Local Versus Global Processing in Autism: Special Section Editorial.
Local Versus Global Processing in Autism: Special Section Editorial.
复制标题
自闭症的局部处理与全局处理:专题社论。
DOI:
10.1007/s10803-017-3452-2
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发表时间:
2018
影响因子:
3.9
通讯作者:
Simmons DR
中科院分区:
文献类型:
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作者:
Simmons DR
The idea for this special section of the Journal of Autism and Developmental Disorders came from a Scientific Panel which took place at the 2014 International Meeting for Autism Research in San Diego, CA, organized by Dr. Bart Boets, with one of us (Dr. David Simmons) as the Discussant. The panel, entitled “Towards an integrated neurocognitive account of local versus global processing in Autism Spectrum Disorders” was a consideration of the evidence in favour of “superior” local processing and/or “inferior” global processing in autism in the light of both our own general review of the literature on vision in Autism Spectrum Disorder (Simmons et al. 2009) and the more recent publication, from the Leuven group of which Dr. Boets was then a part, of a meta-analysis focused on the topic (van der Hallen et al. 2015).Whilst Simmons et al.(2009) came down in favour of superior local processing (“… local superiority effects in tasks such as visual search seem to be holding their own”, p. 2728), Van der Hallen et al.(2015) found strong evidence of publication bias in this literature which was obscuring a small-to-insignificant effect except in cases where the Dependent Variable was Reaction Time and the task was a “global” judgement in the presence of “local” distractors, such as one version of the well-known Navon task. Van der Hallen et al.’s (2015) analysis confirmed a suspicion expressed earlier on the same page of Simmons et al.(2009) that much of the data on vision and autism published between 2005 and 2009 was “… contradictory, or at least contested.” A frustrating feature of much research on vision in ASD has been that a positive result showing a significant difference between autistic and some sort of control population published one year is almost inevitably followed by a failed replication as the “file drawer” opens, consistent with Van der Hallen et al.’s (2015) analysis. Ultimately, then,