Bul3053





KORT & MATRIKELSTYRELSEN                      Phone     35 87 50 50
Office of Seismology                                    +45 35 87 50 50
Rentemestervej 8                              Telex     15184 seismo dk
DK-2400 København NV 
					      Telefax   35 87 50 52

					      
					      
					      
					      Processed    2003 12 29

						   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
22 dec    ep    08 58 54.3  1.0 s   110nm  i     07 48.6  lz 18s 1700nm  
22 dec    ip    19 28 12.4  1.0 s    67nm  is    38 26.5  i     43 50.4  
					   lz 19s   35um  
23 dec    ip    06 09 01.3  0.5 s    23nm  is    17 27.7  i     25 54.0  
					   i     28 30.4  lz 18s  730nm  
23 dec    ip    14 08 31.1                 is    13 45.4  lz 18s 2400nm  
23 dec    ep    23 34 00.2  0.8 s    25nm  
25 dec    ep    07 23 34.3  0.8 s    47nm  i     39 43.2  lz 18s 4800nm  
25 dec    ep    14 41 41.7  1.0 s    43nm  
25 dec    ep    21 02 05.8  0.8 s    27nm  i     06 09.9  i     15 32.0  
					   lz 20s 3400nm  
26 dec    ipc   02 04 47.1  0.9 s   250nm  i     06 21.9  is    11 03.9  
					   i     14 00.3  lz 16s   12um  
26 dec    ipc   21 45 39.5  0.8 s    44nm  i     49 08.3  i     52 14.4  
					   lz 21s 6200nm  
27 dec    ep    02 33 42.8  1.0 s    42nm  i     33 49.3  
27 dec    ip    05 14 58.1  0.8 s    32nm  i     18 05.5  i     18 39.4  
					   is    26 02.9  i     28 19.5                 lz 21s 1200nm  
27 dec    ip    16 20 26.0  0.7 s    30nm  i     23 56.4  i     42 21.7  
					   lz 21s   18um  
27 dec    ip    22 57 29.9  1.2 s    89nm  i     00 45.0  i     12 26.7  
					   i     13 11.5  i     24 13.3                 lz 22s   10um  
28 dec    ep    05 20 21.2  0.9 s    38nm  lz 18s  900nm  
29 dec    ipc   01 42 29.9                 is    52 01.7  lz 17s 6200nm  

dag
24 dec    epc   14 09 16.8  1.4 s    35nm  

mud
22 dec    ep    03 40 49.9  1.2 s    41nm  
22 dec    ip    08 58 55.9  1.1 s    69nm  lz 19s 2700nm  
22 dec    ep    19 28 04.3  0.9 s    64nm  i     30 58.6  is    38 06.9  
					   i     47 31.1  lz 18s   60um  
23 dec    ip    06 08 56.7  1.0 s    54nm  i     10 10.3  is    17 14.1  
					   i     24 07.7  lz 18s 1200nm  
23 dec    ip    06 40 29.6  0.3 s  4600pm  
23 dec    ip    10 22 37.9  0.4 s  8400pm  
23 dec    ip    14 08 17.3                 is    13 17.9  lz 15s 1400nm  
23 dec    ep    23 13 18.8  1.0 s    19nm  i     33 43.8  lz 16s 1100nm  
25 dec    ip    07 23 52.1  1.2 s   150nm  is    34 04.7  i     35 28.5  
					   lz 21s   14um  
25 dec    epd   14 41 41.5  1.2 s    69nm  
25 dec    ip    21 02 09.8  1.2 s    36nm  i     05 27.3  i     24 07.7  
					   lz 21s 6900nm  
26 dec    ipc   02 05 03.5  0.9 s   270nm  i     06 47.2  i     14 55.6  
					   lz 17s   48um  
26 dec    ip    06 40 32.6  0.6 s    10nm  
26 dec    ep    14 15 00.2  
26 dec    epc   21 45 36.5  0.9 s    28nm  i     45 54.9  i     49 01.4  
					   i     07 52.0  lz 21s   14um  
27 dec    ip    05 14 59.6                 i     18 14.9  i     35 15.5  
					   lz 21s 1400nm  
27 dec    ip    16 20 33.3  1.6 s    99nm  lz 23s   39um  
27 dec    ip    22 57 37.0                 i     00 46.4  i     19 35.6  
					   lz 22s   21um  
28 dec    ep    05 20 03.3  1.3 s    40nm  lz 17s 1500nm  
28 dec    ip    17 16 42.7  1.1 s    32nm  
29 dec    ip    01 42 31.5  0.6 s    26nm  is    52 05.1  i     52 25.1  
					   lz 19s   11um  

bsd
22 dec    ip    03 41 24.4  1.0 s    65nm  
22 dec    ip    08 58 41.1  1.0 s   100nm  i     14 12.7  lz 17s 3500nm  
22 dec    ip    19 28 20.0  1.5 s   130nm  i     31 31.5  is    38 44.8  
					   lz 22s   26um  
23 dec    ip    06 09 03.6                 is    17 45.0  i     22 20.1  
					   i     26 40.2  i     28 56.8                 lz 17s  510nm  
23 dec    ip    06 39 59.3  0.4 s    23nm  
23 dec    ipc   10 22 27.9  1.0 s    68nm  
23 dec    ep    14 08 42.8                 is    14 06.7  lz 16s 1600nm  
23 dec    ip    17 27 11.3                 is    27 52.1  
23 dec    ep    23 32 58.8                 lz 18s 1500nm  
25 dec    ip    06 06 36.8  0.9 s    63nm  is    34 37.6  
25 dec    ep    07 23 27.4  0.9 s    39nm  i     35 00.5  lz 18s 9100nm  
25 dec    ep    14 41 49.1  0.9 s    46nm  
25 dec    ip    21 02 02.2  1.0 s    45nm  i     05 13.0  i     05 48.4  
					   lz 20s 5100nm  
26 dec    ep    00 31 41.4  1.0 s    70nm  
26 dec    ipc   02 04 33.0  0.8 s   910nm  i     06 10.3  i     06 42.2  
					   is    10 44.4  i     13 44.8                 lz 18s   60um  
26 dec    ep    04 14 55.3  0.9 s    40nm  
26 dec    ipc   14 15 55.4  0.8 s    48nm  
26 dec    ip    15 31 10.8  1.0 s    48nm  
26 dec    ipc   21 45 36.7  1.0 s    73nm  i     48 44.8  i     48 53.8  
					   is    59 24.7  lz 20s   15um  
27 dec    ip    02 33 24.2  1.0 s    69nm  
27 dec    ip    05 14 55.9  1.0 s    20nm  i     17 39.0  lz 22s 1600nm  
27 dec    ep    13 04 16.3  1.0 s    67nm  
27 dec    ip    16 20 41.8  0.8 s    65nm  i     23 46.8  i     23 56.8  
					   i     42 25.1  lz 24s   20um  
27 dec    ip    21 32 06.0                 is    32 16.4  
27 dec    ip    22 57 19.8  1.0 s    66nm  i     00 18.5  lz 20s   20um  
28 dec    ep    05 20 39.6  1.2 s    74nm  lz 17s 1500nm  
28 dec    ip    07 01 11.0  1.0 s    57nm  
29 dec    epc   01 42 26.4  1.0 s   110nm  i     45 12.5  is    51 54.2  
					   lz 18s   14um  
++