Saturn Apparition - Opposition 2014 MAY 10

A plotting of the planet in equatorial coordinates of current date during 2013 NOV 27 to 2014 OCT 27 - See article below.

Saturn Declination - 2004-2032

A plotting of the declinations of the planet at oppositions from 2004 to 2032

Saturn Apparent Ring Tilt Graph - 2014-15

Graph of the tilt of Saturn’s rotational axis as viewed from Earth Identical tilt for the plane of Saturn’s rings

Rings of Saturn - 2014-15

Graphic illustrating the positioning of Saturn’s rings as viewed from Earth during 2014 AUG 05 to 2015 MAY 22

Rings of Saturn - 2002-2032

Graphic illustrating the positioning of Saturn’s rings as viewed from Earth during the 30 oppositions from 2002 to 2032

Rings of Saturn - Zero & Extreme Tilts

Graphic illustrating the positioning of Saturn’s rings as viewed from Earth at moments of zero and extreme tilts from 1988 to 2046

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                             2014 APPARITION OF SATURN

Ringed Saturn still appears briefly in our evening sky, but will soon become lost in the glare of the Sun. Its greatest brilliance for this apparition at magnitude +0.1 was expected around MAY 05. Opposition from the Sun occurred on MAY 10 when it was also made its closest approach to Earth for this apparition at 8.8997 AU with an equatorial angular diameter of 18.6 arcseconds. On that date the tilt of Saturn’s rings was +21.7°, implying that its north pole was tipping toward Earth.

   Apparent direct motion for Saturn resumed on JUL 21 and eastern quadrature was reached on AUG 09. Saturn will eventually move to conjunction behind the Sun on NOV 18.

   The Moon will appear to pass near Saturn on 2014 OCT 25.

NOTE: Events in this article are geocentric in Universal Time unless otherwise noted.

*  A meridian transit occurs when a celestial body crosses an observer’s local north-south line in the sky. That is practically simultaneous with culmination, i.e. the highest altitude for the day. The Saturn meridian transit times in the above linked graph can be easily transformed for your location. The given times are nearly the same for the central meridians of all time zones, i.e. those evenly divisible by 15° such as 75°, 90°, 105° or 120°. Do not adjust to UT. Simply add to the chart time 4 minutes for each degree west of a central meridian, or subtract 4 minutes for each degree to the east. If on daylight savings time, add an hour.

© Curt Renz

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Saturn Stellar Magnitude - 2014-15

Graph of the brightness of Saturn measured in stellar magnitude

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Saturn Angular Diameter - 2014-15

Graph of the equatorial apparent angular diameter of Saturn measured in arcseconds  -  Distance in AU = 165.46 / angular diameter

Saturn Illumination Phase - 2014-15

Graph of the percentage of Saturn’s apparent disk illuminated

Saturn Meridian Transit Time* - 2014-15

Graph of the times that Saturn transits the prime meridian during 2014-15

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