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2018 - 2019 Cities Adaptation Actions

Row numberYear Reported to CDPAccount NumberOrganizationCityCountryCDP RegionReporting AuthorityAccessClimate hazardAdaptation actionAction TitleStatus of actionCo-benefit areaAction description and Implementation ProgressFinance StatusTotal Cost of ProjectTotal Cost Provided By The Local GovernmentPrimary Source FundWeb LinkPopulationPopulation YearCity LocationLast updateWater 2014 - Number of drivers
1001201850553City of FresnoFresnoUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicDroughtWater use restrictions and standardsImplementationPlease refer to General Plan.5274382017{"type"=>"Point", "coordinates"=>[-119.773, 36.7468]}2020-05-01T04:07:06.200
1002201869823VisbyVisbySwedenEuropeCDP Cities, ICLEI - Local Governments for Sustainability, Union of the Baltic CitiespublicHeavy snowHazard resistant infrastructure design and constructionOperationBuilding regulations, plus annual preparedness to take care of snowfall by public procurement of availability to machinery e t c when needed.585952017{"type"=>"Point", "coordinates"=>[18.2948, 57.6348]}2020-05-01T04:07:06.200
1003201935393City of St LouisSt LouisUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Flash / surface floodTree planting and/or creation of green spaceProject ClearImplementationEcosystem preservation and biodiversity improvement, Enhanced resilience, Greening the economy, Improved public health, Improved resource efficiency (e.g. food, water, energy), Job creationExtreme storm water flooding issues in the City caused by 100+ year old combined sewer systems resulted in the Metropolitan Sewer District to spend $100 million on green infrastructure, as a part of a 2011 settlement of a Clean Water Act lawsuit with the Environmental Protection Agency and the Missouri Coalition for the Environment. In addition, the City has increased it's budget for demolition of abandoned buildings and will begin a deconstruction pilot. The deconstruction pilot will provide an opportunity for measure the storm water absorption of green space vs. hard space.Finance securedPublic-private partnershiphttps://www.projectclearstl.org/ ; https://delta-institute.org/delta/wp-content/uploads/St.-Louis-Deconstruction-Market-Assessment.pdf3028382018{"type"=>"Point", "coordinates"=>[-90.1994, 38.627]}2020-05-01T04:07:31.380
1004201954620Gobierno Municipal de la Ciudad de Paranála Ciudad de ParanáArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > River floodTree planting and/or creation of green spaceArbolado/Forestación urbanaImplementationEnhanced climate change adaptation, Enhanced resilience, Reduced GHG emissions, Shift to more sustainable behaviours, Social community and labour improvementsPlantación de 5000 árboles por año hasta el 2030Feasibility undertaken24786320102020-05-01T04:07:31.380
1005201849334City of Richmond, VARichmond, VAUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicRain stormCrisis management including warning and evacuation systemsCompleteAn emergency management system is in place to provide advance warning and response to heavy rain events.2228532017{"type"=>"Point", "coordinates"=>[-77.436, 37.5407]}2020-05-01T04:07:06.200
1006201961467Dipolog CityPhilippinesSoutheast Asia and OceaniaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicStorm and wind > Storm surgeFlood defences – development and operation & storageConstruction of Boulevard Foreshore Protection and DevelopmentOperationDisaster Risk Reduction, Social inclusion, social justiceThe construction of the Dipolog Boulevard, was initially geared towards rehabilitating the environmental condition of the area as well as protecting the communities from wave surges during typhoons and erosion. However, as the project progresses, the City Government saw some opportunities for tourism and economic growth. Thus, the City Government facilitated and provided an enabling environment so as all sectors in the community, especially the less privileged, could enjoy and benefit from it. The City Government also saw opportunities to increase its local income, thus, constructing the Commercial Complex that currently houses 15 businesses, providing a total income from rentals to the city’s coffer at PhP 4.7 Million annually. Putting into place regular evaluation and updating of the implementation of the project has facilitated the identification of ways and means for the city to explore opportunities to revise and improve its strategies so that the outputs of the project are translated into outcomes, which as of today, besides serenity and ambiance, is the additional income of businessmen, vendors and peddlers, and the City Government. The increase in local income of the City Government certainly means more projects and services for the Dipolognons. The following are some details about the Dipolog Boulevard:(1) Facilitated the following influx of investments in the area:(a) Construction of PhP 42.0 Million worth of Commercial Complex, which currently houses 15 business establishments and regularly employing 39 Dipolognons. Total capitalization of these businesses have reached PhP 4.65 Million to date;(b) The engagement of 40 marginal families into vending food and beverages along designated areas in the Boulevard, whose monthly gross income ranges from PhP 6,000 to PhP 60,000 per month. The food and beverage vending has provided employment to a total of 56 people; Note:  There are a total of 103 food and beverage vendors operating at the boulevard to date. Latest survey conducted showed that average monthly family gross income of vendors is PhP PhP 30,000 since they engage in vending at the boulevard. (2) Generated income for the City Government amounting to PhP 393,000 per month for rentals of stalls in the Commercial Complex; Also generated a tota laverage annual income from facilities (comfort rooms) and business fees amounting to PhP 654,000.