For more than thirty years, the Soviet Union served as Cuba’s key trading partner. Cuba, with its long agrarian history, developed a modern agricultural system with the help of chemical fertilizers and pesticides supplied by larger socialist countries. Like many countries during the later part of the 20th century, Cuba adopted a chemical-intensive, highly-mechanized mono-culture that initially produced high yields and reduced labor needs, allowing the country to be an important provider of sugar cane to its trading partners. At one point, Cuba was the highest per-capita consumer of agrochemicals in Latin America. While the system served the country’s economic needs for several decades, the chemical usage and single-crop dependence soon took its toll on much of Cuba’s farmland, which makes up about 30% of Cuba’s total land area. More than half of the farmland was devoted to sugar cultivation. On the remaining land, Cuban farmers had little choice about which crops or varieties they could plant, using only a small selection of seeds developed to produce high yields within a fertilizer and pesticide-intensive system. Thus, much of Cuba’s environment was inundated with agrochemicals, threatening biodiversity and, over time, reducing crop yields. With the fall of communism in Europe, Cuba lost its chief trading partners along with its purchasing power and access to fertilizers and pesticides. As a result, Cuba’s agricultural sector ground to a halt, and food shortages ensued.
To address this crisis, the government distributed large tracts of arable land to small farm cooperatives. By necessity, farmers began cultivating semi-organic harvests, using little to no pesticides or fertilizers. Farming cooperatives turned to crop rotation and beneficial insects to encourage healthy yields. As a result, some of these smaller farms saw their soils begin to regenerate.
In the late 1990s, Ríos and his team of young scientists sought to catalyze this farmer-led experimentation, creating teams of researchers and professors across the island to establish agrobiodiversity learning centers with farmers to broaden sustainable agriculture and seed biodiversity efforts.
While holding official teaching and research positions at the National Institute of Agricultural Sciences for more than 10 years, Ríos continued his work with farmers, slowly gaining the attention of the Cuban decision-makers and the international community. By 2007, Ríos noticed a significant shift. His core belief - that agricultural scientists must work with and learn from the farmers whose families have passed down traditional knowledge about crop cultivation - began to take root. Fellow researchers and senior officials at the National Institute of Agricultural Sciences began taking notice of the results of Ríos’ efforts. They observed that farmers were now planting hundreds of varieties of crops without using chemical pesticides. In communities that once harvested only a few crop varieties, farmers were now cultivating many varieties of beans, rice, maize and other crops. Not only did food production increase via this approach, but the organic methods used also contributed to the sustainability of the land. Today, more than 50,000 farmers participate in seed biodiversity initiatives and carryout the farming practices promoted by Ríos and the national network of universities and researchers supporting agrobiodiversity.
As coordinator of the National Institute of Agricultural Sciences’s Program for Local Agricultural Innovation (PIAL), Ríos now focuses his time on developing Cuba’s sustainable agriculture sector and has engaged in similar farmer-led biodiversity projects throughout Mexico. He often uses his music as a means to engage communities in biodiversity, performing songs that celebrate sustainable agriculture. Recently, the government has called on Cubans to increase their food production throughout the country as a means for economic revitalization. Ríos sees this as an opportunity to further expand his work.
Watch in high resolution on YouTube.
Watch in high resolution on YouTube.