Christiane Jablonowski

Professor Christiane Jablonowski is building collaborative efforts in the fields of atmospheric science and computational science at the University of Michigan, where she serves as an associate professor in Climate and Space Sciences and Engineering. Her research is at the intersection of climate models, high-performance computing, and applied mathematics, focusing on the development and implementation of large-scale climate models that are crucial for understanding atmospheric dynamics and climate change. Professor Jablonowski's work is instrumental in advancing the accuracy and efficiency of climate and weather models. She is deeply involved in the Dynamical Core Model Intercomparison Project (DCMIP), which plays a pivotal role in evaluating and improving the dynamical cores of atmospheric models. Her expertise in numerical analysis and adaptive mesh refinement techniques contributes significantly to the refinement of these models, ensuring they are robust and reliable. In addition to her research, Professor Jablonowski is affiliated with the Michigan Institute for Computational Discovery & Engineering, where she collaborates with other experts to push the boundaries of computational science. Her work in computational fluid dynamics and finite-volume methods is particularly noteworthy, as it enhances the simulation capabilities of climate models, allowing for more precise predictions of atmospheric flows and convection-allowing processes. Her research interests also extend to the Great Lakes region, where she applies her knowledge of climate and weather models to study the unique atmospheric dynamics of this area. Through her work, she contributes to a deeper understanding of climate change and its impacts, providing valuable insights that inform both scientific communities and policy-making processes. Professor Jablonowski's dedication to debugging and improving new climate models is a testament to her commitment to advancing the field of atmospheric science. Her collaborative approach and interdisciplinary expertise make her a leading figure in the development of innovative solutions to complex climate challenges.