宋儒张载"以易为宗"思想探析

张载是宋代理学的奠基者,也是四大学派之一--关学的开创者.他的成就得到理学家们的肯定,如程颢、程颐将他与孟子、韩愈相比;朱熹于<伊洛渊源录>中,将其与周敦颐、邵雍、二程并列;<近思录>也选录许多张载言论,以为门生弟子进学之助.而后代统治阶层的重视,也可看出他的影响宋理宗封他为郿伯,从祀孔庙.元代赵复立周敦颐祠,以张载与程、朱配食.<宋史道学传>为他立传,颂扬他的德业.他的著作在明、清二代是开科取士的必读书目,并于清初编入御纂<性理大全>和<性理精义>中,可见张载在理学发展上的贡献与地位.     

幼儿教育名家思想给多元智能教育的启示

首先扼要阐述西方和中国各五位幼儿教育名家的背境,继而指出这些名家有那些关于潜能开展的主张,而这些主张若能得以承传,有望丰富实践多元智能教育关于“因才施教”这理想的内涵。最后从加德纳(Howard Gardner)对元智能的定义,总结学校欲实践多元智能教育所应具备的前提,以及设计教育活动时所遵从的四大教育原理。     

两种任务下情绪韵律的加工进程

采用ERP技术分别考察了情绪判断和性别判断任务下情绪韵律的加工进程。结果显示：在175-275ms时间段,情绪韵律的加工受实验任务的调节,情绪判断任务下存在效价主效应及负性偏向,愤怒比高兴和中性诱发了更正的P2成分,而性别判断任务则无效价效应。在后期评价加工及反应准备阶段（400-800ms）,两种任务下,愤怒都比高兴和中性诱发了更正的晚成分。上述结果说明,不同情绪韵律的识别存在不同的认知机制,并在一定程度上会受加工任务的调节。     

心理性应激的时间加工进程:来自ERP的证据*

采用有时间压力的算术题目诱发被试的心理性应激体验,并用事件相关电位技术(ERP)探讨心理性应激发生时大脑神经活动的时程变化。行为数据结果发现有时间压力下被试的反应时更短;脑电数据结果发现有时间压力组的容易题目比无时间压力组的容易题目诱发出更大的N1峰值、更长的P2潜伏期和更大的P300波幅;有时间压力组的困难题目比无时间压力组的困难题目同样诱发出更大的N1峰值、更长的P2潜伏期和更大的P300波幅,但这种组别主效应仅表现在部分电极点上。该研究结果表明心理性应激增加了早期知觉加工的负载,导致知觉加工速度减慢,在信息加工后期阶段需要占用更多的认知资源。     

Children’s career development: A research review from a learning perspective

Recent advances in career theory have resulted in widespread acceptance of the lifespan perspective on development. However, a review of research and practice conducted during 2001 revealed that little attention has been paid to the career development of children (Whiston & Brecheisen, 2002). In response to calls for a greater concentration on this important stage in the lifespan, the present article uses learning as a unifying theme to structure a research review of career development in children. This theme highlights the need to understand more holistically the influences on and the process of career development learning in children. The learning framework accommodates the dynamic and interactional nature of career development and suggests the need for dual focus research that examines the what and the how of children’s career development learning.     

追求快乐还是追求意义?青少年幸福倾向及其对学习行为的影响

研究使用问卷调查法,以2828名中学生为对象,考察了幸福倾向对其学习目标、学习毅力、学习策略、学习投入等学习行为的影响。结果表明:(1)青少年的意义倾向对其成就目标中的掌握目标和表现趋近维度、学习毅力、学习策略和学习投入都有显著的正向预测作用,对成就目标中的表现回避维度具有显著的负向预测作用;(2)青少年的快乐倾向对掌握目标、学习毅力、学习策略和学习投入都有显著的负向预测作用,对表现趋近和表现回避有显著的正向预测作用;(3)通过意义倾向和快乐倾向两个维度可以将青少年分为四类,双高组和单高意义组的青少年在学习行为表现上最积极,双低组的青少年学习行为表现最为消极。总体来说,追求快乐还是意义会影响到青少年学习行为这一重要的发展指标,意义比快乐更能促进青少年的积极健康发展。     

