Jan 26, 2023  
2017-2018 Graduate Catalog 
    
2017-2018 Graduate Catalog [Archived Catalog]

Research at SUNY Oswego


Center for Neurobehavioral Effects of Environmental Toxics

^Top

Begun in 1990, the Oswego Project is a large-scale, prospective, longitudinal study designed to investigate cognitive and behavioral changes in newborns an children who have been exposed to environmental contaminants.
The project currently tracks three groups of children that were born between 1991-92, 1992-93, and 1993-94. The design of the study was constructed with the goal of providing a data set that could be used to inform the population about the effects that exposure to PCB and other environmental contaminants have. With 199 children still participating, The Oswego Project is ideally suited to answer questions regarding eh effects of prenatal PCB exposure on child behavioral and cognitive development.
Since the birth of the children in the Oswego study, we have found repeated evidence of PCB-related neurotoxicity. These effects include PCB-related impairments on multiple behavioral and cognitive assessments, associations between PCBs and impulsive responding at multiple stages of development, and data which strongly suggests that the underlying mechanism of impulsive responding in PCB exposed children is impaired response inhibition (the inability to stop or inhibit behaviors that are no longer appropriate).
Over the years, the Oswego Project has come to believe that they may indeed be a common pathway for the effects of some of the most widespread contaminants in North America and the world. What comes from this is the knowledge that the true impact of environmental contaminants may be much larger than has been documented to date. The extensive database, large and representative sample, and treatment of variables that could potentially interfere with the accuracy of the results has created a research context that guarantees the successful investigation of low level PCB exposure on the behavioral and cognitive development of children.

Rice Creek Field Station • 315-216-6877

^Top

 www.oswego.edu/ricecreek

The College operates a field station located one mile south of the main campus as a year-round facility to provide opportunities for field oriented biological and earth science teaching and research. Guiding this effort is the mission of the Rice Creek Station to be a living laboratory for the advancement of knowledge through ecological research, education, and stewardship of the natural world. To accomplish this mission, the station has a newly constructed central building, which contains two state-of–the-art laboratories, a lecture/seminar room and a small museum area housing collections of plants, vertebrates and invertebrates, and a small reception area for visitors. Additionally, the grounds surrounding the station include an herb garden and 300 acres of fields, forests, ponds and streams that are used for ecological research by faculty and students in formal course work and independent study projects. In addition to academic offerings, the Field Station provides public programs in nature education for groups and individuals, school-aged to adult. Four nature trails, open to the public, provide opportunities for hiking, snowshoeing, and cross-country skiing. The Orange trail, about two miles in length, is also open for bicycling. The trails pass through fields and woods in several stages of succession. Trail maps are available at the field station building.

Office of Research and Sponsored Programs

^Top

 The Office of Research and Sponsored Programs (ORSP) is responsible for the development, coordination and administration of Oswego’s sponsored research and scholarly activity programs. All proposals, grants, and contracts are managed through ORSP which serves as the representative for the SUNY Research Foundation. ORSP’s primary objectives and functions include:

  1. Enhancement of the campus research climate;
  2. Improvement of departmental and interdisciplinary communications regarding shared research interests;
  3. Assistance to faculty and staff with the identification of funding sources and preparation of proposals;
  4. Assistance with preparation of institutional proposals;
  5. Negotiations, as necessary, for awarded research grants and/or contracts;
  6. Enhancement of the College’s ability to compete for available research support; and
  7. Fiscal administration of all funded projects and contracts in accordance with applicable policies and procedures.

The Environmental Research Center • 403-405 Shineman Center
 

^Top

 The Environmental Research Center (ERC) is a specialized research unit of the College housed within the Department of Chemistry. The ERC provides state-of-the-art analytical services for multidisciplinary environmental, human health, and Great Lakes research projects. The ERC specializes in the analysis of congener-specific polychlorinated biphenyls (PCBs), polybrominated diphenyl ethers (PBDEs), organochlorine pesticides, and “emerging” chemicals in a variety of environmental matrices. The ERC has two environmental chemistry laboratories equipped with research-grade analytical instrumentation for sample preparation and the measurement of organic contaminants in the environment, including a Waters AutoSpec Premier High Resolution Mass Spectrometer (HRGC-HRMS), two Agilent 7890 GC/EDC with PTV for congener-specific PCB analyses, Agilent 7890/5975C Inert XL EI/CI MSD with PTV and MMI, Waters HPLC-GPC preparation system, and Zymark TurboVap II Workstation.

Recent studies conducted at the ERC have included: Great Lakes Fish Monitoring and Surveillance Program, Lake Ontario Air Deposition Study (LOADS), congener-specific analysis of PCBs in human placental tissues; reductive dechlorination of PCBs in an anaerobic bioreactor systems; analysis of native Alaskan foods; development of analytical methods for the determination/separation PCBs/PCTs in industrially contaminated sediments; and utilization of snapping turtles and zebra mussels as environmental biomonitors. Research funding is provided through collaborative grants from USEPA, ATSDR, National Institute of Environmental Health Sciences, Novelis Corporation, NYS Great Lakes Protection Fund, Great Lakes Research Consortium, and World Wildlife Federation.

Opportunities exist for interested faculty and students to become involved in collaborative and multidisciplinary research projects. Highly qualified undergraduate and graduate students are supported with extramural research funding and environmental fellowships. Independent study and Capstone research experiences are also offered for qualified students through the Department of Chemistry.

The Institute for Interdisciplinary Educational Studies

^Top

The Institute for Interdisciplinary Educational Studies (IIES) is a research and development center and facility for the interdisciplinary study of teaching and learning in core curricula areas and education.

The IIES was established in 1980 through a grant from the National Science Foundation for the study of wait time in middle school science teaching. The laboratory has received grants from national, state and private foundations since its inception, with total external funding amounting to more than $2 million.

The IIES has developed into a comprehensive research facility for the interdisciplinary study of teaching and learning. Faculty members in biology, curriculum and instruction, office of learning services, elementary and secondary education, mathematics, chemistry, physics, technology, psychology, and science education have had grant support for their research through the Institute. In addition, the IIES staff members support the thesis research of many graduate students in childhood and adolescence education, counseling and school psychology.

The IIES is a unique enterprise. At SUNY Oswego, there are many programs that prepare teachers for lifelong careers in education. The IIES serves as a catalyst for interdepartmental collaboration for grants, colloquia, and faculty development activities. Currently, the central focus is on the improvement of instruction at the K-12 levels through Project SMART.