Earth Science course availability, teacher and school-level characteristics as predictors of precollege Earth Science performance

Q1 Social Sciences Journal of Geoscience Education Pub Date : 2023-01-09 DOI:10.1080/10899995.2022.2161772
Christine Schlendorf, Angela M. Kelly, Robert Krakehl
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Abstract

Abstract Student performance in high school Earth Science coursework often depends upon access to high quality teaching and resources. This study employed a non-experimental correlational research design to explore teacher-level and school-level variables and their relationship to students’ Earth Science performance. The theoretical framework is derived from studies that suggest both teacher and organizational characteristics influence students’ academic outcomes. Statewide census data were collected from a sample of Earth Science teachers (N = 2457) and Earth Science students (N = 153,749) in New York State during the 2016–2017 academic year. Teacher-level variables included certification status, professional age, course load in Earth science, and teacher isolation; while the school-level variables included Earth Science performance, test-taking percentage, socioeconomic status, locale, ethnicity, and English language proficiency. Results indicated that nearly a quarter of Earth Science teachers were teaching out-of-field, with a higher incidence in urban schools, where nearly half of all Earth Science teachers were not certified in the subject. A multivariable regression model with a subset of isolated Earth Science teachers (n = 528) indicated student performance was predicted by socioeconomic status, ethnicity, English language proficiency, and the prevalence of Earth Science participation in the school. These findings have implications for policy makers to institute reforms in teacher education and precollege Earth Science instruction, particularly in educational contexts that serve historically marginalized students, with the aim of promoting equity in diverse educational contexts. Recommendations include increasing precollege Earth Science access in the United States, improving pedagogical knowledge, and enhancing the teaching of Earth Science through informal settings.
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地球科学课程的可用性、教师和学校层面的特征作为大学预科地球科学成绩的预测因子
学生在高中地球科学课程中的表现往往取决于能否获得高质量的教学和资源。本研究采用非实验相关研究设计,探讨教师层面和学校层面的变量及其与学生地球科学成绩的关系。这一理论框架来源于教师和组织特征都影响学生学业成绩的研究。在2016-2017学年期间,从纽约州的地球科学教师(N = 2457)和地球科学学生(N = 153749)样本中收集了全州范围的人口普查数据。教师水平变量包括认证状态、职业年龄、地球科学课程负荷和教师隔离;而学校层面的变量包括地球科学成绩、考试百分比、社会经济地位、地点、种族和英语水平。结果表明,近四分之一的地球科学教师在校外教学,城市学校的发生率更高,在城市学校,近一半的地球科学教师没有这门学科的证书。一个包含孤立的地球科学教师(n = 528)的多变量回归模型表明,学生的表现可以通过社会经济地位、种族、英语语言能力和学校地球科学参与的流行程度来预测。这些发现对政策制定者在教师教育和大学前地球科学教学方面进行改革具有启示意义,特别是在为历史上被边缘化的学生服务的教育环境中,目的是促进不同教育环境中的公平。建议包括增加美国大学预科地球科学的机会,改善教学知识,并通过非正式环境加强地球科学的教学。
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来源期刊
Journal of Geoscience Education
Journal of Geoscience Education Social Sciences-Education
CiteScore
3.20
自引率
0.00%
发文量
32
期刊介绍: The Journal of Geoscience Education (JGE) is a peer-reviewed publication for geoscience education research, and serves as an international forum for research concerning the pedagogy, assessment, and philosophy of teaching and learning about the geosciences and related domains. JGE is a publication of the National Association of Geoscience Teachers, a non-profit, member-driven organization that supports a diverse, inclusive, and thriving community of educators and education researchers to improve teaching and learning about the Earth.
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