DIRECTORY OF COOPERATIVE UNIVERSITY AND INDUSTRY ENVIRONMENTAL RESEARCH AND DEVELOPMENT CENTERS EPA Office of Cooperative Environmental Management 1990 ------- Directory of Cooperative University and Industry Environmental Research and Development Centers June 1990 Prepared for: National Advisory Council for Environmental Policy and Technology Office of Cooperative Environmental Management United States Environmental Protection Agency 401 M Street, S.W. (A-101-F6) Washington, DC 20460 David J. Graham Project Manager Prepared by: Foresight Science & Technology, Incorporated 2000 P Street, N.W. Suite 305 Washington, DC 20036 and Delta Research Corporation 1401 Wilson Boulevard Suite 600 Arlington, VA 22209 ------- This directory has been produced on behalf of die National Advisory Council for Environmental Policy and Technology by Foresight Science and Technology and Delta Research Corporation under a contract with the Office of Cooperative Environmental Management All information contained in this directory was obtained from published or readily available material. Every effort has been made to ensure the accuracy and completeness of the information contained in this directory. However, the Office of Cooperative Environmental Management, Foresight Science and Technology, and Delta Research Corporation cannot ensure the accuracy of the information and are not liable forinaccuracies contained herein. Opinions contained within this directory do not necessarily reflect the opinions or policies of the EPA. Updated information or any comments or recommendations that would be useful in further editions of this directory should be forwarded to the EPA Project Manager, David J. Graham, Director of Technology Applications, Office of Cooperative Environmental Management (A-101-F6), U.S Environmental Protection Agency, 401M Street, S.W., Washington, DC 20460 Printed on 100% recycled paper ------- Preface Purpose of This Book The 1990s is the decade of the environment. In the United States and throughout the world, there is widespread recognition that a renewed commitment to environmental protection is vital for maintaining both quality of life and economic vitality. Pan of this renewed commitment is seen in the rapid growth of research and development (R&D) re- lated to environmental technology. By environmen- tal technology, we mean any set of techniques that combine instruments or machines with human action for the purpose of creating reproducible outcomes relevant to environmental protection. Under this definition, environmental technology is intentionally broad. It ranges from monitoring technology for detecting trace gases in rural areas, to improving in- dustrial painting systems that reduce waste, to developing biodegradable detergents for washing clothes. Creating the scientific and engineering knowledge base for continued advances in environ- mental technology is a demanding task requiring multi-disciplinary approaches, sophisticated ex- perimental equipment, and advanced computing capabilities. As a result, the environmental R&D communitylike other researchers in modem science and engineering has had to seek out ways to better institutionalize arrangements for leveraging scarce R&D resources and rapidly transferring new knowledge into practical applications. The cooperative university and industry research center has become a major force in the conduct of multidisciplinary generic research with potential practical applications. There are more than 200 en- vironmental technology cooperative research centers in the United States alone. More than 100 of them run annual budgets in excess of $1 million. These centers represent a pool that can enable American industry and government to meet their needs for environmental technology and knowledge in a more cost efficient manner. Yet because there has been no comprehensive directory of such centers, managers have often found themselves "reinventing the wheel." Recognizing that the lack of a comprehensive guide to these centers inhibited their use by the en- vironmental and business communities, the Office of Cooperative Environmental Management, U.S. En- vironmental Protection Agency (EPA) funded Foresight Science & Technology Incorporated to catalogue all environmental technology centers in the United States. The Directory of Cooperative University and Industry Environmental Research and Development Centers presents the results of this study. This Directory enables users to: Locate relevant expertise and technology at centers Find names of contact points at centers Read an overview of the activities of each center Assist in developing additional industry and government participation in centers Increase cooperation among centers through greater awareness of others working in environ- mental R&D. Organization of the Directory The Directory is organized into six sections. The "Preface" introduces the Directory. The "Overview" provides an introduction to cooperative university and industry R&D centers and how they can assist in the development of knowledge and technology for environmental protec- tion. "Background on Cooperative University and Industry R&D Centers" provides a brief history of centers in the United States and discusses features that help make them successful. "The Directory of Cooperative University and Industry Environmental R&D Centers" contains detailed data on 114 centers with budgets hi excess of $1 million and/or EPA support Information in- cludes a brief description of the center and data on size and scope, major areas of expertise, activities conducted, current major projects, technology trans- fer and outreach activities, and history. The appendix to the directory, "Other Coopera- tive University and Industry Environmental R&D Ul ------- Preface Centers," contains a brief listing of all other centers Personal Name Index (arranged by personal identified with funding of less than $ 1 million. names of center directors) including name of Four indexes will help you rapidly locate centers O01lcr ***m addrcss of particular interest to you. Subject Index (arranged by subject specialties 01 Center Name Index (arranged by center name) is centers) cross referenced to university/industry name Geographic Index (arranged by state and city) for all centers listed in the Directory iv ------- Table of Contents Preface iii Overview: The Utility of Cooperative R&D Centers for Developing Environmental Technology vii Background on Cooperative University and Industry R&D Centers xiii Directory of Cooperative University and Industry Environmental Research and Development Centers 1 Appendix 93 Center Name Index 105 Geographic Index Ill Personal Name Index 119 Subjectlndex 127 ------- Overview: The Utility of Cooperative R&D Centers for Developing Environmental Technology Environmental technology is any set of techni- ques combining instruments or machines with human action for the purpose of creating reproducible outcomes relevant to environmental protection. It is important to recognize that under this definition, not all environmental technological improvements result from R&D. As in other technologies, innovations can emerge from a variety of sources. Especially where small, incremental innovations are involved, it is the people with extensive hands-on experience who often generate them. Thus, in manufacturing, ways of using machine adjustments to eliminate wasteful use of raw materials are often first seen by produc- tion workers. The ability to stimulate such innova- tion is one of the arguments supporting quality control circles in factories. Other innovations come from "garage shop" inventors. Here an individual's insight, for whatever reason, enables one to see a solution that has escaped others. Despite the multiple sources of technological in- novation, it remains true that in today's increasingly complex industrial order, systematic R&D looms ever important as the driver of technology. Why Centers? R&D has always played a role in technological innovation. But prior to World War n, little attention was paid to how to best organize linkages between the R&D community and the end-users of informa- tion generated in industry and government. Until about 20 years ago, two models for or- ganizing the link between R&D and R&D users predominated university and industry. In the universities, the traditional method for conducting R&D involved a single investigator or a small team working on a project The problems being studied were selected based primarily on the intellectual curiosity of the researchers. It was a mat- ter of chance whether anything relevant for practical application would emerge. Researchers or teams would pursue work on their own, sharing the knowledge they gained through publication hi the scientific and engineering literature, papers at profes- sional meetings, and informal correspondence. Transfer of knowledge into practical applications would take place only if someone from industry or government happened to become aware of the re- search results. Although practical issues did not greatly in- fluence the selection of research topics, and despite the fact that technology transfer was not viewed as a major concern, this model did produce impressive results, particularly when R&D funds were plentiful. It enabled a diversified, multifaceted research agen- da to go forward. American researchers, pursuing their own ideas, came to dominate world science and engineering as reflected in the capture of Nobel Prizes. One result was that a great supply of "intel- lectual seed corn" was generated. When tapped by entrepreneurs from both large and small companies, this knowledge provided the basis for industries such as biotechnology and photonics. Although the traditional model remains an im- portant part of American R&D, two problems have limited its utility during the latter part of the 20th century. First, the cost of conducting R&D has ex- panded greatly as sophisticated experimental and computational tools have become necessities. The capital to purchase these tools can often be found only when the researchers are brought together to share the equipment. Second, the explosion of knowledge generated under the traditional model created a situation in which researchers had to in- creasingly specialize to push the frontiers of their fields. Yet specializing means that many research is- sues can only be addressed by building larger inter- disciplinary teams which rely on cooperation and coordination for their success. In industry too, most work was conducted by single investigators or small teams. However, in con- trast to university research, because the work was vu ------- Overview supported by a company, R&D generally focused on specific problems. Larger companies often had a two-tier laboratory structure. Most labs were at- tached to specific production units and worked on quick turn-around solutions. A central corporate lab would focus on longer-term problems relating to new product development. But even at the central lab level, funding was driven by people in the com- pany looking for solutions to their problem. There were few places (like Bell Laboratories) where com- panies supported high-risk, long-term, open-ended basic research. Although transfer of the resulting knowledge into practical application was less of a problem in in- dustry, this R&D model had other weaknesses. Most importantly, the focus on shorter-term problems meant that there was little time to explore more generic research issues which might lead to breakthroughs. Nor were there many opportunities to pursue promising lines of research, because once a specific problem was solved, the scientist or en- gineer was expected to take up the next item on the company's already full agenda. By the 1960s, it was clear that what was needed was an institutional format which could bring together the broader, more generic R&D focus of the university and the applications orientation of in- dustry. At the same time, this institutional format had to be able to aggregate resources to make it feasible to buy the expensive tools and support the larger teams needed to conduct larger R&D projects. The cooperative university/industry R&D center provides this institutional format Drawing financial support from academia, industry, and often govern- ment, the center is able to leverage scarce resources. By conducting a multiproject research agenda in a generic problem area, the center brings together a critical mass of researchers. Industrial participants help shape the center's research agenda, contributing to its relevance for subsequent practical applications. At the same time, the presence of the center in a university and its multiple sponsorship helps ensure that the research conducted is more generic than that found in company laboratories. The results are: A synergistic environment for the generation of knowledge so that results from one project can be rapidly shared among the research teams at the center and the center's sponsors; and, A more rapid transfer of knowledge into practical applications as industrial participants use the R&D results to gain a return on their investment in the center. Definition and Functions of Cooperative University and Industry Environmental Research and Development Centers For purposes of the Directory, we have included centers which have four distinguishing features: 1. The research program is primarily carried out by a university or a cooperating set of universities. 2. The primary user communities for the results of the center's research program are private companies, governments, or nonprofit environmental organizations. 3. The sources of research funding and in-kind support include private companies from the user communities, which have self-identified needs for new environmental knowledge and technology, but may also include government and other private sector sponsors. 4. The ultimate objective of the center is to transfer the scientific, engineering, and technical knowledge it develops to its user communities. Centers meeting these criteria serve three impor- tant functions in support of the environment: 1. They develop technology which solves specific environmental problems. 2. They generate knowledge needed to support further advances in environmental technology. 