Pollinating young minds: Scientific thinking and real-world application through a pollinator curriculum in elementary agriculture and STEM education

Pollinators are vital for agricultural sustainability, yet their populations face increasing threats from habitat loss, pesticide use, and climate change. This study aimed to design and evaluate a five-day instructional unit for fifth-grade students focused on pollinator conservation and the human impacts affecting pollinator populations. Grounded in Vygotsky’s Sociocultural Theory, the curriculum incorporated scaffolded, inquiry-based strategies to foster both scientific understanding and environmental stewardship. Using a one-group pretest–posttest design, data were collected from 104 students across three classrooms in Georgia. A researcher-developed assessment measured content knowledge and self-reported confidence. Results indicated significant gains in student comprehension with mean scores improving by over four points. Students also reported higher confidence in their understanding of pollinator conservation. Findings suggest that scaffolded, real-world instruction effectively enhances elementary learners’ knowledge and engagement with environmental issues. Recommendations include integrating pollinator concepts into state science standards, expanding professional development for teachers, and conducting longitudinal studies to assess retention and behavior change. This study demonstrates the potential of early agricultural literacy initiatives to build student capacity for addressing sustainability challenges.