Embodiments of the present invention provide for ground moisture content adaptive irrigation control. A method for ground moisture content adaptive irrigation control includes specifying a geographic region in memory of a computer and retrieving with respect to the geographic region from over a computer communications network, weather data that includes precipitation and temperature information. The method also includes computing by a processor of the computer moisture content of the ground within the geographic region utilizing the weather data. Finally, the method includes transmitting a command to an irrigation control system configured to control irrigation of the ground, the command modifying either a reduction in an irrigation schedule in the irrigation control system responsive to a determination that the ground is of a high moisture content, or an increase in the irrigation schedule responsive to a determination that the ground is of a low moisture content.
