Water transparency, commonly measured as Secchi disk depth (SDD), is essential for
describing the optical properties of coastal waters. We proposed a regional linear corrected …

The estimation of water clarity in coastal and inland waters from satellite images is limited by
significant uncertainties attributable to the optical complexity of these waters. To address this …

Water transparency, measured with Secchi disk depth (SDD), is an important parameter for
describing the optical properties of a water body. This study evaluates variations of SDD and …

The detection of water transparency (Zsd) changes over multiple timescales is an important
task that has wide implications from water quality to climate change research. However, to …

The coefficient of attenuation of photosynthetically active radiation (Kd (PAR)) and the depth
of the euphotic zone (Deu) are widely used to study biogeochemical processes and …

Abstract Secchi Disk Depth is an important water quality measurement linked to many
aspects of coastal and marine ecosystems. Understanding the role of this important indicator …

Water transparency, often measured by Secchi disk, is an intuitive indicator of water quality
and plays an important role in aquatic environments. The European Space Agency (ESA) …

Leveraging satellite monitoring and machine learning (ML) techniques for water clarity
assessment addresses the critical need for sustainable water management. This study aims …

Water color, often quantified using the Forel-Ule Index (FUI), is a crucial parameter for
assessing the water quality and ecological health of coastal waters. However, there is …

Water transparency is commonly used to indicate the combined effect of hydrodynamics and
the aquatic environment on water quality throughout a river network. However, how water …