Samantha Dolski is currently an independent researcher specializing in the expansion of Martian global dust storms, with a keen focus on the Southern Hemisphere's summer season and the Hellas Basin region. As an aerospace engineering student at the University of Texas at Austin, she is...
Samantha Dolski is currently an independent researcher specializing in the expansion of Martian global dust storms, with a keen focus on the Southern Hemisphere's summer season and the Hellas Basin region. As an aerospace engineering student at the University of Texas at Austin, she is deeply invested in the intersection of satellite technology and planetary climate research. Under the mentorship of esteemed scientists Dr. Melinda Kahre and Dr. Scott Rafkin, Samantha is leading her own research initiative that leverages advanced datasets from JMARS software, alongside multiannual climatology studies conducted by Dr. Luca Montabone and his team.
Her research aims to refine our understanding of Martian atmospheric dynamics, particularly how dust storms evolve and impact climate patterns on Mars. This work is crucial not only for planetary science but also for enhancing our knowledge of climate systems on Earth. Samantha's proficiency in engineering and modeling tools such as the Generalized Fluid System Simulation Program (GFSSP) and NASA Ames Mars Global Circulation Modeling equips her with the technical expertise necessary to analyze complex data sets effectively. Additionally, her programming skills in Python, Fortran, JavaScript, and Bash, along with her familiarity with Linux and Mac OS environments, enable her to develop and implement sophisticated simulations that contribute to her research objectives.
Driven by a passion for continuous learning and knowledge sharing, Samantha is committed to mentoring fellow students and aspiring researchers in aerospace engineering and planetary science. Her dedication to refining climate research not only enhances our understanding of Mars but also fosters a collaborative environment for future innovations in space exploration and climate studies.
