The concepts of smart agriculture, with the aim of highly automated industrial mass
production leaning towards self-farming, can be scaled down to the level of small farms and …

Phycocyanin (PC), as a characteristic pigment, is more suitable for monitoring
cyanobacterial blooms and toxic cyanobacteria than chlorophyll-a (Chl-a). Because the …

Coastal and open ocean regions throughout the world are now subject to an array of toxic,
harmful, or more intense algal blooms with an increasing trend of incidence over large …

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

Phycocyanin (PC) is an indicator pigment of cyanobacteria in water. Monitoring the dynamic
variation of PC concentration in lakes by satellite remote sensing is of great significance for …

A growing coastal population is leading to increased anthropogenic pollution that greatly
affects coastal and inland water bodies, especially in the tropics. The Sustainable …

Accurate assessment and monitoring of coastal and inland water quality by satellite optical
remote sensing is challenging due to improper atmospheric correction algorithm, inaccurate …

In the atmospheric correction process of the satellite ocean color data, the removal of the
aerosol scattering contribution over the coastal and inland water bodies has been a major …

The chlorophyll concentration of a water body is an important proxy for representing the
phytoplankton biomass. Its estimation from multi or hyper-spectral remote sensing data in …

Hyperspectral resolution image products of a synthetic sensor featuring the high spatial
resolution of the space-borne sensor can offer cost-effective means for enhancing our …