(3) Environmental quality of the area restored. Starting in 2013, the shore of the Dipolog Boulevard became a nesting area of sea turtle. The City Government was able to protect and release a total of 185 baby sea turtles or hatchlings to the sea during the same year and almost the same number every year thereafter.(7) Tourism, both local and foreign, boosted The Dipolog Boulevard becomes a place for leisure strides, physical fitness, family bonding, entertainment for friends and visitors, and venue for events and festivities of the city. It also has hosted some national and international events like the 1st International Bamboo and Gongs Festival of the National Commission for Culture and the Arts. The natural ambiance, especially from late afternoon to late evening, and the clean, orderly, safe and congenial atmosphere in the area become an enticing treat to visitors and locals and the very reason to always come back to the area.In the promotion of a well-balanced urban development, the construction of the Dipolog Boulevard, has reminded the City Government to sustain the strict implementation of Sangguniang Panlungsod Resolution No. 00-1704, passed in May 2000, establishing the guidelines and providing the blueprint for resettlement entitlements of informal settlers, and the Tigil Tayuan campaign along public lands. These factors have greatly reduced the informal settlements in the city, and, thus, minimized social and environmental problems.Finance secured509000000(Sub)national13075920152020-05-01T04:07:31.380
10072019834255Municipality of GuaymallénArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainabilitypublic28380320102020-05-01T04:07:31.380
1008201914344City of Park City, UTPark CityUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicWater Scarcity > DroughtDiversification of water supply3Kings Water Treatment PlantImplementationEnhanced climate change adaptation, Enhanced resilience, Improved resource efficiency (e.g. food, water, energy), Improved resource quality (e.g. air, water), Improved resource security (e.g. food, water, energy), Reduced GHG emissions, Shift to more sustainable behavioursScope:A new water treatment plant is under construction. It will be able to treat water that comes out of Park City’s historic mine tunnels. This project will demolish the existing Spiro Water Treatment Plant and construct the new 3Kings Water Treatment Facility in order to:-Improve water quality and reliability-Increase water treatment capacity to maximize use of available water from historic mining tunnels-Increase overall City water supply resiliency and peak day capacityTimescale: The new Water Treatment Plant will be operational by 2023.Current Status of Implementation: Plans for the new water treatment plant have been approved by City Council. Park City’s additional water treatment plant, Quinn’s Junction, has been stress tested and will be able to handle the increased levels of imported waterBarriers to Implementation: Park City’s ability to treat water will be decreased during the time between when the old Water Treatment Plan is offline and the new one is being built, leaving the utility dependant on only one, less efficient Water Treatment Plan. Park City is working with the Jordanelle Special Services District and the Weber Basin Water Conservancy District to increase the amount of water imported into Park City.Collaborators:Water Importation- Jordanelle Special Services District and the Rockport Water DistrictProjected Impact on Hazard: The ability to treat water that comes out of Park City’s historic mine tunnels will create additional resources to mitigate potential drought conditions.Cost: Total Cost come from the proposed budget for the Mine Influence Water Treatment facility project in Park City's Financial Year (FY) 2020 Budget. The proposal spans from 2019 to 2023. Total Cost Provided by Local Government comes from the Budget expenses from FY2018, 2019 and 2020.Feasibility finalized, and finance partially secured9480000023476859Localhttps://www.parkcity.org/departments/public-utilities-streets/engineering-construction-division/water-projects/3kings-water-treatment-plant83762016{"type"=>"Point", "coordinates"=>[-111.498, 40.6461]}2020-05-01T04:07:31.380
1009201961427Municipality of NacalaNacalaMozambiqueAfricaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Heat waveIncorporating climate change into long-term planning documentsDevelop an urban greening plan and include this in Nacala’s urbanisation plansScopingEnhanced climate change adaptation, Enhanced resilience, Improved access to data for informed decision-making, Shift to more sustainable behavioursCurrently in Nacala there us very little greenery within the city itself meaning that in the summer, when temperatures are high, the urban heat island effect is exacerbated. The aim of the activity is to develop a plan to green the city which will include detail on trees to plant along pavements and in the centre of roads which will both provide shade for citizens as well as cool the city. Implementation for this activity has not commenced.2247952019{"type"=>"Point", "coordinates"=>[40.6854, -14.5656]}2020-05-01T04:07:31.380
1010201854048City of KnoxvilleKnoxvilleUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicTornadoHazard resistant infrastructure design and constructionScopingThe City of Knoxville will begin exploring ways to incentivize underground utilities for new development and as a retrofit for redevelopment. This action will be implemented to reduce the damages and hazards resulting from tornadoes, high winds, and severe storms. This is a 3-to-5 year goal.1862392016{"type"=>"Point", "coordinates"=>[-83.9207, 35.9606]}2020-05-01T04:07:06.200
