***** 2011 Night-time Astronomical Calendar for Lynch Observatory ***** 

               By John Thorstensen, Dartmouth College

   This calendar is designed to provide information useful for the planning of nighttime observations.
The format should minimize confusion;  each line gives the phenomena for a single (local!) night,
and each line is labeled with both evening and morning (local) day and date.
Note that all times given are LOCAL CIVIL (zone) times.  DAYLIGHT SAVINGS time is used from the
first Sunday in April to last in October; this is the present(1986+) convention in the U.S.A.

   The rise/set times printed are the times at which the center of the object is 50 arcminutes below
the geometrical horizon.  At the given twilight, the center of the sun is  -1.1 degrees below the geometrical horizon.

   The moon positions (and rise/set times) are generated by an implementation of the Low-Precision formulae
in the Astronomical Almanac.  The Almanac states that the error seldom exceeds 0.3 degrees.
Topocentric corrections are included.  Comparisons with tables for Kitt Peak in the NOAO Newsletter
indicate that the rise-set times are good to +- 2 min or so.  The moon's RA, Dec, and illuminated fraction
are given for local midnight, regardless of whether the moon is actually up at that time.
Note that the moonrise and moonset times are not printed if they occur near mid-day.

   The LST at evening and morning twilight are tabulated.  This gives an accurate idea of the
range of RA's accessible during the night.

   The JD is given (severely rounded off) for local midnight.  Again, this avoids any ambiguity.

   Some credits:  The sidereal time and Julian date routines were originally coded in PL/I by
Steve Maker of Dartmouth College.  The algorithms originated in the old American Ephemeris.
The routine to convert JD back to calendar date is adapted from Numerical Recipes in C, by Press et al.

    CAUTIONS:  I believe that the program which generates these tables is reasonably accurate.  However,
it has not been exhaustively tested, so you should be sure to run 'sanity checks' on the results.  Also,
in view of the approximations used, the results should not be used when high precision is needed.
Extension to dates far from the present (1990) should be done with great caution.  The code has
not been tested for the eastern or southern hemishpheres.  Rise/set times are slightly incaccurate and
rather confusing at circumpolar latitudes, where the concept of a 'night' is blurry.

The daylight savings time conventions (if used) are quite specific (to U. S., post-1986) and subject to change.
I know that the code has many infelicities; if you should find actual errors,please notify
   John.Thorstensen@dartmouth.edu


  [This output comes from a (hopefully) portable, completely self-contained program in the c language.  It is available
from the author and may be used freely for scientific or educational purposes.  If you use it for profit, 
please contact the author to arrange a (modest!) fee.
Source code is copyright John Thorstensen, 1990.]

      MOON PHASES FOR 2011, at Lynch Observatory

Times and dates are given in local time, zone =   5 hr West.
They are generally better than +- 2 minutes.
Daylight savings time used.

   The end of the previous year and the beginning of the next
are included for continuity.

    NEW             1ST             FULL            LAST

Dec 05  12 37   Dec 13   8 59   Dec 21   3 15   Dec 27  23 20   

Jan 04   4 05   Jan 12   6 33   Jan 19  16 23   Jan 26   7 59   

Feb 02  21 33   Feb 11   2 20   Feb 18   3 37   Feb 24  18 28   

Mar 04  15 48   Mar 12  18 46   Mar 19  13 11   Mar 26   7 08   

Apr 03  10 34   Apr 11   8 06   Apr 17  22 44   Apr 24  22 47   

May 03   2 51   May 10  16 33   May 17   7 08   May 24  14 52   

Jun 01  17 03   Jun 08  22 10   Jun 15  16 13   Jun 23   7 49   

Jul 01   4 54   Jul 08   2 30   Jul 15   2 39   Jul 23   1 04   

Jul 30  14 40   Aug 06   7 09   Aug 13  14 58   Aug 21  17 57   

Aug 28  23 04   Sep 04  13 40   Sep 12   5 27   Sep 20   9 40   

Sep 27   7 09   Oct 03  23 16   Oct 11  22 07   Oct 19  23 32   

Oct 26  15 57   Nov 02  11 39   Nov 10  15 18   Nov 18  10 10   

Nov 25   1 11   Dec 02   4 53   Dec 10   9 38   Dec 17  19 49   

Dec 24  13 08   Jan 01   1 16   Jan 09   2 32   Jan 16   4 09   



                                           ***** 2011 JANUARY *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Sat Jan 01/Sun Jan 02  5563.7    6 45 13   16 47  18 23   5 45  7 22    1 08  12 32    5 53  .....     5  16 57.4 -24 30

Sun Jan 02/Mon Jan 03  5564.7    6 49 09   16 48  18 24   5 46  7 22    1 12  12 36    6 45  15 17     1  17 54.5 -24 05
Mon Jan 03/Tue Jan 04  5565.7    6 53 06   16 48  18 25   5 46  7 22    1 17  12 40    7 29  16 18     0  18 49.7 -22 25
Tue Jan 04/Wed Jan 05  5566.7    6 57 03   16 49  18 26   5 46  7 22    1 22  12 44    8 06  17 21     1  19 42.3 -19 42
Wed Jan 05/Thu Jan 06  5567.7    7 00 59   16 50  18 27   5 46  7 22    1 27  12 48    8 37  18 24     3  20 32.0 -16 08
Thu Jan 06/Fri Jan 07  5568.7    7 04 56   16 51  18 27   5 46  7 22    1 31  12 52   .....  19 25     8  21 19.0 -11 59
Fri Jan 07/Sat Jan 08  5569.7    7 08 52   16 52  18 28   5 46  7 22    1 36  12 56   .....  20 25    13  22 03.9 - 7 26
Sat Jan 08/Sun Jan 09  5570.7    7 12 49   16 53  18 29   5 46  7 22    1 41  13 00   .....  21 24    20  22 47.4 - 2 40

Sun Jan 09/Mon Jan 10  5571.7    7 16 45   16 54  18 30   5 46  7 22    1 46  13 04   .....  22 22    29  23 30.4   2 09
Mon Jan 10/Tue Jan 11  5572.7    7 20 42   16 55  18 31   5 46  7 21    1 51  13 07   .....  23 19    37   0 13.7   6 53
Tue Jan 11/Wed Jan 12  5573.7    7 24 38   16 56  18 32   5 46  7 21    1 55  13 11   .....   0 18    47   0 58.1  11 23
Wed Jan 12/Thu Jan 13  5574.7    7 28 35   16 57  18 33   5 46  7 21    2 00  13 15   .....   1 18    56   1 44.7  15 30
Thu Jan 13/Fri Jan 14  5575.7    7 32 32   16 58  18 34   5 45  7 21    2 05  13 19   .....   2 19    66   2 34.0  19 03
Fri Jan 14/Sat Jan 15  5576.7    7 36 28   16 59  18 34   5 45  7 20    2 10  13 23   .....   3 21    75   3 26.8  21 47
Sat Jan 15/Sun Jan 16  5577.7    7 40 25   17 00  18 35   5 45  7 20    2 15  13 26   .....   4 22    84   4 22.9  23 28

Sun Jan 16/Mon Jan 17  5578.7    7 44 21   17 02  18 36   5 45  7 19    2 20  13 30   .....   5 19    91   5 22.0  23 51
Mon Jan 17/Tue Jan 18  5579.7    7 48 18   17 03  18 37   5 44  7 19    2 25  13 34   .....   6 11    96   6 22.7  22 46
Tue Jan 18/Wed Jan 19  5580.7    7 52 14   17 04  18 38   5 44  7 18    2 30  13 37   15 56   6 56    99   7 23.6  20 09
Wed Jan 19/Thu Jan 20  5581.7    7 56 11   17 05  18 39   5 44  7 18    2 35  13 41   17 09   7 36   100   8 23.3  16 11
Thu Jan 20/Fri Jan 21  5582.7    8 00 07   17 06  18 40   5 43  7 17    2 39  13 44   18 24   8 10    97   9 21.2  11 07
Fri Jan 21/Sat Jan 22  5583.7    8 04 04   17 07  18 41   5 43  7 17    2 44  13 48   19 39  .....    92  10 17.1   5 21
Sat Jan 22/Sun Jan 23  5584.7    8 08 01   17 08  18 42   5 42  7 16    2 49  13 51   20 53  .....    84  11 11.6 - 0 43

