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         ***** 2020 Night-time Astronomical Calendar for Venise Bay on Lake Champlain ***** 

               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 using
conventions for the USA; for 2007+, 2nd Sunday in March to first Sunday in November.

   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   0.0 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 2020, at Venise Bay on Lake Champlain

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 26   0 16   Jan 02  23 47   Jan 10  14 23   Jan 17   8 01   

Jan 24  16 44   Feb 01  20 43   Feb 09   2 35   Feb 15  17 19   

Feb 23  10 34   Mar 02  14 59   Mar 09  13 49   Mar 16   5 36   

Mar 24   5 30   Apr 01   6 22   Apr 07  22 36   Apr 14  18 57   

Apr 22  22 27   Apr 30  16 39   May 07   6 46   May 14  10 03   

May 22  13 40   May 29  23 30   Jun 05  15 13   Jun 13   2 25   

Jun 21   2 42   Jun 28   4 17   Jul 05   0 45   Jul 12  19 31   

Jul 20  13 34   Jul 27   8 34   Aug 03  12 00   Aug 11  12 48   

Aug 18  22 42   Aug 25  13 59   Sep 02   1 23   Sep 10   5 28   

Sep 17   7 01   Sep 23  21 57   Oct 01  17 07   Oct 09  20 41   

Oct 16  15 32   Oct 23   9 24   Oct 31  10 51   Nov 08   8 48   

Nov 15   0 09   Nov 21  23 46   Nov 30   4 32   Dec 07  19 38   

Dec 14  11 19   Dec 21  18 43   Dec 29  22 30   Jan 06   4 39   



                                           ***** 2020 JANUARY *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Wed Jan 01/Thu Jan 02  8850.7    6 52 39   16 21  18 08   5 45  7 31    0 59  12 38   .....  22 56    40   0 07.7 - 5 14
Thu Jan 02/Fri Jan 03  8851.7    6 56 36   16 22  18 08   5 45  7 31    1 04  12 42   .....  23 57    49   0 51.2 - 0 36
Fri Jan 03/Sat Jan 04  8852.7    7 00 32   16 23  18 09   5 45  7 31    1 09  12 46   .....   0 58    59   1 35.1   4 04
Sat Jan 04/Sun Jan 05  8853.7    7 04 29   16 24  18 10   5 45  7 31    1 14  12 50   .....   2 01    68   2 20.3   8 40

Sun Jan 05/Mon Jan 06  8854.7    7 08 25   16 25  18 11   5 45  7 31    1 18  12 54   .....   3 05    77   3 07.7  12 59
Mon Jan 06/Tue Jan 07  8855.7    7 12 22   16 26  18 12   5 45  7 31    1 23  12 58   .....   4 11    85   3 58.2  16 50
Tue Jan 07/Wed Jan 08  8856.7    7 16 18   16 27  18 13   5 45  7 31    1 28  13 02   .....   5 19    92   4 52.2  19 58
Wed Jan 08/Thu Jan 09  8857.7    7 20 15   16 28  18 14   5 45  7 30    1 33  13 06   .....   6 24    97   5 49.8  22 03
Thu Jan 09/Fri Jan 10  8858.7    7 24 12   16 29  18 15   5 45  7 30    1 38  13 10   15 26   7 25   100   6 50.3  22 51
Fri Jan 10/Sat Jan 11  8859.7    7 28 08   16 30  18 16   5 44  7 30    1 43  13 13   16 26   8 18   100   7 52.3  22 10
Sat Jan 11/Sun Jan 12  8860.7    7 32 05   16 31  18 17   5 44  7 29    1 48  13 17   17 36  .....    97   8 54.0  19 58

Sun Jan 12/Mon Jan 13  8861.7    7 36 01   16 33  18 18   5 44  7 29    1 53  13 21   18 51  .....    92   9 54.1  16 26
Mon Jan 13/Tue Jan 14  8862.7    7 39 58   16 34  18 19   5 44  7 28    1 58  13 24   20 08  .....    84  10 51.7  11 50
Tue Jan 14/Wed Jan 15  8863.7    7 43 54   16 35  18 20   5 43  7 28    2 03  13 28   21 24  .....    75  11 46.9   6 34
Wed Jan 15/Thu Jan 16  8864.7    7 47 51   16 36  18 21   5 43  7 27    2 08  13 32   22 40  .....    64  12 40.2   0 59
Thu Jan 16/Fri Jan 17  8865.7    7 51 47   16 38  18 22   5 42  7 27    2 13  13 35   23 54  .....    53  13 32.5 - 4 35
Fri Jan 17/Sat Jan 18  8866.7    7 55 44   16 39  18 23   5 42  7 26    2 18  13 39    1 07  .....    42  14 24.5 - 9 51
Sat Jan 18/Sun Jan 19  8867.7    7 59 41   16 40  18 24   5 42  7 25    2 23  13 42    2 20  .....    31  15 17.2 -14 33

Sun Jan 19/Mon Jan 20  8868.7    8 03 37   16 42  18 25   5 41  7 25    2 28  13 46    3 31  .....    22  16 11.0 -18 26
Mon Jan 20/Tue Jan 21  8869.7    8 07 34   16 43  18 26   5 40  7 24    2 33  13 49    4 39  .....    14  17 05.9 -21 20
Tue Jan 21/Wed Jan 22  8870.7    8 11 30   16 44  18 28   5 40  7 23    2 38  13 52    5 42  .....     7  18 01.6 -23 04
Wed Jan 22/Thu Jan 23  8871.7    8 15 27   16 46  18 29   5 39  7 22    2 43  13 56    6 38  .....     3  18 57.3 -23 35
Thu Jan 23/Fri Jan 24  8872.7    8 19 23   16 47  18 30   5 39  7 21    2 48  13 59    7 25  15 33     1  19 52.0 -22 54
Fri Jan 24/Sat Jan 25  8873.7    8 23 20   16 48  18 31   5 38  7 20    2 54  14 02    8 04  16 34     0  20 44.9 -21 07
Sat Jan 25/Sun Jan 26  8874.7    8 27 16   16 50  18 32   5 37  7 19    2 59  14 05    8 36  17 36     2  21 35.4 -18 24

Sun Jan 26/Mon Jan 27  8875.7    8 31 13   16 51  18 33   5 36  7 18    3 04  14 09   .....  18 40     5  22 23.6 -14 57
Mon Jan 27/Tue Jan 28  8876.7    8 35 10   16 53  18 35   5 36  7 17    3 09  14 12   .....  19 42    10  23 09.5 -10 58
Tue Jan 28/Wed Jan 29  8877.7    8 39 06   16 54  18 36   5 35  7 16    3 14  14 15   .....  20 44    16  23 53.8 - 6 36
Wed Jan 29/Thu Jan 30  8878.7    8 43 03   16 55  18 37   5 34  7 15    3 19  14 18   .....  21 45    24   0 37.2 - 2 02
Thu Jan 30/Fri Jan 31  8879.7    8 46 59   16 57  18 38   5 33  7 14    3 24  14 21   .....  22 45    32   1 20.4   2 36
Fri Jan 31/Sat Feb 01  8880.7    8 50 56   16 58  18 40   5 32  7 13    3 30  14 24   .....  23 47    41   2 04.4   7 09



                                           ***** 2020 FEBRUARY *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Sat Feb 01/Sun Feb 02  8881.7    8 54 52   17 00  18 41   5 31  7 12    3 35  14 27   .....   0 49    51   2 49.9  11 30

Sun Feb 02/Mon Feb 03  8882.7    8 58 49   17 01  18 42   5 30  7 11    3 40  14 30   .....   1 53    60   3 38.0  15 28
Mon Feb 03/Tue Feb 04  8883.7    9 02 45   17 03  18 43   5 29  7 10    3 45  14 33   .....   2 59    70   4 29.2  18 49
Tue Feb 04/Wed Feb 05  8884.7    9 06 42   17 04  18 45   5 28  7 08    3 50  14 36   .....   4 04    79   5 24.0  21 19
Wed Feb 05/Thu Feb 06  8885.7    9 10 39   17 05  18 46   5 27  7 07    3 56  14 38   .....   5 07    87   6 22.4  22 41
Thu Feb 06/Fri Feb 07  8886.7    9 14 35   17 07  18 47   5 26  7 06    4 01  14 41   .....   6 04    94   7 23.6  22 39
Fri Feb 07/Sat Feb 08  8887.7    9 18 32   17 08  18 48   5 25  7 04    4 06  14 44   .....   6 53    98   8 25.9  21 06
Sat Feb 08/Sun Feb 09  8888.7    9 22 28   17 10  18 50   5 23  7 03    4 11  14 47   16 25   7 35   100   9 27.9  18 03

