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Promoting a mechanistic understanding of the chemical currencies in marine microbial ecosystems in the context of a changing planet and through increased participation in ocean sciences

MEET THE TEAM
EVENTS
The biogeochemistry autonomous underwater vehicle Clio is prepared for launch by Mike Jakuba and Eric Chan who work on the R/V Atlantic Explorer. Image credit: Mak Saito, WHOI.
Meren (MBL) collects water samples to study surface ocean microbes. Image credit: Evan Barba.
Co-cultures of model marine phytoplankton and bacteria serve as experimental systems for metabolite exchange. Image credit: Frank Ferrer-González.
Sterivex filters that capture and condense microbial cells in samples collected for metagenomics, metatranscriptomics, and metaepitranscriptomics of surface ocean microbial populations. Image credit: Meren, MBL.
Microbial biomass from seawater is concentrated on the surface of the filter. Filters are used to remove microbial cells from seawater filtrate prior to metabolite extraction. Image credit: Laura Gray, WHOI.
Extracellular metabolite extracts from surface seawater (contained in vials with blue and white caps) are loaded into the mass spectrometer prior to analysis. Image credit: Laura Gray, WHOI.
The R/V Atlantic Explorer (AE) typically resides next to BIOS in Ferry Reach, a waterway adjacent to BIOS that leads to the ocean. The AE takes frequent trips out to sea to collect samples for the Bermuda Atlantic Time-series (BATS) program. Image credit: Laura Gray, WHOI.
A chain of the diatom genus Thalassiosira with a green marker of enzyme activity. The Dyhrman Lab, Columbia University.

Mission Statement

Jessika Fuessel (right) preparing surface ocean samples using red light to not wake up microbes in night-time samples, Evan Kiefl (left). Photo by Meren, MBL

Broadening Participation

Sampling occurs day and night and here two students help the marine technician recover the rosette during a 2013 cruise to the South Atlantic. Image credit: Elizabeth Kujawinski, WHOI.

One-quarter of carbon derived from photosynthesis on Earth cycles rapidly through a pool of seawater metabolites generated by the activities of microbes. These molecules help govern the global carbon cycle, provide life-supporting nutrients, and support the function of marine food webs that ensure a vital and healthy ocean.

The Center for Chemical Currencies of a Microbial Planet (C-CoMP) will promote a deeper understanding of the chemicals and chemical processes that underpin ocean ecosystems and the global carbon cycle by leveraging recent advances in analytical and data sciences, incorporating new ocean sampling technologies, using an open-science framework, and engaging educators and policy-makers.

 

C-CoMP is committed to enhancing racial, sexual, and gender representation in the ocean sciences. We will increase undergraduate retention and recruitment by establishing C-CoMP undergraduate and graduate research programs that (1) integrate academic, social, and professional development, and (2) provide opportunities to explore research as a career regardless of social identity. C-CoMP programs will provide opportunities for underrepresented minority (URM) students to participate in authentic research experiences that address problems of societal relevance (e.g., Earth’s carbon cycle and climate system), leading to increased URM engagement and retention.

Science and Education Themes

Education

Education & Diversity

Chemical-Currencies

Chemical currencies

Chemical-Network

Chemical-microbial networks

earth

Feedbacks to climate

C-CoMP Institutions are depicted in the map above.

In the News

SEPTEMBER 23, 2021
NSF grant will support deeper understanding of ocean ecosystems
Boston College News

SEPTEMBER 17, 2021
UVA to Play Leading Role in New NSF Center to Study the Ocean, Climate Change
University of Virginia, UVA Today

SEPTEMBER 9, 2021
NSF announces new sci-tech center to study ocean chemical-microbe network and climate change
WHOI News Release

Award Information and Disclaimer

 

C-CoMP is a National Science Foundation Science and Technology Center (Award # 2019589) that is based at Woods Hole Oceanographic Institution. Any opinions, findings, and conclusions or recommendations expressed on this website are those of C-CoMP and do not necessarily reflect the views of the National Science Foundation.