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Reduction of mercury (II) by humic substances-influence of pH, salinity of aquatic system
(Springer, 2015)
This study demonstrates that under abiotic dark conditions in aquatic system, humic substances are not only capable of converting Hg(II) to Hg<sup>0</sup> but also able to bind Hg(II) ion. The degree of Hg(II) reduction ...
Partitioning of metals in different binding phases of tropical estuarine sediments: importance of metal chemistry
(Springer, 2016)
Distribution of metals in different binding phases of estuarine sediments provides chemically significant description of metal–sediment interactions. This study describes the influences of ligand field stabilization energy ...
Kinetic speciation of mercury–humate complexes in aqueous solutions by using competing ligand exchange method
(Elsevier, 2016)
Competing ligand exchange method (CLEM) in conjunction with direct mercury analyzer (DMA) was found to be a useful method for kinetic speciation study of (mercury–humic acid) Hg–HA complexes in aqueous systems. Ambersep ...
Mercury profiles in sediment from the marginal high of Arabian Sea: An indicator of increasing anthropogenic Hg input
(Springer, 2016)
Total Hg distributions and its speciation were determined in two sediment cores collected from the western continental marginal high of India. Total Hg content in the sediment was found to gradually increase (by approximately ...
Organic matter - A key factor in controlling mercury distribution in estuarine sediment
(Elsevier, 2015)
Organic matter (OM) was found to play an important role in controlling mercury (Hg) distribution and speciation in estuarine sediment of the Vembanad Lake. The sedimentary organic carbon (OC) from the northern part of the ...