A method of generating a wind-reduced output signal from sound received by at least two microphones arranged as microphone array, the method comprising: transforming the sound received by each of the at least two microphones and represented by analog-to-digital converted time-domain signals provided by each of the at least two microphones into corresponding complex-valued frequency-domain microphone signals each having a frequency component value for each of a plurality of frequency components, wherein one of the at least two microphones is a reference microphone and the complex-valued frequency-domain microphone signal of the reference microphone is selected as a frequency domain reference signal; and calculating , for each of the plurality of frequency components, a real-valued Wind Reduction Factor, wherein the real-valued Wind Reduction Factor equals a minimum among the reciprocal frequency components and non-reciprocal frequency components of a plurality of real-valued Deviation Spectra of the at least two microphones except the reference microphone if the minimum is below a preselected deviation threshold and otherwise equals one if the minimum is above or equal to the preselected deviation threshold; wherein, for each of the plurality of frequency components, each frequency component value of a Deviation Spectrum of the plurality of real-valued Deviation Spectra is calculated by dividing the frequency component magnitude of the frequency-domain reference signal by the frequency component magnitude of the complex-valued frequency-domain microphone signal of the microphone; and wherein, for each of the plurality of frequency components, the real-valued Wind Reduction Factor is multiplied with the frequency component value of the frequency-domain reference signal, forming a frequency-domain wind-reduced output signal. transforming the sound received by each of the at least two microphones and represented by analog-to-digital converted time-domain signals provided by each of the at least two microphones into corresponding complex-valued frequency-domain microphone signals each having a frequency component value for each of a plurality of frequency components, wherein one of the at least two microphones is a reference microphone and the complex-valued frequency-domain microphone signal of the reference microphone is selected as a frequency domain reference signal; and calculating , for each of the plurality of frequency components, a real-valued Wind Reduction Factor, wherein the real-valued Wind Reduction Factor equals a minimum among the reciprocal frequency components and non-reciprocal frequency components of a plurality of real-valued Deviation Spectra of the at least two microphones except the reference microphone if the minimum is below a preselected deviation threshold and otherwise equals one if the minimum is above or equal to the preselected deviation threshold; wherein, for each of the plurality of frequency components, each frequency component value of a Deviation Spectrum of the plurality of real-valued Deviation Spectra is calculated by dividing the frequency component magnitude of the frequency-domain reference signal by the frequency component magnitude of the complex-valued frequency-domain microphone signal of the microphone; and wherein, for each of the plurality of frequency components, the real-valued Wind Reduction Factor is multiplied with the frequency component value of the frequency-domain reference signal, forming a frequency-domain wind-reduced output signal. <EOS>