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Proposal
to Establish an
Interdisciplinary Graduate Environmental
Studies Program in
the Graduate School of Howard University[1] 1.
Name of College/School:
Graduate School 2.
Title of Proposed Program:
Graduate Environmental Studies Program CIP Code (assigned by University Academic Affairs) _______ Level of Proposed Degree Program
p
Baccalaureate x Master’s
x
Doctorate
p
First Professional p
Certificate of Advanced Study p
Other
(Specify) ________________ 3. Is the program interdisciplinary? x Yes p No
Name the lead and participating unit(s):
Graduate School – lead unit African Studies History Anatomy Law Art Microbiology Biochemistry Pharmacology Biology Pharmacy, Nursing and Allied Health Business Philosophy Chemical Engineering Physics Chemistry Physiology and Biophysics Civil Engineering Political Science Communication and Culture Psychology Divinity Social Work Economics Sociology/Anthropology Health, Human Performance and Leisure Studies
4. Mode of delivery: x Classroom x Web Based x
Other (Specify) Internships, Exchange Programs &
Laboratory Experiences
5.
Proposed date for initiation of program: Fall 2004
6.
Objectives, Rationale and Impact a)
Explain purpose (objective) of the program and the specific
contribution the program will make to the University goals, objectives
and priorities as reported in the Strategic Framework for Action.
The mission of the Graduate Environmental Studies Program (GESP) is to produce graduates prepared to take leadership positions in research, education and outreach in the environmental arena—with particular emphasis on the training of African American students. GESP will achieve this through the implementation of an interdisciplinary program of teaching and research focused on the quest for solutions to the complex environmental problems currently plaguing societies throughout the United States and abroad. The interdisciplinary areas of study will include foci in four broad areas, Environment, Development & Sustainability; Environmental Management, Law & Policy; Environmental Health; and Environmental Science & Engineering, and involve faculty from most of the schools and colleges. The program described herein has been designed to provide the competitive and well-rounded curriculum and training necessary for addressing current environmental issues and problems. GESP will contribute significantly to Strategic Framework for Action II, which acknowledges the importance of an integrated approach to complex environmental problems and urges the University to promote new interdisciplinary programs. Through GESP, the University’s environmental research capabilities would be strengthened, allowing for the development of collaborations with other leading universities, increased research funding in the environmental area and enhanced student learning – all critical components of SFAII. Environmental issues are expected to be among the most serious challenges of the 21st century. The sheer magnitude and complexity of these issues, and the critical need to address them, have spurred increasing attention to the environment—especially among people of color who have increasingly recognized the disproportionate impact of environmental problems on their communities. The creation of GESP would: · recognize that both basic and applied research are critical to understanding the causes and impacts of environmental problems, as well as to the developing methodologies to address these problems. ·
identify environmental hazards and associated risks for
populations of varying ethnic, social, and economic backgrounds. ·
provide an effective environmental education for affected
people. · address “the need to ameliorate the rapidly deteriorating state of the environment and to enhance its capacity to sustain the needs of the world’s population” (Lubchenco et al. 1991. Ecology 72: 371-412). · increase the representation of individuals from underrepresented groups in the environmental decision-making process. Establishment of an interdisciplinary graduate environmental studies program would involve faculty in all of Howard University’s schools and colleges (Table A), thereby stimulating collaborative, interdisciplinary research, providing research and educational opportunities for graduate training, facilitating environmental educational programs, and fostering outreach programs for all sectors of society. Thus, GESP would aid in the development of practical and inclusive solutions to the critical environmental problems at global and local levels. Table A. Degree-granting Academic Schools and Colleges at Howard University. Those known to have expressed interest in affiliating with the program are high-lighted.
