AC9S10H03: Why Society Adopts Scientific Knowledge and Practices

Evidence, trust, access, values, policy and perceived benefit influence whether science-related practices are adopted.

By the end of this lesson, you should be able to:

• Adoption is influenced by scientific and social factors.
• Evidence quality is essential but not sufficient.
• Adoption patterns can vary among groups and over time.

Students should be able to distinguish evidence quality from popularity and identify factors such as trust, cost, risk, communication, values and access.

Learning sequence: Define the practice → Evaluate evidence → Map adoption factors → Explain variation

Core teaching

• Adoption is influenced by scientific and social factors.
• Evidence quality is essential but not sufficient.
• Adoption patterns can vary among groups and over time.

Key vocabulary and ideas

• evidence strength
• benefit and risk
• trust
• access and cost
• values and policy

• Strong evidence guarantees rapid adoption: Add trust, access, incentives, regulation and values to the model.
• Low adoption proves the science is weak: Test several adoption factors before inferring the cause.

Keep the Year 10 boundary: Do not label communities as anti-science without evidence. Do not treat adoption as proof that a claim is scientifically valid.

1. Use a stakeholder map for genetic screening or low-emission transport.
2. Annotate one adoption enabler and barrier for each group.

Work through the sequence Define the practice → Evaluate evidence → Map adoption factors → Explain variation, explaining the evidence or mechanism at each step before moving on.

1. List four factors, other than evidence quality, that can affect whether a scientific practice is adopted by society.
2. Explain how trust in institutions can affect adoption even when the underlying evidence is strong.
3. Compare the effects of cost and accessibility on adoption of a new health technology.
4. Explain why popularity of a claim is not the same as scientific support for the claim.

Two communities receive the same scientific recommendation but adoption differs. Analyse at least three factors other than “knowing the science” that could explain the difference.

Reasoning standard: state the claim, use relevant evidence or a scientific mechanism, and explain why the evidence supports the conclusion without overclaiming.

What is the central idea?

Evidence, trust, access, values, policy and perceived benefit influence whether science-related practices are adopted.

What should a strong response do?

Use the sequence Define the practice → Evaluate evidence → Map adoption factors → Explain variation. Connect the evidence, mechanism or data to the claim.

What common trap should I avoid?

Strong evidence guarantees rapid adoption: Add trust, access, incentives, regulation and values to the model.

1. Two regions receive the same evidence-based health recommendation, but uptake is very different. Analyse at least three plausible factors that could explain the difference.
2. A scientifically supported technology is expensive and difficult to access. Evaluate how evidence, equity, cost and trust could influence its broader adoption.
3. Explain why effective science communication can influence adoption without changing the scientific evidence itself.

Review hint: Use precise scientific vocabulary, show the relevant mechanism or evidence, and state any limitation or uncertainty when the evidence does not justify a stronger claim.

• I can explain and apply: Adoption is influenced by scientific and social factors.
• I can explain and apply: Evidence quality is essential but not sufficient.
• I can explain and apply: Adoption patterns can vary among groups and over time.

Exit ticket: Explain the core idea in 3–5 sentences and apply it to one new example without copying the worked model.

Australian Curriculum v9.0 — AC9S10H03: analyse the key factors that contribute to science knowledge and practices being adopted more broadly by society

Victoria — VC2S10H03, Levels 9–10: Levels 9–10 factors affecting broader adoption of scientific knowledge and practices. Victorian Science is banded across Levels 9 and 10, so the VC2S10 code identifies the band rather than a single school year.

NSW: Stage 5 Data science 2 — evidence-based decisions and verification of claims (SC5-DA2-01). Where NSW places the closest concept in another Stage or spreads it across focus areas, this page states that relationship rather than claiming a false one-to-one Year 10 equivalent.

Use these links to move through the learning sequence rather than studying this code in isolation.

• AC9S10H04
• AC9S10I07

• Australian Curriculum v9.0 — Science
• Victorian Curriculum F–10 Version 2.0 — Science
• NSW Science 7–10 Syllabus (2023) — outcomes

Curriculum equivalents for Analyse the key factors that contribute to science knowledge and...

Mapped skill: analyse the key factors that contribute to science knowledge and practices being adopted more broadly by society

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.