Environmental Science (ENVS)

This course is designed to provide non science majors with an introduction to Earth Science. Students examine the general physical environment, and the emphasis of study is Earth-sun relationships, meteorology, climatology, geology, geomorphology, hydrology, natural hazards, and environmental degradation. Particular attention is devoted to the exploration of the inherent global interconnectedness of natural environmental systems and human interactions with the physical environment.

This is the laboratory component of ENVS 100-Earth Science. Students will engage in the practical application of the knowledge they acquire about natural environmental systems during lectures through observation, experimentation, and analysis. Topics of focus include Earth-sun relationships, meteorology, climatology, geology, geomorphology, hydrology, natural hazards, and environmental degradation. Particular attention is devoted to the exploration of the inherent global interconnectedness of natural environmental systems and human interactions with the physical environment.

The study of the earth and the forces that shape it, including minerals and rocks, landforms, and geological processes.

The study of the earth and the forces that shape it, including minerals and rocks, landforms, and geological processes.

Study of the history and evolution of the earth including its lithosphere, hydrosphere, atmosphere, and biosphere. Topics also include the change in tectonics, rocks, environments, life, and fossils through geological time.

Study of the history and evolution of the earth including its lithosphere, hydrosphere, atmosphere, and biosphere. Topics also include the change in tectonics, rocks, environments, life, and fossils through geological time.

Introduction to the basic features of Arc GIS software with hands-on exercises in a computer lab setting. Exercises will provide practice in basic GIS functions such as spatial data creation, editing, manipulation, and analysis. Basic cartographic principles will be applied to produce map displays of exercise results.

This course provides a unique opportunity for students to learn about river monitoring issues and techniques and to teach these skills to others as they mentor high school and 7th grade students. The course also allows students to take an active role in a community-based service-learning project in which data generated are directly applicable to local water conservation issues.

An introduction to the various regions of North America and the study of relationships between physiography, climate, ecosystems, human activities, and environmental issues in the regions.

This course presents an overview of environmental science as well as basic principles of ecology and their implications for identifying and analyzing environmental problems. Also discussed is the impact of human activities on ecosystems and possible solutions to environmental problems.

This course presents an overview of environmental science as well as basic principles of ecology and their implications for identifying and analyzing environmental problems. Also discussed is the impact of human activities on ecosystems and possible solutions to environmental problems.

A study of environmental science topics not ordinarily covered in established courses.

This one-credit seminar class will provide an opportunity for environmental science majors, instructors, and guest speakers to discuss and critically examine current events and environmental issues, journal articles, internship and career opportunities, career preparation, and to network with potential employers.

This is a field course used to prepare students for intercollegiate soil judging contests.

Methods of soil profile description and field interpretation of landscapes. Participation in soil judging team during regional or national contests is required.

A study of environmental science topics not ordinarily covered in established courses.

Basic physical, chemical, and biological properties of soil. Soil genesis, classification, and principles of soil fertility. The required preparation for this course is three years of high school mathematics or MATH 060.

Laboratory experimentation related to the physical, chemical, and biological properties of soil including soil genesis, classification, and principles of soil fertility. The required preparation for this course is three years of high school mathematics or MATH 060.

An in-depth, interdisciplinary investigation into landform development, landscape evolution, and the effects of geological processes and climate change on the Earths surficial systems. Special emphasis on Quaternary environmental changes, glacial and interglacial transitions, and the resulting landscapes.

This course provides students with an introduction to atmospheric characteristics and phenomena including: weather, composition and physical processes, air masses and global patterns of air circulation, frontal systems and severe weather, climate and climate change. Particular emphasis will be placed on human interactions with the atmosphere-natural hazards, forecasting, predicting and monitoring, pollution, and climate change-and the global nature of those interactions. For students interested in fulfilling their LAC requirements, the companion lab for this course is currently ENVS 100L - Earth Science Laboratory.

This course will offer hands-on experience using Geographic Information System (GIS) software to conduct geographic and spatial analyses common to many different fields. Students will learn to manage and manipulate spatial data using geodatabases, work with digital elevation models, and analyze spatial relationships while working with diverse datasets.

This course deals with the processes governing the depletion and replenishment of the water resources of the land areas of the earth. Students will be introduced to basic principles of the water cycle and the methodology used in determining water flow.

