科学数据工作的新方面:对实习科学家和科学教师的研究

IF 1.8 4区 教育学 Q2 EDUCATION & EDUCATIONAL RESEARCH
H. Jin, Hayat Hokayem, Dante Cisterna
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引用次数: 0

摘要

摘要背景新技术和合作的增加彻底改变了科学家处理数据的方式。这就需要确定使用科学数据的新方面,这些数据对K-12学生的学习很重要。目的为了满足这一需求,我们对实习科学家和K-12科学教师进行了一项研究。这项研究的目的是确定使用科学数据的新方面以及这些方面涉及的策略,这些方面对学生的学习可能很重要。研究问题是:(1)科学家在科学探究中如何处理数据?(2) 科学家在处理数据时使用的哪些策略通常不会出现在科学教师的课堂上?样本在这项研究中,15名实习科学家和11名科学教师分别参加了一对一的访谈;40名实习科学家和175名科学教师每人完成了一项调查。设计和方法我们首先根据相关文献开发了一个使用数据的初始模型。接下来,我们进行了两阶段的序列研究。在探索阶段,我们采访了15名实习科学家和11名科学教师,并使用采访数据对初始模型进行了修正。在调查阶段,我们对40名实习科学家和175名科学教师进行了调查。根据调查数据,我们对模型进行了修订并最终确定。结果该研究生成了一个基于经验的模型,该模型包含使用科学数据的五个方面:数据分析的目的、计划数据收集、组织和减少数据、表示数据和解释分析结果。对于每一个方面,我们都确定了科学家使用的策略,并调查了这些策略是否以及如何在科学课堂上教授。结论研究结果为未来研究是否以及如何在K-12科学课堂上教授数据处理的新方面提供了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New aspects of working with scientific data: a study with practicing scientists and science teachers
ABSTRACT Background New technology and increased collaboration have revolutionized how scientists work with data. This creates a need to identify new aspects of working with scientific data that are important for K-12 students to learn. Purpose To address this need, we conducted a study with practicing scientists and K-12 science teachers. The purpose of the study is to identify new aspects of working with scientific data and the strategies involved in those aspects, which are potentially important for students to learn. The research questions are: (1) How do scientists work with data in their scientific inquiry? (2) What strategies used by scientists to work with data do not commonly appear in the science teachers’ class? Sample In the study, 15 practicing scientists and 11 science teachers each participated in a one-on-one interview; and 40 practicing scientists and 175 science teachers each completed a survey. Design and methods We first developed an initial model of working with data based on relevant literature. Next, we conducted a two-stage sequential study. At the exploration stage, we interviewed 15 practicing scientists and 11 science teachers and used the interview data to revise the initial model. At the investigation stage, we conducted surveys with 40 practicing scientists and 175 science teachers. Based on the survey data, we revised and finalized the model. Results The study generated an empirically grounded model that contains five aspects of working with scientific data: purposes of data analysis, planning data collection, organizing and reducing data, representing data, and interpreting analysis results. For each aspect, we identified the strategies used by scientists and investigated whether and how those strategies were taught in science classrooms. Conclusion The results provide a foundation for future research on whether and how the new aspects of working with data can be taught in K-12 science classrooms.
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来源期刊
Research in Science & Technological Education
Research in Science & Technological Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
5.10
自引率
6.20%
发文量
39
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