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2020 - Cities Emission Reduction Targets

Row numberYear Reported to CDPAccount NumberOrganizationCityCountryCDP RegionAccessCity boundaryType of targetSectorIdentify and explain sources that differ from the inventoryTarget boundary relative to city boundaryBase yearYear of target introductionBase year emissions (metric tonnes CO2e)Percentage reduction targetTarget yearTarget year absolute emissions (metric tonnes CO2e)Projected population in target yearIntensity unit (Emissions per)Base year emissions per intensity unit (metric tonnes CO2e per denominator)Estimated business as usual absolute emissions in target year (metric tonnes CO2e)Percentage of target achieved so farSelect the initiatives that this target contributes towardsDescription of the target and the modelling methodology(ies) and parameters used to define itDoes this target align with the global 1.5 - 2°c pathway set out in the Paris Agreement?Does this target align or correspond to a requirement from a higher level of government?Target descriptionPopulationPopulation YearCity LocationLast update
701202073668MalabrigoArgentinaLatin AmericapublicCity / MunicipalityBaseline scenario (business as usual) targetOther, please specify: Energía, Transporte y DesechosSe toman a consideración las fuentes de emisión clasificadas en el inventario como básicas (siguiendo el estándar GPC). El nivel BASIC (básico) cubre las fuentes de emisión que se producen en casi todas las ciudades (energía estacionaria, transporte dentro de los límites y desechos generados en la ciudad), donde las metodologías y datos de cálculo están fácilmente disponibles. Se corresponde a un marco de reporte inducido por la ciudad. En detalle, las emisiones cubiertas son: - Energía Estacionaria, alcances 1 y 2 - Transporte, alcance 1 (se utiliza el método de venta de combustible) y 2- Residuos, alcance 1 y 3Se decidió no incorporar las emisiones de agricultura y ganadería y las emisiones de alcance 3 de energía estacionaria (incluidas en el inventario) ya que sobre estas, los gobiernos locales no tienen capacidad de realizar acciones concretas para mitigarlas. Se incluyeron sólo aquellas que pueden ser gestionados más fácilmente a escala local.Same – covers entire city and nothing else2018201975665.3620203028986.58Durante el 2014 en Argentina se emitieron 368 millones de toneladas de dióxido de carbono equivalente (MtCO2e). Por otro lado, las emisiones proyectadas al año 2030 bajo el escenario BAU ascienden a 592 MtCO2e. De esta forma, el aumento porcentual relativo de emisiones proyectado para el 2030 es del 60,87%. Este aumento será considerado para la preparación del escenario BAU de Malabrigo donde se proyectarán las emisiones alcanzadas por el nivel BÁSICO. Éste nivel abarca los sectores en los cuales los gobiernos locales poseen mayor capacidad de realizar acciones concretas, y que pueden ser gestionados más fácilmente que los incluidos en el nivel BÁSICO+. Para correlacionar el escenario Business as Usual nacional con el de Malabrigo se realizó un ajuste considerando las tasas de aumento poblacional. El factor de ajuste es equivalente a la relación entre la variación poblacional en el período 2014-2030 a nivel nacional y local. Factor de ajuste = (variación población 2014 − 2030 Malabrigo)/(variación población 2014 − 2030 Argentina)El INDEC estima que durante este tiempo la población argentina aumentará un 15,79% y un 13,66%% en el municipio. Por lo tanto, el factor de ajuste resulta de 86%. Así, el aumento de emisiones proyectado para Malabrigo es del 52,65%. Aumento de emisiones en Malabrigo 2014 − 2030 (%) = 60,87 ∗ 0,86 ≅ 52,65 Tomando de base el inventario BÁSICO de Malabrigo del 2014, las emisiones proyectadas bajo el escenario tendencial al 2030 serán de 28.986,58 tCO2e. Emisiones Malabrigo al 2030 (tCO2e) = 18.989,27 tCO2e ∗ 1,5265 ≅ 28.986,58 tCO2e Tomando como referencia la meta de reducción de emisiones presentada por el país y lo establecido en el Pacto de Alcaldes por el Clima y la Energía, Malabrigo debe reducir sus emisiones de gases de efecto en al menos un 18% respecto al escenario BAU al 2030, considerando las fuentes de emisión del alcance BÁSICO. Sin embargo, en el marco del presente Plan se ha buscado una meta aún más ambiciosa desde la gestión local, la cual asciende a una reducción del 20%. De esta forma, en 2030, Malabrigo no emitirá más de 23.189,26 tCO2e.Do not knowNoSe espera que la reducción de emisiones propuesta por Malabrigo y las medidas que se desarrollen para su concreción, se sumen a los esfuerzos nacionales.762020182021-07-16T02:09:29.690
