LIDS Computing and Sustainability Seminar: Lauren Gillespie

Monday, September 22, 2025 - 4:00pm

Event Calendar Category

Other LIDS Events

Speaker Name

Lauren Gillespie

Affiliation

MIT/UMich

Building and Room Number

32-155

"Opportunities and challenges for monitoring biodiversity in the Anthropocene with foundation models"

Climate and land use change have radically altered biodiversity worldwide. Foundation models trained on large-scale ecological and earth observation data are a promising new approach for monitoring these changes at global scale. This talk explores the opportunities foundation models offer for biodiversity monitoring, but also the challenges they face with inherently biased ecological data. First we’ll cover a new method for building biodiversity foundation models from citizen science observations and remote sensing data which significantly improves biodiversity detection and can estimate rapid change over space and time. Next, I’ll introduce a new ecologically-inspired machine learning technique for building biodiversity foundation models from heterogenous data without the need for extensive expert labeling. Last, we’ll explore how biases baked into many large-scale biodiversity datasets can influence foundation model behavior in real-world conservation settings. Looking forward, biodiversity foundation models have a role to play in monitoring the world’s progress towards the Global Biodiversity Framework’s 2030 Mission, but only if we acknowledge and adapt to their underlying limitations.

Lauren Gillespie is an incoming assistant professor in the School for Environment and Sustainability at the University of Michigan, Ann Arbor starting in Fall of 2026. Currently, she is a METEOR Fellow at MIT CSAIL and recently received her PhD in computer science from Stanford University.  Her work develops new AI-integrated approaches for monitoring ecosystems at scale in the Anthropocene.  Lauren is a recipient of a Fulbright Research Fellowship, NSF GRFP, and TomKat Translational Graduate Fellowship. Her research has been recognized in top journals like PNAS and Science and has won an outstanding paper award at AAAI.