***** 2010 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 -0.1 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 2010, 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 16 7 03 Dec 24 12 37 Dec 31 14 14 Jan 07 5 42
Jan 15 2 13 Jan 23 5 54 Jan 30 1 19 Feb 05 18 51
Feb 13 21 53 Feb 21 19 43 Feb 28 11 39 Mar 07 10 44
Mar 15 16 03 Mar 23 6 00 Mar 29 21 26 Apr 06 5 39
Apr 14 8 31 Apr 21 14 20 Apr 28 8 19 May 06 0 16
May 13 21 06 May 20 19 44 May 27 19 08 Jun 04 18 14
Jun 12 7 16 Jun 19 0 31 Jun 26 7 31 Jul 04 10 37
Jul 11 15 41 Jul 18 6 12 Jul 25 21 38 Aug 03 1 01
Aug 09 23 09 Aug 16 14 15 Aug 24 13 06 Sep 01 13 24
Sep 08 6 30 Sep 15 1 50 Sep 23 5 19 Sep 30 23 53
Oct 07 14 45 Oct 14 17 27 Oct 22 21 38 Oct 30 8 47
Nov 05 23 52 Nov 13 11 38 Nov 21 12 29 Nov 28 15 38
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
***** 2010 JANUARY *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Fri Jan 01/Sat Jan 02 5198.7 6 35 45 16 58 18 34 5 56 7 32 1 09 12 33 18 14 ..... 97 8 15.3 18 31
Sat Jan 02/Sun Jan 03 5199.7 6 39 42 16 58 18 35 5 56 7 32 1 14 12 37 19 33 ..... 91 9 14.9 13 14
Sun Jan 03/Mon Jan 04 5200.7 6 43 38 16 59 18 36 5 56 7 32 1 18 12 41 20 49 ..... 83 10 10.8 7 14
Mon Jan 04/Tue Jan 05 5201.7 6 47 35 17 00 18 36 5 56 7 32 1 23 12 45 22 03 ..... 73 11 03.9 0 58
Tue Jan 05/Wed Jan 06 5202.7 6 51 31 17 01 18 37 5 56 7 32 1 28 12 49 23 14 ..... 63 11 55.1 - 5 11
Wed Jan 06/Thu Jan 07 5203.7 6 55 28 17 02 18 38 5 56 7 32 1 33 12 53 0 23 ..... 52 12 45.6 -10 54
Thu Jan 07/Fri Jan 08 5204.7 6 59 24 17 03 18 39 5 56 7 32 1 37 12 57 1 31 ..... 41 13 36.3 -15 57
Fri Jan 08/Sat Jan 09 5205.7 7 03 21 17 04 18 40 5 56 7 32 1 42 13 01 2 38 ..... 31 14 27.8 -20 08
Sat Jan 09/Sun Jan 10 5206.7 7 07 17 17 05 18 41 5 56 7 32 1 47 13 05 3 43 ..... 22 15 20.5 -23 17
Sun Jan 10/Mon Jan 11 5207.7 7 11 14 17 06 18 41 5 56 7 32 1 52 13 08 4 43 ..... 15 16 14.1 -25 17
Mon Jan 11/Tue Jan 12 5208.7 7 15 11 17 07 18 42 5 56 7 31 1 57 13 12 5 38 ..... 8 17 08.0 -26 03
Tue Jan 12/Wed Jan 13 5209.7 7 19 07 17 08 18 43 5 56 7 31 2 02 13 16 6 26 ..... 4 18 01.2 -25 35
Wed Jan 13/Thu Jan 14 5210.7 7 23 04 17 09 18 44 5 56 7 31 2 06 13 20 7 07 15 44 1 18 53.1 -23 58
Thu Jan 14/Fri Jan 15 5211.7 7 27 00 17 10 18 45 5 56 7 30 2 11 13 24 7 41 16 44 0 19 42.9 -21 21
Fri Jan 15/Sat Jan 16 5212.7 7 30 57 17 11 18 46 5 55 7 30 2 16 13 27 8 11 17 44 1 20 30.4 -17 52
Sat Jan 16/Sun Jan 17 5213.7 7 34 53 17 12 18 47 5 55 7 29 2 21 13 31 8 36 18 44 3 21 15.9 -13 44
Sun Jan 17/Mon Jan 18 5214.7 7 38 50 17 13 18 48 5 55 7 29 2 26 13 34 ..... 19 44 7 21 59.7 - 9 06
Mon Jan 18/Tue Jan 19 5215.7 7 42 46 17 15 18 49 5 54 7 28 2 31 13 38 ..... 20 42 13 22 42.5 - 4 08
Tue Jan 19/Wed Jan 20 5216.7 7 46 43 17 16 18 50 5 54 7 28 2 36 13 42 ..... 21 41 20 23 25.2 1 00
Wed Jan 20/Thu Jan 21 5217.7 7 50 40 17 17 18 51 5 54 7 27 2 41 13 45 ..... 22 40 28 0 08.6 6 09
Thu Jan 21/Fri Jan 22 5218.7 7 54 36 17 18 18 52 5 53 7 27 2 46 13 49 ..... 23 42 37 0 53.8 11 09
Fri Jan 22/Sat Jan 23 5219.7 7 58 33 17 19 18 53 5 53 7 26 2 51 13 52 ..... 0 45 47 1 41.7 15 50
Sat Jan 23/Sun Jan 24 5220.7 8 02 29 17 20 18 54 5 52 7 25 2 56 13 56 ..... 1 52 57 2 33.3 19 54
Sun Jan 24/Mon Jan 25 5221.7 8 06 26 17 22 18 55 5 52 7 25 3 01 13 59 ..... 3 00 68 3 29.3 23 06
Mon Jan 25/Tue Jan 26 5222.7 8 10 22 17 23 18 56 5 51 7 24 3 05 14 02 ..... 4 06 78 4 29.7 25 01
Tue Jan 26/Wed Jan 27 5223.7 8 14 19 17 24 18 57 5 50 7 23 3 10 14 06 ..... 5 08 86 5 33.5 25 22
Wed Jan 27/Thu Jan 28 5224.7 8 18 15 17 25 18 58 5 50 7 22 3 15 14 09 ..... 6 03 94 6 38.9 23 54
Thu Jan 28/Fri Jan 29 5225.7 8 22 12 17 26 18 59 5 49 7 22 3 20 14 12 15 42 6 48 98 7 43.6 20 39
Fri Jan 29/Sat Jan 30 5226.7 8 26 09 17 27 19 00 5 48 7 21 3 25 14 15 17 01 7 27 100 8 45.9 15 53
Sat Jan 30/Sun Jan 31 5227.7 8 30 05 17 29 19 01 5 48 7 20 3 30 14 19 18 21 8 00 98 9 45.0 10 01
Sun Jan 31/Mon Feb 01 5228.7 8 34 02 17 30 19 02 5 47 7 19 3 35 14 22 19 39 ..... 94 10 41.2 3 36
***** 2010 FEBRUARY *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Mon Feb 01/Tue Feb 02 5229.7 8 37 58 17 31 19 03 5 46 7 18 3 40 14 25 20 54 ..... 87 11 35.2 - 2 53
Tue Feb 02/Wed Feb 03 5230.7 8 41 55 17 32 19 04 5 45 7 17 3 45 14 28 22 07 ..... 78 12 28.1 - 9 03
Wed Feb 03/Thu Feb 04 5231.7 8 45 51 17 33 19 05 5 44 7 16 3 50 14 31 23 18 ..... 68 13 20.8 -14 33
Thu Feb 04/Fri Feb 05 5232.7 8 49 48 17 35 19 06 5 44 7 15 3 55 14 34 0 27 ..... 57 14 13.8 -19 09
Fri Feb 05/Sat Feb 06 5233.7 8 53 44 17 36 19 07 5 43 7 14 4 00 14 37 1 34 ..... 47 15 07.5 -22 40
Sat Feb 06/Sun Feb 07 5234.7 8 57 41 17 37 19 08 5 42 7 13 4 05 14 40 2 37 ..... 37 16 01.7 -24 59
Sun Feb 07/Mon Feb 08 5235.7 9 01 38 17 38 19 10 5 41 7 12 4 10 14 43 3 34 ..... 28 16 56.0 -26 02