An interdisciplinary graduate program in environmental studies builds on two foundations: 1) the university’s rich and varied history of environmental research and teaching, and 2) the work of a number of faculty committees over the past six years to establish an interdisciplinary environmental studies program at Howard University. This proposal recognizes the full spectrum of current faculty activities across the university, the growing demand among students for training in environmental areas, the availability of external funding to support environmental research, and the unique opportunities that the university enjoys in the environmental field. This program aims to take advantage of Howard University's strengths while at the same time establishing specializations in several niche areas. The program acknowledges that the university's location at the seat of the national government presents an opportunity for exploring the legislative and regulatory implications of environmental policy, particularly as they affect African Americans and other persons of color both in the United States and throughout the world. b)
Provide a strong rationale for the proposed program that
addresses, among other things, potential demand on the part of students,
employment (or subsequent educational) opportunities of graduates, and
the relationship of the proposed program to similar programs at
neighboring or peer institutions. The rationale should employ factual
rather than anecdotal evidence, with supporting documents and
testimonials attached. One of the major functions of GESP is to correct the severe shortage of African Americans in environmental fields, while at the same time assuring that all program graduates—regardless of race, gender, ethnicity, or nationality—will be strong competitors for professional job opportunities. With increasing recognition that environmental issues will preoccupy both the technological and the policy agendas of the twenty-first century, Howard University, like other major research institutions, has a direct stake in education and scholarship bearing on the environment. The intellectual and political problems associated with the environment are now far too complex to be addressed in the traditional academic fashion and understanding and ameliorating them today requires broadly-based interdisciplinary scholarship, and smoothly-functioning interdisciplinary work groups. The proposed program will enable Howard University to assume a lead role in creating knowledge about the environment, to produce an outstanding cadre of environmental professionals and members of the professorate, as well as to prepare students to address the environmental issues that disproportionately affect African American communities. In 1992, Howard University was one of two HBCUs providing students with access to an environmental studies curriculum. At that time, Howard offered an undergraduate environmental studies program in the School of Human Ecology (now housed in Engineering), but did not offer an opportunity for graduate study in the discipline. At the present time, 11 HBCUs offer Masters’ degrees and four offer Ph.D.s in a variety of environmental areas, while Howard still does not (Table X; see also Table 3 in the appendix for a listing of HBCUs with undergraduate environmental programs). We note our understanding that Clark Atlanta University is in the midst of establishing a program.
Table B2. Graduate programs in the environmental area at “local” institutions as of Spring 2003.
c)
Describe any effects that the proposed program will have on other
programs within the College/School and the University. Will this program
replace/compete with any existing programs? Will the enrollment for the
proposed program affect enrollment in other programs (e.g., # of new
students to the program versus existing students who will transfer to
the program)? Currently, various departments throughout the University offer environmental courses, but no degree program exists in environmental studies at either the undergraduate or graduate levels. The Department of Civil Engineering offers a minor in environmental engineering at the BS level and an environmental program at the MS level, with both leading to degrees in Civil Engineering. These course offerings can provide an interested student the opportunity to take electives in the environmental area and unofficially develop a subspecialization while majoring in the degree program offered by the parent department. However, there is no formal mechanism to recognize this effort, let alone award a degree in environmental studies. A large number of Howard University faculty are actively engaged in environmental-related research. From the last data (2000) available from the Office of Research Administration (ORA), the external funding for the environmental research was estimated to be about 32 million dollars. Therefore it is clear that GESP will not compete with any existing programs. On the other hand, it would provide a two-fold opportunity. First, it would bring the existing courses and research activities in the environmental area under one umbrella, thereby increasing the potential for more interdisciplinary research collaborations and external funding. Second, GESP would provide an opportunity for interested students to matriculate with a degree in environmental studies. Because of the large extent of faculty participation from several departments in the University, the program of study can be tailored to suit students’ educational background and career goals while maintaining the highest standards of graduate education at Howard University. This would provide flexibility in meeting the students’ needs and in addressing contemporary issues in the environmental field. The
proposed program would draw graduate students from the existing pool of
students currently enrolled at Howard University and also recruit new
students who otherwise may not apply to Howard if this type of program
does not exist. Since the
students will be admitted to the home department participating in the
Interdisciplinary Graduate Environmental Studies Program, GESP will add
to the enrollment of graduate students in the participating departments.
It is estimated that 25% of the students in GESP will come from the
existing pool while 75% of the students will be new students, who
otherwise would not have come to Howard University. This will amount to
4 students from the existing pool and 12 new students. 7.
Curriculum a)
Provide a full catalogue description of the proposed program.
