清晨，位于山东省龙口市黄山馆镇的龙口市神舟茂源农业科技有限公司的智能温室内，翠绿的藤蔓间挂 着一串串艳红的果实。公司负责人吴金海俯身查看棚内环境监测屏后，点击操作手机App，不远处的通 风设备随即平稳启动。 神舟茂源早在2016年便与中国航天科技集团旗下神舟绿鹏农业科技有限公司携手，引进了"航粉高糖番 茄"等20多个航天育种品种。经过多年培育筛选，这些品种具有产量高、口感甜、抗病性强等优势。 吴金海介绍，温室内的自动卷帘、智能温控、精准滴灌、补光增温等设备全靠电力驱动，尤其是降温的 时候，夜间电暖风机自动启动，将温室内的温度稳定在12摄氏度以上。 如今，神舟茂源已建成20多个航天育种高标准温室，种植面积达15000平方米，年产"航粉高糖番茄"等 航天果蔬数十万公斤。 龙口地处胶东低山丘陵北部，气候适宜，盛产苹果、梨、葡萄等水果，独特的自然禀赋让这里成为"百 果之乡"。 果蔬生产的用电保障格外重要。国网烟台供电公司针对辖区内航天育种、设施农业等重点用户开展专项 用电特巡，及时排查消除线路老化、设备接触不良等安全隐患，为种植户建立专属保电服务台账。 目前，龙口果蔬产业链不断延伸，涵盖了冷链物流、精深加工以及电商销 ...

Core Viewpoint - The article highlights the increasing curiosity of foreign netizens about China, particularly regarding its agricultural advancements, specifically the diversity and stability of fruit and vegetable supply in the country [2][3]. Group 1: Agricultural Supply and Diversity - In 2023, the per capita vegetable consumption in China reached 588 kilograms, achieving year-round balanced supply, while per capita fruit consumption was 232 kilograms, significantly exceeding the global average [3]. - The "vegetable basket" project, initiated in 1988, aims to alleviate the supply tension of vegetables, meat, eggs, and dairy products, with a detailed assessment system established in 2017 to ensure accountability [4][6]. - China's agricultural strategy has led to the establishment of six major vegetable production areas, ensuring that at least three regions can supply vegetables in every season [7]. Group 2: Technological Advancements in Agriculture - Facility agriculture now accounts for one-third of China's total vegetable production, utilizing advanced technologies such as smart systems for real-time monitoring and control of growing conditions [8]. - The domestic seed market has over 91% market share, with significant advancements in breeding new vegetable varieties, including those developed through space breeding techniques [8]. Group 3: Transportation and Consumption Trends - The transportation strategy of "south vegetables north transport" and "north vegetables south transport" helps stabilize agricultural product supply across regions [8]. - The optimization of customs regulations has facilitated faster import of foreign fruits, enriching the variety available to Chinese consumers [9].

证券日报网讯1月30日，新农开发（600359）在互动平台回答投资者提问时表示，公司无航天育种相关 业务。 ...

Group 1 - The representatives and committee members attending the provincial two sessions in Haikou are filled with enthusiasm and a sense of responsibility, bringing high-quality proposals and suggestions to the conference [2] - The focus of the discussions includes the development of the modern service industry as a key component of Hainan's free trade port, emphasizing the need for enhanced professional services to meet the demands of incoming foreign trade enterprises [3] - A total of 682 proposals have been received by the proposal group of the Political Consultative Conference, covering various aspects such as economic, political, cultural, social, and ecological development [3] Group 2 - The representatives are particularly interested in topics such as the promotion of traditional medicine, improvements in public welfare, and the development of high-efficiency tropical agriculture [2] - There is a call for the integration of legal, tax, and accounting services to provide comprehensive support for businesses in Hainan's free trade port [3] - The emphasis on cultural development aims to leverage Hainan's unique historical and cultural elements to enhance the competitiveness of the cultural and tourism industries [3]

2022年至2024年，先后有40万粒蔓越莓种子搭载神舟十四号、神舟十六号载人飞船以及"实践十九号"卫星进入太空，从抚远的黑土地到浩瀚太空，这些蔓越 莓种子的"旅程"，不仅是农业育种技术的探索，更承载着国产蔓越莓产业升级的期待。 蔓越莓对生长环境要求高，自身基因也比较稳定，想通过传统方式培育新品种并不容易，不仅变异概率低，很难培育出突破性品种，传统杂交育种通常需要 8到10年的周期，而太空里的特殊环境，能让蔓越莓种子的基因更容易发生变化，而且变异的方向更多样，能长出一些在地面上很难见到的新特性，整个育 种过程有望缩短到5年左右，大大加快育种进程。 我国蔓越莓种植起步晚，主栽品种多引自国外，存在适应性差、产量低等问题。通过太空育种培育自主知识产权的优良品种，可减少对进口品种的依赖，同 时提高产量和品质，增强国产蔓越莓在国内外市场的竞争力。 23日，中科宇航力鸿一号飞行器搭载的航天育种的月季正式交付。说到航天育种，当然不止限于花卉，还涉及果蔬粮食等，那么为何需要航天育种？以蔓越 莓为例，我国蔓越莓规模种植一直使用北美进口品种。为了培育出拥有自主知识产权的优质蔓越莓新品种，科研人员尝试通过航天育种攻克难题。 202 ...

