Department of Curriculum and Instruction & Centre for Learning Sciences and Technologies, The Chinese University of Hong Kong, Hong Kong, China.
Int J Environ Res Public Health. 2020 Apr 6;17(7):2504. doi: 10.3390/ijerph17072504.
Mobile learning (M-learning) has been in high regard for motivating today's children to learn in schools. The present initiative, which harnesses M-learning in environmental education, aims to promote elementary pupils' learning motivation through engaging them in conducting mobile inquiry-oriented ambience-aware fieldwork (MIAF) in outdoor landscapes. Besides presenting the rationale and pedagogic design of the initiative, this paper reports and discusses the findings of a quasi-experiment which examined the motivational effectiveness of MIAF in comparison with the conventional inquiry-oriented fieldtrip-based learning approach's. The experiment was grounded upon the instructional motivation theory of ARCS (Attention, Relevance, Confidence and Satisfaction), involving a total of 145 elementary pupils. Results showed that, compared to the conventional approach, MIAF had significantly positive effects on the experimental group (versus the control group) upon the constructs of "A", "C", and "S", but not "R". This study offers researchers and practitioners in the domains of environmental education and M-learning new insights into adopting mobile devices in outdoor contexts, in particular, shedding light on designing and implementing inquiry-oriented fieldtrip-based learning in the natural environment.
移动学习(M-learning)在激发当今儿童在学校学习方面受到高度重视。本倡议利用环境教育中的移动学习,旨在通过让小学生参与户外景观中的移动探究导向环境感知实地考察(MIAF),来提高他们的学习动机。除了介绍该倡议的基本原理和教学设计外,本文还报告并讨论了一项准实验的结果,该实验比较了 MIAF 与传统的基于探究的实地考察学习方法在动机效果方面的差异。该实验基于 ARCS(注意、相关性、信心和满意度)教学动机理论,共有 145 名小学生参与。结果表明,与传统方法相比,MIAF 在“注意”、“信心”和“满意度”这三个构念上对实验组(相对于对照组)有显著的积极影响,但在“相关性”方面没有显著影响。本研究为环境教育和移动学习领域的研究人员和实践者提供了新的见解,即如何在户外环境中采用移动设备,特别是在自然环境中设计和实施基于探究的实地考察学习方面。