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Climate adaptation and mitigation

Improving small-scale producers’
resilience and reducing greenhouse
gas emissions from food systems.

Climate adaptation and mitigation

ILRI research contributes to the CGIAR impact area on Climate Adaptation and Mitigation. 

Climate change poses major risks for food production, livelihoods and nutrition through high temperatures, erratic rainfall, drought, flooding, and sea level rise. On the flip side, agriculture and food systems produce almost a third of global greenhouse gas emissions—yet they could be a global carbon sink. Supporting vulnerable small-scale producers to adapt to climate change and reducing greenhouse gas emissions from agrifood value chains are essential for sustaining food systems and ensuring food and nutrition security.

Innovations

Climate adaptation and mitigation research initiatives

Women

Harnessing Gender and Social Equality for Resilience in Agrifood Systems

Livestock

Livestock, Climate and System Resilience

Agronomy

Mitigate+: Research for Low-Emission Food Systems

Farmer on the field

Ukama Ustawi: Diversification for Resilient Agribusiness Ecosystems in East and Southern Africa

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Africa–Asia Bioscience Challenge Fund Meeting (photo credit: Frank Mwangi)

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Africa–Asia Bioscience Challenge Fund: Building the next generation of bioscience leaders for climate-resilient livestock systems

Kenyan enumerator team for the CIRNA project

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The CIRNA project achieves impact with tailored communication

Cattle wearing breath-collecting harness

Major milestone achieved for measuring methane and feed intake from free-grazing pastoral cattle in East Africa

 Maize-forage intercropping field visit

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Farmers showcase benefits of integrated crop-livestock innovations in Ethiopia

Cattle eating hay (ILRI/Folusho Onifade)

Feedlot feeding improves beef productivity and lowers methane intensity in Tanzania

G-FEAST group discussion

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The G-FEAST journey in Madagascar: Building resilient feed systems through local voices

Livestock grazing in Kapiti Research Station (photo credit: ILRI/Eric Ouma)

Drones prove their worth in measuring livestock methane in Africa

Related Publications

Systematic review on the impacts of community-based sheep breeding programs on animal productivity, food security, women’s empowerment, and identification of interventions for climate-smart systems under the extensive production system in Ethiopia

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The impact of heat stress on growth and resilience phenotypes of sheep raised in a semi-arid environment of sub-Saharan Africa

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Ambient environmental conditions and active outdoor play in the context of climate change: A systematic review and meta-synthesis

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