High School Block:
Environmental Science 120
In Environmental Science 120, learners use scientific field-laboratory investigations and experiences to explore the natural world. Learners are empowered to share lived experiences to take collective action through exploration of science skills, ecosystems, and environmental awareness. Learners will identify the impacts of personal behaviours on the environment and recognize that caring for and sustaining natural environments is an element of responsible global citizenship. Environmental Science 120 will benefit those pursuing careers in the green economy.
Environmental Science 120 connects to the United Nations Sustainability Development Goals (UN SDGs) 6 Clean Water and Sanitation, 11 Sustainable Cities and Communities, 12 Responsible Consumption and Production, 13 Climate Action, 14 Life Below Water, 15 Life On Land. Geometry, Measurement and Finance 10, Civics 10, and Science 9 are recommended prerequisites for enrollment in Environmental Science 120.
For Educators:
CONTEXTS AND CONCEPTS
Explore, discover, action
Ecosystems
- Components
- Interactions
Environmental issues
- Issues
- Successes
- Solutions
Strand: Ecosystems
Big Idea: Integrated Science Skills
Skill Descriptor: Model safe practices.
Global Competencies: CL, CM, SASM, CTPS
Achievement Indicators:
- Understand procedures and how to use equipment to complete field/laboratory work in a safe manner
- Apply an understanding and applications of Workplace Hazardous Materials Information System (WHMIS) symbols
- Demonstrate responsible behaviours to prevent accidents in personal workspace
Skill Descriptor: Develop laboratory skills.
Global Competencies: CL, CM, SASM, CTPS
Achievement Indicators:
- Apply laboratory skills in the selection of appropriate tools and technology
- Design field or laboratory investigations outlining objectives, procedures, materials.
- Use and analyze data to communicate and defend conclusions
Big Idea: Components
Skill Descriptor: Explore living systems.
Global Competencies: CL, CM, CTPS, SGC
Achievement Indicators:
- Demonstrate an understanding of the organization of life from individuals to biosphere
- Demonstrate knowledge of food chains and energy transfer
- Identify biomes around the Earth
- Predict impacts of species dynamics on ecological succession
- Explain relationships and dependencies between species (e.g., habitat, symbiosis)
Skill Descriptor: Analyze non-living systems.
Global Competencies: CL, CM, CTPS, SGC
Achievement Indicators:
- Review water and carbon cycles
- Investigate the natural cycling of phosphorus, nitrogen
- Investigate the impacts of humans on natural cycles
- Contrast how aquatic and terrestrial ecosystems are categorized
Big Idea: Interactions
Skill Descriptor: Analyse interconnectedness within ecosystems.
Global Competencies: CL, CTPS, SGC
Achievement Indicators:
- Infer which biomes can exist from given lists of factors
- Model interactions of predator-prey relationships
Skill Descriptor: Create models outlining population dynamics.
Global Competencies: CL, CM, CTPS, SGC
Achievement Indicators:
- Analyse quantitatively and/or qualitatively ways natural populations are kept in equilibrium
Skill Descriptor: Evaluate ecological services provided by natural capital.
Global Competencies: CL, CM, CTPS, SGC
Achievement Indicators:
- Construct models to identify ecological roles
- Infer quantitative value of ecological services to society
Strand: Environmental Awareness
Big Idea: Issues
Skill Descriptor: Explore impacts of culture on how ecosystems are understood.
Global Competencies: CL, CM, SGC
Achievement Indicators:
- Discuss how ecological knowledge is carried through story
- Report on how elements of culture can impact ecosystems
Skill Descriptor: Investigate local to global environmental issues using scientific knowledge.
Global Competencies: CM, CTPS, SGC
Achievement Indicators:
- Communicate scientific knowledge about environmental issues
- Investigate local to global environmental impact of industry
Skill Descriptor: Examine economic, social, and environmental values of sustainable development.
Global Competencies: CL, CM, SASM, CTPS, SGC
Achievement Indicators:
- Identify risks and hazards within sustainable development
- Discuss the value of what the environmental impact would be if everyone adopted the concept of Netukulimk (concept of taking only what you need and preparing for future generations)
- Research examples of environmental racism
Big Idea: Successes
Skill Descriptor: Evaluate existing local to global environmental, social, and economic policies, programs, or initiatives related to the environment.
Global Competencies: CL, CM, SASM, SGC
Achievement Indicators:
- Explain why environmental impact assessments are part of democratic process
- Discuss environmental assessments
- Identify and examine local to global policies, programs, or initiatives related to the environment
Big Idea: Solutions
Skill Descriptor: Reflect on Indigenous knowledges and practices as models of stewardship of the environment.
Global Competencies: CM, SASM, CTPS, SGC
Achievement Indicators:
- Describe the interconnectedness of all things (land, animals, people weather, and plants)
Skill Descriptor: Create action(s) for an environmentally sustainable future.
Global Competencies: CL, CM, ICE, SASM, CTPS, SGC
Achievement Indicators:
- Propose environmental actions that consider natural capital and sustainability
- Identify and gather data about shared experiences
- Hypothesise actions to positively influence behaviour to reduce our ecological footprint
Skill Descriptor: Apply environmental practices to model an environmentally sustainable future.
Global Competencies: CL, CM, ICE, SASM, CTPS, SGC
Achievement Indicators:
- Apply civic practices (democratic, equitable, inclusive) to create a sustainable future
- Use social-emotional related competencies to empower positive environmental actions
Skill Descriptor: Apply science skills to develop solutions to environmental challenges.
Global Competencies: CM, SASM, CTPS, SGC
Achievement Indicators:
- Justify personal choices that affect the environment using scientific knowledge, data, evidence and/or rationale