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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
451CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4a2011-Cities-GHGReductionC-4.4a199012011-Cities-GHGReductionC-4.4a-C11
452CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4a2011-Cities-GHGReductionC-4.4a2512011-Cities-GHGReductionC-4.4a-C22
453CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a22011-Cities-Adaptation-4.10a-C22
454CDP Cities 20113203City of ChicagoRisksPhysical RisksNotRepeatablePhysical RisksPhysical-Risks-FurtherInformationThe following information expounds on question 2.1 b.Chicago considers its organization (and community) to be exposed to general risks that could include the following climate change impacts for Chicago. These impacts were drawn from “High-Resolution Climate Projections: Connecting Global Change to Local Impacts,” a presentation given by Katharine Hayhoe, Research Associate Professor of Atmospheric Science at Texas Tech University and Expert Reviewer for the Intergovernmental Panel on Climate Change, except where noted.• Days over 95 degrees Fahrenheit: under a high emissions scenario, the Midwest will experience ~45-85 days over 95° Fahrenheit (F) by the end of the century. (In comparison, the CCAP's high emissions scenario indicates that Chicago will experience 31 days over 95° F.)• The winter and summer seasons are "migrating." As the Midwest's climate changes, patterns will not be consistent across seasons. By the end of the century, winters could feel like Pittsburgh, PA and summers could feel like Knoxville, TN or, under high emissions, Baton Rouge, LA. • Temperature: Winter will be warmer, and summer will be MUCH warmer as compared to the 1961-1990 average. Winters in 2040, (considering high & low emission scenarios), will be 2-3° Celsius (C) warmer, and in 2070, 3-5° C warmer. Summers in 2040 will be 3-5° C warmer and in 2070, 3.5-7.5° C warmer. By 2085, there will be 450-1,200 heat-related Chicago metro-area deaths per year • Precipitation: Periods of precipitation and dryness will be enhanced when they are least needed. Winter and spring will be wetter, and summer will be drier as compared to the 1961-1990 average. Spring and winter in 2040 will have 10-20% more precipitation events, and in 2070, 20-35% more precipitation events. Summers in 2040 will have 5-10% less precipitation events and by 2070, 10-15% less precipitation events.• Plant Hardiness Zones: The Midwest's Plant Hardiness Zones have shifted significantly and are projected to shift one-half to one full zone every 30 years. Chicago's tree species are shifting from maple, ash, and birch to oak and hickory. From 1990 to 2006, Northern Illinois shifted from Plant Hardiness Zone 5 to Zone 6, representing a 10° F range change in the lowest temperature of the year, (see http://www.globalchange.gov/images/cir/pdf/midwest.pdf).For additional details on the impacts analysis that was conducted for CCAP, see the CCAP website at http://www.chicagoclimateaction.org/pages/research___reports/48.php, and review, “Climate Change and Chicago, Projections and Potential Impacts.” The City worked with Oliver Wyman to complete a comprehensive Economic Impact Analysis of Climate Change for the City of Chicago. Oliver Wyman's risk analysis demonstrated that the bulk of economic impacts to the City of Chicago come from energy demand and maintenance, especially in a high emissions scenario. See the CCAP website at http://www.chicagoclimateaction.org/filebin/pdf/report/ CorporateRisk2008August5.pdf to read Oliver Wyman’s overview of CCAP corporate risk assessment, “Corporate Risk Case Study: City of Chicago Climate Change Task Force.”The City undertook a comprehensive adaptation planning and implementation process, focusing CCAP efforts in five categories: Extreme Heat; Extreme Precipitation; Building, Infrastructure and Equipment Stress; Ecosystem Changes; and Leadership, Planning and Communication. See the CCAP web site at http://www.chicagoclimateaction. org/pages/research___reports/48.php, to read an overview of this work, “Chicago Area Climate Change Quick Guide: Adapting to the Physical Impacts of Climate Change.”In 2010, the CCAP team revised adaptation targets to reflect how the climate adaptation targets of people; the natural environment; and the built environment were beingare adaptinged to prepare for changes in climate. The three new adaptation targets were selected to define mutually exclusive lists of CCAP adaptation actions for workplan creation and progress tracking and to decrease redundancy in cross-cutting actions. An Adaptation Advisory Group was formed to help establish CCAP adaptation implementation best practice through: identifying metrics to measure adaptation success; evaluating existing adaptation responses; prioritizing future adaptation responses; providing communications input; identifying existing resources and funding needs; advising on gaps; and encouraging stakeholders to assess and act on climate risk, creating a template for scale out.10
455CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4a2011-Cities-GHGReductionC-4.4a202012011-Cities-FinancialRisks-4.4a-C44
456CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.132011-Cities-Adaptation-4.13The City of Chicago understands that extreme weather conditions can have a severe impact on the health and safety of the residents of Chicago. Whether the City experiences an extended heat wave, frigid temperatures or severe storms, the City must be prepared to assist Chicagoans in coping with weather-related hardships. As such, the City of Chicago maintains an Extreme Weather Operations Plan. This Plan describes weather conditions that will merit the plan’s initiation, defines notification protocols for weather advisories, and describes departmental responsibilities and City operations during periods of extreme heat, cold, or severe storms. The Extreme Weather Operations Plan is maintained by the Office of Emergency Management and Communications (OEMC) and, with the cooperation of participating City departments and sister agencies, is reviewed annually, and updated as needed.00
457CDP Cities 201131109City of MelbourneCommunityCommunity - External VerificationNotRepeatableC1.16a2011-Cities-ExternalVerification-C1.16aCommunity data footprint was developed by ARUP and compiled in the 'Zero Net Emissions by 2020 - Update 2008' report.00
458CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.112011-Cities-GHGEmissionsData-C1.11Other: modelled based on national and state data00
459CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.122011-Cities-GHGEmissionsData-C1.12External organisation engaged to model community emissions based on available state and national date, apportioned to the municipality using apropriate indicators (dwelling type, number of employees etc).00
460CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable42011-Cities-GHGReduction-LGOYes00
461CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a201012011-Cities-FinancialRisks-4.0a-C44
462CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatable4.4a2011-Cities-GHGReductionC-4.4aThe interim target is for 2020 with a longer term target for 205012011-Cities-FinancialRisks-4.0a-C55
463CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a6% below 2000 baseline by 2010The City has committed to the Chicago Climate Exchange (CCX) and, therefore, has committed to CCX’s GHG emissions reduction target.12011-Cities-GHGReductionsLGO-4.0a-C55
464CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - CommunityNotRepeatableGHG Emissions Reduction - CommunityGHG-Emissions-Reduction---Community-FurtherInformationSee the follow hyperlinks for information as described below:Chicago Climate Action Plan Progress ReportChicago Climate Action Plan Overview (pdf, 1 page, 1MB)>>Chicago Climate Action Plan 5 Strategies Overview English (pdf, 2 pages, 3MB) >>10
465CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a200012011-Cities-GHGReductionLGO-4.0a-C11
466CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.212011-Cities-GHGReductionLGO-4.2-C33
467CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.0a2011-Cities-GHGReductionLGO-Q4.0a12011-Cities-GHGReductionLGO-4.0a-C33
468CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a82011-Cities-Adaptation-4.10a-C22
469CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11aIncreased risk of storm surges102011-Cities-Adaptation-4.10a-C11
470CDP Cities 20113203City of ChicagoStrategyAdaptationNotRepeatable4.11a2011-Cities-Adaptation-4.11a52011-Cities-Adaptation-4.10a-C22
471CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.845010052011-Cities-C1.10-C22
472CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.825720062011-Cities-C1.10-C22
473CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.212011-Cities-GHGReductionsLGO-4.2-C22
474CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.857870012011-Cities-C1.10-C22
475CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Residential12011-Cities-C1.10-C11
476CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.92011-Cities-GHGEmissionsData-C1.971.6312011-Cities-C1.11-C11
477CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.62011-Cities-GHGEmissionsData-C1.612011-Cities-C1.8-C11
478CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.212011-Cities-GHGReductionLGO-4.2-C66
479CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.22011-Cities-GHGReductionLGO-4.212011-Cities-GHGReductionsLGO-4.2-C55
480CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.877160032011-Cities-C1.10-C22
481CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.12011-Cities-GHGReductionLGO-4.1The City made a commitment to purchase 20% of its electricity from renewable sources.00
482CDP Cities 20113203City of ChicagoStrategyGHG Emissions Reduction - Local Government OperationsNotRepeatable4.32011-Cities-GHGReductionLGO-4.3No00
483CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.142011-Cities-GHGEmissionsData-C1.14No00
484CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.52011-Cities-GHGEmissionsData-C1.5643000000
485CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.152011-Cities-GHGEmissionsData-C1.15Yes. A key barrier to this currently is the availability of consumption data on a local and granular scale. Further work is required in this area.00
486CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.132011-Cities-GHGEmissionsData-C1.13City-level00
487CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.72011-Cities-GHGEmissionsData-C1.7No00
488CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Manufacturing32011-Cities-C1.10-C11
489CDP Cities 201131109City of MelbourneGovernmentLocal Government - Energy DataNotRepeatableLGO1.52011-Cities-EnergyData-LGO1.5Distillate fuel oil No 122011-Cities-LGO1.0-C11
490CDP Cities 201131109City of MelbourneGovernanceGovernanceNotRepeatableGovernanceGovernance-FurtherInformationSustainability targets relating to energy efficiency, sustainable transport and waste reduction are incorporated into the Enterprise Agreement which establishes employee pay and entitlements. 0.5% of staff pay increases are tied to meeting the sustainability targets. This has been incorporated into the past two Enterprise Agreements.10
491CDP Cities 201131109City of MelbourneGovernmentLocal Government - Energy DataNotRepeatableLGO1.52011-Cities-EnergyData-LGO1.512661722011-Cities-LGO1.0-C22
492CDP Cities 201131109City of MelbourneGovernmentLocal Government - Energy DataNotRepeatableLGO1.52011-Cities-EnergyData-LGO1.5GJ22011-Cities-LGO1.0-C33
493CDP Cities 201131109City of MelbourneGovernanceGovernanceNotRepeatable1.1a2011-Cities-Governance-1.1aAll employees12011-Cities-Governance-1.1a-C11
494CDP Cities 201131109City of MelbourneGovernanceGovernanceNotRepeatable1.1a2011-Cities-Governance-1.1aMonetary reward12011-Cities-Governance-1.1a-C22
495CDP Cities 201131109City of MelbourneCommunityCommunity - GHG Emissions DataNotRepeatableC1.82011-Cities-GHGEmissionsData-C1.8Water72011-Cities-C1.10-C11
496CDP Cities 201131109City of MelbourneGovernmentLocal Government - Energy DataNotRepeatableLGO1.52011-Cities-EnergyData-LGO1.5Motor gasoline42011-Cities-LGO1.0-C11
497CDP Cities 201131109City of MelbourneGovernmentLocal Government - Energy DataNotRepeatableLGO1.52011-Cities-EnergyData-LGO1.5GJ52011-Cities-LGO1.0-C33
498CDP Cities 201131109City of MelbourneCommunityCommunity - MethodologyNotRepeatableC1.02011-Cities-Methodology-C1.0-Start2005-07-0100
499CDP Cities 201131109City of MelbourneCommunityCommunity - MethodologyNotRepeatableC1.42011-Cities-Methodology-C1.4Local emissions modelled based on emissions data at State level, and apportioned to the City of Melbourne for each sector based on appropriate indicators. - Residential - State based residential emissions data apportioned to the municipality based on number and type of dwellings, assuming state average emissions levels by dwelling type. - Commercial - State level emissions by sub-sector apportioned to municipality based on number of employees in that sub-sector- Industrial - State emissions data by industry sector apportioned to city based on number of employees employed in each sector in the municipality. Passenger Transport - taken from City of melbourne Greenhouse Footprint for Transport Report June 2008 Freight Transport - National freight industries emissions apportioned to the city based on number of employees employed in the sector. Waste - Residential waste emissions calculated based on actual known volumes of municipal waste. Commercial waste calculated based on proportion of state-wide emissions based on number of employees. Wastewater - based on data obtained from the wastewater utility and total wastewater volumes generated within the municipality.00
500CDP Cities 201131109City of MelbourneGovernanceGovernanceNotRepeatable12011-Cities-Governance-1.0Governor, Mayor, city manager, or other chief executive of the city00

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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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