This paper reviews dietborne toxicity of 13 metals (Ag, Al, As, B, Cd, Co, Cr, Cu, Mo, Ni, Pb,
V, Zn) to aquatic biota. Of those, Ag, As, Cd, Cu, Ni, and Zn have caused dietborne toxicity in …

Over the past decade, the quantitative recognition of the significance of dietary exposure in
the overall bioaccumulation of metals in aquatic animals has been an area of major …

Most aquatic ecosystems are at risk of being polluted by new environmental pollutant
nanoparticles. As the main food source of zooplankton, the biomass of algae always …

Nearly 7 00000 tons of dyes are produced annually throughout the world. Azo dyes are
widely used in the textile and paper industries due to their low cost and ease of application …

Abstract Dynamic Energy Budget theory (DEB) describes mass and energy fluxes that occur
in living organisms. DEB models were successfully used to assess the influence of stress …

This study deals with acute and chronic ecotoxicity of leachates from industrially
contaminated soils. Analyses focused on cyanides (complex and free forms) to study their …

Thermal discharge and heatwaves under climate change may increase water temperature.
In this study, the individual and combined effect of elevated temperature and cadmium (Cd) …

Most coastal waters are at risk of heavy metal pollution, and the biomass of primary producer
phytoplankton always fluctuates, which usually causes zooplankton to be exposed in …

Although there is growing evidence that dietborne metals can be toxic to various aquatic
species, there is still insufficient knowledge to integrate this information in environmental risk …

The transfer of the toxic heavy metal Cd from duckweed (Lemna minor L.) to the freshwater
fish tilapia (Oreochromis mossambicus) was investigated. Concentrations of Cd in different …