农耕智慧 历久弥新（新时代画卷）

Core Points - The Gansu Gaolan Shichuan Ancient Pear Garden System, Zhejiang Deqing Freshwater Pearl Composite Breeding System, and Fujian Fuding White Tea Culture System have been recognized as Globally Important Agricultural Heritage Systems by the Food and Agriculture Organization (FAO) [15][16] - China now has a total of 25 Globally Important Agricultural Heritage Systems, maintaining the highest number in the world [15][16] - The recognition emphasizes the importance of protecting agricultural cultural heritage as a shared responsibility of humanity [15][16] Gansu Gaolan Shichuan Ancient Pear Garden System - Located in Gansu Province, this system features unique agricultural practices such as "Tianbashi" high-altitude operations and ecological methods like integrated farming and traditional preservation techniques [2][10] - The system reflects the wisdom of harmonious coexistence between humans and nature, showcasing sustainable agricultural practices [15][16] Zhejiang Deqing Freshwater Pearl Composite Breeding System - Situated in Zhejiang Province, this system is based on the mutualistic relationship between fish and mussels, utilizing local pearl farming techniques [6][10] - It encompasses a diverse range of aquatic biological resources, promoting ecological balance and sustainability [6][10] Fujian Fuding White Tea Culture System - Located in Fujian Province, this system is characterized by unique tea varieties and traditional tea-making techniques, supported by favorable geographical and climatic conditions [10][11] - The tea industry in Fuding has significant economic value, with a total tea garden area of 319,100 acres and a comprehensive industry output value of approximately 15.52 billion yuan [11][15] Economic and Cultural Value - Agricultural cultural heritage systems not only provide production and ecological functions but also contribute to economic, social, cultural, and technological values [16] - Research indicates that the brand value of agricultural products from these heritage systems can increase by 10% to 30%, with local residents benefiting significantly from protection and utilization efforts [16]