Research Statement

---

We study animal behavior at both 'proximate' and 'ultimate' levels. At the proximate level, we investigate how neural circuits control natural behaviors and the roles that environment/experience play in shaping this process. At the ultimate level, we study the adaptive significance and evolution of these behaviors. Our research methodology, therefore, ranges from neurophysiological analyses of single neuron function e.g., whole-cell intracellular recording in vivo, to behavioral studies in the lab and field. Behavioral studies allow us to generate testable hypotheses concerning neural control. Neurophysiological experiments, in addition revealing neural mechanisms underlying behaviors, provide clues as to their evolution.

Research Interests

---

General Interests

• Behavior & Neurobiology
• Evolution & Biodiversity
• Physiology & Functional Morphology

Specific Interests

• Neurophysiology of audition in anurans
• Anuran acoustic communication
• Neurophysiology of electroreception
• Social control of sex determination and behavior in fish
• Song learning in songbirds