Dr. Casey Ivanovich
Climate scientist studying extreme heat | NASA Postdoctoral Program (NPP) Fellow
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Mortality impacts of the most extreme heat events (Matthews et al. 2025, Nature Reviews Earth & Environment)
Mortality impacts of the most extreme heat events (Matthews et al. 2025, Nature Reviews Earth & Environment)
Extreme heat is increasing in magnitude and frequency, threatening human health. This Review assesses mortality risk associated with extreme heat, revealing that human thermal tolerances (that is, uncompensable thresholds) were crossed for ~2% and 21% of global land area for young adults and older adults, respectively, from 1994 to 2023.
Future Warming from Global Food Consumption (Ivanovich et al. 2023, Nature Climate Change)
Future Warming from Global Food Consumption (Ivanovich et al. 2023, Nature Climate Change)
Although the role of the human diet in climate change has been widely acknowledged, current practices fail to capture its realistic effect on warming. In this Analysis, Ivanovich et al. develop a global food consumption emission inventory and estimate the associated future climate impact using a reduced-complexity climate model.
Climate Benefits of Proposed Carbon Dioxide Mitigation Strategies for International Shipping and Aviation (Ivanovich et al. 2019, Atmospheric Chemistry and Physics)
Climate Benefits of Proposed Carbon Dioxide Mitigation Strategies for International Shipping and Aviation (Ivanovich et al. 2019, Atmospheric Chemistry and Physics)
Subseasonal Variability of Humid Heat During the South Asian Summer Monsoon (Ivanovich et al. 2024, Geophysical Research Letters)
Subseasonal Variability of Humid Heat During the South Asian Summer Monsoon (Ivanovich et al. 2024, Geophysical Research Letters)
In contrast to dry heat, most extreme wet bulb temperature events in South Asia take place on rainy days during the monsoon season Local background specific humidity determines whether wet bulb t...
Physical Drivers of the November 2023 Heatwave in Rio de Janeiro (Ivanovich et al. 2025, Weather and Climate Dynamics)
Physical Drivers of the November 2023 Heatwave in Rio de Janeiro (Ivanovich et al. 2025, Weather and Climate Dynamics)
Stickiness: A New Variable to Characterize the Temperature and Humidity Contributions toward Humid Heat (Ivanovich et al. 2024, Journal of the Atmospheric Science)
Stickiness: A New Variable to Characterize the Temperature and Humidity Contributions toward Humid Heat (Ivanovich et al. 2024, Journal of the Atmospheric Science)
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