Coastal water bodies are susceptible to high levels of pollution as a result of population
growth, rapid urbanization, the expansion of industrial activities, including ports, and …

Coastal water bodies face significant contamination risks stemming from various factors,
such as growing populations, rapid urban development, dam construction, heightened …

Accurate estimation of coastal and in-land water quality parameters is important for
managing water resources and meeting the demand of sustainable development goals. The …

Water quality parameters (WQPs), such as dissolved oxygen (DO), chemical oxygen
demand (COD) and chlorophyll (Chl), are important indicators of ecosystem system. The …

The development of remote sensing algorithms has traditionally relied on satellite spectra or
simulated equivalents derived from in-situ spectra to monitor inland water quality. However …

Temporal variability and associated driving factors of sea surface chlorophyll-a
concentration (Chl-a) in coastal waters have been extensively studied worldwide; however …

Monitoring water resources plays an important role in water pollution control. Taking
Samples of the whole water body is limited in practice for many reasons such as time …

Abstract The Hooghly Estuary plays a critical role in supporting both the livelihoods of a
significant human population and maintaining marine biodiversity, thus necessitating regular …