We report the first set of results in a multi-year project to assess the robustness – and the factors promoting robustness – of the adult statistical word segmentation literature. This includes eight total experiments replicating six different experiments. The purpose of these replications is to assess the reproducibility of reported experiments, examine the replicability of their results, and provide more accurate effect size estimates. Reproducibility was mixed, with several papers either lacking crucial details or containing errors in the description of method, making it difficult to ascertain what was done. Replicability was also mixed: although in every instance we confirmed above-chance statistical word segmentation, many theoretically important moderations of that learning failed to replicate. Moreover, learning success was generally much lower than in the original studies. In the General Discussion, we consider whether these differences are due to differences in subject populations, low power in the original studies, or some combination of these and other factors. We also consider whether these findings are likely to generalize to the broader statistical word segmentation literature.

We replicated Exp. 1 of Saffran, Johnson, Newport, & Aslin (1999) Statistical learning of tone sequences by human infants and adults, as part of a multi-year effort to replicate every adult statistical word segmentation study. While we were able to replicate the finding of above- chance statistical segmentation of tone sequences, many of the other findings reported in the original paper did not replicate.

We report the first set of results in a multi-year project to replicate every adult statistical word segmentation study. We reported replications of six experiments. The purpose of these replications is both to assess the strength of the findings in the statistical learning literature but also to provide more accurate effect size estimates. In every instance, we were able to replicate successful learning. However, many theoretically important modulations of that learning failedto replicate. Moreover, learning success was generally much lower than in the original studies. In the General Discussion, we consider whether these differences are due to differences in subject populations, low power in the original studies, or some other factor. Regardless, these initial results suggest taking caution in relying on the originally reported findings.

We examine creativity from a qualitative process rather than a quantitative product perspective. Our focus is on “habits of mind” (thinking dispositions) used during the creative process, and the categories we used were those of the eight Studio Habits of Mind observed in visual arts classrooms (Hetland et al., 2007, 2013). Our source of data was footage from a popular reality television show, Project Runway, in which nascent fashion designers are given garment design challenges. An entire season of the show (14 episodes) was transcribed and coded for the presence of eight Studio Habits of Mind. We found abundant evidence of all eight of these thinking dispositions in all portions of the show. We argue that the creative thinking occurring during fashion design bears strong resemblances to that which occurs in the art studio-classroom. Qualitatively created frameworks, like those of the Studio Habits of Mind, can be used to inform our understanding of creative behavior in various disciplines.

We replicated Exp. 1 of Saffran, Newport, & Aslin (1996) Word segmentation: The role of distributional Cues, Journal of Memory and Language, 35, 606-621, as part of a multi-year project to replicate every published adult statistical word segmentation study. Despite a much larger sample than the original (101 subjects vs. 24), evidence of successful segmentation was weak and mixed, and none of the item or condition effects replicated. We consider whether this is more likely to be a failure of replication or a failure of generalization (e.g., to a different population).

In this paper, we describe a replication of Experiment 2from a classic statistical word-segmentation paper by Saffran,Johnson, Aslin, and Newport (1999). This experimentwas part of a larger project to systematically replicateas many experiments involving statistical word learning inadults as possible.

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