Expertise

Kirtman’s research is a wide-ranging program designed to understand and quantify the limits of climate predictability from days to decades. His research also involves understanding how the climate will change in response to changes in anthropogenic (e.g., greenhouse gases) and natural (e.g., volcanoes) forcing. This research involves hypothesis testing numerical experiments, using sophisticated state-of-the-art climate models and experimental realtime prediction. His group uses and has access to a suite of climate models, climate data, and high performance computational platforms.


His research is wide-ranging program to understand and quantify the limits of climate predictability from days to decades. The research also involves understanding how the climate will change in response to changes in anthropogenic (e.g., greenhouse gases) and natural (e.g., volcanoes) forcing. This research involves hypothesis testing numerical experiments using sophisticated very high resolution state-of-the-art climate models and experimental real-time prediction.

Links

Organizational Affiliations

Rosenstiel - Atmospheric Sciences, Rosenstiel School, Schools & Colleges, University of Miami

Rosenstiel School, Schools & Colleges, University of Miami

Rosenstiel School Administration, Rosenstiel School, Schools & Colleges, University of Miami

Education

University of Maryland, College Park
MS
Applied Mathematics
BS, University of California, San Diego
Climate Dynamics
1992, PhD, University of Maryland, College Park