Facilitating flexible learning by replacing classroom time with an online learning environment: A systematic review of blended learning in higher education

Higher education institutions are trying to provide more flexibility and individualization, which is mainly realized through the use of new technologies and implemented in online or blended learning designs. This systematic review aims to investigate the impact of replacing classroom time with an online learning environment. The meta-analysis (k = 21 effect sizes) applied strict inclusion criteria concerning research design, measurement of learning outcomes and implementation of blended learning. The estimated effect size (Hedge's g) was positive, although not significantly different from zero and the confidence interval [-0.13, 0.25], suggesting that overall differences between blended and conventional classroom learning are small, and, at best, very small negative or moderate positive effects are plausible. This means that despite a reduction in classroom time between 30 and 79 per cent, equivalent learning outcomes were found. Consequently, blended learning with reduced classroom time is not systematically more or less effective than conventional classroom learning.     

Modelling the long-run learning impact of the Covid-19 learning shock: Actions to (more than) mitigate loss

This paper uses a calibrated “pedagogical production function” model to estimate the potential long-term losses to children’s learning from the temporary shock of Covid-19 related school closures. It then models possible gains from two mitigation strategies. Without mitigation, children could lose more than a full year’s worth of learning from a three-month school closure because they will be behind the curriculum when they re-enter school and will fall further behind as time goes on. Remediation when children return to school reduces the long-term learning loss by half, but still leaves children more than half a year behind where they would have been with no shock. Remediation combined with long-term reorientation of curriculum to align with children’s learning levels fully mitigates the long-term learning loss due to the shock and surpasses the learning in the counterfactual of no shock by more than a full year’s worth of learning. Systems need to begin planning now for remediation programmes, and as they do so they should build programmes and train teachers in ways that can continue to produce benefits beyond the period immediately following reopening.     

第14届男子篮球世锦赛中外优秀后卫队员技术运用能力的比较分析

通过临场技术统计、电视录像观察和逻辑分析,以及查阅了相关文献资料,对第14届男子篮球世锦赛中国男篮与外国男篮(前四名)优秀后卫队员技术运用的能力进行比较分析,旨在对比和寻找目前中外优秀后卫队员在技术运用能力上存在的差异。     

对《体育与健康》课程学习和成绩评定的理论研究

本文以《体育与健康》新课程为主线,为如何建构体育教育中的学生学习评价和成绩评定体系提出了一些看法和意见。其目的是为了进一步深化体育教学改革,提高体育教学质量,提供理论依据。     

情绪的动力平衡与体育课学习效果关系

采用情绪量表 ,考察在运动技能学习过程中情绪变化的状况 ,发现在技能学习的不同阶段 ,情绪有其变化的特征 ,随着学习的不断深入 ,情绪总趋势朝良性方向发展 ,这在一定程度上支持了情绪的动力平衡理论。     

吴文化与苏州学习型组织

本试图通过分析学习型组织开发与地域化——吴化的必然联系，思考探索重塑传统化，寻求开发苏州学习型组织的有效方法。     

第13届世界女篮锦标赛大前锋进攻的特点

通过对1998年5～6月在德国举行的第13届世界女篮锦标赛部分大前锋进攻特点的研究，从中揭示出本届世界女篮大前锋进攻特点，探究女篮大前锋进攻技术、比赛运用诸方面的发展趋向，为我国女篮大前锋的选材、训练与使用提供理论与实践依据。     

少年女子柔道运动员一周大运动量训练期间的机能变化

了解一周大运动量训练对少年女子柔道运动员机体代谢和内分泌免疫机能的影响。对少年女子柔道运动员进行1周的大运动量训练,在不同时段测试血清CK、LDH、BUN、T、C和免疫球蛋白等指标。结论为大运动量训练后睾酮、皮质醇、BUN、CK、LDH和白细胞的变化呈现不同变化规律,可以较敏感地反映少年女子柔道运动员训练期的机能状况。     

基于学习共同体的《教育技术学导论》——课程设计初探

文章简要地分析了教育技术导论课程的特点及其在目前的教学中存在的问题,提出以学习共同体作为学习组织形式开展教学,既可以丰富课堂教学形式,也能通过师生及同伴之间的互动,促进学习者独立思考,逐步建构自己对教育技术的理解。     

齐海峰竞技成绩的灰色关联分析及GM(1,N)动态协调模型的研究

采用文献资料法和灰色关联度分析法,对我国优秀男子十项全能运动员齐海峰1999-2002年十项全能的比赛成绩进行统计与分析,运用GM(1,N)动态协调模型对其在总成绩不断提高的各个阶段诸因素间相互联系、相互影响的辩证发展关系进行多方位、多层次研究。结果表明:100米跑、铅球和跳远是影响齐海峰专项成绩的关键因素,其关联度分别为0.8928、0.7443和0.7571,研究还发现,齐海峰在成绩提高的每一个阶段中,系统处于不稳定和非协调发展,其中速度和速度——力量性项目落后是导致系统不稳定和非协调发展的主要因素。