Agriculture
Saskatchewan potash vital for world food
From Resource Works
Fertilizer Canada says the fertilizer industry contributes $23 billion a year to Canada’s economy and provides over 76,000 jobs.
A small potash extraction company in Manitoba calls Saskatchewan “the Niagara Falls of potash in Canada.”
The current 10 mines in Saskatchewan produced around 13 million tonnes in 2023, accounting for some 33% of global potash production, and exported 95% of it to more than 75 countries.
Potash mine No. 11 in Saskatchewan is working toward production in late 2026. That’s the $14-billion Jansen mine, owned by BHP, located 140 kilometres east of Saskatoon. It aims to produce around 8.5 million tonnes a year to start, and as much as 16–17 million tonnes a year in future stages.
With potash used primarily in agricultural fertilizers, Saskatchewan’s output is a key ingredient in global food security. Fertilizer is responsible for half of the world’s current food production.
As Real Agriculture points out: “Fertilizer production is not only an economic driver in Canada, but it is also a critical resource for customers around the world, especially in the United States.”
This is particularly important as Russia’s war on Ukraine has raised doubts about reliable supplies of potash from Russia, the world’s No. 2 producer, which produced 6.5 million tonnes in 2023.
In fertilizers, the potassium from potash increases plant growth and crop yields, strengthens roots, improves plants’ water efficiency, and increases pest and disease resistance. It improves the colour, texture, and taste of food. Natural Resources Canada adds: “Potassium is an essential element of the human diet, required for the growth and maintenance of tissues, muscles and organs, as well as the electrical activity of the heart.”
Canada’s federal government has included potash as one of 34 minerals and metals on its list of critical minerals.
Fertilizer Canada says the fertilizer industry contributes $23 billion a year to Canada’s economy and provides over 76,000 jobs.
The potash operations in Saskatchewan are in the Prairie Evaporite Deposit, the world’s largest known potash deposit, formed some 400 million years ago as an ancient inland sea evaporated. The deposits extend from central to south-central Saskatchewan into Manitoba and northern North Dakota. These deposits form the world’s largest potash reserves, at 1.1 billion tonnes.
Manitoba’s first potash mine is close to bringing its product to market. The PADCOM mine is 16 kilometres west of Russell, Manitoba, near the Manitoba-Saskatchewan border. The Gambler First Nation has acquired a one-fifth stake in the project.
PADCOM injects a heated mixture of water and salt underground to dissolve the potash, which is then pumped to the surface and crystallized. CEO Brian Clifford says this process is friendlier to the environment than the conventional method of mining underground and extracting ore from rock deposits.
Saskatchewan’s northern potash deposits are about 1,000 metres below the surface and are extracted using conventional mining techniques. To the south, deposits are anywhere from 1,500 to 2,400 metres deep and are mined using solution techniques.
PADCOM aims to produce 100,000 tonnes of potash per year, eventually growing to 250,000 tonnes per year. However, PADCOM president Daymon Guillas notes that across the Manitoba-Saskatchewan border, the Nutrien potash mine near Rocanville, Saskatchewan, produces five to seven million tonnes per year.
“In 36 hours, they produce more than we do in a year. Saskatchewan is the Niagara Falls of potash in Canada. Our little project is a drip, just a small drip out of the faucet.”
(New Brunswick once had a small potash mine, but it closed in 2016.)
Real Agriculture says: “Canadian-produced potash remains vital to the U.S.’s ability to produce enough corn for feed, ethanol production, and export requirements, at a time when the U.S. heightens its focus on reducing exposure to international integrated supply chains in favour of U.S. domestic supply chains.”
Writer Shaun Haney continues: “For the U.S. corn farmer, Canadian-produced potash is critical for achieving the top yields. According to StoneX, over the past three years, Canada accounts for roughly 87 per cent of potash imports by the U.S., while Russia sits at 9.5%.”
Agriculture
Bovaer Backlash Update: Danish Farmers Get Green Light to Opt Out as UK Arla Trial Abruptly Ends!
In a pivotal shift, Denmark’s Veterinary and Food Administration has issued new guidance: Farmers can immediately suspend Bovaer administration if they “suspect” it poses risks to herd health. On the heels of the Danish announcement—the major UK trial of Bovaer on 30 Arla Foods farms has abruptly ended amid health fears.