Mon Feb 08/Tue Feb 09 5236.7 9 05 34 17 39 19 11 5 40 7 11 4 15 14 46 4 24 ..... 20 17 49.6 -25 51
Tue Feb 09/Wed Feb 10 5237.7 9 09 31 17 41 19 12 5 39 7 09 4 20 14 49 5 07 ..... 13 18 41.7 -24 30
Wed Feb 10/Thu Feb 11 5238.7 9 13 27 17 42 19 13 5 38 7 08 4 25 14 52 5 43 ..... 7 19 31.9 -22 06
Thu Feb 11/Fri Feb 12 5239.7 9 17 24 17 43 19 14 5 37 7 07 4 30 14 55 6 14 ..... 3 20 19.8 -18 50
Fri Feb 12/Sat Feb 13 5240.7 9 21 20 17 44 19 15 5 35 7 06 4 35 14 58 6 41 16 37 1 21 05.7 -14 51
Sat Feb 13/Sun Feb 14 5241.7 9 25 17 17 45 19 16 5 34 7 05 4 40 15 01 7 05 17 36 0 21 49.9 -10 20
Sun Feb 14/Mon Feb 15 5242.7 9 29 13 17 47 19 17 5 33 7 03 4 45 15 03 7 28 18 36 1 22 33.0 - 5 27
Mon Feb 15/Tue Feb 16 5243.7 9 33 10 17 48 19 18 5 32 7 02 4 50 15 06 7 50 19 34 4 23 15.7 - 0 21
Tue Feb 16/Wed Feb 17 5244.7 9 37 07 17 49 19 19 5 31 7 01 4 55 15 09 ..... 20 34 8 23 58.9 4 47
Wed Feb 17/Thu Feb 18 5245.7 9 41 03 17 50 19 20 5 30 6 59 5 00 15 12 ..... 21 34 14 0 43.2 9 47
Thu Feb 18/Fri Feb 19 5246.7 9 45 00 17 51 19 21 5 28 6 58 5 05 15 14 ..... 22 36 22 1 29.7 14 29
Fri Feb 19/Sat Feb 20 5247.7 9 48 56 17 52 19 22 5 27 6 57 5 10 15 17 ..... 23 41 31 2 19.2 18 38
Sat Feb 20/Sun Feb 21 5248.7 9 52 53 17 54 19 23 5 26 6 55 5 15 15 20 ..... 0 46 41 3 12.2 22 00
Sun Feb 21/Mon Feb 22 5249.7 9 56 49 17 55 19 24 5 25 6 54 5 20 15 22 ..... 1 51 51 4 09.0 24 17
Mon Feb 22/Tue Feb 23 5250.7 10 00 46 17 56 19 25 5 23 6 53 5 25 15 25 ..... 2 53 62 5 09.2 25 11
Tue Feb 23/Wed Feb 24 5251.7 10 04 42 17 57 19 27 5 22 6 51 5 30 15 27 ..... 3 49 73 6 11.5 24 30
Wed Feb 24/Thu Feb 25 5252.7 10 08 39 17 58 19 28 5 20 6 50 5 35 15 30 ..... 4 37 83 7 14.3 22 07
Thu Feb 25/Fri Feb 26 5253.7 10 12 36 17 59 19 29 5 19 6 48 5 41 15 33 ..... 5 18 91 8 16.0 18 09
Fri Feb 26/Sat Feb 27 5254.7 10 16 32 18 00 19 30 5 18 6 47 5 46 15 35 ..... 5 54 97 9 15.7 12 53
Sat Feb 27/Sun Feb 28 5255.7 10 20 29 18 01 19 31 5 16 6 45 5 51 15 38 17 07 6 25 100 10 13.2 6 44
Sun Feb 28/Mon Mar 01 5256.7 10 24 25 18 03 19 32 5 15 6 44 5 56 15 40 18 25 6 55 99 11 08.9 0 11
***** 2010 MARCH *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Mon Mar 01/Tue Mar 02 5257.7 10 28 22 18 04 19 33 5 13 6 42 6 01 15 42 19 40 7 24 96 12 03.6 - 6 18
Tue Mar 02/Wed Mar 03 5258.7 10 32 18 18 05 19 34 5 12 6 41 6 06 15 45 20 55 ..... 90 12 58.2 -12 18
Wed Mar 03/Thu Mar 04 5259.7 10 36 15 18 06 19 35 5 10 6 39 6 11 15 47 22 08 ..... 83 13 53.1 -17 28
Thu Mar 04/Fri Mar 05 5260.7 10 40 11 18 07 19 36 5 09 6 38 6 16 15 50 23 18 ..... 74 14 48.6 -21 32
Fri Mar 05/Sat Mar 06 5261.7 10 44 08 18 08 19 37 5 07 6 36 6 21 15 52 0 25 ..... 64 15 44.7 -24 21
Sat Mar 06/Sun Mar 07 5262.7 10 48 05 18 09 19 38 5 06 6 35 6 26 15 55 1 26 ..... 54 16 40.6 -25 49
Sun Mar 07/Mon Mar 08 5263.7 10 52 01 18 10 19 39 5 04 6 33 6 31 15 57 2 19 ..... 44 17 35.6 -25 59
Mon Mar 08/Tue Mar 09 5264.7 10 55 58 18 11 19 41 5 02 6 32 6 36 15 59 3 05 ..... 35 18 28.8 -24 55
Tue Mar 09/Wed Mar 10 5265.7 10 59 54 18 12 19 42 5 01 6 30 6 41 16 02 3 43 ..... 26 19 19.9 -22 46
Wed Mar 10/Thu Mar 11 5266.7 11 03 51 18 13 19 43 4 59 6 28 6 46 16 04 4 16 ..... 18 20 08.5 -19 42
Thu Mar 11/Fri Mar 12 5267.7 11 07 47 18 14 19 44 4 58 6 27 6 51 16 06 4 44 ..... 12 20 54.9 -15 54
Fri Mar 12/Sat Mar 13 5268.7 11 11 44 18 16 19 45 4 56 6 25 6 56 16 09 5 09 ..... 6 21 39.5 -11 32
Sat Mar 13/Sun Mar 14 5269.7 11 15 40 18 17 19 46 4 54 6 24 7 01 16 11 5 33 16 28 3 22 23.0 - 6 45
Sun Mar 14/Mon Mar 15 5270.7 11 19 37 18 18 19 47 4 53 6 22 7 06 16 13 5 55 17 27 1 23 06.0 - 1 42
Mon Mar 15/Tue Mar 16 5271.7 11 23 34 18 19 19 48 4 51 6 21 7 11 16 15 6 18 18 26 0 23 49.2 3 25
Tue Mar 16/Wed Mar 17 5272.7 11 27 30 18 20 19 49 4 49 6 19 7 16 16 18 6 43 19 27 2 0 33.6 8 28
Wed Mar 17/Thu Mar 18 5273.7 11 31 27 18 21 19 51 4 48 6 17 7 21 16 20 7 10 20 29 5 1 19.8 13 14
Thu Mar 18/Fri Mar 19 5274.7 11 35 23 18 22 19 52 4 46 6 16 7 26 16 22 ..... 21 33 10 2 08.6 17 29
Fri Mar 19/Sat Mar 20 5275.7 11 39 20 18 23 19 53 4 44 6 14 7 32 16 24 ..... 22 38 17 3 00.5 21 00
Sat Mar 20/Sun Mar 21 5276.7 11 43 16 18 24 19 54 4 42 6 12 7 37 16 26 ..... 23 43 26 3 55.7 23 30
Sun Mar 21/Mon Mar 22 5277.7 11 47 13 18 25 19 55 4 41 6 11 7 42 16 29 ..... 0 45 36 4 53.6 24 43
Mon Mar 22/Tue Mar 23 5278.7 11 51 09 18 26 19 56 4 39 6 09 7 47 16 31 ..... 1 41 47 5 53.5 24 29
Tue Mar 23/Wed Mar 24 5279.7 11 55 06 18 27 19 58 4 37 6 08 7 52 16 33 ..... 2 31 58 6 53.9 22 42
Wed Mar 24/Thu Mar 25 5280.7 11 59 03 18 28 19 59 4 35 6 06 7 57 16 35 ..... 3 13 69 7 53.6 19 26
Thu Mar 25/Fri Mar 26 5281.7 12 02 59 18 29 20 00 4 33 6 04 8 02 16 37 ..... 3 49 79 8 51.7 14 50
Fri Mar 26/Sat Mar 27 5282.7 12 06 56 18 30 20 01 4 32 6 03 8 07 16 39 ..... 4 21 88 9 48.1 9 15
Sat Mar 27/Sun Mar 28 5283.7 12 10 52 18 31 20 02 4 30 6 01 8 13 16 41 ..... 4 51 95 10 43.2 3 01
