J. C. Wang, M. C. Newman, X. Y. Xu and L. Liang, “Higher and More Variable Methylmercury Biomagnification Factors for Floodplain Than the Contiguous River (South River, Virginia USA),” Ecotoxicology and Environmental Safety, 2013.
http://dx.doi.org/10.1016/j.ecoenv.2012.04.023i

has been cited by the following article:

• TITLE: The Challenge and Its Solution When Determining Biogeochemically Reactive Inorganic Mercury (RHg): Getting the Analytical Method Right

  AUTHORS: Lian Liang, Milena Horvat, John Alvarez, Lyman Young, Jože Kotnik, Lisa Zhang

  KEYWORDS: Mercury Speciation; Reactive Hg2+; Method Comparison; Ethylation-GC-CVAFS; Sn2+ Reduction

  JOURNAL NAME: American Journal of Analytical Chemistry, Vol.4 No.11, November 11, 2013

  ABSTRACT: Biogeochemially reactive inorganic mercury (RHg) is an important fraction of Hg. Researchers have attempted to measure RHg when characterizing Hg-impacted sites, conducting research and development of remediation practices, or evaluating remediation efficiency. In these uses, RHg will be the best choice for analysis in ways that total methyl, and other species of Hg cannot duplicate. The fraction has been inadequately measured using the Sn2+ reduction method and operationally defined as “Sn2+ reducible Hg2+”, but the resulting data did not reflect well the nature of the fraction and caused researchers to lose interest, thus limiting the use of RHg in past years. In this work, the problems of using the Sn2+ reduction method were discovered to be generating irreproducible and negatively biased results. Negative bias from 20% to 99% was found in different types of waters. To obtain reliable results, an ethylation-based GC-CVAFS method was used to determine RHg. The performance of the method was evaluated by comparing it to the Sn2+ reduction method. Biogeochemically meaningful results have been obtained in the application of the method to determine RHg in mercury mine-impacted waters from the Idrijca River in Slovenia.