Water clarity (expressed as Secchi disk depth (SDD)) reflects light transmission capacity of a
water body and influences growth of aquatic plants, aquatic organisms, and primary …

The eutrophication of lake and reservoir (hereafter referred to as lakes) has attracted
concerns from the public and government in China. Water clarity is a reliable indicator for …

Water clarity is a well-established first-order indicator of water quality and has been used
globally by water regulators in their monitoring and management programs. Assessments of …

Abstract The Sustainable Development Goal (SDG) 6.3. 2 of the United Nations (UN)
focuses on ambient water quality, while water clarity simplistically and visually reflect water …

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 …

The Secchi disk depth (Z SD) plays a critical role in describing water clarity. Several studies
have shown linkages between Three Gorges Dam (TGD) and the downstream lacustrine …

Abstract Information regarding water clarity at large spatiotemporal scales is critical for
understanding comprehensive changes in the water quality and status of ecosystems …

The potential strengths and limitations of the Landsat systems for water clarity and colored
dissolved organic matter (CDOM) measurement were evaluated in Minnesota in the …

Lake clarity, usually measured by Secchi disc depth (SDD), is a reliable proxy of lakes
trophic status due to its close link with total suspended matter, chlorophyll-a, and nutrients …

Lakes and reservoirs provide important ecosystem services that support human welfare and
socio-economic activities. However, in many world regions, the ecological integrity of lakes …