This document discusses using time-frequency and wavelet analysis to assess turbulence/rotor interactions. It analyzes turbine response data using techniques like the continuous wavelet transform and multiresolution decomposition to better understand how transient turbulent events excite turbine modal responses and influence loading. The analyses show that coherent turbulent structures containing a range of frequencies can excite a broadband aeroelastic response in turbines. Load peaks often occur when constituent modal responses are in phase. The first and second symmetric and asymmetric rotor modes appear most susceptible to excitation from turbulent eddies with space scales less than a quarter of the rotor diameter.