Despite being a world-class tourist destination, the U.S. Virgin Islands (USVI-St. Thomas, St. Croix, and St. John) face significant challenges related to diversified crop production, food distribution, and food security. High poverty rates among islanders perpetuated by historical iniquities, frequent hurri cane damage, drought, poor soil quality, high food production costs, and limited food distribution networks are just a few of the challenges residents face. Consequently, 97% of the food consumed in the USVI is imported. Frequent hurricane damage, such as the recent damage from Irma and Maria (back-to-back Category 5 storms that hit the islands in 2017) complicated these challenges even more and disrupted food import processes. This manuscript focuses on a case study involving a literature review, participant observation, and a series of semi-structured, face-to-face interviews with key informants about issues related to food insecurity, resilience, and farmer needs regarding business sustainability. The results highlight how the political, economic, and cultural complexities of the USVI stymie efforts to lower barriers related to food accessibility and affordability. The results also reveal a new and vibrant entrepreneurial spirit among native islanders and transplants alike, providing novel entryways into food system change and development. Finally, we share policy implica- tions and next steps toward building agriculture and food system resiliency.

The ruined landscapes of the Mediterranean littoral are a consequence of millennia of human impact and include abandoned agricultural lands, deforested areas, and degraded coastal areas. One of the drivers is the historical pattern of land use, which has resulted in the clearing of vegetation, soil erosion, and overgrazing. These have caused significant damage to natural ecosystems and landscapes leading to soil degradation, loss of biodiversity, and the destruction of habitats. The UN Sustainable Development Goal 15 Life on Land recommends a substantial increase in afforestation (SDG 15.2). Whilst this goal is certainly necessary in places, it should be implemented with caution. The general perception that certain ecosystems, such as forests, are inherently more valuable than grasslands and shrublands contributes to afforestation drives prioritising quick and visible results. This, however, increases the possibility of misguided afforestation, particularly in areas that never supported forests under the present climatic conditions. We argue that in areas that have not supported forest ecosystems, targeted reinforcement of existing populations and recreation of historical ones is preferable to wholesale ecosystem modification disguised as afforestation. We present a possible strategy for targeted reinforcement in areas that never supported forests and that would still achieve the goals of SDGs 15.5 and 15.8.

Falcataria falcata, until recently known as Falcataria moluccana and commonly known as albizia, is a large, fast-growing tree native to the Malaysian peninsula, Indonesia, Papua New Guinea, and Solomon Islands. It has been introduced to, and become naturalized in, continental Africa, Asia, and many Caribbean and Pacific Islands. F. falcata is an early successional pioneer species that typically establishes via purposeful plantings. It readily spreads and outcompetes other tree species as a function of its symbiotic nitrogen-fixing capacity, copious long-lived seedbanks, and rapid growth rates. Due to their large stature at maturity (>30 m in height) and unstable architecture, F. falcata stands have the capacity to substantively alter the composition, structure, and function of lowland wet forests, and they pose a potent threat to both native forests and human communities across the Pacific. Despite negative aspects associated with its invasion, F. falcata has been harnessed for commercial profit and to increase soil fertility, particularly in its native range. F. falcata can be a component of productive agroforestry systems; the wood is used for firewood, as energy for industry, and timber in light construction. The nutrient-rich biomass of the tree is also used as mulch to increase crop production. However, given that mature stands were primarily responsible for millions of dollars of damage resulting from catastrophic tree fall during Tropical Storm Iselle on Hawai'i Island, and the potential interactions with climate change and development, managing this tree for its benefits as well as expanding research for its control is warranted.