“…Although substantial false alarm rates generally persist following warnings, they are usually significantly lower than those of unwarned controls (e.g., Gallo, Roberts, & Seamon, 1997;McDermott & Roediger, 1998). Although some evidence indicates that the warning must be delivered before encoding of the study lists for a reduction in false alarms to occur (e.g., Anastasi, Rhodes, & Burns, 2000;Neuschatz, Payne, Lampinen, & Toglia, 2001), other evidence suggests that a warning delivered between study and test can have a beneficial effect as well (e.g., Lane, Roussel, Starns, Villa, & Alonzo, 2008;McCabe & Smith, 2002;Starns et al, 2007). If, as the latter finding suggests, participants benefit from insight into the test design without having such knowledge at study, the use of this information, and the consequent decrease in critical false alarms, must be achievable via processes operating at test.…”