Sun Mar 28/Mon Mar 29 5284.7 12 14 49 18 32 20 03 4 28 5 59 8 18 16 44 17 13 5 20 99 11 37.6 - 3 25
Mon Mar 29/Tue Mar 30 5285.7 12 18 45 18 33 20 05 4 26 5 58 8 23 16 46 18 27 5 50 100 12 32.2 - 9 38
Tue Mar 30/Wed Mar 31 5286.7 12 22 42 18 34 20 06 4 24 5 56 8 28 16 48 19 41 6 23 98 13 27.6 -15 14
Wed Mar 31/Thu Apr 01 5287.7 12 26 38 18 35 20 07 4 23 5 55 8 33 16 50 20 55 6 59 94 14 24.2 -19 53
***** 2010 APRIL *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Thu Apr 01/Fri Apr 02 5288.7 12 30 35 18 36 20 08 4 21 5 53 8 38 16 52 22 05 ..... 87 15 21.7 -23 18
Fri Apr 02/Sat Apr 03 5289.7 12 34 32 18 37 20 10 4 19 5 51 8 44 16 54 23 10 ..... 79 16 19.5 -25 20
Sat Apr 03/Sun Apr 04* 5290.7 12 38 28 18 38 20 11 5 17 6 50 8 49 16 56 0 09 ..... 70 17 16.6 -25 58
Sun Apr 04/Mon Apr 05 5291.7 11 42 15 19 39 21 12 5 15 6 48 8 54 16 58 1 59 ..... 61 18 09.6 -25 15
Mon Apr 05/Tue Apr 06 5292.7 11 46 11 19 40 21 13 5 13 6 47 8 59 17 00 2 40 ..... 52 19 02.4 -23 26
Tue Apr 06/Wed Apr 07 5293.7 11 50 08 19 41 21 15 5 12 6 45 9 04 17 03 3 16 ..... 42 19 52.3 -20 39
Wed Apr 07/Thu Apr 08 5294.7 11 54 04 19 42 21 16 5 10 6 44 9 10 17 05 3 46 ..... 33 20 39.7 -17 04
Thu Apr 08/Fri Apr 09 5295.7 11 58 01 19 43 21 17 5 08 6 42 9 15 17 07 4 12 ..... 25 21 25.0 -12 54
Fri Apr 09/Sat Apr 10 5296.7 12 01 58 19 44 21 19 5 06 6 40 9 20 17 09 4 36 ..... 17 22 08.8 - 8 16
Sat Apr 10/Sun Apr 11 5297.7 12 05 54 19 45 21 20 5 04 6 39 9 25 17 11 4 59 ..... 11 22 51.9 - 3 19
Sun Apr 11/Mon Apr 12 5298.7 12 09 51 19 46 21 21 5 02 6 37 9 31 17 13 5 22 17 17 6 23 35.2 1 46
Mon Apr 12/Tue Apr 13 5299.7 12 13 47 19 47 21 23 5 01 6 36 9 36 17 15 5 46 18 17 2 0 19.4 6 50
Tue Apr 13/Wed Apr 14 5300.7 12 17 44 19 48 21 24 4 59 6 34 9 41 17 17 6 13 19 19 0 1 05.5 11 42
Wed Apr 14/Thu Apr 15 5301.7 12 21 40 19 49 21 25 4 57 6 33 9 47 17 19 6 43 20 23 1 1 54.0 16 09
Thu Apr 15/Fri Apr 16 5302.7 12 25 37 19 50 21 27 4 55 6 31 9 52 17 21 ..... 21 29 3 2 45.7 19 54
Fri Apr 16/Sat Apr 17 5303.7 12 29 33 19 51 21 28 4 53 6 30 9 57 17 24 ..... 22 35 7 3 40.5 22 41
Sat Apr 17/Sun Apr 18 5304.7 12 33 30 19 52 21 29 4 51 6 28 10 02 17 26 ..... 23 38 14 4 38.2 24 15
Sun Apr 18/Mon Apr 19 5305.7 12 37 27 19 53 21 31 4 49 6 27 10 08 17 28 ..... 0 37 22 5 37.7 24 23
Mon Apr 19/Tue Apr 20 5306.7 12 41 23 19 54 21 32 4 48 6 25 10 13 17 30 ..... 1 28 32 6 37.5 23 01
Tue Apr 20/Wed Apr 21 5307.7 12 45 20 19 55 21 34 4 46 6 24 10 18 17 32 ..... 2 12 43 7 36.4 20 12
Wed Apr 21/Thu Apr 22 5308.7 12 49 16 19 56 21 35 4 44 6 23 10 24 17 34 ..... 2 49 54 8 33.6 16 06
Thu Apr 22/Fri Apr 23 5309.7 12 53 13 19 57 21 36 4 42 6 21 10 29 17 36 ..... 3 21 66 9 28.8 10 59
Fri Apr 23/Sat Apr 24 5310.7 12 57 09 19 58 21 38 4 40 6 20 10 35 17 38 ..... 3 51 76 10 22.4 5 10
Sat Apr 24/Sun Apr 25 5311.7 13 01 06 19 59 21 39 4 39 6 19 10 40 17 41 ..... 4 19 85 11 15.4 - 0 59
Sun Apr 25/Mon Apr 26 5312.7 13 05 02 20 00 21 41 4 37 6 17 10 45 17 43 ..... 4 48 93 12 08.4 - 7 07
Mon Apr 26/Tue Apr 27 5313.7 13 08 59 20 01 21 42 4 35 6 16 10 51 17 45 18 19 5 19 97 13 02.4 -12 53
Tue Apr 27/Wed Apr 28 5314.7 13 12 56 20 02 21 44 4 33 6 15 10 56 17 47 19 31 5 53 100 13 57.9 -17 54
Wed Apr 28/Thu Apr 29 5315.7 13 16 52 20 03 21 45 4 32 6 13 11 02 17 49 20 43 6 33 99 14 55.1 -21 51
Thu Apr 29/Fri Apr 30 5316.7 13 20 49 20 04 21 47 4 30 6 12 11 07 17 51 21 51 ..... 96 15 53.4 -24 30
Fri Apr 30/Sat May 01 5317.7 13 24 45 20 05 21 48 4 28 6 11 11 12 17 54 22 54 ..... 91 16 51.8 -25 44
***** 2010 MAY *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Sat May 01/Sun May 02 5318.7 13 28 42 20 06 21 50 4 26 6 09 11 18 17 56 23 48 ..... 85 17 49.0 -25 33
Sun May 02/Mon May 03 5319.7 13 32 38 20 07 21 51 4 25 6 08 11 23 17 58 0 34 ..... 77 18 43.8 -24 06
Mon May 03/Tue May 04 5320.7 13 36 35 20 08 21 52 4 23 6 07 11 29 18 00 1 13 ..... 68 19 35.7 -21 34
Tue May 04/Wed May 05 5321.7 13 40 31 20 09 21 54 4 21 6 06 11 34 18 03 1 45 ..... 59 20 24.6 -18 11
Wed May 05/Thu May 06 5322.7 13 44 28 20 10 21 55 4 20 6 05 11 40 18 05 2 13 ..... 50 21 10.9 -14 08
Thu May 06/Fri May 07 5323.7 13 48 25 20 11 21 57 4 18 6 04 11 45 18 07 2 38 ..... 40 21 55.3 - 9 37
Fri May 07/Sat May 08 5324.7 13 52 21 20 12 21 58 4 16 6 02 11 50 18 10 3 01 ..... 31 22 38.6 - 4 47
Sat May 08/Sun May 09 5325.7 13 56 18 20 13 22 00 4 15 6 01 11 56 18 12 3 24 ..... 23 23 21.7 0 14
Sun May 09/Mon May 10 5326.7 14 00 14 20 14 22 01 4 13 6 00 12 01 18 14 3 48 ..... 15 0 05.6 5 17
Mon May 10/Tue May 11 5327.7 14 04 11 20 15 22 03 4 12 5 59 12 07 18 17 4 13 ..... 9 0 51.1 10 12
Tue May 11/Wed May 12 5328.7 14 08 07 20 16 22 04 4 10 5 58 12 12 18 19 4 43 18 09 4 1 39.0 14 46
Wed May 12/Thu May 13 5329.7 14 12 04 20 17 22 06 4 09 5 57 12 18 18 21 5 17 19 15 1 2 30.1 18 45
Thu May 13/Fri May 14 5330.7 14 16 00 20 18 22 07 4 07 5 56 12 23 18 24 5 59 20 22 0 3 24.8 21 50
