Don’t forget that you can revisit our past talks on our YouTube playlist, where Morsels continue to reach new audiences well after the live talk. But there’s nothing quite like being there live with a curious crowd!

YouTube Playlist: www.youtube.com/playlist?lis...

Please also help us spread the word! 📣 Share this opportunity with colleagues, departments, students, and anyone who loves engaging conversations about modeling, biology, and beyond. Know someone who’d be a great speaker? Nominate them by emailing us at contact@nimbios.org.

If you’re interested in presenting, we’d love to hear from you! Submit an application here. Time slots are filled on a first-come, first-served basis, so don’t wait!

Application: docs.google.com/forms/d/e/1F...

This research is key to understanding how ocean ecosystems function and how environmental changes impact marine life.

By analyzing water samples from coastal and open ocean sites, the team aims to quantify this viral consumption and develop mathematical food web models to better understand viral dynamics on large scales in the ocean.

This research investigates how these viruses, which infect microscopic life, are consumed by protist grazers in a process known as "virovory."

Imagine smaller, more efficient air filters for hospitals, homes, or even your office—designed with the same principles that marine organisms use to capture their food!

This research helps protect biodiversity, support climate action, and can lead to innovations that benefit us all.

By understanding how filter feeders manipulate water to capture plankton, we can improve filtration systems in biomedical, industrial, and commercial applications.

By understanding these interactions, we can better protect marine communities, especially as coral reefs face devastating effects of ocean warming.

But the impact doesn't stop there! The insights from this research could have major implications beyond the ocean, too.