Viet Nam accelerates research and innovation to future-proof its coconut sector

Experts call for biotech and innovation to modernize Vietnam’s coconut industry

At the forum “Communicating Coconut Tree Health Management in Line with Consumer-Oriented Production” held in Vinh Long, experts emphasized that the coconut tree, a crop deeply rooted in coastal livelihoods, is emerging as a symbol of sustainable agricultural development amid climate change.

Nguyen Ngoc Trai, representative of the Mekong Delta Coconut Research Institute, said coconuts are now grown in 93 countries and are considered a crop of exceptional economic, cultural, and ecological value. The coconut can thrive in conditions with limited water and nutrients while absorbing an average of 24.1 tons of CO₂ per hectare each year, contributing significantly to climate change mitigation.

According to Trai, coconuts require soil rich in organic matter, well-aerated, with good drainage yet sufficient moisture retention, ideal conditions found in Vietnam’s South Central Coast and especially the Mekong Delta. With their tolerance to drought and salinity, coconuts have become increasingly vital as Vietnam faces more frequent climate shocks.

Vietnam’s coconut industry now ranks among the top 10 globally in both area and output, with the Mekong Delta accounting for around 80%. Beyond generating livelihoods for millions of rural households, coconuts serve as a “green shield” protecting coastlines from erosion, waves, and saltwater intrusion while supporting local biodiversity.

Coconut-based products are highly diverse, from food, beverages, and cosmetics to building materials and handicrafts, earning the tree its title as the “Tree of Life.” Currently, the two most common propagation methods are traditional germination from non-wax coconuts and embryo culture from wax coconuts for large-scale seedling production.

Trai emphasized that the future of Vietnam’s coconut sector depends on accelerating the application of biotechnology, particularly plant tissue culture and molecular biology, to breed high-yield, climate-resilient varieties suited to saline and drought conditions. He also called for stronger investment in biosecurity-based pest control research and deep processing technologies to extract valuable bioactive compounds from coconuts, thereby increasing value and ensuring a more sustainable production chain.

In addition, Trai recommended supporting enterprises in commercializing processed coconut products and promoting circular agriculture models that reuse processing by-products to make organic fertilizers, thereby enhancing soil health for organic farming. The application of artificial intelligence (AI) in crop management, such as pest detection, weather forecasting, and environmental monitoring, is also seen as a key step toward modern, efficient, and sustainable coconut cultivation in Vietnam.

Assoc. Prof. Dr. Nguyen Minh Hoa, Vice Rector of Tra Vinh University, said the event serves as a bridge connecting scientists, businesses, and farmers who are working toward a sustainable, export-oriented coconut industry. He noted that the university is implementing projects in new variety breeding, deep processing, and the development of model coconut gardens, contributing to a culture of sustainable, environmentally friendly coconut management.

Building sustainable value chains in the Mekong Delta

Van Huu Hue, Deputy Director of Vinh Long’s Department of Agriculture and Environment, shared that the province currently has nearly 120,000 hectares of coconuts with over 22 million trees, accounting for more than half of Vietnam’s total coconut area and providing a stable income for about 270,000 households. The crop is a key economic pillar, well-adapted to local climate conditions, and vital for rural livelihoods.

However, Hue noted that production remains fragmented, with each household cultivating only 0.3–0.4 hectares on average, and only 30% of total acreage under cooperative linkage. Meanwhile, droughts, floods, salinity intrusion, and tidal surges have reduced yields and quality. The sector also struggles with outdated post-harvest and processing technologies, leaving producers vulnerable to fluctuations in raw coconut prices.

“Major export markets like the U.S., EU, and China are imposing increasingly strict standards, requiring Vietnam’s coconut industry to upgrade its technologies to remain competitive,” Hue said.

According to the province’s strategy, Vinh Long will focus on three development pillars:(1) Building sustainable raw material zones that meet international organic standards and adapt to climate change;(2) Expanding deep processing to maximize the value of every part of the coconut;(3) Enhancing management and value-chain linkages, integrating traceability, brand protection, and international cooperation.

The province aims to attract high-tech and Industry 4.0 investment, develop premium value-added products, and integrate digital traceability systems into production and export. It is also promoting eco-tourism, craft villages, and OCOP (One Commune One Product) programs tied to coconut culture, particularly wax coconut, a regional specialty. Additionally, Vinh Long has proposed that the Ministry of Agriculture and Environment support soil mapping and a coconut database system to improve productivity, quality, and competitiveness.

Closing the forum, Nguyen Quy Duong, Deputy Director of the Plant Production and Protection Department (PPPD), affirmed that Vietnam’s coconut sector is entering a favorable stage for breakthrough growth.

“With contributions from scientists, businesses, and local authorities, the coconut industry can confidently aim to become a multi-billion-dollar value chain,” Duong said. “The key is to continue investing in breeding, post-harvest technologies, and quality management so that the coconut truly becomes a symbol of green agriculture, circular economy, and sustainable development in the Mekong Delta.”