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Title:	BIOGEOCHEMICAL AND ENVIRONMENTAL FACTORS IN Fe BIOMINERALIZATION: MAGNETITE AND SIDERITE FORMATION
Source:	Clays and Clay Minerals [0009-8604] Roh, Y yr:2003

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description	1.	Paktunc, A. "Formation of secondary pyrite and carbonate minerals in the Lower Williams Lake tailings basin, Elliot Lake, Ontario, Canada." The American mineralogist 87.5-6 (2002): 593-602.
description	2.	ELLWOOD, B. "SIDERITE FORMATION IN ANOXIC DEEP-SEA SEDIMENTS - A SYNERGETIC BACTERIALLY CONTROLLED PROCESS WITH IMPORTANT IMPLICATIONS IN PALEOMAGNETISM." Geology 16.11 (1988): 980-982.
description	3.	Anderko, A. "A computational approach to predicting the formation of iron sulfide species using stability diagrams." Computers & geosciences 23.6 (1997): 647-658.
description	4.	Gardner, P. "An evaluation of methods for assessing the removal efficiency of a grit separation device." Water science and technology 33.9 (1996): 269-275.
description	5.	Vali, H. "Formation of tabular single-domain magnetite induced by Geobacter metallireducens GS-15." Proceedings of the National Academy of Sciences of the United States of America 101.46 (2004): 16121-16126.
description	6.	Methe, B. "Roll with the flow: microbial masters of redox chemistry." Trends in microbiology 12.10 (2004): 439-441.
description	7.	Kameta, N. "Selective construction of supramolecular nanotube hosts with cationic inner surfaces." Advanced materials 17.22 (2005): 2732-2736.
description	8.	Palma, R M. "Oxfordian microbial laminites from La Manga Formation, Neuquén Basin, Argentina: Remarkable nanobacteria preservation." Journal of Iberian Geology 41.3 (2016): 351-363.
description	9.	Pohl, H A. "Solubility of Iron Sulfides." Journal of chemical & engineering data 7.2 (1962): 295-306.
description	10.	Taylor, Kevin G. "Iron minerals in marine sediments record chemical environments." Elements 7.2 (2011): 113-118.
description	11.	Woodard & Curran Inc., F. "Wastes from Industries (Case Studies)." Elsevier Science, 2006. 409-496.
description	12.	Benning, Liane G. "Reaction pathways in the Fe-S system below 100C." Chemical geology 167.1 (2000): 25-51.
description	13.	CARRIGAN, W. "PETROLOGICAL AND STABLE ISOTOPE STUDIES OF CARBONATE AND SULFIDE MINERALS FROM THE GUNFLINT FORMATION, ONTARIO - EVIDENCE FOR THE ORIGIN OF EARLY PROTEROZOIC IRON-FORMATION." Precambrian research 52.3-4 (1991): 347-380.
description	14.	PYE, K. "MARSHROCK FORMED BY IRON SULFIDE AND SIDERITE CEMENTATION IN SALTMARSH SEDIMENTS." Nature 294.5842 (1981): 650-652.
description	15.	Jo, S. "Iron monosulfide as a scavenger for dissolved hexavalent chromium and cadmium." Environmental technology 29.9 (2008): 975-983.
description	16.	HANOR, J. "PHYSICAL AND CHEMICAL CONTROLS ON THE COMPOSITION OF WATERS IN SEDIMENTARY BASINS." Marine and petroleum geology 1994. 31-45.
description	17.	Kuovo, O. "A tetragonal iron sulfide." The American mineralogist 48.5-6 (1963): 511-524.
description	18.	Fleet, Michael E. "Phase equilibria at high temperatures." Reviews in mineralogy and geochemistry 61.1 (2006): 365-419.
description	19.	BENNETT, NJ. "GRIT - ITS REMOVAL, A NEW IDEA." Water science and technology 21.12 (1989): 1767-1770.
description	20.	FINGER, R. "OPTIMIZATION OF GRIT REMOVAL AT A WASTEWATER-TREATMENT PLANT." Journal - Water Pollution Control Federation 52.8 (1980): 2106-2116.