Albert H. Hastorf III (1921-2011)

Presents an obituary for Albert H. Hastorf III. Albert H. Hastorf III, a pioneer in the study of social percep- tion and interaction and a celebrated member of the Stanford University administration, died September 26, 2011, in Palo Alto, California. Al was known early in his career as the coauthor of one of social psychology's most famous studies-a study that vividly illustrated the constructive and potentially biased nature of perception-and his contributions to psychology and American academia were wide-ranging. Hastorf joined Stanford's faculty in 1961, serving as executive head of the Psychology Department from 1961 to 1970. He was also a founder of the university's Interdisciplinary Human Biology Program, soon one of Stanford's most popular majors and an attractive gateway for students interested in medicine. Al's unique gifts as an administrator were apparent to all who knew him. His sound judgment, personal graciousness, good humor, and unquestioned integrity made him a popular choice as dean of the School of Humanities & Sciences from 1970 to 1974 and as provost from 1980 to 1984. The esteem in which Al was held by the Stanford community was recognized with a succession of awards, including the Lloyd W. Dinkelspiel Award for Outstanding Service to Undergraduate Education and the Richard W. Lyman Award for unique and dedicated service to the university. (PsycINFO Database Record (c) 2012 APA, all rights reserved).     

Some thoughts on essence placeholders, interactionism, and heritability: reply to Haslam (2011) and Turkheimer (2011)

In the target article (Dar-Nimrod & Heine, 2011), we provided a social-cognitive framework which identified genetic essentialist biases and their implications. In their commentaries, Haslam (2011) and Turkheimer (2011) indicated their general agreement with this framework but highlighted some important points for consideration. Haslam suggested that neuroessentialism is a comparable kind of essentialist bias and identified similarities with the genetic essentialism framework. In response, we acknowledge similarities but also identify qualitative and quantitative differences between genetic essentialism and other kinds of essentialist biases. Turkheimer challenged us to extend our discussion to address the question of how should people respond to genetic etiological information, critiqued the use of heritability coefficients, and identified a new construct (1 - rMZ), which may be termed a free-will coefficient. In response, we emphasize the need to transform interactionist explanations from being empty platitudes to becoming the default conceptual framework; we wholeheartedly accept his critical view of heritability coefficient estimates (but acknowledge a more limited utility for them); and we are intrigued by his conceptual interest in identifying free-will coefficients yet warn against falling into pitfalls similar to those that were stumbled into in the past.     

Correction to Schlaghecken, Birak, and Maylor (2011)

Reports an error in "Age-related deficits in low-level inhibitory motor control" by Friederike Schlaghecken, Kulbir S. Birak and Elizabeth A. Maylor (Psychology and Aging, 2011[Dec], Vol 26[4], 905-918). The authors discovered that the method proposed for individually extracting priming effects from time course analysis may lead to some spurious effects. In view of possible spurious effects from their application of time course analysis, the authors adopted an alternative strategy that retains their attempt to take an individual approach to identifying NCEs in older participants who may vary more than young participants in terms of the prime-target SOA at which NCEs initially appear. This reanalysis is presented in the erratum. (The following abstract of the original article appeared in record 2011-10375-001.) Inhibitory control functions in old age were investigated with the "masked prime" paradigm in which participants executed speeded manual choice responses to simple visual targets. These were preceded-either immediately or at some earlier time-by a backward-masked prime. Young adults produced positive compatibility effects (PCEs)-faster and more accurate responses for matching than for nonmatching prime-target pairs-when prime and target immediately followed each other, and the reverse effect (negative compatibility effect, NCE) for targets that followed the prime after a short interval. Older adults produced similar PCEs to young adults, indicating intact low-level motor activation, but failed to produce normal NCEs even with longer delays (Experiment 1), increased opportunity for prime processing (Experiment 2), and prolonged learning (Experiment 3). However, a fine-grained analysis of each individual's time course of masked priming effects revealed NCEs in the majority of older adults, of the same magnitude as those of young adults. These were significantly delayed (even more than expected on the basis of general slowing), indicating a disproportionate impairment of low-level inhibitory motor control in old age. (PsycINFO Database Record (c) 2012 APA, all rights reserved).     

Flor,H., & Turk,D. C. (2011)Chronic Pain: An Integrated Biobehavioral Approach Seattle: IASP Press

Chronic pain is a significant health-care problem that impacts millions of Americans and costs our economy billions of dollars each year. Research indicates that cognitive behavioral therapy (CBT) can be an effective approach for teaching individuals with chronic pain ways of managing their pain more effectively. In Chronic Pain: An Integrated Biobehavioral Approach, Drs. Dennis Turk and Herta Flor (2011) provide a well-written and clear product that skillfully integrates pain-relevant science and research with information that is directly relevant for clinical practice. This book is highly recommended for any clinician interested in working with patients who have chronic pain.