A reporter’s rant: When we’re the story, you know it’s not good news

journalist pam sword speaks at a labour rally in March 2016 during the lockout of chronicle herad workers. - tony tracy photo

I see this photo every time I bring up my Facebook page. It’s on top of the default “photos of you” gallery. 

Union organizer Tony Tracy took the pic during a labour rally on March 8, 2016, in support of Chronicle Herald workers. Two months previously, 61 Halifax Typographical Union reporters, editors, photographers, columnists and support staff went on strike during a contract dispute.

Pam Sword took to the stage with a simple message: Fight for your rights as a worker. It’s hardly an uncommon theme at labour rallies but anyone who’s worked with Pam knows that’s not just a slogan for her. An editor and reporter with 35 years at the Herald, she’s one of the most talented, passionate journalists I know. 

Behind her to the left is the perhaps less passionate but certainly talented hirsute figure of Stuart Peddle, who’s also worked both the reporting and editing sides. Known for his bad puns and love of Monty Python and Tom Waits, he joined the Herald about 25 years ago. The rest of the folks on stage were also Herald newsers (that’s me on the right in the Elmer Fudd cap). 

Reporters usually don’t crave the spotlight - particularly print journos - but we were determined to stand by our principles. If that meant taking the stage in front of the cameras and shouting slogans at rallies, c’est la vie.

The company was just as determined to disrespect its employees by hiring replacement workers and denigrating their contributions. Editors are apparently the equivalent of backroom clerks in some small minds, and ha ha, we’ll see you in the snowbanks in January.

They also spent millions in hedge fund loans to create a new regional news network with the head-scratching name SaltWire. 

It took 19 months to reach a settlement. Despite our best efforts, 26 people were shoved out the door - leaving 25 unionized workers in Halifax - and our wages were cut by five per cent. 

photo by stoo metz

Pink slips

It was the latest round of cuts in an onslaught that began in 2009, when the Herald laid off workers for the first time in its history. 

The internet’s “free” promotion platforms had sucked the life out of the Herald’s advertising revenues. Like many others in the media industry, management couldn’t figure out how to handle the new financial and technological reality. In these situations workers - or more specifically the big juicy target of salary expenses - are usually in the firing line. 

I was one of the many people who took the long walk to the corner offices to get pink slips. I managed to hold onto my job through the dreaded seniority “bumping” process and the vacancies left by buyouts. 

I joined the Herald in March 1998 as a copy editor after toiling alone or with one or two other people in weekly newspaper offices. I recall feeling not a little intimidated when I came in for my job interview at the large, full-to-capacity newsroom on Argyle Street in Halifax.

At the time, the newsroom boasted about 100 people in the Halifax newsroom and at (now defunct) provincial bureaus.  

The year after I was hired, pay inequity and other grievances brought the newsroom into the HTU fold along with press and composing room workers. Founded in 1869, it’s one of the oldest unions in Canada. 

A decade later the newsroom moved out of the venerable Argyle Street building (now demolished with a convention centre in its place) to leased space on Joseph Howe Drive. Then came the first layoffs, the strike and the disintegration of SaltWire after hedge fund creditors finally came after their chunk of flesh. 

a rare shot of me smiling at work. this was taken in 2008 as the herald prepared for a move from its original location on argyle street to joseph howe drive. 

Newsroom decimation

Last month, Postmedia came out on top of the creditor protection battle with a $1-million purchase. As a result of its inevitable quest for “operational efficiencies,” there are now only 11 people left in the HTU. 

It’s hard to fathom. Eleven people. Compared to the hundred-plus when I walked into that bustling, intimidating newsroom 26 years ago. 

Go back to the top photo. None of those people work at the Herald anymore. Well technically I do but more on that later. 
Pam and Stuart were laid off last month along with another editor and reporter Jen Taplin.

Heartbreaking, infuriating, deflating. You run out of adjectives when you’ve lost so many skilled and dedicated colleagues over the years. Besides the Herald, the SaltWire debacle has affected reporters, editors, print operators and many others at the Telegram, the Guardian and beyond.  

As for me, my immune system went rogue in February 2023, attacking perfectly innocent blood cells. This disorder - on top of other health challenges that may include long COVID but that’s another story - has sidelined me to long-term disability.

I spend a lot of time napping, reading (I’ve read all the books by now, as one of my favourite TV characters once said) and taking pictures of birds and sunsets on short walks with my spouse. 

I’m about to hit the big six-zero so my employment future is punctuated by a whole bunch of question marks.

the chronicle herald is now owned by postmedia after the saltwire network's financial woes forced it into creditor protection. - john mcphee

What now?

It’s a crazy business, this journalism thing. The bitter contract disputes, power of corporate owners over workers, financial uncertainty and the politicians and business people who find it convenient to demonize the media. 

Have I asked myself over the years why in H.L. Mencken’s name did I go into this work? Absolutely.

Like a lot of jobs, it can be tedious, stressful and exhausting. But in journalism you’ve got the added bonus of the tyranncial clock. If you’re a reporter, you usually have to file at least one story - sometimes several if you’re covering court, council/legislature meetings and other institutional beats - per day. You’ve got to get it right, quickly, and make it concise, understandable and engaging - tight and bright as they say in the business.

On the editing side, you’re often hit with a pile of copy at the end of the day. If there are mistakes, you have to pick up on that. If it’s an incoherent ungrammatical mess - that’s rare but believe me I’ve handled some doozies in my years - you must massage the copy into something readable, again as fast as humanly possible.

By far the most challenging part is resisting a primal scream when somebody has left their dishes unwashed in the newsroom kitchen sink - again. Journalists may be creative geniuses who are essential to democracy and social stability but wow some of them are slobs.

But seriously folks, I’ve admired and respected my colleagues over the years (as with any gathering of humans, there were exceptions). Journalists are an interesting breed - curious, open-minded, often quirky. But steely enough to step over the usual polite boundaries to get at the truth.

Most days it’s an interesting and fulfilling job. We get to put a bullhorn in the hands of people whose stories might go untold, explore the shadowy corners of an argument, keep the powers-that-be accountable and, if you’re lucky, do some good. 

As our ranks diminish, government and business interests will have more power to control the narrative, spin their agendas. More people will get sucked into the black hole of online conspiracy theories, disinformation and outright lies. 

Journalists don’t like to be part of the story. But like the cold bitter days of 2016, this time we don’t have a choice. 

A walk with Grandmother Moon

The full moon rises above Herring Cove in August. (JOHN McPHEE)

Note: This article was first published in September 2016 so the references to planets and the moon don’t apply to the current night sky. Also after years of work, Dave and Cathy have published Mi’kmaw Moons: The Seasons in Mi’kma’ki. Illustrated by Loretta Gould, it’s availalbe through Formac Lorimer Publishing.

On this first evening of September, come outside with me and celebrate the coming autumnal equinox with a tour of the night sky. (The weather forecast isn’t hopeful so we may have to use our imaginations.)

Overhead  — we’ll also have to imagine there’s no light pollution — the path of gas and dust that marks the heart of our galaxy, the Milky Way, splits the sky.

To the west, let’s enjoy a final glimpse of Mars and Saturn as they close out their summer show in the constellation Scorpius.

Now where’s the moon? Nowhere to be found. It’s the time of new moon, also known as no moon. Our closest neighbour in space is hidden in the glare of the sun.

From new to first-quarter (to the eye, that’s a half-moon) to full to last-quarter and back to new: This cycle of phases is created by the changing angle of sunlight on the lunar surface as our satellite traces an elliptical loop around the Earth.

Moonrise over dartmouth on nov. 14, 2016 - john mcphee

That’s the science behind the lunar cycle. But the changing face of the moon, particularly the timing of the 12 or 13 full phases during the year, carries a much deeper meaning in many cultures.

Ancient peoples such as the Mi’kmaq incorporated the lunar and other celestial cycles into their mythology as well as their daily lives. The Mi'kmaw calendar was based on crucial periods such as the hunt and the harvest.   

RELATED: Step out with the moon

The Mi’kmaw yearly ecological cycle is represented by natural events such as the running of the maple sap (Si’ko’ku’s), the croaking of frogs (Sqoljuiku’s) and moose calling their mates (Wikumkewiku’s). The common 12 Mi'kmaw moon times and full moons take their names from these events. Occasionally a 13th moon time is needed to keep the moontimes in step with the sun.

“Our people lived off the land so knowing what was coming up, what resource, was very important to their survival,” Cathy Jean LeBlanc, an expert in Mi’kmaw culture, told me in a recent interview from her home in Newcombville, Lunenburg County.

the moon was a ghostly galleon tossed upon cloudy seas on aug. 10, 2014. - john mcphee

“Knowing that the animals were about to get nice and fat and we were going into fall and that would be a time when we would hunt.”

LeBlanc and Dartmouth amateur astronomer Dave Chapman are the creators of the education website Mi’kmaw Moons, which celebrates the time-keeping and scientific interpretation traditions of the Mi'kmaq.

For LeBlanc, it’s all about the connection between daily life and the natural world, which for her is synonymous with the spiritual world.

“We believe every single thing in nature has spirit,” said LeBlanc, who is a physical activity co-ordinator for Acadia First Nation and previously worked at Kejimkujik National Park and Historic Site as a cultural interpreter.

“And so for us, everything is living and that’s why we respect everything around us. ... The rocks, the water, the trees, everything to us is a living being with a spirit.”

Not surprisingly, it’s sometimes a challenge for her to reconcile that spiritual view with the scientific approach of somebody like Dave Chapman. But it’s been a positive learning experience for both of them.

“We were working together ...  and we came across this concept of Two-Eyed Seeing,” Chapman recounted in an interview earlier this summer, an idea that was developed at Cape Breton University by Albert Marshall and Cheryl Bartlett.

 “It’s where you kind of look at everything from a traditional indigenous perspective but also from a western scientific perspective.

“You can express it different ways, it means different things to different people. A blend, a yin-yang, two ways of seeing and knowing, and one respects the other.”

The Mi’kmaw yearly ecological cycle is represented by natural events such as the running of the maple sap (Si’ko’ku’s), the croaking of frogs (Sqoljuiku’s) and moose calling their mates (Wikumkewiku’s). The common 12 Mi'kmaw moon times and full moons take their names from these events. Occasionally a 13th moon time is needed to keep the moontimes in step with the sun. (MI'KMAW MOONS)

The Mi’kmaw Moons project grew out of a 2014 presentation the pair gave to the Royal Astronomical Society of Canada's Halifax centre called In Search of the 13th Mi'kmaw Moon.

“I’ve always been interested in the cultural side of astronomy,” said Chapman, a retired federal scientist who volunteers much of his time promoting astronomy at Kejimkujik and beyond.  

“For many decades, I’ve read books about archeoastronomy, the astronomy of ancient peoples, different civilizations,” which led him to explore how modern aboriginal cultures in our region see and interpret the sky.

LeBlanc said she gets particular satisfaction from sharing her knowledge with young people, such as the children she works with at Acadia First Nation, and with family members. 

