Teaching deep-time concepts, especially geologic time, can help instructors impart an understanding of the big ideas in geology and the biography of the Earth to their students (Dodick, 2003a; Ervin-Blankenheim, ...

Evidence-based instructional methods (EBIMs) increase student learning outcomes in undergraduate geoscience classrooms (Freeman et al., 2014). Borrego, Stains, and colleagues estimate that only 40-50% of ...

Teaching-focused professional development (PD) programs are experiences such as workshops designed to educate higher education instructors on topics related to teaching and learning. PD programs are common forms ...

Digital and computational literacy, including the understanding, implementation and application of computer, software, and programming are increasingly important criteria for positions within the environmental ...

Geosciences struggle with a significant diversity problem and have the lowest participation rates of historically marginalized individuals in science and engineering occupations (URGE, 2022; AGI, 2020). Majors ...

The geosciences have the lowest participation rates of historically marginalized individuals in science positions, and are a field where people who "discover" the major often mostly see historical ...

We piloted a field-based summer bridge program for Upward Bound enrolled high school students (a federal TRIO program). Longterm, our goal is to recruit, support, and retain historically underrepresented and ...

Subduction Zones in 4 Dimensions (SZ4D) is a new community-driven initiative for coordinating interdisciplinary research to improve our understanding of processes underlying destructive geohazards that concentrate ...

Action for community resilience and environmental justice demands new educational structures, routines and practices that more equitably and productively integrate academic geoscience with local community-based ...

The increasingly digital nature of course assignments has created an opportunity for more in-depth assessment of student learning and evaluation of course design with respect to learning outcomes. The online ...

Changes in education can occur so rapidly that we geologists, used to considering things in geological time scales, can overlook these changes and their potential impacts. One such area is the coursework required ...

Complex global climate models, or GCMs, are one of the primary tools used by scientists to make projections about the future of Earth's climate system. To properly deploy climate models, scientists utilize a ...

Climate education needs to include actionable items to resonate with those pupils who are learning about climate change (Anderson 2012). For this project, a Decision Support System (DSS) was used in a classroom lab ...

The goal of this workshop is to identify the types of research problems/questions that can be answered within qualitative education research frameworks. The primary focus will be on evaluating how decisions are ...

GeoFORCE Texas at the University of Texas Jackson School of Geosciences is a very large, well-funded youth diversity outreach program created to introduce high school students to STEM, especially the geosciences. ...

Children in racially segregated neighborhoods and/or communities with concentrated poverty are more likely to have poor indoor and outdoor air quality (Miranda et al., 2011; Wodtke et al, 2022) and poor-quality ...

Non-acceptance of biological evolution is prevalent in U.S. adults, including in college students across all disciplines. Previous studies have shown that even among college biology majors, non-acceptance of ...

Over the 2021-2022 academic year, students enrolled in online (OL) sections of our Physical Geology laboratory course collectively averaged lower grades than their same-semester peers in face-to-face (F2F) ...

There has been a global emphasis in developing the STEM workforce over the last several decades. Spatial thinking ability is a strong predictor of success in STEM (Wai et al., 2009; Shea et al., 2001). Spatial ...

The Hueneme Submarine Canyon's configuration is structurally controlled by the Hueneme Fault Zone that was mapped from UNOCAL's seismic line collection in the 1980's. The Canyon depths were also ...

Course-based research experiences (CBREs) and applying scientific skills to "real" problems have been shown to increase students' interest and retention in STEM fields (e.g., Papendieck et al., 2018; ...

Our Oxnard College students are involved in learning about Oceanography, Geology, and Earth Science in the Ventura County area. Learning is combined with Canvas course software supporting textbook instruction, and ...

Students will undoubtedly have to participate in making decisions about complex scientific issues for their entire lives. Education reform documents such as Vision and Change in the Geosciences: The Future of ...

Post-secondary education ideally teaches students both content knowledge (e.g., what feldspar is) and procedural knowledge (e.g., how to identify feldspar). While the former is traditionally assessed through exams, ...

Conducting education research involving students requires thoughtful prior planning and meticulous attention to detail. From the conception of the research question, to IRB approval, to data cleaning and analysis, ...

Field experiences have been shown to increase students' learning and retention of subject-specific skills (e.g., geology) as well as more "universal" or "transferable" skills (e.g., Paor ...

Spatial thinking skills are essential to student success in disciplines such as geology, atmospheric science, and geography. In particular, previous work on spatial thinking in the atmospheric sciences has ...