Nutritional Quality Insights

Unit: Exploring Farming Systems

Lesson 4 of 16

Duration: 60 minutes
Class Size: 13 multi-age students (Grades 2-5)
Philosophy: Reggio Emilia & IB (Primary Years Programme) Phase 2-3

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Learning Objectives

Aligned with IB PYP Standards (Phase 2-3):

• ATL: Research Skills - Collecting Data: Students will collect and organize information about farming practices and their impact on food nutrition.
• ATL: Thinking Skills - Critical Thinking: Students will analyze differences between organic and conventional farming impacts on nutrition.
• Conceptual Understanding (Science/Individuals & Societies): Understand that farming practices influence the nutritional quality of food.
• Learner Profile Attributes: Reflective, Caring, Knowledgeable, and Inquirers.

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Success Criteria

Students will be able to:

• Describe at least two key differences between organic and conventional farming related to nutrition.
• Demonstrate ability to collect and record observations from hands-on activities.
• Participate thoughtfully in group discussions, listening and sharing ideas about food nutrition.
• Reflect on how their food choices relate to farming systems and their own wellbeing.

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Materials Needed

• Sample fruits/vegetables (organic and conventional) – visually similar types (ex. apples or carrots)
• Nutritional content charts (simplified, dyslexia-friendly with clear icons)
• Magnifying glasses
• "Food Detective" worksheets designed with dyslexia-friendly fonts and spacing
• Colored pencils/markers
• Chart paper or whiteboard for recording observations
• Real soil samples from organic and conventional farms (optional for sensory exploration)

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Lesson Breakdown

1. Engagement (10 minutes)

• Activity: Food Detective Inquiry
  Start with an open question: "How do you think the way farmers grow food changes what’s inside our apples and carrots?"
  Encourage students to share what they already know about farming, organic food, and nutrition.
• Strategy: Use Reggio-inspired provocations by showing the organic and conventional fruits/vegetables for tactile & visual exploration.
• Use magnifying glasses for close observation—looking at color, texture, size.
• Include peer sharing for curiosity questions and initial hypotheses.

Differentiation:

• Non-verbal students can demonstrate observations by drawing their fruit close-ups.
• Use vocabulary cards to support language learners with farming and nutrition terms.

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2. Exploration & Experiment (25 minutes)

• Activity: Hands-on Comparison
  Split into small groups to explore the provided organic and conventional samples.
• Students predict which might be more nutritious and why, then look at provided nutritional charts—using icons for vitamins, minerals, pesticides, etc.
• Record observations on the Food Detective worksheets: sensory notes, predicted benefits, and nutritional facts.
• Touch & smell organic vs. conventional soil samples if available, noting differences.

Differentiation:

• Provide audio/video clips explaining the farming processes for students needing multisensory access.
• Allow extra time and scaffold worksheet sections with frame sentences for students needing language support.
• Advanced learners encouraged to think critically about environmental and ethical implications.

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3. Discussion & Reflection (15 minutes)

• Gather as a whole class to share group findings.
• Teacher facilitates inquiry-based, open-ended questions:
  • "What surprised you about the nutritional info?"
  • "How might the way food is grown affect our health?"
  • "Should everyone buy organic food? Why or why not?"
• Link learning to IB Learner Profile: Caring for the environment impacts the food we eat.

Differentiation:

• Use a talking stick or hand signal system for turn-taking and supporting shy students.
• Use graphic organizers to help structure thoughts for students who need more visual planning before sharing.

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4. Culmination & Student-led Inquiry (10 minutes)

• Students draw a simple “Nutrition Map” showing farming method -> food produced -> benefit or consequence for health.
• Advanced students can add “What if…” questions related to their drawings (e.g., what if no pesticides are used at all?).
• End by setting a reflective journaling prompt for home or next lesson:
  "What new thing did you learn about how farming changes the food we eat?"

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Extension Activities

• Advanced Learners: Research other farming systems (permaculture, hydroponics) and create mini-presentations on how those might affect nutrition.
• Peer Mentoring: Invite advanced learners to help peers with recording observations or vocabulary during group activities.
• Creative Inquiry: Build a garden box at school to apply organic farming principles and monitor food growth over time.

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Assessment & Documentation

• Ongoing formative assessment through observation of participation, inquiry questions, and worksheet completion.
• Student drawings and “Nutrition Maps” used as artifacts reflecting conceptual understanding.
• Reflective journaling assesses metacognition and connection to learning objective.

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Teacher Reflection Prompts (Post-Lesson)

• How effectively did students engage with hands-on, inquiry-based activities?
• Were diverse learners able to access the material and contribute to discussions?
• Did the multi-age setting support peer learning in nutrition concepts?
• How can I deepen connections between Reggio principles and IB inquiry in upcoming lessons?

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Dyslexia-Friendly Reading & Resources

• Use dyslexia-optimized fonts (such as OpenDyslexic) in all worksheets and printed materials.
• Chunk information with bullet points and icons to reduce reading load.
• Provide oral reading of nutrition charts and instructions when needed.
• Include color-coded highlight boxes for key ideas (e.g., green for organic, red for conventional).

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This detailed, inquiry-driven plan uniquely combines IB concepts, Reggio Emilia philosophy, and differentiated strategies to foster a rich, student-centered exploration of farming’s impact on food nutrition. Teachers can confidently guide diverse learners through hands-on discovery while nurturing holistic understanding and caring attitudes.