“I always use my niece Holly for an example. She’s eight years old and she’s been learning about the Mi’kmaw moon times and she’s been celebrating and living those for the last two years. And that’s what’s important to me — it’s fine if you can give people 12 or 13 Mi’kmaq moon names and people can learn them and memorize them. But it’s that deep connection — once you have that connection to them (seasons), you don’t forget it.”

Mi'kmaw Moons collaborators Dave Chapman and Cathy Jean LeBlanc. (FACEBOOK)

LeBlanc laughs as she recounts the first time that connection hit home for her. It was during a February day drive along the South Shore while holding a Bluetooth conversation with Chapman about the project. The glare off the snow was distracting her so “I said, 'Dave, I can’t see anything, I have to pull off and put my sunglasses on.'

“He said, ‘You know what time we’re in?’ And I said, 'Oh my God, I’m experiencing it, we’re in Snow-blinding Time!' ”

The Mi'kmaw Moons project has turned out to be a great success. LeBlanc and Chapman have held many presentations for groups such as the Confederacy of Mainland Mi’kmaq, schools and the Minas Astronomy Group.

The work has gained international recognition as well. The pair submitted a paper on the project for the respected Griffith Observer Magazine, which is produced by the Griffith Observatory in Los Angeles. The essay won second prize and will be published in the Observer in November, Chapman said. 

crescent moon and jupiter at kejimkujik on aug. 5, 2016. - john mcphee

LeBlanc admits she didn’t spend a lot of time looking at the sky before she became involved in the project.

“I’ve learned to look up and appreciate all the things above me,” she said.

And it's reinforced those important connections with her culture, ancestry and the natural world. 

“The moon in our culture is our grandmother — so we have Mother Earth and Grandmother Moon. ... My ancestors would have been looking up and lying on the ground perhaps around the fires and wigwams and telling stories. I’d like to think there was this anticipation, this excitement about what was to come."

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Cast your eye to the southern sky

The sagittarius region boasts a rich collection of nebulae and star clusters. - john mcphee

IT'S LUCKY FOR modern stargazers that comet hunter Charles Messier was an organized sort of chap.

When the 18th century French astronomer came across something that later could be mistaken for a comet, down it went into his notebook. His list of things to ignore evolved into a valuable record of the sky's most impressive sights, from M1 to M110.

The southern horizon in summer boasts a treasure trove of these objects, particularly in the constellations Scorpius and Sagittarius. This area is packed with star clusters and clouds of glowing gas and dust called nebulae.

This month marks prime-time viewing for Scorpius although it crawls pretty low along the horizon in the northern hemisphere. Scorpius is named for the venomous desert arachnid that, in Roman mythology, killed Orion, the glittering hunter whose constellation haunts the winter skies far away from his mortal enemy.

Unlike a lot of constellations, Scorpius doesn't require much of an imaginative leap to see the creature behind its' name. The scorpion hangs just above the southern horizon - a fishhook or the letter J also comes to mind.

At the heart of Scorpius beats Antares, the star whose red hue inspired the Romans to name it the "rival of Mars." About 500 of our suns could fit into Antares, a red giant star about 500 light-years away.

But time is running out for this huge ball of gas. Its density is less than one-millionth that of our Sun and when it finally runs out of fuel, “Antares will collapse and explode in a supernova - at which time its brightness will rival that of the rest of our galaxy put together,” according to NASA scientists.

If you train a pair of binoculars on Antares, you may notice a hazy patch in the same field of view to the right. That's M4, a group of stars called a globular cluster. M4 may look like Antares' neighbour but this incredibly dense group containing hundreds of thousands of stars lies 7,500 light-years from Earth.

Saturn, Mars and the star Antares line up in the constellation Scorpius on Aug. 24, 2016. That line through Antares is a satellite. - john mcohee

As with all globulars, it takes a larger telescope to make out individual stars in M4. In my 90-millimetre scope, the foggy patch takes on a sort of pebbly appearance, particularly on a night of good "seeing" - that is, when the atmosphere is steady and there's little haze in the air.

A more satisfying sight in binoculars and small scopes are looser collections of stars called open clusters. Scorpius boasts a couple of beauties, M7 and M6. They lie just above the tail of the scorpion. On a moonless night of great seeing, M7 shines like a scattering of jewels in my 10x50 binoculars. I can also make out the nebula in M6.

You can often get a better view of fainter objects like nebulae if you don't look right at them. Avert your eyes slightly to the side and a more distinct image pops into view. This technique takes advantage of more light-sensitive areas on the sides of the retina.

Whatever part of the eye you use, it’s the best time of year to soak up the celestial riches at the heart of our home galaxy.

When the night sky makes the news

The pre-dawn sky on June 3 will include a thin crescent moon (centre) and several visible plants - adapted from starry night

IT’S A DOUBLE-EDGED sword when unusual astronomical events get big coverage in the mainstream and social media. 

In recent years, the term “supermoon” has been used to describe full moons that are slightly larger than the norm because the Moon is closest to Earth in its orbit. 

These “perigees” coincide with the full Moon several times a year. 

As with most things astronomical, close is a relative term. At perigee the Moon is still about 356,000 kilometres from Earth, compared to about 407,000 at its farthest point known as apogee. 

And it’s a reach to call the Moon supersized when it’s closest to Earth given that it’s only about seven per cent larger. But the term supermoon appears to have caught the popular imagination when it comes to our lunar companion and I’m all for anything that turns more eyes toward the sky. 

I’ll add a caveat to that when it comes to blatantly misleading rumours or social media trends. The big offender in recent years has been misinformation about the size of Mars when it makes a relatively close approach to Earth. Mark your calendars! Mars will be as big as the full Moon!

The full moon is a lovely sight whether it’s “super” or not. - john mcphee

Not so much. The Red Planet does get much brighter during its closer approaches and it’s a beautiful sight. But like all the planets, it’ll simply look like a particularly bright star. 

The planets have been in the news lately under the headline “planetary parade.” Several will be visible in the pre-dawn sky in June 2024, accompanied by a crescent Moon from June 1 to June 5. 

The “stars” of the show will be Jupiter and Mercury, which will appear to be very close together very low on the northeastern horizon. It will be easy to tell them apart because Jupiter is much brighter than Mercury.

Unfortunately the pair will be very low in the sky and will quickly disappear as the Sun approaches the horizon.

An extremely thin crescent Moon will be above Jupiter and Mercury on June 5, with the bonus of the star cluster Pleiades just above the Moon.

Mars and Saturn also will be visible to early risers above the east and southeast horizon respectively. But Mars is relatively far away from Earth these nights so it will be much dimmer than Saturn. 

Neptune and Uranus also will be part of the planetary show in June but you’ll need large binoculars - preferably mounted on a tripod - or a telescope to see them.

I’ve been pounding the mallet a bit on this and don’t intend to dissaude anyone from following up on astronomical news. By all means get up early to spot our companions in the solar system but do so with tempered expectations.

See also Skylights for June 2024

Secret codes and nocturnal encounters

Many a night I saw the Pleiads rising thro' the mellow shade,

Glitter like a swarm of fireflies tangled in a silver braid.

Alfred Tennyson

IT’S A SULTRY summer night. The stars are twinkling, a light breeze teases the trees, a barred owl hoots in the distance.

Perfect for a little romance.

Actually, judging from the number of little lights flitting about the woods and lake shoreline where I’m observing the night sky, there’s lots of hooking up going on.

Yes, the fireflies have come out to play on this late June evening. Their mesmerizing now-you-see-them-now-you-don’t performance is keeping me entertained while my camera soaks up photons from the great beyond. The planets Mars and Saturn are passing by the constellation Scorpius low in the south so I’m shooting some long exposures to capture this celestial grouping for posterity.

Fireflies have been synonymous with summer for me since childhood. I was fascinated by these “lightning bugs” that seemed to be visitors from a magical fairy world.

Alas, the reality is less romantic. Fireflies aren’t actually even flies, they’re soft-bodied beetles. If you held one in your hand during the day, you’d see a bug with a dark backside and an orangish front.

And those ethereal lights are actually the result of a protein reacting with an enzyme. Nothing very magical there. 

After my night among the celestial and insectoid lights, I called up Andrew Hebda, the curator of zoology at the Nova Scotia Museum of Natural History, for the scoop on these summer visitors.

There’s indeed a romantic aspect to the reason these insects light up the night. Well, romantic in a glowing beetle butt kind of way.

The light produced on the insect’s tail end is created by a fairly simple chemical reaction, Hebda explained.

“They have a photo-luminescent protein called luciferin. When it’s exposed to an enzyme called luciferase, which is released upon a given stimulus, it essentially causes the excitation of luciferin to a higher stage, and as it decays, then it releases light. It’s a very straightforward chemical decay process.”

Not so straightforward is exactly how the message “OK, turn my backdoor light on” is triggered in the beetle’s brain.  “That’s the process they don’t understand clearly,” Hebda said.

But the goal of this photochemical wizardry is clear:  Find a mate and fast. The males produce their signal in a particular pattern to tell females that they’re around, they’re available to mate, Hebda said.

Fireflies love a warm and calm summer evening. This is a stack of 29 30-second exposures taken on a country road in nova scotia. - John Mcphee

“Essentially the pattern is sort of like a Morse code, it’s very species-specific. You can use the analogy that one may be flashing an S and one may be flashing the letter P.  Based on the pattern of flashes, the potential mate will recognize that and respond to that.”

Fireflies don’t have the best eyesight so the successful light signal must be close by, he said. 

The females also use light patterns to respond to males or to attract them — both for sex or for a free lunch, it turns out. Some female fireflies mimic the light patterns of other species, lure the unsuspecting Romeo into their lair and gobble him up. Nice.

If there’s a happier ending to the love story, the female usually lays her eggs soon afterward. The mating and subsequent egg-laying usually takes place in sheltered wetlands and bays.

“You’re not going to find them in the middle of open, windy dry areas,” Hebda said. “They’re not aerodynamically designed to cope with strong winds so you tend to find them in wetland areas where you have some protection from wind ... They have to be near the appropriate habitat for both the eggs to be able to ripen and hatch and larvae to feed.”

There are about 2,000 species of fireflies across the world. The nine types found in Nova Scotia are true fireflies — some species that fall into the Lampyridae family don’t light up. Exactly how many fireflies flit around on a typical Nova Scotia summer night isn't known, Hebda said. 

“I have a farm on Cobequid Bay and there are a couple of wetland areas there and it’s not unusual to see 40 or 50 (fireflies). Within that individual one hectare of wetland, we may have several hundred individuals because, of course, you’re only seeing the males. The females will either be up in the shrubbery or down in the ground. You tend not to see those ones.”

As a zoologist, Hebda is obviously interested in the creepy crawly set. “Anything that runs, flies, swims or crawls. If it’s dead, it stinks. If it doesn’t stink, we call it palentology.” (We’ve only met on the phone but it’s clear this scientist comes equipped with a tinder-dry sense of humour). 

It’s fair to say most people don’t share his love of the insect world. Even those who enjoy the spectacle of fireflies at night would get out the broom if they spotted one of those beetles crawling across the floor in the daytime. 

“I blame our parents completely for that,” said Hebda, perhaps only half-jokingly. “Of course, we’re supposed to keep things clean ... ensuring that you don’t have vermin and insects that are crawling around.”

