January 23, 2025 | 13:01 GMT +7

  • Click to copy
Thursday- 14:01, 04/11/2021

Proposal to build 6 sub-zones for fisheries development in the Mekong Delta

(VAN) Mr. Le Van Quang, General Director of Minh Phu Seafood Corporation has proposed a plan to build six sub-zones for Mekong Delta in the direction that ensures 'favor of nature' for the region.

Recently, Mr. Le Van Quang, General Director of Minh Phu Seafood Corporation (MPC), has proposed to Chairman of the National Assembly Vuong Dinh Hue on the construction planning of six sub-zones for Mekong Delta.

According to Mr. Quang, the MPC with its closed value model for the whole shrimp production chain, currently has 18 member companies including one in the US and another in Tokyo (Japan), with over 15,000 staff throughout the coastal provinces from Ninh Thuan to Ha Tien and Kien Giang.

Minh Phu Seafood Corporation representatives and a delegation from the Ministry of Agriculture and Rural Development led by Minister Le Minh Hoan survey a shrimp-rice growing model in Ca Mau at the end of September 2021. Photo: Trong Linh.

Minh Phu Seafood Corporation representatives and a delegation from the Ministry of Agriculture and Rural Development led by Minister Le Minh Hoan survey a shrimp-rice growing model in Ca Mau at the end of September 2021. Photo: Trong Linh.

Mr. Quang assessed: “The Mekong Delta, with its diverse ecosystems, has a great potential for developing organic black tiger shrimp breeding as well as high-tech super-intensive shrimp farming. In addition, the Mekong Delta is a granary of rice and shrimp thus it has also a huge potential to increase its value to 20 times over the current figure with high competitiveness and high profits. However, the Mekong Delta needs to be planned properly and well, in the direction of 'favor of nature", adapting to climate change and sustainable development."

Accordingly, the MPC proposes to build six sub-zones as follow:

One is to focus on construction planning of marine urban regions with seaports and residential areas associated with boat berths and industrial zones favorable for processing fish and seafood products.

The second is to develop mangrove forests for raising shrimp, crabs and fish under the forest canopy so that to create a strip of mangrove forest 1-2 km wide running from Ha Tien to Vung Tau.

The third is to plan large enough high-tech super-intensive shrimp farming areas with the application of IoT and AI technologies to create high productivity and efficiency.

Mr. Le Van Quang assesses the potential of shrimp - rice farming in Mekong Delta is very large. Photo: LHV.

Mr. Le Van Quang assesses the potential of shrimp - rice farming in Mekong Delta is very large. Photo: LHV.

The fourth is to plan extensive shrimp farming areas large enough to create a biosecurity belt that will protect shrimp from infection of diseases and help achieve high survival rates and high profits.

The fifth is to plan concentrated shrimp processing and ancillary industrial zones associated with urban areas located in the center (to recruit workers for factories) and no more than five hours travelling by car from the material areas (to reduce the cost of salt storing, transportation and especially ensuring a good quality for the shrimp).

The sixth is to plan the shrimp-rice area large enough to create a bio-safety belt so that shrimp pathogens cannot penetrate the shrimp ponds. There, a concentrated residential area is separated from shrimp-rice farming, with freshwater reservoirs large enough to provide water for daily life and planting fruits.

According to Mr. Le Van Quang, with the above planning of six sub-zones, if it is carried out for each of coastal provinces in the Mekong Delta, with intra-regional and inter-regional transport connections, it will promote the advantages, specialty, and distinctiveness of each province. Planning zones can link cooperation, resonance to coordinate and increase the common strength.

Author: Trong Linh

Translated by Linh Nguyen

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