Abstract
A procedure, hardware implementation, and software for remote monitoring of the hydrophysical parameters of the environment from data of the pulse hydroacoustic sounding on stationary horizontal routes in shallow water areas are described. Vertical distributions of profiles of the sound speed, temperature, and surface level were measured under natural conditions on the shelf of the Sea of Japan and in the Korea Strait in 2011. The results obtained in real time measurement with a high sampling rate can be used for prompt monitoring of the environmental parameters within the context of problems of ecological monitoring and protection against natural and man-caused threats in the shelf area, in bays, straits, closed seas, and artificial reservoirs.
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