Group 1 - The core viewpoint of the article is that Dunhuang Seed Industry (600354.SH) has clarified that it is not engaged in aerospace breeding-related business [1] Group 2 - The company has communicated this information through an investor interaction platform [1]

Core Viewpoint - The company, Shouxiangu, is a pioneer in applying aerospace breeding technology to the cultivation of rare Chinese medicinal materials, with over 20 years of practical experience [1] Group 1: Company Achievements - As of December 30, 2025, the company has collaborated with national-level aerospace projects seven times, successfully sending seeds or strains of rare medicinal materials such as Ganoderma and Dendrobium into space [1] - The company has developed excellent new varieties, including "XianZhi No. 2" and "XianHua No. 3" of Ganoderma and Dendrobium [1] Group 2: Strategic Focus - The company adheres to a "research-driven enterprise" strategy, establishing a comprehensive research and innovation platform across the entire industry chain [1] - The integration of aerospace technology with traditional Chinese medicine wisdom is a key focus for the company [1] Group 3: Future Outlook - The company aims to continue leveraging technological innovation as a driving force to explore more possibilities for commercial aerospace technology in the traditional Chinese medicine industry [1] - The goal is to provide higher quality health products for consumers and create long-term value for investors [1]

大北农在互动平台表示，公司参与太空航天育种实验，主要是为航天育种实验提供优质种质资源。 ...

Core Viewpoint - The article highlights the advancements and potential of space breeding technology in agriculture, particularly through the efforts of the Shaanxi Aerospace Breeding Engineering Technology Research Center, which utilizes space-induced mutations to develop high-yield, resilient crop varieties [2][3][11]. Group 1: Space Breeding Technology - The Shaanxi Aerospace Breeding Engineering Technology Research Center focuses on breeding high-quality, resilient, and high-yield plant varieties using space mutation techniques combined with molecular and traditional methods [2][3]. - The center has sent over 600 plant materials into space, successfully developing multiple high-yield and nutrient-enhanced crop varieties, such as "Mi Gu 1" millet and "space grass" [2][11]. - Space breeding offers significant advantages, including a mutation rate 3-4 times higher than traditional methods and a breeding cycle reduced from approximately 8 years to about 4 years [7][14]. Group 2: Crop Varieties and Benefits - Notable crop varieties developed include "Mi Gu 1," which has improved disease resistance and drought tolerance by 30% and 25%, respectively, and has increased yield by over 150 jin per mu [3][10]. - The center is also working on new varieties like "Mi Gu 2" and "Mi Gu 3," expected to complete testing and demonstration by 2026 [3]. - The article mentions the nutritional benefits of crops like "protein grass," which can help lower blood sugar levels, and other varieties rich in anthocyanins and resistant starch, which have significant health benefits [2][10][12]. Group 3: International Collaboration and Future Plans - The center is establishing international partnerships, including a collaboration with Canadian enterprises and plans to build a breeding base in Pakistan [3][5]. - Future plans include a focus on technology sharing and a comprehensive solution that combines seeds, technology, and standards to benefit partners along the Belt and Road Initiative [5][14]. - The center aims to expand its breeding efforts to include a wider range of crops and to enhance the global reach of its developed varieties [14].

Core Points - The article emphasizes the importance of protecting ancient trees, referred to as "green national treasures" and "living cultural relics," highlighting the implementation of the "Ancient Tree and Famous Tree Protection Regulations" starting March 15 this year, marking the first time such protection is formalized in administrative law [2][6]. Group 1: Protection Initiatives - The article discusses the establishment of a comprehensive protection network for ancient trees, including the introduction of local regulations and the national "Ancient Tree and Famous Tree Protection Regulations" to enhance protection efforts [6][7]. - A digital monitoring system has been implemented to track the growth and health of ancient trees, allowing for real-time diagnostics and timely interventions by expert teams [7][8]. Group 2: Cultural Significance - The article highlights the cultural activities held at the site of the ancient trees, particularly during the Grain Rain festival, which coincides with the United Nations' Chinese Language Day, promoting traditional culture among youth [7][8]. - The ancient trees serve as a living testament to Chinese history and culture, with educational initiatives aimed at teaching visitors about the origins and development of Chinese characters [7][8]. Group 3: Scientific Advancements - The article mentions the collaboration with the Shaanxi Province Aerospace Breeding Engineering Technology Research Center to explore space breeding techniques for the ancient trees, aiming to enhance their genetic resilience and vitality [8]. - Seeds from the ancient tree were sent into space as part of this initiative, with successful germination observed in the resulting seedlings, which are now being cultivated to continue the lineage of the ancient tree [8].