Saturday, May 16, 2026

Midmonth Check-In: May 2026 and Surprise Birthday Trip

                           

  Introduction and Monthly Reminders   

    The first half of May has been exceptional for stargazers. The weather has been warm, and the skies have been relatively clear over much of northern Utah. I have really enjoyed looking up to see brilliant Venus and Jupiter in the western sky shortly after the Sun sinks below the horizon. As always, the Moon has been a pleasure to watch as it goes through its phases and moves across the sky each passing day/night.

    The remainder of the month offers little in the way of astronomical events. The Eta Aquariid Meteor Shower peak has passed, but observers may still catch a few of the stragglers. Even though May's highlights are over, the rest of the month should be fantastic for stargazing and viewing some DSOs through a telescope, astrophotography, or just lying back in a favorite chair looking up, weather permitting, of course.   



Surprise Birthday Trip

    I was pleasantly surprised by an astronomy-themed trip for my birthday this year. I was suspecting a long weekend in St. George with my new telescope, smart telescope, and astrophotography gear, but about halfway into the trip, several "wrong turns" and a short discussion, I was told we were heading to Flagstaff, Arizona. A quick background of Flagstaff, for those who are unaware, it is the world's first International Dark Sky City, home to Northern Arizona University, resides in the contiguous United States largest ponderosa pine forest, lies in the San Francisco volcanic field, has a population of over 75,000 people, and, most notably to many astronomers, is home to the Lowell Observatory.

    After arriving at our hotel in downtown Flagstaff and unloading most of the car, we drove up to the Lowell Observatory to spend the afternoon. Lowell Observatory was built in 1894 on top of Mars Hill, approximately 200 feet higher in elevation than Flagstaff. It is named after Percival Lowell, who was interested in astronomy, especially Mars, and later in the search for Planet X. Unfortunately, Percival Lowell passed away before the discovery of Pluto at his observatory.

    
Lowell Observatory Welcome sign with Mars Rover

     
  The above image was taken (and edited to remove myself) of the welcome sign, a full-sized Mars Rover, and a plaque that provides a brief history of Lowell Observatory. After arriving and checking in, we looked at the schedule of shows that was offered, but decided to wander around the campus for the afternoon. Our first stop was a group of telescopes that were set up, with one aimed at the Sun and another at Venus. The telescope, pointed at the Sun and equipped with a Hydrogen-Alpha filter, revealed countless solar prominences and sunspots and gave the Sun a deep red color. The telescope aimed at Venus revealed a nearly full disk of the planet. We also looked at several other, larger telescopes that were housed under a dome. More on these later.

    After viewing the Sun, we made our way to the Clark Telescope. This telescope was built in 1896 for Percival Lowell to study Mars. He was convinced that there was intelligent life on Mars and made several drawings of the "canals" on Mars and wrote many papers about them. This telescope is a 24-inch refractor that weighs about 11 tons. The image below shows the Clark Telescope inside its wooden dome. The black part of the dome opens to reveal the night sky, and the top half rotates to reveal different sections of the sky. The dome rotates by rolling over several old tires.  

The Clark Telescope is housed in its dome.
    
    Just outside the Clark Dome, Percival Lowell rests in his own mausoleum. Two inscriptions encompass the entrance, which is, of course, locked. Below are these inscriptions and the mausoleum as a whole.

Left inscription at Percival Lowell's mausoleum.


Percival Lowell's mausoleum.


Right inscription at Percival Lowell's mausoleum.

    We spent several minutes here before moving on to the Pluto Dome. This dome houses the telescope, a 13-inch astrograph used to discover Pluto. This telescope is not a visual telescope but strictly one that takes images of the night sky. Instead of digital images, since this was done before the digital age, the exposures were placed on glass plates. Clyde Tombaugh would compare and examine two plates at a time to search for any objects that had changed between them. While at the Pluto Dome, we met a guide named Brian, who had worked with Clyde and was also the last person to use the Pluto telescope. Below is the best image I was able to get of the Pluto telescope. Notice that there is no place for an eyepiece at the back (bottom) of the telescope. 

The telescope used to discover Pluto.

The top half of the Pluto Dome is also made of wood and can rotate on small wheels.