Fri May 14/Sat May 15 5331.7 14 19 57 20 19 22 09 4 06 5 55 12 28 18 26 ..... 21 28 1 4 22.6 23 45
Sat May 15/Sun May 16 5332.7 14 23 54 20 20 22 10 4 04 5 54 12 34 18 29 ..... 22 29 5 5 22.6 24 14
Sun May 16/Mon May 17 5333.7 14 27 50 20 21 22 12 4 03 5 54 12 39 18 31 ..... 23 24 11 6 23.2 23 11
Mon May 17/Tue May 18 5334.7 14 31 47 20 22 22 13 4 02 5 53 12 45 18 34 ..... 0 11 19 7 22.9 20 39
Tue May 18/Wed May 19 5335.7 14 35 43 20 23 22 15 4 00 5 52 12 50 18 37 ..... 0 50 29 8 20.5 16 48
Wed May 19/Thu May 20 5336.7 14 39 40 20 24 22 16 3 59 5 51 12 55 18 39 ..... 1 24 40 9 15.7 11 55
Thu May 20/Fri May 21 5337.7 14 43 36 20 25 22 17 3 58 5 50 13 01 18 42 ..... 1 54 52 10 08.9 6 21
Fri May 21/Sat May 22 5338.7 14 47 33 20 26 22 19 3 56 5 50 13 06 18 45 ..... 2 22 63 11 00.8 0 24
Sat May 22/Sun May 23 5339.7 14 51 29 20 27 22 20 3 55 5 49 13 11 18 47 ..... 2 50 74 11 52.3 - 5 35
Sun May 23/Mon May 24 5340.7 14 55 26 20 27 22 22 3 54 5 48 13 17 18 50 ..... 3 19 83 12 44.5 -11 18
Mon May 24/Tue May 25 5341.7 14 59 23 20 28 22 23 3 53 5 48 13 22 18 53 ..... 3 51 91 13 38.2 -16 26
Tue May 25/Wed May 26 5342.7 15 03 19 20 29 22 24 3 52 5 47 13 27 18 56 18 26 4 27 96 14 33.7 -20 40
Wed May 26/Thu May 27 5343.7 15 07 16 20 30 22 26 3 51 5 46 13 33 18 59 19 35 5 10 99 15 31.0 -23 44
Thu May 27/Fri May 28 5344.7 15 11 12 20 31 22 27 3 50 5 46 13 38 19 02 20 39 5 59 100 16 29.3 -25 28
Fri May 28/Sat May 29 5345.7 15 15 09 20 32 22 28 3 49 5 45 13 43 19 04 21 37 ..... 98 17 27.2 -25 47
Sat May 29/Sun May 30 5346.7 15 19 05 20 32 22 29 3 48 5 45 13 48 19 07 22 27 ..... 95 18 23.5 -24 46
Sun May 30/Mon May 31 5347.7 15 23 02 20 33 22 31 3 47 5 44 13 53 19 10 23 09 ..... 89 19 17.2 -22 33
Mon May 31/Tue Jun 01 5348.7 15 26 58 20 34 22 32 3 46 5 44 13 58 19 14 23 43 ..... 83 20 07.8 -19 23
***** 2010 JUNE *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Tue Jun 01/Wed Jun 02 5349.7 15 30 55 20 35 22 33 3 45 5 43 14 03 19 17 0 13 ..... 75 20 55.5 -15 29
Wed Jun 02/Thu Jun 03 5350.7 15 34 52 20 35 22 34 3 44 5 43 14 09 19 20 0 39 ..... 66 21 40.8 -11 04
Thu Jun 03/Fri Jun 04 5351.7 15 38 48 20 36 22 35 3 44 5 43 14 14 19 23 1 03 ..... 57 22 24.5 - 6 17
Fri Jun 04/Sat Jun 05 5352.7 15 42 45 20 37 22 36 3 43 5 42 14 19 19 26 1 26 ..... 47 23 07.6 - 1 19
Sat Jun 05/Sun Jun 06 5353.7 15 46 41 20 37 22 37 3 42 5 42 14 23 19 30 1 49 ..... 38 23 50.9 3 42
Sun Jun 06/Mon Jun 07 5354.7 15 50 38 20 38 22 38 3 42 5 42 14 28 19 33 2 13 ..... 29 0 35.4 8 38
Mon Jun 07/Tue Jun 08 5355.7 15 54 34 20 38 22 39 3 41 5 42 14 33 19 36 2 41 ..... 20 1 22.2 13 17
Tue Jun 08/Wed Jun 09 5356.7 15 58 31 20 39 22 40 3 41 5 42 14 38 19 40 3 12 ..... 13 2 11.9 17 27
Wed Jun 09/Thu Jun 10 5357.7 16 02 27 20 40 22 41 3 40 5 41 14 43 19 43 3 51 18 04 7 3 05.3 20 51
Thu Jun 10/Fri Jun 11 5358.7 16 06 24 20 40 22 41 3 40 5 41 14 47 19 47 4 38 19 11 2 4 02.4 23 11
Fri Jun 11/Sat Jun 12 5359.7 16 10 21 20 41 22 42 3 40 5 41 14 52 19 51 5 34 20 16 0 5 02.5 24 09
Sat Jun 12/Sun Jun 13 5360.7 16 14 17 20 41 22 43 3 39 5 41 14 57 19 54 ..... 21 14 1 6 04.1 23 34
Sun Jun 13/Mon Jun 14 5361.7 16 18 14 20 42 22 43 3 39 5 41 15 01 19 58 ..... 22 05 4 7 05.4 21 24
Mon Jun 14/Tue Jun 15 5362.7 16 22 10 20 42 22 44 3 39 5 41 15 06 20 02 ..... 22 48 9 8 04.8 17 48
Tue Jun 15/Wed Jun 16 5363.7 16 26 07 20 42 22 44 3 39 5 41 15 10 20 06 ..... 23 25 17 9 01.7 13 04
Wed Jun 16/Thu Jun 17 5364.7 16 30 03 20 43 22 45 3 39 5 41 15 15 20 10 ..... 23 56 27 9 56.0 7 34
Thu Jun 17/Fri Jun 18 5365.7 16 34 00 20 43 22 45 3 39 5 41 15 19 20 14 ..... 0 25 38 10 48.4 1 39
Fri Jun 18/Sat Jun 19 5366.7 16 37 56 20 43 22 46 3 39 5 41 15 23 20 18 ..... 0 53 49 11 39.9 - 4 20
Sat Jun 19/Sun Jun 20 5367.7 16 41 53 20 44 22 46 3 39 5 42 15 28 20 22 ..... 1 22 61 12 31.3 -10 05
Sun Jun 20/Mon Jun 21 5368.7 16 45 50 20 44 22 46 3 39 5 42 15 32 20 26 ..... 1 52 71 13 23.8 -15 17
Mon Jun 21/Tue Jun 22 5369.7 16 49 46 20 44 22 47 3 40 5 42 15 36 20 30 ..... 2 27 81 14 17.7 -19 41
Tue Jun 22/Wed Jun 23 5370.7 16 53 43 20 44 22 47 3 40 5 42 15 40 20 34 ..... 3 06 88 15 13.5 -23 02
Wed Jun 23/Thu Jun 24 5371.7 16 57 39 20 44 22 47 3 40 5 43 15 44 20 39 18 29 3 52 94 16 10.5 -25 08
Thu Jun 24/Fri Jun 25 5372.7 17 01 36 20 45 22 47 3 41 5 43 15 48 20 43 19 28 4 45 98 17 08.0 -25 53
Fri Jun 25/Sat Jun 26 5373.7 17 05 32 20 45 22 47 3 41 5 43 15 52 20 47 20 21 5 42 100 18 04.6 -25 17
Sat Jun 26/Sun Jun 27 5374.7 17 09 29 20 45 22 47 3 42 5 44 15 56 20 52 21 05 ..... 99 18 59.1 -23 26
Sun Jun 27/Mon Jun 28 5375.7 17 13 25 20 45 22 47 3 42 5 44 16 00 20 56 21 42 ..... 97 19 50.9 -20 33
Mon Jun 28/Tue Jun 29 5376.7 17 17 22 20 45 22 46 3 43 5 44 16 04 21 01 22 14 ..... 93 20 39.8 -16 50
