To comprise dynamic landscapes of peptides and detergent molecules in micelles, we describe the relevance of different timescales for rotational relaxation processes in different parts of molecules using the weights (α i ) for timescales (τ i ) resulting from the fit of Eq. 2 to the correlation functions calculated from simulations using Eq. 1. A similar analysis in our previous studies gave dominant weights for the timescales reconciling with the overall rotation timescales for folded proteins, while most of the timescales had zero weights. For disordered protein regions, we observed more dispersed timescales without any dominant motion. These results indicate that the approach can detect relevant dynamic processes without any further assumptions. Here we interpret dynamic landscapes of peptides and detergents in micelles using the weights of each timescale that result from the fitting to correlation functions from simulations that give the best agreement with experiments. To better emphasize the essential timescale ranges, we merged weights of five consecutive timescales for the plots of dynamic landscapes.