Social Studies · Grade 6 · The Road to Confederation and Governance · Term 3

Canada's Energy Resources and Global Demand

Students explore how Canada's natural resources, particularly energy, connect it to global markets and environmental debates.

About This Topic

Canada holds vast energy resources, including oil sands in Alberta, hydroelectric power in Quebec and British Columbia, and natural gas in various provinces. Students examine how these resources position Canada as a major exporter to countries like the United States, China, and Europe, shaping trade agreements and economic partnerships. This topic highlights the balance between economic benefits, such as job creation and revenue, and challenges like resource extraction costs.

Aligned with Ontario's Grade 6 Social Studies curriculum on governance and Confederation's legacy, students analyze how federal and provincial policies manage these resources amid global demand. They explore environmental concerns, including greenhouse gas emissions from fossil fuels and habitat disruption, while considering shifts toward renewables. Key questions prompt critical thinking on economic ties, sustainability, and future scenarios in a warming climate.

Active learning shines here through simulations and debates that make abstract global connections concrete. When students role-play trade negotiations or track real-time export data, they grasp interconnections between local actions and worldwide impacts, fostering informed citizenship and systems thinking.

Key Questions

1. Explain how Canada's energy resources influence its global economic relationships.
2. Analyze the environmental implications of global demand for Canadian resources.
3. Predict the future role of Canadian energy in a changing global climate.

Learning Objectives

• Analyze Canada's role as an energy exporter by identifying its primary energy resources and key international trading partners.
• Evaluate the environmental impacts associated with the extraction and global demand for Canadian energy resources, such as greenhouse gas emissions and land use.
• Compare the economic benefits and environmental challenges of different Canadian energy sources, including fossil fuels and renewable alternatives.
• Predict potential future shifts in Canada's energy production and export strategies in response to global climate change policies and technological advancements.

Before You Start

Canada's Geography and Natural Resources

Why: Students need a foundational understanding of Canada's diverse geography and the types of natural resources found within its provinces and territories.

Basic Economic Concepts: Supply and Demand

Why: Understanding the principles of supply and demand is essential for grasping how global markets influence the value and export of Canada's energy resources.

Key Vocabulary

Energy Resources	Materials found in nature that can be used to produce energy, such as oil, natural gas, coal, and sources for hydroelectric and solar power.
Global Demand	The total amount of a specific good or service that consumers worldwide are willing and able to purchase at a given price.
Greenhouse Gas Emissions	Gases released into the atmosphere, primarily from burning fossil fuels, that trap heat and contribute to climate change.
Renewable Energy	Energy derived from natural sources that are replenished at a higher rate than they are consumed, such as solar, wind, and hydroelectric power.
Trade Agreements	Formal treaties or pacts between countries that outline the terms and conditions for international trade, including the exchange of natural resources.

Watch Out for These Misconceptions

Common Misconception

Canada's energy resources are unlimited and extraction has no environmental cost.

What to Teach Instead

Resources are finite, and extraction like oil sands mining releases emissions and affects water systems. Hands-on mapping of impacted areas helps students visualize trade-offs, while group discussions reveal long-term sustainability issues.

Common Misconception

All Canadian energy exports benefit the economy equally without global dependencies.

What to Teach Instead

Exports create jobs but tie Canada to volatile markets; diversification matters. Simulations of trade disruptions clarify economic vulnerabilities, and peer debates build nuanced views on balanced policies.

Common Misconception

Renewable energy plays no role in Canada's future amid fossil fuel dominance.

What to Teach Instead

Hydro and wind are growing; global climate goals push transitions. Data analysis activities let students compare sources, correcting overemphasis on fossils through evidence-based predictions.

Active Learning Ideas

Mapping Activity: Energy Export Flows

Provide maps of Canada and key trading partners. Students in small groups label resource locations, draw export routes, and note economic partners using provided data cards. Groups present one connection to the class, discussing influences on relationships.

45 min·Small Groups

Debate Stations: Resource Trade-offs

Set up stations for economic growth, environmental protection, Indigenous rights, and renewables. Pairs prepare arguments using fact sheets, then rotate to debate at each station. Conclude with a whole-class vote on policy priorities.

50 min·Pairs

Future Scenarios Simulation: Climate Role-Play

Assign roles like government official, energy company rep, or environmentalist. In small groups, students predict 2050 energy scenarios based on current trends, using charts to propose actions. Groups share and refine ideas in a class gallery walk.

60 min·Small Groups

Data Dive: Resource Tracker

Students individually analyze graphs of Canada's energy production and exports over 10 years. They identify trends, then pair up to discuss global demand implications and jot predictions on sticky notes for a class chart.

30 min·Individual

Real-World Connections

• Engineers at Suncor Energy in Alberta work on extracting oil from the oil sands, a process that involves significant land use and water management, supplying a substantial portion of Canada's oil exports to the United States.
• Policy advisors for Natural Resources Canada analyze global energy market trends and advise the government on negotiating trade deals for natural gas with countries in Asia and Europe, while also considering the environmental footprint of these exports.
• Community planners in Quebec assess the impact of large hydroelectric dams, like the James Bay Project, on local ecosystems and Indigenous communities, balancing the need for clean energy exports with environmental sustainability.

Assessment Ideas

Discussion Prompt

Pose the question: 'If Canada significantly increased its export of oil and natural gas, what are two positive economic outcomes and two negative environmental outcomes that might occur, both within Canada and globally?' Facilitate a class discussion, encouraging students to support their points with evidence.

Quick Check

Provide students with a map of Canada showing major energy resource locations and arrows indicating export routes. Ask them to label two key energy resources, one major export destination, and one potential environmental concern associated with that resource's export.

Exit Ticket

On an index card, ask students to write one sentence explaining how global demand for energy affects Canada's economy and one sentence describing a challenge Canada faces in meeting this demand sustainably.

Frequently Asked Questions

How do Canada's energy resources shape global economic relationships?

Canada supplies 4% of world oil, mainly to the US via pipelines, influencing NAFTA/USMCA terms. Students can explore this through trade maps, seeing how demand from Asia drives new projects. This fosters understanding of interdependence, where resource wealth boosts GDP but requires diplomatic navigation.

What are the environmental implications of global demand for Canadian energy?

Oil sands production emits high CO2, contributing to climate change, while tailings ponds pollute water. Hydro dams alter ecosystems. Role-plays help students weigh these against energy security, promoting balanced views on regulations like carbon pricing.

How can active learning help students understand Canada's energy resources?

Activities like export mapping and policy debates engage students kinesthetically, turning data into stories of real stakes. Collaborative simulations reveal complexities, such as economic vs. environmental priorities, building empathy and critical analysis over rote memorization.

What is Canada's future role in global energy amid climate change?

Shifts to LNG exports and renewables position Canada as a cleaner supplier, but fossil reliance persists. Predictions via scenarios encourage students to consider tech innovations and policies, preparing them for citizenship in sustainable governance.