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This project focuses on promoting sustainability and food security in Mapuche indigenous communities in rural areas of Argentina and Chile. It seeks to improve livestock production through climate-smart practices, drawing on previous experience to propose solutions tailored to these communities. In Argentina, it focuses on Río Negro and Neuquén provinces, addressing challenges such as water sca...

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...

Agricultural systems globally, and especially in Latin America, must sustainably increase crop production (60%) and consider the possible effects of climate change (CC). This has driven the need for sustainable intensification of agriculture. Farmers must produce more with the same amount of land and using fewer inputs. This transition is both possible and necessary for food security. However, dig...

The Gran Chaco Americano is the largest dry tropical forest region in the world, spanning across Argentina, Paraguay, and Bolivia primarily. Currently, it is a global hotspot for deforestation and land-use change for agriculture and livestock farming. This process is responsible for the loss of biodiversity and ecosystem services, endangering the resilience of agricultural systems to the effects o...

Increasing livestock production in a sustainable manner is a challenge for regional livestock production in Latin America and the Caribbean (LAC). Together, Argentina, Chile and Colombia produce around 9.1 million tons of meat for global consumption, demonstrating the role of livestock in contributing to the local economy, food security, poverty reduction and sustainability. Livestock production s...

There is pressure to reduce the impact that livestock production systems have on the environment, accompanied by an increasing global demand for meat. However, the sustainability of these production systems in LAC is fragile due to a low uptake of technological innovations for identifying opportunities to increase production sustainably. Currently, there are limitations in evaluating key parameter...

There is an urgent need for the implementation and development of more sustainable agricultural technologies. The use of bioinoculants (biofertilizers, biopesticides and biocontrollers) based on beneficial microbes which can promote plant growth and also plant protection is a promising technology that can be improved in efficacy, adoption and commercial registration for its use. This proposal foc...

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...

Food production has increased worldwide strongly in the last 20 years in response to population growth, with a significant impact on the countries of the Americas. This is owed to their agricultural potential, in terms of land area and climatic conditions suitable for agriculture. However, the maintenance of this productivity, as well as its future potential development, depends on the effects of ...

The rapid growth of the global population, which could reach 10 billion by 2050, has increased the need to produce food efficiently and effectively. Furthermore, it is estimated that during the next 50 years the effects produced by climate change, added to the main challenges of humanity in conditions of uncertainty (unemployment, pandemics, wars, etc.), will play a fundamental role in the deve...