Sun Jan 23/Mon Jan 24  5585.7    8 11 57   17 10  18 43   5 42  7 15    2 54  13 55   22 06  .....    75  12 05.5 - 6 40
Mon Jan 24/Tue Jan 25  5586.7    8 15 54   17 11  18 44   5 41  7 15    2 59  13 58   23 18  .....    64  12 59.5 -12 10
Tue Jan 25/Wed Jan 26  5587.7    8 19 50   17 12  18 45   5 41  7 14    3 04  14 01    0 30  .....    53  13 54.3 -16 55
Wed Jan 26/Thu Jan 27  5588.7    8 23 47   17 13  18 46   5 40  7 13    3 09  14 05    1 39  .....    42  14 50.2 -20 39
Thu Jan 27/Fri Jan 28  5589.7    8 27 43   17 14  18 47   5 39  7 12    3 14  14 08    2 46  .....    31  15 47.1 -23 11
Fri Jan 28/Sat Jan 29  5590.7    8 31 40   17 15  18 48   5 39  7 11    3 19  14 11    3 47  .....    22  16 44.3 -24 25
Sat Jan 29/Sun Jan 30  5591.7    8 35 36   17 17  18 49   5 38  7 11    3 24  14 15    4 40  .....    14  17 40.9 -24 20

Sun Jan 30/Mon Jan 31  5592.7    8 39 33   17 18  18 50   5 37  7 10    3 29  14 18    5 26  .....     8  18 35.9 -23 00
Mon Jan 31/Tue Feb 01  5593.7    8 43 30   17 19  18 51   5 37  7 09    3 34  14 21    6 05  .....     3  19 28.6 -20 36


                                           ***** 2011 FEBRUARY *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Tue Feb 01/Wed Feb 02  5594.7    8 47 26   17 20  18 53   5 36  7 08    3 39  14 24    6 38  16 12     1  20 18.6 -17 18
Wed Feb 02/Thu Feb 03  5595.7    8 51 23   17 21  18 54   5 35  7 07    3 44  14 27    7 07  17 14     0  21 06.1 -13 20
Thu Feb 03/Fri Feb 04  5596.7    8 55 19   17 23  18 55   5 34  7 06    3 49  14 30    7 33  18 15     1  21 51.4 - 8 55
Fri Feb 04/Sat Feb 05  5597.7    8 59 16   17 24  18 56   5 33  7 05    3 54  14 33    7 57  19 14     4  22 35.2 - 4 13
Sat Feb 05/Sun Feb 06  5598.7    9 03 12   17 25  18 57   5 32  7 04    3 59  14 37   .....  20 12     8  23 18.3   0 34

Sun Feb 06/Mon Feb 07  5599.7    9 07 09   17 26  18 58   5 31  7 03    4 04  14 40   .....  21 09    14   0 01.2   5 18
Mon Feb 07/Tue Feb 08  5600.7    9 11 05   17 27  18 59   5 31  7 02    4 09  14 43   .....  22 07    21   0 44.9   9 50
Tue Feb 08/Wed Feb 09  5601.7    9 15 02   17 29  19 00   5 30  7 01    4 14  14 45   .....  23 06    30   1 30.1  14 01
Wed Feb 09/Thu Feb 10  5602.7    9 18 59   17 30  19 01   5 29  6 59    4 19  14 48   .....   0 06    39   2 17.4  17 41
Thu Feb 10/Fri Feb 11  5603.7    9 22 55   17 31  19 02   5 27  6 58    4 24  14 51   .....   1 06    48   3 07.6  20 39
Fri Feb 11/Sat Feb 12  5604.7    9 26 52   17 32  19 03   5 26  6 57    4 29  14 54   .....   2 06    58   4 00.8  22 42
Sat Feb 12/Sun Feb 13  5605.7    9 30 48   17 33  19 04   5 25  6 56    4 34  14 57   .....   3 04    68   4 56.9  23 37

Sun Feb 13/Mon Feb 14  5606.7    9 34 45   17 35  19 05   5 24  6 55    4 39  15 00   .....   3 57    78   5 55.4  23 12
Mon Feb 14/Tue Feb 15  5607.7    9 38 41   17 36  19 06   5 23  6 53    4 44  15 03   .....   4 45    86   6 55.0  21 21
Tue Feb 15/Wed Feb 16  5608.7    9 42 38   17 37  19 07   5 22  6 52    4 49  15 05   .....   5 27    93   7 54.7  18 04
Wed Feb 16/Thu Feb 17  5609.7    9 46 34   17 38  19 08   5 21  6 51    4 54  15 08   15 56   6 04    98   8 53.6  13 31
Thu Feb 17/Fri Feb 18  5610.7    9 50 31   17 39  19 09   5 20  6 49    4 59  15 11   17 12   6 38   100   9 51.3   8 00
Fri Feb 18/Sat Feb 19  5611.7    9 54 28   17 40  19 10   5 18  6 48    5 04  15 14   18 28   7 10    99  10 47.9   1 54
Sat Feb 19/Sun Feb 20  5612.7    9 58 24   17 42  19 12   5 17  6 47    5 09  15 16   19 44   7 42    94  11 44.0 - 4 20

Sun Feb 20/Mon Feb 21  5613.7   10 02 21   17 43  19 13   5 16  6 45    5 14  15 19   21 00  .....    88  12 40.2 -10 15
Mon Feb 21/Tue Feb 22  5614.7   10 06 17   17 44  19 14   5 14  6 44    5 19  15 22   22 14  .....    79  13 37.1 -15 28
Tue Feb 22/Wed Feb 23  5615.7   10 10 14   17 45  19 15   5 13  6 43    5 24  15 24   23 27  .....    68  14 34.8 -19 39
Wed Feb 23/Thu Feb 24  5616.7   10 14 10   17 46  19 16   5 12  6 41    5 29  15 27    0 37  .....    58  15 33.2 -22 36
Thu Feb 24/Fri Feb 25  5617.7   10 18 07   17 47  19 17   5 10  6 40    5 34  15 29    1 40  .....    47  16 31.5 -24 11
Fri Feb 25/Sat Feb 26  5618.7   10 22 03   17 48  19 18   5 09  6 38    5 39  15 32    2 37  .....    36  17 29.0 -24 24
Sat Feb 26/Sun Feb 27  5619.7   10 26 00   17 50  19 19   5 08  6 37    5 44  15 34    3 25  .....    27  18 24.5 -23 21

Sun Feb 27/Mon Feb 28  5620.7   10 29 57   17 51  19 20   5 06  6 35    5 49  15 37    4 06  .....    19  19 17.5 -21 11
Mon Feb 28/Tue Mar 01  5621.7   10 33 53   17 52  19 21   5 05  6 34    5 54  15 39    4 40  .....    12  20 07.8 -18 07


                                           ***** 2011 MARCH *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Tue Mar 01/Wed Mar 02  5622.7   10 37 50   17 53  19 22   5 03  6 32    5 59  15 42    5 10  .....     6  20 55.4 -14 21
Wed Mar 02/Thu Mar 03  5623.7   10 41 46   17 54  19 23   5 02  6 31    6 04  15 44    5 37  .....     3  21 41.0 -10 06
Thu Mar 03/Fri Mar 04  5624.7   10 45 43   17 55  19 24   5 00  6 29    6 09  15 47    6 02  17 06     1  22 24.9 - 5 31
Fri Mar 04/Sat Mar 05  5625.7   10 49 39   17 56  19 26   4 59  6 28    6 14  15 49    6 25  18 04     0  23 08.0 - 0 48
Sat Mar 05/Sun Mar 06  5626.7   10 53 36   17 57  19 27   4 57  6 26    6 19  15 52    6 49  19 02     2  23 50.9   3 55

Sun Mar 06/Mon Mar 07  5627.7   10 57 32   17 58  19 28   4 56  6 25    6 24  15 54    7 14  20 00     5   0 34.3   8 29
Mon Mar 07/Tue Mar 08  5628.7   11 01 29   17 59  19 29   4 54  6 23    6 30  15 56    7 42  20 58    10   1 18.9  12 43
Tue Mar 08/Wed Mar 09  5629.7   11 05 26   18 00  19 30   4 52  6 22    6 35  15 59   .....  21 57    16   2 05.3  16 28
Wed Mar 09/Thu Mar 10  5630.7   11 09 22   18 02  19 31   4 51  6 20    6 40  16 01   .....  22 57    23   2 53.9  19 34
Thu Mar 10/Fri Mar 11  5631.7   11 13 19   18 03  19 32   4 49  6 19    6 45  16 03   .....  23 56    32   3 45.1  21 50
Fri Mar 11/Sat Mar 12  5632.7   11 17 15   18 04  19 33   4 48  6 17    6 50  16 06   .....   0 53    41   4 38.7  23 04
Sat Mar 12/Sun Mar 13  5633.7   11 21 12   18 05  19 34   4 46  6 15    6 55  16 08   .....   1 46    52   5 34.4  23 08

