Andy headshot

Andrew Lambert

Andrew Lambert

Graduate Research Assistant
University of Utah, Department of Atmospheric Sciences

Skills: R, Matlab, web development, big data

Phone: 801-870-3681

About Me

I was born in Salt Lake City, Utah, but spent some of my early childhood years in Boise, Idaho before my family returned to Salt Lake. I have been married for nearly three years now and am the proud owner of an Australian cattle dog/Pomchi mix. The majority of my hobbies revolve around the weather, basketball, and food.

Professional Interests

I received a Bachelor of Science in atmospheric sciences from the University of Utah in 2018. I initially started my undergraduate career with a strong interest in meteorology and forecasting. I worked in the student-run Ute Weather Center as a programmer and chief meteorologist. My interests shifted toward climatology, though, as I took various climate, radiation, and remote sensing courses. In my junior year, I joined Professor Gannet Hallar’s aerosol research group where I began research involving air chemistry and cloud microphysics. During my time as an undergraduate student, I researched dust in the Intermountain West where I applied my experience in synoptic meteorology to aerosol research. I developed a climatology surrounding dust events and identified potential source regions. I will continue my research at the University of Utah as a graduate student in Dr. Gannet Hallar’s group. I am also participating as a member of the Alta dust-on-snow pilot study working with Dr. McKenzie Skiles from the University of Utah Geography Department and the University’s Society, Water and Climate research cluster.

Research Areas

  • Air Quality
  • Climate
  • Remote Sensing






University of Utah

University of Utah


Atmospheric Sciences

Atmospheric Sciences


Skiles, S.M., Mallia, D.V., Hallar, A.G., Lin, J.C., Lambert, A., Petersen, R. and Clark, S., 2018. Implications of a shrinking Great Salt Lake for dust on snow deposition in the Wasatch Mountains, UT, as informed by a source to sink case study from the 13–14 April 2017 dust event. Environmental Research Letters13(12), p.124031. link