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2015 - Cities Emissions Reduction Targets

Row numberOrganizationAccount NoCountryCity Short NameC40Reporting YearBaseline YearBaseline Emissions (metric tonnes CO2e)Percentage Reduction TargetRelevant GHG SourcesTarget DateTarget DescriptionGHG sources to which the target appliesCommentTarget Date CategoryCity LocationCountry Location
1City of Long Beach50551USALong Beach2015200740791610.00electricity2020natural gasShort term(33.77005°, -118.193739°)(37.09024°, -95.712891°)
2Mexico City31172MexicoMexico CityC402015200050.002050Long term(19.4326077°, -99.133208°)(23.634501°, -102.552784°)
3Mexico City31172MexicoMexico CityC402015201220100830.012020ComercialEmissions generated by the consumption of electricity and fuel use in malls and serviceShort term(19.4326077°, -99.133208°)(23.634501°, -102.552784°)
4Mexico City31172MexicoMexico CityC4020152012126206353.902020TransportEmissions from motor vehicles on roads and used by the community to be transported; in addition to those generated by vehicles not driven on roads, as the operation of buses within the bus stations, locomotives, aircraft and agricultural machinery and constructionShort term(19.4326077°, -99.133208°)(23.634501°, -102.552784°)
5Suwon city44185South KoreaSuwon201520056014955.00Suwon total emissions2030Suwon total emissionsShort term(37.2635727°, 127.0286009°)(35.907757°, 127.766922°)
6City of Winnipeg50579CanadaWinnipeg2015199852573246.00All in inventory.No firm target date or action plan.All in inventory.No firm target date or action plan.No date(49.8997541°, -97.1374937°)(56.130366°, -106.346771°)
7Mexico City31172MexicoMexico CityC402015201240287246.402020ResidentialEmissions from electricity consumption and use of fossil fuel (LPG and natural gas) in different types of housingShort term(19.4326077°, -99.133208°)(23.634501°, -102.552784°)
8Gobierno Municipal de León de los Aldamas50359MexicoLeón de los Aldamas20152013501213310.00Energía.2025Meta incluida dentro del Programa Municipal de Cambio Climático del Municipio de León.Energía.Meta incluida dentro del Programa Municipal de Cambio Climático del Municipio de León.Short term(21.132751°, -101.678184°)(23.634501°, -102.552784°)
9City of Cape Town35858South AfricaCape TownC40201520072055017210.00Primarily applies to electricity generation. Cape Town’s electricity is supplied through the national energy utility, Eskom. 95% of Eskom’s electricity is coal-generated. The City therefore aimed to decrease its emissions by focusing on decreasing electricity consumption by 10% off a “business-as-usual” baseline by 2012.2012The current target was included in the City’s Energy and Climate Action Plan (ECAP) and is currently being reviewed and updated as part of the City’s Energy 2040 vision and ECAP update process, to be finalised by end 2015. Updated targets will be provided in the 2016 CDP submission. Current electricity consumption levels city-wide are below 2007 levels.Primarily applies to electricity generation. Cape Town’s electricity is supplied through the national energy utility, Eskom. 95% of Eskom’s electricity is coal-generated. The City therefore aimed to decrease its emissions by focusing on decreasing electricity consumption by 10% off a “business-as-usual” baseline by 2012.The current target was included in the City’s Energy and Climate Action Plan (ECAP) and is currently being reviewed and updated as part of the City’s Energy 2040 vision and ECAP update process, to be finalised by end 2015. Updated targets will be provided in the 2016 CDP submission. Current electricity consumption levels city-wide are below 2007 levels.Short term(-33.9253°, 18.4239°)(-30.559482°, 22.937506°)
10City of Benicia49787USABenicia2015200048703510.00Residential Electricity and Natural Gas Use, Commercial/Industrial Electricity and Natural Gas Use, On Road Transportation, Off Road Equipment, Waste, Water Supply, Treatment, and Delivery2020Residential Electricity and Natural Gas Use, Commercial/Industrial Electricity and Natural Gas Use, On Road Transportation, Off Road Equipment, Waste, Water Supply, Treatment, and DeliveryShort term(38.049365°, -122.1585777°)(37.09024°, -95.712891°)
