Core Insights - The article discusses the deployment of a wave glider in response to Typhoon "Phoenix" for real-time monitoring and data collection [3] - The wave glider is a new type of unmanned ocean observation platform that utilizes wave energy for propulsion and can autonomously collect critical meteorological and oceanographic data [3] - The "Hainan Province Marine Disaster Comprehensive Prevention and Control Capacity Building Project" has played a significant role in typhoon defense since its completion in mid-July [4] Group 1 - The wave glider was deployed in the South China Sea to monitor Typhoon "Phoenix," which has intensified into a super typhoon [3] - The wave glider can collect data on wind speed, air pressure, wave height, and water temperature, transmitting this information via satellite for accurate typhoon forecasting [3] - The National Ocean Technology Center acted quickly to deploy the wave glider, completing the entire process from equipment checks to deployment in just three days [3] Group 2 - The mother ship carrying the wave glider traveled over 20 hours to reach the designated area for deployment [3] - After deployment, the wave glider successfully transmitted its first batch of real-time observation data [3] - The Hainan Provincial Marine Monitoring and Forecasting Center utilized the real-time data from the wave glider to enhance the accuracy of wave forecasting products [3][4]

Core Insights - The establishment of a 360-degree ecological monitoring network around the San'ao Nuclear Power Plant has been marked by the deployment of the "Wenzhou Ocean Center No. 1" biological monitoring buoy [1][2] - The buoy is designed to monitor marine biological dynamics in real-time, providing critical data to prevent potential blockages in the cooling systems of the nuclear facility caused by the accumulation of marine life [2] Group 1 - The "Wenzhou Ocean Center No. 1" buoy was successfully deployed in the San'ao Nuclear Power Plant area, equipped with advanced sonar and current measuring devices [1] - The buoy's operation fills a significant gap in long-term online monitoring of marine biology in the region, enhancing ecological control and nuclear safety management [2] - The monitoring network can identify species and monitor their distribution density, allowing for early warnings of biological outbreaks, thus providing valuable response time for nuclear operations [2]