Vetiver Solutions

At Vetiver Solutions, we understand. We understand that farmers in Haiti have the knowledge, but not the resources to practice sustainable farming. While the farmers know the importance of maintaining trees to protect the health of their land, the trees can offer a source of quick cash when families are faced with immediate needs. Trees can be cut... for charcoal production and forest areas can be cleared to provide extra farmland. For those living in poverty, sacrificing any income could lead to severe malnutrition. Our company began by asking one simple question: What if we could make sustainable farming profitable in both the short- and long-term? Due to poverty in rural Haiti, deforestation for rapid income has left the soil vulnerable to common threats, like heavy rains and sun, as well as natural disasters. Without decomposing leaves and stabilizing root networks, the soil deteriorates and erosion accelerates - conditions that prevent farmers from producing enough food. Since 2016, Vetiver Solutions has collaborated with farmers in Moreau, Haiti to create innovative solutions for soil erosion and deforestation. We launched our company after developing an innovative way to turn vetiver grass into a cash crop. When planted along roads and farm fields, the vetiver grass grows deep roots that stabilize and protect soil from harsh conditions in areas without trees. We are continuing to develop our vetiver fiber products, and hope to debut them in 2020. In January 2019, collaboration between Vetiver Solutions and our partner farmers led us to add bee products into our business model. Several enterprising farmers recognized the benefits of beekeeping as a source of supplemental income that also promotes pollination of their crops and trees. Combined with planting vetiver grass, promoting sustainable beekeeping expands our efforts to combat soil erosion and deforestation. Beekeeping in Haiti is providing an incentive to protect the trees that were previously being cut down for quick cash. The bees produce high ...Read More