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Seed Fund
Since 2015, FONTAGRO has been promoting the mobilization of resources for the development of new scientific knowledge, the advancement of technologies, and innovations to support the transformation of agri-food systems in Latin America, the Caribbean, and Spain. The FONTAGRO Board of Directors considered it necessary to create a technical cooperation for the allocation of funding aimed at facilita...
Learn moreBiological products for creating resilience to climate change
Global agricultural production faces challenges from climate change, drought, nutrient availability, pests and diseases. Biological products can reduce the use of agrochemicals and help improve productivity by minimizing the environmental risks of toxic waste and water pollution. Entomopathogenic fungi (HEP), phytopathogenic antagonists (PAH) and arbuscular mycorrhizal fungi (HFMA) have been studi...
Learn moreNanotechnology in agricultural soil moisture management
Soil is the basis of terrestrial ecosystems and agriculture, crucial to nutrient cycling, water storage and infiltration, plant support, and microbial activity. Progressive soil degradation and desertification processes are advancing rapidly in countries of the Andean region, reducing agricultural production and negatively impacting the economy of rural families, leading to hunger and poverty. Add...
Learn moreClimate change-resilient potatoes for the Andean region
This project is a consortium among leading institutions in research, development and innovation in Colombia, Ecuador and Bolivia, as well as within the potato production sector in the Andean region. Its main goal is to reduce vulnerability to climate change, incorporating new families and advanced potato clones with early maturity and resilience to drought. Participatory genetic improvement progra...
Learn moreBioprocess for reducing the solubility of rhizospheric cadmium (Cd)
Successful marketing of Latin American Fine Aroma National cocoa is hampered by high cadmium (Cd) content in the beans. This project will formulate an innovative, highly efficient and climatically intelligent bioprocess to reduce the solubility of Cd in the rhizosphere of cocoa plants with a protocol suitable for transfer to cocoa farms. Activities will be implemented via technical cooperation wi...
Learn moreGreater agricultural production with lower nitrous oxide emission
Agriculture produces 60% of nitrous oxide (N2O) emissions, one of the three main greenhouse gases responsible for global warming. Paradoxically, agriculture is extremely sensitive to climate change, a fact that generates the need to promote climate-smart technological innovation policies. In this multilateral technical cooperation project (Argentina, Chile, Brazil, Colombia, Spain and Uruguay), th...
Learn moreOrganic carbon sequestration in soils of Latin America and the Caribbean: identification of opportunities and quantification of their economic and environmental impact
"Carbon sequestration" is defined as the removal of CO2 from the atmosphere and its storage in ecological sinks, such as soil organic matter. In this case, carbon sequestration will be quantified as changes in the soil organic carbon (SOC) pool. These changes can occur in response to changes in land management, such as increased use of fertilization, irrigation, or in response to changes in land u...
Learn moreMore productive and sustainable rice for Latin America
Rice is the fourth most consumed food in Latin America and on average contributes 11% of the caloric intake per capita in the region, making it fundamental for food security. Currently, there are an estimated 5.3 million hectares cultivated with rice in the Americas, mostly by small producers. The high climatic variability associated with climate change has decreased water availability, in turn af...
Learn moreAgtech for Climate-Smart Dairy
There is currently an increase in global demand for animal protein that is estimated to grow 70% by 2050. This is an opportunity for milk-producing countries in LAC to supply domestic and foreign markets with dairy products. However, an increase in livestock production may have a significant environmental impact due to greenhouse gas (GHG) emissions. In addition, climate change (cycles, rainfall p...
Learn moreInnovation and sustainable intensification for the adaptation to climate change of family farming
By the year 2050, the agriculture sector faces the challenge of increasing production by 60% to meet global food demand. In Latin America, arid and semiarid regions (where family farmers’ main income is extensive livestock breeding) are highly susceptible to climate change, environmental frailty and experience high levels of rural poverty. In these regions, research and innovation can increase p...
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