Siembra Temprana Clave para Mejorar el Rendimiento y la Calidad de las Oleaginosas, Según el INTA

The National Institute of Agricultural Technology (INTA) in Paraná has conducted a study on the quality of soybean, flax, and canola grains to strengthen the food and energy industries. The research evaluated proteins, oils, amino acids, and phosphorus, identifying significant regional differences. The findings provide valuable insights for genetic improvement, agricultural management, and crop selection, promoting biofuels, animal nutrition, and agricultural sustainability.

The study, focused on three strategically important oilseed crops for the national agroindustry—soybean, flax, and canola—aims to provide crucial information for both the food industry and energy production. "Analyzing the composition of grains allows us to add value to knowledge, optimize the efficiency of their use in agro-food chains, and guide strategies for genetic improvement and agricultural management," explained Maricel Gallardo, researcher in charge of the Laboratory of Quality of Cereals and Oilseeds. Gallardo emphasized the importance of studying nutritional and functional parameters in Argentina's main crops.

For soybean, the team from the INTA Paraná's Entomology and Ecology Area, in collaboration with the INTA Rural Extension Agencies in Entre Ríos province and with the participation of Diego Santos, conducted a survey between 2021 and 2024 to evaluate protein, oil, phosphorus, and amino acid content in grain samples collected from different departments in the province. The results showed an average protein concentration of 35.3% and an average oil concentration of 23%, with variations observed between years and locations. "Soybean is a key crop in Argentina, and knowing its quality at the regional level allows us to identify environments with greater potential for various industrial and nutritional uses," Gallardo stated.

This information will enable more precise planning and the selection of grains best suited for each destination, whether for food or energy purposes. Nationally, the research is part of the Quality Network coordinated by Cecilia Accoroni, expanding the reach and applicability of the results on a large scale, according to a press release.

The study also examined amino acid and phosphorus profiles, both essential for animal nutrition. It is worth noting that the research not only focuses on improving crop quality but also on enhancing the efficiency of agricultural practices and genetic improvement strategies. By understanding regional differences, farmers and agronomists can make informed decisions about crop selection and management, ultimately benefiting the entire agroindustrial chain.

The INTA's work highlights the importance of continuous research and development in the agricultural sector, ensuring that Argentina remains competitive in both the food and energy markets. By optimizing the use of oilseed crops, the country can contribute to sustainable development and meet the growing global demand for high-quality products. The findings from this study will undoubtedly play a crucial role in shaping the future of Argentina's agroindustrial landscape.