Recently, the Institute of Agricultural Resources and Regional Planning, Chinese Academy of Agricultural Sciences, officially launched China's first agricultural farming large model 1.0. This multimodal intelligent model focuses on the construction monitoring, protection, and quality improvement of high-standard farmland, marking an important step in China's agricultural intelligence field.

The model was developed under the leadership of Academician Tang Hua Jun from the Chinese Academy of Engineering. It adopts an innovative architecture of "general large model + domain knowledge + vertical tool chain." This architecture enables the model to automatically detect the spatiotemporal changes in farmland use and provide early warnings for potential risks such as "non-agriculturalization" and "non-grainization." In addition, the agricultural farming large model can perform "health diagnosis" on farmland infrastructure, generate dynamic agricultural management prescriptions by combining weather and crop models, and achieve intelligent applications in the full life cycle management of farmland.

The release of agricultural farming large model 1.0 not only brings key technological breakthroughs to China's smart farmland protection field but also provides a new intelligent tool for the in-depth implementation of the strategy of "storing grain in land and storing grain in technology." The application of this model will greatly improve the efficiency and scientific nature of agricultural management, helping to achieve sustainable agricultural development.

With the advancement of technology, the application of intelligent methods in agricultural production has become increasingly important. The launch of the agricultural farming large model will provide farmers with more accurate guidance, helping them deal with various challenges in agricultural production.

Key points:

🌾 China's first agricultural farming large model 1.0 is officially released, focusing on the construction of high-standard farmland and farmland protection.

🔍 The model can automatically detect changes in farmland and provide early risk warnings to ensure farmland health.

💡 The agricultural farming large model will help achieve intelligent agricultural management and provide important support for sustainable development.