Titlebook: Impacts of Selenium on the Biogeochemical Cycles of Mercury in Terrestrial Ecosystems in Mercury Min; Hua Zhang Book 2014 Springer-Verlag

不妥协

Conclusionsh on the biogeochemical cycle of mercury/selenium in river-soil-plant systems as well as the associated human exposure and health risks in a typical mercury mining area in China. The study indicates that the involvement of selenium is one of the significant factors that can influence and restrict th

Melatonin

冰河期

Biogeochemical Cycles of Mercury in Soil-Rice Systemreas, rice grains have been observed with high ratios of MeHg to THg (e.g., average as 45 % (Horvat et al. .)). Moreover, Feng et al. suggested that rice consumption is the major MeHg exposure pathway for a population in a Hg mining area in Guizhou, China (Feng et al. .).

Condescending

加强防卫

Advances in Research on the Mechanisms of Selenium–Mercury Interactions and Health Risk Assessmenty, medicine and many sectors in other disciplines. Research results concerning the interaction characteristics, rules and mechanisms of these two elements in many media, such as water, soils and organisms, are spread out over many segments of the literature.

使闭塞

2190-5053 a new perspective on selenium in traditional risk assessmen.From a new perspective, namely focusing on the interaction of selenium and mercury, this thesis provides new insights into traditional research on biogeochemical cycles of mercury in soil-plant interaction and associated human exposure and

Favorable

https://doi.org/10.1007/978-3-642-54919-9Antagonism Eeffect; Co-exposure and Health Risk; Environmental Mercury/Selenium Pollution; Fish/rice Co

宽度

978-3-662-52488-6Springer-Verlag Berlin Heidelberg 2014

浸软

EXALT

Hua ZhangWon the Special Award of Presidential Scholarship Award and Outstanding Thesis Prize of the Chinese Academy of Sciences.Offers insights from a new perspective on selenium in traditional risk assessmen