Chile has launched a project to develop an artificial intelligence-based early warning system that can predict the risk of invasion by the fruit fly known as the spotted fruit fly. This insect is one of the major pests affecting soft fruit production in the country.
According to
El MaipoThe platform, a TV BRICS partner, combines information on pest lifecycles, artificial intelligence algorithms and real-time weather data to identify when the risk of invasion is highest. Based on these predictions, producers will be able to take preventive measures more accurately and efficiently.
In the initial stage, researchers will compare the results obtained on the farm using the system with those recorded in control areas where the technology is not applied. The goal is to reduce pest incidence by 30-60%, depending on the initial infestation level. Once testing is complete, the tool will be made available free of charge to growers across the country.
Drosophila melanogaster, which is native to Southeast Asia, is different from other fruit flies in that it attacks healthy fruit while it is ripening, damaging the quality of the fruit even before it is harvested. Experts say the integration of digital technology and climate data will be an important step forward in improving the productivity and strengthening the sustainability of Chile’s fruit cultivation.
The introduction of cutting-edge technology into the agricultural sector in BRICS countries and partner countries is progressing. Solutions based on artificial intelligence and biotechnology can help increase productivity, optimize field operations and develop agricultural varieties that are more nutritious, disease-resistant and adapted to climate conditions.
China DailyTV BRICS partner China is deploying agricultural containers equipped with artificial intelligence to produce vegetables, mushrooms and medicinal plants all year round, regardless of weather conditions. The technology automatically monitors and adjusts factors such as temperature, lighting, and irrigation, increasing productivity while reducing water consumption and pesticide use.
In Belarus, scientists have developed a domestic variety of white lupine called Grek through genetic breeding. According to
BerthaA partner of TV BRICS, this new variety combines high protein content, high yield, disease resistance and low concentrations of alkaloids, making it a safer alternative to animal feed.
Meanwhile, it was reported that Kazakhstan plans to launch a project to produce virus-free seed potatoes.
Kajin formPartner of TV BRICS. The initiative aims to use advanced biotechnology to propagate healthy seedlings and produce tubers to increase supply and meet the majority of domestic demand in the coming years.
