It is well established that retaining PEERs in science is integral to addressing socioeconomic inequalities in the United States, ensuring that we include the best and brightest minds in the workforce, and minimizing the influence of bias in scientific research (Intemann, 2009). The term PEERs stands for “people excluded because of their ethnicity or race” and in the U.S. includes people who identify as Black or African American, Latinx or Hispanic, and people indigenous to the spaces comprising the United States and its territories (Asai, 2020). There are many efforts that we can make at the undergraduate level to positively influence PEER retention in science, including creating more inclusive undergraduate research experiences. In this post, we present four recommendations to help mentors create more inclusive research experiences for PEERs. We have developed these recommendations based on three studies that we have conducted, which identified negative aspects of undergraduate res...

ASU’s fully online B.S. in Biological Sciences: What it is and how it is inclusive? ASU is known for its mission to be inclusive; as ASU’s charter states “ASU is measured not by whom it excludes, but whom it includes, and how they succeed.” To further this mission, ASU launched the first fully online Bachelor of Science degree program in Biological Sciences in Fall 2017- one of the first online Biology degree programs in the nation. Similar to ASU’s in-person biology degree, students complete a general biology curriculum, except that coursework is completed solely online, including biology lab instruction which is offered through Labster's virtual reality platform. ASU’s online biology degree program is gaining national attention because it is accessible to students who may face difficulty in accessing an in-person program; it provides students with the flexibility and the convenience to complete their coursework anytime and anywhere. This program is setting the groundw...

Our Guest Blogger today is Dr. Erin E. Shortlidge. Erin is a postdoctoral research scholar in Dr. Sara Brownell’s Biology Education Research Lab in the School of Life Sciences at ASU. Her Ph.D. is in Biology where she studied the ecology and physiology of moss reproductive success. Her current research endeavors are in understanding the ecology of higher education. As an education researcher she is particularly interested in course-based research and in identifying what factors make for effective and impactful learning environments. What is a CURE? Course-based Undergraduate Research Experiences National reports such as Vision and Change (AAAS, 2011) and the National Research Council’s BIO2010 have called for systematic shifts in life science education – including giving all undergraduates the chance to do research. Course-based undergraduate research experiences (or CUREs) are an answer to these calls. In a CURE, research is embedded into the life science laboratory course ...