Core Insights - The "Grain Storage in Technology" strategy has yielded significant results, with agricultural technology contribution rate reaching 63.2% by the end of 2024, mechanization rate exceeding 75%, and good seed coverage surpassing 96% [1][2][4] - This shift marks a transition from resource and labor-driven food production to innovation-driven methods, enhancing food security through technological advancements [1][2] Agricultural Technology Contribution - The agricultural technology contribution rate of 63.2% signifies a departure from extensive growth models towards intensive, modern development, with technology becoming the primary driver of agricultural growth [2] - Systematic breakthroughs in resource and environmental constraints are being achieved through technologies such as smart irrigation and pest control, which enhance efficiency and sustainability [2] Mechanization in Agriculture - The comprehensive mechanization rate for crops has surpassed 75%, with key staples like wheat, corn, and rice achieving rates of over 97%, 91%, and 88% respectively, indicating a new norm of "machine replacing labor" in food production [3] - The rise in mechanization not only upgrades production tools but also transforms production relations and resource utilization, facilitating labor transfer to urban areas [3] Seed Coverage and Quality - Good seed coverage has exceeded 96%, with self-sufficiency in major crop varieties reaching 100%, ensuring that food sources are domestically controlled and reducing strategic risks from external supply disruptions [4] - The focus of breeding has expanded from merely increasing yield to enhancing quality, with modern varieties exhibiting traits that support sustainable agricultural practices [4] Future of Agricultural Development - The "Grain Storage in Technology" strategy is guiding China's agriculture towards high-quality development, establishing a resource-efficient, environmentally friendly, and high-output agricultural model [4]

Core Viewpoint - The "storing grain in technology" strategy is essential for addressing risks and challenges, as well as seizing the initiative for future development [2] Group 1: Agricultural Technology and Innovation - The contribution rate of agricultural technology progress is projected to reach 63.2% by the end of 2024, indicating a shift from extensive to intensive agricultural growth [3] - The comprehensive mechanization rate for crop farming has exceeded 75%, with major grains like wheat, corn, and rice achieving mechanization rates of over 97%, 91%, and 88% respectively [4] - The coverage rate of quality seeds has surpassed 96%, with self-sufficiency in major crop varieties reaching 100%, ensuring food security through domestic seed sources [4][5] Group 2: Environmental and Resource Management - Technological advancements are systematically breaking through resource and environmental constraints, allowing for more efficient agricultural practices [3] - Intelligent irrigation systems and green pest control technologies are being implemented to enhance resource efficiency and reduce ecological damage [3] - The shift towards data-driven agriculture is being facilitated by high-end machinery equipped with GPS and sensors, improving monitoring and disaster response capabilities [4] Group 3: Sustainable Development and Food Security - The focus of breeding goals has expanded from merely increasing yield to improving quality, with modern varieties exhibiting traits that reduce the need for chemical inputs [5] - The "storing grain in technology" strategy is reshaping traditional agricultural practices towards a more sustainable and efficient model [5] - This strategic approach aims to ensure that food security remains firmly in the hands of the nation, mitigating risks associated with external supply disruptions [5]