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2021 Full Cities Dataset for Excel - EMEA

This is a filtered view based on 2021 Full Cities Dataset.

Row numberQuestionnaireYear Reported to CDPAccount NumberOrganizationCountryCDP RegionParent SectionSectionQuestion NumberQuestion NameColumn NumberColumn NameRow NumberRow NameResponse AnswerCommentsFile NameLast update
243601Cities 2021202131149Dímos AthinaíonGreeceEurope4. City-wide EmissionsHistorical emissions inventories4.13Please provide details on any historical, base year or recalculated city-wide emissions inventories your city has, in order to allow assessment of targets in the table below.2Inventory date to32016-12-3101/20/2022 02:27:05
243602Cities 2021202158865Jammerbugt KommuneDenmarkEurope5. Emissions ReductionMitigation Target setting5.3aPlease provide details on the use of transferable emissions.1Type of transferable emissions0Question not applicable01/20/2022 02:27:05
243603Cities 2021202136254Comune di VeneziaItalyEurope8. Energy8.1aPlease indicate the source mix of thermal energy (heating and cooling) consumed in your city.12What scale is the thermal energy mix data1Thermal energy consumptionCity-wide mix reported01/20/2022 02:27:05
243604Cities 2021202131153Bundeshauptstadt BerlinGermanyEurope5. Emissions ReductionMitigation Target setting5.0aPlease provide details of your total city-wide base year emissions reduction (absolute) target(s). In addition, you may add rows to provide details of your sector-specific targets, by providing the base year emissions specific to that target.13Does this target align with the global 1.5 - 2 °C pathway set out in the Paris Agreement?2Yes - 2 °C01/20/2022 02:27:05
243605Cities 2021202131151Stadt BaselSwitzerlandEurope10. Transport10.11Please provide city-wide average air pollution metrics from the monitoring sites within your city for the most recent three years.4Average concentration for third most recent year available (ug/m3)5NO2 (1 year (annual) mean)Question not applicable01/20/2022 02:27:05
243606Cities 20212021826407Munícipio de MirandelaPortugalEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.6aThe Global Covenant of Mayors requires committed cities to report their inventories in the format of the new Common Reporting Framework, to encourage standard reporting of emissions data. Please provide a breakdown of your city-wide emissions by sector and sub-sector in the table below. Where emissions data is not available, please use the relevant notation keys to explain the reason why.7Please explain any excluded sources, identify any emissions covered under an ETS and provide any other comments14Waste > Solid waste disposalQuestion not applicable01/20/2022 02:27:05
243607Cities 2021202155324Município de GuimarãesPortugalEurope3. AdaptationAdaptation Goals3.3Please describe the main goals of your city’s adaptation efforts and the metrics / KPIs for each goal.2Climate hazards that adaptation goal addresses3Extreme hot temperature > Heat wave01/20/2022 02:27:05
243608Cities 2021202131149Dímos AthinaíonGreeceEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.8Please indicate if your city-wide emissions have increased, decreased, or stayed the same since your last emissions inventory, and describe why.3Please explain and quantify changes in emissions1Please explainAn overall decrease of 14.07% in relation to base year (2014) and a marginal 0.7% increase, in relation to 2018 are observed. Energy consumption for heating has increased significantly, as 2019 was much colder than 2018 (heating degree days greater by 21% and cooling degree days lower by 5%, according to data from http://meteosearch.meteo.gr/stationInfo.asp), thus energy consumption for heating in all buildings in Athens with fossil fuels increased. In 2019, national GHG emissions from electricity decreased by 3.8% compared to 2018, (mainly attributed to a decrease in the use of solid fuels and an increase in the use of renewable energy sources for electricity production). Nonetheless, electricity consumption has increased in residencies and street lighting, while it has decreased in the institutional and tertiary sector. The increase of electricity consumption in residencies can be attributed to the increase in arrivals as touristic destination of the city (10% in comparison to 2018 - Yasmeen, 2019) and the transformation of uninhabited apartments into airbnb.Construction activities have almost tripled between the two years, as the country had been leaving austerity in 2019. The phenomenon of airbnb had busted building refurbishment within the city. All these have contributed to the increase of stationary GHG emissions by 3%.Despite the observed weather fluctuations, the synergies of technological changes both in national (significant increase of RES in the electricity energy mix, funding energy-saving actions in residencies), and in municipal level (increase of composting), have led to a marginal GHGs increase, in relation to the primary consumption increase.Thanks to the increase of composting at municipal level, GHG emissions from waste have reduced by 23%.Regarding transport, GHG emissions have increased by 9%, in comparison to 2018, following the respective trend of European cities (https://www.eea.europa.eu/data-and-maps/indicators/transport-emissions-of-greenhouse-gases-7/assessment). As the country was leaving austerity measures in 2019, the use of private cars increased in the capital's streets.IPPU has decreased by 11%, in relation to 2018, while AFOLU is marginal for the city of Athens.Ref:Yasmeen R., (2019) Top 100 City Destinations 2019 Edition. Euromonitor International01/20/2022 02:27:05
