Bul6026




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    2006 06 28

                                                   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
20 jun    ep    10 13 12.8                 es    22 19.3  lz 16s  720nm  
21 jun    ip    12 46 55.8  1.2 s    57nm  is    56 52.4  i     57 45.2  
                                           lz 16s  860nm  
22 jun    ipc   11 04 29.5  0.6 s    91nm  i     08 59.0  i     14 31.8  
                                           lz 20s  810nm  
23 jun    ip    12 30 19.7  1.0 s    27nm  e     32 55.2  lz 18s  200nm  
24 jun    ep    17 01 46.4                 is    08 59.0  lz 18s  140nm  
24 jun    ip    21 29 01.9                 i     33 08.1  is    39 28.1  
                                           i     40 30.6  lz 20s 2900nm  
24 jun    ep    23 55 16.6  1.2 s    26nm  
26 jun    ip    02 10 52.4  0.6 s    14nm  e     11 01.4  is    20 26.7  
                                           lz 25s  120nm  

dag 
19 jun    ep    20 58 58    
20 jun    ipc   10 10 23.3  1.3 s    35nm  
21 jun    ep    01 34 58                   i     36 08.0  
21 jun    ep    03 31 29    
21 jun    epc   12 47 40.5  0.7 s    10nm  
21 jun    ep    23 47 52.8  1.2 s  4700pm  
22 jun    ipd   11 02 51.1  1.3 s   270nm  
23 jun    ipd   06 31 07.3  0.7 s  2700pm  
23 jun    ep    11 15 05    
23 jun    epc   12 11 55.3  0.6 s  2000pm  
23 jun    ipd   12 27 56.4  0.6 s    19nm  
24 jun    epc   17 03 45.0  0.7 s  4800pm  
24 jun    ipc   19 26 22.1  0.7 s  4100pm  
24 jun    epd   21 28 44.7  1.0 s  5000pm  lz 20s 4300nm  ln 20s 3800nm  
24 jun    ipd   23 53 39.0  0.8 s  4500pm  
25 jun    epd   02 23 40.1  0.5 s  2800pm  
25 jun    ep    17 23 29    
26 jun    epd   02 08 25.8  0.5 s  4200pm  
26 jun    epd   09 53 15.9  0.8 s  2200pm  
26 jun    ep    10 09 07    
26 jun    epc   19 50 29.2  0.8 s  3000pm  
26 jun    ipd   23 23 48.0  0.7 s  9600pm  
27 jun    ipcr  02 48 32.2  1.4 s    51nm  lz 19s   11um  ln 19s   14um  
                                           le 18s   10um  
27 jun    ipc   03 17 03.5  0.7 s    51nm  

mud
20 jun    ep    10 13 05.7                 is    22 15.9  i     29 48.4  
                                           lz 18s 3200nm  
21 jun    ep    12 47 05.7  1.2 s    80nm  lz 18s 3200nm  
22 jun    ipc   11 04 31.3  0.6 s    56nm  i     13 48.6  e     14 43.8  
                                           lz 19s  550nm  
23 jun    ip    12 30 18.3                 i     34 42.4  lz 17s  330nm  
24 jun    ip    02 54 01.1  
24 jun    ip    17 01 58.0  1.0 s    19nm  is    09 43.4  lz 19s  460nm  
24 jun    ip    21 28 54.8                 i     33 15.6  is    39 35.4  
                                           lz 20s 6400nm  
24 jun    ip    22 50 27.8  0.8 s  7400pm  
24 jun    ip    23 55 15.3  1.1 s    11nm  
26 jun    ip    02 10 48.2  0.6 s    15nm  i     10 57.8  is    20 20.5  
                                           lz 22s  310nm  

sco
 5 jun    ip    23 28 46.6  1.0 s  4400pm  
 6 jun    ip    03 40 28.9  0.6 s  4900pm  
 6 jun    ep    17 11 56.0  0.7 s  4000pm  
 6 jun    ip    17 13 19.4                 is    13 25.6  e     14 05.9  
                                           es    14 10.5  
 7 jun    ip    02 38 18.3  0.7 s    16nm  
 7 jun    ep    11 10 08.7  0.6 s  9000pm  

sfjd
20 jun    ip    08 31 52.5                 is    32 23.2  i     32 25.7  
20 jun    ip    08 37 55.8  1.0 s    36nm  
20 jun    ipc   10 09 45.8  1.2 s    45nm  is    15 58.3  i     19 01.3  
                                           lz 19s 9900nm  
20 jun    ip    12 25 16.6                 i     25 23.6  is    26 30.3  
20 jun    ipd   14 11 11.5  0.8 s    17nm  
20 jun    ep    16 35 10.9                 es    36 10.5  
20 jun    ipc   17 04 56.7  0.9 s    44nm  
20 jun    ep    21 26 49.7  0.9 s    13nm  
21 jun    ip    09 47 26.5                 es    47 53.1  i     47 55.1  
21 jun    ip    12 48 50.0                 i     52 06.0  e     53 18.6  
22 jun    ep    01 41 07.9  0.9 s    16nm  
22 jun    ip    10 28 23.6                 es    28 50.5  
22 jun    ipc   11 03 52.1  0.9 s   360nm  is    12 32.0  i     13 37.2  
                                           lz 22s  800nm  
23 jun    ip    12 28 32.5  1.0 s    53nm  
23 jun    ep    16 29 03.1                 es    29 06.1  
24 jun    ep    04 42 29.6  0.7 s    15nm  
24 jun    ep    22 48 35.6  0.8 s    25nm  
26 jun    ep    00 10 34.6                 is    10 50.0  
26 jun    ep    11 22 35.8                 is    22 56.8  
++