Include the core curriculum required of all students; the courses
required for the degree; the total number of elective courses (Will
these change is there is a specialization?); clinical, practicum or
fieldwork component; and thesis or dissertation requirement. See Appendix I. Master's
Degree Requirements
· Graduate School regulations require a minimum of thirty credit-hours beyond the bachelor's degree, no more than six hours of which may be earned for the master's thesis; all other pertinent regulations of the Graduate School regulations also apply · Non-thesis option – Students may elect to pursue a course-based, non-thesis Master’s program of study in which they do not conduct and write a research-based thesis. They must, instead, take additional courses (core and advanced) for a total of 33 credits. No thesis or research credits may be used toward this degree. This is a terminal degree and students pursuing it may not apply for or be admitted to the Environmental Studies Ph.D. program. Ph.D. Degree Requirements
· Graduate School regulations require a minimum of seventy-two hours beyond the bachelor's degree, no more than twelve of which may be earned for the doctoral dissertation; all other pertinent regulations of the Graduate School regulations also apply · Doctoral students will begin their studies by taking core courses during their first year · Students who enter the doctoral program having already earned a master’s degree in an appropriate discipline may, at the discretion of their academic advisory committee, satisfy core course requirements by courses earned in their master’s programs. · After completing the required and elective core courses, students will fulfill the remaining hours [between 44-48, depending on core course credits] needed to complete the doctoral degree through a combination of didactic, methodology, and research courses approved by their dissertation committees · All students must enroll in at least one course in advanced statistical/research methods · Students may either fashion a distinctive program of advanced study and research or concentrate their studies in one of the nine areas of specialization (described below) · Every student must enroll in at least one course from each of the four advanced areas of study · Students will develop a five-person dissertation committee, which will assist the student in course selection and research focus, composed of current members of the Graduate Faculty doing research in or having knowledge of the area of specialization; the committee must review and approve the student’s thesis proposal prior to the initiation of any research and before the student may advance to candidacy
Curriculum Designed to prepare students in the broad field of environmental studies, the academic program consists of three components: a required core to which all students will be exposed, a set of elective core courses which allows for some initial specialization but ensures exposure to the breadth of the environmental field, and advanced courses in areas of concentration which ensure depth. A full listing and description of courses associated with the Graduate Environmental Studies Program can be found in Appendix I. Core
Curriculum
The required and elective core courses comprise approximately 16 credit hours of study and acquaint students with various interdisciplinary theories and tools for understanding the environment and the associated biological, legal, economic, technological, political, social, and ethical issues. Exposure possibilities include both general theories regarding the functioning of environmental systems as well as specific applications for assessing the environmental impact of technological choices. For example, with regard to major pollutants, students will become familiar with ecosystem cycling, environmental stresses induced, effects on living organisms, and associated costs of remediation. With regard to the consequences of the pollutants, students will also learn the political mechanisms of amelioration, including the establishment of regulatory guidelines and agencies, the mobilization of interest groups, and the political aspects involved in developing “green technologies”. Thus, both individually and collectively, the core courses will emphasize the need to think across traditional disciplinary boundaries and to develop strong communication and teamwork skills. Following completion of the core requirement (core courses are listed below), students will be equipped to undertake upper-level coursework, conduct research within their areas of concentration, and complete requirements for the master's or doctoral degree. Students must take three required core courses—the Environmental Studies seminar (the only new course proposed for the program), the Environmental Justice course, and one of a variety of numerical analysis courses. Required environmental studies seminar: Seminar in Environmental Studies 1 cr Required environmental justice course is selected from either: SWPS 328 Environmental Justice & Community Health 2 cr Required numerical analysis course is selected from the following list of courses in statistics, cost-benefit analysis, and engineering applications: BIOG 430 Biostatistics 4 cr CIEG 350 Analytical Methods 3 cr CIEG 351 Probability and Statistics 3 cr ECOG 210
Advanced Statistics
3 cr ECOG 250 Cost-Benefit Analysis 3 cr PHAR 202 Statistical Methods 4 cr PSYG 207 Statistics 3 cr Students
must take two elective core
courses from two different concentration areas. Courses that
may be used to fulfill this requirement are listed below by
concentration area. Students may take additional courses from this
listing as advanced courses as appropriate.
