Saturday, December 25, 2021

 

How one B.C. group, First Nations bought out trophy hunters

Buying out trophy hunters

Butchart Gardens, the slopes of Whistler, a wine-lover’s adventure through the Okanagan — these are some of the hot spots many tourists to British Columbia look to tick off on their way through YVR.

But for a select few, the province’s draw lies in its woods, broken highlands and rugged coastlines, a canvas to hook a 30-pound salmon or bag a huge diversity of big game.

“About 75 per cent of our clientele are international clients,” says Scott Ellis, CEO at the Guide Outfitters Association of British Columbia (GOABC), which represents between 60 to 70 per cent of the roughly 245 fishing and hunting outfitters in the province.

“We've got species of stone sheep and mountain goat you’ve got nowhere else. We’ve got three kinds of moose.”

As of 2017, GOABC says the industries brought in $192 million and employed about 2,500 people. When the pandemic hit, that business evaporated overnight, leaving fishing lodges and hunting guides to shut down or struggle on a trickle of dedicated hunters from places like Ontario.

According to government data, the 2020-21 season saw a more than a four-fold decline in the number of hunting licences issued to hunters from outside of B.C. In the biggest post-pandemic decline, the number of licences sold to non-residents to kill black bears fell 23-fold, dropping from 2,210 in the 2019-20 season to 96 last year.

Elsewhere across Canada, Dominic Dugre, president of the Canadian Federation of Outfitter Associations, says hunting guides have lost 99 per cent of their clients.

Desperate for a paycheque, many guides had moved into construction or the oil and gas industry. Business had climbed back up to 85 per cent in the fall and things looked up.

Then Omicron hit. Now many of the guides still operating are turning to offer their hunting cabins to clients more interested in snowshoeing, hiking or viewing wildlife, says Ellis.

“You don’t have any revenue for a year and a half, it’s pretty devastating for those folks,” he says.

For others, that pivot isn’t coming fast enough. The drop in foreign trophy hunters during the pandemic has offered a glimpse of a province where killing animals for sport is relegated to the past.

Most British Columbians agree. One 2015 survey found 91 per cent of B.C. residents opposed hunting animals for sport; another in 2017 found four in five Canadians supported an outright ban on trophy hunting.

In 2017, the province banned the grizzly trophy hunt, but left opponents questioning, what if another government overturns that decision?

A more pressing concern, say conservationists: the B.C. government has moved to defer old-growth logging, there remains no legal shield to protect roughly 60 species preferred by trophy hunters, such as black bears, wolverines, cougars and wolves.

Some B.C. First Nations run their own trophy hunting guide operations, while others, like the Coastal First Nations, argue that there is no good economic or ecological justification to kill animals for sport — a bear, they say, is worth far more alive than dead.

Over 500 kilometres from British Columbia’s biggest urban centres, where fjords butt up against the largest intact coastal temperate rainforest in the world, First Nations fought trophy hunters and won.

As B.C. looks to reset how it manages forests in the province, the victory against trophy hunting offers lessons for an alternative path: how to phase out an extractive industry and replace it with something that lasts. ?

BUYING THE RIGHT TO LIVE

One day over two decades ago, Brian Falconer remembers looking around and thinking, “I have nothing in common with these people.”

A former angling guide turned conservationist, in 2005, Falconer, along with other First Nations, began to have some “serious confrontations” with a guide outfitter who owned a trophy hunting tenure in the Great Bear Rainforest.

At the time, Falconer says there was “zero interest” in moving away from trophy hunting. The province charges less than $2,000 for a five-year commercial hunting guide licence. But the seemingly endless supply of rich foreign hunters willing to pay thousands of dollars for a single trip means the value of commercial hunting licences skyrocket.

Despite the financial incentive to hold on to the licences, hunting guides still had to put up with the people opposing them. “When are you going to leave us alone?” Falconer remembers the guide telling him.

At the time, Doug Neasloss, chief councillor of the Kitasoo/Xai’xais, had been working to build up an ecotourism industry in his community of Klemtu since the 1990s.

The First Nation’s 5,000 square kilometres of traditional territory extends deep into the Great Bear Rainforest, a place with a huge diversity of wildlife and the highest concentrations of spirit bears in the world.

The early years were bumpy. After the First Nation’s kayak guide business failed, Neasloss says they decided to focus on the bears.

People started coming from around the world to see them. But there was a problem. In the early 2000s, Neasloss says wildlife guides would keep running into gruesome signs of a trophy hunt: dead bears with no head, no fur and no paws, left to rot.

When they did see a live bear, Neasloss says they were so terrified of the hunters they would usually be running away into the bush.

That’s when Kitasoo/Xai’xais and Falconer’s organization, Raincoast Conservation Foundation, struck upon a solution. Why not buy out the hunting guides directly??

In 2005, the hunting outfitter agreed and Raincoast bought the commercial hunting rights to a 25,000-square-kilometre tract of land. Since then, they’ve purchased four more tenures, effectively ending trophy hunting in over 38,000 square kilometres of forest, an area larger than Vancouver Island.

Instead of bringing in hunters with long-barrel rifles to shoot bears, guides take visitors on boats, helicopters and into the forest wielding camera lenses and binoculars. Slowly, the animals learned to no longer fear the mere presence of humans, says Neasloss.

Evidence shows the strategy is paying off.

Since 2005, Falconer calculates more than 1,300 animals, including nearly 900 bears, have had their lives spared in the commercial hunting tenures they control. By 2030, the number of animals saved from a trophy hunt will soar to nearly 5,000, including second- and third-generation bears that would never be born were their parents killed.

“You’re literally buying the right not to kill these animals. You’re buying the lives of these animals to live every year,” says Falconer, who now works as Raincoast’s Guide Outfitter Coordinator.

REBUILDING A COMMUNITY

Long before he was chief, Neasloss was a guide. When he started in the 1990s, unemployment had soared to almost 90 per cent in Klemtu.

“There just wasn't a lot of opportunities here. We live on an island on the Central Coast, extremely isolated,” he says.

In a year Neasloss describes as “a dark time for our community,” Klemtu was devastated by a series of deaths. Suicide, he says, spread like a "contagious virus" taking many of the community's young people.

The community organized to make changes, but many were skeptical tourism would take them in a positive direction.

At one band meeting, people stood up and said they worried outsiders would come into the community, peering into people's windows, buying up all the food at the store and running the fuel station dry.

For a people who have bears embedded in their dance, stories, art and identity, the biggest question, says Neasloss, was “am I selling my culture?”

The community of Klemtu spent a lot of time deciding what was culturally appropriate to share with outsiders and what was off-limits.

In the decades since, Klemtu has seen significant change. One of its architectural showpieces, the Spirit Bear Lodge, is a modern take on a traditional longhouse overlooking the Great Bear Sea. From bedroom windows, visitors from around the world can spot humpback whales and otters before setting out to explore the First Nation’s territory.?