3. They develop environmentally progressive technology which enables industry to avoid the traditional antagonism of environmental protection versus financial reward. These functions are not unique to these centers. Research conducted by EPA laboratories, through traditional academic methods or by industry teams, can also serve these functions. Yet what these centers bring is an organizational structure for R&D management and the conduct of research and tech- nology transfer which has been explicitly designed to fulfill these functions. Benefits of New Environmental Knowledge and Technology and Their Dissemination Three major benefits result from new environ- mental knowledge and technology: 1. Increased capability to address environmental concerns 2. Expansion of scientific and engineering knowledge VIU ------- Overview 3. Opportunities to transcend the traditional antagonism between environmental protection and economic growth. First, technological innovations can help solve some of our most pressing environmental problems. Many environmental laws incorporate the notion that polluters must use the best available technology to monitor and mitigate environmental problems. As innovations are developed, the quality of environ- mental protection is thereby enhanced. The results of this approach are everywhere. For example, over the past two decades, smokestack scrubbers have al- most entirely eliminated traditional black cloud in- dustrial pollution in the United States. Second, environmental R&D contributes to the science and engineering knowledge needed for fu- ture technological innovations. R&D relevant to en- vironmental technology is a multidisciplinary matter. As a result, background knowledge and tech- nological innovations result from a two-way interac- tion between environmental specialists and other researchers. Ideas generated in nonenvironmental scientific and engineering disciplines are applied in new ways to address environmental issues. These ap- plications, in turn, create new insights which cross- fertilize other parts of science, engineering, and technology. The interactive manner in which advances in knowledge relevant to environmental technology are made can be seen in the following example. Physicists and chemists have explored the changes that high energy particles can introduce in materials. Building on this basic research, The Drinking Water Research Center at Florida International University recently developed a new approach to removing pol- lution. The center built a pilot plant which uses an electron accelerator to bombard waste water with high energy electrons. The plant can treat ap- proximately 175,000 gallons of water and waste per day. Major advances in nonenvironmental knowledge can, in turn, result from efforts to solve specific environmental problems. One example with respect to monitoring comes from the Superfund Pro- gram. During clean-up efforts, workers were hampered by the behavior of pollutants in water. Some wastes clumped together and formed what are called dense nonaqueous pollutant layers (DNAPLS), which sink to the bottom of lakes and streams. Other pollutants are not dense (NAPLS), and thus float on top. This discovery has heralded a new body of knowledge and research on the interac- tion, transport, and fate of these layers. Third, and finally, from a practical applications standpoint, generic R&D can help move us beyond the traditional tradeoffs between environmental protection and economic productivity and profits. One example of economically beneficial pollution control comes from the metal plating industry. EPA regulations required companies to recycle waste water which contained large levels of cyanide. Cyanide was a particular problem for the jewelry in- dustry. The industry's initial response was that profits and productivity would suffer due to environ- mental protection. The development of a recovery process using ion transfer technology changed that attitude. Companies discovered that the process enabled recovery and reuse of previously lost gold, silver, and platinum, resulting in increased revenues. Another example of a spinoff benefit for in- dustry from environmental technology can be found in the auto industry. Researchers at EPA's Atmos- pheric Research and Exposure Assessment Lab at Research Triangle Park were working on the effects of acid rain on metal corrosion. In the process, they discovered new ways to analyze and track the be- havior of materials as they weather. After learning about these techniques, Ford Motor Company used the Federal Technology Transfer Act of 1986 to con- tract with the lab for a study on the lifetime of automobile coatings and paints. To get such benefits to their user community, cooperative environmental R&D centers use a variety of passive and active techniques. Those most widely used are "passive" in the sense that the center or its participants make information available but do not actively seek out parties who may be interested in the information. Examples of passive technology transfer include the traditional academic methods of giving papers at professional meetings, publishing research results in the scientific and engineering literature, and patenting. (When centers such as the Texas Agricultural Experiment Station at Texas A&M University file their patents, the patent serves as the information disseminator). Newsletters, such as mat produced annually at the Center for Complex Flow Measurements at Case Western University, are also commonly used passive techniques. Annual reports serve a similar function. To some extent, all centers also use "active" technology transfer techniques. Obtaining and keep- ing industrial and government sponsors is an active outreach and liaison effort. Centers such as the En- IX ------- Overview vironmental Research Center at the University of Nevada, Las Vegas hold symposia and meetings on topics related to their research agenda. Many centers, such as the Center for Research in Water Resources at the University of Texas in Austin, have active programs of short courses. Perhaps the most aggressive active outreach is seen at centers af- filiated with land grant institutions. For example, Michigan State University's Pesticide Research Ser- vice uses the Cooperative Extension Service as a technology transfer tool for reaching one of its user communities. The following chart indicates the use of various technol ransfer techniques by the major centers surveyeu Technology Transfer Techniques Symposia Newsletters Annual Reports Courses Other 20 40 60 Number of Centers 80 In addition, this Directory provides the names, addresses, and phone numbers of the directors of each center listed. These individuals can assist Direc- tory users tap the resources of their centers. Sources of Center Funding Funding for university and industry cooperative environmental R&D centers typically comes from organizations that benefit from the research con- ducted or those interested in stimulating the develop- ment of environmental knowledge and technology. The three primary sources of funds are the Federal Government, state governments, and industry. Other sources include the host university, foundations, and nonprofit organizations representing industries with environmental concerns or citizens promoting en- vironmental issues. Additional funds are obtained through licensing technology developed at the center as well as fees charged for publications, educational and training courses, and meetings. The chart below shows the percentage of funds from various sources going to the centers included in this Directory and the aggregate amount from each source. Sources of Funding FY89 Industry $314.7 18% Universities $26.8 2% State Government 195.0 11% Non-Profit Organizations $4.1 Federal Government $1188.0 67% (dollars in millions) Technical Areas of Expertise of Cooperative University and Industry Environmental R&D Centers Because of the interdisciplinary character of en- vironmental R&D, a vast range of expertise is found at the various centers. This expertise is utilized across the R&D and product development spectrum. The most prevalent activities of centers are basic and applied research. Product development (includ- ing plant and animal breeding) is also conducted at many centers. As part of these activities, many centers have developed unique facilities and labs. For example, the Geophysics Institute at the Univer- sity of Alaska at Fairbanks operates the Poker Flat Rocket Range. Crocker Nuclear Laboratory at the University of California at Davis operates 60 air sampling stations across the U.S. The Waste Management and Research Consortium at New Mexico State University runs a waste isolation pilot plant. Supplementing core R&D activities are services for business and government. A few centers, such as ------- Overview the National Environmental Technology Applica- tions Corporation (NETAQ at the University of Pittsburgh will evaluate innovations for commer- cialization. Other centers, such as the Institute of Water Research at the University of Michigan, have programs that assist government officials to better understand environmental information and to in- tegrate that information into public policy. The following chart indicates the relative impor- tance of activities for the major centers surveyed. Current Activity Mix Basic Research Prototype Development Field Testing Performance Testing Market Assessment Commercial Products Unique Specialties 84% 20 40 60 80 Number of Centers Relation to Environmental Concerns The research projects of cooperative environ- mental R&D centers can be related to specific en- vironmental concerns. For purposes of this Directory, nine specific focuses have been distin- guished. The Subject Index helps readers locate centers working in each of these specific areas. As most centers conduct work that falls into more than one area, centers are listed under each relevant category. Hazardous Substances. Hazardous substance concerns all aspects of the EPA Superfund program as well as smaller cleanup efforts. Among the re- search areas included are: health effects, risk assess- ment, alternative technology, fate and transport, and ecological risk. Solid Waste. This area relates to the EPA Solid Waste Office and is concerned with wastes from the cradle to the grave. Included are the development of better management techniques for handling wastes, as well as new ways to minimize their production. Other topics are: human health effects, risk assess- ment, land disposal, recycling, waste treatment, waste minimization, municipal solid waste, and transport and fate. Air Quality. Related to the EPA division with the same name, research in this area is concerned with both outdoor and indoor air quality. Research projects may relate regulatory efforts such as the Na- tional Air Quality Standards (NAQS) and the New Source Performance Standards (NSPS) for new plants; or more generic efforts involving hazardous air pollutants, mobile source pollutants, indoor air quality, stratospheric ozone, global warming, acid deposition and acid rain, combustion, and air radia- tion. Water Quality. Research in this area involves en- vironmental concerns in both fresh and salt water. Among the topics are oil spills, waste water treat- ment technology, ground water, health effects of drinking water contaminants, drinking water technol- ogy, and marine estuaries and lakes. Also included are aquaculture and studies related to marine plants and animals. Pesticides and Toxicology. Again related to the concerns of an EPA division, this area includes the effects of pesticides and toxic substances on the en- vironment and human health. Among the relevant topics are biotechnology, test methods development, human health, asbestos, exposure monitoring, ecological fate and transport, ecotoxicology, and pes- ticide disposal. Agriculture and Ecology. While overlapping somewhat with areas listed above, R&D under this category focuses on the monitoring and/or improve- ment of agriculture. Ecological studies include general studies, wildlife management, endangered species, etc. Restoration issues are also included. Industrial Technology. Research in this area re- lates to environmentally sensitive innovations in process technology or products. Examples of topics include better controls for industrial processes, new techniques such as applications of lasers to cross-cut- ting monitoring technology, and new or improved energy sources (such as solar, wind, and geothermal energy generation systems). Cross-Cutting Human Health. While the focus of identifiable impacts on human health from par- ticular environmental concerns is dealt with under ------- Overview other topics, this area includes more general studies on environmental health. Topics range from health effects in the home to occupational environmental health to human genome studies. Public Awareness. Studies in this area involve the assessment of what specific groups or the public in general know about the environment and of their concerns about the environment. Social scientific re- search related to environmental issues also falls within this area, as do projects involving the develop- ment of ways to increase awareness of environmen- tal issues and to avoid or mitigate environmental problems. Land-use studies are included as pan of avoiding or mitigating environmental problems. The following chart indicates the number of major centers with specific environmental focuses. As noted earlier, centers with more than one focus are included in each relevant category. Environmental Focuses Agriculture & Ecology Air Quality Human Hearth Hazardous Substances Industrial Technology Pesticides & Toxicology Public Awareness Solid Waste Water Quality 40 Number of Centers 60 80 xti ------- Background on Cooperative University and Industry R&D Centers What Is a Center? Cooperative university/industry environmental R&D centers are generally recognized by a set of basic structures and attributes which identify the cen- ter as a separate and distinct institution. Thus, they differ from an informal team or area of emphasis within an academic department or interdepartmental cooperative program. Structurally, each center has independent leader- ship/ management, research, and support com- ponents which identify it as a distinct organizational entity. Leadership is commonly exercised by a noted scientist or engineer who serves as the