Broadly, my research focuses on biogeochemical processes in the environment. Specifically, I am interested in understanding processes related to the exchange of carbon dioxide (CO2) between the atmosphere, surface ocean and its margins, as well as the environmental consequences resulting from such exchanges. In addition to studying the upper ocean, my research investigates processes related to the long-term storage of CO2 and other forms of carbon in the deep ocean and marginal seas.

Biogeochemistry is an interdisciplinary scientific approach to understand the biological, geological, chemical and physical processes occurring in the environment. I like to conceptualize biogeochemistry as a Venn diagram that includes the four core disciplines, respresenting the biogeochemical approach. Considering my background and training as a chemist, chemistry is central to my biogeochemical approach. Another way I like to think about my approach is that chemistry is the tool that I use to understand the physical, biological, geological and chemical processes in the marine environment.

For the most part, my research thus far has focused on biogeochemistry in marginal seas1.

Marginal seas are partially enclosed bodies of marine water, oftentimes being situated adjacent to the open ocean and bound by its margins.

The ocean's marginals can be defined by various features, such as by the continental shelf, a country's exclusive economic zone or by depth.

For my research, the margins refer to water-column depths of less than 1200 meters (approximately 0.75 miles), and marginal seas are bound from the ocean by shallower sills, with few exceptions.

One such exception would be the Caribbean Sea, due to the narrow passageways that connect its basins to the North Atlantic, which are deeper than 1200 meters yet shallower than 1820 meters.

Marginal seas that I have studied include the Arctic Ocean2, Black Sea1,3,4,5, basins of the Caribbean1, Chesapeake Bay, and the Gulf of Mexico1.

In addition to the marginal seas that I have studied, I have either worked in or studied other regions of the world ocean, including the Bering Sea, Drake Passage6, Gulf of Alaska, Ross Sea, and the Southern Ocean7.


If you would like a detailed record of my academic and professional achievements, here is an up-to-date version of my curriculum vitae (CV).

This website was designed in 2014 under the support of the National Science Foundation's Graduate Research Fellowship Program and is maintained by Andrew Margolin.

Updated 22 February 2019.