iSEE Lab
Invertebrate Sensory Ecology and Ethology Lab
Research
Invertebrate ethology and sensory ecology
Our lab explores the communication systems, sensory ecology, navigation, and social regulation of arthropods, with a primary focus on polydomous ant species. Polydomous ants, with their complex social structures spanning multiple nests, offer unique insights into collective behaviors.
We investigate how these ants use long-range signals and cues to regulate worker reproduction and maintain cohesion across spatially separated nests. We also explore the pivotal role of brood in mediating colony processes, such as reallocating resources and regulating worker tasks.
By uncovering the mechanisms behind reproductive regulation, brood influence, and long-range communication in ant colonies, we seek to reveal general principles about biological communication networks, collective decision-making, and the evolution of adaptive social strategies.
Teaching and mentoring
Biology education and mentoring
My teaching is centered on evidence-based education that builds student understanding and critical thinking across the biology curriculum. I emphasize active learning, inclusivity, and continuous assessment to foster lifelong learning and inquiry-based reasoning.
With over a decade of experience in diverse educational settings, I use case studies, group discussions, and hands-on activities to promote deeper understanding and real-world application. I prioritize two-way feedback and self-reflection to keep improving my teaching.
Beyond the classroom, I mentor undergraduate and graduate students and develop programs that connect students with faculty and the broader scientific community.
