Core Viewpoint - The 24th Guangdong Seed Industry Expo showcased significant advancements in agricultural technology, highlighting the integration of smart agriculture solutions by leading companies and academic institutions in Guangdong [2][3][4]. Group 1: Event Overview - The Guangdong Provincial Department of Agriculture and Rural Affairs hosted the 24th Guangdong Seed Industry Expo in Guangzhou from December 11 to 13 [2]. - The event included an Agricultural Science and Technology Innovation Achievement Exhibition, demonstrating the fruitful results of agricultural technology development in Guangdong [3]. Group 2: Key Participants and Innovations - Leading companies such as Huawei, DJI, and XAG, along with 16 academic institutions including Sun Yat-sen University and South China Agricultural University, presented pioneering achievements in smart agriculture [3][4]. - Innovations showcased included automated systems for fish feeding, AI-assisted breeding tools, and smart pest monitoring solutions, indicating a shift towards more automated and data-driven agricultural practices [19][21][27]. Group 3: Future of Agriculture - The exhibition illustrated a vision for the future of agriculture, emphasizing the development of a new ecological model for smart agriculture that integrates aerial, terrestrial, and digital technologies [11][13]. - The advancements in agricultural technology are positioned to empower China's journey towards becoming a strong agricultural nation [11].

Core Viewpoint - The Guangdong Seed Industry Expo showcased over a hundred agricultural technology innovations, highlighting the province's commitment to driving industrial upgrades through technological advancements in agriculture [2][3][4]. Group 1: Agricultural Technology Innovations - The "Guangdong Agricultural Technology Innovation Achievements Exhibition" featured more than a hundred significant results, including advanced equipment and innovative technologies that demonstrate the deep integration of technological innovation and industrial development [3][4][5]. - Key innovations included a lychee-picking robot developed by South China Agricultural University, which can operate in all weather conditions, significantly reducing labor intensity and improving operational efficiency during the high-temperature harvesting season [10][11]. - The Guangdong Academy of Agricultural Sciences introduced a low-temperature dormancy preservation technology for lychees, achieving over 80% nutrient retention after one year of freezing [14][15]. Group 2: Focus Areas and Breakthroughs - Guangdong is focusing on nine key areas to tackle critical agricultural technology bottlenecks, including seed industry revitalization, disease prevention, smart equipment, value-added processing, land protection, and green low-carbon initiatives [19][20]. - Significant breakthroughs have been made in breeding new varieties of shrimp, rice, and peanuts, as well as establishing technical systems for preserving Lingnan fruits and preventing citrus greening disease [21][22]. Group 3: Smart Agriculture Trends - The trend towards smart and precise agriculture is evident, with the introduction of intelligent sensing and environmental control technologies for pig farming, optimizing feeding and environmental conditions through AI [30][31]. - In crop cultivation, mechanization and smart technologies are addressing traditional challenges, with the development of a series of agricultural machines covering the entire process from management to harvesting, applied over 111.2 million mu in the past three years [34][35]. Group 4: Industry Collaboration and Future Prospects - The exhibition showcased the collaborative efforts of 28 modern agricultural technology innovation teams and 20 award-winning agricultural technology promotion projects, reflecting Guangdong's vibrant practice of driving high-quality agricultural development through technology [27][28]. - Leading companies and research institutions, including Huawei and DJI, presented their advancements in smart agriculture, indicating a shift towards data-driven and intelligent agricultural practices that enhance productivity and sustainability [57][60].