January 21, 2025 | 13:32 GMT +7

  • Click to copy
Thursday- 10:11, 17/10/2024

Gia Lai's coffee development orientation to 2030

(VAN) Gia Lai is intensifying coffee production associated with deep processing to increase the quantity of coffee that meets standards, aiming for a sustainable export market.
Coffee is the main crop of Gia Lai province. Photo: Tuan Anh.

Coffee is the main crop of Gia Lai province. Photo: Tuan Anh.

Coffee is the main crop of Gia Lai province, with an area of over 105,000 hectares spread across 10 districts and cities. Nearly 60,000 hectares of coffee are produced according to standards such as VietGAP, 4C, RA, FLO, C.A.F.E. Practices, and Organic.

The primary coffee variety grown in Gia Lai is Robusta, with a yield of over 3.9 tons per hectare and an annual production of more than 400,000 tons. Coffee from Gia Lai has been exported to 60 countries worldwide. In 2023, the export value of coffee from Gia Lai reached over 490 million USD, primarily green coffee beans.

According to the agricultural restructuring plan of Gia Lai province until 2030, the goal is to stabilize the coffee area at around 100,000 hectares, with organically produced coffee making up about 15%.

To achieve this, Gia Lai is promoting the development of coffee cultivation areas landscape-oriented, focusing on locations with favorable conditions, and integrating coffee cultivation with cultural, tourism, and service development. At the same time, the province is reviewing coffee areas that are unsuitable and have low yields, especially in water-scarce regions, to convert them to other crops with higher economic value.

In particular, Gia Lai will prioritize the replanting of aging coffee gardens, using 100% high-yield, quality coffee varieties that are resistant to pests and diseases. The province will implement intercropping with industrial crops and perennial fruit trees in areas suitable for replanting coffee.

Additionally, the province will continue to effectively execute the plan for developing Vietnam's specialty coffee. By 2030, the province aims for the area of specialty Robusta coffee to reach over 2,340 hectares, with a production target of 1,700 tons.

To ensure coffee quality, in recent years, enterprises, cooperatives, and local residents have actively applied water-saving irrigation techniques, planted windbreak trees, used mulch, and cultivated landscape coffee. At the same time, they are gradually mechanizing the harvesting process and achieving coffee production certifications.

With these sustainable approaches, Gia Lai aims that by 2030, over 80% of coffee areas will meet production standards (VietGAP, 4C, RA, FLO, C.A.F.E. Practices, Organic...) and over 70% of coffee areas will have registered cultivation codes for traceability. The province is also committed to effectively implementing EUDR regulations regarding the coffee industry to combat deforestation and forest degradation.

Gia Lai is intensifying the deep processing of coffee. Photo: Tuan Anh.

Gia Lai is intensifying the deep processing of coffee. Photo: Tuan Anh.

In the coming years, Gia Lai will also focus on attracting investment in the deep processing of coffee products and developing the logistics system. To achieve this goal, the local authorities will support residents and cooperatives in ensuring that 80-90% of harvested coffee is picked at the right ripeness and meets quality standards. Coffee beans must be kept clean throughout all stages from harvesting, drying, preliminary processing, and storage, to supplying raw coffee to enhance the quality of coffee for export and domestic consumption.

Additionally, there will be increased investment in upgrading drying yards and drying machines for coffee processing using dry methods. Farmers will be encouraged to cooperate in coffee processing to ensure the supply of quality raw materials for subsequent processing stages.

Gia Lai is also promoting new investments and upgrading factories using modern technology in roasted and instant coffee processing. By 2030, the goal is for deep-processed coffee production to account for 20-25% of the total coffee output of the province.

Author: Nhat Tuan

Translated by Mai Quang Huy

Nitrogen use efficiency must be improved to reduce harm to human and environmental health

Nitrogen use efficiency must be improved to reduce harm to human and environmental health

(VAN) FAO publishes comprehensive report on Sustainable Nitrogen Management in Agrifood Systems.

Regenerative agriculture’s biggest developments in 2024 and what they mean for 2025

Regenerative agriculture’s biggest developments in 2024 and what they mean for 2025

(VAN) Regenerative agriculture saw some major developments in 2024, particularly around finance, getting more involvement from agrifood corporates, and aiding in the growth of smallholder operations.

In-ovo sexing moves forward in the US

In-ovo sexing moves forward in the US

(VAN) The first US chicks from eggs that were sexed using in-ovo Cheggy technology have now been hatched, paving the way for eggs from in-ovo sexed hens to be sold to US consumers starting mid-2025.

Unlocking plant resilience: Shared genes offer hope for climate-ready crops

Unlocking plant resilience: Shared genes offer hope for climate-ready crops

(VAN)A team at the University of Calgary is making scientific advances in understanding plant adaptation, which could ultimately be used to find ways to make agricultural crops more resilient to heat, drought and climate change.

Yeast supplementation in poultry diets

Yeast supplementation in poultry diets

(VAN) Recent research has demonstrated the beneficial impacts of yeast and yeast-based products in providing essential nutrients, increasing feed palatability, and improving growth performance and feed utilisation.

Global Environment Facility approves $68 million for agrifood systems solutions

Global Environment Facility approves $68 million for agrifood systems solutions

(VAN) With FAO’s support, 22 countries access financing to address biodiversity loss, land degradation, climate change, and pollution.

Benefits of using full matrix values for phytase

Benefits of using full matrix values for phytase

(VAN) Mineral matrix values for phytase have long been used to optimise feed, yet energy and amino acid matrices are largely ignored.

Read more