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Olivier_Marchal_photo

Dr. Olivier Marchal

Senior Scientist
Department of Geology and Geophysics

Contact Information:

Work: 508-289-3374
omarchal@whoi.edu
Location: Clark South, room 278

Mailing Address:

Woods Hole Oceanographic Institution             266 Woods Hole Road, MS #24
Woods Hole, MA 02543

Research Interests

My research interests concern predominantly the large-scale ocean circulation and its variability on a range of time scales, including those that are resolved by paleoclimate records such as sediment core records. I am also interested in the biogeochemical cycle of organic carbon and of particle-reactive substances in the deep sea.

My research strategy operates along two lines:

  1. I combine observations with models using inverse methods in order to address estimation problems in oceanography, paleoceanography, and chemical oceanography.
  2. I apply numerical models in order to study fundamental aspects of ocean circulation and to test the plausibility of research hypotheses about its variability.

                                                Education

2006. Habilitation Thesis: Meteorology & Physical Oceanography. French Ministry of Education

1996. Doctoral Thesis: Meteorology, Oceanography, Environment. University Pierre & Marie Curie, Paris

1991. Masters Degree: Modeling of Marine Environment. University of Liège

1990. Master Degree: Oceanography. University of Liège

1988. Bachelors Degree: Physical Geography. University of Brussels

 

Recent/Current Student(s)

Sara Martin Alis (WHOI SSF Program)

Vinicius Amaral (U. California at Santa Cruz)

Siyuan 'Sean' Chen (MIT-WHOI Joint Program)

Marta Santos Garcia (U. Edinburgh, Scotland)

 

Recent/Current Post-DOC(s)

Daniel Clements (now at Bigelow Laboratory)

 

News / Announcements

Graduate Student in MIT-WHOI Joint Program:

I am seeking a student to conduct numerical experiments of glacial meltwater discharge in the North Atlantic using an ocean circulation model based on the primitive equations. The novelty of this work is the use of a regional model at high horizontal resolution so as to simulate oceanic eddies and their influence on meltwater dispersal. This work will be part of NSF-funded projects on the pathways of melt water discharged from the Laurentide Ice Sheet during the last (de)glacial periods.