ENVIRONMENTAL PHYSICS

Although a number of problems in environmental science deal with chemistry and social issues, physical aspects and the applications of physics are also very important. For example, development of sensors, the interaction sunlight with airborne particulates and molecules, energy conservation issues, disposal/storage of radioactive wastes, development of energy saving and so-called "green" materials (e.g., polymers) all contain interesting and challenging physics. In addition, the use of the physical sciences in developing technological innovations that modify lifestyles towards more environmentally benign directions also can contribute to a better quality of life. Combining courses in environmental science, chemistry, and physics provides a background and unique preparation for true problem solving, a real understanding of analytic tools, as well as in instrumentation and data analysis.

OPTION E: ENVIRONMENTAL PHYSICS

(This program yields a Bachelor of Science in Physics Degree with minors in Environmental Science and Mathematics)

1: GER = General Education requirements (see the University Bulletin).

2: MATH(3) or (6) = Six hours of MATH beyond 315 are required. Approved choices include MATH 340, 360, 375, 401, 402, 415, 420, 440, 441, 443, 448. Italicized entries are recommended

3: 499 = One hour of 499 in an appropriate department or Physics is required. Additional hours of Physics 499 may be taken for credit.