Mark A. Jankauski

The paper quantifies how vibration frequency affects pollen release from anthers and finds that release peaks near the anther's natural frequency.

The paper quantifies wing hinge dynamics in insects and shows that flapping occurs above the resonance frequency due to nonlinear damping effects.

This study uses the discrete element method to simulate pollen expulsion from vibrating anthers, finding a correlation between anther wall jerk and pollen release rate, and highlighting the role of pollen-pollen interactions.

The paper investigates how turgor pressure affects the mechanical properties of buzz-pollinated poricidal anthers, finding significant decreases in stiffness and resonant frequency after turgor loss.