The role of clear thinking in learning science from multiple-document ınquiry tasks

The main goal for the current study was to investigate whether individual differences in domaingeneral thinking dispositions might affect learning from multiple-document inquiry tasks in science. Middle school students were given a set of documents and were tasked with understanding how and why r...

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Main Authors: Thomas D. Griffin, Jennifer Wiley, M. Anne Britt, Carlos R. Salas
Format: Article
Language:English
Published: Kura Publishing 2012-11-01
Series:International Electronic Journal of Elementary Education
Online Access:https://iejee.com/index.php/IEJEE/article/view/10/9
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spelling doaj-fe848f14cf29405a9afa0044b4528f7b2020-11-25T03:39:58ZengKura PublishingInternational Electronic Journal of Elementary Education1307-92981307-92982012-11-015179The role of clear thinking in learning science from multiple-document ınquiry tasksThomas D. Griffin0Jennifer Wiley1M. Anne Britt2Carlos R. Salas3Department of Psychology, University of Illinois at ChicagoUniversity of IllinoisNorthern Illinois UniversityUniversity of IllinoisThe main goal for the current study was to investigate whether individual differences in domaingeneral thinking dispositions might affect learning from multiple-document inquiry tasks in science. Middle school students were given a set of documents and were tasked with understanding how and why recent patterns in global temperature might be different from what has been observed in the past from those documents. Understanding was assessed with two measures: an essay task and an inference verification task. Domain-general thinking dispositions were assessed with a Commitment to Logic, Evidence, and Reasoning (CLEAR) thinking scale. The measures of understanding were uniquely predicted by both reading skills and CLEAR thinking scores, and these effects were not attributable to prior knowledge or interest. The results suggest independent roles for thinking dispositions and reading ability when students read to learn from multiple-document inquiry tasks in science.https://iejee.com/index.php/IEJEE/article/view/10/9
collection DOAJ
language English
format Article
sources DOAJ
author Thomas D. Griffin
Jennifer Wiley
M. Anne Britt
Carlos R. Salas
spellingShingle Thomas D. Griffin
Jennifer Wiley
M. Anne Britt
Carlos R. Salas
The role of clear thinking in learning science from multiple-document ınquiry tasks
International Electronic Journal of Elementary Education
author_facet Thomas D. Griffin
Jennifer Wiley
M. Anne Britt
Carlos R. Salas
author_sort Thomas D. Griffin
title The role of clear thinking in learning science from multiple-document ınquiry tasks
title_short The role of clear thinking in learning science from multiple-document ınquiry tasks
title_full The role of clear thinking in learning science from multiple-document ınquiry tasks
title_fullStr The role of clear thinking in learning science from multiple-document ınquiry tasks
title_full_unstemmed The role of clear thinking in learning science from multiple-document ınquiry tasks
title_sort role of clear thinking in learning science from multiple-document ınquiry tasks
publisher Kura Publishing
series International Electronic Journal of Elementary Education
issn 1307-9298
1307-9298
publishDate 2012-11-01
description The main goal for the current study was to investigate whether individual differences in domaingeneral thinking dispositions might affect learning from multiple-document inquiry tasks in science. Middle school students were given a set of documents and were tasked with understanding how and why recent patterns in global temperature might be different from what has been observed in the past from those documents. Understanding was assessed with two measures: an essay task and an inference verification task. Domain-general thinking dispositions were assessed with a Commitment to Logic, Evidence, and Reasoning (CLEAR) thinking scale. The measures of understanding were uniquely predicted by both reading skills and CLEAR thinking scores, and these effects were not attributable to prior knowledge or interest. The results suggest independent roles for thinking dispositions and reading ability when students read to learn from multiple-document inquiry tasks in science.
url https://iejee.com/index.php/IEJEE/article/view/10/9
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