Data contribution hub

Beijing

Progress

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Title	Type	Author(s)	Year
Landfills list	GPS Coordinates	Yupeng Liu	2019
Waste transfer station list	GPS Coordinates	Yupeng Liu	2019
An input-output approach to evaluate the water footprint and virtual water trade of Beijing, China	Journal Article	Wang et al.	2013
Cities and greenhouse gas emissions: moving forward	Journal Article	Hoornweg et al.	2011
Twelve metropolitan carbon footprints: A preliminary comparative global assessment	Journal Article	Sovacool and Brown	2010

Untagged items

These items were uploaded but not (yet) linked to a specific layer

Title	Author(s)	Year	Tag(s)
Construction waste permit volumes Dataset \| Edit		None
Waste by type Dataset \| Edit		None
Untitled Image Image \| Edit	Wikipedia	2019	5.3. Visuals
A glance of 20-year governance of the circular economy for Japan Video Recording \| Edit	Dr. Qian Zhang	2019	2019 Seminar Series
Beijing Skyline Image \| Edit	zd-hing	2019	5.3. Visuals
Big Data and Urban Metabolism - Cases in China Video Recording \| Edit	Dr. Dong Li	2019	2019 Seminar Series
Community-based recycling program in Beijing Video Recording \| Edit	Dr. Xin Tong	2019	2019 Seminar Series
Construction waste transport fleet Image \| Edit	Yupeng Liu	2019	5.3. Visuals
Dahongmen domestic waste transport station Image \| Edit	Yupeng Liu	2019	5.3. Visuals
Embodied energy in service industry in global cities: A study of six Asian cities Journal Article \| Edit	Guo et al.	2019	Case StudyMulti-Region Input-Output (MRIO) AnalysisZotero2
Ensuring an integrative & sustainable municipal solid waste management – the case of Belo Horizonte Video Recording \| Edit	Karlsruhe Institute of Technology Maryegli Fuss	2019	2019 Seminar Series
Estimating spatiotemporal dynamics of solid wastes by coupling MFA & GIS Video Recording \| Edit	A. Prof Yupeng Liu	2019	2019 Seminar Series
Introduction on Zero-waste City Pilot Program in China Video Recording \| Edit	Guijuan Shan	2019	2019 Seminar Series
Multiplicity - an online stocks and flows data gathering and visualisation platform Video Recording \| Edit	Paul Hoekman	2019	2019 Seminar Series
Organic waste transport fleet Image \| Edit	Yupeng Liu	2019	5.3. Visuals
Policy Interventions to Advance Sustainable Materials Management Video Recording \| Edit	Dr. Ning Ai	2019	2019 Seminar Series
Public transport in Beijing Image \| Edit	China daily	2019	5.3. Visuals
Spatially explicit material stock analysis of buildings in Eastern China metropoles Journal Article \| Edit	Guo et al.	2019	Case StudyConstruction sectorGeographic Information System (GIS)Material Stock Analysis (MSA)Urban
Unlocking the informal economy in an inclusive circular economy approach Video Recording \| Edit	UN Curt Garrigan	2019	2019 Seminar Series
Development of an urban FEW nexus online analyzer to support urban circular economy strategy planning Journal Article \| Edit	Xue et al.	2018	Case StudyCircular EconomyEmergy AnalysisFood, Energy, Water (FEW)UrbanUrban Circular Economy Calculator (UCEC)Zotero import
An Urban Metabolism and Carbon Footprint Analysis of the Jing-Jin-Ji Regional Agglomeration Journal Article \| Edit	Zheng et al.	2017	Carbon Footprint (CF)Case StudyEcological Network Analysis (ENA)EnergyMulti-Region Input-Output (MRIO) AnalysisSub-nationalTime seriesUrban
Urban Metabolism of Three Cities in Jing-Jin-JiUrban Agglomeration, China: Using theMuSIASEM Approach Journal Article \| Edit	Xiaoyue Wang and Li	2017	Case StudyMulti-Scale Integrated Analysis of Societal and Ecosystem Metabolism (MuSIASEM)Urban
Assessing urban sustainability of Chinese megacities: 35 years after the economic reform and open-door policy Journal Article \| Edit	Huang et al.	2016	Case StudyEcological Footprint (EF)Indicators - generalTime seriesUM review paper importUrban
Coupling of carbon and energy flows in cities: A meta-analysis and nexus modelling Journal Article \| Edit	Chen and Chen	2016	Carbon dioxide (CO2)EnergyResearch and AnalysisTime series
Spatial variation in the ecological relationships among the components of Beijing's carbon metabolic system Journal Article \| Edit	Xia et al.	2016	CarbonCase StudyEcological Network Analysis (ENA)Geographic Information System (GIS)Throughflow AnalysisTime seriesUM review paper importUrbanZotero2
The energy metabolism of megacities Journal Article \| Edit	Facchini et al.	2016	EnergyResearch and Analysis
Transnational city carbon footprint networks - Exploring carbon links between Australian and Chinese cities Journal Article \| Edit	Chen et al.	2016	Carbon Footprint (CF)Carbon dioxide (CO2)Case StudyGlobalMethaneMulti-Region Input-Output (MRIO) AnalysisNitrous oxideResearch and AnalysisSingle point in timeUM review paper importUrban
Energy and material flows of megacities Journal Article \| Edit	Kennedy et al.	2015	ElectricityEnergy BalanceFossil FuelsMaterial Flow Analysis (MFA)Single point in timeSteelUM review paper importUrbanWasteWater
Mercury emissions by Beijing׳s fossil energy consumption: Based on environmentally extended input-output analysis Journal Article \| Edit	Li et al.	2015	Case StudyEmissionsEnvironmentally-Extended Input-Output Analysis (EE-IOA)MercuryUM review paper importUrban
