Diverse sedimentary organic matter within the river-aquifer interface drives arsenic mobility along the Meghna River Corridor in Bangladesh

Keyphrases

• Aquifer 100%
• Arsenic Mobility 100%
• Bangladesh 100%
• Sedimentary Organic Matter 100%
• Meghna River 100%
• River Corridor 100%
• Arsenic 50%
• Silt Layer 50%
• Fe Oxides 30%
• Sand 30%
• Arsenic Concentration 30%
• Riverbank 30%
• Dissolved Arsenic 30%
• Hyporheic Zone 30%
• Clay 20%
• Clay Layer 20%
• Reductive Dissolution 20%
• Shallow Aquifer 20%
• Aquitard 20%
• Amides 10%
• Polysaccharide 10%
• Redox Reaction 10%
• Sequester 10%
• Carboxylate 10%
• Carboxylate Group 10%
• Chemical Reactivity 10%
• River Water 10%
• Oxic 10%
• Alluvial Aquifer 10%
• Fe Concentration 10%
• Near-neutral pH 10%
• Concentration Gradient 10%
• Shallow Groundwater 10%
• Lability 10%
• Derived Material 10%
• Mixing Zone 10%
• Soluble Arsenic 10%
• Humic-like 10%
• Aromatic Carboxylate 10%
• Bengal Basin 10%
• Fine Silt 10%

Earth and Planetary Sciences

• Organic Matter 100%
• Bangladesh 100%
• Hyporheic Zone 30%
• Aquitard 20%
• Sediment 10%
• River Water 10%
• Amide 10%
• Polysaccharide 10%