Bul5005




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 02 03

                                                   ISSN     1395 - 8259


               PRELIMINARY SEISMOGRAM READINGS

                    from Danish network:

  cop Copenhagen             55.68 N 12.43 E 13 m
  mud Moensted Underground   56.46 N  9.17 E 12 m
  dag Danmarkshavn           76.77 N 18.65 W 30 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

  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
25 jan    ip    16 50 06.4  1.3 s   100nm  is    54 52.2  i     55 04.1  
                                           lz 16s 3600nm  
25 jan    ep    22 30 30.7  0.9 s    46nm  lz 20s  240nm  
26 jan    ip    11 01 30.1                 es    02 05.1  
26 jan    ep    17 42 35.4  0.9 s    38nm  lz 18s  430nm  
26 jan    ep    22 13 17.5  0.9 s    20nm  is    23 28.5  
26 jan    ep    22 58 59.6  0.9 s    35nm  lz 18s 1600nm  
27 jan    ip    04 10 43.9  0.7 s    42nm  
27 jan    ep    04 14 47.5  1.0 s    29nm  
27 jan    ip    07 08 59.2  0.7 s    47nm  
27 jan    ip    07 47 45.7  0.6 s    26nm  lz 19s  530nm  
27 jan    ep    11 59 39.8  0.9 s    42nm  lz 20s  470nm  
27 jan    ipc   17 52 49.8  0.7 s    47nm  
27 jan    ep    20 57 18.4  0.9 s    33nm  
27 jan    ip    21 03 10.9  
27 jan    ip    22 52 48.7  0.6 s    36nm  
27 jan    ep    23 08 48.0  0.9 s    36nm  
27 jan    ep    23 32 08.6  0.8 s    29nm  
28 jan    ipc   00 22 38.7  0.8 s    72nm  
28 jan    ep    01 02 21.9  0.7 s    26nm  
28 jan    ep    01 48 18.2  
28 jan    ep    02 35 14.9  
28 jan    ipd   02 35 15.5  1.0 s    31nm  
28 jan    ep    02 41 02.2  
28 jan    ip    03 43 25.8  0.7 s    38nm  
28 jan    ep    06 22 45.3  
28 jan    ep    18 01 25.0  0.6 s    13nm  
28 jan    ep    22 41 45.7  
28 jan    ip    22 47 42.3  1.1 s    31nm  
29 jan    ip    03 50 08.7  0.9 s    40nm  
29 jan    ep    18 33 07.4  
29 jan    ipc   18 33 10.0  0.5 s    23nm  
29 jan    ep    19 18 47.5  1.1 s    33nm  
29 jan    ip    20 14 01.0  0.7 s    54nm  
29 jan    ep    20 40 29.7  0.7 s    31nm  
29 jan    ep    22 15 43.7  0.8 s    31nm  
30 jan    ep    08 28 37.2  
30 jan    ep    09 01 40.9  0.6 s    33nm  
30 jan    ipd   15 45 14.7  0.8 s    59nm  i     45 19.9  
30 jan    ep    16 26 53.2  0.8 s    30nm  

