Project Map

This project will increase access to climate-resilient infrastructure and quality social services for marginalised communities, emphasising gender equity and inclusivity.

This project will focus on public awareness and education, engineering services, monitoring and evaluation, and implementing institutional strengthening and capacity building measures, all aimed at achieving improved and sustained Integrated Solid Waste Management (ISWM).

The project will reduce the consumption of fossil fuel-generated electricity through energy efficiency measures and renewable energy substitution, resulting in lower greenhouse gas emissions in St. Vincent and the Grenadines.

The project will increase the supply of sustainable, low-carbon energy to the national grid in Saint Vincent and the Grenadines.

This project is will yield a substantial increase in graduates from post-secondary and tertiary education programmes and enhance the employability of the local workforce, particularly individuals from financially disadvantaged households promoting inclusive development and regional prosperity.

This project will amplify the performance of MSME's post-pandemic, promoting their resilience, growth, and sustainability thereby contributing to Saint Lucia's economic development.

This project will advance the Government of Saint Lucia's capability to deliver integrated, provide integrated, results-based youth empowerment responses to at-risk children, youth, and families in selected Castries communities and augment the resilience of their target beneficiaries, ultima

This project will boost the capacity of public healthcare in Saint Vincent and the Grenadines, addressing COVID-19 related challenges and other emergencies through increased surveillance, case detection and critical care services.

This project will provide financial support and create more continuity of learning, subsequently reducing the impact of school closures during and after the COVID-19 pandemic, in St. Kitts and Nevis.

This project will amplify the resilience of 11 communities, in four designated agricultural regions in Saint Lucia.

This project will bolster Antigua and Barbuda's ability to address the impacts of COVID-19 on their population's health by improving pandemic response capabilities and delivery of healthcare.

This co-financed programme will address the climatic and economic challenges faced by smallholder farmers in Belize, aiming to improve market access and bolster the resilience of these farmers.

This project will deliver accessible agricultural and industrial credit to both start-up and existing MSMEs, to improve the productive capacity, employment opportunities, economic growth and the market potential of Belize.

This project will enhance and strengthen the Saint Lucia Development Bank's lending programme, with specific focus on the productive sectors such as agriculture, industry and tourism.

The project will ensure that continuous learning takes place in order to build resilience in Antigua and Barbuda's Education Sector in the face of the COVID-19 pandemic.

This project will ensure an improved quality of life for vulnerable individuals, amidst the COVID-19 crisis, thereby preserving human capital together with fostering inclusive and resilient learning in the social and special education sectors, zoning in on individuals with special education needs

This project will ensure a minimum quality of life for vulnerable populations, maintain income and employment levels while preserving essential human capital. It also will improve educational continuity, inclusiveness and resilience.

The project will reduce the vulnerability of communities in Georgetown, Bridgetown and Marriaqua to extreme rainfall and other climate change impacts.

The project will set up an efficient, climate resilient, reliable and sustainable supply of potable water to all consumers within the Water Area-1 network, encompassing the capital city of Roseau and the country’s main health care, residential, commercial and industrial centres.

The project will reduce risks associated with flood hazards in the Layou River Valley by the rehabilitating and reconstructing critical infrastructure to better than pre-flood event standards; constructing an emergency shelter and resource centre to internationally accepted standards and guidelin

The project will reduce risks associated with landslide and flood hazards in the Roseau Valley through the rehabilitation and reconstruction of critical infrastructure. The works will reduce the vulnerability of the project sites and communities to future adverse weather-related events.

The project will set up a safe, reliable and climate-resilient supply of potable water to residents and businesses on southern Ambergris Caye with gender-inclusive human resource management and improved communications of the Belize Water Services.

The project will enhance road safety along a demonstration corridor from Belize City to the border with Mexico, by improving road safety management; increasing the awareness and understanding of risks, improving traffic law enforcement; and enhancing post-crash response.

The project will increase resilience in the road sector and bolster the socio-economic development of Antigua and Barbuda. The two corridors to be rehabilitated serve as primary arteries, linking the capital of St.

The project will reconstruct a bridge and several roads; repair, retrofit and reconstruct several education facilities and teacher accommodation; construct a desalination plant and water storage tank; and rehabilitate and construct agricultural infrastructure.

