City,Author,Publications,URL,"Tag ID",Lat,Long,Quantity
Melbourne,,"· Towards a more circular construction sector: Estimating and spatialising current and future non-structural material replacement flows to maintain urban building stocks (2018)
· Connecting land-use and water planning: Prospects for an urban water metabolism approach (2017)
· Quantifying and mapping embodied environmental requirements of urban building stocks (2017)
· Urban carbon transformations: unravelling spatial and inter-sectoral linkages for key city industries based on multi-region input-output analysis (2016)
· City Carbon Footprint Networks (2016)
· Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities (2016)
· The Concept of City Carbon Maps: A Case Study of Melbourne, Australia (2016)
· Exploring the relationship between Melbourne's water metabolism and urban characteristics (2015)
· Multi-scale life cycle energy analysis of a low-density suburban neighbourhood in Melbourne, Australia (2013)
· Copper and zinc recycling in Australia: potential quantities and policy options (2007)
",https://archive.metabolismofcities.org/tags/184/melbourne,184,-37.8140,144.9633,10
"All cities",,"· Global scenarios of urban density and its impacts on building energy use through 2050 (2017)
· Global mapping of Al, Cu, Fe, and Zn in-use stocks and in-ground resources (2009)
· Spatial characterisation of multi-level in-use copper and zinc stocks in Australia (2007)
· Copper In-Use Stock and Copper Scrap in the State of Connecticut, USA (2007)
· The Application of Material Flow Analysis for the Evaluation of the Recovery Potential of Secondary Metals in Australia (2005)
",https://archive.metabolismofcities.org/tags/290/all-cities,290,,,5
"Buenos Aires",,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Exploring the energy use drivers of 10 cities at microscale level (2017)
· The energy metabolism of megacities (2016)
· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
· Energy and material flows of megacities (2015)
· Cambio Climático y el Metabolismo Urbano de las Megaurbes Latinoamericanas (2012)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/102/buenos-aires,102,-34.6131,-58.3772,8
Cairo,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Urban Metabolism and Quality of Life in Informal Areas (2015)
· Analysis of Egyptian Cities towards Sustainable Urban Metabolism (2014)
",https://archive.metabolismofcities.org/tags/154/cairo,154," 30.0626",31.2497,4
Delhi,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Contesting Urban Metabolism: Struggles Over Waste-to-Energy in Delhi, India (2016)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Implementing Trans-Boundary Infrastructure-Based Greenhouse Gas Accounting for Delhi, India (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Key drivers of the e-waste recycling system: Assessing and modelling e-waste processing in the informal sector in Delhi (2005)
",https://archive.metabolismofcities.org/tags/62/delhi,62," 28.6519",77.2315,7
Dhaka,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/152/dhaka,152," 23.7104",90.4074,4
Guangzhou,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/143/guangzhou,143," 23.1167",113.2500,3
Istanbul,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/149/istanbul,149," 41.0138",28.9497,3
Karachi,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/153/karachi,153," 24.9056",67.0822,3
London,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Exploring the energy use drivers of 10 cities at microscale level (2017)
· Downscaling Aggregate Urban Metabolism Accounts to Local Districts (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Sustainable urban metabolism as a link between bio-physical sciences and urban planning: The BRIDGE project (2013)
· Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
· Material Flow Accounting of Greater London (2002)
· City Limits. A resource flow and ecological footprint analysis of Greater London (2002)
",https://archive.metabolismofcities.org/tags/146/london,146," 51.5085",-0.1257,11
"Los Angeles",,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Exploring the energy use drivers of 10 cities at microscale level (2017)
· A multi-year, multi-scale analysis of urban sustainability (2016)
· The energy metabolism of megacities (2016)
· Volume control: Stormwater and the politics of urban metabolism (2016)
· Structural, geographic, and social factors in urban building energy use: Analysis of aggregated account-level consumption data in a megacity (2016)
· A political-industrial ecology of water supply infrastructure for Los Angeles (2015)