1011201860292Prefeitura de JahuJahuBrazilLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainabilitypublic{"type"=>"Point", "coordinates"=>[-48.5755, -22.3028]}2020-05-01T04:07:06.200
1012201855322Município de Vila Nova de FamalicãoVila Nova de FamalicãoPortugalEuropeCDP Cities, ICLEI - Local Governments for Sustainabilitypublic1338342011{"type"=>"Point", "coordinates"=>[-8.7476, 41.381]}2020-05-01T04:07:06.200
10132019834226Municipality of Bell VilleArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicExtreme Precipitation > Rain stormOther: Mejora infraestructura de desaguesDesagüesOperationDisaster Risk Reduction, Improved public health, Improved resource efficiency (e.g. food, water, energy), Resource conservation (e.g. soil, water)-Desagüe por el medio de la calle Ortiz Herrera desde bulevar Colón hasta la derivación (Bv. Ascasubi) a su desembocadura en el río Ctalamochita, detrás de la ex ENET Nº 1. Una vez concluido será un gran alivio para la evacuación de agua en días de lluvia en un importante sector de la ciudad.-En proximidades de calle San Luis y Perito Moreno, muy cerca de Frigorífico Sudeste, personal de la Dirección de Desarrollo Urbano, amplía el canal que trae el agua de Bv. Eva Perón, para luego desembocar en el río Ctalamochita. El desagüe en sus últimos 200 metros tenía 3 metros de ancho y al llegar a calle San Luis se reducía a 60 centímetros, lo que provocaba un verdadero cuello de botella, agravándose por la cantidad enorme de basura que arrojan algunos ciudadanos irresponsables. Aparte de ensanchar la entrada, se derrumbó una antigua pared que no estaba en condiciones de soportar el paso de grandes cantidades de agua. Estos últimos 200 metros serán de hormigón, con tapas y rejas, para evitar que se le arroje basura.Objetivos Generales del proyecto:-Disminuir las zonas anegables del municipio.-Acelerar el escurrimiento de las aguas.Principales involucradosDirección de Bromatología y Saneamiento, Municipalidad de Bell VilleIndicadores/Medición y verificación-Metros lineales construidos.-Superficie anegada durante precipitaciones intensas.Finance secured3528120142020-05-01T04:07:31.380
1014201974594City of Boynton BeachBoynton BeachUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicStorm and wind > Cyclone (Hurricane / Typhoon)Resilience and resistance measures for buildingsImplementationCity offers Property Assessed Clean Energy (PACE) financing and a rebate program for residents and businesses to implement wind-resistance and energy-efficiency improvements. The City of Boynton Beach has adopted and currently enforces floodplain management regulations that meet or exceed the minimum standards and requirements for the National Flood Insurance Program (NFIP). The NFIP requirements can be found in Chapter 44 of the Code of Federal Regulations (44 CFR), which requires that all new construction and substantial improvements of residential structures located within the floodplain (e.g., Special Flood Hazard Area) shall be elevated to the base flood elevation (BFE), which is the point in elevation that surface water resulting from a flood has a one (1) percent chance of equaling or exceeding that level in any given year. The BFE is the national standard used by the NFIP and all federal agencies for the purposes of requiring the purchase of flood insurance and regulating new development. The City also has its own Flood Prevention Code, which can be found in the land development regulations (Part III, Chapter 4, Article X). While not required by the NFIP, each community is encouraged by FEMA to adopt higher regulatory standards, such as the freeboard requirement. Freeboard is simply requiring structures to be elevated above the BFE. Freeboard requirements for additions and/or substantial improvements require the existing building to be elevated to the base flood elevation only, which is still in compliance with 44 CFR. New building construction however, is required to be elevated at least one (1) foot above the BFE. To verify that a building has been properly elevated, the City of Boynton Beach requires the completion of an Elevation Certificate by a professional engineer or surveyor.Finance securedLocal767562018{"type"=>"Point", "coordinates"=>[-80.216, 26.4986]}2020-05-01T04:07:31.380
1015201931155City of Buenos AiresBuenos AiresArgentinaLatin AmericaC40, CDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicExtreme Precipitation > Rain stormProjects and policies targeted at those most vulnerablePlanes de urbanización en zonas vulnerablesOperationPoverty reduction / eradication, Social inclusion, social justiceDesde el Instituto de la Vivienda de la Ciudad de Buenos Aires, se realiza un plan de urbanización el Barrio Rivera Iguazú, ubicado en la cuenca Matanza-Riachuelo. Estas obras contribuyen a reducir la vulnerabilidad de la población.Finance secured304017771https://www.buenosaires.gob.ar/baobras/barrio-rivera-iguazu30591222016{"type"=>"Point", "coordinates"=>[-58.3816, -34.6037]}2020-05-01T04:07:31.380
1016201961876Mazabuka Municipal CouncilMazabukaZambiaAfricaCDP Cities, ICLEI - Local Governments for SustainabilitypublicCommunity engagement/educationsensitization to communities and engagementPre-feasibility studyDisaster preparedness, Enhanced resilienceThere are different stakeholders promoting technology to population on how to develop resilience. In Agriculture climate smart agriculture is being implemented. The department of forestry is encouraging afforestation and advocating for clean sources of energy to cook in the rural areas.Pre-feasibility study statusPublic-private partnershipwww.mazabukamunicipalcouncilcomorhttps://www.facebook.com/mazabukacouncil.mazabukacouncil/1822052016{"type"=>"Point", "coordinates"=>[27.7491, -15.8613]}2020-05-01T04:07:31.380
