Сучасні технології спостереження за океаном: аналіз та перспективи розвитку

The oceans play a key role in shaping the Earth's climate and maintaining global ecosystems, but their study is fraught with significant difficulties due to the enormous size and complexity of the processes taking place in them. The creation of a comprehensive observation system that would provide accurate and timely data on the state of the ocean on a global scale is an urgent problem of modern oceanology. Traditional methods of ocean research using research vessels have limited capabilities and do not allow obtaining data with sufficient spatial and temporal resolution. The purpose of the article is to systematize and analyze modern ocean observation technologies, identify their capabilities, limitations and development prospects in order to form a holistic view of the complex of methods and means of remote ocean monitoring. The article analyses the main types of ocean observation technologies: moored buoys, ocean drifters, gliders and satellite technologies. Their operating principles, advantages and limitations are considered. The main areas of development of ocean observation technologies are identified, including the improvement of sensors and measurement systems, the development of new types of autonomous platforms, the development of data processing methods using artificial intelligence, and the integration of various observation systems into a single global network. The author emphasizes the importance of creating new types of platforms, such as autonomous vehicles such as surface and underwater gliders, capable of carrying out long-term missions with minimal energy consumption. It is concluded that the integrated use of various observation technologies allows to obtain the most complete picture of the ocean state. The importance of international cooperation in the creation of a global ocean monitoring system, as exemplified by the Global Ocean Observing System, is emphasized. Promising areas for further research have been identified, including the development of methods for integrated analysis of data from various observation systems, improvement of satellite data processing algorithms, and exploration of the possibilities of using new technologies to improve the accuracy of oceanographic measurements