ENSC - Environmental Sciences

(1-0-1) To introduce new majors to the program requirements in environmental science. To provide guidance on what it will take to be a successful student in the department, and to introduce students to the faculty, department, and university resources available to them. This course does not count toward the total hours required for graduation.

(3-0-3) AREA D FOR NON-SCIENCE AND SCIENCE MAJORS. Course uses basic principles of biology and earth science as a context for understanding environmental policies and resource management practices.

(0-2-1) AREA D FOR NON-SCIENCE AND SCIENCE MAJORS. Laboratory course to accompany ENSC 1000. Additional laboratory fee required; see semester course schedule for amount.

This course explores the relationship between human beings and the natural environment. Students in this course will examine sustainable solutions to local, regional, and global environmental issues.

The course will introduce students to different research methodologies, data collection and analysis and advanced use of Microsoft Word and Excel to produce quality products. Students will also learn how to find and cite scientific literature when writing scientific papers. This course will have a large field component and opportunities to use different research equipment.

(VAR 1-6) Prerequisite: Permission of the instructor. Specific course topics will vary depending on the instructor. Students will take part in introductory undergraduate research projects that pertain to environmental science. This course is repeatable for credit. (This course is equivalent to BIOL 2999.)

(2-0-2) Studies in selected field of biology and/or environmental science requiring preparation of a scientific paper or papers and at least one oral presentation by each student. (This course is equivalent to BIOL 3000).

In this course, students will examine current environmental issues including climate change, agriculture and sustainable communities. Students will research solutions to environmental problems and practice developing their scientific writing and presentation skills.

In this course students will learn the significance, formation, occurrence, distribution, extraction and environmental impacts of both economic and industrial minerals. This course will be based on finding solutions to environmental problems in the context of earth resources. In order to effectively address these challenging environmental issues, students will learn about natural resources and how to find sustainable solutions that foster both environment health and economic growth. Prerequisite: GEOL 1121/1121L or GEOL 1122/1122L.

(3-0-3) Prerequisites: ECON 2105 & 2106, or ECON 2100. A study of how economic forces can lead to environmental degradation and how the same forces can be directed to enhance environmental quality. Topics include resource and environmental valuations, property rights and externalities, market failure, alternative solutions and policies, problems in monitoring and enforcement, economic analysis of the development of legislation and regulation, and applications to current policy issues. (This course is equivalent to ECON 3680).

Prerequisite: BIOL 2800. An introduction to the principles of landscape ecology, emphasizing how spatial heterogeneity and human activities influence ecological systems and the use of Geographic Information science techniques to analyze ecological patterns at the landscape level.

(VAR 1-6) Prerequisite: Permission of the instructor. Specific course topics will vary depending on the instructor. Students will take part in undergraduate research projects that pertain to environmental science. This course is repeatable for credit. (This course is equivalent to BIOL 3999.)

(3-0-3) A survey of the human geography of natural hazards, with emphasis on the U.S. Examines the fundamental concepts and issues regarding natural hazard risk and how environmental risk arises from the complex interaction between the physical environment and human society. (This course is equivalent to GEOG 4120).

(3-0-3) A survey of the human geography of natural hazards, with emphasis on the U.S. Examines the fundamental concepts and issues regarding natural hazard risk and how environmental risk arises from the complex interaction between the physical environment and human society. (This course is equivalent to GEOG 4120).

(3-0-3) A study of wetlands environments including an examination of physical properties, functions and values, and geographic variety and distribution. (This course is equivalent to GEOG 4130).

This course will cover the occurrence and behavior of groundwater and groundwater systems. Students will learn the physical processes that govern the flow of groundwater in various geologic media and settings. The sources, fate, and cleanup of groundwater and soil contamination will be examined. Chemical reactions and their effects on transport will also be examined for both inorganic and organic contaminants. Multiphase flow will be investigated together with strategies for aquifer and soil remediation. All the scientific concepts will be examined in the context of some of the overriding societal issues and ethical questions. Additional laboratory fee required; see semester course schedule for amount. Prerequisites: GEOL 1121 or GEOL 1122.

Prerequisite: CHEM 1211 and BIOL 2800 or BIOL 2200 or BIOL 3200 or CHEM 1311. This course will provide students with a general understanding of toxicology as related to the environment. Fundamental concepts to be covered include the fate, transport, and biotransformation of toxic compounds; their biological targets and mechanisms; and risk assessment as related to the environmental sustainability. (This course is equivalent to BIOL 4260).