7022020841098Municipalidad Distrital de ChimbotePeruLatin AmericapublicCity / MunicipalityNo target3382172021-07-16T02:09:29.690
7032020843399Wandsworth CouncilUnited Kingdom of Great Britain and Northern IrelandEuropepublicLocal government area within a greater city / metropolitan areaBase year emissions (absolute) targetEnergyLarger – covers the whole city and adjoining areas33250020202021-07-16T02:09:29.690
704202043917Sofia MunicipalitySofiaBulgariaEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryAll emissions sources included in city inventoryLarger – covers the whole city and adjoining areas2007201156724324020303403459.210.34Global Covenant of Mayors for Climate & EnergyYes - 1.5 °CYesIn November 2018 Sofia Municipality has set its commitment under the Global Covenant of Mayors for Climate and Energy as follows:(1) To reduce CO2 (and possibly other greenhouse gas) emissions on its territory by at least 40% by 2030, namely through improved energy efficiency and greater use of renewable energy sources; and (2) To increase its resilience by adapting to the impacts of climate change.In order to translate these commitments into action, Sofia Municipality has undertaken the following step-by-step approach:(1) Carring out a Baseline Emissions Inventory and a Climate Change Risk and Vulnerability Assessment;(2) Submiting a Sustainable Energy and Climate Action Plan within two years; and (3) Report progress at least every second year following the submission of the Sustainable Energy and Climate Action Plan for evaluation, monitoring and verification purposes. At national level Bulgaria has a joint commitment within the EU. The EU and its Member States are committed to a binding target of an at least 40% domestic reduction in greenhouse gas emissions by 2030 compared to 1990, to be fulfilled jointly. The target represents a significant progression beyond itscurrent undertaking of a 20% emission reduction commitment by 2020 compared to 1990 (which includes the use of offsets). It is in line with the EU objective, in the context of necessary reductions according to the IPCC by developed countries as a group, to reduce its emissions by 80-95% by 2050 compared to 1990. Furthermore, it is consistent with the need for at least halving global emissions by 2050 compared to 1990. The EU and its Member States have already reduced their emissions byaround 19% on 1990 levels while GDP has grown by more than 44% over the same period. As a result, average per capita emissions across the EU and its Member States have fallen from 12 tonnes CO2-eq. in 1990 to 9 tonnes CO2-eq. in 2012 and are projected to fall to around 6 tonnes CO2-eq. in 2030. The emissions in the EU and its Member States peaked in 1979.14799022019{"type"=>"Point", "coordinates"=>[23.3219, 42.6977]}2021-07-16T02:09:29.690
705202035867Region Metropolitana de GuadalajaraGuadalajaraMexicoLatin AmericapublicMetropolitan areaBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else2016202015510627.61002050013Global Covenant of Mayors for Climate & Energy; Other, please specify: C40 citiesYes - 1.5 °CYes48651222015{"type"=>"Point", "coordinates"=>[-103.35, 20.6597]}2021-07-16T02:09:29.690
706202052897City of AspenAspenUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryN/ALarger – covers the whole city and adjoining areas2004200738047180205076094.224.69Yes - 2 °CNoAs a part of the community-wide climate action plan, Aspen has set a target to reduce greenhouse gas emissions 80% from 2004 levels by 2050.90032017{"type"=>"Point", "coordinates"=>[-106.837, 39.195]}2021-07-16T02:09:29.690
