Students will explore and construct investigable questions related to how specific light wavelengths influence photosynthesis, engaging in collaborative brainstorming and guided research sessions to refine their questions, and share them in weekly reflective discussions.

Students will collaboratively design controlled experiments to measure how different light wavelengths impact photosynthesis in selected plant species using LED filters, documenting their methodology and planning for data collection.

Students will methodically collect data on plant growth and photosynthesis rates under controlled light conditions, documenting observable changes and measurements, while critically engaging with their peers and using feedback to hone their data collection techniques.

Students will analyze the collected data by creating graphs and charts to observe patterns of photosynthetic rates under different light wavelengths, discussing possible implications for sustainable agricultural practices during reflective sessions with peers and guided support from the teacher.

Students will synthesize their findings into a conclusive statement, critically evaluate the limitations of their experimental process, and discuss potential agricultural applications, all while preparing and presenting a final digital portfolio in a peer-to-peer showcase session, inviting constructive feedback to bolster their understanding and application of photosynthesis optimization.