2025-2026 Lecturer: Azar M. Abadi

Azar M. Abadi

University of Alabama at Birmingham

Biography

Azar Abadi, Ph.D. is an Assistant Professor of Environmental Health Sciences at the University of Alabama at Birmingham’s (UAB) School of Public Health. She is cross-trained in climatology/meteorology and environmental epidemiology, with a research program centered on understanding how climate and the natural environment influence public health. Her work focuses on environmental exposures such as droughts and heat waves, examining how their health impacts vary across demographic groups and Social Determinants of Health. Dr. Abadi employs advanced statistical modeling, data management, and machine learning to investigate these relationships, with the ultimate goal of improving public resource allocation and developing evidence-based early warning and messaging systems to minimize adverse health outcomes. She actively collaborates on multiple federally funded observational studies and has contributed her expertise as a review editor for the Fifth National Climate Assessment. Dr. Abadi received the 2024 GeoHealth Early Career Award from the American Geophysical Union (AGU) and currently serves as Chair of the AGU GeoHealth Meetings Committee. She frequently engages in public forums to communicate the health implications of climate change, including its effects on mental health. Dr. Abadi earned her Ph.D. in Climatology/Meteorology from the University of Nebraska–Lincoln, her Master’s in Atmospheric Physics, and her Bachelor’s in Physics.


Abstract: Drought and Health in a Warming World: From Global Trends to Regional Gaps

Drought is a growing public health threat in the context of climate change, with wide-ranging impacts on physical and mental health. As both slow-onset and flash droughts become more frequent and severe, they disrupt water systems, food security, air quality, and economic stability—factors closely tied to human health outcomes. Emerging evidence links drought conditions to increased risks of respiratory illness, cardiovascular stress, adverse birth outcomes, and suicide, particularly in regions with limited adaptive capacity.

The health effects of drought are mediated not only by environmental exposure but also by social vulnerability, infrastructure resilience, and public health preparedness. Despite its far-reaching implications, drought remains underrepresented in the health and climate policy discourse, especially compared to other climate hazards. Geographic disparities in drought exposure and health surveillance further widen gaps in our understanding of who is most at risk.

There is an urgent need for interdisciplinary research that integrates climate science, epidemiology, and geospatial analysis to quantify health impacts and inform targeted interventions. Strengthening drought monitoring systems, enhancing early warning tools, and embedding health metrics into climate adaptation planning are critical steps toward protecting population health in a warming, water-stressed world.