· Energy and material flows of megacities (2015)
· Analysis of High-Resolution Utility Data for Understanding Energy Use in Urban Systems: The Case of Los Angeles, California (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
",https://archive.metabolismofcities.org/tags/139/los-angeles,139," 34.0522",-118.2437,11
Manila,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Urban Food Consumption in Metro Manila: Interdisciplinary Approaches Towards Apprehending Practices, Patterns, and Impacts (2016)
· Urban Food Consumption in Metro Manila: Interdisciplinary Approaches Towards Apprehending Practices, Patterns, and Impacts (2016)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Urban Metabolism of Six Asian Cities (2014)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
",https://archive.metabolismofcities.org/tags/127/manila,127," 14.6042",120.9822,7
Paris,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· The physical structure of urban economies - comparative assessment (2013)
· Nitrogen food-print: N use and N cascade from livestock systems in relation to pork, beef and milk supply to Paris (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Urban Metabolism of Paris and Its Region (2009)
· The food-print of Paris: long-term reconstruction of the nitrogen flows imported into the city from its rural hinterland (2009)
· Mesurer la performance écologique des villes et des territoires: le métabolisme de Paris et de l'Ile-de-France (2007)
",https://archive.metabolismofcities.org/tags/9/paris,9," 48.8534",2.3488,9
"Rio de Janeiro",,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· Material flow analysis of the residential building stock at the city of Rio de Janeiro (2017)
· The energy metabolism of megacities (2016)
· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
· Energy and material flows of megacities (2015)
· Exploring urban mines: Pipe length and material stocks in urban water and wastewater networks (2014)
· Cambio Climático y el Metabolismo Urbano de las Megaurbes Latinoamericanas (2012)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/101/rio-de-janeiro,101,-22.9028,-43.2075,9
Seoul,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Urban Metabolism of Six Asian Cities (2014)
· The physical structure of urban economies - comparative assessment (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/123/seoul,123," 37.5660",126.9784,6
Shenzhen,,"· Comparing performance metrics for multi-resource systems: the case of urban metabolism (2017)
· The energy metabolism of megacities (2016)
· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/150/shenzhen,150," 22.5455",114.0683,4
Amsterdam,,"· Prospecting the Urban Mine of Amsterdam (2017)
· Enhanced Performance of the Eurostat Method for Comprehensive Assessment of Urban Metabolism: A Material Flow Analysis of Amsterdam (2016)
· Material Flow Analysis for a Circular Economy Development: A Material Stock Quantification Method of Urban Civil Infrastructures with a Case Study of PVC in an Amsterdam Neighbourhood (2015)
",https://archive.metabolismofcities.org/tags/220/amsterdam,220," 52.370216",4.895168,3
Bangkok,,"· The Life Cycle Assessment of an Energy-Positive Peri-Urban Residence in a Tropical Regime (2017)
· Energy and material flows of megacities (2015)
· Urban Metabolism of Six Asian Cities (2014)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
",https://archive.metabolismofcities.org/tags/138/bangkok,138," 13.7540",100.5014,5
Barcelona,,"· Using Web‐Based Technology to Bring Hands‐On Urban Material Flow Analysis to the Classroom (2017)
· Combined MFA and LCA approach to evaluate the metabolism of service polygons: A case study on a university campus (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
",https://archive.metabolismofcities.org/tags/190/barcelona,190," 41.3888",2.1590,4
Miramar,,"· Analysis of Urban Metabolism Cycles for a Sustainable and Competitive Tourist City. The Case of Miramar (Buenos Aires, Argentina) (2017)
",https://archive.metabolismofcities.org/tags/305/miramar,305,,,1
"Mexico City",,"· The contribution of the informal economy to urban sustainability - case study of waste management in Tepito, Mexico City (2017)
· The energy metabolism of megacities (2016)
· Flows, system boundaries and the politics of urban metabolism: Waste management in Mexico City and Santiago de Chile (2016)
· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
· Energy and material flows of megacities (2015)
