Shifting mineral and redox controls on carbon cycling in seasonally flooded mineral soils

Agriculture & Biology

• mineral soils 100%
• lowlands 67%
• minerals 60%
• carbon 52%
• redox potential 41%
• soil 40%
• upland soils 40%
• C horizons 31%
• wetland soils 28%
• highlands 24%
• oxalates 20%
• organic compounds 19%
• biomass 16%
• climate change 15%
• B horizons 13%
• A horizons 13%
• soil carbon 10%
• deciduous forests 10%
• anaerobic conditions 9%
• mineral content 8%
• soil organic matter 8%
• soil water 7%
• lignin 7%
• drought 7%
• metals 6%
• ambient temperature 6%
• duration 5%
• molecular weight 5%
• leaves 3%
• temperature 3%

Earth & Environmental Sciences

• carbon 45%
• mineral 44%
• soil 34%
• redox potential 24%
• soil surface 14%
• oxalate 12%
• biomass 9%
• organic compound 9%
• flooding 8%
• wetland 8%
• climate change 6%
• redox conditions 6%
• deciduous forest 5%
• lignin 5%
• soil carbon 5%
• anoxic conditions 5%
• persistence 4%
• soil moisture 4%
• drought 4%
• temperature 4%
• organic matter 3%
• transition 3%
• metal 3%
• removal 2%
• effect 1%