1017201969834Municipalidad de General Alvear (Mendoza)General Alvear, Buenos AiresArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicWild fire > Forest fireCrisis management including warning and evacuation systemsSistema de alerta temprana de Monte NativoPre-implementationDisaster preparedness, Disaster Risk Reduction, Ecosystem preservation and biodiversity improvement, Enhanced climate change adaptation, Enhanced resilience, Improved access to data for informed decision-making, Shift to more sustainable behavioursLa acción comprende la instalación de estaciones meteorológicas en los parajes del secano alvearense: Canalejas, Corral de Lorca, La Mora, Cochico. Durante la temporada de incendios cada estación recogerá los datos meteorológicos diarios a las 12 hs. los que serán enviados por un operador a la base de Defensa Civil en la Ciudad de General Alvear, allí se cargaran los datos en un Software especialmente diseñado, el que arrojará un índice de riesgos de incendios para cada zona. Datos que serán enviados a los entes de respuesta y los medios de comunicación locales.Pre-feasibility study status464292010{"type"=>"Point", "coordinates"=>[-67.6955, -34.978]}2020-05-01T04:07:31.380
1018201954700Prefeitura Municipal de SumaréSumaréBrazilLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme Precipitation > Rain stormReal time risk monitoringMonitoramento nível do rioOperationDisaster preparednessFoi instalada uma câmera de monitoramento próxima a uma ponte e voltada ao Ribeirão Quilombo de forma a monitorar o nível do rio e dar o alerta quando necessário. Dessa forma, evitando maiores desastres com o deslocamento de moradores e munícipes vulneráveis.Finance secured1234.561234.56(Sub)national2370072017{"type"=>"Point", "coordinates"=>[-47.2669, -22.8219]}2020-05-01T04:07:31.380
1019201973788SalliquelóArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Heat waveDisease prevention measuresCampañas de descacharrización contra el dengueOperationDisaster Risk Reduction, Enhanced climate change adaptation, Enhanced resilience, Improved public healthSe organizan anualmente dos campañas de descacharrización contra el dengue en las cuales se les informa a los vecinos que día pasaran los camiones recolectores para recolectar cualquier recipiente que pueda contener agua y propicie la cría del mosquito. De esta manera disminuyen las probabilidades de que se crie la larva del mosquito.Finance secured871420102020-05-01T04:07:31.380
10202019834374Tagum CityPhilippinesSoutheast Asia and OceaniaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicFlood and sea level rise > Flash / surface floodPublic preparedness (including practice exercises/drills): Mangrove PlantingDisaster PreparednessImplementationDisaster preparedness, Disaster Risk Reduction, Enhanced climate change adaptation, Enhanced resilience, Improved access to data for informed decision-making, Improved public health, Social inclusion, social justice1. Establishment of early warning and information dessimination campaign.2. Construction and development of barangay evacuation centers.3. Conduct of preparedness trainings and seminars for responders, volunteers and CSOs. 4. DRRM community information dessimination and drills. 5. Develop an integrated and simplied DRRM/CCA IEC materials.Finance secured16995000013700000Local25944420152020-05-01T04:07:31.380
1021201959167Municipalidad de ProvidenciaProvidenciaChileLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Heat waveShading in public spaces, marketsPrograma de mejoramiento de áreas verdes y arboladoImplementationEnhanced climate change adaptation, Enhanced resilience, Improved public healthAdemás de la mejora de las áreas verdes, en verano se emplean mallas con fin de proteger de los rayos solares y dar más comodidad a los peatones, esto principalmente en plazas.Finance secured00Local1420792017{"type"=>"Point", "coordinates"=>[-70.6092, -33.4313]}2020-05-01T04:07:31.380
1022201954617Alcaldia de PereiraPereiraColombiaLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicMass movement > AvalancheIncorporating climate change into long-term planning documents4720002019{"type"=>"Point", "coordinates"=>[-75.6906, 4.80871]}2020-05-01T04:07:31.380
1023201954609Alcaldia de TrujilloTrujilloPeruLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicMass movement > LandslideLandslide risk mappingRuta del agua de la provincia de TrujilloMonitoring and reportingDisaster preparedness, Disaster Risk Reduction, Enhanced climate change adaptation, Enhanced resilience, Improved resource efficiency (e.g. food, water, energy), Poverty reduction / eradication, Reduced GHG emissions, Social community and labour improvements, Social inclusion, social justiceEl GOB. REGIONAL y la ANA realizaron un convenio para identificar las rutas del agua y así tener mapeado las zonas vulnerables en la ciudad de Trujillo.Finance secured15(Sub)national9711162172020-05-01T04:07:31.380
1024201836159City of LisbonLisbonPortugalEuropeC40, CDP Cities, ICLEI - Local Governments for SustainabilitypublicHeat waveBiodiversity monitoringOperationBiodiversity monitoring in accordance with targets set out in the Lisbon Biodiversity Action Plan,5477332011{"type"=>"Point", "coordinates"=>[-9.13933, 38.7223]}2020-05-01T04:07:06.200
1025201831009City of CopenhagenCopenhagenDenmarkEuropeC40, CDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicStorm surgeFlood defences – development and operation & storagePre-implementationStrategic plan is finalised and published. The plan is awaiting budgetary approval to implement the initiatives from the council, which will be decided in 2018.6024812017{"type"=>"Point", "coordinates"=>[12.5683, 55.6761]}2020-05-01T04:07:06.200
