In recent years, more satellite-derived remote sensing products have become available for the Great Lakes, and several related efforts have developed to enable greater sharing of these valuable data. Working closely with NOAA Great Lakes CoastWatch and the Great Lakes Observing System (GLOS) Data Management and Communications (DMAC) group, MTRI has been applying a combination of custom portals, standardized data sharing methods, appropriate metadata, and useful symbolization to make these data more available to end users and other stakeholders. At MTRI\u27s Satellite-Derived Great Lakes Remote Sensing portal (http://www.greatlakesremotesensing.org/), MTRI Color Producing Agent Algorithm (CPA-A) products such as chlorophyll, dissolved orga...
Michigan Tech Research Institute (MTRI) scientists have modified a Nansen International Environmenta...
MTRI has developed a new remote sensing algorithm to map Cladophora extent and biomass in the near-s...
A set of operational optical satellite algorithms for the Great Lakes have been developed and succes...
Our research team has been working closely with the Great Lakes Observing System and NOAA Great Lake...
A larger number of remote sensing products derived from satellite, aerial, and other platforms has b...
Remote sensing products of the Great Lakes provide opportunities for more synoptic coverage of impor...
The Color Producing Agent Algorithm (CPA-A) is a bio-optical model used to estimate water quality pa...
Remote sensing provides a method to accurately assess water quality for current and historical condi...
The MTRI/NIERSC algorithm retrieves concentrations of chlorophyll (CHL), dissolved organic carbon (D...
The state of the science of remote sensing of inland waters, particularly the Great Lakes, has progr...
Remote sensing provides a method to accurately assess water quality for current and historical condi...
Many regions of the Great Lakes now see recurring cyanobacterial harmful algal blooms (cyanoHABs), w...
Ocean color satellites such as CZCS, SeaWiFS, MODIS, MERIS, and VIIRS have been imaging the Great La...
An algorithm has been developed for the Great Lakes that utilizes SeaWiFS, MODIS, or MERIS satellite...
The Great Lakes Optical Properties Geospatial Database (GLOPGD) is a representation of in situ optic...
Michigan Tech Research Institute (MTRI) scientists have modified a Nansen International Environmenta...
MTRI has developed a new remote sensing algorithm to map Cladophora extent and biomass in the near-s...
A set of operational optical satellite algorithms for the Great Lakes have been developed and succes...
Our research team has been working closely with the Great Lakes Observing System and NOAA Great Lake...
A larger number of remote sensing products derived from satellite, aerial, and other platforms has b...
Remote sensing products of the Great Lakes provide opportunities for more synoptic coverage of impor...
The Color Producing Agent Algorithm (CPA-A) is a bio-optical model used to estimate water quality pa...
Remote sensing provides a method to accurately assess water quality for current and historical condi...
The MTRI/NIERSC algorithm retrieves concentrations of chlorophyll (CHL), dissolved organic carbon (D...
The state of the science of remote sensing of inland waters, particularly the Great Lakes, has progr...
Remote sensing provides a method to accurately assess water quality for current and historical condi...
Many regions of the Great Lakes now see recurring cyanobacterial harmful algal blooms (cyanoHABs), w...
Ocean color satellites such as CZCS, SeaWiFS, MODIS, MERIS, and VIIRS have been imaging the Great La...
An algorithm has been developed for the Great Lakes that utilizes SeaWiFS, MODIS, or MERIS satellite...
The Great Lakes Optical Properties Geospatial Database (GLOPGD) is a representation of in situ optic...
Michigan Tech Research Institute (MTRI) scientists have modified a Nansen International Environmenta...
MTRI has developed a new remote sensing algorithm to map Cladophora extent and biomass in the near-s...
A set of operational optical satellite algorithms for the Great Lakes have been developed and succes...