ITEM 106-2009-R0300 ATTACHMENT
March 23-24, 2000
PROGRAM INFORMATION
1. PROGRAM DESCRIPTION.
Montana State University-Bozeman is requesting a Level II change to restructure the Biology Department in the College of Letters and Science into the Department of Ecology and the Department of Cell Biology and Neuroscience.
1) The field of biology has grown tremendously in the past few decades in terms of depth and breadth of knowledge and also in public interest. As biology has expanded, biologists have become ever more specialized and less likely to interact professionally across disciplines. At MSU the current Biology Department contains faculty with interests in two separate disciplinary areas: a) Ecology and Fish/Wildlife Management, and b) Cell Biology and Neuroscience. Housing them in the same department limits the independent growth and success of each group.
2) The current Biology Department offers a degree in Biological Sciences with over 600 undergraduate students enrolled in four options: Biology, Biomedical Sciences, Biology Teaching and Fish and Wildlife Management.
2. NEEDS ASSESSMENT
The teaching and research expertise of the faculty in the current Biology Department are divided into two distinct areas: 1) Ecology and Fish/Wildlife Management and 2) Cell Biology and Neuroscience. Although both of these areas fall within the larger context of Biological Sciences, there is little overlap between the upper division curricula, graduate training programs or research interests of these two groups. The proposed restructuring follows a national trend separating comprehensive departments of Biology or Zoology into more specialized departments of Ecology, Evolutionary Biology, Molecular and Cell Biology, Genetics or Neuroscience. These new departmental structures reflect the advances in biological research over the last several decades. In many institutions, this type of restructuring has been very successful in improving the instructional and research programs of the new departments. We are confident that such a restructuring would also benefit undergraduate and graduate training in the biological sciences at MSU.
Recently, an American Association for the Advancement of Science (AAAS) panel of distinguished scientists invited to review the Environmental Sciences at MSU concluded that "It is very clear that interests and aspirations among the faculty in the current Biology Department are highly bimodal and that a split between these modes-- a neurobiology group and a group centered in ecology and ecosystem management is inevitable and desirable." This recommended restructuring is in accordance with the unanimous wishes of the faculty in both modes. The formation of two separate departments will allow both groups to establish a unique identity within Montana State University and build a reputation for excellence at the national level. A unique identity is especially important for the successful recruiting and training of graduate students. At the institutional level, the revised structure will increase the ability of faculty in both groups to develop graduate programs and research initiatives while maintaining a strong unified commitment to undergraduate curricula. In addition, the two new departments will be more effective in strategic planning efforts at the departmental level and as participants in campus wide initiatives.
3. RELATION TO ROLE AND SCOPE
This proposal will have no impact on the institution's role and scope.
4. PARTICIPANTS AND ADMINISTRATIVE STRUCTURE
This proposal involves all of the Biology Department faculty, staff and students. The faculty will be split almost equally between the two new departments. One new department head will be required and one new staff member will be added to assist the new department head. Undergraduate students will continue to receive Biological Sciences degrees in four options under the joint administration of the two new departments. A committee of four faculty members, two from each new department, will oversee the joint Biological Sciences curriculum. The clerical administration of undergraduate students will continue cooperatively using the staff of the two new departments. Graduate student supervision will continue by individual faculty and graduate committees, while their administrative and clerical needs will be handled by the staff of the new departments.
The biology courses in the Biological Sciences curriculum will be taught by the same faculty that presently teach these courses. Some courses within the biology rubric are currently taught by faculty from the Plant Sciences and Entomology departments in the College of Agriculture. This model of teaching across departments and colleges will be the future of biology instruction as curricula become more specialized and tailored to career choices. Thus teachers will be drawn for their expertise in a particular field and not necessarily their departmental affiliation.
5. REGIONAL PROGRAM UNIQUENESS
Restructuring into the Department of Ecology and the Department of Cell Biology and Neuroscience will result in a unique organization compared to other regional western land grant institutions.
6. ACCREDITATION
Montana State University has just completed an accreditation review by the Northwest Association of Schools and Colleges. There are no specific specialized programs subject to further review within the proposed new structure.
