Effects of vegetation removal and urea application on iron and nitrogen redox chemistry in riparian forested soils

Engineering & Materials Science

• Oxidation-Reduction 100%
• Urea 93%
• Nitrogen 70%
• Wetlands 70%
• Iron 68%
• Soils 59%
• Biogeochemistry 10%
• Experiments 7%
• Surface waters 7%
• Iron oxides 6%
• Water quality 6%
• Land use 6%
• Ecosystems 5%

Earth & Environmental Sciences

• urea 78%
• iron 50%
• vegetation 45%
• nitrogen 45%
• removal 40%
• wetland 38%
• soil 32%
• incubation 27%
• effect 17%
• inorganic nitrogen 12%
• water quality improvement 7%
• experiment 6%
• soil nitrogen 6%
• organic nitrogen 6%
• biogeochemistry 6%
• anoxic conditions 5%
• iron oxide 5%
• ecosystem service 4%
• field experiment 4%
• agricultural land 4%
• flooding 4%
• surface water 3%
• land use 3%
• chemical 2%
• test 2%

Chemical Compounds

• Soil 64%
• Urea 60%
• Nitrogen 46%
• Chemistry 44%
• Application 24%
• Biogeochemistry 8%
• Ecosystem 6%
• Surface Water 5%
• Iron Oxide 4%
• Amount 2%
• Time 1%