 mar    ep    00 51 30.0                 es    51 58.6  
24 mar    ip    01 35 25.9                 is    36 33.7  i     37 00.3  
24 mar    ip    02 45 05.4  0.7 s  9000pm  
24 mar    ep    03 31 56.1  0.9 s    18nm  
24 mar    ep    10 02 34.1  0.5 s  8800pm  
24 mar    ep    12 56 55.0  0.7 s  5400pm  
25 mar    ip    01 23 06.0  0.5 s  8400pm  i     30 40.7  i     32 15.9  
                                           is    37 50.0  lz 22s 1800nm  
25 mar    ip    11 11 38.1  0.7 s    14nm  
25 mar    ip    13 47 03.3  0.9 s    19nm  i     47 23.4  
26 mar    ip    06 44 30.1                 es    44 55.2  ilg   44 59.3  
26 mar    ip    12 21 47.7                 is    22 44.4  
27 mar    ip    06 43 44.0  1.0 s    21nm  
28 mar    ip    00 12 44.4  0.9 s    11nm  
28 mar    ip    04 14 04.6                 es    14 27.7  ilg   14 30.5  
28 mar    ip    16 24 05.9  1.1 s   130nm  i     28 26.9  i     38 17.8  
                                           i     44 08.0  lz 22s 1200um  
28 mar    ip    22 15 11.2                 i     15 12.0  is    15 33.4  
++