Temperature and water-level effects on greenhouse gas fluxes from black ash (Fraxinus nigra) wetland soils in the Upper Great Lakes region, USA

Agriculture & Biology

• Fraxinus nigra 89%
• wetland soils 80%
• Great Lakes region 75%
• surface water level 60%
• greenhouse gases 60%
• nitrous oxide 46%
• peat soils 42%
• wetlands 40%
• drawdown 30%
• Agrilus planipennis 30%
• carbon dioxide 24%
• temperature 20%
• soil types 20%
• high water table 16%
• economic resources 15%
• hydrology 13%
• Great Lakes 13%
• mineral soils 12%
• global change 12%
• redox potential 12%
• ecological function 11%
• organic soils 11%
• methane production 11%
• ash (inorganic matter) 10%
• soil water 8%
• ecosystems 7%
• gases 7%
• minerals 7%
• insects 6%
• soil 5%

Medicine & Life Sciences

• Great Lakes Region 100%
• Fraxinus 94%
• Greenhouse Gases 89%
• Wetlands 73%
• Soil 55%
• Temperature 36%
• Water 34%
• Water Purification 11%
• Ecosystem 9%
• Minerals 8%
• Hydrology 8%
• Groundwater 6%
• Methane 5%
• Lakes 5%
• Nitrous Oxide 5%
• Carbon Dioxide 4%
• Insecta 4%
• Oxidation-Reduction 4%
• Gases 3%
• Economics 3%
• Mortality 2%

Earth & Environmental Sciences

• greenhouse gas 44%
• water level 42%
• ash 42%
• wetland 40%
• peat soil 32%
• lake 30%
• soil 21%
• temperature 19%
• drawdown 18%
• soil type 15%
• effect 12%
• emerald 11%
• oxidation-reduction 10%
• loss 9%
• organic soil 8%
• ecosystem function 8%
• nitrous oxide 8%
• global change 8%
• insect 8%
• water table 7%
• hydrology 7%
• soil water 6%
• carbon dioxide 6%
• methane 6%
• ecosystem 5%
• economics 4%
• resource 4%
• gas 4%