ENVIRONMENT, DEVELOPMENT AND SUSTAINABILITY ANTG 248 Medical Anthropology 3 cr ECOG 220 Theory of Economic Development 3 cr PHIL 335 Ethics and Public Policy 3 cr POLS 208 Problems of World Organizations 3 cr SOCI 435 Growth and Development 3 cr SWPS 300 Displaced Populations II 2 cr ENVIRONMENTAL MANAGEMENT, LAW AND POLICY BUS 450 Legal Environments of Business I 3 cr LAW 653 Environmental Law and Policy 3 cr ENVIRONMENTAL HEALTH BIOC 101 Introduction to Biochemistry* 4 cr PHAR 216 Introduction to Medical Pharmacology 2 cr PHAR 203 Survey of Toxicology (Toxicometrics) 4 cr PHSI 172 Introduction to Physiology* 3 cr
*(may
only be taken if student’s area of concentration is not
Environmental Health) ENVIRONMENTAL SCIENCE AND ENGINEERING BIOG 533 Ecological and Environmental Biology 4 cr CHEM 232 Introduction to Environmental Chemistry 3 cr CIEG 601 Special Topics in Environmental Engineering 3 cr Advanced
Curriculum
The areas of advanced study and specialization reflect present areas of faculty research and teaching as well as new interdisciplinary combinations and extensions of currently existing strengths. They include major (in bold) and minor concentrations in the following areas: Environment, Development and Sustainability
Urbanization
Socio-Economic Development
Environmental Management, Law and Policy
Law and Public Policy
Industrial Practice and Policy
Environmental Health
Environmental Public Health
Environmental Science & Management
Remediation, Treatment, and Restoration
Conservation and Resource Management
Earth System Science
Green Technology/Engineering
ADVANCED COURSES BY CONCENTRATION AREA ENVIRONMENT,
DEVELOPMENT AND SUSTAINABILITY African
Studies AFST 225 Public Policy and Development in Africa 3 cr AFST 240 Rural Development 3 cr AFST 242 Development Policy and Administration 3 cr Anthropology ANTG 248 Medical Anthropology The Ecology of Health 3 cr Atmospheric
Science ATMS 530 Air Pollution Meteorology 3 cr Economics
ECOG 221 Economic Development Policy and Planning 3 cr ECOG 230 Urban Economics 3 cr ECOG 233 Economics of Health Services 3 cr ECOG 235 Urban Transportation 3 cr ECOG 244 International Economics I: Trade Theory 3 cr ECOG 245 International Commercial Policy 3 cr ECOG 260 Agriculture and Economic Development 3 cr Education HUDE 202 Interdisciplinary Perspective on Human Development I: Childhood and Adolescence 3 cr HUDE 204 Interdisciplinary Perspective on Human Development II: Adult and Aging 3 cr History HIST 319 Readings in United States Foreign Relations 3 cr Human
Communication HUCO 551 Mass Communication and Society 3 cr HUCO 610 Communication and Social Issues 3 cr HUCO 756 Seminar in Mass Communication & Development 3 cr Philosophy PHIL 335 Ethics and Public Policy 3 cr PHIL 341 Ethics and Social Institutions 3 cr PHIL 802 Environmental Philosophy 3 cr Political
Science POLS 208 Problems of World Organizations 3 cr POLS 213 American Foreign Policy-Making Process 3 cr POLS 232 Nature and Uses of Political Theory 3 cr POLS 245 Seminar in International Development 3 cr POLS 264 Problems in International Security 3 cr POLS 275 Urban Political Economy 3 cr Sociology
and Anthropology SOCI 230 Principles of Demography 3 cr SOCI 231 Introduction to Human Ecology 3 cr SOCI 232 Population 3 cr SOCI 260 Problems of Black Community 3 cr SOCI 340 Urban Society 3 cr SOCI 341 Urbanization and Development 3 cr SOCI 386 Social Epidemiology 3 cr SOCI 435 Population Growth and Development 3 cr SOCI 610 Seminar Interdisciplinary Research 3 cr Social
Work SWPS 222 Community Organization 3 cr SWPH 605 Pro-seminar - Communities and Organizations 3 cr SWPH 706 Social Policy and Mental Health x cr SW PS 300 Displaced Populations I 2 cr SWHB 207 Human Behavior & Soc. Environment II 2 cr ENVIRONMENTAL
MANAGEMENT, LAW AND POLICY General
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