9th Grade  Project 4 weeks

The Garden Growth Gizmo Gala

Joy Klopfenstein
HS-LS1-5
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Purpose

The purpose of this project is to engage students in designing and cultivating a sustainable garden, integrating scientific principles of photosynthesis with practical gardening skills. Through collaboration with community partners and hands-on activities, students will explore sustainable practices and resource management, fostering a deeper understanding of ecological impact. The project culminates in a showcase where students present their work, demonstrating their learning journey and the connections between science and real-world applications.

Learning goals

Students will develop skills in spatial planning and resource management by designing and creating scale models of sustainable garden plots. They will deepen their understanding of photosynthesis and its role in energy transformation through hands-on activities and research. Students will enhance their ability to collaborate, communicate, and problem-solve by engaging with community partners and peers throughout the project. They will also gain practical knowledge of plant species selection, soil health, and sustainable gardening practices, culminating in the creation of educational materials and a community event to share their findings.
Standards
  • HS-LS1-5 - Use a model to illustrate how photosynthesis transforms light energy into stored chemical energy.

Products

Students will create a series of educational infographics explaining photosynthesis and its role in sustainable gardening to be displayed at the Harvest Festival. They will also develop a recipe book featuring dishes made from the garden's produce, complete with nutritional information and insights into plant-based diets, to share with the community. Additionally, students will produce a collaborative video documentary capturing their garden project journey, including expert interviews and reflections on their learning experiences.

Launch

Begin with a 'Green Thumb Workshop' led by a local environmental expert, where students actively create compost bins for their gardens, learning about waste reduction and nutrient cycling. Follow this with a 'Garden Design Hackathon,' where students collaborate in teams to brainstorm and sketch initial garden layouts, integrating sustainable practices and concepts of photosynthesis. These activities will set the stage for the project, fostering creativity and practical understanding from the outset.

Exhibition

Students will organize a 'Harvest Festival' to display their garden produce, offering tastings and recipes developed during the project. They will present the science of plant growth and energy transformation through interactive displays and educational infographics. Additionally, a 'Garden Gala' will feature student presentations of their garden plots, showcasing design plans, plant selections, and sustainability practices, engaging the community in their learning journey.