Tourist revenue started to double, growing from $100,000 annually to roughly $2.5 million in 2019. Jobs followed. The ecotourism operation has grown from a two-man operation to employing roughly 40 per cent of the community’s working population. Dozens more benefit from the outfit’s economic spin-offs, from the band store to boat operators and local artists.

Beyond a financial windfall, it’s given the people of Klemtu a chance to raise the next generation of stewards to look after their traditional territory and stay connected with their culture.

“They get paid to be themselves, they get paid to be Indigenous. They get paid to interpret who they are and where they're from, and share the culture with people from around the world,” says the chief.

A GROWING SOLUTION — WITH LIMITS

Beyond Klemtu, nine other Coastal First Nations — out of 204 total across B.C. — have entered into partnerships with Raincoast to manage their territories.

Falconer says his group can only buy out trophy hunting licences where there’s a willing buyer and he has support from First Nations. Ellis, meanwhile, says he supports any “willing seller, willing buyer” agreement.

First Nations’ roles are essential. Without them, there would be nobody to keep an eye on roaming trophy hunters, or regulate a permit system to limit the number of non-Indigenous tour guides operating in the territory.

“We don't want it to be overrun,” says Neasloss, whose nation offers 18 permits to sport fishing and ecotourism guides. “We don't want it to be like the Galapagos and we want to make sure it's sustainable.”

More than 400 kilometres down the coast at the southern end of the Great Bear Rainforest, the Homalco First Nation is the latest community to partner with the Raincoast Conservation Foundation.

Last month, the conservation group announced it was working to raise $1.92 million to purchase its sixth hunting tenure — this one at more than 18,000 square kilometres. If the sale goes through, First Nations and conservationists will have protected a piece of land bigger than the entire country of Costa Rica.

As Falconer put it at the time, “This is part of a just transition to a new economy.”

That “new economy” means Homalco tour operators have hosted a number of high-profile celebrities over the years, adding an even bigger draw for young people deciding what to do with their future.

“What the residential schools have done was the shaming around our culture and being First Nations,” says Homalco Chief Darren Blaney. “It takes that away and then it shows you there's people that value what our people knew — artisanal knowledge, how our people survived in the territory.”

With the rich and famous come big tips from such celebrities as Prince Edward, Microsoft's Bill Gates, and one of the guides' favourites, actor and comedian Chris Rock.

Studies carried out by Raincoast and First Nations have found an economy based on ecotourism generates 15 times more employment and 11 times more direct revenue than one based on trophy hunting. But relying on destination tourists also has its downside.

The flights, the lodging, the time — it all adds up, meaning many of those who can afford it are wealthy clients coming from Europe and Australia, or from the United States. A border closure that affects trophy hunters also affects wildlife guides in Klemtu and the Bute Inlet.

Guides haven't been idle. Kitasoo/Xai’xais operators have used the opportunity to help scientists determine how long a bear viewing group can stay and how big it can get before impacting the local ecosystem.

“A lot of that science is not out there in British Columbia, so we thought we'd take a lead on it and that gives us the information to be able to back up some of our management closures,” says Neasloss.

The two years downtime has also prompted Coastal First Nations, including the Kitasoo/Xai’xais, to remove hundreds of tonnes of trash in one of the largest beach cleanup operations in the province’s history.

And despite the pandemic, bear viewing tours are booked two years in advance with a full slate of visitors scheduled to arrive in Klemtu next spring. With the rise in Omicron cases, Neasloss says they still have another month before they have to start making decisions on delaying tours.

In the end, he says, “we’ll find ways to keep people employed.”?

'AN INCREMENTAL APPROACH'

Outside the pandemic, both communities are looking ahead to an even bigger transition, a carbon-neutral world. Klemtu already runs its own micro-hydropower generating station and a number of houses have been upgraded with heat pumps and solar panels.

But like any ecotourism operation relying on foreign visitors, mitigating emissions from international flights remains a big unanswered question. How do you build a business celebrating nature when clients are dumping thousands of litres of jet fuel emissions into the atmosphere to see you?

One solution is to turn to clients closer to home. While Neasloss and Blaney both say they’ve seen a growing number of Canadians join their tours, there’s still not a big enough pool of local people to replace international travellers.

For the Homalco, Blaney says removing trophy hunters from their territory needs to be seen for what it is — a cog in a system of government-regulated extractive industries that have long shut out First Nations.

In that light, partnering with Raincoast and working to build the high-end tourism infrastructure seen in Klemtu is part of what he calls “an incremental approach” to regain full control over its territory.

It's an understanding of a world where biodiversity loss and a warming global climate system cannot be separated. But neither can the people that keep watch over the land.

“We're gonna start saying ‘it’s our land,’” says Blaney. “You got to get ready for a new landlord.”

CORPORATE INTIMIDATION
Charges no longer proceeding against journalists arrested at B.C. pipeline protest



Fri., December 24, 2021

PRINCE GEORGE, B.C. — Charges are no longer being pursued against two journalists who were arrested last month while reporting on the RCMP's enforcement of an injunction at a pipeline construction site in northern British Columbia.

Documents filed with B.C. Supreme Court this week show the company building the Coastal GasLink pipeline filed notices to discontinue the proceedings against photojournalist Amber Bracken and documentary filmmaker Michael Toledano.

The pair had been charged with civil contempt of court and were conditionally released by a judge three days after they were arrested along with members of the Gidimt'en clan, who oppose the construction of the natural gas pipeline in Wet'suwet'en territory.

Bracken and Toledano are no longer required to appear in court in February or to comply with the terms of the injunction first granted in December 2019.

Opposition among Wet'suwet'en hereditary chiefs to the 670-kilometre pipeline sparked rallies and rail blockades across Canada last year, while the elected council of the Wet'suwet'en First Nation and others nearby have agreed to the project.

The pipeline would transport natural gas from Dawson Creek in northeastern B.C. to a processing facility in Kitimat.

It is more than halfway finished with almost all the route cleared and 200 kilometres of pipeline installed, Coastal GasLink has said.

This report by The Canadian Press was first published Dec. 24, 2021.

The Canadian Press
HE HAS A DIFFERENT VIEW
ONTARIO
Light show's solar system put back in order by seven-year-old stargazer


STRATFORD – It took a seven-year-old with a surprisingly expansive knowledge of our solar system to literally put the planets back in order for a holiday lights display here.

Author of the article: Galen Simmons
 • Stratford Beacon Herald
Publishing date:Dec 25, 2021 • 
Lights On Stratford general manager Kaileigh Krysztofiak, seven-year-old Jaxon Brooks and Destination Stratford executive director Zac Gribble point out the storm in Neptune's southern hemisphere that recently led Jaxon to realize Neptune and Uranus were out of order in the winter lights festival's Journey to the Stars exhibit on Tom Patterson Island. (Galen Simmons/the Beacon Herald)

STRATFORD – It took a seven-year-old with a surprisingly expansive knowledge of our solar system to literally put the planets back in order for a holiday lights display here.

On his first visit to the Lights On Stratford winter festival’s Journey to the Stars display on Tom Patterson Island, Jaxon Brooks noticed something wasn’t quite right with two of the planets.

