Canadian Studies · Grade 9 · Managing Canada's Natural Resources · Term 1

Classifying Natural Resources

Distinguishing between renewable, non-renewable, and flow resources within the Canadian context and their economic significance.

About This Topic

Classifying natural resources builds students' grasp of Canada's economic strengths. Renewable resources, like timber from British Columbia forests and Atlantic fisheries, regenerate through natural processes or careful stewardship. Non-renewable resources, such as Alberta oil sands and Ontario nickel deposits, form over geological time and face depletion. Flow resources, including Prairie winds and southern Ontario solar radiation, renew constantly without human limits but vary with weather.

Economic significance ties classification to real-world decisions. Technological advances, like improved solar panels or fracking techniques, boost viability of flow and non-renewable options. Market prices sway operations: high oil demand spurs extraction, while carbon taxes favor renewables. Canada's shift toward flow resources supports emission goals and energy security.

Active learning fits perfectly because students sort physical or digital cards with Canadian examples, analyze case studies on tech impacts, and debate policy choices. These methods turn abstract categories into concrete tools for understanding resource management.

Key Questions

1. Differentiate between renewable, non-renewable, and flow resources, providing Canadian examples for each.
2. Analyze how technological advancements and market prices can alter the economic viability of a resource.
3. Explain why flow resources like wind and solar energy are gaining prominence in Canada's energy mix.

Learning Objectives

• Classify Canada's natural resources into renewable, non-renewable, and flow categories, citing specific Canadian examples for each.
• Analyze how technological advancements, such as hydraulic fracturing or advanced solar panel efficiency, impact the economic viability of specific natural resources in Canada.
• Explain the increasing prominence of flow resources like wind and solar energy in Canada's energy sector, referencing environmental and economic factors.
• Compare the sustainability and depletion rates of renewable versus non-renewable resources within the Canadian context.

Before You Start

Canada's Economic Geography

Why: Students need a foundational understanding of Canada's major industries and geographical regions to contextualize the location and type of natural resources.

Basic Economic Concepts (Supply and Demand)

Why: Understanding how supply and demand influence prices is crucial for analyzing the economic viability of natural resources.

Key Vocabulary

Renewable Resource	A natural resource that can replenish itself over time through natural processes or sustainable management, such as forests or fisheries.
Non-Renewable Resource	A natural resource that exists in finite quantities and is consumed much faster than it can be regenerated, like fossil fuels or minerals.
Flow Resource	A natural resource that is continuously available and replenished by natural processes, such as solar radiation or wind, and is not depleted by use.
Economic Viability	The ability of a natural resource to be profitably extracted or utilized, influenced by factors like extraction costs, market prices, and technological capabilities.

Watch Out for These Misconceptions

Common Misconception

Renewable resources have no limits and can be harvested endlessly.

What to Teach Instead

Renewables depend on regeneration rates; overharvesting, as in Newfoundland cod collapse, causes scarcity. Card sorting activities prompt students to consider time scales and management, building accurate sustainability views.

Common Misconception

Flow resources are just another type of renewable.

What to Teach Instead

Flow resources like solar flow perpetually but are site-specific and intermittent, unlike biological renewables. Debates help students distinguish through examples, clarifying economic planning needs.

Common Misconception

Non-renewable resources lose value as they deplete.

What to Teach Instead

Technology and prices can extend usability, like deep-sea mining. Case study jigsaws reveal these dynamics, helping students see economic fluidity.

Active Learning Ideas

Card Sort: Canadian Resource Categories

Prepare cards listing resources like maple syrup, uranium, and tidal power with descriptions. In small groups, students sort into renewable, non-renewable, and flow piles, then justify placements with evidence. Groups share one challenging example with the class.

35 min·Small Groups

Jigsaw: Economic Viability Factors

Assign expert roles on technology, market prices, or policy for each resource type. Pairs research Canadian cases, like wind farms or tar sands. Experts teach their home group, then mixed groups discuss how factors shift viability.

45 min·Small Groups

Formal Debate: Flow vs Fossil Fuels

Pairs prepare arguments for or against expanding flow resources over non-renewables in Canada's energy mix, using economic data. Hold a class vote and reflection on key points raised.

40 min·Pairs

Map Markup: Regional Resources

Provide a Canada outline map. Whole class annotates renewable, non-renewable, and flow hotspots with labels and notes on economic roles. Discuss regional dependencies.

30 min·Whole Class

Real-World Connections

• Forestry companies in British Columbia manage timber harvests, balancing the regeneration rates of Douglas fir and spruce with market demand for lumber used in construction across North America.
• Engineers at Suncor Energy in Alberta analyze the economic feasibility of extracting oil from the oil sands, considering global oil prices, extraction technology costs, and environmental regulations.
• Researchers at Natural Resources Canada are studying the potential for offshore wind farms in the Atlantic provinces, assessing wind patterns and turbine technology to contribute to Canada's clean energy goals.

Assessment Ideas

Quick Check

Provide students with a list of 10 Canadian natural resources (e.g., Alberta natural gas, Saskatchewan potash, Manitoba hydro, Great Lakes water, B.C. salmon). Ask them to categorize each as renewable, non-renewable, or flow, and briefly justify their choice for three of the resources.

Discussion Prompt

Pose the question: 'How might a significant increase in the global price of oil affect Canada's investment in and development of solar and wind energy?' Facilitate a class discussion where students use the concepts of market prices and resource viability to support their arguments.

Exit Ticket

Ask students to write down one Canadian example of a non-renewable resource and explain one technological advancement that could make its extraction more economically viable. Then, have them name one Canadian city or region that benefits from a flow resource and explain why.

Frequently Asked Questions

What are Canadian examples of each natural resource type?

Renewables include BC forests and Prairie crops that regrow seasonally. Non-renewables cover Alberta bitumen and Quebec iron ore, extracted from fixed deposits. Flow resources feature Labrador tidal currents and Manitoba winds, harnessing ongoing natural forces. These examples ground classification in Canada's geography and economy, aiding pattern recognition.

How do technological advancements affect resource viability in Canada?

Innovations like horizontal drilling revived shale gas in BC, while efficient turbines expanded Ontario wind farms. Such changes lower costs and open marginal sites, shifting economic priorities. Students tracking these via timelines see how tech alters classification impacts on jobs and exports.

How can active learning help students classify natural resources?

Hands-on card sorts and debates engage students in categorizing Canadian examples, making distinctions stick through manipulation and argument. Mapping activities connect resources to regions, revealing economic ties. These approaches outperform lectures by fostering ownership and discussion of nuances like sustainability limits.

Why are flow resources gaining prominence in Canada's energy sector?

Flow resources support net-zero goals, with solar and wind now key in Alberta and Ontario mixes. They reduce import reliance and create green jobs. Economic analyses show falling costs outpace fossils, influenced by policy incentives like federal clean energy rebates.