🔍 Section 1: What Do I Already Know?

Instructions: Complete this diagnostic section to reflect on your current understanding of living things.

1. List three characteristics that all living things share:

2. What is the smallest unit of life?

3. Give an example of how living things are adapted to their environment:

4. What are you most curious to learn about living things in this unit?

Key Ideas:

🔬 Section 2: Cells - Structure and Function

Instructions: Explore the basic building blocks of life.

Retrieval Practice (5 mins): Write down everything you remember about cells from previous learning.

1. Name the three main parts of a cell theory:

2. Label the diagram of a plant cell (draw and label 5 main organelles):

3. Complete the table comparing plant and animal cells:

4. Explain using evidence: Why do plant cells need chloroplasts but animal cells do not?

Key Ideas:

📊 Section 3: Classification and Biodiversity

Instructions: Investigate how scientists organise and classify living things.

Retrieval Practice (5 mins): List as many different groups of living things as you can think of.

1. What are the five kingdoms of living things?

2. Put these classification levels in order from largest to smallest:

Species, Kingdom, Genus, Family, Order, Class, Phylum

3. Why is biodiversity important for ecosystems?

4. Explain using evidence: How does classification help scientists study living things?

Key Ideas:

🌿 Section 4: Ecological Systems

Instructions: Explore how living and non-living factors interact in ecosystems.

Retrieval Practice (5 mins): Draw a simple food chain with 4 organisms.

1. Define biotic and abiotic factors, giving two examples of each:

2. Draw a food web for a New Zealand forest ecosystem (include at least 6 organisms):

3. What is the difference between a food chain and a food web?

4. Explain using evidence: What would happen to a food web if all the producers were removed?

Key Ideas:

♻️ Section 5: Matter Cycling and Energy Flow

Instructions: Understand how energy and matter move through ecosystems.

Retrieval Practice (5 mins): Explain where plants get their energy from.

1. Complete the equation for photosynthesis:

Carbon dioxide + _______ → _______ + Oxygen (using light energy)

2. Describe the water cycle in 4 steps:

3. Why is energy said to "flow" through ecosystems but matter "cycles"?

4. Explain using evidence: How do decomposers help cycle matter in ecosystems?

Key Ideas:

🦎 Section 6: Adaptations and Natural Selection

Instructions: Investigate how organisms adapt to their environments over time.

Retrieval Practice (5 mins): Name an animal adaptation and explain how it helps survival.

1. What is an adaptation? Give three examples from New Zealand animals:

2. Explain Darwin's theory of natural selection in your own words:

3. What are the four main requirements for natural selection to occur?

4. Explain using evidence: How might climate change affect the adaptations of polar bears?

Key Ideas:

🌍 Section 7: Human Impacts and Stewardship

Instructions: Examine how humans affect ecosystems and our role as kaitiaki (guardians).

Retrieval Practice (5 mins): List three ways humans impact the environment.

1. Name three positive and three negative human impacts on ecosystems:

2. What does kaitiakitanga mean in relation to environmental care?

3. Choose one endangered New Zealand species and describe conservation efforts to protect it:

4. Explain using evidence: Why is it important for young people to be involved in environmental stewardship?

Key Ideas:

📈 Section 8: Scientific Investigation and Data

Instructions: Practice designing investigations and interpreting data about living things.

Retrieval Practice (5 mins): What makes a fair test?

1. Design an investigation to test which conditions help plants grow best. Include your hypothesis, variables, and method:

2. Data Analysis: The table shows bird species counted in two different forests:

Forest A: Tui (15), Fantail (8), Robin (12), Kereru (3)

Forest B: Tui (22), Fantail (18), Robin (6), Kereru (9)

Which forest has greater biodiversity? Explain your reasoning:

3. Graph Analysis: If you plotted temperature (°C) vs. plant growth rate, what type of relationship would you expect? Draw and explain:

Key Ideas:

🎤 Section 9: Presentation Planning and Reflection

Instructions: Plan your presentation on living things and reflect on your learning.

Retrieval Practice (5 mins): What topic from this unit interests you most?

1. Choose your presentation topic and outline three main points you will cover:

2. What evidence or examples will you use to support your presentation?

3. How will you make your presentation engaging for your audience?

4. Reflect: What has been the most interesting thing you've learned about living things so far?

Key Ideas:

✅ Section 10: Final Review and Goal Setting

Instructions: Review your learning and set goals for future study.

1. Complete this revision checklist by ticking what you understand well:

Cell structure and function

Classification systems

Food webs and energy flow

Adaptations and natural selection

Human impacts on ecosystems

Scientific investigation skills

2. What is one concept you still need to work on?

3. How has your understanding of living things changed since Section 1?

4. Set two learning goals for your next science unit:

5. Final reflection: Why is it important to understand living things and our place in the natural world?

Final Key Ideas - Most Important Things I Learned:

Living Things Workbook

Exploring Living Things - Student Workbook

🔍 Section 1: What Do I Already Know?

🔬 Section 2: Cells - Structure and Function

📊 Section 3: Classification and Biodiversity

🌿 Section 4: Ecological Systems

♻️ Section 5: Matter Cycling and Energy Flow

🦎 Section 6: Adaptations and Natural Selection

🌍 Section 7: Human Impacts and Stewardship

📈 Section 8: Scientific Investigation and Data

🎤 Section 9: Presentation Planning and Reflection

✅ Section 10: Final Review and Goal Setting

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