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2019 Cities Climate Hazards

Row numberQuestionnaire NameAccount NumberAccount NameCountryCDP RegionParentSectionSectionRowNumberClimate HazardsDid this hazard significantly impact your city before 2019?Current probability of hazardCurrent consequence of hazardSocial impact of hazard overallFuture change in frequencyFuture change in intensityWhen do you first expect to experience those changes?Most relevant assets / services affected overallPlease identify which vulnerable populations are affectedMagnitude of expected future impactPlease describe the impacts experienced so far, and how you expect the hazard to impact in the future
601Cities 201935898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEuropeClimate Hazards & VulnerabilityClimate Hazards3Flood and sea level rise > Flash / surface floodYesMedium HighMediumIncreased demand for healthcare services; Increased risk to already vulnerable populations; Fluctuating socio-economic conditions; Increased demand for public servicesIncreasingIncreasingMedium-term (2026-2050)Education; Public health; Commercial; Transport; Energy; Emergency services; Environment, biodiversity, forestry; Industrial; Information & communications technology; Land use planning; Food & agriculture; Society / community & culture; Residential; Water supply & sanitation; Waste management; TourismChildren & youth; Elderly; Persons living in sub-standard housing; Persons with chronic diseases; Persons with disabilities; Unemployed persons; Low-income households; Marginalized groupsHighFlooding stand out as one of the key weather and climate threats to the conurbation, not just in the future but also in the present day. Indeed, evidence from the EcoCities project suggests that flooding has been the most prominent hazard facing GM over recent decades, and that surface water flooding is superseding fluvial flooding (from main rivers) as the most common type of event (Carter and Lawson 2011). Indeed, pluvial flooding now dominates, accounting for 50% of all floods since 1994Within the GM Critical infrastructure risk assessment, which looked at 2050’s high GHG emissions scenario for GM’s Mersey Basin zone. Change is from 1961-1990 at 90th percentile) for this GM climate Zones (defined under the Ecocities project, Cavan 2010), under this emissions scenario, we expect the following hazard increases which will intensify the pluvial / flash flood risk by:Precipitation on wettest day in winter: + 31%- Precipitation on wettest day in summer: + 19%- Winter mean precipitation: +28%- Annual mean precipitation: +9% In addition to the damage flooding causes to buildings and infrastructure, flooding also brings knock-on secondary impacts which must be recognised. One example is the effect of flood damage to people’s homes, and the subsequent psychological stress that this can cause flood victims.
602Cities 201935898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEuropeClimate Hazards & VulnerabilityClimate Hazards4Storm and wind > Severe windYesMediumMediumIncreased demand for public services; Increased risk to already vulnerable populations; Increased demand for healthcare servicesIncreasingIncreasingMedium-term (2026-2050)Information & communications technology; Waste management; Transport; Emergency services; Environment, biodiversity, forestry; Energy; Water supply & sanitation; Food & agricultureChildren & youth; Persons living in sub-standard housing; Elderly; Marginalized groups; Low-income households; Persons with disabilitiesDo not knowDisruption and short term problems associated with damage to infrastructure or problems with movement (including mobilisation of emergency response). There could be risk to health due to dangers of high winds. This could be compounded by disruption to the wider energy and ICT networks. This, alongside combinations of high wind events with higher rainfall could see this hazard impact combine with more frequent and higher risk fluvial and pluvial flood risks identified above.
