 Despite the fact that decoherence interactions extend the measurement problem to the wider problem of the classical regime, decoherence is relevant to the solution of both problems because at the level of components of the wave function the quantum description of decoherence phenomena (tantalisingly!) includes both measurement results and other quantum phenomena (such as quantum jumps) as well as classical behaviour. This suggests that to a large extent decoherence provides an interpretation-neutral strategy for tackling the measurement problem and the problem of the classical regime (a thesis developed in greater detail by Rosaler 2016), and that the solution to these problems lies in combining decoherence with the main foundational approaches to quantum mechanics. 