There is a growing use of remote sensing observations for detecting and quantifying
freshwater cyanobacteria populations, yet the inherent optical properties of these …

A lidar technique has been proposed and demonstrated for remotely sensing particulate
beam attenuation coefficient (cp) profiles using the Raman backscattered signal from water …

The Secchi disk depth (ZSD, m) has been used globally for many decades to represent
water clarity and an index of water quality and eutrophication. In recent studies, a new theory …

The purpose of this study was to investigate how semi-analytical inversion techniques
developed for the remote sensing of water quality parameters (chlorophyll a, tripton and …

Characterizing the specific inherent optical properties (SIOPs) of water constituents is
fundamental to remote sensing applications. Therefore, this paper presents the absorption …

Multiple bio‐optical measurements were conducted in inland waters of China, including
Lake Taihu [spring and autumn], Lake Chaohu, Lake Dianchi, and Three Gorges Reservoirs …

We studied the absorption properties of in-water constituents among 15 boreal lakes
belonging to various lake types. One of the lakes was also monitored frequently during its …

In this work, we investigated the trophic gradient in three reservoirs cascading in Tietê River,
Southeast Brazil, based on their chlorophyll-a (chl a) concentration. The goal of this study …

Amazon floodplain lakes range widely in concentrations of optically active constituents
(OAC) driven by seasonality in hydrological and biogeochemical processes, but in general …

The measurement and analysis of inherent optical properties (IOPs) of the main water
constituents are necessary for remote-sensing-based water quality estimation and other …