center's direc- tor. The director is frequently supported by deputy directors for administration and for industrial and government liaison. The research components may take a variety of organizational formats, ranging from floating project-specific teams to dedicated labs for various studies to departments distinguished by area of expertise. Regardless of the format, staff- ing consists of specialists from all professional levels. Often there is a core of Ph.D. level scientists and engineers who have joint appointments both in the center and in an academic department These in- dividuals are supplemented by senior Ph.D. level re- searchers and fellows with Ph.D.s who hold appointments only in the center. In-house staff may be supplemented by researchers on loan from in- dustrial and government sponsors of the center. A staff of masters- and baccalaureate-level technicians is employed by the center to support the research program. Finally, a cadre of graduate and, less fre- quently, undergraduate students from the university rounds off the research staff. The support com- ponents consist of the personnel normally found in any major research entity. Departments are estab- lished to handle accounting, fund-raising, main- tenance, etc. From an attributes standpoint, the distinct re- search focus of these centers provides an intellectual cohesiveness to the institution. Associated with this focus are: Research projects within the general research focus Research personnel from different science, en- gineering, and business-related disciplines Research facilities and equipment sufficient to support both single and multiple project needs Administrative, maintenance, and other support personnel and facilities capable of supporting the R&D program Funding to support current activities, plan future activities, and support marketing to obtain future funds Private and public sector efforts to learn of the outcomes of the R&D being conducted. Cooperative R&D centers are often confused with R&D consortia. While the two are similar, they differ in terms of the integration and concentration of their research and the make-up of their sponsors. Consortia tend to concentrate on a small number of R&D projects that are well integrated. Because of their tight focus, all consortia participants are equal- ly interested in all of the program activities. One of the best known consortia is the Microelectronics and Computer Corporation (MCC) in Austin, Texas. The industrial sponsors of consortia encourage a focus on technology that can be shared by all par- ticipants without adverse competitive impacts on any of them. Typically, the focus is on generic R&D that leads to improvements in production technol- ogy. Although production technology is key for productivity enhancement, competition is not generally based on manufacturing prowess. Still, companies need state-of-the-art production in order to be able to sustain product competition. Conduct- ing such R&D through the consortium enables the sponsors to reduce the costs of obtaining state-of-the- art manufacturing capability. Establishing the feasibility of a new product line may be another focus. By conducting the higher risk, longer-term feasibility study at the consortium, the risk in new product development for the members is reduced. Further, where feasibility is established, the knowledge needed for rapid product development is XUl ------- Background available. Once feasibility is established, the project is commonly terminated, and the results are trans- ferred to the consortium's members. They do the ac- tual product development, with the result that several proprietary variants emerge on the market. A consequence of the tighter focus is seen in the funding of consortia. Because the sponsors are predominantly from private industry, there is tighter adherence to industrial goals of obtaining R&D results that can be readily integrated into production or other business activities. Although dominated by the private sector, government agencies are involved in many consor- tia. An agency may serve as the host of a consor- tium, even when industrial support predominates. In such instances, the consortium's agenda closely matches the mission of the agency. An example is the Consortium for Automated Analytic Laboratory Systems at the National Institute for Standards and Technology in Washington, D.C. A government agency also may provide financial support when the consortium's research program reflects mission needs of the agency. Department of Defense support for the Semiconductor Research Corporation (SRC) in Raleigh, N.C. is an example. In contrast, centers typically have a more diffuse research program, combining both longer-term basic research and more targeted applied research and development. The more diffuse agenda offers in- dustrial sponsors a "window" on emerging knowledge in the research area of the center while still meeting more immediate concerns through at least some of the projects being conducted. Yet a consequence of conducting some projects beyond the short-term needs of industrial sponsors is that state, Federal, and foundation sources of R&D fund- ing typically must be tapped, too. This phenomenon occurs at the National Science Foundation Center of Excellence in Computer Software at Carnegie-Mel- lon University and the Cornell University Center of Excellence in Small Particle Physics. Activities of Centers Most centers combine three activities: R&D, business development and services, and training and education. Depending on the focuses of the center, these activities will have differing importance. Research and Development. The research agen- da of most centers emphasizes applied research. Al- though basic research is conducted, it is typically "generic" work targeted towards enhancing the knowledge base required for applied research. Although the emphasis is on applied research, product development is conducted by most centers. Except where an individual product or process development has been specified by a funding or- ganization as a condition of financial support, the product development work is conducted at the "pre- competitive," proof of feasibility stage. This orienta- tion makes it possible for companies which normally compete at the product development level to join a center where all supporters share the results. Looked at nationally, the research focuses of centers are extremely wide. We have already indi- cated the range of diversity within environmental centers. The National Science Foundation, the lead- ing government agency for stimulating the forma- tion of cooperative centers, has initiated more than 60 centers engaged in research ranging from analog/digital circuits and advanced electron devices for telecommunications to welding, to advanced combustion, to biotechnology process engineering, and robotic systems in microelectronics. Business and Development Services. The primary business service provided by cooperative university/industry research centers is technology transfer. A variety of mechanisms are used, includ- ing special meetings for sponsors, research fellows from sponsors, general symposia, newsletters, short courses, patent licensing, and extension services. Some centers go further. Centers may provide services such as new product assessment, scientific and engineering literature reviews, technical market research, and business planning to smaller busi- nesses. Because the resource base of their small busi- ness clientele is limited, these activities are typically underwritten by Federal agencies (such as the Small Business Administration) or state high technology economic development agencies. Centers sometimes establish an affiliated innova- tion and/or incubation facility in order to encourage entrepreneurial spinoffs from research programs. These facilities may be either public or private. Centers may seek a return on investment by taking equity positions in the companies assisted. Training and Education. Training and education are major adjuncts of most R&D centers. From the university side, emphasis is usually placed on provid- ing graduate students with industrially relevant ex- perience. Short courses and symposia for industrial XIV ------- Background and government researchers also are common and frequently used as supplemental sources of income. Motivations for Forming Centers Centers are formed when universities and in- dustry perceive an opportunity for long-term col- laboration on pressing problems. The university usually is seeking a way of leveraging additional financial and in-kind support to enable its faculty to work on challenging problems. Additionally, the university often is seeking to better meet its educa- tional and training mission by providing to faculty and students exposure to industrial needs and re- search capabilities. For its part, industry usually is looking for a steadily expanding pool of solutions to a problem area. If the problem is not perceived as pressing, industrial financial support is difficult to obtain. Yet the character of the problem must be generic, somewhat amorphous, and require a multi- year effort. A further motivation is to influence the training of students and better meet recruitment needs. Problems which are too highly specific and short-term do not lend themselves to solution through centers. For example, suppose a company wants to create a better resin for a particular high- temperature composite in order to make structural parts for an aerospace plane. The company likely will mount an in-house effort to conduct the R&D. In this case, a collaborative effort with a university and other competitors may not be appropriate be- cause the specific knowledge sought may provide a competitive advantage for the company which develops it. Further, because the problem is clearly defined, the project can be controlled through nor- mal industrial R&D management techniques. Progress can be assessed against a substantive goal and project completion date. When the rate of progress is unsatisfactory, specific corrective steps can be taken. More diffuse, longer-term problems lend them- selves to a center. For example, suppose the problem is how to create higher temperature composites in an environmentally acceptable manufacturing process. This problem is of interest to aircraft companies, auto companies, engine manufacturers, boiler manufacturers, and so forth. While important for each of them, they are end-users of the composites so they do not compete directly. Thus, there is a sub- stantial pool of underlying knowledge and technol- ogy which can be shared without giving any one company a significant competitive advantage. Also, there is no clear end point for the research. Better and better high temperature composites can be developed over the years. A collaborative effort makes sense, as it reduces the cost of obtaining that knowledge and technology for each participant. Finally, the generic character of the R&D required lends itself to the university setting. Universities are known for taking broader approaches to problems due to their tradition of basic research. Another ad- vantage is that regardless of what issues may arise during the R&D, the larger faculty pool provides a resource from which multidisciplinary teams can be drawn to support the core center staff. Federal and state agencies also play an impor- tant role in stimulating the formation of centers. One of the government's primary motivations for run- ning a centers program is to stimulate job creation and economic prosperity. Often using the enticement of matching funds, agencies seek to stimulate in- dustrial competitiveness by encouraging universities to form centers in the expectation that the centers will increase industry investment in R&D and ac- celerate the rate of industry adoption of scientific and engineering advances. With mission agencies such as the Department of Defense or NASA, centers also provide a way to leverage government R&D funds dedicated to specific agency needs. While most centers form around problems as- sociated with industrial competitiveness, this Direc- tory demonstrates that environmental and other concerns can motivate formation of centers. Reasons for Staying Involved With a Center Center participants in centers expect a flow of benefits to justify their continued affiliation. While there are few studies on how participants measure the benefits they receive, "Evaluation of the NSF In- dustry/University Cooperative Research Centers: Longitudinal Analysis of Outcome and Process" (Denis Gray, Teresa Gidley, and Nancy Koester, North Carolina State University, December, 1989) and the experience of Foresight Technology, Inc., in helping form and fund centers suggest the following reasons why centers survive. Four benefits help ensure continued industry support: 1. Enhanced research productivity inside the company 2. Better personnel recruitment 3. Obtaining rights to patents on which proprietary products can be based 4. Commercially successful products based on center-developed knowledge and technology. XV ------- Background Universities point to five benefits in justifying their continued operation of centers: 1. Better student recruitment (especially at the graduate level and in continuing post-graduate education) 2. Better faculty recruitment 3. Increased access to government R&D funds 4. Increased access to private sector funds 5. Increased revenues from patents. These benefits are seen as causing expansion in the university's research program and enhancement of the knowledge base within the university. State and Federal Government program managers highlight three benefits when they seek budgets to support centers: 1. Better leverage of scarce R&D funds 2. More rapid transfer of academic knowledge into industry 3. Better U.S. industrial competitiveness. These benefits result in generation of employment and an improved tax base. Federal Involvement With Centers First Centers. The major push for the develop- ment of cooperative university/industry environmen- tal R&D centers came from the Federal government. During the late 1960s and the 1970s, the Federal agencies and Congress debated over how the United States could improve the ability of academic re- search to contribute to industrial technology. A num- ber of initiatives emerged, one of which was the first civilian centers