Frustrated,but not flustered: The benefits of hierarchical approach motivation to weathering daily frustrations

Variations in the organization of personal goals are thought to be important to self-regulation, yet relevant measures and evidence is largely lacking. In two studies (total N = 217), participants were prompted to self-generate personal goals at three levels of a goal hierarchy (low, mid, and high), following which they rated all of these goals along an approach-avoidance dimension. A hierarchical approach measure was created from these ratings and this novel individual difference measure was hypothesized to predict the better self-regulation of goal frustrations in daily life. Such predictions were confirmed. For example, daily frustrations precipitated anger among those low but not high, in hierarchical approach (Study 2). The findings are important theoretically as well as from a measurement perspective.     

Cognitive control in number processing: new evidence from number compatibility effects in task-switching

Cognitive Processing - A growing body of research suggests that basic numerical abilities such as number magnitude processing are influenced by cognitive control processes. So far, evidence for...     

In touch with numbers: Embodied and situated effects in number magnitude comparison

The idea of embodied numerosity denotes that seemingly abstract number concepts (e.g., magnitude) are rooted in bodily experiences and situated action. In the present study we evaluated whether there is an embodied representation of the place–value structure of the Arabic number system and if so whether this representation is influenced by situated aspects. In a two-digit number magnitude comparison task participants had to directly touch the larger of two numbers. Importantly, pointing responses were systematically biased toward the decade digit of the target number. Additionally, this leftward bias towards the tens digit was reduced in unit–decade incompatible number pairs. Thereby, we demonstrated an influence of place–value processing on manual pointing movement. Our results therefore corroborate the notion of an embodied representation of the place–value structure of Arabic numbers which is modulated by situated aspects.     

Was bringt ?GRAS��?

Autonomous groups in the sense of GRAS (group analysis seminars) are groups without leaders. The small groups come together for self-experience within the framework of GRAS (Gruppenanalyse-Seminare, founded by Michael Lukas Moeller in 1977). Their members are group analysts who continue to participate in long-standing small groups on self-experience after completing their educational training as group analysts in GRAS. Participants of these groups (14 women and 11 men, average age 57.7 years) were interviewed about their experiences within GRAS and the subjective effects on their life. The interviews were evaluated in a qualitative research design. The findings show that the effects of GRAS are estimated to be extensive and very positive for private and professional life. The main modus to be in the group is experienced as retentive, acceptive and inspiring. Autonomous groups in the sense of GRAS form an important background of experience for trained group analysts themselves and continuously stimulate personal advancement and mental health.     

Sensori-motor spatial training of number magnitude representation

An adequately developed spatial representation of number magnitude is associated with children's general arithmetic achievement. Therefore, a new spatial-numerical training program for kindergarten children was developed in which presentation and response were associated with a congruent spatial numerical representation. In particular, children responded by a full-body spatial movement on a digital dance mat in a magnitude comparison task. This spatial-numerical training was more effective than a non-spatial control training in enhancing children's performance on a number line estimation task and a subtest of a standardized mathematical achievement battery (TEDI-MATH). A mediation analysis suggested that these improvements were driven by an improvement of children's mental number line representation and not only by unspecific factors such as attention or motivation. These results suggest a benefit of spatial numerical associations. Rather than being a merely associated covariate, they work as an independently manipulated variable which is functional for numerical development.     

Three processes underlying the carry effect in addition--evidence from eye tracking

Recent research indicated that processes of unit-decade integration pose particular difficulty on multi-digit addition. In fact, longer response latencies as well as higher error rates have been observed for addition problems involving a carry operation (e.g., 18 +27) compared to problems not requiring a carry (e.g., 13 +32). However, the cognitive instantiation of this carry effect remained unknown. In the current study, this question was pursued by recording participants' eye fixation behaviour during addition problem verification. Analyses of the eye fixation data suggested a prominent role of the unit digits of the summands. The need for a carry seems to be recognized very early during the encoding of the problem after initial unit sum calculation has established the basis for the no carry/carry detection. Additionally, processes related to the actual carry execution seemed to be associated with the processing of the decade digit of the solution probe but were less unambiguous. Taken together, our findings indicate that unit-based calculations and the associated recognition that a carry is needed as well as its completion determine the difficulty of carry addition problems. On a more general level, this study shows how the nature of numerical-cognitive processes can be further differentiated by the evaluation of eye movement measures.     

Whorf reloaded: language effects on nonverbal number processing in first grade--a trilingual study

The unit-decade compatibility effect is interpreted to reflect processes of place value integration in two-digit number magnitude comparisons. The current study aimed at elucidating the influence of language properties on the compatibility effect of Arabic two-digit numbers in Austrian, Italian, and Czech first graders. The number word systems of the three countries differ with respect to their correspondence between name and place value systems; the German language is characterized by its inversion of the order of tens and units in number words as compared with digital notations, whereas Italian number words are generally not inverted and there are both forms for Czech number words. Interestingly, the German-speaking children showed the most pronounced compatibility effect with respect to both accuracy and speed. We interpret our results as evidence for a detrimental influence of an intransparent number word system place value processing. The data corroborate a weak Whorfian hypothesis in children, with even nonverbal Arabic number processing seeming to be influenced by linguistic properties in children.     

Neuroticism and Responsiveness to Error Feedback: Adaptive Self‐Regulation Versus Affective Reactivity

ABSTRACT Responsiveness to negative feedback has been seen as functional by those who emphasize the value of reflecting on such feedback in self‐regulating problematic behaviors. On the other hand, the very same responsiveness has been viewed as dysfunctional by its link to punishment sensitivity and reactivity. The present 4 studies, involving 203 undergraduate participants, sought to reconcile such discrepant views in the context of the trait of neuroticism. In cognitive tasks, individuals were given error feedback when they made mistakes. It was found that greater tendencies to slow down following error feedback were associated with higher levels of accuracy at low levels of neuroticism but lower levels of accuracy at high levels of neuroticism. Individual differences in neuroticism thus appear crucial in understanding whether behavioral alterations following negative feedback reflect proactive versus reactive mechanisms and processes. Implications for understanding the processing basis of neuroticism and adaptive self‐regulation are discussed.