Tue Jun 29/Wed Jun 30 5377.7 17 21 19 20 45 22 46 3 43 5 45 16 07 21 05 22 41 ..... 87 21 26.1 -12 32
Wed Jun 30/Thu Jul 01 5378.7 17 25 15 20 45 22 46 3 44 5 45 16 11 21 10 23 06 ..... 80 22 10.6 - 7 49
***** 2010 JULY *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Thu Jul 01/Fri Jul 02 5379.7 17 29 12 20 44 22 46 3 45 5 46 16 15 21 15 23 29 ..... 72 22 53.9 - 2 53
Fri Jul 02/Sat Jul 03 5380.7 17 33 08 20 44 22 45 3 46 5 46 16 18 21 19 23 51 ..... 63 23 36.9 2 08
Sat Jul 03/Sun Jul 04 5381.7 17 37 05 20 44 22 45 3 46 5 47 16 22 21 24 0 15 ..... 54 0 20.7 7 05
Sun Jul 04/Mon Jul 05 5382.7 17 41 01 20 44 22 44 3 47 5 48 16 25 21 29 0 40 ..... 44 1 06.1 11 48
Mon Jul 05/Tue Jul 06 5383.7 17 44 58 20 44 22 44 3 48 5 48 16 28 21 34 1 09 ..... 34 1 54.1 16 06
Tue Jul 06/Wed Jul 07 5384.7 17 48 54 20 43 22 43 3 49 5 49 16 32 21 39 1 44 ..... 25 2 45.4 19 45
Wed Jul 07/Thu Jul 08 5385.7 17 52 51 20 43 22 42 3 50 5 49 16 35 21 44 2 26 ..... 16 3 40.5 22 28
Thu Jul 08/Fri Jul 09 5386.7 17 56 48 20 43 22 42 3 51 5 50 16 38 21 49 3 18 17 57 9 4 39.1 23 58
Fri Jul 09/Sat Jul 10 5387.7 18 00 44 20 42 22 41 3 52 5 51 16 41 21 54 4 19 18 59 4 5 40.3 23 59
Sat Jul 10/Sun Jul 11 5388.7 18 04 41 20 42 22 40 3 53 5 51 16 45 21 59 5 30 19 54 1 6 42.3 22 23
Sun Jul 11/Mon Jul 12 5389.7 18 08 37 20 42 22 39 3 54 5 52 16 48 22 04 ..... 20 41 0 7 43.5 19 15
Mon Jul 12/Tue Jul 13 5390.7 18 12 34 20 41 22 38 3 56 5 53 16 51 22 09 ..... 21 22 3 8 42.5 14 47
Tue Jul 13/Wed Jul 14 5391.7 18 16 30 20 41 22 37 3 57 5 54 16 54 22 14 ..... 21 56 8 9 39.0 9 21
Wed Jul 14/Thu Jul 15 5392.7 18 20 27 20 40 22 36 3 58 5 54 16 57 22 19 ..... 22 27 15 10 33.3 3 23
Thu Jul 15/Fri Jul 16 5393.7 18 24 23 20 40 22 35 3 59 5 55 17 00 22 24 ..... 22 56 25 11 26.1 - 2 45
Fri Jul 16/Sat Jul 17 5394.7 18 28 20 20 39 22 34 4 00 5 56 17 03 22 29 ..... 23 25 36 12 18.3 - 8 40
Sat Jul 17/Sun Jul 18 5395.7 18 32 17 20 38 22 33 4 02 5 57 17 05 22 35 ..... 23 55 47 13 10.9 -14 04
Sun Jul 18/Mon Jul 19 5396.7 18 36 13 20 38 22 32 4 03 5 57 17 08 22 40 ..... 0 29 58 14 04.5 -18 41
Mon Jul 19/Tue Jul 20 5397.7 18 40 10 20 37 22 31 4 04 5 58 17 11 22 45 ..... 1 06 68 14 59.5 -22 17
Tue Jul 20/Wed Jul 21 5398.7 18 44 06 20 36 22 30 4 06 5 59 17 14 22 50 ..... 1 50 78 15 55.7 -24 41
Wed Jul 21/Thu Jul 22 5399.7 18 48 03 20 36 22 29 4 07 6 00 17 16 22 56 ..... 2 40 86 16 52.4 -25 47
Thu Jul 22/Fri Jul 23 5400.7 18 51 59 20 35 22 27 4 08 6 01 17 19 23 01 18 17 3 35 92 17 48.5 -25 33
Fri Jul 23/Sat Jul 24 5401.7 18 55 56 20 34 22 26 4 10 6 02 17 22 23 06 19 03 4 34 97 18 43.2 -24 04
Sat Jul 24/Sun Jul 25 5402.7 18 59 52 20 33 22 25 4 11 6 03 17 24 23 12 19 42 5 35 99 19 35.4 -21 30
Sun Jul 25/Mon Jul 26 5403.7 19 03 49 20 32 22 23 4 12 6 03 17 27 23 17 20 16 ..... 100 20 25.1 -18 02
Mon Jul 26/Tue Jul 27 5404.7 19 07 46 20 31 22 22 4 14 6 04 17 29 23 22 20 44 ..... 99 21 12.2 -13 53
Tue Jul 27/Wed Jul 28 5405.7 19 11 42 20 30 22 20 4 15 6 05 17 32 23 28 21 10 ..... 96 21 57.4 - 9 16
Wed Jul 28/Thu Jul 29 5406.7 19 15 39 20 30 22 19 4 17 6 06 17 34 23 33 21 33 ..... 91 22 41.1 - 4 21
Thu Jul 29/Fri Jul 30 5407.7 19 19 35 20 29 22 17 4 18 6 07 17 37 23 38 21 56 ..... 85 23 24.3 0 40
Fri Jul 30/Sat Jul 31 5408.7 19 23 32 20 28 22 16 4 20 6 08 17 39 23 44 22 19 ..... 78 0 07.7 5 38
Sat Jul 31/Sun Aug 01 5409.7 19 27 28 20 27 22 14 4 21 6 09 17 42 23 49 22 43 ..... 69 0 52.3 10 24
***** 2010 AUGUST *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Sun Aug 01/Mon Aug 02 5410.7 19 31 25 20 25 22 13 4 22 6 10 17 44 23 55 23 10 ..... 60 1 38.9 14 48
Mon Aug 02/Tue Aug 03 5411.7 19 35 21 20 24 22 11 4 24 6 11 17 46 24 00 23 41 ..... 50 2 28.2 18 38
Tue Aug 03/Wed Aug 04 5412.7 19 39 18 20 23 22 10 4 25 6 12 17 49 0 05 0 19 ..... 40 3 21.0 21 38
Wed Aug 04/Thu Aug 05 5413.7 19 43 15 20 22 22 08 4 27 6 13 17 51 0 11 1 05 ..... 30 4 17.1 23 34
Thu Aug 05/Fri Aug 06 5414.7 19 47 11 20 21 22 06 4 28 6 14 17 53 0 16 2 00 ..... 20 5 16.3 24 10
Fri Aug 06/Sat Aug 07 5415.7 19 51 08 20 20 22 05 4 30 6 15 17 56 0 21 3 05 17 39 12 6 17.3 23 15
Sat Aug 07/Sun Aug 08 5416.7 19 55 04 20 19 22 03 4 31 6 15 17 58 0 27 4 18 18 30 6 7 18.5 20 46
Sun Aug 08/Mon Aug 09 5417.7 19 59 01 20 17 22 01 4 32 6 16 18 00 0 32 5 35 19 14 1 8 18.5 16 50
Mon Aug 09/Tue Aug 10 5418.7 20 02 57 20 16 22 00 4 34 6 17 18 02 0 38 ..... 19 51 0 9 16.7 11 43
Tue Aug 10/Wed Aug 11 5419.7 20 06 54 20 15 21 58 4 35 6 18 18 05 0 43 ..... 20 25 2 10 12.8 5 50
Wed Aug 11/Thu Aug 12 5420.7 20 10 50 20 14 21 56 4 37 6 19 18 07 0 48 ..... 20 55 6 11 07.4 - 0 25
Thu Aug 12/Fri Aug 13 5421.7 20 14 47 20 12 21 54 4 38 6 20 18 09 0 54 ..... 21 25 13 12 01.2 - 6 35
Fri Aug 13/Sat Aug 14 5422.7 20 18 44 20 11 21 53 4 40 6 21 18 11 0 59 ..... 21 56 22 12 55.0 -12 19
Sat Aug 14/Sun Aug 15 5423.7 20 22 40 20 10 21 51 4 41 6 22 18 13 1 04 ..... 22 29 32 13 49.5 -17 17