Sun Mar 13/Mon Mar 14  5634.7   11 25 08   18 06  19 35   4 44  6 14    7 00  16 10   .....   2 35    62   6 31.4  21 53
Mon Mar 14/Tue Mar 15  5635.7   11 29 05   18 07  19 37   4 43  6 12    7 05  16 12   .....   3 18    72   7 29.0  19 19
Tue Mar 15/Wed Mar 16  5636.7   11 33 01   18 08  19 38   4 41  6 11    7 10  16 15   .....   3 57    82   8 26.4  15 28
Wed Mar 16/Thu Mar 17  5637.7   11 36 58   18 09  19 39   4 39  6 09    7 15  16 17   .....   4 32    90   9 23.4  10 31
Thu Mar 17/Fri Mar 18  5638.7   11 40 55   18 10  19 40   4 38  6 07    7 20  16 19   .....   5 04    96  10 19.9   4 46
Fri Mar 18/Sat Mar 19  5639.7   11 44 51   18 11  19 41   4 36  6 06    7 25  16 21   17 14   5 36    99  11 16.4 - 1 25
Sat Mar 19/Sun Mar 20  5640.7   11 48 48   18 12  19 42   4 34  6 04    7 30  16 24   18 31   6 09    99  12 13.5 - 7 34

Sun Mar 20/Mon Mar 21  5641.7   11 52 44   18 13  19 43   4 32  6 03    7 35  16 26   19 48   6 45    96  13 11.7 -13 16
Mon Mar 21/Tue Mar 22  5642.7   11 56 41   18 14  19 44   4 31  6 01    7 40  16 28   21 05  .....    91  14 11.3 -18 03
Tue Mar 22/Wed Mar 23  5643.7   12 00 37   18 15  19 46   4 29  5 59    7 46  16 30   22 19  .....    83  15 11.9 -21 36
Wed Mar 23/Thu Mar 24  5644.7   12 04 34   18 16  19 47   4 27  5 58    7 51  16 32   23 27  .....    73  16 12.8 -23 43
Thu Mar 24/Fri Mar 25  5645.7   12 08 30   18 17  19 48   4 25  5 56    7 56  16 35    0 29  .....    63  17 12.6 -24 21
Fri Mar 25/Sat Mar 26  5646.7   12 12 27   18 18  19 49   4 24  5 54    8 01  16 37    1 21  .....    52  18 10.3 -23 37
Sat Mar 26/Sun Mar 27  5647.7   12 16 24   18 19  19 50   4 22  5 53    8 06  16 39    2 05  .....    42  19 05.1 -21 41

Sun Mar 27/Mon Mar 28  5648.7   12 20 20   18 20  19 52   4 20  5 51    8 11  16 41    2 42  .....    33  19 56.6 -18 48
Mon Mar 28/Tue Mar 29  5649.7   12 24 17   18 21  19 53   4 18  5 50    8 16  16 43    3 13  .....    24  20 45.0 -15 11
Tue Mar 29/Wed Mar 30  5650.7   12 28 13   18 22  19 54   4 16  5 48    8 22  16 45    3 41  .....    16  21 31.1 -11 03
Wed Mar 30/Thu Mar 31  5651.7   12 32 10   18 23  19 55   4 14  5 46    8 27  16 47    4 06  .....    10  22 15.3 - 6 34
Thu Mar 31/Fri Apr 01  5652.7   12 36 06   18 24  19 56   4 13  5 45    8 32  16 49    4 30  .....     5  22 58.5 - 1 55


                                           ***** 2011 APRIL *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Fri Apr 01/Sat Apr 02  5653.7   12 40 03   18 25  19 58   4 11  5 43    8 37  16 52    4 54  16 56     2  23 41.4   2 45
Sat Apr 02/Sun Apr 03* 5654.7   12 43 59   18 26  19 59   5 09  6 42    8 42  16 54    6 19  17 53     0   0 24.7   7 19

Sun Apr 03/Mon Apr 04  5655.7   11 47 46   19 27  21 00   5 07  6 40    8 47  16 56    6 46  19 52     0   1 06.5  11 26
Mon Apr 04/Tue Apr 05  5656.7   11 51 43   19 28  21 01   5 05  6 38    8 53  16 58   .....  20 50     2   1 52.5  15 18
Tue Apr 05/Wed Apr 06  5657.7   11 55 39   19 29  21 03   5 03  6 37    8 58  17 00   .....  21 50     6   2 40.5  18 34
Wed Apr 06/Thu Apr 07  5658.7   11 59 36   19 30  21 04   5 02  6 35    9 03  17 02   .....  22 49    11   3 30.8  21 02
Thu Apr 07/Fri Apr 08  5659.7   12 03 32   19 31  21 05   5 00  6 34    9 08  17 04   .....  23 46    18   4 23.3  22 33
Fri Apr 08/Sat Apr 09  5660.7   12 07 29   19 32  21 07   4 58  6 32    9 14  17 06   .....   0 40    26   5 17.6  22 56
Sat Apr 09/Sun Apr 10  5661.7   12 11 25   19 33  21 08   4 56  6 31    9 19  17 08   .....   1 29    35   6 13.0  22 07

Sun Apr 10/Mon Apr 11  5662.7   12 15 22   19 34  21 09   4 54  6 29    9 24  17 10   .....   2 13    46   7 08.7  20 03
Mon Apr 11/Tue Apr 12  5663.7   12 19 19   19 35  21 10   4 52  6 27    9 29  17 13   .....   2 52    57   8 04.2  16 47
Tue Apr 12/Wed Apr 13  5664.7   12 23 15   19 36  21 12   4 51  6 26    9 35  17 15   .....   3 27    68   8 59.2  12 27
Wed Apr 13/Thu Apr 14  5665.7   12 27 12   19 37  21 13   4 49  6 24    9 40  17 17   .....   4 00    78   9 53.9   7 14
Thu Apr 14/Fri Apr 15  5666.7   12 31 08   19 38  21 15   4 47  6 23    9 45  17 19   .....   4 31    87  10 48.7   1 26
Fri Apr 15/Sat Apr 16  5667.7   12 35 05   19 39  21 16   4 45  6 21    9 50  17 21   .....   5 03    94  11 44.3 - 4 36
Sat Apr 16/Sun Apr 17  5668.7   12 39 01   19 40  21 17   4 43  6 20    9 56  17 23   18 19   5 37    98  12 41.5 -10 29

Sun Apr 17/Mon Apr 18  5669.7   12 42 58   19 41  21 19   4 41  6 18   10 01  17 25   19 35   6 15   100  13 40.6 -15 44
Mon Apr 18/Tue Apr 19  5670.7   12 46 54   19 42  21 20   4 40  6 17   10 06  17 27   20 52  .....    98  14 41.8 -19 58
Tue Apr 19/Wed Apr 20  5671.7   12 50 51   19 43  21 21   4 38  6 16   10 12  17 29   22 05  .....    94  15 44.3 -22 48
Wed Apr 20/Thu Apr 21  5672.7   12 54 48   19 45  21 23   4 36  6 14   10 17  17 31   23 12  .....    87  16 46.7 -24 07
Thu Apr 21/Fri Apr 22  5673.7   12 58 44   19 46  21 24   4 34  6 13   10 23  17 34    0 10  .....    78  17 47.4 -23 54
Fri Apr 22/Sat Apr 23  5674.7   13 02 41   19 47  21 26   4 32  6 11   10 28  17 36    0 59  .....    69  18 45.1 -22 21
Sat Apr 23/Sun Apr 24  5675.7   13 06 37   19 48  21 27   4 30  6 10   10 33  17 38    1 40  .....    59  19 39.2 -19 42

Sun Apr 24/Mon Apr 25  5676.7   13 10 34   19 49  21 28   4 29  6 09   10 39  17 40    2 14  .....    49  20 29.6 -16 14
Mon Apr 25/Tue Apr 26  5677.7   13 14 30   19 50  21 30   4 27  6 07   10 44  17 42    2 43  .....    39  21 17.0 -12 12
Tue Apr 26/Wed Apr 27  5678.7   13 18 27   19 51  21 31   4 25  6 06   10 49  17 44    3 09  .....    30  22 02.1 - 7 48
Wed Apr 27/Thu Apr 28  5679.7   13 22 23   19 52  21 33   4 23  6 05   10 55  17 46    3 34  .....    22  22 45.7 - 3 12
Thu Apr 28/Fri Apr 29  5680.7   13 26 20   19 53  21 34   4 22  6 03   11 00  17 49    3 58  .....    15  23 28.7   1 28
Fri Apr 29/Sat Apr 30  5681.7   13 30 17   19 54  21 36   4 20  6 02   11 06  17 51    4 22  .....     9   0 11.8   6 02
Sat Apr 30/Sun May 01  5682.7   13 34 13   19 55  21 37   4 18  6 01   11 11  17 53    4 49  17 45     4   0 55.9  10 22