“I just saw that Neptune was where Uranus was because it’s a darker shade than Uranus, so I instantly knew it was wrong,” Brooks said. “I’ve been learning (about planets) on my own since about 2020, I think.”

According to his mom, Kelsea Flood, Jaxon has been reading and re-reading a book about the solar system in bed every night for the past few years, which gave him an in-depth understanding of the physical details of each planet.

Since the lit-up planet balloons on Tom Patterson Island are about as detailed as they can be, it didn’t take long for Jaxon to recognize Neptune was out of order based on the characteristic dark spot in its southern hemisphere. On the actual planet, that spot is a massive spinning storm with wind speeds of up to 2,400 kilometres per hour – the highest recorded wind speeds ever recorded on any planet in the solar system.

So, after a quick Google search to convince his mom the planets were, in fact, misplaced, Flood messaged Destination Stratford executive director Zac Gribble to see if the mistake could be fixed.

“When we received the planet display, the planets were not labelled,” Gribble said. “After some debate, we figured out (what we thought) was the proper order from the Sun and we set it up. It turned out that it was a mistake on a planetary scale with the final two planets”

While more than 8,000 people walked through the planets on Tom Patterson Island over the exhibit’s first few days, enjoying the 1,000 stars overhead, the giant sun in the centre and the planets of our solar system around the edge, Jaxon was the only person to spot the error, Gribble said.

“I was just thrilled that Jaxon insisted that his mom get in touch with us and let us know about this mistake,” Gribble said. “We verified it and immediately corrected it, so the universe is back in alignment.”

Overall, Jaxon said he loves the Journey to the Stars display, and is happy Gribble and his team at Destination Stratford were able to put Neptune and Uranus back in their rightful positions around the Sun.

“He was just so excited that he could literally move the planets,” a laughing Flood said.

gsimmons@postmedia.com

Five of the most exciting telescope pictures of the universe

Five of the most exciting telescope pictures of the universe
Credit: Hubble: NASA, ESA, and Q.D. Wang (University of Massachusetts, Amherst); Spitzer: NASA, Jet Propulsion Laboratory, and S. Stolovy (Spitzer Science Center/Caltech)

The forthcoming launch of the James Webb Space Telescope offers unprecedented new opportunities for astronomers. It's also a timely opportunity to reflect on what previous generations of telescopes have shown us.

Astronomers rarely use their telescopes to simply take pictures. The pictures in astrophysics are usually generated by a process of scientific inference and imagination, sometimes visualized in artist's impressions of what the data suggests.

Choosing just a handful of images was not easy. I limited my selection to images produced by publicly-funded telescopes and which reveal some interesting science. I tried to avoid very popular images which have already been viewed widely.

The selection below is a personal one and I'm sure many readers could advocate for different choices. Feel free to share them in the comments.

1. Jupiter's poles

The first image I've chosen was produced by Nasa's Juno mission, which is currently orbiting Jupiter. The image was taken in October 2017 when the spacecraft was 18,906 kilometers away from the tops of Jupiter's clouds. It captures a cloud system in the planet's northern hemisphere, and represents our first view of Jupiter's poles (the north pole).

The images this picture is based on reveal complex flow patterns, akin to cyclones in Earth's atmosphere, and striking effects caused by the variety of clouds at different altitudes, sometimes casting shadows on layers of clouds below.

I chose this image for its beauty as well as the surprise it produced: the parts of the planet near its north pole look very different to the parts we had previously seen closer to the equator. By looking down on the poles of Jupiter, Juno showed us a different view of a familiar planet.

2. The Eagle Nebula

Five of the most exciting telescope pictures of the universe
This image allows us to see into the dense, dusty regions of space where star formation takes place. Credit: G. Li Causi, IAPS/INAF, Italy, CC BY 4.0

Astronomers can obtain unique information by building telescopes which are sensitive to light of "colors" beyond those our eyes can see. The familiar rainbow of colors is only a tiny fraction of what physicists call the electromagnetic spectrum.

Beyond red is the infrared, which carries less energy than optical light. An infrared camera can see objects too cool to be detectable by the human eye. In space, it can also see through dust, which otherwise completely obscures our view.

The James Webb Space Telescope will be the largest infrared observatory ever launched. Until now, the European Space Agency's Herschel Space Observatory has been the largest. The next image I've chosen is Herschel view of star formation in the Eagle Nebula, also known as M16.

A nebula is a cloud of gas in space. The Eagle Nebula is 6,500 light years away from Earth, which is quite close by astronomical standards. This nebula is a site of vigorous star formation.

A close-up view of a feature near the center of this image has been called the "Pillars of Creation". Appearing a bit like a thumb and forefinger pointing upwards and slightly to the left, these pillars protrude into a cavity in a giant cloud of molecular gas and dust. The cavity is being swept out by winds emanating from energetic new stars which have recently formed deeper within the cloud.

3. The Galactic Center

This image looks deeper into space to the center of our Milky Way Galaxy. It also uses infrared light, this time combining data from two Nasa telescopes, Hubble and Spitzer.

The bright white region in the lower right of the image is the very center of our Galaxy. It contains a massive black hole called Sagittarius A*, a  and the remains of a massive star which exploded as a supernova about 10,000 years ago.

Other star clusters are visible too. There's the Quintuplet cluster in the lower left of the image within a bubble where the stars' winds have cleared the local gas and dust. In the upper left there's a cluster called the Arches, which was named for the illuminated arcs of gas which extend above it and out of the image. These two clusters include some of the most massive stars known.

4. Abell 370

Five of the most exciting telescope pictures of the universe
Abell 370 is a cluster of hundreds of galaxies about five billion light years away from Earth. Credit: NASA, ESA, and J. Lotz and the HFF Team (STScI)

On much larger scales than individual galaxies, the universe is structured as a web of filaments (long connected strands) of dark matter. Some of the most dramatic visible objects are clusters of galaxies which form at the intersection of filaments.

If we look at galaxy clusters nearby (relatively speaking, of course), we can see dramatic proof that Einstein was right when he asserted that mass curves space. One of the prettiest examples which reveals this warping of space can be seen in Hubble's image of Abell 370, released in 2017.

Abell 370 is a cluster of hundreds of galaxies about five billion  away from us. In the picture you can see elongated arcs of light. These are the magnified and distorted images of far more distant galaxies. The mass of the cluster distorts spacetime and bends the light from the more distant objects, magnifying them and in some cases creating multiple images of the same . This phenomenon is called gravitational lensing, because the warped spacetime acts like an optical lens.

The most prominent of these magnified images is the thickest bright arc above and to the left of the center of the picture. Called "the Dragon," this arc consists of two images of the same distant galaxy at its head and tail. Overlapping images of several other distant galaxies comprise the arc of the dragon's body.

These gravitationally magnified images are useful to astronomers, because the magnification reveals more detail of the distant lensed object than would otherwise be seen. In this case the lensed galaxy's population of stars can be examined in detail.

