DEGREE AT A GLANCE:
This degree provides the student with curriculum and research opportunities in one of the world’s most significant science and policy issues: the environment. Students will study ecosystems management, the impact of industrialization on the environment, economics and resource availability, regulation and law, environmental ethics, landscape-level conservation, political ecology, and environmental technology and management. They also have the opportunity to focus on several emerging fields of study, including global environmental change, environmental planning, and environmental sustainability, as well as to explore a general study option. This degree is applicable for government and industry environmentally related professions. It also can serve as a foundation degree for study at the doctorate level in related fields.
In addition to the institutional and degree level learning outcomes objectives, the Master of Science in Environmental Policy and Management also seeks the following specific learning outcomes of its graduates. Graduates in this degree program will be able to:
Note: EVSP500 - Research Methods for Environmental Science and Policy is the required first course in this program.
Research Methods for Environmental Science and Policy
This course presents the research methods commonly used by environmental scientists and professionals. The course will prepare the student to understand the scientific method, the principles of research design, and the statistical analysis of data. The course is intended to provide the student with a foundation in research methods that will be employed throughout the their graduate program
This course focuses on the analysis and resolution of complex environmental management issues. Environmental Management investigates the use of management tools and strategies to resolve complex environmental problems and controversies, including application of adaptive management, structured decision-making, and negotiation principles, and incorporating stakeholders, economic drivers, and the human element. Environmental leadership, collaboration, and conflict resolution will be emphasized, with due consideration to the use of sound scientific data in environmental decision making. Students will be expected to use critical thought, innovation, and creativity to formulate an adaptive management plan for a highly controversial environmental issue or policy as their course final project.
This course is a qualitative and quantitative study of the public and private economic costs and effects of environmental programs, industrialization, regulation, and international and national environmental policies, among other issues.
Environmental Policy, Regulation, and Law
This course is a study of the major legal, regulatory, and policy framework that encompasses environmental programs and projects in the United States and with international political, commercial, and non-governmental institutions. The primary learning approach used in this course will be case studies.
This course is an advanced study of environmental issues from a moral and philosophical approach. Issues raised in the course and through student research and writing will include: the moral obligation or lack thereof, to preserve and protect the environment; the ethical presumptions that underlie environmental policy; the traditional theories of moral philosophy applicable to contemporary environmental problems; and the potential for a new concept of the relationship between humanity and nature.
This course presents an introduction to the dynamics of ecosystems and the effects of toxic substances on its living and nonliving components, and incorporating human health issues and concerns. Students will examine the regulatory framework for environmental contaminants issues and detail the federal regulations, policies, and guidelines under which current environmental remediation is done. A key aspect of the course will be the application of risk assessment principles through case studies to gain an understanding of how to develop remediation plans and restoration alternatives that meet or exceed established regulatory guidelines.
This course examines the principles and theory of fisheries management with major emphasis on the human dimension in fisheries management, fishery assessment, population dynamics, and common management practices. Course Objectives: • Apply ecological concepts and principles to problems in fisheries management. • Select and apply the quantitative methods of fisheries assessment. • Assess the habitat requirements of both common and threatened and endangered fisheries resources. • Apply a variety of methods and techniques used to manage fish populations and their habitats. • Apply the concept of ecosystem management to fisheries management activities. • Analyze the regulations and issues (social, economic, ethical, and ecological) in the management and conservation of fisheries resources.
This course examines the principles of managing wildlife resources with emphasis on the history of wildlife resources in the United States, population ecology, wildlife values, and the administration of wildlife resources and resources agencies. Course Objectives: • Apply ecological concepts and principles to problems in wildlife management and conservation. • Discriminate between the various methods of estimating population abundance, growth, and survivorship. • Assess the habitat requirements of both common and threatened and endangered species. • Assess the role of collaborative efforts in the management of wildlife populations. • Apply the concept of ecosystem management to wildlife conservation and management activities. • Analyze regulations and issues (social, economic, ethical, and ecological) in the management and conservation of wildlife populations.