dag
25 jan    ep    16 52 44    1.0 s    53nm  lz 20s 5400nm  ln 21s 3300nm  
                                           le 20s 3300nm  
25 jan    ep    19 03 35    0.4 s  5100pm  
25 jan    ep    22 28 33    0.9 s  6700pm  
26 jan    ep    22 13 51                   lz 18s 7000nm  ln 19s 3500nm  
                                           le 18s 5500nm  
26 jan    epd   22 59 43.2  1.0 s  2000pm  
27 jan    epc   04 08 06.2  1.1 s  3800pm  
27 jan    epc   04 11 27.5  0.7 s  3400pm  
27 jan    epc   05 35 03.1  1.0 s  6000pm  
27 jan    epc   07 09 41.2  1.0 s  6000pm  
27 jan    epd   08 31 51.8  0.6 s  2000pm  
27 jan    ep    08 55 02    
27 jan    ep    09 24 16    0.7 s  1400pm  
27 jan    epd   11 56 48.4  0.9 s  2500pm  
27 jan    ep    17 11 35    
27 jan    epd   17 53 31.7  1.0 s    10nm  
27 jan    ep    19 05 23    0.9 s  2500pm  
27 jan    epd   20 22 46.3  1.2 s  6200pm  
27 jan    epc   21 13 19.5  1.6 s    10nm  
27 jan    epc   22 53 29.1  0.9 s  5000pm  
28 jan    ipc   00 26 06.6  0.7 s  2700pm  
28 jan    epd   03 44 09.8  0.8 s  2200pm  
28 jan    ep    05 08 11    0.9 s  4200pm  
28 jan    ep    06 23 05                   e     26 06    
28 jan    ipd   08 34 06.4  1.0 s  7000pm  
28 jan    ipc   09 38 53.7  1.0 s  8000pm  
28 jan    epc   12 05 47.9  1.3 s    12nm  
28 jan    ipc   14 02 00.5  0.6 s    31nm  i     03 00.9  
28 jan    ep    15 59 19    0.8 s  5200pm  
28 jan    ipd   16 59 36.7  0.5 s    18nm  
29 jan    ipc   05 56 30.9  1.7 s    38nm  
29 jan    ep    13 23 52    
29 jan    ipd   16 44 54.9  0.9 s    12nm  
30 jan    ipc   07 19 23.7  1.2 s    33nm  
30 jan    ipc   15 45 57.7  0.8 s  3700pm  
30 jan    epd   16 32 14.1  1.0 s  4000pm  
31 jan    epc   01 13 36.0  1.1 s    14nm  
31 jan    ipd   09 49 58.9  0.9 s    36nm  
31 jan    epd   12 42 14.1  0.8 s  2200pm  
31 jan    epc   14 15 36.9  1.0 s  3000pm  
31 jan    epc   16 07 42.7  0.8 s  1500pm  
31 jan    ep    20 31 51    
 1 feb    ipd   14 07 10.0  1.4 s    19nm  
 1 feb    epd   14 28 46.0  0.7 s  3400pm  
 2 feb    epd   01 42 54.6  1.3 s    19nm  
 2 feb    ipc   02 43 00.6  0.7 s  5500pm  

