Clark Shane, Petersen John E, Frantz Cindy M, Roose Deborah, Ginn Joel, Rosenberg Daneri Daniel
Environmental Studies Program, Oberlin College, Adam Joseph Lewis Center, Oberlin, Ohio, United States of America.
Psychology Department, Oberlin College, Severance Laboratory, Oberlin, Ohio, United States of America.
PLoS One. 2017 Apr 27;12(4):e0176322. doi: 10.1371/journal.pone.0176322. eCollection 2017.
Tackling complex environmental challenges requires the capacity to understand how relationships and interactions between parts result in dynamic behavior of whole systems. There has been convincing research that these "systems thinking" skills can be learned. However, there is little research on methods for teaching these skills to children or assessing their impact. The Environmental Dashboard is a technology that uses "sociotechnical" feedback-information feedback designed to affect thought and behavior. Environmental Dashboard (ED) combines real-time information on community resource use with images and words that reflect pro-environmental actions of community members. Prior research indicates that ED supports the development of systems thinking in adults. To assess its impact on children, the technology was installed in a primary school and children were passively exposed to ED displays. This resulted in no measurable impact on systems thinking skills. The next stage of this research examined the impact of actively integrating ED into lessons on electricity in 4th and 5th grade. This active integration enhanced both content-related systems thinking skills and content retention.
应对复杂的环境挑战需要具备理解各部分之间的关系和相互作用如何导致整个系统动态行为的能力。有令人信服的研究表明,这些“系统思维”技能是可以习得的。然而,关于向儿童教授这些技能或评估其影响的方法的研究却很少。环境仪表盘是一种利用“社会技术”反馈的技术——旨在影响思维和行为的信息反馈。环境仪表盘(ED)将社区资源使用的实时信息与反映社区成员环保行动的图像和文字结合起来。先前的研究表明,ED有助于成年人系统思维的发展。为了评估其对儿童的影响,该技术被安装在一所小学,孩子们被动地接触ED显示屏。这对系统思维技能没有产生可衡量的影响。这项研究的下一阶段考察了将ED积极融入四年级和五年级电力课程的影响。这种积极的融入提高了与内容相关的系统思维技能和知识保留率。