· Cambio Climático y el Metabolismo Urbano de las Megaurbes Latinoamericanas (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/99/mexico-city,99," 19.4285",-99.1277,7
Perth,,"· Connecting land-use and water planning: Prospects for an urban water metabolism approach (2017)
· City Carbon Footprint Networks (2016)
· Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities (2016)
· Copper and zinc recycling in Australia: potential quantities and policy options (2007)
",https://archive.metabolismofcities.org/tags/243/perth,243,,,4
Stellenbosch,,"· Conceptualising slum in an urban African context (2017)
· Probing uncertainty levels of electrification in informal urban settlements: A case from South Africa (2016)
",https://archive.metabolismofcities.org/tags/268/stellenbosch,268," -33.932105",18.860152,2
Phoenix,,"· A Hybrid Approach for Assessing the Multi-Scale Impacts of Urban Resource Use: Transportation in Phoenix, Arizona (2017)
",https://archive.metabolismofcities.org/tags/278/phoenix,278," 33.448377",-112.074037,1
Shanghai,,"· The Nexus of Carbon, Nitrogen, and Biodiversity Impacts from Urban Metabolism (2017)
· Assessing urban sustainability of Chinese megacities: 35 years after the economic reform and open-door policy (2016)
· An Urban Approach to Planetary Boundaries (2016)
· The energy metabolism of megacities (2016)
· Changes of human time and land use pattern in one mega city's urban metabolism: a multi-scale integrated analysis of Shanghai (2016)
· A Cities Approach to Sustainability (2015)
· Energy and material flows of megacities (2015)
· Resource use in the Chinese building sector : foundations for analyzing urban transition. (2014)
· Urban Metabolism of Six Asian Cities (2014)
· The physical structure of urban economies - comparative assessment (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/122/shanghai,122," 31.2222",121.4581,11
Brussels,,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
· Towards a Dynamic Approach to Urban Metabolism: Tracing the Temporal Evolution of Brussels' Urban Metabolism from 1970 to 2010 (2016)
· Comparing a territorial-based and a consumption-based approach to assess the local and global environmental performance of cities (2016)
· Towards more comprehensive urban environmental assessments: exploring the complex relationship between urban and metabolic profiles (2016)
· Metabolism of Brussels-Capital Region: identification of flows, economic actors and activities on the territory and tracks of reflection for resource optimisation (2015)
· Contextualizing the Urban Metabolism of Brussels: Correlation of resource use with local factors (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
· L'écosystème URBS: L'écosystème urbain bruxellois (1977)
",https://archive.metabolismofcities.org/tags/180/brussels,180," 50.8505",4.3488,8
"Cape Town",,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
· Urban metabolism: A review with reference to Cape Town (2017)
· Cape Town's Metabolism: Insights from a Material Flow Analysis (2016)
· Urban-Scale Material Flow Analysis in a South African Context: A Cape Town Feasibility Study (2015)
· Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study (2013)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· From Eradication To Intervention: Urban Informal Ecosystem (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Flows and fates of nickel--cadmium batteries in the City of Cape Town (2010)
· Greenhouse gas emissions from global cities (2009)
· In-Use Stocks of Metals: Status and Implications (2008)
· Aspects of stocks and flows in the urban built environment of Cape Town (2007)
· A material flow analysis of wood and paper in Cape Town: is there potential to redirect flows in formal and informal sectors to foster use as a renewable resource? (2007)
· The Magnitude and Spatial Distribution of In-Use Zinc Stocks in Cape Town, South Africa (2004)
· The magnitude and spatial distribution of in-use copper stocks in Cape Town, South Africa (2003)
",https://archive.metabolismofcities.org/tags/108/cape-town,108,-33.9258,18.4232,15
Glasgow,,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/197/glasgow,197," 55.8651",-4.2576,3
Milan,,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
· Energy intensities of urban form: a gravitational analysis for the Metropolitan City of Milan and Lombardy region, Italy (2016)
· Modeling of material and energy flows in the Metropolitan City of Milan, Italy using urban metabolism approaches (2016)
",https://archive.metabolismofcities.org/tags/261/milan,261,,,3
"New York",,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