    We left the Pluto Dome and made our way back to the visitors' center before leaving for the night. The following day, we had several shows we planned to attend, but since the Lowell Observatory does not open until 12, we made our way to Meteor Crater, approximately 45 minutes away. Several signs led the way to the impact site, which would direct us "Five Miles to Impact!" and others to pique travelers' interest. Upon arriving at and exiting the car, the atmosphere is filled with music that makes you feel like you are floating through space. It's very similar to music I sometimes listen to while writing my blog, stargazing, or just wanting some calm background noise. We made our way inside the visitors center just in time to watch a short introduction video about the history of Meteor Crater. Following the video, a guide gathers the interested individuals and takes them outside to walk approximately 1/4 mile around the rim of the crater.

    Our guide, Kyle, did an excellent job at answering any questions and keeping the group, approximately 30 strong, on the path and entertained. He described the failed mining attempts to find the core of the meteor that caused the crater, why it's a meteorite crater rather than a volcanic crater, and the different types of rock in the area. Kyle also went into detail about a plane crash, a car crash, and a man thinking that the mine shafts were a cover-up for the entrance to Middle-earth. Below are my best images, which really don't do it justice, of Meteor Crater.

Meteor Crater and the Visitors' Center.

       
Meteor Crater.

    We spent a few hours at Meteor Crater and could probably have spent a little more time, but it was time to head back to Lowell Observatory for the shows/speakers we wanted to see. The first speaker talked about the history of Percival Lowell and his observatory. The speaker, of course, did an excellent job and afterward, gave most of the attendees a quick tour of a small museum which housed several of Percival Lowell's belongings. This included his first telescope, several of his books, and his 1911 Stevens-Duryea Model Y Big Six car, aka "Big Red." Below is a picture of Big Red, which has approximately 55 horsepower and is about the size of a Suburban.

Percival Lowell's person car, Big Red.

    Following the tour, we made our way back to the auditorium for our next speaker. She talked about the origins of the observatory. After this talk and a quick break, we listened to a guest lecturer discuss the discovery of Pluto and the painstaking work of searching through glass plates to find this tiny world. By the end of this lecture, it started getting dark, and several telescopes were coming to life.

    We quickly made our way to the Clark Telescope that Percival Lowell had once used. The aide had it set up and pointed directly at Porrima, a double star in Virgo. What a sight! Below is an image of the Clark Telescope with the dome open. 

The Clark Telescope pointed at Porrima.


I took this quick, low-quality image of Flagstaff at night just outside the Clark Dome to show what a Certified Dark Sky City looks like. If I had been prepared, I could have easily caught several stars and the Milky Way from this location.  

Flagstaff at night.



We then made our way to the Open Deck Observatory via the Rotunda Museum. This museum had been closed the previous day, but as chance would have it, it was open as we walked by. Inside, we found a homemade telescope built by Clyde Tombaugh from old farm equipment (image below), a used space shuttle tire, and the blink comparator used to compare glass plate images, including those that contained Pluto.   

Clyde Tombaugh's telescope made from old farm equipment.

    We continued the brief walk to the Open Deck Observatory, where many visitors were gathered to peer through the telescopes set up. Unfortunately, I did not take a picture of the scopes, but they included a 32-inch Dobsonian, an 8-inch refractor, a 14-inch Schmidt-Cassegrain, a 14-inch CDK (corrected Dall-Kirkham) reflector, a 17-inch CDK reflector, and a 16-inch Catadioptric reflector. We first looked through the 16-inch Catadioptric reflector, which had a new type of eyepiece installed. The eyepiece is similar to a smart telescope in that it captures and stacks images to provide a brighter, colored view of an object. Depending on the manufacturer, this eyepiece can cost as much as a telescope. This scope had The Whirlpool Galaxy (M51) locked in its sights and offered an amazing, albeit a little blurry, view. 

    Next, we moved to the line for the 8-inch refractor, a smaller version of the Clark telescope. While in line, we talked with a fellow amateur astronomer from Phoenix about smart telescopes. We stepped up to the eyepiece and viewed Bode's Galaxy, M81. The view was incredible! We made our way to the line for the 14-inch Schmidt-Cassegrain for a view of Jupiter and its Galilean Moons. On this night, only three of the moons were visible.

    After viewing Jupiter, we waited in line for the 32-inch Dobsonian, the big brother to my "tiny" 12-inch Dobsonian. This large scope had its sights set on one of my favorite globular star clusters, M13, the Hercules Cluster. The view was quite amazing! Afterward, we stepped over to the 14- and 17-inch CDK telescopes, which have cameras installed to image their targets. Only one was in use that night, and it had The Mirror Galaxy, M100, in its field of view. Unfortunately, the image wasn't spectacular because the operator chose different targets instead of staying on one target to let the images stack and improve the view on the screen. 

