Join Dr. Maureen Conte, a faculty member at the Bermuda Institute of Ocean Sciences and an MBL Fellow at The Ecosystems Center at the Marine Biological Laboratory as she shares with us her research and experience.

Sustained ocean observations have greatly contributed to our understanding of the ocean, marine ecosystems and the connectivities between the ocean, atmosphere and land. One of the most intensively observed regions in the world is the northern Sargasso Sea offshore Bermuda. There, several time-series research programs have measured key ocean parameters over many decades: the Hydrostation S time-series (1954-present) of biweekly profiles of key ocean properties in the upper 2600m, the Oceanic Flux Program time-series (OFP, 1978-present) of continuous measurements of the particle flux (the transfer of material from the surface to the seafloor) in the deep ocean, and the Bermuda Atlantic Time-Series (BATS, 1988-present) of monthly measurements of upper ocean biological, chemical and physical parameters.

So what are all these observations revealing about the workings of our ocean planet? In this lecture, you’ll join an oceanographic cruise on the R/V Atlantic Explorer, a ship in the US research fleet, to recover the particle flux samples collected by sediment traps on the OFP time-series’s deep ocean mooring. You’ll learn why the oceanic particle flux, also called the ocean’s “biological pump,” is an essential process that regulates ocean health, and what detailed chemical analyses of the recovered flux material- together with data collected by other Bermuda programs- reveal about the vast ocean interior and its sensitivity to a changing climate.

Cost: $10

Lisa Warshauer, EX’88:

Areas of Focus: Environment
Producing and using energy damages people’s health and the environment. EPIC research is quantifying the social costs of energy choices and uncovering policies that help protect health while facilitating growth.