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Microbial sulfate reduction is an important terminal electron accepting process in arsenic-contaminated subsurface environments. Humic...
Benthic sediments in coastal acid sulfate soil (CASS) drains can contain high concentrations (∼1–5%)...
The effect of SO42– availability on the microbially mediated reductive transformation of As(V)-coprecipitated schwertmannite (Fe8O8(OH)3.2(SO4)2.4(AsO4)0.004)...
Jarosite (KFe3(SO4) 2(OH)6) is an important host-phase for As in acid mine drainage (AMD) environments...
Schwertmannite is an important Fe(III) mineral in acid–sulfate soil and acid–mine drainage environments because it...
Lime-assisted tidal exchange (LATE) is a new remediation technique that is demonstrably effective at decreasing...
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Solid phase Fe and S fractions were examined in an acid sulfate soil (ASS) wetland...
The accumulation and behavior of arsenic at the redox interface of Fe-rich sediments is strongly...
Tidal inundation is a new technique for remediating coastal acid sulfate soils (CASS). Here, we...
Microbial sulfidogenesis plays a potentially important role in Fe and As biogeochemistry within wetland soils,...
Sulfur biogeochemical cycling and associated Fe–S mineralization processes exert a major influence over acidity dynamics,...
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Managed tidal inundation is a newly evolved technique for remediating coastal acid sulphate soil (CASS)...
Tidal inundation was restored to a severely degraded tropical acid sulfate soil landscape and subsequent...
In acid-mine drainage and acid-sulfate soil environments, the cycling of Fe and As are often...
Tidal seawater inundation of coastal acid sulfate soils can generate Fe- and SO4-reducing conditions in...
This study examines the abundance of trace elements in surface sediments of a former acid...
A major fish kill occurred in the Richmond River estuary in January 2008 due to...
This study examines the remediation of surface water quality in a severely degraded coastal acid...
Marine tidal inundation was partially restored to a severely degraded tropical acid sulfate soil landscape...
Discharge of Fe(II)-rich groundwaters into surface-waters results in the accumulation of Fe(III)-minerals in salinized sand-bed...
Iron-monosulfide oxidation and associated S transformations in a natural sediment were examined by combining selective...
Received for publication April 9, 2009. This study describes the design, deployment, and application of...
The saturated hydraulic conductivity (Ks) of sulfuric horizons exerts a fundamental control on the connectivity...
This study describes the sorption of As(V) and As(III) to schwertmannite as a function of...
A new chromium-reducible sulfur (CRS) method suitable for the quantification of reduced inorganic S (RIS)...
The drainage-induced oxidation of iron-sulfide minerals in acid-sulfate soils has adversely affected large areas of...
Surface soils from an acid sulfate soil (ASS) backswamp were inundated in a temperature controlled...
Periodic opening of one-way tidal floodgates was undertaken on two coastal flood mitigation drains to...
The observations presented in this paper illustrate that significant amounts of monosulfidic black oozes (MBO)...
The export of acidity, iron, aluminium, and sulfate to an estuary from 2 drains in...
A trial was conducted to examine the effects of retaining drain water with a weir...
Extensive encroachment of the native tree species Melaleuca quinquenervia (Cav.) Blake has occurred on a...
The Clarence River estuary experienced extensive oxygen depletion and fish kills following overbank flooding in...
A large-scale field trial indicates that tidal seawater inundation of coastal acid sulfate soils (CASS)...
The anticipated impacts of climate change are warmer conditions, an increasing proportion of rainfall to...
Retained Acidity is an important aspect of acid sulfate soil (ASS) but techniques for the...
Over 17 million ha of coastal lowlands contain acid sulfate soils (CASS). These soils are...
The formation of iron sulfides in wetland soils is an acidconsuming process, which can sequester...
Discharge of Fe(II)-rich groundwaters to surface-waters results in biomineralisation and the formation of Fe(III)- mineral...
Major changes in estuarine water quality following flood events are influenced by the duration of...
Iron sulfide oxidation in drained coastal lowland soils liberates acidity, Fe and SO4, and leads...
The effects of restoring marine tidal inundation to a severely degraded acid sulfate soil landscape...
Estuarine wetlands are characterised by complex interactions between vegetation type, surface water fluxes and porewater...
These guidelines are written for people who actively manage coastal floodplain drainage systems, including local...