Opportunities, Investments and Barriers in Climate-Smart Livestock Farming in Africa: A Focus on East Africa
Beatrice G. Togo *
Africa Centre of Excellence for Climate Smart Agriculture and Biodiversity Conservation, Haramaya University, P.O. Box 138, Dire Dawa, Ethiopia and Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Salum O. Kuwi
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Ngassa J. Mussa
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Kabuni T. Kabuni
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 834 Dodoma, Tanzania.
George F. Fupi
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Onesmo J. Lyahama
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Dauson K. Felix
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
Jefta R. Mgalula
Department of Livestock Research, Tanzania Livestock Research Institute (TALIRI), P.O. Box 5, Kongwa, Tanzania.
*Author to whom correspondence should be addressed.
Abstract
Livestock production is indispensable to African livelihoods, strengthening food security and significantly contributing to agricultural GDP. However, climate change presents a formidable challenge, with rising temperatures, recurrent droughts, and proliferating diseases severely Impacting productivity and the sustainability of pastoral systems. Climate-smart livestock (CSL) farming emerges as a promising solution, offering a triple-win strategy: enhancing adaptation to climate shocks, sustainably increasing livestock production, and reducing greenhouse gas emissions. This article delves into the critical investment needs and significant barriers hindering the widespread adoption of CSL practices across Africa, with a specific focus on the East Africa region. It highlights the importance of strategic investments in genetic improvement of climate-resilient breeds, enhancing animal health and disease resistance, promoting sustainable feed and forage systems, and fostering market integration through improved infrastructure and digital technologies. The central argument underscores that context-specific and inclusive investments are paramount for transforming the sector, ensuring benefits reach marginalized communities. The article addresses counterarguments, including concerns about the high costs associated with CSL interventions and the perception that livestock production inherently contributes to greenhouse gas emissions. It emphasizes that CSL can be economically viable for smallholder farmers through diversified approaches and that Africa's overall contribution to global livestock emissions remains relatively low. The analysis concludes that a coordinated, multi-stakeholder engagement linking science, policy, and community action is essential to unlock the transformative potential of CSL. This approach can pave the way for resilient, productive, and environmentally sustainable livestock systems, driving inclusive growth, enhancing food security, and fostering climate resilience across the African continent.
Keywords: African livestock production systems, climate change adaptation, climate-smart livestock farming, opportunities, investments and barriers to climate-smart livestock farming