 Not much explicit work has been done on modelling decoherence in the setting of spontaneous collapse theories, however. Simple comparison of the relevant rates in models of decoherence and in spontaneous collapse theories suggests that decoherence is generally faster (Tegmark 1993, esp. Table 2). The more detailed model by Toroš, Donadi and Bassi (2016, esp. Section V) indicates that the effect of the collapse is amplified through the presence of the environment, i.e. the collapse rate is increased. The situation may be more complex when the decoherence interaction does not approximately privilege position (e.g. when instead it selects for currents in a SQUID), because collapse and decoherence might actually ‘pull’ in different  directions.[31]