Sulfur biogeochemical cycling and novel Fe-S mineralization pathways in a tidally re-flooded wetland

Keyphrases

• SO42- 100%
• Sulfur 100%
• Biogeochemical Cycles 100%
• Fe-S 100%
• Flooded Wetland 100%
• Mineralization Pathway 100%
• Reflood 83%
• Greigite 83%
• Tidal Wetlands 66%
• Elemental S 66%
• Pore Water 50%
• Wetlands 50%
• Remediate 50%
• Pyrite 50%
• Surface Soil Layer 50%
• Near Surface Soil 50%
• Soil Layer 50%
• In Situ 33%
• Reformation 33%
• Acidity 33%
• Jarosite 33%
• Pyrite Formation 33%
• Reduction Rate 33%
• Drained Soils 33%
• Groundwater System 16%
• Flooded Soil 16%
• Environmental Settings 16%
• Soil Surface 16%
• Redox Conditions 16%
• Fast Rates 16%
• Water Level Fluctuation 16%
• Intertidal Zone 16%
• C Concentration 16%
• Benthic Sediments 16%
• Ground Surface 16%
• Electron Donor 16%
• Fe2+ 16%
• Water Acidification 16%
• Water pH 16%
• Fe(III) Minerals 16%
• Tidal Water Level 16%
• Contaminant Mobility 16%
• Sediment Systems 16%
• Electron Flow 16%
• Drained Wetland 16%
• Thiospinel 16%
• Pyrite FeS2 16%
• Sedimentary Pyrite 16%
• Rate-determining Step 16%
• Fe3S4 16%
• Mineralization Process 16%
• Inorganic S 16%
• Soil Acidification 16%
• Dissolved Organic C 16%
• Si Cycling 16%
• Dynamic Electrons 16%
• Subtidal Zone 16%
• Iron Sulfide 16%
• Flow Mobility 16%

Earth and Planetary Sciences

• Soil Layer 100%
• Greigite 83%
• Chemical Element 66%
• Near-Surface Geology 50%
• Porewater 50%
• Jarosite 33%
• Flooded Soil 16%
• Iron 16%
• Intertidal Zone 16%
• Soil Surface 16%
• Redox Condition 16%
• Sulfide 16%
• Contaminant Mobility 16%
• Tidal Water 16%
• Electron Transport 16%