Using Dynamical Systems Theory in Outdoor Adventure Education Research

Jeremy Jostad, Jim Sibthorp, J. Butner, Shannon Rochelle, John Gookin
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引用次数: 1

Abstract

Abstract: A challenge of studying outdoor adventure education (OAE) is the multi-faceted nature of these programs. There are multiple components in OAE, such as students, instructors, or the environment that can influence the development of student learning outcomes. When conducting quantitative studies, researchers have limited ability to control these influences because of the natural setting of such programs, hindering many of the most common quantitative research designs. To address these challenges in OAE reserach, this article demonstrates the use of a dynamical systems theory (DST) approach of modeling quantitative data. The foundations, assumptions, and descriptors used to explain DST phenomena are introduced. Methodological considerations and an example analysis are presented.
动态系统理论在户外探险教育研究中的应用
摘要:研究户外探险教育(OAE)的一个挑战是这些项目的多面性。OAE中有多个组件,例如学生、教师或环境,可以影响学生学习成果的发展。在进行定量研究时,由于这些程序的自然设置,研究人员控制这些影响的能力有限,阻碍了许多最常见的定量研究设计。为了解决OAE研究中的这些挑战,本文演示了动态系统理论(DST)方法对定量数据建模的使用。介绍了用于解释DST现象的基础、假设和描述符。提出了方法上的考虑和实例分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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