program: the Industry/University Cooperative Research Centers program at the Na- tional Science Foundation. Begun in 1978, this pro- gram focused on assisting the formation of long-term collaboration between a university and a group of companies. The Industry/University Cooperative Research Centers program provides the basic model for all Federal centers. The program stimulates the interac- tion of the university and industrial communities on generic, long-term scientific and engineering re- search. To ensure that a center's research focus is pertinent to industry, NSF requires matching in- dustrial funds as part of the review process in making awards for Federal support Further, NSF money is explicitly defined as "seed money." Centers must become self-sufficient within five years of inception as Federal funds are phased out While the structure of NSF Industry/University Cooperative Research (VUCR) Centers varies, there are common elements. Each center has an industrial advisory board made up of companies that directly fund its research. This board sets research priorities and directions. New technology produced at the centers is either jointly owned by the university and the companies on the advisory board or by the university with preferential licensing rights held by the companies. Today there are 421/UCR centers. Four are in- volved in R&D related to environmental technology: the Center for Hazardous and Toxic Waste Manage- ment at the New Jersey Institute of Technology, the Center for Plastics Recycling at Rutgers, the Center for Life Cycle Engineering at the University of Maryland, and the Center for Aseptic Processing at North Carolina State University. The early success of the NSF program spurred interest in centers. In 1980, Congress enacted two laws which provided a basic framework for Federal programs to stimulate centers. Senator Adlai Steven- son III championed the Stevenson-Wydler Act (P.L. 96-480), which authorized the Secretary of Com- merce to establish centers for industrial technology and gave statutory backing for centers at NSF. The Stevenson-Wydler Act also required Commerce and NSF to cooperate with other R&D agencies and authorized those agencies to participate in, con- tribute to, and serve as resources for centers for in- dustrial technology. Helping ensure that industry could benefit from R&D conducted at centers was the Bayh-Dole Patent Act (P.L. 96-517 1980). This law gave universities the right to patent technologies developed under Federal funding. Expansion of Federal Centers Programs. The Department of Commerce Centers for Industry Tech- nology authorized by the Stevenson-Wydler Act did not materialize until Congress broadened the mis- sion of the National Bureau of Standards and renamed it the National Institute for Standards and Technology (NIST). At that time, under the leader- ship of Senator Fritz Boilings, NIST initiated a pro- gram of manufacturing technology transfer centers. Despite this fact, Stevenson-Wydler did provide an impetus for more Federal involvement in stimulating the formation of centers. Established in 1958, NASA was the only agency whose establishing legislation included technology transfer to industry as part of its core mission. NASA served that function by establishing technol- ogy transfer offices at each NASA research center XVI ------- Background and by establishing Industrial Application Centers (IACs). The lACs are resource centers for industry. They focus on facilitating transfer of existing NASA technologies to industry. NASA's goal for the lACs is to discover secondary applications for existing technology by using NASA's vast technological database to locate technology applicable to problems identified by industrial IAC clients. Most lACs are university based and are funded through fees and the affiliated university in addition to NASA. In the early 1980s, the Office of Commercial Programs began exploring additional tools for meet- ing the technology transfer mission. The NSF I/URCs program was one option examined. Based on a favorable review of that program, NASA developed the Centers for the Commercial Develop- ment of Space program (CCDS). CCDSs were designed to get private industry in- volved in new space technology. Private companies pay membership fees to be on a center's board of directors. This board decides what kind of research will be pursued. To date, there are 16 CCDSs in ex- istence. While industrial support is important, NASA provides more than just seed money for its centers each one receives approximately $1 mil- lion a year in Federal support. Several CCDSs are carrying out environment-related work through their focus on remote sensing. In the early 1980s, Congress pressured NSF to increase the importance of engineering research within the Foundation. One response, developed in 1985, was the establishment of the Engineering Re- search Centers (ERC) program. The goal of the ERC program is to bring engineering and scientific dis- ciplines together to address fundamental research is- sues that are crucial to the next generation of technological advances. The three objectives of this program are to: 1. Establish cross-disciplinary research centers 2. Strengthen the links between university researchers and their industrial counterparts in order to focus research on topics of specific interest to industry 3. Educate students in integrating and managing technological systems. ERCs are also expected to reach out within the host university and to other academic institutions in their region in order to enhance the overall character of engineering education and research in that area. Because an ERC places greater emphasis on general engineering education and on longer-term basic re- search than the I/URCs, NSF support is not restricted to seed money. Funding is granted in five- year blocks based on annual NSF reviews. Important for funding renewal is a major review three years after the initial award of five-year funding. Currently, there are 18 ERCs, with plans to ex- pand that number to 25 in the next few years. Two ERCs are doing environment-related research: the Center for Hazardous Substance Control at the University of California, Los Angeles and the recent- ly established Microbial Contamination Control Cen- ter at Montana State University. The success of NSF centers programs en- couraged the Foundation to establish an additional initiative in 1988. Based on the ERC model, the Science and Technology Research Centers (STC) program was established to promote basic research that can most effectively be accomplished through centers. These centers focus on complex research problems that are large scale, long term, and may re- quire special facilities or collaborative relationships across scientific and engineering disciplines. Specific objectives are to: Advance research on problems so complex and so resource-intensive that only a financially secure long-term center could produce results Reduce the time between actual discovery and utilization of fundamental research results Increase U.S. industrial competitiveness. Accordingly, the core mission of STCs includes ensuring industrial participation in the research and education program and transferring research results to industry. Recognizing, however, that the high- risk, long-term focus of the research conducted by STCs makes it difficult to support centers solely on industrial contributions, NSF anticipates approxi- mately 11 years of Federal support for STCs. Currently there are 11 centers. NSF anticipates having 30 STCs within a few years. Two centers are conducting research relevant for environmental tech- nology. The Michigan State University Center for Microbial Ecology is looking at the physiology and genetics of micro-organisms and how these or- ganisms affect their ecological surroundings. The University of Oklahoma Center for Analysis and Prediction of Storms is studying major storms, such as thunderstorms, tornados, and flash floods. The EPA Environmental Research Centers were created in 1979 to provide support to institutions willing to dedicate their efforts for several years to xvu ------- Background addressing especially serious or complex environ- mental problems of concern to EPA. Eight univer- sity-based centers were established, and each conducts research in an area named by EPA as a high priority. Support to each center is provided through a cooperative agreement with EPA. Each of the current eight centers is phasing down its opera- tions during the next several months. A new solicita- tion has been published to establish four new centers, at roughly twice the annual funding as the original centers. Potential topic areas are to be chosen by the proposers. The new centers are ex- pected to be in place by April 1991. The U.S. Environmental Protection Agency sup- ports five hazardous substance research centers, authorized under section 31 l(d) of Superfund, as amended in 1986. While the primary focus of these centers is research, each has a training and technol- ogy component that comprises approximately 15% of its total budget annually. Each center has a Train- ing and Technology Transfer Advisory Committee, to assist the center director in choosing and monitor- ing projects. The centers were established in 1989, following a competition. Although each center ad- dresses hazardous substance problems national in scope, each also serves a particular geographic area that corresponds to two contiguous Federal regions. These five centers are described briefly below. The New Jersey Institute of Technology is the lead institution in a seven-university consortium which serves the New England states, as well as New York, New Jersey, Puerto Rico, and the U.S. Virgin Islands. The primary focus of the research in this center is incineration. The center which serves the mid-Atlantic and Great Lakes states is headed by the University of Michigan, in partnership with Michigan State University and Howard University. This center focuses its efforts in both research and technology transfer on bioremediation. The Center for Waste Minimization and Waste Management is led by North Carolina State Univer- sity, in cooperation with the University of North Carolina and Texas A&M University. Kansas State University is the lead institution in the consortium which serves the states of the Great Plains and the Great Basin. This large consortium also includes Montana State University and the universities of Iowa, Nebraska, Missouri, Montana, and Utah. Stanford University and Oregon State Univer- sity have teamed up to form the Western Region Hazardous Substance Research Center. Groundwater remediation is the primary focus of this center's research program. Several centers of excellence have been ex- tablished by the Environmental Protection Agency. In 1988, EPA entered into a Cooperative Agreement with the University of Pittsburgh which established The National Environmental Technology Applica- tions Corporation (NETAC). In contrast to other EPA-funded university/industry centers, NETAC heavily emphasizes assistance with the commer- cialization of relevant technology. The total EPA commitment to NETAC is $4.5 million over four years. This support from EPA must be matched by support provided through the University of Pittsburgh, including direct industry support and sale of services. NETAC activities include assisting in the evaluation, development, and demonstration of candidate technologies identified in an aggressive outreach program. Technologies are evaluated in terms of their technical feasibility, market potential, and economic impact. NETAC anticipates assisting companies and individuals having highly evaluated technologies with their market research assessments and in obtaining funding for the development and demonstration program. In addition, NETAC re- search focuses on developing and validating a protocol that rigorously delineates the technology in- novation process from idea/invent!: a through testing, development, manufacture, marketing, and distribution. The Department of Defense (DOD) has also es- tablished centers programs. Because of the character of the DOD mission, the research agenda of these centers is much more influenced by DOD's mission needs than industrial concerns. Government funding is thus the major support for these research programs. However, industry participation and rapid transfer of results to industry also are important com- ponents. Key Traits of Successful Centers. Federal managers of centers programs have identified similar traits as responsible for center success. For example, John Owens of the I/URC program at NSF says the ingredients for success of an IUC are strong leadership, good planning, and pertinence of research topics to industry. A core of research that is varied rather than specific is of prime importance. Pitfalls to avoid include lapsing into the old- XVM ------- Background fashioned "contract mode," where a single company initiates research. Lynn Preston of NSF's ERC program also em- phasizes strong leadership, well- integrated research relevant to industry, and quality strategic planning. Preston notes that the two ERCs which have closed suffered from poor leadership and too much in- dividualism by university scientists. The traditional academic tendency to section off one's own research as an island does not work at an ERC. University and industry researchers must work together with ERC leaders to make the system work. Ana Villamil, the commercial space opportunity manager in charge of the NASA CCDS program, is another manager who stresses industrial relevance of the research agenda. She notes the research agenda must be directed by industry for a CCDS to succeed. Center leadership is important for CCDSs also. Seek- ing reliance on NASA management for leadership leads to overcentralization and micromanagement; therefore, NASA is careful to encourage develop- ment of appropriate management structures in their CCDSs. These insights are confirmed in a recently com- pleted study by Eliezer Gleisler, Antonio Fumo, and Thomas Kiresuk. In 'Toward a Conceptual Model of Cooperative Research: Patterns of Development and Success in University-Industry Alliances" (un- published manuscript), they conclude that the traits of successful centers fall into four categories: management, relations with industry, research ac- tivities