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Margaret Naumburg 《Arts Education Policy Review》2013,114(3):13-39
Music education has always required advocacy to solidify its place in the school curriculum. Music teachers are increasingly called on to justify their existence and importance in the schools, and yet, are often unprepared to advocate on their own behalf without the use of advocacy materials that are created on the basis of questionable research, questionable interpretations of valid research, or materials that demean the profession. This practical advocacy crisis is created by the lack of a solid philosophical basis for music education advocacy, the profusion of questionable advocacy materials available, and the lack of lobbying at the federal and state levels for meaningful laws that give arts education true core status. In the article, the author discusses suggestions for improving advocacy methods and materials. 相似文献
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分子生物学实验教学内容的新探索 总被引:1,自引:0,他引:1
尽管我们对分子生物学实验教学进行了多方面改革,但至今大多实验教学内容中仍然存在一个突出的问题:分子生物学理论教学内容和实验教学内容相脱节,实验教学内容未能突出理论教学中重点、难点内容以及相应能力要求。本文着重探讨新的分子生物学实验课程内容,即根据分子生物学理论课教学中的重点、难点内容顺序,安排相应的实验内容,让学生在实验中理解理论知识,掌握相应的实验能力,最终实现理论教学和实践教学的相互促进,从而提高教学质量。 相似文献
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生命科学是与人类关系最密切的学科,也是众多科学领域中发展迅速且交叉性强的实验性学科。“双一流”建设背景下,人才培养以全面发展为导向,这对大学生生命科学素养和综合能力的培养提出了迫切需求。以通识课程体系改革为契机,积极探索并成功建设面向非生物专业学生的8门生命科学实践类系列通识课程,课程内容涵盖生命科学的各个分支学科或方向,培养具有生命科学知识和素养并具有一定实践能力和创新能力的复合型人才,可为高校实验教学中心通识课程开设和实验教学改革提供参考和借鉴的经验。 相似文献
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微生物涉及人类生活的方方面面,微生物学是各类高校为生命科学、医学、药学、农业、林业、食品等有关专业开设的本科生必修专业基础课。在国际化和一流学科发展趋势下,全英文授课具有重要意义并越来越受到重视。本文旨在探讨在如今面向人类生命健康、强调学科交叉的时代,如何结合本学校专业优势,开展微生物学英文教学的课程改革,将微生物学与医药、农业、环境、健康等充分结合,力争做到以学促研、以学促教,打造出具有本学校特色的微生物学全英文课程,将有关实践探索与微生物学教学工作者进行交流。 相似文献
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Science‐Driven Restoration: A Square Grid on a Round Earth? 总被引:3,自引:1,他引:2
Robert J. Cabin 《Restoration Ecology》2007,15(1):1-7
Is formal science necessarily an effective framework and methodology for designing and implementing ecological restoration programs? My experience as an ecologist in Hawaii suggests that even when scientific research programs are explicitly designed to guide and facilitate restoration, the culture of science, heterogeneity of nature, and real‐world complexities of implementing land management practices often limit the practical relevance of conventional scientific research. Although alternative models such as adaptive management and transdisciplinary science may facilitate research that more robustly models the real world, there is often little professional support or incentive to orient even these nonconventional research approaches toward actually solving on‐the‐ground problems. Thus, if one’s goal is to accomplish ecological restoration as quickly and efficiently as possible, a trial‐and‐error/intelligent tinkering–type approach might often be better than using more rigorous, data‐intensive scientific methodology. However, the sympatric implementation of ecological restoration and scientific research programs can lead to valuable synergies such as mutual logistical and financial support and the exchange of distinct forms of knowledge. The professional activities and mere presence of scientists can also greatly enhance a program’s prestige and visibility, which in turn can indirectly promote more and better ecological restoration. Improving our understanding of when formal science can directly assist restoration projects and when its value will more likely be synergistic and indirect could lead to better science, better ecological restoration, and better relationships between these two cultures. 相似文献
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随着高校生命科学大型设备开放和共享程度不断扩大,如何利用大型设备培养学生的实践与创新能力、如何挖掘设备潜能、提高科研支撑水平和加快科研产出等问题亟待解决。经过探索,建立了一套包含15个专题、涵盖技术广泛的大型设备培训和实践教学体系。实践中,不断地在课程个性化方面进行创新,根据学生专业和科研需求差异细化教学内容、分小班个性化教学、学生菜单式选择,同时充分发挥线上教学优势,形成了云端教学与线下课堂教学相辅相成的教学模式,产生了一定的教学效果。 相似文献
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