When it comes to fireflies, “the other elements that some people may find repulsive are masked by that absolutely gorgeous and mysterious sight. We may know the chemical processes as to how it works but still it’s a mystical thing.”

I can only agree as I later look over my exposures from the Scorpius session. A few have been firefly photobombed with short, green streaks of light. Just beetles. But pretty magical ones just the same. 

First published July 2016.
Update: Mr. Hebda retired in 2019 after 25 years as a zoology curator at the Nova Scotia Museum of Natural History

Sagittarius hits the mark

the teapot asterism in the constellation sagittarius stands out low on the southern horison in August. In this image from 2018, the planet saturn hovered above the tip of the teapot. - john mcphee

I'LL ADMIT to a personal bias when I say Sagittarius is one of the most interesting constellations.

My December birthdate puts me under the Archer's influence or at least that’s what astrology buffs will tell you. It's all bunk to me but if I must have an astrological sign, I'll take Sagittarius.

For naked-eye stargazers, it's simply a pretty constellation that hangs low above the southern horizon in the early hours of springtime and in the evening come summer. Most people see a teapot, not an archer drawing back his bow.

If you have binoculars or a telescope, all the better. There are lots of Messier objects in Sagittarius, such as star clusters and glowing patches of dust and gas called nebulae. Messier objects, named for Charles Messier, the 19th century French comet-hunter who catalogued them, all start with M, followed by a number.

For instance, M8, the Lagoon Nebula is the second-brightest nebula in the northern sky after the Orion nebula and also contains a beautiful open cluster of stars.

The Lagoon nebula in the constellation sagittarius is one of the most impressive nebulae in northern skies. The trifid nebula can be seen above the lagoon. - John mcphee

M8 looks best in binoculars or in a telescope using a wide-angle, low-power view. It can be found a short distance to the right of the top star in the teapot's lid. Scan up from the Lagoon to find a much fainter but still interesting nebula called the Trifid.

Head back to the tip of the teapot, look to the left of the star Kaus Borealis and you’ll find another Sagitarrius showpiece: M22, a very dense group of old stars called a globular cluster. Globulars usually appear as just foggy patches in binoculars or small telescopes.

What makes them interesting is that you're seeing way back into time when viewing a globular cluster. They contain hundreds of thousands of old stars that go back to the early years of our galaxy, the Milky Way, billions of years ago.

Sagittarius

This region contains a slew of binocular and telescope objects in the Messier list.

There are too many clusters and nebulae in the Sagittarius region to go into here. You can get a detailed star chart and track them down, but it's fun just to scan the area with binoculars or a small telescope even if you don't know what you're seeing.

The Summer Triangle, which covers a large part of the sky overhead and slightly to the east in August, also provides fertile stargazing territory.

The triangle is made up of the bright stars Deneb, Vega and Altair, as the star chart shows. The brightest star near the triangle's centre, although it's not all that bright, is Albireo (al-BIR-ee-oh). To find it, look first for Deneb at the top of the cross-shaped constellation Cygnus. Trace a line to the star that marks the base of the cross: that's Albireo. While Albireo is not much to the naked eye, a small telescope should reveal a double star of gold and blue. If Albireo is up, it's usually the first thing I turn to with my scope. It's a wonderful sight.

Frankly, many objects I've viewed in my scope aren't so awe-inspiring.

I knew enough about backyard astronomy before I bought a telescope that I didn't expect to see the colourful vistas found in photographs. A long-exposure photo picks up shades of colour, particularly the deep reds of hydrogen-rich nebulae, that our eye sees as greenish grey.

Not so with multiple stars, particularly those of different colours: they're much more impressive in the eyepiece than in a photo. Some multiple stars are just optical illusions, but most are actually related systems. In fact, astronomers say our star, the Sun, is a relatively rare beast in its lack of companions.

The samll constellation lyra - top right - contains one of the best double star systems for binocular and telescope observers - the double-double. - john mcphee

Another famous double in the Summer Triangle can be found in the small but eye-catching constellation Lyra, the Lyre. Look to the left of Lyra's brilliant star, Vega, and you'll find Epsilon Lyrae.

This star is not only a binocular double; each of the two stars break down into doubles themselves in a telescope larger than 75 millimetres (three inches). Hence, the name astronomers gave to Epsilon Lyrae long before the age of mediocre drive-through coffee - the Double-Double.

You don't need a telescope, and it's best not to use one, to enjoy this month's premiere astronomical event, the Perseid meteor shower. This shower is the most popular of the year, mainly because it occurs in warmer weather and it's possible in some years to see a Perseid every minute. Many are bright with long trails called trains.

The american meteor society

It's hard to believe most meteors are mere dust particles that heat up and glow as they enter our atmosphere. A few, of course, are more substantial, large enough to survive their fiery descent. Once they hit the ground, they're called meteorites.

Unfortunately, as with all meteor showers, you must wait until after midnight to see the most Perseids. But this year the moon will have set by the time of the peak on Aug. 12-13 so if you’re away from city lights, you should get a decent show. Dress warmly, grab a reclining lawn chair or blanket and settle down in an open area so you can see as much of the sky as possible.

The enduring fascination of Mars

The planet mars (lower left) as seen from nova scotia on march 28, 2013. - john mcphee

(ARCHIVED FROM AUGUST 2003)

There's Orion and the Pleiades and I guess that must be Mars. - Greg Brown, Poet's Game

Unless he was in the deep south, Mr. Brown was contemplating the heavens in winter when he wrote that tune. Orion is nowhere to be seen on these sultry nights up north - but there's no guesswork about Mars.

The brilliant golden orb can't be missed low in the east late in the evening early in August and earlier as the month goes on.

I figured the planet would be striking, since Mars is nearing its closest approach to Earth in about 60,000 years. And it stands out even more because it's the lone planet in our evening skies and occupies a rather sparse bit of sky in the Capricorn/Aquarius region.

And indeed, it’s a fascinating sight.

With some planets, such as Venus, it's easy to mistake them for just really bright stars. Look at Mars and you just sense something's different about it. The reason behind that difference may be a tad mundane, in that its deep golden colour is created by good old rust - iron oxide - in the Martian soil.

The appreciation of our planetary neighbour with the naked eye, that's one thing. Put your typical backyard scope to work - that would be mine - and the excitement pales a bit. I'm not seeing much detail on that fourth rock from the sun.

from top, Saturn, Mars and the star Antares line up in the constellation scorpius on Aug. 24, 2016. - john mcphee

“It’s those tantalizing similarities to our world that draws us to Mars, I think. The other planets are just so alien - the sulphuric acid-enveloped Venus, the not-quite-thereness of the four gas giants beyond Mars, the scorched and cratered Mercury. ”

For one thing, at my highest magnification, the apparent size of Mars is about that of the full moon seen with the naked eye. That doesn't sound so bad until you realize you can blot out the full moon with an Aspirin held at arm's length.

For some reason I picture Mars as the same size as Earth but it's a small planet, about half the size of our world.

That said, I was pleasantly surprised at the brightness of Mars' most prominent feature, its southern polar ice cap. This tiny white smudge is the first detail the eye picks out on the Martian surface through a telescope. I was looking at a good time, since the cap is now tilted toward Earth and in July had not yet begun to shrink with the Martian spring.

The Red Planet

The surface of Mars has a rusty colour because of the amount of iron oxide in the soil. - Wikipedia

After noticing the cap, the subtler markings begin to emerge, the darker streaks of rock and dust that spread across the middle of the planet. The darkest part of these blotches is called Syrtis Major, an ancient volcanic flow that covers an area of about 1,100 square kilometres.

Besides the small image size, these details are hard to pick out because Mars is pretty low in the sky in the northern hemisphere. That means to reach our eyes the planet's light must travel through a lot of atmosphere - a wall of air that distorts its image.

That’s not a problem in the southern hemisphere. Folks dan unda are enjoying a lovely overhead view.

But even a somewhat blurry rusty disc in the eyepiece gives me a thrill. After all, this is Mars we're talking about. The planet that spawned countless bad movies featuring guys with odd hairdos in silver suits. The inspiration for compelling fictional tales such as War of the Worlds and Ray Bradbury's The Martian Chronicles. When we think of "people on other planets," it's Mars that comes to mind.

Percival Lowell

The planet's mysteries have even overtaken the imaginations of prominent scientists, such as Percival Lowell. In the early 1900s, this Boston astronomer was adamant that the strange streaks and markings he saw through his 24-inch telescope in Flagstaff, Ariz., were canals built by intelligent beings who once flourished on Mars. He thought these structures carried water from melting polar caps to the southern part of the planet.

Visits to the planet by spacecraft like Viking finally put his theories to rest, but recent research has revived speculation that there may be oases of water somewhere under the forbidding Martian plains.

It's those tantalizing similarities to our world that draws us to Mars, I think. The other planets are just so alien - the sulphuric acid-enveloped Venus, the not-quite-thereness of the four gas giants beyond Mars, the scorched and cratered Mercury. Then there's distant Pluto, which many astronomers quietly write off as a non-planetary piece of icy rock.

Mars is seen in April 2014 when The Red Planet was about 75 million kilometres from Earth, its closest approach in 13 years. (photo by ART COLE)

But Mars is a rocky world with storms, volcanoes and valleys that once, maybe, harboured life. Small and blurry sometimes, yes, but always fascinating.

Mars makes history this month on Aug. 27, when it reaches the closest point of its approach to Earth since the Neanderthal age, about 60,000 years ago.

If you want to get into the nitty-gritty of the Red Planet, check out ralphaeschliman.com for detailed maps and www.arksky.org/mars2003.htm

Or just look up and enjoy our celestial neighbour in real life. Clear skies!

Celestial summer visitor

The comet C/2020 F3 (NEOWISE) hangs over the community of gore, Nova scotia, on July 21, 2020. - john mcphee

Forty-eight years ago, I watched the day turn into night on a July afternoon.

I was seven years old for the solar eclipse of July 10, 1972. I knew the basics of what was going on - the moon was blocking the light of the sun. I remember chatting excitedly with my siblings as we crowded around a window in our home in Cape Breton. We watched from inside after hearing warnings about looking directly at the sun (It’s only safe during the brief moment of totality).

I felt unsettled and a little afraid as an eerie twilight descended on that summer day. But the eclipse sparked a lifelong curiousity about the moon, stars and planets.

That interest waxed and waned over the years until 1996, when another remarkable celestial event steered me back into the hobby. The comet Hyakutake put on an amazing show in March of that year as its long tail spread across the meridian.

comet C/2020 F3 (NEOWISE) on july 21, 2020. The comet’s sweeping dust tail as well as a narrow blue ion tail are visible- john mcphee

I was living in Annapolis Royal at the time, where the skies were, and remain, mostly unspoiled by light pollution. We had an excellent view of Hyakutake.

Just a year afterward, a smaller but brighter comet, Hale-Bopp, was visible to the naked eye for a record 18 months. Other comets have come and gone in the intervening years but none have approached the spectacle of those two celestial visitors.

