Method for mixing microphone signals of an audio recording with a plurality of microphones (multi-microphone audio recording), wherein a multipath propagation of sound portions is given and - a first microphone signal and a second microphone signal are subject to the building of blocks of samples and a Fourier-transformation, wherein the spectral values (300, 301) of the respective microphone signal (100, 101) are generated, - the spectral values of the first microphone signal are distributed onto the spectral values of the second microphone signal in a first summing level while formation of spectral values of a first sum signal, wherein a dynamic correction of the spectral values (300, 301) of one of the two microphone signals (100, 101) occurs, - in order to generate the spectral values of the first sum signal of the spectral values of the first microphone signal and the spectral values of the second microphone signal the spectral values (300, 301) of one of the two signals is chosen, which is to be prioritized over the other signal, - the spectral values of the first sum signal form spectral values of a result value, and - the spectral values of the result value undergo an inverse Fouriertransformation, - the so-formed inverse spectral values are merged into blocks of temporally overlapping signal segments and the hence resulting blocks are accumulated to the result signal, wherein the spectral values (A(k)) of the signal to be prioritized are multiplied with the respective corresponding corrective factors m(k), and that the spectral values (B(k)) of the signal not to be prioritized and the corrected spectral values m(k) · A(k) of the signal to be prioritized are added while formation of spectral values of a result signal, characterized in that, the calculation of the corrective factors m(k) is as follows: eA k = Real A k ⋅ Real A k + Imag A k ⋅ Imag A k x k = Real A k ⋅ Real B k + Imag A k ⋅ Imag B k w k = D ⋅ x k / eA k m k = w k 2 + 1 1 / 2 − w k or calculated as follows: eA k = Real A k ⋅ Real A k + Imag A k ⋅ Imag A k eB k = Real B k ⋅ Real B k + Imag B k ⋅ Imag B k x k = Real A k ⋅ Real B k + Imag A k ⋅ Imag B k w k = D ⋅ x k / eA k + L ⋅ eB k m k = w k 2 + 1 1 / 2 − w k and m(k) is the k th corrective factor and A(k) is the k th spectral value of the signal to be prioritized and B(k) is the k th spectral value of the signal not to be prioritized and D is the grade of compensation and L is the grade of limitation of the compensation, that the grade L of the limitation of the compensation is a numeric value which determines in how far the probability of the occurrence of disturbing ambient noises is reduced, wherein this probability is given when the amplitude of the microphone signal to be prioritized is low in contrast to the microphone signal not to be prioritized, that the value of the grade L of the limitation of the compensation is bigger than or equal to zero, wherein for L=0 no reduction of the probability of disturbing ambient noises is given and the grade L is chosen according to experience so that just no more ambient noises can be heard, that the grade D of the compensation is a numeric value which determines in how far the sound changes due to comb-filter effects are balanced, wherein the value of D is chosen according to the creative demand and the intended tonal effect which lies in the range of 0 to 1, wherein for D=0 the sound is exactly the sound of mixing without the corrective factor m(k) and for D=1 the comb-filter effect is completely removed. - a first microphone signal and a second microphone signal are subject to the building of blocks of samples and a Fourier-transformation, wherein the spectral values (300, 301) of the respective microphone signal (100, 101) are generated, - the spectral values of the first microphone signal are distributed onto the spectral values of the second microphone signal in a first summing level while formation of spectral values of a first sum signal, wherein a dynamic correction of the spectral values (300, 301) of one of the two microphone signals (100, 101) occurs, - in order to generate the spectral values of the first sum signal of the spectral values of the first microphone signal and the spectral values of the second microphone signal the spectral values (300, 301) of one of the two signals is chosen, which is to be prioritized over the other signal, - the spectral values of the first sum signal form spectral values of a result value, and - the spectral values of the result value undergo an inverse Fouriertransformation, - the so-formed inverse spectral values are merged into blocks of temporally overlapping signal segments and the hence resulting blocks are accumulated to the result signal, m(k) is the k th corrective factor A(k) is the k th spectral value of the signal to be prioritized B(k) is the k th spectral value of the signal not to be prioritized D is the grade of compensation L is the grade of limitation of the compensation,