                                           ***** 2011 MAY *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec


Sun May 01/Mon May 02  5683.7   13 38 10   19 56  21 39   4 16  5 59   11 16  17 55    5 18  18 43     1   1 41.6  14 20
Mon May 02/Tue May 03  5684.7   13 42 06   19 57  21 40   4 15  5 58   11 22  17 58    5 51  19 43     0   2 29.4  17 43
Tue May 03/Wed May 04  5685.7   13 46 03   19 58  21 42   4 13  5 57   11 27  18 00    6 30  20 42     1   3 19.4  20 22
Wed May 04/Thu May 05  5686.7   13 49 59   19 59  21 43   4 11  5 56   11 33  18 02   .....  21 41     3   4 11.7  22 04
Thu May 05/Fri May 06  5687.7   13 53 56   20 00  21 45   4 10  5 55   11 38  18 04   .....  22 36     8   5 05.7  22 41
Fri May 06/Sat May 07  5688.7   13 57 52   20 01  21 46   4 08  5 54   11 44  18 07   .....  23 27    14   6 00.7  22 07
Sat May 07/Sun May 08  5689.7   14 01 49   20 02  21 48   4 06  5 52   11 49  18 09   .....   0 12    22   6 55.8  20 20

Sun May 08/Mon May 09  5690.7   14 05 46   20 03  21 49   4 05  5 51   11 55  18 11   .....   0 52    31   7 50.3  17 24
Mon May 09/Tue May 10  5691.7   14 09 42   20 04  21 51   4 03  5 50   12 00  18 14   .....   1 27    42   8 44.0  13 26
Tue May 10/Wed May 11  5692.7   14 13 39   20 05  21 52   4 02  5 49   12 05  18 16   .....   2 00    53   9 37.0   8 37
Wed May 11/Thu May 12  5693.7   14 17 35   20 06  21 54   4 00  5 48   12 11  18 18   .....   2 30    64  10 29.7   3 12
Thu May 12/Fri May 13  5694.7   14 21 32   20 07  21 55   3 59  5 47   12 16  18 21   .....   3 01    75  11 22.9 - 2 33
Fri May 13/Sat May 14  5695.7   14 25 28   20 08  21 57   3 57  5 46   12 22  18 23   .....   3 32    85  12 17.5 - 8 19
Sat May 14/Sun May 15  5696.7   14 29 25   20 08  21 58   3 56  5 45   12 27  18 26   .....   4 07    92  13 14.2 -13 42

Sun May 15/Mon May 16  5697.7   14 33 21   20 09  22 00   3 54  5 44   12 33  18 28   18 25   4 47    97  14 13.6 -18 19
Mon May 16/Tue May 17  5698.7   14 37 18   20 10  22 01   3 53  5 44   12 38  18 31   19 40   5 33   100  15 15.3 -21 46
Tue May 17/Wed May 18  5699.7   14 41 15   20 11  22 02   3 52  5 43   12 43  18 33   20 50   6 27    99  16 18.3 -23 46
Wed May 18/Thu May 19  5700.7   14 45 11   20 12  22 04   3 50  5 42   12 49  18 36   21 54  .....    96  17 21.1 -24 11
Thu May 19/Fri May 20  5701.7   14 49 08   20 13  22 05   3 49  5 41   12 54  18 39   22 48  .....    90  18 21.6 -23 07
Fri May 20/Sat May 21  5702.7   14 53 04   20 14  22 07   3 48  5 40   12 59  18 41   23 34  .....    83  19 18.8 -20 47
Sat May 21/Sun May 22  5703.7   14 57 01   20 15  22 08   3 46  5 39   13 05  18 44    0 11  .....    75  20 12.1 -17 30

Sun May 22/Mon May 23  5704.7   15 00 57   20 16  22 09   3 45  5 39   13 10  18 47    0 43  .....    65  21 01.7 -13 31
Mon May 23/Tue May 24  5705.7   15 04 54   20 17  22 11   3 44  5 38   13 15  18 49    1 11  .....    56  21 48.5 - 9 07
Tue May 24/Wed May 25  5706.7   15 08 50   20 18  22 12   3 43  5 37   13 21  18 52    1 36  .....    46  22 33.1 - 4 29
Wed May 25/Thu May 26  5707.7   15 12 47   20 18  22 14   3 42  5 37   13 26  18 55    2 01  .....    37  23 16.7   0 12
Thu May 26/Fri May 27  5708.7   15 16 44   20 19  22 15   3 41  5 36   13 31  18 58    2 25  .....    28  24 00.0   4 49
Fri May 27/Sat May 28  5709.7   15 20 40   20 20  22 16   3 40  5 36   13 36  19 01    2 51  .....    20   0 43.9   9 14
Sat May 28/Sun May 29  5710.7   15 24 37   20 21  22 17   3 39  5 35   13 42  19 04    3 19  .....    13   1 29.2  13 18

Sun May 29/Mon May 30  5711.7   15 28 33   20 22  22 19   3 38  5 35   13 47  19 07    3 51  17 33     7   2 16.4  16 51
Mon May 30/Tue May 31  5712.7   15 32 30   20 22  22 20   3 37  5 34   13 52  19 10    4 27  18 33     3   3 06.1  19 42
Tue May 31/Wed Jun 01  5713.7   15 36 26   20 23  22 21   3 36  5 34   13 57  19 13    5 10  19 33     1   3 58.1  21 39


                                           ***** 2011 JUNE *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Wed Jun 01/Thu Jun 02  5714.7   15 40 23   20 24  22 22   3 35  5 33   14 02  19 16    6 01  20 30     0   4 52.2  22 33
Thu Jun 02/Fri Jun 03  5715.7   15 44 19   20 25  22 23   3 34  5 33   14 07  19 19   .....  21 23     2   5 47.6  22 15
Fri Jun 03/Sat Jun 04  5716.7   15 48 16   20 25  22 24   3 33  5 33   14 12  19 22   .....  22 11     5   6 43.2  20 43
Sat Jun 04/Sun Jun 05  5717.7   15 52 13   20 26  22 25   3 33  5 32   14 17  19 26   .....  22 53    11   7 38.2  18 00

Sun Jun 05/Mon Jun 06  5718.7   15 56 09   20 27  22 26   3 32  5 32   14 22  19 29   .....  23 29    19   8 32.1  14 14
Mon Jun 06/Tue Jun 07  5719.7   16 00 06   20 27  22 27   3 32  5 32   14 27  19 32   .....   0 02    28   9 24.8   9 38
Tue Jun 07/Wed Jun 08  5720.7   16 04 02   20 28  22 28   3 31  5 31   14 32  19 36   .....   0 33    39  10 16.7   4 25
Wed Jun 08/Thu Jun 09  5721.7   16 07 59   20 28  22 29   3 31  5 31   14 37  19 39   .....   1 03    51  11 08.4 - 1 08
Thu Jun 09/Fri Jun 10  5722.7   16 11 55   20 29  22 30   3 30  5 31   14 42  19 43   .....   1 33    62  12 01.0 - 6 45
Fri Jun 10/Sat Jun 11  5723.7   16 15 52   20 29  22 31   3 30  5 31   14 46  19 46   .....   2 05    73  12 55.2 -12 06
Sat Jun 11/Sun Jun 12  5724.7   16 19 48   20 30  22 31   3 29  5 31   14 51  19 50   .....   2 42    83  13 51.7 -16 51

Sun Jun 12/Mon Jun 13  5725.7   16 23 45   20 30  22 32   3 29  5 31   14 56  19 53   .....   3 24    91  14 50.9 -20 39
Mon Jun 13/Tue Jun 14  5726.7   16 27 42   20 31  22 33   3 29  5 31   15 00  19 57   18 31   4 13    96  15 52.3 -23 11
Tue Jun 14/Wed Jun 15  5727.7   16 31 38   20 31  22 33   3 29  5 31   15 05  20 01   19 37   5 10    99  16 54.6 -24 15
Wed Jun 15/Thu Jun 16  5728.7   16 35 35   20 32  22 34   3 29  5 31   15 09  20 05   20 35   6 12   100  17 56.2 -23 47
Thu Jun 16/Fri Jun 17  5729.7   16 39 31   20 32  22 34   3 29  5 31   15 14  20 09   21 25  .....    98  18 55.3 -21 56
Fri Jun 17/Sat Jun 18  5730.7   16 43 28   20 32  22 35   3 29  5 31   15 18  20 13   22 06  .....    93  19 51.0 -18 57
Sat Jun 18/Sun Jun 19  5731.7   16 47 24   20 33  22 35   3 29  5 31   15 22  20 17   22 41  .....    87  20 43.0 -15 08

Sun Jun 19/Mon Jun 20  5732.7   16 51 21   20 33  22 36   3 29  5 31   15 27  20 21   23 11  .....    80  21 31.8 -10 46
Mon Jun 20/Tue Jun 21  5733.7   16 55 17   20 33  22 36   3 29  5 32   15 31  20 25   23 38  .....    71  22 18.0 - 6 06
Tue Jun 21/Wed Jun 22  5734.7   16 59 14   20 33  22 36   3 29  5 32   15 35  20 29    0 03  .....    62  23 02.6 - 1 20
Wed Jun 22/Thu Jun 23  5735.7   17 03 11   20 34  22 36   3 29  5 32   15 39  20 33    0 27  .....    53  23 46.3   3 23
Thu Jun 23/Fri Jun 24  5736.7   17 07 07   20 34  22 36   3 30  5 32   15 43  20 37    0 53  .....    43   0 30.3   7 54
Fri Jun 24/Sat Jun 25  5737.7   17 11 04   20 34  22 36   3 30  5 33   15 47  20 42    1 19  .....    34   1 15.2  12 06
Sat Jun 25/Sun Jun 26  5738.7   17 15 00   20 34  22 36   3 31  5 33   15 51  20 46    1 49  .....    25   2 01.8  15 49

