Bul4027





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    2004 07 06

						   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

  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
29 jun    ip    01 26 34.5                 is    27 26.9  
29 jun    ipc   07 14 14.6  0.6 s    34nm  is    24 39.9  e     30 31.1  
					   i     34 35.3  lz 23s 3900nm  
30 jun    ip    00 01 37.8                 i     02 35.7  
 1 jul    ep    09 51 41.3  
 1 jul    ep    15 18 59.0  1.0 s    42nm  
 1 jul    ipc   16 39 59.0  0.6 s    50nm  
 1 jul    ipc   22 35 45.8                 i     36 16.9  i     40 11.2  
					   lz 18s  570nm  
 3 jul    ip    14 28 12.5                 i     32 31.7  i     33 28.5  
					   lz 17s  420nm  
 4 jul    ip    12 42 40.3  0.8 s    50nm  

dag
29 jun    ep    13 58 47    0.4 s  3400pm  
29 jun    ep    19 04 38    0.5 s  1400pm  
29 jun    ep    20 01 52    0.2 s  8300pm  
29 jun    ep    20 46 31    0.4 s  2500pm  
29 jun    epd   22 48 29.8  0.5 s  2100pm  
30 jun    epc   13 46 02.7  1.0 s  3000pm  
30 jun    epd   14 25 45.8  1.1 s  6300pm  i     27 51.7  
30 jun    ep    17 05 03    
30 jun    epc   23 50 59.3  0.6 s    11nm  lz 18s 1900nm  
 1 jul    ep    00 07 19    
 1 jul    ipd   04 19 38.4  0.7 s  4100pm  
 1 jul    epd   04 59 34.0  1.3 s  7700pm  
 1 jul    ipc   06 21 23.8  0.5 s  4200pm  
 1 jul    ipc   08 45 01.0  1.0 s    13nm  i     46 43.8  
 1 jul    epc   09 25 53.2  0.7 s  6200pm  lz 16s 4700nm  ln 17s 3000nm  
 1 jul    ep    14 14 33    
 1 jul    ipd   15 18 16.4  0.8 s  3000pm  
 1 jul    ep    16 36 19    
 1 jul    ipc   16 39 15.8  0.7 s    10nm  
 1 jul    ipc   19 34 32.0  0.6 s    13nm  
 1 jul    ipd   22 27 11.6  1.0 s  8000pm  
 1 jul    ipc   22 38 29.2  0.9 s    13nm  
 2 jul    ipc   04 13 38.8  0.9 s    19nm  
 2 jul    ep    06 12 44    
 2 jul    ipd   19 09 47.1  0.9 s    12nm  
 3 jul    epc   23 57 12.0  1.1 s  5100pm  
 4 jul    ep    02 01 38    
 4 jul    epd   04 37 14.7  0.6 s  3300pm  
 4 jul    epc   04 56 07.2  0.7 s  2700pm  
 4 jul    epd   05 06 08.0  0.5 s  2800pm  
 4 jul    ipd   12 40 17.9  0.6 s  4700pm  
 4 jul    ep    14 49 55    
 4 jul    ipc   17 19 20.8  0.8 s  9000pm  
 4 jul    epc   22 14 03.2  0.3 s  3900pm  
 4 jul    ipc   22 59 09.4  0.7 s  4100pm  
 4 jul    ipc   23 25 16.2  0.5 s  2800pm  
 5 jul    ep    01 56 36    
 5 jul    ep    03 07 36    

mud
20 jun    ip    01 50 19.7  1.0 s    21nm  is    00 45.6  i     06 57.4  
					   lz 21s  780nm  
20 jun    ip    04 01 14.5                 i     01 57.7  es    02 07.2  
					   e     02 26.0  
21 jun    ip    21 39 37.2  1.4 s    28nm  
22 jun    ip    02 29 10.0  0.7 s    15nm  is    38 52.0  lz 25s  270nm  
22 jun    ep    03 05 31.7                 is    06 15.6  
22 jun    ip    09 23 34.0                 e     25 56.4  i     26 34.2  
					   i     27 45.2  
27 jun    ep    18 40 34.4  0.6 s  4700pm  
28 jun    ipd   10 00 28.0  1.0 s    68nm  is    09 09.6  i     16 30.1  
					   lz 18s  350nm  
28 jun    ip    10 22 11.3                 is    23 07.7  
29 jun    ep    01 26 22.5                 i     26 36.0  is    27 10.8  
29 jun    ipc   07 14 06.4                 is    24 23.5  lz 18s   42nm  
30 jun    ip    09 16 54.1                 es    17 20.8  
30 jun    ipd   23 51 13.1  
 1 jul    ip    08 46 54.1  1.4 s    30nm  
 1 jul    ep    09 26 12.5  1.0 s    25nm  is    30 44.3  lz 16s   26nm  
 1 jul    ip    09 51 32.0  1.0 s    30nm  
 1 jul    ip    12 39 01.5  0.8 s    18nm  
 1 jul    ipc   15 18 58.7  1.3 s    52nm  
 1 jul    ipc   16 39 58.4  1.3 s    81nm  
 1 jul    ipd   22 36 03.7  1.0 s    21nm  i     41 34.1  es    47 51.8  
					   i     48 28.7  
 4 jul    ip    11 04 42.5  0.5 s    33nm  
 4 jul    ip    12 42 42.8  0.7 s    16nm  

bsd
29 jun    ip    01 26 56.7                 is    28 02.4  elg   28 36.9  
29 jun    ipc   07 14 23.9                 is    24 50.0  i     31 12.8  
					   lz 23s 5100nm  
29 jun    ip    12 15 14.9                 es    15 20.7  
30 jun    ip    03 47 47.8                 i     47 54.3  is    48 31.3  
30 jun    ip    09 17 03.8                 es    17 47.8  
30 jun    ipc   23 51 02.4  0.7 s    32nm  i     14 53.0  
 1 jul    ipd   08 47 28.6  1.2 s    53nm  es    50 41.9  i     51 05.8  
					   lz 20s 1700nm  
 1 jul    ep    09 26 40.2  0.9 s    19nm  i     26 48.6  lz 19s 5500nm  
 1 jul    ipd   09 51 35.9  1.1 s    34nm  is    00 41.9  
 1 jul    ipd   15 18 59.1  
 1 jul    ipc   16 39 58.5  
 1 jul    ipc   22 35 29.7  0.7 s    85nm  i     35 44.1  lz 19s 1000nm  
 3 jul    ip    14 27 49.4  0.8 s    11nm  i     32 04.6  lz 18s  900nm  
 3 jul    ep    16 50 45.1  0.9 s    22nm  
 4 jul    ip    00 14 39.5                 i     14 45.8  is    15 22.7  
 4 jul    ip    12 42 38.1  0.8 s    36nm  
++