Time course of linguistic information extraction from consecutive words during eye fixations in reading

Sequential attention shift models of reading predict that an attended (typically fixated) word must be recognized before useful linguistic information can be obtained from the following (parafoveal) word. These models also predict that linguistic information is obtained from a parafoveal word immediately prior to a saccade toward it. To test these assumptions, sentences were constructed with a critical pretarget-target word sequence, and the temporal availability of the (parafoveal) target preview was manipulated while the pretarget word was fixated. Target viewing effects, examined as a function of prior target visibility, revealed that extraction of linguistic target information began 70-140 ms after the onset of pretarget viewing. Critically, acquisition of useful linguistic information from a target was not confined to the ending period of pretarget viewing. These results favor theoretical conceptions in which there is some temporal overlap in the linguistic processing of a fixated and parafoveally visible word during reading.     

Attention to one word at a time in reading is still a viable hypothesis: rejoinder to Inhoff, Radach, and Eiter (2006)

A. W. Inhoff, R. Radach, and B. Eiter argue that the current version of the E-Z Reader model (A. Pollatsek, E. D. Reichle, & K. Rayner) cannot explain 2 key findings in their data, and as a result, the assumption of words being attended to 1 at a time is likely to be false. In this rejoinder, the authors argue that the E-Z Reader model can easily explain the 1st of the 2 phenomena and that the 2nd phenomenon is likely to be at least partially an artifact of changing displays during fixations. The authors also argue that their assumptions about attention shifting are not contrary to the attention literature and that the assumption that A. W. Inhoff et al. deem to be unrealistic (i.e., instantaneous shifting of attention) is easily modified within the architecture of the model.     

Distinct subsystems for the parafoveal processing of spatial and linguistic information during eye fixations in reading

Two experiments examined readers' use of parafoveally obtained word length information for word recognition. Both experiments manipulated the length (number of constituent characters) of a parafoveally previewed target word so that it was either accurately or inaccurately specified. In Experiment 1, previews also either revealed or denied useful orthographic information. In Experiment 2, parafoveal targets were either high- or low-frequency words. Eye movement contingent display changes were used to show the intact target upon its fixation. Examination of target viewing duration showed completely additive effects of word length previews and of ortho-graphic previews in Experiment 1, viewing duration being shorter in the accurate-length and the orthographic preview conditions. Experiment 2 showed completely additive effects of word length and word frequency, target viewing being shorter in the accurate-length and the high-frequency conditions. Together these results indicate that functionally distinct subsystems control the use of parafoveally visible spatial and linguistic information in reading. Parafoveally visible spatial information appears to be used for two distinct extralinguistic computations: visual object selection and saccade specification.     

Assessing the importance of letter pairs in reading-parafoveal processing is not the only view: reply to Inhoff, Radach, Eiter, and Skelly (2003)

D. Briihl and A. W. Inhoff (1995; see record 1995-20036-001) found that exterior letter pairs showed no privileged status in reading when letter pairs were presented as parafoveal primes. However, T. R. Jordan, S. M. Thomas, G. R. Patching, and K. C. Scott-Brown (2003; see record 2003-07955-013) used a paradigm that (a) allowed letter pairs to exert influence at any point in the reading process, (b) overcame problems with the stimulus manipulations used by Briihl and Inhoff (1995), and (c) revealed a privileged status for exterior letter pairs in reading. A. W. Inhoff, R. Radach, B. M. Eiter, and M. Skelly (2003; see record 2003-07955-014) made a number of claims about the Jordan, Thomas, et al. study, most of which focus on parafoveal processing. This article addresses these claims and points out that although studies that use parafoveal previews provide an important contribution, other techniques and paradigms are required to reveal the full role of letter pairs in reading.     

The time course of phonological and orthographic processing of acronyms in reading: Evidence from eye movements

The present experiment presented acronyms preceded by eithera oran in a sentence. The key stimuli were acronyms that begin with a consonant such asF, whose letter name begins with a vowel sound, or with the vowelU, whose letter name begins with a consonant sound. The durations of first fixations were influenced solely by phonology: For example,a FBI caused as much disruption (relative toan FBI1) as didan CIA (relative toa CIA). Somewhat later processing (most notablygo-past time andtotal time) was influenced by orthography as well, as combinations such asan FBI had longer processing times than did combinations such asa CIA. Although the initial coding of visual stimuli must proceed from an orthographic code to a phonological one, these data indicate that the phonological representation of the acronym is the primary initial code that makes contact with the article that precedes it and suggest that the initial contact with the sentence context is phonological.     

Serial processing in reading aloud: reply to Zorzi (2000)

K. Rastle and M. Coltheart (1999; see also M. Coltheart & K. Rastle, 1994) reported data demonstrating that the cost of irregularity in reading aloud low-frequency exception words is modulated by the position of the irregularity in the word. They argued that these data implicated a serial process and falsified all models of reading aloud that operate solely in parallel, a conclusion that M. Zorzi (2000) challenged by successfully simulating the position of irregularity effect with such a model. Zorzi (2000) further claimed that a reanalysis of K. Rastle and M. Coltheart's (1999) data demonstrates sensitivity to grapheme-phoneme consistency (which he claimed was confounded across the position of irregularity manipulation) rather than the use of a serial process. Here, the authors argue that M. Zorzi's (2000) reanalyses were inappropriate and reassert that K. Rastle and M. Coltheart's (1999) findings are evidence for serial processing.     