The project will improve the quality, equity, efficiency and effectiveness of the education system in Saint Lucia, making it responsive to the needs of diverse learners.

The project will increase the productivity and access to markets for farmers in the Southern Plains, Jamaica.

The project will enhance the production and productivity of farmers by providing improved irrigation systems and climate smart agricultural production and marketing facilities and systems for farmers, operating on approximately 700 hectares of arable land at Essex Valley in St. Elizabeth.

The project will enhance the resilience of the Sandy Bay and other North Windward communities to coastal hazards and the impacts of climate change by constructing climate-resilient sea defences.

The project will reduce the risks associated with landslide and flood hazards by rehabilitating and reconstructing critical infrastructure to better conditions than before Hurricane Tomas hit in 2010; upgrading and improving impacted emergency shelters to internationally accepted standards; and a

The project will increase the efficiency and safety of road transportation along the Leeward section of St. Vincent, between the capital city of Kingstown and the town of Layou.

The programme will construct and equip 35 schools across the pre-primary, primary and secondary levels to increase access to quality basic education and assist the Government in increasing the number of children benefitting from the current reforms in the education sector.

The project will improve the access to inclusive, climate-resilient agricultural production systems for targeted residents in the North-East Department of Haiti.

The project will improve the quality of, and access to, non-public and publicly-supported basic education, particularly in poor and vulnerable communities in Haiti.

The project will improve the access to enhanced and inclusive agricultural production systems in the North-West Department of Haiti.

The project will increase the equitable access to high-quality and relevant technical and vocational education and training in Haiti for both men and women.

The project will Increase climate resilience and access to services and economic activity through improved connectivity between southern Belize and the northern districts.

The project will improve resilience and enhance the institutional capacity for planning, design and risk reduction of the Windward and Vigie Highway corridor.

The project will improve the quality, relevance and equity of basic education in Grenada.

The project will improve the efficiency, safety and climate resilience of the road network in Antigua.

The project will rehabilitate 11 km of road corridor from Loubiere Bridge to Grand Bay Junction, inclusive of bridges with an enhanced decision-making capacity for planning, management, and maintenance of the road sector, as well as Increased efficiency, resilience and safety along the corridor.<

The project will improve the efficiency of cargo port services at the Port of Kingstown; enhance climate resilience and environmental sustainability in the port area; and boost living conditions for relocated households.

The project will assist the Government to enhance access to, and improve the quality and effectiveness of the technical and vocational education and training system in Guyana.

The project will enhance the compliance of Grenada’s fresh fruits and vegetables sub-sector with internationally recognised food safety management systems.

The project will improve the efficiency and climate resilience of the water supply and distribution infrastructure; expand the climate resilience and treatment performance of wastewater systems; and enhance the operational capacity of Dominica Water and Sewerage Company Ltd.

The project will improve the quality of basic education in Grenada by enhancing the teaching and learning environment and the capacity at both school and sector levels.

The project will set up a high-quality, relevant and gender-responsive technical and vocational education and training system in Saint Lucia.

The project will improve the living conditions of low-income households in 11 communities in Saint Lucia.

The project will deliver a high-quality, relevant and gender-responsive technical and vocational education and training system in St. Vincent and the Grenadines.

The project will improve learning outcomes for students in technical and vocational education and training at the lower secondary school level in Suriname.

The project will fully restore the electricity transmission and distribution system and enhance the capacity of the Anguilla Electricity Company Ltd. to improve the climate resilience of the electricity supply of Anguilla.

The project will reduce street lighting energy consumption and related greenhouse gas emissions; and enhance the Antigua Public Utilities Authority’s capacity in climate change planning.

The project will provide a resilient, grid-interactive energy supply in selected rural health and education facilities to improve the disaster resilience of the health and education sectors.

The project will reduce the vulnerability of children and youth to crime and gang membership in the Collet, Lake Independence, Pickstock and Port Loyola divisions of Belize City in order to improve citizen and community security.

The project will increase gender-equitable and inclusive access to climate resilient infrastructure and quality, and basic social services for poor and vulnerable communities.

