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Other projects & work
Yu K*, Wood WE*, Johnston LG, Theunissen FE · Journal of Neuroscience · 2023
Identifies a specific auditory brain region (NCM) required for songbirds to recognize individual flockmates by voice.
Robotka H, Thomas L, Yu K, Wood W, Elie JE, Gahr M, Theunissen FE · Cell Reports · 2023
Small populations of auditory neurons can encode an entire vocal repertoire — a striking case of sparse, efficient neural coding.
Yu K*, Wood WE*, Theunissen FE · Science Advances · 2020
Zebra finches learn and remember dozens of unique vocal identities — a songbird analogue of human face memory, but for voices.
Darshan R, Wood WE, Peters S, Leblois A, Hansel D · Nature Communications · 2017
Proposes a general circuit mechanism that produces the controlled motor variability animals need to learn complex skills.
Akcay C, Wood WE, Templeton C, Campbell L, Beecher M · Animal Behaviour · 2009 · Covered by BBC
Song sparrows track which neighbors have previously been aggressive and selectively retaliate against them.
Wood WE, Yezerinac SM · The Auk · 2006 · Covered by The Washington Post
One of the first demonstrations that urban birds shift the structure of their songs to be heard over city noise.

A complete suite of audio processing and clustering tools for bioacoustic analysis — built to empower the next generation of ethologists.
In Progress
AI-powered staff scheduling with overtime tracking
Evidence-based mortality risk calculator using CDC and AHA data

Mapping when birds sing across America