Environmental Science Courses (ENVS)

Minor Requirements

In order to gain a minor in evironmental science you must gain at least 6 points from Advanved Environmental Science and 5 points from either Field Environmental Science, Experimental Environmental Science, Computational Environmental Science, or Theoretical Environmental Science.

Major Requirements - Associate Degree

In order to gain a major in environmental science you must complete the associate program core courses or you must already have an associate degree* (or higher) and complete at least 5 points from Advanved Environmental Science and 5 points from either Field Environmental Science, Experimental Environmental Science, Computational Environmental Science, or Theoretical Environmental Science, and another 10 points from other projects.

* — This assumes that the mathematical preparation from the school where you completed the associate degree program covers all of the topics from the MAST program. If it does not, then the necessary projects must be completed as part of your associate degree program.

ENVS 100: Advanced Environmental Science (Pre: CORE 023)

The topic list for this project is: environmental geology, environmental physics, environmental chemistry, ecology, climatology, environmental engineering science, environmental hydrology, and environmental oceanography

ENVS 101: Field Environmental Science (Pre: ENVS 100)

The topic list for this project is: site survey, record keeping, collection of samples, sample handling in the field, sample conservation, field testing, and mapping.

ENVS 102: Experimental Environmental Science (Pre: ENVS 100 and CORE 024)

The topic list for this project is: setting up an environmental science lab, planning an experiment, constructing apparatus, experimental electronics, chemical processes, computer hardware, landscape control, sensors, control, calibration, error analysis, conducting an experiment and collecting data, and data analysis.

ENVS 103: Computational Environmental Science (Pre: ENVS 100)

The topic list for this project is: symbolic computation, numerical computation, visualization, data analysis, dynamical system modeling, molecular dynamics simulations, image enhancement, computational fluid dynamics, circuit simulation, and device modeling.

ENVS 104: Theoretical Methods in Environmental Science (Pre: ENVS 100)

The topic list for this project is: vector and tensor analysis, ordinary differential equations, matrix algebra, Fourier analysis, vector spaces, complex analysis, special functions, calculus of variations, the Laplace transform, partial differential equations, integral equations, group theory, discrete mathematics, and probability and statistics.

ENVS 105: Environmental Geology (Pre: CORE 015 and ENVS 101, 102, 103, or 104)

The topic list for this project is: weathering, soils, mass wasting, groundwater, streams and floods, subsidence, coastal processes, earthquakes, energy issues, and contaminants.

ENVS 106: Environmental Physics (Pre: ENVS 101, 102, 103, or 104)

The topic list for this project is: environmental electrodynamics, environmental optics, environmental thermodynamics, environmental fluid dynamics, the atmosphere, solar radiation, soil physics, wind, energy resources, environmental acoustics, solar energy, water power, and wind power.

ENVS 107: Environmental Chemistry (Pre: ENVS 101, 102, 103, or 104)

The topic list for this project is: chemical cycles, aquatic chemistry, redox reactions, phase interactions, aquatic microbial biochemistry, water pollution, water treatment, atmospheric chemistry, aerosols, gaseous inorganic pollutants, organic air pollutants, photochemical smog, global atmospheric change, geochemistry, soil chemistry, energy resources, hazardous waste, environmental biochemistry, toxicological chemistry, and environmental analysis.

ENVS 108: Ecology (Pre: ENVS 101, 102, 103, or 104)

The topic list for this project is: ecosystems, biodiversity, sustainability, ecosystem structure, biomes, major ecosystems, populations, population dynamics, and communities.

ENVS 109: Climatology (Pre: CORE 013 and ENVS 101, 102, 103, or 104)

The topic list for this project is: the atmosphere, solar and terrestrial radiation, the global energy budget, surface heating, water, stability, precipitation, atmospheric dynamics, general circulation, atmospheric waves, cyclones, fronts, air masses, the southern oscillation, tropical climes, monsoon climes, polar climes, desert climes, mid-latitude climes, local climes, paleoclimatology, climate change, ozone depletion, and climate models.

Second Minor Requirements

In order to gain a second minor (or a minor following an Associate Degree) you must gain at least 5 points from 200-level projects and 6 from other projects.

Major Requirements - Bachelor's Degree

In order to gain a major you must gain have complete the bachelor program requirements and complete at least 15 points from 200-level projects and 43 points from other projects.

