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2017 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
126651CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionBuildings10Cities-7.2C40-C1-EmissionsRedSector1
126652CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCommunity-Scale Development19Cities-7.2C40-C1-EmissionsRedSector1
126653CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect and being piloted10Cities-7.2C40-C5-ScaleAndStatus5
126654CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Yes1Cities-3.4aC40-C5-DoYouPlan5
126655CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Yes4Cities-3.4aC40-C5-DoYouPlan5
126656CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsAccording to its definition, a heat wave takes place when minimum temperatures exceed 22° C, and maximum temperatures exceed 32,3°C for three days, or more, in a row. An increase in the number of heat waves has taken place in the last three decades, having a negative impact on human health, especially affecting children and adults over 65 years old, and those with cardio respiratory, cardiovascular, obesity, among others. Effects on health include decay, low blood pressure, dehydration, which results in more risk for vulnerable population and pressure on the health system. At the same time, there is an increase on energy consumption and demand increases, causing energy shortages and extra demand for emergency services. The heat wave is considered an extreme event since both its frequency and intensity have increased, thus altering a traditional pattern in its occurrence.1Cities-2.1d-C3-ImpactDescription3
126657CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation IINotRepeatable3.3bCities-3.3b-AdaptationActionsReal time risk monitoring5Cities-3.4b-C1-Vulnerability1
126658CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.0aCities-3.0a-Adaptationhttps://www.cdp.net/sites/2017/55/31155/CDP Cities 2017/Shared Documents/Attachments/Cities-3.0a-C2-Attachment/Compact of Mayors - Buenos Aires.pdf1Cities-3.0a-C2-Attachment2
126659CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1Cities-3.1-AdaptationYes00
126660CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1aCities-3.1a-AdaptationPlan Director de Ordenamiento Hidráulico3Cities-3.1a-C1-PublicationTitle1
126661CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1aCities-3.1a-AdaptationAdministrative boundary of city governance1Cities-3.1a-C7-AreaUnderCitysControl7
126662CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1aCities-3.1a-Adaptationhttps://www.cdp.net/sites/2017/55/31155/CDP Cities 2017/Shared Documents/Attachments/Cities-3.1a-C3-Attachment/PACC 2016-2020 Final.pdf1Cities-3.1a-C3-Attachment3
126663CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsCoastal flood5Cities-2.1d-C1-ClimateHazards1
126664CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsEnergy1Cities-2.1d-C6-AssetService6
126665CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsHeat wave1Cities-2.1d-C1-ClimateHazards1
126666CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsOther: Damage to Infrastructure3Cities-2.1d-C6-AssetService6
126667CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsPublic health1Cities-2.1d-C4-AssetService4
126668CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsPublic health4Cities-2.1d-C4-AssetService4
126669CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1aCities-3.1a-AdaptationIt was chosen to respect the jurisdiction of the City of Buenos Aires, which due to mandatory legislation every five years has to update its Action Plan on climate change.1Cities-3.1a-C6-ExplainBoundary6
126670CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.1aCities-3.1a-AdaptationSmaller – covers only part of the city3Cities-3.1a-C5-BoundaryOfPlan5
126671CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Disease prevention measures6Cities-3.4aC40-C2-Action2
126672CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Due to the frequent flooding within the city, several changes have been done to the city’s infrastructure following the Hydraulic Master Plan which has different measures to avoid hydric vulnerability.Works have been done in the city streams to increase water drainage capacity; also by incorporating water reservoir parks there was an increase in the extension of the permeable surface in order to avoid waterlogging. The city Government has installed a system of sensors to monitor the status level of the river, streams and rainwater ducts. This system measures and sends data on the capacity of the rainwater pipelines as well as environmental parameters to the Coordination and Control Center (CUCC, in its Spanish abbreviation). This center is a unique command and control center in Latin America, which has been designed and equipped with the latest technology allowing the City to coordinate rapid and integrated responses from all agencies for any type of disaster: flooding, police incidents complexes or health emergencies. The Centre has a modern computing platform and communications system for the exclusive use of the security forces and emergency. It was created to coordinate the actions of civil, emergency, traffic and police agencies by working with information from ongoing monitoring of the main access roads to the city, parks and public spaces. It works, as well, receiving phone calls from neighbors to immediately activate all necessary resources for each emergency. Civil Defense Department organizes trainings for first respondents in low income settlements to strengthen self-defense capability of vulnerable populations, so they know how to act in case of flooding until emergency agencies come. If there was need for evacuations, the Civil Defense Area has identified a safety net, consisting of institutions (schools, clubs, churches) near vulnerable neighborhoods that can function as evacuation centers.4Cities-3.4.aC40-C6-ActionDescription6
126673CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Heat wave1Cities-3.4aC40-ClimateHazard1
126674CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Programme/Project2Cities-3.4aC40-C3-Lever3
126675CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Programme/Project5Cities-3.4aC40-C3-Lever3
126676CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Projects and policies targeted at those most vulnerable1Cities-3.4aC40-C2-Action2
126677CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Severe wind7Cities-3.4aC40-ClimateHazard1
126678CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Yes2Cities-3.4aC40-C5-DoYouPlan5
126679CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect and being piloted19Cities-7.2C40-C5-ScaleAndStatus5
126680CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect at a significant scale across most of the city1Cities-7.2C40-C5-ScaleAndStatus5
126681CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect at a significant scale across most of the city4Cities-7.2C40-C5-ScaleAndStatus5
