Assessing the Potential Impact of River Chemistry on Arctic Coastal Production

Agriculture & Biology

• Arctic region 100%
• chemistry 85%
• rivers 74%
• primary productivity 37%
• nutrients 33%
• nutrient content 20%
• marine environment 18%
• food webs 17%
• permafrost 12%
• biogeochemistry 11%
• river flow 11%
• dissolved organic carbon 10%
• benthic organisms 10%
• river water 10%
• nitrogen 9%
• travel 8%
• phytoplankton 8%
• ice 7%
• managers 7%
• climate 6%
• ecosystems 5%
• vegetation 5%
• energy 4%
• water 3%
• temperature 3%

Earth & Environmental Sciences

• nutrient 51%
• river 46%
• primary production 29%
• food web 14%
• marine environment 13%
• Arctic ecosystem 11%
• secondary production 10%
• light availability 10%
• ecosystem dynamics 9%
• nitrogen 9%
• Arctic region 9%
• resource 8%
• biogeochemistry 8%
• sea 8%
• river discharge 8%
• headwater 8%
• benthos 7%
• permafrost 7%
• dissolved organic carbon 7%
• river water 7%
• travel 7%
• algal bloom 6%
• partitioning 6%
• phytoplankton 6%
• warming 6%
• melt 5%
• food 5%
• ice 5%
• vegetation 4%
• climate 4%
• particle 3%
• energy 3%
• temperature 2%
• water 2%

Engineering & Materials Science

• Rivers 94%
• Nutrients 91%
• Biogeochemistry 15%
• Nitrogen 13%
• Phytoplankton 12%
• Earth (planet) 12%
• Fluxes 11%
• Organic carbon 11%
• Light absorption 11%
• Permafrost 10%
• Discharge (fluid mechanics) 10%
• Water 7%
• Ecosystems 7%
• Ice 7%
• Managers 6%
• Availability 5%
• Temperature 2%