We provide a comprehensive overview of water constituent retrieval algorithms and
underlying definitions and models for optically deep and complex (ie case 2) waters using …

Timely monitoring, detection and quantification of cyanobacterial blooms are especially
important for controlling public health risks and understanding aquatic ecosystem dynamics …

A novel algorithm is presented for detecting trophic status (chlorophyll-a), cyanobacterial
blooms, surface scum and floating vegetation in coastal and inland waters using top-of …

Lakes and other surface fresh waterbodies provide drinking water, recreational and
economic opportunities, food, and other critical support for humans, aquatic life, and …

Inland and coastal waterbodies are critical components of the global biosphere. Timely
monitoring is necessary to enhance our understanding of their functions, the drivers …

Lake Winnipeg has experienced dramatic increases in nutrient loading and phytoplankton
biomass over the last few decades, accompanied by a marked shift in community …

Inland waters across the United States (US) are at potential risk for increased outbreaks of
toxic cyanobacteria blooms events resulting from elevated water temperatures and extreme …

The remote sensing of algal pigments is essential for understanding the temporal and
spatial distribution of harmful algal blooms (HABs). In particular, the vertical distribution of …

The application of remote sensing technology to water quality monitoring has special
significance for lake management at regional scales. Many studies have proposed …

The potential for cyanobacterial blooms to impact recreational and drinking water source
quality is a growing concern. Numerous monitoring tools have been developed that can alert …