  The presence or absence of parameter independence (and accordingly the presence or absence of controllable probabilistic dependence) in the modal interprtation is a matter of controversy, perhaps due in part to the multiplicity of versions of this interpretation. Whether or not modal interpretations involve parameter dependence would probably depend on the dynamics of the possessed properties. At least some of the current modal interpretations seem to involve no parameter dependence. But, as the subject editor pointed out to the author, some think that the no-go theorem for relativistic modal interpretation due to Dickson and Clifton (1998) implies the existence of parameter dependence in all the interpretations to which this theorem is applicable. Do modal interpretations satisfy λ-distribution? The prospects of this condition depend on whether the possessed properties that the modal interpretation assigns in addition to the properties prescribed by the orthodox interpretation, are controllable. If these properties were controllable at least in theory, λ-distribution would be possible. For example, if the possessed spin properties that the particles have at the emission from the source in the EPR/B experiment were controllable, then λ-distribution would be possible. The common view seems to be that these properties are uncontrollable. 