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2011 Full Cities Dataset

Row numberProject NameAccount NumberAccount NameModule NamePage NamePage RepeatPage RepeatableRepeat StartRepeat EndQuestionNumberQuestion UniqueReferenceResponse ValueRowsTable Columns Unique ReferenceExternal ReferenceExternal Reference IdAuthority NameTable Column Number
951CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - External VerificationNotRepeatableC1.16a2011-Cities-ExternalVerification-C1.16a00
952CDP Cities 201131111Tokyo Metropolitan GovernmentNotRepeatable2.1bSea level rise180
953CDP Cities 201131111Tokyo Metropolitan GovernmentNotRepeatable2.1bWarmer water temperatures50
954CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a72011-Cities-Adaptation-4.10a-C22
955CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8151102011-Cities-C1.10-C22
956CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a112011-Cities-Adaptation-4.10a-C22
957CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8127849252011-Cities-C1.10-C22
958CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.81376512342011-Cities-C1.10-C22
959CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a42011-Cities-Adaptation-4.10a-C22
960CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11aMore intense heatwaves42011-Cities-Adaptation-4.10a-C11
961CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.86300972762011-Cities-C1.10-C22
962CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.873811182011-Cities-C1.10-C22
963CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4a2011-Cities-GHGReductionC-4.4aThe roadmap for mitigation includes the following actions between now and 2020:• CCAP’s first strategy, Energy Efficient Buildings, aims to reduce GHG emissions by 4.6 MMTCO2e reduction by 2020. Energy Efficient Buildings actions include: Retrofit commercial and industrial buildings; Retrofit residential buildings; Trade in appliances; Conserve water; Update City energy code ; Establish new guidelines for renovations; and Cool with trees and green roofs.• CCAP’s second strategy, Clean and Renewable Energy Sources, aims to reduce GHG emissions by 5.33 MMTCO2e by 2020. Clean and Renewable Energy Sources actions include: Build renewable electricity sources; Increase distributed generation; and Promote household renewable power.• CCAP’s third strategy, Improved Transportation Options, aims to reduce GHG emissions by 3.61 MMTCO2e by 2020. Improved Transportation Options actions include: Invest more in transit; Expand transit incentives; Promote transit-oriented development; Make walking and biking easier; Car share and carpool; Improve fleet efficiency; Achieve higher fuel efficiency standards; Switch to cleaner fuels; Support intercity rail; and Improve freight movement.• CCAP’s fourth strategy, Reduced Waste and Industrial Pollution, aims to reduce GHG emissions by 2.03 MMTCO2e by 2020. Reduced Waste and Industrial Pollution actions include: Reduce, reuse and recycle; Shift to alternative refrigerants; and Capture Stormwater on site.See http://www.chicagoclimateaction.org/pages/research___reports/48.php for comprehensive mitigation strategies for each of the above actions.12011-Cities-GHGReductionC-4.4a-C33
964CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.2The City is employing the use of alternative fuels such as compressed natural gas and biodiesel in its fleet. The City is also reducing the number of vehicles owned and operated by using car sharing services (like iGo and Zipcar). The City has also been actively retrofitting buildings with energy efficiency measures.12011-Cities-GHGReductionsLGO-4.2-C11
965CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a612011-Cities-GHGReductionLGO-4.0a-C22
966CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.81730016712011-Cities-C1.10-C22
967CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.212011-Cities-GHGReductionLGO-4.2-C44
968CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.52011-Cities-GHGReductionC-4.5Since CCAP’s launch, CCAP has leveraged $123.5 million in Federal Stimulus dollars; $301.0 million in State dollars; $13.5 million from pro bono consultants; $3.1 million from local and national foundations; $1.2 million from utility partners; and $2.4 million from the City of Chicago (excluding all staff time). CCAP continues to seek avenues of funding from Federal, State, pro bono, foundation, utility and City sources.00
969CDP Cities 201110894City of Los AngelesOpportunitiesPhysical OpportunitiesNotRepeatable32011-Cities-PhysicalOpportunities-3.022011-Cities-3.0-C33
970CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.92011-Cities-GHGEmissionsData-C1.93012612011-Cities-C1.11-C22
971CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Total PFCs102011-Cities-C1.10-C11
972CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Total CO262011-Cities-C1.10-C11
973CDP Cities 201131111Tokyo Metropolitan GovernmentGovernmentLocal Government - GHG Emissions DataNotRepeatableLGO 1.122011-Cities-GHGEmissionsData-LGO1.12323558182011-Cities-LGO1.14-C33
