Limnology and Oceanography · 1985 · 130 citations · 6 references
Natural SciencesEarth SciencesMarine SedimentologySedimentologySoil ChemistryCoastal WetlandsSalt MarshesSediment ChemistrySediment CompositionWetland BiogeochemistryPorewater ChemistrySalt Marsh BiogeochemistrySectioningTotal Organic Carbon
We examined the effect of three methods of porewater extraction on the measured concentrations of seven porewater constituents in vegetated salt marsh sediments. Porewater extraction by standard core sectioning followed by squeezing or centrifuging was compared with two less destructive methods of water collection. The core sectioning technique significantly increased the concentration of total dissolved organic carbon and dimethylsulfide presumably due to root damage by cutting. Sampling technique did not appear to influence interstitial salinity or concentrations of dissolved inorganic carbon, dissolved ammonium, soluble sulfides, and dissolved sulfate as long as proper precautions were taken to prevent the loss of reduced compounds.
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Sulfate reduction in a New England salt marsh1
Robert W. Howarth, John M. Teal · Limnology and Oceanography · 1979 · 416 citations