Bul6027




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 07 04

                                                   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
27 jun    ip    02 50 53.8  0.7 s    24nm  i     52 40.2  lz 23s 2100nm  
27 jun    ipd   03 17 43.2  0.8 s   510nm  i     20 30.7  
27 jun    ip    13 15 55.0                 is    26 26.5  i     26 49.4  
                                           lz 20s 2100nm  
27 jun    ip    18 19 28.7  1.2 s    76nm  lz 21s 3200nm  
28 jun    ip    21 10 07.2  0.7 s    61nm  i     11 53.4  es    16 25.5  
                                           lz 21s 1100nm  

dag 
27 jun    ipdu  13 14 33.7  0.8 s    13nm  lz 18s 4800nm  ln 19s 5800nm  
                                           le 17s 4200nm  
27 jun    epc   15 21 04.1  0.5 s  4200pm  
27 jun    ipd   17 25 44.9  0.8 s  3700pm  
27 jun    epcr  18 20 10.2  0.9 s  3400pm  lz 19s 8300nm  ln 19s 4400nm  
                                           le 18s 4700nm  
27 jun    ipd   19 30 34.4  0.9 s  4200pm  
28 jun    ipc   05 25 48.1  0.8 s  3000pm  
28 jun    ipd   21 12 19.2  0.5 s    11nm  lz 20s 2100nm  ln 20s 1600nm  
                                           le 21s 2000nm  
29 jun    epd   08 10 00.8  0.5 s  2800pm  
29 jun    ipd   14 17 00.4  0.7 s  4100pm  
29 jun    ipc   16 49 23.0  0.6 s  4000pm  
29 jun    epc   20 10 46.4  1.1 s  3800pm  
30 jun    epc   01 37 42.7  0.9 s  4200pm  
30 jun    epcu  02 45 21.9  0.6 s  5300pm  lz 19s 3200nm  le 18s 2600nm  
30 jun    epc   14 00 45.0  0.5 s  2100pm  
30 jun    epd   19 41 53.8  0.7 s  4800pm  
30 jun    epc   23 27 00.5  0.8 s  3700pm  
30 jun    ipd   23 38 44.9  0.7 s    32nm  
 1 jul    epd   11 50 26.8  0.5 s  2800pm  
 1 jul    ipdu  19 43 42.0  0.7 s  2700pm  lz 23s 2300nm  ln 22s 1900nm  
                                           le 24s  310nm  
 1 jul    epd   23 28 48.7  0.7 s  1400pm  
 2 jul    epdr  04 03 00.6  0.8 s    22nm  lz 20s 1700nm  ln 22s 2100nm  
                                           le 18s 1600nm  
 2 jul    ep    17 07 02.2                 lz 23s 2700nm  ln 23s 2100nm  
                                           le 18s  820nm  
 2 jul    ipd   17 29 26.4  0.6 s  3300pm  
 2 jul    ep    18 38 50.0  
 2 jul    epd   18 45 16.4  0.8 s  4500pm  

mud
27 jun    ip    02 50 55.4  1.0 s    57nm  e     52 38.1  is    00 09.3  
27 jun    ipd   03 17 42.0  0.9 s   760nm  i     20 29.9  
27 jun    ip    03 28 40.4  1.1 s    42nm  lz 19s 3800nm  
27 jun    ip    13 15 46.5                 is    26 16.6  lz 20s 5600nm  
27 jun    ep    18 19 38.3  1.2 s    74nm  i     23 11.7  is    29 47.2  
                                           i     39 06.5  lz 18s 6100nm  
27 jun    ipd   19 31 14.4  1.3 s   220nm  
28 jun    epc   21 10 20.9  0.9 s   100nm  i     12 13.9  es    16 44.0  
                                           i     20 17.3  lz 19s 3800nm  
29 jun    ep    20 10 54.4  1.5 s    37nm  
30 jun    ep    02 47 45.1  
30 jun    ipc   23 40 04.6  0.9 s    55nm  lz 19s  700nm  
 1 jul    ipc   19 46 02.5  1.1 s    42nm  is    55 31.1  lz 20s  620nm  
 2 jul    ep    03 17 09.0  1.0 s    11nm  
 2 jul    ipc   04 05 23.5  1.2 s    39nm  i     14 52.2  lz 18s 1200nm  
 2 jul    ip    17 09 23.1  1.2 s    37nm  
 2 jul    ipc   17 31 47.6  0.9 s    28nm  lz 19s  740nm  
 2 jul    ipd   18 38 07.9  1.3 s    42nm  
 2 jul    ipc   19 45 22.4  1.2 s    36nm  es    50 09.1  i     56 01.0  
                                           lz 17s  410nm  
 2 jul    ip    20 08 31.4  0.9 s    17nm  
 3 jul    ip    02 49 44.2                 i     56 57.8  i     57 33.6  
                                           lz 22s  350nm  
 3 jul    ipd   13 59 08.8  1.3 s   140nm  

