The Anthropocene has led to global-scale contamination of the biosphere through diffuse
atmospheric dispersal of arsenic. This review considers the sources arsenic to soils and its …

The geochemical behavior and speciation of arsenic (As) in paddy soils is strongly
controlled by soil redox conditions and the sequestration by soil iron oxyhydroxides. Hence …

Near-surface biogeochemical systems can oscillate between oxic and anoxic conditions.
Under such periodic changes many redox-sensitive inorganic contaminants undergo …

Redox conditions play an outstanding role in controlling the behaviour of trace elements in
soil environments. They are not only sensitive to water saturation but also to soil temperature …

The draining of a dam is a relatively rare event, however, it can have severe consequences
for a watercourse connected to that reservoir. In order to understand the effects of the …

Determination of distribution and chemical speciation of arsenic and heavy metals in five
acidic springs and in the receiving river near Srebrenica (Bosnia and Herzegovina) was …

Soil redox potential (Eh) plays an important role in the biogeochemical cycling of soil
nutrients. Whereas its effect soil process and nutrients' availability under elevated …

Core Ideas Dynamics of redox potential were induced by water‐table changes in a
lysimeter. The redox potential measurements well reflected the different GHG emission …

A detailed study on arsenic (As) in rocks and water from the Var River watershed was
undertaken aiming at identifying (i) the origin and the distribution of As in this typical …

With the capabilities to measure redox potentials (EH) at a high temporal resolution,
scientists have observed diurnal EH that occur in a distinct periodicity in soils and …