5. The Hubble Ultra Deep Field

In an inspired idea, astronomers decided to point Hubble at a blank patch of sky for several days to discover what extremely distant objects might be seen at the edge of the observable universe.

The Hubble Ultra Deep Field contains nearly 10,000 objects, almost all of which are very distant galaxies. The light from some of these galaxies has been traveling for over 13 billion years, since the universe was only about half a billion years old.

Some of these objects are among the oldest and most distant known. Here we're seeing light from ancient stars whose local contemporaries have long since been extinguished.

The oldest  formed during the epoch of reionisation, when the tenuous gas in the universe first became bathed in starlight which was capable of separating electrons from hydrogen. This was the last major change in properties of the universe as a whole.

The fact that light carries so much information, allowing us to piece together the history of the universe, is remarkable. The launch of the James Webb Space Telescope will give us some vastly improved infrared images, and will inevitably raise new questions to challenge future generations of scientists.

Image: Hubble snaps a stunning spiral's side
Provided by The Conversation 
This article is republished from The Conversation under a Creative Commons license. Read the original article.The Conversation
Comet Leonard shines amid the Northern Lights and a meteor shower in stunning footage captured by a Chinese spacecraft as the bright green iceball passes by Earth for the first time in 70,000 YEARS

Comet Leonard was discovered in January 2021 by astronomer Gregory Leonard

He saw it in images that were taken from Mt. Lemmon Observatory in Arizona

The ball of ice will make its closest approach to the Sun on January 3, 2022

After its closest approach, if it doesn't disintegrate, it will leave the solar system


By RYAN MORRISON FOR MAILONLINE

PUBLISHED:  24 December 2021

A Chinese satellite captured a stunning view of Comet Leonard as it made its closest approach to Earth, with a strong Aurora visible in the foreground.

Since its discovery in January this year, the comet has been fast approaching both the Sun and Earth, at nearly 160,000 miles per hour.

The image was captured by Yangwang 1, which is a small satellite launched by Chinese technology company, Origin Space, based in Guangdong, China.
Scientist who warned the world of Omicron variant says China's 'Zero Covid' policy WON'T WORK against super-transmissible mutant strain as city of 13 million is locked down, and other top stories from December 26, 2021.

It took it from a short clip while the comet was close to Earth on December 12, which is the closest it has come to our planet in 70,000 years.


A Chinese satellite captured a stunning view of Comet Leonard as it made its closest approach to Earth, with a strong Aurora visible in the foreground
Stunning Comet Leonard approaches Earth amid a meteor shower


LEONARD: AN INBOUND LONG PERIOD COMET


Catalogued as C/2021 AI, comet Leonard is named after the astronomer that first discovered it.

Gregory J Leonard spotted the comet using the Mount Lemmon Observatory on January 3, 2021 .

This was a year before it hit perihelion (the closest approach to the sun).

It last appeared in the inner solar system 70,000 years ago and so is on a 70,000 year orbit of the sun.

This will be its last orbit as it is on a hyperbolic trajectory, meaning it will leave the solar system after its close approach to our host star.
The images comes after two satellites designed to observe the Sun captured video of Comet Leonard as it sped past the Earth on its one way trip past our host star.

Yangwang-1 is a commercial space telescope that was launched earlier this year to image the universe in visible and ultraviolet light.

It is also working on the search for near-Earth asteroids that could one day be mined for resources and returned to Earth.

It was the first commercial Chinese space mission, and was available for use by commercial and non-commercial uses, according to Origin Space.

The spacecraft captured the image of Comet Leonard, seen amidst a sky full of satellites and distant stars, on December 12, 2021.

It is just the latest in a series of aurora images captured by the commercial telescope.

The ball of ice and dust is about half a mile wide, and was discovered in January 2021 by Gregory Leonard, who spotted it in images taken from the Mt. Lemmon Observatory in Arizona.

Back garden astronomers, telescopes around the world, and a range of space observatories have captured images of the bright green comet.



The colorised image, shared by Origin Space, shows the comet with its extended tail visible across the night sky

This is similar to images captured by the NASA Solar Terrestrial Relations Observatory Aspacecraft (STEREO-A), and the European Space Agency (ESA) Solar Orbiter observatory.

STEREO-A has been focused on following the green comet since November, and the team from NASA were able to produce a short animation from dozens of images.

NASA published a 'difference image' to highlight 'outbursts' from the comet, caused when it throws off volatile material like gas and water ice - changing its brightness.

The ESA spacecraft, a joint project with the US space agency, captured a video of the comet streaking across its field of view between December 17 and 19, 2021.
Comet Leonard hurtles through space with Milky Way in the background




A pair of satellite designed to observe the sun have captured video of the bright green Comet Leonard, as it speeds past the Earth for the first time in 70,000 years

Comet Leonard will make its closest approach to the Sun in millennia on January 3, 2022, and ahead of that event both solar observing satellites were pointed in its direction.

NASA produced an animated 'difference image' with a grainy grey background designed to highlight the comet and its tail as it streaks through space.

This was created by subtracting the current frame from the previous frame to highlight differences between them.

Difference images are useful for seeing subtle changes in Leonard’s ion tail, which is the trail of ionised gases streaming from the comet’s body.




The ball of ice and dust is about half a mile wide, and was captured by the NASA Solar Terrestrial Relations Observatory Aspacecraft (STEREO-A) (right), and the European Space Agency (ESA) Solar Orbiter observatory (left)

It can be seen getting brighter and longer towards the end of the short clip.

The video captured by the Solar Orbiter Heliospheric Imager (SoloHI) which is a camera on board the Solar Orbiter spacecraft, shows it streak diagonally across its field of view, with the Milky Way, Venus and Mercury also visible.

During the short sequence, Solar Orbiter moves toward a sidelong view of the comet, revealing more of its tail as it moves through space.

More video could be published of the comet, as SoloHI continued to observe the comet until it left its field of view today.

Its closest pass of the the Sun, on January 3, 2022 will take it within 56 million miles of our star, which is about half the distance between Earth and the Sun.

If it doesn’t disintegrate on its way to the Sun, then Comet Leonard's trajectory will fling it into interstellar space, never to return.

But according to scientists, it may already be splitting up less than a year after it was first discovered, or it will begin to split up soon.

When a comet's orbit brings it close to the Sun, it heats up and spews dust and gases into a giant glowing head larger than most planets.


It will make its closest approach to the Sun in millennia on January 3, 2022, and ahead of that event both solar observing satellites were pointed in its direction

Comets – also called 'cosmic snowballs' or 'icy dirtballs' – are conglomerations of frozen gas, dust and ice left over from the formation of the solar system.

They go around the Sun in an orbit that's highly elliptical, meaning they're not perfectly circular, and can spend hundreds and even thousands of years in the darkest depths of the Solar System before returning for their 'perihelion'.

But Comet Leonard has a hyperbolic orbit, meaning once it passes the Sun it will be ejected out of the Solar System and never seen again by Earthlings.