The Mandate Cracks: Farmers Given the Green Light to Opt Out
On November 5, 2025, Denmark’s Fødevarestyrelsen (Danish Veterinary and Food Administration) issued a press release and accompanying guidance clarified that farmers (specifically the herd manager, or besætningsansvarlige) could immediately exempt individual cows or entire herds from the mandatory Bovaer use if they suspected it was causing or exacerbating health issues, prioritizing animal welfare under existing regulations.
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This was in response to surging reports of cow illnesses since October 1, where farms with over 50 cows have been mandated to use the synthetic additive, Bovaer (containing 3-nitrooxypropanol), developed by DSM-Firmenich. If the farms do not comply, they face heavy fines.
Bovaer Backlash: Danish Cows Collapsing Under Mandatory Methane-Reducing Additive |
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The guidance emphasized that exemptions apply to cases of feed-related metabolic disorders (e.g., fatty liver, milk fever, or rumen issues) and require documentation via a “tro- og loveerklæring” (declaration of good faith) on LandbrugsInfo, with veterinary consultation recommended for severe cases. No fines would apply for such welfare-based pauses, though farmers must still meet methane reduction goals via alternatives like increased feed fat. This effectively gave the “green light” for opting out on welfare grounds.
Reports surged of Danish dairy farmers unilaterally halting Bovaer administration, accusing the government of “poisoning” livestock to meet climate targets.
A November 3, 2025, article in LandbrugsAvisen (Denmark’s leading agricultural newspaper), quoted veterinarian Torben Bennedsgaard from BoviCura (a specialized cattle health advisory service closely tied to Danish dairy producers). He stated: “Every other farmer has problems with Bovaer.”
“Bovaer is a proven, effective and safe solution”
A spokesperson for DSM-Firmenich, the company that developed Bovaer, told Agriland, that “animal welfare is our highest priority”. They went on to state: “We are actively engaging with the relevant organisations to ensure that all these concerns are fully investigated and properly addressed..In previously reported cases, Bovaer was not identified as a contributing factor to the health concerns raised…Bovaer is a proven, effective and safe solution that has been successfully used for over three years by thousands of farmers in over 25 countries.”
UK Ripple Effects: Arla Trial Abruptly Halted
On 7 November, the BBC reported that the major UK trial of Bovaer on 30 Arla Foods farms concluded earlier than planned amid “farmer health concerns” for cows, echoing Danish reports. It stated: ‘Bovaer is now the focus of an investigation in Denmark after farmers raised fresh concerns but manufacturer DSM-Firmenich said the additive was “proven, effective and safe.”’
Arla, which supplies major retailers like Tesco and Aldi, is now reviewing data before deciding on wider rollout. The trial aimed to cut methane by 30% but faced criticism for lacking transparency on animal impact.
Jannik Elmegaard, of the Danish Food and Veterinary Administration, told the BBC: “They very aware that some herd owners have reported animals showing signs of illness after being fed with Bovaer” but it was “unclear how many cows were affected”.
Last year, I reported on the UK’s Arla trial—whilst digging through various safety assessment reports on Bovaer, I came across several troubling findings and anomalies.
BREAKING: Methane-Reducing Feed Additive Trialled in Arla Dairy Farms |
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| 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 … | ||||||
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In a public rebuttal, Frank Mitloehner, Professor of Animal Science at UC Davis and Director of the Clarify Center for Enteric Fermentation Research, posted on X ”Hogwash!”—dismissing viral claims of Bovaer-related cow health issues in Denmark by highlighting his lab’s ongoing research and widespread U.S. usage data.
The green light in Denmark is not a mere victory—it’s a damning admission that the emperor’s new feed has holes big enough for a whole herd to escape through.
As Arla licks its wounds and DSM-Firmenich doubles down on “proven safe,” the real trial begins: can climate crusaders stomach the science when it bites back?
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Agriculture
Farmers Take The Hit While Biofuel Companies Cash In
From the Frontier Centre for Public Policy
Canada’s emissions policy rewards biofuels but punishes the people who grow our food
In the global rush to decarbonize, agriculture faces a contradictory narrative: livestock emissions are condemned as climate threats, while the same crops turned into biofuels are praised as green solutions argues senior fellow Dr. Joseph Fournier. This double standard ignores the natural carbon cycle and the fossil-fuel foundations of modern farming, penalizing food producers while rewarding biofuel makers through skewed carbon accounting and misguided policy incentives.
