Further steps towards a chlorophyll, dissolved organic carbon, and suspended mineral remote sensing algorithm for all laurential Great Lakes.
The MTRI/NIERSC algorithm retrieves concentrations of chlorophyll (CHL), dissolved organic carbon (DOC), and suspended minerals (SM). The algorithm was validated (Pozdnyakov 2005), applied in a seven-year inter-annual analysis of SeaWiFS data in Lake Michigan (Shuchman 2006), and recently also applied to all available SeaWiFS/MODIS Lake Michigan data. The algorithm uses a hydro-optical (HO) model that consists of the absorption and backscattering coefficients for CHL, DOC, and SM at each satellite band. During the initial validation of the algorithm, a proxy HO-model from Lake Ontario was used due to a lack of insitu data in the other Great Lakes needed to create an HO-model for those lakes. Since 2004, GLERL and MTRI have been collecting optical data using a Satlantic multi-spectral profiler, with coincident laboratory measured CHL, DOC, and SM data. Using this data, new HO-models will be created for each Laurentian Great Lake. The new results will be compared with historical in-situ and seasonal phenomena for validation. Also, the differences between the old and new Ontario HO-models will be compared and analyzed. Inter-annual analyses will be performed for each lake after validation.
IAGLR 52nd Annual Conference on Great Lakes Research
Shuchman, R. A.,
Leshkevish, G. A.,
Hatt, C. R.,
Pozdnyakov, D. V.,
Korosov, A. D.,
Josberger, E. G.
Further steps towards a chlorophyll, dissolved organic carbon, and suspended mineral remote sensing algorithm for all laurential Great Lakes..
IAGLR 52nd Annual Conference on Great Lakes Research.
Retrieved from: https://digitalcommons.mtu.edu/mtri_p/119