Sun Feb 09/Mon Feb 10  8889.7    9 26 25   17 11  18 51   5 22  7 02    4 16  14 49   17 43   8 10    99  10 28.2  13 42
Mon Feb 10/Tue Feb 11  8890.7    9 30 21   17 13  18 52   5 21  7 00    4 22  14 52   19 03  .....    94  11 26.3   8 27
Tue Feb 11/Wed Feb 12  8891.7    9 34 18   17 14  18 53   5 20  6 59    4 27  14 55   20 22  .....    88  12 22.4   2 41
Wed Feb 12/Thu Feb 13  8892.7    9 38 14   17 15  18 55   5 18  6 57    4 32  14 57   21 40  .....    79  13 16.9 - 3 10
Thu Feb 13/Fri Feb 14  8893.7    9 42 11   17 17  18 56   5 17  6 56    4 37  15 00   22 56  .....    68  14 10.7 - 8 45
Fri Feb 14/Sat Feb 15  8894.7    9 46 08   17 18  18 57   5 16  6 54    4 43  15 03    0 11  .....    57  15 04.6 -13 44
Sat Feb 15/Sun Feb 16  8895.7    9 50 04   17 20  18 59   5 14  6 53    4 48  15 05    1 23  .....    46  15 58.9 -17 53

Sun Feb 16/Mon Feb 17  8896.7    9 54 01   17 21  19 00   5 13  6 51    4 53  15 08    2 33  .....    36  16 54.0 -21 01
Mon Feb 17/Tue Feb 18  8897.7    9 57 57   17 23  19 01   5 11  6 50    4 58  15 10    3 37  .....    26  17 49.5 -22 59
Tue Feb 18/Wed Feb 19  8898.7   10 01 54   17 24  19 02   5 10  6 48    5 04  15 13    4 34  .....    18  18 44.9 -23 44
Wed Feb 19/Thu Feb 20  8899.7   10 05 50   17 25  19 04   5 08  6 46    5 09  15 15    5 23  .....    11  19 39.4 -23 17
Thu Feb 20/Fri Feb 21  8900.7   10 09 47   17 27  19 05   5 07  6 45    5 14  15 17    6 04  .....     6  20 32.2 -21 45
Fri Feb 21/Sat Feb 22  8901.7   10 13 43   17 28  19 06   5 05  6 43    5 19  15 20    6 38  .....     2  21 22.8 -19 14
Sat Feb 22/Sun Feb 23  8902.7   10 17 40   17 30  19 08   5 04  6 42    5 25  15 22    7 06  16 29     0  22 11.1 -15 57

Sun Feb 23/Mon Feb 24  8903.7   10 21 37   17 31  19 09   5 02  6 40    5 30  15 25    7 31  17 32     0  22 57.4 -12 04
Mon Feb 24/Tue Feb 25  8904.7   10 25 33   17 32  19 10   5 01  6 38    5 35  15 27    7 54  18 34     2  23 41.9 - 7 46
Tue Feb 25/Wed Feb 26  8905.7   10 29 30   17 34  19 12   4 59  6 37    5 40  15 29   .....  19 35     6   0 25.3 - 3 14
Wed Feb 26/Thu Feb 27  8906.7   10 33 26   17 35  19 13   4 57  6 35    5 46  15 31   .....  20 36    11   1 08.4   1 25
Thu Feb 27/Fri Feb 28  8907.7   10 37 23   17 37  19 14   4 56  6 33    5 51  15 34   .....  21 37    17   1 51.7   6 00
Fri Feb 28/Sat Feb 29  8908.7   10 41 19   17 38  19 16   4 54  6 31    5 56  15 36   .....  22 38    25   2 36.1  10 23
Sat Feb 29/Sun Mar 01  8909.7   10 45 16   17 39  19 17   4 52  6 30    6 02  15 38   .....  23 41    34   3 22.4  14 25



                                           ***** 2020 MARCH *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec


Sun Mar 01/Mon Mar 02  8910.7   10 49 12   17 41  19 18   4 50  6 28    6 07  15 40   .....   0 45    43   4 11.3  17 54
Mon Mar 02/Tue Mar 03  8911.7   10 53 09   17 42  19 20   4 49  6 26    6 12  15 43   .....   1 49    53   5 03.3  20 39
Tue Mar 03/Wed Mar 04  8912.7   10 57 06   17 43  19 21   4 47  6 24    6 17  15 45   .....   2 51    63   5 58.6  22 24
Wed Mar 04/Thu Mar 05  8913.7   11 01 02   17 45  19 22   4 45  6 23    6 23  15 47   .....   3 49    73   6 56.8  22 56
Thu Mar 05/Fri Mar 06  8914.7   11 04 59   17 46  19 24   4 43  6 21    6 28  15 49   .....   4 41    83   7 57.2  22 03
Fri Mar 06/Sat Mar 07  8915.7   11 08 55   17 47  19 25   4 41  6 19    6 33  15 51   .....   5 25    91   8 58.4  19 40
Sat Mar 07/Sun Mar 08* 8916.7   11 12 52   17 49  19 27   5 39  7 17    6 39  15 53   .....   7 03    96   9 59.1  15 53

Sun Mar 08/Mon Mar 09  8917.7   10 16 38   18 50  20 28   5 38  7 15    6 44  15 55   17 32   7 36    99  10 56.9  11 09
Mon Mar 09/Tue Mar 10  8918.7   10 20 35   18 51  20 29   5 36  7 13    6 49  15 57   18 53  .....   100  11 54.9   5 25
Tue Mar 10/Wed Mar 11  8919.7   10 24 32   18 53  20 31   5 34  7 12    6 55  15 59   20 14  .....    97  12 51.6 - 0 40
Wed Mar 11/Thu Mar 12  8920.7   10 28 28   18 54  20 32   5 32  7 10    7 00  16 01   21 34  .....    91  13 47.7 - 6 40
Thu Mar 12/Fri Mar 13  8921.7   10 32 25   18 55  20 34   5 30  7 08    7 05  16 03   22 53  .....    83  14 43.6 -12 10
Fri Mar 13/Sat Mar 14  8922.7   10 36 21   18 57  20 35   5 28  7 06    7 11  16 05    0 10  .....    73  15 39.9 -16 51
Sat Mar 14/Sun Mar 15  8923.7   10 40 18   18 58  20 36   5 26  7 04    7 16  16 07    1 23  .....    63  16 36.6 -20 27

Sun Mar 15/Mon Mar 16  8924.7   10 44 14   18 59  20 38   5 24  7 02    7 22  16 09    2 31  .....    52  17 33.5 -22 50
Mon Mar 16/Tue Mar 17  8925.7   10 48 11   19 01  20 39   5 22  7 00    7 27  16 11    3 31  .....    41  18 29.9 -23 55
Tue Mar 17/Wed Mar 18  8926.7   10 52 07   19 02  20 41   5 20  6 59    7 32  16 13    4 22  .....    32  19 25.2 -23 46
Wed Mar 18/Thu Mar 19  8927.7   10 56 04   19 03  20 42   5 18  6 57    7 38  16 15    5 05  .....    23  20 18.5 -22 28
Thu Mar 19/Fri Mar 20  8928.7   11 00 01   19 04  20 44   5 16  6 55    7 43  16 17    5 41  .....    15  21 09.6 -20 10
Fri Mar 20/Sat Mar 21  8929.7   11 03 57   19 06  20 45   5 14  6 53    7 49  16 18    6 11  .....     9  21 58.2 -17 03
Sat Mar 21/Sun Mar 22  8930.7   11 07 54   19 07  20 47   5 12  6 51    7 54  16 20    6 36  .....     5  22 44.6 -13 18

Sun Mar 22/Mon Mar 23  8931.7   11 11 50   19 08  20 48   5 10  6 49    7 59  16 22    6 59  17 26     2  23 29.3 - 9 05
Mon Mar 23/Tue Mar 24  8932.7   11 15 47   19 10  20 50   5 07  6 47    8 05  16 24   .....  18 28     0   0 12.8 - 4 33
Tue Mar 24/Wed Mar 25  8933.7   11 19 43   19 11  20 51   5 05  6 45    8 10  16 26   .....  19 29     1   0 55.8   0 07
Wed Mar 25/Thu Mar 26  8934.7   11 23 40   19 12  20 53   5 03  6 43    8 16  16 28   .....  20 30     3   1 38.9   4 47
Thu Mar 26/Fri Mar 27  8935.7   11 27 36   19 13  20 54   5 01  6 42    8 21  16 29   .....  21 31     7   2 22.9   9 16
Fri Mar 27/Sat Mar 28  8936.7   11 31 33   19 15  20 56   4 59  6 40    8 27  16 31   .....  22 34    12   3 08.4  13 27
Sat Mar 28/Sun Mar 29  8937.7   11 35 30   19 16  20 57   4 57  6 38    8 32  16 33   .....  23 37    19   3 56.1  17 07