· Collaborative Problem Solving Using an Industrial Ecology Approach (2009)
",https://archive.metabolismofcities.org/tags/64/new-york,64," 40.7143",-74.0060,6
Chicago,,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
",https://archive.metabolismofcities.org/tags/283/chicago,283,,,1
"San Francisco",,"· Exploring the energy use drivers of 10 cities at microscale level (2017)
",https://archive.metabolismofcities.org/tags/284/san-francisco,284,,,1
Beijing,,"· An Urban Metabolism and Carbon Footprint Analysis of the Jing-Jin-Ji Regional Agglomeration (2017)
· Assessing urban sustainability of Chinese megacities: 35 years after the economic reform and open-door policy (2016)
· The energy metabolism of megacities (2016)
· Mercury emissions by Beijing׳s fossil energy consumption: Based on environmentally extended input-output analysis (2015)
· Energy and material flows of megacities (2015)
· Ecological network analysis of an urban metabolic system based on input-output tables: Model development and case study for Beijing (2014)
· Resource use in the Chinese building sector : foundations for analyzing urban transition. (2014)
· An integrated material metabolism model for stocks of urban road system in Beijing, China (2014)
· An input-output approach to evaluate the water footprint and virtual water trade of Beijing, China (2013)
· Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study (2013)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Analyses of water footprint of Beijing in an interregional input-output framework (2011)
· Dynamic Material Flow Analysis for Strategic Construction and Demolition Waste Management in Beijing (2010)
· Input, stocks and output flows of urban residential building system in Beijing city, China from 1949 to 2008 (2010)
· Evaluation of urban metabolism based on emergy synthesis: A case study for Beijing (China) (2009)
· In-Use Stocks of Metals: Status and Implications (2008)
",https://archive.metabolismofcities.org/tags/95/beijing,95," 39.9075",116.3972,17
Tianjin,,"· An Urban Metabolism and Carbon Footprint Analysis of the Jing-Jin-Ji Regional Agglomeration (2017)
· Resource use in the Chinese building sector : foundations for analyzing urban transition. (2014)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/133/tianjin,133," 39.1422",117.1767,3
Accra,,"· Toward a Political Ecology of Biosocial Relations. Rethinking the Urban Water Metabolism beyond the City (2016)
· An urban metabolism approach to the water supply of the Greater Accra Metropolitan Area (GAMA) (2016)
",https://archive.metabolismofcities.org/tags/256/accra,256,,,2
Tandil,,"· Indicators of urban metabolism applied to the management of urban solid waste in the city of Tandil, Province of Buenos Aires (2016)
· Spatial indicator of urban metabolism. Ecological Footprint of the city of Tandil, Argentina (2008)
",https://archive.metabolismofcities.org/tags/304/tandil,304,,,2
Bogotá,,"· The Efficiency of Informality: Quantifying Greenhouse Gas Reductions from Informal Recycling in Bogotá, Colombia (2016)
· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
· Urban material flow analysis: An approach for Bogotá, Colombia (2014)
· Measuring urban ecosystem functions through ‘Technomass'—A novel indicator to assess urban metabolism (2014)
",https://archive.metabolismofcities.org/tags/121/bogota,121," 4.6097",-74.0817,4
"Santiago de Chile",,"· The greening of neoliberal urbanism in Santiago de Chile: urbanisation by green enclaves and the production of a new socio-nature in Chicureo (2016)
· Flows, system boundaries and the politics of urban metabolism: Waste management in Mexico City and Santiago de Chile (2016)
",https://archive.metabolismofcities.org/tags/262/santiago-de-chile,262,,,2
Toronto,,"· An Urban Approach to Planetary Boundaries (2016)
· A Cities Approach to Sustainability (2015)
· Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
· Metabolism of Neighborhoods (2008)
· Estimating the urban metabolism of Canadian cities: Greater Toronto Area case study (2003)
",https://archive.metabolismofcities.org/tags/115/toronto,115," 43.7001",-79.4163,7
"Sao Paulo",,"· An Urban Approach to Planetary Boundaries (2016)
· The energy metabolism of megacities (2016)
· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
· A Cities Approach to Sustainability (2015)
· Energy and material flows of megacities (2015)
· Exploring urban mines: Pipe length and material stocks in urban water and wastewater networks (2014)
· Cambio Climático y el Metabolismo Urbano de las Megaurbes Latinoamericanas (2012)
· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/100/sao-paulo,100,-7.2333,-62.9000,9
Mumbai,,"· An Urban Approach to Planetary Boundaries (2016)
· The energy metabolism of megacities (2016)
· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· A Cities Approach to Sustainability (2015)
",https://archive.metabolismofcities.org/tags/156/mumbai,156,,,4
Dakar,,"· An Urban Approach to Planetary Boundaries (2016)
· A Cities Approach to Sustainability (2015)
",https://archive.metabolismofcities.org/tags/230/dakar,230," 14.764504",-17.366029,2
Gothenburg,,"· Urban metabolism profiles. An empirical analysis of the material flow characteristics of three metropolitan areas in Sweden (2016)
· Resource consumption drivers and pathways to reduction: economy, policy and lifestyle impact on material flows at the national and urban scale (2016)
· Urban Economies Resource Productivity and Decoupling: Metabolism Trends of 1996--2011 in Sweden, Stockholm, and Gothenburg (2015)
· Pathways and Management of Phosphorus in Urban Areas (2012)
· Urban mining: hibernating copper stocks in local power grids (2011)
",https://archive.metabolismofcities.org/tags/45/gothenburg,45," 40.9295",-100.1607,5
Stockholm,,"· Urban metabolism profiles. An empirical analysis of the material flow characteristics of three metropolitan areas in Sweden (2016)
· Monitoring Urban Copper Flows in Stockholm, Sweden: Implications of Changes Over Time (2016)
· Resource consumption drivers and pathways to reduction: economy, policy and lifestyle impact on material flows at the national and urban scale (2016)
· Implementing Smart Urban Metabolism in the Stockholm Royal Seaport: Smart City SRS (2015)
· Urban Economies Resource Productivity and Decoupling: Metabolism Trends of 1996--2011 in Sweden, Stockholm, and Gothenburg (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
· In-Use Stocks of Metals: Status and Implications (2008)
· Urban Metal Flows - A Case Study of Stockholm. Review and Conclusions (2001)
· Material Flow Accounting and Information for Environmental Policies in the City of Stockholm (1997)
",https://archive.metabolismofcities.org/tags/113/stockholm,113," 59.3326",18.0649,9
Malmö,,"· Urban metabolism profiles. An empirical analysis of the material flow characteristics of three metropolitan areas in Sweden (2016)
",https://archive.metabolismofcities.org/tags/238/malmo,238,,,1
Shenyang,,"· Uncovering driving forces on urban metabolism—A case of Shenyang (2016)
",https://archive.metabolismofcities.org/tags/239/shenyang,239,,,1
Sydney,,"· Urban carbon transformations: unravelling spatial and inter-sectoral linkages for key city industries based on multi-region input-output analysis (2016)
· City Carbon Footprint Networks (2016)
· Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities (2016)
· Cities and greenhouse gas emissions: moving forward (2011)
· In-Use Stocks of Metals: Status and Implications (2008)
· Spatial characterisation of multi-level in-use copper and zinc stocks in Australia (2007)
· Copper and zinc recycling in Australia: potential quantities and policy options (2007)
",https://archive.metabolismofcities.org/tags/187/sydney,187,-33.8678,151.2073,7
Lisbon,,"· Lisbon's womb: an approach to the city metabolism in the turn to the twentieth century (2016)
· A Material Flow Accounting Case Study of the Lisbon Metropolitan Area using the Urban Metabolism Analyst Model (2014)
· The physical structure of urban economies - comparative assessment (2013)
· Urban metabolism: Methodological Advances in Urban Material Flow Accounting Based on the Lisbon Case Study (2009)
",https://archive.metabolismofcities.org/tags/20/lisbon,20," 38.7167",-9.1333,4
Vienna,,"· GIS‐based Analysis of Vienna's Material Stock in Buildings (2016)
· Using change detection data to assess amount and composition of demolition waste from buildings in Vienna (2016)
· A method for determining buildings' material composition prior to demolition (2016)
· The Copper Balance of Cities (2014)
· Sinks as limited resources? A new indicator for evaluating anthropogenic material flows (2014)
· Network environ perspective for urban metabolism and carbon emissions: a case study of Vienna, Austria (2012)
· A City and Its Hinterland: Vienna's Energy Metabolism 1800-2006 (2012)
· Material flow analysis: A tool to support environmental policy decision making. Case-studies on the city of Vienna and the Swiss lowlands (2000)
",https://archive.metabolismofcities.org/tags/104/vienna,104," 48.2085",16.3721,8
Adelaide,,"· City Carbon Footprint Networks (2016)
· Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities (2016)