11District of Columbia31090USAWashington DCC40201520061010116810.00Building energy use (residential, commercial, government), transportation (VMTs), solid waste, transit.2015Building energy use (residential, commercial, government), transportation (VMTs), solid waste, transit.Short term(38.9071923°, -77.0368707°)(37.09024°, -95.712891°)
12City of Eugene54070USAEugene2015199091196510.00Gasoline, Diesel, Natural Gas, Electricity2020Goal does not speak to the exact emission sources targeted, but these are the primary sources called out in the 2005 inventory - so would be the assummed target GHGsGasoline, Diesel, Natural Gas, ElectricityGoal does not speak to the exact emission sources targeted, but these are the primary sources called out in the 2005 inventory - so would be the assummed target GHGsShort term(44.0519°, -123.0867°)(37.09024°, -95.712891°)
13City of Aurora, CO55467USAAurora, CO20152007464124010.00Residential/Commercial/Industrial/Public building energy use, transportation, fuel production and shipping, water/wastewater, food, cement, agricultural, and municipal solid waste.2025Buckley Air Force Base not included. Methodology developed by University of Colorado DenverResidential/Commercial/Industrial/Public building energy use, transportation, fuel production and shipping, water/wastewater, food, cement, agricultural, and municipal solid waste.Buckley Air Force Base not included. Methodology developed by University of Colorado DenverShort term(39.729432°, -104.83192°)(37.09024°, -95.712891°)
14Salt Lake City31177USASalt Lake City20152009475000010.00Energy, Transportation and Material Waste.2015Goal included in Sustainable Salt Lake Plan 2015Energy, Transportation and Material Waste.Goal included in Sustainable Salt Lake Plan 2015Short term(40.760779°, -111.891047°)(37.09024°, -95.712891°)
15Singapore Government35993SingaporeSingaporeC40201520207720000011.00Total GHG (nation-wide)20207 to 11% reduction (unconditional) from 2020 Business-as-usual (BAU) emissions 16% reduction (conditional of global deal) from 2020 Business-as-usual (BAU) emissionsTotal GHG (nation-wide)7 to 11% reduction (unconditional) from 2020 Business-as-usual (BAU) emissions 16% reduction (conditional of global deal) from 2020 Business-as-usual (BAU) emissionsShort term(51.9055346°, 4.4742753°)(1.352083°, 103.819836°)
16City of Yokohama31113JapanYokohamaC40201520051954000016.00all of greenhouse gas2020all of greenhouse gasShort term(35.4437078°, 139.6380256°)(36.204824°, 138.252924°)
17City of Park City, UT14344USAPark City, UT201520121959012.00Scope 1 Scope 2 Scope 32013January through December 2012 was the period concurrent with the City’s “Goal Year” for our municipal carbon footprint. The City’s goal was to emit 12% fewer greenhouse gas emissions than an anticipated Business as Usual (BAU) path. The City ultimately emitted 18,715 tons of CO2-equivalent (CO2e) emissions during this time, roughly 8.6% above the goal for 2012. , but 875 tons below forecast emission levels of 19,590 tons.Scope 1 Scope 2 Scope 3January through December 2012 was the period concurrent with the City’s “Goal Year” for our municipal carbon footprint. The City’s goal was to emit 12% fewer greenhouse gas emissions than an anticipated Business as Usual (BAU) path. The City ultimately emitted 18,715 tons of CO2-equivalent (CO2e) emissions during this time, roughly 8.6% above the goal for 2012. , but 875 tons below forecast emission levels of 19,590 tons.Short term(40.646062°, -111.497973°)(37.09024°, -95.712891°)