Sun Aug 15/Mon Aug 16 5424.7 20 26 37 20 08 21 49 4 42 6 23 18 15 1 10 ..... 23 06 43 14 45.0 -21 15
Mon Aug 16/Tue Aug 17 5425.7 20 30 33 20 07 21 47 4 44 6 24 18 18 1 15 ..... 23 49 54 15 41.4 -24 00
Tue Aug 17/Wed Aug 18 5426.7 20 34 30 20 06 21 46 4 45 6 25 18 20 1 20 ..... 0 37 64 16 38.1 -25 26
Wed Aug 18/Thu Aug 19 5427.7 20 38 26 20 04 21 44 4 46 6 26 18 22 1 26 ..... 1 31 74 17 34.3 -25 33
Thu Aug 19/Fri Aug 20 5428.7 20 42 23 20 03 21 42 4 48 6 27 18 24 1 31 ..... 2 28 82 18 29.0 -24 24
Fri Aug 20/Sat Aug 21 5429.7 20 46 19 20 01 21 40 4 49 6 28 18 26 1 36 17 43 3 28 89 19 21.5 -22 09
Sat Aug 21/Sun Aug 22 5430.7 20 50 16 20 00 21 38 4 51 6 29 18 28 1 42 18 18 4 29 94 20 11.5 -18 57
Sun Aug 22/Mon Aug 23 5431.7 20 54 13 19 59 21 36 4 52 6 30 18 30 1 47 18 48 5 29 98 20 59.1 -15 01
Mon Aug 23/Tue Aug 24 5432.7 20 58 09 19 57 21 35 4 53 6 31 18 32 1 52 19 14 6 28 100 21 44.7 -10 32
Tue Aug 24/Wed Aug 25 5433.7 21 02 06 19 56 21 33 4 55 6 32 18 34 1 57 19 38 ..... 100 22 29.0 - 5 43
Wed Aug 25/Thu Aug 26 5434.7 21 06 02 19 54 21 31 4 56 6 33 18 36 2 03 20 01 ..... 98 23 12.4 - 0 43
Thu Aug 26/Fri Aug 27 5435.7 21 09 59 19 53 21 29 4 57 6 34 18 39 2 08 20 24 ..... 94 23 56.0 4 18
Fri Aug 27/Sat Aug 28 5436.7 21 13 55 19 51 21 27 4 58 6 34 18 41 2 13 20 48 ..... 89 0 40.4 9 08
Sat Aug 28/Sun Aug 29 5437.7 21 17 52 19 50 21 25 5 00 6 35 18 43 2 18 21 14 ..... 83 1 26.3 13 38
Sun Aug 29/Mon Aug 30 5438.7 21 21 48 19 48 21 23 5 01 6 36 18 45 2 24 21 43 ..... 74 2 14.6 17 36
Mon Aug 30/Tue Aug 31 5439.7 21 25 45 19 46 21 21 5 02 6 37 18 47 2 29 22 18 ..... 65 3 05.7 20 49
Tue Aug 31/Wed Sep 01 5440.7 21 29 42 19 45 21 20 5 03 6 38 18 49 2 34 22 59 ..... 55 3 59.9 23 03
***** 2010 SEPTEMBER *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Wed Sep 01/Thu Sep 02 5441.7 21 33 38 19 43 21 18 5 05 6 39 18 51 2 39 23 49 ..... 45 4 56.7 24 05
Thu Sep 02/Fri Sep 03 5442.7 21 37 35 19 42 21 16 5 06 6 40 18 53 2 44 0 48 ..... 34 5 55.6 23 43
Fri Sep 03/Sat Sep 04 5443.7 21 41 31 19 40 21 14 5 07 6 41 18 55 2 50 1 55 ..... 24 6 55.2 21 53
Sat Sep 04/Sun Sep 05 5444.7 21 45 28 19 39 21 12 5 08 6 42 18 57 2 55 3 08 17 04 15 7 54.5 18 37
Sun Sep 05/Mon Sep 06 5445.7 21 49 24 19 37 21 10 5 10 6 43 18 59 3 00 4 25 17 44 8 8 52.5 14 04
Mon Sep 06/Tue Sep 07 5446.7 21 53 21 19 35 21 08 5 11 6 44 19 01 3 05 5 42 18 19 3 9 49.1 8 33
Tue Sep 07/Wed Sep 08 5447.7 21 57 17 19 34 21 06 5 12 6 45 19 03 3 10 6 59 18 51 0 10 44.4 2 26
Wed Sep 08/Thu Sep 09 5448.7 22 01 14 19 32 21 05 5 13 6 46 19 05 3 15 ..... 19 22 1 11 39.2 - 3 51
Thu Sep 09/Fri Sep 10 5449.7 22 05 11 19 30 21 03 5 14 6 47 19 07 3 20 ..... 19 53 5 12 34.1 - 9 53
Fri Sep 10/Sat Sep 11 5450.7 22 09 07 19 29 21 01 5 16 6 48 19 09 3 25 ..... 20 27 11 13 29.7 -15 17
Sat Sep 11/Sun Sep 12 5451.7 22 13 04 19 27 20 59 5 17 6 49 19 12 3 31 ..... 21 03 19 14 26.3 -19 43
Sun Sep 12/Mon Sep 13 5452.7 22 17 00 19 25 20 57 5 18 6 50 19 14 3 36 ..... 21 45 28 15 23.8 -22 56
Mon Sep 13/Tue Sep 14 5453.7 22 20 57 19 24 20 55 5 19 6 50 19 16 3 41 ..... 22 32 38 16 21.6 -24 48
Tue Sep 14/Wed Sep 15 5454.7 22 24 53 19 22 20 53 5 20 6 51 19 18 3 46 ..... 23 25 49 17 18.7 -25 18
Wed Sep 15/Thu Sep 16 5455.7 22 28 50 19 21 20 52 5 21 6 52 19 20 3 51 ..... 0 22 59 18 14.2 -24 30
Thu Sep 16/Fri Sep 17 5456.7 22 32 46 19 19 20 50 5 22 6 53 19 22 3 56 ..... 1 22 68 19 07.4 -22 33
Fri Sep 17/Sat Sep 18 5457.7 22 36 43 19 17 20 48 5 23 6 54 19 24 4 01 ..... 2 23 77 19 58.0 -19 37
Sat Sep 18/Sun Sep 19 5458.7 22 40 40 19 16 20 46 5 25 6 55 19 26 4 06 16 51 3 23 84 20 46.0 -15 54
Sun Sep 19/Mon Sep 20 5459.7 22 44 36 19 14 20 44 5 26 6 56 19 28 4 11 17 18 4 22 91 21 32.0 -11 37
Mon Sep 20/Tue Sep 21 5460.7 22 48 33 19 12 20 43 5 27 6 57 19 31 4 16 17 43 5 20 95 22 16.5 - 6 55
Tue Sep 21/Wed Sep 22 5461.7 22 52 29 19 11 20 41 5 28 6 58 19 33 4 21 18 06 6 18 98 23 00.3 - 1 59
Wed Sep 22/Thu Sep 23 5462.7 22 56 26 19 09 20 39 5 29 6 59 19 35 4 26 18 30 7 16 100 23 44.0 3 01
Thu Sep 23/Fri Sep 24 5463.7 23 00 22 19 07 20 37 5 30 7 00 19 37 4 31 18 53 ..... 99 0 28.5 7 55
Fri Sep 24/Sat Sep 25 5464.7 23 04 19 19 06 20 35 5 31 7 01 19 39 4 36 19 19 ..... 97 1 14.4 12 31
Sat Sep 25/Sun Sep 26 5465.7 23 08 15 19 04 20 34 5 32 7 02 19 41 4 41 19 47 ..... 93 2 02.5 16 38
Sun Sep 26/Mon Sep 27 5466.7 23 12 12 19 02 20 32 5 33 7 03 19 44 4 46 20 20 ..... 87 2 53.1 20 02
Mon Sep 27/Tue Sep 28 5467.7 23 16 09 19 01 20 30 5 34 7 04 19 46 4 51 20 59 ..... 79 3 46.4 22 30
Tue Sep 28/Wed Sep 29 5468.7 23 20 05 18 59 20 29 5 35 7 05 19 48 4 56 21 45 ..... 70 4 42.1 23 50
Wed Sep 29/Thu Sep 30 5469.7 23 24 02 18 57 20 27 5 36 7 06 19 50 5 01 22 40 ..... 60 5 39.6 23 51
Thu Sep 30/Fri Oct 01 5470.7 23 27 58 18 56 20 25 5 37 7 07 19 52 5 06 23 42 ..... 49 6 37.7 22 29