7072020847243MaggioloArgentinaLatin Americapublic2021-07-16T02:09:29.690
708202058485Abington TownshipUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year intensity targetEnergySame – covers entire city and nothing else20102050Metric tonnes of CO2e per unit GDP100Global Covenant of Mayors for Climate & EnergyYes - 1.5 °CYes, and it exceeds its scale or requirementAs per the Township's appointed Environmental Advisory Council's decision, Abington Township should strive to adopt the IPCC targets of a 45% reduction in community wide carbon emissions by 2030 and strive to attain “net-zero” carbon emissions by 2050;553102010{"type"=>"Point", "coordinates"=>[-75.1195, 40.1241]}2021-07-16T02:09:29.690
709202050566City of AnchorageAnchorageUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else2015201951785488020501035709.6Global Covenant of Mayors for Climate & EnergyDo not knowDo not knowThrough the Climate Action Plan, Anchorage has a goal of reducing GHG emissions 80% from 2008 levels by 2050, with an interim goal of 40% by 2030. Due to lack of available data, the Municipality is revising its baseline year to 2015. The CAP acknowledges, however, that in its current state, it will not ensure they are met. Additional resources and planning are necessary to meet the goals.2953652018{"type"=>"Point", "coordinates"=>[-149.9, 61.2181]}2021-07-16T02:09:29.690
710202074607Gemeente AlkmaarNetherlandsEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else20102020213252024159.75Yes10944420202021-07-16T02:09:29.690
7112020839668Municipio de IztapaGuatemalaLatin AmericapublicCity / MunicipalityBase year intensity targetAll emissions sources included in city inventorySame – covers entire city and nothing else2018203005020301Metric tonnes of CO2e per capita11Global Covenant of Mayors for Climate & Energy; One Planet City ChallengeYes - 1.5 °CDo not know1191720192021-07-16T02:09:29.690
712202060656City of Piedmont, CAPiedmontUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryLarger – covers the whole city and adjoining areas20052018488204020302929255Other: It has 40% by 2030, but by 2005 year not 1990 as the baseline.YesAccording to the NDC website, the United States intends to achieve an economy-wide target of reducing its greenhouse gas emissions by 26%-28% below its 2005 level in 2025 and to make best efforts to reduce its emissions by 28%. The City's target is more ambitions. The City's goals are consistent with the State's goals.113782017{"type"=>"Point", "coordinates"=>[-122.232, 37.8244]}2021-07-16T02:09:29.690
713202074453City of Highland Park, ILUnited States of AmericaNorth AmericapublicLocal government area within a greater city / metropolitan areaFixed level targetAll emissions sources included in city inventorySame – covers entire city and nothing else20202025296611297005Yes - 2 °CNoThe goal to reduce emissions from the 2016 baseline by 5% by 2025 was collaboratively deliberated by municipal staff and resident members of the Sustainability Advisory Group (previously titled the Natural Resources Commission), which is appointed by City Council. The team agreed that this is a reasonable and achievable goal. The largest gains will be in improving the energy efficiency of residential and commercial buildings. This is largely outside of the City's control, therefore the primary strategy will be to promote the energy efficiency programs offered by the local utilities. The City also plans a major focus on waste management. The GHG analysis revealed a trend of landfill waste increasing while recycling rates decreased, even though utilization of the City's composting service has increased significantly. The City prefers to set short term, achievable goals rather than long term goals dependent on future staff and decision makers, to focus the attention of current staff and resident commission members in their daily activities. The emission reduction goals will be reviewed and revised every five years to continue on a path toward the Paris Agreement.2976720192021-07-16T02:09:29.690
