Opportunities for green infrastructure to optimize the urban metabolism of resources

Keyphrases

• Green Infrastructure 100%
• Nutrient Recovery 100%
• Urban Metabolism 100%
• Wastewater Treatment Plant 66%
• Peri-urban Agriculture 66%
• Eutrophication 66%
• Fertilizer Requirements 66%
• Urban Areas 33%
• Environmental Impact 33%
• Food Production 33%
• Air Quality 33%
• Urban Agriculture 33%
• Systemic Approach 33%
• Resource Use 33%
• Urban Forest 33%
• Heat Wave 33%
• Mineral Fertilizers 33%
• Crop Production 33%
• Greenhouse Gas Emissions 33%
• Global Impact 33%
• Green Rooftop 33%
• Vertical Farming 33%
• Two-level 33%
• Local Impacts 33%
• Wastewater Management 33%
• Business as Usual 33%
• Barcelona Metropolitan Area 33%
• Fertilizer 33%
• Hydroponic Tomato 33%
• Tomato Crop 33%
• Life Cycle Assessment Methodology 33%
• Resource Scarcity 33%
• Urban Waste 33%
• Fossil Resources 33%
• Natural Space 33%
• Global Warming Potential 33%
• Urban Processes 33%
• Water Depletion 33%
• Fertilization Strategy 33%
• Greenhouse Gasses Emission 33%
• Leachate Recirculation 33%
• City Dwellers 33%
• Agricultural Water Management 33%

Earth and Planetary Sciences

• Urban Agriculture 100%
• Green Infrastructure 100%
• Waste Water Treatment Plant 66%
• Eutrophication 66%
• Metropolitan Area 66%
• Heat Wave 33%
• Water Management 33%
• Greenhouse Gas Emission 33%
• Crop Production 33%
• Global Warming Potential 33%
• Leachate 33%
• Food Production 33%
• Life Cycle Assessment 33%
• Resource Scarcity 33%
• Urban Population 33%
• Air Quality 33%
• Leaching 33%

Agricultural and Biological Sciences

• Urban Agriculture 100%
• Wastewater Treatment 66%
• Eutrophication 66%
• Hydroponics 33%
• Urban Forest 33%
• Mineral Fertilizers 33%
• Life Cycle Engineering 33%
• Water Management 33%
• Crop Production 33%
• Case Study 33%
• Global Warming 33%
• Greenhouse Gas 33%
• Air Quality 33%
• Leaching 33%
• Urban Population 33%