Method for detecting objects in a measuring field by means of a transmission loop which emits primary pulses, and a receiving loop which is placed at different locations within the measuring field in order to receive generated secondary signals, wherein for each of the different locations of the receiving loop • a primary pulse is emitted by means of the transmission loop, and • the secondary signal generated by the primary pulse is received by means of the receiving loop, and in which, for the determination of measuring values • the secondary signal received at each of the different locations is scanned in relation to its respective primary pulse at at least two time intervals in order to determine at least two measuring values (21, 22, 23, 24, 25, 26), • wherein the measuring values are captured in a georeferenced manner by means of a geo-reference, characterized in that for the evaluation of the captured, georeferenced measuring values (21, 22, 23, 24, 25, 26) • the measuring values (21, 22, 23, 24, 25, 26) determined at different locations of the same time interval with respect to the respective primary pulse are grouped to form a group of measuring values, • one or more statistical characteristics are determined about the groups of measuring values, • one or more scaling factors are determined by means of the one or more statistical characteristics for the group of measuring values, • the at least two groups of measuring values are scaled with the respective scaling factor and are linked with one another in an arithmetic manner to form at least one result group, wherein the arithmetic link respectively links measuring values of the same location and the assignment occurs based on the captured geo-reference, and • the at least one result group is output in a two-dimensional or multi-dimensional result value map (31, 32, 33, 34). • a primary pulse is emitted by means of the transmission loop, and • the secondary signal generated by the primary pulse is received by means of the receiving loop, and in which, for the determination of measuring values • the secondary signal received at each of the different locations is scanned in relation to its respective primary pulse at at least two time intervals in order to determine at least two measuring values (21, 22, 23, 24, 25, 26), • wherein the measuring values are captured in a georeferenced manner by means of a geo-reference, characterized in that for the evaluation of the captured, georeferenced measuring values (21, 22, 23, 24, 25, 26) • the measuring values (21, 22, 23, 24, 25, 26) determined at different locations of the same time interval with respect to the respective primary pulse are grouped to form a group of measuring values, • one or more statistical characteristics are determined about the groups of measuring values, • one or more scaling factors are determined by means of the one or more statistical characteristics for the group of measuring values, • the at least two groups of measuring values are scaled with the respective scaling factor and are linked with one another in an arithmetic manner to form at least one result group, wherein the arithmetic link respectively links measuring values of the same location and the assignment occurs based on the captured geo-reference, and • the at least one result group is output in a two-dimensional or multi-dimensional result value map (31, 32, 33, 34).