714202074414Boulder CountyBoulder CountyUnited States of AmericaNorth AmericapublicProvince / CountyBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else200550670004520302786850No3222262016{"type"=>"Point", "coordinates"=>[-105.5, 40.15]}2021-07-16T02:09:29.690
715202054513Municipality of UppsalaUppsalaSwedenEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else199020151440000302020100800056Yes - 1.5 °CNoThe total emissions of greenhouse gases shall by the year 2020 have decreased by about 30 %.2307672019{"type"=>"Point", "coordinates"=>[17.635, 59.8536]}2021-07-16T02:09:29.690
716202058391Maribyrnong City CouncilAustraliaSoutheast Asia and Oceaniapublic2021-07-16T02:09:29.690
7172020848138Prefeitura de Conde (Paraíba)BrazilLatin AmericapublicCity / MunicipalityNo target2461020192021-07-16T02:09:29.690
718202032480City of AdelaideAdelaideAustraliaSoutheast Asia and OceaniapublicCity / MunicipalityFixed level targetAll emissions sources included in city inventoryN/ASame – covers entire city and nothing else201520254018383615322.63Global Covenant of Mayors for Climate & EnergyYes - 1.5 °CYes, but it exceeds its scale or requirementCoA’s target is more ambitious than Australia's NDC (economy-wide target to reduce greenhouse gas emissions by 26% to 28% below 2005 levels by 2030) and it has been updated to reflect changing emission factors and scope over time.The City of Adelaide community GHG emissions for FY2007 (base year), reported in the Carbon Neutral Adelaide Action Plan 2016-2021 have been updated to ensure consistency with the latest calculation methodologies. Updates include calculating GHG emissions from product use; recalculating FY2006/07 waste and transport GHG emissions in line with the GPC calculation methodology, released in 2014, to enable a robust comparison of base year emissions to current performance; and enhancing the approach used to calculate commercial waste GHG emissions. The updated emissions for the base year outlined above have resulted in a decrease in the target year absolute emissions goal (421,174 metric tonnes CO2e) shown in the Carbon Neutral Adelaide Action Plan 2016-2021.248072018{"type"=>"Point", "coordinates"=>[138.601, -34.9285]}2021-07-16T02:09:29.690
719202060400Municipalidad de TemucoChileLatin AmericapublicIndependent cityFixed level target2824152172021-07-16T02:09:29.690
720202073530Town of Lexington, MALexington, MAUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryUnknownSame – covers entire city and nothing else20122018520023100205009Yes - 2 °CYes, but it exceeds its scale or requirementThe Global Warming Solutions Act target at the Massachusetts state level is 80% reduction by 2050. We are aiming to exceed the state's goals.313942010{"type"=>"Point", "coordinates"=>[-71.2269, 42.4443]}2021-07-16T02:09:29.690
721202036285Comune di FirenzeFirenzeItalyEuropepublicCity / MunicipalityBase year emissions (absolute) targetTransportLarger – covers the whole city and adjoining areas2018201946274292030421095.221Global Covenant of Mayors for Climate & EnergyDo not knowYes, but it exceeds its scale or requirementThe target has been recently set in the Sustainable Urban Mobility Plan of the whole metropolitan area.3788392019{"type"=>"Point", "coordinates"=>[11.2558, 43.7696]}2021-07-16T02:09:29.690
722202059996Batangas CityBatangasPhilippinesSoutheast Asia and OceaniapublicCity / MunicipalityBaseline scenario (business as usual) target3541702017{"type"=>"Point", "coordinates"=>[121.058, 13.7565]}2021-07-16T02:09:29.690
723202060278Prefeitura de FernandópolisFernandópolisBrazilLatin AmericapublicCity / MunicipalityNo target688232018{"type"=>"Point", "coordinates"=>[-50.2475, -20.2858]}2021-07-16T02:09:29.690
724202031146Addis Ababa City AdministrationAddis AbabaEthiopiaAfricapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else201620201447913310020500Yes - 1.5 °CYesThe national NDC determine to reduce emission by 64% from the baseline period of 2010 and reach the net zero emission by 2030. The city target also to make the emission net zero relatives to 203036890002020{"type"=>"Point", "coordinates"=>[38.7544, 9.02887]}2021-07-16T02:09:29.690
