Ongoing global changes such as increasing sea-surface temperatures, decreasing acidity
levels, and expanding oxygen-minimum zone may impact on the biogeochemical cycles of …

Elevated salinity in stormwater runoff may adversely impact the efficacy of stormwater
management practices (SMPs) in intercepting contaminants via changing the stability of …

Abstract Changes in the ocean temperature, seawater acidity, and oxygen level are parts of
global change that may indirectly impact the biogeochemical cycles of trace metals in the …

The eutrophication of reservoirs can change the physicochemical parameters of water, thus
affecting the migration and transformation of heavy metals. At present, there is insufficient …

Anthropogenic source of heavy metals in the estuary-coastal sediment could cause serious
environmental concerns. Thus, much needs to be concerned about the linkages between …

Heavy metal pollution has risen as an alarming threat in the aquatic systems, including
coastal ecosystems comprising of mangroves, salt marshes, wetlands, bays, and estuaries …

Mudflat sediment cores from lower (C-1), middle (C-2), and lower regions of upper (C-3)
Chapora Estuary were investigated for grain size composition, total organic carbon, total and …

The present study aimed to evaluate multi-element concentrations (Al, As, Ca, Cd, Co, Cr,
Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sr) in suspended particulate material (SPM) collected from …

Estuaries are transitional water systems where the hydrodynamic processes governing
water circulation actively influence suspended particle transport and deposition. In the …

Estuarine and coastal ecosystems act as important habitats for several elasmobranchs.
However, little is known about the species, spatial and temporal distribution patterns, and …