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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...

"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...

Several global initiatives indicate that carbon sequestration (C) in soil organic matter dedicated to agriculture is a viable option for mitigating greenhouse gas (GHG) emissions and increasing climate change resilience. The '4 per mille Soils for Food Security and Climate' initiative launched at COP21 is aimed at increasing the global stock of C in the the top 40 cm of soils at a rate of 4 per 10...

Family livestock systems based on meat production in natural pastures constitute the majority of cattle farmers and rural populations of Uruguay and Entre Ríos (Argentina). The high levels of stocking rate and/or the absence of spatial-temporal management cause overgrazing and poor spatial distribution, which, in combination with climatic variation, contribute to low levels of consumption, energy...

Climate change will affect large areas of Latin America and the Caribbean (LAC), mainly due to rising temperatures, variations in rainfall intensity and frequency, which will have an effect on productivity and the appearance of new pests and diseases. Those most affected will be family farmers, who represent the majority of producers. On the other hand, it is estimated that in the next 30 years th...

The objective of this project was to create a network on livestock and climate change to exchange information, standardize methodologies, provide mutual technical support and promote collaboration. The project was executed by FONTAGRO/TAS and contemplated the financing of networking and capacity building activities for Latin America and the Caribbean. This project consisted of 3 components. The ...

During the last 20 years, food demand increments have led to greater agricultural and livestock production in South America. However, climate change effects, mainly on small producers, can negatively affect their future development. In Chile, about 90% of livestock systems depend directly on rainfall intensity and frequency. In Argentina, the Pampean region, where the highest percentage of nationa...

The project was implemented in Popayán, Colombia and in the Dry Corridor of Honduras with networks made up of NGOs, CIAT and farmers working together on improving adaptation to climate change. Practices and facilitation tools were tested, such as working with focus groups, simulation of the effect of innovations on food security, resilience and GHG emissions, and on-farm testing of technologies. ...

This project aimed to improve methane (CH4) and nitrous oxide (N2O) emissions quantification techniques. Furthermore, it intended to generate strategies to help mitigate these emissions in dual-purpose livestock in the Andean Region. This project was structured in five components. The first one consisted of biophysical and socioeconomic characterization of dairy production sites. In a second one, ...

Farms with lower intensification only have grazing systems and generate more CH4 emissions than higher intensified farms. In contrast, farms with greater intensification systems have feeding strategies such as supplementing lactating cows with commercial concentrates, minerals, and silages. Furthermore, they tend to implement more management strategies such as pasture management plans, soil analys...