7. PROPOSED CURRICULUM
No proposed curricular changes are planned immediately. A long-term institutional goal is the development of a comprehensive curriculum in the Biological Sciences. This new curriculum will involve several departments in the College of Letters and Science and the College of Agriculture. The new departments of Ecology and Cell Biology & Neuroscience will be active participants in the development and delivery of the new curriculum.
FISCAL IMPACT AND BUDGET INFORMATION
The immediate budgetary impact will be the addition of an additional Department Head and a new support staff member. Since current faculty members are being asked to step into the department head position this will entail funding of one additional administrative component of headship and new support staff member. The current Biology Department office is understaffed so the new staff member will simply fill a needed position. Funding for these positions will come from reallocation within the College of Letters and Science. The present staff will share duties in managing undergraduate and graduate students in the Biological Sciences curricula.
FACULTY AND STAFF REQUIREMENTS
1. PARTICIPATING FACULTY
Participating faculty include members of the current Biology Department. A list is attached.
2. NEW FACULTY REQUIREMENTS
Additional new faculty are not required at this time.
3. REQUIRED NEW SUPPORT PERSONNEL
One new support staff member will be required.
CAPITAL OUTLAY, OPERATING EXPENDITURES AND PHYSICAL FACILITIES
1. OPERATING EXPENSES
Operating expenses will be increased with the addition of one new support staff member and the assignment of one faculty member to department head status. The current Biology Department is understaffed so the additional staff member will help to alleviate this problem. Increased office costs will include telephone system, copier and office furniture. All of these financial changes will be handled by reallocation of funds within the College of Letters and Science.
2. LIBRARY RESOURCES
There will be no change in the library resources required.
3. REQUIRED SPECIAL EQUIPMENT
None.
4. NEW FACILITIES AND SPACE
None.
EVALUATION OF PROPOSED PROGRAM
1. REVIEWS
An AAAS panel recently recommended restructuring of the Biology Department into two different groups, one centered in ecology and ecosystems and one in neurobiology. The plans for these two new departments were developed by the faculty and subsequently reviewed by the Dean of the College of Letters and Science, the Dean of Agriculture, the Provost and the VP for Research. All faculty and administrators unanimously approved the restructuring plans.
2. CONSULTANTS
None.
PROPOSED CELL BIOLOGY AND NEUROSCIENCE DEPARTMENT FACULTY
Roger S. Bradley |
Assistant Professor, Ph.D. (cell biology & genetics) Cornell University, NY. 1993. Molecular basis of vertebrate neurogenesis; roll of cell adhesion molecules. |
Steven M. Eiger |
Assistant Professor, Ph.D. Physiology. Universityof Michigan. 1984. Primary teacher for Anatomy and Physiology to Health and Physical Education and Nursing students and Neurophysiology to WWAMI medical students. |
Susan K. Gibson |
Lab Coordinator. MS.Histology and anatomy teaching software. Anatomy and Physiology laboratory organization and coordination. |
Gwen A. Jacobs |
Assistant Professor and Co-director, Center for Computational Biology, Ph.D. (biology-neurobiology), State University of New York, Albany, 1984.Neurophysiology and Neuroanatomy: Anatomical basis of neural information processing; mechanisms underlying development and plasticity of neural maps. |
Frances Lefcort
|
Assistant Professor, Ph.D. (neurobiology) University of California, Berkeley, 1988. Cellular and molecular mechanisms underlying neural development; the function of neurotrophins and their receptors in the developing peripheral nervous system. |
James A. McMillan
|
Professor, Ph.D. (neurophysiology) California, Davis, 1972. Organization of spinal reflexes in the cat; parallels between "motor" and "sensory" functions of the spinal reflexes as models of pain perception. |
John P. Miller
|