· Copper and zinc recycling in Australia: potential quantities and policy options (2007)
",https://archive.metabolismofcities.org/tags/244/adelaide,244,,,3
Brisbane,,"· City Carbon Footprint Networks (2016)
· Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities (2016)
· Copper and zinc recycling in Australia: potential quantities and policy options (2007)
",https://archive.metabolismofcities.org/tags/245/brisbane,245,,,3
Kolkata,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/155/kolkata,155," 22.5626",88.3630,2
Tokyo,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
· Hybrid input-output analysis of wastewater treatment and environmental impacts: A case study for the Tokyo Metropolis (2009)
",https://archive.metabolismofcities.org/tags/141/tokyo,141," 35.6895",139.6917,4
Moscow,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/142/moscow,142," 55.7522",37.6156,2
Osaka,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/144/osaka,144," 35.9500",137.2667,2
Jakarta,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/148/jakarta,148,-6.2146,106.8451,2
Tehran,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/145/tehran,145," 35.3174",56.2940,2
Lagos,,"· The energy metabolism of megacities (2016)
· Energy and material flows of megacities (2015)
",https://archive.metabolismofcities.org/tags/151/lagos,151," 6.4541",3.3947,2
Macao,,"· An evaluation of the urban metabolism of Macao from 2003 to 2013 (2016)
· Mass, energy, and emergy analysis of the metabolism of Macao (2015)
",https://archive.metabolismofcities.org/tags/140/macao,140," 31.3108",117.1006,2
Rennes,,"· Towards a circular economy... of proximity? (2016)
",https://archive.metabolismofcities.org/tags/252/rennes,252,,,1
"Le Mans",,"· Towards a circular economy... of proximity? (2016)
",https://archive.metabolismofcities.org/tags/253/le-mans,253,,,1
Marne-la-Vallée,,"· Towards a circular economy... of proximity? (2016)
",https://archive.metabolismofcities.org/tags/254/marne-la-vallee,254,,,1
Quebec,,"· Material Flow Analysis in Quebec: Methods and operationalising challenges in a circular economy perspective (2016)
",https://archive.metabolismofcities.org/tags/257/quebec,257,,,1
Rotterdam,,"· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· Urban Metabolism - Sustainable development of Rotterdam (2014)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/195/rotterdam,195," 51.9225",4.4792,3
Portland,,"· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/200/portland,200," 45.5234",-122.6762,2
Reykjavik,,"· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
",https://archive.metabolismofcities.org/tags/267/reykjavik,267," 64.126521",-21.817439,1
Budapest,,"· Global Sustainable City-Regions: Mumbai, Shenzhen, Reykjavik, Portland, Budapest, Glasgow and Rotterdam (2016)
· Urban Metabolism: The Case of Budapest (2008)
",https://archive.metabolismofcities.org/tags/266/budapest,266," 47.497912",19.040235,2
Syracuse,,"· Examining the historical and present energy metabolism of a Rust Belt City: Syracuse, NY 1840--2005 (2016)
",https://archive.metabolismofcities.org/tags/275/syracuse,275," 43.048122",-76.147424,1
Lima,,"· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
",https://archive.metabolismofcities.org/tags/310/lima,310,,,1
Montevideo,,"· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
",https://archive.metabolismofcities.org/tags/308/montevideo,308,,,1
Caracas,,"· City, Ecology, Climate and the Common Good: State of Affairs, Challenges and Perspectives from Latin America. (2015)
",https://archive.metabolismofcities.org/tags/311/caracas,311,,,1
Curitiba,,"· Urban metabolism: Measuring the city's contribution to sustainable development (2015)
",https://archive.metabolismofcities.org/tags/222/curitiba,222," -25.428954",-49.267137,1
Taipei,,"· Urban Metabolism of Recycling and Reusing Food Waste: A Case Study in Taipei City (2015)
· The Copper Balance of Cities (2014)
· Urbanization and Socioeconomic Metabolism in Taipei (2009)
· Urbanization and Socioeconomic Metabolism in Taipei (2009)
· Materials Flow Analysis and Emergy Evaluation of Taipei's Urban Construction (2003)
",https://archive.metabolismofcities.org/tags/41/taipei,41," 25.0478",121.5319,5
Naples,,"· Fluxes of urban pollution from the city of Naples (IT) (2015)
· Intensive measurements of PM above the city of Naples (Southern Italy) (2015)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/202/naples,202," 40.851775",14.268124,3
Oslo,,"· A multi-regional soil phosphorus balance for exploring secondary fertilizer potential: the case of Norway (2015)