Comet C/2020 F3

Photo by Stefan Ziegenbalg

But over the past month, C/2020 F3 (NEOWISE) has put on a pretty good show. This comet appeared in the northern hemisphere as a pre-dawn binocular object in early July. By the latter part of the month, it had moved into the evening sky in the northwest, when it became visible to the naked eye away from light pollution. NEOWISE reached its peak brightness when it came closest to the Earth - about 103 million kilometres - on July 22/23.

I had my best moment with the comet the night before, along with dozens of other people who had gathered on Courthouse Monument Hill in Gore, Hants County. That vantage point allows a sweeping view of the northwest, where NEOWISE’s faint spray of light was visible under the Big Dipper once darkness fell.

C/2020 F3 (NEOWISE) hovers below the big dipper on july 21, 2020. The open cluster of stars on the left is the tiny constellation Coma Berenices. - john mcphee

It was a lovely sight in binoculars and also made for an interesting photo target with its narrow blue ion tail and sweeping white dust tail. Astrophotographers have captured amazing images of the comet’s fascinating structure.

Over the past few days, It’s dimmed considerably as it moves away from the sun. Who knows if humans will still be around to see it but NEOWISE will make a return visit in about 6,000 years.

Let's play name that star

the double-star star Zubenelgenubi is seen to the lower left of jupiter in august 2018. . - john mcphee

About 10,000 years ago, skywatchers in the cradle of civilization, Mesopotamia, were the first to put names to what they saw in the heavens.

And they came up with some great ones: Zubenelgenubi. Unukalhai. Rasalhague.

The stars that inspired these names were more than just pretty things to look at for the ancient Arabs. Since agriculture was crucial to the civilization in what's now Iraq, the stars that accompanied the changing seasons helped mark the best time to sow and to reap.

 Many of the names they gave the stars have survived the ages.  The star that gets my vote for best name, Zubenelgenubi (zoo-BEN-el-ja-NOO-bee), is found in the constellation Libra.

Zubenelgenubi

Zubenelgenubi, also known as alpha Librae, is a double-star system 77.2 light-years from Earth. Image via AAO/ STScI/ WikiSky

Zubenelgenubi forms the western corner of the triangle formed by Libra's brighter stars. To find this faint constellation, look between the bright stars Antares low in the south and Arcturus, higher and to the west.

 If you've got sharp eyesight, and are away from city lights, you'll notice that Zubenelgenubi has a much fainter companion. The pair, which is likely a true double-star related in space about 77 light-years away, gets more interesting in binoculars or a wide-field telescope. You can see a striking contrast between the blue main star and the whitish (some observers say it's yellow) companion.

Another celestial tongue-twister, Unukulhai (oo-NOOK-ul-eye), can be seen in small, dim constellation above and to the east of Libra. Unukalhai is the only star that stands out in Serpens Caput, the Neck of the Snake. It's also a multiple-star system but its two other companions aren't visible.

Stars revolve around Polaris, the north star, in this long exposure. - john mcphee

 Not just any star 

Look to the opposite side of the sky to find another star whose name dates back through the millennia. It's easier one to pronounce, Kochab (KO-cab), which may come from al-kawkab, Arabic for "the star." According to Wikipedia, this singular name may refer to the fact Kochab was close to the northern pole at about 1,100 B.C.

For us, of course, another star has that distinction. All stars in the sky appear to revolve around Polaris, the North Star, because now it's located directly above the Earth's northern axis.

Ursa Minor

- Wikipedia Commons

You can easily track this motion by watching the Little Dipper (Ursa Minor) through the night, as Kochab and the other Dipper stars swing around steadfast Polaris.

The Dipper's appearance can be predicted from month to month as well. On June evenings at about 11 p.m., Kochab can be seen at the 12 o'clock position, if Polaris were the centre of the clock.

You'll probably notice Kochab before you see Polaris, even though Kochab is slightly dimmer. It has a distinctive orange hue that really jumps out in binoculars or a scope. Kochab is an impressive star by any measure - it's 500 times brighter and 50 times the size of our sun.

Ancient connections

The first peoples of Canada used this group of stars to guide their travels under the northern skies. The Plains Cree called Polaris the standing-still star, Ekakatchet Atchakos, or Keewatin.

“If a Cree traveller kept Keewatin on their right shoulder while moving over land at night, they knew they were travelling towards the west,” according to information on the University of Calgary’s observatory website.

October skies

A meteor streaks above the constellatoin orion in 2019 - the green dot above the meteor is comet 46pwirtanen. - john mcphee

As the days get shorter and colder, the night sky offers a refuge of things bright and beautiful. And in October, we get a few bonuses as the seasons turn - at least for stargazers willing to lose a little sleep.

After midnight, the glittering constellations of Orion the Hunter and Gemini are rising in the east, while the Summer Triangle of the stars Altair, Deneb and Vega are hanging on for dear life in the west.

The cusp of the seasons is a good time to compare the brightness of stars that make up the constellations.

Orion's appearance is always a mixed blessing - if the Hunter is coming up, the temperatures are going down. But on the bright side, excuse the pun, this is an extraordinary group of stars.

Cygnus

- Wikipedia Commons

That's obvious when you turn from Orion to look overhead or to the west in late-night October. Most constellations have only one or two bright stars: you usually have to work to connect the dots with the dimmer remainder.

I can remember risking a neck strain trying to make out the six stars of the Northern Cross, officially known as Cygnus the Swan. This constellation straddles the Milky Way with its brightest, or alpha, star Deneb at the top of the cross.

Cygnus is now a familiar sight after years of exploring its treasures, such as the gold and blue double-star Albireo at the foot of the cross.

Then there's Orion, which stands out mainly because of his three-star belt. In a small telescope, the Orion Nebula below the belt is a facinating sight - just don’t expect to see the spectacular colours that make this such a coveted photographic object.

The Summer Triangle of Altair, Deneb and Vega (from bottom clockwise) hangs on for dear life in the west as winter approaches. - john mcphee

The brightness, or magnitude, of many of Orion’s stars are in the 0 to 2 range. That might not sound all that impressive. But under the magnitude system - which was created 2,000 years ago by the Greek astronomer Hipparchus and tuned up by the English astronomer Norman Pogson in the 1800s - the lower the number, the brighter the star.

In fact, really bright objects such as Venus, the full Moon and, of course, the Sun, go into the negative at -4, -13 and -26 magnitudes respectively.

Bears and queens

The other constellation that stands out as we scan the late-night October sky is Ursa Major or Great Bear, which prowls the northern regions.

Ursa Major boasts a number of second- and third-magnitude stars, which come together in the famous Big Dipper group.

So for the dedicated night owls out there, it's a rewarding time of year.

Double Cluster

The Double Cluster (also known as Caldwell 14) consists of the open clusters NGC 869 and NGC 884. - Wikipedia Commons

But there's lots to see at a more civilized hour. For example, the royal couple of autumn holds court in the northeast. Queen Cassiopeia (cass-ee-oh-PEE-uh) and the king Cepheus (SEE-fee-us) reign in the eastern wing of the Milky Way, which is studded with star clusters.

The big draw in this region is the Double Cluster, which technically is in the constellation Perseus. However, I find that two stars in Cassiopeia act as a handy pointer to this beautiful pair of star clusters, located about 7,500 light-years away from Earth.

In dark skies with the naked eye, the Double Cluster looks like a couple of dim, fuzzy stars. But through binoculars (see below), the clusters break down into glittering splashes of stars that easily fit into one binocular field.

the w-shape of cassiopeia is seen between the clouds in nova scotia. - john mcphee

To find them, locate the slanted W of Cassiopeia. The central star in the W and the dimmer star below and to the left point toward Perseus. The Double Cluster lies in this direction about halfway to Perseus.

Another nearby cluster, called M52, boasts more than 100 stars. It can be found between Cassiopeia (its top two stars point toward the cluster) and the house-shaped and relatively dim constellation of Cepheus.

Turning to the south, the skies in this direction look pretty desolate in late-evening October, after Sagittarius and Scorpius dip below the horizon. Shining a little light into the gloom is the first-magnitude star Fomalhaut (fow·muh·lowt) which reaches its highest point in the south this month. At a distance of 22 light-years, it's one of our closer neighbours in space.

Like many star names, Fomalhaut derives from an Arabic phrase, in this case “mouth of the fish,” referring to its location in the constellation Piscis Austrinus.

If you like stuff that moves, two meteor showers can be enjoyed in October and November. The Orionids and Northern Taurids aren't usually very active showers, producing about 10 to 25 meteors an hour. But both have been known to feature bright meteors and even fireballs.

Two eyes better than one

Back to those binoculars.

You often read in astronomy that the best telescope is the one you'll use the most. (if you’re in the market, here’s a great primer on buying your first one.)

A big scope is great for sucking up those photons from space, revealing distant galaxies and dim nebulae. But don't forget the time and effort it takes to set up this optical beast and drag it out to the backyard. I have two scopes - a 90mm refractor and an 8-inch Dobsonian. They're not monsters by any means but the Dob in particular takes a little muscle to move around.

Size does indeed matter and sometimes smaller is better, certainly when you're talking about portability.

So it's no surprise the optical equipment I use most often is my trusty set of 10 by 50 Carton Adlerblick binoculars. There's no setup time (except for occasionally mounting them on a tripod) and you might be surprised how many objects are within the grasp of those little twin barrels, particularly away from light polluted skies.

The pleiades star cluster is a lovely binocular object. this photo - taken on feb. 4, 2019 - includes the comet 46p/wirtanen, which shows up as a green spot at bottom centre. - john mcphee

 If you have binoculars already, give them a try on the Moon and bright star clusters like the Pleiades. The Moon in particular offers a wealth of detail for binocular users. Try observing when the Moon is at first quarter or last quarter phases, when craters are highlighted by the shadow of the terminator, the line that separates the sunlit part of the lunar surface and the darker portion.

 You can see a lot during the full Moon as well. Craters such as Tycho and Copernicus have ray systems that are spectacular in binoculars. The rays result from the spray of molten material ejected from the meteor impacts that created the craters.

run away from the monsters

If you're looking to buy a first pair of binoculars, choose ones that will be useful for astronomy, as well as terrestrial observing such as birdwatching. You’ll want a pair with a magnfication of 7 to 10 in order to glean the most detail out of star clusters and lunar craters.

The suggesetions in the review I linked to above include monster sizes such as 25 by 100, which must be mounted on a tripod. These are not recommended for first-time buyers - while they can provide amazingly wide and bright views, they’re cumbersome and usually much more expensive.

Astro nuts

A group of astronomy enthusiasts (including me in middle) talk shop in St. Croix, Nova Scotia. - Halifax RASC

But do buy binoculars that have a tripod adapter socket. It’s amazing how simply steadying your equipment will improve your viewing experience. (That “steadier the better” motto also applies to telescopes - a poor tripod will render even a good scope useless.)

You may not get a tripod right away but after you become comfortable observing with binoculars, it’s a helpful next step. You’ll also need a 1.25-inch adapter to connect your binoculars to the tripod.

I find it gets uncomfortable to hold even my 10 by 50 binoculars for any length of time, so for extended observing I plunk myself in a deck chair in mild weather to steady my arms or mount them on a tripod.

