‘Sticking to a healthy diet is easier for me when I exercise regularly’: Cognitive transfer between physical exercise and healthy nutrition

Objective: Long-term rehabilitation success depends on regular exercise and healthy nutrition. The present study introduces a new framework to explain this association on a psychosocial level. The exercise–nutrition relationship was investigated by exploring the sequential mediation of habit strength and transfer cognitions.

Design: Analyses were performed at two measurement points in time (at 12 and 18?months after rehabilitation), involving 470 medical rehabilitation patients who participated in an exercise intervention.

Main outcome measures: Patients filled in paper-pencil questionnaires assessing exercise (t1) and habit strength, transfer cognitions and healthy nutrition at follow-up (t2).

Results: Habit strength and transfer cognitions mediated the relationship between exercise and nutrition.

Conclusion: Findings suggest that habit strength and transfer cognitions are important factors underlying the relationship between exercise and nutrition.     

How do people with cognitive functional limitations post-stroke manage the use of buses in local public transport?

People with cognitive functional limitations (CFLs) have rarely been the focus of research dealing with road users and their needs. The aim of the present study was to describe how people with CFL post-stroke manage in their use of buses in the framework of their outdoor mobility, and to find out what difficulties, but also what opportunities, they experienced when moving from origin to destination using buses in public transport. Semi-structured interviews combined with participant observations during bus trips with eight persons were performed. Several barriers that have the potential to restrict autonomous outdoor mobility were identified. These barriers were not only represented by well-known infrastructure problems (high pavement curbs, etc.) or ergonomic shortcomings in the buses but, even more so, by specific issues relevant for persons with CFL, e.g. having to cross a road on their way to the bus stop, which poses problems of interaction with fast-moving car traffic. Obtaining all the necessary information prior to and during the trip is difficult and produces insecurity. Often, communication with the bus drivers, not least in connection with the search for information, causes extra stress. Lack of self-confidence and feelings of inferiority add to these problems. Measures to control vehicle speeds, to optimise the communication style of bus drivers with their customers, and to improve customers’ access to information are recommended. Training measures to reassure persons with CFL in connection with their use of the public space are suggested.     

Learning different task spaces: how explored density aligns the Quiet Eye

Cognitive Processing - In the current study, predictions of a theoretical account to the explanation of the Quiet Eye (QE) were investigated. To this end, by manipulating the learning environment,...     

Means–end comprehension in four parrot species: explained by social complexity

A comparative approach is required to investigate the evolutionary origins of cognitive abilities. In this paper, we compare the performance of four parrot species, spectacled parrotlets (Forpus conspicillatus), rainbow lorikeets (Trichoglossus haematodus), green-winged macaws (Ara chloroptera) and sulphur-crested cockatoos (Cacatua galerita triton) in standardized string-pulling and string-choice paradigms. We varied the spatial relationship between the strings, the presence of a reward and the physical contact between the string and the reward to test different cognitive skills requiring means–end comprehension. The species tested showed a high individual and inter-specific variation in their ability to solve the tasks. Spectacled parrotlets performed best among the four species and solved the most complex choice tasks, namely crossed-string task and broken-string task, spontaneously. In contrast, macaws and cockatoos failed to identify the correct string in these two tasks. The rainbow lorikeets were outperformed by the parrotlets, but outperformed in turn the macaws and the cockatoos. The findings can be best explained by the variation in social complexity among species, rather than in their ecology.