1026201957616City of Lake Forest, ILLake ForestUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Flash / surface floodIncorporating climate change into long-term planning documentsStormwater Planning & EducationOperationEcosystem preservation and biodiversity improvement, Enhanced climate change adaptation, Enhanced resilience, Resource conservation (e.g. soil, water), Shift to more sustainable behavioursFlooding is a significant challenge facing Lake Forest due to the increase in precipitation in recent years. As a result, Lake Forest created a Stormwater Management Plan in early 2018 and their Sustainability Plan in 2016. Lake Forest’s Stormwater Management Plan provides assistance to property owners/residents during a rainfall event by helping them investigate the source of the flooding and recommending next steps to prevent it from happening in the future. Lake Forest enacted the Stormwater Management Plan in an attempt to control the movement of stormwater and reduce damage to property and protect public health, safety, and the environment. Lake Forest’s Sustainability Plan identifies the importance of minimizing the downstream effects of what enters Lake Forest’s wastewater and stormwater systems and creates attainable goals for the city to achieve over the next few years. Both of these plans help Lake Forest understand how flooding is affecting their city and begin to enact changes to help their city become more resilient to climate change events.Sources:https://www.cityoflakeforest.com/assets/1/7/2.19.19_Final_CC_Approved_Lake_Forest_Stormwater_Management_Policy.pdfhttps://www.cityoflakeforest.com/assets/1/7/LFC101_Stormwater_Bro_4Panel_v9.pdfhttps://www.cityoflakeforest.com/flooding-and-stormwater-management/http://www.cityoflakeforest.com/assets/1/7/Lake_Forest_Sustainability_Plan_September_9_2016_Plan_Commission-Final.pdfFeasibility finalized, and finance partially securedLocalhttps://www.cityoflakeforest.com/assets/1/7/2.19.19_Final_CC_Approved_Lake_Forest_Stormwater_Management_Policy.pdf http://www.cityoflakeforest.com/assets/1/7/Lake_Forest_Sustainability_Plan_September_9_2016_Plan_Commission-Final.pdf195442018{"type"=>"Point", "coordinates"=>[-87.8406, 42.2586]}2020-05-01T04:07:31.380
1027201960271Prefeitura de BertiogaBertiogaBrazilLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicStorm and wind > Severe windNo action currently takenScopingNenhuma ação tomada de forma preventiva, apenas inserida no plano de contingência do município.617362018{"type"=>"Point", "coordinates"=>[-46.0599, -23.8081]}2020-05-01T04:07:31.380
10282019831617Commune de BouakéBouakéCôte d'IvoireAfricaCDP Cities, ICLEI - Local Governments for SustainabilitypublicCommunity engagement/educationPre-implementationEnhanced climate change adaptationPre-feasibility study status7154352013{"type"=>"Point", "coordinates"=>[-5.0149, 7.4137]}2020-05-01T04:07:31.380
1029201935475City of CalgaryCalgaryCanadaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Flash / surface floodReal time risk monitoringUpdate Flood Resiliency Requirement in Flood ZonesPre-feasibility studyDisaster preparedness, Disaster Risk Reduction, Enhanced climate change adaptation, Enhanced resilience, Improved access to and quality of mobility services and infrastructure, Improved public health, Social community and labour improvementsExpand the review of the Land Use Bylaw and other development regulations to update flood resiliency requirements for private property in flood risk areas. Review The City’s existing land-use planning documents and develop amendments, new guidelines or policies that will minimize development in the floodplain over time. Information session and preparedness information for communities and individuals.Pre-feasibility study statusLocal12673442018{"type"=>"Point", "coordinates"=>[-114.071, 51.0486]}2020-05-01T04:07:31.380
1030201950359Gobierno Municipal de León de los AldamasLeón de los AldamasMexicoLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicExtreme Precipitation > Rain stormProjects and policies targeted at those most vulnerableLeón Seguro e Incluyente, Desarrollo social y comunitario en un entorno seguro para el Programa "Construcción de Entornos seguros" y subprograma integral de convivencias y seguridad ciudadana.OperationDisaster Risk Reduction, Enhanced climate change adaptation, Improved access to data for informed decision-making, Poverty reduction / eradication, Social inclusion, social justiceLeón Seguro e Incluyente, Desarrollo social y comunitario en un entorno seguro para el Programa "Construcción de Entornos seguros" y subprograma integral de convivencias y seguridad ciudadana. El objetivo para el trienio 2015-2018 fue conformar unidades internas de protección civil en los edificios públicos y privados de los sectores industrial, educativo y de servicios donde se pueda generar un riesgo para las personas. Estableciendo como requisito la autorización del programa interno de protección civil, que será ejecutado en caso de una emergencia o desastre. Esto se desprende los siguientes programas que tienen impacto directo a la adaptación ante el cambio climático por riegos asociados a tormentas, días extremadamente fríos y olas de calor: Programa de Cultura Preventiva para la protección civil, seguridad Vial, fondo municipal de contingencias y reserva estratégica, fortalecimiento a la dependencia de protección civil, respuesta inmediata a emergencias, coordinación institucional en emergencias, prevención de riesgos físicos y naturales. Que tendrán como beneficio crear los mecanismos de inclusión y protección de las personas en condición de vulnerabilidad, mediante la operación de programas que garanticen el derecho al desarrollo de todas las personas.Para el trienio 2018-201212 se propone actualizar los programas internos que respondan a las necesidades de cada giro y edificio, crear el Fondo Municipal de Contingencias a través de un fideicomiso público con carácter resarcitorio para la población, Incluir un área con especialistas en los ámbitos geológico, hidrometeorológico, químico, sanitario y socio-organizativo para alinear las acciones a las recomendaciones de los Comités Científicos del Sistema Nacional, Atención a emergencias en los cinco fenómenos perturbadores (químico-técnológico, Hidrometereológico, Socio-Organizativo, Sanitario-Ecológico y Geológico) Coordinación operativa de la DirecciónFinance secured00Local15786262015{"type"=>"Point", "coordinates"=>[-101.684, 21.1221]}2020-05-01T04:07:31.380
