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Direct precipitation of siderite in ferruginous environments
A. Grengs
, G. Ledesma
, Y. Xiong
,
S. Katsev
, S. W. Poulton
, E. D. Swanner
, C. Wittkop
Physics & Astronomy (Duluth)
Research output
:
Contribution to journal
›
Article
›
peer-review
11
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Scopus citations
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Keyphrases
Siderite
100%
Direct Precipitation
100%
Oxides
40%
Supersaturation
40%
Ferric Hydroxide
40%
X-ray Absorption Near Edge Structure (XANES)
40%
Surface Sediments
40%
X-ray
20%
Pore Water
20%
Sediment Core
20%
Particulate
20%
Carbonate
20%
Canyon
20%
Extended X-ray Absorption Fine Structure (EXAFS)
20%
Water Column
20%
Primary Control
20%
Fe(III)
20%
Fe-rich
20%
Fe(II)
20%
Large Pools
20%
Minor Components
20%
Diffraction Ray
20%
Sediment Pore Water
20%
Geochemical Analysis
20%
Fe Speciation
20%
Greigite
20%
Equilibrium Modeling
20%
Dissimilatory Reduction
20%
Sediment Trap
20%
Mineralogical Analysis
20%
Siderite Precipitation
20%
Carbonate Phases
20%
Anoxic Sediment
20%
Fe-Mn Carbonate
20%
Wildfire Ash
20%
Earth and Planetary Sciences
Siderite
100%
X Ray Absorption
60%
Oxide
60%
Porewater
40%
Supersaturation
40%
Surface Sediment
40%
United States of America
20%
Fine Structure
20%
X Ray Diffraction
20%
Sediment Core
20%
Water Column
20%
Sediment Trap
20%
Anoxic Sediment
20%
Greigite
20%