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The implication of brain research in preparing young children to enter school ready to learn.

机译:脑研究对幼儿准备入学准备学习的意义。

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摘要

The Florida Department of Education (DOE) indicated that twenty percent of Florida's children entering public school are identified as "not ready to learn." Many early childhood educators have said that a five-year old entering school for the first time, beginning the journey of a lifelong education, may already have missed some crucial opportunities for learning that can never be recaptured (Newman, 1997). From the standpoint of brain development, children start school relatively late in life. Long before youngsters master their ABCs, their brains have passed many developmental milestones. Yet, education policy has not addressed how children learn before they arrive at school or how parents can be helped to enrich the home environment so that their children will be ready to learn when they reach school age. The purpose of this study was to determine if young children who experienced a brain enriched learning environment prior to starting school, enter school ready to learn.;Research in brain development suggests that it is time to rethink many education policies for young children (Newman, 1997). A growing body of knowledge is shedding new light on the effects early experiences have on the development and functioning of the brain. If harnessed properly, the power of these findings could help fuel a new generation of investments in early childhood education, parenting education, and family support. The technology available today opens up opportunities to think anew about how children learn, grow, and develop.;Further, brain research has phenomenal implications for educators and policy makers. The research implies that no child is born with his or her place established on the bell-shaped curve (Miller, 1997). All children are born with the same number of brain cells. But if a child's brain isn't nourished with rich environmental stimuli as well as good nutrition, some important brain connections are not made. How a child's brain gets wired depends on what happens to that child during the critical early years. This study sought to determine if a brain rich environment before formal schooling is important and to elicit implications of these findings for policy makers. (Abstract shortened by UMI.)
机译:佛罗里达州教育局(DOE)指出,佛罗里达州进入公立学校的儿童中有20%被确定为“尚未准备好学习”。许多幼儿教育工作者说,一个五岁的孩子第一次入学,开始了终身教育的旅程,可能已经错过了一些永远无法抓住的重要学习机会(Newman,1997)。从大脑发育的角度来看,孩子相对较晚才开始上学。在年轻人掌握ABC的很早之前,他们的大脑就已经跨越了许多发展里程碑。但是,教育政策尚未解决儿童上学前的学习方式或如何帮助父母丰富家庭环境,以使他们的孩子在上学年龄后就可以开始学习。这项研究的目的是确定在上学之前是否经历过大脑丰富的学习环境的幼儿是否可以入学准备学习。;对大脑发育的研究表明,是时候重新考虑许多针对幼儿的教育政策了(Newman, 1997)。越来越多的知识为早期经验对大脑发育和功能的影响提供了新的思路。如果运用得当,这些发现的力量将有助于推动对幼儿教育,育儿教育和家庭支持的新一代投资。当今可用的技术为重新思考儿童的学习,成长和发展提供了机会。此外,大脑研究对教育者和决策者产生了重大影响。研究表明,没有孩子出生时其钟形曲线上的位置就确定了(Miller,1997)。所有孩子出生时都具有相同数量的脑细胞。但是,如果一个孩子的大脑没有被丰富的环境刺激和良好的营养所滋养,那么就无法建立一些重要的大脑联系。一个孩子的大脑如何连接取决于该孩子在关键的早期时期会发生什么。这项研究试图确定在正规学校就读之前的大脑丰富环境是否重要,并为决策者引出这些发现的含义。 (摘要由UMI缩短。)

著录项

  • 作者

    Thomas, Patty Ball.;

  • 作者单位

    Florida Agricultural and Mechanical University.;

  • 授予单位 Florida Agricultural and Mechanical University.;
  • 学科 Education Early Childhood.
  • 学位 Ph.D.
  • 年度 2001
  • 页码 198 p.
  • 总页数 198
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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