Island of Ideas Public Talk Series: Plastic Inside and Out
When: 6:00pm-7:30pm AEST, 10 Sept 2025
Where: Online and Sir Stanley Burbury Theatre, UTAS Sandy Bay
Registration (online attendance): Zoom Webinar Registration: Plastic Inside and Out
Registration (in person attendance): Humanitix: Plastic Inside and Out
Most of us think plastic is a waste problem. Something to keep out of oceans, out of landfill, and away from future generations. But science is revealing an even more immediate reality. Microplastics have been found in our blood vessels, lungs and digestive systems. Chemical additives used in plastics are turning up in food, water and soil. These substances may be affecting our immune systems, brains, hormones, and health in ways we’re only beginning to understand. As researchers uncover these impacts in real time, policy and governance is slow to respond. The systems meant to protect us are falling behind the science. Secure free tickets now, and learn how serious the problem is, and what it will take to respond. Because this isn’t just about the planet. It’s personal.
Presenters:
Dr Jack Auty | Medical Sciences, University of Tasmania
Jack studies the health impacts of microplastics. His research identified plasticosis, a disease caused by plastic ingestion in seabirds, marked by gut scarring and immune damage. His work raises critical questions about similar effects in humans routinely exposed to microplastics through food, water and air.
Associate Professor Joanna Vince | Public Policy, University of Tasmania & CMS
Joanna is a leading researcher on marine plastic governance. She examines how policy systems respond to plastic pollution, including the role of global treaties, national regulation, and public pressure. Her work sheds light on why action has been slow and what it would take to accelerate change.
Professor Jason A Smith | Head of Chemistry, University of Tasmania
Jason is a chemist whose research focuses on the development of synthetic methodologies and their application to the synthesis of biologically active and/or structurally complex molecules. He has applied this knowledge to develop new therapeutics and biopolymers from renewable sources.
