This project will transform our fourth-grade classroom into a living science laboratory through the creation of a school garden. Students will investigate flowering plants by planting, growing, observing, and harvesting vegetables and flowers while mastering Florida’s Grade 4 Life Science standards.
Through hands-on inquiry, students will identify and explain the function of the roots, stem, leaves, flower, petals, sepals, stamen, pistil, pollen, seeds, and fruit. They will observe pollination, fertilization, germination, and plant life cycles using living plants instead of relying solely on textbooks.
Students will maintain science journals, collect and graph plant growth data, read informational texts about agriculture and nutrition, and write scientific explanations supported by evidence. At harvest time, students will prepare simple healthy recipes using vegetables grown in the garden, helping them connect science with healthy eating and real-world life skills.
The goal is to provide fourth-grade students with an engaging, hands-on learning environment where they explore the life cycle of plants, identify the parts and functions of flowering plants, and understand how plants grow and reproduce. Through planting, maintaining, and harvesting a school garden, students will apply scientific inquiry, collect and analyze data, and make meaningful connections across science, mathematics, English Language Arts, health, and environmental education. By preparing simple recipes with the vegetables they grow, students will also develop an appreciation for healthy eating, sustainability, and the connection between agriculture and everyday life, while building collaboration, problem-solving, and critical-thinking skills.
Hands on learning allows students to actively explore scientific concepts rather than simply reading about them. By planting, observing, and caring for a garden, fourth-grade students develop a deeper understanding of plant structures, life cycles, and ecosystems through real-world experiences. Students engage in inquiry-based learning by asking questions, making predictions, collecting data, and drawing conclusions from their observations.
Working in a garden also strengthens critical thinking, collaboration, and problem-solving skills while increasing student engagement and motivation. Research shows that experiential learning improves knowledge retention because students are actively involved in the learning process. As students grow and harvest vegetables, they make meaningful connections between science, nutrition, and everyday life, helping them develop a lasting appreciation for healthy living.
Grant funds will be used to purchase the materials needed to establish and sustain a fourth-grade educational garden that supports hands-on science instruction. Requested items include nutrient-rich soil and compost, vegetable, herb, and flower seeds, plant labels, and science journals for student observations.
All purchased materials are durable or renewable and will continue to benefit future fourth-grade classes, making this project a sustainable investment that will support science instruction for years to come. The garden will serve as a permanent outdoor learning space that encourages scientific inquiry, healthy eating, environmental stewardship, and student engagement.