Red planet redux

From top, Saturn, Mars and the star antares are seen in August 2016. - John mcphee

IT'S CAPTURED the imagination since the time of the Egyptians, who called the wandering "star" Har decher, the Red One. The Greeks and Romans, inspired by that distinctive bloody hue, named it after their gods of war.
As with most of the planets' names, the Romans had their way.

While Mars is perhaps the most intriguing planet, mostly thanks to  its prominence in fiction and movies, it's not usually an impressive object to the naked eye.

While its rusty orange colour is eye-catching, it's a small world and must be relatively close to the Earth to be bright enough to really stand out .At about 6,800 kilometres in diameter, the rocky planet is only half the size of Earth. So even during close approaches, you need a good-sized telescope to make out specific features.

Unlike Venus or the gas giants Jupiter and Saturn,  Mars doesn't have clouds in its atmosphere to reflect light back to observers on Earth.

But when it does get close enough, like right now, it's a a beautifully eerie sight in the late evening in the southeast.  Mars will makes its closest approach, about 57 million kilometres, on July 31. At its farthest point, Mars is about 400 million kilometres from Earth. 

 While it will be at its brightest since 2003, Mars won't get very high in the high during this apparition. It will rise into more favourable viewing during its next opposition on Oct. 6, 2020. 

A long walk at Shubie Park

It’s a long walk day.

Most days fall into the short-walk category — a leisurely circuit of Point Pleasant Park with a little middle-aged pretend jogging thrown in. Or maybe a hoof to the library from our north-end Halifax home — a more daring perambulation, I grant you, given the number of drivers who seem intent on snapping my tibia.

Between my fear of compound fractures and an aversion to concrete and noise, city walking isn’t my thing. So in between the times in the backcountry at places like Keji, it’s Point Pleasant or, when I need a good stretch, Shubie Park in Dartmouth.

“Going for a long walk today,” I tell my spouse as I lace up my Salomons. This won't be news to her.  We've been around each other long enough to have the mood-gauging thing down pat.

I don’t play sports and I’m not much for the gym so when life's sturm and drang gets under my skin, it's time for a long walk.

And there’s been plenty of drang to go around in this longest of years. I and the 54 remaining members of the Halifax Typographical Union have been on strike for over 375 days now. If you're in the market for an experience that invokes stress, uncertainty and a deepening sense of helplessness and low self-esteem, I heartily recommend it.

So here I am in the Shubie parking lot going through the usual routine for a January walk: Tighten the straps on the camera-laden backpack, don the headgear and then the decisions: Gloves or warmer but more awkward mitts, scarf or no scarf, earbuds or headphones? 

I scan iTunes for my musical mood and given my psychological state (see above re. 375 days), a wailing blues-rock vibe would be appropriate. So with Steven Tyler screaming about being back in the saddle again, off I go.

I usually head off past the duck pond directly to the back trail toward Lake Charles. But if there’s been a good rain recently, I stop to check out Lock 2 near the Fairbanks Centre administration building. When there’s a lot of water going through the system, it’s an impressive sight.

A long exposure of water falling into Lock 2 near the Fairbanks Centre administration building at Shubie Park. The lock was one of nine in the Shubie canal system built beginning in the 1820s. (JOHN McPHEE )

There are nine locks in the Shubie system, which was built in the 1820s to facilitate shipping from Halifax through the Shubenacadie River system to the Bay of Fundy. Only one — on Grand Lake in Wellington — remains in operation.

Lock 2 is one of  three that have been “restored to preserve their unique fusion of British and North American construction techniques,” according to Wikipedia.

From the main part of the park, it usually takes only five minutes or so to reach the near shore of Lake Charles.

Today it's a bit longer because some parts of the trail are icy with a skim of snow. That makes for perfect arse-over-teakettle conditions so I stop to put on my YakTraks.

The ice treads make for a noisy crossing of the wooden bridge to the back trail that runs parallel to the lake. To the right beyond a thin screen of pine and birch, Lake Charles is an expanse of white. 

I'm no fervent patriot but there are few things more Canadian to me than a snow-covered lake bordered by the dark woods.

In the case of Lake Charles, it's also bordered by the houses on Waverley Road. Shubie doesn't offer a total escape from civilization. Besides the houses, there's the constant hum of traffic on Highway 118 and glimpses of stores at Dartmouth Crossing.

But there’s much in this 16-hectare urban park to replenish the nature-loving spirit. In spring and summer, the trees are alive with the sounds of warblers, white-throated sparrows and and song sparrows.

Osprey, also known as fish hawks, return to the same nest every year on a hydro pole overlooking Lake Charles. (JOHN McPHEE)

Even the hermit thrush, more common in the deeper woods, can be found here.  I’ve never actually seen one in the park (they’re regular visitors to my campsites at Keji)  but I’ve certainly heard them.

Their song sounds like the coolest flute solo ever. One evening last spring a hermit kept me rooted to the spot for about 20 minutes on the part of the trail that curls around the far shore of Lake Charles.

In contrast to this reclusive songster, it’s hard to miss Shubie’s most famous avian residents. Ospreys return each year to a nest on a hydro pole overlooking the lake. I’ve spent a lot of time in their company watching the parents fly back and forth from the nest to the lake keeping the young ones fed.  

Today only the remnants of last year’s nest can be seen, waiting for spring when the ospreys return from their winter home in Central and South America.

The only bird life making itself known today are the ubiquitous and aggressive black-capped chickadees that flit directly across your path in search of a handout. This behaviour is unfortunately reinforced by the folks I often see feeding them by hand.

This glacial erratic boulder appears to have been chipped by stonecutters who used the rock to build the canal in the 1820s. (JOHN McPHEE)

And no matter the season you’ll see American red squirrels and chipmunks scampering around, also on the lookout for a treat.

But one of my favourite natural attractions at Shubie keep conveniently still and don't beg for a handout.

The park is a fascinating place for geology buffs. The most obvious geological features are the huge boulders left in the wake of the ice ridge that moved from the Arctic across much of North America about 20,000 years ago. These rocks, known as glacial erratics, can be found throughout Nova Scotia's woods.

Look closely and you'll notice some of the erratics at Shubie are jagged and chipped. Stone cutters used the huge boulders as building material for the canal back in the 1800s. 

OK, time for a break and some munchies. My usual rest stop is a worn bench on the lakeshore in the area known as Vivien's Way.  It's named after Vivien Srivastava, a zoologist and naturalist who was tireless in promoting and designing the Shubie trail network. She died in 2004 and one of the paths she favoured was named in her memory. 

Vivien's Way is a side trail that begins on the northern shore of Lake Charles. It's named for zoologist and Shubie trail designer Vivien Srivastava (1931-2004). (JOHN McPHEE )

A light snow has started to fall, painting a delicate trim on the evergreens and birches. Time for some lighter music, a little Loreena McKennitt maybe. You'd be hard pressed to find a better soundtrack for a long January walk than To Drive the Cold Winter Away. 

Sometimes I continue past Vivien's Way into the Portobello section of the trail but the sun is already getting low on this short winter's day. I hoist my backpack, tighten the straps and begin to retrace my steps along the lakeside path.

Ode to Point Pleasant park

The MV Faust rounds the northwest tip of the harbour and ever so slowly makes its way toward its Port of Halifax berth.

It’s a big ship — one of the largest car carriers in the world, in fact. At over 227 metres long with a 71,583 gross tonnage, it can hold more than 8,000 cars. For such a large vessel, it makes a surprisingly quiet entrance. I can barely hear its engines from my vantage point on a bench near the Sailors Memorial cenotaph at Point Pleasant Park. 

This is one of my favourite spots in the park —  in the entire city, for that matter. The view of the harbour mouth and the open ocean beyond is hard to beat. 

Tugboats guide the MV Faust, one of the largest car carriers in the world, into Halifax Harbour. (JOHN McPHEE)

The Faust is a regular visitor, which I know because I’m a regular myself on these harbour shores. It’s a rare week that I don’t make several trips to Point Pleasant from our north-end home.

I like dirt, trees and silence, so sometimes city life gets the best of me. The park may not be the deep woods but 75 hectares of green space and 39 kilometres of gravelled roads and woods trails? That'll do in a pinch.  

This was a popular place even when there wasn’t a city to escape. It was named Point Pleasant by the governor-who-shall-not-be-named — OK, it was Edward Cornwallis — who was impressed by the view after he dropped anchor in 1748.  

According to Halifax naturalist and author Stephanie Robertson, at that time the point supported "a relatively young, thick and healthy forest probably of spruces, pines, hemlock, white pine, fir, maple and other species typical of the Nova Scotian Acadian forests.”

Of course, the days of that lush forest were numbered as soon as Cornwallis and the thousands of soldiers and settlers sailed into the harbour, Robertson writes. They needed wood, and lots of it, so the area “was subjected to continuous biomass extraction and major disturbance of trees, and their roots and soil — for forts, firewood, kindling, furnaces, gates, fencing, and lumber; and removal and displacement of rocks for forts, roads, gates, walls, and trenches.”

Protection from exploitation began in 1866 when the British Crown leased the land to a local committee. That lease was extended in 1879 to 999 years — by my admittedly shaky math, that means the lease will end in the year 2878.  In the meantime, Halifax Regional Municipality leases the land from the British government for the astounding sum of one shilling a year.

A female red-breasted merganser dawdles in the waters off Point Pleasant. (JOHN McPHEE)

While human interference has been curtailed, no legal arrangements can protect the park from Mother Nature. I'll never forget my first visit to the park after hurricane Juan struck in September 2003 — swaths of trees were laid waste by the storm. About three-quarters of the park's trees — between 60,000 and 70,000 — were lost. 

About 70,000 trees have been replanted thanks to government assistance after the devastating storm. But it will take decades, perhaps a century, for the park to regain its former majestic canopy. 

Even so, there's lots to appreciate at Point Pleasant for nature nerds like me, particularly birders. The harbour waters off the main shore road, Sailors Memorial Way, are home to a slew of bird species. The most common are mallards and American black ducks. But a quick look at my park list includes American wigeon, red-necked grebe, purple sandpiper, common eider, red-breasted merganser and common loons.

Point Pleasant Park in autumn. - John McPhee

And despite Juan's devastation, on land you'll still hear the O Canada call of the white-throated sparrow in the spring. Off the top of my head, I've seen cardinals, pileated woodpeckers, various warblers, eagles, osprey, merlin and the ubiquitous black-capped chickadee. 

Besides the animals of the wild, there are plenty of the domestic variety at Point Pleasant.

Like any green space these days that allows dogs, you’ll find all manner of canines at the park. If you’re not a fan of the four-legged set, technically you can escape them on Sailors Memorial Way after 10 a.m. But some owners are either ignorant of the rule or just choose to ignore it; it’s not uncommon to see dogs on and off the leash on the road no matter what time of day.

This stand of purple flag is a dependable sight each spring at the Frog Pond. (JOHN McPHEE)

Whether you're walking alone or with your Shih Tzu, you can't help but notice the remnants of human presence in the park. The batteries, towers and other fortifications from Halifax's military past are everywhere. One of the most impressive is the Prince of Wales Tower, about three-quarters the way down the main road from the upper parking lot. This fortification built in 1796 is the oldest example of the round "martello" towers built throughout the colonial world by the British military. 