603Cities 201935898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEuropeClimate Hazards & VulnerabilityClimate Hazards5Flood and sea level rise > River floodYesMedium HighMedium HighIncreased risk to already vulnerable populations; Fluctuating socio-economic conditions; Increased demand for healthcare services; Loss of traditional jobs; Increased demand for public servicesIncreasingIncreasingShort-term (by 2025)Emergency services; Waste management; Education; Water supply & sanitation; Commercial; Environment, biodiversity, forestry; Public health; Food & agriculture; Industrial; Information & communications technology; Residential; Society / community & culture; Transport; EnergyElderly; Persons with chronic diseases; Children & youth; Low-income households; Marginalized groups; Persons with disabilities; Persons living in sub-standard housingHighFlooding stand out as one of the key weather and climate threats to the conurbation, not just in the future but also in the present day. Indeed, evidence from the EcoCities project suggests that flooding has been the most prominent hazard facing GM over recent decades, and that surface water flooding is superseding fluvial flooding (from main rivers) as the most common type of event (Carter and Lawson 2011). Although fluvial flooding is relatively uncommon in GM, given the location of key assets and infrastructures within Flood Zones and the high consequences of related impacts should they occur, the associated risks remain high. Indeed GM is already seeing an intensification in htis fluvial flood hazard. With 17 river flood events in the 1945-1969 period rising to 27 in the 1994-2017 period. Again this is a hazard GM projects to increase in intensity and risk. Within the GM Critical infrastructure risk assessment, which looked at 2050’s high GHG emissions scenario for GM’s Mersey Basin zone. Change is from 1961-1990 at 90th percentile) for this GM climate Zones (defined under the Ecocities project, Cavan 2010), under this emissions scenario, we expect the following hazard increases which will intensify the pluvial / flash flood risk by:Precipitation on wettest day in winter: + 31%- Precipitation on wettest day in summer: + 19%- Winter mean precipitation: +28%- Annual mean precipitation: +9% In addition to the damage flooding causes to buildings and infrastructure, flooding also brings knock-on secondary impacts which must be recognised. One example is the effect of flood damage to people’s homes, and the subsequent psychological stress that this can cause flood victims.
604Cities 201935898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEuropeClimate Hazards & VulnerabilityClimate Hazards6Wild fire > Land fireYesMediumMediumIncreased demand for public servicesIncreasingIncreasingMedium-term (2026-2050)Environment, biodiversity, forestry; TourismDo not knowSignificant peatland wildfires have been occuring in the upland areas around GM, with 2018 an extreme year. accerbated by land management practices, earlier drying of peatland and accidental/deliberate setting of fires, the impact of this hazard is expected to increase affecting land access, local health (air quality) and potentially risk to property (low)
605Cities 201935898Greater ManchesterUnited Kingdom of Great Britain and Northern IrelandEuropeClimate Hazards & VulnerabilityClimate Hazards7Extreme Precipitation > Rain stormYesMedium HighMediumIncreased demand for public services; Increased resource demand; Increased risk to already vulnerable populationsIncreasingIncreasingShort-term (by 2025)Water supply & sanitation; Emergency services; Transport; Information & communications technology; Energy; Food & agriculture; Residential; Land use planning; Society / community & culture; Public healthPersons with disabilities; Low-income households; Marginalized groups; Elderly; Persons living in sub-standard housing; Children & youth; Persons with chronic diseasesHighWith surface water flooding events increasing in frequency in GM, and climate change projections threatening a rise in intense downpours, attention needs to be paid to protecting people, buildings and infrastructure from the associated consequences
606Cities 201935903Le Grand CasablancaMoroccoAfricaClimate Hazards & VulnerabilityClimate Hazards1Extreme Precipitation > Rain stormYesMedium HighHighIncreased demand for public servicesDo not knowIncreasingShort-term (by 2025)TransportLow-income householdsMediumFrequently
607Cities 201935903Le Grand CasablancaMoroccoAfricaClimate Hazards & VulnerabilityClimate Hazards2Flood and sea level rise > Coastal floodYesMedium HighMedium HighIncreased demand for public servicesIncreasingIncreasingShort-term (by 2025)Industrial; Commercial; Water supply & sanitationOtherMediumLess frequently
608Cities 201935903Le Grand CasablancaMoroccoAfricaClimate Hazards & VulnerabilityClimate Hazards3Water Scarcity > DroughtLess frequently
609Cities 201935903Le Grand CasablancaMoroccoAfricaClimate Hazards & VulnerabilityClimate Hazards4Flood and sea level rise > Coastal floodLess frequently
610Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards1Storm and wind > Cyclone (Hurricane / Typhoon)HighLowIncreasingIncreasingEmergency services; Energy; TransportA report by the Inter Agency Group on historical occurrences of tropical cyclones indicates that Kolkata Metropolitan Area has been hit 11 times by severe cyclonic storms between 1977 and 2011. The intensity and size has of the storms have also increased.
611Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards2Extreme Precipitation > MonsoonHighLowIncreasingIncreasingEmergency services; Transport; EnergyThe average rainfall in Kolkata Metropolitan Area has increased from approximately 1510mm in 1901 to 1750mm in 2011. A comparison of 10 yearly blocks between1972 and 2011 shows that the average rainfall has increased considerably between 1992 and 2011.The rainfall has also been erratic in the same period. Although the total number of recorded heavy rainfall incidences is 78, with mean of 2.2 per year, there have been considerable variations, with some years having none and others having six.
612Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards3Extreme hot temperature > Heat waveHighMediumIncreasingIncreasingEnergy; Public health; Food & agricultureThe climate of Kolkata Metropolitan Area is considered to be tropical wet and dry, with an annual mean temperature of 28.3°C.Over the last 63 years instances of daily maximum temperature exceeding 40°C have increased ; the pre-monsoon season. Mean annual maximum temperature (31.2°C) is projected to increase by between 1.0-1.6°C by mid-century and by 1.7-3.3°C by end-century.Maximum temperature in Kolkata was recorded 39.5°C during June 2019. Temperature increase will be more in winter. With rise in local temperatures, there is likely to be an accompanying rise in illnesses and deaths that will occur as a direct result of an increase in severe heat waves and lightening strike has also significantly increased in recent years.
613Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards4Flood and sea level rise > Flash / surface floodHighMedium LowIncreasingIncreasingFood & agriculture; Transport; Water supply & sanitationKolkata Municipal Corporation, the most important ULB in Kolkata Metropolitan Area, is currently ranked as the third most vulnerable city in the world from coastal flooding. Kolkata Metropolitan Area’s slums are highly vulnerable to floods and cyclones because of poor construction materials, weak social structures and their vulnerable locations. Some are located in highly vulnerable zones that were previously low-lying wetlands surrounded by vast water bodies into which sewage flows from the city.
614Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards5Chemical change > Atmospheric CO2 concentrationsHighMediumIncreasingIncreasingCommercial; Residential; Public healthKolkata Municipal Corporation, the most important ULB in Kolkata Metropolitan Area is the fifth highest amongst major cities in India emitting 14.8 million tons of greenhouse gases (GHG)I. It is also the second highest contributor in terms of per capita CO2 emission producing 3.29 tons of CO2 per capita. Emissions in Kolkata Metropolitan Area are projected to increase by some 54% by 2025 based on 2014 level. Around 70% of Kolkata’s 15 million inhabitants suffer from some form of respiratory problems caused by pollution from the city’s transport sector.
615Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards6Mass movement > SubsidenceMediumLowIncreasingIncreasingWater supply & sanitation53% of the boroughs with in Kolkata municipal Corporation show a groundwater level decline of 0.13 metres per year or greater.
616Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards7Biological hazards > Vector-borne diseaseMedium HighHighIncreasingIncreasingWater supply & sanitation; Public health; Society / community & cultureWith rise in local temperatures, there is likely to be an accompanying rise in illnesses and deaths that will occur as a direct result of an increase in severe heat waves. Due to Maximum temperature in Kolkata Metropolitan Area was recorded between 41.1°C and 41.5°C during April and May 20.14Vector-borne diseases such as malaria and dengue as well as respiratory diseases due to increasing pollution levels, are expected to rise in the city.
617Cities 201935904Kolkata Metropolitan AreaIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards8Chemical change > Salt water intrusionMediumMediumIncreasingIncreasingWater supply & sanitation
618Cities 201935905Corporation of ChennaiIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards0
619Cities 201935905Corporation of ChennaiIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards1Extreme Precipitation > Rain stormYesMediumMediumIncreased resource demand; Increased risk to already vulnerable populations; Increased demand for public services; OtherIncreasingImmediatelyInformation & communications technology; Energy; TransportMedium
620Cities 201935907BangaloreIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards0
621Cities 201935910Pune Municipal CorporationIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards0
622Cities 201935913City of NairobiKenyaAfricaClimate Hazards & VulnerabilityClimate Hazards1Flood and sea level rise > River floodYesHighHighIncreased demand for public services; Fluctuating socio-economic conditions; Population displacement; Increased risk to already vulnerable populations; Increased resource demandIncreasingIncreasingImmediatelyEnvironment, biodiversity, forestry; ResidentialMarginalized groups; Elderly; Women & girls; Low-income households; Persons living in sub-standard housingMediumInformal human settlements along the rivers traversing the city are periodically washed down
623Cities 201935913City of NairobiKenyaAfricaClimate Hazards & VulnerabilityClimate Hazards2Biological hazards > Water-borne diseaseYesHighHighIncreasingIncreasingShort-term (by 2025)Water supply & sanitation; Energy; Industrial; Residential; Tourism; Public health; Transport; Waste managementHighOutbreaks do occur particularly in the poorly drained informal settlements
624Cities 201935913City of NairobiKenyaAfricaClimate Hazards & VulnerabilityClimate Hazards3Extreme Precipitation > Rain stormYesHighHighIncreased resource demand; Increased risk to already vulnerable populations; Fluctuating socio-economic conditions; Population displacement; Increased incidence and prevalence of disease and illnessIncreasingIncreasingShort-term (by 2025)Public health; Residential; Waste management; Water supply & sanitation; Transport; Environment, biodiversity, forestry; IndustrialElderly; Women & girls; Low-income households; Persons with disabilities; Marginalized groups; Indigenous populationMediumVulnerable groups, especially the poor living in informal settlements have been adversely affected.