mud
25 jan    ep    13 34 33.4                 es    35 16.0  
25 jan    ep    16 49 48.2  
25 jan    ip    16 50 22.4  0.9 s    53nm  is    56 02.8  is    56 04.9  
                                           lz 18s 6200nm  
25 jan    ep    22 30 46.5  0.6 s    16nm  
26 jan    ep    11 02 17.2                 es    02 58.7  
26 jan    ip    17 02 44.1  0.7 s    15nm  
26 jan    ip    17 42 39.1  1.0 s    84nm  es    52 42.9  lz 20s  570nm  
26 jan    ip    20 20 19.5  0.6 s  6800pm  
26 jan    ip    22 13 19.0  1.1 s    22nm  is    23 47.2  
26 jan    ip    22 59 09.9  0.9 s    36nm  lz 17s 2900nm  
26 jan    ip    23 55 32.5  1.2 s    11nm  
27 jan    ipc   04 10 54.7  0.8 s    39nm  
27 jan    ep    04 14 59.3  
27 jan    ip    05 15 26.6  0.9 s    13nm  
27 jan    ep    05 34 30.3  0.9 s    35nm  
27 jan    ep    05 47 07.5  0.9 s    13nm  
27 jan    ipc   07 09 08.5  1.0 s    80nm  lz 18s 1100nm  
27 jan    ipd   08 31 18.6  0.9 s    40nm  
27 jan    ep    08 54 34.7  1.3 s    53nm  
27 jan    ipc   11 59 51.6  0.9 s    69nm  lz 18s 1100nm  
27 jan    ep    13 38 46.4  1.1 s    27nm  
27 jan    ep    14 09 17.3  0.9 s    46nm  
27 jan    ip    15 40 03.2  
27 jan    ep    17 11 06.6  1.1 s    64nm  es    21 15.7  
27 jan    ep    17 37 16.2  1.0 s    28nm  
27 jan    ipc   17 53 03.3  1.0 s   100nm  lz 18s 1400nm  
27 jan    ep    19 04 51.3  1.2 s    67nm  
27 jan    ip    19 32 30.5  0.6 s  9900pm  
27 jan    ep    19 43 19.7  
27 jan    ip    19 52 45.7  0.9 s    20nm  
27 jan    ep    20 22 28.6  0.9 s    13nm  
27 jan    ip    20 29 48.9  0.9 s    12nm  
27 jan    ipd   20 57 28.0  
27 jan    ep    21 03 21.9  0.8 s    21nm  
27 jan    ip    21 17 16.3  0.9 s    14nm  
27 jan    ip    21 44 37.0  0.9 s    16nm  
27 jan    ep    22 00 07.9  0.9 s    21nm  
27 jan    ep    23 32 19.8  
27 jan    ipd   23 39 13.0  1.0 s    48nm  
27 jan    ip    23 52 59.8  0.8 s    16nm  
27 jan    ip    23 59 09.6  0.9 s    12nm  
28 jan    ip    00 22 54.6  0.8 s    25nm  lz 19s  420nm  
28 jan    ip    01 02 32.1  0.6 s    11nm  
28 jan    ip    01 13 38.7  0.8 s    19nm  
28 jan    ip    01 48 29.2  0.8 s    21nm  
28 jan    ip    01 55 47.1  
28 jan    ep    01 58 57.8  1.0 s    24nm  
28 jan    ip    02 35 25.8  1.2 s    51nm  
28 jan    ip    02 41 11.1  0.9 s    29nm  
28 jan    ip    03 21 02.1  1.3 s    24nm  
28 jan    ip    03 43 37.0  0.9 s    38nm  
28 jan    ip    04 47 04.0  0.8 s    20nm  
28 jan    ep    05 18 54.5  1.2 s    39nm  
28 jan    ip    06 22 44.9  1.0 s    52nm  
28 jan    ip    06 25 36.8  1.1 s    63nm  
28 jan    ip    08 01 31.7  0.9 s    45nm  
28 jan    ipc   12 49 28.0  1.1 s    60nm  
28 jan    ip    18 01 56.4  1.0 s    46nm  
28 jan    epd   19 31 09.8  1.3 s    52nm  
28 jan    ep    22 41 18.9  
28 jan    ipc   22 47 37.8  0.9 s    27nm  
28 jan    ip    23 44 22.5  1.0 s    30nm  
29 jan    ep    02 02 35.4  0.9 s    16nm  
29 jan    ip    03 07 42.6  0.6 s  6600pm  
29 jan    ipc   03 50 13.7  1.2 s    62nm  
29 jan    ipd   05 39 01.4  1.0 s    41nm  
29 jan    ipc   05 55 57.5  1.1 s    66nm  
29 jan    ipc   06 23 13.0  1.1 s    30nm  
29 jan    ep    16 49 09.8  0.9 s    26nm  
29 jan    ip    18 33 19.8  0.6 s    11nm  
29 jan    ip    18 50 05.1  1.0 s    24nm  i     50 14.2  
29 jan    ep    19 18 36.7  1.0 s    17nm  
29 jan    ipd   20 14 05.8  0.8 s    20nm  i     14 11.9  
29 jan    ip    20 40 37.3  0.8 s    26nm  
29 jan    ep    21 11 27.6  0.8 s    12nm  
29 jan    ep    22 15 49.8                 i     16 05.0  
29 jan    ip    23 48 13.9  0.9 s    17nm  i     48 19.7  
30 jan    ip    00 46 25.8  1.0 s    27nm  
30 jan    ip    02 37 53.8  1.1 s    33nm  
30 jan    ip    02 47 26.7  1.2 s    24nm  
30 jan    ip    03 56 21.6  1.1 s    35nm  
30 jan    ipc   08 28 08.2  1.1 s    94nm  
30 jan    ip    09 01 53.2  1.1 s    45nm  
30 jan    ipd   15 45 25.1  0.8 s    52nm  i     45 30.8  
30 jan    ep    16 29 12.1  1.2 s    90nm  
30 jan    ip    21 51 14.3  1.1 s    46nm  