If you're really into the cultural and historical vibe, you can take a walking audio tour of the park.

Back on my bench, I’ve finished my sandwich and stand up to complete my leisurely circuit of the park. Sometimes I’m more ambitious and take a wog around the park. (Jog, gasp, walk. Jog, gasp, walk.) But it's a lazy and mild December day, ripe for sauntering and daydreams. 

I look up to check the Faust’s slow progress into the sheltered part of the harbour. It’s got company now. Two tugboats — dwarfed by the huge vessel — have chugged out to take up positions along its port side.

The big boat and its diminutive guides glide out of view and the dark winter waters of the outer harbour are empty again, for now. 

In the company of the dead

There are 1,310 gravestones at the Old Burying Ground in Halifax  but about 12,000 people are buried there. (JOHN McPHEE) 

Bernard Smith, chairman of the Old Burying Ground foundation, tells the story of the oldest cemetery in Halifax. (JOHN McPHEE) 

The Welsford-Parker Monument at the Old Burying Ground in Halifax. A rare pre-Confederation war memorial, it honours two Nova Scotians who fought for the British in the Crimean war, Maj. Augustus Welsford and Capt. William Parker. (JOHN McPHEE )   

The Camp Hill Cemetery in Halifax. (JOHN McPHEE) 

The Granary Burying Ground on Tremont Street in Boston. The stones here date to 1660 and include the graves of Paul Revere and signers of the Declaration of Independence. (JOHN McPHEE) 

'Here lyes y body' - Detail of a gravestone in the Granary Burying Ground in Boston. (JOHN McPHEE) 

The Midgell Presbyterian Cemetery in Midgell, Prince Edward Island. (JOHN McPHEE) 

Arlington Cemetery with Washington Monument in the background (JOHN McPHEE)

St. John's Anglican Church cemetery in Port Williams, Kings County. (JOHN McPHEE) 

The living come with grassy tread
To read the gravestones on the hill;
The graveyard draws the living still,
But never anymore the dead.

- Robert Frost, In A Disused Graveyard

The vibrant colours of early fall have yielded to the stark landscapes of winter.

The wind whispers through the barren branches. The autumnal sun that hangs low behind the trees casts long shadows upon the markers of the dead. It does little to warm our bones as we intrude upon the rest of those who lie beneath.

It’s a haunted time of year but have no fear — all is calm and peaceful as we walk these solemn pathways.

I'm particularly partial to the isolated churchyards that dot the countryside but even the ones in the middle of the city offer an oasis amid the blare of urban life.  And in the spring and summer, they're great places for birdwatching. 

Old Burying Ground

Of course, there are many parks and green spaces where you can enjoy nature and some solitude. Obviously what sets cemeteries apart is the fact we’re keeping company with those who have gone before.

And there’s no doubt, death fascinates us. It’s a theme of religious and cultural traditions around the world. Today’s celebration of All Hallows Eve competes in popularity with traditional holidays, much to the chagrin of the faithful. The origins of Halloween can be traced to Samhain, the pagan festival of the ancient Celts, who believed the boundary between this world and the one beyond could be more easily crossed at this time of year.  

Humans and related species such as Neandathrals have been burying their dead for at least 100,000 years. Before the practice became part of religious rites, it’s likely that interment was a health and safety issue — corpses attract wild animals that would be a threat to those still above the ground.

Created as a burial ground for French military forces, the Garrison Cemetery in Annapolis Royal was subsequently used by Acadians, the British military and the parish of St. Luke's Anglican Church. It contains the oldest English gravestone in Canada. (JOHN McPHEE)

My favourite cemeteries are the oldest ones. When I lived in Annapolis Royal in the 1990s, one of my regular haunts was the Garrison Cemetery on the grounds of Fort Anne National Historic Site. (Cultural interpreter Alain Melanson offers wonderful candlelit tours of the cemetery). This burying ground contains the oldest English gravestone in Canada, that of Bethiah Douglass who died Oct. 1, 1720.

The oldest cemetery in Halifax is the aptly named Old Burying Ground.  Founded in 1749 at what's now the busy intersection of Barrington Street and Spring Garden Road, it was originally non-denominational. But even after it became affiliated with St. Paul’s Anglican Church in 1793, it was the only cemetery in colonial Halifax.

“From 1749 until about 1830, there was no other place to bury,” Bernard Smith, chairman of the Old Burying Ground foundation board, told me during a chat at the cemetery in the summer of 2016.

“Everyone who wanted to be buried were buried here. . . . 

"There are Jewish people, there are black people, there are white people, Mi'kmaq, there are people from other aboriginal groups, naval, army, just plain civilians, there are bootleggers —  all kinds of people."

The Old Burying Ground contains 1,310 headstones but the mortal remains of many more lie beneath.   

The Old Burying Ground is a popular destination for those seeking genealogical and historical information. About 8,000 people visit the site each year. (JOHN McPHEE)

 “In the 95 years of the cemetery's use, it received burials of approximately 12,000 people,” according to the Old Burying Ground foundation’s website. They included “parishioners of St. Paul's and St. Matthew's, members of the British Army, the Royal Navy, seafarers, travellers, and citizens of Halifax of other denominations.”

Among the notables who take up real estate on the 2.2-acre site include the British Major-Gen. Robert Ross, best known for leading the attack on and burning of the White House during the War of 1812.

Ross was buried in Halifax on Sept. 29, 1814, with high military honours after he was killed en route to the Battle of Baltimore two weeks earlier (according to Wikipedia, his body was preserved in a rum barrel for the trip.)

Some burials weren’t what you would call officially sanctioned, Smith noted with a chuckle.

“One of the reasons for the fence, which I’ve been trying to get some funds to improve, (was) to stop people burying at night. . . . They used to find a hole had been dug and filled in and they didn’t know who the heck it was.”

These nocturnal interments were done to avoid the fees that St. Paul’s began to charge after 1793, when it received title to the Old Burying Ground property. The cemetery was closed to burials in August 1844. 

Two hundred and sixty-seven years after it was founded, money remains an issue at the Old Burying Ground. One of the main tasks of Smith and the other foundation members is to raise money for the upkeep of the cemetery, which was named a National Historic Site in 1991, the first graveyard in Canada to receive such a designation. 

A country churchyard in kennetcook, nova scotia - JOHN MCPHEE

The foundation receives annual funding from the three levels of government but it also relies on public donations, said Smith, a chartered accountant and retired civil servant who emigrated to Canada from England in 1958. He became involved with the foundation upon the urging of then-mayor Ron Wallace, whom Smith worked with in the 1980s and remembers with great fondness. 

"He said, 'I want you on the board of the Old Burying Ground,' and I didn’t argue with Ron! If he wanted me on the board, that was where I went." 

Smith turned around on the bench to point out the low stone wall that encloses the site along with a lovely wrought-iron fence. "We've got terrible problems with this wall behind us," he said, estimating the repair bill at about $25,000. 

The foundation's long-term goal is to transform the cemetery into a first-class green space while retaining the dignity of its original purpose. 

"Do we want to hand (this site over) not to just the next generation but to the next six generations? . . . This is a special place."

The dark skies of Kejimkujik

The trails of red-filtered flashlights are seen during dark sky weekend at kejimkujik. (john mcphee)

Check out any astronomical event and you’ll find two kinds of observers.

There are the extroverted types for whom the social aspects of the gathering are just as important as the celestial.

During an interview in the spring, fellow observer Art Cole told me he often sets up his camera/telescope rig to automatically take photos or video of a particular celestial object for hours. Then he makes the rounds to chat with fellow astronomers.

On the other end of the extrovert/introvert spectrum, there are people like, well, me. My routine at an astronomical gathering is exchanging a few pleasantries after arrival and finding a good spot to plant my ‘scope. For the rest of the evening, my eye is stuck to the eyepiece and you might hear an appreciative mumble once in a while when I get a good view of an object.

No, I’ll never be the life of the astronomical (or any other) party. But I try to come out of my shell each summer for Dark Sky Weekend at Kejimkujik National Park and National Historic Site in western Nova Scotia. I have offered my telescope and limited astronomical know-how several times at the event's public observing sessions.

It’s a great time. Hundreds of people converge in the evening at the Sky Circle in Jeremy’s Bay Campground for astronomical and native cultural presentations by RASC members and Parks Canada interpreters. Afterward people line up to peek through the telescopes set up around a large field surrounding the Sky Circle.

I particularly enjoy providing celestial views to enthusiastic younger observers, many of whom have never looked through a telescope. 

Keji’s dark sky program is the result of a collaboration between Parks Canada and the Halifax Centre of the Royal Astronomical Society of Canada. The society, represented by members Quinn Smith and Dave Chapman, approached Parks Canada in 2009 about getting Keji designated as a dark sky preserve. 

Parks Canada would have to implement light pollution controls at the park, offer astronomical programming and public outreach activities, and promote Keji as a stargazing destination.

A former civil servant, Chapman braced for a long haul of bureaucratic stonewalling.

“What happened to our surprise was ... we got invited down and it turned out the people at Keji were all for it,” Chapman said in an interview.

RASC members helped train park interpreters on such things as features of the night sky and astronomical equipment (the park bought a large Go-To telescope for use at the Sky Circle). And society members remain heavily involved, particularly on Dark Sky Weekend every August.  

RASC members Dave Chapman and Quinn Smith spearheaded the creation of the Dark Sky Preserve at Kejimkujik National Park and National Historic Site.

Six years later, Chapman says he’s very pleased with how the program has evolved.

“I’m very impressed at how they’ve handled it. It wasn’t like, ‘OK thanks, we’ll take that and we’ll put it on a webpage.’ They’ve really embraced the whole idea of the preserve and how it adds to the park and they’ve incorporated it into their programming.”

RASC members Dave Chapman and Quinn Smith spearheaded the creation of the Dark Sky Preserve at Kejimkujik National Park and National Historic Site.

RASC members have tailored their own contributions to Dark Sky Weekend over the years. For example, they’ve reduced the number of daytime activities, which weren’t drawing a lot of people, in favour of “drop-in” events, Chapman said.

“We set up a station, a little tent (near the Tuck Shoppe at Jeremy’s Bay Campground) where we could sit under the shade and we basically have a drop-in where people could just come to us,” he said. “We’ll show them free handouts, talk to them about telescopes and do solar observing. That was really quite successful last year so we’re going to do that again this year.”

Chapman’s involvement with the dark sky project is but one of his many irons in the astronomical fire. He’s edited the internationally renowned Observer’s Handbook published by the RASC, he curates the www.astronomynovascotia.ca website and, along with Mi’kmaq cultural interpreter Cathy Jean LeBlanc, he created the Mi’kmaw Moons project.

Public outreach in astronomy hadn’t been a big interest for him until relatively recently. But Chapman has come to enjoy the one-to-one contact with people at events such as Dark Sky Weekend.

“It’s amazing how many people you meet who just have never — well, they may have looked at the sky but they don’t know what they’re looking at. So ...  you point out the Milky Way, this is our galaxy, these are the stars, that one’s a double star, that one’s a planet — people love that stuff, they want to appreciate it.