7252020827048Zhenjiang Municipal People's GovernmentChinaEast AsiapublicCity / MunicipalityFixed level targetAll emissions sources included in city inventorySame – covers entire city and nothing else2015202052620000Urban-LEDSYes - 1.5 °CYesreach the peak of carbon emissions by 2020, and by 2020; the total amount of carbon dioxide emissions will be controlled at 52.62 million tons.318630020182021-07-16T02:09:29.690
726202063762Metropolitan Washington Council of Governments (COG)United States of AmericaNorth AmericapublicMetropolitan areaBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else200520087178101220202057424809.664Global Covenant of Mayors for Climate & EnergyNo557023420182021-07-16T02:09:29.690
727202054078City of HaywardHaywardUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else200520091082891202020866312.814.6Individual City CommitmentDo not knowYes, but it exceeds its scale or requirementCalifornia's state target for 2020 uses a different baseline than Hayward. Given the different baseline, the equivalent is for Hayward to reduce emissions by 15% from the 2005 baseline by 2020. Hayward set a more ambitious goal of 20% below 2005 by 2020. The City's General Plan outlines a goal of 61.7% by 2040 and 82.5% by 2050. These goals are not as ambitious as the state's goal outlined in SB32 and the state's goal of carbon neutrality by 2045. Due to this, City amended the General Plan to update the goals to be 30% by 2025, 55% by 2030, and carbon neutral by 2045. This General Plan Amendment was approved by Council in June 2020.1614562017{"type"=>"Point", "coordinates"=>[-122.081, 37.6689]}2021-07-16T02:09:29.690
728202069848Municipio de LojaLojaEcuadorLatin AmericapublicCity / MunicipalityBaseline scenario (business as usual) targetAll emissions sources included in city inventoryNo difiere.Same – covers entire city and nothing else20152016423824204038549360El objetivo principal es establecer determinar la Huella Hidria y de Carbono de la ciudad de Loja, Contribuir a la reducción de las emisiones de GEI de los sectores con mayor aporte a la Huella de Carbono de Loja (transporte, residencial/comercial, residuos sólidos, industrial), priorizando la movilidad sustentable, proyectando cambios en la política de energía urbana y promoviendo la eficiencia energética. Esto atraves de la Metodologia GPC global protocol for community-scale Greenhouse gas emissionesYes - 1.5 °CNoEmisiones acumuladas al año 2040. Aun no se hizo el seguimiento al cumplimiento de los proyectos considerados2148552010{"type"=>"Point", "coordinates"=>[-3.99313, -79.2042]}2021-07-16T02:09:29.690
729202050378Municipalidad de San JoséSan JoséCosta RicaLatin AmericapublicCity / MunicipalityBase year emissions (absolute) targetTransportSame – covers entire city and nothing else2017201961718812025611016.12100Global Covenant of Mayors for Climate & Energy; Other, please specify: Plan de Descarbonización de Costa RicaYes - 2 °CYesAño base: 2017.Reordenamiento Vial. Las reducciones podrán ser calculadas con aforos vehiculares en los tramos viales donde se ejecute esta acción. El reordenamiento vial persigue que la circulación vehicular en el cantón sea más fluida. Como resultado de esto, se evita la congestión de las vías, por ende, disminuyendo los tiempos de los viajes y reduciendo emisiones atmosféricas y su concentración en la ciudad. Llevar a cabo esta acción reviste los siguientes componentes: Estudio del diseño de vías actuales y flujos vehiculares. Diseño de planes de ordenamiento vial. Aprobaciones del MOPT para vías nacionales. Señalización de vías. Carriles exclusivos para transporte público, delimitados por barreras físicas, en horarios preestablecidos o permanentes. Incorporación de ciclovías y áreas caminables en la red vial. Análisis de posibles cambios necesarios en ubicación de paradas de transporte público y comunicación a la ciudadanía.Identificación de sinergias con otras acciones de mitigación: Conexiones de vías con alternativas de transporte público (tranvía, tren eléctrico). Red de transporte pública conectada con aceras y áreas caminables y nodos intermodales.Recomendaciones: Alianzas con prestadores del servicio de transporte. Incluir análisis del transporte de carga, para fomentar también su fluidez de tránsito.Ver: https://outline.com/pBJCw53448512019{"type"=>"Point", "coordinates"=>[9.9326, -84.0796]}2021-07-16T02:09:29.690
