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Porto
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Title Author(s) Year Tag(s)
Datos estadísticos Porto
Webpage
AMP None 1.2. Economic activity - descriptions
Porto Railroad Network
Shapefile
Santos and Exército None 3.27. Transport
Porto tem 65 mil árvores públicas e a maioria está inventariada e disponível para consulta online
Webpage
CM Porto None 2.2. Trees
Temperature and Rainfall information
Webpage
WMO None 2.5. Average temperatures2.6. Rainfall
Actores Porto
Document
Carla Santos 2020 1.6. Actors
Evolución de Densidad de Empresas (2008-2018)
Dataset
PORDATA 2020 1.3. Economic activity - figures
Evolución de Densidad de población (2001-2019)
Dataset
PORDATA 2020 1.4. Population
Evolución de Empresas no financeras total y por sector de atividad (2009-2018)
Dataset
PORDATA 2020 1.3. Economic activity - figures
Evolución de Población por edad (2001, 2008-2019)
Dataset
PORDATA 2020 1.4. Population
Evolución de Población por edad. Hombres (2001-2019)
Dataset
PORDATA 2020 1.4. Population
Evolución de Población por edad. Mujeres (2001-2019)
Dataset
PORDATA 2020 1.4. Population
Evolución de Población por sexo (1981-2019)
Dataset
PORDATA 2020 1.4. Population
Evolution of Resident Population (1981-2019)
Dataset
PORDATA 2020 1.4. Population
Goods balance of entrepises (2009-2019)
Dataset
PORDATA 2020 1.3. Economic activity - figures
Gross Value Added by economic activity (2009-2018)
Dataset
PORDATA 2020 1.3. Economic activity - figures
Inventario de árboles
Data visualisation
CM Porto 2020 2.2. Trees
Porto Panorama
Image
Carla Santos 2020
Porto by night
Image
Carla Santos 2020
Urbane agricultural gardens
Map
Camara Municipal do Porto 2020 3.01. Agriculture
Annual fuel consumption by economic activity (2018)
Dataset
DGEG 2019 4.12. Flows: Energy
Carta Administrativa Oficial de Portugal - CAOP2019 (Continente)
Shapefile
Direção-Geral do Território 2019 1.1. Administrative boundaries
Circular Economy Strategies in Eight Historic Port Cities: Criteria and Indicators Towards a Circular City Assessment Framework
Journal Article
Antonia Gravagnuolo and Girard 2019 Case StudyCircular EconomyUrban
Consumidores de electricidad por tipo em 2018
Dataset
DGEG 2019 4.06. Flows: Consumption4.12. Flows: Energy
Consumo de electricidad por setor de atividad (2018)
Dataset
DGEG 2019 4.06. Flows: Consumption4.12. Flows: Energy
Limites Concelhos Portugal Continental - CAOP2019
Shapefile
Direção-Geral do Território 2019 1.1. Administrative boundaries
Mobility and Transport System
Report
Camara Municipal do Porto 2019 3.27. Transport
Buildings by time of construction
Dataset
PORDATA 2018 4.08. Stocks: Buildings
Caracterización biofísica
Report
CM Porto 2018 2.1. Soil type and composition2.4. Bodies of water
Characterization report of Infrastructures
Report
Camara Municipal do Porto 2018 3.04. Electricity transmission and distribution3.06. Fossil fuel production and distribution3.27. Transport3.30. Waste3.31. Water and sanitation4.18. Waste flows
Consumo de electricidad por tipo de consumo
Dataset
DGEG 2018 4.06. Flows: Consumption4.12. Flows: Energy
Dinamicas Economicas
Report
CM Porto 2018 1.2. Economic activity - descriptions2.3. Biodiversity
Distribution networks characterization
Report
EDP 2018 3.04. Electricity transmission and distribution
Electric vehicle charging points
Image
CMP & MOBIE 2018 3.27. Transport
Estrutura Ecológica y Biodiversidad
Report
CM Porto 2018 2.2. Trees2.3. Biodiversity
Informe de Sostenibilidad de Porto
Report
Câmara Municipal do Porto 2018 1.2. Economic activity - descriptions1.4. Population
Municipal Boundaries of Portugal
Shapefile
GADM 2018 1.1. Administrative boundaries
Ocupación de suelo
Report
CM Porto 2018 2.1. Soil type and composition2.3. Biodiversity
Portugal districts boundaries
Shapefile
GADM 2018 1.1. Administrative boundaries
Transport Network - Very High Tension - > 20MVA
Map
REN 2018 3.04. Electricity transmission and distribution
"Roadmap 2030" for Oporto's Circular Economy
Document
António Lorena et al. 2017 1.5. Policy documents
Location of waste drop-off centers
Image
EMAP 2017 3.30. Waste
Ubicación de Puntos de colecta seletiva
Image
EMAP 2017 3.30. Waste
Characteristics of Porto water reservatoires
Image
Águas do Porto 2016 3.31. Water and sanitation
Location of Porto water reservatoires
Image
Águas do Porto 2016 3.31. Water and sanitation
Ribeira
Image
CMP 2016
Buildings by number of floors
Dataset
PORDATA 2015 4.08. Stocks: Buildings
Buildings by type
Dataset
PORDATA 2015 4.08. Stocks: Buildings
Población empregada por sector de atividad - Censos
Dataset
PORDATA 2015 1.3. Economic activity - figures
Porto Road Network
Shapefile
Carla Santos 2014 3.27. Transport
Portugal Road Network
Shapefile
Centro de Informação Geoespacial do Exército 2014 3.27. Transport
Railroad Network of Portugal
Shapefile
Centro de Informação Geoespacial do Exército 2014 3.27. Transport
Carta de Depósitos Minerais da Região Norte de Portugal à escala 1:200 000
Map
LNEG 2013 2.7. Mineral deposits3.26. Mining
Población por freguesia (Censos 2011)
Dataset
INE 2012 1.4. Population
Cities and greenhouse gas emissions: moving forward
Journal Article
Hoornweg et al. 2011 4.15. Emission to airCarbon dioxide (CO2)ComparisonGreenhouse Gases (GHGs)Single point in timeUrban
Land Use Charter - Porto
Shapefile
DGT 2011 3.00. Land Use
Porto
Image
Carla Santos 2010
Porto Livestock (No.) of agricultural holding by Geographic localization (NUTS - 2001) and Animal specie - 2009
Dataset
INE 2009 4.11. Stocks: Livestock
Rede hidrográfica GeoCodificada
Shapefile
Instituto Superior Técnico (Departamento de Engenharia Civil e Arquitectura) 2006 2.4. Bodies of water

