The Coming Trio of Total Eclipses


If you saw the total eclipse in 2024 (or you missed it!) you have three chances in the next three years to see another. But you will have to travel. 

Typically, total eclipses of the Sun occur about 18 to 24 months apart. Unusually, in the next three years, we have a trio of total eclipses each only a year apart. Or to be precise, a lunar year โ€” 12 lunar phase cycles โ€” apart. 

The map above (courtesy EclipseAtlas.com) plots the paths of all central solar eclipses (annulars, totals and hybrids) from 2021 to 2030. Included are the paths of the 2023 annular and 2024 total in North America you might have seen.ย 

But the next total eclipse in populated North America is not until August 2044, then again in August 2045. To see a total eclipse in the next few years, those of us in the Americas will have to travel. 

However, those in Europe can drive to the next eclipse, to their first total eclipse at home since August 1999. 


August 12, 2026

Path of the August 12, 2026 TSE, courtesy EclipseWise.com

A year from now as I write this, the Moonโ€™s umbral shadow will intercept the Earth for the first time since April 8, 2024. The path of this next total eclipse is unusual in that it starts in northern Russia, travels north over the North Pole, then sweeps down from the north to cross eastern Greenland, nipping the west coast of Iceland, then crossing Spain, to end at sunset over the Balearic Islands of Spain.ย 

Weather prospects are surprisingly good for the several cruise ships planning to be in a Greenland fjord. Iceland is iffy, but had the eclipse been this year (on August 12, 2025) many people would have seen it. Spain was the opposite โ€” statistically it has the best weather prospects along the 2026 path, but on August 12, 2025 most of the country was beset by storms. 

From northern Spain, where I intend to be and as I show above, the Sun will be low in the west in the early evening sky, for a relatively short 1m40s of totality. A low eclipse can be spectacular, but riskier as thereโ€™s a greater chance of clouds hiding a low Sun.ย 

This and the other images of the Sunโ€™s position at each eclipse are pages from my eclipse ebook, described below.


August 2, 2027

Path of the August 2, 2027 TSE, courtesy EclipseWise.com

Twelve new Moons later, the lunar shadow again crosses the Earth, this time passing over North Africa where skies are almost always clear in summer. But the days are hot! The shadow crosses the Strait of Gibraltar and passes over Morocco, Algeria, Tunisia, Libya, Egypt, and Saudi Arabia. In addition to the good weather, the attraction is that this is the longest total eclipse for the rest of the 21st century. 

The spectacular temples of Luxor, Egypt are at the point of maximum eclipse, with an unusual 6m23s of totality with the Sun high overhead. Even at Gibraltar, totality is 4m35s, seven seconds longer than the maximum in Mexico in 2024. 

From Tunisia, as I show above, the Sun is 55ยบ high over the Mediterranean, and totality is a generous 5m44s.


July 22, 2028

Path of the July 22, 2028 TSE, courtesy EclipseWise.com

Another 12 lunar months later, the Moon shadow sweeps across the southern hemisphere, for another generously long eclipse. Remote Western Australia enjoys 5m10s of totality on a winterโ€™s day. 

But millions lie in the path in New South Wales, where Sydneysiders can watch a total eclipse over Sydney Harbour lasting 3m48s. The sky scene is below, with a late afternoon winter Sun heading down in the west. From Farm Cove, the eclipsed Sun will be over the Opera House and Harbour Bridge, for a never-to-be-repeated photo op. 

The South Island of New Zealand sees a sunset eclipse (the shadow passes over Milford Sound) that lasts 2m55s, longer than the 2017 eclipse in the United States. 

Coincidentally, Australia also hosts the next total eclipse to follow, after a gap of 28 months, on November 25, 2030. And the lunar shadow crosses Australia on July 13, 2037 and December 26, 2038 โ€” a Boxing Day eclipse down under. So Australia is the place to be for the next decade or so. 

But between 2026 and 2028, Spain is host to three eclipses, as the 2027 total crosses Spanish territory, and the January 26, 2028 annular eclipse ends at sunset in western Spain. At this eclipse the Moon is not large enough to completely hide the Sun, so at mid-eclipse we see a bright ring of light, similar to the annular eclipse here in North America on October 14, 2023. 


My Plans

Where will I be? For 2026 I have signed onto a trip to Spain with the well-travelled photo tour company CaptureTheAtlas.com.

