Lesson Plan: Permaculture Designers - Building a Garden System!

Materials Needed:

• Large sheet of paper or poster board
• Pencils, crayons, or colored markers
• Optional: Old magazines with pictures of plants, animals, sheds, etc.
• Scissors and glue stick (if using magazines)
• A clipboard or hard surface for drawing outside
• Your own backyard or a nearby park to observe!

Subject: Permaculture / Environmental Science / Design

Grade Level: 4th-5th Grade (Age 10)

Time Allotment: 60-90 minutes

1. Learning Objectives

By the end of this lesson, the student will be able to:

• Identify at least five key elements of a permaculture system (e.g., sun, water collection, compost, plants, animals).
• Explain how different elements in a system can be connected to help each other.
• Design a simple, creative map of a permaculture space, placing elements thoughtfully and drawing their connections.

2. Key Concepts

• Permaculture: A way of designing gardens and human spaces that mimics the patterns and relationships found in nature. It's about working *with* nature, not against it.
• Elements: The individual parts of your design. A tree is an element, a chicken is an element, a compost bin is an element, and even you are an element in the system!
• Connections: The most important part! It’s how the elements work together. The goal is for each element to help another element in some way.

3. Lesson Procedure & Activities

Part 1: The Hook - What is a System? (10 minutes)

1. Start with a question: "Think about your bicycle. What are its parts? (Wheels, pedals, handlebars, chain). What would happen if you took away the chain? Or the pedals? Would it still work as a bicycle?"
2. Explain: "A bicycle is a *system* where every part has a job and works with the other parts. A permaculture garden is the same! It's a system where every 'element' has a job and helps the others. Today, you are going to be a Permaculture Designer, and your job is to create a system where everything works together."

Part 2: Meet the Elements (15 minutes)

1. Go Outside: Take a walk around your yard or a park. Ask the student to be a "Nature Detective" and spot potential elements.
2. Identify Key Elements: Point out or discuss the most important elements in any design:
   • The Sun: "Where does the sun travel across the sky? Where is it sunny in the morning? In the afternoon? This helps us decide where to plant sun-loving vegetables."
   • Water: "Where does water come from? (Rain!). How could we catch it? (Gutters, rain barrels). Where does water flow or make puddles when it rains?"
   • Soil: "The life of the garden! How can we feed the soil? (Compost!). What can we put in a compost bin?" (Kitchen scraps, leaves, grass clippings).
   • Plants: "What kinds of plants could we have? Fruit trees for shade and food, veggie gardens for meals, flowers for bees."
   • Animals: "What animals could help our garden? Chickens give eggs and fertilizer, worms in a worm farm make amazing soil, and bees help pollinate our flowers."
   • Structures: "What buildings or structures can help? A shed for tools, a trellis for climbing plants, a greenhouse for warmth."
3. Focus on Connections: For each element, ask: "How could this help something else?"
   • Example: "The chicken eats pests and scraps, and its manure helps feed the compost. The compost then feeds the soil in the vegetable garden. The vegetable garden then feeds us!"

Part 3: Your Design Challenge! (30-45 minutes)

1. Create Your Map: On the large sheet of paper, have the student draw a basic map of your backyard (or a dream garden space). It doesn't have to be perfect! Just include the house, any existing trees, fences, etc.
2. Place Your Elements: Ask the student to decide which elements they want in their design. They can draw them directly on the map or cut out pictures from magazines and glue them on. Encourage them to place at least 5 different elements. Ask guiding questions:
   • "Where is the sunniest spot for the vegetable garden?"
   • "Where should the rain barrel go to catch water from the roof?"
   • "Should the compost bin be close to the kitchen so it's easy to take out scraps?"
   • "Where would the chickens be happy and have space to roam?"
3. Draw the Connections! This is the most creative step. Using a marker, have the student draw lines or arrows between the elements to show how they help each other. They should be able to explain each connection. For example:
   • An arrow from the kitchen door to the compost bin labeled "Food Scraps."
   • An arrow from the chicken coop to the compost bin labeled "Manure."
   • An arrow from the compost bin to the vegetable garden labeled "Healthy Soil."
   • An arrow from the roof downspout to the rain barrel labeled "Catches Water."
   • An arrow from the rain barrel to the garden labeled "Watering Plants."

Part 4: Designer's Showcase (5-10 minutes)

1. Share the Design: Ask the student to present their design to you. Let them be the expert!
2. Ask Reflection Questions:
   • "Tell me about your favorite connection in your system. Why do you think it's a good idea?"
   • "What is the most important job of the [chicken/compost bin/rain barrel] in your design?"
   • "If you could add one more element, what would it be and how would it connect to everything else?"

4. Differentiation & Extension

• For Extra Support: Start with just three elements (e.g., Garden, Compost, Kitchen). Provide pre-made cutouts of different elements so the student can focus on placement and connections rather than drawing.
• For an Extra Challenge: Ask the student to incorporate "sectors" like wind direction (e.g., "Where would you plant a line of trees to block a cold wind?") or to design for multiple levels (e.g., a tall tree, a medium shrub, and a low groundcover planted together—a "guild"). They could also research which specific plants grow best in your local climate.

5. Assessment

Assessment is based on the student's completed design map and their verbal explanation.

• Meets Expectations: The student's map includes at least 5 distinct elements. They can clearly explain at least 3-4 logical connections between the elements (e.g., "The chicken manure goes to the compost").
• Exceeds Expectations: The map is thoughtfully laid out based on observations (sun, water flow). The student explains multiple, complex connections and can answer reflection questions with creative and logical ideas.