Group 1 - The "Intelligent Gathering in Jinzhong: Agricultural Leadership" conference focuses on green agricultural talent development and dry farming practices in Jinzhong, Shanxi [2] - The event includes a summer camp for experts, discussions on green development trends in dry farming, and aims to enhance agricultural production systems [2][3] - Jinzhong has been a leader in grain yield for five consecutive years and has the highest agricultural mechanization rate in the province for 12 years [2] Group 2 - Jinzhong's strategy emphasizes the development of organic dry farming, aiming to establish itself as a hub for efficient ecological agriculture in North China [3] - The integration of traditional agricultural wisdom with modern technology is encouraged to create a unique path for green dry farming development in Shanxi [3][4] - Shanxi Agricultural University aims to cultivate new agricultural talents and support the transfer of high-level research outcomes to the agricultural high-tech zone in Jinzhong [4] Group 3 - During the event, expert teams will visit key laboratories and demonstration bases for organic dry farming to enhance practical understanding and collaboration [5]

Core Viewpoint - The establishment of the organic dry farming innovation achievement database and the signing of the first transaction in the Jinzhong National Agricultural High-tech Zone mark significant progress in promoting agricultural technology innovation and achievement transformation, injecting strong momentum into regional agricultural high-quality development [1][2]. Group 1: Agricultural Innovation and Development - The Jinzhong National Agricultural High-tech Zone focuses on organic dry farming and agricultural product processing, emphasizing technological innovation and project construction to enhance agricultural productivity [1]. - The newly established organic dry farming innovation achievement database aims to integrate quality seeds, methods, opportunities, and land to boost grain production and income in northern dry farming areas [1]. - The establishment of the National Millet Improvement Center's work station in Jinzhong is seen as a starting point for accelerating the "green revolution" of millet and enhancing millet yield, contributing to national food security [1]. Group 2: Collaboration and Strategic Agreements - A transaction agreement was signed between the Hebei Academy of Agricultural and Forestry Sciences' millet research institute and Shanxi Zhigu Agricultural Technology Co., marking the first transaction under the new framework [2]. - A strategic cooperation agreement was signed between the Jinzhong National Agricultural High-tech Zone Management Committee and the National Millet Improvement Center to enhance the integration of technological and industrial innovation [2]. - The establishment of the work station in Jinzhong aims to leverage both parties' strengths to facilitate the transformation of scientific research achievements into practical applications in the region [2].

Core Insights - The research team led by Professor Li Tingliang from Shanxi Agricultural University has developed a new agricultural technology that significantly increases wheat yields in arid regions by approximately 50% through the use of organic fertilizers and sunshade measures [1][2] Group 1: Technology and Implementation - The innovative technology, named "Drought Wheat Summer Fallow Organic Compound Soil Improvement and Year-Round Coverage Water Conservation Yield Increase Technology," has been successfully applied in demonstration fields, achieving a wheat yield of 288 kg per mu, compared to the traditional rain-fed wheat yield of 200 kg per mu [1] - The technology involves applying specific organic compound fertilizers after wheat harvest, deep plowing the soil to mix straw and residues, and using shade nets to cover the ground [2] - In trial fields in the Jin Nan region, wheat yields reached 353 kg per mu, significantly higher than traditional methods, demonstrating the effectiveness of the technology [2] Group 2: Regional Context and Challenges - The Loess Plateau region experiences limited annual rainfall of about 500 mm, primarily concentrated from July to September, with only 20% to 50% of precipitation being utilized by plants due to high evaporation rates [1] - The main challenge for stable and high crop yields in the Loess Plateau is insufficient water, as the water-intensive growth period of winter wheat does not align with the local rainfall season [1] - Effective water collection and conversion into soil moisture before sowing is crucial for achieving high yields in drought-prone wheat cultivation [1]

Core Viewpoint - The Ministry of Agriculture and Rural Affairs emphasizes the need to accelerate the construction of a modern agricultural industrial system and promote the transformation and upgrading of traditional agricultural industries [1] Group 1: Modern Agricultural Development - The Ministry plans to support the development of organic dry farming in Shanxi [1] - Establishment of the Jinzhong National Agricultural High-tech Zone and the Taigu National Agricultural Science and Technology Innovation Center is prioritized [1] - Focus on technological innovation and collaborative efforts in dry farming [1] Group 2: Agricultural Safety and Stability - The Ministry highlights the importance of disaster prevention and reduction in agriculture [1] - Ensuring agricultural safety production is a key focus [1] - The goal is to stabilize the fundamental aspects of "San Nong" (agriculture, rural areas, and farmers) [1]