Agriculture
Canadian innovation beats EU precaution in agriculture sustainability
From the MacDonald Laurier Institute
By Stuart Smyth
Canada should learn from, not follow, the EU’s agriculture policy errors
The world needs a lot of food to feed eight billion hungry mouths. Even though global production for the most important crops – rice, wheat and maize – reached all-time highs last year, inflation, geopolitical interruptions and misguided policy have disrupted our ability to make food abundant and affordable for everyone.
Crop breeding, more efficient fertilizer and chemical use, and investments in farming equipment and technology offer tried and true strategies for increasing production while enhancing sustainability and reducing GHG emissions.
The European Union is rejecting these proven strategies through policies that dramatically reduce fertilizer and chemical use and ban modern crop breeding technologies. Regrettably, Canada’s federal government is looking at the European approach as a model for its emissions reduction plans. Canadians must reject the ideologically driven, counterproductive policies pursued in the European Union and must insist on science and outcome-driven policies to promote a strong, sustainable agricultural sector that can help satisfy the world’s growing needs.
Innovation is fundamental to modern societies and economies. Governments constantly encourage innovation and enact policies to incentivize investment into the research and development required to bring new products and processes to market. In recent years, environmental sustainability has been a primary concern and Canadian agriculture has been at the forefront of sustainable innovation. Fundamentally, sustainability in agriculture means maximizing efficiency: producing more pounds of crop per acre of land for each pound of input (seed, fertilizer, pesticides, labour) applied.
Prior to the widespread adoption of modern crop technologies, all crop and food production was done through what are now known as organic production practices. With organic production the only way to produce more food is to use more land. However, beginning in 1960, food production became decoupled from increased land use, increasing by 390% while using only 10% more land. Innovations in crop breeding technologies such as GM crops (genetically modified), fertilizer and chemical use, and farm industrialization have all contributed to this increasingly sustainable food production.
This increase in productivity has allowed the world’s population to flourish from just 3 billion people in 1960 to 8 billion today. Although the global agricultural sector is a significant source of greenhouse gases, total emissions have remained flat since 2000 even as production increased, and the sector’s share of global emissions has declined.
Despite this incredible success story, modern agriculture is often viewed with suspicion, particularly in the European Union. They have incorporated precaution-based regulations which dramatically reduce fertilizer and chemical use and ban modern crop breeding technologies. Presently they are proposing to triple organic production, from 8% of current land to 25%, by 2030, as part of what’s known as their “Farm to Fork” strategy to reduce agricultural GHG emissions.
Inevitably, the strategy will not necessarily reduce emissions but will certainly reduce production. Declines are expected: -26% in cereals, -27% in oilseeds, -10% for fruits and vegetables, -14% of beef and -9% of dairy. All of these production decreases will contribute to even higher food prices in the EU, which has been experiencing double digit inflation increases for most of the past year.
By contrast, Canada allows all plant breeding technologies to be used in the development of new varieties, and fertilizer and chemical use is based upon risk appropriate, science-based regulations. The benefits of this approach are unambiguous.
In Saskatchewan, only 3% of crop land requires tillage – mechanical turning of the soil to control for weeds and pests and prepare for seeding. In the European Union, 74% of crop land requires it. Removing tillage from land management practices not only reduces soil erosion and increases moisture conservation; it also reduces the amount of carbon released and increases the sequestration of carbon through continuous crop production. 90% of Saskatchewan farmers indicate that efficient weed control provided by the use of glyphosate increased sustainability in their practices, and 73% said production of herbicide tolerant canola, which is predominantly GM, did.
An assessment of EU agricultural GHG emissions concluded that had genetically modified crops been adopted there in a timely fashion, total EU agricultural GHG emissions would have been reduced by 7.5%. This amounts to 33 million metric tonnes of carbon dioxide per year. At any rate, their reduced yields have left them heavily dependent on imports of GM livestock feed from Brazil and Argentina.
Comparing sustainable agricultural production between the EU and Canada reveals two very different situations. The EU has rejected GM crops due to politics and precaution and as a result still heavily relies on tillage. Canadian farmers have enthusiastically adopted GM crops, virtually eliminating tillage. The EU is proposing additional precaution-based regulations that will further reduce crop and food production. Canadian farmers have demonstrated the ability to produce more food with fewer inputs, while the EU is poised to produce less, with more land requirements.
Opposing paths have been selected in the EU and Canada. The evidence to date confirms that it is Canadian agricultural production that is increasingly sustainable. The government must learn the right lessons from Europe’s mistakes when adopting strategies for reducing emissions from our agricultural sector. Canada should continue to improve sustainability through innovation. Canada should not follow Europe’s failed attempts to reduce emissions by producing less food.
Stuart J. Smyth is Professor & Agri-Food Innovation & Sustainability Enhancement Chair at the University of Saskatchewan.
Agriculture
Restoring balance between renewable energy, agricultural land and Alberta’s iconic viewscapes
Alberta is known around the world for many things – some of the most breathtaking and iconic scenery on earth, a world-class agricultural industry that puts high-quality food on tables across the globe and a rich history of responsible energy development. Alberta is a destination of choice for millions of visitors, newcomers and investors each year.