bsd
24 jun    ip    14 53 34.8                 is    54 14.9  
24 jun    ip    15 40 45.7                 is    41 27.3  
24 jun    ep    17 01 34.6                 e     06 08.6  is    08 45.4  
                                           lz 18s  500nm  
24 jun    ip    21 28 45.9  0.9 s    28nm  i     32 21.2  is    39 22.3  
                                           i     40 17.2  lz 19s 5600nm  
24 jun    ip    23 55 12.9  0.6 s    24nm  
26 jun    ep    02 10 52.4  
26 jun    ipd   02 10 52.5  0.5 s    27nm  i     11 03.9  e     13 38.9  
                                           i     20 31.0  lz 23s  430nm  
27 jun    ip    11 41 37.7                 i     41 38.9  es    41 52.5  
                                           i     41 54.7  
27 jun    ipc   13 16 00.3                 i     19 29.3  es    26 46.1  
                                           lz 20s 3800nm  
27 jun    ep    18 19 20.4  0.8 s    52nm  is    29 07.8  lz 18s 6200nm  
27 jun    ipd   19 31 14.8  1.3 s   210nm  
28 jun    ipc   21 09 50.4  0.7 s   130nm  i     11 36.1  is    15 54.6  
                                           lz 19s 2900nm  
29 jun    ep    16 49 30.5  0.7 s    10nm  
29 jun    ip    16 51 06.0  0.7 s  9000pm  
30 jun    ip    02 47 56.3  0.7 s    15nm  i     51 32.6  lz 19s  620nm  
30 jun    ep    05 46 36.2  1.5 s    16nm  
30 jun    ipc   23 39 58.8  0.9 s   120nm  lz 20s  390nm  
 1 jul    ipc   19 46 07.0  0.5 s    17nm  is    55 34.2  lz 20s  820nm  
 3 jul    ip    01 47 24.6                 is    47 31.9  
 3 jul    ip    02 27 43.8                 is    27 49.9  
 3 jul    ip    03 32 45.8                 is    33 27.0  
 3 jul    ep    11 56 12.9                 es    56 18.3  i     56 19.6  
 3 jul    ipd   13 59 10.4  0.9 s   140nm  

sfjd
27 jun    ep    18 21 15.2                 i     53 37.8  lz 20s 4600nm  
28 jun    ep    08 57 17.8                 is    57 41.3  
28 jun    ipc   21 13 30.9  1.6 s   110nm  is    22 50.0  lz 21s 1900nm  
29 jun    ip    01 20 24.1  0.9 s    15nm  
29 jun    epd   08 12 34.4  0.7 s    16nm  
29 jun    ip    13 50 50.4                 is    51 06.2  
29 jun    ip    14 26 44.0                 es    27 13.9  is    27 21.4  
29 jun    ipd   20 09 15.1  0.9 s    44nm  lz 17s  210nm  
30 jun    ipc   02 48 09.9  1.4 s    27nm  is    52 13.6  lz 19s 1800nm  
30 jun    ip    14 22 54.3                 is    23 22.7  
30 jun    ep    14 37 59.5                 es    38 21.7  elg   38 25.5  
30 jun    ipc   23 39 47.0  1.0 s    26nm  
 1 jul    ip    19 44 12.8  1.0 s    18nm  
 1 jul    ep    20 08 32.2                 es    09 29.8  lz 20s  870nm  
 2 jul    ipd   04 03 41.8  1.2 s    42nm  es    11 44.8  lz 18s 1300nm  
 2 jul    ip    17 07 32.7  0.6 s    14nm  i     11 08.9  is    15 22.0  
                                           lz 18s  880nm  
 2 jul    ip    17 29 57.6  0.6 s    11nm  lz 18s 1000nm  
 3 jul    ep    11 08 40.0  0.6 s  8500pm  
 3 jul    ip    12 42 33.6                 i     42 42.3  is    43 37.7  
                                           ilg   44 07.3  
 3 jul    ipc   14 02 19.4  0.9 s    22nm  
++