Today's episode features Dr. Bryan Pijanowski, Professor of Soundscape Ecology in the Department of Forestry and Natural Resources at Purdue University, in Indiana. He is the author of "Principles of Soundscape Ecology: Discovering Our Sonic World," which was just released and is a definitive guide to the field of soundscape ecology, the topic of today's episode. Dr. Pijanowski is also the author of an influential BioScience article on the field. Learn more about soundscape ecology at the Center for Global Soundscapes, and be sure to check whether the IMAX film discussed in the interview is playing near you.

Today's episode is a mostly onsite podcast from Chattanooga, Tennessee, where BioScience Talks was graciously hosted earlier this spring by the Association of Southeastern Biologists at their annual meeting. Our guests represent a broad range of exciting research and career stages. The meeting was striking in its emphasis on providing a welcoming environment for students. Learn more about ASB here (https://www.sebiologists.org), and be sure to attend a meeting. Our guests included: Amy Allen, Lee High School; Barbara Comer, Georgia Southern University; Skyler Fox, Georgia Southern University; Heather Joesting, Georgia Southern University; Chinyere Knight, Tuskegee University; Howard Neufeld, Appalachian State University; Jeremy Rentsch, Francis Marion University; Jennifer Rhode Ward, University of North Carolina Asheville; and Ashleigh Woods, Wesleyan College.

For this episode of BioScience Talks, we're joined by DeeAnn Reeder, Professor of Biology at Bucknell University and a researcher at the Smithsonian Institution. We spoke about a number of topics, including bats, disease ecology, and community outreach. Underlying that conversation was an important message about the One Health concept, which will be the subject of a forthcoming special issue of BioScience.

Potential contributors to the One Health special issue can find more information here.

Read Dr. Reeder's latest paper, Ecological countermeasures to prevent pathogen spillover and subsequent pandemics | Nature Communications.