Sun Mar 29/Mon Mar 30  8938.7   11 39 26   19 17  20 59   4 55  6 36    8 38  16 35   .....   0 40    27   4 46.4  20 06
Mon Mar 30/Tue Mar 31  8939.7   11 43 23   19 19  21 00   4 52  6 34    8 43  16 37   .....   1 42    37   5 39.5  22 10
Tue Mar 31/Wed Apr 01  8940.7   11 47 19   19 20  21 02   4 50  6 32    8 49  16 38   .....   2 40    47   6 35.2  23 07



                                           ***** 2020 APRIL *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Wed Apr 01/Thu Apr 02  8941.7   11 51 16   19 21  21 04   4 48  6 30    8 54  16 40   .....   3 33    57   7 33.0  22 47
Thu Apr 02/Fri Apr 03  8942.7   11 55 12   19 22  21 05   4 46  6 29    9 00  16 42   .....   4 19    68   8 31.9  21 04
Fri Apr 03/Sat Apr 04  8943.7   11 59 09   19 24  21 07   4 44  6 27    9 06  16 44   .....   4 58    78   9 31.0  17 57
Sat Apr 04/Sun Apr 05  8944.7   12 03 05   19 25  21 08   4 41  6 25    9 11  16 45   .....   5 32    87  10 29.4  13 35

Sun Apr 05/Mon Apr 06  8945.7   12 07 02   19 26  21 10   4 39  6 23    9 17  16 47   .....   6 02    94  11 27.0   8 13
Mon Apr 06/Tue Apr 07  8946.7   12 10 59   19 27  21 12   4 37  6 21    9 22  16 49   17 42   6 31    99  12 23.9   2 12
Tue Apr 07/Wed Apr 08  8947.7   12 14 55   19 29  21 13   4 35  6 19    9 28  16 50   19 03  .....   100  13 20.6 - 4 01
Wed Apr 08/Thu Apr 09  8948.7   12 18 52   19 30  21 15   4 33  6 18    9 34  16 52   20 24  .....    98  14 17.6 - 9 59
Thu Apr 09/Fri Apr 10  8949.7   12 22 48   19 31  21 17   4 30  6 16    9 39  16 54   21 45  .....    93  15 15.5 -15 17
Fri Apr 10/Sat Apr 11  8950.7   12 26 45   19 33  21 19   4 28  6 14    9 45  16 56   23 03  .....    86  16 14.3 -19 33
Sat Apr 11/Sun Apr 12  8951.7   12 30 41   19 34  21 20   4 26  6 12    9 51  16 57    0 16  .....    78  17 13.5 -22 32

Sun Apr 12/Mon Apr 13  8952.7   12 34 38   19 35  21 22   4 24  6 10    9 56  16 59    1 22  .....    68  18 12.5 -24 07
Mon Apr 13/Tue Apr 14  8953.7   12 38 34   19 36  21 24   4 21  6 09   10 02  17 01    2 19  .....    58  19 10.1 -24 19
Tue Apr 14/Wed Apr 15  8954.7   12 42 31   19 38  21 26   4 19  6 07   10 08  17 02    3 06  .....    47  20 05.5 -23 16
Wed Apr 15/Thu Apr 16  8955.7   12 46 28   19 39  21 27   4 17  6 05   10 13  17 04    3 44  .....    38  20 58.0 -21 08
Thu Apr 16/Fri Apr 17  8956.7   12 50 24   19 40  21 29   4 15  6 03   10 19  17 06    4 15  .....    29  21 47.7 -18 08
Fri Apr 17/Sat Apr 18  8957.7   12 54 21   19 41  21 31   4 12  6 02   10 25  17 07    4 42  .....    21  22 34.7 -14 28
Sat Apr 18/Sun Apr 19  8958.7   12 58 17   19 43  21 33   4 10  6 00   10 31  17 09    5 05  .....    14  23 19.7 -10 17

Sun Apr 19/Mon Apr 20  8959.7   13 02 14   19 44  21 35   4 08  5 58   10 36  17 11    5 26  .....     8   0 03.3 - 5 47
Mon Apr 20/Tue Apr 21  8960.7   13 06 10   19 45  21 36   4 06  5 57   10 42  17 12    5 47  .....     4   0 46.2 - 1 06
Tue Apr 21/Wed Apr 22  8961.7   13 10 07   19 46  21 38   4 03  5 55   10 48  17 14    6 08  18 22     1   1 29.1   3 37
Wed Apr 22/Thu Apr 23  8962.7   13 14 03   19 48  21 40   4 01  5 53   10 54  17 16    6 30  19 24     0   2 12.9   8 13
Thu Apr 23/Fri Apr 24  8963.7   13 18 00   19 49  21 42   3 59  5 52   11 00  17 17   .....  20 26     1   2 58.0  12 32
Fri Apr 24/Sat Apr 25  8964.7   13 21 57   19 50  21 44   3 57  5 50   11 06  17 19   .....  21 30     4   3 45.2  16 23
Sat Apr 25/Sun Apr 26  8965.7   13 25 53   19 52  21 46   3 54  5 49   11 11  17 21   .....  22 34     8   4 34.8  19 34

Sun Apr 26/Mon Apr 27  8966.7   13 29 50   19 53  21 48   3 52  5 47   11 17  17 22   .....  23 37    15   5 27.0  21 52
Mon Apr 27/Tue Apr 28  8967.7   13 33 46   19 54  21 50   3 50  5 46   11 23  17 24   .....   0 36    22   6 21.6  23 07
Tue Apr 28/Wed Apr 29  8968.7   13 37 43   19 55  21 52   3 48  5 44   11 29  17 26   .....   1 30    32   7 17.9  23 07
Wed Apr 29/Thu Apr 30  8969.7   13 41 39   19 57  21 54   3 45  5 42   11 35  17 28   .....   2 17    42   8 15.1  21 49
Thu Apr 30/Fri May 01  8970.7   13 45 36   19 58  21 56   3 43  5 41   11 41  17 29   .....   2 57    53   9 12.3  19 12



                                           ***** 2020 MAY *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Fri May 01/Sat May 02  8971.7   13 49 32   19 59  21 58   3 41  5 40   11 47  17 31   .....   3 32    64  10 08.8  15 21
Sat May 02/Sun May 03  8972.7   13 53 29   20 00  22 00   3 39  5 38   11 53  17 33   .....   4 02    75  11 04.5  10 28

Sun May 03/Mon May 04  8973.7   13 57 26   20 02  22 02   3 37  5 37   11 59  17 35   .....   4 30    85  11 59.6   4 49
Mon May 04/Tue May 05  8974.7   14 01 22   20 03  22 04   3 34  5 35   12 05  17 36   .....   4 57    92  12 54.8 - 1 15
Tue May 05/Wed May 06  8975.7   14 05 19   20 04  22 06   3 32  5 34   12 11  17 38   17 54   5 24    98  13 50.6 - 7 21
Wed May 06/Thu May 07  8976.7   14 09 15   20 05  22 08   3 30  5 33   12 17  17 40   19 14   5 55   100  14 47.8 -13 04
Thu May 07/Fri May 08  8977.7   14 13 12   20 06  22 10   3 28  5 31   12 23  17 42   20 34   6 29    99  15 46.7 -17 57
Fri May 08/Sat May 09  8978.7   14 17 08   20 08  22 12   3 26  5 30   12 29  17 43   21 52  .....    96  16 47.1 -21 39
Sat May 09/Sun May 10  8979.7   14 21 05   20 09  22 14   3 24  5 29   12 35  17 45   23 05  .....    90  17 48.2 -23 56

