Bright Mars makes its closest approach to Earth today. It appears as an overly bright star in the sky.
by Jeffrey L. Hunt
Mars makes its closest approach to Earth today until September 11, 2035.
About 2 hours after sunset find it low in the eastern sky. At this time Jupiter and Saturn are in the south. As Earth revolves, the planet appears to move westward. Around midnight it is in the south and in the western sky before sunrise.
Today the Red Planet is 38.6 million miles away. The planet appears as an overly bright star in the sky.
This morning Mars appeared in the western sky before sunrise. It shines from in front of the stars of Pisces.
As Mars revolves around the sun in an elliptical orbit, it is at varying distances as Earth passes by about every 26 months.
In a week, October 13, Mars is at opposition with the sun. They appear in opposite directions in the sky.
The planet is retrograding – moving westward compared to the stars – in Pisces, an illusion as our faster moving planet passes the outer planets.
In the photo above, Mars is 2.6° to the lower right of Nu Piscium (ν Psc on the photo) and 0.3° to the lower left of Mu Piscium (μ Psc).
Use a binocular to observe the planet’s motion compared to the starry background as it retrogrades for about another month.
Read more about the planets during October.
The brilliant Morning Star Venus continues to step through Virgo. It is that “bright star in the eastern sky” before sunrise. This morning Venus is near Beta Virginis. In the evening sky, the gibbous moon is between Mars and Jupiter, and near the star Fomalhaut. Mars is in the east-southeast. Jupiter and Saturn are in the east-southeast.
Bright Morning Star Venus continues to sparkle in the eastern sky before sunrise. It shines from in front of the stars of Virgo. Evening planet Mars appears in the eastern sky while Jupiter and Saturn are in the south-southwest. The bright gibbous moon shines from the stars of Capricornus.
In this commentary is a different idea about year-round daylight time, based on astronomical concepts for the mid-northern latitudes. Year-round or not, a different approach may yield better results.