7302020840038Justiniano PosseArgentinaLatin Americapublic2021-07-16T02:09:29.690
731202031111Tokyo Metropolitan GovernmentTokyoJapanEast AsiapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else20191002050Deadline 2020 - Delivering the 1.5 degree ambition of the Paris Agreement in a resilient, inclusive way; Global Covenant of Mayors for Climate & EnergyYes - 1.5 °CYes, but it exceeds its scale or requirementAchieve net zero CO2 emissions from Tokyo139516362020{"type"=>"Point", "coordinates"=>[139.41, 35.41]}2021-07-16T02:09:29.690
732202059644City of Culver City, CACulver CityUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventory20192019282025In 2017, the City joined the Mayors National Climate Action Agenda, whose goal is to cut greenhouse gases by 26 to 28 percent below their 2005 levels by 2025. Additionally, under AB32, Culver City has the goal of reducing GHG emissions to 1990 levels by 2020 and 80% below 1190 emissions levels by 2050. The city does not currently have data on the base year emissions levels or the target achieved so far. The city has begun a greenhouse gas inventory based on 2017 data and is nearly complete.392952018{"type"=>"Point", "coordinates"=>[-118.4, 34.02]}2021-07-16T02:09:29.690
733202035913City of NairobiNairobiKenyaAfricapublicCity / MunicipalityNo target45000002017{"type"=>"Point", "coordinates"=>[36.8219, -1.29206]}2021-07-16T02:09:29.690
734202050681Município de FunchalFunchalPortugalEuropepublicCity / MunicipalityFixed level target1118922011{"type"=>"Point", "coordinates"=>[-16.9241, 32.6669]}2021-07-16T02:09:29.690
735202054110City of Santa MonicaSanta MonicaUnited States of AmericaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else19902019138664080203027732831Global Covenant of Mayors for Climate & EnergyYes - 1.5 °CYesBetween 1990 and 2015, Santa Monica reduced its emissions by 276,324 metric tons of carbon dioxide equivalents (mtCO2e) to achieve 20% below 1990 levels at a rate of 0.8% per year. In order to achieve an 80% reduction by 2030, Santa Monica would need to reduce total emissions by about 929,693 mtCO2e, at a rate of over 4% per year, significantly increasing the scale and speed of reductions. This 'bending of the carbon curve' is essential to meeting the Paris Climate Agreement and avoiding worsened climate change impacts.914112018{"type"=>"Point", "coordinates"=>[-118.481, 34.0219]}2021-07-16T02:09:29.690
736202074488City of Beverly, MAUnited States of AmericaNorth AmericapublicCity / MunicipalityNo target4015220202021-07-16T02:09:29.690
73720208242City of HelsinkiHelsinkiFinlandEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else19902017351400080203570280026Global Covenant of Mayors for Climate & Energy; ICLEI’s Green Climate Cities Program; Urban-LEDSYes - 1.5 °CYes, but it exceeds its scale or requirementHelsinki's path toward carbon neutrality is: 30% GHG total emission reduction by 2020, 60% reduction by 2030 and carbon neutrality by 2035 (min. of 80% reduction and max 20% compensation). City-owned energy Company Helen's target is in line with the city.The city council of Helsinki decided in the new city strategy 2017-2021 that Helsinki will reduce its emissions by 60 % by 2030 and become carbon neutral (minimum of -80% emission reduction and compensation of 20%) by 2035. In the plan there are target values for buildings (-82% reduction) and transport (-70% reduction) to reach a minimum of 80% emission reduction by 2035. To implement this Helsinki prepared a mitigation action plan which includes 147 measures. The action plan was finalized in Feb 2018 and approved in Dec 2018 by the city government.Previous GHG target approved by the city strategy (in 2013) is 30% emission reduction target between 1990-2020, which is still valid and seems likely to be achieved. The city-owned energy company Helen has the same target for carbon neutrality by 2035 than the city does. Energy production's emissions are rapidly decreasing as Helsinki's both CHP coal-power plants are closed by 2025 (Hanasaari) and 2029 (Salmisaari) and replaced with 0-emission energy.6553952020{"type"=>"Point", "coordinates"=>[24.941, 60.1733]}2021-07-16T02:09:29.690
