Bio: Ian works to provide decision-makers with quantitative, high-resolution projections of the socioeconomic impacts of climate change, focusing on damaging extreme events like tropical cyclones. His research blends dynamic modeling, large socio-environmental datasets, and emerging econometric and machine learning methods to quantify the complex interactions between society and a changing climate. At UC Berkeley, Ian has been a Berkeley Graduate Fellow, a National Defense Science and Engineering Graduate (NDSEG) Fellow, and a NSF Research Trainee in the “Environment and Society: Data Sciences for the 21st Century” program. He holds MS degrees in both Civil and Environmental Engineering and Energy and Resources from UC Berkeley and received his BS in Applied Mathematics, with a focus on Earth and Planetary Science, from Harvard University. Prior to graduate school, Ian worked as a Post-Bachelor Fellow and a Researcher at the Institute for Health Metrics and Evaluation, working to estimate the Global Burden of Disease.
Fields of Interest: Climate impacts, extreme weather, tropical cyclones, remote sensing, global health, water systems, snow hydrology, renewable energy
GPL Research:
Previous Peer-Reviewed Articles:
Bolliger, I., “Analysis of 3D numerical simulations of subsolidus thermal convection: application to Venus and Europa.” THURJ, vol. 5, no. 1, pp. 10–19, May 2012.
Blog Posts:
Bolliger, I. “Adventuring in an Evolving World.” The Inertia: Mountain. Web. Sep 4, 2015.
Bolliger, I. “HIV Positives: Uganda’s AIDS Epidemic Over Time.” Solutions Journalism Network. Web. Aug. 30, 2013.
Bolliger, I. “HIV Positives: Uganda Tackles AIDS.” Solutions Journalism Network. Web. Aug. 22, 2013.
Hess, Delgado, Hamidi, Houser, Kopp, Bolliger, Hsiang, Greenstone, (2019).
Link to static report
https://njcoastalrisk.com/