Sun May 10/Mon May 11  8980.7   14 25 01   20 10  22 16   3 22  5 27   12 41  17 47    0 08  .....    82  18 48.5 -24 44
Mon May 11/Tue May 12  8981.7   14 28 58   20 11  22 18   3 19  5 26   12 47  17 49    1 01  .....    73  19 46.8 -24 06
Tue May 12/Wed May 13  8982.7   14 32 55   20 12  22 20   3 17  5 25   12 53  17 51    1 44  .....    64  20 42.1 -22 15
Wed May 13/Thu May 14  8983.7   14 36 51   20 14  22 22   3 15  5 24   12 59  17 53    2 18  .....    54  21 33.9 -19 24
Thu May 14/Fri May 15  8984.7   14 40 48   20 15  22 24   3 13  5 23   13 05  17 55    2 46  .....    44  22 22.5 -15 49
Fri May 15/Sat May 16  8985.7   14 44 44   20 16  22 26   3 11  5 22   13 11  17 57    3 11  .....    35  23 08.5 -11 41
Sat May 16/Sun May 17  8986.7   14 48 41   20 17  22 28   3 09  5 21   13 17  17 59    3 32  .....    26  23 52.7 - 7 12

Sun May 17/Mon May 18  8987.7   14 52 37   20 18  22 30   3 07  5 20   13 23  18 01    3 53  .....    18   0 35.7 - 2 31
Mon May 18/Tue May 19  8988.7   14 56 34   20 19  22 32   3 05  5 19   13 29  18 03    4 13  .....    12   1 18.6   2 15
Tue May 19/Wed May 20  8989.7   15 00 30   20 20  22 34   3 04  5 18   13 35  18 05    4 35  .....     6   2 02.0   6 55
Wed May 20/Thu May 21  8990.7   15 04 27   20 21  22 36   3 02  5 17   13 41  18 07    4 58  18 17     3   2 46.9  11 22
Thu May 21/Fri May 22  8991.7   15 08 24   20 22  22 38   3 00  5 16   13 46  18 09    5 25  19 21     0   3 33.7  15 24
Fri May 22/Sat May 23  8992.7   15 12 20   20 24  22 40   2 58  5 15   13 52  18 11    5 56  20 26     0   4 23.0  18 49
Sat May 23/Sun May 24  8993.7   15 16 17   20 25  22 42   2 56  5 14   13 58  18 13   .....  21 30     2   5 14.9  21 24

Sun May 24/Mon May 25  8994.7   15 20 13   20 26  22 44   2 55  5 13   14 04  18 15   .....  22 31     6   6 09.3  22 55
Mon May 25/Tue May 26  8995.7   15 24 10   20 27  22 46   2 53  5 12   14 10  18 18   .....  23 28    11   7 05.5  23 14
Tue May 26/Wed May 27  8996.7   15 28 06   20 28  22 48   2 51  5 12   14 16  18 20   .....   0 17    19   8 02.4  22 15
Wed May 27/Thu May 28  8997.7   15 32 03   20 29  22 50   2 50  5 11   14 22  18 22   .....   0 59    28   8 59.1  19 57
Thu May 28/Fri May 29  8998.7   15 35 59   20 29  22 52   2 48  5 10   14 27  18 25   .....   1 35    39   9 54.7  16 28
Fri May 29/Sat May 30  8999.7   15 39 56   20 30  22 53   2 47  5 10   14 33  18 27   .....   2 05    50  10 49.1  11 57
Sat May 30/Sun May 31  9000.7   15 43 53   20 31  22 55   2 45  5 09   14 39  18 30   .....   2 33    61  11 42.6   6 40

Sun May 31/Mon Jun 01  9001.7   15 47 49   20 32  22 57   2 44  5 09   14 45  18 32   .....   2 58    72  12 35.7   0 53



                                           ***** 2020 JUNE *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Mon Jun 01/Tue Jun 02  9002.7   15 51 46   20 33  22 59   2 43  5 08   14 50  18 35   .....   3 24    82  13 29.2 - 5 05
Tue Jun 02/Wed Jun 03  9003.7   15 55 42   20 34  23 00   2 41  5 08   14 56  18 37   .....   3 52    91  14 24.1 -10 51
Wed Jun 03/Thu Jun 04  9004.7   15 59 39   20 35  23 02   2 40  5 07   15 01  18 40   18 08   4 24    96  15 21.0 -16 03
Thu Jun 04/Fri Jun 05  9005.7   16 03 35   20 35  23 03   2 39  5 07   15 07  18 43   19 26   5 01    99  16 20.2 -20 17
Fri Jun 05/Sat Jun 06  9006.7   16 07 32   20 36  23 05   2 38  5 06   15 12  18 46   20 42   5 45   100  17 21.1 -23 15
Sat Jun 06/Sun Jun 07  9007.7   16 11 28   20 37  23 06   2 37  5 06   15 17  18 49   21 50  .....    97  18 22.6 -24 44

Sun Jun 07/Mon Jun 08  9008.7   16 15 25   20 37  23 07   2 36  5 06   15 23  18 52   22 49  .....    93  19 23.1 -24 43
Mon Jun 08/Tue Jun 09  9009.7   16 19 22   20 38  23 09   2 35  5 06   15 28  18 55   23 38  .....    86  20 21.0 -23 18
Tue Jun 09/Wed Jun 10  9010.7   16 23 18   20 39  23 10   2 34  5 05   15 33  18 58    0 17  .....    78  21 15.6 -20 44
Wed Jun 10/Thu Jun 11  9011.7   16 27 15   20 39  23 11   2 34  5 05   15 38  19 01    0 48  .....    70  22 06.6 -17 18
Thu Jun 11/Fri Jun 12  9012.7   16 31 11   20 40  23 12   2 33  5 05   15 43  19 05    1 14  .....    60  22 54.3 -13 15
Fri Jun 12/Sat Jun 13  9013.7   16 35 08   20 40  23 13   2 32  5 05   15 48  19 08    1 37  .....    51  23 39.6 - 8 46
Sat Jun 13/Sun Jun 14  9014.7   16 39 04   20 41  23 14   2 32  5 05   15 53  19 11    1 58  .....    41   0 23.4 - 4 04

Sun Jun 14/Mon Jun 15  9015.7   16 43 01   20 41  23 15   2 32  5 05   15 57  19 15    2 18  .....    32   1 06.4   0 43
Mon Jun 15/Tue Jun 16  9016.7   16 46 57   20 42  23 15   2 31  5 05   16 02  19 19    2 39  .....    24   1 49.6   5 27
Tue Jun 16/Wed Jun 17  9017.7   16 50 54   20 42  23 16   2 31  5 05   16 07  19 23    3 01  .....    16   2 33.9  10 00
Wed Jun 17/Thu Jun 18  9018.7   16 54 51   20 42  23 16   2 31  5 05   16 11  19 26    3 26  .....    10   3 20.1  14 11
Thu Jun 18/Fri Jun 19  9019.7   16 58 47   20 43  23 17   2 31  5 05   16 15  19 30    3 56  18 13     5   4 08.8  17 49
Fri Jun 19/Sat Jun 20  9020.7   17 02 44   20 43  23 17   2 31  5 05   16 20  19 34    4 32  19 18     1   5 00.4  20 41
Sat Jun 20/Sun Jun 21  9021.7   17 06 40   20 43  23 17   2 31  5 06   16 24  19 39    5 17  20 22     0   5 54.7  22 33

Sun Jun 21/Mon Jun 22  9022.7   17 10 37   20 43  23 18   2 32  5 06   16 28  19 43    6 10  21 21     1   6 51.1  23 13
Mon Jun 22/Tue Jun 23  9023.7   17 14 33   20 44  23 18   2 32  5 06   16 32  19 47   .....  22 14     4   7 48.7  22 33
Tue Jun 23/Wed Jun 24  9024.7   17 18 30   20 44  23 18   2 33  5 07   16 36  19 52   .....  23 00     9   8 46.1  20 33
Wed Jun 24/Thu Jun 25  9025.7   17 22 26   20 44  23 17   2 33  5 07   16 40  19 56   .....  23 37    17   9 42.4  17 17
Thu Jun 25/Fri Jun 26  9026.7   17 26 23   20 44  23 17   2 34  5 07   16 43  20 01   .....   0 09    26  10 37.1  13 00
Fri Jun 26/Sat Jun 27  9027.7   17 30 20   20 44  23 17   2 35  5 08   16 47  20 05   .....   0 37    36  11 30.2   7 54
Sat Jun 27/Sun Jun 28  9028.7   17 34 16   20 44  23 16   2 35  5 08   16 51  20 10   .....   1 03    48  12 22.4   2 19

Sun Jun 28/Mon Jun 29  9029.7   17 38 13   20 44  23 16   2 36  5 09   16 54  20 15   .....   1 28    59  13 14.5 - 3 29
Mon Jun 29/Tue Jun 30  9030.7   17 42 09   20 44  23 15   2 37  5 09   16 57  20 20   .....   1 54    70  14 07.3 - 9 11
Tue Jun 30/Wed Jul 01  9031.7   17 46 06   20 43  23 15   2 38  5 10   17 01  20 25   .....   2 23    80  15 01.8 -14 27