974CDP Cities 201110894City of Los AngelesIntroductionIntroductionNotRepeatable0.12011-Cities-Introduction-0.1The population of Los Angeles is approximately 3,957,875 (2005).The approximate number of families is 1,299,963 (1990).The amount of land area in Los Angeles is 1215.589 sq. kilometers.The amount of land area in Los Angeles is 468.8 sq. miles.The climate for Los Angeles is balmy and moderate, generally with dry summers and wet winters.Los Angeles average annual rainfall is 14.68 inches per yearLos Angeles average temperature is (mean)Yearly-64.4; Spring-62; Summer-73; Fall-68; Winter-58 degrees F.Politically, the City has a mayor and 15 councilmembers. Each councilmember represents a Council District composed of several communities. General Plan California State Law requires every city and county to adopt a comprehensive General Plan to guide its future development. The General Plan essentially serves as a "constitution for development" - the document that serves as the foundation for all land use decisions. Every jurisdiction's General Plan includes seven required "Elements" that are mandated by State law; local governments may adopt additional optional Elements to address local priorities and planning goals. The City of Los Angeles Citywide General Plan Framework Element establishes the broad overall policy and direction for the entire General Plan. It provides a citywide context and a comprehensive long-range strategy to guide the comprehensive update of the General Plan's other elements. The City's 35 community plans collectively comprise the Land Use Element of the General Plan. The department will be preparing in the future an Infrastructure Systems Element, Public Facilities and Services Element, and a Historic Preservation and Cultural Resources Elemen00
975CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - MethodologyNotRepeatableC1.02011-Cities-Methodology-C1.0-End2009-03-3100
976CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - MethodologyNotRepeatableC1.12011-Cities-Methodology-C1.1Geopolitical Boundary - physical areas over which local government has jurisdictional control00
977CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - MethodologyNotRepeatableC1.42011-Cities-Methodology-C1.4- Targets of calculations are CO2, CH4, N2O, HFC, PFC and SF6.- We calculate CO2 equivalent amount of emission for each gas by multiplying the amount of each emission by its global warming potential.- Emissions are calculated by economic sectors (Residential, Commercial, Industrial and Transportation)- Indirect CO2 emissions from consumption of purchased electricity are also included.- Concerning emissions from trains, ships, and airplanes, we calculate them within the geographic boundary of TMG conforming to the international rule.00
978CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8CO2 from transportation sector42011-Cities-C1.10-C11
979CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Total HFCs92011-Cities-C1.10-C11
980CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Total N2O82011-Cities-C1.10-C11
981CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8CO2 from residential sector12011-Cities-C1.10-C11
982CDP Cities 201110894City of Los AngelesOpportunitiesPhysical OpportunitiesNotRepeatable32011-Cities-PhysicalOpportunities-3.0Longer growing season12011-Cities-3.0-C11
983CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable2.1b2011-Cities-PhysicalRisks-2.1bSea level rise12011-Cities-2.1b-C11
984CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a199012011-Cities-GHGReductionLGO-4.0a-C11
985CDP Cities 201110894City of Los AngelesStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a12011-Cities-Adaptation-4.10a-C11
986CDP Cities 201110894City of Los AngelesOpportunitiesPhysical OpportunitiesNotRepeatable32011-Cities-PhysicalOpportunities-3.0Long-term22011-Cities-3.0-C22
987CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable2.1b2011-Cities-PhysicalRisks-2.1bMedium-term32011-Cities-PhysicalRisks-2.1b-C33
988CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable2.1b2011-Cities-PhysicalRisks-2.1bElevated temperatures from urban heat islands, particularly during the summer, will affect the City's environment and quality of life. It may positively lengthen the plant-growing season, it would negatively affect the City and its residents by: * increased energy consumption; * elevated emissions of air pollutants and greenhouse gases; * compromised human health and comfort; and * impaired water quality.32011-Cities-PhysicalRisks-2.1b-C44
989CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8CO2 from industrial sector32011-Cities-C1.10-C11
990CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8540406032011-Cities-C1.10-C22
991CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable2.1b2011-Cities-PhysicalRisks-2.1bSerious32011-Cities-PhysicalRisks-2.1b-C22
992CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - CommunityNotRepeatable4.42011-Cities-GHGReductionC-4.4No00
993CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4b2011-Cities-GHGReductionC-4.4b00
994CDP Cities 201110894City of Los AngelesStrategyAdaptationNotRepeatable4.132011-Cities-Adaptation-4.1300
995CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable42011-Cities-GHGReduction-LGOYes00
996CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable22011-Cities-PhysicalRisks-2.0Yes00
997CDP Cities 201110894City of Los AngelesRisksPhysical RisksNotRepeatable2.1c2011-Cities-PhysicalRisks-2.1c00
998CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.12011-Cities-GHGReductionLGO-4.100
999CDP Cities 201110894City of Los AngelesStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.32011-Cities-GHGReductionLGO-4.3Yes00
1000CDP Cities 201131111Tokyo Metropolitan GovernmentCommunityCommunity - GHG Emissions DataNotRepeatableC1.112011-Cities-GHGEmissionsData-C1.11Spreadsheet00

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Profile Picture Amy Bills

created Mar 3 2021

updated Mar 3 2021

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This dataset contains public responses to the CDP Cities 2011 questionnaire. If you have any questions about this dataset, please contact cities@cdp.net.

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