Cultural perspectives and world views in science

Investigate how cultural perspectives and world views can influence the questions people ask, observations they value, ways knowledge is organised and how scientific knowledge is applied.

Success criteria

• I can explain how perspective can shape a research question without changing measured evidence.
• I can compare knowledge systems without ranking one as automatically superior.
• I can explain why First Nations knowledge must remain connected to specific communities, Country and protocols.
• I can identify respectful collaboration, consent, attribution and benefit-sharing.

1. Separate evidence from perspective: evidence is observed/measured; perspective can influence what is investigated and how observations are organised.
2. Use classification as an example: contemporary taxonomy may emphasise evolutionary relationships, while other systems may organise organisms by season, use, Country or ecological relationships for different purposes.
3. Introduce place-based ecological knowledge and long time scales.
4. Teach protocol: identify knowledge holders, use authorised sources, avoid generalising, respect consent and agreed sharing.
5. Show how collaborative projects can combine different evidence sources while still measuring outcomes scientifically.

Seasonal knowledge + ecological monitoring

A community resource records a flowering event that often coincides with animal movement. Scientists can compare dated flowering and movement records over several seasons.

Important: the community observation helps frame the question; the relationship is then examined with evidence. The local knowledge should not be presented as representing all First Nations Australians.

Teacher prompt: “What did perspective contribute? What evidence would test the relationship?”

• How can a scientist's values influence research priorities but not the reading on a calibrated instrument?
• Why can two classification systems both be useful for different purposes?
• Why is local attribution scientifically useful as well as respectful?
• What should researchers do if a community chooses not to share restricted knowledge?
• How could ranger observations and satellite data provide complementary evidence?

• “All First Nations knowledge is the same.” False — knowledge systems are diverse and place-specific.
• “Cultural influence makes science unscientific.” False — claims can remain evidence-based while questions and priorities are culturally situated.
• “If something is online, it is free to use however we want.” False — ownership, attribution and sharing protocols still matter.
• “Combining knowledge means taking it.” False — respectful collaboration requires consent and governance.

1. Name one way culture can shape science without changing physical laws.
2. Why should local ecological knowledge be linked to its source community and place?
3. Give one example of complementary evidence sources.
4. What is wrong with presenting one community practice as universal across Australia?

Students analyse a short case study involving a local environmental problem, community knowledge and instrument data. They identify how perspective shaped the question, what evidence each source contributes, which protocols are required and how the findings should be communicated without overgeneralising.