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A kinematic study of mantis shrimp strikes performed in air vs. water. Unexpectedly, mantis shrimp strike much faster in water than they do in air!
A new paper in Current Biology describing a new type of photonic structure used to modify animal vision, discovered in mantis shrimp larvae. Check out my Video Abstract for a full overview of the paper or click the picture to go straight to the paper!
A DIY electromyogram system for recording from mantis shrimp strike muscles while they strike! Published in collaboration with Backyard Brains by my talented undergrad mentee.
This work presents the idea that evolution can select light polarizing structures for other reasons, like to simply improve the reflectivity of a material.
A study that demonstrates the diversity of photoreceptor spectral sensitvities among larval species, despite their occupation of the same open water habitat.
An electrophysiological study on visual sensitivity changes during a stomatopod’s bizarre eye development.
In this publication I provide evidence that the green, blue, or gold glitter in mantis shrimp larval eyes may serve as a camouflage in the open ocean where larvae live.
I helped develop DNA barcoding as technique for identifying wild-caught larvae after use in an experiment. This is a molecular and morphological guide to two species larval species I worked with.
My first publication. During this study I didn’t just characterize the molecular opsins expressed in a bat retina, I launched my career in integrative vision research!