印度和肯塔基州的水资源:为不同环境下的高中班级开发具有实地经验的在线课程

IF 0.9 Q4 WATER RESOURCES
Carol Hanley, Rebecca L. Freeman, Alan E. Fryar, Amanda R. Sherman, Esther Edwards
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引用次数: 0

摘要

保持获得足够数量的清洁水以满足人类和环境需求是一项全球性挑战,需要教育和社区参与。我们开发了一套课程,将实地经验与关注水循环、水质和人类影响的在线模块相结合。这个为期一年的课程将肯塔基州的九所公立高中与印度东部的十所私立英语学校连接起来。课程设计以下一代科学标准(美国新的科学教育标准)为依据,并利用了可免费获得的开放获取技术。每个教学模块都包括一个带旁白的幻灯片,其中包含肯塔基州和印度的一般信息和示例,涉及在线数据集的练习,以及课堂项目的指导方针。同学们制作创意产品(例如海报和戏剧表演),向社区宣传水问题。课堂项目包括对当地水体的文献综述,使用水质测试工具收集数据,并提交一份研究计划,由具有水文学背景的科学专业人员进行评估。来自每个国家的评分最高的团队前往另一个国家,在专业会议或研讨会上展示他们的发现。其中八所印度学校准备了他们项目的视频摘要,由肯塔基大学的一个本科班级审查。课程和学生作业范例可在一个公开访问的网站上获得。项目实施期间面临的挑战包括难以评估学生成果,以及将活动纳入现有课程,对肯塔基州的学校来说尤其如此。尽管如此,提案、期末论文和其他产品表明,学生理解水文学概念,并意识到水质问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Water in India and Kentucky: Developing an Online Curriculum with Field Experiences for High School Classes in Diverse Settings

Water in India and Kentucky: Developing an Online Curriculum with Field Experiences for High School Classes in Diverse Settings

Maintaining access to sufficient amounts of clean water for human and environmental needs is a global challenge requiring education and community engagement. We developed a curriculum integrating field experiences with online modules focusing on the water cycle, water quality, and human impacts. This year-long curriculum connected nine public high schools in Kentucky with ten private, English-language schools in eastern India. Curriculum design was informed by the Next Generation Science Standards (the new U.S. education standards for science) and utilized freely available, open-access technology. Each instructional module included a narrated slideshow with general information and examples from Kentucky and India, exercises involving online data sets, and guidelines for class projects. Students developed creative products (e.g., posters and dramatic performances) for community outreach on water issues. Class projects involved literature reviews of local water bodies, collection of data using water-quality test kits, and submission of a research proposal, which was evaluated by scientific professionals with a background in hydrology. The highest-rated team from each country traveled to the other country to present their findings at a professional meeting or workshop. Eight of the Indian schools prepared video summaries of their projects, which were reviewed by an undergraduate class at the University of Kentucky. The curriculum and examples of student work are available on a publicly accessible website. Challenges faced during project implementation included difficulty in assessment of student products and, particularly for Kentucky schools, integrating activities into existing curricula. Nonetheless, the proposals, final papers, and other products indicated that students understood hydrologic concepts and were aware of water-quality issues.

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