and funding. Important management traits Reputation of center leadership Well defined goals and objectives Planned leadership succession Ability to attract and retain quality researchers Planned intervention for leadership burnout Strong commitment of research staff and ad- ministration Key traits in relations with industry Continuous marketing and other contacts with in- dustry Ability to understand industrial R&D culture industrial commitment to joint research Extensive interactions with industrial researchers Agreeable modes for transfer of knowledge and technology Core traits for research activities Balance between short- and long-term projects Maintenance of cutting edge research activities Program of conferences, symposia, publication and instruction Maintenance of high scientificAechnical reputa- tion Vital funding traits Ability to obtain support from multiple sources Strong institutional support from university and industry Ability to attract funding for long-term support Linking and Sharing Experiences Among Centers As the number and diversity of centers expand, participants from academia, industry, and govern- ment have begun asking how centers can better cooperate and share lessons learned about manage- ment, technology transfer, and fundraising. Established first, the NSFI/URC program has served as a model for government efforts to en- courage links among centers. Three mechanisms are used: monitoring and evaluation, meetings for key personnel, and supplemental funding to encourage linkages. These mechanisms can also be found in other Federal and state government centers programs. Early in the I/URC program, a decision was made to fund evaluation of individual centers by an in-house monitor, as well as to support studies examining the program as a whole. Program-wide studies were originally conducted by NSF staff. Their work resulted in numerous reports, including several "cookbooks" on how to establish a center on the I/URC model and how to structure agreements between industry and the university. The program- wide monitoring and evaluation function is currently conducted under an award to North Carolina State University. Meetings provide an opportunity for key center personnel to explore common interests. The I/URC program sponsors annual and semiannual meetings, where center directors and monitors may share infor- mation and form new linkages. Another option for encouraging linkages was added more recently to the I/URC program. NSF al- lows centers to compete for additional funding for linking one or more research projects among centers. XIX ------- Directory of Cooperative University and Industry Environmental Research and Development Centers This section contains information on 114 university and industry environmental research and development centers. The centers are listed alphabetically by the name of the foundation or university. In cases where a center is made up of a consortium of universities, the center is listed alphabetically according to the name of the first university listed. Information is provided in seven categories following a brief summary: size and scope, sources of funding, services provided, major projects in fiscal year doEars, technology transfer mechanisms/ outreach programs, networking activities, and history. If information for a particular category was not available that category was omitted. ------- Alaska, University of (Fairbanks) Alabama, University of (Hunts ville) Kenneth £. Johnson Research Center Huntsville, AL 35899 University of Alabama in Hunts ville's Kenneth £. Johnson Research Center focuses its research in the fields of solar energy, atmospheric studies, electric vehicles, en- vironmental life support for enclosed areas, recycling and waste management. The center operates the Alabama Solar Energy Center and the Alabama Educational Re- search and Development Network. Director: Bernard J. Schroer Phone: (205)895-6361 Size and Scope Number of Personnel: 150 FTEs: Technical: 25 Administrative: Background: PhDs: 20 MSs: BSs: 5 Sources of Funding for FY89 30 5 5 Federal Government 83% University 17% University: University of Alabama Federal Government $500,000 $2,500,000 Services Provided Major Areas of Expertise Solar energy Atmospheric studies Electric vehicles Environmental life support for enclosed areas Recycling Waste management Current Activity Mix Basic Research 20% Applied Research 80% Prototype Development Major Projects in FY89 1. Atmospheric Studies 2. Environmental Life Support and Materials Research for Space Station 3. Materials Processing in Low Gravity 4. Electric Vehicles 5. Municipal Recycling (Steam Plant Disposal) Technology Transfer Mechanisms/ Outreach Programs Annual Report: January Networking Activities Current Affiliations Alabama Solar Energy Center Colorado S tate University University of Alabama Georgia Institute of Technology University of Florida North Carolina State University International Affiliations Chisolm Institute, Australia University of Aachen, West Germany History Date Founded: 1971 Founders: State of Alabama Reasons for Founding: To study atmosphere-related environmental issues Alaska, University of (Fairbanks) Geophysical Institute C.T. Elvey Building Fairbanks, AK 99775-0800 University of Alaska, Fairbanks Geophysical Institute concentrates its research on the quantitative under- standing of basic physical processes governing our planet, especially as they affect the State of Alaska and the Arctic. The institute maintains several specialized facilities for rocket launches, ground observations, trans- missions and seismic monitoring. Director: Syun-Ichi Akasofu Phone: (907)474-7282 Size and Scope Number of Personnel: 270 FTEs: 220 Technical: 264 Administrative: 6 Background: PhDs: 70 MSs: 50 ------- Alaska, University of (Fairbanks) Sources of Funding for FY89 Federal Government 75% State Government 25% Federal Government U.S. Geological Survey; NSF; DOE;USAF $9,000,000 State Government $3,000,000 Services Provided Major Areas of Expertise Space physics Atmospheric sciences Ice physics Solid earth physics Seismology Volcanology Current Activity Mix Basic Research 90% Applied Research 10% Unique Specialties: Institute operates Poker Flat Rocket Range Major Projects in FY89 1. Synthetic Aperture Radar (S AR) Research 2. Rocket Research 3. Volcanic Monitoring of Redoubt Volcano Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Annual Report Biennial Courses Offered in 1989: 15 Networking Activities Current Affiliations U.S. Geological Survey NASA International Affiliations Hokaido University, Sapporo, Japan Moscow University, Moscow, U.S.S.R. Polar Geophysical Institute, Murmansk, U.S.S.R. History Date Founded: 1946 Founders: U.S. Congress Alaska, University of (Fairbanks) Water Research Center Fairbanks, AK 99775 1760 The University of Alaska's Water Research Center con- ducts research on water quality, hydrology, limnology and oil cleanup. The center's location gives it a unique op- portunity to study global wanning. Director: Douglas Kane Phone: (907)474-7808 Size and Scope Number of Personnel: 30 FTEs: 10 Technical: 28 Administrative: 2 Background: PhDs: 10 Sources of Funding for FY89 Federal Government 45% State Government 35% Industry 20% Federal Government: NASA; DOE; NOAA; U.S.Geologi- cal Survey; U.S. Fish & Wildlife Service $495,000 State Government Department of Transportation; Natural Resources; Environmental Conservation $385,000 Industry: Exxon $220,000 Services Provided Major Areas of Expertise Fresh water research Water quality hydrology Hydrology Limnology Oil spill cleanup Current Activity Mix Basic Research Applied Research 20% Major Projects in FY89 1. Prince William Sound Biodegradation of Oil Spill 2. Biological Methods for Beach Cleaning 3. Alaskan North Slope Ecological Study (hydrology) 4. The Use of Peat Mounds for Treatment of Household Waste Water ------- Arizona State University Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Networking Activities Current Affiliations Ohio State University San Diego State University University of Colorado Inter national Affiliations Institute for Low Temperature Science, University of Japan, Sapporo, Japan History Date Founded: 1965 Founders: University of Alaska Reasons for Founding: U.S. Legislation provided funding for research on the area of water quality. Arizona State University Center for Environmental Studies Tempe, AZ 85287 5506 The Center for Environmental Studies at Arizona State University concentrates its research in the areas of the ecosystem, aquatic environments, reclamation, and land use. The center has particular expertise in siting waste deposits and transporting hazardous wastes. Director: Duncan T. Patten Phone: (602)965-2975 Size and Scope Number of Personnel: 17 FTEs: 16 Technical: 15 Administrative: 2 Background: PhDs: 9 MSs: 4 BSs: 2 Sources of Funding for FY89 Federal Government 50% State Government 37% Industry 13% Federal Government: USDA; EPA; DOT; U.S. Fish and Wildlife Service $350,000 State Government ..." $259,000 Industry: Southern California Edison; Los Angeles Water and Power $91,000 Services Provided Major Areas of Expertise Ecosystem studies Aquatic studies Wild life studies Reclamation research; risk and technology assessment; impact assessment; environmental regulation and policy Current Activity Mix Applied Research 100% Unique Specialties: Project on hazardous materials management (siting waste deposits and transportation of hazardous materials); Wetlands and riparian ecology and ecosystems expressed as mathematical models Major Projects in FY89 1. Taste Aversion Study on Coyotes (for USDA, Animal Control Division) 2. Riparian Ecology in the Eastern Sierras 3. Study of Endangered Fish Species (for Fish and Wildlife Service) 4. Airborne Em issions Affecting Vegetation 5. Glen Canyon Environmental Study Technology Transfer Mechanisms/ Outreach Programs Other. 1- to 2-day hazardous management seminars on RCRA regulations History Date Founded: 1974 Founders: Duncan Patten; Mel Marcus Reasons for Founding: To respond to the need to provide environmental research and education ------- Arizona State University Arizona State University Forestry Sciences Laboratory Tempe, AZ 85287 Arizona State University's Forestry Sciences Laboratory specializes in watershed research (erosion, water quality, soils) and range and wildlife management (including en- dangered species protection). The laboratory is closely af- filiated with the Rocky Mountain Forest and Range Experiment Station. Director: Leonard F. Debano Phone: (602)379^365 Size and Scope Number of Personnel: 35 FTEs: Technical: 30 Administrative: Background: PhDs: 28 MSs: Sources of Funding for FY89 32 5 2 Federal Government Federal Government: U.S. Forest Service; USDA $1,250,000 Services Provided Major Areas of Expertise Watershed research (erosion, water quality, soils) Range and wildlife management Current Activity Mix Basic Research 10% Applied Research 90% Products or Processes Commercialized Unique Specialties: Protecting endangered species (Bald Eagle and Spotted Owl) Technology Transfer Mechanisms/ Outreach Programs Annual Report: April Networking Activities Current Affiliations U.S. Forest Service USDA Rocky Mountain Forest and Range Experiment Station History Date Founded: 1961 Reasons for Founding: conservation To research soil and wildlife Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 University of Arizona's Engineering Experiment Station conducts research in controlled-environment agriculture for intensive food production; in seawater crop irrigation; and in solar heating and cooling. The station then applies this research and technology to prototype systems for fu- ture cities. The laboratory's current major project is bio- sphere II, a sealed, self-sustaining, two-acre mini-Earth with five distinct ecosystems. Director: Peter F. Mather Phone: (602)621-7492 Size and Scope Number of Personnel: 430 FTEs: 430 Technical: 406 Administrative: 24 Background: PhDs: 130 Major Projects in FY89 1. Watershed Management Project 2. Riperian Hydrology Studies 3. Endangered Species Protection (Bald Eagle, Spotted Owl) ------- Arkansas, University of (Little Rock) Sources of Funding for FY89 Federal Government 60% NonpioSt Organization S% Inter national Affiliations U.S. AID Programs in: Senegal, Australia, Zaire, Guinea, Egypt History Date Founded: 1941 Founders: University of Arizona Reasons for Founding: Legislation passed during World Warn Industry 3s* Federal Government NASA; NSF; Nffl; DOD; DOE; EPA;NRC;DOC $6,600,000 Industry: IBM $3,850,000 Nonprofit Organization: American Steel Construction In- stitute; Petroleum Research Foundation . $550,000 Services Provided Major Areas of Expertise Electronic packaging Fluid dynamics Materials sciences Superconductivity Water quality Water treatment hydrology Current Activity Mix Basic Research 90% Applied Research 10% Products or Processes Commercialized: Gifts software Unique Specialties: Triga nuclear reactor research Major Projects in FY89 1. Microconlamination Control 2. Low Gravity Separation Research 3. Utilization of Planetary Resources 4. Biosphere II: A Mini-Earth Experiment 5. Nuclear Waste Management and Disposal Arkansas, University of (Little Rock) Graduate Institute of Technology 2801 South University Avenue Little Rock, AR 72204 University of Arkansas at Little Rock's Graduate Institute of Technology conducts a wide variety of research in the environmental sciences. Recent projects have included measuring the aerodynamics of microparticles, detecting neutrino-gamma rays, characterizing and evaluating aerosols, and controlling solid hazardous waste and was- tewater. In addition the institute provides product develop- ment and technology transfer services. Director: Gaylord Northrop Phone:(501)569-8211 Size and Scope Number of Personnel: 50 FTEs: 20 Technical: 44 Administrative: 6 Background: PhDs: 12 MSs: 8 Sources of Funding for FY89 Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 21 Annual Report Biennial Patents Issued in the Last 3 Years: 3 Other Office of Engineering and Professional Development Networking Activities Current Affiliations University of Arizona, Center for Microcontamination Control; NASA Center for Utilization of Local Planetary Resources NASA Center for Low Gravity Seperation Sciences Federal Government 34% University 43% Industry 3% State