USING THE MULTIMEDIA STRATEGIES OF LEARNER-GENERATED DRAWING AND PEER DISCUSSION TO RETAIN TERMINOLOGY IN SECONDARY EDUCATION SCIENCE CLASSROOMS

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Thomas, D. (2017). USING THE MULTIMEDIA STRATEGIES OF LEARNER-GENERATED DRAWING AND PEER DISCUSSION TO RETAIN TERMINOLOGY IN SECONDARY EDUCATION SCIENCE CLASSROOMS. Unc Charlotte Electronic Theses And Dissertations.
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Abstract

DRUSILLA BREWINGTON THOMAS. Using the multimedia strategies of learner-generated drawing and peer discussion to retain terminology in secondary education science classrooms. (Under the direction of DR. REBECCA SHORE) Student mastery of the academic vocabulary of course content is an important component of learning that content. This research study investigated the combination of two active multimedia strategies within 10 different high school science classrooms, to test for retention of science terminology. The dual process of learner-generated drawings combined with peer discussions were the two active strategies applied to determine if students in high school earth science courses would retain vocabulary terms better than using the passive strategies of quietly reading, copying, and studying the terms by themselves. Through this quantitative study, data were collected and analyzed from 209 high school students to determine if (a) students retained more definitions using the learner-generated drawings combined with peer discussions, compared to reading and copying the terms, (b) males retained more definitions compared to females, and (c) reading levels had an influence on the retention of the earth science vocabulary terms. The study found that there was a main effect of strategy and time. These findings have implications for the selection of instructional strategies by teachers for helping students maximize the retention of complex science terms for all students in classroom settings.

Details
Author

Thomas, Drusilla

Title

USING THE MULTIMEDIA STRATEGIES OF LEARNER-GENERATED DRAWING AND PEER DISCUSSION TO RETAIN TERMINOLOGY IN SECONDARY EDUCATION SCIENCE CLASSROOMS

Physical Description

1 online resource (122 pages) : PDF

Date

2017

Degree Granting Institution

University of North Carolina at Charlotte

Abstract

DRUSILLA BREWINGTON THOMAS. Using the multimedia strategies of learner-generated drawing and peer discussion to retain terminology in secondary education science classrooms. (Under the direction of DR. REBECCA SHORE) Student mastery of the academic vocabulary of course content is an important component of learning that content. This research study investigated the combination of two active multimedia strategies within 10 different high school science classrooms, to test for retention of science terminology. The dual process of learner-generated drawings combined with peer discussions were the two active strategies applied to determine if students in high school earth science courses would retain vocabulary terms better than using the passive strategies of quietly reading, copying, and studying the terms by themselves. Through this quantitative study, data were collected and analyzed from 209 high school students to determine if (a) students retained more definitions using the learner-generated drawings combined with peer discussions, compared to reading and copying the terms, (b) males retained more definitions compared to females, and (c) reading levels had an influence on the retention of the earth science vocabulary terms. The study found that there was a main effect of strategy and time. These findings have implications for the selection of instructional strategies by teachers for helping students maximize the retention of complex science terms for all students in classroom settings.

Genre

doctoral dissertations

Subjects--Topics

School management and organization

Degree

D.Ed.

Keywords

Dual Processing
Multimedia
Multimedia Strategy

Subject Area

Educational Leadership

Advisor(s)

Shore, Rebecca

Committee Members

Dunaway, Mickey
Ahlgrim-Delzell, Lynn
Goolkasian, Paula

Degree Note

Thesis (D.Ed.)--University of North Carolina at Charlotte, 2017.

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Rights Holder Information

Copyright is held by the author unless otherwise indicated.

Identifier

Thomas_uncc_0694D_11502

Permalink

http://hdl.handle.net/20.500.13093/etd:978