中国远程学习者学习风格理论模型与验证

为帮助中国远程学习者了解自身的学习风格,选择相应的学习策略,进而提高远程学习质量,根据学习风格的信息加工理论、Kolb的经验学习理论以及荣格的人格特征类型理论,从生理、社会、心理三个维度,构建了我国远程学习者学习风格的理论模型,通过编制量表和实际测量,对该模型进行验证分析和修订完善.结果表明,最初提出的理论模型假设得到验证,修订后的量表具有良好的效度和信度,可以用来测量我国远程学习者的学习风格.     

The Governance of Sport

Political philosophy is an examination of distribution of power in human communities and institutions. In previous period when identity issues were the most important political approach philosophy of sport had to deal mostly with discrimination and much less with the distribution of power in sport governance. Recent scandals revealed that at the top of sport governing bodies. Even more: it exposed the political character of the distribution of unleashed power in sport. That is why it is not enough to punish ad to prevent. It is necessary to change the distribution of power, reform the models of control over political power in sport and to rethink the whole system of governance in sport. The proposal of this paper is just one short step in this direction with two points of departure: a change in initial sport’s associational character of aristocratic distribution of power into contemporary state of corporation with managerial distribution of power; and political philosophy’s proposals for models of democratic control at the global level.     

Influence of chronic corticosterone and glucocorticoid receptor antagonism in the amygdala on fear conditioning

Glucocorticoid receptor activation within the basolateral amygdala (BLA) during fear conditioning may mediate enhancement in rats chronically exposed to stress levels of corticosterone. Male Sprague-Dawley rats received corticosterone (400 microg/ml) in their drinking water (days 1-21), a manipulation that was previously shown to cause hippocampal CA3 dendritic retraction. Subsequently, rats were adapted to the fear conditioning chamber (day 22), then trained (day 23), and tested for conditioned fear to context and tone (day 25). Training consisted of two tone (20s) and footshock (500 ms, 0.25 mA) pairings. In Experiment 1, muscimol (4.4 nmol/0.5 microl/side), a GABAergic agonist, was microinfused to temporarily inactivate the BLA during training. Rats given chronic corticosterone showed enhanced freezing to context, but not tone, compared to vehicle-supplemented rats. Moreover, BLA inactivation impaired contextual and tone conditioning, regardless of corticosterone treatment. In Experiment 2, RU486 (0, 0.3, and 3.0 ng/0.2 microl/side) was infused on training day to antagonize glucocorticoid receptors in the BLA. Corticosterone treatment enhanced fear conditioning to context and tone when analyzed together, but not separately. Moreover, RU486 (3.0 ng/side) selectively exacerbated freezing to context in chronic corticosterone-exposed rats only, but failed to alter tone conditioning. Serum corticosterone levels were negatively correlated with contextual, not tone, conditioning. Altogether, these suggest that chronic corticosterone influences fear conditioning differently than chronic stress as shown previously. Moreover, chronic exposure to corticosteroids alters BLA functioning in a non-linear fashion and that contextual conditioning is influenced more than tone conditioning by chronic corticosterone and BLA glucocorticoid receptor stimulation.     

Role of estrogen in balancing contributions from multiple memory systems

In addition to modulating memory per se, estrogen alters the learning strategy used to solve a task, thereby regulating the quality of information processed by the brain. This review discusses estrogen's actions on cognition within a memory systems framework, highlighting our work with a variety of paradigms showing that learning strategy is sensitive to estrogen even when learning rate is not. Specifically, high levels of gonadal steroids, in particular, elevations in estrogen, bias female rats toward using hippocampal-sensitive approaches while low levels of gonadal steroids promote the use of non-hippocampal sensitive strategies. In light of findings from a variety of approaches involving the hippocampus in allocentric and the striatum in egocentric response patterns, it is likely that estrogen alters the relative participation of these, and most undoubtedly other, neural systems during cognition. Changes in neuromodulators such as acetylcholine that regulate other processes such as inhibitory tone and excitability reflect one mechanism by which estrogen may orchestrate learning and memory.