Jupiter Apparition - Opposition 2017 APR 07

A plotting of the planet in equatorial coordinates of current date during 2016 NOV 11 to 2017 SEP 06 - See article below.

Jupiter Declination - 2012-23

A plotting of the declinations of the planet at oppositions from 2012 to 2013

Jupiter Stellar Magnitude - 2016-17

Graph of the brightness of Jupiter measured in stellar magnitude

Jupiter 01 Jupiter 02 Jupiter 11 Jupiter 07

                            2016-17 APPARITION OF JUPITER


Giant Jupiter will soon commence its apparition in the predawn eastern sky following its conjunction behind the Sun on 2016 SEP 26. Western quadrature (90° from Sun) will be reached on 2017 JAN 11. Apparent retrograde motion in right ascension will start on FEB 06.


   Opposition from the Sun will occur on 2017 APR 07 when Jupiter will be in the sky all night. At that time it will in the constellation Virgo at a declination of 5.7° south of the celestial equator. Its south pole will be tilted by 3.8° toward Earth. The orbital planes of its four great Galilean satellites will be similarly tilted. Greatest brilliance for this apparition is expected around that same date at stellar magnitude -2.5. Jupiter’s closest approach to Earth of 4.4549 AU will occur on APR 08 while subtending an equatorial angular diameter of 44.3 arcseconds.


   Apparent direct motion in right ascension will resume on 2017 JUN 09. Eastern quadrature will be reached on JUL 05 before conjunction behind the Sun on OCT 26.


   Jupiter will appear near other bright planets and stars on the following dates: Mercury 2016 OCT 11, Spica 2017 FEB 01, Spica SEP 11.


   The Moon will appear near Jupiter on 2016 OCT 28, NOV 24, DEC 22, 2017 JAN 19, FEB 15, MAR 14, APR 10, MAY 07, JUN 03, JUL 01, JUL 28, AUG 25, SEP 22  


NOTES: Events in this article are for North American Central Time.

Galilean satellite positions are calculated utilizing the high accuracy algorithm of Jay H. Lieske, NASA-JPL-Cal Tech-IAU.


*  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 Jupiter 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.



              

 

Jupiter 08

Galilean Satellites - Nightly Event Timetable

SUSPENDED until Jupiter reenters the evening sky in mid-January - Nightly timetable for events involving the four Galilean satellites of Jupiter and their shadows

Jupiter 09 Jupiter 10

Jupiter Angular Diameter - 2016-17

Graph of angular diameter of Jupiter measured in arcseconds Distance in AU = 196.88 / equatorial angular diameter

Jupiter 03 Jupiter 04

Jupiter Illumination Phase - 2016-17

Graph of the percentage of Jupiter’s apparent disk illuminated

Jupiter Apparent Axial Tilt Graph - 2016-17

Graph of the tilt of Jupiter’s rotational axis as viewed from Earth Similar tilts for the orbital planes of its four Galilean satellites

Jupiter Meridian Transit Time* - 2016-17

Graph of the times that the planet Jupiter transits the prime meridian

Jupiter 05

Galilean Satellites - Nightly Array Graphic

SUSPENDED until Jupiter reenters the evening sky in mid-January - Nightly preview graphic depicting the four Galilean satellites of Jupiter and their shadows

Jupiter 06

NOTE: Refresh/Reload each webpage, if outdated graphics appear.


© Curt Renz

  Jupiter

Dual Shadow Transit - Overhead View - MAY 11

Preview of the shadows of #1 Io & #2 Europa transiting Jupiter during the evening of 2017 MAY 11 as viewed from above Jupiter’s north pole

Dual Shadow Transit - View from Earth - MAY 11

Preview of the shadows of #1 Io & #2 Europa transiting Jupiter during the evening of 2017 MAY 11 as viewed from Earth

Orion StarBlast 90mm AZ Travel Refractor