Crop breeding innovation key to boosting agricultural productivity

According to the Plant Production and Protection Department under the Ministry of Agriculture and Environment, improved crop varieties have increased yields by 8–15%, depending on the crop, while enhancing farmers' incomes and supporting the restructuring of the agricultural sector.

A banana plantation cultivated to standardised production practices by Hung Son High-Tech Agriculture JSC in An Phu ward, Gia Lai province. (Photo: VNA)
A banana plantation cultivated to standardised production practices by Hung Son High-Tech Agriculture JSC in An Phu ward, Gia Lai province. (Photo: VNA)

Hanoi (VNA) – Crop breeding innovation is expected to play a pivotal role in improving agricultural productivity and quality as Vietnam seeks to adapt to climate change and meet increasingly stringent market requirements, with experts calling for stronger policy support and investment to accelerate research and commercialisation.

According to the Plant Production and Protection Department under the Ministry of Agriculture and Environment, improved crop varieties have increased yields by 8–15%, depending on the crop, while enhancing farmers' incomes and supporting the restructuring of the agricultural sector.

The benefits are already evident in production. In Gia Lai province, An Thinh Khang-Farm Agriculture JSC has adopted tissue-cultured banana seedlings across its plantations, allowing for uniform cultivation, higher-quality fruit and synchronised harvesting. Its bananas are now exported to demanding markets such as Japan, the Republic of Korea and the Middle East.

Son La province has also transformed its fruit industry by introducing a wide range of high-value varieties, helping establish the province as the largest fruit-growing region in northern Vietnam and a major exporter of agricultural products.

Deputy Director of the Plant Production and Protection Department Nguyen Quoc Manh said Vietnam has made significant progress in crop breeding by applying modern technologies such as molecular biology, tissue culture and DNA sequencing, shortening breeding cycles and producing varieties with higher yields, better quality and stronger resilience.

He added that Vietnam is gradually mastering next-generation breeding technologies, particularly gene editing, creating opportunities to develop crops better adapted to climate change and changing consumer demand.

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A researcher at the Institute of Agricultural Genetics examines crop samples. (Photo: nhandan.vn)

Despite the progress, the sector continues to face challenges. Tran Xuan Dinh, Vice Chairman and Secretary General of the Vietnam Seed Trade Association, said cumbersome procedures for testing and approving new varieties, outdated technical standards and delays in updating regulations have increased costs and slowed the commercialisation of scientific advances.

He also noted that investment in research remains limited, while stronger protection of plant breeders' intellectual property rights is needed to encourage innovation.

Chairman of ThaiBinh Seed Group JSC Tran Manh Bao called for broader incentives for research and development, improved access to testing facilities and farmland, and expanded public-private partnerships, under which the State would invest in basic research, genetic resources and shared infrastructure while enterprises focus on applied research and commercialisation.

Director of the Plant Production and Protection Department Huynh Tan Dat said businesses play a central role in innovation and the commercialisation of research outcomes. He said the agriculture sector will continue refining policies to encourage long-term private investment in crop breeding, strengthen intellectual property protection and promote the application of advanced technologies such as gene editing, artificial intelligence, big data and digital transformation./.

VNA

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