The short version
- The Taurid and Leonid meteor showers peak in early to mid-November, offering modest rates of visible meteors under ideal conditions.
- Mars and Jupiter will appear closely aligned in the pre-dawn sky during the second week of the month, providing a clear visual pairing for observers.
- NASA celebrates Voyager 1 becoming the first human-made object to reach one light-day from Earth, coinciding with the start of a three-month supermoon series.
November presents a diverse array of celestial events for skywatchers, ranging from active meteor showers to significant milestones in deep-space exploration. The month begins with opportunities to observe the Southern Taurids, which reach their peak activity around November 5th. This is followed shortly by the Northern Taurids, peaking near November 12th. These two showers derive their names from the constellation Taurus, the region of the sky from which the meteors appear to radiate. While the hourly rates for these showers are relatively low, producing approximately five meteors per hour under perfect viewing conditions, they occasionally feature bright fireballs that can make the observation effort rewarding.
Viewing conditions play a critical role in successfully spotting these meteoric events. Observers are advised to seek out locations with minimal light pollution to maximize visibility. It typically takes about thirty minutes for the human eye to fully adjust to darkness, allowing for better detection of fainter streaks. Looking across a wide expanse of the sky, rather than focusing on a single point, increases the likelihood of catching a meteor as it passes through the field of view. The modest frequency of the Taurids means patience is required, but the potential for brighter displays offers a distinct advantage over more frequent but fainter showers.
Later in the month, attention shifts to the Leonid meteor shower, which peaks during the early morning hours of November 17th and 18th. For optimal viewing, observers should wait until after the Moon has set to reduce sky brightness. Under ideal conditions, the Leonids can produce around fifteen meteors per hour. However, actual visibility often falls below this theoretical maximum due to local light pollution or atmospheric interference. Most casual viewers will likely see fewer meteors than the peak rate suggests, but the shower remains a notable event for those willing to stay up late or wake early in dark skies.
In addition to meteor activity, mid-November offers a striking planetary alignment visible before sunrise. On the mornings of November 15th and 16th, Mars and Jupiter will appear in close proximity in the southeastern sky. The two planets will be separated by approximately 1.2 degrees, a distance slightly wider than two full Moons placed side by side. Jupiter will appear as the brighter point of light, with the reddish hue of Mars visible nearby. Although the planets are vast distances apart in actual space, their apparent closeness from Earth’s perspective creates a visually compelling pairing that is easily observable with the naked eye.
This planetary conjunction provides an opportunity to track the relative motion of celestial bodies over several days. Observers who watch the sky on consecutive mornings will notice the planets drawing closer together before eventually drifting apart again. Both Mars and Jupiter are bright enough to be seen without optical aid, making this event accessible to a broad audience. The alignment serves as a reminder of the dynamic nature of the solar system, where orbital mechanics create temporary visual relationships between distant worlds that have no physical interaction.
Beyond the night sky, November marks a historic achievement for NASA’s Voyager 1 spacecraft. The probe is set to become the first human-made object to travel one light-day away from Earth. This milestone signifies that a signal traveling at the speed of light requires twenty-four hours to reach the spacecraft, and another twenty-four hours for any response to return to Earth. To visualize the spacecraft's current trajectory, observers can look toward the constellation Ophiuchus. NASA plans to celebrate this distance record on November 17th with a public activation event, highlighting the enduring legacy of the mission launched decades ago.
The month also features a series of supermoons, beginning with a full Moon on November 24th. Because the Moon’s orbit around Earth is elliptical rather than perfectly circular, its distance from our planet varies. When the full Moon occurs near perigee, its closest approach to Earth, it appears slightly larger and brighter than average. This November supermoon initiates a sequence of three consecutive supermoons spanning November, December, and January. Observers should look east around sunset to watch the Moon rise. While it may appear exceptionally large near the horizon, this is largely due to the Moon illusion, a perceptual effect common to all full Moons rather than an actual change in size.
These celestial events collectively offer a comprehensive viewing experience for amateur astronomers and casual skywatchers alike. From the modest but steady rain of Taurid meteors to the dramatic Leonids, the close dance of Mars and Jupiter, and the symbolic reach of Voyager 1, November provides multiple entry points into astronomical observation. The upcoming supermoons add further interest to the evening sky, encouraging public engagement with the rhythms of the solar system. As always, clear skies and dark locations remain the most valuable tools for anyone looking to appreciate these natural phenomena.
Sources behind this briefing
Go to the original reporting
- NASA↗What’s Up: November 2026 Skywatching Tips from NASA
