Agriculture
Global food shortage? So what! Governments want to reduce the use of fertilizer anyway
Once we acknowledge that over 80% of Canadians live in cities (and an even larger percentage seemingly don’t care much about poor people) it’s much easier to understand why the average Canadian isn’t far more upset with the government’s plan to coerce farmers to cut back on nitrogen fertilizer (otherwise known as plant food).
As complex as the formulas are for estimating the amount of pollution caused by fertilizer use, there’s actually a very simple way to understand this initiative. So let’s simplify. In order to help reduce Canada’s share (about 1%) of global emissions (which a ton of scientists swear is making the world hotter.. Sorry not hotter.. but more climate changy…which actually somehow means worse for everyone everywhere) the government is strongly urging farmers to use less fertilizer and thereby produce less food. The federal government estimates farming is responsible for about 10% of Canada’s emissions. Now that’s all aspects of farming including everything from using nitrogen fertilizer, to driving tractors, to presumably the horrible practice farmers share of breathing out every couple of seconds (more when they’re working hard). They estimate nitrogen fertilizer is responsible for about 18% of the emissions from farming (see below). In other words, this has to stop! I mean 18% of 10% of 1%.. how did we let this get so far away on us?
But here’s a question. Why would a farmer (who is a business operator) want to produce less food (which is the product farmers make and sell to feed the world)? Until now, farmers have always taken pride in producing the best possible crops using the lowest possible inputs (all the expenses from gas to seed to fertilizer, etc). Who wouldn’t? It’s how they make their money. Sounds like a tough sell. Perhaps that’s why governments are coming out with programs that will pay farmers not to farm quite so much. Right here in Alberta there’s a program that could pay an individual farmer up to $75,000.00 to cut back and be a better producer (government talk for producing less food) for people (not poor people who may starve in the coming months) fortunate enough to live 100 years from now.
Sure. That may sound a little offside when you consider global food shortages (another term for starving people) are expected to increase drastically in the coming months. You see the world is always somewhere between a little short of food and desperately short of food (depending on where you live you might feel more ‘desperate’ than inconvenienced). A simple minded person like myself might say “Why would we mess with this system that is feeding more people successfully than at any other time in world history?” Silly me. These guys are way beyond that simple thinking. That’s why the government isn’t asking farmers to consider what’s happening in the world right now (8 billion people need to eat). The government is asking farmers to consider what ‘might’ happen sometime in the future (it may sound a bit wacky when we say it out loud, but we’re pretty sure we can stop the climate from changing).
Apparently in order to get the climate under our control, we should be OK if we have to sacrifice a few million (or multiple hundred million) eaters (another word for people) in the next few years (could be starting in the next few months).
Relax Canadians. We can continue to fly across the country to go surfing in honour of the National Day for Truth and Reconciliation (I saw you there on the beach didn’t I?). We’re almost surely not going to miss a meal. Yah, we might have to double or triple down at the grocery store, but just think of that perfect summer day in the future! You’ll be so happy when your child gleefully watches your grandchild in their paper swim suit splash away in the wooden baby pool that’s in the driveway where the car used to be out front of the rental (now that we won’t be allowed to own cars anymore there’s going to be so much more room in our driveways!) Too bad you can’t travel to be there in person because you’re still getting that ESG score back up after that trip to see the kids a couple years back. Too bad you can’t use that cool social media app to see what they posted because you accidentally typed Turdo instead of Trudeau six months ago (stupid spellcheck).
Here’s to a bright future without the constant worry of oil and gas and nitrogen fertilizer! Just think. No more storms. No more pesky record high or low temperatures. And water levels remain constant year in and year out. It’s going to be awesome (for all the descendants of the people who get to eat in the next couple of years). Maybe we’ll build a statue to honour today’s fearless leaders who are so smart they have realized that it’s NOT THEIR JOB TO PROTECT THE PEOPLE WHO VOTE FOR THEM TODAY, but to CREATE A BETTER FUTURE FOR THE DESCENDANTS OF THOSE WHO CAN AFFORD TO SURVIVE in the future! We’ll certainly inscribe it with something like “These guys weren’t afraid to crack a few eggs to make this omelette. Hope you enjoy omelettes!” I think the perfect location to put that statue will be Davos. I hear it’s beautiful. Speaking of omelettes I hope there are still chickens in the future. I understand those little runts like farting as much as cows do and don’t kid yourself, it adds up!
I digress. This isn’t all about my wandering thoughts. As a journalistic endeavour I’d like to present both sides of thinking on this initiative. This should help teach those simple farmers and their university educated consultants how to farm better with less fertilizer and more crop rotation, etc. (I’m still amazed farmers didn’t already figure this out for themselves, but I bow to those worldly thinkers who make these plans on “our” behalf.) Anyway, a few thoughts from Agriculture Canada, followed by an informative (and entertaining) video presentation from a very well known Saskatchewan farmer.