Sun Jun 26/Mon Jun 27  5739.7   17 18 57   20 34  22 36   3 31  5 33   15 55  20 51    2 24  .....    17   2 50.6  18 53
Mon Jun 27/Tue Jun 28  5740.7   17 22 53   20 34  22 36   3 32  5 34   15 59  20 55    3 04  .....    11   3 41.9  21 08
Tue Jun 28/Wed Jun 29  5741.7   17 26 50   20 34  22 36   3 32  5 34   16 03  21 00    3 52  18 19     5   4 35.6  22 23
Wed Jun 29/Thu Jun 30  5742.7   17 30 46   20 34  22 36   3 33  5 35   16 06  21 04    4 47  19 15     2   5 31.0  22 27
Thu Jun 30/Fri Jul 01  5743.7   17 34 43   20 34  22 36   3 33  5 35   16 10  21 09    5 49  20 05     0   6 27.3  21 16


                                           ***** 2011 JULY *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Fri Jul 01/Sat Jul 02  5744.7   17 38 40   20 34  22 35   3 34  5 36   16 14  21 13   .....  20 50     1   7 23.3  18 50
Sat Jul 02/Sun Jul 03  5745.7   17 42 36   20 34  22 35   3 35  5 36   16 17  21 18   .....  21 30     4   8 18.4  15 17

Sun Jul 03/Mon Jul 04  5746.7   17 46 33   20 34  22 34   3 36  5 37   16 21  21 23   .....  22 05     9   9 12.2  10 49
Mon Jul 04/Tue Jul 05  5747.7   17 50 29   20 33  22 34   3 37  5 37   16 24  21 28   .....  22 36    17  10 04.8   5 41
Tue Jul 05/Wed Jul 06  5748.7   17 54 26   20 33  22 33   3 38  5 38   16 28  21 33   .....  23 07    26  10 56.8   0 10
Wed Jul 06/Thu Jul 07  5749.7   17 58 22   20 33  22 33   3 39  5 38   16 31  21 37   .....  23 37    37  11 48.9 - 5 26
Thu Jul 07/Fri Jul 08  5750.7   18 02 19   20 33  22 32   3 39  5 39   16 34  21 42   .....   0 08    48  12 41.9 -10 48
Fri Jul 08/Sat Jul 09  5751.7   18 06 15   20 32  22 31   3 40  5 40   16 37  21 47   .....   0 42    60  13 36.8 -15 38
Sat Jul 09/Sun Jul 10  5752.7   18 10 12   20 32  22 31   3 42  5 40   16 41  21 52   .....   1 22    71  14 33.8 -19 38

Sun Jul 10/Mon Jul 11  5753.7   18 14 09   20 32  22 30   3 43  5 41   16 44  21 57   .....   2 07    81  15 32.9 -22 30
Mon Jul 11/Tue Jul 12  5754.7   18 18 05   20 31  22 29   3 44  5 42   16 47  22 02   .....   2 59    89  16 33.5 -24 01
Tue Jul 12/Wed Jul 13  5755.7   18 22 02   20 31  22 28   3 45  5 42   16 50  22 08   18 25   3 58    95  17 34.1 -24 05
Wed Jul 13/Thu Jul 14  5756.7   18 25 58   20 30  22 27   3 46  5 43   16 53  22 13   19 17   5 01    99  18 33.4 -22 46
Thu Jul 14/Fri Jul 15  5757.7   18 29 55   20 30  22 26   3 47  5 44   16 56  22 18   20 02   6 07   100  19 30.1 -20 13
Fri Jul 15/Sat Jul 16  5758.7   18 33 51   20 29  22 25   3 48  5 45   16 59  22 23   20 39  .....    99  20 23.5 -16 41
Sat Jul 16/Sun Jul 17  5759.7   18 37 48   20 29  22 24   3 50  5 45   17 02  22 28   21 11  .....    96  21 13.8 -12 30

Sun Jul 17/Mon Jul 18  5760.7   18 41 44   20 28  22 23   3 51  5 46   17 05  22 33   21 39  .....    91  22 01.4 - 7 53
Mon Jul 18/Tue Jul 19  5761.7   18 45 41   20 27  22 22   3 52  5 47   17 07  22 39   22 05  .....    85  22 47.1 - 3 05
Tue Jul 19/Wed Jul 20  5762.7   18 49 38   20 27  22 21   3 54  5 48   17 10  22 44   22 30  .....    77  23 31.6   1 44
Wed Jul 20/Thu Jul 21  5763.7   18 53 34   20 26  22 20   3 55  5 49   17 13  22 49   22 55  .....    69   0 15.8   6 22
Thu Jul 21/Fri Jul 22  5764.7   18 57 31   20 25  22 18   3 56  5 49   17 16  22 54   23 21  .....    59   1 00.6  10 42
Fri Jul 22/Sat Jul 23  5765.7   19 01 27   20 24  22 17   3 58  5 50   17 18  23 00   23 49  .....    50   1 46.5  14 36
Sat Jul 23/Sun Jul 24  5766.7   19 05 24   20 24  22 16   3 59  5 51   17 21  23 05    0 21  .....    41   2 34.4  17 54

Sun Jul 24/Mon Jul 25  5767.7   19 09 20   20 23  22 15   4 00  5 52   17 24  23 10    0 59  .....    31   3 24.5  20 26
Mon Jul 25/Tue Jul 26  5768.7   19 13 17   20 22  22 13   4 02  5 53   17 26  23 16    1 42  .....    22   4 17.1  22 02
Tue Jul 26/Wed Jul 27  5769.7   19 17 13   20 21  22 12   4 03  5 54   17 29  23 21    2 34  .....    15   5 11.7  22 33
Wed Jul 27/Thu Jul 28  5770.7   19 21 10   20 20  22 10   4 05  5 55   17 31  23 26    3 33  17 55     8   6 07.7  21 49
Thu Jul 28/Fri Jul 29  5771.7   19 25 07   20 19  22 09   4 06  5 56   17 34  23 32    4 38  18 43     3   7 04.1  19 50
Fri Jul 29/Sat Jul 30  5772.7   19 29 03   20 18  22 07   4 07  5 57   17 36  23 37    5 47  19 25     1   8 00.2  16 39
Sat Jul 30/Sun Jul 31  5773.7   19 33 00   20 17  22 06   4 09  5 57   17 39  23 42   .....  20 03     0   8 55.3  12 25

Sun Jul 31/Mon Aug 01  5774.7   19 36 56   20 16  22 04   4 10  5 58   17 41  23 48   .....  20 37     3   9 49.4   7 23


                                           ***** 2011 AUGUST *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Mon Aug 01/Tue Aug 02  5775.7   19 40 53   20 15  22 03   4 12  5 59   17 43  23 53   .....  21 08     8  10 42.7   1 51
Tue Aug 02/Wed Aug 03  5776.7   19 44 49   20 14  22 01   4 13  6 00   17 46  23 59   .....  21 39    15  11 35.7 - 3 50
Wed Aug 03/Thu Aug 04  5777.7   19 48 46   20 13  22 00   4 15  6 01   17 48   0 04   .....  22 11    24  12 29.3 - 9 21
Thu Aug 04/Fri Aug 05  5778.7   19 52 42   20 12  21 58   4 16  6 02   17 50   0 09   .....  22 45    35  13 24.1 -14 22
Fri Aug 05/Sat Aug 06  5779.7   19 56 39   20 11  21 56   4 17  6 03   17 53   0 15   .....  23 23    46  14 20.5 -18 34
Sat Aug 06/Sun Aug 07  5780.7   20 00 36   20 10  21 55   4 19  6 04   17 55   0 20   .....   0 06    57  15 18.6 -21 42

