Large river systems, such as the River Ganges (Ganga), provide crucial water resources for
the environment and society, yet often face significant challenges associated with …

Abstract The Ganga River is facing mounting environmental pressures due to rapidly
increasing human population, urbanisation, industrialisation and agricultural intensification …

Over half of the world's human population currently lives in cities, and population density in
urban areas is projected to increase over the coming decades. Past studies have shown …

Nutrient loading in aquatic systems from anthropogenic sources is a worldwide concern. The
Ganga is the most important river in India, but pollution is currently severely threatening its …

We investigated the distribution of Zn, Cu, Ni, Pb, Cr, and Cd in water, sediment, and two
dietary fish (an omnivore, Labeo rohita and a benthic carnivore, Clarias batrachus) and …

To determine the possible contributions of point and non-point sources to carbon and
nutrient loading in the Ganga River, we analyzed N, P, and organic carbon (OC) in the …

We studied the relationships among diatom biodiversity, transparent exopolymeric particles
(TEP) and water quality at the confluences of four tributaries of River Ganga (Yamuna, Assi …

Nutrient concentrations were studied seasonally along estuarine and fluvial regions of four
micro/meso tidal rivers from Karnataka and Maharashtra, west coast of India. This study was …

The biogeochemical process on a spatial and temporal scale can have a significant
influence on the regulation of the stoichiometry of nutrients in the waters of coastal and …

The pattern of N/P/Si stoichiometry, although an important driver regulating river ecology,
has received limited research attention for Ganga River. We investigated shifts in N/P/Si …