The empirical approach of remote sensing has a proven capability to provide timely and
accurate information on inland and near-coastal transitional waters. This article gives a …

Using satellite imagery to quantify the spatial patterns of cyanobacterial toxins has several
challenges. These challenges include the need for surrogate pigments–since cyanotoxins …

Monitoring and understanding the physical, chemical and biological status of global inland
waters are immensely important to scientists and policy makers alike. Whereas conventional …

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

Retrieval of the phycocyanin concentration (PC), a characteristic pigment of, and proxy for,
cyanobacteria biomass, from hyperspectral satellite remote sensing measurements is …

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 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 …

In this research, we present a novel technique to monitor cyanobacterial bloom using remote
sensing measurements. We have used a multi-band quasi analytical algorithm that …

Cyanobacteria are notorious for producing harmful algal blooms that present an ever-
increasing serious threat to aquatic ecosystems worldwide, impacting the quality of drinking …

The frequency and severity of cyanobacteria harmful blooms (CyanoHABs) have been
increasing with frequent eutrophication and shifting climate paradigms. CyanoHABs …