They are planning a very photo-centric tour to Spain for viewing the eclipse from a winery near Burgos. Iโ€™ll be one of the instructors, among a stellar line-up of eclipse veterans and astrophoto experts. I invite you to check out the details of the tour here at its webpage. Weโ€™d love to have you join us!ย 

For 2027 I am planning to be in Tunisia, on the Mediterranean coast, with a tour group from Astro-Trails.com.ย 

For 2028 I can return to Australia on my own, to view the eclipse from the very areas I go to anyway on my trips down under for night sky photography.ย 

The path of totality passes just a few kilometres from Coonabarabran, the โ€œAstronomy Capital of Australia,โ€ as the Siding Spring Observatory is just down the Timor Road in the path. In July the Milky Way is at its best, with the centre of the Galaxy high overhead at nightfall. Thatโ€™s a sight equal to an eclipse for bucket-list spectacle.


My EBook 

The cover of my new 400-page ebook

For 2017โ€™s eclipse I prepared an ebook on how to photograph it. It proved popular, and so for the 2023 and 2024 eclipses I revised it to cover both the annular and total eclipses. 

Its popularity prompted me to revise it again, this time to cover the coming trio of eclipses, plus I included pages on the January 2028 annular, as many who visit Spain for the totals may plan to return for the sunset annular (low annulars are also the most spectacular!). 

My new ebook is 40 pages larger than the previous edition, with most of the added content in the 100-page chapter on processing eclipse images, from wide-angles, to time-lapses, and to blended exposures of totality close-ups.ย I include lots of information on choosing the right gear โ€” filters, camera, lenses, telescopes, and tracking mounts.

The slide show above presents images of sample pages.ย Do page through the gallery for a look at the content.

But for all the details and links to buy the book (from Apple Books or as a PDF for all platforms) see its webpage at my website. ย 

It will be a busy three years for eclipse chasers, as rarely do we get three-in-a-row like this. The diversity of locations and eclipse circumstances make this an exciting trio to chase. But you can just go back to Spain to see most of them! 

โ€” Alan, August 14, 2025 / AmazingSky.com ย 

Touring the Constellations of Spring


Join me in a guided tour of the famous (and not so well known!) constellations of the northern spring sky.

The northern spring sky lacks the splendour of bright patterns such as winter’s Orion or summer’s Cygnus, but it is still well worth getting to know. The Milky Way is out of sight, and in its absence we are left with fewer bright stars to dazzle us at night. But we are treated to the year’s best views of famous constellations such as Ursa Major, Leo and Virgo.

Now, I am talking about the sky of the northern hemisphere, where April and May brings spring, and places the Big Dipper high overhead. While some of these constellations can be seen from the southern hemisphere, they appear to the north, low and “upside-down” from the views I present here. And April and May are autumn months.

Let’s start with the “big picture.” (Tap on images to bring them up full screen.)

NOTE: I shot all these images during a run of fine nights in mid-April 2025 with a 15-35mm zoom lens on a Canon EOS R camera, and on a Star Adventurer tracker. Separate exposures through a Tiffen Double Fog 3 filter added the star glows.

This image, in labeled and unmarked versions, presents a wide view of the spring sky from horizon to well past the zenith overhead. The key pattern to look for is the Big Dipper, at its highest in northern spring. In the UK and Europe it is known as the Plough or Wagon. Look way up to find it first.

Its Pointer Stars in the Bowl famously point north to Polaris. But here I show the other pointer line off the Bowl, to the south, to Leo the Lion. It is well known as one of the constellations of the Zodiac. Leo is marked by one of the brightest spring stars, Regulus.

Use the Handle of the Dipper to arc downward, to locate the brightest star of spring, Arcturus, shining with a yellow light. Keep that line going south and you’ll come to a dimmer and bluer star shining in the south. That’s Spica, the brightest star in Virgo, the Zodiac constellation east of Leo.

Now let’s take a closer look at selected areas.

Ursa Major, Leo and Boรถtes

This is still a wide view, looking up and high in the south. There’s the Big Dipper/Plough at top. It is not a constellation. It is an “asterism” of seven stars within the large constellation of Ursa Major, the Great Bear. With a little imagination you can join the dots to make a bear (many northern cultures did so). Except we draw him with a long tail, which bears do not have!

