推理方向与规则维度对儿童因果推理的影响

采用Frye和Zelazo等（1996）所设计的“二进二出”装置（斜面滚球装置）,设置了不同的推理方向、规则维度的因果推理任务,采用个别实验法,研究了60名3.5～4.5岁儿童因果推理能力的发展。结果发现：（1）儿童在不同方向的因果推理任务上成绩差异显著,因→果推理成绩要好于果→因推理;（2）不同维度下儿童的推理成绩有极显著的差异性,一维的因果推理更容易,三维合取规则的因果推理任务更难;（3）3.5～4岁左右是儿童因果推理能力发展的快速期。     

项目在不同间隔时间呈现过程中的系列位置效应

以中国汉字为材料,考察不同中数比率（０．６,０．８和１．０）时,系列位置曲线不同部分性质的分化,结果说明,系列位置曲线不同部分的性质,是项目间隔时间和其时间变化的中数比率共同作用的结果,发现项目间隔时间变化中数比率所起作用更大,在项目呈现时间相同时,项目隔间的时间长短,决定项目之间的辨别程度,也影响到对项目正确提取的百分数。     

10～12岁儿童在平衡秤任务上的规则使用及其复杂性

以256名10～12岁儿童为被试,采取规则评估方法探讨了儿童在平衡秤任务上的规则使用类型及其年龄特点,并尝试使用认知复杂性和控制理论对此加以分析和解释.结果表明:(1)除了Siegler所谓的四种规则和补偿规则以外,儿童还使用了规则ⅢA和距离规则,其中规则ⅢA并不特指单一的规则,而是代表儿童在掌握了规则Ⅲ之后向更高级的规则Ⅳ发展的不稳定期和过渡期;(2)10～12岁儿童中使用规则Ⅲ的人数显著多于使用补偿规则的人数,对此认知复杂性和控制理论能够提供较好的解释;(3)规则Ⅰ仍是10～12岁儿童使用的主要规则,并非Siegler认为的主要是4、5岁儿童使用此规则.     

A new formulation of the Principle of Indifference

The idea of a probabilistic logic of inductive inference based on some form of the principle of indifference has always retained a powerful appeal. However, up to now all modifications of the principle failed. In this paper, a new formulation of such a principle is provided that avoids generating paradoxes and inconsistencies. Because of these results, the thesis that probabilities cannot be logical quantities, determined in an objective way through some form of the principle of indifference, is no longer supportable. Later, the paper investigates some implications of the new principle of indifference. To conclude, a re-examination of the foundations of the so-called objective Bayesian inference is called for.     

Bridging the gap between theory and model: a reflection on the balance scale task

At first glance, the two lead articles in this issue share little except the balance scale task, yet we view them as complementary rather than unrelated or contradictory. Our Reflection focuses on the individual strengths of the two lead articles and, to a greater extent, the potential power of their combined perspectives. Our general approach is to allow psychological theory to suggest a model of performance that can both evaluate specific theoretical claims and reveal important features of the data that had been previously obscured using conventional statistical analyses. Our guiding principle is that model, theory, and data all should be connected.     

Psychological evidence in the courtroom: critical reflections on the general acceptance standard

The increasing ties between psychology and law have familiarized psychologists with the standards by which law admits scientific evidence into the courtroom. In the USA, these include the general acceptance standard and the Daubert guidelines and, in the UK, the Turner Rule. However, the psychological literature has largely failed to make clear the degree of legal debate that exists concerning the clarity and effectiveness of such standards. This paper will focus on the general acceptance standard, examining key problems of this standard and placing them in a specifically psychological context. Such consideration is important precisely because the standard has become so well known within the psychological literature and because insufficient attention has been given to the way in which it operates implicitly within jurisdictions outside the USA. The authors argue that it is the responsibility of psychologists to become more involved in the debate concerning admissibility standards, given the credibility and authority that law accords to psychology when admitting it into the courtroom. In particular, psychologists need to become more self-reflective about their role in creating and maintaining such standards. © 1998 John Wiley & Sons, Ltd.     

On the Symbiosis of Science and Religion: A Jewish Perspective

Three theses are explored, the first two historical and the third philosophical-theological: (1) throughout most of the history ofWestern civilization, science and religion have been closely connected with each other, and each has benefited from the connection; (2) the belief that science and religion have always been in conflict is not based on the actual history of either set of institutions; and (3) structurally a relationship between the two institutions is in the interest of both. By religion here I mean specifically, but not exclusively, Judaism.     

Exposure-based treatment to control excessive blood glucose monitoring.

We investigated an exposure‐based procedure for reducing excessive checking of blood glucose by a child with diabetes. In a changing criterion design, an exposure‐based procedure was implemented by systematically exposing the child to decreasing amounts of information about blood sugar levels (checking) and thereby increasing exposure to potential hypoglycemia. Access to information was reduced in graduated increments, with the parents setting criteria to levels at which they were willing to adhere. Results demonstrated that the procedure was effective in reducing excessive blood glucose checking and in improving metabolic control.     

Training self‐assessment and task‐selection skills to foster self‐regulated learning: Do trained skills transfer across domains?

Students' ability to accurately self‐assess their performance and select a suitable subsequent learning task in response is imperative for effective self‐regulated learning. Video modeling examples have proven effective for training self‐assessment and task‐selection skills, and—importantly—such training fostered self‐regulated learning outcomes. It is unclear, however, whether trained skills would transfer across domains. We investigated whether skills acquired from training with either a specific, algorithmic task‐selection rule or a more general heuristic task‐selection rule in biology would transfer to self‐regulated learning in math. A manipulation check performed after the training confirmed that both algorithmic and heuristic training improved task‐selection skills on the biology problems compared with the control condition. However, we found no evidence that students subsequently applied the acquired skills during self‐regulated learning in math. Future research should investigate how to support transfer of task‐selection skills across domains.