Professor and Director, Center for Computational Biology, Ph.D. (Biology), University of California, San Diego, 1980. Neurophysiology and Computational Neurobiology: analysis of neural encoding; cellular and network mechanisms underlying neural information processing |
Charles M. Paden
|
Professor, Ph.D. (biopsychology) Colorado, 1978. Axonal sprouting in mammalian neuroendocrine systems; direct neural control of anterior pituitary function. |
Dwight E. Phillips |
Professor, Ph.D. (human anatomy) Tulane, 1971. Experimental neuropathology; developmental neuropathology; electron microscopy of glial cells and myelin. |
Anne C. Rusoff |
Associate Professor, Ph.D. (neurobiology) Colorado, 1977. Development and regeneration of the nervous system, specifically the visual system; neuroanatomical and immunocytochemical techniques for studying development. |
PROPOSED ECOLOGY DEPARTMENT FACULTY
Scott Creel |
Associate Professor, Ph.D. (behavior, ecology and evolution), Purdue University, 1991. Behavioral endocrinology; conservation biology; population biology; social evolution; biology of carnivores. |
Sharon Eversman |
Associate Professor; Ph.D. (botany, ecology), Arizona State, 1981. Effects of air pollutants on plant and lichen cells; lichen ecology; electron microscopy. |
Robert Garrott |
Professor, Ph.D. (wildlife conservation) University of Minnesota, 1990. Ecology, population dynamics, management, and conservation of mammalian species. |
Daniel Goodman |
Professor, Ph.D. (population dynamics), Ohio State, 197. Applied mathematical demography; evolutionary demographic theory; environmental statistics; environmental modeling. |
Andrew J. Hansen |
Associate Professor, Ph.D. (ecology) University of Tennessee, 1984. Effects of natural disturbance and land use on vertebrate diversity; landscape ecology and management; computer simulation of forest dynamics; conservation biology. |
John R. Horner
|
Associate Professor, Honorary Ph.D., University of Montana, 1986. Paleontology; curator, Museum of the Rockies. |
Lynn R. Irby
|
Professor, Ph.D. (wildlife and fisheries sciences) Texas A&M, 1976. Management and ecology of large mammals in relation to human land use. |
Carol A. Johnson |
Lab Coordinator. MS. MSU. 1985. Instructor in Plant Identification and coordinator of General Biology Labs. |
Calvin M. Kaya
|
Professor, Ph.D. (zoology) Wisconsin-Madison, 1971. Reproduction, behavior and ecology of fishes. |
Billie L. Kerans
|
Assistant Professor, Ph.D. (zoology) Ohio State, 1989. Behavior, ecology and evolution of freshwater macroinvertebrates; Assessing the impact of human disturbances on freshwater ecosystems. |
Thomas McMahon |
Associate Professor, Ph.D. (fisheries management - aquatic ecology) Arizona, 1984. Wild trout management; fish-habitat relationships; winter ecology; conservation biology of salmonids. |
John C. Priscu |
Professor, Ph.D. (aquatic microbial ecology) UC, Davis, 1982. Physiological ecology of phytoplankton; adaptation of microbial communities to stressful environments; biogeochemistry of marine and freshwater systems. |
Jay J. Rotella
|
Associate Professor, Ph.D. (wildlife ecology) Idaho, 1990. Ecology, population dynamics, habitat relationships, and management of avian species. |
Mark L. Taper
|
Associate Professor, Ph.D. (biology) UC San Diego, 1984. Environmental Statistics, Ecological Statistics, Biological Modeling, Spatial Population Dynamics, Conservation Biology, Community Ecology. |
Theodore Weaver |
Professor, Ph.D. (plant and ecosystem ecology) Duke, 1969. Physiological, community and ecosystem ecology of the Northern Rocky Mountains; long-term field experiments. |
Robert G. White
|
Affiliate Associate Professor, Ph.D. (aquatic ecology-fisheries management) Utah State, 1974. Influence of land-use activities on aquatic systems; instream flow needs of salmonids; habitat requirements of fish; applied fish ecology; large river ecology. |
Alexander V. Zale |
Affiliate Associate Professor, Ph.D. (fisheries science), Florida, 1984. Applied aquatic ecology; effects of hydropower and reservoirs on fish populations; fisheries management. |