Open Access Thesis
Earth sciences--Study and teaching (Secondary); Blended learning;
This study analyzed the effects of differing levels of technology use in a high school Earth Science class on student performance on the Classroom Test of Scientific Reasoning (CTSR). Blended learning manipulates the combination of hands-on activities, classroom discussions, online discussions, interactive simulations and a variety of assessments that engage, instruct and assess student learning. Critical thinking is the set of skills and dispositions that foster problem solving, reasoning ability and selfregulation. The increasing use of technology in the classroom and fluctuation of content standards prompted this research. The results have implications for the classroom teacher of a wide range of ages and content areas as well as parents.
The control group experienced eclectic and reduced use of technology while the treatment group used a Learning Management System and an increased use of technology. Both groups had the same classroom teacher, curriculum, and assessments. The CTSR was given at the beginning and end of the semester in conjunction with a qualitative survey.
All students improved their CTSR score. There was no statistical difference in CSTR scores between treatment and control groups or between genders or age groups. This implicates that the level of technology used in a classroom does not directly impact critical thinking ability. Future studies could provide a more drastic difference in the amount of technology used or measure growth over an entire academic year.
Date of Award
Master of Arts
Department of Earth Science
Kyle Gray, Chair
1 PDF file (vii, 68 pages)
© 2016 Renee Nicole Borglum
Borglum, Renee Nicole, "The effects of blended learning on critical thinking in a high school Earth Science class" (2016). Electronic Theses and Dissertations. 236.