The paws of the Bear are marked by a trio of double stars: Alula Borealis and Australis, Tania Borealis and Australis, and Talitha and Talitha Australis. The names come from Arabic words for “first,” “second,” and “third” as these sets of double stars are collectively called the Three Leaps of the Gazelle in Arabic sky lore. Once you see them you’ll be surprised at how distinctive they are.

Below Ursa Major is Leo, a pattern that does look a little like a sitting cat. Its bright star Regulus was named by Copernicus, from a Latin word for “little king.” But Regulus has long been known as the heart of the Lion.

To the east lies brighter Arcturus, a name that means “bear watcher,” as it and its host constellation Boรถtes, the Bear Herdsman, are tied to Ursa Major and Minor in Greek mythology.

Leo, Cancer and flanking clusters

Here I frame Leo, but also two of the constellations that flank him: Cancer the Crab to the right (or west) and Coma Berenices to the left (or east). Each contains a bright naked eye cluster of stars:

  • Messier 44 or the Beehive cluster in Cancer, the faint Zodiac pattern west of Leo. When I shot this image in mid-April 2025 red Mars was just entering Cancer.
  • and Melotte 111 in Coma Berenices. At one time this clump of stars easily visible to the naked eye was considered part of Leo, as the tuft on the end of his tail. The area was broken off as its own constellation in the 3rd century BCE, and named for Queen Berenice of Egypt, and for her legendary hair (“coma”).
  • Together, the obvious pattern of Leo and the star clusters that flank him form one of the spring sky’s most notable sights.
Leo and Leo Minor

The head of Leo is marked by a curving arc of stars popularly called The Sickle. Or it is thought of as backwards Question Mark, with Regulus the dot at the bottom. Leo is one of the oldest constellations, as there are records of this pattern dating back to 4000 BCE in Mesopotamia.

More modern is the obscure pattern above it, Leo Minor, the Little Lion. It was invented by 17th century star chart maker Johannes Hevelius, to fill in a blank area of sky. Even in a dark sky, it is tough to make out its innocuous pattern between Leo and Ursa Major.

Canes Venatici, Coma Berenices and Boรถtes

Another obscure pattern created by Hevelius lies below the Handle of the Big Dipper. A sparse pattern of stars marks Canes Venatici, the Hunting Dogs that belong to Boรถtes to help him herd bears! While not much to look at with the naked eye, Canes Venatici does have superb targets for telescopes, such as the double star Cor Caroli and very red star La Superba.

Below the Dogs lies Berenices’ Hair, home to the star cluster Mel 111, but also the North Galactic Pole (NGP). This is the point 90ยบ away from the plane of the Milky Way and the Galactic Equator seen in our winter and summer skies. But in spring we look straight up out of our Galaxy, to many other telescopic galaxies that inhabit Coma and Virgo, our next stop.

Virgo, Corvus, Crater and Hydra

Below Leo and Boรถtes lies the Zodiac pattern of Virgo, usually thought of as the reclining Greek goddess of agriculture and the harvest. Spica is easy to see, but the sprawling pattern of the rest of Virgo is not so obvious. It takes a dark sky to pick out the other fainter stars of the goddess.

Easier to see, despite its low altitude from northern latitudes (it skims my horizon), is the quadrilateral pattern of Corvus the Crow, a constellation that dates from the 2nd century CE and the star catalogue of Ptolemy. The Crow sits on the tail of Hydra the Water Snake, a long zig-zag line of stars that is only partly contained here. The head of Hydra, off frame to the right here, is in the earlier image of Leo and Cancer.

Another pattern riding the back of Hydra is Crater the Cup, associated with Corvus and Hydra in a Greek myth in which the Crow is sent to fetch water for Apollo but fails. Apollo flings the Crow, Cup and Snake into the sky. Angering the gods could get you immortalized in the sky!

Boรถtes, Corona Borealis and Hercules

Heading back north above Virgo, we return to the kite-shaped pattern of Boรถtes above Arcturus, the brightest star in the northern half of the sky. Coming up later on spring evenings, and to the left is a semi-circle of faint stars, the Northern Crown, or Corona Borealis, another of Ptolemy’s patterns from the 2nd century. The crown belongs to the princess Ariadne.

