Posts Tagged ‘Stellarium’

02/03/2016 – Ephemeris – Though a morning planet, Jupiter can be seen in the late evening

February 3, 2016 1 comment

Ephemeris for Wednesday, February 3rd.  The Sun will rise at 8:00.  It’ll be up for 9 hours and 53 minutes, setting at 5:53.   The Moon, 3 days past last quarter, will rise at 4:27 tomorrow morning.

Let’s check out the whereabouts of the bright naked eye planets.  All the classical planets visible from antiquity are officially now in the morning sky.  However Jupiter actually will rise  at 9 p.m., in the east.  Jupiter is still a morning planet since it’s not up at sunset.  Mars will rise next at 1:45 a.m. in the east-southeast.  It’s left of the bright star Spica.  Saturn will rise at 4:05 a.m. in the east-southeast.  The Moon will be below, left of it tomorrow morning.  Venus will rise at 6:19 a.m. again in the east-southeast.  Mercury will rise behind Venus at 6:36.  Comet Catalina is up all night and is a binocular object in the dark expanse of the constellation Camelopardalis between the bowl of the Big Dipper and the W shape of Cassiopeia.

Times are for the Traverse City/Interlochen area of Michigan. They may be different for your location.



Jupiter in the evening

Jupiter low in the east at 10 p.m. on February 3rd, 2016. Created using Stellarium.

Jupiter & moons

Jupiter and its moons as they would be seen in a telescope, at 10 p.m. February 3, 2016. I’d wait for an hour to let Jupiter rise above the thick atmosphere near the horizon for better clarity. Created using Stellarium.

Morning planets

The planets in the morning sky at 7 a.m. on February 4, 2016. Jupiter is far to the west and out of this view. Created using Stellarium.

Saturn & Titan

Saturn and its satellite Titan as they should appear in a telescope at 7 a.m. February 4, 2016


The Moon as it should appear in binoculars tomorrow morning at 7 a.m., February 4, 2016. Created using Stellarium.

Comet Catalina

Comet Catalina’s path for the next week. Note that the magnitudes for the comet are about correct. It will take binoculars or a small telescope to spot the comet which will not show a tail visually. Created using Stellarium.

Sunrise and Sunset sky

This is a chart showing the sunrise and sunset skies for February 3, 2016 showing the location of the planets, the Moon and Comet Catalina at that time. Created using my LookingUp program.

Off Topic


I’m now using Stellarium 0.14.  It can detect older PCs and will not always crash, though I’m not thrilled with how it operates and some screen faults.  The Portable Apps version has a patch that can be added to the application.  The instructions for the patch are in the download page.  Simply search “portable apps” to get started.  The portable apps version worked better than the installed version, so I use the portable apps version.  It turns out that my laptop can run 0.14, while my desktop cannot.   The legacy version of Stellarium is 0.12.5.

It finally cleared up.  For a while.

I bought myself a DSLR camera for my birthday/Christmas present a month and a half ago.  I used to do a fair amount of astrophotography back before CCDs took over.  I had some point and shoot digital cameras,  which were not suitable for astrophotography.  My last big spurge with film was for Comet Hale-Bopp in 1997.

But with the solar eclipse coming up next year the bug is biting again.  I hate to brag but I’ve seen 4 total solar eclipses (1963, 1970, 1972, and 1979), plus 2 annular eclipses.  I will recount my experiences with those eclipses in the year leading up to August 21, 2017.

In my film days I had developed a system for setting exposures for the Moon, planets, solar and lunar eclipses, and other possibly faint objects.  It took a search to locate the data and used it when it finally cleared up on Ground Hog day.  Below is one of the photos.

Crescent Moon

The fat crescent Moon at 7:02 a.m. February 2, 2016. ISO 100, 300mm focal length, f/11, 1/15 second.