Suspended particles are instrumental in controlling the reactivity, transport and biological
impacts of substances in aquatic environments, and provide a crucial link for chemical …

Iron plays an important role in oceanic biogeochemistry and is known to limit biological
activity in certain ocean regions. Such regions have a replete complement of major nutrients …

A new method, based on the direct detection of iron‐humic substance (HS) species by
cathodic stripping voltammetry (CSV), is used to determine the iron binding capacity and …

The contamination of organochlorine pesticides (OCPs) in sediments from the Wu-Shi River
estuary was investigated to evaluate the pollution potentials and distribution of OCPs in …

The influence of humate formation on the adsorption of various ions on kaolinite and
amorphous silica was studied using the multitracer technique, ie, the simultaneous …

In order to understand the biogeochemistry of mercury in the San Francisco Bay estuary,
California, we undertook a 2-year study of sediments and surface waters to investigate …

Colloids, conventionally defined as macromolecules and nanoparticles with sizes ranging
between 1 and 1000 nm, are known to be abundant in aquatic systems. In fact, the mass …

The kinetics of dissimilatory reduction of goethite (α-FeOOH) was studied in batch cultures of
a groundwater bacterium, Shewanella putrefaciens, strain CN32 in pH 7 bicarbonate buffer …

Changes in size distribution and elemental composition of 0.5–50nm fresh water colloids
during estuarine mixing have been studied by in-laboratory mixing of natural creek water …

Iron (Fe) binding phases in two hydrothermal plumes in the Southern Ocean were studied
using a novel voltammetric technique. This approach, reverse titration–competitive ligand …