KINGSTON, Jamaica — After six years of coordinated planning, field research, and community-focused action, Jamaica has wrapped up one of its most ambitious landscape and marine conservation initiatives in recent history: the “A Jamaican Path from Hills to Ocean” project. Designed to bridge watershed protection, coastal ecosystem management, and community climate resilience, the initiative concludes having delivered a robust foundation for safeguarding the island nation’s irreplaceable natural assets against the accelerating impacts of climate change.
First announced in 2019 and launched in 2020, the project operated on a €6 million total budget, split between a €4.9 million contribution from the European Union’s Global Climate Change Alliance Plus and €1.1 million in matching funding from the Government of Jamaica. The Planning Institute of Jamaica served as the lead implementing agency, partnering closely with core national stakeholders including the National Environment and Planning Agency (NEPA), the Rural Agricultural Development Authority (RADA), and the Public Gardens Division under the Ministry of Agriculture, Fisheries and Mining.
A core priority of the multi-year initiative was to generate foundational, science-backed data to guide future conservation decision-making across Jamaica’s key ecosystems. Between 2023 and 2024, research teams completed Rapid Ecological Assessments (REAs) across three critical watersheds: Rio Bueno, Wagwater, and Rio Nuevo. These surveys generated detailed baseline data on local flora, fauna, and habitat conditions, laying the groundwork for targeted restoration planning, biodiversity protection, and community-led management while strengthening the country’s national ecosystem monitoring framework.
The project also delivered a historic first for Jamaica’s marine conservation efforts: the first comprehensive assessment of seagrass health and distribution across three key coastal areas — Hellshire Bay, Half Moon Bay, and the Ocho Rios Marine Park Protected Area. To map these ecologically vital nearshore habitats, researchers combined cutting-edge high-resolution drone and satellite imagery with on-the-ground field validation, water quality testing, and geospatial modeling. The resulting maps and baseline datasets will enable consistent, long-term monitoring of seagrass ecosystems, which play a critical role in carbon sequestration, shoreline stabilization, and supporting commercial fish populations.
A landmark hydrological assessment of the Mason River Protected Area (MRPA), completed in 2024, yielded key insights into the ecological vulnerabilities and assets of the internationally recognized Ramsar wetland site that spans Clarendon and St Ann parishes. The assessment confirmed that the MRPA supports an extraordinary diversity of wetland ecosystems, including peat bogs, freshwater marshes, and scrub savannah, and is home to multiple endemic species of birds and reptiles. However, the study also identified significant threats: the area’s naturally low soil permeability limits groundwater storage, increasing its vulnerability to both flooding and prolonged drought. Water quality testing found that while most of the reserve meets global freshwater standards, localized pollution from agricultural runoff and unsustainable land use has raised nutrient and mineral levels, highlighting the urgent need for improved farming and water management practices. Socioeconomic research additionally found that surrounding communities depend heavily on small-scale farming and trucked drinking water, underscoring the need for climate-resilient livelihood opportunities and expanded water access for local populations.
To address these on-the-ground challenges, RADA supported the launch of Integrated Sustainable Landscape Management Farmer Field Schools across four communities: Mason River, Three Hills, Sommerhill, and Clonmel. The initiative paired hands-on training for smallholder farmers with the development of a specialized training manual covering sustainable production for pig and ruminant livestock operations. The manual outlines climate-smart farming techniques, disaster risk reduction, farm biosecurity, waste management, financial record keeping, and herd health planning. A dedicated training workshop was also held for RADA livestock extension officers to equip them to provide ongoing support to participating farmers after the project concluded.
Among the project’s lasting institutional gains is the adoption of the new Jamaica Watershed Classification Tool (JWCT), a custom decision-support system that enables policymakers and conservationists to evaluate watershed health, model changing environmental conditions, and plan evidence-based conservation interventions. The tool features an interactive mapping platform that lets users visualize watershed boundaries and layered environmental data, making it accessible to stakeholders across the country working in natural resource management.
The project also invested heavily in upgrading national monitoring capacity, supplying NEPA with a full suite of modern field research and environmental monitoring equipment, including rugged laptops, professional dive gear, data loggers, GPS units, and specialized marine research gear. This upgrade will allow NEPA to conduct more frequent, accurate monitoring of both marine and terrestrial ecosystems, ensuring future management decisions are rooted in real-time, on-the-ground data.
Two key site-specific improvements were also completed as part of the initiative. Jamaica’s historic Castleton Botanical Gardens, a popular tourist and educational site, received long-overdue infrastructure upgrades, including new garden furniture, solar power installations, refurbished restrooms, stabilized gabion erosion control barriers, and repaired gazebos, with ongoing work underway for an accessibility ramp, walking paths, perimeter fencing, and a boundary wall. Most recently, on May 14, 2026, project teams completed the installation of 500 meters of protective fencing around the Mason River Protected Area, the final formal activity of the six-year initiative. The fencing will prevent encroachment from unregulated farming, grazing, and illegal dumping, protecting the fragile wetland ecosystem and ensuring the long-term effectiveness of restoration and conservation work at the site.
NEPA described the fencing installation as the “proverbial icing on the cake” for the project, a final practical safeguard that complements the broader policy, research, and community interventions delivered through the multi-pronged initiative. As Jamaica prepares for the upcoming Atlantic hurricane season, the project’s outcomes position the island to better withstand extreme weather events that are growing more frequent and intense due to climate change. “In the face of natural disasters and climate change, the project is a life-jacket, helping to ensure that Jamaica’s path to recovery, from the hills to the ocean, is not a lengthy journey,” NEPA noted in its official announcement.