243609Cities 2021202154530City of Brighton & HoveUnited Kingdom of Great Britain and Northern IrelandEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.6dWhere it will facilitate a greater understanding of your city-wide emissions, please provide a breakdown of these emissions by IPCC sector in the table below.1IPCC sector0Question not applicable01/20/2022 02:27:05
243610Cities 2021202131153Bundeshauptstadt BerlinGermanyEurope8. Energy8.1aPlease indicate the source mix of thermal energy (heating and cooling) consumed in your city.13Comment1Thermal energy consumptionOther energy sources means 32 per cent district heating and 6 per cent electricity-based solutions.01/20/2022 02:27:05
243611Cities 2021202159151AkureyrarbærIcelandEurope4. City-wide EmissionsGCoM Emission Factor and Activity Data4.14aPlease provide a summary of emissions factors and activity data used in your inventory.8Emission factor unit (denominator)21Question not applicable01/20/2022 02:27:05
243612Cities 2021202135898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEurope12. Food12.0aReport the tonnes per food group that are served and/or sold through the above mentioned programs.2Comment3Dairy foodsQuestion not applicable01/20/2022 02:27:05
243613Cities 2021202136274Comune di BolognaItalyEurope14. Water SecurityWater Supply14.2aPlease identify the risks to your city’s water security as well as the timescale and level of risk.4Estimated probability of impact2Medium01/20/2022 02:27:05
243614Cities 2021202160216Växjö kommunSwedenEurope4. City-wide EmissionsHistorical emissions inventories4.13Please provide details on any historical, base year or recalculated city-wide emissions inventories your city has, in order to allow assessment of targets in the table below.4Previous emissions (metric tonnes CO2e)530584401/20/2022 02:27:05
243615Cities 20212021854042Città Metropolitana di MilanoItalyEurope12. Food12.0aReport the tonnes per food group that are served and/or sold through the above mentioned programs.1Tonnes served and/or sold2FruitQuestion not applicable01/20/2022 02:27:05
243616Cities 2021202154538Bath and North East SomersetUnited Kingdom of Great Britain and Northern IrelandEurope9. Buildings9.1Does your city have emissions reduction targets (government operations, city wide targets) or energy efficiency targets for the following building types?2Please provide more details and/or link to more information about the emission reduction target.4New buildingsQuestion not applicable01/20/2022 02:27:05
243617Cities 2021202131149Dímos AthinaíonGreeceEurope5. Emissions ReductionMitigation Target setting5.0aPlease provide details of your total city-wide base year emissions reduction (absolute) target(s). In addition, you may add rows to provide details of your sector-specific targets, by providing the base year emissions specific to that target.3Boundary of target relative to city boundary (reported in 0.1)1Same (city-wide) – covers entire city and nothing else01/20/2022 02:27:05
243618Cities 2021202154403Tampereen kaupunkiFinlandEurope7. Local Government EmissionsLocal Government Emissions Verification7.9aPlease provide the following information about the emissions verification process.1Name of verifier and attach verification certificate1Verification detailsQuestion not applicable01/20/2022 02:27:05
243619Cities 2021202163616Abasan Al-Kabira MunicipalityState of PalestineMiddle East5. Emissions ReductionMitigation Actions5.4Describe the anticipated outcomes of the most impactful mitigation actions your city is currently undertaking; the total cost of the action and how much is being funded by the local government.10Timescale of reduction / savings / energy production1Per year01/20/2022 02:27:05
243620Cities 2021202144077Kampala CityUgandaAfrica0. Introduction0.1Please give a general description and introduction to your city including your city’s reporting boundary in the table below.1Administrative boundary1Please completeSpecial city01/20/2022 02:27:05
243621Cities 20212021852524Westminster City CouncilUnited Kingdom of Great Britain and Northern IrelandEurope2. Climate Hazards and VulnerabilityClimate Hazards2.1Please list the most significant climate hazards faced by your city and indicate the probability and consequence of these hazards, as well as the expected future change in frequency and intensity. Please also select the most relevant assets or services that are affected by the climate hazard and provide a description of the impact.4Current magnitude of hazard2Medium High01/20/2022 02:27:05
