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Hi! I’m Tia Abraham, and this year in AP Research I have chosen to take on an analysis of the biomechanical structure of the cornflower. In this study, I will be “wind-training” my flowers, and based on previous research, this artificial wind application will decrease the plants height, increase its circumference at the base, increase its root-to-shoot biomass, and decrease its average leaf and flower length. Specifically, I will be utilizing this new type of methodology to determine how frequently wind must be applied to achieve maximum results.
Hi! I’m Tia Abraham, and this year in AP Research I have chosen to take on an analysis of the biomechanical structure of the cornflower. In this study, I will be “wind-training” my flowers, and based on previous research, this artificial wind application will decrease the plants height, increase its circumference at the base, increase its root-to-shoot biomass, and decrease its average leaf and flower length. Specifically, I will be utilizing this new type of methodology to determine how frequently wind must be applied to achieve maximum results.
Video Introduction
Video Introduction
Flipgrid Video.mp4
Figure 1.1: Cornflower (Seed Corner).
Research Proposal
Research Proposal
Approval Meeting #1: November 10, 2021 — Denied
Approval Meeting #2: November 15, 2021 — Approved with Revisions
Approval Meeting #3: December 13, 2021 — Approved
Stay Tuned for Data Analysis & Conclusions!
Stay Tuned for Data Analysis & Conclusions!
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