126682CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect at a significant scale across most of the city11Cities-7.2C40-C5-ScaleAndStatus5
126683CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect at a significant scale across most of the city14Cities-7.2C40-C5-ScaleAndStatus5
126684CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCurrently in effect at a significant scale across most of the city17Cities-7.2C40-C5-ScaleAndStatus5
126685CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionCycle hire/ share programs8Cities-7.2C40-C3-EmissionsRedAction3
126686CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionFinance and Economic Development2Cities-7.2C40-C1-EmissionsRedSector1
126687CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionIncentive /Disincentive1Cities-7.2C40-C4-Lever4
126688CDP Cities 201731155City of Buenos AiresStrategy.GHG Emissions Reduction - Community.NotRepeatable7.2.Cities-7.2C40-EmissionsReductionInfrastructure for non motorized transport9Cities-7.2C40-C2-EmissionsRedActivity2
126689CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Adaptation.NotRepeatable3.3aCities-3.4a-AdaptationActionsC40Yes5Cities-3.4aC40-C5-DoYouPlan5
126690CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsAn increase in frequency and intensity of large storms (extreme precipitation events, such as rainfall over 100 mm in 24 hours and rainfall over 60 mm in 1 hour), which are responsible for floods in the City, is expected to cause a negative impact on human health as well as socio-economic impacts, especially on low income settlements. Impacts includes street floods, water logging, damage to trees and to public infrastructure such as lighting, buildings, public facilities, commercial activities. Also, these events affect urban services such as waste collection and public transport which are interrupted by this climate phenomenon.3Cities-2.1d-C3-ImpactDescription3
126691CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsAverage temperatures, as well as maximum average temperatures, have increased in the last decades and will keep on increasing at different levels depending on the future scenario studied. Hotter and longer summers are taking place. Consequently, heat waves and an increase in the number of plagues are expected, having a negative effect on human health, as well as an increase on energy consumption and demand, which results in more pressure on the health system, and can produce supply cuts. According to the annual records of the meteorological service, summers in the City of Buenos Aires are getting hotter.2Cities-2.1d-C3-ImpactDescription3
126692CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsSerious2Cities-2.1d-C2-Magnitude2
126693CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsSerious5Cities-2.1d-C2-Magnitude2
126694CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsThe sea level rise will directly cause the Rio de la Plata level rise. As a consequence, the region and its adjacent areas would be significantly affected due to an increase in the frequency of flooding in low areas and increased erosion in some coastal areas which will produce human and social impacts as well as material losses, especially in spontaneous settlements near the coast; sometimes including housing losses, causing the need of settlements to relocate. The consequences of these events are health problems, damage to buildings infrastructure and commercial facilities, damage to public facilities (schools, hospitals, etc.), cuts or interruptions of public services such as electricity, public transportation and waste collection.5Cities-2.1d-C3-ImpactDescription3
126695CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsAverage temperatures, as well as maximum average temperatures, have increased in the last decades and will keep on increasing at different levels depending on the future scenario studied. As a consequence, Buenos Aires has come to have beneficial conditions for developing of the mosquito that spreads some disease vectors such as dengue, zika. The risk of exposure to these deseses is increased, producing a larger demand for health services, and the need of prevention activities such as ovitraps and special sprays. On 2016 it was launched a campaign based on the elimination of containers with standing water, to avoid the development of the vector.6Cities-2.1d-C3-ImpactDescription3
126696CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsEmergency Management1Cities-2.1d-C5-AssetService5
126697CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsEmergency Management4Cities-2.1d-C5-AssetService5
126698CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsExtreme precipitation events, such as rainfall over 100 mm in 24 hours and rainfall over 60 mm in 1 hour, are responsible for floods in the City. As a consequence, there are human and social impacts as well as material losses, especially in spontaneous settlements near the river; sometimes including housing losses, causing the need of settlements to relocate.Regarding the evolution of the annual accumulated precipitation for the reference stations for the period 1960-2014, significant trends show an increase in the annual precipitation accumulated of about 6 mm per year, which represents an increase in annual precipitation of 20% in the 54 years analyzed. The consequences of these events are health problems, damage to buildings infrastructure and commercial facilities, damage to public facilities (schools, hospitals, etc.), cuts or interruptions of public services such as electricity, public transportation and waste collection. It has been observed that although the increase in the amount in the precipitations was not significant, the amount of water fallen in a shorter period of time has increased.4Cities-2.1d-C3-ImpactDescription3
126699CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsIncreased wind speeds are expected, together with changes in the wind direction towards the East, increasing the frequency of storms known in Buenos Aires, as "Sudestadas" that includes severe southeast winds that push the river into land, not allowing drainage. These event usually is accompanied by severe rainfall. This phenomenon may accelerate the river level rise in Buenos Aires. It produces damage to infrastructure, waterlogging, fallen trees, public lighting, power cuts, and disruption of urban services (similar to flooding impacts).7Cities-2.1d-C3-ImpactDescription3
126700CDP Cities 201731155City of Buenos AiresRisks & Adaptation.Climate Hazards II.NotRepeatable2.1dCities-2.1d-FutureClimateHazardsPublic health2Cities-2.1d-C4-AssetService4

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Profile Picture Amy Bills

created Mar 9 2021

updated Mar 9 2021

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This dataset contains the full responses of cities disclosing publicly to CDP in 2017. If you have any questions about this data, please contact cities@cdp.net.

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