The fate and transport of Hg species in natural aquatic environment are strongly affected by
photochemical transformation of Hg 0, Hg 2+, and MeHg. Migration of Hg is determined by …

Estuaries are sinks for mercury, in which the most toxic mercury form, neurotoxic
methylmercury (MeHg), is produced by mercury methylators and accumulates in estuarine …

Methylmercury (MeHg) contamination in rice via paddy soils is an emerging global
environmental issue. An understanding of mercury (Hg) transformation processes in paddy …

Methylmercury formation is mainly driven by microbial-mediated process. The mechanism of
microbial mercury methylation has become a crucial research topic for understanding …

The near soil surface characteristics of plant communities probably change considerably
with seasonal water-level fluctuations, thus induced corresponding variations in soil …

Simple Summary This study focuses on plants in riparian zones that are very vulnerable due
to water stress and anthropogenic disturbances, which are particularly important regarding …

The water-level of Three Gorges Reservoir first reached a normal storage level 175 m in
October 2010, resulting in a large-area water-fluctuating zone with an elevation difference of …

The Caohai wetland, one of karst plateau wetlands in southwest China, is given more
attention due to the serious heavy metal (HM) pollution from artisanal zinc smelting activities …

Reservoirs tend to have enhanced methylmercury (MeHg) concentrations compared to
natural lakes and rivers, and water level fluctuations can promote MeHg production. Until …

The extensive application of metal-based nanoparticles can pose environmental risks, but
how the alternation of wet and dry caused by natural precipitation and artificial irrigation …