                                           ***** 2020 JULY *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Wed Jul 01/Thu Jul 02  9032.7   17 50 02   20 43  23 14   2 40  5 10   17 04  20 30   .....   2 57    89  15 58.5 -18 56
Thu Jul 02/Fri Jul 03  9033.7   17 53 59   20 43  23 13   2 41  5 11   17 07  20 35   18 22   3 37    95  16 57.5 -22 20
Fri Jul 03/Sat Jul 04  9034.7   17 57 55   20 43  23 12   2 42  5 12   17 10  20 40   19 32   4 25    99  17 58.0 -24 23
Sat Jul 04/Sun Jul 05  9035.7   18 01 52   20 42  23 11   2 43  5 12   17 13  20 46   20 36   5 22   100  18 58.7 -24 57

Sun Jul 05/Mon Jul 06  9036.7   18 05 49   20 42  23 10   2 45  5 13   17 16  20 51   21 29   6 25    99  19 58.0 -24 04
Mon Jul 06/Tue Jul 07  9037.7   18 09 45   20 42  23 09   2 46  5 14   17 19  20 56   22 12  .....    95  20 54.5 -21 55
Tue Jul 07/Wed Jul 08  9038.7   18 13 42   20 41  23 08   2 48  5 15   17 21  21 02   22 47  .....    90  21 47.6 -18 44
Wed Jul 08/Thu Jul 09  9039.7   18 17 38   20 41  23 07   2 49  5 15   17 24  21 07   23 15  .....    83  22 37.4 -14 48
Thu Jul 09/Fri Jul 10  9040.7   18 21 35   20 40  23 05   2 51  5 16   17 27  21 13   23 40  .....    75  23 24.2 -10 23
Fri Jul 10/Sat Jul 11  9041.7   18 25 31   20 40  23 04   2 53  5 17   17 29  21 19    0 02  .....    67   0 09.0 - 5 40
Sat Jul 11/Sun Jul 12  9042.7   18 29 28   20 39  23 03   2 54  5 18   17 32  21 24    0 22  .....    57   0 52.5 - 0 50

Sun Jul 12/Mon Jul 13  9043.7   18 33 24   20 38  23 01   2 56  5 19   17 34  21 30    0 42  .....    48   1 35.8   3 57
Mon Jul 13/Tue Jul 14  9044.7   18 37 21   20 38  22 59   2 58  5 20   17 37  21 36    1 04  .....    39   2 19.7   8 35
Tue Jul 14/Wed Jul 15  9045.7   18 41 18   20 37  22 58   3 00  5 20   17 39  21 41    1 27  .....    29   3 05.1  12 53
Wed Jul 15/Thu Jul 16  9046.7   18 45 14   20 36  22 56   3 01  5 21   17 41  21 47    1 55  .....    21   3 52.7  16 43
Thu Jul 16/Fri Jul 17  9047.7   18 49 11   20 36  22 55   3 03  5 22   17 44  21 53    2 28  .....    14   4 43.2  19 50
Fri Jul 17/Sat Jul 18  9048.7   18 53 07   20 35  22 53   3 05  5 23   17 46  21 59    3 09  18 07     7   5 36.7  22 03
Sat Jul 18/Sun Jul 19  9049.7   18 57 04   20 34  22 51   3 07  5 24   17 48  22 05    3 59  19 09     3   6 32.8  23 07

Sun Jul 19/Mon Jul 20  9050.7   19 01 00   20 33  22 49   3 09  5 25   17 50  22 11    4 59  20 06     0   7 30.7  22 52
Mon Jul 20/Tue Jul 21  9051.7   19 04 57   20 32  22 48   3 11  5 26   17 52  22 16    6 07  20 55     0   8 29.2  21 13
Tue Jul 21/Wed Jul 22  9052.7   19 08 53   20 31  22 46   3 13  5 27   17 54  22 22   .....  21 36     3   9 26.9  18 14
Wed Jul 22/Thu Jul 23  9053.7   19 12 50   20 30  22 44   3 15  5 28   17 56  22 28   .....  22 11     8  10 23.0  14 07
Thu Jul 23/Fri Jul 24  9054.7   19 16 47   20 29  22 42   3 17  5 29   17 58  22 34   .....  22 41    15  11 17.3   9 06
Fri Jul 24/Sat Jul 25  9055.7   19 20 43   20 28  22 40   3 19  5 31   18 00  22 40   .....  23 07    24  12 10.2   3 32
Sat Jul 25/Sun Jul 26  9056.7   19 24 40   20 27  22 38   3 21  5 32   18 02  22 46   .....  23 33    34  13 02.4 - 2 16

Sun Jul 26/Mon Jul 27  9057.7   19 28 36   20 26  22 36   3 23  5 33   18 04  22 52   .....  23 59    46  13 54.7 - 7 59
Mon Jul 27/Tue Jul 28  9058.7   19 32 33   20 25  22 34   3 25  5 34   18 06  22 58   .....   0 26    57  14 48.0 -13 18
Tue Jul 28/Wed Jul 29  9059.7   19 36 29   20 24  22 32   3 27  5 35   18 08  23 04   .....   0 57    68  15 43.1 -17 55
Wed Jul 29/Thu Jul 30  9060.7   19 40 26   20 22  22 30   3 29  5 36   18 10  23 10   .....   1 34    78  16 40.2 -21 32
Thu Jul 30/Fri Jul 31  9061.7   19 44 22   20 21  22 28   3 31  5 37   18 12  23 16   .....   2 18    86  17 38.9 -23 56
Fri Jul 31/Sat Aug 01  9062.7   19 48 19   20 20  22 26   3 33  5 38   18 14  23 22   18 25   3 11    93  18 38.5 -24 57



                                           ***** 2020 AUGUST *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Sat Aug 01/Sun Aug 02  9063.7   19 52 16   20 19  22 23   3 35  5 39   18 15  23 28   19 21   4 11    97  19 37.4 -24 32

Sun Aug 02/Mon Aug 03  9064.7   19 56 12   20 17  22 21   3 37  5 41   18 17  23 34   20 07   5 16   100  20 34.5 -22 48
Mon Aug 03/Tue Aug 04  9065.7   20 00 09   20 16  22 19   3 39  5 42   18 19  23 39   20 45   6 22   100  21 28.6 -19 56
Tue Aug 04/Wed Aug 05  9066.7   20 04 05   20 15  22 17   3 41  5 43   18 21  23 45   21 16  .....    97  22 19.6 -16 13
Wed Aug 05/Thu Aug 06  9067.7   20 08 02   20 13  22 15   3 43  5 44   18 23  23 51   21 42  .....    93  23 07.7 -11 53
Thu Aug 06/Fri Aug 07  9068.7   20 11 58   20 12  22 13   3 45  5 45   18 24  23 57   22 04  .....    88  23 53.5 - 7 11
Fri Aug 07/Sat Aug 08  9069.7   20 15 55   20 11  22 10   3 47  5 46   18 26   0 03   22 25  .....    81   0 37.8 - 2 19
Sat Aug 08/Sun Aug 09  9070.7   20 19 51   20 09  22 08   3 48  5 48   18 28   0 09   22 46  .....    73   1 21.3   2 33

Sun Aug 09/Mon Aug 10  9071.7   20 23 48   20 08  22 06   3 50  5 49   18 29   0 15   23 06  .....    64   2 05.0   7 16
Mon Aug 10/Tue Aug 11  9072.7   20 27 45   20 06  22 04   3 52  5 50   18 31   0 21   23 29  .....    55   2 49.8  11 42
Tue Aug 11/Wed Aug 12  9073.7   20 31 41   20 05  22 02   3 54  5 51   18 33   0 27   23 54  .....    45   3 36.3  15 41
Wed Aug 12/Thu Aug 13  9074.7   20 35 38   20 03  21 59   3 56  5 52   18 35   0 32    0 24  .....    36   4 25.4  19 02
Thu Aug 13/Fri Aug 14  9075.7   20 39 34   20 01  21 57   3 58  5 54   18 36   0 38    1 01  .....    26   5 17.4  21 33
Fri Aug 14/Sat Aug 15  9076.7   20 43 31   20 00  21 55   4 00  5 55   18 38   0 44    1 46  .....    18   6 12.2  23 01
Sat Aug 15/Sun Aug 16  9077.7   20 47 27   19 58  21 52   4 02  5 56   18 40   0 50    2 41  17 53    11   7 09.3  23 13

