ES 3101 ATMOSPHERIC SYSTEMS
Atmospheric dynamics in relation to environmental and life systems based on fundamental principles using observational data, conceptualization of atmospheric features, forces, processes, and analysis. These include basic principles in radiative transfers and chemistry, thermodynamic properties and behaviors, and fluid motion. Weather systems, hazards, and impacts are examined with regard to modeling and prediction in both a quantitative and qualitative manner. Emphases include graphical and statistical analysis, spatiotemporal relationships, and forecast uncertainty. Local and global scale aspects are studied with regard to physical models, bio-meteorology, atmospheric chemistry, and other relevant settings. (3 hrs. lecture, 3 hrs. lab) Major Elective for B.S. Programs in School of Environmental & Sustainability Sciences Prerequisites: ES 2101 and MATH 2415