18Comune di Venezia36254ItalyVeniceC402015200552414513.10Tertiary (non municipal) buildings, equipment/facilities2020SEAP action "free-01 - extimated CO2 reduction by 2020: 1072t" SEAP action "free-02 - extimated CO2 reduction by 2020: 292t" SEAP action "free-06 - extimated CO2 reduction by 2020: 997t" SEAP action "free-07 - extimated CO2 reduction by 2020: 22946t" SEAP action "free-08 - extimated CO2 reduction by 2020: 4347t" SEAP action "free-09 - extimated CO2 reduction by 2020: 97t" SEAP action "free-10 - extimated CO2 reduction by 2020: 772t" SEAP action "free-11 - extimated CO2 reduction by 2020: 132t" SEAP action "free-12 -extimated CO2 reduction by 2020: 166t" SEAP action "free-13 - extimated CO2 reduction by 2020: 477t" SEAP action "free-14 [1/2]- extimated CO2 reduction by 2020: 13702t" SEAP action "free-15 - extimated CO2 reduction by 2020: 3941t" SEAP action "free-16 - extimated CO2 reduction by 2020: 19020t" SEAP action "free-17 - extimated CO2 reduction by 2020: 168t" SEAP action "pure-03 - extimated CO2 reduction by 2020: 38238t" total extimated CO2 reduction by 2020: 106367t"Residential buildingsSEAP action "free-14 [1/2] - extimated CO2 reduction by 2020: 13704t" SEAP action "pure-02 - extimated CO2 reduction by 2020: 55314t" total extimated CO2 reduction by 2020: 69018t"Short term(45.4332515°, 12.3210704°)(41.87194°, 12.56738°)
19Municipalidad de La Paz50364BoliviaLa Paz2015201470814.15Emisiones directas de Unidades móviles2018El Sistema Integrado de Transporte Masivo La Paz Bus, con su primera modalidad de buses el Puma-Katari, pretende además de integrar la ciudad y mejorar la calidad de vida de los ciudadanos, reducir el consumo energético de este sector. El transporte público masivo es aproximadamente 6 veces más eficiente por viajero y por Km, que el vehículo privado, por lo que se espera que exista una reducción significativa en las emisiones de GEI de este sector.Emisiones directas de Unidades móvilesEl Sistema Integrado de Transporte Masivo La Paz Bus, con su primera modalidad de buses el Puma-Katari, pretende además de integrar la ciudad y mejorar la calidad de vida de los ciudadanos, reducir el consumo energético de este sector. El transporte público masivo es aproximadamente 6 veces más eficiente por viajero y por Km, que el vehículo privado, por lo que se espera que exista una reducción significativa en las emisiones de GEI de este sector.Short term(-16.5°, -68.15°)(-16.290154°, -63.588653°)
20City of London, ON50558CanadaLondon, ON20151990329000015.00all Scope 1 and 2 emissions within London, excluding rail & air transportation2020all Scope 1 and 2 emissions within London, excluding rail & air transportationShort term(42.9837°, -81.2497°)(56.130366°, -106.346771°)
21Roma Capitale31110ItalyRoma C4020152003359387715.00Transport2020ResidentialShort term(41.8723889°, 12.4801802°)(41.87194°, 12.56738°)
22City of Santa Monica54110USASanta Monica2015199092429315.00Residential, Commercial, Industrial - electricity & natural gas; Transportation; Solid Waste2015Residential, Commercial, Industrial - electricity & natural gas; Transportation; Solid WasteShort term(34.0219°, -118.4814°)(37.09024°, -95.712891°)
23Gobierno Municipal de León de los Aldamas50359MexicoLeón de los Aldamas20152013501213320.00Energía.2035Meta incluida dentro del Programa Municipal de Cambio Climático del Municipio de León.Energía, transporte, Residuos.Meta incluida dentro del Programa Municipal de Cambio Climático del Municipio de León.Short term(21.132751°, -101.678184°)(23.634501°, -102.552784°)
24City of Portland, OR14874USAPortland, ORC4020151990898946040.00Scope 1 (except fugitive emissions), Scope 2 and "waste disposal"2030Scope 1 (except fugitive emissions), Scope 2 and "waste disposal"Short term(45.52°, -122.6819°)(37.09024°, -95.712891°)
25City of Baltimore35853USABaltimore20152010757914415.00Key findings by sector provide guidance for where strategies can perhaps slow future emissions growth. • GHG emissions from the energy sector are anticipated to increase slightly from 79.5 percent (2010) to 79.9 percent (2020). • The transportation-related emissions are anticipated to decrease from 15.6 percent (2010) to 15.2 percent (2020). • The waste-related emissions are anticipated to remain unchanged at 2.8 percent. • Wastewater treatment GHG emissions are expected to remain unchanged at 1.5 percent. • GHG emissions from the water sector are anticipated to remain unchanged at 0.7 percent. All GHG