625Cities 201935915City of JaipurIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards1Extreme hot temperature > Heat waveYesMedium HighMediumIncreased risk to already vulnerable populations; Increased demand for public services; Increased resource demandIncreasingIncreasingImmediatelyWater supply & sanitationChildren & youth; Persons living in sub-standard housing; Low-income households; ElderlyDo not know
626Cities 201935915City of JaipurIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards2HighDo not know
627Cities 201935915City of JaipurIndiaSouth and West AsiaClimate Hazards & VulnerabilityClimate Hazards3HighDo not knowJaipur experienced extreme heat in 2019 with maximum temperature reaching 45.2 degree celsius. This coupled with delayed monsoon resulted in water related stress and increased reliance on ground water for supply to domestic consumers.
628Cities 201935993Singapore GovernmentSingaporeSoutheast Asia and OceaniaClimate Hazards & VulnerabilityClimate Hazards1Water Scarcity > DroughtNoDoes not currently impact the cityDoes not currently impact the cityIncreased risk to already vulnerable populations; Increased incidence and prevalence of disease and illness; Increased resource demandIncreasingIncreasingWater supply & sanitationLow-income households; Elderly; Women & girls; Persons with chronic diseases; Children & youthMediumDroughts could become more severe and frequent because of climate change. Phase 1 of the Second National Climate Change study projected that rainfall totals for February, typically the driest month of the year, could decrease from an annual average of 142.mm to 23.9mm.
629Cities 201935993Singapore GovernmentSingaporeSoutheast Asia and OceaniaClimate Hazards & VulnerabilityClimate Hazards2Extreme hot temperature > Extreme hot daysYesMedium HighMedium HighIncreased demand for healthcare services; Increased incidence and prevalence of disease and illnessIncreasingIncreasingImmediatelySociety / community & culture; Public healthLow-income households; Elderly; Persons with chronic diseases; Children & youthMediumPhase 1 of our Second National Climate Change Study projected that temperatures in Singapore could rise by up to 4.6°C towards the last few decades of the century; translating to a future mean temperature of 32.0°C. Unusually warm temperatures we encounter occasionally today could become the norm in the future and days with record temperatures above those experienced historically will also become more frequent. All days between February to May could have maximum temperatures above 34.1°C. Due to the high levels of humidity, such projected temperature rises could lead to an increase in thermal discomfort.
630Cities 201935993Singapore GovernmentSingaporeSoutheast Asia and OceaniaClimate Hazards & VulnerabilityClimate Hazards3Flood and sea level rise > Flash / surface floodYesMedium HighMedium HighIncreased incidence and prevalence of disease and illnessIncreasingIncreasingImmediatelyWater supply & sanitationChildren & youth; Persons with chronic diseases; Elderly; Low-income householdsMediumPhase 1 of our Second National Climate Change Study has suggested an increasing trend in the intensity and frequency of heavy rainfall events over Singapore, particularly during the wetter season. Increasing intensity and frequency of heavy rainfall increases the likelihood of flash/surface floods in Singapore.
631Cities 201935993Singapore GovernmentSingaporeSoutheast Asia and OceaniaClimate Hazards & VulnerabilityClimate Hazards4Storm and wind > Storm surgeYesMedium HighMedium HighIncreased resource demand; Population displacementIncreasingIncreasingImmediatelyWater supply & sanitationChildren & youth; Elderly; Low-income households; Persons with chronic diseasesMediumSingapore is also expecting higher sea levels. The study projected an increase in mean sea level of about 1m by the year 2100. This change would also contribute to wind driven coastal storm surges and high waves.