In the rush to decarbonize our world, agriculture finds itself caught in a bizarre contradiction.
Policymakers and environmental advocates decry methane and carbon dioxide emissions from livestock digestion, respiration and manure decay, labelling them urgent climate threats. Yet they celebrate the same corn and canola crops when diverted to ethanol and biodiesel as heroic offsets against fossil fuels.
Biofuels are good, but food is bad.
This double standard isn’t just inconsistent—it backfires. It ignores the full life cycle of the agricultural sector’s methane and carbon dioxide emissions and the historical reality that modern farming’s productivity owes its existence to hydrocarbons. It’s time to confront these hypocrisies head-on, or we risk chasing illusory credits while penalizing the very system that feeds us.
Let’s take Canada as an example.
It’s estimated that our agriculture sector emits 69 megatonnes (Mt) of carbon dioxide equivalent (CO2e) annually, or 10 per cent of national totals. Around 35 Mt comes from livestock digestion and respiration, including methane produced during digestion and carbon dioxide released through breathing. Manure composting adds another 12 Mt through methane and nitrous oxide.
Even crop residue decomposition is counted in emissions estimates.
Animal digestion and respiration, including burping and flatulence, and the composting of their waste are treated as industrial-scale pollutants.
These aren’t fossil emissions—they’re part of the natural carbon cycle, where last year’s stover or straw returns to the atmosphere after feeding soil life. Yet under United Nations Intergovernmental Panel on Climate Change (IPCC) guidelines adopted by Canada, they’re lumped into “agricultural sources,” making farmers look like climate offenders for doing their job.
Ironically, only 21 per cent—about 14 Mt—of the sector’s emissions come from actual fossil fuel use on the farm.
This inconsistency becomes even more apparent in the case of biofuels.
Feed the corn to cows, and its digestive gases count as a planetary liability. Turn it into ethanol, and suddenly it’s an offset.
Canada’s Clean Fuel Regulations (CFR) mandate a 15 per cent CO2e intensity drop by 2030 using biofuels. In this program, biofuel producers earn offset credits per litre, which become a major part of their revenue, alongside fuel sales.
Critics argue the CFR is essentially a second carbon tax, expected to add up to 17 cents per litre at the pump by 2030, with no consumer rebate this time.
But here’s the rub: crop residue emits carbon dioxide, methane and nitrous oxide whether the grain goes to fuel or food.
Diverting crops to biofuels doesn’t erase these emissions: it just shifts the accounting, rewarding biofuel producers with credits while farmers and ranchers take the emissions hit.
These aren’t theoretical concerns: they’re baked into policy.
If ethanol and biodiesel truly offset emissions, why penalize the same crops when used to feed livestock?
And why penalize farmers for crop residue decomposition while ignoring the emissions from rotting leaves, trees and grass in nature?
This contradiction stems from flawed assumptions and bad math.
Fossil fuels are often blamed, while the agricultural sector’s natural carbon loop is treated like a threat. Policy seems more interested in pinning blame than in understanding how food systems actually work.
This disconnect isn’t new—it’s embedded in the history of agriculture.
Since the Industrial Revolution, mechanization and hydrocarbons have driven abundance. The seed drill and reaper slashed labour needs. Tractors replaced horses, boosting output and reducing the workforce.
Yields exploded with synthetic fertilizers produced from methane and other hydrocarbons.
For every farm worker replaced, a barrel of oil stepped in.
A single modern tractor holds the energy equivalent of 50 to 100 barrels of oil, powering ploughing, planting and harvesting that once relied on sweat and oxen.
We’ve traded human labour for hydrocarbons, feeding billions in the process.
Biofuel offsets claim to reduce this dependence. But by subsidizing crop diversion, they deepen it; more corn for ethanol means more diesel for tractors.
It’s a policy trap: vilify farmers to fund green incentives, all while ignoring the fact that oil props up the table we eat from.
Policymakers must scrap the double standards, adopt full-cycle biogenic accounting, and invest in truly regenerative technologies or lift the emissions burden off farmers entirely.
Dr. Joseph Fournier is a senior fellow at the Frontier Centre for Public Policy. An accomplished scientist and former energy executive, he holds graduate training in chemical physics and has written more than 100 articles on energy, environment and climate science.
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