Core Insights - The event showcased the world's first ground-visible space biological intelligent cabin developed by the Wuhan Space Agriculture Research Institute, along with innovative space agriculture products such as a 1,090-pound space pumpkin and space eggplant trees [1][7] Group 1: Space Breeding Technology - Space breeding, also known as space mutation breeding, involves sending crop seeds or seedlings to space to induce mutations through unique conditions such as high vacuum, cosmic radiation, and magnetic fields, leading to the development of new crop varieties [3] - The intelligent cabin utilizes various automatic control technologies to manage light, temperature, humidity, pressure, and artificial gravity, allowing real-time monitoring of plant growth from the ground [3][5] Group 2: Future Applications and Efficiency - The ultimate goal of the intelligent cabin is to achieve a full lifecycle cultivation of plants in space, from seed germination to maturity [5] - The intelligent cabin is expected to address multiple industry pain points, significantly enhance breeding efficiency, and reduce the breeding cycle compared to traditional methods that rely on Shenzhou spacecraft [5] - The research institute has successfully cultivated new varieties of staple crops, vegetables, and flowers, with plans to expand applications to aquaculture and biopharmaceuticals [5][7] Group 3: Achievements and Impact - The space pumpkin, weighing 1,090 pounds, was cultivated from seeds that underwent a space journey and three generations of selection, demonstrating the potential of space breeding [7] - The institute has also developed new varieties of rice, corn, rapeseed, and wheat, contributing to farmers' income and rural revitalization efforts across various regions [7]

Core Viewpoint - The successful planting of Yunnan winter cherry seeds, which were sent to space and returned, marks a significant step in space breeding technology in China [1][3]. Group 1: Space Breeding Technology - The Yunnan winter cherry seeds, weighing 220 grams (1,800 seeds), were launched aboard the Shijian-19 satellite and successfully returned to Earth [1]. - The seeds are expected to germinate within approximately half a month after planting, reaching a height of about 1 meter for transplanting [3]. - The project aims to innovate cherry germplasm resources and enhance the domestic cherry industry in China [4]. Group 2: Research and Development - The focus will be on closely collaborating with project partners to monitor the growth process and conduct rigorous scientific tests to select superior varieties based on traits such as flower color, shape, and resistance [3][4]. - Advanced research methods, including morphology, cytology, physiological and biochemical testing, and molecular biology, will be employed to study the mutated plants [4]. - The initiative is expected to provide scientific evidence for large-scale grafting and propagation, promoting the cultivation of new varieties [4].