APICULTURE is taking on a bigger role in Philippine agriculture — not only as a source of honey and other bee products, but as a quiet engine for crop pollination and rural livelihood. Across the archipelago, beekeeping has taken root in diverse landscapes.
In the Cordillera, Benguet State University hosts the Cordillera Regional Apiculture Center, while in Cagayan Valley (Region 2), Cagayan State University supports local growers.
Aurora State College of Technology anchors work in Central Luzon, while Central Bicol State University of Agriculture leads in the Bicol region (Region 5).
Occidental Mindoro State College covers Mimaropa (Region 4B), Apayao State College serves Northern Luzon, and Agusan del Sur State University represents Mindanao.
Coordinating the network is the National Apiculture Research, Training and Development Institute (Nartdi) of Don Mariano Marcos Memorial State University DMMMSU, which links research, training, and industry development nationwide.
The products are familiar — honey, beeswax, propolis, royal jelly — but the function extends beyond the jar.
Managed colonies pollinate fruits and vegetables, supporting yields for farmers who may never keep a hive themselves.
Cooperatives, local government units (LGUs), and private bee farms have established apiaries from the mountains of Luzon to the lowlands of Mindanao, supplying both direct markets and processors.
To guide the next phase, DMMMSU-Nartdi announced on July 1, 2026, that it recently prepared a Strategic Plan for 2026–2030 for the Five-Year Apiculture Development Agenda.
The document sets directions for research, extension, training, innovation and partnerships, and was reviewed with inputs from government agencies, state colleges and universities (SUCs), LGUs, and industry partners.
Among the suggestions raised were tying annual budgets to performance indicators and adding a formal risk assessment matrix.
Research priorities center on colony health. Scientists and academic partners flagged pests and pathogens — viruses, bacteria, and other organisms — as continuing threats.
According to DMMMSU-Nartdi, the plan also opens space for student-led studies, with partner schools offering laboratories and technical support.
Other areas eyed for collaboration include bee biology, identification of bee forage plants, molecular research, and smart-hive technologies that monitor temperature, humidity and colony activity.
On the enterprise side, Nartdi is moving to protect innovations before they reach communities.
The institute said that copyright and utility model applications are being processed for bee-related technologies and products, including honey vinegar, ahead of technology transfer to cooperatives and industry.
For field delivery, stakeholders proposed practical tools: a dedicated research and extension desk, a national database of active beekeepers, and clear protocols for moving colonies between provinces.
The protocols would include quarantine steps, veterinary health certification, and coordination with the Bureau of Animal Industry (BAI) and provincial veterinary offices to contain pests and diseases.
Industry players also raised operational concerns — pesticide exposure, predatory birds, and the complexities of transporting live colonies across regions.
Addressing these, industry players noted, will require updated policies, technical guidance and training programs tailored to beekeepers.
Local government representatives said initiatives on honey production and the creation of pollinator corridors can sustain both wild and managed bees.
Once adopted, the Strategic Plan 2026–2030 will serve as Nartdi’s blueprint for expanding sustainable beekeeping, advancing research, and building an industry that connects farms, markets, and ecosystems across the Philippines.