Michele Bellucci Mohamed Bendahmane Arnold Bendich Gozal Ben-Haim Tom Bennett Alexandre Berr Marco Betti Stefan Binder David Bird Anthony Bishopp Brenda Blacklock Elizabeth Blee Eduardo Blumwald Marco Bocola Laszlo Boegre Gudrun Boehmdorfer Alexandra-Viola Bohne Linda Bonen Ludovic Bonhomme Melike Bor Jayakumar Bose Marie Boudsocq Sandra Branham Pascal Braun Mikael Brosche Gregory G. Brown Etienne Bucher Marcos Buckeridge Vincent Bulone Rachel Burton The Editor-in-Chief, and the Associate Editors of Plant Molecular Biology would like to thank their colleagues for helpful reviews during 2016:

Peter Albers Ferran Alegre Kathleen A. Alexander Matt Allender Gerard Andrews Ellen Ariel Douglas L. Armstrong Jon M. Arnemo Jill Arnold Carter T. Atkinson Jeremy Ayotte Laurie A. Baeten Karoun H. Bagamian Anne E. Ballmann Ana Balseiro Carsten Bandt Jose M. Barbanti Michelle Barbieri Jacques Barrat Bruno Bassano Giorgio Battelli Antonio Battisti Claudia Baule Wes Baumgartner Julie Bebak-Williams Melissa Behr Jeff Bender Kathy L. Bentson John Berezowski Richard Bessen Ian Beveridge Jon Bielby Laura Bigler Chad J. Bishop Jesse Blanton David S. Blehert Trent K. Bollinger R. Bonett Nicole Borel Richard G. Botzler Melissa Bourgeois Dwight Bownan Walter M. Boyce Justin Boyles Chris Brand Seth Britch Daniel Brown Justin D. Brown John A. Bryan II Nancy Bunbury Robin Burke Mónica G. Candela * Our database is imperfect; we apologize for misspellings of names and to anyone whose name may have been omitted. Journal of Wildlife Diseases, 48(4), 2012, pp. 1119–1123 # Wildlife Disease Association 2012

The formation of methyl mercury from pure mercuric sulphide in aerobic organic sediments is studied. Methyl mercury is shown to be formed but the speed of the methylation process is considerably lower compared to control series where inorganic divalent mercury is used.