Comet Leonard was discovered in January 2021 by Gregory Leonard, who spotted it in images taken from the Mt. Lemmon Observatory in Arizona


When a comet's orbit brings it close to the Sun, it heats up and spews dust and gases into a giant glowing head larger than most planets

Comet Leonard likely spent about 35,000 years coming inbound from about 323 billion miles (520 billion km) away and may have last visited the inner solar system about 70,000 years ago.

Comet Leonard makes its closest approach to Earth on Sunday, December 12, prior to its perihelion on January 3.

The comet has a green tail because its icy rock interior heats up the closer it gets to the Sun, first emitting a blue dust, then yellow or white and finally green.

When it turns this teal colour, it means the comet is warm, contains lots of cyanide and diatomic carbon and the potential for it to break up is at its highest.

 Animation shows the trajectory of Solar Orbiter around the Sun



DIFFERENT TYPES OF SPACE ROCKS


An asteroid is a large chunk of rock left over from collisions or the early solar system. Most are located between Mars and Jupiter in the Main Belt.

A comet is a rock covered in ice, methane and other compounds. Their orbits take them much further out of the solar system.

A meteor is what astronomers call a flash of light in the atmosphere when debris burns up.

This debris itself is known as a meteoroid. Most are so small they are vapourised in the atmosphere.

If any of this meteoroid makes it to Earth, it is called a meteorite.

Meteors, meteoroids and meteorites normally originate from asteroids and comets.

Canadian scientists involved in James Webb space telescope say it's a dream come true

This photo provided by NASA, the James Webb Space Telescope is separated in space on Saturday, Dec. 25, 2021. NASA's James Webb Space Telescope soared from French Guiana on South America's northeastern coast, riding a European Ariane rocket into the Christmas morning sky. The $10 billion infrared observatory is intended as the successor to the aging Hubble Space Telescope. (NASA via AP)

Virginie Ann, The Canadian Press
Published Saturday, December 25, 2021 

MONTREAL - As the world tuned in on Christmas morning to see NASA's James Webb Space Telescope lift off, Canadian scientists who played a crucial part in its creation were emotional.

The collaboration between European and Canadian space agencies soared from French Guiana on South America's northeastern coast on Saturday, riding a European Ariane rocket into the Christmas morning skies.

Rene Doyon, principal investigator of the telescope, said seeing the launch in-person was the best Christmas gift he could have ever hoped for. COVID-19 requirements meant most Canadian scientists who worked on the project had to stay home.


“It was an intense moment, absolutely incredible emotions after 20 years of working on the project,” Doyon said in an interview Saturday.

“I could have never imagined that it would have happened on Christmas. It was a good moment for Canada.”

Nathalie Ouellette, outreach scientist for the Webb at the Universite de Montreal, was with her family watching the long-awaited launch in Montreal.

“To see the telescope leave Earth … what a joy for Christmas,” Ouellette said.

“I cried. We took a video to commemorate the moment. The launch went perfectly.”

The telescope will search for unprecedented details on the first galaxies created after the Big Bang, and on the development of potentially life-friendly planets beyond our solar system.

For Lisa Campbell, president of the Canadian Space Agency, the launch was the culmination of a 30-year-old dream.

“What an exceptional day,” Campbell said.

“It's the most powerful and complex space observatory ever built.”

Canada has been working on the James Webb Space Telescope almost from the start and will be among the first countries to study its discoveries, she said.

“It is a new step in astronomy, in understanding the universe, and our place in it,” Campbell said.

“And these scientific discoveries will be possible thanks to Canada's expertise in astronomy.”

At least half of the 600 scientists in the Canadian Astronomical Society have been involved with the telescope and dozens of engineers are part of its design team.


Ouellette noted that the Webb's work is only beginning.

Most people are familiar with Hubble Space Telescope - which was launched in 1990 - but the Webb is set to be 100 times more powerful, she said.

“We often talk about Webb as Hubble's successor,” she explained.

“Webb is much bigger, it will capture more distant objects with low luminosity, look further into the history of the universe.”

The $10 billion telescope started to hurtle toward its destination 1.6 million kilometres away, or more than four times beyond the moon, on Saturday. It will take a month to get there and another five months before its infrared eyes are ready to start scanning the cosmos.

Key to that work will be the Fine Guidance Sensor, which helps aim the telescope, and the Near-Infrared Imager and Slitless Spectrograph, which helps analyze the light it observes.

Both have been designed and built in Canada.

“We are the eyes of the telescope, it's Canadian eyes that allow all observations,” Ouellette said. “Canada has never been involved at this level in this kind of project.”

Innovation Minister Francois-Philippe Champagne issued a statement to congratulate Canadian's expertise, saying past investments in space technologies made it possible for the country to be “an active partner in this exciting mission.”

“Once again, Canada's space sector is pushing the frontier of science and, more so, of astronomy,” Champagne said. “Webb is the largest space science project in the 60-year history of Canada's space program.”

For Daryl Haggard, a professor of physics at Montreal's McGill University and James Webb Space Telescope co-investigator, the telescope is an undeniable source of pride.

“We were looking at the launch video, and my husband was pointing out that he could see the logo for NASA, but also the Canadian Space Agency, right there on the rocket,” she said, her voice breaking with emotion.

“It's pretty awesome.”

Haggard said she hopes the project will put Canada on the map for its astronomical expertise.

People usually refer to Canadarm from the Canadian Space Agency, but this country does much more than that, she said. Canadarm is a robotic arm that supported American space shuttle missions for about 30 years from 1981.

In exchange for Canada's contribution on the telescope, the country is guaranteed at least five per cent of the telescope's observation time, once data starts to come in about six months.

Campbell said this will allow Canadian scientists to further their studies on exoplanets and black holes among other things.

“We will be able to see phenomena at the origin of the creation of our universe, its history,” she said.

“We often wonder why we explore space, but it will tell us so much.”

- With files from The Associated Press

- With files from Bob Weber in Edmonton

This report by The Canadian Press was first published Dec. 25, 2021.

Watch the launch of the James Webb Space Telescope—the most powerful space telescope ever made. This mission is scheduled to lift off at 7:20 a.m. EST (12:20 UTC), Dec. 25, 2021, aboard an Ariane 5 rocket from Europe’s Spaceport in French Guiana. With revolutionary technology, Webb will observe a part of space and time never seen before, providing a wealth of amazing views into an era when the very first stars and galaxies formed––over 13.5 billion years ago. It can explore our own solar system’s residents with exquisite new detail and study the atmospheres of distant worlds. From new forming stars to devouring black holes, Webb will reveal all this and more! It’s the world’s largest and most powerful space telescope ever built. Webb is an international collaboration between NASA, ESA (European Space Agency), and CSA (Canadian Space Agency). Thousands of engineers and hundreds of scientists worked to make Webb a reality, along with over 300 universities, organizations, and companies from 29 U.S. states and 14 countries! Ready to #UnfoldTheUniverse? The greatest origin story of all unfurls soon. Learn more at https://nasa.gov/jwst

 

Scientists tested air at the Pic du Midi observatory for four months and all samples contained microplastics  Photo: AFP/File
Environment

No mountain high enough: Study finds plastic in 'clean' air

Comment

From Mount Everest to the Mariana Trench, microplastics are everywhere – even high in the Earth’s troposphere where wind speeds allow them to travel vast distances, a study shows.

