Hansson S B, Rydén O O, Johnsson P
Percept Mot Skills. 1986 Aug;63(1):279-93. doi: 10.2466/pms.1986.63.1.279.
Previous authors have pointed out that, while the classic Rod-and-Frame Test (RFT) yields a measure of ability to perform field-independently, it is unsuitable for identifying stylistic preference, such as mobility-fixity within the field-dependence/independence dimension. To relate mobility-fixity and ability aspects of field-dependence/independence, we compared data obtained from two versions of the test: one with a "free" instruction, on which the subjects were invited to adjust the rod to any position(s) they preferred on each of 10 trials and a process-oriented version (RFT-P), involving 20 trials with the standard instruction but with a constant rod-and-frame configuration, making possible analysis of the process of adaptation. Mobility versus fixity was defined in terms of more or less frequent changes of rod positions and choice of a high or a low proportion of nongeometrical positions in the RFT-Free. 38 female and 23 male university students completed first the RFT-Free and thereafter the RFT-Process. Women were more field-dependent than men throughout the RFT-Process trials; there were no differences between the sexes over trials or in choice of positions in the RFT-Free. Compared with field-dependent subjects, field-independent subjects more often changed rod positions in the RFT-Free and preferred nongeometrical positions somewhat more. Among field-independent subjects, those with consistently low deviations in RFT-Process more often preferred a variety of nongeometrical positions in RFT-Free than did those with gradually increasing deviations. We conclude that field-independence is associated with mobility and field-dependence with fixity, as defined by the RFT-Free variables, and that a prerequisite for high mobility is a relative stability of field-independence as reflected on the RFT-Process. Theoretical implications of this conclusion are discussed.
先前的作者指出,虽然经典的棒框测验(RFT)能够衡量独立于场进行操作的能力,但它并不适合识别风格偏好,比如场依存性/独立性维度内的灵活性-固定性。为了关联场依存性/独立性的灵活性-固定性与能力方面,我们比较了从该测验的两个版本获得的数据:一个是“自由”指令版本,在这个版本中,受试者被邀请在10次试验中的每一次将棒调整到他们喜欢的任何位置;另一个是过程导向版本(RFT-P),包含20次使用标准指令但棒框配置恒定的试验,这使得对适应过程的分析成为可能。灵活性与固定性是根据棒位置变化的频率或多或少以及在自由棒框测验(RFT-Free)中选择非几何位置的比例高低来定义的。38名女大学生和23名男大学生首先完成了自由棒框测验(RFT-Free),然后完成了过程版棒框测验(RFT-Process)。在整个过程版棒框测验(RFT-Process)试验中,女性比男性更依赖场;在自由棒框测验(RFT-Free)的各次试验或位置选择上,两性之间没有差异。与场依存性受试者相比,场独立性受试者在自由棒框测验(RFT-Free)中更频繁地改变棒的位置,并且在一定程度上更倾向于非几何位置。在场独立性受试者中,那些在过程版棒框测验(RFT-Process)中偏差始终较低的人比偏差逐渐增加的人在自由棒框测验(RFT-Free)中更常选择各种非几何位置。我们得出结论,按照自由棒框测验(RFT-Free)变量的定义,场独立性与灵活性相关联,场依存性与固定性相关联,并且高灵活性的一个先决条件是场独立性的相对稳定性,这在过程版棒框测验(RFT-Process)中有所体现。本文讨论了这一结论的理论意义。