“What I tell people all the time is, you don’t have to be a scientist or an astronomer to appreciate the sky. You can appreciate it for what it is, from wherever you’re coming from. You don’t have to understand the physics of it all. If you want to understand the physics, we can tell you that too, but if you just want to enjoy it, we can tell you what you’re looking at.”

Secret codes and nocturnal encounters

Look closely at the bottom of the photo for four green streaks created by a passing firefly in this long exposure of Scorpius. (JOHN McPHEE / Local Xpress)

Many a night I saw the Pleiads rising thro' the mellow shade,

Glitter like a swarm of fireflies tangled in a silver braid.

Alfred Tennyson

It’s a warm sultry summer night. The stars are twinkling, a light breeze teases the trees, a barred owl hoots in the distance.

Perfect for a little romance.

Actually, judging from the number of little lights flitting about the woods and lake shoreline where I’m observing the night sky, there’s lots of hooking up going on.

Yes, the fireflies have come out to play on this late June evening. Their mesmerizing now-you-see-them-now-you-don’t performance is keeping me entertained while my camera soaks up photons from the great beyond. The planets Mars and Saturn are passing by the constellation Scorpius low in the south so I’m shooting some long exposures to capture this celestial grouping for posterity.

Fireflies have been synonymous with summer for me since childhood. I was fascinated by these “lightning bugs” who seemed to be visitors from a magical fairy world.

Alas, the reality is less romantic. Fireflies aren’t actually even flies, they’re soft-bodied beetles. If you held one in your hand during the day, you’d see a bug with a dark backside and an orangish front.

And those ethereal lights are actually the result of a protein reacting with an enzyme. Nothing very magical there. 

After my night among the celestial and insectoid lights, I called up Andrew Hebda, the curator of zoology at the Nova Scotia Museum of Natural History, for the scoop on these summer visitors.

There’s indeed a romantic aspect to the reason these insects light up the night. Well, romantic in a glowing beetle butt kind of way.

The light produced on the insect’s tail end is created by a fairly simple chemical reaction, Hebda explained.

“They have a photo-luminescent protein called luciferin. When it’s exposed to an enzyme called luciferase, which is released upon a given stimulus, it essentially causes the excitation of luciferin to a higher stage, and as it decays, then it releases light. It’s a very straightforward chemical decay process.”

Not so straightforward is exactly how the message “OK, turn my backdoor light on” is triggered in the beetle’s brain.  “That’s the process they don’t understand clearly,” Hebda said.

But the goal of this photochemical wizardry is clear:  Find a mate and fast. The males produce their signal in a particular pattern to tell females that they’re around, they’re available to mate, Hebda said.

Fireflies love a warm and calm summer evening. This is a stack of 29 30-second exposures taken on a country road in nova scotia. - John Mcphee

“Essentially the pattern is sort of like a Morse code, it’s very species-specific. You can use the analogy that one may be flashing an S and one may be flashing the letter P.  Based on the pattern of flashes, the potential mate will recognize that and respond to that.”

Fireflies don’t have the best eyesight so the successful light signal must be close by, he said. 

The females also use light patterns to respond to males or to attract them — both for sex or for a free lunch, it turns out. Some female fireflies mimic the light patterns of other species, lure the unsuspecting Romeo into their lair and gobble him up. Nice.

If there’s a happier ending to the love story, the female usually lays her eggs soon afterward. The mating and subsequent egg-laying usually takes place in sheltered wetlands and bays.

“You’re not going to find them in the middle of open, windy dry areas,” Hebda said. “They’re not aerodynamically designed to cope with strong winds so you tend to find them in wetland areas where you have some protection from wind ... They have to be near the appropriate habitat for both the eggs to be able to ripen and hatch and larvae to feed.”

There are about 2,000 species of fireflies across the world. The nine types found in Nova Scotia are true fireflies — some species that fall into the Lampyridae family don’t light up. Exactly how many fireflies flit around on a typical Nova Scotia summer night isn't known, Hebda said. 

“I have a farm on Cobequid Bay and there are a couple of wetland areas there and it’s not unusual to see 40 or 50 (fireflies). Within that individual one hectare of wetland, we may have several hundred individuals because, of course, you’re only seeing the males. The females will either be up in the shrubbery or down in the ground. You tend not to see those ones.”

As a zoologist, Hebda is obviously interested in the creepy crawly set. “Anything that runs, flies, swims or crawls. If it’s dead, it stinks. If it doesn’t stink, we call it palentology.” (We’ve only met on the phone but it’s clear this scientist comes equipped with a tinder-dry sense of humour). 

It’s fair to say most people don’t share his love of the insect world. Even those who enjoy the spectacle of fireflies at night would get out the broom if they spotted one of those beetles crawling across the floor in the daytime. 

“I blame our parents completely for that,” said Hebda, perhaps only half-jokingly. “Of course, we’re supposed to keep things clean ... ensuring that you don’t have vermin and insects that are crawling around.”

When it comes to fireflies, “the other elements that some people may find repulsive are masked by that absolutely gorgeous and mysterious sight. We may know the chemical processes as to how it works but still it’s a mystical thing.”

I can only agree as I later look over my exposures from the Scorpius session. A few have been firefly photobombed with short, green streaks of light. Just beetles. But pretty magical ones just the same. 

Planets in focus: Secrets of an astrophographer

Astrophotographer Art Cole stands next to his Schmidt-Cassegrain telescope at his Hammonds Plains home. (JOHN McPHEE)

When Art Cole started out in astronomy, he used a 20mm plastic refractor telescope to explore the skies.

“It was basically garbage but you could look at the moon with it and that’s pretty cool if you’re a kid,” Cole told me during a chat at his home in Hammonds Plains.

Several decades later, he’s still captivated by the moon, as well as the planets and deep sky objects such as nebulae and galaxies.

Of course, the equipment he uses has moved up several notches on the cool scale since his observing days as a child in Lower Sackville. Cole’s setup includes an eight-inch Celestron Schmidt-Cassegrain telescope, an 80mm Orion refractor, two DSLRs (Canon 7d Mark II and Canon T3i) and an array of photo-processing software programs.

As the cameras and processing wizardry indicate, Cole’s specialty is astrophotography, which is why I ended up in his living room sipping tea and munching cookies under the watchful eye of the family dog Romeo.

As a fellow member of the Royal Astronomical Society of Canada, I’ve come to admire his work on planets such as Mars, Jupiter and Saturn, as well as deep sky targets such as the Orion Nebula and the Andromeda Galaxy. (Check out his Flickr page here).

Cole and other RASC astrophotographers such as Blair MacDonald and Jeff Donaldson produce amazing celestial portraits full of detail and colour.

I wanted to talk about Cole’s planetary photography techniques in particular because Mars (in the constellation Scorpius) and Saturn (in Ophiuchus) are rising into view in the evening southeast.

While Saturn and its famous ring system is a perennial favourite of astrophotographers, Mars’ disc is often too small to capture details of polar ice caps and vast lava plains. But Mars is closer to Earth than it’s been for 13 years so many planetary specialists are turning their camera-laden telescopes toward the Red Planet this time around.

So how does Cole get those sharp, detail-filled planetary shots? The short explanation is, don’t take photos, take video. And be prepared to spend a lot of time with those photo-processing programs.

Cole explains.

“If you’re looking through a telescope at an object, they’re blurry and all of a sudden, boom, you can see the Great Red Spot (on Jupiter). Or if you’re looking at Mars, boom, you can see the polar ice cap and other features and all of a sudden it disappears again.”

That inconsistency is caused by atmospheric turbulence. When the atmosphere is calmer, that’s known as a night of good "seeing."

“The idea behind video astrophotography is, you’re capturing an incredible amount of frames. ... I usually capture about 30 frames per second with my gear. ...  Most of those frames are going to be in moments of poor seeing when the planet’s blurry and you’ll never get any detail. Whereas a certain percentage of them will be moments of good seeing. The planetary imaging details will be nice and sharp.”

Mars is seen in April 2014. The Red Planet is now about 75 million kilometres from Earth, its closest approach in 13 years. (ART COLE)

 Jupiter and a couple of its moons are seen in February 2014. (ART COLE)

Cole captured this image of the lunar crater Bullialdus with his iPhone 4s from the 60-inch telescope at Mount Wilson Observatory. (ART COLE)

An image of Saturn processed from video taken through an iPhone in February 2014. (ART COLE)

Art Cole designed a bracket that attaches his iPhone to his telescope, which keeps the phone camera steady taking video of the planets and the moon. (ART COLE)

 Cole visits with Tom Mason, a telescope operator at Mount Wilson Observatory near Los Angeles, in December 2012.

That’s where the processing software comes in.  

He recommends a popular, and free, software program called Registax. He also uses PIPP, which stands for Planetary Image Pre Processor.

“It goes through your video, every single frame. It determines whether or not they’re blurry or they’re sharp. And it will re-order them from best to worst. And you can say, I want to keep the best 10 per cent or 25 per cent or whatever.

“If you have really, really good seeing, you might keep 80 per cent of the frames. With poor seeing, you might keep 10 per cent. But usually I keep around 25 per cent, that’s OK. In the end, you wind up with a much shorter video with much better frames in it.”

 But wait, there’s more — processing, that is.

Because it’s video and the exposures are short, they tend to be very grainy: there’s a lot of “noise” from the camera. As well, the image of the planet will jump around in the video because the wind slightly nudged your telescope or your tracking drifted a bit.

Registax and PIPP can be used to align the frames so the planet remains in the same spot and reduce the noise.  

For the finishing touches, such as bringing out the details in the image, you guessed it. More processing! Cole favours Images Plus, although other programs such as Photoshop can be used.

Cole offered a few other tips to budding astrophotographers:

• Use the gear you have (if you have it.) Don't spend money on expensive new gear until you've mastered what you have.

• Learn the ins and outs of your processing software. You can work miracles out of digital data if you understand what digital processing tools you have at your disposal.

• Be creative in your processing techniques and try out lots of new ideas.

• Learn from other people to find out how they create their images. The Internet can be helpful too, but beware — much of the information in online discussion forms can be misleading or just plain wrong.

Cole’s grasp of the technical aspects of astrophotography comes naturally. He’s an engineer for JASCO Applied Sciences, an underwater acoustics company that measures the exact amount and impact of sound for environmental reviews of offshore and other projects.

He’s also worked as a systems engineer at MDA Corporation, a communications company that specializes in satellite technology and robotics. MDA’s projects have included the Canadarm on the International Space Station and the Earth observation satellites RADARSAT-1 and 2.

“I’ve always been interested in all kinds of sciences — biology, physics, math, astronomy, the whole thing,” Cole said. “I used to read encyclopedias for fun when I was a kid!” (Courtesy of his mom, who bought an entire set from a door-to-door salesman.) 

Not surprisingly, he’s put his engineering and design skills to good use as an astrophotographer. He designed his own bracket (see photo above) to attach his iPhone to his telescope, which in fact sparked his interest in astrophotography several years ago. He wrote an article for Sky and Telescope's February 2013 issue about the project, which in turn led to an invitation from Mount Wilson observatory near Los Angeles to experiment with the iPhone bracket on the venerable 60-inch telescope.

