Paradox of nutrient removal in coupled socioeconomic and ecological dynamics for lake water pollution

Earth & Environmental Sciences

• lake pollution 100%
• nutrient removal 70%
• lake water 59%
• water pollution 59%
• socioeconomics 50%
• social dynamics 21%
• ecosystem response 19%
• social change 18%
• dynamic response 17%
• subsidy 16%
• cooperation 13%
• inflow 13%
• oscillation 12%
• phosphorus 11%
• water quality 10%
• pollution 10%
• decision 9%
• cost 7%

Agriculture & Biology

• water pollution 72%
• socioeconomics 62%
• lakes 50%
• nutrients 36%
• social change 17%
• subsidies 14%
• oscillation 12%
• cooperatives 12%
• water quality 12%
• ecosystems 9%
• phosphorus 9%