Agriculture
Canadian Agriculture More Energy Intensive, More Efficient
Canadian Agriculture More Energy Intensive, More Efficient
It’s no secret that agriculture has contributed to climate change through various means. For example, you may know that livestock generates greenhouse gas emissions due to how farms process it. That said, it’s now clear that farmers have found sustainable ways to offset those contributions. In Canada, it’s all about energy use.
Here’s how Canadian farmers have become more efficient as they raise crops and livestock, setting a standard the world should follow.
Energy Demand and Consumption Have Fluctuated
The demand for energy has increased across the agricultural sector as a whole. However, it’s key to note that farmers have begun to use less energy despite that fact. That points to more efficient practices. The farmers who complete their work productively save time, money and energy. As a result, Canadian workers have reduced their energy consumption per dollar by 17%. That’s thanks to sustainability.
The most common energy sources include fuel, gas and electricity. It’s how farmers use those resources that counts. Combined with technology choices and new practices, it’s clear that efficiency is more achievable than ever.
What Contributes to This Phenomenon?
It’s crucial for people in agriculture to explore eco-friendly alternatives. The grasslands that many western Canadian farmers cultivate contains excess carbon, so you can imagine what the country as a whole holds underneath its surface. Farmers have now adopted new methods to adjust how they harvest their crops. These systems are better for production, as well as soil and seed health overall.
The agriculture industry has gone through many changes, too. There are fewer farms — but those that still operate have employed agricultural technology to be as efficient as possible. These tools include different equipment that cuts down on time to increase proficiency. Plus, it’s now more common to use solar power as an alternative to traditional energy solutions.
Why Accuracy and Precision Matters
It’s a lot easier to be energy efficient when you don’t waste your resources. The means farmers practiced before they used specific innovations often created a time deficit. If you have a smaller machine, you likely need to do twice as much work. However, when you have access to equipment that fits your field, you don’t have to be as wasteful. The accuracy and precision created by technology make this a reality.
Soil Conservation Is Led by Ranchers
Many farmers have looked to ranchers for help. It’s a native part of ranching to preserve topsoil and other elements that are inherently sustainable. As a result, it seems like ranchers have been leading the charge against climate change for decades. The tactics they use to avoid tilling soil, for example, help preserve the amount of carbon that lies underneath the Earth’s surface.
The “no-till” practice is efficient in its own right. Rather than till your soil to plant a new crop, you simply leave behind what’s already there. This method is much better for soil nutrition, and it can keep carbon exposure at bay. As a result, you have much fewer carbon emissions. In general, the idea of soil conservation isn’t a new one, but old tricks can still work alongside modern technology.
The Future of Agriculture in Canada Looks Bright
If farmers continue on this path, it’ll be clear that climate solutions are at the forefront of their minds. These efforts create more benefits for them as they save time and money. Plus, there’s always the responsibility of maintaining the planet’s health. After all, without a strong ecosystem, agriculture would suffer. Through means that are more accurate and conservative, Canadian farmers have been able to become more efficient. Click here read more stories by Emily Folk.
I’m Emily Folk, and I grew up in a small town in Pennsylvania. Growing up I had a love of animals, and after countless marathons of watching Animal Planet documentaries, I developed a passion for ecology and conservation.
Canada’s Bee Apocalypse began in 2008. That was the year the Canadian Association of Professional Apiculturists (CAPA) first reported unusually high rates of winter bee colony losses. At 35 percent, the winter die-off that year was more than twice the normal 15 percent rate of attrition.
“Successive annual losses at [these] levels … are unsustainable by Canadian beekeepers,” the CAPA warned. This set off an avalanche of dire media reports that now appear on a regular basis. Among the many examples over the years: Huge Honey Bee Losses Across Canada” and “Canada’s bee colonies see worst loss in 20 years”. As each of these stories reminds readers, the disappearance of honey bees will doom our food supply, given their crucial role in pollinating crops including canola, soyabeans, apples, tomatoes and berries.
