Abstract
Based on the NOAA climate datasets and Global Ocean Data Assimilation System (GODAS), trends and regional features of interannual changes in water temperature on the surface and in the upper 1000-meter layer of the Japan Sea were analyzed. Their possible causal relationships with variations in atmospheric pressure, climatic indices, and thermal characteristics in the adjacent area of the Kuroshio energetically active zone were determined. The results of the study made it possible to describe a three-dimensional structure of the anomalies of temperature and heat content in various layers of the sea water column and to quantify a rate of warming in different parts of the study area under conditions of the current phase of global warming.
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