2017PubMedRequires access

[Distribution of Different Mercury Species in the Waterbody at Sanmenxia Reservoir].

Cheng Liu, Bing-juan Ma, Weili Zhou, Li Wang, Yin Zhi, Qingwei Liu, Yuxiang Mao

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Abstract

for wet and dry seasons, respectively. The ratios of MeHg/THg in the sediment of the Sanmenxia Reservoir were relatively small in comparison to those in other aqueous systems, indicating that methylation might play a minor role in the biogeochemistry of Hg in the Sanmenxia Reservoir. This might be attributed to the high dissolved oxygen levels of the bottom water and low organic carbon content of the sediments.

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What this paper is about

for wet and dry seasons, respectively. The ratios of MeHg/THg in the sediment of the Sanmenxia Reservoir were relatively small in comparison to those in other aqueous systems, indicating that methylation might play a minor role in the biogeochemistry of Hg in the Sanmenxia Reservoir. This might be attributed to the high dissolved oxygen levels of the bottom water and low organic carbon content of the sediments.

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Available abstract

for wet and dry seasons, respectively. The ratios of MeHg/THg in the sediment of the Sanmenxia Reservoir were relatively small in comparison to those in other aqueous systems, indicating that methylation might play a minor role in the biogeochemistry of Hg in the Sanmenxia Reservoir. This might be attributed to the high dissolved oxygen levels of the bottom water and low organic carbon content of the sediments.

Key concepts: Methylmercury, Mercury (programming language), Environmental chemistry, Chemistry, Surface water, MERCURE, Particulates, Sediment

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