This year the black-and-yellow striped Cassandras are back at work, with headlines shouting “Scientists warn of severe honeybee losses in 2025” and “The Bees are Disappearing Again”. If it’s spring, the bees must be disappearing. Again.
It is, however, mathematically impossible for any species to be in an allegedly continuous and calamitous state of decline over nearly two decades and never actually reduce in number. For despite the steady supply of grave warnings regarding their imminent collapse, Canada’s bees are actually buzzing with life.
In 2007, according to Statistics Canada, there were 589,000 honey bee colonies in Canada,; in 2024, they reached 829,000, just shy of 2021’s all-time high of 834,000. Figuring a conservative summertime average of 50,000 bees per colony, that means there are approximately 12 billion more honey bees in Canada today than when the Bee Apocalypse first hit.
As for beekeepers, their numbers have also been growing steadily, and now stand at 15,430 – the most recorded since 1988. As CAPA’s report acknowledges, “the Canadian beekeeping industry has been resilient and able to grow, as proven by the overall increase in the number of bee colonies since 2007 despite the difficulties faced every winter.”
How is this possible? As is usually the case where there’s a need to be filled, the market holds the answer.
It is true that Canadian honey bees face a long list of threats and challenges ranging from mites and viruses to Canada’s harsh winters. It is also true that they perform a crucial service in pollinating crops, the value of which is estimated at $7 billion annually. However, this underscores the fact that bees are a livestock bred for a particular agricultural purpose, no different from cattle, chickens or pen-raised salmon. They are a business.
And in spite of its alleged status as an environmental totem, the honey bee isn’t even native to North America. It was first imported by European settlers for its honey-making abilities in the 1600s. Since then, it has been cultivated with deliberate commercial intent – allowing it to outcompete native pollinators such as bumble bees and butterflies even though it is poorly suited to the local winter. (This highlights the irony of all those native-plant pollinator gardens virtuously installed in neighbourhoods across Canada that end up supporting an invasive honey bee population.)
The significance of the bee economy means that when a beehive collapses over the winter for whatever reason, beekeepers have plenty of motivation to regenerate that colony as swiftly as possible. While hives can create their own queens over time, this can be a slow process given the cold Canadian climate. The better option is to simply buy a new queen from a warmer country.
In 2024, Canada imported 300,000 queens worth $12 million, mostly from the U.S., Italy, Australia and Chile. That works out to $40 each. In a miracle of nature, each of these new queens can lay up to 2,500 eggs a day, and each egg takes just two to three weeks to reach full maturity as a worker or drone. It is also possible to import entire “bee packages” that include a queen and 8,000 to 10,000 bees.
As a result, even a devastating 50 percent winter loss rate, something that has occurred only rarely in Canada in individual provinces and never nationally, isn’t necessarily fatal to any beekeeping operation. The beekeeper can purchase imported queens in April, split their existing colonies and be back in business by May or June.
And regardless of the honey bee’s apparent difficulties with Canada’s unforgiving weather (efforts are ongoing to breed a hardier Canadian variant), there’s no shortage of bees worldwide. Earlier this year, the German statistical agency reported the global beehive count rose from 69 million in 1990 to 102 million in 2023. Another study looking back to 1961 by New Zealand researchers found the number of honey bee colonies has “nearly doubled” over this time, while honey production has “almost tripled.” As the New Zealand report observes, “Headlines of honey bee colony losses have given an
impression of large-scale global decline of the bee population that endangers beekeeping, and that the world is on the verge of mass starvation.” Such claims, the authors note, are “somewhat inaccurate.” In truth, things have never been better for bees around the world.
Here in Canada, the ability to import queens from other countries, together with their prodigious reproductive capabilities, backstops the amazing resiliency of the bee industry. Yes, bees die. Sometimes in large numbers. But – and this is the bit the headlines always ignore – they come back. Because the market needs them to come back.
