FOOD SECURITY • ISLANDS • RESILIENCE
Feed An Island exists to help islands strengthen local food production in a practical, scalable, and sustainable way. For decades, many island economies relied heavily on tourism and imported food. That model created growth and opportunity, but it also increased dependence on fragile supply chains. When global disruption hit, many islands were left exposed to rising food costs, limited produce availability, and growing concerns around long-term food security.
🌱 Feed An Island focuses on productive, water-smart growing systems designed for islands, remote communities, and small landholders.
We support solutions that are adaptable to the natural environment, cost-effective to implement, and suitable for smallholder farming, community-based growing, and island-scale food resilience planning.
Food security is not just about growing food. It is about creating local capacity, reducing vulnerability to supply chain disruption, improving access to fresh produce, and helping island communities build a more stable and self-reliant future.
Feed An Island highlights agricultural technologies and growing strategies that can help islands produce more food with fewer resources while supporting local jobs, healthier communities, and long-term resilience.
The U.S. Virgin Islands faces major food security challenges driven by heavy dependence on imported food, limited arable land, and ongoing water scarcity. Together, these pressures leave the territory vulnerable to rising food costs, supply chain disruptions, and reduced access to fresh, nutritious produce.
Local agriculture has historically supplied only a small share of the islands’ needs. Freshwater shortages, dependence on desalination, rugged terrain, and climate pressures make it difficult to expand traditional farming. At the same time, the decline of coral reef systems in island environments highlights the need for more sustainable, resource-efficient agricultural models.
To address these constraints, the USVI is well suited to high-yield, small-footprint systems such as Food Habitats and agroforestry approaches, which can increase production while using less land and fewer inputs. Water-saving strategies like rainwater harvesting, targeted irrigation, and water-from-air technologies can further strengthen long-term resilience.
Soil-building practices also play an important role. Composting, cover cropping, and better nutrient management can improve soil quality, support yields, and reduce dependence on costly imported inputs. Combined with stronger local food systems and shorter supply chains, these strategies offer a practical path toward greater food independence.
Organizations such as Feed An Island can help accelerate this transition through education, technology, and community-based solutions. By supporting local growers, creating small-scale economic opportunities, and promoting sustainable agriculture, the USVI can move toward a more resilient and self-sufficient future.
Hawaii faces significant food security challenges due to its heavy reliance on imported food and water. As a remote island chain, this dependence increases costs, strains local resources, and leaves the islands vulnerable to supply chain disruptions and climate-related risks.
Limited arable land, invasive species, and environmental pressures further complicate sustainability. Imported goods not only raise prices but also introduce ecological risks that impact native ecosystems and long-term agricultural productivity.
To reduce dependence on imports, Hawaii is well suited to high-efficiency growing systems such as Food Habitats, agroforestry, and integrated ecosystem management. These approaches maximize production on limited land while improving soil health, biodiversity, and long-term resilience.
Urban agriculture and small-space farming can also play a major role. Rooftop gardens, community farms, and high-density growing systems help increase local food production in populated areas while reducing transportation costs and emissions.
Water management is equally critical. Solutions such as rainwater harvesting, water-from-air systems, and precision irrigation can significantly improve water efficiency and support year-round growing conditions.
By combining sustainable agriculture, water conservation, and community-based initiatives, Hawaii can reduce import dependence, strengthen local food systems, and build a more resilient and self-sufficient future.
Nauru was once a lush Pacific island rich in biodiversity and self-sufficient food systems. However, decades of phosphate mining—driven by global demand for fertilizers—transformed the island’s landscape into a barren terrain of exposed limestone and degraded soil.
As arable land disappeared, local agriculture declined. Freshwater resources were impacted, coastal ecosystems—including 🪸 coral reefs—were stressed, and the island became heavily dependent on imported food. This shift not only weakened food security but also contributed to rising health issues and economic vulnerability.
In recent years, efforts have focused on restoring ecological function through rewilding, soil rehabilitation, and the reintroduction of native plant species. Water solutions such as rainwater harvesting are also critical to rebuilding agricultural capacity in a water-constrained environment.
International collaboration and government initiatives—including land reclamation programs—are helping guide long-term recovery. However, climate change and limited resources continue to slow progress.
The Feed An Island initiative offers a practical model for restoring both land and food systems. By converting mining cavities into water storage basins, these systems capture rainfall and distribute it through gravity-fed irrigation to support new plant growth.
Combined with approaches like Food Habitats and agroforestry, these systems can transform degraded land into productive, water-efficient growing environments—capable of supporting local food production at scale.