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 Caribbean SIDS Investment Proposal


 

Caribbean SIDS Investment Plans and Opportunities

HiH Investment Forum 2025

The investment proposal developed by the Caribbean SIDS is available to download and review in various languages below, including details on finances, Investment oppurtunities.

 

 

 


Caribbean SIDS Bilateral Appointment

 


Caribbean SIDS Proposal

How are irrigation needs and agricultural vulnerability in the Caribbean affected by climate change?

Climate change has been altering the Caribbean’s precipitation patterns, causing some islands to experience more intense rainfall while others suffer from droughts. This variability increases reliance on irrigation, especially in areas where rainfall becomes less predictable or insufficient. Climate change has also increased pollution, watershed degradation, and saline intrusion, affecting crops, increasing risks of food insecurity, and reducing smallholder livelihoods. The vulnerability of rural households is worsening the severity of these challenges, and response capacities are aggravated by increasing intensity of hurricanes and thunderstorms that cause sudden and long-lasting material, human, environmental, social, and financial losses.

What investments the Caribbean Regional Initiative propose?

The Caribbean Regional Initiative, involving three Caribbean Community (CARICOM) countries, Barbados, Jamaica, and Saint Vincent & the Grenadines, will be presented at the Hand-in-Hand Investment Forum in Rome from October 14-16, 2025. This initiative proposes irrigation projects in each of the participating countries. The Barbados project will construct an irrigation pond at the Spring Hall/Chance Hall watersheds, located on the island’s north coast. In Jamaica, the project aims to develop an irrigation network utilizing surface water from the White River in the Lucky Hill Pen area, in the island’s northeast. Meanwhile, the project in Saint Vincent & the Grenadines involves rehabilitating most of the irrigation infrastructure in the Rabacca region along the eastern coast of Saint Vincent Island. 

How these investments address climate change, support sustainable agriculture, and help meet development targets?

The investments in irrigation projects will support the beneficiaries to cope with climate change effects by using digitalized irrigation systems to promote sustainable agriculture, to improve agricultural productivity through year-round access to sustainable water for irrigation, to improve water management practices, and to strengthen capacities for irrigation and crop cultivation, while managing irrigation more efficiently, leading to significant water savings and reducing environmental impacts. These investments are framed within the 2030 Agenda for Sustainable Development, particularly aligned with SDG target 6.4 that aims at achieving sustainable water use in all sectors and reducing the number of people suffering from water scarcity. These investments also align with CARICOM’s 25 x 2030 goal to reduce food imports by 25% by 2030, which will be supported by increasing local agricultural production in each country across the region.

What is the total estimated investment for the Caribbean Regional Initiative?

These projects collectively represent a regional investment of USD 19.2 million and are expected to provide irrigation water to 764 hectares, directly benefiting 635 agricultural families and approximately benefiting 4,000 people indirectly. This regional initiative will enable farmers to increase yields, extend production cycles throughout the year (by facilitating irrigation during dry seasons), and expand irrigated areas. Additionally, it will enhance climate resilience, promote water conservation, and improve irrigation efficiency. 

How is the Caribbean Regional Initiative supported by FAO–CARICOM partnership? 

The FAO–CARICOM partnership plays a pivotal role in the Hand-in-Hand Initiative, helping CARICOM Member States strengthen policies, boost agricultural productivity, and enhance disaster preparedness in food systems. Through targeted technical expertise, robust capacity-building programs, and investment facilitation, FAO and CARICOM collaborate to foster climate-smart agriculture, promote inclusive economic growth, and build resilience across the region. By integrating innovation, expanding access to resources, and supporting smallholder farmers, this joint effort aims to create a more sustainable, equitable, and food-secure Caribbean for generations to come.

 


Caribbean SIDS Geospatial Typologies

Agro-informatics connects information technology with the management, analysis and application of agricultural data to design more accurate and targeted agricultural interventions. The use of new technologies and techniques in agriculture, such as satellite imagery, remote sensing, and geographic information systems, enable the transformation of data into actionable information.

Poverty

Potential

Efficiency

Click on individual maps to get detailed view on FAO GIS platform




Government of Caribbean SIDS : Investment cases in Caribbean SIDS

 


Caribbean SIDS Investment Cases and Interventions

Sonnet Malakaran Rice

Barbados Digitalized irrigation: Spring Hall Pond Project (Expansion)

The project will implement an irrigation pond at Spring Hall/Chance Hall watersheds, which is located in St. Lucy parish, within the district of Spring Hall, on the northern coast of Barbados, The crops expected to benefit from the irrigation project include beans, cassava, cucumber, lettuce, okra, onions, pumpkin, squash, sweet pepper, sweet potato, tomato, watermelon, yams, spinach, and carrots, cultivated over 40 hectares. Its estimated cost is USD 5.64 million, to which the Government of Barbados is dedicating USD 564,000. The project has an estimated internal rate of return (IRR) of 21% and a net present value (NPV) of 4.92 million.

Digitalized irrigation will include using ultrasonic volumetric meters to measure irrigation water flow using sound waves, while digitalized drip irrigation systems will deliver water directly to plant roots in small, precisely targeted drops. GIS technology will be used for mapping fields—measuring land slopes, analyzing soil types, and calculating land size—as well as for analyzing irrigation networks, identifying water leaks, and determining water distribution patterns; this information supports designing efficient irrigation systems that optimize water use and improve crop yields. Additionally, Automatic Meter Reading (AMR) will automatically collect and transmit water usage data via Wi-Fi to a central system, enabling more accurate control, better scheduling, and swift detection of issues like leaks.

Sonnet Malakaran Rice

Jamaica Digitalized irrigation: Lucky Hil Pen Project (Expansion)

The Jamaica project will develop irrigation infrastructure using surface water from the White River located at the Lucky Hill Pen area - St. Mary parish, in Jamaica's northeast territory. The main crops to be cultivated across 400 newly irrigated hectares include onion, Irish potato, sweet potato, hot pepper, cassava, and mango. The project's expected cost is USD 7.58 million, for which the Government of Jamaica will commit USD 758,000. The IRR is estimated to be 20.9% at a NPV of USD 6.05 million.


Sonnet Malakaran Rice

Saint Vincent & the Grenadines Digitalized irrigation: Rehabilitation of Rabacca Irrigation System

The Saint Vincent & the Grenadines project will modernize and rehabilitate most of the irrigation infrastructure located in the Rabacca region (eastern coast of Saint Vincent Island), providing better irrigation services to farmers operating across 324 hectares. The irrigation system will mainly be used to irrigate crops that are in high demand in SVG, namely sweet pepper, tomato, cabbage, sweet corn, watermelon, banana and plantains. It's cost is expected to be approximately USD 5.99 million, for which the Government of SVG is committing USD 599,000. The project's IRR is estimated at 29.6%, with a NPV of USD 9.28 million.


 


 


Contact

For more information, please contact the Hand-in-Hand team.

Caribbean SIDS focal point Regional focal point