· Exploring urban mines: Pipe length and material stocks in urban water and wastewater networks (2014)
· Assessment of Environmental Impacts of an Aging and Stagnating Water Supply Pipeline Network (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Combined MFA-LCA for Analysis of Wastewater Pipeline Networks (2009)
",https://archive.metabolismofcities.org/tags/49/oslo,49," 59.9127",10.7461,5
Brittany,,"· Study report. Accounting for material flows in Brittany, 2011 (2015)
",https://archive.metabolismofcities.org/tags/263/brittany,263,,,1
Norrköping,,"· Toward Social Material Flow Analysis: On the Usefulness of Boundary Objects in Urban Mining Research (2015)
",https://archive.metabolismofcities.org/tags/179/norrkoping,179," 58.5942",16.1826,1
Berlin,,"· Theodor Weyl: A Pioneer of Urban Metabolism Studies (2015)
· Essay on the metabolism of Berlin (1894)
",https://archive.metabolismofcities.org/tags/265/berlin,265," 52.520007",13.404954,2
Malargüe,,"· An approach to the ecological footprint of Malargüe, Argentina (2014)
",https://archive.metabolismofcities.org/tags/312/malargue,312,,,1
Geneva,,"· Exploring urban mines: Pipe length and material stocks in urban water and wastewater networks (2014)
· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
· Industrial Ecology in Geneva. First results and future research (2005)
",https://archive.metabolismofcities.org/tags/194/geneva,194," 41.8875",-88.3054,4
Birmingham,,"· Material Flow Analysis (MFA) for Liveable Cities (2014)
",https://archive.metabolismofcities.org/tags/273/birmingham,273,,,1
Bangalore,,"· Urban Metabolism of Six Asian Cities (2014)
",https://archive.metabolismofcities.org/tags/137/bangalore,137," 12.9719",77.5937,1
"Ho Chi Minh City",,"· Urban Metabolism of Six Asian Cities (2014)
",https://archive.metabolismofcities.org/tags/170/ho-chi-minh-city,170," 10.8230",106.6296,1
Giza,,"· Analysis of Egyptian Cities towards Sustainable Urban Metabolism (2014)
",https://archive.metabolismofcities.org/tags/166/giza,166," 13.6937",39.4934,1
Helsinki,,"· Sustainable urban metabolism as a link between bio-physical sciences and urban planning: The BRIDGE project (2013)
",https://archive.metabolismofcities.org/tags/224/helsinki,224," 60.169856",24.938379,1
Athens,,"· Sustainable urban metabolism as a link between bio-physical sciences and urban planning: The BRIDGE project (2013)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/208/athens,208," 37.9794",23.7162,2
Gliwice,,"· Sustainable urban metabolism as a link between bio-physical sciences and urban planning: The BRIDGE project (2013)
",https://archive.metabolismofcities.org/tags/226/gliwice,226," 50.294492",18.671380,1
Poland,,"· Sustainable urban metabolism as a link between bio-physical sciences and urban planning: The BRIDGE project (2013)
",https://archive.metabolismofcities.org/tags/227/poland,227,,,1
"Hong Kong",,"· Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study (2013)
· Escalating trends in the urban metabolism of Hong Kong: 1971-1997 (2001)
· The metabolism of a city: the case of Hong Kong (1978)
",https://archive.metabolismofcities.org/tags/98/hong-kong,98," 22.2855",114.1577,3
"New Jersey",,"· Material Flows and Energy Analysis of Glass Containers Discarded in New Jersey, USA (2013)
· Collaborative Problem Solving Using an Industrial Ecology Approach (2009)
",https://archive.metabolismofcities.org/tags/61/new-jersey,61," 10.2333",-61.6333,2
Ile-de-France,,"· Circular economy, industrial ecology. Elements of reflection at the Ile-de-France scale (2013)
",https://archive.metabolismofcities.org/tags/250/ile-de-france,250,,,1
Linköping,,"· Urban Mining potential in local power grids: Hibernating copper and aluminium in Linköping (2013)
· Urban mining: hibernating copper stocks in local power grids (2011)
· Food Consumption and Nutrient Flows: Nitrogen in Sweden Since the 1870s (2006)
",https://archive.metabolismofcities.org/tags/92/linkoping,92," 58.4109",15.6216,3
Amman,,"· Mainstreaming Urban Metabolism: Advances And Challenges In City Participation (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/125/amman,125," 31.9552",35.9450,2
Singapore,,"· Effects of planning and policy decisions on residential land use in Singapore (2012)
· Cities and greenhouse gas emissions: moving forward (2011)
· Dynamic modeling of Singapore's urban resource flows: Historical trends and sustainable scenario development (2011)
· Modeling the water consumption of Singapore using system dynamics (2011)
",https://archive.metabolismofcities.org/tags/112/singapore,112," 1.2897",103.8501,4