The project will reduce flood risk in Bridgetown, Barbados.

The project will increase safety, accessibility, efficiency and resilience of the Philip Goldson Highway between miles 24.5 to 92, and the Remate Bypass; and improve capacity for informed decision-making for livelihood enhancement along the highway and the Remate Bypass.

The project will improve the quality of the Grantley Adams International Airport infrastructure, improve institutional capacity of Grantley Adams International Airport Inc. and reduce energy consumption from pavement lighting of the airport.

The project will strengthen the national road management and maintenance programme; and improve the climate resilience of the main project roads.

The project will increase the efficiency, accessibility, safety and resilience to climate hazards along the road corridor between Linden and Mabura Hill; improve attitudes and practices regarding livelihood opportunities, social inclusion and gender equality among community residents; and enhance

The project will enhance the access, quality and equitable learning opportunities for hospitality and tourism studies at the post-secondary level in Guyana.

The project will enhance the quality, relevance and equity of basic education in Saint Vincent and the Grenadines.

The project will reduce the risks associated with landslide and flood hazards in the parishes of St. Mark and St. John by rehabilitating and reconstructing damaged roads and constructing flood mitigation works in the town of Gouyave.

The project will enhance the resilience to coastal and riverine hazards and the effects of climate change through strengthened sea and river defence systems in Guyana.

The project will enhance the resilience of the electricity system, which will provide more inclusive access to modern electricity services in Barbuda.

The project will set up a safe, reliable and climate-resilient supply of potable water to residents and businesses in the Dennery North District in Saint Lucia.

The project will set up a reliable and climate-resilient supply of potable water to residents and businesses in the north of Saint Lucia; and enhance management and operational capacity of the Water and Sewerage Company Inc.

The project will improve the efficiency, reliability, climate resilience and sustainability of the supply of potable water in Vieux Fort and its environs.

The project will increase the efficiency, resilience and road safety of the Millennium Highway and West Coast Road; and improve maintenance, management and planning for the road sector in Saint Lucia.

The project will reduce street lighting energy consumption and associated greenhouse gas emissions; improve operational efficiency of Energie Bedrijven Suriname; and increase its capacity in climate adaptation planning.

The project will improve the reliability, capability and operational flexibility of Energie Bedrijven Suriname’s sub-transmission and distribution network on the Energie Voorziening Paramaribo and the Energie Voorziening Nickerie power systems, in the delivery of quality power supply to customers

The project will expand access, and improve quality and effectiveness, of post-secondary and tertiary education in Anguilla. This will lead to the enhancement of human resource capacity, contributing to the sustainable social and economic development of the country.

The project will improve access, quality and effectiveness of early childhood development and basic education in Antigua and Barbuda. The project will also contribute to the sustainable social and economic development of the country.

The project will improve the capacity of sugarcane farmers in northern Belize to restore production following the 2019 drought.

The project will reduce risks associated with landslide and flood hazards in Saint Lucia.

The project will reduce street and flood lighting energy consumption and associated greenhouse gas emissions in St. Kitts and Nevis; and enhance the capacity of the St. Kitts Electricity Company Ltd. and the Nevis Electricity Company Ltd. in climate change adaptation planning.

The project will improve the efficiency, effectiveness and resilience of the port facilities to provide a safe harbour and enhanced accessibility to all users in Montserrat.

The project will reduce storm water-induced flood risk in Speightstown, Barbados.

The project will enhance efficiency of immigration services in Barbados.

The project will enhance the safety and efficiency of the potable water supply system in Barbados, and expand the water sector planning capacity in the areas of gender inclusion, non-revenue water management and climate change adaptation planning.

The project will improve the reliability of Belize’s sub-transmission and distribution systems, delivering quality power supply to customers in an efficient manner, with sufficient capacity that caters to increased projected demand for electricity in four major load centres across the country to

The project will reduce greenhouse gas emissions and improve the reliability of the supply of electricity to Caye Caulker, with increased capability to meet the projected increase in peak demand.

The project will improve and sustain the integrated solid waste management in Grenada.

The project will enhance the capacity of rural communities in Grenada to sustain their livelihoods.