***** 2010 OCTOBER *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Fri Oct 01/Sat Oct 02 5471.7 23 31 55 18 54 20 23 5 38 7 08 19 55 5 11 0 50 ..... 38 7 35.4 19 44
Sat Oct 02/Sun Oct 03 5472.7 23 35 51 18 53 20 22 5 39 7 09 19 57 5 16 2 03 ..... 28 8 32.1 15 45
Sun Oct 03/Mon Oct 04 5473.7 23 39 48 18 51 20 20 5 40 7 10 19 59 5 21 3 17 ..... 18 9 27.6 10 45
Mon Oct 04/Tue Oct 05 5474.7 23 43 44 18 49 20 18 5 41 7 11 20 02 5 26 4 32 16 47 10 10 22.1 5 01
Tue Oct 05/Wed Oct 06 5475.7 23 47 41 18 48 20 17 5 42 7 12 20 04 5 31 5 47 17 18 4 11 16.1 - 1 05
Wed Oct 06/Thu Oct 07 5476.7 23 51 38 18 46 20 15 5 43 7 13 20 06 5 36 7 03 17 49 1 12 10.6 - 7 11
Thu Oct 07/Fri Oct 08 5477.7 23 55 34 18 45 20 14 5 44 7 14 20 09 5 41 ..... 18 21 0 13 06.1 -12 51
Fri Oct 08/Sat Oct 09 5478.7 23 59 31 18 43 20 12 5 45 7 15 20 11 5 46 ..... 18 56 3 14 03.0 -17 44
Sat Oct 09/Sun Oct 10 5479.7 0 03 27 18 41 20 11 5 46 7 16 20 13 5 51 ..... 19 37 8 15 01.3 -21 29
Sun Oct 10/Mon Oct 11 5480.7 0 07 24 18 40 20 09 5 47 7 17 20 16 5 56 ..... 20 23 15 16 00.3 -23 54
Mon Oct 11/Tue Oct 12 5481.7 0 11 20 18 38 20 07 5 48 7 18 20 18 6 01 ..... 21 15 23 16 59.0 -24 54
Tue Oct 12/Wed Oct 13 5482.7 0 15 17 18 37 20 06 5 50 7 19 20 21 6 06 ..... 22 12 32 17 56.2 -24 30
Wed Oct 13/Thu Oct 14 5483.7 0 19 13 18 35 20 05 5 51 7 20 20 23 6 11 ..... 23 13 42 18 50.9 -22 52
Thu Oct 14/Fri Oct 15 5484.7 0 23 10 18 34 20 03 5 52 7 21 20 26 6 16 ..... 0 14 52 19 42.7 -20 12
Fri Oct 15/Sat Oct 16 5485.7 0 27 07 18 32 20 02 5 53 7 22 20 28 6 21 ..... 1 14 62 20 31.6 -16 43
Sat Oct 16/Sun Oct 17 5486.7 0 31 03 18 31 20 00 5 54 7 23 20 31 6 26 ..... 2 14 71 21 18.1 -12 37
Sun Oct 17/Mon Oct 18 5487.7 0 35 00 18 29 19 59 5 55 7 24 20 33 6 30 ..... 3 12 79 22 02.9 - 8 04
Mon Oct 18/Tue Oct 19 5488.7 0 38 56 18 28 19 57 5 56 7 25 20 36 6 35 16 10 4 10 86 22 46.7 - 3 14
Tue Oct 19/Wed Oct 20 5489.7 0 42 53 18 27 19 56 5 57 7 26 20 38 6 40 16 33 5 08 92 23 30.4 1 43
Wed Oct 20/Thu Oct 21 5490.7 0 46 49 18 25 19 55 5 58 7 27 20 41 6 45 16 57 6 07 96 0 14.8 6 38
Thu Oct 21/Fri Oct 22 5491.7 0 50 46 18 24 19 53 5 59 7 28 20 43 6 50 17 22 7 08 99 1 00.7 11 20
Fri Oct 22/Sat Oct 23 5492.7 0 54 42 18 22 19 52 6 00 7 29 20 46 6 55 17 50 ..... 100 1 48.7 15 36
Sat Oct 23/Sun Oct 24 5493.7 0 58 39 18 21 19 51 6 01 7 31 20 49 7 00 18 22 ..... 99 2 39.4 19 14
Sun Oct 24/Mon Oct 25 5494.7 1 02 36 18 20 19 50 6 02 7 32 20 51 7 05 18 59 ..... 95 3 32.8 21 58
Mon Oct 25/Tue Oct 26 5495.7 1 06 32 18 18 19 48 6 03 7 33 20 54 7 10 19 44 ..... 90 4 28.7 23 34
Tue Oct 26/Wed Oct 27 5496.7 1 10 29 18 17 19 47 6 04 7 34 20 57 7 15 20 36 ..... 83 5 26.2 23 53
Wed Oct 27/Thu Oct 28 5497.7 1 14 25 18 16 19 46 6 05 7 35 21 00 7 20 21 36 ..... 74 6 24.2 22 49
Thu Oct 28/Fri Oct 29 5498.7 1 18 22 18 14 19 45 6 06 7 36 21 02 7 25 22 42 ..... 64 7 21.6 20 24
Fri Oct 29/Sat Oct 30 5499.7 1 22 18 18 13 19 44 6 07 7 37 21 05 7 30 23 51 ..... 53 8 17.6 16 47
Sat Oct 30/Sun Oct 31* 5500.7 1 26 15 18 12 19 43 5 08 6 38 21 08 7 35 1 02 ..... 42 9 12.0 12 10
Sun Oct 31/Mon Nov 01 5501.7 2 30 21 17 11 18 41 5 09 6 39 21 11 7 40 1 14 ..... 31 10 07.7 6 35
***** 2010 NOVEMBER *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Mon Nov 01/Tue Nov 02 5502.7 2 34 18 17 10 18 40 5 10 6 41 21 14 7 45 2 26 ..... 21 11 00.4 0 46
Tue Nov 02/Wed Nov 03 5503.7 2 38 14 17 08 18 39 5 11 6 42 21 17 7 50 3 39 ..... 12 11 53.2 - 5 10
Wed Nov 03/Thu Nov 04 5504.7 2 42 11 17 07 18 38 5 12 6 43 21 20 7 55 4 53 ..... 5 12 47.2 -10 51
Thu Nov 04/Fri Nov 05 5505.7 2 46 08 17 06 18 37 5 13 6 44 21 23 8 00 6 08 15 50 1 13 42.8 -15 55
Fri Nov 05/Sat Nov 06 5506.7 2 50 04 17 05 18 36 5 14 6 45 21 26 8 04 7 21 16 27 0 14 40.3 -20 02
Sat Nov 06/Sun Nov 07 5507.7 2 54 01 17 04 18 36 5 15 6 46 21 29 8 09 ..... 17 11 1 15 39.3 -22 55
Sun Nov 07/Mon Nov 08 5508.7 2 57 57 17 03 18 35 5 16 6 47 21 32 8 14 ..... 18 01 5 16 38.8 -24 23
Mon Nov 08/Tue Nov 09 5509.7 3 01 54 17 02 18 34 5 17 6 49 21 35 8 19 ..... 18 57 11 17 37.3 -24 25
Tue Nov 09/Wed Nov 10 5510.7 3 05 50 17 01 18 33 5 18 6 50 21 38 8 24 ..... 19 58 18 18 33.6 -23 08
Wed Nov 10/Thu Nov 11 5511.7 3 09 47 17 00 18 32 5 19 6 51 21 41 8 29 ..... 21 00 26 19 26.9 -20 44
Thu Nov 11/Fri Nov 12 5512.7 3 13 43 16 59 18 31 5 19 6 52 21 44 8 34 ..... 22 03 35 20 17.0 -17 26
Fri Nov 12/Sat Nov 13 5513.7 3 17 40 16 58 18 31 5 20 6 53 21 47 8 39 ..... 23 03 45 21 04.4 -13 29
Sat Nov 13/Sun Nov 14 5514.7 3 21 37 16 57 18 30 5 21 6 54 21 51 8 44 ..... 0 02 54 21 49.5 - 9 04
Sun Nov 14/Mon Nov 15 5515.7 3 25 33 16 56 18 29 5 22 6 55 21 54 8 49 ..... 1 00 63 22 33.4 - 4 21
Mon Nov 15/Tue Nov 16 5516.7 3 29 30 16 56 18 29 5 23 6 57 21 57 8 54 ..... 1 58 72 23 16.7 0 31
Tue Nov 16/Wed Nov 17 5517.7 3 33 26 16 55 18 28 5 24 6 58 22 01 8 59 ..... 2 57 80 0 00.6 5 24
