This encyclopaedia offers a comprehensive and interdisciplinary examination of ocean sciences and oceanic remote sensing, integrating physical, biological, and technological perspectives. It explains the dynamic processes governing ocean circulation, wave behaviour, tidal forces, and sea-floor evolution, linking theoretical oceanography with observable marine phenomena. The discussion addresses interactions between currents and atmospheric systems, deep-sea environments, and the structural characteristics of ocean basins. Particular attention is given to satellite observation systems, acoustic monitoring, global positioning technologies, and digital image processing techniques that enable precise measurement of sea surface conditions and sub-surface structures. The encyclopaedia also explores climate-related changes, including sea-level variation and temperature patterns, situating marine science within broader Earth system dynamics. By combining field investigation with remote sensing methodologies, it provides a coherent framework for analysing marine environments through both direct exploration and advanced observational technologies.

It is intended for postgraduate students, researchers, marine scientists, and professionals in oceanography and geospatial analysis. The encyclopaedia serves as an authoritative academic reference, supporting analytical modelling, environmental monitoring, and technological innovation in marine research and coastal management systems.