Calgary,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/189/calgary,189," 51.0501",-114.0853,1
Vancouver,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/188/vancouver,188," 49.2497",-123.1193,1
Madrid,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/191/madrid,191," 40.4165",-3.7026,1
Colombo,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/193/colombo,193," 6.9319",79.8478,1
Denver,,"· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
",https://archive.metabolismofcities.org/tags/199/denver,199," 39.7392",-104.9847,2
Austin,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/198/austin,198," 30.2672",-97.7431,1
Seattle,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/201/seattle,201," 47.6062",-122.3321,1
Kathmandu,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/204/kathmandu,204," 27.7017",85.3206,1
Porto,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/205/porto,205," 41.1496",-8.6110,1
Ljubljana,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/207/ljubljana,207," 46.0511",14.5051,1
Hamburg,,"· Cities and greenhouse gas emissions: moving forward (2011)
· Material Flow Analysis of the City of Hamburg (2003)
",https://archive.metabolismofcities.org/tags/111/hamburg,111," 53.5753",10.0153,2
Prague,,"· Cities and greenhouse gas emissions: moving forward (2011)
· Greenhouse gas emissions from global cities (2009)
",https://archive.metabolismofcities.org/tags/212/prague,212," 50.0880",14.4208,2
Stuttgart,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/211/stuttgart,211," 48.7823",9.1770,1
Frankfurt,,"· Cities and greenhouse gas emissions: moving forward (2011)
",https://archive.metabolismofcities.org/tags/210/frankfurt,210," 49.6833",10.5333,1
Suzhou,,"· Urban Metabolism in China Achieving Dematerialization and Decarbonization in Suzhou (2011)
· Data Acquisition for Applying Physical Input-Output Tables in Chinese Cities (2011)
",https://archive.metabolismofcities.org/tags/23/suzhou,23," 31.3041",120.5954,2
Limerick,,"· Material flow accounting in an Irish city-region 1992-2002 (2011)
",https://archive.metabolismofcities.org/tags/270/limerick,270,,,1
Sarowar,,"· Material flow accounting of an Indian village (2010)
",https://archive.metabolismofcities.org/tags/317/sarowar,317," 73.615171",20.850219,1
Zhangye,,"· Analysis of water consumption using a regional input-output model: Model development and application to Zhangye City, Northwestern China (2009)
",https://archive.metabolismofcities.org/tags/216/zhangye,216," 38.9342",100.4517,1
"New Orleans",,"· Modeling the resource consumption of housing in New Orleans using System Dynamics (2008)
",https://archive.metabolismofcities.org/tags/134/new-orleans,134," 29.9547",-90.0751,1
"New Haven",,"· In-Use Stocks of Metals: Status and Implications (2008)
· Metal capital sustaining a North American city: Iron and copper in New Haven, CT (2007)
",https://archive.metabolismofcities.org/tags/297/new-haven,297,,,2
Kitikyushu,,"· In-Use Stocks of Metals: Status and Implications (2008)
",https://archive.metabolismofcities.org/tags/300/kitikyushu,300,,,1
Chongqing,,"· Analysis of water demand and water pollutant discharge using a regional input-output table: An application to the City of Chongqing, upstream of the Three Gorges Dam in China (2006)
",https://archive.metabolismofcities.org/tags/215/chongqing,215," 29.5628",106.5528,1
Kitakyushu,,"· Visualization of Regional Material Flow using Over-flow Potential Maps (2004)
· Estimation of Material Stock in Urban Civil Infrastructures and Buildings for the Prediction of Waste Generation (2002)
",https://archive.metabolismofcities.org/tags/274/kitakyushu,274,,,2
York,,"· A material flow analysis and ecological footprint of York (2002)
",https://archive.metabolismofcities.org/tags/103/york,103," 53.9576",-1.0827,1
Liverpool,,"· An ecological footprint of Liverpool (2001)
",https://archive.metabolismofcities.org/tags/120/liverpool,120," 53.4106",-2.9779,1
Kenitra,,"· Contribution to the study of urban ecosystems. The case of a city in North Africa. (1982)
",https://archive.metabolismofcities.org/tags/172/kenitra,172,,,1
Charleroi,,"· The components of Charleroi's ecosystem and the prospects for regional socio-economic development (preliminary study). (1981)
",https://archive.metabolismofcities.org/tags/171/charleroi,171,,,1
Miami,,"· Energy-economic theory and mathematical models for combining the systems of man and nature, case study: The urban region of Miami, Florida (1975)
",https://archive.metabolismofcities.org/tags/173/miami,173," 25.7743",-80.1937,1