Layers

Data and information to obtain

3.1. Extraction/Harvesting
3.1.1 Extraction flow (to use)
3.1.2 Extraction flow (to manufacture)
3.1.3 Extraction flow (to waste collection)
3.1.3.1 Extraction flow (to landfill)
3.1.3.2 Extraction flow (to biomethanisation)
3.1.3.2 Extraction flow (to composting)
3.1.3.2 Extraction flow (to incineration)
3.1.3.2 Extraction flow (to recycling)
3.1.4 Extraction flow (to exports)
3.2. Manufacturing
3.2.1 Manufacturing flow (to use)
3.2.2 Manufacturing flow (to waste collection)
3.2.2.1 Manufacturing flow (to landfill)
3.2.2.2 Manufacturing flow (to incineration)
3.2.2.3 Manufacturing flow (to biomethanisation)
3.2.2.3 Manufacturing flow (to composting)
3.2.2.3 Manufacturing flow (to recycling)
3.2.3 Manufacturing flow (to exports)
3.3 Use
3.3.1 Use flow (to stock)
3.3.2 Use flow (to waste collection)
3.3.2.1 Use flow (to landfill)
3.3.2.2 Use flow (to incineration)
3.3.2.3 Use flow (to remanufacturing)
3.3.2.4 Use flow (to recycling)
3.4 Stock
3.4.1 Reuse (stock to use)
3.4.2 Demolition/renovation (stock to waste collection)
3.4.2.1 Demolition/renovation (to landfill)
3.4.2.2 Demolition/renovation (to incineration)
3.4.2.3 Demolition/renovation (to remanufacturing)
3.4.2.4 Demolition/renovation (to recycling)
3.5. Waste flows
3.5.1 Waste flow (to landfill)
3.5.2 Waste flow (to incineration)
3.5.3 Waste flow (to remanufacturing)
3.5.4 Waste flow (to recycling)
3.5.5 Waste flow (to exports)
3.5.5 Waste flow (to remediation)
3.6. Exports
3.6.1 Export flow (to landfill OUT)
3.6.2 Export flow (to incineration OUT)
3.6.3 Export flow (to remanufacturing OUT)
3.6.4 Export flow (to recycling OUT)
3.6.5 Export flow (to remediation OUT)
3.6.6 Export flow (to manufacturing OUT)
3.6.7 Export flow (to use OUT)
3.7. Imports
3.7.1 Import flow (to manufacturing)
3.7.2 Import flow (to use)
3.7.3 Import flow (to waste collection)
3.7.3.1 Import flow (to landfill)
3.7.3.2 Import flow (to incineration)
3.7.3.3 Import flow (to remanufacturing)
3.7.3.4 Import flow (to recycling)
3.7.3.5 Import flow (to remediation)

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