Government 20% University: University of Arkansas, Little Rock $1,500,000 Federal Government $1,200,000 State Government $700,000 Industry $100,000 ------- Auburn University Services Provided Major Areas of Expertise Particle characterization instrumentation Artificial intelligence Laser research Biotechnology Applied statistics Processing control and instrumentation Current Activity Mix Basic Research 25% Applied Research 75% Products or Processes Commercialized: E-Spart extension programs in numerous aspects of fish cultiva- tion, inventory, taxonomy, nutrition and feeding, dis- eases, weed control, pollution control, technology, processing and preservation. Director: Bryan Duncan Phone: (205)844-4786 Size and Scope Number of Personnel: 11 FTEs: 9 Technical: 8 Administrative: 1 Background: PhDs: 9 MSs: 2 Major Projects in FY89 1. E-Spart To Measure Aerodynamics of Microparticles 2. LaserAim: To Place Laser Spot on Targets 3. Artificial Intelligence Research 4. Neutrino - Gamma Ray Detection Research 5. Biomedical Technology and Instrumentation Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: 1 Sources of Funding for FY89 Federal Government 99% University 1% Networking Activities Current Affiliations National Center for Toxicology Research University of Arkansas Medical Center McClellan Veterans Administration Hospital International Affiliations Hosakowa International, Japan Toshiba Corporation, Japan History Date Founded: 1957 Founders: State of Arkansas Reasons for Founding: To provide graduate science and technology education in central Arkansas Auburn University International Center for Aquaculture Department of Fisheries and Allied Aquaculture Swingle Hall Auburn, AL 36849 5419 Auburn University's International Center for Aquacul- ture, an integral unit of Alabama's Agricultural Experi- ment Station, provides technical assistance to developing countries in their development of inland fisheries and aquaculture. The center conducts research, training and University: Auburn University $10,000 Federal Government: USAID $990,000 Services Provided Major Areas of Expertise Aquaculture research and development; technology transfer and training Current Activity Mix Applied Research 100% Prototype Development Market Assessment Major Projects in FY89 1. Pond Dynamics Collaborative Research Support Program 2. Fisheries Research and Development Project (with Indonesia) 3. Western Universities Project - Aquaculture Curriculum Development 4. National Fish Culture Project (in Rwanda) Technology Transfer Mechanisms/ Outreach Programs Courses Offered in 1989: 1 Other: Short courses offered on request ------- Auburn University Networking Activities Current Affiliations University of Rhode Island University of Kentucky University of Arkansas, Pine Bluff University of Hawaii International Affiliations University of Riau, Pekenbau, Indonesia National University of Rwanda, Butare, Rwanda Universitas Hassanudin, Ujung Pandag, Indonesia Universidad San Carlos, Guatemala City, Guatemala History Date Founded: 1970 Founders: Auburn University; US AID Reasons for Founding: To further international aquaculture Sources of Funding for FY88 Federal Government 60% University 10% Other 5% State Government 25% University: Auburn University $120,000 Federal Government: DOI; EPA; DOD; DOE $720,000 State Government: Alabama Department of Environmental Management; Alabama Geological Survey $300,000 Other: City of Auburn $600,000 Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 Auburn University's Water Resources Research Institute is an interdisciplinary, problem-oriented research and technology center designed to address broad national needs and relevant industrial technology. The institute's program objectives include extending and intensifying water resources research in all of Alabama's major univer- sities by widening the participation of individual re- searchers and disciplinary fields involved. Director: J.F. Judkins Phone: (205)844-5075 Size and Scope Number of Personnel: 4 FTEs: Technical: 1 Administrative: Background: PhDs: 1 BSs: 3 4 3 Services Provided Major Areas of Expertise Water resources; aquatic weed control; ground water control; fisheries management Current Activity Mix Basic Research 75% Applied Research 25% Market Assessment Major Projects in FY89 1. Privatization of Waste Water Treatment Plants 2. Effect of Saltwater Intrusion on Soil Erodibility 3. Permeability Changes in Clay and Chalf Row Barriers Caused by Hazardous Wastes 4. Water Resources Technology Information Transfer Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Annual Report December Networking Activities Current Affiliations National Association of Water Institute Directors (NAWID) University Council on Water Resources American Water Resources Association History Date Founded: 1964 Founders: Auburn University Reasons for Founding: Concerns with state, regional and national water resource problems ------- Brigham Young University Brigham Young University Advanced Combustion Engineering Research Center 270 Clyde Building Prove, UT 84602 Brigham Young University's Advanced Combustion En- gineering Research Center is geared toward enhancing the U.S. competitive position in clean and efficient use of fossil fuels, through research, education and technology transfer. Current research focuses on using computer- generated simulations to design and develop cleaner and more efficient combustion systems for burning coal and for incinerating solid-waste products. Director: L.D. Smoot Phone: (801)378-4326 Size and Scope Number of Personnel: 91 FTEs: 42 Technical- 90 Administrative: 1 Background: PhDs: 30 MSs: 30 Sources of Funding for FY89 Federal Government 56% University 16% Industry 28% Major Projects in FY89 1. Radiation in Combustion Systems 2. Hazardous Waste Destruction During Thermal Incineration 3. Chemical Characteristics of Coal and its Combustion Products 4. Incineration of Unconventional Fuels 5. Hazardous Waste Submodel Evaluation Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 12 Annual Report February Courses Offered in 1989: 20 Networking Activities Current Affiliations University of Utah Advanced Combustion Engineering Research Center Advisory Council and Associates/Affiliates Committee History Date Founded: 1986 Founders: Brigham Young University; University of Utah; NSF, Division of Cross Disciplinary Research Reasons for Founding: To keep U.S. industry abreast of current technology California, University of University: Brigham Young University . . $520,000 Federal Government: NSF $1,800,000 Industry: Advanced Fuel $900,000 Services Provided Major Areas of Expertise Combustion Catalysis Thermo-chemistry Signal processing Computer aided engineering design and manufacture Current Activity Mix Basic Research 90% Applied Research 10% Bodega Marine Laboratory P.O. Box 247 Bodega Bay, CA 94923 University of California's Bodega Marine Laboratory, ad- ministered by the Davis Campus, is distinguished by a remarkably diverse array of coastal habitats available for study. Intertidal habitats (sandy beaches, salt marshes, small estuaries, tidepools, mud and sandflats), terrestrial habitats (dune-strand areas, coastal prairie, riparian wood- land, and freshwater marshes), marinas, bays and the ocean are all nearby. Director: James. S. Clegg Phone:(707)875-2211 Size and Scope Number of Personnel: 75 FTEs: 25 Technical: 25 Administrative: 10 Background: PhDs: 20 MSs: 5 10 ------- California, University of Sources of Funding for FY89 Federal Government 60% University 40% University: University of California . . Federal Government: NOAA; NSF; USDA . $2,070,000 . $3,080,000 Services Provided Major Areas of Expertise Aquaculture; oyster research; local comparative biochemistry Current Activity Mix Basic Research 90% Applied Research 10% Major Projects in FY89 1. Shore Bird Biology 2. Population Genetics 3. Population Biology of Sharks 4. Bioassay Research 5. Endocrine Control Research Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Networking Activities Current Affiliations Scripps Institute of Oceanography, La Jolla, CA.; other University of California campuses History Date Founded: 1961 Founders: National Science Foundation Reasons for Founding: To further marine research and instruction California, University of Lawrence Livermore National Laboratory P.O. Box 808 Livermore, CA 94550 University of California's Lawrence Livermore National Laboratory conducts six major programs: weapons studies; magnetic fusion energy; laser isotope separation; laser fusion energy; energy and resources; resources and biomedical, environmental and atmospheric sciences. Re- searchers explore the effects of toxic substances on genetic and reproductive systems and assess the risk as- sociated with the release of contaminants into the environ- ment Director: John Nuckolls Phone:(415)422-1100 Size and Scope Number of Personnel: 8492 FTEs: 8492 Technical: 6364 Administrative: 2128 Background: PhDs: 1285 Sources of Funding for FY89 Federal Government 80% Industry 20% Federal Government: DOE; DOD; NASA; EPA; USDA $839,600,000 Industry $216,000,000 Services Provided Major Areas of Expertise Defense systems; laser research; magnetic fusion energy; biomedical sciences; materials science; environmental science Current Activity Mix Basic Research Applied Research Prototype Development Market Assessment Products or Processes Commercialized: Monoclonial antibodies; computer chips; computer software ------- California, University of (Berkeley) Major Projects In FY89 1. Modeling of Global Atmospheric Sulphur Cycle: The Origin of Cloud Condensation Nuclei of the North Atlantic 2. Testing Effects of Ocean Heat Transport on Climate 3. Deposition and Global Reactive Nitrogen Cycle Technology Transfer Mechanisms/ Outreach Programs Annual Report Summer Sources of Funding for FY89 Federal Government 76% University 7% Industry 6% State Government 11% Networking Activities Current Affiliations Los Alamos National Laboratory All other national laboratories University of California, Davis; DOE History Date Founded: 1952 Founders: E.O. Lawrence Reasons for Founding: Research and development on nuclear weapons, energy and national security problems California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 4603 University of California, Berkeley's Sanitary Engineering and Environmental Health Research Laboratory was es- tablished to facilitate interdisciplinary research in a wide range of environmental health fields: sanitary engineer- ing, waste water treatment, limnology, reclamation and reuse, drinking water quality and abatement of hazardous wastes. The laboratory maintains a secondary wastewater treatment plant and an estuarine water system. Director: Robert C. Cooper Phone:(415)231-9474 Size and Scope Number of Personnel: 49 FTEs: 14 Technical: 42 Administrative: 7 Background: PhDs: 15 MSs: 27 University: University of California, Berkeley $ 140,000 Federal Government: National Institute for Environmen- tal Health; NSF; EPA; NIH; DOE . . .51,520,000 State Government California Health Services Depart- ment; California State Water Resource Control Board $220,000 Industry: Exxon; Procter & Gamble; Chemical Manufacturers Association $120,000 Services Provided Major Areas of Expertise Sanitary engineering Waste water treatment Algology Limnology Reclamation and reuse Drinking water quality Abatement of hazardous wastes Current Activity Mix Basic Research 50% Applied Research 50% Prototype Development Major Projects in FY89 1. Shallow Water Cohesive Sediment Dynamics in Estuarine Systems 2. Ecological Effects and Management of Selenium Toxicity in Kesterson Marsh, California Central Valley 3. Transport and Cleanup of Mixed Liquid Wastes Trapped in Soil 4. Environmental Aspects of the Development of Synthetic Fuels 5. Development and Testing of Model of Iron Phosphate Precipitation in Activated Sludge Networking Activities Current Affiliations California State Health Dt artment 12 ------- California, University of (Los Angeles) History Date Founded: 1950 Founders: State Legislature and UC Berkeley Reasons for Founding: To study a wide range of environmental health fields California, University of (Davis) Crocker Nuclear Laboratory Davis, CA 95616 University of California, Davis* Crocker Nuclear Laboratory supports research in many disciplines, includ- ing biology, engineering, environmental and food scien- ces, geology, history, medicine, physics and textiles. The air quality group studies aerosols, sampler design and elemental analysis; air quality and visibility in remote na- tional parks; and interplanetary dust fall. Director: Thomas A. Cahill Phone: (916)752-4674 Current Activity Mix Basic Research 30% Size and Scope Number of Personnel: 32 FTEs: Technical: 29 Administrative: Background: PhDs: 6 MSs: BSs: 8 Sources of Funding for FY89 Federal Government 70% Industry 15% 24 3 4 State Government 15% Federal Government: EPA; National Park Service; U.S. Forest Service; Bureau of Land Management; Fish and Wildlife Service $1,050,000 State Government $225,000 Industry $225,000 Services Provided Major Areas of Expertise Atmospheric Sampling; Analysis and Interpretation Applied Research 70% Unique Specialties: Operates 60 air sampling stations nationally Major Projects in FY89 1. Interagency Monitoring of Projected Visual Environments (IMPROVE) 2. Northeast State Coordinated Air Use Management (NESCAUM) 3. South Coast Air Quality Study (SCAQUS) 4. Area Sources Board Sequoia Study (ASBSS) 5. National Park Service Criteria Network (NPSCN) Networking Activities Current Affiliations National Park Service Criteria Network (NPSCN) International Affiliations University of Chile-Convenio, Santiago, Chile History Date Founded: 1970 Founders: T. Cahill; R. Flocchini; P. Feeney Reasons for Founding: Application of modern nuclear techniques to improve air quality California, University of (Los Angeles) Engineering Research Center for Hazardous Substances Control 6722 Boelter Hall Los Angeles, CA 90024 The University of California, Los Angeles' Engineering Research Center for Hazardous Substances Control centers its research efforts on waste minimization, waste treatment, education, and technology transfer. Through its Industry Affiliates Program, the center develops direct working relationships with the industrial and government laboratory sector. Director: S.K. Friedlander