Sun Aug 16/Mon Aug 17  9078.7   20 51 24   19 57  21 50   4 04  5 57   18 41   0 56    3 47  18 45     5   8 07.8  22 03
Mon Aug 17/Tue Aug 18  9079.7   20 55 20   19 55  21 48   4 05  5 58   18 43   1 01    4 59  19 30     1   9 06.3  19 29
Tue Aug 18/Wed Aug 19  9080.7   20 59 17   19 53  21 46   4 07  6 00   18 45   1 07    6 17  20 08     0  10 03.8  15 38
Wed Aug 19/Thu Aug 20  9081.7   21 03 14   19 52  21 43   4 09  6 01   18 46   1 13   .....  20 40     2  10 59.8  10 46
Thu Aug 20/Fri Aug 21  9082.7   21 07 10   19 50  21 41   4 11  6 02   18 48   1 19   .....  21 09     6  11 54.3   5 11
Fri Aug 21/Sat Aug 22  9083.7   21 11 07   19 48  21 39   4 13  6 03   18 50   1 24   .....  21 35    13  12 47.8 - 0 45
Sat Aug 22/Sun Aug 23  9084.7   21 15 03   19 47  21 37   4 14  6 04   18 51   1 30   .....  22 01    22  13 41.1 - 6 40

Sun Aug 23/Mon Aug 24  9085.7   21 19 00   19 45  21 34   4 16  6 06   18 53   1 36   .....  22 29    32  14 34.9 -12 12
Mon Aug 24/Tue Aug 25  9086.7   21 22 56   19 43  21 32   4 18  6 07   18 55   1 41   .....  22 59    43  15 29.9 -17 03
Tue Aug 25/Wed Aug 26  9087.7   21 26 53   19 41  21 30   4 20  6 08   18 56   1 47   .....  23 34    54  16 26.4 -20 55
Wed Aug 26/Thu Aug 27  9088.7   21 30 49   19 40  21 27   4 21  6 09   18 58   1 53   .....   0 16    65  17 24.4 -23 35
Thu Aug 27/Fri Aug 28  9089.7   21 34 46   19 38  21 25   4 23  6 10   19 00   1 58   .....   1 05    75  18 23.0 -24 54
Fri Aug 28/Sat Aug 29  9090.7   21 38 43   19 36  21 23   4 25  6 12   19 01   2 04   17 17   2 02    83  19 21.3 -24 50
Sat Aug 29/Sun Aug 30  9091.7   21 42 39   19 34  21 21   4 26  6 13   19 03   2 10   18 06   3 05    90  20 18.0 -23 26

Sun Aug 30/Mon Aug 31  9092.7   21 46 36   19 32  21 18   4 28  6 14   19 05   2 15   18 45   4 11    96  21 12.3 -20 53
Mon Aug 31/Tue Sep 01  9093.7   21 50 32   19 31  21 16   4 30  6 15   19 06   2 21   19 17   5 17    99  22 03.7 -17 24



                                           ***** 2020 SEPTEMBER *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Tue Sep 01/Wed Sep 02  9094.7   21 54 29   19 29  21 14   4 31  6 16   19 08   2 26   19 45   6 22   100  22 52.4 -13 13
Wed Sep 02/Thu Sep 03  9095.7   21 58 25   19 27  21 12   4 33  6 18   19 10   2 32   20 08  .....    99  23 38.7 - 8 35
Thu Sep 03/Fri Sep 04  9096.7   22 02 22   19 25  21 09   4 34  6 19   19 11   2 38   20 29  .....    96   0 23.4 - 3 42
Fri Sep 04/Sat Sep 05  9097.7   22 06 18   19 23  21 07   4 36  6 20   19 13   2 43   20 49  .....    92   1 07.3   1 15
Sat Sep 05/Sun Sep 06  9098.7   22 10 15   19 21  21 05   4 38  6 21   19 15   2 49   21 10  .....    86   1 51.0   6 05

Sun Sep 06/Mon Sep 07  9099.7   22 14 12   19 20  21 03   4 39  6 22   19 16   2 54   21 31  .....    79   2 35.4  10 39
Mon Sep 07/Tue Sep 08  9100.7   22 18 08   19 18  21 00   4 41  6 23   19 18   3 00   21 55  .....    70   3 21.3  14 48
Tue Sep 08/Wed Sep 09  9101.7   22 22 05   19 16  20 58   4 42  6 25   19 20   3 05   22 22  .....    61   4 09.2  18 22
Wed Sep 09/Thu Sep 10  9102.7   22 26 01   19 14  20 56   4 44  6 26   19 21   3 10   22 55  .....    52   4 59.6  21 08
Thu Sep 10/Fri Sep 11  9103.7   22 29 58   19 12  20 54   4 45  6 27   19 23   3 16   23 36  .....    42   5 52.7  22 57
Fri Sep 11/Sat Sep 12  9104.7   22 33 54   19 10  20 52   4 47  6 28   19 25   3 21    0 26  .....    32   6 48.2  23 36
Sat Sep 12/Sun Sep 13  9105.7   22 37 51   19 08  20 49   4 48  6 29   19 27   3 27    1 25  .....    23   7 45.4  22 56

Sun Sep 13/Mon Sep 14  9106.7   22 41 47   19 06  20 47   4 50  6 31   19 28   3 32    2 34  17 22    14   8 43.2  20 54
Mon Sep 14/Tue Sep 15  9107.7   22 45 44   19 04  20 45   4 51  6 32   19 30   3 38    3 49  18 02     7   9 40.8  17 31
Tue Sep 15/Wed Sep 16  9108.7   22 49 41   19 02  20 43   4 53  6 33   19 32   3 43    5 08  18 37     2  10 37.4  12 57
Wed Sep 16/Thu Sep 17  9109.7   22 53 37   19 01  20 41   4 54  6 34   19 34   3 48    6 28  19 07     0  11 33.0   7 30
Thu Sep 17/Fri Sep 18  9110.7   22 57 34   18 59  20 39   4 55  6 35   19 36   3 54   .....  19 34     1  12 27.7   1 30
Fri Sep 18/Sat Sep 19  9111.7   23 01 30   18 57  20 36   4 57  6 37   19 37   3 59   .....  20 01     4  13 22.2 - 4 40
Sat Sep 19/Sun Sep 20  9112.7   23 05 27   18 55  20 34   4 58  6 38   19 39   4 05   .....  20 28    11  14 17.2 -10 34

Sun Sep 20/Mon Sep 21  9113.7   23 09 23   18 53  20 32   5 00  6 39   19 41   4 10   .....  20 58    19  15 13.3 -15 50
Mon Sep 21/Tue Sep 22  9114.7   23 13 20   18 51  20 30   5 01  6 40   19 43   4 15   .....  21 32    29  16 10.8 -20 07
Tue Sep 22/Wed Sep 23  9115.7   23 17 16   18 49  20 28   5 02  6 41   19 45   4 21   .....  22 13    39  17 09.5 -23 11
Wed Sep 23/Thu Sep 24  9116.7   23 21 13   18 47  20 26   5 04  6 43   19 47   4 26   .....  23 00    50  18 08.7 -24 51
Thu Sep 24/Fri Sep 25  9117.7   23 25 10   18 45  20 24   5 05  6 44   19 48   4 31   .....  23 56    61  19 07.4 -25 06
Fri Sep 25/Sat Sep 26  9118.7   23 29 06   18 43  20 22   5 07  6 45   19 50   4 36   .....   0 57    71  20 04.3 -23 59
Sat Sep 26/Sun Sep 27  9119.7   23 33 03   18 41  20 20   5 08  6 46   19 52   4 42   16 47   2 02    80  20 58.7 -21 41

Sun Sep 27/Mon Sep 28  9120.7   23 36 59   18 40  20 18   5 09  6 48   19 54   4 47   17 21   3 08    87  21 50.3 -18 25
Mon Sep 28/Tue Sep 29  9121.7   23 40 56   18 38  20 16   5 11  6 49   19 56   4 52   17 49   4 13    93  22 39.1 -14 24
Tue Sep 29/Wed Sep 30  9122.7   23 44 52   18 36  20 14   5 12  6 50   19 58   4 58   18 13   5 17    97  23 25.6 - 9 51
Wed Sep 30/Thu Oct 01  9123.7   23 48 49   18 34  20 12   5 13  6 51   20 00   5 03   18 35   6 19    99   0 10.4 - 5 00