emissions have been calculated and presented in metric tons of carbon dioxide equivalent emissions per year (MT CO2e/yr).2020Key findings by sector provide guidance for where strategies can perhaps slow future emissions growth. • GHG emissions from the energy sector are anticipated to increase slightly from 79.5 percent (2010) to 79.9 percent (2020). • The transportation-related emissions are anticipated to decrease from 15.6 percent (2010) to 15.2 percent (2020). • The waste-related emissions are anticipated to remain unchanged at 2.8 percent. • Wastewater treatment GHG emissions are expected to remain unchanged at 1.5 percent. • GHG emissions from the water sector are anticipated to remain unchanged at 0.7 percent. All GHG emissions have been calculated and presented in metric tons of carbon dioxide equivalent emissions per year (MT CO2e/yr).Key findings by sector provide guidance for where strategies can perhaps slow future emissions growth. • GHG emissions from the energy sector are anticipated to increase slightly from 79.5 percent (2010) to 79.9 percent (2020). • The transportation-related emissions are anticipated to decrease from 15.6 percent (2010) to 15.2 percent (2020). • The waste-related emissions are anticipated to remain unchanged at 2.8 percent. • Wastewater treatment GHG emissions are expected to remain unchanged at 1.5 percent. • GHG emissions from the water sector are anticipated to remain unchanged at 0.7 percent. All GHG emissions have been calculated and presented in metric tons of carbon dioxide equivalent emissions per year (MT CO2e/yr).Key findings by sector provide guidance for where strategies can perhaps slow future emissions growth. • GHG emissions from the energy sector are anticipated to increase slightly from 79.5 percent (2010) to 79.9 percent (2020). • The transportation-related emissions are anticipated to decrease from 15.6 percent (2010) to 15.2 percent (2020). • The waste-related emissions are anticipated to remain unchanged at 2.8 percent. • Wastewater treatment GHG emissions are expected to remain unchanged at 1.5 percent. • GHG emissions from the water sector are anticipated to remain unchanged at 0.7 percent. All GHG emissions have been calculated and presented in metric tons of carbon dioxide equivalent emissions per year (MT CO2e/yr).Short term(39.2903848°, -76.6121893°)(37.09024°, -95.712891°)
26City of Minneapolis35879USAMinneapolis20152006570000015.00scope 1, scope 2 and some scope 32015scope 1, scope 2 and some scope 3Short term(44.983334°, -93.26667°)(37.09024°, -95.712891°)
27City of Long Beach50551USALong Beach20152007199888315.00electricity2020electricityShort term(33.77005°, -118.193739°)(37.09024°, -95.712891°)
28Prefeitura do Rio de Janeiro31176BrazilRio de JaneiroC40201520051193328016.00Road Transportation, Railway, Residential, Commercial, Public Sector, fugitive emissions and other, Forest and land use, Urban Solid Waste, wastewater.2016Measurement of carbon dioxide, methane and nitrous oxide.Road Transportation, Railway, Residential, Commercial, Public Sector, fugitive emissions and other, Forest and land use, Urban Solid Waste, wastewater.Measurement of carbon dioxide, methane and nitrous oxide.Short term(-22.9054389°, -43.5614471°)(-14.235004°, -51.92528°)
29City of Cleveland35859USACleveland201520101279199616.00All sources included in GHG inventory2020The anticipated emissions reductions in 6.1 are for annual emission reductions in the year 2030. These are not cumulative emission reductions up to 2030.All sources included in GHG inventoryThe anticipated emissions reductions in 6.1 are for annual emission reductions in the year 2030. These are not cumulative emission reductions up to 2030.Short term(41.49932°, -81.6943605°)(37.09024°, -95.712891°)
30Prefeitura do Rio de Janeiro31176BrazilRio de JaneiroC40201520051193328020.00Road Transportation, Railway, Residential, Commercial, Public Sector, fugitive emissions and other, Forest and land use, Urban Solid Waste, wastewater.2020Measurement of carbon dioxide, methane and nitrous oxide.Road Transportation, Railway, Residential, Commercial, Public Sector, fugitive emissions and other, Forest and land use, Urban Solid Waste, wastewater.Measurement of carbon dioxide, methane and nitrous oxide.Short term(-22.9054389°, -43.5614471°)(-14.235004°, -51.92528°)