(3-0-3) A study of the nature of natural resources, their distribution, usage, and renewal. Addresses concepts that define resources and their allocation, the geographic dimensions of natural resources, as well as the effects of their exploitation. Topics may include forests, fisheries, minerals, natural amenities, tourism, water resources, human-environmental interaction, resource evaluation, and institutional influences on resource use and management. (This course is equivalent to GEOG 4400).

(3-0-3) A study of the political and economic implications of environmental problems both on a national and international level. (This course is equivalent to POLS 4415).

(3-0-3) A study of the basic principles of ecology, resource economics, and environmental history as they relate to environmental management and resource conservation issues around the world. Addresses the social impacts of air, water, and soil pollution, human population growth, food production, deforestation, and many other environmental issues. (This course is equivalent to GEOG 4450).

This course introduces students to water and wetland resources in Milledgeville and the surrounding areas. Students will learn where the water comes from, how it is treated and supplied to residents, and what happens to it after it has been used. Students will design a field project to determine the impacts of land and water use on environmental quality. The course will introduce students to common methods used in gydrogeology and enfironmental science by professionals and researchers in the field.

(3-2-4) Prerequisite: BIOL 2800. Taxonomy, morphology, life history, ecology, and distribution of fishes. Laboratory deals with taxonomy and natural history of fishes found in central Georgia (This course is equivalent to BIOL 4480). Additional laboratory fee required; see semester course schedule for amount.

(2-2-4) Prerequisites: ENSC 1000 and ENSC 1000L, and GEOL 1121 and GEOL 1121L, and CHEM 1212 and CHEM 1212L, or CHEM 1212K, or CHEM 1312 and CHEM 1312L. Physical, chemical and biological properties of soils as they affect soil-plant-water relations, soil classification and suitability for agricultural and other uses; Interaction of soils with environmental contaminants and the role of soils in pollution control. (This course is equivalent to GEOL 4600). Additional laboratory fee required; see semester course schedule for amount.

(2-2-4) Prerequisites: ENSC 1000, GEOL 1121, CHEM 1211, CHEM 1212. Physical, chemical and biological properties of soils as they affect soil-plant-water relations, soil classification and suitability for agricultural and other uses; Interaction of soils with environmental contaminants and the role of soils in pollution control. (This course is equivalent to GEOL 4600). Additional laboratory fee required; see semester course schedule for amount.

(3-0-3) Prerequisite: BIOL 2800. An introduction to quantitative, theoretical and applied population and community ecology including population dynamics, species interactions and community structure. (This course is equivalent to BIOL 4705).

(4-0-4) Theories and principles concerning regional patterns of plant and animal distributions. (This course is equivalent to BIOL 4710).

Prerequisite: BIOL 1100. A consideration of major environmental questions of today's world and the ecological aspects relating to the conservation of man's renewable and non-renewable resources. (Cross-listed as GEOG 4740.) This course has a laboratory fee. (This course is equivalent to BIOL 4740).

(3-0-3) Prerequisites: BIOL 1107 or ENSC 1000. A study of interaction of microorganisms with their environment. Emphasis on microorganisms of terrestrial and aquatic environments, and environmental determinants that control their distribution, activities, and cross-interactions in these environments. (This course is equivalent to BIOL 4750).

(2-4-4) Prerequisites: BIOL 1108. Plant Taxonomy provides the content and training needed to equip environmental science students with the skills required to identify vascular plants and use taxonomic data within the context of their profession. This course is not appropriate for biology majors and excludes in depth coverage of evolutionary processes and phylogenetics of vascular plants. Additional laboratory fee required; see semester course schedule for amount.

(2-4-4) Prerequisite: BIOL 3700. An introduction to field techniques for studying birds, e.g., field identification by sight and song, census taking, developing a field study. (This course is equivalent to BIOL 4770). Additional laboratory fee required; see semester course schedule for amount.

(3-2-4) Prerequisite: BIOL 2800. The study of freshwater organisms, their identification, natural history, and environmental relationships. Particular emphasis will be given to lotic systems. (This course is equivalent to BIOL 4780). Additional laboratory fee required; see semester course schedule for amount.

