Core Viewpoint - The successful sea trial of the "In-situ Intelligent Monitoring/Detection Station for Seafloor Cold Springs" marks a significant advancement in China's in-situ monitoring technology for seafloor cold springs, providing valuable data for deep-sea scientific research and resource exploration [2]. Group 1 - The monitoring station was developed by the Guangzhou Marine Laboratory and has passed a 1500-meter sea trial in the Haima cold spring area of the South China Sea [2]. - This project is a key research outcome of Guangdong Province's major research and development plan, aimed at evaluating marine natural gas hydrate resources and studying the ecological environment of cold spring areas [2]. - The station was deployed six months ago and has completed in-situ observations, collecting critical data on seafloor methane, temperature, and microseismic activities [2]. Group 2 - The data collected reveals the coupling relationships and control mechanisms between deep fluids, shallow sediments, biological communities, and environmental effects in the Haima cold spring area [2]. - The system allows for real-time, long-term monitoring of the formation and evolution of seafloor cold springs, facilitating the evaluation of combustible ice resources and environmental impacts [2]. - The successful recovery of the monitoring station signifies a new beginning for China's deep-sea in-situ detection technology, injecting new momentum into the country's deep-sea scientific research and marine resource exploration efforts [2].