Africa’s Honey Sector Holds a Tenfold Secret: Why the Continent Produces Less Than 10% of Its Potential

Honey bees came from Africa, and the continent still holds some of the richest apicultural resources on Earth. Yet a new comprehensive review published in Frontiers in Bee Science reveals a striking paradox: African honey production currently runs at less than 10 percent of its potential, while beeswax output reaches only about 25 percent of what the continent could achieve. The review, led by Etsemeskel Tadele and colleagues at Injibara University in Ethiopia, systematically examines why production lags so far behind capacity and what techniques, opportunities, and future prospects could close the gap.

The numbers tell a compelling story of both growth and unrealized promise. Honey production across Africa increased by 236.2 percent between 1961 and 2017, reflecting rising demand for honey and pollination services worldwide. One-third of global agricultural production relies on pollination, and in Tanzania, plots pollinated by honey bees produced 3.5 times more seeds than those without pollinators. Ethiopia leads the continent in honey output, contributing to national exports and household incomes, with beekeeping accounting for 1.3 percent of the country’s agricultural GDP. Kenya, Tanzania, Nigeria, Uganda, Cameroon, and Morocco round out the major producers, each with distinct strengths and struggles.

The review identifies a web of interrelated causes behind low productivity. Environmental and ecological pressures top the list: drought, deforestation, and habitat degradation reduce forage availability, directly impacting bee health, colony survival, and honey yields. Studies cited in the review show a direct correlation between rainfall and honey production, with insufficient precipitation leading to lower output. Agricultural expansion and urbanization shrink bee habitats, while shifting weather patterns disrupt flowering times and nectar availability. In Ethiopia, honey bee forage becomes critically limited from December to August, though a flowering calendar has identified 98 plant species as potential resources.

Traditional beekeeping methods compound these environmental challenges. The widespread reliance on bark and log hives, which are low-cost but inefficient for harvesting and colony management, keeps average production per hive well below optimal levels. Many beekeepers lack knowledge of modern practices, limiting their ability to adopt improved technologies. Poor management leads to low productivity and health issues within colonies, while the absence of structured marketing channels and apiculture policies further restricts market access. Insufficient extension services, high costs of modern equipment, and limited training opportunities collectively impede producers’ ability to improve their output.

The techniques for improvement are well documented and measurable. Modern hives such as the Kenyan Top-Bar and Langstroth designs were consistently associated with higher productivity compared to traditional log hives, with multiple studies reporting yield increases of 30 to 50 percent alongside improved honey quality. In Ethiopia’s Sidama region, adoption of frame and transitional hives raised annual production from 10.5 to 25.5 kilograms per hive. Improved beehive technologies delivered a 19.5 percent increase in technical efficiency among adopters in Southern Ethiopia. In the Jimma Zone, transitional hives increased productivity from 6 to 17.4 kilograms per hive, demonstrating the tangible impact of modern beekeeping techniques.

Beyond hive technology, the review highlights smart beekeeping systems equipped with Internet of Things sensors that track temperature, humidity, and hive weight in real time, reducing colony loss and optimizing production. Remote sensing and artificial intelligence provide insights on beekeeping flora and hive management, while open data sharing platforms consolidate diverse datasets for better analysis of bee health and environmental conditions. Digital hive monitoring systems and precision beekeeping tools are emerging across the continent, though they remain limited to pilot projects and high-investment settings for now.

Enhancing forage resources emerges as another strategic priority. East Africa faces forage deficits, with nearly 40 percent of annual feed demand unmet, affecting both livestock and honey production. Cultivating specific plants like Annona senegalensis and Croton macrostachyus can provide reliable nectar and pollen sources, while integrating beekeeping with watershed management offers economic incentives for local communities to conserve natural habitats. In South Africa’s fynbos biome, 54 plant species serve as primary nectar and pollen sources, and regions like the Sahara and Ethiopia exhibit rich diversity of bee forage plants, with 89 species identified in Algeria and 122 in Ethiopia.

The opportunities for transformation are substantial. Global demand for honey is rising, creating openings for African producers in both domestic and international markets. Niche markets for organic and value-added honey products are particularly promising given the continent’s rich biodiversity. Unique honey types such as white honey from Ethiopia and organic forest honey from Tanzania can command premium prices through branding and certification. Geographical indications have already improved prices and sales for beekeepers producing Oku white honey in Cameroon. Initiatives in Ethiopia have successfully linked smallholder farmers with export markets, quadrupling honey output and enabling organic certification that significantly boosts incomes.

Pollination services add enormous economic value beyond honey itself. Honey bees contribute approximately $0.815 billion to Ethiopia’s agricultural economy through pollination, vital for 62.2 percent of the country’s crops. Integrated pest management strategies combining biological control and non-chemical methods have shown a net present value of $500 million in East Africa, with a benefit-cost ratio of 8:1, enhancing food security for over 641,000 people. These approaches reduce reliance on harmful pesticides while improving the health of honey bee populations, which are essential for maintaining agricultural productivity in the face of climate change.

The review concludes that improvements will come from pairing context-appropriate modern techniques with Africa’s beekeeping traditions. Priority interventions include expanding the use of improved hives and colony management, strengthening apiary hygiene and pest-disease control, diversifying forage through agroforestry and climate-smart landscape planning, and professionalizing post-harvest handling to meet food safety and quality standards. The authors argue that fragmented extension services, limited access to finance and inputs, quality losses from poor processing, environmental degradation, and climate variability are all solvable with coordinated policy and investment. By aligning on quality and modern technology, investing in skills and infrastructure, restoring forage landscapes, and building inclusive market linkages, Africa’s honey production can shift from traditional practices toward a competitive, climate-smart honey economy that drives economic growth, environmental conservation, and sustainable livelihoods across the continent.

Subject of Research: Science

Article Title: Comprehensive review on improved honey production: techniques, challenges, opportunities, and future prospects in Africa

Article References: Comprehensive review on improved honey production: techniques, challenges, opportunities, and future prospects in Africa. (n.d.). https://doi.org/10.3389/frbee.2025.1588416

Image Credits: AI Generated

DOI: 10.3389/frbee.2025.1588416

Keywords: beekeeping, honey production, Africa, apiculture, pollination, agriculture, Frontiers in Bee Science, Comprehensive, review, improved, honey, production