                                           ***** 2020 OCTOBER *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Thu Oct 01/Fri Oct 02  9124.7   23 52 45   18 32  20 10   5 15  6 53   20 02   5 08   18 55   7 21   100   0 54.3 - 0 01
Fri Oct 02/Sat Oct 03  9125.7   23 56 42   18 30  20 08   5 16  6 54   20 04   5 13   19 15  .....    98   1 38.1   4 56
Sat Oct 03/Sun Oct 04  9126.7    0 00 39   18 28  20 06   5 17  6 55   20 06   5 19   19 35  .....    95   2 22.3   9 39

Sun Oct 04/Mon Oct 05  9127.7    0 04 35   18 26  20 04   5 18  6 56   20 08   5 24   19 58  .....    90   3 07.9  13 59
Mon Oct 05/Tue Oct 06  9128.7    0 08 32   18 25  20 02   5 20  6 58   20 10   5 29   20 23  .....    84   3 55.2  17 46
Tue Oct 06/Wed Oct 07  9129.7    0 12 28   18 23  20 00   5 21  6 59   20 12   5 34   20 54  .....    76   4 44.7  20 48
Wed Oct 07/Thu Oct 08  9130.7    0 16 25   18 21  19 58   5 22  7 00   20 14   5 40   21 31  .....    68   5 36.6  22 54
Thu Oct 08/Fri Oct 09  9131.7    0 20 21   18 19  19 57   5 24  7 01   20 16   5 45   22 16  .....    58   6 30.7  23 55
Fri Oct 09/Sat Oct 10  9132.7    0 24 18   18 17  19 55   5 25  7 03   20 18   5 50   23 10  .....    48   7 26.3  23 41
Sat Oct 10/Sun Oct 11  9133.7    0 28 14   18 15  19 53   5 26  7 04   20 21   5 55    0 13  .....    38   8 22.7  22 09

Sun Oct 11/Mon Oct 12  9134.7    0 32 11   18 14  19 51   5 27  7 05   20 23   6 01    1 24  .....    27   9 19.1  19 17
Mon Oct 12/Tue Oct 13  9135.7    0 36 07   18 12  19 49   5 29  7 06   20 25   6 06    2 39  16 33    18  10 14.8  15 14
Tue Oct 13/Wed Oct 14  9136.7    0 40 04   18 10  19 48   5 30  7 08   20 27   6 11    3 57  17 04    10  11 09.7  10 09
Wed Oct 14/Thu Oct 15  9137.7    0 44 01   18 08  19 46   5 31  7 09   20 29   6 16    5 17  17 32     4  12 04.2   4 19
Thu Oct 15/Fri Oct 16  9138.7    0 47 57   18 07  19 44   5 32  7 10   20 32   6 21    6 38  17 59     1  12 58.7 - 1 53
Fri Oct 16/Sat Oct 17  9139.7    0 51 54   18 05  19 43   5 34  7 12   20 34   6 27    8 00  18 25     0  13 54.0 - 8 05
Sat Oct 17/Sun Oct 18  9140.7    0 55 50   18 03  19 41   5 35  7 13   20 36   6 32   .....  18 54     3  14 50.7 -13 49

Sun Oct 18/Mon Oct 19  9141.7    0 59 47   18 02  19 39   5 36  7 14   20 38   6 37   .....  19 27     8  15 49.2 -18 42
Mon Oct 19/Tue Oct 20  9142.7    1 03 43   18 00  19 38   5 37  7 16   20 41   6 42   .....  20 05    16  16 49.3 -22 23
Tue Oct 20/Wed Oct 21  9143.7    1 07 40   17 58  19 36   5 39  7 17   20 43   6 47   .....  20 52    25  17 50.2 -24 36
Wed Oct 21/Thu Oct 22  9144.7    1 11 36   17 57  19 35   5 40  7 18   20 46   6 53   .....  21 46    35  18 50.7 -25 18
Thu Oct 22/Fri Oct 23  9145.7    1 15 33   17 55  19 33   5 41  7 20   20 48   6 58   .....  22 47    45  19 49.3 -24 32
Fri Oct 23/Sat Oct 24  9146.7    1 19 30   17 53  19 32   5 42  7 21   20 50   7 03   .....  23 53    56  20 45.0 -22 29
Sat Oct 24/Sun Oct 25  9147.7    1 23 26   17 52  19 30   5 44  7 22   20 53   7 08   .....   0 59    65  21 37.5 -19 25

Sun Oct 25/Mon Oct 26  9148.7    1 27 23   17 50  19 29   5 45  7 24   20 55   7 13   15 55   2 05    75  22 26.8 -15 32
Mon Oct 26/Tue Oct 27  9149.7    1 31 19   17 49  19 27   5 46  7 25   20 58   7 18   16 19   3 09    83  23 13.6 -11 06
Tue Oct 27/Wed Oct 28  9150.7    1 35 16   17 47  19 26   5 47  7 26   21 00   7 24   16 41   4 12    89  23 58.4 - 6 18
Wed Oct 28/Thu Oct 29  9151.7    1 39 12   17 46  19 25   5 49  7 28   21 03   7 29   17 01   5 13    94   0 42.2 - 1 19
Thu Oct 29/Fri Oct 30  9152.7    1 43 09   17 44  19 23   5 50  7 29   21 06   7 34   17 21   6 15    98   1 25.8   3 40
Fri Oct 30/Sat Oct 31  9153.7    1 47 05   17 43  19 22   5 51  7 31   21 08   7 39   17 41   7 17   100   2 09.8   8 31
Sat Oct 31/Sun Nov 01* 9154.7    1 51 02   17 41  19 21   4 52  6 32   21 11   7 44   18 02   7 20   100   2 55.1  13 03



                                           ***** 2020 NOVEMBER *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec


Sun Nov 01/Mon Nov 02  9155.7    2 55 08   16 40  18 19   4 53  6 33   21 14   7 49   17 27   8 23    98   3 43.5  17 13
Mon Nov 02/Tue Nov 03  9156.7    2 59 05   16 38  18 18   4 55  6 35   21 16   7 55   17 55  .....    94   4 32.9  20 30
Tue Nov 03/Wed Nov 04  9157.7    3 03 02   16 37  18 17   4 56  6 36   21 19   8 00   18 30  .....    89   5 24.6  22 53
Wed Nov 04/Thu Nov 05  9158.7    3 06 58   16 36  18 16   4 57  6 37   21 22   8 05   19 12  .....    81   6 18.4  24 11
Thu Nov 05/Fri Nov 06  9159.7    3 10 55   16 34  18 15   4 58  6 39   21 25   8 10   20 02  .....    73   7 13.6  24 15
Fri Nov 06/Sat Nov 07  9160.7    3 14 51   16 33  18 14   4 59  6 40   21 27   8 15   21 01  .....    64   8 09.3  23 02
Sat Nov 07/Sun Nov 08  9161.7    3 18 48   16 32  18 13   5 01  6 42   21 30   8 20   22 07  .....    53   9 04.7  20 33

Sun Nov 08/Mon Nov 09  9162.7    3 22 44   16 31  18 11   5 02  6 43   21 33   8 25   23 18  .....    42   9 59.2  16 53
Mon Nov 09/Tue Nov 10  9163.7    3 26 41   16 29  18 10   5 03  6 44   21 36   8 31    0 33  .....    32  10 52.8  12 12
Tue Nov 10/Wed Nov 11  9164.7    3 30 37   16 28  18 10   5 04  6 46   21 39   8 36    1 49  .....    22  11 45.8   6 43
Wed Nov 11/Thu Nov 12  9165.7    3 34 34   16 27  18 09   5 05  6 47   21 42   8 41    3 07  .....    13  12 38.8   0 43
Thu Nov 12/Fri Nov 13  9166.7    3 38 31   16 26  18 08   5 07  6 49   21 45   8 46    4 27  15 23     6  13 32.7 - 5 28
Fri Nov 13/Sat Nov 14  9167.7    3 42 27   16 25  18 07   5 08  6 50   21 48   8 51    5 49  15 50     2  14 28.2 -11 26
Sat Nov 14/Sun Nov 15  9168.7    3 46 24   16 24  18 06   5 09  6 51   21 51   8 56    7 12  16 20     0  15 26.1 -16 46

