Geoscience Education Research: Community Synthesis and Planning Project

地球科学教育研究：社区综合与规划项目

• 批准号: 1607543
• 负责人: Kristen St John
• 金额: $ 9.36万
• 依托单位: James Madison University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2016
• 资助国家: 美国
• 起止时间: 2016-02-01 至 2017-01-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1607543&HistoricalAwards=false
• 关键词: Geoscience; Education; Research; Community; Synthesis

The Geoscience Education Research (GER) Community Synthesis and Planning Project will advance the production of a synthesis of GER to date and prioritize future geoscience education research needs via community input. It responds to recent calls for action in the geoscience education research community, and builds on outcomes and needs identified in the 2012 National Research Council analysis of discipline-based education research, and on a recent NSF-funded project (#1513519 Shaping the Future of GER). The project will impact a wide cross section of the geoscience education community, including geoscience education scholars at 2-year and 4-year colleges and research universities, as well as cognitive scientists and geoscience education practitioners. Project activities will include digitization of past issues of the primary peer-reviewed GER journal, the Journal of Geoscience Education; this digitization will increase access to a valuable resource for current geoscience education researchers, as well as practitioners, education researchers in other STEM disciplines, and international scholars who are interested in geoscience education research and curriculum and instruction scholarship. In addition, the project will seek and compile input from the GER community via a broadly disseminated online survey and a summer workshop on what is most needed to support current and future geoscience education researchers. An online GER methods "toolbox" will also be developed to begin addressing needs of those new to GER. Collectively, these efforts will result in a synthesis of GER and a prioritization of the needs of the GER community, and will support current and future geoscience education researchers by offering forums for discussion and resources for their use. This synthesis can be used to help prioritize the next steps in GER, to improve research approaches and foster collaborations, and ultimately to improve teaching and learning in the geosciences.Digitizing decades of past print-only articles in JGE will increase access to foundational GER studies, and expand the timeframe and number of studies for inclusion in GER literature reviews for a Journal of Geoscience Education theme issue on Synthesizing Results and Defining Future Directions of GER. The online survey is expected to reach most of GER researchers in the US, which will ensure broad community input in developing a prioritized list of needs to support current and future geoscience education researchers. The workshop at the 2016 Earth Educators' Rendezvous will bring 40 geoscience education researchers together to discuss survey results and GER findings, and share ideas for future research projects and collaborations. By designing an online GER toolbox, the project will develop a resource that will begin to address a GER community need. By drawing from findings in the collections of theme issue papers, from results of the broadly disseminated survey of geoscience education researchers and practitioners, and from the 2015 and 2016 EER GER workshops, the project will be able to identify important outcomes from GER, key research gaps, and critical needs of the GER community of practice.

地球科学教育研究（格尔）社区综合与规划项目将推进迄今为止的格尔综合的制作，并通过社区投入优先考虑未来的地球科学教育研究需求。它响应了地球科学教育研究界最近的行动呼吁，并建立在2012年国家研究理事会对基于学科的教育研究的分析中确定的成果和需求，以及最近NSF资助的项目（#1513519塑造格尔的未来）。该项目将影响地球科学教育界的广泛领域，包括两年制和四年制学院和研究型大学的地球科学教育学者，以及认知科学家和地球科学教育从业者。项目活动将包括对同行评审的主要格尔期刊《地球科学教育期刊》的过去各期进行数字化;这一数字化将增加当前地球科学教育研究人员以及其他STEM学科的从业人员、教育研究人员和对地球科学教育研究以及课程和教学奖学金感兴趣的国际学者获得宝贵资源的机会。此外，该项目将通过广泛传播的在线调查和夏季研讨会，寻求和汇编来自格尔社区的投入，以支持当前和未来的地球科学教育研究人员。还将开发一个在线格尔方法“工具箱”，以开始满足那些对格尔不熟悉的人的需求。总的来说，这些努力将导致对格尔的综合，并确定格尔社区需求的优先次序，并将通过提供讨论论坛和供其使用的资源，支持当前和未来的地球科学教育研究人员。这种综合可以用来帮助优先考虑格尔的下一个步骤，以改善研究方法和促进合作，并最终改善地球科学的教学和学习。数字化过去几十年的JGE只打印文章将增加对基础格尔研究的访问，并扩大研究的时间范围和数量，以便纳入《地球科学教育杂志》关于综合结果的主题问题的格尔文献综述在线调查预计将覆盖美国的大多数格尔研究人员，这将确保广泛的社区投入，以制定优先需求清单，支持当前和未来的地球科学教育研究人员。2016年地球教育工作者年会的研讨会将汇集40名地球科学教育研究人员，讨论调查结果和格尔调查结果，并分享未来研究项目和合作的想法。通过设计一个在线格尔工具箱，该项目将开发一个资源，将开始解决一个格尔社区的需要。通过借鉴专题论文集中的发现、广泛传播的地球科学教育研究人员和从业人员调查结果以及2015年和2016年地球环境与格尔研讨会的结果，该项目将能够确定格尔的重要成果、主要研究差距以及格尔实践社区的关键需求。