Urban energy consumption: Different insights from energy flow analysis, input-output analysis and ecological network analysis Journal Article \| Edit	Chen and Chen	2015	Case StudyEcological Network Analysis (ENA)Energy Flow Analysis (EFA)Input-Output Analysis (IOA)Urban
Urban household solid waste generation and collection in Beijing, China Journal Article \| Edit	Liu et al.	2015	Urban
Urban metabolism based on emergy and slack based model: A case study of Beijing, China Journal Article \| Edit	Song et al.	2015	Case StudyEmergy AnalysisTime seriesUM review paper importUrban
An integrated material metabolism model for stocks of urban road system in Beijing, China Journal Article \| Edit	Guo et al.	2014	Case StudyEnergyGeographic Information System (GIS)IslandMacadamMaterial Stock Analysis (MSA)MethodPaperPlasticsPlasticsSingle point in timeSteelTransportationUrbanZotero2
Analysis of the energy metabolism of urban socioeconomic sectors and the associated carbon footprints: Model development and a case study for Beijing Journal Article \| Edit	Zhang et al.	2014	Carbon Footprint (CF)Case StudyEcological Network Analysis (ENA)EnergyEnergy AccountingInput-Output Analysis (IOA)Time seriesUM review paper importUrban
Ecological network analysis of an urban metabolic system based on input-output tables: Model development and case study for Beijing Journal Article \| Edit	Zhang et al.	2014	Case StudyEcological Network Analysis (ENA)Input-Output Analysis (IOA)Physical Input-Output Table (PIOT)Time seriesUM review paper importUrban
Resource use in the Chinese building sector: foundations for analyzing urban transition. Thesis \| Edit	Z.A.C. Accuardi	2014	Construction MaterialsUrban
Urban Household Water Demand in Beijing by 2020: An Agent-Based Model Journal Article \| Edit	Yuan et al.	2014	Agent-based modelling (ABM)Case StudyHouseholdScenario analysisUM review paper importUrbanWater
An integrated material metabolism model for stocks of Urban road system in Beijing, China Journal Article \| Edit	Guo et al.	2013	Material Stock Analysis (MSA)Urban
Quantification of urban metabolism through coupling with the life cycle assessment framework: concept development and case study Journal Article \| Edit	Goldstein et al.	2013	5.2. Academic workCase StudyConstruction MaterialsEnergyFoodFossil FuelsGlassHybrid MFA-LCAMetalsMethodPaperPlasticsUM review paper importUrban
Mainstreaming Urban Metabolism: Advances And Challenges In City Participation Conference Paper \| Edit	Hoornweg et al.	2012	5.2. Academic workAbbreviated MFACase StudySingle point in timeUrban
Analyses of water footprint of Beijing in an interregional input-output framework Journal Article \| Edit	Zhang et al.	2011	Case StudyMulti-Region Input-Output (MRIO) AnalysisSub-nationalUrbanWaterWater (sector)Water Footprint (WF)
Emergy analysis of the urban metabolism of Beijing Journal Article \| Edit	Zhang et al.	2011	Case StudyEmergy AnalysisUM review paper importUrban
Dynamic Material Flow Analysis for Strategic Construction and Demolition Waste Management in Beijing Journal Article \| Edit	Hu et al.	2010	Case StudyConstruction MaterialsFuture ScenarioMaterial Stock Analysis (MSA)Research and AnalysisTime seriesWasteZotero importZotero2
Ecological network analysis of an urban energy metabolic system: Model development, and a case study of four Chinese cities Journal Article \| Edit	Zhang et al.	2010	Case StudyEcological Network Analysis (ENA)EnergyThroughflow AnalysisUrban
Ecological network analysis of an urban water metabolic system: Model development, and a case study for Beijing Journal Article \| Edit	Zhang et al.	2010	Case StudyEcological Network Analysis (ENA)Throughflow AnalysisTime seriesUM review paper importUrbanWaterZotero2
Extended exergy-based urban ecosystem network analysis: a case study of Beijing, China Journal Article \| Edit	Liu et al.	2010	Case StudyEcological Network Analysis (ENA)Extended Exergy Accounting (EEA)Single point in timeUM review paper importUrban
Input, stocks and output flows of urban residential building system in Beijing city, China from 1949 to 2008 Journal Article \| Edit	Hu et al.	2010	Case StudyConcreteDwellingsGravelMaterial Flow Analysis (MFA)SandSteelTime seriesUM review paper importUrbanWoodZotero importZotero2
Evaluation of urban metabolism based on emergy synthesis: A case study for Beijing (China) Journal Article \| Edit	Zhang et al.	2009	Case StudyConstruction MaterialsEmergy AnalysisFoodTime seriesUrban
Hybrid Emergy-LCA (HEML) based metabolic evaluation of urban residential areas: The case of Beijing, China Journal Article \| Edit	Li and Wang	2009	Case StudyEmergy-LCAInfra-urbanSingle point in timeUrban
Urban ecosystem health assessment based on emergy and set pair analysis—A comparative study of typical Chinese cities Journal Article \| Edit	Su et al.	2009	Case StudyEmergy AnalysisUM review paper importUrban
Contrasting water footprints of cities in China and the United States Journal Article \| Edit	Jenerette et al.	2006	Case StudyComparisonEcological Footprint (EF)UM review paper importUrbanWaterWater Footprint (WF)
Energy and material flow through the urban ecosystem Journal Article \| Edit	Decker et al.	2000	Case StudyComparisonEnergy BalanceMaterial Flow Analysis (MFA)UM review paper importUrban
Yearly per Capita Residential Water Consumption Dataset \| Edit		1995	HouseholdTime seriesUrbanWater

