高中挑战性行为的管理:神经信息课堂策略的范围审查

Krista Tomas , Judith Foggett , Angela Page , Sharon Savage
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引用次数: 0

摘要

经历过童年早期创伤或长期压力的青少年给学校带来了重大的挑战行为。有必要建立变革性行为管理系统,确定需要通过大脑和身体发育的背景,以及青少年发挥作用的关系和环境,更好地了解学校行为。本综述的目的是确定目前存在哪些基于学校的行为管理干预措施,这些干预措施考虑了青春期高中生挑战性行为的神经心理学和神经生物学特征。方法检索ProQuest教育、ProQuest心理学四个电子数据库。EBSCO, Scopus)。2018年至2023年间共有18篇同行评议的出版物符合条件,并进行了描述性介绍。结果回顾了18篇文章,以确定青少年学生的行为管理干预措施,其中包括神经特征作为干预措施的一部分。七篇文章确定了压力的神经生物学,其中只有四篇提供了关于暴露于创伤或长期压力下的青少年大脑结构和功能的实质性信息。所有的文章都讨论了在学习、执行功能和情绪调节的背景下认知发展的教学法。结论青少年大脑发生了复杂的结构和功能变化,因此有必要考虑导致课堂破坏行为的神经生物学和神经心理学因素。以高中为基础的跨学科干预措施出现了,具有不同的神经信息特征;然而,需要进一步的发展。为教师提供理解脑科学的培训,同时开发神经信息策略来管理课堂行为,将加强当前的行为管理策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The management of challenging behaviour in high schools: A scoping review of neuro-informed classroom strategies

Background

Adolescents who have experienced early childhood trauma or prolonged stress, present schools with major challenging behaviour. There is a need for transformative behaviour management systems that identifies a need to better understand behaviour in schools through the context of brain and physical development, alongside relationships and the environments in which adolescents’ function. The aim of this review was to identify what school-based behaviour management interventions currently exist that consider neuropsychological and neurobiological features of challenging behaviour in adolescent high school students.

Methods

Searches of four electronic databases (ProQuest Education, ProQuest Psychology. EBSCO, Scopus) were conducted. A total of eighteen (18) peer-reviewed publications between 2018 and 2023 were eligible and presented descriptively.

Results

Eighteen articles were reviewed to identify behaviour management interventions for adolescent students that included neurological features as part of the intervention. Seven articles identified the neurobiology of stress with only four of these providing substantial information about brain architecture and function in adolescents exposed to trauma or prolonged stress. All articles addressed the pedagogy of cognitive development in the context of learning, executive function, and emotional regulation.

Conclusions

Complex structural and functional brain changes occur in adolescence making it imperative to consider the neurobiological and neuropsychological components contributing to disruptive behaviour in the classroom. There are emerging cross-disciplinary high school-based interventions with varied neuroinformed features; however, with a need for further development. Training in understanding brain science for teachers alongside development of neuroinformed strategies to manage behaviour in the classroom, would enhance current behaviour management strategies.
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来源期刊
Social sciences & humanities open
Social sciences & humanities open Psychology (General), Decision Sciences (General), Social Sciences (General)
CiteScore
4.20
自引率
0.00%
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0
审稿时长
159 days
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