The exhibit explores the exquisite beauty of plankton and its crucial role not only in ocean ecosystems, but in how ocean health is critical to our survival and elemental to all life on our planet.

Bermudian student Jihad Muhammad: A rising marine biologist’s journey through ASU BIOS internships and ocean research.

CedarBridge Academy Senior School Students Dive into the World of Zooplankton and Food Webs Through Signature Learning Partnership

A research team led by Uppsala University has discovered how Northern krill genetically adapt to climate change, providing key insights for protecting marine ecosystems. The study highlights the importance of understanding krill adaptation to predict the resilience of ocean populations.

ASU PhD candidate Tom Moran came to BIOS to study nitric oxide production in corals but soon joined projects on coral thermal stress and nitrogen cycling in Bermuda’s mangroves. As his fieldwork concludes and coral research continues, Moran is exploring how to connect these themes, focusing on how climate change impacts the resilience of both coral reefs and mangroves, essential to coastal ecosystems.

Black Girls Dive Foundation scholars and educators dive into marine science, STEM, and Bermuda’s cultural heritage on week-long field course.

Each summer the Bermuda Program offers a unique opportunity for Bermudian students, ages 18 and older, to broaden their knowledge of marine and atmospheric sciences and learn about the daily operations of an active research station.

The ASU Bermuda Tuition Scholarship program makes available five full-tuition scholarships per year for Bermudian students, awarded on a competitive basis, to study in person at one of ASU’s campuses.

Located southeast of Bermuda, Hydrostation ‘S’—a set of unmarked geographic coordinates (32 degrees 10 minutes North, 64 degrees 30 minutes West)—has yielded measurements of temperature, dissolved oxygen, salinity and other parameters every two weeks for seven decades.

Three-year study seeks to evaluate the potential of artificial upwelling and identify depth and intensity scenarios that mitigate coral bleaching effectively with minimal risk of unwanted side effects.