292-295Concentrations of metals (Ag, As, Cd, Cr, Cu, Fe., Mn, Ni, Pb, Zn and Hg) in the bottom surfacial sediments both from the mouth of four contributory rivers draining into the Arabian Sea, Pakistan, and the adjoining coastal area are reported. No strong metal concentration variation was observed suggesting an almost identical enrichment of the metals at the sites. The sediments from the area showed maximum levels of Fe (8.47%), Mn (240 mug.g-1), Ni (128.7 mug.g-1), Pb (18.7 mug.g-1), Zn (146.2 mug.g-1) and Hg (4.10 mug.g-1) while the minimum levels found were of As (0.13 mug.g-1) and Hg (0.12 mug.g-1). The study indicated the existence of a metal pollution stress in that a large flux of heavy metals was being brought into the sea by th...
Heavy metals are one of the imperative contaminants in nature. The goal of the study is to determine...
Rivers are dominant pathway for trace metals transport. Due to massive anthropogenic activities alon...
The release of pollutants such as heavy metals into aquatic environment attributed to dense developm...
The study objective was to determine the level and the distribution pattern of heavy metals in the c...
Gumani River is a typical river in Pabna, Bangladesh. It has been suffering an increasing environmen...
Each sediment, water and fish flesh samples from 13 locations of Karachi and Makran Coasts have been...
The primary objective of this study is to determine trace metal contamination in environmental sampl...
To understand the source-to-sink of pollutants in the Kelantan River estuary and the adjacent shelf ...
The marine environment near Karachi, particularly the Baba channel, Chari Kundi channel and Manora c...
A study to measure the heavy metal pollution level in the sediment of coastal and offshore area indi...
Background: Sediments in the aquatic ecosystems can be used as suitable indicators for monitoring co...
The Dhaleswari river is considered as one of the most important rivers of Bangladesh due to its geog...
Background: Trace metals pollution in the coastal and estuarine sediment could harm water quality an...
Concentrations of six heavy metals (Cd, Cr, Ni, Zn, Pb and Cu) in surface sediments of Achenkovil ri...
No-Mahanadi is one of the major rivers of peninsular India. Like other Indian rivers, it is contamin...
Heavy metals are one of the imperative contaminants in nature. The goal of the study is to determine...
Rivers are dominant pathway for trace metals transport. Due to massive anthropogenic activities alon...
The release of pollutants such as heavy metals into aquatic environment attributed to dense developm...
The study objective was to determine the level and the distribution pattern of heavy metals in the c...
Gumani River is a typical river in Pabna, Bangladesh. It has been suffering an increasing environmen...
Each sediment, water and fish flesh samples from 13 locations of Karachi and Makran Coasts have been...
The primary objective of this study is to determine trace metal contamination in environmental sampl...
To understand the source-to-sink of pollutants in the Kelantan River estuary and the adjacent shelf ...
The marine environment near Karachi, particularly the Baba channel, Chari Kundi channel and Manora c...
A study to measure the heavy metal pollution level in the sediment of coastal and offshore area indi...
Background: Sediments in the aquatic ecosystems can be used as suitable indicators for monitoring co...
The Dhaleswari river is considered as one of the most important rivers of Bangladesh due to its geog...
Background: Trace metals pollution in the coastal and estuarine sediment could harm water quality an...
Concentrations of six heavy metals (Cd, Cr, Ni, Zn, Pb and Cu) in surface sediments of Achenkovil ri...
No-Mahanadi is one of the major rivers of peninsular India. Like other Indian rivers, it is contamin...
Heavy metals are one of the imperative contaminants in nature. The goal of the study is to determine...
Rivers are dominant pathway for trace metals transport. Due to massive anthropogenic activities alon...
The release of pollutants such as heavy metals into aquatic environment attributed to dense developm...