November 22, 2024 | 19:07 GMT +7
November 22, 2024 | 19:07 GMT +7
Hotline: 0913.378.918
In the early 2010s, Binh Dinh built an epidemiological map of porcine reproductive and respiratory syndrome (PRRS) and cholera in the pig herd. The map using GIS (geographic information system) technology initially supported identifying epidemic areas that had occurred in Binh Dinh and forecasting the possibility of disease transmission and emergence in localities in the province.
GIS technology has the advantage of helping management agencies have an overview of location and detailed information on livestock areas and animal slaughter, trading, and transporting points; identify points occurring diseases, radius of influence, and areas at risk of being affected on the GIS map, so that the functional branch can promptly propose effective control and prevention measures.
According to Mr. Huynh Ngoc Diep, Manager of the Binh Dinh Animal Husbandry and Veterinary Sub-Department, the GIS digital map is a particularly effective tool for veterinary management agencies, helping the functional branch control disease areas comprehensively and, at the same time, be able to compare the disease emergency at many different times.
However, in the past five years, the Binh Dinh functional branch has applied livestock herd and disease management software using Blockchain technology in the province. This is an advance in digitizing the work of disease management and control in the livestock herd in Binh Dinh province.
To effectively implement the declaration and management of Blockchain software, the Binh Dinh Provincial People's Committee directed the Statistics Office to coordinate with the Department of Agriculture and Rural Development to develop a plan to specifically assign tasks for implementing livestock herd and anti-epidemic information management software.
“The functional branch disseminates for farmers the meaning, rights, and responsibilities of participating in the program on livestock herd management and disease prevention and control in livestock farming. Livestock facilities grasp how to operate applications on smartphones to report the situation of livestock herds, diseases, consumption, and transportation; proactively and self-consciously report livestock data and disease situation at their facility," said Mr. Huynh Ngoc Diep.
Applying Blockchain technology to manage herds and control diseases in pig herds has helped the Binh Dinh livestock industry manage the total livestock herd regularly in the area, have quick and accurate information about livestock herds and livestock products, manage statistical information, and grasp the disease situation in the area to have timely and effective solutions for prevention and control.
Besides, this Blockchain software also helps the functional branch manage the application of biosafety, vaccination, and feed for pigs at livestock facilities. In particular, thanks to this software, the Binh Dinh functional branch can monitor disease-infected farms, the handling and disposal of livestock and poultry, and damage support caused by diseases to livestock facilities. Livestock facilities are provided with free software on smartphones connected to the Internet. After completing the information declaration, the system will provide management and usage codes.
According to Mr. Huynh Ngoc Diep, Manager of the Binh Dinh Animal Husbandry and Veterinary Sub-Department, currently, this province has 800 livestock facilities using livestock herd and disease management software with Blockchain technology, including Hoai An district (450 facilities), An Nhon town (100), Phu Cat district (100), Hoai Nhon (80), and Phu Cat district (70).
Before applying, the Binh Dinh Animal Husbandry and Veterinary Sub-Department coordinated with the Provincial Statistics Office to organize training and deploy software for the above-mentioned 800 livestock facilities. Livestock facility owners are instructed to install software, update information related to the livestock herd during the farming process, and update information related to disease epidemics.
“Blockchain technology software manages the livestock herd from farm to dinner table. The software manages the number of market hog, sow, and piglet herds. Regarding disease management, for sick pigs, farmers will report and then apply treatment procedures, from disinfecting barns to using vaccines.
This software also helps the functional branch trace the pork supply chain to the market; supports connecting consumption channels and building brands; helps management agencies grasp the number of herds and accurately update livestock data; supports disease identification and control; and controls transportation, feed, slaughter, and consumption," said Mr. Huynh Ngoc Diep, Manager of the Binh Dinh Animal Husbandry and Veterinary Sub-Department.
Translated by Huyen Vu Thu
(VAN) EU Poultry, a Slovak poultry processor owned by Ukrainian businessman Dmytro Borodavka, has rolled out plans to invest almost €50 million into capacity expansion in the country.
(VAN) Farmers in Moc Chau are capable of high-tech agricultural production. Therefore, any support for investing in net houses and greenhouses should be carried out on a large scale.
(VAN) "Our goal is to collaborate with farmers in cultivating organic coffee and delivering high-quality products with a distinct flavor to our customers."
(VAN) The formation of a concentrated vegetable production area offers significant benefits, including reducing import of certain vegetables from China.
(VAN) A key feature of these models is the use of Nutrient Film Technique (NFT) recirculating irrigation technology, which is fully automated.
(VAN) At 53 years old, Mr. Ha Van Tien is determined to develop standardized greenhouses to supply organic vegetables and fruits for the clean agricultural products market.
(VAN) Feed isn’t just fuel for poultry; it’s the foundation of health and growth. Accounting for up to 70% of production costs, feed quality directly impacts gut health, nutrient absorption, and feed efficiency.