Group 1 - The first International Symposium on Chemical Ecology was held in Guiyang, focusing on the development of chemical ecology research in the era of artificial intelligence [2] - The conference aimed to create a high-level academic exchange platform that integrates multiple disciplines and has an international perspective, exploring innovative paths for the intersection of intelligent technology and chemical ecology [4] - The meeting highlighted breakthrough applications of artificial intelligence in the frontier areas of chemical ecology, including machine learning in insect behavior prediction and the design of green pesticide molecules [6] Group 2 - The symposium emphasized the importance of leveraging Guizhou's rich wetland resources and ecological advantages to explore new models for modern agricultural development supported by technology [6] - Professor Zhou Jingjiang from Guizhou University expressed the hope that the conference would enhance the level of domestic chemical ecology research and promote the development of green agricultural pest management and environmental protection in Guizhou [8]

Group 1 - The article discusses the concept of information exchange in nature, particularly among plants, highlighting that plants like corn and tomatoes can send signals to warn each other of threats such as insect attacks [1] - Tea trees, as an ancient species with a long history in China, have developed a sophisticated cold wave warning system to survive extreme climate challenges [1][2] - Individual tea trees exhibit differences in cold resistance, and when one tree detects a cold front, it releases specific aromatic compounds to alert neighboring trees, which then activate their own protective mechanisms [2][3] Group 2 - Research indicates that plant communication may not be a one-way signal but rather a form of dialogue, where receiving plants actively respond to the signals they receive [2][3] - The interaction among tea trees involves a mutual support network, where the alerted trees not only receive warnings but also provide assistance back to the signaling tree, enhancing overall resilience [3] - The study of plant communication is evolving, with the potential for humans to decode these interactions, leading to a better understanding of plant needs and fostering a more respectful relationship with nature [3]