Correlate Biophysical and Remote Sensing Data. We have not received the remotely sensed data to allow us to correlate the biophysical and remote sensing data, though we have made significant progress in calibrating CO2 exchange data to standing chlorophyll biomass. When complete, a CO2 exchange model will allow users to map primary production across coastal wetland landscapes using remote sensor data as inputs to the model. Spectral response data have been downloaded, reviewed, and backups generated. These data layers also will be backed up.
Metadata generation is underway.
Application of neural computing methods for interpreting phospholipid fatty acid profiles of natural microbial communities. Application of neural computing methods for interpreting HPLC pigment profiles of natural phytoplankton communities. Determining the relationship between the dynamic properties of an estuarine ecosystem and its corresponding microbial community structure. Presented at the American Society for Microbiology Southeastern Meeting, Jekyll Island, GA, 1999. Fletcher M. Determining the relationship between the self-organizing properties of an estuarine ecosystem and its corresponding planktonic microbial community structure.