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CURRENT RESEARCH: Idaho State University

The Center for Ecological Research and Education (CERE) supports basic and applied ecology by providing expertise in the following areas:-  diversity of ecosystems; native vegetation; isolation of buried wastes; agricultural effects on natural ecosystems; wetland creations; ecological effects of wild fires; and effects of global climate changes on animal and plant populations.  CERE encompasses the following;-

  • CERE Analytical Laboratory, housed in ISU's Life Sciences Building, has capabilities of doing a variety of chemical analyses to support  ecological research, including:- total carbon and nitrogen analyses of soil and plant tissues, and ammonium, nitrate phosphorus, and bromide analyses of liquid extracts.
  • Barton Road Ecological Research Area is a 60-acre dedicated ecological research site adjacent to the ISU Research Park.  The site is used by various Biological Sciences classes as an outdoor laboratory.
  • Plant Sciences Research Facility - Equipment includes walk-in and reach-in growth chambers, soil sterilization equipment, a root washer, a leaf area meter, an electronic balance, drying ovens, a microscope, computers, and supplemental lighting in three greenhouse bays.
  • O'Neal Ecological Reserve is a 100 acre site containing riparian areas along the Portneuf River and upland areas on lava benches and is used by faculty, graduate students, and classes for studies of magpie behavior, amphibians, vegetation, and insects.

The Center for Business Research provides valued information regarding the demographics of eastern Idaho, proposed economic impact of new business development, and other important factors affecting economic development of eastern Idaho, including:

  • Surveys of businesses to determine markets and capabilities
  • Demographic studies and projections
  • Studies of infrastructure and needs for improvement
  • Studies on trends and development of business and industry

The Environmental Assessment Laboratory provides independent radiological monitoring, analysis of environmental surveillance samples, and research in support of environmental surveillance.  The Environmental Monitoring Laboratory (EML) has contracted with the State of Idaho’s INEEL Oversight Program to analyze environmental samples and to conduct research and other activities in support of environmental surveillance.  Analyses performed by the EML include gross alpha and beta measurement, measurement of gamma‑emitting radionuclides, measurement of tritium by liquid scintillation counting, and tritium enrichment.

The Geographic Information System Training and Research Center (GISTReC) facilitates decision-making through the use and application of state-of-the-art geo-spatial technologies.  GIS is the tool for managing information of any kind according to where it is located and is the term for computerized mapping.  The Center supports courses in GIS techniques at ISU and joint research, including collaborations with the INL.  In 2000, the Center received a Special Achievement Award from GIS software developer ESRI.

The Idaho Accelerator Center is a unique research facility providing opportunities for nuclear physics research and development by creating partnerships with scientists and engineers in the government, university, and private sector that are designed to make advances and practical applications including:- X-ray imaging of metals; assaying of containers of radioactive waste; extending storage life of vegetables; medical imaging; medical isotope production; instrument testing; and testing of radiation effects on materials.

The Idaho Museum of Natural History is located on the ISU campus and houses the Stirton-Kelson Reporting Collection, the R.J. Davis Herbarium, collections of insects and vertebrates from the Intermountain West, and one of the largest collections of vertebrate fossils in the country.  Facilities include supporting laboratories and research equipment.

The Idaho Small Business Development Centers, supervised by ISU, are located in Pocatello and Idaho Falls.  These centers serve as a focal point for linking together the resources of higher education, the private business community, and federal, state, and local governments.   They provide small business assistance for prospective and existing small businesses in Idaho.

The Institute of Rural Health Studies (IRH) is established to improve the health of rural communities through research, education and service projects in such areas as health care and vaccine needs, correlation of air pollution levels to hospitalizations, environmental conditions affecting farm worker health and substance abuse prevention in Native American populations.

The Intermountain Anthropological Research Center, housed in the Idaho Museum of Natural History, contains extensive collections of materials from the Intermountain region. The center focuses on the region’s ethnology, archaeology, and historical archives.  It also serves as a repository for the “Archeological Survey of Idaho.”

The ISU Business and Research Park is an ISU-sponsored location for new businesses with research and development units.  Presently it houses American Microsystems, Inc. and Ballard Medical Products, Inc.  It provides special arrangements for location in the Park with easy access to utilities and other infrastructure.  It also provides an incubator building for new, developing companies and houses the Pocatello-based Small Business Development Center, the Idaho Accelerator Center, and several small businesses with significant growth potential.

The Laboratory for Environmental Geoscience conducts research on natural and human‑induced environmental hazards including, but not limited to, groundwater quality, industrial pollutants, and natural disaster potentials.  Initial emphasis is on a field‑based approach to geochemical problems (e.g., pollutants) relating to solute transfer within geologically complex fractured terrains.  Access to laboratory instrumentation provides researchers with the means to obtain chemical data, including pollutants, tracers, and natural constituents, on virtually any type of geologic material.

The Measurement and Control Engineering Research Center (MCERC) focuses on advancing the state-of-the-art in MCE technology by promoting a multidisciplinary systems perspective that emphasizes the relationship between measurement science and control theory in applications.   Through its activities, the Center connects educators, researchers, and practitioners from universities, national labs, industry, and government. This interaction is facilitated through research, education, and service activities.

The Molecular Research Core Facility (MRCF) housed in the Gale Life Sciences building provides a broad array of instrumentation and research services to ISU scientists in keeping with the goals of quickly producing high-quality molecular data and supporting multi-disciplinary approaches to molecular research.  Routine activities in the MRCF that are available to ISU faculty and graduate students include automated DNA sequencing and microsatellite analysis, PCR, oligonucleotide synthesis, electrophoresis, gel documentation and analysis, photomicroscopy image analysis, and fluorometry.

The National Information Assurance Training and Education Center (NIATEC) is recognized by the Department of Defense as a National Center of Academic Excellence in information assurance.  NIATEC is part of the National Alliance for Information Assurance.  ISU is a founding member of the Alliance, together with the University of Idaho, George Mason University, and James Madison University.  This Alliance addresses two great shortages in the effort to protect cyberspace: 1) trained professionals, and 2) research on securing the next generation of information infrastructure.

The Particle Beam Laboratory provides elemental analysis of a wide variety of samples.  This achieved through the use of 2 MeV positive ions striking the sample with the resulting products (back scattered ions, characteristic x‑rays, nuclear reaction products, etc.) analyzed in various ways.  For many samples it is possible to develop a depth profile of the elements present.

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