31Municipality of Belo Horizonte35848BrazilBelo Horizonte20152007317696620.00Buildings, electricity, fuel and sanitation/waste treatment and discharge2020All this items are in discussion inside the Plan For GHG Reduction - PREGEE but our target date will be 2030. The plan will be released in 2013, July, and will anticipate the reduction in the emissions growth curve.Buildings, electricity, fuel and sanitation/waste treatment and dischargeAll this items are in discussion inside the Plan For GHG Reduction - PREGEE but our target date will be 2030. The plan will be released in 2013, July, and will anticipate the reduction in the emissions growth curve.Short term(38.5198325°, -8.8695345°)(-14.235004°, -51.92528°)
32Halifax Regional Municipality50543CanadaHalifax 20152002677528920.00Electricity, Natural Gas, Fuel Oil, DIesel, Gasoline, Waste2020World Energy Cities Calgary CLimate AccordElectricity, Natural Gas, Fuel Oil, DIesel, Gasoline, WasteWorld Energy Cities Calgary CLimate AccordShort term(44.6478°, -63.5714°)(56.130366°, -106.346771°)
33City of Copenhagen31009DenmarkCopenhagenC4020152005254100020.00All sources2015All sourcesShort term(55.6760968°, 12.5683371°)(56.26392°, 9.501785°)
34City of Helsinki8242FinlandHelsinki20151990361500020.00Energy consumption in the area, transport emissions, waste management, agriculture, industry2020City Council Strategy 2013-2016Energy consumption in the area, transport emissions, waste water managementCity's energy policy lines, Covenant of Mayors. Target achieved in 2013.Short term(60.1733244°, 24.9410248°)(61.92411°, 25.748151°)
35Amiens Métropole54425FranceAmiens Métropole2015201263000020.002020Short term(49.892°, 2.299°)(46.227638°, 2.213749°)
36Dublin City Council31313IrelandDublin20152006505400020.00all2020allShort term(53.344479°, -6.270843°)(53.41291°, -8.24389°)
37Comune di Padova36494ItalyPadova20152005189215820.00Total inventory (sectors and specific projects see below)2020In addition to the emission-reducing activities mentioned below, the emission-reducing activities on local government level are part of the total reduction aim of 20%.Total inventory (sectors and specific projects see below)In addition to the emission-reducing activities mentioned below, the emission-reducing activities on local government level are part of the total reduction aim of 20%.Short term(45.411639°, 11.8783489°)(41.87194°, 12.56738°)
38Comune di Udine36518ItalyUdine2015200669247920.00electricity production, agriculture, transports, industry, commercial and residential2020electricity production, agriculture, transports, industry, commercial and residentialShort term(46.0667°, 13.2333°)(41.87194°, 12.56738°)
39City of Warsaw31185PolandWarsawC40201520071295298420.00all sources of CO2 emissions2020Climate change is a fact but not everybody is aware of this. Warsaw treats this issue with care. Cities are responsible for 80% of so-called ‘anthropogenic’ CO2 emission. Climate is one of the most important factors in terms of the functioning of whole ecosystems, economies, and most importantly, of societies. Therefore Warsaw treats sustainable development as a priority in all areas of the City’s activities. Only through coordinated and harmonised activities we can achieve the aim of carbon dioxide emissions reduced by 20% by 2020 in accordance with the Covenant of Mayors signed by Warsaw. In the light of the research conducted, carbon dioxide emission per capita in Warsaw stands at 6.29 tons a year. Compared to 1990, it has increased by 15.5%.all sources of CO2 emissionsClimate change is a fact but not everybody is aware of this. Warsaw treats this issue with care. Cities are responsible for 80% of so-called ‘anthropogenic’ CO2 emission. Climate is one of the most important factors in terms of the functioning of whole ecosystems, economies, and most importantly, of societies. Therefore Warsaw treats sustainable development as a priority in all areas of the City’s activities. Only through coordinated and harmonised activities we can achieve the aim of carbon dioxide emissions reduced by 20% by 2020 in accordance with the Covenant of Mayors signed by Warsaw. In the light of the research conducted, carbon dioxide emission per capita in Warsaw stands at 6.29 tons a year. Compared to 1990, it has increased by 15.5%.Short term(52.2296756°, 21.0122287°)(51.919438°, 19.145136°)
