CBIOMES Project A large Simons Foundation Collaborative project on Computational Biogeochemical Modeling of Marine Ecosystems |
MEP-Geobio This project examines the application of thermodynamic theory for predicting microbial biogeochemistry over space and time. |
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MEP
Darwin Project This NSF funded project examines the spatiotemporal distribution of metabolic function in the global ocean |
PIE-FVCOM Development of FVCOM for the Plum Island Ecosystems LTER project (PIE-LTER). |
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MC
Project This NSF funded project examines the connectivity of microbial food webs using thermodynamic models, stable isotope probing and genomics |
Data
Assimilation Examines how data assimilation techniques are used to improve model performance or to estimate processes not directly measured (i.e., inverse techniques). |
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ATB
Project This NSF project under the Advancing Theory and Biology (ATB) program examine how how microbial communities adapt to cyclic energy inputs. |
A2M Conversion of algae to methane via methanogenic microbial community. |