Sun Aug 07/Mon Aug 08  5781.7   20 04 32   20 08  21 53   4 20  6 05   17 57   0 26   .....   0 55    68  16 18.0 -23 33
Mon Aug 08/Tue Aug 09  5782.7   20 08 29   20 07  21 51   4 22  6 06   18 00   0 31   .....   1 51    78  17 17.5 -24 02
Tue Aug 09/Wed Aug 10  5783.7   20 12 25   20 06  21 50   4 23  6 07   18 02   0 36   .....   2 52    86  18 16.0 -23 08
Wed Aug 10/Thu Aug 11  5784.7   20 16 22   20 05  21 48   4 25  6 08   18 04   0 42   17 59   3 55    93  19 12.5 -21 00
Thu Aug 11/Fri Aug 12  5785.7   20 20 18   20 03  21 46   4 26  6 09   18 06   0 47   18 38   4 59    97  20 06.2 -17 51
Fri Aug 12/Sat Aug 13  5786.7   20 24 15   20 02  21 44   4 27  6 10   18 08   0 52   19 12   6 02   100  20 57.1 -13 55
Sat Aug 13/Sun Aug 14  5787.7   20 28 11   20 01  21 43   4 29  6 11   18 11   0 58   19 41  .....   100  21 45.4 - 9 28

Sun Aug 14/Mon Aug 15  5788.7   20 32 08   20 00  21 41   4 30  6 12   18 13   1 03   20 08  .....    98  22 31.8 - 4 44
Mon Aug 15/Tue Aug 16  5789.7   20 36 05   19 58  21 39   4 32  6 13   18 15   1 08   20 33  .....    94  23 16.9   0 05
Tue Aug 16/Wed Aug 17  5790.7   20 40 01   19 57  21 37   4 33  6 14   18 17   1 14   20 58  .....    89   0 01.5   4 48
Wed Aug 17/Thu Aug 18  5791.7   20 43 58   19 55  21 36   4 34  6 14   18 19   1 19   21 24  .....    82   0 46.3   9 16
Thu Aug 18/Fri Aug 19  5792.7   20 47 54   19 54  21 34   4 36  6 15   18 21   1 24   21 51  .....    75   1 32.0  13 19
Fri Aug 19/Sat Aug 20  5793.7   20 51 51   19 53  21 32   4 37  6 16   18 23   1 30   22 21  .....    66   2 19.1  16 49
Sat Aug 20/Sun Aug 21  5794.7   20 55 47   19 51  21 30   4 38  6 17   18 25   1 35   22 56  .....    57   3 08.2  19 36

Sun Aug 21/Mon Aug 22  5795.7   20 59 44   19 50  21 28   4 40  6 18   18 28   1 40   23 36  .....    47   3 59.3  21 31
Mon Aug 22/Tue Aug 23  5796.7   21 03 40   19 48  21 26   4 41  6 19   18 30   1 46    0 23  .....    37   4 52.5  22 24
Tue Aug 23/Wed Aug 24  5797.7   21 07 37   19 47  21 25   4 42  6 20   18 32   1 51    1 17  .....    28   5 47.2  22 10
Wed Aug 24/Thu Aug 25  5798.7   21 11 34   19 45  21 23   4 44  6 21   18 34   1 56    2 18  .....    19   6 42.9  20 42
Thu Aug 25/Fri Aug 26  5799.7   21 15 30   19 44  21 21   4 45  6 22   18 36   2 01    3 25  17 17    11   7 38.7  18 01
Fri Aug 26/Sat Aug 27  5800.7   21 19 27   19 42  21 19   4 46  6 23   18 38   2 07    4 35  17 57     5   8 34.1  14 13
Sat Aug 27/Sun Aug 28  5801.7   21 23 23   19 41  21 17   4 48  6 24   18 40   2 12    5 48  18 32     1   9 29.0   9 29

Sun Aug 28/Mon Aug 29  5802.7   21 27 20   19 39  21 15   4 49  6 25   18 42   2 17   .....  19 06     0  10 23.3   4 05
Mon Aug 29/Tue Aug 30  5803.7   21 31 16   19 38  21 13   4 50  6 26   18 44   2 22   .....  19 38     2  11 17.6 - 1 40
Tue Aug 30/Wed Aug 31  5804.7   21 35 13   19 36  21 11   4 52  6 27   18 46   2 28   .....  20 11     6  12 12.3 - 7 22
Wed Aug 31/Thu Sep 01  5805.7   21 39 09   19 35  21 10   4 53  6 28   18 48   2 33   .....  20 45    13  13 08.1 -12 40


                                           ***** 2011 SEPTEMBER *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Thu Sep 01/Fri Sep 02  5806.7   21 43 06   19 33  21 08   4 54  6 29   18 50   2 38   .....  21 22    22  14 05.4 -17 13
Fri Sep 02/Sat Sep 03  5807.7   21 47 03   19 32  21 06   4 55  6 30   18 52   2 43   .....  22 05    32  15 04.1 -20 41
Sat Sep 03/Sun Sep 04  5808.7   21 50 59   19 30  21 04   4 56  6 31   18 54   2 48   .....  22 53    43  16 03.8 -22 53

Sun Sep 04/Mon Sep 05  5809.7   21 54 56   19 28  21 02   4 58  6 32   18 57   2 53   .....  23 47    54  17 03.4 -23 42
Mon Sep 05/Tue Sep 06  5810.7   21 58 52   19 27  21 00   4 59  6 32   18 59   2 59   .....   0 47    65  18 01.9 -23 09
Tue Sep 06/Wed Sep 07  5811.7   22 02 49   19 25  20 58   5 00  6 33   19 01   3 04   .....   1 49    74  18 58.3 -21 21
Wed Sep 07/Thu Sep 08  5812.7   22 06 45   19 24  20 56   5 01  6 34   19 03   3 09   .....   2 52    83  19 51.9 -18 31
Thu Sep 08/Fri Sep 09  5813.7   22 10 42   19 22  20 55   5 02  6 35   19 05   3 14   17 13   3 54    90  20 42.9 -14 52
Fri Sep 09/Sat Sep 10  5814.7   22 14 38   19 20  20 53   5 04  6 36   19 07   3 19   17 44   4 56    95  21 31.3 -10 39
Sat Sep 10/Sun Sep 11  5815.7   22 18 35   19 19  20 51   5 05  6 37   19 09   3 24   18 11   5 55    98  22 17.9 - 6 03

Sun Sep 11/Mon Sep 12  5816.7   22 22 32   19 17  20 49   5 06  6 38   19 11   3 29   18 37   6 54   100  23 03.2 - 1 19
Mon Sep 12/Tue Sep 13  5817.7   22 26 28   19 15  20 47   5 07  6 39   19 13   3 34   19 02  .....    99  23 47.9   3 25
Tue Sep 13/Wed Sep 14  5818.7   22 30 25   19 14  20 45   5 08  6 40   19 15   3 39   19 27  .....    97   0 32.8   7 57
Wed Sep 14/Thu Sep 15  5819.7   22 34 21   19 12  20 43   5 09  6 41   19 17   3 45   19 54  .....    93   1 18.4  12 07
Thu Sep 15/Fri Sep 16  5820.7   22 38 18   19 10  20 42   5 10  6 42   19 19   3 50   20 24  .....    87   2 05.2  15 46
Fri Sep 16/Sat Sep 17  5821.7   22 42 14   19 09  20 40   5 12  6 43   19 22   3 55   20 56  .....    80   2 53.7  18 45
Sat Sep 17/Sun Sep 18  5822.7   22 46 11   19 07  20 38   5 13  6 44   19 24   4 00   21 34  .....    72   3 44.0  20 55

Sun Sep 18/Mon Sep 19  5823.7   22 50 07   19 05  20 36   5 14  6 45   19 26   4 05   22 18  .....    63   4 36.0  22 07
Mon Sep 19/Tue Sep 20  5824.7   22 54 04   19 04  20 34   5 15  6 46   19 28   4 10   23 08  .....    53   5 29.4  22 15
Tue Sep 20/Wed Sep 21  5825.7   22 58 01   19 02  20 33   5 16  6 47   19 30   4 15    0 04  .....    43   6 23.6  21 14
Wed Sep 21/Thu Sep 22  5826.7   23 01 57   19 00  20 31   5 17  6 48   19 32   4 20    1 07  .....    33   7 18.2  19 03
Thu Sep 22/Fri Sep 23  5827.7   23 05 54   18 59  20 29   5 18  6 48   19 34   4 25    2 13  .....    24   8 12.6  15 46
Fri Sep 23/Sat Sep 24  5828.7   23 09 50   18 57  20 27   5 19  6 49   19 36   4 30    3 23  .....    15   9 06.7  11 30
Sat Sep 24/Sun Sep 25  5829.7   23 13 47   18 56  20 25   5 20  6 50   19 39   4 35    4 35  17 00     8  10 00.7   6 27

Sun Sep 25/Mon Sep 26  5830.7   23 17 43   18 54  20 24   5 21  6 51   19 41   4 40    5 49  17 33     3  10 54.8   0 53
Mon Sep 26/Tue Sep 27  5831.7   23 21 40   18 52  20 22   5 22  6 52   19 43   4 45    7 05  18 06     0  11 49.8 - 4 53
Tue Sep 27/Wed Sep 28  5832.7   23 25 36   18 51  20 20   5 23  6 53   19 45   4 50   .....  18 40     1  12 46.1 -10 25
Wed Sep 28/Thu Sep 29  5833.7   23 29 33   18 49  20 19   5 25  6 54   19 47   4 55   .....  19 17     4  13 44.3 -15 22
Thu Sep 29/Fri Sep 30  5834.7   23 33 30   18 47  20 17   5 26  6 55   19 50   5 00   .....  19 59    11  14 44.2 -19 19
Fri Sep 30/Sat Oct 01  5835.7   23 37 26   18 46  20 15   5 27  6 56   19 52   5 05   .....  20 47    19  15 45.2 -21 59