632Cities 201935993Singapore GovernmentSingaporeSoutheast Asia and OceaniaClimate Hazards & VulnerabilityClimate Hazards5Biological hazards > Vector-borne diseaseYesMedium HighMedium HighIncreased incidence and prevalence of disease and illness; Increased demand for healthcare servicesIncreasingIncreasingImmediatelyPublic health; Society / community & culturePersons with chronic diseases; Low-income households; Elderly; Children & youthMediumThe increase in temperature and rainfall is expected to increase the vector/pest population and transmission. An increase in temperature is expected to reduce the duration of development of vectors/pests, such that there will be an increase in population that leads to high transmission all year round or increased force of infection. Moreover, the biting rate of mosquitoes is expected to increase while the replication time of pathogens is expected to shorten. Thus, this would lead to an increase in transmission of vector-borne disease, in particular dengue. Finally, there is also an increased risk of new pathogen(s) being established under a hotter climate. The study has also projected that there is an increasing trend in rainfall, particularly during the wetter season. An increase in intermittent rainfall may create more mosquito larval habitats and increase mosquito population.
633Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards1Biological hazards > Vector-borne diseaseHighHighIncreasingIncreasingTransport; Energy; Water supply & sanitationLes pliues torrentielles provoquent les inondations, la canicule provoque les AVC et la mort, les inondations provoquent les marais et dans les marais qu'on retrouvent les anophè anophèles qui provoquent le paludisme, le secheresse provoque la diminution d'eau et les barrages sont affectués d'où le delestage du courant, les pluies torrentielles provoque la destruction des ouvrages(édifice, routes, maisons etc, torrentielles affectent les ouvrages qui sont détruis,il y a perturbation de l'approvisionnement en eau
634Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards2Water Scarcity > DroughtMediumMediumIncreasingIncreasingTransport; Public health; Food & agriculturela secheresse a un impact négatif sur l'agriculture, il y a changement des saisons et le rendement agricole chute, il y a la pollution de la ville, tarissement des cours d'eau
635Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards3Extreme hot temperature > Extreme hot daysMediumMediumIncreasingIncreasingEnvironment, biodiversity, forestry; Education; Information & communications technologyles journées extrêmements chaudes provoquent le tarissement des cours d'eau, provoque des maladies de la peau , affectents les plants et les animaux et la santé également des personnes surtout les vieulles personnes sont affectées, il y a également ensablement qui rend la navigation maritime difficile pendant la saison sèche
636Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards4Extreme Precipitation > Rain stormHighHighIncreasingIncreasingPublic health; Waste management; Transportles pluies torrentielles provoquent des inondationsn, détruisent les cultures et le rendement basse,provoquent la chute des arbres, les inondations, il y a éboulement du sol, les ouvrages sont détruit,les édifices sont également détruit
637Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards5Flood and sea level rise > Flash / surface floodHighHighIncreasingIncreasingTransport; Energy; Water supply & sanitationles inondations détruisent les ouvrages, affectent les ouvrages hydroélectriques, détruisent les champs, provoquent le paludisme, détruisent les édifices
638Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards6Flood and sea level rise > Groundwater floodHighHighIncreasingIncreasingEnergy; Transport; Water supply & sanitationles inondations par les eaux souterrainnes provoquent la destruction des ouvrages, détruisent les récoltent et le rendement baisse, affectent les ouvrages hydroélectriques, provoquent des marais siègent des anophèles qui sont à la base du paludisme
639Cities 201936002Ville de KinshasaDemocratic Republic of the CongoAfricaClimate Hazards & VulnerabilityClimate Hazards7Biological hazards > Water-borne diseaseMediumMediumIncreasingIncreasingPublic health; Water supply & sanitation; Environment, biodiversity, forestryles maladies à transmission à eau sont : la diarhée, les maladies à main sale, la fièvre typhoide
640Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards1Water Scarcity > DroughtYesHighHighIncreased demand for healthcare services; Population displacement; Increased incidence and prevalence of disease and illness; Increased risk to already vulnerable populations; Increased demand for public servicesIncreasingIncreasingShort-term (by 2025)Environment, biodiversity, forestry; Food & agriculture; Transport; Waste management; Energy; Water supply & sanitationElderly; Indigenous population; Low-income households; Persons living in sub-standard housing; Persons with chronic diseases; Children & youth; Unemployed persons; Persons with disabilities; Women & girlsMediummaladies Cardio-vasculaire, maladies pulmonaire (asthme, maladie de peau, allergies) et les maladies hydriques (choléra, dysenterie,fièvre thyphoïde)
641Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards2Flood and sea level rise > Coastal floodYesHighHighIncreased risk to already vulnerable populations; Increased demand for public services; Increased incidence and prevalence of disease and illness; Loss of traditional jobs; Migration from rural areas to cities; Loss of tax base to support public services; Population displacement; Increased conflict and/or crimeIncreasingIncreasingImmediatelyPublic health; Law & order; Commercial; Food & agriculture; Residential; Water supply & sanitation; Society / community & culture; Transport; TourismIndigenous population; Persons living in sub-standard housing; Low-income householdsMediumdégâts matériels évaluer a 100 milliards de F CFA, pertes en vies humaines (18 personnes)
642Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards3Flood and sea level rise > Flash / surface floodYesHighHighIncreased demand for public services; Loss of tax base to support public services; Migration from rural areas to cities; Increased incidence and prevalence of disease and illness; Population displacement; Increased conflict and/or crime; Increased demand for healthcare services; Loss of traditional jobs; Increased risk to already vulnerable populationsIncreasingIncreasingShort-term (by 2025)Environment, biodiversity, forestry; Law & order; Education; Water supply & sanitation; Tourism; Energy; Residential; Commercial; Emergency services; Society / community & culture; Land use planning; Public health; Waste management; TransportLow-income households; Unemployed persons; Elderly; Persons with chronic diseases; Persons living in sub-standard housing; Marginalized groups; Women & girlsMedium
643Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards4Flood and sea level rise > Permanent inundationHighHighIncreasingIncreasing
644Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards5Biological hazards > Vector-borne diseaseHighHighIncreasingIncreasing
645Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards6Extreme hot temperature > Extreme hot daysMedium HighMedium HighIncreasingIncreasing
646Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards7Biological hazards > Water-borne diseaseMedium HighMedium HighNoneNone
647Cities 201936004City of AbidjanCôte d'IvoireAfricaClimate Hazards & VulnerabilityClimate Hazards8Chemical change > Atmospheric CO2 concentrationsMediumMediumIncreasingIncreasing
648Cities 201936032Ville de DakarSenegalAfricaClimate Hazards & VulnerabilityClimate Hazards1Extreme Precipitation > Rain stormYesHighHighIncreased risk to already vulnerable populationsIncreasingIncreasingImmediatelyPublic health; Energy; Land use planning; Water supply & sanitation; Waste managementElderly; Low-income households; Marginalized groupsMedium- Inondation et détérioration du cadre de vie- Destruction de l’habitat spontané dans les quartiers populaires- Insécurité alimentaire
649Cities 201936032Ville de DakarSenegalAfricaClimate Hazards & VulnerabilityClimate Hazards2Flood and sea level rise > Coastal floodYesMedium LowMedium HighPopulation displacement; Increased risk to already vulnerable populationsIncreasingDecreasingShort-term (by 2025)Education; Water supply & sanitation; Energy; Commercial; Residential; Public health; TransportChildren & youth; Low-income households; Elderly; Persons living in sub-standard housing; Marginalized groups; Women & girlsHigh- Recul du trait de côte et diminution de la taille des plages- Chute de mur de protection de maison, d'Hôtel
650Cities 201936032Ville de DakarSenegalAfricaClimate Hazards & VulnerabilityClimate Hazards3Extreme hot temperature > Heat waveYesHighMedium LowLoss of traditional jobs; Population displacement; Increased risk to already vulnerable populationsDo not knowMedium-term (2026-2050)Environment, biodiversity, forestry; Energy; Commercial; Transport; Education; Water supply & sanitation; Residential; Waste management; IndustrialChildren & youth; Elderly; Low-income households; Marginalized groups; Women & girls; Persons living in sub-standard housingMedium

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Profile Picture Amy Bills

created Nov 16 2021

updated Nov 16 2021

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This dataset contains responses to question 2.1 on climate hazards as reported by local authorities through the 2019 CDP Cities questionnaire.

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