This lab will give the student an opportunity to experience problems and case studies of hydrology in detail. The lab sessions will consist of data manipulation and analysis, computer simulation, and systems design for major topics of hydrology. These topics will include irrigation, drainage, groundwater use and flow, contaminant transport and remediation. Laboratory exercises and field trips are designed to provide a practical introduction to hydrologic methods.

Study of the effects of geological processes on human society and the application of geological principles in identifying, evaluating, predicting, and mitigating natural hazards such as volcanoes, earthquakes, and floods. Other topics include global climactic change and human impacts on the environment from energy and resources extraction and utilization.

This course encompasses the description, identification, classification, interpretation, and formation of important common minerals and rocks and their geological implications.

This course encompasses the description, identification, classification, interpretation, and formation of important common minerals and rocks and their geological implications.

This course is the study of how soil fertility affects plant growth and what soil conditions are required to grow specific plants and crops, methods for testing plants and soils are reviewed. Fertilizer requirements, economics, placement, evaluation, residual effects and environmental effects are reviewed.

This course offers an in-depth exploration of evolution and paleoecology through the lens of the fossil record, with a primary focus on invertebrates. The course will focus on key foundational topics, including evolutionary theory, cladistics, fossil preservation, and the concept of geologic time. Building on this groundwork, we will examine major fossilized taxonomic groups to apply fundamental principles of paleobiology, such as morphological variation, taphonomy, and the organization and interactions within ecological communities of the past.

The study of potentially harmful agents in the environment and their effects on organisms and ecosystems. Topics covered include dose-response relationships, toxicity test methods, factors influencing toxicity, fate and effects of natural and synthetic chemicals in the environment, and ecological risk assessment.

Basic concepts related to plant nutrient availability in soils. Emphasis on the dynamic reactions of mineral elements in soil and water, and subsequent evaluation of plant growth and the environment. Diagnostic techniques for measuring specific soil fertility parameters.

Soil erosion and land degradation processes on rural and urban landscapes. Technical, historical, economic, social, and international considerations of soil conservation. Land use management practices of soil conservation and methods of natural resource assessment.

This course is designed to introduce students to the basic methods of research in Environmental Science. Emphasis will be placed on how to select a research project, how to conduct a literature search, how to write a project proposal, and field methods for data collection. This course is a prerequisite for ENVS 400, the capstone course in Environmental Science.

This is the capstone course for the environmental science major. Students will be expected to conduct an independent research project investigating various environments topics selected in conjunction with a faculty research advisor. Students will incorporate field, laboratory, and GIS experiences in environmental data gathering, analysis, interpretation, synthesis, and presentation. Students will present their findings in a variety of oral and written formats including at the annual SMSU Undergraduate Research Conference.

This course is a comprehensive review of the biological, physical, and chemical aspects of wetland ecosystems. The course also covers the restoration, creation, and management of wetlands as well as policy regulating these activities. The course will include North American wetland systems as well as other wetlands around the globe. Various field data collecting exercises will emphasize local wetlands.

This course is a comprehensive review of the biological, physical, and chemical aspects of wetland ecosystems. The course also covers the restoration, creation, and management of wetlands as well as policy regulating these activities. The course will include North American wetland systems as well as other wetlands around the globe. Various field data collecting exercises will emphasize local wetlands.

This course focuses on the study and management of freshwater aquatic systems and watersheds. Topics include abiotic and biotic diversity, hydrology, energetics, nutrient cycling, watershed monitoring and protection, as well as key challenges facing freshwater ecosystems.

This course focuses on the study and management of freshwater aquatic systems and watersheds. Topics include abiotic and biotic diversity, hydrology, energetics, nutrient cycling, watershed monitoring and protection, as well as key challenges facing freshwater ecosystems.

Physical and chemical weathering processes, factors of soil formation, introduction to soil mineralogy, soil survey utilization and interpretation. This course will also introduce students to various landscapes, their genesis, and land use impacts.

Description

Applied, supervised experience in which students gain practical experience in environmental education. Specific proposal and approval by supervising instructor required prior to enrollment. A minimum of 30 hours of work experience is required per credit hour.

A study of environmental science topics not ordinarily covered in established courses.

Independent research, directed by a faculty member, which must be laboratory research, library research, or other experiences approved by the Environmental Science program.

Supervised experiences in learning situations that cannot be obtained on campus.