Authors: Peter Seraganian
This commentary focuses upon the robustness of the Kamin Blocking Effect (KBE) that Maes et al., (2016), based upon 15 failures to replicate, have questioned. This challenge to KBE robustness has not gone unaddressed. Soto (2018) outlined conceptual as well as methodological issues that cast doubt on the validity of the Maes et al., (2016) critique. Despite recognition of certain interpretive issues, Maes et al., (2018) have reaffirmed that their failures to replicate are meaningful, and call out for further parametric scrutiny of KBE. Faced with such marked differences of opinion with regard to KBE robustness, the present commentary highlights certain methodological features that may have contributed to the Maes et al., (2016) failures to replicate: a) Roles of stimulus salience and independence, b) Multiple test trials, and c) Reliance on a single control procedure. It is suggested that the existence of such methodological issues renders it fallacious to argue that the Maes et al., (2016) findings represent a true failure to replicate KBE. Instead, the present formulation contends that Maes et al., (2016) engaged in a strawman argument in which they have found fault with a distorted version of KBE rather than KBE itself. Although employing variations of paradigms that had earlier been seen to generate KBE, the presence of multiple methodological shortcomings was such as to effectively mask observance of KBE. In affirmation of the Soto's 2018 critique, the replication failure reported by Maes et al., (2016) are thus seen as unsurprising. Accordingly, the Maes et al., 2016 proposal to remove KBE as a "touchstone for our theories of elementary learning" is argued to be unwarranted. In the face of this protracted dispute, the positing of a strawman argument serves to further cast doubt upon the import of the Maes et al., 2016 replication failure, and consequently, to reaffirm KBE as a core phenomenon in the learning domain.
Keywords: Blocking; replication failure; strawman;
PubMed: https://pubmed.ncbi.nlm.nih.gov/35593686/
DOI: 10.1177/17470218221104715