Kenya is facing a severe milk shortage, with formal milk deliveries to processors dropping 15.6 percent between May and August. The shortage has led to rationing and surging prices, impacting the daily lives of consumers. The economic and business disruptions have compounded widespread challenges, affecting not only consumers but also the dairy industry as a whole. The milk shortage raises questions on how science can address the agricultural challenges in the dairy sector.
The current milk shortage in Kenya is attributed to a mix of severe drought, delayed seasonal rains, high animal feed costs, and outbreaks of livestock illnesses such as Foot-and-Mouth disease. Farmers are bearing the brunt of a 45 percent increase in animal feed costs, leading to a cash-flow trap and long-term herd depletion due to nutritional deficits and untreated diseases. This has resulted in a significant impact on milk production, with many farmers struggling to maintain their herds.
Agricultural biotechnology is being considered as a potential solution to Kenya's dairy sector challenges. Properly governed biotechnology can help Kenya produce more from limited land while protecting people and biodiversity. It can drastically lower feed costs through affordable biotech ingredients, milk boosters, and drought-resistant forage, making it more affordable for dairy farmers. Advanced breeding technologies can produce high-yielding dairy genetics and enhance animal health and disease resistance.
The United Nations Convention on Biodiversity (CBD) Conference (COP17) in Yerevan, Armenia, is discussing the role of biotechnology in addressing agricultural challenges. Negotiations are focusing on how advances in modern technology impact the goals of the Kunming-Montreal Global Biodiversity Framework. The primary debates surrounding biotechnology at COP17 centre on two critical pillars: Digital Sequence Information (DSI) and the standoff over the Cali Fund for the Fair and Equitable Sharing of Benefits from the use of DSI.
The establishment of the Cali Fund at COP16 in Cali, Colombia, in November 2024, was a major milestone to mobilize new streams of funding for biodiversity action worldwide. However, the fund remains largely empty, and there are calls for developing nations to uphold strict precautionary principles. The regulation of living organisms and advanced biotech tools is taking centre stage, with alarm raised over synthetic biology overreach and the rapid integration of Artificial Intelligence (AI) and automated biotechnology tools in farming practices.
Kenya must now supply the political consistency, regulatory discipline, and farmer-focused investment needed to move safely but urgently. The answer is not biotechnology alone, but refusing to use well-regulated agricultural biotechnology would be equally reckless. Kenya should deploy the technology where it can make the quickest difference: producing reliable, affordable, and nutritious food for human and animal feeds. The logic is straightforward: milk begins with feed, and biotechnology can help break the cycle of feed shortages and milk scarcity.
Kenya already has the institutions to regulate biotechnology, including the Biosafety Act, 2009, and the National Biosafety Authority. Local trials can establish performance and risk before commercialization, and research institutions and dairy cooperatives should measure what matters: feed cost per litre, milk yield, farmer margins, pesticide use, and environmental outcomes. Publishing those results would make regulation more credible and help consumers judge biotechnology by performance rather than fear.
Key points
- Biotechnology can help Kenya's dairy sector by increasing milk production while protecting people and biodiversity.
- The regulation of biotechnology is crucial to ensure that it is used safely and effectively.
- Kenya has the institutions to regulate biotechnology, but it needs to deploy the technology urgently to address the milk shortage.
