Nigeria's Ministry of Livestock Development has entered into a partnership with the World Bank and the African Development Bank to advance climate action across the country's animal agriculture sector. Independent Nigeria (February 21, 2026) reported that the collaboration will focus on climate-smart interventions aimed at reducing the environmental footprint of livestock production while improving productivity and resilience.
The partnership is significant because Nigeria's livestock sector — which includes an estimated 20 million cattle, 80 million goats, and 45 million sheep — is both a major contributor to rural livelihoods and a substantial source of greenhouse gas emissions. Traditional pastoral systems, which dominate cattle production in northern Nigeria, are increasingly under pressure from climate change, land-use conflicts, and the security crisis in the North-West and North-Central regions.
Climate-smart livestock interventions typically include improved feed management to reduce methane emissions, better animal health services to increase productivity per animal, improved breeds adapted to local conditions, and rangeland restoration to sequester carbon while maintaining pastoral livelihoods.
For food prices, a more productive livestock sector translates directly into more affordable animal protein for consumers. Beef, chicken, eggs, and fish remain among the most expensive items in Nigerian household food budgets. Any improvement in livestock productivity that increases the supply of animal protein without proportional cost increases would benefit the millions of Nigerian families for whom meat and eggs are increasingly unaffordable luxuries.
The intervention also aligns with Nigeria's commitments under the Paris Agreement and its nationally determined contributions to global emissions reduction targets. By partnering with multilateral development banks, the ministry gains access to both financing and technical expertise that would be difficult to mobilise domestically given the country's current fiscal constraints.