40Barreiro50679PortugalBarreiro2015200834798720.00Electricity and petroleum fuels2020Electricity and petroleum fuelsShort term(38.660815°, -9.079072°)(39.399872°, -8.224454°)
41Roma Capitale31110ItalyRoma C4020152003417493723.00Transport2020TransportShort term(41.8723889°, 12.4801802°)(41.87194°, 12.56738°)
42City of Yokohama31113JapanYokohamaC40201520051954000024.00all of greenhouse gas2030all of greenhouse gasShort term(35.4437078°, 139.6380256°)(36.204824°, 138.252924°)
43City of Lisbon36159PortugalLisbon20152002388701320.00Community emissions2020The current municipal council mandate will finish in 2017. Therefore it is not possible to take commitments beyond 2017. Notice thus that the reduction target and the activities to reduce emissions city-wide assume that the proposed actions shall continue from 2017 to 2020.Community emissionsThe current municipal council mandate will finish in 2017. Therefore it is not possible to take commitments beyond 2017. Notice thus that the reduction target and the activities to reduce emissions city-wide assume that the proposed actions shall continue from 2017 to 2020.Short term(38.7222524°, -9.1393366°)(39.399872°, -8.224454°)
44Município de Moita55442PortugalMoita201520081517720.00Entire local government inventory2020Entire local government inventoryShort term(41.30284°, -8.65731°)(39.399872°, -8.224454°)
45Funchal50681PortugalFunchal2015201051559320.00The Municipality will intervene in several fields such as buildings, electricity, primary, secundary and tertiary sector, transportation, land planning, among other.2020The Municipality is a member of the Covenant of Mayors, an european compromise to reduce the CO2 levels in 20%.The Municipality will intervene in several fields such as buildings, electricity, primary, secundary and tertiary sector, transportation, land planning, among other.The Municipality is a member of the Covenant of Mayors, an european compromise to reduce the CO2 levels in 20%.Short term(32.666933°, -16.924055°)(39.399872°, -8.224454°)
46Suwon city44185South KoreaSuwon2015200560149520.00Suwon total emissions2030Suwon total emissionsShort term(37.2635727°, 127.0286009°)(35.907757°, 127.766922°)
47Ansan city44191South KoreaAnsan2015201020.00City hall, ward office, businesses, community service center buildings and cars. (scope 1 + scope 2)2015do not wish to disclose baseline emissionsCity hall, ward office, businesses, community service center buildings and cars. (scope 1 + scope 2)do not wish to disclose baseline emissionsShort term(37.321878°, 126.830885°)(35.907757°, 127.766922°)
48Gwangyang Metropolitan Government44295South KoreaGwangyang20152008366620.00Scope 1 + Scope 22015GHG/Energy Target Management Scheme for public affairsScope 1 + Scope 2GHG/Energy Target Management Scheme for public affairsShort term(34.940697°, 127.695888°)(35.907757°, 127.766922°)
49Uljin county50716South KoreaUljin 2015200923049720.002015Short term(36.993066°, 129.400419°)(35.907757°, 127.766922°)
50Ayuntamiento de Madrid31171SpainMadridC40201519901265300020.00Total2020TotalShort term(40.1076253°, -3.3875673°)(40.463667°, -3.74922°)

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created Jun 7 2016

updated Oct 4 2018

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Emissions reduction targets for all reporting cities in 2015. Includes baseline emissions, baseline year, percentage reduction target, and other details. Some cities report multiple targets.

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