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Recirculation of human-derived nutrients from cities to agriculture across six continents
John T. Trimmer,
Jeremy S. Guest
Civil and Environmental Engineering
Institute for Sustainability, Energy, and Environment
Center for Social & Behavioral Science
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Keyphrases
Agriculture
100%
Recirculation
100%
Cropland
100%
Intensive Crops
66%
Highly Concentrated
33%
Order of Magnitude
33%
Agriculture Systems
33%
Urban Areas
33%
World Population
33%
Impact Energy
33%
Nutrient Transport
33%
Impact-based
33%
Expanded Access
33%
Nutrient Recycling
33%
Large Cities
33%
Energy Requirement
33%
Nutrient Cycle
33%
African Cities
33%
Co-location
33%
Agricultural nutrients
33%
Fertilizer Use Efficiency
33%
Low-income Countries
33%
Urban Water
33%
Crop Demand
33%
Recovery Strategy
33%
Transport Distance
33%
Asian Cities
33%
Regional Agriculture
33%
Impact Distance
33%
European Cities
33%
Circular Economy
33%
Agricultural and Biological Sciences
Agricultural Science
100%
Cropland
100%
Europeans
33%
African
33%
Nutrient Density
33%
Energy Requirement
33%
Biogeochemical Cycle
33%
Nutrient Transport
33%
Earth and Planetary Sciences
Farmland
100%
Nutrient Cycle
33%
Urban Water
33%
Energy Requirement
33%
Circular Economy
33%