合理性对汉语阅读中双字词语义预视效益的优势作用：眼动研究

语义预视效益(SPB)对于揭示阅读中读者能否从副中央凹提取高水平信息具有重要意义。关于SPB的产生机制仍然存在争议。本研究通过同时操控预视词的合理性和语义相关性考察了二者对汉语阅读中双字词SPB的影响。结果发现,合理性主效应显著,合理预视下目标词的注视时间显著短于不合理预视;语义相关性主效应不显著,未发现二者的交互作用。研究结果支持了语境匹配假说,进一步说明了汉语阅读中预视词的合理性对SPB的优势作用。     

De‐legitimizing hostility and strengthening joint agency: Lutheran inter‐religious commitment today

The ELCA Declaration of Inter‐Religious Commitment is an important instrument for mainstreaming inter‐religious engagement in local communities and diverse ministries. This article assesses this recent policy document and highlights how the text engages Lutheran theological reasoning on “the neighbor” for a profound understanding of God's grace, theologically de‐legitimizes hostility and exclusion, and strengthens joint agency. This resonates with current concerns in the global Lutheran communion and the wider ecumenical movement.     

Movement Speed and Accuracy in Space and Time: The Complementarity of Error Distributions

Movement speed-accuracy trade-off is a function of the space-time constraints of the task. We investigated the space-time account of Hancock and Newell (1985) and the hypothesis of complementarity between the four moments of the error distribution in space and time. Twelve participants performed 15 conditions in a line drawing task composed of different spatial (10, 20, and 30 cm) and temporal (250 to 2,500 ms) criteria. The results showed that all moments of distributions changed systematically between conditions but there were some departures from the Hancock and Newell predictions. In contrast, individual analysis revealed the complementarity of the spatial and temporal error including a trade-off between the four moments of error. These findings support a complementary space-time account of movement speed and accuracy.     

Postural control,falls and Parkinson’s disease: Are fallers more asymmetric than non-fallers?

Postural control asymmetry is an important aspect of Parkinson’s disease (PD) that may be associated with falls. The aim of this study was to compare the postural control asymmetry during postural tasks between fallers and non-fallers in people with PD and neurological healthy age-matched controls (CG). Individuals with idiopathic PD (n = 24) and CG (n = 24) were sub-divided into groups of fallers and non-fallers based on their fall history over the past year. Participants performed blocks of three 30-s trials of quiet standing with feet in a side-by-side and semi-tandem stance position. The center of pressure parameters for each limb were measured and used to calculate the symmetry index. Fallers compared to non-fallers had decreased asymmetry of vertical force in the side-by-side condition. During the tandem-front leg condition, PD non-fallers increased asymmetry of the medial-lateral velocity of sway compared to CG non-fallers. In addition, for the tandem–back leg condition, PD non-fallers increased asymmetry of total displacement and medial-lateral root mean square and mean velocity of sway compared to PD fallers. The results of the study did not support the hypothesis that PD fallers are more asymmetric than PD non-fallers. On the contrary, our results indicated that PD non-fallers had higher postural control asymmetry, especially during the more challenging (semi-tandem standing) postural task.     

积极心理学的繁荣与演变——阴阳辩证哲理的回归

积极心理学是研究人类在适应社会生活中的积极特质、积极主观体验以及实现积极自我和成长的适应性认知和行为的科学。由Seligman(1998)兴起的积极心理学运动经过十年繁荣,在三个研究支柱的基础上增加第四个支柱积极的关系。由于积极心理学拒绝消极作为其中的范畴,Wong(2011)掀起积极心理学第二次浪潮,转向研究积极-消极的共生关系。并且,引用中国哲学思想,把阴阳之间的辩证互动原则作为积极心理学第二次浪潮的基础,研究积极和消极之间的动态平衡,以实现人类美好幸福生活和繁荣。     

“Go Near and Join Thyself to This Chariot…”: African Pneumatic Movements and Transformational Discipleship

Christian religious innovation has been ongoing in Africa since the early 20th century. It started with indigenous charismatic prophets calling on people to turn over their old deities and submit to the lordship of Jesus Christ. The ministries of these itinerant prophets led to mass conversions culminating in the formation of what became known as the African independent/instituted/initiated churches (AICs). For the best part of the 20th century the AICs defined what counted as Christian in an African indigenous sense. The argument of this article is that the acronym AICs has, since the closing decades of the 20th century, acquired a much broader meaning to include the new Pentecostal/charismatic movements and churches that have burgeoned across the continent. Their trademarks include youthful urban‐centred congregations, media‐driven ministries, and the preaching of a gospel of prosperity. The contributions of both the classical AICs and the contemporary Pentecostals to African Christianity have been phenomenal. As Christian churches, however, we ought to evaluate them not just in terms of numerical or sociological impact, but most especially in terms of transformational discipleship. There is much to celebrate in transformational discipleship as far as the ministries of these African Reformation movements are concerned, but there as yet remain areas of concern that need to be dealt with for the optimization of Christian impact in Africa.     

The Role of Consistent Context in Rapid Movement Planning: Suboptimal Endpoint Adjustment to Changing Rewards

The authors' purpose was to determine if participants adjusted their endpoint during a rapid aiming task in the context of changing rewards and whether participants needed consistent feedback to do so. Participants aimed to a target that was overlapped by a penalty region. Participants gained points for hitting the target but lost points for hitting the penalty region. The reward value associated with target contact either changed trial to trial, reducing consistent feedback (variable condition) or changed between blocks of trials (blocked condition) with the repetition of reward value within a block increasing the consistency of feedback. Participants adjusted their endpoints with changing reward value in the blocked but not variable condition indicating consistent feedback is needed to adjust endpoint to changing rewards.     

Protocols for the Investigation of Information Processing in Human Assessment of Fundamental Movement Skills

Fundamental movement skill (FMS) assessment remains an important tool in classifying individuals’ level of FMS proficiency. The collection of FMS performances for assessment and monitoring has remained unchanged over the last few decades, but new motion capture technologies offer opportunities to automate this process. To achieve this, a greater understanding of the human process of movement skill assessment is required. The authors present the rationale and protocols of a project in which they aim to investigate the visual search patterns and information extraction employed by human assessors during FMS assessment, as well as the implementation of the Kinect system for FMS capture.     

A method for detailed movement pattern analysis of tadpole startle response

Prolonged space flight, specifically microgravity, presents a problem for space exploration. Animal models with altered connections of the vestibular ear, and thus altered gravity sensation, would allow the examination of the effects of microgravity and how various countermeasures can establish normal function. We describe an experimental apparatus to monitor the effects of ear manipulations to generate asymmetric gravity input on the tadpole escape response. To perform the movement pattern analysis, an imaging apparatus was developed that uses a high‐speed camera to obtain time‐resolved, high‐resolution images of tadpole movements. Movements were recorded in a temperature‐controlled test chamber following mechanical stimulation with a solenoid actuator, to elicit a C‐start response. Temperature within the test cell was controlled with a recirculating water bath. Xenopus laevis embryos were obtained using a standard fertilization technique. Tadpole response to a controlled perturbation was recorded in unprecedented detail and the approach was validated by describing the distinct differences in response between normal and one‐eared tadpoles. The experimental apparatus and methods form an important element of a rigorous investigation into the response of the tadpole vestibular system to mechanical and biochemical manipulations, and can ultimately contribute to improved understanding of the effects of altered gravity perception on humans.