2011
DOI: 10.1021/ed100017k
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Using Wikipedia To Develop Students’ Critical Analysis Skills in the Undergraduate Chemistry Curriculum

Abstract: Wikipedia represents a revolution in the way knowledge is communicated and a potential threat to traditional encyclopedias. Wikipedia is widely used as a reference in academic assignments. Unfortunately, for the neophyte, it may be hard to assess the completeness and the accuracy of a contribution to Wikipedia. In this article, we describe an assignment to show students how to read a Wikipedia scientific article critically and how to correct it appropriately, if necessary. The assignment has proven to be benef… Show more

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Cited by 20 publications
(19 citation statements)
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“…As another example, we found that students who contributed to Wikipedia reported an increase in their ability to communicate effectively to a general audience . Similarly, Martineau and Boisvert found Wikipedia editing led to better understanding of the contributed topics …”
Section: Introductionmentioning
confidence: 99%
“…As another example, we found that students who contributed to Wikipedia reported an increase in their ability to communicate effectively to a general audience . Similarly, Martineau and Boisvert found Wikipedia editing led to better understanding of the contributed topics …”
Section: Introductionmentioning
confidence: 99%
“…Principalmente sobre el vandalismo que sufre (Kittur, Suh, Pendleton y Chi, 2007), las desigualdades (Lanamäki, Iivari, Rajanen y Hedberg, 2015), las guerras de edición (Iñiguez, Török, Yasseri, Kaski y Kertész, 2014), la neutralidad (Göbel y Munzert, 2016), la fiabilidad (Rodrigues, 2012), la brecha de género (Antin, Yee, Cheshire y Nov, 2011) o la brecha racial (Graham, 2011), por poner algunos ejemplos. Los estudios científicos sobre educación son mucho más limitados, y la mayoría versan sobre proyectos educativos llevados a la práctica en las aulas de todo el mundo (D'Hautcourt, 2014;Martineau y Boisvert, 2011;Sarasa, 2006).…”
Section: Marco Teóricounclassified
“…Student-generated instructional materials refer to artifacts generated by students that are subsequently used in the learning process . Research has shown that students often exhibit greater educational gains from student-generated instructional materials when compared to instructor-generated instructional materials. Within the chemistry domain, instructors have incorporated a range of student-generated instructional materials including online homework questions, e-books, , infographics, , 3-D printed objects, Wikipedia pages, and videos. The creation of student-generated videos, which has recently been reviewed by Gallardo-Williams et al, has been shown to promote digital literacy, which is an important 21st century transferrable skill and to increase student engagement. In addition, this activity correlates with the science and engineering practice “Obtaining, Evaluating, and Communicating Information”, which is outlined in the Next Generation Science Standards …”
Section: Introductionmentioning
confidence: 99%