Michael Landis

Michael Landis's projects emphasize collaborative solutions for understanding the intricate processes of life's evolution and adaptation in response to environmental changes. As an Assistant Professor of Biology at Washington University in St. Louis, he combines his expertise in evolution, ecology, statistics, and computer science to unravel the complexities of phylogenetic relationships among species. His work is pivotal in developing statistical models and scientific software that provide insights into historical biogeography and the evolution of phenotypes. Landis's academic journey began with a doctorate from the University of California, Berkeley, where he honed his skills in computational biology and phylogenetics. His research is characterized by a strong interdisciplinary approach, bridging gaps between traditional biology and modern computational methods. This unique perspective allows him to address macroevolutionary questions and contribute significantly to the field of trait evolution. Following his doctoral studies, Landis was awarded an NSF Postdoctoral Fellowship at Yale University, where he further expanded his research on statistical inference and biogeography. His time at Yale was instrumental in refining his methodologies and fostering collaborations that continue to influence his work today. At Washington University, Landis is dedicated to mentoring the next generation of scientists, encouraging them to explore the intersections of biology and technology. His commitment to education and research excellence is evident in his innovative teaching methods and active involvement in the scientific community. Landis's contributions extend beyond academia, as he actively participates in various scientific forums and conferences, sharing his findings and engaging with peers to advance the understanding of evolutionary biology. His work not only enhances our comprehension of life's history but also informs conservation strategies and ecological management practices. In summary, Michael Landis's research is at the forefront of evolutionary biology, leveraging computational tools to address fundamental questions about life's diversity and adaptability. His dedication to interdisciplinary collaboration and education makes him a valuable asset to both Washington University and the broader scientific community.