Introduction to Environmental Science (LAB SCI)
This course integrates biology, chemistry, and physical geography, and will provide an introduction to the fundamental natural science foundation necessary to understand and be literate in environmental science. Topics include systems analysis (atmosphere, lithosphere, hydrosphere, and biosphere), matter, energy, ecosystems, biodiversity, environmental risk, ozone, water, soil and air pollution, global warming, food resources, and human health. Science and information literacy, with particular emphasis on the evaluation of sources, are emphasized in the classroom experience. Data analysis is an integral component of the course and is emphasized in laboratory work. The laboratory portion of this course will allow students hands-on experience with scientific and instrumental techniques typically used in environmental science with which data are analyzed at a variety of temporal and spatial scales.
Environmental Pollutants (NON LAB SCI)
An introduction to the range of natural and synthetic chemicals that contribute to environmental pollution. Topics covered include the structure and properties of pollutants, their sources and use patterns, the pathways by which they enter environmental systems, the factors that affect their transport and fate, and their effects on human and ecosystem health. Through the process of investigating selected pollutants students will gain experience compiling and evaluating scientific information from a variety of sources, including newspaper articles, databases, and scientific journals, and communicating their findings clearly and effectively. Informal laboratory activities will give students the opportunity to design experiments and measure environmental pollutants in real-world settings.
Environmental Chemistry (LAB)
An overview of chemical processes in the natural world. The course will include sections on atmospheric chemistry, aquatic chemistry, and soil chemistry and will address both natural phenomena and human impacts. These processes will be used to evaluate the causes and challenges of current environmental issues including ozone depletion, climate change, and water pollution. Laboratory exercises will focus on the analysis of pollutants in environmental samples.
Prerequisite: CHM 1000 or CHM 1010
Case Studies in Environmental Science (LAB SCI)
This course uses case studies and research experiences to build upon the concepts introduced in ENV 1600. There is further development of topics that integrate biology, chemistry, and physical geography. Topics may include invasive species, biodiversity, water, soil or air pollution, global warming, food resources, and human health. Data analysis is an integral component of the course and is emphasized in class and laboratory work. The laboratory portion of this course will allow students hands-on experience with scientific and instrumental techniques typically used in environmental science with which data are analyzed at a variety of temporal and spatial scales. For Environmental Science majors, this course allows students to generate work that demonstrates their abilities to synthesize and integrate data and information from the biological, chemical, and geographical sciences. Prerequisite: ENV 1600 with a grade of C- or higher.
Photographing Nature: Investigating Biodiversity and Conservation (NLAB)
This course introduces the student to the use of digital photography to explore plant and animal species and their habitats. The course begins with instruction in digital photography, and then moves outside where students will focus on organisms, learning to photograph them while exploring their biology. Photography will be used to engage students in making detailed observations and beginning the process of scientific discovery. After learning about species, their ecological interactions, and conservation, students will complete a final project that utilizes visual imagery to educate others about the value of biodiversity, ecology, and/or conservation issues.
Environmental Research Design and Analysis
An introduction to the methods used by environmental scientists to design and complete research projects. Topics covered include research strategies, literature reviews, experimental design, data analysis, and scientific writing and communication. As part of the course, students will design an independent research project and develop a formal proposal to support their work.
This is the capstone course for Environmental Science majors. During this course seniors complete and present their Senior Thesis work in consultation with faculty in the Environmental Science Program.
Prerequisite: Senior standing
Research Environmental Science
An opportunity to conduct research in environmental science, culminating in a research paper and a formal presentation. Given the interdisciplinary nature of environmental science, students in related disciplines may participate in this course with the permission of the instructor and their departmental advisor. Students may enroll for credit more than once, but no more than 4 credits may be applied to the major.
Prerequisite: Permission of the instructor
Field Experience Completion
Students must register for Field Experience Completion the term that they plan to complete their field experience.
Senior Thesis Completion
Students must register for ENV 4990 during the semester that they plan to complete their Senior Thesis. For most students this will be the Spring of their senior year.
Prerequisite: Permission of the instructor