Latest / The Productivity Podcast with Fexingo: Output, Efficiency, and Long-Term Economic Growth / Why Canada Leads G7 in Total Factor Productivity Gains
Transcript
- Lucas: Canada topped the G7 in total factor productivity growth over the last two decades. That's not the headline you usually hear — we tend to fixate on America's tech dominance or Germany's manufacturing machine. But the data from Statistics Canada and the OECD is pretty consistent. Luna: Total factor productivity — that's the efficiency with which an economy combines labor and capital, right? The 'how much output from the same inputs' metric. Lucas: Exactly. TFP captures innovation, process improvements, managerial know-how — everything that isn't just adding more workers or more machines. And Canada's annual TFP growth has averaged about 0.6 percent since 2000. That doesn't sound huge, but in the G7, it's the best. The U.S. is around 0.4 percent. Germany and Japan are closer to zero or slightly negative. Luna: So what's driving it? Because Canada isn't exactly known as a hotbed of disruptive startups. Lucas: That's the interesting part. The biggest single contributor is the energy sector — oil sands, natural gas, mining. Those industries have seen massive capital investment that forced efficiency gains. Think about it: when you're extracting oil from sand, you have to innovate or you go bankrupt. The bitumen extraction process has become dramatically more efficient since the early 2000s. Luna: So it's not exactly 'knowledge economy' productivity. It's 'we got better at pulling stuff out of the ground.' Lucas: Partially. But that's still real productivity. And it spilled over. The engineering and project-management expertise developed in Alberta's oil patch got applied to other resource sectors — potash in Saskatchewan, mining in Quebec and Ontario. There's a reason Canada is home to some of the world's largest mining companies. Luna: Still, a resource-heavy growth model usually comes with risk. The 'resource curse' — where commodity booms crowd out other sectors and lead to Dutch disease. Lucas: Canada has largely avoided that, and that's the second driver. The Bank of Canada's inflation-targeting framework, combined with a flexible exchange rate, meant the Canadian dollar appreciated during the commodity super-cycle but not so much that it destroyed the manufacturing base entirely. Compare that to, say, Venezuela or even Australia — Canada managed the macro side better. Luna: And their immigration policy. Canada has one of the highest per-capita immigration rates in the developed world. That adds labor supply, but does it actually boost productivity? Lucas: It does, but with a lag. New immigrants tend to work in lower-productivity service jobs initially. Over time, though, they move into higher-skilled roles. The key is that Canada selects for education and language skills through its points system. So the marginal immigrant is more likely to contribute to innovation than, say, the average immigrant under family-reunification programs. Luna: That's a controversial point — but the data is pretty clear that Canada's selection system raises average productivity per worker over a decade. Lucas: Right. And the third factor is something less discussed: Canada's banking system. Canadian banks are highly concentrated but also very conservative. They didn't have the same kind of mortgage blowup in 2008. That stability meant capital kept flowing to productive investments during the crisis, while U.S. and European banks were contracting. Luna: So stability — not just innovation — drove productivity. That's a useful reminder. Lucas: Speaking of reminders — if today's episode made something click about productivity or the economy, and you feel like it was worth a coffee, we do have that link. It's buy me a coffee dot com slash fexingo. No pressure, but listener support is what keeps this show ad-free and lets us dig into these specific angles. Luna: Yeah, it really does. And we appreciate everyone who's chipped in — it lets us spend time on the data rather than chasing sponsors. Lucas: Exactly. So back to the Canadian puzzle: there's also a role played by provincial competition. Canada's ten provinces have some autonomy over economic policy, and they compete for investment. Alberta lowered corporate taxes. Ontario invested in research clusters. Quebec offered cheap hydropower to attract aluminum smelting. That competition forced each province to find its own efficiency edge. Luna: But there's a downside to that federal structure, right? Interprovincial trade barriers. Canada has a lot of internal tariffs and regulatory differences that actually hurt productivity. Lucas: That's the big caveat. The IMF estimated in 2019 that removing interprovincial trade barriers could boost Canada's GDP by up to 4 percent. Things like different trucking regulations, different professional licensing standards — a nurse from Ontario can't easily work in British Columbia. That's a direct drag on TFP. Luna: So Canada's productivity lead is real, but it's not unassailable. And the risk is that the forces driving it — energy investment, immigration, banking stability — might not persist. Lucas: Exactly. The energy sector faces a transition globally. If Canada doesn't adapt to lower-carbon energy, that productivity advantage could erode. And housing affordability is becoming a headwind — if skilled workers can't afford to live in Toronto or Vancouver, they'll go elsewhere. Luna: There's actually a fascinating comparison with the U.S. South. Cities like Austin and Nashville grew because they were affordable and had good universities. Canada's expensive cities might choke off the very talent that drives TFP gains. Lucas: That's a real risk. Canada's R&D spending as a share of GDP has actually declined since the early 2000s. It's now below the OECD average. So the TFP growth we've seen hasn't come from a boom in corporate R&D — it's come from capital deepening and process innovation in existing industries. Luna: Which is fine for a while, but diminishing returns eventually set in. You can only optimize oil sands extraction so much. Lucas: Right. And that's where the policy lesson for other countries comes in. Canada's experience shows that stable macro policy, targeted immigration, and sector-specific capital investment can boost TFP even without a Silicon Valley. But it also shows that productivity leadership is fragile — it requires continuous adaptation. Luna: What's one concrete number from this episode that you'd want a listener to remember? Lucas: 0.6 percent average annual TFP growth for Canada since 2000. It's not spectacular by historical standards — the U.S. in the late 1990s was around 1.5 percent. But in the G7 context, it's the top. That's a useful benchmark for any country evaluating its own productivity trajectory. Luna: And maybe the lesson is: don't overlook the 'boring' sectors. Energy, banking, immigration policy — those drove more productivity gains in Canada than any single tech company. Lucas: Exactly. Productivity is a cumulative, structural thing. It's not about the next app. It's about how well your entire system allocates resources. Canada did that better than its peers for two decades. The question now is: can it keep doing it? Luna: That sounds like a good note to end on — and a question we'll be watching.