Layers

Layer 1: Context Layer 2: Biophysical characteristics Layer 3: Infrastructure Layer 4: Stocks and flows Extra: General photos

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This layer is about providing context around the city: placement in the region, geodata, spatial boundaries, population numbers over several years, GDP, economic activities, etc.

Data and information to obtain

1.1. Administrative boundaries 0

1.2. Economic activity - descriptions 0

1.3. Economic activity - figures 0

1.4. Population 0

1.5. Policy documents 0

1.6. Actors 0

This layer looks at the biophysical properties of the city, including soil, land, ecosystems, climatological characteristics, geology, and more.

Data and information to obtain

2.1. Soil type and composition 0

2.2. Trees 0

2.3. Biodiversity 0

2.4. Bodies of water 0

2.5. Average temperatures 0

2.6. Rainfall 0

2.7. Mineral deposits 0

This layer looks at the physical infrastructure that is present in the city. From roads and transportation infrastructure to gas mains, and from bread mills to petrol stations.

Data and information to obtain

3.00. Land Use 0

3.01. Agriculture 0

3.02. Construction 0

3.03. Electricity generation 0

3.04. Electricity transmission and distribution 0

3.05. Energy storage 0

3.06. Fossil fuel production and distribution 0

3.07. Fishing 0

3.08. Food service 0

3.09. Forestry 0

3.10. Hotels and lodging 0

3.11. Manufacturing: food products 0

3.12. Manufacturing: beverages 0

3.13. Manufacturing: textiles and clothing 0

3.14. Manufacturing: paper 0

3.15. Manufacturing: petroleum products 0

3.16. Manufacturing: chemical products 0

3.17. Manufacturing: plastic products 0

3.18. Manufacturing: wood 0

3.19. Manufacturing: basic metals 0

3.20. Manufacturing: rubber products 0

3.21. Manufacturing: electronics 0

3.22. Manufacturing: machinery, equipment, and other metal products 0

3.23. Manufacturing: non-metallic mineral products 0

3.24. Manufacturing: furniture 0

3.25. Manufacturing: vehicles 0

3.26. Mining 0

3.27. Transport 0

3.28. Storage 0

3.29. Retail and wholesale 0

3.30. Waste 2

3.31. Water and sanitation 0

This layer is all about extraction flows, consumption flows, emissions to nature, composition and addition to (artificial) stocks (e.g. Building stocks).

Data and information to obtain

4.01. Extraction: Fishing 0

4.02. Extraction: Agriculture 0

4.03. Extraction: Forestry 0

4.04. Extraction: Mining 0

4.05. Production Flows: Manufacturing 0

4.06. Flows: Consumption 0

4.07. Household budget surveys 0

4.08. Stocks: Buildings 0

4.09. Stocks: Infrastructure 0

4.10. Stocks: Vehicles 0

4.11. Stocks: Livestock 0

4.12. Flows: Energy 1

4.13. Flows: Water 1

4.14. Flows: Imports and exports 0

4.15. Emission to air 1

4.16. Emissions to water 0

4.17. Dissipative use of products 0

4.18. Waste flows 0

Is a complete Material Flow Analysis dataset available? Upload it here.

Photos

There are no general photos available yet.

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Data contribution hub

Progress

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Layers

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Data and information to obtain

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