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Course Criteria
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1.00 Credits
This course will provide theory and applications for analyzing streamflow data, focusing on the scale of small wildland watershed. We will use conceptual and mathematical models to understand hydrologic processes and quantitatively predict stocks and fluxes of water.
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3.00 Credits
This course covers ecosystem analysis of physical, chemical, and biological interactions in lakes and streams. It includes the application of these concepts for managing aquatic systems. Graduate students write an additional research paper and present a lecture. Additional coursework is required for those enrolled in the graduate-level course. Prerequisite(s): CHEM 1210, CHEM 1215, CHEM 1220 and CHEM 1225, and one of the following: WATS 2220 or WATS 3700 Repeatable for credit: No Grade Mode: Standard
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3.00 Credits
This course covers sources, transport and transformation processes, impacts, prevention, and mitigation of the major categories of water pollution. It includes policy and management approaches required by the Clean Water Act and state law. Additional work is required for students registered in the graduate-level course. Dual-listed as: WATS 4530 Repeatable for credit: No Grade Mode: Standard
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4.00 Credits
Course covers systematics, evolution, taxonomy, anatomy, and physiology of fishes. Students learn fish diversity, how anatomical and physiological adaptations allow species to succeed in challenging environments, and how fishes' physiology can make them susceptible to anthropogenic changes. Includes labs/field trips. Additional coursework required for graduate-level course. Dual-listed as: WATS 4540 Repeatable for credit: No Grade Mode: Standard
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1.00 Credits
This course provides instruction on the underpinnings of the R computing and statistical environment, as well as how to manage and manipulate data in the R environment. Additional coursework is required for those enrolled in the graduate-level course. Dual-listed as: WATS 4580 Repeatable for credit: No Grade Mode: Standard
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3.00 Credits
This course covers quantitative methods for analyzing large-scale water resources problems and focuses on managing water for freshwater ecosystems. It is useful for students in water resources, natural resources, fisheries, and physical sciences who work in systems with built infrastructure. Additional coursework is required for those enrolled in the graduate-level course. Cross/Dual Listed as: WATS 4600
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3.00 Credits
Emphasizes management of fish populations within context of community and ecosystem dynamics. Stresses use of simulation models to assess effects of growth, recruitment, and mortality on age-structured populations. Cross-listed as: WATS 4650.
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3.00 Credits
Covers climate through the past four billion years of geologic time. Explores driving forces behind climate changes. Examines data and methods used in paleoclimate research. Includes discussion of literature and stresses local paleoclimate records. Three lectures per week, along with field trips. Prerequisite/Restriction: GEO 3600/WATS 3600 or instructor permission Cross-listed as: WATS 5680 and GEO 6680/GEO 5680 and PSC 6680/PSC 5680.
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4.00 Credits
Provides an understanding of ecological restoration, how to determine restoration goals, how to establish targets, and how to determine what are good measures of success. Teaches restoration implementation, best practices for restoration monitoring, and how to develop and sustain community support for restoration. Cross-listed as: WILD 6700
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2.00 Credits
Drones (UAV / UAS) have revolutionized data collection for natural resources (rivers, forestry, wildlife, wetlands, agriculture, etc.) and are used to evaluate restoration success. Students learn mission planning and drone-based data collection, processing, and analysis for natural resources applications. Additional coursework is required for those enrolled in the graduate-level course. Prerequisite Recommendation(s): A GIS or remote sensing course. Dual-listed as: WATS 4720 Repeatable for credit: No Grade Mode: Standard
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