1031201973803HerreraArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainabilitypublic176720102020-05-01T04:07:31.380
1032201858609City of ÆrøskøbingÆrøskøbingDenmarkEuropeCDP Cities, ICLEI - Local Governments for Sustainabilitypublic61802017{"type"=>"Point", "coordinates"=>[10.4047, 54.8914]}2020-05-01T04:07:06.200
1033201959580Town of Dedham, MAUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Flash / surface floodOther: Upgrade stormwater infrastructure; Create a comprehensive municipal emergency planMunicipal Vulnerability Preparedness ProgramPre-implementationDisaster preparedness, Disaster Risk Reduction, Enhanced resilience, Improved resource efficiency (e.g. food, water, energy), Reduced GHG emissionsUpgrade stormwater infrastructure (sizing/systems) to handle more extreme events, including 500-year flood or greater. More specifically, ensure culverts are sized appropriately at Rustcraft Road and West Jersey Street. Also, create a comprehensive municipal emergency plan and consider adding a Community Emergency Response Team (CERT) program.Pre-feasibility study status2537720172020-05-01T04:07:31.380
1034201974631LubumbashiLubumbashiCongoAfricaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicFlood and sea level rise > Permanent inundationLandslide risk mapping la Stratégie Local de Développement Sobre en Carbone pour un développement local exempt d’émissions des GES ou avec des émissions minimales des GES ;  Le développement de l’électrification décentralisée en vue de rapprocher les centres de production des centres de consommation et ainsi favoriser l’émergence des micro-activités industrielles ;  la promotion des sources alternatives de l’énergie telles que le solaire, la géothermie en vue de les substituer aux énergies fossiles dans les différents secteurs de la vie locale;  le développement de réseaux et de modes de transport (substitution du fuel par l’électricité dans le transport ferroviaire, renforcement de la législation en ce qui concerne l’âge des véhicules à l’importation) pour une réduction sensible des émissions des GES dans le secteur des transports de masse ;  la gestion durable des déchets en vue de la bio-méthanisation pour la production de l’énergie électrique. La reforestationPre-feasibility studyImproved resource efficiency (e.g. food, water, energy)- Les actions de reforestation et de gestion durable des écosystèmes forestiers péri-urbains de la ville de Lubumbashi se poursuivent normalement suite à la mobilisation et l’appropriation des enjeux du changement climatique par les bénéficiaires finaux. Taux de réalisation 80%- Les campagnes de reboisement urbain sont réalisées chaque année et célébrées officiellement à l’occasion de la journée internationale de l’arbre. Les quelles activités, toutes les composantes de la ville sont mobilisées et participent activement au processus de reboisement. Taux de réalisation 90% - Réglementation de l’exploitation artisanale; Taux de réalisation 90%- Appui au dispositif de surveillance et de prévention et de répression de la fraude; Taux de réalisation 30%- mise en place d’un système d’information et de suivi de l’exploitation minière et forestière. Taux de réalisation 65%- Assurer la surveillance et la mise en œuvre obligatoire des Plan de gestion Environnementale (PGE) et de la réhabilitation des sites après exploitation minière - Sensibilisation et éducation des populations pour lutter contre les feux de brousse. - mise en place des systèmes de surveillance et de plan de gestion des feux de brousses- Promotion des foyers améliorés & amélioration de la carbonisation, 50%- Promotion de l’emploi de foyers améliorés pour environ 1 million de ménages, 20% - Amélioration des rendements de carbonisation (de 12 -15% à 25 -30%)- Amélioration du transport urbain et interurbain, 10%- Doter du centre urbain de Lubumbashi de plan directeur de circulation - Améliorer le système de transport public (Bus, Rail, etc.) et doter des nouveaux équipements public - Mise en place d’un site intégré de KIMILOLO et la construction de deux maisons de forêt l’une à la station de captage d’eau de KASAPA et l’autre à la station de captage d’eau de la LUANO. L’action réalisée avec le cofinancement de fonds de coopération de l’AIMF par le « projet Lubumbashi 203 » et avec le projet « Résilience Climatique de le Ville de Lubumbashi : - Réhabiliter et promouvoir le transport multimodal pour les marchandises et les personnes - Gestion Durable des Ressources en Eaux, des Forêts et du Patrimoine Arboré Urbain. Ce projet est mise en œuvre par la coordination générale du projet Lubumbashi 2030.Realisation àFeasibility finalized, and finance partially secured1800000800000(Sub)nationalSite de l'Union Européenne : https://europa.eu/european-union/index_fr56520002016{"type"=>"Point", "coordinates"=>[-27, 11]}2020-05-01T04:07:31.380
1035201854588West Coast District MunicipalityWest Coast District MunicipalitySouth AfricaAfricaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot daysCommunity engagement/educationImplementationPublic education and awareness raising over media. Addressed in Disaster Management Plans.{"type"=>"Point", "coordinates"=>[18.627, -32.0951]}2020-05-01T04:07:06.200
1036201854513Municipality of UppsalaUppsalaSwedenEuropeCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicRiver floodIncorporating climate change into long-term planning documentsOperation{"type"=>"Point", "coordinates"=>[17.635, 59.8536]}2020-05-01T04:07:06.200