This course introduces students to the principles of wetland science and our practices in managing them, with emphasis on the ecosystem perspective. Students will be expected to develop an understanding of physical, chemical, and biological aspects of wetlands including the processes that form wetlands and their associated plant and animal communities and how we manage these ecosystems. Prerequisite: C or better in BIOL 2800.

This is an advanced course designed to familiarize students with the ecology of freshwater and coastal ecosystems (both "lotic" and "lentic"). This course will introduce students to field and laboratory techniques, current theory regarding structure and function, important areas of research and applied issues regarding conservation and management of aquatic habitats. The course will consist of a mixture of of lectures and group discussions, coupled with field and laboratory exercises. Prerequisite: BIOL 2800.

(2-4-4) Prerequisites: BIOL 1108. A survey of field techniques used to sample nongame wildlife to include experimental design, data collection, field notes, and final report writing. Group field project required. (This course is equivalent to BIOL 4860). Additional laboratory fee required; see semester course schedule for amount.

A senior level field-intensive course designed to allow the student to draw on knowledge and skills gained from previous courses. The course is designed to allow the student to implement experimental design, instrumentation, sampling techniques, and general methodologies needed to implement and complete a field based research project on a naturally occurring vertebrate population. Also, methods of reporting the results of the research in a manuscript form and orally will be required by the student. This course satisfies the course option for a senior capstone in biology or environmental science.This course is repeatable for credit. Additional laboratory fee required; see semester course schedule for amount. Prerequisite: Senior Standing.

(VAR 1-4) Consideration of topics in which courses are not offered otherwise, but for which there is current need. Subject matter varies. This course is repeatable for credit.

Consideration of topics in which courses are not offered otherwise, but for which there is current need. Subject matter varies. This course is repeatable for credit. This course has a lab fee.

Junior or Senior status. This course counts towards senior capstone requirement for Environmental Science majors. The goal of a senior capstone is to allow students to bring together knowledge gained from specific subareas of their majors and other disciplines for the integrative understanding of the science and the global understanding of the world around them. Although each course will have specific requirements and learning outcomes, in general writing, primary literature reading and oral communication components will be highly emphasized. This course is repeatable for credit. This course has a lab fee.

Junior or Senior Status. This course counts towards senior capstone requirement for Environmental Science majors. The goal of a senior capstone is to allow students to bring together knowledge gained from specific subareas of their majors and other disciplines for the integrative understanding of the science and the global understanding of the world around them. Although each course will have specific requirements and learning outcomes, in general writing, primary literature reading and oral communication components will be highly emphasized. This course is repeatable for credit. This course has a lab fee.

(VAR 1-6) Prerequisite: Selection for participation in a University-approved internship program. An individually designed off-campus course involving study, research, and/or work in a science position. This course is repeatable for credit.

An improved internship that directly relates to the Environmental Science curriculum. This course counts towards the senior capstone requirement for Envioronmental Science majors. Students should work with the Georgia College Career Center, their faculty mentor and their professional advisor to complete the cecessary paperwork before they begin their internship. A performance report from the on-site supervisor and a formal presentation of internship experiences are expected. Credit is granted for work conducted in the concurrent semester.

(VAR 1-15) Prerequisite: Permission of the instructor. This course can count as a capstone for environmental science seniors. Course topics will vary depending on the instructor and location of the course. This course is repeatable for credit. (This course is equivalent to BIOL 4980.)

This course counts towards senior capstone requirement for Environmental Science majors. The goal of a senior capstone is to allow students to bring together knowledge gained from specific subareas of their majors and other disciplines for the integrative understanding of the science and a global perspective. Research must last a minimum of two consecutive semesters. Writing in appropriate format and formal presentation of research results are expected.

(VAR 1-6) Prerequisite: Permission of the instructor. This course can count as a capstone for environmental science seniors. Specific course topics will vary depending on the instructor. Students will take part in advanced undergraduate research projects that pertain to environmental science. This course is repeatable for credit. (This course is equivalent to BIOL 4999).

(3-0-3) A study of the basic principles of ecology, resource economics, and environmental history as they relate to environmental management and resource conservation issues around the world. Addresses the social impacts of air, water, and soil pollution, human population growth, food production, deforestation, and many other environmental issues. (This course is equivalent to GEOG 4450).