Microplastics are tiny fragments -- measuring less than 5 millimeters -- that come from packaging, clothing, vehicles and other sources and have been detected on land, in water and in the air.

Scientists from the French national research institute CNRS sampled air 2,877 meters above sea level at the Pic du Midi Observatory in the French Pyrenees, a so-called "clean station" because of the limited influence exerted on it by the local climate and environment.

There they tested 10,000 cubic meters of air per week between June and October of 2017 and found all samples contained microplastics.

Using weather data they calculated the trajectories of different air masses preceding each sample and discovered sources as far away as North Africa and North America.

The study's main author Steve Allen of Dalhousie University in Canada told AFP that the particles were able to travel such distances because they were able to reach great altitudes.

"Once it hits the troposphere, it's like a superfast highway," he said.

The research also points to microplastic sources in the Mediterranean Sea and the Atlantic Ocean.

"The marine source is the most interesting," Allen said. "Plastic leaving the ocean into the air that high -- it shows there is no eventual sink for this plastic," he said. "It's just moving around and around in an indefinite cycle."

While the amounts of miroplastics in the samples at the Pic du Midi don't pose a health risk, study co-author Deonie Allen notes that the particles are small enough for humans to breathe in.

And she says their presence in a zone thought to be protected and far from pollution sources should give pause.

"It questions the relationship we have with plastic," she said, adding that the problem is global.

Allen said that it also shows that disposing of plastic by shipping it abroad is a flawed strategy.

"It's going to come back to you," he said.

© 2021 AFP

‘Net-zero is not enough’: A new book explains how to end fossil fuels

Sociologist Holly Buck wants you to know that fossil fuel phaseout isn’t a "fringe" idea.

Verso Books / Holly Jean Buck / Grist


Emily PontecorvoReporter
PublishedDec 22, 2021

In just a couple of years, “net-zero” pledges have become the gold standard of climate action. According to one online tracker, more than 4,000 governments and companies around the world have pledged to go net-zero. But as the concept has caught on, it has invited fierce backlash from climate advocates who worry that it is malleable to the point of meaninglessness.

In her new book, Ending Fossil Fuels: Why Net Zero is Not Enough, sociologist Holly Jean Buck explains how striving for net-zero emissions opens up a wide range of possible futures, some of which could include lots of oil and gas. Buck argues that in addition to focusing on emissions, climate policy should be directed at phasing out fossil fuels.

A net-zero pledge is a promise to achieve a state of equilibrium. It implies that any planet-warming emissions you dump into the atmosphere will be offset by actions to pull carbon dioxide out of the atmosphere. In theory, if the whole world achieved this balance, the planet would stop heating up. But Buck writes that the phrase creates ambiguity that can be exploited by policymakers and corporate interests.

Focusing on net-zero could lead us toward a “near-zero emissions” world powered by renewable energy, or it could also lead us toward a “cleaner fossil world” where we continue burning oil and gas and build a vast network of infrastructure to capture the resulting carbon and bury or reuse it. Indeed, companies and policymakers are already promising to produce “lower carbon” fossil fuels. The U.S. Department of Energy has a new Office of Fossil Energy and Carbon Management focused entirely on meeting climate goals while minimizing the environmental impacts of fossil fuels.

Buck concedes that this cleaner fossil fuel future is technically possible but argues that ending fossil fuels is more desirable, with benefits for human health and the potential to rebalance power, restore democracy, and end corruption. The book is a guide for anyone who agrees and wants to fight for this version of the future. It asks readers to grapple with the complex realities of what a managed fossil fuel phaseout would mean in terms of geopolitics, culture, the built environment, data, and political power.

Ultimately, the book is not just about ending fossil fuels, but about building the capacity to face the end of all kinds of things — whether the end of single-use plastics, or the end of living near the coast because of climate risks. Buck invites readers to think of the end of things not as something negative, but as a way of “taking control of our own destiny.”

Grist spoke with Buck about her perspective on net-zero, her argument for public ownership of the fossil fuel industry, and why the language we use to talk about climate action is so important.

This conversation has been condensed and lightly edited for clarity.

Q.The book is about ending fossil fuels. How do you see this book in relation to the long-running movement to “keep it in the ground”?

A.It’s something I struggled with while writing the book, because there is obviously this vibrant movement that has had some amount of success in terms of shifting the discourse and social norms. At the same time, I’m concerned that shift could be mistaken for a shift in material reality. So the book is asking the movement, how do we convince people that it’s more than just a slogan or an aspiration, and that we have roadmaps for what we would need to do?

It’s also aimed at what I see as an audience of climate professionals, people who I am gently, and in solidarity, critiquing to some extent. I think there’s a lot of people who want to be more radical within the work of climate policy, and it’s an invitation to say, you know what, these radical things actually are more possible than we think. You’re not going to be fringe if you talk about them.

Q.The second part of the title is “why net-zero is not enough” — and elsewhere in the book you call net-zero a “collective delusion” — but ultimately, I don’t think this book is saying that we should aim for absolute zero emissions or advocating for some other emissions framework. Can you explain where you land with net-zero and whether it is useful?

A.I think that despite its problems, it’s useful. The utility of net-zero is both its temporal flexibility and its spatial flexibility. We have to realize that every country has its own roadmap for this transition that is shaped by history, by geography, by colonialism. It’s quite reasonable that countries will have different timelines and that countries in the Global North that have benefited from an unequal exchange should have an earlier net-zero date. They could be removing carbon — be net-negative — while other countries are still working to build out renewable infrastructure. They can balance each other out. That could ease the transition globally if we were smart and fair about it — which I know would be unprecedented given the history of injustice in all of this, but it’s something that I think we can strive for.

I do think we need absolute zero emissions at the end of the century. We have the technology on the horizon to get there by 2100, and if I was writing this book today — I wrote it a year ago — I would be more explicit about saying we should be working towards that.

Q.Is that just in hindsight, or have things changed for you or in the world to make you think that should be the goal?

A.It’s more hindsight. If we say we want full decarbonization by 2030, that just doesn’t seem credible based on the world that we’re in right now and how reliant we are on fossil fuels. But we should be spelling out what this other version of the world looks like in greater detail. I think that’s the next step — saying, OK, full zero by 2100, what will that entail?

Q.One of the things you critique in the book is the way experts have labeled certain industries as “hard to decarbonize” — that it masks the fact that distinctions of “difficulty” are political and economic, not just technical. How do you wish that people talked about this?

A.I’m semi-optimistic about what’s happening in this space. We have initiatives like the Science-Based Targets Initiative that are working to define what’s hard to decarbonize from a technical standpoint. Civil society groups can also make their way into those conversations, so that we will have a set of social norms about what’s hard to decarbonize.

