Postdoc in Atmospheric Modelling of Wildfire Impacts on the Stratosphere and Climate

This postdoctoral position focuses on atmospheric modeling with a specialization in assessing the impacts of wildfires on the stratosphere and climate systems. The role requires advanced expertise in atmospheric sciences, particularly in the use of numerical models to simulate wildfire emissions, their transport, and chemical interactions within the stratosphere. Candidates should have strong skills in climate modeling frameworks and an understanding of atmospheric chemistry and physics. Proficiency in programming languages commonly used in scientific computing, such as Python, Fortran, or MATLAB, is essential for developing and running simulations and analyzing large datasets. Experience with climate data analysis tools and visualization software is also important. The position demands the ability to interpret complex atmospheric processes and contribute to improving predictive models of wildfire effects on climate. Strong analytical skills, attention to detail, and the ability to work collaboratively in interdisciplinary research teams are critical. A PhD in atmospheric science, climate science, environmental science, or a related field is expected. Familiarity with recent literature on wildfire emissions, stratospheric chemistry, and climate interactions will be advantageous. The role may also involve communicating scientific findings through publications and presentations, requiring excellent written and verbal communication skills. Overall, the candidate should demonstrate a solid foundation in atmospheric modeling techniques, wildfire impact assessment, and climate dynamics to contribute effectively to advancing understanding of wildfire influences on the stratosphere and global climate.