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Showing posts with the label women in science

Religious Cultural Competence in Evolution Education Could Address the Underrepresentation of People of Color in Evolutionary Biology

People of color are underrepresented in many STEM fields, and this underrepresentation is especially prevalent for Black individuals in evolutionary biology. Although there are many potential reasons why, a new study focuses on a factor that is often missing from these discussions: religious beliefs. It has been well established that Black individuals are more likely to be Christian compared to white individuals. Previous studies have also reported that Black individuals are less likely to accept evolution. However, no prior study has explored the relationships between race/ethnicity, religious beliefs, and evolution acceptance. Because there is often a perceived conflict between Christianity and evolution, a recent study set out to examine if there may be a connection between people of color’s religious affiliation and their acceptance of evolution. People of color are more religious and less accepting of evolution Collecting data from almost 10,000 students in 77 undergraduate biolo...

Should science instructors try to be funny? Yes, depending on what they joke about!

Today's blog is written by Sara Brownell , PhD, Associate Professor School of Life Sciences at Arizona State University. We all know the reputation of science instructors as unapproachable and boring. Yet they don’t have to be. One easy way for science instructors to connect better to students is to tell a joke – or two- in the classroom! A new study published by our research group in PLOS ONE explored student perceptions of college science instructor’s use of humor by surveying over 1600 students from 25 different college science classes. Overwhelmingly, students appreciated when instructors tried to be funny; in fact, 99% of students appreciated instructor use of humor! However, the type of humor seemed to matter for students. If the instructor told a joke that was perceived as offensive, then students related less to the instructor and felt as though they did not belong as much in class. However, when an instructor tells jokes that students think are funny, they be...

Wikipedia Edit-a-thon for Women in Science and Engineering

"According to a 2005 study done by Nature, Wikipedia contains only slightly more inaccuracies in science-related topics than does Encyclopaedia Britannica" (Chandler, 2010) Shigeru Tamura circa 1939 College courses rarely encourage students to do their research with Wikipedia, but there is value in teaching students the importance of critically evaluating sources, and contributing to the worlds' general knowledge on subjects. Faculty can guide their students, as well as contribute their expertise on subjects. Wikipedia is widely used and ambitious in that it aims to provide a free encyclopedia to anyone in the world. While the encyclopedia is the largest of its kind, there is still an imbalance in the depth and quantity of articles about women. On April 8, 2016, a group of freshly minted and enthusiast ASU editors (students, staff and faculty) participated in the inaugural “Wikipedia edit-a-thon for Women in Science and Engineering.” The event started with a short...

The Impact of Active Learning on Different Genders

Today's Guest Blogger is Christian Wright, an instructional professional in the School of Life Sciences as ASU. He has a Master’s in Education and a Ph.D. in Biology where he studied the interaction between physiological condition, environment, and foraging behavior of Gila monsters in Dr. Dale DeNardo’s lab in the School of Life Sciences at ASU. Additionally, he was a postdoctoral research scholar in Dr. Sara Brownel l ’s lab in the School of Life Sciences at ASU. His current research is a continuation and extension of research he worked on with Dr. Brownell in her lab and focuses specifically on 1) generating a validated general biology programmatic assessment, 2) exploring potential biases in undergraduate biology classrooms as well as examining mechanisms and interventions that may explain and alleviate said biases, 3) evaluating assessments used by undergraduate biology instructors and by biology education researchers to determine if these measurement tools are indeed...