Brett R. Aiello

The paper compares flight muscle morphology and volume allocation between two moth families with different flight strategies, finding divergent muscle proportions and specific muscle specializations.

This study investigates how body oscillations in silkmoths reduce aerodynamic power requirements by altering wing rotation relative to airflow during flight.

This study shows that altered foraging regimes induce skeletal plasticity in the pectoral fins of a cichlid, affecting both endoskeleton and dermal structures.

The paper investigates how moth wingbeat frequency relates to resonant frequency and biomechanical adaptations across species.