| Field | Value |
|---|---|
| Status | Open for contribution |
| Type | Policy design experiment |
| Related manifesto articles | instances/canada/manifesto/article_06_environmental_responsibility.md, instances/canada/manifesto/article_10_climate_change.md |
How should Canada manage the transition from fossil fuel production toward a low-carbon energy system in a way that is economically viable for energy-producing regions and achieves meaningful emissions reductions on a credible timeline?
Canada is simultaneously one of the world's largest fossil fuel producers and a country with binding international climate commitments. The energy transition is not a question of whether it will happen — the economics of renewables and the physics of the climate make it inevitable — but of how fast, who pays, who benefits, and which institutions manage it.
This experiment focuses on the design of a credible transition strategy, not on whether to transition.
The regional conflict is structural Alberta, Saskatchewan, and Newfoundland have economies with deep fossil fuel dependencies. A transition that does not address their economic interests will fail politically and may fail in practice. A transition that waits for those interests to self-resolve will not happen in time.
Jurisdiction is contested Natural resources fall primarily under provincial jurisdiction. The federal government has tools — carbon pricing, infrastructure investment, financial regulation — but cannot unilaterally direct provincial energy policy.
The timeline tension is real A just transition for workers and communities requires time and sustained investment. Climate science requires urgency. These are not trivially reconcilable. Proposals that claim to solve both without tradeoffs should be scrutinized carefully.
Export capacity and emissions accounting Canada's Scope 3 emissions (from burning Canadian fossil fuels outside Canada) are not counted in national inventories but are real. Proposals that reduce domestic production while maintaining export growth are not obviously climate policy.
Grid reliability and baseload Wind and solar are variable. Grid reliability requires dispatchable backup capacity (hydro, storage, gas, nuclear) during transition. The availability and cost of these options varies significantly by province.
Questions worth exploring:
- What is a credible phaseout timeline for oil sands production, and who sets and enforces it?
- What does a just transition package for fossil fuel workers and communities need to include to be politically and economically durable?
- Should Canada expand nuclear capacity as a low-carbon baseload strategy, and which reactor technologies are relevant?
- How should the federal carbon price be structured to reduce emissions without disproportionately affecting low-income households and rural communities?
- What role should resource nationalization (partial or full) play in managing transition assets and stranded cost liabilities?
- Should Canada set export restrictions on fossil fuels as a climate policy tool? What are the trade treaty implications?
- How should indigenous resource rights and free, prior, and informed consent requirements interact with transition planning?
Copy templates/proposal_template.md to
proposals/energy-[your-short-title].md.
Strong proposals in this experiment will:
- focus on one specific mechanism or policy instrument
- be explicit about the timeline and who bears the cost
- address the regional equity dimension directly
- not pretend there are no tradeoffs
This is a policy area where honest engagement with costs and tradeoffs is more valuable than optimistic framing. Reviewers will probe the hard cases.
Position A — Managed decline with workers first The federal government should negotiate a binding production reduction schedule with major producers, funded by a windfall profits levy, with the revenue invested in worker income guarantees, community economic diversification, and retraining. No new major fossil fuel infrastructure after 2030.
Position B — Technology-led transition The transition should be driven by cost-competitive clean technology rather than production mandates. Federal investment in grid infrastructure, battery storage, small modular reactors, and green hydrogen creates the conditions for market-driven transition without coercive production restrictions.
Position C — Federal energy corporation Canada should establish a federal clean energy corporation to own and operate interprovincial transmission, invest in grid-scale storage, and manage strategic transition assets — analogous to how Petro-Canada was used to build domestic capacity in the oil sector.
No proposals have been submitted yet. This experiment is open.