Satellite remote sensing, unlike traditional ship-based sampling, possess the advantage of
revisit capabilities and provides over 40 years of data support for observing lake …

The spatiotemporal variability of lake partial carbon dioxide pressure (pCO 2) introduces
uncertainty into CO 2 flux estimates at the lake water-air interface. Knowing the variation …

The aim of this research was to evaluate the existing remote sensing (RS) products, various
tools and techniques, and their limitations in retrieving the optically active (OA) Chlorophyll-a …

An accurate estimation of trophic state of lakes with satellite remote sensing is a challenge
due to the optical complexity and variability associated with inland waters. Match-up data …

Widespread eutrophication has been considered as the most serious environment problems
in the world. Given the critical roles of lakes in human society and serious negative effects of …

The intensification of anthropogenic activities has led to the infiltration of enormous
quantities of pollutants into rivers and lakes, resulting in significant deterioration in water …

Eutrophication of lakes exhibits a more serious trend in a global scale under the climate
change. Eutrophic lakes also exhibit a unique role in global carbon, yet, data on carbon …

Remote sensing water quality monitoring technology can effectively supplement the
shortcomings of traditional water quality monitoring methods in spatiotemporal dynamic …

The high proportion of soil background pixels in UAV remote sensing images is an important
reason for the uncertainty of high-precision leaf area index (LAI) estimation at early growth …

abstract Hydrogen peroxide (H2O2) is an efficient oxidant with multiple uses ranging from
chemical synthesis to wastewater treatment. The in-situ H2O2 production via a two-electron …