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Karen McKinnon

Assistant Professor at UCLA

Karen McKinnon is an accomplished researcher and academic professional with a strong background in Earth and Planetary Sciences and Geophysics (glaciology). She holds a Doctor of Philosophy (Ph.D.) and a Master's Degree in Earth and Planetary Sciences from Harvard University, along with an MSc in Geophysics from Victoria University of Wellington.

As an Assistant Professor at the University of California, Los Angeles, Karen is actively involved in teaching and conducting research. She has also contributed her expertise as an Applied Scientist at Descartes Labs and held post-doctoral positions at NCAR - The National Center for Atmospheric Research and Harvard University.

Karen McKinnon's academic journey includes a BA in Earth and Planetary Sciences from Harvard University, reflecting her commitment to continuous learning and exploration within her field. Her research focuses on a variety of topics within Earth and Planetary Sciences, showcasing a diverse range of interests and expertise.

Karen's dedication to academia and research is evident through her various roles and educational achievements. Her personal research website provides a platform for sharing her work and engaging with the broader scientific community.

With a rich educational background and extensive experience in both academia and industry, Karen McKinnon brings a unique perspective to her research and teaching roles. Her contributions to the field of Earth and Planetary Sciences demonstrate a passion for understanding complex environmental systems and phenomena.

Highlights

Jul 8 · linkedin

Attending #AGU24 this year in Washington DC? Consider submitting to our session on drought! Abstracts due July 31.

GC063. Drought: Mechanisms and Impacts in the Past, Present, and Future

Understanding the interacting factors that produce droughts is crucial to preparing for their impacts and managing them when they occur. This session focuses on work that improves our understanding of the interactions that cause drought, and their cascading physical effects, through analysis of observations (including paleoclimate) and/or Earth System Model simulations. In particular, we invite work that aims to improve our understanding of the role of feedback processes in initiating, sustaining, or ending drought, and links to the physical impacts of drought including snowpack, water availability, heatwaves, and wildfire. In addition, we welcome contributions focused on spatiotemporal variability of drought, predictability, and societal impacts.

Sep 15 · linkedin

We're at the tail end of another summer of major heat extremes across the Northern Hemisphere. Interested in learning more about heat waves and climate change? Join me (virtually) on Monday 9/18 at 2pm ET for a seminar hosted by the Earth System Science Interdisciplinary Center at University of Maryland:

Karen McKinnon
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Location

Los Angeles, California