Bul7010




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    2007 03 08

                                                   ISSN     1395 - 8259


               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
  sco  Scoresbysund          (DK)   70.48 N 21.95 W  69 m
  nrs  Narssarsuaq           (DK)   61.16 N 45.42 W  66 m
  sfjd Soendre Stroemfjord   (IU)   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
28 feb    ep    23 32 56.7                 is    42 49.4  i     49 06.1  
                                           lz 18s 1900nm  
 1 mar    ep    02 13 26.9  1.0 s    39nm  
 1 mar    ep    23 20 44.2  0.8 s    24nm  is    28 02.3  lz 19s 4100nm  
 2 mar    ipc   09 25 26.6  0.9 s   100nm  
 2 mar    ep    11 20 39.3  
 4 mar    ep    11 30 54.4                 is    40 13.9  i     43 22.3  
                                           lz 16s  200nm  

dag 
28 feb    epd   19 45 10.4  0.9 s    17nm  
28 feb    epd   23 32 25.8  1.5 s    78nm  i     34 49.5  lz 17s 4800nm  
 1 mar    ipd   02 14 06.0  0.7 s    14nm  
 1 mar    ipd   15 29 06.6  0.3 s  9100pm  
 1 mar    epc   23 11 06.7  0.8 s    10nm  e     13 42    
 1 mar    ipd   23 20 59.1  1.2 s    64nm  lz 17s 4400nm  ln 20s 2700nm  
                                           le 20s 2600nm  
 2 mar    ipc   17 53 10.0  0.2 s    67nm  
 2 mar    epd   20 24 19.6  0.4 s  3400pm  
 3 mar    ep    16 47 06    
 3 mar    epc   17 31 26.9  0.4 s  1700pm  
 3 mar    ep    18 06 53    
 3 mar    ipc   18 20 25.1  1.2 s    52nm  
 3 mar    ipc   20 22 12.7  0.6 s  6700pm  
 3 mar    epd   21 11 51.5  0.8 s  8200pm  
 4 mar    ep    11 34 18    
 4 mar    ipc   22 47 24.1  0.7 s    23nm  
 5 mar    ep    07 30 44    
 5 mar    ep    23 36 24    
 6 mar    epd   04 03 06.3  0.6 s  2700pm  e     07 06    lz 23s   23um  
 6 mar    epc   06 02 54.2  0.9 s    13nm  lz 22s   19um  

mud
28 feb    ep    13 26 37.2                 es    27 16.5  
28 feb    ep    23 32 58.6                 is    42 40.9  lz 19s 4500nm  
 1 mar    ip    02 13 36.1  1.1 s    51nm  
 1 mar    ip    23 20 35.3  1.1 s    46nm  i     21 50.8  is    27 45.3  
                                           lz 21s 6200nm  
 2 mar    ep    08 38 37.6                 is    39 03.3  
 2 mar    ip    09 25 25.5  0.5 s   120nm  
 2 mar    ip    11 20 46.9                 is    21 04.7  
 4 mar    ep    11 33 50.2  1.1 s    12nm  is    39 55.2  i     42 49.6  
                                           lz 19s 1400nm  
 5 mar    ip    00 01 41.2  1.2 s    97nm  

bsd
27 feb    ep    19 12 17.1                 is    12 29.7  
27 feb    ip    20 26 53.3                 is    27 19.6  
28 feb    ep    13 29 04.5                 is    29 41.8  is    29 53.0  
28 feb    ep    23 32 58.2                 is    42 44.3  lz 18s 3200nm  
 1 mar    ip    02 13 18.4  1.0 s    56nm  i     13 34.1  
 1 mar    ipc   23 20 56.1  1.2 s    53nm  is    28 21.2  lz 19s 7000nm  
 2 mar    ipc   00 07 26.5  0.4 s  4400pm  
 2 mar    ep    08 39 48.6                 es    40 12.5  
 2 mar    ip    09 25 24.9  0.7 s   190nm  i     33 17.8  
 2 mar    ip    11 21 01.1                 is    21 32.2  
 4 mar    ep    11 34 10.9  1.1 s    28nm  es    40 35.8  i     43 45.2  
                                           lz 19s 1300nm  
 4 mar    ep    23 47 50.8  1.4 s    27nm  
 5 mar    ipd   00 01 41.9  1.0 s    84nm  
 5 mar    epc   18 44 01.1  1.2 s    90nm  
 5 mar    ip    22 34 48.8  0.3 s  2000pm  

sfjd
 2 mar    ip    01 50 25.6                 is    51 22.6  
 2 mar    ip    02 22 21.1                 is    22 34.0  
 2 mar    ip    09 55 14.6                 is    55 43.5  
 2 mar    ip    10 45 15.4                 is    46 10.4  
 2 mar    ip    23 10 07.9                 is    11 04.3  
 3 mar    ip    00 32 50.9                 is    32 53.7  
 3 mar    ip    03 09 07.5                 is    09 08.3  
 3 mar    ep    03 43 15.9                 is    43 35.2  
 3 mar    ip    09 21 33.6                 is    21 35.4  
 3 mar    ep    10 40 55.1                 is    41 05.5  
 3 mar    ep    17 57 06.9                 is    57 16.3  
 3 mar    ip    18 21 24.3  1.2 s    23nm  
 3 mar    ip    21 48 38.5                 is    49 07.9  e     49 57.7  
 3 mar    ip    22 29 45.6  0.8 s    15nm  
 4 mar    ep    01 25 54.3                 i     25 54.9  is    25 59.8  
 4 mar    ep    06 35 09.8                 i     35 10.8  es    35 21.9  
 4 mar    ip    10 46 55.4                 is    46 56.2  
 4 mar    ep    11 36 20.3                 is    38 29.2  lz 17s 1100nm  
 4 mar    ep    20 00 35.5                 es    01 06.7  
 4 mar    ip    20 46 19.0                 is    46 31.6  
 4 mar    ip    23 08 17.3                 is    08 23.0  
 5 mar    ep    00 01 02.9  0.5 s  5500pm  
 5 mar    ep    04 22 29.5  
 5 mar    ip    06 22 41.6                 is    23 37.4  
 5 mar    ep    11 44 10.5                 es    44 21.8  
 5 mar    ip    19 27 37.8                 is    27 47.4  
 5 mar    ip    22 29 19.7                 is    30 32.6  is    31 05.0  
 5 mar    ip    23 57 52.0                 is    57 53.0  
++