    Finally, it was time to make our way to our final show, a tour of the night sky in an open dome setting. This dome features the typical dome theater seats that are slightly reclined to view the dome, or open sky in this case, with the seats also being heated for the cold nights. The presenter did an exceptional job of pointing out the constellations and Jupiter. He also talked about exoplanets and the famous Hubble Deep Field image. This is how stargazing should be!

    This entire Lowell Observatory campus has dark-sky-friendly lighting and illuminated walkways. I only had one image turn out, see it below.

Glow-in-the-dark galaxy and illuminated walkway.

   
    
After this magnificent birthday surprise, we made our way to St. George, where I thought we were planning on going. I had hoped for great weather so I could use my new telescope for the second time, but it turned out to be quite windy on the single night we were there. Instead, I set up my smart telescope in hopes of capturing the objects that we had viewed the previous night. Unfortunately, my smart scope could not resolve both stars of Porrima. Here are the best images of those targets, plus more. 

Jupiter and the Galilean Moons

Porrima, unresolved

Hercules Cluster, M13

Whirlpool Galaxy, M51

Bode's Galaxy, M81

Pinwheel Galaxy, M101

Globular Cluster M3


 
    
Mirror Galaxy, M100, and other galaxies
    
    We left having had a great time on this surprise trip. Even after looking through the much larger, not to mention extremely expensive, telescopes, we were both impressed by the views that we could get from our scopes. In the case of Jupiter and, to some degree, the Hercules Cluster, I feel that our telescopes even surpass the views we experienced.

    Show that you support dark skies, like me, by being one of the first Utahns to get a Dark Sky license plate! Visit Dark Sky Utah to apply for a new license plate for your vehicle. 
         



    
Now get outside and look up!
   

Friday, May 1, 2026

Monthly Night Sky Report: May 2026

                      Introduction

   April was a great month for space news! The Artemis II crew launched on April 1st and returned on the 10th with great success. As far as stargazing, April was kind of mixed again for Utahns. We did experience some warm temperatures and clear nights, but also had a few rain and snow storms mixed with cold temperatures. As is typical in my experience, stormy weather occurs on the days that work best for my stargazing schedule. I'm hoping to finally catch a break during May!

    May should offer warmer temperatures and fewer storms than April over Utah. Obviously, the weather is going to do whatever it wants, when it wants, so before loading up and taking all of your astronomy gear to a dark sky location, check the weather! May will experience a "Blue Moon" or two full moons in a single month. The Eta Aquariids Meteor Shower will peak this month. Jupiter and Venus won't quite experience a planetary conjunction this month, but they are moving ever closer to one another in our night sky. May also begins the season of the Milky Way Bands' core marching across the night sky. It will rise shortly after midnight during the first week of the month and will rise earlier with each passing night.    

                      

Mercury


   Mercury will transition from being found in the morning sky before sunrise to being visible shortly after sunset. This tiny world will be difficult to spot against the Sun's morning glow during the first half of the month. It will reach solar conjunction on the 14th, passing behind the Sun as seen from Earth. As it emerges from behind the Sun, Mercury will transition to an evening object on the western horizon. The best chance to see Mercury will come at the end of the month when it lies furthest from the Sun during the month of May. It will continue to pull away from the Sun during the early part of June.   

  
Venus

   Venus will remain easy to find in the evening sky after sunset throughout May. It is the third brightest natural object in the sky, only to be outshone by the Sun and the Moon. As the days fly by in May, Venus will be found rising higher above the western horizon if it's viewed at the same time after sunset each evening. A very thin crescent Moon can be seen close by on the 18th. Venus starts May residing among the stars of Taurus, but by the end of the month, this bright planet will be found in Gemini with Jupiter. Stay tuned for their planetary conjunction next month!  
    
Mars
    
   Mars can still be found rising above the eastern horizon shortly before the Sun during May. It averages approximately magnitude 1.25 during the month and will be hard to spot against the brightening morning sky. The best chance will come towards the end of the month when the Red Planet rises above the horizon approximately an hour before the Sun. Mars currently lies about 2.2 AU from the Earth, which is over twice as far as the Earth-Sun distance! This places the Red Planet on the far side of the Sun from our perspective, causing it to appear smaller and dimmer. Mars will be found in Pisces during May, with a thin crescent Moon joining this planet on the 14th.
       


