Measurement carrier for a location resolved metrological determination of a measurement variable dependent on the dielectric permittivity of a measurement object which is to be laid on the measurement carrier, comprising - a support having a measurement support surface onto which the measurement object can be laid, - a measurement transmission line forming the measurement support surface completely or partially, which is designed for the transmission of an electromagnetic high-frequency measurement signal which can be coupled-in as an electrical series circuit of a multiplicity of transmission line cells (111, 112, 113) and thereby structures the measurement support surface in a cellular manner, wherein - each of the transmission line cells (111, 112, 113) of the measurement transmission line considered per se in a measurement object-free state has, with regard to the high-frequency measurement signal, a propagation constant which is individual to each cell, which is different from the respective propagation constants, individual for each cell, of the other transmission line cells (111, 112, 113), and is designed, in a measuring state, when the measurement object is laid onto the transmission line cell (111, 112, 113) to receive a propagation constant, individual for each cell, which is different in comparison with a measurement object-free state, such that - a change, occurring in the measuring state, in comparison with the measurement object-free state, in the respective propagation constant, individual for each cell, of each of the transmission line cells (111, 112, 113), effects a respective identifiable change component of an entire change in a measurement variable detectable on the basis of the high-frequency measurement signal and dependent on the dielectric permittivity of the measurement transmission line as a whole. - a support having a measurement support surface onto which the measurement object can be laid, - a measurement transmission line forming the measurement support surface completely or partially, which is designed for the transmission of an electromagnetic high-frequency measurement signal which can be coupled-in as an electrical series circuit of a multiplicity of transmission line cells (111, 112, 113) and thereby structures the measurement support surface in a cellular manner, wherein - each of the transmission line cells (111, 112, 113) of the measurement transmission line considered per se in a measurement object-free state has, with regard to the high-frequency measurement signal, a propagation constant which is individual to each cell, which is different from the respective propagation constants, individual for each cell, of the other transmission line cells (111, 112, 113), and is designed, in a measuring state, when the measurement object is laid onto the transmission line cell (111, 112, 113) to receive a propagation constant, individual for each cell, which is different in comparison with a measurement object-free state, such that in a measurement object-free state has, with regard to the high-frequency measurement signal, a propagation constant which is individual to each cell, which is different from the respective propagation constants, individual for each cell, of the other transmission line cells (111, 112, 113), and is designed, in a measuring state, when the measurement object is laid onto the transmission line cell (111, 112, 113) to receive a propagation constant, individual for each cell, which is different in comparison with a measurement object-free state, such that - a change, occurring in the measuring state, in comparison with the measurement object-free state, in the respective propagation constant, individual for each cell, of each of the transmission line cells (111, 112, 113), effects a respective identifiable change component of an entire change in a measurement variable detectable on the basis of the high-frequency measurement signal and dependent on the dielectric permittivity of the measurement transmission line as a whole.