Astronomers have been watching Corona Borealis closely in recent months, waiting for a recurrent nova star to explode and add a new jewel to the Crown. So far, no luck. T CorBor remains stubbornly dim.

To the east of Corona is the H-shaped pattern of Hercules, the Roman name for the Greek hero Heracles. Among his many labours and conquests, he slewed Cancer the Crab and Leo the Lion.

Libra and Scorpius

Returning down south and scraping the horizon from my northern latitude late on spring nights are the next two constellations of the Zodiac east of Virgo: Libra the Scales and Scorpius the Scorpion.

Libra is a faint pattern but with the wonderfully named stars Zubeneschamali and Zubenelgenubi, meaning the northern and southern claws, as these stars were once considered part of the Scorpion. However, Libra has long been seen as a balance or scales for meting out justice. It is the only Zodiac constellation that is an inanimate object.

Scorpius is one of the few patterns that looks like what it is supposed to be, though here I see only the northern part of the constellation. His curving tail has yet to rise as the Milky Way comes into view low in the south just before dawn this night. The bright orange star is Antares, the heart of the Scorpion, set in an area rich in dark and colourful nebulas.

The appearance of Scorpius signals the return of the Milky Way to the sky, and the rise of the summer constellations.

But no astronomical life is complete without getting to know the patterns of spring. Clear skies and happy stargazing!

โ€” Alan, April 30, 2025 (amazingsky.com)

A Last Look at the Auroras of Churchill


From February 21 to March 4, 2025 I was at the Churchill Northern Studies Centre for my annual visit serving as an instructor to visiting aurora tourists. I’d been doing the program for ten years, with a year off in 2021 when no one visited!

But I decided this was to be my last year, as it was time to “retire” and turn over the program to a new generation of instructors.

So here I present my last look at the Churchill auroras.

A 180ยบ panorama across the north during an all-night display of Northern Lights, from the Churchill Northern Studies Centre, in Churchill, Manitoba, on February 22, 2025. A panorama of 7 segments, each 13-second exposures with the Viltrox 16mm lens at f/2 on the Nikon Z6III at ISO 1600.

Churchill, Manitoba is on the shore of Hudson Bay at a latitude of 58ยบ North in the sub-Arctic.

It lies under the normal location of the “auroral oval,” the ring around the North Geomagnetic Pole where there is almost always some aurora happening, even on a quiet night. Churchill is as far south as the auroral oval appears in the world when the oval is in its normal state.

By visiting a site under the oval, aurora tourists are almost guaranteed a show, provided the sky is clear.

This is a 180ยบย panorama of the Northern Lights across the northern, eastern and southern sky on February 27, 2025 during a Kp4-level display. This is a panorama of 3 segments, each 13-second exposures at f/2.8 with the Laowa 10mm lens on the Nikon Z6III at ISO 1600.

In winter in Churchill, the cold usually brings clear skies. In a decade of conducting programs I’ve only ever had one group clouded out for all five nights of the program. That’s a far better average than locations such as Iceland.

This is a 120ยบย panorama of the Northern Lights across the northern sky on February 26, 2025 during a Kp3-level display. This shows some fine ray structure in the curtains. This is a panorama of 2 segments, each an 8-second exposure at f/2.8 with the Laowa 10mm lens on the Nikon Z6III at ISO 1600.

While several excellent travel companies and local businesses offer aurora tours to Churchill, signing up to one offered by the Northern Studies Centre offers some major advantages.

Notably, guests stay at the Centre, some 20 kilometres outside of Churchill on the site of the old Rocket Range. That makes the site dark and free of light pollution.

A panorama of the Northern Studies Centre. It has dorm rooms, a cafeteria, classrooms, lounges, a fitness room, library, and all the comforts needed for a great stay under the Lights.

And convenient. Guests sleep on site and need only dress up warm to quickly head outside when the “Lights are out!” call comes. Instructors wake up guests when the Lights don’t appear until late at night, as can often be the case. There’s no driving out to dark sites to wait for the Lights to appear.

A fish-eye 360ยฐ view of the fine display of Northern Lights on February 25, 2025, during a substorm outburst with bright curtains to the north. A single 2.5-second exposure with the TTArtisan 7.5mm fish-eye lens at f/2.

An option is also to head up to the CNSC’s rooftop aurora dome for viewing the Lights in warm shirt-sleeve comfort.

