AC9S5H02: Investigate how scientific knowledge is used by individuals and communities to identify problems, consider responses and make decisions

Students connect scientific explanations to possible solutions, compare benefits, risks and uncertainties and recognise that decisions also involve values, cost, equity, ethics and environmental consequences.

Science informs what may happen and how a solution works; decisions also require transparent criteria and consideration of who or what is affected.

Scientific evidence does not automatically select one option. State uncertainties and value judgements rather than hiding them as scientific facts.

A solution can shift a problem elsewhere or create long-term effects. Monitoring and revision are part of responsible decision-making.

Learning routine: Observe → Model → Investigate → Analyse → Explain → Evaluate

Success looks like

• Identify system components
• Explain relationships with a model
• Use evidence from a fair method
• Apply to a new context
• Evaluate limits and further questions

ethical implication

effect involving fairness, rights, responsibilities or harm

environmental implication

effect on organisms, resources or ecosystems

stakeholder

person, group or system affected by a decision

Content description: investigate how scientific knowledge is used by individuals and communities to identify problems, consider responses and make decisions.

• E1: considering how decisions are made to farm particular crops or animals depending on local habitats, such as considering their ability to withstand drought or cold weather
• E2: examining how communities use knowledge of erosion processes to design landscape features that reduce erosion in fragile environments
• E3: examining how knowledge of erosion is used by park rangers to design rules such as keeping to the path and not climbing sandstone, and built features such as channel drains on paths, railings and barriers to protect the park environment and First Nations Australians’ heritage sites
• E4: researching the impacts of light pollution and exploring how communities have used scientific knowledge to reduce light pollution, such as through the use of covered bulbs facing downwards in streetlights, automated systems to turn off streetlights and motion sensors on outdoor lights at home and in public places
• E5: investigating how and why people used properties of light to design signal lamps to communicate via Morse code and where they continue to be used

Core idea: Science informs what may happen and how a solution works; decisions also require transparent criteria and consideration of who or what is affected.

Remember

• Identify system components
• Explain relationships with a model
• Use evidence from a fair method
• Apply to a new context
• Evaluate limits and further questions

Important questions

• Define stakeholder. Explain using the model or evidence above.
• Separate evidence/value. Explain using the model or evidence above.
• Name an unintended effect. Explain using the model or evidence above.
• Compare options by criteria. Explain using the model or evidence above.
• State uncertainty. Explain using the model or evidence above.

Learn from the Topic Guide and fixed Teacher Slides, complete the Practice Sheet, use Practice for supported feedback, then take the Test when ready.

Project the fixed branded slide deck one slide at a time.

• Science alone determines values — Evidence informs but does not replace ethical choices.
• Good intention guarantees good outcome — Monitor unintended effects.
• Risk means solution must be rejected — Compare likelihood, consequence and mitigation.
• Stakeholders limited to decision-makers — Include affected people, future users and environments.

Curriculum equivalents for Investigate how scientific knowledge is used by individuals and communities...

Mapped skill: investigate how scientific knowledge is used by individuals and communities to identify problems, consider responses and make decisions

These references identify matching or closely related learning. Curriculum sequence, terminology and depth vary, so teachers should use the mapped skill and lesson difficulty to confirm suitability.

Australian Curriculum v9.0 is the canonical source for this SkillrHub lesson. Victoria and NSW entries name the closest published state codes or outcomes; international entries are planning references rather than claims of identical curricula.

Australian Curriculum Version 9.0

• AC9S5U01: Structural and Behavioural Adaptations
• AC9S5U02: Weathering, Erosion and Deposition
• AC9S5U03: Reflection, Refraction and Absorption of Light
• AC9S5U04: Solids, Liquids and Gases
• AC9S5H01: How Scientific Knowledge Develops
• AC9S5I01: Scientific Questions, Variables and Predictions