What we learned
- Climate action is losing momentum—but remains elevated relative to 2019. This was reflected in our Climate Action Barometer, which fell for the first time in the six years we have been tracking Canadian policy, capital, industry, and consumer action.
- Climate capital flows stand at around $20 billion annually.Endnote -2 Combined funding from Canadian governments—federal and the four largest provinces—and businesses have flatlined for the past few years, after a significant acceleration between 2019-2022, according to our estimates.
- There are still substantial fiscal incentives budgeted. Economic and trade uncertainty, changes in the policy landscape and the rollback of some incentives appear to be souring business and consumer sentiment. Still, based on our calculations, nearly $100 billion worth of incentives for clean-tech and climate programs and initiatives have been budgeted to be deployed between now and 2035.Endnote -3
- Climate has waned as a top concern. Three out of five Canadians (67%) don’t see climate change as a top three priority, our survey of 2,000 Canadian consumers shows this year. Cost of living issues, healthcare access and strengthening the economy were the top priorities selected. Angus Reid Institute's long-running survey indicates that the percentage of Canadians who say environment is a top issue has fallen over the past few years.Endnote -4
- Canadians are anxious about the impact of climate change on their daily lives. Climate is manifesting itself in other ways such as wildfires, which are exacerbated by long-term environmental shifts. A majority of Canadians want to see action on containing wildfires, as concerns rise over smoke inhalation and heat stress, property damage and insurance costs, and the ability to enjoy a most precious Canadian pastime: outdoor activities.
- Emissions are down—but further progress is challenged. Total national emissions are projected to have declined 7% from 2019, based on our analysis outlined in our methodology. But U.S.-Canadian divergence on environmental policies is emerging as a major shock that could alter Canada’s emissions trajectory. The scrapping of the federal consumer carbon tax and doubts around other climate policies are sapping business investments and consumer buying intentions.
- Several sectors have reduced their emissions intensity. Our estimates suggest electricity led with a 27% reduction in emissions intensity of power generation since 2019;Endnote -5 followed by the buildings (-19%)Endnote -6 and oil and gas sectors (-19%).7 Agriculture (-7%)Endnote -8 and transportation (-7%)Endnote -9 have also lowered their emissions intensity relative to the 2019 baseline. Hard-to-abate heavy industry10 is also making inroads, which we estimate to be 3% lower than the 2019 baseline.
- Major projects added to oil and gas production—is it a harbinger of an emissions rise in the future? The expansion alone of the TMX oil pipeline in 2024 and the start of LNG Canada Phase 1 in 2025 raised the sector’s emissions by almost 1% in 2025 compared to the previous year, based on our estimates.Endnote -11 Overall, we project the industry’s total greenhouse gas emissions to be up 2% since 2023. In our analysis, new proposed oil and gas projects would likely raise the industry’s emissions further without efforts to curb greenhouse gases.
- Businesses are in course-correction mode. A dramatic political shift in Washington around climate policy and action has upended many ESG and sustainability playbooks. Our business survey of 150 executives revealed that more than a quarter of businesses cited the political shift in the U.S. as a key reason they were scaling back their climate commitments. Just over one in five executives also downgraded their climate ambition because of shifting sentiment in Canada.
- Some companies are benefitting from introducing low-carbon products. Mentions of ESG may have dropped in quarterly corporate calls, but businesses are introducing sustainable products—with mixed results. Six in ten executives in our survey said developing sustainable products led to a moderate increase of between 5-15% to their business costs, while another 13% reported cost inflation exceeding 15%. On the flip side, a third reported premium pricing for their low-carbon products and services.
