Project Title: | Role |
First steps - Linking remotely-detectable optical signals, photic layer plankton properties, and export flux (view profile) | Project Lead |
Separating Phytoplankton and Migrating Animal Elements of Day-Night Differences in Particulate Backscattering (view profile) | Project Lead |
Merging Active and Passive Ocean Observations to Advance Understanding of Climate Impacts on Global Carbon Stocks and Phytoplankton Physiology (view profile) | Project Lead |
Advanced understanding of global phytoplankton stocks and physiology through improved ocean color retrievals leveraging a multi-platform approach (view profile) | Project Lead |
Advanced understanding of global phytoplankton stocks and physiology through improved ocean color retrievals leveraging a multi-platform approach (view profile) | Project Lead |
Linking genomic and remote sensing observations to quantify the physiological nutrient stress dynamics in ocean ecosystems (view profile) | Co-Investigator |
Determination of the Relationship Between Primary Production and Net Community Production in the Southern Ocean Through the Use Profiling Floats, Satellite Data, and Ecosystem Models (view profile) | Co-Investigator |
The Equatorial Box Project (view profile) | Project Lead |
Characterizing the Phytoplankton Component of Oceanic Particle Assemblages (view profile) | Project Lead |
Quantifying Ocean Productivity through Improvements in Satellite-Derived Phytoplankton Physiology and Carbon Biomass (view profile) | Project Lead |
Global ocean phytoplankton carbon and physiology with MODIS-Aqua (view profile) | Project Lead |
Diagnosing Nutrient Constraints on Phytoplankton of the Global Oceans using MODIS Fluorescence Measurements (view profile) | Project Lead |
The Ocean Productivity Website Project and Stewardship of NASA Standard Productivity Products (view profile) | Project Lead |