A recent field trip to Lost Lake along the San Andreas Fault highlighted the challenges and solutions for improving accessibility in scientific research. Organized by the International Association for Geoscience Diversity (IAGD), the event aimed to address physical and logistical barriers faced by researchers with disabilities. The steep, rocky terrain posed difficulties for participants, including scientists and students with visual, auditory, and mobility impairments. To ensure inclusivity, tools such as drones, pocket lenses, and artificial intelligence applications were employed. Anita Marshall, a geologist from the University of Florida and the trip’s organizer, emphasized the importance of adapting research methods to accommodate diverse needs. This initiative underscored the potential for innovative strategies to create equal opportunities in science.

Efforts to improve accessibility in STEM fields extend beyond fieldwork. According to the National Science Foundation, only 3% of the STEM workforce consists of individuals with disabilities, with barriers such as inaccessible laboratories and outdated infrastructure impeding progress. While the Americans with Disabilities Act (ADA) requires accessibility in new buildings, many older facilities remain non-compliant due to retrofitting costs. However, institutions like Purdue University and the University of Texas have made significant advancements. Purdue’s accessible biomedical lab features adjustable fume hoods and wheelchair-friendly designs, while the University of Texas employs high-contrast signage and clutter-free layouts to enhance navigation. The Lost Lake field trip demonstrated the impact of minor adjustments, such as accessible bus parking and drone-assisted site views. These measures not only benefit disabled individuals but also foster broader inclusivity, inspiring future scientists to pursue careers in STEM.