Temporal overlap in the linguistic processing of successive words in reading: reply to Pollatsek, Reichle, and Rayner (2006a)

A. Pollatsek, E. D. Reichle, and K. Rayner argue that the critical findings in A. W. Inhoff, B. M. Eiter, and R. Radach are in general agreement with core assumptions of sequential attention shift models if additional assumptions and facts are considered. The current authors critically discuss the hypothesized time line of processing and indicate that the success of Pollatsek et al.'s simulation is predicated on a gross underestimation of the pretarget word's viewing duration in Inhoff et al. and that the actual data are difficult to reconcile with the strictly serial attention shift assumption. The authors also discuss attention shifting and saccade programming assumptions in the E-Z Reader model and conclude that these are not in harmony with research in related domains of study.     

Still no phonological typicality effect on word reading time (and no good explanation of one, either): a rejoinder to Farmer, Monaghan, Misyak, and Christiansen

In this brief rejoinder, we respond to Farmer, Monaghan, Misyak, and Christiansen (2011). We argue that the data still do not support the claim that reading time is affected by the phonological typicality of a word for its part of speech. We also question Farmer et al.'s claim that interleaving syntactic structures in an experiment modifies grammatically based syntactic expectations.     

Absolute identification is relative: a reply to Brown, Marley, and Lacouture (2007)

N. Stewart, G. D. A. Brown, and N. Chater presented a relative judgment model (RJM) of absolute identification, in which the current stimulus is judged relative to the preceding stimulus. S. Brown, A. A. J. Marley, and Y. Lacouture found that the RJM does not predict their finding of increased accuracy after large stimulus jumps, except at the expense of other effects. In fact, the RJM does predict both the core effects and increased accuracy after large jumps (although it underestimates this effect) when better constrained parameters are estimated from the trial-by-trial raw data rather than from summary plots. Further, a modified RJM, in which the stimulus from two trials ago is sometimes used as a referent, provides a better fit.     

Mood and emotion in sport: a response to Jones, Mace, and Williams (2000)

Examination of the mood and performance relationship in sport has been an important line of investigation in sport psychology for over 20 years. Recent research has challenged the notion that the Profile of Mood States is the instrument of choice. It has also moved away from the notion that successful performance is associated with an 'iceberg' profile (Morgan, 1980), arguing that researchers should consider mood and emotion as distinguishable constructs (Jones, Mace, & Williams, 2000; Lane & Terry, 2000. In the present paper, I expand the discussion on mood research in sport by re-examining some of the findings of Jones, et al. in the light of recent work.     

A Daily Process Approach to Depict Satisfaction with Life during the Menopausal Transition: Physical (In)activity,Symptoms, and Neuroticism

The main objectives of the present study were (1) to examine the between- and within-person association of physical (in)activity and satisfaction with life (SWL), and (2) to identify relevant top-down and bottom-up influences associated with daily well-being in menopausal women using a daily process approach. As part of a 21-day diary study, community-dwelling middle-aged women (N = 103; age range 40–60 years) wore an accelerometer for the objective assessment of physical activity and completed daily Internet surveys at the end of their day. Multilevel analyses indicated the between-person effects of physical activity on SWL were negligent but that on days when a woman was more physically active than her usual, she reported greater SWL (B = 12.01, p < .05). Sedentary behavior did not demonstrate a between- or within-person association with SWL. Women also experienced reduced SWL on days when greater symptom burden was reported (B = ?2.47, p < .05). Neuroticism also emerged as a top-down personality trait with a negative relation to SWL (B = ?1.47, p < .05). Higher levels of neuroticism predicted reduced daily life satisfaction particularly on days characterized by heightened symptom burden (B = ?0.26, p < .05). In this sample of midlife women, daily physical activity had a positive influence on SWL, whereas daily symptom burden and the personality trait of neuroticism had detrimental consequences on a woman’s daily well-being.     

Change in the moving bodymind: Quantitative results from a pilot study on the use of the BodyMind approach (BMA) to psychotherapeutic group work with patients with medically unexplained symptoms (MUSs)

Background: This article reports quantitative results from a pilot study in primary care (PC) undertaken from 2004–2007. The intervention programme, derived from movement psychotherapy, was termed ‘Learning groups: the BodyMind approach (BMA),’ and emphasised a verbal and non-verbal integrated model, awareness of the inter-relationship between body and mind and a self-managing framework. Aim: To evaluate systematically the outcomes of a 12-week group BMA intervention programme with patients suffering from anxiety/depression with at least one chronic (over two years) medically unexplained symptom (MUS), another term for a psychosomatic condition or somatoform disorder. Method: A mixed method was applied to a single-case design. Outcome measures completed at baseline, mid-, post- intervention and three-month follow-up were the Measure Yourself Medical Outcome Profile (MYMOP) and the Counselling Outcome Routine Evaluation (CORE). Results: Increased activity levels and well-being; more effective coping/functioning strategies; reduction in anxiety/depression, GP-consultation and medication usage, and symptom distress. All changes were maintained at three-month follow-up.     

I can time with a little help from my friends: effect of social enrichment on timing processes in Pigeons (<Emphasis Type="Italic">Columba livia</Emphasis>)

There is evidence that impulsive decision-making is associated with errors in timing. However, there has been little attempt to identify the putative mechanism responsible for impulsive animals’ timing errors. One means of manipulating impulsivity in non-human animals is providing different levels of access to conspecifics. These preclinical models have revealed that social isolation increases impulsive responding across a wide range of tasks. The goal of the present study was to determine whether social isolation modulates time perception in pigeons by inducing more variability or a bias to underestimate the passage of time in temporal judgments. A temporal bisection task was used to characterize time perception. One group of pigeons performed the bisection following social enrichment, and the remaining half of the pigeons were tested following social isolation. Results revealed pigeons in the social isolation condition categorized a temporal stimulus sample as “long” at shorter durations than pigeons in the social enrichment condition. These data highlight the mechanism(s) thought to underlie timing-based interventions aimed at reducing impulsivity in humans. Future work should consider whether impulsivity is produced by misperceptions of time or a reduced threshold for a response.