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These statements have been pulled from the “Discussion Document: Reducing emissions arising from the application of fertilizer in Canada’s agriculture sector” on the federal government’s website. You can read it all here but I’ve pulled a couple of statements to help explain the brilliant future forward thinking that goes into plans like this. So please read about why our governments are telling farmers to grow less food to feed fewer people at a time of food shortages.
” In December 2020, the Government of Canada announced its Strengthened Climate Plan, “A Healthy Environment and a Healthy Economy.” It includes a number of measures affecting the agriculture sector, with a goal to reduce greenhouse gas (GHG) emissions, and increase carbon sequestration. This discussion paper addresses one of these measures: a national target to reduce absolute levels of GHG emissions arising from fertilizer application by 30% below 2020 levels by 2030.
Background
Agriculture was responsible for approximately 10% of Canada’s GHG emissions in 2019, or 73 Mt CO2, which come from three main sources: enteric fermentation (24Mt), crop production (24Mt) , and on-farm fuel use (14Mt) (National Inventory Report, 2021.) Based on current data for 2019, emissions from synthetic fertilizers accounted for 12.75 Mt. While many players in the agriculture sector are already working to improve nutrient management and reduce emissions associated with crop production, fertilizers are responsible for a growing share of overall agricultural emissions.
Since the release of Canada’s Strengthened Climate Plan, the Government of Canada has moved swiftly to implement its key aspects in order to create jobs, grow the economy and protect the planet. In April 2021, in line with its obligations under the Paris Agreement, the Government of Canada announced a new GHG emissions reduction target of 40-45% below 2005 levels by 2030. This target, along with other developments such as the passage of the Canadian Net Zero Emissions Accountability Act, which enshrines in legislation Canada’s commitment to achieve net-zero emissions across the Canadian economy by 2050, highlights the need to reduce absolute GHG emissions across all economic sectors, including agriculture.
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This part is really interesting because it shows how fertilizer use is far more intense in Quebec and the Maritime provinces, though the bulk of the reductions will have to take place in Western Canada anyway. You know, because.. even though western farmers use less, there are more of them so they actually use more, plus they’re farther away from Ottawa and have less representation per capita.. what was I saying?
Regional Variations
Fertilizer induced emissions are not spatially or temporally uniform across Canadian agricultural landscapes. The seasonal pattern of N2O emissions reflects the interaction between soil temperature, soil water and nitrate availability. Drier regions of the Prairies have much lower N2O losses than the moister regions of Eastern Canada. N2O emissions per hectare are greater in Eastern Canada as a result of the wetter climate and greater N application rates. However, the much larger land area in the Prairies vs. Eastern Canada results in greater total N fertilizer application in the Prairies and thus the total emissions are much higher in this region.
It is important to note that the strategies required to achieve the 30% N2O emission reduction objective will vary across the country as the emissions reduction potential is impacted by biophysical factors (soil type, soil humidity, climate), crop types, and climate change impacts.Footnote3 (OH DEAR GOD CLIMATE CHANGE IS CAUSING MORE CLIMATE CHANGE!)
Figure 3 illustrates the differences between the fertilizer induced emissions patterns across the country, showing N2O emissions per hectare in 2018. The intensity of fertilizer emissions (emissions per ha) is higher east of Saskatchewan, indicating that more fertilizer is applied per hectare, resulting in more direct emissions on a per-acre basis. In addition, wetter conditions in the East result in more direct and indirect emissions.

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This part clearly explains how regions that use less fertilizer may be asked to cut back even more than regions using a lot more per capita, because.. because. Also it encourages farmers to stop the nasty habit of pouring fertilizer out randomly all over the place and then grabing a pinch and throwing it over their shoulder. For some reason it still hasn’t addressed when farmers (and their family members) exhale, which is also more intense in heavily populated urban areas in the east (likely because it’s not N2O, but CO2).
Objectives of the National Target for Fertilizer Emissions
In order to achieve a concrete reduction in overall emissions, the target is established relative to absolute emissions rather than emissions intensity. The Government of Canada has been clear that the objective of the national target for fertilizers is to reduce emissions, and that the primary method to achieve this is not to establish a mandatory reduction in fertilizer use that isn’t linked to improved efficiency and maintaining or improving yields. Rather, the goal is to maximize efficiency, optimize fertilizer use, encourage innovation, and to work collaboratively with the agriculture sector, partners and stakeholders in identifying opportunities that will allow us to successfully reach this target.