7382020848130San Pedro YepocapaGuatemalaLatin Americapublic2021-07-16T02:09:29.690
7392020845134Prefeitura de São Bento do UnaBrazilLatin AmericapublicCity / MunicipalityNo target5800020202021-07-16T02:09:29.690
7402020834301Municipality of San Antonio de ArecoArgentinaLatin AmericapublicCity / MunicipalityBaseline scenario (business as usual) targetOther, please specify: Energía, Transporte, DesechosSe toman a consideración las fuentes de emisión clasificadas en el inventario como básicas (siguiendo el estándar GPC). El nivel BASIC (básico) cubre las fuentes de emisión que se producen en casi todas las ciudades (energía estacionaria, transporte dentro de los límites y desechos generados en la ciudad), donde las metodologías y datos de cálculo están fácilmente disponibles. Se corresponde a un marco de reporte inducido por la ciudad. En detalle, las emisiones cubiertas son: - Energía Estacionaria, alcances 1 y 2 - Transporte, alcance 1 (se utiliza el método de venta de combustible) y 2- Residuos, alcance 1 y 3Se decidió no incorporar las emisiones de agricultura y ganadería y las emisiones de alcance 3 de energía estacionaria (incluidas en el inventario) ya que sobre estas, los gobiernos locales no tienen capacidad de realizar acciones concretas para mitigarlas. Se incluyeron sólo aquellas que pueden ser gestionados más fácilmente a escala local.Same – covers entire city and nothing else2018201986709.31202030119001.24Global Covenant of Mayors for Climate & EnergyEn 2016 Argentina presentó su NDC, en ella propone no exceder la emisión neta de 483 millones de toneladas de dióxido de carbono equivalente en el año 2030, esto significaría reducir el 18% de las emisiones proyectadas en un escenario de referencia.Durante el 2014 en Argentina se emitieron 368 millones de toneladas de dióxido de carbono equivalente (MtCO2e). Por otro lado, las emisiones proyectadas al año 2030 bajo el escenario BAU ascienden a 592 MtCO2e11. De esta forma, el aumento porcentual relativo de emisiones proyectado para el 2030 es del 60,87%.Este aumento será considerado para la preparación del escenario BAU de San Antonio de Areco donde se proyectarán las emisiones alcanzadas por el nivel BÁSICO. Este nivel abarca los sectores en los cuales los gobiernos locales poseen mayor capacidad de realizar acciones concretas, y que pueden ser gestionados más fácilmente que los incluidos en el nivel BÁSICO+.Para correlacionar el escenario Business as Usual nacional con el de San Antonio de Areco se realizó un ajuste considerando las tasas de aumento poblacional. El factor de ajuste es equivalente a la relación entre la variación poblacional en el período 2014-2030 a nivel nacional y local.__________________________________Luego de esta actualización, la estrategia de mitigación queda conformada por 30 acciones (Apéndice 1). Se ha revisado cada una y se han mejorado las estimaciones de los potenciales de reducción de GEI considerando información actualizada. Se espera que con su implementación San Antonio de Arecoalcance la meta previamente descrita.De acuerdo a los cálculos realizados, la concreción de estas acciones contribuiría a limitar el aumentode emisiones en 97.553,79 tCO2e para el año 2030, la brecha restante de 2.352 tCO2e se espera cubrircon acciones de las cuales no se han estimado su potencial de mitigación.Do not knowNoSe espera que la reducción de emisiones propuesta por San Antonio de Areco y las medidas que se desarrollen para su concreción, se sumen a los esfuerzos nacionales.2466820182021-07-16T02:09:29.690
