Paul Olson

Paul Olson is a Lecturer in the Department of Biology at the University of Central Oklahoma (UCO), where he has taught since 2007. His courses span General Biology for non-majors, Evolutionary Medicine, Environmental Microbiology, and Plant Biology, reflecting his interdisciplinary expertise in environmental systems and biological sciences.

His educational background includes:

• Bachelor of Science in Biology from University of Central Oklahoma
• Master of Science in Biology from University of Central Oklahoma
• Doctor of Philosophy in Botany from University of Oklahoma
• Post-Doctoral Fellowship at Colorado State University (EPA-sponsored project)

Olson's research centers on environmental restoration through natural processes, with emphasis on microbial ecology in polluted environments. His work explores bioremediation strategies for contaminated soils and waterways, bacteriophage applications in pollution monitoring, and evolutionary perspectives on human health. He integrates field studies in Oklahoma ecosystems with laboratory investigations of microbial communities.

Analysis of his recent publications reveals consistent focus on microbial responses to anthropogenic disturbances, particularly antibiotic resistance patterns in soil, bacteriophage diversity in waterways, and nanotechnology applications for pathogen control. His work demonstrates strong regional engagement with Oklahoma's environmental challenges while contributing to broader bioremediation methodologies.

Olson actively mentors undergraduate researchers through multiple programs:

• NSF-funded Louis Stokes Alliances for Minority Participation (OK-LSAMP)
• UCO Student Transformative Learning Record (STLR)
• UCO High Impact Practices (OHIP)
• SEA-Phages program (HHMI-funded phage genomics initiative)
• US-Fulbright Visiting Scholar Program for Iraq

His laboratory work primarily occurs through the SEA-Phages program, where students isolate and characterize soil bacteriophages, and through field studies of Oklahoma waterways and contaminated sites. These efforts support his mission to develop accessible environmental monitoring techniques and remediation strategies.