Research on Remote Sensing Monitoring Technology of Large Floating Algae in Jiangsu Offshore Waters Based on Multi – source Satellite Data

On October 16, 2024, in the coastal city of Lianyungang, Jiangsu Province, China, a significant academic and practical-oriented event took place. The speaker was Prof. Ling Hao from the Lianyungang Meteorological Bureau.

Prof. Hao delivered a talk titled “Research on Remote Sensing Monitoring Technology of Large Floating Algae in Jiangsu Offshore Waters Based on Multi – source Satellite Data”. With the increasing concern about the ecological environment of offshore waters, the research on large floating algae has become crucial. These algae can have a profound impact on marine ecosystems, fisheries, and even coastal tourism.

Utilizing multi – source satellite data, Prof. Hao and his team have developed advanced remote sensing monitoring technologies. By integrating data from different satellites, they are able to capture a more comprehensive and accurate picture of the distribution, growth, and movement patterns of large floating algae in the Jiangsu offshore waters. This technology not only helps in early warning of potential algal blooms but also provides valuable information for marine resource management and environmental protection.

The event attracted 90 attendees, including marine biologists, environmental engineers, meteorologists, and local government officials responsible for coastal management. It served as a platform for in-depth discussions and knowledge exchange. During the talk, the audience actively engaged, asking questions about the technical details of the monitoring technology, its accuracy, and how it could be further optimized. There were also discussions on potential collaborations among different institutions to jointly address the challenges posed by large floating algae. In general, this event was a significant step forward in enhancing the understanding and management of the marine environment in Jiangsu offshore waters through the application of innovative remote sensing technology.