Andelija Milic

Dr. Andelija Milic is an accomplished researcher at Queensland University of Technology's Faculty of Science, specializing in aerobiology and atmospheric science. Her work focuses on pollen monitoring, airborne particulate matter, and the relationship between environmental factors and public health. She has been instrumental in the AusPollen Aerobiology Collaboration Network, contributing to national pollen monitoring standards and research.

Her research interests span aerobiology, pollen monitoring systems, atmospheric chemistry, and the health impacts of airborne particles. Milic's work has significant implications for understanding how climate variations affect pollen distribution and allergen exposure, particularly in Australian contexts. She has pioneered methods for pollen identification, quality control in monitoring networks, and the application of environmental DNA analysis to study pollen diversity.

Analysis of her publication record shows a strong focus on advancing pollen monitoring methodologies, understanding regional and seasonal variations in pollen distribution, and exploring the intersection between environmental factors and public health outcomes. Her research spans from fundamental atmospheric science to applied public health applications, with increasing emphasis on climate change impacts on pollen patterns.

Among her notable contributions are the development of quality control protocols for pollen monitoring networks, investigations into long-term pollen trends in subtropical regions, and innovative citizen science approaches for pollen monitoring during the pandemic. Her work on the relationship between airborne pollen and SARS-CoV-2 infection rates represents important interdisciplinary research connecting environmental science and epidemiology.

Dr. Milic has made significant contributions through her leadership in major collaborative projects including the AusPollen Partnership Project, which has established comprehensive pollen monitoring across eastern Australia. Her technical expertise spans advanced analytical methods including metabarcoding, environmental DNA analysis, and sophisticated statistical approaches to environmental data.