Retreat, reset or renew
A decade after the Paris Agreement, here’s where we’re at globally:
BAD: global emissions have reached record highs, driven by increases from China and India;Endnote -12
GOOD: in 2022, absolute emissions were lower in the United States, the European Union, Japan, Germany, Mexico and Canada, relative to 2015;Endnote -13
GOOD: over the decade, global clean tech investment (including renewables, storage, hydrogen, carbon capture) reached US$2.2 trillion;Endnote -14
GOOD: EV sales for the first nine months of the year were close to 15 million, up 26% from 2024, with nine-million vehicles sold in China, three million in Europe and 1.5 million in the U.S.;Endnote -15
BAD: global temperatures are on course to be 2.6 degrees Celsius warmer in 2100 than they were in pre-industrial times. The Paris Agreement goal was to limit that increase to “well below” 2.0 degrees, with an aspirational goal of 1.5 degrees;Endnote -16
BAD: the 10 hottest years on record have occurred since the Paris Agreement, making 2015-2024 the hottest decade in recorded human history.Endnote -17
Success or failure? Or a lot of both?
Since the Paris Agreement was reached on December 12, 2015, the world has been transformed. The erosion of international trade, rise of populism, spread of war, global pandemic, acceleration of artificial intelligence—all these make it possible to wonder if global climate action reflects a different time.
Moreover, the retreat on several climate policies in 2025, led by the United States, might signal a shift from a Paris spring for climate action to an American autumn.
But amidst a changing political and economic context, climate action continues in much of the world.
Entering the second decade of the Paris Agreement, China is now the key driver of ambition and change. The world’s largest emitter has set a goal of seeing its own emissions peak by 2030 and reaching “carbon neutrality” by 2060, even as it continues to expand coal-fired energy. The EU remains committed to cutting emissions by 55% of 1990 levels by 2030, albeit challenged as it tries to simultaneously boost economic output and regain energy security. And India—the fastest-growing major emitter—has recently announced a $21-trillion plan to get to peak emissions by 2045, 10 years ahead of its current trajectory.Endnote -18
Headwinds and tailwinds swirling together will not make for smooth sailing. If the world is to regain momentum in 2026, and reset collective climate action for the coming decade, some geopolitical and economic realities may need to be factored anew.
Among those:
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No single nation can drive climate action ….
… but the energy powers will be critical. The Paris Agreement, by geography and politics, was European-driven, and didn’t fully factor some of the mega-shifts underway in energy production and consumption—notably the rise of U.S. shale oil and gas and surging Asian demand. In the coming year, the U.S. and China will be critical in determining where we go from here. They are not only the biggest sources of emissions; they are the world’s twin engines of innovation, including for clean tech. Other energy producers and consumers, including Canada, Russia, the Persian Gulf states and India, are also likely to play oversized roles as emitters, and therefore may need to play an oversized role in future climate action. This will be all the more challenging for a growing number of climate-shy governments. -
Consumers can still drive change …
… but won’t pay for it. Any notion that consumers would embrace new technologies or change lifestyles was challenged in the first decade of Paris. While EV and heat pump sales rose significantly around the world, they required significant subsidies to entice consumers. We’ve seen that when the price is right, and designs are appealing, consumers will adopt lower-emissions products. But that may be more challenging in the mid-‘20s, as the shadows of stagflation hang over most major economies. Our annual Climate Action consumer survey shows Canadian are less interested in climate issues, given growing concerns over economic security. That aside, Canadians continue to want to reduce their carbon footprint, especially through low-cost measures like recycling and home-energy usage. Another big shift is the growing concern over wildfires, with 60% of respondents now placing greater emphasis on climate action if extreme weather events come closer to home. -
Investors may still support change …
... but aren’t demanding it as much. Plenty of Paris-inspired efforts, especially after the Glasgow Climate Summit (COP 26) in 2021, suggested investors might drive corporate climate policy more than actually happened. This wasn’t just an American phenomenon. Leading investors and financial institutions in Asia, as well as Europe, pulled back from collective efforts and commitments—in part because of regulatory pressures in some markets, notably the U.S., but largely because of pressure to meet other shareholder needs. Our annual Climate Action survey of Canadian business leaders shows they feel the least pressure from investors; those taking climate action in their companies said the primary driver was corporate strategy, followed by regulations and consumers and clients. Investor pressure was fourth. Executives appear to be acutely mindful of the role corporations can play, with 77% suggesting industry participation is central to Canada getting to net-zero. Nearly two-thirds said tax credits would be the best way to drive more corporate action. -
