Digital Collage: The Art of the Remix
Using digital tools to manipulate existing images and create new meanings through collage.
Key Questions
- Evaluate when an altered image becomes a new, original work of art.
- Analyze how changing the scale or context of an object changes its significance in a digital collage.
- Justify the ethical implications of digitally manipulating existing images.
National Curriculum Attainment Targets
About This Topic
Inheritance and Variation introduces the concept that living things produce offspring of the same kind, but these offspring are not identical to their parents. Students explore how traits like eye color, hair type, or leaf shape are passed down through generations. This is the first step in understanding the mechanism of evolution.
In Year 6, the focus is on observation and pattern recognition. Students learn to distinguish between inherited traits (like skin color) and environmental factors (like a scar or a language spoken). This topic comes alive when students can physically model the patterns of trait combination through 'breeding' simulations and family tree analysis.
Active Learning Ideas
Simulation Game: The 'Reebop' Breeding Lab
Students use marshmallows and pins to build 'offspring' based on 'alleles' (traits) they draw from a bag. They compare their creatures to see how siblings from the same parents can look different. This visually demonstrates variation within a family.
Think-Pair-Share: Nature vs. Nurture Sort
Provide a list of characteristics (e.g., height, liking spicy food, curly hair, playing piano). Students must decide if each is inherited, environmental, or both. They then compare their reasoning with a partner to refine their definitions.
Gallery Walk: Variation in the Wild
Students bring in or find photos of different breeds of the same species (e.g., different dogs or types of apples). They display them and use sticky notes to identify the variations. This helps them see that variation is a universal rule of biology.
Watch Out for These Misconceptions
Common MisconceptionOffspring are a 'perfect 50/50 mix' of their parents' looks.
What to Teach Instead
Students often think traits blend like paint. It's important to explain that traits are inherited as discrete 'instructions.' A child might have their father's nose and their mother's eyes, rather than a 'middle' version of both. Using 'trait cards' helps model this random selection.
Common MisconceptionIf a parent learns a skill, the child will inherit it.
What to Teach Instead
Many children believe that if a parent becomes a great athlete, their baby will be born with those skills. Active discussion about the difference between 'DNA' and 'learning' is essential to clear up this confusion.
Suggested Methodologies
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Frequently Asked Questions
Do we teach about DNA and genes in Year 6?
What is the best way to use active learning for inheritance?
Why do some traits 'skip' a generation?
Is variation good for a species?
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