If there is a real threat to Canada’s bee population, it’s not environmental. It’s the risk that unencumbered trade in bees might somehow be disrupted by tariffs or similar bone-headed human interventions. Left on their own, bees have no problem keeping busy.
The longer, original version of this story first appeared at C2CJournal.ca
Agriculture
Canada Greenlights Mass Culling of 400 Research Ostriches Despite Full Recovery from Bird Flu Months Ago
Nicolas Hulscher, MPH
Federal court upholds CFIA’s reckless cull order—setting a dangerous precedent for the unscientific mass depopulation of genetically important animals.
In March, I interviewed Katie Pasitney of Universal Ostrich and Connie Shields to discuss the alarming implications of the Canadian Food Inspection Agency (CFIA) order to cull 400 research ostriches at Universal Ostrich Farm in British Columbia over bird flu:
Canada Orders Mass Culling of 400 Research Ostriches Over Bird Flu, Refuses to Test Surviving Birds for Natural Immunity
·The Canadian Food Inspection Agency (CFIA) has ordered the culling of 400 ostriches at Universal Ostrich Farm in British Columbia, citing concerns over H5N1 bird flu. However, this decision is not based on sound science and could have serious consequences for both food security and medical research.
Universal Ostrich Farm is a research facility focused on studying the unique antibody-producing capabilities of ostriches. Their research has demonstrated potential in neutralizing viruses, bacteria, and even COVID-19, making it an important contribution to medical science.
In December 2024, the CFIA claimed that two deceased ostriches—which had been lying outside for over 16 hours—tested positive for H5N1 via PCR testing. Just 41 minutes after receiving these results, the CFIA signed an order to cull the entire flock.
The CFIA initially granted the farm an exemption, recognizing the birds as “genetically important.” Later, without clear justification, they reversed this decision, ordering their destruction.
Despite the importance of this research, the CFIA has refused to conduct further testing on the birds and has banned the farm from conducting its own tests, under threat of heavy fines and possible imprisonment. Why is the Canadian government refusing to study the potential antibodies ostriches have developed against H5N1 bird flu?
On January 31, 2025, a court granted a temporary stay of execution, halting the cull. However, the CFIA is appealing this decision, which means the culling could still proceed.
Today, we have received news that the reckless mass cull order will proceed despite their ostriches having already recovered months ago and developed natural immunity against H5N1:
Official Announcement: Federal Court Decision in Universal Ostrich Farms Inc. v. Canadian Food Inspection Agency
Dear friends and supporters,
We are absolutely devastated to share today’s Federal Court decision, issued on May 13, 2025. The court ruled in favour of the Canadian Food Inspection Agency (CFIA), upholding their order to destroy our beloved ostriches and rejecting our plea to save them.
The court’s decision accepted the CFIA’s justification under the Health of Animals Act and their use of the Stamping-Out Policy, which mandates the destruction of animals to control disease outbreaks, regardless of their health status. The court confirmed the CFIA’s approach, prioritizing trade obligations over the welfare of our animals.
In addition, we’ve been ordered to pay $15,000 in CFIA’s legal costs. You can read the full decision here: (2025 FC 878). https://saveourostriches.com/wp-content/uploads/2025/05/JR-T-294-25-and-T-432-25-Final.pdf
We are heartbroken by this outcome and uncertain about the future of our farm. As we navigate this incredibly difficult time, we ask for your patience and continued support. If you are able, please consider making a donation to help us manage the financial and emotional toll this has taken.
Thank you,
Universal Ostrich Farm
http://SaveOurOstriches.com
This deeply misguided decision sets a dangerous precedent for the Canadian government to recklessly depopulate animals at will.
By upholding the CFIA’s reckless cull order, despite the ostriches’ recovery and natural immunity, the court has prioritized trade protocols over scientific inquiry, animal welfare, and the advancement of life-saving medical research.
Epidemiologist and Foundation Administrator, McCullough Foundation
www.mcculloughfnd.org
Please consider following both the McCullough Foundation and my personal account on X (formerly Twitter) for further content.
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