Industrial technologies are having an effect …
… just not as fast as anticipated. Shifts of industrial production, with emerging technologies like carbon captureEndnote -19 and biofuels,Endnote -20 could help reduce net emissions. But investment in those technologies is going slower than some had hoped, in part because of lower global economic growth, as well as investor pressures for near-term returns. Trade pressures may further diminish industrial climate action. Resistance in Western countries to large-scale imports from China may even hamper the trade of major industrial inputs like wind turbines and critical minerals. -
Government subsidies remain fundamental— but can’t be scaled
The Paris Agreement came during a time of low interest rates and fiscal expansion, when many governments were trying to spur economic growth coming out of the global financial crisis and ensuing U.S. recession. That fiscal capacity was strained by pandemic spending, and growing deficits across much of the West in the 2020s. Governments and companies borrowed $25 trillion in 2024, triple what they did in 2007, before the financial crisis. Emerging market countries have increased sovereign debt levels even faster. In the global North and South, governments may not be able to borrow, or tax, enough to maintain climate-related spending. This year, our analysis of Canadian government spending and policies used a ChatGPT model to better understand such political shifts away from climate. The results illustrated a decline in emphasis on policy measures, a reduction in new funding commitments, and more emphasis on “narrative”—particularly to reframe climate as a nature issue, with a secondary value of job creation, and less emphasis on emissions reduction.
Paris 2.0
As the world looks to the year ahead, and the next decade of post-Paris climate action, a reckoning is slowly taking shape. Some countries have recognized that emissions reductions will take a bit longer, even as they see net-zero by 2050 still possible. They may find hope in the “slow, slow, fast” school of innovation, in which adoption curves shift from gradual to sudden.
Tech breakthroughs may be the best hope for climate action in the year ahead—as deficit-chilled governments, stagflation-scarred consumers and risk-minded businesses continue a more cautious, and pragmatic, approach.
A growing imperative for “energy security” could be a new catalyst for change, drawing private sector capital and investment at a scale not achieved in the past decade.
Ambitions are already being scoped out—for large-scale nuclear energy and industrial-grade battery storage, among other technologies that can secure energy supplies and reduce costs.
This may be the biggest global shift since the Paris Agreement: fewer nations want to be wholly or largely dependent on others for large-scale energy supplies.
A renewed commitment to the Paris agenda may require greater recognition of this new global energy imperative, with its complex economics and fraught geopolitics. Such a commitment may also need to recognize that in the coming years we may see less global cooperation, and therefore require more regional approaches and allyships. It’s even possible the Paris consensus could give way to a Beijing consensus, a Berlin consensus and a Washington consensus—and instead of one path to 2050, there could be several.
The climate for constructive change may indeed be harsher in the mid-2020s than it was in the mid-2010s. But in the intervening decade, the world has also seen an explosion of advanced technologies, private capital and human ingenuity. Those may be just the engines of climate innovation that the world needs to propel itself into the decade ahead.
Emissions intensity estimates are defined as emissions (tonnes CO2 equivalent) per square meter of floor space. Floor space data for residential and commercial buildings was sourced from Natural Resources Canada’s Com-prehensive Energy Use Database. For years where NRCan estimates were unavailable, floor space was projected using a simple linear trend informed by recent historical growth, providing an indicative estimate aligned with current patterns in building activity. Emissions intensities were calculated separately for the residential and commercial sectors and rolled up into a single measure using a weighted average determined by floor space.
The emissions decline resulting from decreased coal-powered electricity generation is taken from historical emissions factors and implied coal-based generation as reported under Table A13-1 as part of Statistical Annex 13 Electricity Intensity.
The emissions impact from the estimated increase in natural gas powered generation is based on historical conversion factors from 2019-2023 reported data under Table A13-1 as part of Statistical Annex 13 Electricity Intensity.
Total sector emissions within electricity in 2025 are the summation of the estimated decline in emissions from coal-powered electricity generation and the increase in natural gas-powered electricity generation as detailed above. These values are then compared relative to 2005 and 2019 as disclosed under Table A13-1 as part of Statistical Annex 13 Electricity Intensity.