Race is a familiar word, but everyday labels, genetic ancestry and the history of racial classification are not the same thing. This challenge starts with your assumptions, then makes you test them against evidence. You will use a genetics source, investigate how categories can change across time and place, and create a clear explanation […]
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Stay with the NHGRI Race page. Find the part explaining that racial categorisation can change across time, place and context. Record that idea in your own words and explain why changing categories are different from fixed biological categories.
Use an approved AI research tool with this prompt: “Find one well-documented historical example of an official racial category changing over time. Give me the original census, archive, government or academic source.” Then open the original source, verify the example and record the source title. The AI answer is not your evidence.
Use a simple Science / History / What this means structure. Name the source behind each evidence point.
Slide 1: a common misconception. Slide 2: what genetics shows. Slide 3: how history/social classification changes the picture.
Explain the issue as if you were answering someone who thinks race and genetic ancestry mean exactly the same thing.
Which claim from Step 1 changed most after you checked the evidence?
How could this evidence help you challenge an oversimplified claim about race without dismissing people’s lived experiences?
What would you now want to investigate about genetics, ancestry or identity?
Claims about genetics, ancestry, identity and race appear in news, politics, health, social media and everyday conversation. Being able to separate scientific evidence from social classification helps learners challenge misinformation, discuss identity more accurately and understand how categories can have real consequences without being fixed biological divisions.
Claims about genetics, ancestry, identity and race appear in news, politics, health, social media and everyday conversation. Being able to separate scientific evidence from social classification helps learners challenge misinformation, discuss identity more accurately and understand how categories can have real consequences without being fixed biological divisions.