T88 Methods for Conducting Research about Teaching and Learning in the Geosciences

Monday, 2 November 2015
8:00 AM - 12:00 PM
Room 339

CAN FOCUSING ON THE CONNECTIONS BETWEEN SCIENCE AND SOCIETY IN AN INTRODUCTORY GEOLOGY COURSE CHANGE THE WAY STUDENTS PERCEIVE THE RELEVANCE OF SCIENCE?

Paper number: T88-13
Program: Technical Sessions
Time: 11:00 AM – 11:15 AM

Authors

Abstract

Students’ attitudes toward science have the potential to influence their class performance, academic choices (e.g., majors), and personal decisions related to socio-scientific issues. Students maintain positive or neutral views of science in society despite often developing negative perceptions of science presented in a school or institutional setting. Additionally, this view of school science often becomes more negative over the course of their academic experiences. Unfortunately, students report that the geosciences are among the least relevant and least interesting of the STEM disciplines. This occurs at a time when society is struggling to address a host of global socio-scientific issues associated with the geosciences such as dwindling natural resources, increased energy demands, rising sea levels and climate change. Therefore, it is important for instructors teaching geoscience to consider strategies for improving the relevance of their course material.

We investigated the impact of socially focused geoscience content on students’ views about the nature of science and their attitudes about the relevance of science. We adapted materials developed by the InTeGrate project (http://serc.carleton.edu/integrate/index.html) for incorporation into an introductory Physical Geology class (n~90). The Changes in Attitude about the Relevance of Science (CARS) survey and the revised version of the Scientific Attitude Inventory (SAI II) were employed in a quasi-experimental study to measure students’ attitudes in control and treatment versions of the physical geology course. Data were collected from two control semesters of a content-focused physical geology course taught in an active learning format, and then during one treatment semester where 60 percent of the course materials were replaced with socially focused geoscience material developed by the InTeGrate project. The control semesters showed non-significant change in CARS and SAI II scores. However, the treatment semester yielded significant improvements in the CARS survey over time. Our results show evidence that socially-focused geoscience content can positively influence students’ perceptions on the relevance of science.