An automated dynamic adaptive differential agricultural cultivation system, constituted of: a sensor input module arranged to receive signals from each of a plurality of first sensors positioned in a plurality of zones of a first field; a multiple field input module arranged to receive information associated with second sensors from a plurality of fields; a dynamic adaptation module arranged, for each of the first sensors of the first field, to compare information derived from the signals received from the respective first sensor with a portion of the information received by the multiple field input module and output information associated with the outcome of the comparison; a differential cultivation determination module arranged, responsive to the output information of the dynamic adaptation module, to determine a unique cultivation plan for each zone of the first field; and an output module arranged to output a first function of the determined unique cultivation plans.