This course will examine the concept of restoration ecology, which employs science, applied techniques, and environmental design principles to restore ecological processes and biological communities on disturbed, degraded, or altered landscapes. Students will conduct scientific study and explore techniques used in restoring endangered species, native prairie, rare plants, riparian areas, streams, rivers, lakes, wetlands, watersheds, woodlands, and wildlife habitat. Course Objectives: • Explain the philosophy, scientific foundation, and challenges of restoration ecology. • Apply the principles of restoration ecology through the development of a detailed restoration plan. • Analyze habitat requirements, ecosystem function, and anthropocentric influences to determine the restoration approach for a species or population. • Assess the various scales of restoration (organism to landscape) to develop a holistic approach to ecosystem restoration and management. • Analyze the impacts and threat of climate change on ecosystems.
This course examines the development of major areas in conservation-oriented research that include patterns of biodiversity, extinction, conservation genetics, conservation of populations, communities and landscapes, and ecological sustainability. Course Objectives: • Describe the processes of extinction, species conservation, and biodiversity. • Analyze the regulations, policies, and treaties that support biological conservation. • Assess the role of conservation genetics theory in the preservation of biodiversity. • Select and apply quantitative methods to conduct for population viability analyses. • Identify potential management strategies that incorporate the human dimensions in conserving species. • Develop defendable strategies for conservation of a species or a system of concern.
In recent years, water resource management in the United States has begun a shift away from top-down, government agency-directed decision processes toward a collaborative approach of negotiation and problem solving. Rather than focusing on specific pollution sources or specific areas within a watershed, this course will present this new process, considering the watershed as a whole, and seeking solutions to an interrelated set of social, economic, and environmental problems. Through readings, discussions, and current and historical case studies, students will explore a wide range of threats to the productivity and health of watersheds and explore new, collaborative approaches to watershed management.
Landscape Ecology and Planning
Landscape planning and ecology is a rapidly developing area of study that explicitly examines the effects of spatial pattern and scale on ecological processes that unfold over areas of several square miles or larger. Thus, landscape ecology and planning provides many concepts, tools, and approaches that will enhance the effectiveness of endeavors such as watershed management, ecosystem management, design of conservation reserves and green infrastructure, and smart growth. The goal of this course is to give students a firm grasp of the concepts of landscape ecology and planning and how they can be applied to enhance the effectiveness of environmental policy, management, regulation, and assessment.
Environmental Impact Analysis
This course focuses on the study and review of the National Environmental Policy Act of 1969 (NEPA) and related environmental legislation. Emphasis will be on the practical, rather than the theoretical, application of NEPA requirements. Students will conduct detailed analyses of the environmental assessment process, and assess the environmental, societal, and economic impacts of large-scale federal projects and programs. Course assignments will require students to write and review environmental impact documents, formal letters of comment, and procedural documents.
Fish and Wildlife Seminar
This course will consist of an internship or practicum at a park, refuge, or other land managed for fish and wildlife or at an approved non-profit organization that allows the student to gain field experience in the discipline. The experiential or practical component of the class aims to apply learning in an aspect of interest related to the field of fish and wildlife management. It is understood to be a supervised practicum that requires approval by APUS before entering into a relationship with the organization. The selection of an organization or site for the practicum must relate to the content of the student’s course. Goals of the applied practicum seminar will be submitted by the student for approval to the Instructor and Program Director. The practicum will serve as an opportunity to experience the practice of an area of fish and wildlife management related to the focus of the student’s degree. This seminar should be completed in one of the student’s last few semesters. Course Objectives: • Apply ecological concepts of fish and wildlife management in applied situations. • Collaborate with professional fish and wildlife managers to implement a project or program. • Demonstrate scientific writing and professional speaking skills. • Analyze contemporary fish and wildlife management problems and develop appropriate approaches to conservation of species and habitats. • Critique fish and wildlife management techniques and methods in a field context. • Exhibits professionalism in the field of fish and wildlife management.
Final Program Requirement
Environmental Policy and Management Capstone
The Master's Capstone Seminar option includes a thesis, or a major research project or paper. This course may not be taken until all other courses are COMPLETED and student has a 3.0 GPA.
Electives are typically courses available at your degree level that are not currently required as a part of your degree program/academic plan. Please visit the catalog to view a complete listing of courses.
Total Credits (36 Hours)
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