243622Cities 2021202136261Comune di BolzanoItalyEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.5Please attach your city-wide inventory in Excel or other spreadsheet format and provide additional details on the inventory calculation methods in the table below.8Overall level of confidence1Medium01/20/2022 02:27:05
243623Cities 2021202162171Métropole de RouenFranceEurope5. Emissions ReductionMitigation Target setting5.0bPlease provide details of your total fixed level target(s).9Target year absolute emissions (metric tonnes CO2e)223292101/20/2022 02:27:05
243624Cities 2021202174698BeiraMozambiqueAfrica2. Climate Hazards and VulnerabilityClimate Hazards2.1Please list the most significant climate hazards faced by your city and indicate the probability and consequence of these hazards, as well as the expected future change in frequency and intensity. Please also select the most relevant assets or services that are affected by the climate hazard and provide a description of the impact.7Please identify which vulnerable populations are affected1Persons with chronic diseases01/20/2022 02:27:05
243625Cities 2021202131175Ville de ParisFranceEurope3. AdaptationAdaptation Goals3.3Please describe the main goals of your city’s adaptation efforts and the metrics / KPIs for each goal.2Climate hazards that adaptation goal addresses5Wild fire > Forest fire01/20/2022 02:27:05
243626Cities 20212021848927Ville de MarouaCameroonAfrica6. OpportunitiesFinance and Economic Opportunities6.7Has your city received/secured funding for any climate projects (e.g. energy efficiency, renewable energy, low emission vehicles, waste management, flood defence etc.) from an International Financial Institution (e.g. World Bank, Asian Development Bank, etc.)?2Comment1Funding received/securedQuestion not applicable01/20/2022 02:27:05
243627Cities 2021202160105Kirklees CouncilUnited Kingdom of Great Britain and Northern IrelandEurope5. Emissions ReductionMitigation Target setting5.0dPlease provide details of your total city-wide baseline scenario target(s), including projected business as usual emissions.3Boundary of target relative to city boundary (reported in 0.1)0Question not applicable01/20/2022 02:27:05
243628Cities 2021202160216Växjö kommunSwedenEurope10. Transport10.3Please provide the total fleet size and number of vehicle types for the following modes of transport.3Number of municipal fleet (excluding buses)2Electric90the number of Electric vehicles in the geographical area is probably bigger. the statistics are based on where the owner of the vehicle is situated, and since many persons are leasing their Electric cars, instead of buying them, it means that the "ownership" ends up in the muncipality where the leasing Company is situated. Also, there are 2490 ethanol cars and 370 biogas cars in Växjö.The municipal fleet numbers declared are only passenger cars. It is likely that they are included in the total number of cars.And the municipal vehicle fleet includes 23 ethanol vehicles and 85 biogas cars. About 100 diesel cars are also using only bio-diesel.01/20/2022 02:27:05
243629Cities 2021202154519Lunds kommunSwedenEurope14. Water SecurityWater Supply14.2aPlease identify the risks to your city’s water security as well as the timescale and level of risk.1Water security risk drivers2Drought01/20/2022 02:27:05
243630Cities 2021202136504Comune di RiminiItalyEurope8. Energy8.4Please report the following energy access related information for your city.4Average unit price of electricity (Currency unit as specified in 0.4/MWh)1Energy access01/20/2022 02:27:05
243631Cities 2021202143940Malmö stadSwedenEurope3. AdaptationAdaptation Actions3.0Please describe the main actions you are taking to reduce the risk to, and vulnerability of, your city’s infrastructure, services, citizens, and businesses from climate change as identified in the Climate Hazards section.14Web link13https://malmo.se/download/18.4f363e7d1766a784af150f6/1609840177774/Skyfallsplanmalmostad.pdf01/20/2022 02:27:05
243632Cities 2021202160125Klaipėdos miesto savivaldybėLithuaniaEurope4. City-wide EmissionsCity-wide external verification4.12aPlease provide the following information about the city-wide emissions verification.2Year of verification1Please completeQuestion not applicable01/20/2022 02:27:05
243633Cities 2021202135893City of Dar es SalaamUnited Republic of TanzaniaAfrica8. Energy8.1Please indicate the source mix of electricity consumed in your city.12Total - please ensure this equals 100%1Electricity source01/20/2022 02:27:05
243634Cities 20212021840425Skövde kommunSwedenEurope8. Energy8.2For each type of renewable energy within the city boundary, please report the installed capacity (MW) and annual generation (MWh).2Annual generation (MWh)6Geothermal01/20/2022 02:27:05