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OK. I don’t expect you were able to understand most of that. But they did their best to explain to those of us who aren’t as good as planning future world scenarios as they are. Now that you see the way our fearless leaders think. But what about the rest of us? In the interest of journalistic integrity we’ll show you what one simple farmer thinks of being urged to use less fertilizer. If you haven’t seen QDM before, please note he sometimes uses very descriptive adjectives (sometimes he turns them into verbs and nouns too) which might be a tad harsh for the younger folk. Please enjoy with a grain of salt and a malted beverage. When he’s finished you can decide for yourself whether you think it’s a great idea to cut back on food production by using less fertilizer.
Agriculture
Danish Cows Collapsing Under Mandatory Methane-Reducing Additive
Cow feed additive Bovaer meant to curb climate change seems to be killing some Danish dairy cows
Since October 1, 2025, when many Danish dairy farmers began incorporating the synthetic additive Bovaer (containing 3-nitrooxypropanol) into their cows’ feed—alarming reports have come in of animals suffering from: stomach cramps, fevers, miscarriages, drastic drops in milk production, sudden collapses and in some cases, the need to be euthanized.
The first farmer from Denmark comes forward and talks about sick and dead cows, after giving his cows the Bovaer poison. 10/28 25. Remember that waste products from Bovaer, are passed on in milk and meat.
Short version video.
Boycott Arla and share, share, share. pic.twitter.com/fXzHgfWP3G
— Kent Nielsen Denmark (@Kentfrihedniels) October 30, 2025
In the shocking video below, Danish farmer Rene Lillehjælper discusses how her husband is driving their “cow ambulance” tractor— transporting yet another collapsed cow from their dairy farm—because of the “Bovaer Poison.”
Marketed as a “climate-friendly” methane reducer, this product—produced by the Dutch-Swiss giant DSM-Firmenich—became a legal requirement for Danish dairy farmers to add into their animal feed for 80 days or for their cows to be fed extra fat throughout the year.
Notably, farmers experimenting by removing Bovaer saw their herds recover rapidly, only for symptoms to return upon reintroduction. Yet, despite these red flags, authorities insist on pushing ahead, with an investigation only now underway.
These reports build on the concerns I outlined in my November 2024 investigation into Arla’s UK trials, where EFSA tolerance studies highlighted issues such as reduced feed intake, decreased organ weights (including ovaries and heart), and altered enzyme levels in cows at elevated doses—yet these effects were ultimately classified as “non-adverse” by regulators.
BREAKING: Methane-Reducing Feed Additive Trialled in Arla Dairy Farms
On November 26th, Arla Foods Ltd. announced via social media their collaboration with major UK supermarkets like Tesco, Aldi, and Morrisons to trial Bovaer, a feed additive, aiming to reduce methane …
What was even more troubling were the findings from my analysis of the safety assessment report, prepared by the UK’s Food Standards Agency (FSA) and Food Standards Scotland (FSS), reviewed by Animal Feed and Feed Additives Joint Expert Group (AFFAJEG) and the Advisory Committee on Animal Feedingstuffs (ACAF).
It stated: “In relation to safety studies for the consumer, a 2-year carcinogenicity study in Wistar rats showed “mesenchymal cell tumours were reported in 4 out of 49 females at the top dose of 300 mg/kg bw/day of 3-NOP given orally. Based on these results, the original study report concluded there was evidence of carcinogenicity in female rats.”
AFFAJEG noted potential for mesenchymal cell hyperplasia and benign tumours at high doses but, citing no malignant tumours or genotoxicity, concluded the additive is not carcinogenic at recommended inclusion rates.
ACAF echoed that the additive “can be considered safe for consumers.” Yet, their conclusion was seemingly contradicted by the following statement: “The additive should be considered corrosive to the eyes, a skin irritant and potentially harmful by inhalation.”
In a separate development, a May 2024 FDA letter addressed to Elanco US, Inc, (which has an agreement with DSM-Firmenich to market Bovaer) stated: “Based on a review of your data and the characteristics of your product, FDA has no questions at this time regarding whether Bovaer® 10 will achieve its intended effect and is expected to pose low risk to humans or animals under the conditions of its intended use.”
Ironically, the FDA letter included an attachment with the following warning:

It should be noted that Bovaer passed the FDA review in under 12 months—much shorter than industry standard.
Kjartan Poulsen, chairman of the National Association of Danish Dairy Producers, has received numerous calls from concerned farmers. “We have so many people who call us and are unhappy about what is happening in their herds,” he shared with TV 2.
He described the recurring issues as unusual and is urging reports of suspected Bovaer-linked miscarriages. Poulsen emphasized that any animal harm undermines the additive’s purpose: “This should give a climate effect – and if cows die from this, or they produce less milk, then the effect is minus.” He is calling for a temporary pause from Agriculture Minister Jacob Jensen and for farmers to cease use if welfare issues arise.
Approved by the European Commission in 2022 based on EFSA assessments, Bovaer was deemed safe for cows, consumers, and the environment, with claims of up to 30-45% methane reduction.