bsd
25 jan    ip    05 32 26.2                 es    32 36.8  
25 jan    ip    12 19 53.1                 is    20 15.2  
25 jan    ep    13 33 58.4                 i     33 59.5  is    34 14.7  
25 jan    ipd   16 49 49.5  0.7 s    42nm  is    54 33.6  lz 19s 5200nm  
25 jan    ipc   19 05 26.4  0.6 s    31nm  
25 jan    ip    22 30 46.3  0.9 s    51nm  i     31 09.0  lz 17s  320nm  
26 jan    ip    11 02 21.6                 is    02 57.0  
26 jan    ep    17 02 22.5  1.1 s    35nm  
26 jan    ep    17 42 19.2  0.9 s    38nm  lz 19s 1200nm  
26 jan    ep    20 20 11.5  
26 jan    ep    22 13 15.9  0.8 s    17nm  is    23 10.4  
26 jan    ipd   22 58 51.9  0.9 s    33nm  lz 16s 2700nm  
26 jan    ipc   23 55 30.2  0.6 s    18nm  
27 jan    ip    04 10 35.0  0.7 s    41nm  
27 jan    ip    04 14 39.6  0.8 s    29nm  
27 jan    ipd   05 34 11.9  0.8 s    36nm  
27 jan    ip    07 08 47.7  1.2 s    95nm  
27 jan    ipd   07 37 52.3  0.8 s    34nm  
27 jan    ipd   07 47 37.2  1.1 s    60nm  lz 19s 1300nm  
27 jan    ep    08 30 58.4  1.1 s    42nm  
27 jan    ep    10 20 06.0  1.2 s    40nm  
27 jan    ipd   11 59 30.2  0.9 s    48nm  
27 jan    ip    12 23 52.7  1.0 s    51nm  
27 jan    ep    19 04 35.3  1.0 s    52nm  
27 jan    ep    19 32 11.5  0.7 s    26nm  
27 jan    ipc   20 21 54.8  0.6 s    57nm  
27 jan    ep    20 29 57.5  1.2 s    52nm  
27 jan    ep    21 44 17.3  0.8 s    34nm  
27 jan    ip    22 52 39.2  0.7 s    56nm  
27 jan    ipc   23 08 39.5  0.7 s    22nm  
28 jan    ip    00 22 26.2  0.7 s    50nm  
28 jan    ip    03 43 16.8  0.7 s    27nm  
28 jan    ip    06 22 26.0  1.0 s    58nm  
29 jan    ep    02 01 58.7  1.2 s    35nm  
29 jan    ip    03 07 23.8  0.6 s    18nm  e     07 36.9  
29 jan    ep    05 38 42.7  1.0 s    38nm  
29 jan    ip    05 55 37.3  1.0 s    69nm  
29 jan    ipc   06 22 53.5  0.8 s    27nm  
29 jan    ep    16 48 49.3  1.0 s    29nm  i     48 57.9  
29 jan    ipd   18 33 00.7  0.6 s    52nm  i     34 18.0  
29 jan    ip    18 49 47.9  0.6 s    14nm  
29 jan    ipc   20 13 46.6  0.8 s    17nm  i     13 51.9  
29 jan    ip    20 40 15.7  0.9 s    22nm  
29 jan    ip    22 16 04.7  0.7 s    10nm  
29 jan    ip    23 47 54.3  0.7 s    16nm  i     48 00.1  
30 jan    ep    00 46 07.0  1.0 s    27nm  
30 jan    ep    02 47 07.6  0.8 s    19nm  
30 jan    epc   08 28 09.2  0.9 s    66nm  
30 jan    ipd   09 01 34.9  0.6 s    31nm  
30 jan    ip    15 45 05.9  0.7 s    48nm  i     45 11.0  
30 jan    ep    16 28 44.2  0.8 s    86nm  

sco
15 dec    ep    02 07 34.1  
15 dec    ep    06 49 52.3  
17 dec    ip    07 33 42.0  0.7 s    19nm  
18 dec    ip    04 47 28.8  
18 dec    ip    06 56 32.9  0.7 s    35nm  
18 dec    ip    07 34 32.7  
18 dec    ip    09 00 20.0  1.1 s    18nm  
19 dec    ip    08 34 57.1  
19 dec    ep    08 38 42.0  
19 dec    ep    15 27 33.0  
19 dec    ip    15 37 56.8  
19 dec    ip    22 48 09.6  0.9 s    15nm  
++