                                           ***** 2011 OCTOBER *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Sat Oct 01/Sun Oct 02  5836.7   23 41 23   18 44  20 13   5 28  6 57   19 54   5 10   .....  21 41    28  16 46.4 -23 14

Sun Oct 02/Mon Oct 03  5837.7   23 45 19   18 42  20 12   5 29  6 58   19 56   5 15   .....  22 40    39  17 46.4 -23 02
Mon Oct 03/Tue Oct 04  5838.7   23 49 16   18 41  20 10   5 30  6 59   19 59   5 20   .....  23 42    50  18 43.9 -21 32
Tue Oct 04/Wed Oct 05  5839.7   23 53 12   18 39  20 08   5 31  7 00   20 01   5 25   .....   0 46    60  19 38.5 -18 58
Wed Oct 05/Thu Oct 06  5840.7   23 57 09   18 38  20 07   5 32  7 01   20 03   5 30   .....   1 48    70  20 29.9 -15 32
Thu Oct 06/Fri Oct 07  5841.7    0 01 05   18 36  20 05   5 33  7 02   20 06   5 35   .....   2 50    79  21 18.7 -11 29
Fri Oct 07/Sat Oct 08  5842.7    0 05 02   18 34  20 04   5 34  7 03   20 08   5 40   .....   3 49    86  22 05.3 - 7 03
Sat Oct 08/Sun Oct 09  5843.7    0 08 59   18 33  20 02   5 35  7 04   20 10   5 45   16 41   4 48    92  22 50.6 - 2 25

Sun Oct 09/Mon Oct 10  5844.7    0 12 55   18 31  20 01   5 36  7 05   20 13   5 50   17 06   5 46    96  23 35.2   2 16
Mon Oct 10/Tue Oct 11  5845.7    0 16 52   18 30  19 59   5 37  7 06   20 15   5 55   17 31   6 43    99   0 20.0   6 48
Tue Oct 11/Wed Oct 12  5846.7    0 20 48   18 28  19 57   5 38  7 07   20 18   6 00   17 58   7 41   100   1 05.4  11 03
Wed Oct 12/Thu Oct 13  5847.7    0 24 45   18 27  19 56   5 39  7 08   20 20   6 05   18 27  .....    99   1 52.1  14 50
Thu Oct 13/Fri Oct 14  5848.7    0 28 41   18 25  19 54   5 40  7 09   20 22   6 09   18 58  .....    96   2 40.4  18 00
Fri Oct 14/Sat Oct 15  5849.7    0 32 38   18 24  19 53   5 41  7 10   20 25   6 14   19 35  .....    92   3 30.4  20 22
Sat Oct 15/Sun Oct 16  5850.7    0 36 34   18 22  19 52   5 42  7 11   20 27   6 19   20 16  .....    85   4 22.0  21 49

Sun Oct 16/Mon Oct 17  5851.7    0 40 31   18 21  19 50   5 43  7 12   20 30   6 24   21 04  .....    78   5 14.8  22 13
Mon Oct 17/Tue Oct 18  5852.7    0 44 28   18 19  19 49   5 44  7 14   20 32   6 29   21 57  .....    69   6 08.3  21 31
Tue Oct 18/Wed Oct 19  5853.7    0 48 24   18 18  19 47   5 45  7 15   20 35   6 34   22 56  .....    59   7 01.8  19 43
Wed Oct 19/Thu Oct 20  5854.7    0 52 21   18 16  19 46   5 46  7 16   20 38   6 39   23 59  .....    49   7 55.0  16 51
Thu Oct 20/Fri Oct 21  5855.7    0 56 17   18 15  19 45   5 47  7 17   20 40   6 44    1 05  .....    38   8 47.7  13 02
Fri Oct 21/Sat Oct 22  5856.7    1 00 14   18 14  19 43   5 48  7 18   20 43   6 49    2 13  .....    28   9 40.1   8 24
Sat Oct 22/Sun Oct 23  5857.7    1 04 10   18 12  19 42   5 49  7 19   20 45   6 54    3 24  .....    19  10 32.7   3 11

Sun Oct 23/Mon Oct 24  5858.7    1 08 07   18 11  19 41   5 50  7 20   20 48   6 59    4 37  16 00    10  11 26.2 - 2 23
Mon Oct 24/Tue Oct 25  5859.7    1 12 03   18 09  19 39   5 51  7 21   20 51   7 04    5 52  16 33     4  12 21.3 - 7 57
Tue Oct 25/Wed Oct 26  5860.7    1 16 00   18 08  19 38   5 52  7 22   20 53   7 09    7 08  17 08     1  13 18.5 -13 08
Wed Oct 26/Thu Oct 27  5861.7    1 19 57   18 07  19 37   5 53  7 23   20 56   7 14   .....  17 48     0  14 18.2 -17 33
Thu Oct 27/Fri Oct 28  5862.7    1 23 53   18 05  19 36   5 54  7 24   20 59   7 19   .....  18 34     3  15 20.0 -20 48
Fri Oct 28/Sat Oct 29  5863.7    1 27 50   18 04  19 35   5 55  7 26   21 02   7 24   .....  19 26     8  16 22.8 -22 38
Sat Oct 29/Sun Oct 30* 5864.7    1 31 46   18 03  19 33   4 56  6 27   21 05   7 29   .....  20 26    15  17 25.0 -22 57

Sun Oct 30/Mon Oct 31  5865.7    2 35 53   17 02  18 32   4 57  6 28   21 07   7 34   .....  20 29    24  18 27.9 -21 42
Mon Oct 31/Tue Nov 01  5866.7    2 39 49   17 00  18 31   4 58  6 29   21 10   7 38   .....  21 35    34  19 24.3 -19 20


                                           ***** 2011 NOVEMBER *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Tue Nov 01/Wed Nov 02  5867.7    2 43 46   16 59  18 30   4 59  6 30   21 13   7 43   .....  22 39    44  20 17.3 -16 04
Wed Nov 02/Thu Nov 03  5868.7    2 47 42   16 58  18 29   5 00  6 31   21 16   7 48   .....  23 42    54  21 07.0 -12 08
Thu Nov 03/Fri Nov 04  5869.7    2 51 39   16 57  18 28   5 01  6 32   21 19   7 53   .....   0 43    64  21 54.1 - 7 48
Fri Nov 04/Sat Nov 05  5870.7    2 55 35   16 56  18 27   5 02  6 33   21 22   7 58   .....   1 42    73  22 39.5 - 3 14
Sat Nov 05/Sun Nov 06  5871.7    2 59 32   16 55  18 26   5 03  6 35   21 25   8 03   .....   2 40    81  23 24.0   1 24

Sun Nov 06/Mon Nov 07  5872.7    3 03 29   16 54  18 25   5 04  6 36   21 28   8 08   .....   3 37    88   0 08.4   5 55
Mon Nov 07/Tue Nov 08  5873.7    3 07 25   16 53  18 24   5 05  6 37   21 31   8 13   .....   4 35    94   0 53.5  10 12
Tue Nov 08/Wed Nov 09  5874.7    3 11 22   16 52  18 24   5 06  6 38   21 34   8 18   .....   5 33    97   1 39.8  14 05
Wed Nov 09/Thu Nov 10  5875.7    3 15 18   16 51  18 23   5 07  6 39   21 37   8 23   16 00   6 31   100   2 27.9  17 24
Thu Nov 10/Fri Nov 11  5876.7    3 19 15   16 50  18 22   5 08  6 40   21 40   8 28   16 35   7 28   100   3 17.9  19 58
Fri Nov 11/Sat Nov 12  5877.7    3 23 11   16 49  18 21   5 09  6 41   21 43   8 33   17 15   8 23    98   4 09.7  21 37
Sat Nov 12/Sun Nov 13  5878.7    3 27 08   16 48  18 20   5 10  6 43   21 47   8 38   18 01  .....    95   5 02.9  22 15