ENVS 200: Site Survey and Mapping (Pre: ENVS 101)

ENVS 201: Sample Collection, Handling, and Conservation in the Field (Pre: ENVS 101)

ENVS 202: Field Testing (Pre: ENVS 101)

ENVS 203: Topics in Field Environmental Science (Pre: ENVS 101)

ENVS 204: The Environmetnal Science Lab (Pre: ENVS 102)

ENVS 205: Environmental Science Experiments (Pre: ENVS 102)

ENVS 206: Environmental Science Apparatus and Sensors (Pre: ENVS 102)

ENVS 207: Experimental Electronics (Pre: ENVS 102)

ENVS 208: Laboratory Chemistry (Pre: ENVS 102)

ENVS 209: Computer Hardware (Pre: ENVS 102 or 103)

ENVS 210: Landscape Modification (Pre: ENVS 102)

ENVS 211: Control Systems (Pre: ENVS 102)

ENVS 212: Environmental Science Data Analysis (Pre: ENVS 102, 103, or 104)

ENVS 213: Topics in Experimental Environmental Science (Pre: ENVS 102)

ENVS 214: Symbolic Computational Environmental Science (Pre: ENVS 103)

ENVS 215: Numerical Computational Environmental Science (Pre: ENVS 103)

ENVS 216: Environmental Science Visualization and Image Enhancement (Pre: ENVS 103)

ENVS 217: Dynamical Systems Modeling (Pre: ENVS 103)

ENVS 218: Molecular Dynamics Simulations (Pre: ENVS 103)

ENVS 219: Computational Fluid Dynamics (Pre: ENVS 103)

ENVS 220: Topics in Computational Environmental Science (Pre: ENVS 103)

ENVS 221: Advanced Theoretical Methods in Environmental Science (Pre: ENVS 104)

ENVS 222: Theoretical Concepts in Environmental Science (Pre: ENVS 104)

ENVS 223: Topics in Theoretical Methods in Environmental Science (Pre: ENVS 104)

ENVS 224: Erosion Processes (Pre: ENVS 105)

ENVS 225: Environmental Soil Science (Pre: ENVS 105)

ENVS 226: Environmental Hydrology (Pre: ENVS 105)

ENVS 227: Topics in Environmental Geology (Pre: ENVS 105)

ENVS 228: Environmental Thermal Physics (Pre: ENVS 106)

ENVS 229: Environmental Fluid Dynamics (Pre: ENVS 106)

ENVS 230: Environmental Atmospheric Science (Pre: ENVS 106)

ENVS 231: Solar Power (Pre: ENVS 106)

ENVS 232: Water Power (Pre: ENVS 106)

ENVS 233: Wind Power (Pre: ENVS 106)

ENVS 234: Topics in Environmental Physics (Pre: ENVS 106)

ENVS 235: Environmental Aquatic Chemistry (Pre: ENVS 107)

ENVS 236: Environmental Atmospheric Chemistry (Pre: ENVS 107)

ENVS 237: Environmental Geochemistry (Pre: ENVS 107)

ENVS 238: Environmental Biochemistry (Pre: ENVS 107)

ENVS 239: Toxicological Chemistry (Pre: ENVS 107)

ENVS 240: Topics in Environmental Chemistry (Pre: ENVS 107)

ENVS 241: Ecosystems and Biomes (Pre: ENVS 108)

ENVS 242: Biodiversity (Pre: ENVS 108)

ENVS 243: Sustainablity (Pre: ENVS 108)

ENVS 244: Population Biology (Pre: ENVS 108)

ENVS 245: Community Biology (Pre: ENVS 108)

ENVS 246: Topics in Ecology (Pre: ENVS 108)

ENVS 247: Microclimatology (Pre: ENVS 109)

ENVS 248: Paleoclimatology (Pre: ENVS 109)

ENVS 249: Climate Change (Pre: ENVS 109)

ENVS 250: Climate Models (Pre: ENVS 109)

ENVS 251: Topics in Climatology (Pre: ENVS 109)

ENVS 252: Independent Study in Environmental Science (Pre: ENVS 101, 102, 103, or 104)

ENVS 253: Conservation Biology (Pre: ENVS 108)

ENVS 254: Evolution (Pre: ENVS 108)

ENVS 255: Biogeography ({Pre: ENVS 108)

Click here to return to the degree page.

Click here to return to the home page.