1. A process of controlling an electric field of an electric field barrier in a body of water, the process comprising the steps of: determining an operability of the electric field barrier by: placing one or more floatable mobile electric field monitors in the body of water, proximate to the electric field barrier; each of the mobile electric field monitors making a multiplicity of electric field measurements via one or more mechanically connected electric field probes, which are adjustable depth wise in the body of water; storing the multiplicity of electric field measurements; associating a time stamp with each electric field measurement; measuring a geographic location coincident with each electric field measurement; transmitting the multiplicity of electric field measurements to a computer system operable to store the multiplicity of electric field measurements along with the respective time and geographic location; and executing a stored computing system such that the multiplicity of electric field measurements are mapped coincident with the geographic location to provide a real-time and graphical map of an electric field of the electric field barrier at one or more depths; remotely positioning the electric field monitors in the electric field barrier by moving the electric field monitors via an internal programming system that designates waypoints based on the real-time and graphical map of the electric field generated by the electric field barrier in the body of water; and the electric field monitors interactively modifying the electric field of the electric field barrier in a closed loop fashion by using reduced amount of electricity.