243635Cities 2021202173676UmhlathuzeSouth AfricaAfrica4. City-wide EmissionsGCoM Emission Factor and Activity Data4.14aPlease provide a summary of emissions factors and activity data used in your inventory.3Fuel type or activity0Question not applicable01/20/2022 02:27:05
243636Cities 2021202131149Dímos AthinaíonGreeceEurope2. Climate Hazards and VulnerabilityClimate Hazards2.1Please list the most significant climate hazards faced by your city and indicate the probability and consequence of these hazards, as well as the expected future change in frequency and intensity. Please also select the most relevant assets or services that are affected by the climate hazard and provide a description of the impact.5Social impact of hazard overall1Increased incidence and prevalence of disease and illness01/20/2022 02:27:05
243637Cities 20212021840024Perth and KinrossUnited Kingdom of Great Britain and Northern IrelandEurope8. Energy8.1Please indicate the source mix of electricity consumed in your city.4Nuclear1Electricity source16.901/20/2022 02:27:05
243638Cities 2021202131153Bundeshauptstadt BerlinGermanyEurope5. Emissions ReductionMitigation Target setting5.0bPlease provide details of your total fixed level target(s).12Does this target align with the global 1.5 -2 °C pathway set out in the Paris agreement?10Question not applicable01/20/2022 02:27:05
243639Cities 2021202150154Turun kaupunkiFinlandEurope1. Governance and Data ManagementGovernance1.2Please list the local government departments involved in the GCC program and its role.2Number of employees in the department0Question not applicable01/20/2022 02:27:05
243640Cities 2021202160229Arendal kommuneNorwayEurope10. Transport10.7How many public access EV charging points do you have in your city and/or metropolitan area for the following types.2Number of charging points in your metropolitan area1Rapid 43 kw and aboveQuestion not applicable01/20/2022 02:27:05
243641Cities 2021202159298City of Yaoundé 6CameroonAfrica13. Waste13.3What is the amount of your city’s total solid waste collected for each of the following sectors (tonnes/year)?1Amount of solid waste generated (tonnes/year)6OtherQuestion not applicable01/20/2022 02:27:05
243642Cities 2021202142384Göteborgs stadSwedenEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.6aThe Global Covenant of Mayors requires committed cities to report their inventories in the format of the new Common Reporting Framework, to encourage standard reporting of emissions data. Please provide a breakdown of your city-wide emissions by sector and sub-sector in the table below. Where emissions data is not available, please use the relevant notation keys to explain the reason why.4If you have no indirect emissions to report, please select a notation key to explain why28Generation of grid-supplied energy > Heat/cold generationNO01/20/2022 02:27:05
243643Cities 2021202146514Município do PortoPortugalEurope13. Waste13.3What is the amount of your city’s total solid waste collected for each of the following sectors (tonnes/year)?1Amount of solid waste generated (tonnes/year)6OtherQuestion not applicable01/20/2022 02:27:05
243644Cities 2021202136002Ville de KinshasaDemocratic Republic of the CongoAfrica3. AdaptationAdaptation Actions3.0Please describe the main actions you are taking to reduce the risk to, and vulnerability of, your city’s infrastructure, services, citizens, and businesses from climate change as identified in the Climate Hazards section.5Means of implementation2Education01/20/2022 02:27:05
243645Cities 20212021848474Richmond CouncilUnited Kingdom of Great Britain and Northern IrelandEurope8. Energy8.1aPlease indicate the source mix of thermal energy (heating and cooling) consumed in your city.1Coal1Thermal energy consumptionQuestion not applicable01/20/2022 02:27:05
243646Cities 2021202160168Derry City & StrabaneUnited Kingdom of Great Britain and Northern IrelandEurope4. City-wide EmissionsHistorical emissions inventories4.13Please provide details on any historical, base year or recalculated city-wide emissions inventories your city has, in order to allow assessment of targets in the table below.7File name and attach your inventory1North West Regional Energy Strategy - Main Report - May 2020[77772].pdf01/20/2022 02:27:05
243647Cities 2021202146473Ayuntamiento de ZaragozaSpainEurope4. City-wide EmissionsCity-wide GHG Emissions Data4.6aThe Global Covenant of Mayors requires committed cities to report their inventories in the format of the new Common Reporting Framework, to encourage standard reporting of emissions data. Please provide a breakdown of your city-wide emissions by sector and sub-sector in the table below. Where emissions data is not available, please use the relevant notation keys to explain the reason why.4If you have no indirect emissions to report, please select a notation key to explain why22AFOLU > Livestock01/20/2022 02:27:05
