Investigating College Students' Reasoning With Messages of Risk and Causation

Language of risk and causation pervades modern media sources. In response, statistical literacy is often framed as a critical means of understanding such discourse. At Michigan State University, several faculties have worked to create a new mathematics course, entitled Quantitative Literacy, to fulf...

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Main Author: Samuel Luke Tunstall
Format: Article
Language:English
Published: Taylor & Francis Group 2018-05-01
Series:Journal of Statistics Education
Subjects:
Online Access:http://dx.doi.org/10.1080/10691898.2018.1456989
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spelling doaj-03b715fb41a34e2ab3cbd40fe2def8302020-11-24T21:18:33ZengTaylor & Francis GroupJournal of Statistics Education1069-18982018-05-01262768610.1080/10691898.2018.14569891456989Investigating College Students' Reasoning With Messages of Risk and CausationSamuel Luke Tunstall0Program in Mathematics Education, Michigan State UniversityLanguage of risk and causation pervades modern media sources. In response, statistical literacy is often framed as a critical means of understanding such discourse. At Michigan State University, several faculties have worked to create a new mathematics course, entitled Quantitative Literacy, to fulfill the University's general education mathematics requirement. Though the course does not center exclusively on statistical thinking and methods, the curriculum does include attention to science reports in the media, among other topics, which are often based on research using statistical methods. In an effort to begin to understand how students reason with such articles before having taken the course, students in Quantitative Literacy answered several open-ended questions at the beginning of the semester in response to an opinionated news article about risk in relation to processed meats. Analysis of 152 students' responses using Toulmin's framework for argumentation revealed that the majority of the students agreed with the author's misleading message. These results suggest that prior knowledge and preexisting biases serve as potential barriers to the types of reasoning fostered in the course, and thus that the Quantitative Literacy curriculum should specifically attend to students' preexisting beliefs about the real-world contexts encountered in the course.http://dx.doi.org/10.1080/10691898.2018.1456989Quantitative reasoningStatistics education researchStatistical literacyToulmin
collection DOAJ
language English
format Article
sources DOAJ
author Samuel Luke Tunstall
spellingShingle Samuel Luke Tunstall
Investigating College Students' Reasoning With Messages of Risk and Causation
Journal of Statistics Education
Quantitative reasoning
Statistics education research
Statistical literacy
Toulmin
author_facet Samuel Luke Tunstall
author_sort Samuel Luke Tunstall
title Investigating College Students' Reasoning With Messages of Risk and Causation
title_short Investigating College Students' Reasoning With Messages of Risk and Causation
title_full Investigating College Students' Reasoning With Messages of Risk and Causation
title_fullStr Investigating College Students' Reasoning With Messages of Risk and Causation
title_full_unstemmed Investigating College Students' Reasoning With Messages of Risk and Causation
title_sort investigating college students' reasoning with messages of risk and causation
publisher Taylor & Francis Group
series Journal of Statistics Education
issn 1069-1898
publishDate 2018-05-01
description Language of risk and causation pervades modern media sources. In response, statistical literacy is often framed as a critical means of understanding such discourse. At Michigan State University, several faculties have worked to create a new mathematics course, entitled Quantitative Literacy, to fulfill the University's general education mathematics requirement. Though the course does not center exclusively on statistical thinking and methods, the curriculum does include attention to science reports in the media, among other topics, which are often based on research using statistical methods. In an effort to begin to understand how students reason with such articles before having taken the course, students in Quantitative Literacy answered several open-ended questions at the beginning of the semester in response to an opinionated news article about risk in relation to processed meats. Analysis of 152 students' responses using Toulmin's framework for argumentation revealed that the majority of the students agreed with the author's misleading message. These results suggest that prior knowledge and preexisting biases serve as potential barriers to the types of reasoning fostered in the course, and thus that the Quantitative Literacy curriculum should specifically attend to students' preexisting beliefs about the real-world contexts encountered in the course.
topic Quantitative reasoning
Statistics education research
Statistical literacy
Toulmin
url http://dx.doi.org/10.1080/10691898.2018.1456989
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