741202036286Comune di FerraraFerraraItalyEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryLarger – covers the whole city and adjoining areas20072019126123141.82030734036.44221.6Do not knowDo not knowIn 2017 Associazione Terre Estensi has joined to Covenant of Mayors for Climate and Energy and in the context of SECAP has updated the emissions reduction target, that is 41,8% by 2030. The greatest effort to achieve the reduction targets of the emissions by 2030 is entrusted to the production of local renewable energy, both thermal and electrical; the second sector to be involved in an important way is that of transport, in line with the emission impact on the territory (29% of total emissions to 2007). The production sector is asked to intervene on 20% of the total emissions, followed by the residential and tertiary sectors.1320092018{"type"=>"Point", "coordinates"=>[11.619, 44.8357]}2021-07-16T02:09:29.690
742202050544City of Aurora, ILAuroraUnited States of AmericaNorth AmericapublicCity / MunicipalityBaseline scenario (business as usual) target2009652017{"type"=>"Point", "coordinates"=>[41.7606, 88.3201]}2021-07-16T02:09:29.690
743202036470Comune della SpeziaLa SpeziaItalyEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventoryLarger – covers the whole city and adjoining areas20072011262091202020209672.87NoYes938702017{"type"=>"Point", "coordinates"=>[9.83632, 44.111]}2021-07-16T02:09:29.690
744202058671Helsingør Kommune / Elsinore MunicipalityHelsingørDenmarkEuropepublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else20082010415408402030249244.8100Global Covenant of Mayors for Climate & EnergyDo not knowYesAs a signatory of Covenant of Mayors (now combined with Compact of Mayors), Elsinore Municipality made a SEAP and committed itself to reduce the CO2eq emissions by at least 40% by 2030.626952020{"type"=>"Point", "coordinates"=>[12.5921, 56.0308]}2021-07-16T02:09:29.690
745202035897Municipality of CampinasCampinasBrazilLatin AmericapublicCity / MunicipalityBase year emissions (absolute) targetTransportNão há diferença entre as fontes do inventário.Same – covers entire city and nothing else201620201879651.0621.220401481165.035280Global Covenant of Mayors for Climate & EnergyYes - 2 °CNoA meta da cidade é menos ambiciosa (em valor absoluto) do que a NDC nacional devido ao fato de que a cidade de Campinas se configura como uma área urbana já consolidada onde o range de redução das emissões de GEE é notadamente mais restrito que o nacional.12040732019{"type"=>"Point", "coordinates"=>[-46.9372, -22.744]}2021-07-16T02:09:29.690
746202059669City of North VancouverNorth VancouverCanadaNorth AmericapublicCity / MunicipalityBase year emissions (absolute) targetAll emissions sources included in city inventorySame – covers entire city and nothing else2007201922421280204044842.4Yes - 1.5 °CNoIncludes: solid waste, public transportation; private transportation; industrial buildings; residential buildings Data availability and reliability limit our ability to track percentage of target achieved so far.528982016{"type"=>"Point", "coordinates"=>[-123.072, 49.32]}2021-07-16T02:09:29.690
747202054317Dehradun Municipal CorporationDehradunIndiaSouth and West Asiapublic2021-07-16T02:09:29.690
748202050370Municipalidad de TampicoTampicoMexicoLatin Americapublic{"type"=>"Point", "coordinates"=>[-99.0173, 19.3599]}2021-07-16T02:09:29.690
74920201499Ajuntament de BarcelonaBarcelonaSpainEuropepublicCity / MunicipalityBase year emissions (absolute) targetWasteSame – covers entire city and nothing else2008201132758074202085170.85NoNo16367622019{"type"=>"Point", "coordinates"=>[2.1775, 41.3823]}2021-07-16T02:09:29.690
750202046263Amdavad Municipal Corporation (Ahmedabad)AhmedabadIndiaSouth and West Asiapublic2021-07-16T02:09:29.690

About

Profile Picture Amy Bills

created Jul 7 2020

updated Jul 16 2021

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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’.
The dataset contains all public data on cities' emission reductions targets as reported by cities in 2020. View cities questionnaire guidance https://www.cdp.net/en/guidance/guidance-for-cities. Please contact cities@cdp.net if you have any questions.

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