The aim of this study was to the assessment of the seasonal level metal contamination of the superficial sediments from the lagoon area II and to deduce the likely seasonal ecological risks which results. This study were conducted during one year (from June 2020 to May 2021) and the concentration in eight trace metals (As, Cd, Cr, Cu, Hg, Pb, Ni and, Zn) of these substrates, obtained in this period, were used. Seven metal contamination indexes, six ecological risks indexes and, two sediment qualities guidelines were used for this purpose. The results highlighted the very severe contamination of these superficial sediments in all season by all these trace metals in the whole, especially by As, Cd and Hg. So, the seasonal ecological risks for...
In order to evaluate if sediment metal contamination is responsible for benthic degradation and iden...
Background: Trace metals pollution in the coastal and estuarine sediment could harm water quality an...
Sediment contamination by heavy metals resulting from anthropogenic activities is increasingly becom...
International audienceMarchica Lagoon, a Ramsar site on the Mediterranean coast of Morocco, is exper...
AbstractSpreading heavy metals in the water column may subsequently be accumulated in sediment becau...
This study aimed to analyze the heavy metal contamination in sediments and their potential ecologica...
Dangli Waters ecosystem is located at the north of Langkawi UNESCO Global Geopark. Apparently, this ...
Surface sediments collected from the Lagos Lagoon, Nigeria, and three adjoining rivers were analysed...
The presence of Cr, Ni, Zn, Cu, Co, Cd and Pb in sediments, submerged vegetation and bivalve mollusk...
This study deals with seasonal variation of heavy metals in sediments of Muthupet lagoon, Southeast ...
The present work aims to track the natural and anthropogenic metals input into the lagoonal complex ...
Potential toxic elements (PTEs) concentration was analyzed seasonally in seawater and sediment sampl...
Potential toxic metal pollution in mangroves has attracted extensive attention globally; however, th...
In water systems, water quality and geochemical properties of sediments determine the speciation of ...
The presence of metals in soils used for primary economic activities can negatively impact the envir...
In order to evaluate if sediment metal contamination is responsible for benthic degradation and iden...
Background: Trace metals pollution in the coastal and estuarine sediment could harm water quality an...
Sediment contamination by heavy metals resulting from anthropogenic activities is increasingly becom...
International audienceMarchica Lagoon, a Ramsar site on the Mediterranean coast of Morocco, is exper...
AbstractSpreading heavy metals in the water column may subsequently be accumulated in sediment becau...
This study aimed to analyze the heavy metal contamination in sediments and their potential ecologica...
Dangli Waters ecosystem is located at the north of Langkawi UNESCO Global Geopark. Apparently, this ...
Surface sediments collected from the Lagos Lagoon, Nigeria, and three adjoining rivers were analysed...
The presence of Cr, Ni, Zn, Cu, Co, Cd and Pb in sediments, submerged vegetation and bivalve mollusk...
This study deals with seasonal variation of heavy metals in sediments of Muthupet lagoon, Southeast ...
The present work aims to track the natural and anthropogenic metals input into the lagoonal complex ...
Potential toxic elements (PTEs) concentration was analyzed seasonally in seawater and sediment sampl...
Potential toxic metal pollution in mangroves has attracted extensive attention globally; however, th...
In water systems, water quality and geochemical properties of sediments determine the speciation of ...
The presence of metals in soils used for primary economic activities can negatively impact the envir...
In order to evaluate if sediment metal contamination is responsible for benthic degradation and iden...
Background: Trace metals pollution in the coastal and estuarine sediment could harm water quality an...
Sediment contamination by heavy metals resulting from anthropogenic activities is increasingly becom...