However, field experiences differ. Reports from Jyllands-Posten and TV 2 describe lower milk yields tied to miscarriages, plus collapses—some cows recovering with treatment but others needing to be euthanised.
Earlier whispers from Danish farmers included fevers, diarrhoea, mastitis, and even cow deaths attributed to Bovaer. One producer lost six animals in under a month. Critics label it “animal cruelty,” especially under mandatory use for farms with over 50 cows.
The Danish Veterinary and Food Administration acknowledges these reports and has enlisted Aarhus University to analyse real-world data, with initial findings expected after the 2025-26 new year.
The irony is stark: a product meant to “save the planet” for reducing methane is harmful to dairy herds, slashing productivity, and raising fears of contaminating the food chain—despite assurances it “breaks down fully” with no residues.
Yet, the true winners emerge clearly: DSM-Firmenich, cashing in on booming sales fuelled by mandates and climate subsidies, alongside powerhouse investors like BlackRock (holding ~3.3%) and Vanguard, who reap the rewards from this relentless Net-Zero drive.
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Agriculture
Cloned foods are coming to a grocer near you
This article supplied by Troy Media.
And you may never find out if Health Canada gets its way
Cloned-animal foods could soon enter Canada’s food supply with no labels identifying them as cloned and no warning to consumers—a move that risks public trust.
According to Health Canada’s own consultation documents, Ottawa intends to remove foods derived from cloned animals from its “novel foods” list, the process that requires a pre-market safety review and public disclosure. Health Canada defines “novel
foods” as products that haven’t been commonly consumed before or that use new production processes requiring extra safety checks.
From a regulatory standpoint, this looks like an efficiency measure. From a consumer-trust standpoint, it’s a miscalculation.
Health Canada argues that cloned animals and their offspring are indistinguishable from conventional ones, so they should be treated the same. The problem isn’t the science—it’s the silence. Canadians are not being told that the rules for a controversial technology are about to change. No press release, no public statement, just a quiet update on a government website most citizens will never read.
Cloning in agriculture means producing an exact genetic copy of an animal, usually for breeding purposes. The clones themselves rarely end up on dinner plates, but their offspring do, showing up in everyday products such as beef, milk or pork. The benefits are indirect: steadier production, fewer losses from disease or more uniform quality.
But consumers see no gain at checkout. Cloning is expensive and brings no visible improvement in taste, nutrition or price.
Shoppers could one day buy steak from the offspring of a cloned cow without any way of knowing, and still pay the same, if not more, for it.
Without labels identifying cloned origin, potential efficiencies stay hidden upstream. When products born from new technologies are mixed with conventional ones, consumers lose their ability to differentiate, reward innovation or make an informed choice. In the end, the industry keeps the savings while shoppers see none.
And it isn’t only shoppers left in the dark. Exporters could soon pay the price too. Canada exports billions in beef and pork annually, including to the EU. If cloned origin products enter the supply chain without labelling, Canadian exporters could face additional scrutiny or restrictions in markets where cloning is not accepted. A regulatory shortcut at home could quickly become a market barrier abroad.
This debate comes at a time when public trust in Canada’s food system is already fragile. A 2023 survey by the Canadian Centre for Food Integrity found that only 36 per cent of Canadians believe the food industry is “heading in the right direction,” and fewer than half trust government regulators to be transparent.
Inserting cloned foods quietly into the supply without disclosure would only deepen that skepticism.
This is exactly how Canada became trapped in the endless genetically modified organism (GMO) debate. Two decades ago, regulators and companies quietly introduced a complex technology without giving consumers the chance to understand it. By denying transparency, they also denied trust. The result was years of confusion, suspicion and polarization that persist today.
Transparency shouldn’t be optional in a democracy that prides itself on science based regulation. Even if the food is safe, and current evidence suggests it is, Canadians deserve to know how what they eat is produced.
The irony is that this change could have been handled responsibly. Small gestures like a brief notice, an explanatory Q&A or a commitment to review labelling once international consensus emerges would have shown respect for the public and preserved confidence in our food system.
Instead, Ottawa risks repeating an old mistake: mistaking regulatory efficiency for good governance. At a time when consumer trust in food pricing, corporate ethics and government oversight is already fragile, the last thing Canada needs is another quiet policy that feels like a secret.
Cloning may not change the look or taste of what’s on your plate, but how it gets there should still matter.
Dr. Sylvain Charlebois is a Canadian professor and researcher in food distribution and policy. He is senior director of the Agri-Food Analytics Lab at Dalhousie University and co-host of The Food Professor Podcast. He is frequently cited in the media for his insights on food prices, agricultural trends, and the global food supply chain.
Troy Media empowers Canadian community news outlets by providing independent, insightful analysis and commentary. Our mission is to support local media in helping Canadians stay informed and engaged by delivering reliable content that strengthens community connections and deepens understanding across the country.
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