Spotlight: Morgan O'Neill
Morgan O'Neill, an assistant professor of Earth system science, describes the experiences that have led her to study how severe weather and climate interact, and "affirmatively choose being a scientist year after year."

I study the fluid dynamics of storms to better understand how severe weather and climate interact with each other given their vastly different scales in space and time.
I primarily use computer models as a “lab” of sorts, but try whenever possible to test my findings against real observations.
I have always wanted to be a scientist. I think that’s pretty unusual among working scientists. For a brief time in third grade I wanted to be a marine biologist, but otherwise I always wanted to be an astrophysicist, specifically – up until junior year of college, when I learned about climate change. It is a scientific challenge that requires training in physics, among many other disciplines, and I realized I could still work on hard problems while doing something useful for my favorite planet.
I was never a straight-A student, I aimed for A-minuses (and got some B-pluses) and used that extra free time to pursue all kinds of things that were interesting to me. In graduate school I co-founded a company and volunteered on an ambulance. During my first postdoc, I applied to be an astronaut (they did not call me back).
Constant interrogation about what makes a meaningful life, considering paths well outside of academia, allows me to affirmatively choose being a scientist year after year. I would recommend that people be flexible and open to surprising opportunities because there are many ways to live a full life.
Explore More
-
New research shows living near oil and gas development in California is a risk factor for preterm birth, the leading cause of infant death in the United States. About 2.1 million Californians live within one mile of an active oil or gas well.
-
New research provides insight on intrusion of ocean saltwater into freshwater aquifers.
-
According to new research, greenhouse gas emissions, energy consumption, and water usage are all meaningfully reduced when – instead of mining for new metals – batteries are recycled.