Wed Nov 17/Thu Nov 18 5518.7 3 37 23 16 54 18 27 5 25 6 59 22 04 9 04 ..... 3 56 87 0 45.7 10 08
Thu Nov 18/Fri Nov 19 5519.7 3 41 19 16 53 18 27 5 26 7 00 22 07 9 09 ..... 4 57 93 1 33.1 14 31
Fri Nov 19/Sat Nov 20 5520.7 3 45 16 16 53 18 26 5 27 7 01 22 11 9 13 ..... 6 00 97 2 23.3 18 21
Sat Nov 20/Sun Nov 21 5521.7 3 49 12 16 52 18 26 5 28 7 02 22 14 9 18 15 57 7 04 100 3 16.6 21 23
Sun Nov 21/Mon Nov 22 5522.7 3 53 09 16 52 18 25 5 29 7 03 22 18 9 23 16 40 8 05 100 4 13.0 23 19
Mon Nov 22/Tue Nov 23 5523.7 3 57 06 16 51 18 25 5 30 7 04 22 21 9 28 17 30 ..... 98 5 11.5 23 58
Tue Nov 23/Wed Nov 24 5524.7 4 01 02 16 50 18 25 5 31 7 06 22 25 9 33 18 29 ..... 93 6 10.9 23 10
Wed Nov 24/Thu Nov 25 5525.7 4 04 59 16 50 18 24 5 32 7 07 22 28 9 38 19 34 ..... 86 7 09.8 20 59
Thu Nov 25/Fri Nov 26 5526.7 4 08 55 16 49 18 24 5 33 7 08 22 32 9 43 20 43 ..... 78 8 06.9 17 31
Fri Nov 26/Sat Nov 27 5527.7 4 12 52 16 49 18 24 5 34 7 09 22 36 9 48 21 54 ..... 68 9 02.0 13 01
Sat Nov 27/Sun Nov 28 5528.7 4 16 48 16 49 18 23 5 35 7 10 22 39 9 53 23 05 ..... 57 9 55.2 7 47
Sun Nov 28/Mon Nov 29 5529.7 4 20 45 16 48 18 23 5 36 7 11 22 43 9 57 0 15 ..... 45 10 47.2 2 08
Mon Nov 29/Tue Nov 30 5530.7 4 24 41 16 48 18 23 5 37 7 12 22 47 10 02 1 26 ..... 34 11 38.8 - 3 40
Tue Nov 30/Wed Dec 01 5531.7 4 28 38 16 48 18 23 5 37 7 13 22 51 10 07 2 37 ..... 24 12 31.0 - 9 17
***** 2010 DECEMBER *****
Calendar for Lynch Observatory, west longitude (h.m.s) = 5 11 10, 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 15 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: --------------
(2010 at start) (-2450000) set twi.end twi.beg rise eve morn rise set %illum RA Dec
Wed Dec 01/Thu Dec 02 5532.7 4 32 35 16 47 18 23 5 38 7 14 22 54 10 12 3 49 ..... 15 13 24.7 -14 25
Thu Dec 02/Fri Dec 03 5533.7 4 36 31 16 47 18 23 5 39 7 15 22 58 10 17 5 01 ..... 8 14 20.2 -18 44
Fri Dec 03/Sat Dec 04 5534.7 4 40 28 16 47 18 23 5 40 7 16 23 02 10 21 6 11 ..... 3 15 17.7 -21 59
Sat Dec 04/Sun Dec 05 5535.7 4 44 24 16 47 18 23 5 41 7 17 23 06 10 26 7 16 15 49 0 16 16.4 -23 56
Sun Dec 05/Mon Dec 06 5536.7 4 48 21 16 47 18 23 5 42 7 18 23 10 10 31 8 14 16 42 0 17 15.2 -24 28
Mon Dec 06/Tue Dec 07 5537.7 4 52 17 16 47 18 23 5 42 7 19 23 14 10 36 ..... 17 41 2 18 12.6 -23 39
Tue Dec 07/Wed Dec 08 5538.7 4 56 14 16 47 18 23 5 43 7 19 23 18 10 40 ..... 18 44 7 19 07.4 -21 36
Wed Dec 08/Thu Dec 09 5539.7 5 00 10 16 47 18 23 5 44 7 20 23 22 10 45 ..... 19 47 12 19 59.2 -18 33
Thu Dec 09/Fri Dec 10 5540.7 5 04 07 16 47 18 23 5 45 7 21 23 26 10 50 ..... 20 49 19 20 47.9 -14 47
Fri Dec 10/Sat Dec 11 5541.7 5 08 04 16 47 18 23 5 45 7 22 23 30 10 54 ..... 21 50 28 21 34.0 -10 28
Sat Dec 11/Sun Dec 12 5542.7 5 12 00 16 47 18 23 5 46 7 23 23 34 10 59 ..... 22 49 36 22 18.3 - 5 50
Sun Dec 12/Mon Dec 13 5543.7 5 15 57 16 47 18 24 5 47 7 24 23 39 11 04 ..... 23 47 46 23 01.5 - 1 02
Mon Dec 13/Tue Dec 14 5544.7 5 19 53 16 47 18 24 5 48 7 24 23 43 11 08 ..... 0 44 55 23 44.7 3 49
Tue Dec 14/Wed Dec 15 5545.7 5 23 50 16 47 18 24 5 48 7 25 23 47 11 13 ..... 1 43 64 0 28.8 8 33
Wed Dec 15/Thu Dec 16 5546.7 5 27 46 16 48 18 24 5 49 7 26 23 51 11 18 ..... 2 43 73 1 14.7 13 01
Thu Dec 16/Fri Dec 17 5547.7 5 31 43 16 48 18 25 5 49 7 26 23 56 11 22 ..... 3 45 82 2 03.3 17 02
Fri Dec 17/Sat Dec 18 5548.7 5 35 39 16 48 18 25 5 50 7 27 24 00 11 27 ..... 4 48 89 2 55.1 20 22
Sat Dec 18/Sun Dec 19 5549.7 5 39 36 16 49 18 26 5 51 7 28 0 04 11 31 ..... 5 50 95 3 50.4 22 44
Sun Dec 19/Mon Dec 20 5550.7 5 43 33 16 49 18 26 5 51 7 28 0 09 11 36 15 19 6 50 98 4 48.8 23 54
Mon Dec 20/Tue Dec 21 5551.7 5 47 29 16 50 18 26 5 52 7 29 0 13 11 40 16 15 7 45 100 5 49.1 23 38
Tue Dec 21/Wed Dec 22 5552.7 5 51 26 16 50 18 27 5 52 7 29 0 17 11 45 17 20 8 33 99 6 49.8 21 51
Wed Dec 22/Thu Dec 23 5553.7 5 55 22 16 51 18 27 5 53 7 30 0 22 11 49 18 30 ..... 95 7 49.3 18 41
Thu Dec 23/Fri Dec 24 5554.7 5 59 19 16 51 18 28 5 53 7 30 0 26 11 53 19 42 ..... 89 8 46.7 14 19
Fri Dec 24/Sat Dec 25 5555.7 6 03 15 16 52 18 29 5 54 7 30 0 31 11 58 20 55 ..... 81 9 41.8 9 07
Sat Dec 25/Sun Dec 26 5556.7 6 07 12 16 52 18 29 5 54 7 31 0 35 12 02 22 06 ..... 71 10 35.1 3 24
Sun Dec 26/Mon Dec 27 5557.7 6 11 08 16 53 18 30 5 54 7 31 0 40 12 06 23 17 ..... 60 11 27.2 - 2 27
Mon Dec 27/Tue Dec 28 5558.7 6 15 05 16 54 18 30 5 55 7 31 0 45 12 11 0 28 ..... 49 12 19.3 - 8 08
Tue Dec 28/Wed Dec 29 5559.7 6 19 02 16 54 18 31 5 55 7 32 0 49 12 15 1 39 ..... 38 13 12.1 -13 21
Wed Dec 29/Thu Dec 30 5560.7 6 22 58 16 55 18 32 5 55 7 32 0 54 12 19 2 49 ..... 27 14 06.3 -17 49
Thu Dec 30/Fri Dec 31 5561.7 6 26 55 16 56 18 32 5 55 7 32 0 58 12 23 3 58 ..... 18 15 02.2 -21 17
Fri Dec 31/Sat Jan 01 5562.7 6 30 51 16 57 18 33 5 56 7 32 1 03 12 28 5 04 ..... 11 15 59.5 -23 33