To provide detailed interpretations of dynamic landscapes of peptide-micelle complexes, we describe the relevance of different timescales for the protein rotation by determining how much each timescale contributes to the rotational relaxation of each bond. To this end, we exploit the weights of different timescales resulting from the fit of exponential functions (Eq. 2) to the rotational correlation functions of N-H or C-H bonds (Eq. 1) calculated from simulations that give the best predictions for experimental spin relaxation times in Fig. .