Aurora tourists enjoy the show at the Churchill Northern Studies Centre, February 26, 2025. This was the Learning Vacations tour group in late February 2025. This is a single 8-second exposure with the Laowa 10mm lens at f/2.8 and Nikon Z6III at ISO 1600.

But most guests opt to bundle up and brave the cold for the best experience and unobstructed views of the Lights filling the sky. A convenient option is the second floor observation deck, shown above, and in an image taken from the deck, below.

A photographer is capturing a bright display of Northern Lights at the Churchill Northern Studies Centre. This was the first night of a five-night session for aurora tourists from the Road Scholar education travel company. This is a single 4-second exposure with the Laowa 10mm lens at f/2.8 and Nikon Z6III at ISO 3200.

The program includes nightly science talks about the aurora and night sky. The daytime program includes dogsledding, snowshoeing, a tour of the old Rocket Range, and visits to sites in Churchill such as the murals and museums. It’s a very full five days of programming and learning.

To learn more, visit the CNSC’s Learning Vacations page for the Winter Skies program.

A fish-eye 360ยฐ view of a dim and weak display of Northern Lights on February 24, 2025, showing a green diffuse band to the south and a dim red curtain overhead with rays to the east. This red aurora was just visible to the eye as a grey streak. A single long 30-second exposure with the TTArtisan 7.5mm fish-eye lens wide open at f/2 on the Nikon Z6III at ISO 1600.

The main attraction, the aurora, can vary from night to night. However, even when the aurora is weak, as it was this night, above, it can still put on a fine show for the camera, glowing in red colours that only long exposures reveal.

Aurora tourists from the Road Scholar travel company enjoy the show of Northern Lights at the Churchill Northern Studies centre in Churchill, Manitoba, March 1, 2025. This is a 6-second exposure at f/1.8 with the Viltrox 16mm lens on the Nikon Z6III at ISO 1600.

While I use high-end cameras and fast lenses, I’ve been impressed with how well today’s phone cameras can capture the Lights very simply and easily, as a guest is doing above, especially when the aurora is bright.

A band of bright green aurora appears here with some subtle red rays at right and magenta upper curtains at left, with the green glow lighting the snow green. A 10-second exposure with the Laowa 10mm lens at f/2.8 on the Nikon Z6III at ISO 1600.

When the aurora brightens, greens and sometimes pinks are visible to the eye, and not just to the camera. And the aurora exhibits rapid rippling and waving motions (check the video below).

A bright display of colourful curtains of Northern Lights at the Churchill Northern Studies Centre. This is looking northeast toward the direction of the midnight sector where the auroras usually brighten from. This is a single 8-second exposure with the Laowa 10mm lens at f/2.8 and Nikon Z6III at ISO 1600.

The finest sight is when the aurora curtains converge overhead at the zenith for a “coronal outburst.” The effect can be fleeting but the sight is unforgettable. It is one of the finest sights the sky can offer, ranking with a total eclipse of the Sun.

A fish-eye 360ยฐ view of the fine display of Northern Lights on February 25, 2025, with a complex of curtains passing overhead and across the sky from northeast (at lower left) to southwest (at upper right), with Venus setting at far right. Orion and Sirius are at bottom centre to the south. A single 10-second exposure with the TTArtisan 7.5mm fish-eye lens at f/2 on the Nikon Z6III at ISO 1600.

Indeed, on most nights the aurora, which might begin as a low arc across the north, moves south to fill the sky with swirling and curling curtains, as below.

This is a 180ยบย panorama of the Northern Lights across the northern sky on February 27, 2025 during a Kp4-level display. The field extends from the horizon up to well past the zenith. This is a panorama of 6 segments, each an 8-second exposure at f/2.8 with the Laowa 10mm lens on the Nikon Z6III at ISO 1600.

A gallery of my images from Churchill from this year and from past years is on my main AmazingSky.com website here.

A musical collage of still images and real-time videos I shot this year is viewable here on YouTube.

Click through to YouTube for more information about the video.

It’s been a great ten years taking in the wonderful Northern Lights in Churchill. While this was my last year, I encourage you to visit to see the sights for yourself.

Everyone goes away with great memories, able to check the aurora off their bucket list of experiences.

โ€” Alan, March 10, 2025 / AmazingSky.com