Deep roots of Carex aquatilis have greater ammonium uptake capacity than shallow roots in peatlands following permafrost thaw

Agriculture & Biology

• Carex aquatilis 100%
• permafrost 85%
• peatlands 70%
• ammonium 52%
• uptake mechanisms 37%
• bogs 35%
• aboveground biomass 21%
• belowground biomass 17%
• phytomass 13%
• ecosystems 10%
• wetland plants 9%
• plant nitrogen content 8%
• primary productivity 8%
• nitrogen 8%
• global warming 7%
• vascular plants 7%
• thawing 7%
• soil nutrients 7%
• anaerobic conditions 7%
• nutrient uptake 6%
• rooting 6%
• soil organic matter 6%
• biomass production 6%
• carbon 4%
• shoots 4%
• soil 3%
• methodology 1%

Earth & Environmental Sciences

• peatland 58%
• permafrost 55%
• ammonium 46%
• thermokarst 38%
• bog 31%
• aboveground biomass 22%
• belowground biomass 18%
• warming 10%
• biological uptake 10%
• nutrient uptake 8%
• rooting 8%
• nitrogen 8%
• ecosystem 8%
• soil nitrogen 8%
• vascular plant 7%
• thawing 7%
• soil nutrient 7%
• shoot 7%
• anoxic conditions 6%
• wetland 5%
• productivity 4%
• organic matter 4%
• biomass 4%
• carbon 3%
• resource 3%
• climate 3%
• experiment 2%
• method 1%