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[en] Manganese oxides are considered to be a natural geochemical barrier for arsenic because of their ability to effectively adsorb and immobilize this environmentally significant contaminant. However, the effect of microbial activity on manganese oxyhydroxides stability via various bio-weathering processes may also affect the arsenic immobilization. Therefore, in this paper we have evaluated fungal contribution to arsenic mobility during manganese oxides biotransformation by common soil fungus Aspergillus niger. (authors)
Source
Viglasova, E. (ed.) (Department of Inorganic Chemistry, Faculty of Natural Sciences, Comenius University, Bratislava (Slovakia)); Dzugasova, V. (ed.); Kondekova, M. (ed.) (Department of Anthropology, Faculty of Natural Sciences, Comenius University, Bratislava (Slovakia)); Sebechlebska, T. (ed.) (Department of Physical and Theretical Chemistry, Faculty of Natural Sciences, Comenius University, Bratislava (Slovakia)); Gajanova, D. (ed.) (Department of Anthropology, Faculty of Natural Sciences, Comenius University, Bratislava (Slovakia)); Faculty of Natural Sciences, Comenius University, Bratislava (Slovakia); 1100 p; ISBN 978-80-223-5032-7; 
; 18 Nov 2020; p. 1010-1015; Student Scientific Conference PriF UK 2020; Studentska vedecka konferencia PriF UK 2020; Bratislava (Slovakia); 17 Dec 2020; GANTS UK/360/2020 AND UK/361/2020; Also available from http://fns.uniba.sk/studium/svk/zborniky-svk/; 4 figs., 10 refs.; Published only on the web 36.68 MBytes in PDF format
; 18 Nov 2020; p. 1010-1015; Student Scientific Conference PriF UK 2020; Studentska vedecka konferencia PriF UK 2020; Bratislava (Slovakia); 17 Dec 2020; GANTS UK/360/2020 AND UK/361/2020; Also available from http://fns.uniba.sk/studium/svk/zborniky-svk/; 4 figs., 10 refs.; Published only on the web 36.68 MBytes in PDF format