1037201949339City and County of HonoluluHonoluluUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Coastal floodIncorporating climate change into long-term planning documentsRevise and update the Flood Hazard Area, ROH Chapter 21A to enable the use of the ASCE 24-14 Standard, Flood Resistant Design and Construction. For Critical and Essential Facilities, this standard would require 500-year flood elevations be used for design. Incorporate the requirements of the ASCE 24-14 Standard, and revise regulations to require explicit building design for climate change adaptation. Incorporate climate change effects on the storm-generating environment, per the methodology as detailed in Probabilistic mapping of storm-induced coastal inundation for climate change adaptation (Li, N., et al., 2017).Use Numerical Wave Run-up and Storm Surge Models to develop improved coastal flood zones with consideration of climate change effects for 100- year and 500-year mean return periods for the entire coastline (associated with Action #8)9927612016{"type"=>"Point", "coordinates"=>[157.59, 21.28]}2020-05-01T04:07:31.380
10382019839967MalargueMalargueArgentinaLatin AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Flash / surface floodMaintenance/repair – leaking infrastructureMantenimiento/apertura de caucesImplementationDisaster preparedness, Disaster Risk Reduction, Enhanced resilience, Shift to more sustainable behaviours, Social community and labour improvements, Social inclusion, social justiceEl Departamento General de Irrigación, en el año 2018 comenzó con varias obras de revestimiento del canal Matriz Cañada Colorada y canal molino. Se espera que en los próximos años se continúen con más obras.Se continuara con la limpieza, mantenimiento, impermeabilización de cauces y apertura de nuevos canales para riego de la ciudad de MalargüeFeasibility undertaken2766020102020-05-01T04:07:31.380
1039201932480City of AdelaideAdelaideAustraliaSoutheast Asia and OceaniaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Heat waveTree planting and/or creation of green spaceCity of Adelaide - Green Infrastructure GuidelinesOperationEcosystem preservation and biodiversity improvement, Enhanced climate change adaptation, Improved resource quality (e.g. air, water), Resource conservation (e.g. soil, water)As part of the Adelaide Design Manual, Council endorsed the Green Infrastructure Guidelines that aim to support the City of Adelaide as a greener, more environmentally resilient capital. Green infrastructure involves greening elements that support a city such as street trees, green walls and roofs, community gardens and Water Sensitive Urban Design. Green spaces in cities provide cooling through shading and enhanced evapotranspiration, reducing the heat island effect in cities. Urban green areas can also have positive effects for human health; flood prevention and climate change adaptation. The Green Infrastructure Guidelines highlight public spaces and greening approaches which include Living Architecture and Water Sensitive Urban Design working together to create a more sustainable city. The guidelines also highlight a best practice approach to greening the City of Adelaide which include: • Prioritising greening in the city through trees, street plantings, green roofs and walls, within Council's existing projects and asset renewal programs • Identifying opportunities to add greening to Council owned buildings as a series of demonstration projects, including funding and staging requirements • Foster and incentivising developers, business and community uptake of greening initiatives • Pilot the greening of a representative residential pocket of the city, with a view to learning lessons that can be applied more broadly across the city. For more information about greening in the City of Adelaide visit adelaidedesignmanual.com.au/design-toolkit/greening.Targets for increasing canopy cover in the CBD and North Adelaide to 25% and 40% respectively by 2040 (based on current levels of 14.3% and 28.2%). Our Strategic Commitment by 2020 was to increase street trees in built-up areas to 1,000, however in mid-2018 this was surpassed, and Council agreed to increase the target to 1,500. Green space and greenery in the public realm have increased by 26,666 square metres, with 73,334 square metres remaining to reach our strategic goal of 100,000 square metres.Council also approved the update to the Adelaide Design Manual which included a revised palette of street trees and understory plantings. Currently a Green City Implementation Plan is being developed to inform rolling three-year capital works program, with the intent of ensuring progressive improvements and prioritising tree planting projects in the city. The Green City Grant program ran in FY 2017/18 allocated $150,000 to 23 projects through the program, including window boxes on heritage listed buildings, small green walls in small food places and two significant green walls.Feasibility finalized, and finance partially secured800000800000Localhttp://www.adelaidedesignmanual.com.au/design-toolkit/greening272472019{"type"=>"Point", "coordinates"=>[138.601, -34.9285]}2020-05-01T04:07:31.380
1040201835475City of CalgaryCalgaryCanadaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicTornadoReal time risk monitoringImplementationThe Climate Adaptation Action Plan for Calgary sets the direction for implementation.12462312017{"type"=>"Point", "coordinates"=>[-114.071, 51.0486]}2020-05-01T04:07:06.200
1041201873301City of Gretna, LAGretnaUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicRain stormIncorporating climate change into long-term planning documentsImplementation179352017{"type"=>"Point", "coordinates"=>[-90.0542, 29.9164]}2020-05-01T04:07:06.200
10422019831926RamallahState of PalestineMiddle EastCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme Precipitation > Rain stormFlood mappingexpanding the city storm water networkImplementationEnhanced resilienceFinance secured600000600000Local6600020192020-05-01T04:07:31.380