243648Cities 2021202150154Turun kaupunkiFinlandEurope5. Emissions ReductionMitigation Actions5.4Describe the anticipated outcomes of the most impactful mitigation actions your city is currently undertaking; the total cost of the action and how much is being funded by the local government.12Action description and implementation progress3Strengthening carbon sinks that absorb atmospheric carbon is a significant climate change mitigation measure. Without tree felling, the carbon absorption of forests owned by the City of Turku already compensates for passenger car emissions in the Turku area. Increasing the carbon absorption capacity of vegetation and soil is affordable in terms of costs and it also has other significant positive effects. Carbon sinks, production of renewable energy and other compensations must be increased to reach carbon neutrality and to become a climate positive area. In accordance with its strategy, the City of Turku looks after the carbon stock in the soil and vegetation by striving towards increasing green areas and maintaining forests, fields and the amount of vegetation within its area and preferring naturalness in planting areas. New kinds of urban nature and green area development will be increased as the city becomes more condensed. Following the Turku SECAP (City Council 11.6.2018):- Maintaining carbon sinks are taken into consideration in the city’s forest plan. Fragmented green infrastructure is fixed by forestation of suitable field areas. - New land areas will be acquired with trees when possible, and forest property will not be used to compensate for a short-term cash deficit. - Urban parks and related green infrastructure will be further developed to mitigate climate change (carbon sinks) and to support preparedness (runoff waters, effect on microclimate).- Green-blue factor will be taken into use in construction planning. Maintaining soil and using long-lasting woodwork will be preferred in construction. Using wood as construction material is developed and its share is increased. - Carbon stock in vegetation and soil and carbon sinks will be calculated every four years. Their monitoring is developed taking also water bodies into account where possible.Reaching carbon neutrality by 2029 at the latest means entirely compensating for any remaining emissions left (20 % of 1990 level at most). From 2029 onwards, Turku strives to be a climate positive area with negative net emissions, meaning that compensation will be greater than emissions. To achieve these goals Turku has made a decision (City Board 1.6.2020) to develop a local compensation model which aims at increasing carbon sinks in the area. During the start-up phase the compensations are based on nature-based solutions, but also technological solutions for carbon capture will be considered. The Canemure project has been training, supporting and developing the use of the blue-green factor tool to make it an established part of basic zoning, building inspection and spatial services work. In addition, the City of Turku owns almost 5,000 hectares of forest where the carbon sink is improved according to the pioneering forest management plan.01/20/2022 02:27:05
243649Cities 2021202158865Jammerbugt KommuneDenmarkEurope10. Transport10.11Please provide city-wide average air pollution metrics from the monitoring sites within your city for the most recent three years.8Who owns the data?5NO2 (1 year (annual) mean)Question not applicable01/20/2022 02:27:05
243650Cities 2021202131110Comune di Roma CapitaleItalyEurope1. Governance and Data ManagementGovernance1.4Please list the stakeholder engagement activities for each relevant stakeholder group.5Please attach stakeholder engagement and communication plan0Question not applicable01/20/2022 02:27:05

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Profile Picture Luca Picchio

created Sep 22 2021

updated Jan 20 2022

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This data is collected through the CDP-ICLEI Unified Reporting System. When using this data, please cite both organisations using the following wording: ‘This data was collected in partnership by CDP and ICLEI - Local Governments for Sustainability’.
This dataset contains the full responses of publicly disclosing cities in 2021. The platform is still open and the dataset is updated daily to reflect new submissions.
To view the cities 2021 questionnaire guidance, including all questions asked to cities in 2021, visit https://www.cdp.net/en/guidance/guidance-for-cities.
For any questions, including guidance on how to reference this data in your own work, please contact cities@cdp.net.
Please note that this dataset may contain data from cities or, in some instances, groups of cities at different administrative levels. This includes metropolitan areas, combined authorities, and some regional councils.
When using the inventory data for aggregation, comparison and trend analysis, please note that the inventory data is based on non-verified self-reported city inputs. The reported inventory may not include all emission sources within the city boundary.
This view contains data from the CDP Cities Europe, CDP Cities Africa and CDP Cites Middle East Authority Regions.

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