Jupiter
Saturn









   Jupiter is sinking below the horizon earlier with each passing day, so observers should view this giant planet before it reaches conjunction with the Sun! The evenings are warming up, making it a great time to stargaze and observe this planet. It can still be found hanging out with the stars of Gemini and can easily be seen even in the early evening sky before the Sun's glow has completely faded.  As the weather continues to warm up this month, I encourage interested observers to use the Moons of Jupiter and Saturn app for Android or Gas Giants for iOS devices to determine when the Galilean Moons and the Great Red Spot transit Jupiter. Both of these apps are free. If an observer is interested in a paid, more comprehensive app, I recommend Stellarium Plus for Android and iOS, and SkySafari Pro for iOS. The Earth's own Moon will be close to Jupiter on the 19th and 20th of this month.  

  Saturn can be found in the early morning sky near Mars at the start of May. However, the Ringed World will fare better than Mars this month as it increases its distance from the Sun. The best time to view Saturn will be at or near the end of the month, when it rises about two hours earlier than the Sun. It can also be found in Pisces and will have the Moon as a companion on the 13th.

       

Neptune
Uranus









    

   Uranus will be difficult to see in May. The two things that will make Uranus hard to see this month are its great distance from the Earth, which makes it quite dim, shining at magnitude 5.8, and its ever-decreasing proximity to the Sun from our Earth-bound view, which will cause this planet to be lost in the bright glow of the Sun. The best chance to see Uranus will come early in the month when it is highest above the western horizon, which is really only a few degrees at 9:15 on the first evening of May. By midmonth, Uranus will reach solar conjunction and will be visible in the morning sky in June.  

   Neptune wants to be seen! Unfortunately, this distant planet will be hard to see during May as it rises just a couple of hours before the Sun. Saturn rises shortly after Neptune, so if an observer can see Saturn in the early morning sky, use it as a guide to find Neptune, which is just a few degrees to the upper right (southeast) of the ringed world. Neptune will be easiest to spot as we move towards the end of May. This gives this ice giant time to clear the eastern horizon well before the Sun's glow starts to invade the inky blackness of the night sky. Neptune can be found among the stars of Pisces with a thin crescent Moon joining it on the 13th. On this date, the Moon will be nestled nicely between Saturn and Neptune.



Eta Aquariids, Moon, and Comet Tempel 2

    The Eta Aquariid Meteor Shower will return this month. This shower is active between April 19th and May 28th, with the peak date falling on the morning of May 6th. During a good year, northern hemisphere observers can expect to see between 10 and 30 meteors per hour. Unfortunately, this year, a waning gibbous Moon will interfere, limiting this number to fewer than 10 meteors per hour. Observers should not be discouraged, as this is a good time to practice their meteor observing skills and find the best gear that suits each individual's needs for a comfortable night of meteor spotting. Aquarius, the apparent radiant of the Eta Aquariids, will begin to rise above the eastern horizon around 3:30 for Utahns. 

    May offers two Full Moon phases this month! The second Full Moon of the month, any month, is called a "Blue Moon." May will see a Full Moon on the 1st and 31st this month. I personally prefer to observe the Moon when it is not fully illuminated by sunlight, but I have yet to capture an image of the Full Moon with my smart telescope. This month I will get two opportunities! This month's Blue Moon will be considered a "Micro Moon," meaning it will appear slightly smaller than the average Full Moon, as compared to a Super Moon, which appears slightly larger than the average Full Moon.

    Finally, we have Comet 10P/Tempel, more commonly known as Tempel 2. This comet is slowly brightening in the early morning sky and will be visible throughout the summer. On the 8th, Tempel 2 can be found near Aquila, the constellation that contains the bright star Altair, which rises above the eastern horizon around midnight. Observers who are able to stay out all night should try to catch Tempel 2 before the Moon rises at 2:30 AM. As mentioned in the introduction, the Milky Way Core will be rising above the horizon close to this same time. In fact, Tempel 2 can be found just below the Milky Way Band on the 8th, but will move farther away and closer to the horizon as the month continues. Tempel 2 will also brighten as the month progresses, making it easier to spot in the predawn sky.      



Monthly Breakdown


May 01: Full Moon 🌕
May 06: Eta Aquariid Meteor Shower peaks 
May 10: Last Quarter Moon🌗 
May 17: New Moon 🌑
May 23: First Quarter Moon ðŸŒ“ 
May 31: Full Moon 🌕 Blue Moon

 

         
Now get outside and look up!
Planet images were taken by NASA.
Andrew vs. the Cosmos image was taken by Jeff Greenland.
The Milky Way and Trees image was taken by Andrew Greenland.
Orion, Taurus, and Pleiades image was taken by Andrew Greenland.