USU is the only university in the region that offers a degree in climate science. Climate Science is the study of the atmosphere, land, water cycle and how they interact and change. The program at USU focuses on climate variability, prediction/attribution, land surface processes, paleoclimate, and exchanges between land ecosystems and the atmosphere. These subjects impact agricultural crops, rangelands in the area, and mountain ecosystems, which are especially important to the Intermountain West, as they are the main source of water resources.
Research conducted by faculty are cutting-edge projects dealing with the climate and its connections to water cycle and land surfaces, with a focus in the intermountain region and also around the world. This research includes: cycles of climate, what causes the droughts and wet episodes, regional-scale climate, and the effects of land surface changes on climate.
Students at USU have the unique opportunity to acquire both a theoretical and modeling education, as well as learning how to make actual measurements outdoors. Most universities programs are limited to one or the other. Students can work on a variety of research topics, including climate dynamics and variability, regional climate modeling, modeling of hydrological processes, spatial variation in surface fluxes of carbon dioxide and water vapor, micrometeorology, remote sensing, and more.
Because USUs biometeorology program is designated as a Western Regional Graduate Program, students from participating western states qualify for in-state tuition. For more information, visit http://wrgp.wiche.edu.
Specialization(s):
- Climate Dynamics: The field that combines the processes that control climate and its variability. This includes the interaction of the atmosphere, the oceans, the land surfaces, the cryosphere and the biosphere. The study of Climate Dynamics covers most aspects of the dynamics of global climate systems, including analytical and numerical modeling research on the global and regional climate systems.
- Micrometeorology: The study of weather conditions on a small scale, as in the area immediately around a building, smokestack, or mountain.
- Hydroclimate Modeling: Climate models use quantitative (numerical) methods to simulate the important drivers of climate, including atmosphere, oceans, land surface and ice, as well as how they interact and evolve. Climate models are also used to project future climate change and generate predictions for a variety of timescales.
- Turbulence in Plant Canopies: Study the turbulent flow in the plant environment to better understand the processes governing momentum, heat and mass exchange between the atmosphere and the biologically active canopy.
- Climate Adaptation Science (Climate Sciences MS & PhD): The Climate Adaptation Science specialization provides students with experiences in actionable science through internship and research experiences. Program includes interdisciplinary research to identify adaptive responses to changing climate extremes and two-part internships with agency, NGO, and industry partners. In a first internship, students contribute to projects and learn the workplace cultures and science needs of the host. The internship experiences inform interdisciplinary climate adaptation research by student teams. In a second internship, students share science results and tools with the host organization and help put that science into action.