What’s important is having a way to update those norms. Things that were regarded as hard to decarbonize 10 or 15 years ago, now we’re starting to see the private sector — if you believe them — take interest in decarbonizing. With shipping, for example, we’ve seen some interesting investments and commitments to developing methanol or ammonia or hydrogen that could actually decarbonize shipping if we got going with them. So we have to update our assumptions about what’s hard regularly.

Q.The book provides examples where fossil fuels with carbon capture might be a desirable option, whether it’s to save jobs, or in a geopolitical context where it’s the only solution oil-dependent countries with authoritarian governments accept. Do you think there is room for those kinds of solutions?

A.The primary aim was to help people understand the arguments that we’re going to face when we argue for phaseout. We need to know what those arguments will be and figure out compelling ways to counter them. That said, there is some ambiguity there. And part of that is because what I really believe is that this should be up to people to decide.

This is a really tricky thing about the idea of energy democracy. What if you have an overwhelming majority in a place that wants electricity from gas with carbon capture and storage over 100 percent renewables because they’ve appraised the trade-offs and that’s what they think is better? Are we going to say, “OK, that’s what people wanted”? These are hard questions. I don’t have the answer, but I think we need to be talking about that because it’s going to come up.

Q.Towards the end, you make an argument for public ownership of fossil fuel companies. I’m wondering why you’re so optimistic about public ownership, or why anyone should be, given that we have many public institutions that don’t work very well today?

A.This isn’t something that I see working without a broader revolution to a better form of democracy than this neoliberalized, dysfunctional form of democracy that we have right now. So I think you’re absolutely right that this vision of public ownership of things like fossil fuels doesn’t work with what we have today.

This is why the book is actually about a lot more than fossil fuels. It’s about developing democratic planning capabilities for ending all sorts of things that are harming us, whether that’s single-use plastics or pesticides or even social practices. I do think that things like ending fossil fuels or breaking up tech companies can create a self-reinforcing loop with being able to build democratic power. I know this sounds like idealist, activist stuff, but what’s the alternative? The alternative seems totally bleak, so we might as well try for the best case.

Q.In this book, and throughout your other work on climate change, you’re often advocating for new language. Why is that so important to you?

A.This is fundamentally, for me, a cultural shift as much as it would be a shift in energy or infrastructure. For example, do we talk about “ending,” do we talk about “managed decline,” do we talk about “phaseout”? How do we understand that as something that’s actually empowering? Not a decline, but opening up space to build something new that’s amazing. Language is important for unlocking these things. And it needs to be a language that resonates with people in rural areas, with conservative voters, with workers in fossil fuel industries. If it doesn’t work there, it’s going to fail.

I don’t go very far proposing what this language should be because it needs to be invented in conversation with the people who live in all of these places, otherwise it’s not going to take hold. So creating new language is also about listening as much as it is about generating.
What Canada can learn from Iceland's four-day work week trial
THAT WE ALSO NEED A FOUR HOUR DAY  & FULL PAY

Sarah Turnbull
CTVNews.ca Producer
Thursday, December 23, 2021

LONG READ

Iceland is paving the way when it comes to striving for better work-life balance, having just wrapped up a series of trials shortening the typical five-day work week to four.

Starting in 2015, Reykjavik City Council and the Icelandic government launched the initiative spurred by pressure from trade unions and civil society organizations. Their goals were to reimagine citizens’ relationship with work and to determine if compressing office hours would actually enhance productivity.

Jack Kellam, a researcher at U.K.-based think-tank Autonomy, which studied Iceland’s approach, said the experiment proved successful. For the most part, employers found employee well-being increased as stress and burnout decreased and productivity stayed the same or rose.

“Over a course of a number of years, in which trials took place in these workplaces, results showed it had a transformative effect for these workers,” he said in an interview with CTVNews.ca on Nov 2.

He said many participants said they went to work better rested, better prepared, and more motivated for the working day.

“Workers managed to gather their existing working practices and working conditions and made changes to try and make them more efficient and productive…simple things like cutting out meetings, moving to emails,” he said.

The two trials, launched in 2015 and 2017, ultimately involved over 2,500 workers, or more than one per cent of Iceland’s entire working population, and included both nine-to-five and shift workers from a variety of sectors including health care and social services.

Importantly, employee compensation remained at pre-trial levels despite the drop in hours.

According to Autonomy’s summary report, many participants expressed enjoying more time with their families.

One father said, “My older children know that we have shorter hours and they often say something like 'Is it Tuesday today, dad? Do you finish early today? Can I come home directly after school?' and I might reply 'Of course.' We then go and do something — we have nice quality time.”

Others said they experienced less stress at home, more personal time, and better physical and mental health.

Fewer hours at work also reportedly increased productivity, as participants cut back on coffee breaks, water cooler chat, and unnecessary meetings. Many said they perceived Friday off as a “carrot” that kept them going.


“The overarching picture that emerges… is that the Icelandic trials strongly challenge the idea that a reduction in working hours will lower service provision. On the contrary, they show that productivity can, in many instances, be increased through working time reduction,” Autonomy’s report reads.

The trials also proved revenue-neutral for the city council and the government.

Following the experiment, Icelandic trade unions and their confederations secured permanent reductions in working hours for “tens of thousands” of their members across the country.

“In total, roughly 86 per cent of Iceland’s entire working population has now either moved to working shorter hours or have gained the right to shorten their working hours,” the report reads.

Kellam says that while the COVID-19 pandemic wasn’t a factor in the trials, as they’d finished before the disease arrived, the results are even more relevant today as people shift to an at-home work setup and studies show workers are placing more value in work-life balance.

“Prior to the pandemic the four-day work week or short working week was primarily being led by private-sector companies, businesses and so on, but I think we’ve increasingly seen public sector organizations taking interest,” he said.

“It’s given people an opportunity to reflect on their life, what they value and prioritize.”

He also said that a shortened work week policy should be implemented alongside parallel policies including a strict disconnect rule, – encouraging employees to officially “sign off” from work when they’re finished – raising base salaries so that people don’t feel compelled to have to work longer hours, and a lead-by-example approach, so employees feel empowered to make necessary scheduling changes.

These policies shouldn’t be reserved for only white-collar jobs either, Kellam said.

“Something we’re trying to do as a think-tank in our research is to show that a four-day week is a possibility across quite a wide range of sectors, it doesn’t just have to be confined to office work,” he said. “It’s about a more efficient way of sharing around the necessary labor of our economy.”


CANADIAN EXAMPLE

While Canada hasn’t initiated an experiment at this scale, some businesses owners are taking steps to shorten the work week.

Jamie Savage, CEO and founder of Toronto-based recruitment company The Leadership Agency, implemented a four-day work week for her employees in October 2020.

Savage said she initiated the move in response to observations of burnout midway through the pandemic.

“I saw emails coming in at one o’clock in the morning, working on Sundays, and I was like I’m tired and overwhelmed, I can only imagine how my team feels…I said, ‘we need to make a change, this is going to be irreversible damage if we don’t do something about it,’” she told CTVNews.ca in a phone interview.

“Two days later we were a four-day work week company.”

She said it took about three months for the policy to become effective as staff adapted to the change.