Besides possible upgrades in equipment (“there’s always the appeal of better cameras”), Cole doesn’t foresee any big changes in how he captures his celestial portraits.

When he started out in astrophotography, he figured he’d be able to image three deep-sky objects a night. Not so much.

“You might do three nights per object. At this rate, I’m never going to run out of stuff to take pictures of. I just really enjoy it.”

Finding light in the darkness

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A little light painting can help pass the time during a long exposure of the night sky. (JOHN McPHEE)

The constellation Orion is sinking in the west and Lyra is rising on the other side of the sky.

I’m driving as slowly as possible to avoid breaking an axle on this obstacle course of bumps and potholes, otherwise known as a road. 

It’s cold but not so cold that I have to don long undies and heavy duty footwear to prepare for an evening of stargazing. 

Yes, it’s springtime in Nova Scotia.

The dirt road that’s giving my aging car such a hard time leads to an observing site owned by the Royal Astronomical Society of Canada (Halifax Centre). Since we moved to the city five years ago, it’s been my go-to observing site when I want to see fainter objects than planets or the moon. 

While secluded enough for decent dark sky observing, it’s a fairly quick drive from Halifax.  (That’s about all I’ll say on that score because the society prefers to keep its specific location under wraps for security reasons.)

If you’ve been a member for long enough and have been given a rundown on site operations, you get a key that gets you past the locked gate.

Quick, raise your hand if you’re good at not losing things like keys. Not so fast, McPhee. 

No problem. I’ll just heave my Orion Dobsonian telescope, camera gear and observing chair over the gate and forgo the comforts of the warm-up room. One thing about astronomy as a hobby, you learn how to lug things around in the darkness. (Pro tip: Get a good headlamp with a red-filter option to keep your eyes dark-adapted and your hands free for the lugging. Mine is a Petzl Tikka XP. ) 

Usually I don’t have to jump the gate because other key-carrying members are around. But there’s a moon tonight and even though it will set quickly, observers usually wait for moonless nights. Fainter objects such as galaxies and nebulae are washed out even when the moon is not full, like tonight. 

As it turns out, that crescent moon is one of my photo targets. The bright reddish star Aldebaran will be very close by, known in the business as a conjunction. Usually these events involve the moon and planets, but sometimes a star that lies on the ecliptic (the path in the sky followed by the moon, sun and planets) steps up for a conjunction photo-op.

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The star Aldebaran is seen in conjunction with the crescent moon on April 10, 2016. (JOHN McPHEE)

After the moon sets and true dark sets in, I’ll point my camera and telescope toward Leo and Virgo to do some galaxy hunting. 

But mostly I’ll just sit back in the darkness and soak up the silence. In these parts, the quiet is often punctuated by hoots of barred owls and howls of eastern coyotes. Even better. 

If I’m to remain a respectable member of society, I must escape it on a regular basis. Halifax may be a small city but it’s got more than enough concrete, noise and people for my comfort level.  

The urge to escape has been more intense than usual lately. I and over 50 other newsroom staffers have been on strike from a certain Halifax newspaper for about 100 days now. It’s been an incredibly stressful and uncertain time for us and our families.

I’ve never been a glass-half-full guy. If you’re looking for somebody with a sharp eye for the downside, I’m your man. But in the cesspool of negativity that constitutes a bitter strike, you’ve got to hang on to the positive things. 

For me,  it’s hearing, “Come over here, Poppa,” from a twinkle eyed two-year-old beckoning me to the sofa to watch The Wiggles.

It’s the amazing support we’ve received from other unions or from strangers who drop by the picket line with coffee, gift cards or simply words of encouragement.

It's that warm feeling when you've nailed Famous Blue Raincoat, even after your third glass of wine. 

It's my spouse's laugh. Kathy's got a great laugh. 

And it’s nights like this one under the starlit sky.  I’m alone in the dark but hey, I’ve got my fancy headlamp. All’s well. 

---

Spring ahead to the vernal equinox

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THE SUN SETS OVER KEJIMKUJIK LAKE IN NOVA SCOTIA. THE SUN WILL CROSS THE CELESTIAL EQUATOR INTO THE NORTHERN HEMISPHERE ON MARCH 20 AT 1:30 A.M., MARKING THE BEGINNING OF SPRING. (JOHN MCPHEE)

While the bright constellations of winter depart the celestial stage, the star that gives us life will also make a noteworthy transition this month. 

The sun will cross the celestial equator from the southern hemisphere to the northern half on March 20 at 1:30 a.m. ADT - the vernal equinox. 

Of course, the sun isn't actually moving - we are. As the Earth zips around our home star, different parts of the planet get more or less sunlight at various points in that orbit.

That's because the Earth's spin is a little crooked - it's tilted 23.5 degrees compared to the plane of our orbit. 

From late March onward, we northerners get the benefit of the tilt, while the sunlight begins to fall more directly on the southern hemisphere in September. 

Earth isn't the only off-kilter planet in our system. On the extreme end is the cold gas giant Uranus, which rotates virtually sideways in space at 82 degrees, according to NASA's website on weather in the solar system. 

But another gas giant, Jupiter, is tilted only three degrees. And Jupiter's spin isn't only super straight, it's super fast.  The planet whirls around so quickly that its poles are slightly flattened.

Jupiter has moved into prime viewing position in the evening sky this month, after being part of the planetary party at dawn last month. It's high in the southeast by 10 p.m. in Nova Scotia in the constellation Leo.

Even a small telescope will reveal the faint cloud bands that wrap around this gas giant. You’ll also notice dots of light around the planet, which are Jupiter’s largest moons. 

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I took this (Not great) photo on Feb. 23, 2016, when all four of Jupiter's Galilean moons were visible.

You’ll often see all four of the “Galilean” moons Callisto, Io, Europa and Ganymede, which are named after the Italian astronomer who first saw them in his newly upgraded 20x telescope on Jan. 7, 1610.

Turning our gaze out beyond our solar system, we see the changing of the guard from the winter showpieces of Orion, Canis Major and Taurus to the more subtle spring constellations.

Leo the Lion leads the charge in the east ‐ this rather faint constellation is easier to locate than usual. As noted above, this month it encompasses the planet Jupiter, the third brightest object in the night sky after the moon and Venus.   Above Jupiter is the brightest star in Leo, the blue‐white Regulus, which marks the bottom of the constellation's trademark reverse question‐mark.

The much brighter Arcturus marks the otherwise dim constellation Bootes (buh‐OH‐teez) to the east of Leo. When you see this striking rusty star rise in the evening, you know winter's days are numbered. 

King of the planets rising

There’s lots to admire about the planet Jupiter, which rises in the evening in late January into February.

It’s the largest body in the solar system, besides the sun of course. About 1,321 Earths could fit within its sphere.

A celestial body this size creates huge gravitational field in space. Its effects reach all the way to our planet from 778 million kilometres away, which can be a good thing. Asteroids and comets headed for the Earth can be deflected out of harm’s way.

On the other hand, this immense gravitational slingshot can fling objects toward us. It all depends from what part of the solar system the comet or asteroid originates. 

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Mars at top left, Jupiter below with nicely arrayed line of moons (bottom up) Callisto, Ganymede, Europe and Io. The star to the far left is HIP54057. I shot this in 2015 through my old Meade refractor. (JOHN MCPHEE)

Besides the grandeur of the planet itself, Jupiter’s array of moons is unparalleled in our system. At last count, 67 bodies were known to orbit the planet.

The four largest  - Callisto, Io, Europa and Ganymede - are known as the Galilean moons, after the Italian astronomer who first documented them using his rudimentary telescope.

Over 400 years later, they remain a favourite target of astronomical observers. In typical backyard telescopes and good quality binoculars, they appear as specks of light lined up on one or both sides of the planet. Sometimes  the moons and/or their shadows can be seen slowly crossing Jupiter's disc, known as transits.  You’ll need a telescope that has a lens or mirror at least 90 millimetres in diameter to observe these events. 

Usually only one moon or one shadow can be seen at a time but occasionally two are visible. Much rarer, usually only once or twice a decade, is a triple transit. Check out Sky and Telescope's calendar of Jovian moon events here. 

Jupiter is the only planet that's prominent in the evening this month. But early birds can catch the sight of all five naked eye planets. From east to west, Mercury, Venus, Saturn, Mars and Jupiter will span the sky at dawn. Mercury will be the toughest to spot low in the east because it's relatively dim and closest to the sun. But this plenitude of planets hasn't happened for a decade so get up early and enjoy the show. 

Ancient names in the sky

THE LITTLE DIPPER AS SEEN FROM PEI, CANADA

About 10,000 years ago, skywatchers in the cradle of civilization, Mesopotamia, were the first to put names to what they saw in the heavens.

And they came up with some great ones: Zubenelgenubi. Unukalhai. Rasalhague.

The stars that inspired these names were more than just pretty things to look at for the ancient Arabs. Since agriculture was crucial to the civilization in what's now Iraq, the stars that accompanied the changing seasons helped mark the best time to sow and to reap.

Many of the names they gave the stars have survived the ages.  The star that gets my vote for best name, Zubenelgenubi (zoo-BEN-el-ja-NOO-bee), is found in the constellation Libra. (Look to the right of the waning gibbous moon after midnight on April 7).

Zubenelgenubi can be found at the western corner of the triangle formed by Libra's brighter stars. To find this faint constellation, look between the bright stars Antares low in the south and Arcturus, higher and to the west.  

If you've got sharp eyesight, and are away from city lights, you'll notice that Zubenelgenubi has a much fainter companion. The pair, which is likely a true double-star related in space about 77 light-years away, gets more interesting in binoculars or a wide-field telescope. You can see a striking contrast between the blue main star and the whitish (some observers say it's yellow) companion.

Another celestial tongue-twister, Unukulhai (uh-NOO-kul-lye), can be seen in small, dim constellation above and to the east of Libra. Unukalhai is the only star that stands out in Serpens Caput, the Neck of the Snake. It's also a multiple-star system but its two other companions aren't visible.

Not just any star 

Look to the opposite side of the sky to find another star whose name dates back through the millennia. It's easier one to pronounce, Kochab (KO-cab), which may come from al-kawkab, Arabic for "the star." According to good old Wikipedia, this singular name may refer to the fact Kochab was close to the northern pole at about 1,100 B.C. (It's the star in the image above at the bottom left of the Little Dipper bowl. Polaris is the star at the end of the dipper's handle.)  

For us, of course, another star has that distinction. All stars in the sky appear to revolve around Polaris, the North Star, because now it's located directly above the Earth's northern axis.

You can easily track this motion by watching the Little Dipper through the night, as Kochab and the other Dipper stars swing around steadfast Polaris.

The Dipper's appearance can be predicted from month to month as well. On April evenings,  Kochab can be seen at about the 3 o'clock position, if Polaris were the centre of the clock.

You'll probably notice Kochab before you see Polaris, even though Kochab is slightly dimmer. It has a distinctive orange hue that really jumps out in binoculars or a scope. Kochab is an impressive star by any measure - it's 500 times brighter and 50 times the size of our sun.