1043201946514City of PortoPortoPortugalEuropeCDP Cities, ICLEI - Local Governments for SustainabilitypublicFlood and sea level rise > Coastal floodIncorporating climate change into long-term planning documentsPre-feasibility studyDisaster Risk Reduction, Enhanced resilienceArticulation with the Coastal Zone Planning Plan, led by the Portuguese Environment Agency2375912011{"type"=>"Point", "coordinates"=>[-8.6291, 41.1579]}2020-05-01T04:07:31.380
1044201943907City of IndianapolisIndianapolisUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Heat waveAir quality initiativesOperationImproved access to data for informed decision-making, Improved public healthThe City of Indianapolis founded and runs the Knozone program. The aim of the program is primarily to reduce ozone and particulate matter (PM) 2.5. However, the program has co-benefits in reducing carbon emissions through promoting energy efficiency, alternative transportation, smart fleet choices, etc. The Knozone program serves as a public education and outreach program.Finance securedhttps://knozone.com/8726802019{"type"=>"Point", "coordinates"=>[-86.1785, 39.7676]}2020-05-01T04:07:31.380
1045201854623Prefeitura de BetimBetimBrazilLatin AmericaCDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicVector-borne diseaseDisease prevention measuresOperationBetim in the fight against Dengue increased in one year the amount invested (from R $ 4,133,014.12 to 7,717,809.60), the number of doctors (from 153 to 230), contracted health professionals (from 0 to 271 ) and attendance, resulting in a drastic reduction in the number of cases reported (from 19,111 to 2,331), the number of confirmed cases (from 15,853 to 546) and deaths (2 to 0) - all data for the years 2016 and 2017.3780892010{"type"=>"Point", "coordinates"=>[-44.2012, -19.9673]}2020-05-01T04:07:06.200
1046201936002Ville de KinshasaVille de KinshasaDemocratic Republic of the CongoAfricaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme Precipitation > Rain stormImprove water supply distribution methodScopingdans le code forestier édition 2002 de la RDC,il est prévu qu'on ne puisse pas construire les maisons d'habitation dans le périmètre de cours d'eau,, dans ce même code forestier il est prévu qu'on puisse créer des espaces vert dans la ville, c'est ce qu'on est entrain de faire actuellement dans la ville de Kinshasa, leREGIEDESO de Kinshasa procède actuellement à remplacer les tuyaux métallique par le tuyaux en PVC, il y a remplacement des anciens robinets par des nouveaux, il y a embellissement de la ville par les fleurs et les arbres ornementaux, c'est la Direction de reboisement et de horticulture qui s'occupe de la gestion de ce projet170710002017{"type"=>"Point", "coordinates"=>[15.2663, -4.44193]}2020-05-01T04:07:31.380
1047201935873Municipality of MedellínMedellínColombiaLatin AmericaC40, CDP Cities, ICLEI - Local Governments for Sustainability, WWFpublicIncorporating climate change into long-term planning documents2564000215{"type"=>"Point", "coordinates"=>[-75.5735, 6.22729]}2020-05-01T04:07:31.380
1048201931181City of PhiladelphiaPhiladelphiaUnited States of AmericaNorth AmericaC40, CDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Extreme hot daysCommunity engagement/educationBeat the Heat PilotImplementationEnhanced resilience, Social inclusion, social justiceThe Office of Sustainability and our partners from the Department of Public Health, Parks and Recreation, Philadelphia Water Department, and Office of Emergency Management kicked off the Beat the Heat pilot project in Hunting Park. This work is being done in collaboration with Esperanza CDC, The Lenfest Center, Hunting Park NAC, Hunting Park United, and North 10 CDC. The project is aimed at addressing the disparity in how heat is experienced in Philadelphia.Finance secured500000Other: Grant fundinghttps://www.phila.gov/2018-08-07-beat-the-heat-hunting-park/15550722015{"type"=>"Point", "coordinates"=>[-75.1638, 39.9523]}2020-05-01T04:07:31.380
1049201959642City of Dublin, CADublin, CAUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicExtreme hot temperature > Extreme hot daysTree planting and/or creation of green spaceCity of Dublin Green Stormwater Infrastructure Plan ImplementationImplementationEnhanced resilience, Improved resource quality (e.g. air, water), Reduced GHG emissionsThe City of Dublin has adopted a Green Stormwater Infrastructure Plan to guide the implementation of green stormwater infrastructure (GSI) projects in the City. GSI is a system where stormwater runoff is slowed and treated using vegetation and soils. This increased creation of green space helps reduce the urban heat island effect.Feasibility undertakenLocalhttps://dublin.ca.gov/DocumentCenter/View/20762/City-of-Dublin-Green-Stormwater-Infrastructure-Plan645772019{"type"=>"Point", "coordinates"=>[-121.93, 37.7]}2020-05-01T04:07:31.380
1050201963862City of Ashland, ORUnited States of AmericaNorth AmericaCDP Cities, ICLEI - Local Governments for SustainabilitypublicWild fire > Forest firePublic preparedness (including practice exercises/drills)Community Emergency Response Team (CERT)OperationDisaster preparedness, Disaster Risk Reduction, Enhanced resiliencehttp://ashlandcert.com2111720172020-05-01T04:07:31.380

About

Profile Picture Luiza Junqueira

created Jan 16 2019

updated Mar 1 2021

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This data is collected through the CDP-ICLEI Unified Reporting System. When using this data, please cite both organisations using the following wording: ‘This data was collected in partnership by CDP and ICLEI - Local Governments for Sustainability’.
The dataset contains all public data on cities' adaptation actions as reported by cities in 2018 and 2019.

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