The sequestration of sulfur within sedimentary pyrite is a major sink in the global
biogeochemical sulfur cycle and has consequent impacts on the related cycles of carbon …

Abstract Background According to the Intergovernmental Panel on Climate Change (IPCC)
2007, natural wetlands contribute 20–39% to the global emission of methane. The range in …

The globally important nature of wetland ecosystems has led to their increased protection
and restoration as well as their use in engineered systems. Underpinning the beneficial …

A procedure which includes the Total Reduced Inorganic Sulfur (TRIS) in a single distillation
step is described for the radiotracer measurement of sulfate reduction in sediments. The …

While a great deal of research has been directed at understanding the high productivity of
marsh grasses, little attention has been paid to the potential importance of marsh fauna in …

Presents an integrated chemical behavior of selected toxic metals: arsenic, cadmium,
chromium, copper, mercury, and lead. All important processes that may affect their marine …

The stable isotope compositions (C, N, and S) of hve, senescent, and standing dead
Spartina alterniflora were compared in order to determine the effects of aerial decomposition …

Sulfur is an important element in the metabolism of salt marshes and subtidal, coastal
marine sediments because of its role as an electron acceptor, carrier, and donor. Sulfate is …

To refine estimates of source strengths from agricultural wetlands and to study the process of
methane production and emission, this study was carried out in rice fields at the Texas A&M …

The separation and detection of extremely small amounts of radiolabeled reduced sulfur
species for the determination of very low sulfate reduction rates (SRR) with the 35SO42 …