“We had to come up with stakeholder communication strategies, making sure our clients knew that their needs were going to be met, come up with time management strategies, and the biggest thing, we never wanted this to feel like it was going to be in exchange for something,” she said.

That included ensuring that her employees knew their pay wouldn’t be docked and there wasn’t an expectation they were to work overtime on the other days of the week.

Savage said that while there have been growing pains, the results a year in have been positive both culturally and financially.

“People started to invest in their physical health and well-being, we started to see this come alive. And since then, our revenue has more than doubled,” she said.

Leading by example is another key element of success, Savage noted.

“It was a real learning curve for me personally and the managers…people need to know it’s safe, we’re doing it, we’re walking the walk, talking the talk, and they’re safe to do it as well,” she said.




GOVERNMENT BACKING


As for a federal pilot, Prime Minister Justin Trudeau didn’t rule out the idea last year when asked about the possibility of implementing a four-day work week program following the pandemic.

“I think there are a lot of people thinking creatively about what the post-COVID world could look like,” he said, speaking to reporters in May 2020. “And I look forward to hearing a wide range of suggestions. But right now, we’re very much focused on getting through this particular crisis.”

In a statement to CTV News, Michelle Johnston, the director of communications for the Minister of Labour Seamus O’Regan, said only that the government encourages a flexible and respectful work arrangement for federally regulated employees.

“In the 2021 platform we committed to working with federally regulated employers and labour groups to co-develop a new policy for the right to disconnect so that, where appropriate, workers can disconnect at the end of a workday without worrying about job security and restore healthy work-life balance,” the statement reads.

The Ontario Liberals have indicated that if elected in June 2022, they would launch an initiative to “analyze the potential for a four-day work-week.”

“I want us to understand if it has merit here,” Leader Steven Del Duca told his party on Dec. 17. “We’re a party that believes in science, expertise and evidence-based decision-making and so I want us to gather the facts in an open and transparent way.”

The Nova Scotia municipality of Guysborough also experimented with a nine-month shortened work week trial in 2020 amid pandemic scheduling shake-ups.

Quebec looks beyond hydroelectricity as last planned megaproject set to wrap

Quebec’s hydro dams have long provided its residents cheap electricity and bragging rights in the race to reduce global carbon emissions, with Premier François Legault suggesting the province could become the “green battery of North America.”

But as the premier signs lucrative export deals with states such as Massachusetts and New York, the province’s utility has acknowledged that the Romaine-4 hydroelectric project — scheduled to enter service next year — could be the last major dam project for the foreseeable future.

Francis LabbĂ©, a spokesman for Hydro-QuĂ©bec, confirmed that the utility doesn’t have other hydro projects on the horizon. He said such projects take at least a decade to plan and build, adding that they don’t come cheap — as Romaine’s $7.3-billion price tag attests.

In the meantime, prices for other kinds of renewable energy — such as wind power — have fallen, making them more attractive options.

“It may come to a point where we come to the conclusion that we need another hydroelectric project but right now, considering the delays, considering the cost, considering that we have other options, we will not go in this direction,” LabbĂ© said in a recent interview.

Quebec started building the four-part Romaine project — described at the time as the biggest construction project in Canada — in 2009. The commissioning of Romaine-4, the last of the dams, was pushed back to 2022 from 2020 after a series of delays, including the pandemic and other health and safety concerns.

Labbé said the dam and reservoir are complete and work is underway on the power station. When it is commissioned next fall, it should supply about eight terawatt hours, enough to power about 450,000 homes.

While Labbé says the utility has enough power in reserve to serve the province and its export contracts until 2025 or 2026, it will be putting out a call for tenders for projects to provide 300 megawatts of wind power and 480 megawatts of renewables, which could include wind and solar.

That’s in addition to the Apuiat wind energy project developed with the Innu of the CĂ´te-Nord region, which should provide some 200 megawatts when it’s commissioned in 2024.

François Bouffard, an associate professor of electrical engineering at McGill University, says the megaprojects that propelled the company to early success are “a development model of the past.”

“If you look at the projects from the 1960s to the end of 1990s, if they were to redo this, it would never happen the way it did,” he said in a recent phone interview. “The environmental assessments would be a lot more robust, more complicated. We wouldn’t be able to trample Aboriginal rights like they have.”

Bouffard says the early dams relied on flooding large tracts of land, without regard for the Indigenous inhabitants of the area and without bothering to remove the vegetation underneath, which led to mercury contamination in fish.

While he says the Romaine project has corrected some of those early mistakes by logging the area before the reservoir was created, he notes that Hydro-QuĂ©bec still encounters opposition when it tries to build transmission lines through wilderness — something that came up when Maine residents voted against allowing lines to pass through their state in a referendum this fall.

“Nothing is really carbon-free,” he said.

In the absence of future hydropower projects, the company has been moving into other domains. In addition to wind partnerships, Hydro-Québec recently inaugurated its first two solar energy plants. It has also formed a subsidiary designed to help customers improve their energy efficiency, and it is working on large-scale batteries that can store surplus energy.

Experts say that far from becoming redundant, Quebec’s massive hydro dams will become more important than ever as the province shifts to alternate sources of power.

Louis Beaumier, the executive director of the Trottier Energy Institute at Polytechnique Montreal, agrees that building more “titanic” dam projects doesn’t make sense, largely due to the cost.

Read more: Hydro-QuĂ©bec project facing ‘green’ opposition in Maine ahead of Tuesday’s referendum

But he says the main advantage of hydro power is that, unlike wind or solar, it provides a consistent stream of power that can be increased or decreased fairly easily to meet fluctuating demand. The power stored in the province’s reservoirs amounts to “the biggest battery you can every build,” he said, and one that puts Quebec in a uniquely advantageous position of being able to move forward with new technologies while always having hydro as a backup.

Bouffard and Beaumier agree that the Crown corporation will have to adjust to yet more changes in the coming years. With the Quebec government as its only shareholder, Hydro-QuĂ©bec’s mandate is to bring in revenue for the province, meet provincial electricity needs and keep rates low — all at once.

Increasingly, the province has looked to expand sales to the United States in order to grow. Legault has made no secret of his desire to see the province expand exports to the northeastern United States — even as the province was dealt a blow when Maine voters rejected a plan to run transmission lines through their state on their way to Massachusetts. (Legault has said he remains confident the project will go ahead).

Bouffard believes the future of the company may lie outside North America altogether, as it looks to sell its valuable expertise to developing countries. Beaumier, for his part, says the company should also play a role domestically as the federal government moves toward its goal of reaching net-zero emissions by 2050. He said Hydro-Québec could be doing more in helping to meet those goals.

Hydro-QuĂ©bec’s Labbe underplayed the extent of the culture shift that is underway at the utility. He notes that while Romaine is the last major project planned, the company still has plenty of work to do managing and maintaining its 62 existing power stations. Plans are already underway to make several of them more efficient.

“This is far from the end of hydroelectricity in Quebec,” LabbĂ© said.

© 2021 The Canadian Press