Sun Nov 15/Mon Nov 16  9169.7    3 50 20   16 23  18 05   5 10  6 53   21 55   9 01    8 33  16 55     1  16 26.3 -21 02
Mon Nov 16/Tue Nov 17  9170.7    3 54 17   16 22  18 04   5 11  6 54   21 58   9 06   .....  17 38     6  17 28.3 -23 54
Tue Nov 17/Wed Nov 18  9171.7    3 58 13   16 21  18 04   5 12  6 55   22 01   9 11   .....  18 30    12  18 30.7 -25 12
Wed Nov 18/Thu Nov 19  9172.7    4 02 10   16 20  18 03   5 13  6 57   22 04   9 16   .....  19 31    20  19 31.6 -24 54
Thu Nov 19/Fri Nov 20  9173.7    4 06 06   16 19  18 02   5 15  6 58   22 07   9 22   .....  20 37    29  20 29.6 -23 10
Fri Nov 20/Sat Nov 21  9174.7    4 10 03   16 18  18 02   5 16  6 59   22 11   9 27   .....  21 46    39  21 24.0 -20 18
Sat Nov 21/Sun Nov 22  9175.7    4 14 00   16 18  18 01   5 17  7 00   22 14   9 32   .....  22 53    49  22 14.7 -16 34

Sun Nov 22/Mon Nov 23  9176.7    4 17 56   16 17  18 01   5 18  7 02   22 18   9 37   .....  23 59    59  23 02.3 -12 13
Mon Nov 23/Tue Nov 24  9177.7    4 21 53   16 16  18 00   5 19  7 03   22 21   9 42   .....   1 03    68  23 47.5 - 7 29
Tue Nov 24/Wed Nov 25  9178.7    4 25 49   16 16  18 00   5 20  7 04   22 24   9 47   .....   2 05    77   0 31.2 - 2 32
Wed Nov 25/Thu Nov 26  9179.7    4 29 46   16 15  17 59   5 21  7 06   22 28   9 52   .....   3 06    84   1 14.5   2 29
Thu Nov 26/Fri Nov 27  9180.7    4 33 42   16 14  17 59   5 22  7 07   22 32   9 57   .....   4 08    91   1 58.1   7 23
Fri Nov 27/Sat Nov 28  9181.7    4 37 39   16 14  17 58   5 23  7 08   22 35  10 02   15 07   5 11    95   2 42.9  12 01
Sat Nov 28/Sun Nov 29  9182.7    4 41 35   16 13  17 58   5 24  7 09   22 39  10 07   15 31   6 14    99   3 29.6  16 13

Sun Nov 29/Mon Nov 30  9183.7    4 45 32   16 13  17 58   5 25  7 10   22 42  10 12   15 58   7 18   100   4 18.7  19 46
Mon Nov 30/Tue Dec 01  9184.7    4 49 29   16 12  17 58   5 26  7 11   22 46  10 16   16 30   8 20    99   5 10.3  22 28



                                           ***** 2020 DECEMBER *****

Calendar for Venise Bay on Lake Champlain, west longitude (h.m.s) =   4 52 36, latitude (d.m) =  45 05.0
Note that each line lists events of one night, spanning two calendar dates.  Rise/set times are given
in Eastern time (  5 hr W), uncorrected for elevation, 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: --------------
  (2020 at start)    (-2450000)            set  twi.end twi.beg rise    eve    morn    rise   set  %illum   RA      Dec

Tue Dec 01/Wed Dec 02  9185.7    4 53 25   16 12  17 57   5 27  7 13   22 50  10 21   17 10  .....    97   6 04.2  24 06
Wed Dec 02/Thu Dec 03  9186.7    4 57 22   16 12  17 57   5 28  7 14   22 54  10 26   17 58  .....    92   6 59.7  24 31
Thu Dec 03/Fri Dec 04  9187.7    5 01 18   16 11  17 57   5 29  7 15   22 57  10 31   18 54  .....    86   7 55.7  23 37
Fri Dec 04/Sat Dec 05  9188.7    5 05 15   16 11  17 57   5 30  7 16   23 01  10 36   19 58  .....    78   8 51.3  21 27
Sat Dec 05/Sun Dec 06  9189.7    5 09 11   16 11  17 57   5 31  7 17   23 05  10 41   21 07  .....    69   9 45.7  18 06

Sun Dec 06/Mon Dec 07  9190.7    5 13 08   16 11  17 57   5 32  7 18   23 09  10 46   22 19  .....    58  10 38.6  13 44
Mon Dec 07/Tue Dec 08  9191.7    5 17 04   16 11  17 57   5 32  7 19   23 13  10 50   23 32  .....    47  11 30.4   8 34
Tue Dec 08/Wed Dec 09  9192.7    5 21 01   16 11  17 57   5 33  7 20   23 17  10 55    0 47  .....    36  12 21.7   2 52
Wed Dec 09/Thu Dec 10  9193.7    5 24 58   16 11  17 57   5 34  7 21   23 21  11 00    2 03  .....    25  13 13.4 - 3 07
Thu Dec 10/Fri Dec 11  9194.7    5 28 54   16 11  17 57   5 35  7 22   23 25  11 05    3 21  .....    16  14 06.5 - 9 03
Fri Dec 11/Sat Dec 12  9195.7    5 32 51   16 11  17 57   5 36  7 22   23 29  11 09    4 41  .....     8  15 01.8 -14 33
Sat Dec 12/Sun Dec 13  9196.7    5 36 47   16 11  17 58   5 36  7 23   23 33  11 14    6 02  .....     3  16 00.0 -19 16

Sun Dec 13/Mon Dec 14  9197.7    5 40 44   16 11  17 58   5 37  7 24   23 37  11 19    7 21  15 26     0  17 00.9 -22 46
Mon Dec 14/Tue Dec 15  9198.7    5 44 40   16 11  17 58   5 38  7 25   23 42  11 23    8 32  16 13     0  18 03.5 -24 47
Tue Dec 15/Wed Dec 16  9199.7    5 48 37   16 11  17 58   5 38  7 25   23 46  11 28   .....  17 10     3  19 06.1 -25 10
Wed Dec 16/Thu Dec 17  9200.7    5 52 33   16 12  17 59   5 39  7 26   23 50  11 32   .....  18 15     8  20 06.6 -23 59
Thu Dec 17/Fri Dec 18  9201.7    5 56 30   16 12  17 59   5 40  7 27   23 55  11 37   .....  19 25    15  21 03.8 -21 29
Fri Dec 18/Sat Dec 19  9202.7    6 00 27   16 12  17 59   5 40  7 27   23 59  11 42   .....  20 35    23  21 57.0 -17 57
Sat Dec 19/Sun Dec 20  9203.7    6 04 23   16 13  18 00   5 41  7 28    0 03  11 46   .....  21 44    32  22 46.6 -13 42

Sun Dec 20/Mon Dec 21  9204.7    6 08 20   16 13  18 00   5 41  7 28    0 08  11 50   .....  22 50    42  23 33.1 - 9 00
Mon Dec 21/Tue Dec 22  9205.7    6 12 16   16 14  18 01   5 42  7 29    0 12  11 55   .....  23 53    51   0 17.6 - 4 04
Tue Dec 22/Wed Dec 23  9206.7    6 16 13   16 14  18 01   5 42  7 29    0 17  11 59   .....   0 55    61   1 01.0   0 57
Wed Dec 23/Thu Dec 24  9207.7    6 20 09   16 15  18 02   5 43  7 30    0 21  12 04   .....   1 57    70   1 44.3   5 53
Thu Dec 24/Fri Dec 25  9208.7    6 24 06   16 15  18 03   5 43  7 30    0 26  12 08   .....   2 59    78   2 28.4  10 37
Fri Dec 25/Sat Dec 26  9209.7    6 28 02   16 16  18 03   5 43  7 30    0 30  12 12   .....   4 02    85   3 14.2  14 57
Sat Dec 26/Sun Dec 27  9210.7    6 31 59   16 17  18 04   5 44  7 31    0 35  12 17   .....   5 06    92   4 02.4  18 44

Sun Dec 27/Mon Dec 28  9211.7    6 35 56   16 17  18 04   5 44  7 31    0 39  12 21   .....   6 10    96   4 53.3  21 44
Mon Dec 28/Tue Dec 29  9212.7    6 39 52   16 18  18 05   5 44  7 31    0 44  12 25   15 07   7 11    99   5 46.9  23 44
Tue Dec 29/Wed Dec 30  9213.7    6 43 49   16 19  18 06   5 44  7 31    0 49  12 29   15 52   8 07   100   6 42.8  24 32
Wed Dec 30/Thu Dec 31  9214.7    6 47 45   16 20  18 07   5 45  7 31    0 53  12 33   16 47   8 55    99   7 39.7  24 01
Thu Dec 31/Fri Jan 01  9215.7    6 51 42   16 21  18 07   5 45  7 31    0 58  12 37   17 50  .....    95   8 36.6  22 09