Sun Nov 13/Mon Nov 14  5879.7    3 31 04   16 47  18 20   5 11  6 44   21 50   8 43   18 53  .....    90   5 56.7  21 47
Mon Nov 14/Tue Nov 15  5880.7    3 35 01   16 46  18 19   5 12  6 45   21 53   8 48   19 50  .....    83   6 50.4  20 11
Tue Nov 15/Wed Nov 16  5881.7    3 38 58   16 45  18 18   5 13  6 46   21 56   8 53   20 51  .....    74   7 43.5  17 32
Wed Nov 16/Thu Nov 17  5882.7    3 42 54   16 45  18 18   5 14  6 47   22 00   8 58   21 55  .....    64   8 35.7  13 57
Thu Nov 17/Fri Nov 18  5883.7    3 46 51   16 44  18 17   5 15  6 48   22 03   9 02   23 00  .....    54   9 27.2   9 35
Fri Nov 18/Sat Nov 19  5884.7    3 50 47   16 43  18 17   5 16  6 49   22 06   9 07    0 07  .....    43  10 18.4   4 38
Sat Nov 19/Sun Nov 20  5885.7    3 54 44   16 42  18 16   5 17  6 51   22 10   9 12    1 16  .....    32  11 10.0 - 0 41

Sun Nov 20/Mon Nov 21  5886.7    3 58 40   16 42  18 16   5 18  6 52   22 13   9 17    2 27  .....    22  12 02.9 - 6 06
Mon Nov 21/Tue Nov 22  5887.7    4 02 37   16 41  18 15   5 19  6 53   22 17   9 22    3 41  .....    13  12 57.9 -11 17
Tue Nov 22/Wed Nov 23  5888.7    4 06 33   16 41  18 15   5 20  6 54   22 20   9 27    4 56  .....     6  13 55.5 -15 55
Wed Nov 23/Thu Nov 24  5889.7    4 10 30   16 40  18 14   5 20  6 55   22 24   9 32    6 11  .....     2  14 55.9 -19 35
Thu Nov 24/Fri Nov 25  5890.7    4 14 27   16 39  18 14   5 21  6 56   22 27   9 37    7 22  16 09     0  15 58.4 -21 58
Fri Nov 25/Sat Nov 26  5891.7    4 18 23   16 39  18 14   5 22  6 57   22 31   9 42    8 26  17 05     1  17 01.6 -22 51
Sat Nov 26/Sun Nov 27  5892.7    4 22 20   16 39  18 13   5 23  6 58   22 35   9 46   .....  18 08     5  18 03.5 -22 13

Sun Nov 27/Mon Nov 28  5893.7    4 26 16   16 38  18 13   5 24  6 59   22 38   9 51   .....  19 15    11  19 02.8 -20 15
Mon Nov 28/Tue Nov 29  5894.7    4 30 13   16 38  18 13   5 25  7 00   22 42   9 56   .....  20 22    19  19 58.4 -17 12
Tue Nov 29/Wed Nov 30  5895.7    4 34 09   16 37  18 13   5 26  7 01   22 46  10 01   .....  21 28    28  20 50.3 -13 23
Wed Nov 30/Thu Dec 01  5896.7    4 38 06   16 37  18 13   5 27  7 02   22 50  10 06   .....  22 31    37  21 39.2 - 9 04


                                           ***** 2011 DECEMBER *****

Calendar for Lynch Observatory, west longitude (h.m.s) =   5 00 45, latitude (d.m) =  39 57.2
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), for   10 m above surroundings, DAYLIGHT time used, * shows night clocks are reset.
Moon coords. and illum. are for local midnight, even if moon is down.  Program: John Thorstensen, Dartmouth College.

  Date (eve/morn)      JDmid    LMSTmidn   ---------- Sun: ---------   LST twilight:  ------------- Moon: --------------
  (2011 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Thu Dec 01/Fri Dec 02  5897.7    4 42 02   16 37  18 12   5 28  7 03   22 53  10 11   .....  23 32    47  22 25.6 - 4 30
Fri Dec 02/Sat Dec 03  5898.7    4 45 59   16 37  18 12   5 29  7 04   22 57  10 15   .....   0 31    57  23 10.6   0 08
Sat Dec 03/Sun Dec 04  5899.7    4 49 56   16 36  18 12   5 29  7 05   23 01  10 20   .....   1 29    66  23 55.0   4 42

Sun Dec 04/Mon Dec 05  5900.7    4 53 52   16 36  18 12   5 30  7 06   23 05  10 25   .....   2 27    75   0 39.7   9 03
Mon Dec 05/Tue Dec 06  5901.7    4 57 49   16 36  18 12   5 31  7 07   23 09  10 30   .....   3 24    83   1 25.4  13 02
Tue Dec 06/Wed Dec 07  5902.7    5 01 45   16 36  18 12   5 32  7 08   23 13  10 34   .....   4 22    89   2 12.8  16 31
Wed Dec 07/Thu Dec 08  5903.7    5 05 42   16 36  18 12   5 33  7 09   23 17  10 39   .....   5 20    94   3 02.2  19 18
Thu Dec 08/Fri Dec 09  5904.7    5 09 38   16 36  18 12   5 33  7 10   23 21  10 44   .....   6 16    98   3 53.7  21 15
Fri Dec 09/Sat Dec 10  5905.7    5 13 35   16 36  18 13   5 34  7 11   23 25  10 49   15 57   7 10   100   4 47.0  22 12
Sat Dec 10/Sun Dec 11  5906.7    5 17 31   16 36  18 13   5 35  7 11   23 29  10 53   16 47   7 59   100   5 41.3  22 02

Sun Dec 11/Mon Dec 12  5907.7    5 21 28   16 36  18 13   5 36  7 12   23 33  10 58   17 43   8 44    97   6 36.0  20 44
Mon Dec 12/Tue Dec 13  5908.7    5 25 25   16 36  18 13   5 36  7 13   23 38  11 03   18 44  .....    93   7 30.0  18 18
Tue Dec 13/Wed Dec 14  5909.7    5 29 21   16 37  18 13   5 37  7 14   23 42  11 07   19 48  .....    87   8 23.1  14 54
Wed Dec 14/Thu Dec 15  5910.7    5 33 18   16 37  18 14   5 38  7 15   23 46  11 12   20 53  .....    79   9 15.0  10 41
Thu Dec 15/Fri Dec 16  5911.7    5 37 14   16 37  18 14   5 38  7 15   23 50  11 16   21 59  .....    69  10 06.0   5 53
Fri Dec 16/Sat Dec 17  5912.7    5 41 11   16 37  18 14   5 39  7 16   23 54  11 21   23 06  .....    58  10 56.8   0 42
Sat Dec 17/Sun Dec 18  5913.7    5 45 07   16 38  18 15   5 39  7 16   23 59  11 26    0 14  .....    47  11 48.2 - 4 36

Sun Dec 18/Mon Dec 19  5914.7    5 49 04   16 38  18 15   5 40  7 17    0 03  11 30    1 24  .....    36  12 41.0 - 9 45
Mon Dec 19/Tue Dec 20  5915.7    5 53 00   16 38  18 15   5 41  7 18    0 08  11 35    2 36  .....    25  13 36.0 -14 27
Tue Dec 20/Wed Dec 21  5916.7    5 56 57   16 39  18 16   5 41  7 18    0 12  11 39    3 48  .....    16  14 33.6 -18 22
Wed Dec 21/Thu Dec 22  5917.7    6 00 54   16 39  18 16   5 42  7 19    0 16  11 43    5 00  .....     8  15 33.8 -21 12
Thu Dec 22/Fri Dec 23  5918.7    6 04 50   16 40  18 17   5 42  7 19    0 21  11 48    6 06  .....     3  16 35.7 -22 40
Fri Dec 23/Sat Dec 24  5919.7    6 08 47   16 40  18 17   5 43  7 20    0 25  11 52    7 06  15 47     0  17 37.7 -22 40
Sat Dec 24/Sun Dec 25  5920.7    6 12 43   16 41  18 18   5 43  7 20    0 30  11 57    7 56  16 52     0  18 38.2 -21 15

Sun Dec 25/Mon Dec 26  5921.7    6 16 40   16 42  18 19   5 43  7 20    0 34  12 01    8 39  18 00     3  19 35.9 -18 35
Mon Dec 26/Tue Dec 27  5922.7    6 20 36   16 42  18 19   5 44  7 21    0 39  12 05   .....  19 08     7  20 30.2 -15 00
Tue Dec 27/Wed Dec 28  5923.7    6 24 33   16 43  18 20   5 44  7 21    0 43  12 10   .....  20 14    14  21 21.0 -10 48
Wed Dec 28/Thu Dec 29  5924.7    6 28 29   16 44  18 20   5 44  7 21    0 48  12 14   .....  21 17    21  22 09.2 - 6 14
Thu Dec 29/Fri Dec 30  5925.7    6 32 26   16 44  18 21   5 45  7 22    0 53  12 18   .....  22 18    30  22 55.3 - 1 32
Fri Dec 30/Sat Dec 31  5926.7    6 36 23   16 45  18 22   5 45  7 22    0 57  12 22   .....  23 18    39  23 40.3   3 07
Sat Dec 31/Sun Jan 01  5927.7    6 40 19   16 46  18 22   5 45  7 22    1 02  12 26   .....   0 16    49   0 25.0   7 34