To ensure Alberta’s continued prosperity, it is imperative that future energy development is balanced with environmental stewardship, protecting Albertans’ ability to use and enjoy their property, and safeguarding agriculture for continued food security.
Alberta’s renewable energy sector has grown rapidly over the past decade, yet the rules to ensure responsible development have not kept up. As a result, municipalities, agricultural producers and landowners across the province raised concerns. Alberta’s government is fulfilling its duty to put Albertans first and restore the balance needed for long-term success by setting a clear path forward for responsible renewable energy development.
“We are doing the hard work necessary to ensure future generations can continue to enjoy the same Alberta that we know and love. By conserving our environment, agricultural lands and beautiful viewscapes, our government is protecting and balancing Alberta’s long-term economic prosperity. Our government will not apologize for putting Albertans ahead of corporate interests.”
Amendments to the Activities Designation Regulation and Conservation and Reclamation Regulation provide clarity for renewable energy developers on new and existing environmental protections.
These changes will create consistent reclamation requirements across all forms of renewable energy operations, including a mandatory reclamation security requirement. Albertans expect renewable power generation projects to be responsibly decommissioned and reclaimed for future generations. Alberta’s government stands firm in its commitment to protect landowners and taxpayers from being burdened with reclamation costs.
“We want to protect landowners, municipalities and taxpayers from unfairly having to cover the costs of renewable energy reclamations in the future. These changes will help make sure that all renewable energy projects provide reasonable security up front and that land will be reclaimed for future generations.”
Alberta’s government committed to an ‘agriculture first’ approach for future development, safeguarding the province’s native grasslands, irrigable and productive lands. The protection of agricultural land is not only essential to food production, but to environmental stewardship and local wildlife protection.
The Electric Energy Land Use and Visual Assessment Regulation follows this ‘agriculture first’ approach and enhances protections for municipalities’ most productive lands, establishing the need to consider potential irrigability and whether projects can co-exist with agricultural operations. These changes are critical to minimizing the impacts of energy development on agricultural lands, protecting local ecosystems and global food security. With these new rules, Alberta’s farmers and ranchers can continue to produce the high-quality products that they are renowned for.
“Our province accounts for nearly 50 per cent of Canada’s cattle, produces the most potatoes in the country, and is the sugar beet capital of Canada. None of this would be possible without the valuable, productive farmland that these new rules protect. Understanding the need for an ‘agriculture first’ approach for energy development is as simple as no farms, no food.”
The new Electric Energy Land Use and Visual Assessment Regulation also establishes specific guidelines to prevent projects from impacting pristine viewscapes. By establishing buffer zones and visual impact assessment zones, Alberta’s government is ensuring that industrial power projects the size of the Calgary Tower cannot be built in front of UNESCO World Heritage sites and other specified viewscapes, which will support the continued growth and success of Alberta’s tourism sector.
As Alberta’s population and economy grows, it is critical that the province has the additional power generation needed to meet increasing demand. Power generation must be developed in a balanced and responsible manner that promotes environmental stewardship, ensures the continued enjoyment of Alberta’s beautiful landscapes, and safeguards food security by protecting Alberta’s valuable agricultural lands. By encouraging the responsible development of additional power generation with these new regulations, Alberta’s government is listening to Albertans and ensuring the electricity grid is affordable, reliable and sustainable for generations to come.
Summary of Policy Changes
Following the policy direction established on February 28, 2024, Alberta’s government is now implementing the following policy and regulatory changes for renewable power development:
Agricultural lands
The new Electric Energy Land Use and Visual Assessment Regulation takes an “agriculture first” approach.
• Renewable energy developments will no longer be permitted on Land Suitability Rating System (LSRS) Class 1 and 2 lands unless the proponent can demonstrate the ability for both crops and/or livestock to coexist with the renewable generation project,
• In municipalities without Class 1 or 2 lands, Class 3 lands will be treated as Class 1 and 2.
• An irrigability assessment must be conducted by proponents and considered by the AUC.
Reclamation security
Amendments to the Activities Designation Regulation and Conservation and Reclamation Regulation create consistent reclamation requirements across all forms of renewable energy operations, including a mandatory reclamation security requirement. There will be a mandatory security requirement for projects located on private lands.
• Developers will be responsible for reclamation costs via a mandatory security or bond.
• The reclamation security will either be provided directly to the province or may be negotiated with landowners if sufficient evidence is provided to the AUC.
Viewscapes
The Electric Energy Land Use and Visual Assessment Regulation ensures pristine viewscapes are conserved through the establishment of buffer zones and visual impact assessment zones as designated by the province.
• New wind projects will no longer be permitted within specified buffer zones.
o Other proposed electricity developments located within the buffer zones will be required to submit a
visual impact assessment before approval.
• All proposed electricity developments located within visual impact assessment zones will be required to submit a visual impact assessment before approval.
Municipalities
The AUC is implementing rule changes to:
• Automatically grant municipalities the right to participate in AUC hearings.
• Enable municipalities to be eligible to request cost recovery for participation and review.
• Allow municipalities to review rules related to municipal submission requirements while clarifying consultation requirements.
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%.”
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