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Reducing greenhouse gas emissions in potato-pasture systems in Ecuador and Peru
The potato-pasture production systems in the Andean region (AR) of Ecuador and Peru are essential for the sustainability of households in both countries, providing economic, social, and nutritional benefits. In the AR of both countries, the production of potatoes and pastures for bovine feed has been expanding, generating economic and social benefits but also causing environmental problems when th...
Learn moreClimate change and indigenous communities
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...
Learn moreNitrogen Optimization. Strategies to address the climate crisis in food production
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 ...
Learn moreInnovations for reduced methane emissions in ruminants
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...
Learn morePlatform for the transfer and efficient use of biologicals on Latin American farms
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...
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 moreSustainable livestock farming in the Amazon of Peru and Ecuador
Livestock farming is an essential activity for the livelihoods of farmer families in Peru and Ecuador, generating economic, social and nutritional benefits. In the Amazon region of these countries, both livestock and agriculture have been expanding, resulting in benefits but also environmental problems, especially when extensive systems have been implemented at the expense of deforestation and the...
Learn moreSatellite tool to strengthen capacities for monitoring, reporting and verification of methane emissions in Latin American ecosystems.
Given the importance of quantifying methane (CH4) emissions from rice paddies in national inventories and the increasing investment in mitigation technologies, there is significant value in developing verification technologies that can be applied at regional or national scales. It is currently possible to monitor CH4 content using satellite sensors. An example of such a sensor is the Sentinel-5 P...
Learn moreBovine productivity in the South American Chaco region
In recent decades there has been a rapid expansion and intensification of agricultural production in the South American Chaco region. However, most livestock producers still have very low productivity levels . A valid indicator of this productivity is the low annual weaning rate (calves per cow per year), which is below 50%. Low productivity can be explained by poor availability and planning of fo...
Learn moreInnovation for pasture management
Forage harvest levels in Latin American and Caribbean production systems are very low in relation to their potential. In tropical zones, such as Costa Rica, dry matter (DM) production of the main forage species ranges between 10 and 25 t DM/ha/year, but on average animals consume less than 45% of the available pasture. In temperate zones, as in Uruguay, forage production averages 4.5 t DM/ha/year,...
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