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Although many methods can detect changes in the otoacoustic emissions evoking stimulus to monitor the MEMR, they do not discriminate between true MEMR-mediated vs artifactual changes in the stimulus. We measured MEMR in 20 young clinically normal hearing individuals using 1-s-long click trains presented at six levels (65 to 95\u2009dB peak-to-peak sound pressure level in 6\u2009dB steps). Changes in the stimulus levels over the 1\u2009s period were well-approximated by two-term exponential functions. The magnitude of ear canal pressure changes due to MEMR increased monotonically as a function of click level but non-monotonically with frequency when separated into 1\/3 octave wide bands between 1 and 3.2\u2009kHz. MEMR thresholds estimated using this method were lower than that obtained from a clinical tympanometer in \u223c94% of the participants. A time series-based method, along with statistical tests, may provide additional confidence in detecting the MEMR. 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