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Solid phase Fe and S fractions were examined in an acid sulfate soil (ASS) wetland...
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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...
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A new sequential extraction scheme for acid sulfate soil materials has been evaluated for iron...
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...
The effect of aging on the solid/pore-water partitioning and desorption behaviour of tributyltin (TBT) in...
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...
Acid sulfate soils (ASS) are soils and soft sediments in which sulfuric acid may be...
This study examines the acidification behaviour and rate of sulfidic-sulfur oxidation in the incubation method...
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...
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...
Schwertmannite (Fe8O8(OH)6SO4) is a common Fe(III)-oxyhydroxysulfate mineral in acid-sulfate systems, where its formation and fate...
We examined the transformations of Fe and S associated with schwertmannite (Fe8O8(OH)6SO4) reduction in acidified...
The effect of acid-volatile sulfide (AVS) oxidation on Fe-S cycling and water quality in coastal...
This paper reports the abundance of elemental S in drain sediments associated with acid sulfate...
The geochemical partitioning of trace metals in sediments is of great importance in risk assessment...
This study describes iron and sulfur fractionation, and the related extractability of selected trace elements...
We examined processes regulating reduced inorganic sulfur (RIS) speciation in drain sediments from coastal acid...
We examined the solubility, mineralogy and geochemical transformations of sedimentary Fe in waterways associated with...
The effects of pH and Cu loading on the solid/solution partitioning of Cu in a...
The sorption–desorption and leaching behaviour of Cu in a Podosol from south-east Queensland, Australia, was...
The distribution and enrichment of selected trace metals (Cd, Cr, Cu, Ni, Pb, Sn, Zn)...
Nutrient release from a coarse-sand (CS) and a fine-sand (FS) estuarine sediment into the overlying...
Received for publication May 11, 2004. The geochemical partitioning of copper (Cu), lead (Pb), and...
The in-situ solid/pore-water partitioning of tributyltin (TBT), dibutyltin (DBT) and monobutyltin (MBT) was determined for...
In south-east Queensland, Australia, extensive areas of sandy soils (Podosols) with shallow (<1>m) watertables are...
Tributyltin (TBT) sorption to four natural sediment samples in artificial seawater was examined under a...
This paper describes the results of research examining the effect of dissolved organo-metallic complexes of...
A sequential extraction scheme was combined with sorption isotherm analysis in order to investigate sorption...
The anticipated impacts of climate change are warmer conditions, an increasing proportion of rainfall to...
Samples of highly reactive pyritic material, exposed during the construction of the Pennsylvania Interstate Highway...
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...
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...
Acid sulfate soils are an issue of international concern. Globally they are estimated to affect...
Schwertmannite [Fe8O8(OH)6SO4] has recently been found to be the dominant mineral of iron precipitate accumulations...
One of the defining factors affecting soil formation is parent material: it may therefore be...
Naturally occurring schwertmannite (Fe8(OH)5.5(SO4)1.25), a result of acid sulfate soils (ASS) oxidation and severe acidification,...
The geochemical behavior of Cu in an acidic, sandy Podosol was examined. Sorption-desorption of Cu...
Drain sediments in acid sulfate soil landscapes often contain large amounts (1–6% dry mass) of...
The precipitation and dissolution of iron and sulfur minerals has a primary influence on water...
Elemental sulfur has an important role in the digenic transformation of precursor iron monosulfide minerals...
Coastal lowland acid sulfate soils (CLASS) impact over 8 million ha of valuable land in...
Pyrite and other reactive iron-sulfide minerals are important to trace element behavior in many wetlands....
The geochemical cycling of iron (Fe) is of great significance as a regulator of pH...
Lake Coombabah is a 2 km2, shallow, turbid estuarine system, surrounded by urbanized development situated...
Schwertmannite (Fe8(OH)5.5(SO4)1.25) has recently been found to be the dominant mineral of iron precipitate accumulations...
In acid sulfate soil affected landscapes the iron oxide mineral schwertmannite (Fe8 (OH)5.5(SO4)1.25) is often...
In coastal lowland acid sulfate soil (CLASS) landscapes, the iron hydroxy-sulfate mineral schwertmannite (Fe8 O8(OH)5.5(SO4)1.25)...