Phone: (213)206-3071 Size and Scope Number of Personnel: 59 FTEs: 45 Technical: 54 Administrative: 5 Background: PhDs: 14 MSs: 30 13 ------- California. University of (Los Angeles) Sources of Funding for FY89 Federal Government S0% University 20*. Industry 30% University: University of California, Los Angeles $600,000 Federal Government; NSF $1,500,000 Industry: IBM; Mobil; Chevron; General Motors $900,000 Services Provided Major Areas of Expertise Waste minimization Thermal treatment of hazardous wastes Hazardous waste water treatment Current Activity Mix Basic Research 80% Applied Research 20% Prototype Development Market Assessment California, University of (Los Angeles) National Center for Intermedia Transport Research 553 IBoelter Hall Department of Chemical Engineering Los Angeles, CA 90024 1592 The National Center for Intermedia Transport Research at the University of California concentrates its research on pollutant transport and transformation. The center spon- sors work on problems of pollutant exchange between en- vironmental media. The center also operates its own air quality laboratory. Director: Yoram Cohen Phone: (213)825-9741 Size and Scope Number of Personnel: 8 FTEs: Technical: 7 Administrative: Background: PhDs: 7 BSs: 1 Sources of Funding for FY89 8 1 Major Projects in FY89 1. Resident Incineration 2. Development of New Enzyme Technologies to Degrade Hazardous Waste Water 3. Expert Systems for Incinerators Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 8 Other: University of California, Los Angeles Extension Service Workshops Networking Activities International Affiliations Elf Aquitaen, Paris, France History Date Founded: 1987 Founders: University of California, Los Angeles Reasons for Founding: NSF grant proposal Federal Government 100% Federal Government EPA $540,000 Services Provided Major Areas of Expertise Multimedia and intermedia transport research Pollutant exchange between media Process research Current Activity Mix Basic Research 10% Applied Research 90% Products or Processes Commercialized: Spatial multimedia compartmental model software Unique Specialties: Intermedia and multimedia environmental research; air quality laboratory 14 ------- California, University of (Riverside) Major Projects in FY89 1. Study of Transport and Transformations of Aerosols 2. Spatial Multimedia Compartmental Model (SMCM) software 3. Pesticide Risk Assessment Study 4. Role of Hydrogen Peroxide and Ozone in Sulfuric Acid Formation 5. Tracking of Non-Aqueous Phase Liquids Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 4 Networking Activities Current Affiliations EPA Centers of Excellence History Date Founded: 1980 Founders: EPA; University of California, Los Angeles Reasons for Founding: To create an EPA environmental research center at the University of California, Los Angeles Sources of Funding for FY89 University 90%, State /Government 3% Federal 'Government 7% University: University of California, Riverside $1,260,000 Federal Government $105,000 State Government $35,000 Services Provided Major Areas of Expertise Stimulation and coordination of water resources research on the 9 University of California campuses Current Activity Mix Basic Research 80% Applied Research 20% California, University of (Riverside) California Water Resources Center Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 The California Water Resources Center at the University of California, Riverside, sponsors water resources re- search on all campuses of the University of California, and at other universities around the state. The center's scope of research includes all aspects of the hydrologic cycle with emphasis on fresh waters, inland saline water and estuaries. Director: Henry J. Vaux, Jr. Phone: (714)787-4327 Size and Scope Number of Personnel: 13 FTEs: 11 Technical: 5 Administrative: 8 Background: PhDs: 3 MSs: 2 Major Projects in FY89 1. Hydrology and Climatology S urveys 2. Aquatic Ecosystem Studies 3. Water Quality Research 4. Evaluating the Institutional Aspects of Water 5. Water Policy and Water Law Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 3 Annual Report December Networking Activities Current Affiliations University of California's 9 campuses 54 U.S. Water Resource Centers (of the National Association of Water Institute Directors) International Affiliations U.S TMexico Border Study of Waste Water Treatment and Disposal Alternatives On-Line Computer Library Center (OCLC) - 3500 Libraries Worldwide History Date Founded: 1957 Founders: California Legislature Special Act Reasons for Founding: State funded program to advise on water projects ------- California, University of (Riverside) California, University of (Riverside) Statewide Air Pollution Research Center Riverside, CA 92521 University of California, Riverside's Statewide Air Pollu- tion Research Center concentrates its research on plant sciences and atmospheric chemistry, bridging the academic world and the practical world of air pollution control. Programs in atmospheric chemistry make use of infrared, visible and ultraviolet spectroscopy, chromatog- raphy and mass spectrometry, and computer modeling to simulate atmospheric conditions in a unique set of en- vironmental chambers. Director: Cliff Taylor (Acting) Phone: (714)787-4584 Size and Scope Number of Personnel: 43 FTEs: 43 Technical: 36 Administrative: 7 Background: PhDs: 11 MSs: 2 Sources of Funding for FY89 Stale Government 48% Federal Government 14% University 20% University: University of California, Riverside $762,347 Federal Government; EPA; NSF .... $549,854 State Government California Air Resources Board $1,826,055 Industry: Southern California Edison; Ford Motor.EPRI $691,072 Major Projects in FY89 1. Atmospheric Chemistry of Polycyclic Hydrocarbons 2. Effects of Acid Fog and Ozone on Conifers 3. Effects of Gaseous Air Pollutants on Vegetation 4. Lifetimes and Fates of Toxic Air Containments in California's Atmosphere 5. Hydrocarbon Emissions from Vegetation Found in California's Central Valley History Date Founded: 1961 Founders: University of California, Riverside Reasons for Founding: To monitor pollution effects on California vegetables California, University of (Riverside, Davis, Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 3560 University of California's Agricultural Experiment Sta- tions at Riverside, Davis and Berkeley permit interdis- ciplinary research in biochemistry, biolog., biomedical sciences, botany and plant sciences, chemistry, earth sciences, entomology, geophysics and planetary physics, mathematics, nematology, physics, plant pathology, soils and environmental sciences, and statistics. The stations emphasize nutrition, fertilization, irrigation, cultivation, pest control, disease resistance and troubleshooting of potentially disastrous agricultural problems. Director: Kenneth Farrell Phone:(415)987-0060 Size and Scope Number of Personnel: 2403 FTEs: 2403 Technical: 1953 Administrative: 450 Background: PhDs: 553 Services Provided Major Areas of Expertise Air quality assessment Crop loss assessment Plant sciences Atmospheric chemistry Current Activity Mix Basic Research 25% Applied Research 75% 16 ------- Carnegie Mellon University Sources of Funding for FY89 State Government 69% Federal Government 20% International Affiliations Province of Catalonia, Barcelona, Spain Center for Rice Research, Philipines World Bank, Washington, DC History Date Founded: 1868 Founders: University of California Reasons for Founding: To meet the provisions of the Hatch Act Federal Government: NSF; Nffl; DOE; . $26,000,000 State Government $88,000,000 Industry $12,000,000 Other. Product Sales $1,000,000 Services Provided Major Areas of Expertise Agricultural production Environmental horticulture and toxicology Botany Entomology Forestry Plant pathology Genetics Microbiology Current Activity Mix Basic Research Applied Research Prototype Development Products or Processes Commercialized: New Strawberry Varieties Major Projects in FY89 1. Integrated Pest Management 2. California's Great Central Valley in the 21st Century 3. Integrated Hardwood Range Management 4. Genetic Alteration Employing Somatic Cell Fusion Techniques Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: IS Other Cooperative extension service Networking Activities Current Affiliations California State Department of Food and Agriculture USDA EPA Carnegie Mellon University Bushy Run Research Center RD #4, Mellon Road Export, PA 15632 Carnegie Mellon University's Bushy Run Research Cen- ter conducts research on animal toxicology. The center is a pioneer in the application of toxicologic test methods. Director: Fred R. Frank Phone:(412)733-5222 Size and Scope Number of Personnel: 100 FTEs: 100 Technical: 80 Administrative: 20 Background: PhDs: 29 Sources of Funding for FY89 Industry 100% Industry: Union Carbide $10,000,000 Services Provided Major Areas of Expertise Pioneers in development and application of lexicological test methods Animal toxicology, teratology, pathology, analytical clinical chemistry and genetic toxicology Toxicokinetics Material balance studies 17 ------- Carnegie Mellon University Current Activity Mix Basic Research 5% Applied Research 95% Unique Specialties: Inhalation facility; neurotoxicology facilities Major Projects in FY89 1. Acute Animal Studies 2. Short-Term Animal Studies 3. Subchronic and Chronic Studies 4. Cytotoxicity Screening 5. Genotoxicity Screening Technology Transfer Mechanisms/ Outreach Programs Annual Report: December Networking Activities Current Affiliations Under primary control of Union Carbide Corporation New York Society of Toxicology History Date Founded: 1936 Founders: Mellon Institute; Union Carbide Reasons for Founding: In response to public attitudes concerning the effects of toxic chemicals on the environment. Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh, PA 15213 2683 Cameg Mellon Research Institute seeks to promote the success. J transfer of technology from the laboratory to commercial application, and to assist sponsors in the as- sessment, evaluation, and management of improved tech- niques and technologies. The institute's biotechnology center has ongoing activities in the development of biological methods for the treatment of toxic wastes. Director: William M. Kaufman Phone:(412)268-3440 Size and Scope Number of Personnel: 130 FTEs: 130 Technical: 95 Administrative: 35 Sources of Funding for FY89 Federal Government 40% Industry 60% Federal Government: DOE; NSF; DOT . . $3,200,000 Industry $4,800,000 Services Provided Major Areas of Expertise Solid state sensors and materials Computer control systems Biotechnology Ozone research Modernizing transportation systems Current Activity Mix Basic Research 10% Applied Research 90% Products or Processes Commercialized: Sensor and instrumentation for detection of hazardous gases (American Intell-Sensors Corporation) Major Projects in FY89 1. Bio-Remediation of Soils Contaminated with Wood-Treating Chemicals 2. Modeling of Atmosphere Dynamics and Global Air Pollution 3. Impact of Environmental Regulation on Coal-Based Utilities 4. Development of Advances Sensors for the Detection of Noxious Gases Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 1 Annual Report: January Courses Offered in 1989: 1 Patents Issued in the Last 3 Years: 5 18 ------- Cincinnati, University of History Date Founded: 1913 Founders: Carnegie Mellon University Reasons for Founding: To generate and diffuse knowledge that may be useful in industrial applications Current Activity Mix Basic Research 40% Applied Research 60% Prototype Development Products or Processes Commercialized: Unique ejectors; blowoff nozzles Case Western Reserve University Case Center for Complex Flow Measurements Department of Mechanical and Aerospace Engineering Cleveland, OH 44106 Case Western Reserve University's Case Center for Com- plex Flow Measurements is known for its research on air pollution and heat transfer as well as its complex flow measurements. Current projects at the center focus on at- mospheric concentration, wind turbulence and pollutant dissemination. Director: Alexander Dybbs, Co-Director Phone: (216)368-6448 Major Projects in FY89 1. Atmosphere Concentration Research 2. Wind Turbulance S tudy 3. Pollutant Dissemination Research Technology Transfer Mechanisms/ Outreach Programs Annual Report January History Date Founded: 1983 Founders: Dr. Alexander Dybbs Reasons for Founding: To give engineering students more hands-on research in air pollution and related studies. Size and Scope Number of Personnel- 19 FTEs: 19 Technical: 15 Administrative: 4 Background: PhDs: 9 MSs: 10 Sources of Funding for FY89 Federal Government 80% Industry 20% Federal Government: NSF; DOD; DOE; NASA $800,000 Industry: BJ. Goodrich $200,000 Services Provided Major Areas of Expertise Complex flow measurements Air pollution Heat transfer Cincinnati, University of Center Hill Solid and Hazardous Waste Research Laboratory 5995 Center Hill Road Cincinnati, OH 45224 University of Cincinnati's Center Hill Solid and Hazard- ous Waste Research Laboratory provides geotechnical, geochemical and geoscientific technical support services to EPA for various Superfund and RCRA (Resource Con- servation and Recovery Act) projects. The laboratory sup- ports research on soil, chemical and hydrological interactions, focusing on chemical stabilization of con- taminated soils and contaminant control systems in groundwater. Director: Gerald Roberto, Project Manager Phone: (513)569-7885 Size and Scope Number of Personnel: 35 FTEs: 20 Technical: 31 Administrative: 4 Background: PhDs: 8 MSs: 15 BSs: 12 19 ------- Colorado State University Sources of Funding for FY89 Federal Government 90% Industry 10% Federal Government: EPA $1,800,000 Industry $200,000 Services Provided Major Areas of Expertise Environmental and civil engineering Ground water hydrology Geochemical technology Current Activity Mix Basic Research 20% Applied Research 80% Major Projects in FY89 1. Detection of Leaks in Cut-Off Walls 2. Chemical Stabilization and Solidification of Hazardous Wastes 3. Innovative Technology of Hazardous Waste for Remediation 4. Computer-Aided Site Characterization 5. Permeability Tests Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Networking Activities Current Affiliations Technology assistance program to all EPA regions History Date Founded: 1983 Founders: University of Cincinnati Reasons for Founding: To conduct hazardous waste research Colorado State University Cooperative Institute for Research in the Atmosphere (CIRA) Foothills Campus Fort Collins. CO 80523 Colorado State University's Cooperative Institute for Re- search in the Atmosphere was formed to increase the ef- fectiveness of atmospheric research which is of mutual interest to the university, the state and NOAA. The in- stitute concentrates its research on air quality, cloud physics, satellite applications, climate studies, agricultural meteorology, model evaluation, and mesoscale studies and forecasting. Director: Thomas H. Yonder Haar Phone:(303)491-8448 Size and Scope Number of Personnel: 50 FTEs: 41 Technical: 35 Administrative: 6 Background: PhDs: 16 MSs: 11 Sources of Funding for FY89 Federal Government 94% University ' 6% University: Colorado State University . . $205,000 Federal Government: NOAA; NSF; ONR; U.S. Army Research Center $3,317,232 Services Provided Major Areas of Expertise Atmospheric research Air quality Cloud physics Mesoscale studies and forecasting Satellite applications Climate studies Current Activity Mix Basic Research 50% Applied Research 50% 20 ------- Colorado State University Major Projects in FY89 1. Software Technology Transfer "Project Share", Support Services to the World Meteorological Organization 2. Statistical Technique for Identifying the Origin of Air Masses 3. Assessment of Observer Sensitivity for Regional Haze and Refinement of Layered Haze Indicators 4. Investigation of the Application of Monte Carlo Methods to Problems of Visibility 5. Mesoscale Analysis and Forecast Product Development for Severe Storm Nowcasting Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean Annual Report: Courses Offered in 1989: 4 August 13 Networking Activities Current Affiliations McGill University Illinois State Water Survey Monash University World Meterological Organization International Affiliations Institute for Atmospheric Physics, IFS-CNR, Rome, Italy Center for Scientific Investigation and Higher Education, Ensenada, Mexico History Date Founded: 1980 Founders: Colorado State University; NOAA Reasons for Founding: Increase effectiveness of atmospheric research Director: R.N. Meroney, Prof-in-charge Phone:(303)491-8574 Size and Scope Number of Personnel: 13 FTEs: 10 Technical: 11 Administrative: 1 Background: PhDs: 10 Sources of Funding for FY89 Federal Government 50% Industry 50% Federal Government: DOD; EPA; DOE; DOT; NSF $500,000 Industry: Gas Research Institute; Exxon Oil; Bechtel; Mobil; New York Park Authority $500,000 Services Provided Major Areas of Expertise Wind engineering Fluid mechanics Air pollution Hazardous spill research Current Activity Mix Basic Research 50% Applied Research 50% Unique Specialties: Extensive wind tunnel facilities Colorado State University Fluid Dynamics and Diffusion Laboratory College of Engineering Foothills Campus Fort Collins, CO 80523 Colorado State University's Fluid Dynamics and Dif- fusion Laboratory has special boundary layer wind tun- nels for simulation of atmospheric motions, providing a capability for unique research on wind engineering and environmental problems of state, national and internation- al concern. The laboratory studies the motion of gases and liquids to support and stimulate many applications in engineering, architecture, agriculture, meteorology, oceanography and biology. Major Projects in FY89 1. City of Boston Central Arteries Project (Ventilation for Underground Highways) 2. Wind Engineering Joint Project with NSF and Texas Tech University 3. Natural Gas Spill Research with Gas Research Institute Networking Activities Current Affiliations Gas Research Institute Solar Energy Research Institute National Center for Atmospheric Research 21 ------- Colorado, University of (Boulder) History Date Founded: 1950 Founders: State of Colorado Reasons for Founding: To study wind tunnel simulation and wind engineering research Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 University of Colorado, Boulder's Cooperative Institute for Research in Environmental Sciences is jointly spon- sored by the National Oceanic and Atmospheric Ad- ministration and the university. The institute 's research aims at understanding the physics and chemistry of the solid earth and its atmosphere, cryosphere and oceans through field studies, laboratory experimental programs and theoretical investigations. Several specialized re- search centers exist under the Institute's imprimatur. Director: Robert Sievers Phone:(303)492-1143 Size and Scope Number of Personnel: 400 FTEs: 400 Technical; 350 Administrative: 50 Sources of Funding for FY89 Services Provided Major Areas of Expertise Atmospheric chemistry Global change Measurement instrumentation for environmental systems Superconductivity Atmospheric climate dynamics Solid earth science Earthquake prediction Air and water pollution Hazardous waste treatment and management Geodesy (movement in earths crust) Current Activity Mix Basic Research 90% Applied Research 10% Prototype Development Market Assessment Major Projects in FY89 1. Studies of Global Change 2. Atmospheric Quality and Chemistry Studies 3. Earthquake Prediction 4. Chemical Vapor Deposition of Superconducting Thin Films 5. Studies of Earth from Space Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 51 Annual Report: Spring Patents Issued in the Last 3 Years: 20 Other: University of Colorado Foundation; formation of new companies; transfer of trained personnel Federal Government 71% University 7% University: University of Colorado, Boulder $1,000,000 Federal Government: NIH; DOD; NSF; NOAA; NASA; DOE; EPA; U.S. Geological Survey . $10,000,000 State Government $2,000,000 Industry $1,000,000 Networking Activities Current Affiliations National Center for Atmospheric Research National Academy of Science's National Research Council History Date Founded: 1967 Founders: University of Colorado; NOAA Reasons for Founding: Research and teaching in wide-ranging disciplines of the environmental sciences 22 ------- Cornell University Connecticut, University of Marine Sciences Institute Avery Point Groton.CT 06340 The Marine Sciences Institute at the University of Con- necticut conducts research on coastal environments, sea surface phenomenon, acoustic research and manned and unmanned submersibles. Director: Donald F. Squires Phone: (203)445-3438 Size and Scope Number of Personnel- 68 FTEs: 68 Technical: 56 Administrative: 12 Background: PhDs: 11 MSs: 11 BSs: 30 Sources of Funding for FY89 Major Projects in FY89 1. National Undersea Research Center Activities in the Great Lakes, Gulf of Maine, Long Island Sound, Africa and Israel 2. Connecticut Sea Grant College Program Research, Education and Public Service 3. Physics and Chemistry of the Subsurface 4. Long Island Sound Environmental Study 5. Beuthic Biological Studies Networking Activities Current Affiliations U.S. Sea Grant College International Affiliations Ireland University College, Galway, Ireland History Date Founded: 1967 Founders: Peter Dehlinger Reasons for Founding: Oceanographic interest in above and below surface phenomena Federal Government 82% University 8% Slate Government 3% University: University of Connecticut . . $420,000 Federal Government: NSF; EPA; NOAA; ONR; U.S.Navy $4^05,000 State Government $157,500 Industry $367,500 Services Provided Major Areas of Expertise Coastal environmental research Sea surface phenomenon Acoustic research Manned and unmanned submersibles National undersea research Cornell University Ecosystems Research Center 311CorsonHall Ithaca, NY 14853 2701 The Ecosystems Research Center (ERC) at Cornell University was established to study how environmental stresses affect whole biological communities and ecosys- tems. ERC specializes in risk assessment, waste manage- ment, remote sensing, and in research pertaining to global environmental change. Director: Leonard Weinstein Phone: (607)255-4747 Size and Scope Number of Personnel: 17 FTEs: Technical: 14 Administrative: Background: PhDs: 10 7 3 23 ------- Delaware, University of Sources of Funding for FY89 Federal Government 74% Univentty 14% Nonprofit Organization 13% History Date Founded: 1980 Founders: EPA Reasons for Founding: To analyze and evaluate whole biological communities and ecosystems Delaware, University of University: Cornell University $95,000 Federal Government: EPA Technology Transfer Mechanisms/Outreach Programs . . . $520,000 Nonprofit Organization: Electric Power Research In- stitute, 3412 Hillview Avenue, Palo Alto, California $88,000 Services Provided Major Areas of Expertise Ecosystem science Waste management Remote sensing Water quality Current Activity Mix Basic Research 100% Major Projects in FY89 1. The Functional Role of Coastal Marine Benthos 2. Development and Testing of a Model of Plant Response to Air Pollution from Municipal Incinerators 3. Methane and Nitrous Oxide Emissions from Natural Systems 4. Seagrasses as Chemical and Biological Indicators for Coastal Ecosystems 5. The Effects of Climate Change on Ecosystem Boundaries Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 3 Annual Report December Networking Activities Current Affiliations Oakridge National Laboratories Electric Power Research Institute Boyce Thompson Institute for Plant Research Institute for Ecosystems Research Center for Remote Sensing College of Marine Studies Newark, DE 19716 The University of Delaware's Center for Remote Sensing serves as a focal point for research on remote sensing of the physical, geological and biochemical properties of the oceans and the coastal zone. The center is an integral part of the College of Marine Studies and specializes in inter- disciplinary research and training with emphasis on the coastal environment and marine resources. Director: Vic Klemas Phone:(302)451-2336 Size and Scope Number of Personnel: 16 FTEs: 16 Technical: 15 Administrative: 1 Background: PhDs: 7 MSs: 4 Sources of Funding for FY89 Federal Government 60% University 20% Stale Government 10% University: University of Delaware . . . $300,000 Federal Government: NASA; NOAA; EPA; Army Corps of Engineers; NSF $900,000 State Government $150,000 Industry $150,000 24 ------- Duke University Services Provided Major Art as of Expertise Remote sensing Environmental monitoring of coast processes Wetlands studies Coastal and water productivity Resource management Current Activity Mix Basic Research 40% Applied Research 60% Prototype Development Major Projects in FY89 1. Drift and Dispersion of Ocean-dumped Wastes along U.S. East Coast 2. Modeling and Observing Oil Slick Drift and Capture along Coastal Fronts 3. Wetland Biomass Production and Related Gas Emission 4. Development of Advanced Aircraft/Satellite Sensing Techniques 5. Mangrove Losses in Ecuador, Costa Rica and Venezuela. Technology Transfer Mechanisms/ Outreach Programs Other. Staff work as consultants to: UNDP; UNESCO; NSF; NASA; NOAA; EPA; DOE; Army Corps of Engineers Networking Activities International Affiliations Tinker Foundation, 55 East 59th Street, New York, NY 10022 Argentine Council on Scientific Research; University of Ankara, Turkey History Date Founded: 1976 Founders: University of Delaware Reasons for Founding: To study marine environment Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Duke University's Research Triangle Institute is cospon- sored by North Carolina State University and the Univer- sity of North Carolina at Chapel Hill. The institute responds to complex, interdisciplinary research oppor- tunities in chemical, life, engineering, social and statisti- cal sciences, emphasizing improved measurements of toxic substances in the human body and effective means to minimize and manage the risks inherent in hazardous exposures. Director: George R. Herbert, President Phone:(919)541-6000 Size and Scope Number of Personnel: 1450 FTEs: 1450 Technical: 1130 Administrative: 320 Background: PhDs: 254 MSs: 260 BSs: 326 Sources of Funding for FY89 Federal Government 80% Industry 10% Federal Government: DOD; EPA; NASA; HHS; USAID . $70,640,000 Industry $8,830,000 Other State Government; Local Government; Nonprofit Organizations $8,830,000 Services Provided Major Areas of Expertise Life sciences Energy Engineering Environmental research Toxicology Current Activity Mix Basic Research 20% Applied Research 80% Prototype Development Market Assessment Products or Processes Commercialized: Architectural design and assessment system software package Major Projects in FY89 1. National Household Survey on Drug Abuse 2. Longitudinal Study on Drug Abuse Treatment 3. Parallel Processor for Atmospheric Modeling 4. New Pharmaceutical Compounds 25 ------- Florida Institute of Oceanography Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 4 Annual Report January Patents Issued in the Last 3 Years: 12 History Date Founded: 1958 Founders: Duke University; University of North Carolina; North Carolina State University Reasons for Founding: To provide an environmental research base for three universities Services Provided Major Areas of Expertise Coordinates oceanographic training and research of member universities (9 public universities of the state university system in Florida, and University of Miami) Florida Department of Natural Resources The Florida Sea Grant College Current Activity Mix Basic Research 50% Applied Research 50% Unique Specialties: Environmental monitoring in South Florida Florida Institute of Oceanography 830 First Street South St. Petersburg, FL 33701 Florida Institute of Oceanography is a state consortium of the state university system, private universities and state agencies. The institute offers all the advantages of an in- terinstitutional oceanographic association with the capacity of drawing on many highly qualified member scientists. The institute provides, operates and maintains ship and shore support equipment and facilities. Director: John C. Ogden Phone:(813)893-9100 Size and Scope Number of Personnel: 21 FTEs: Technical: 7 Administrative: Background: PhDs: 3 MSs: Sources of Funding for FY89 20 14 4 Federal Government 36% University 27% Government 36% University: Florida Institute of Oceanography $750,000 Federal Government: NOAA $1,000,000 State Government $1.000,000 Major Projects in FY89 1. Long-Term Environmental Monitoring of Florida Keys 2. Minerals Management (Florida Atlantic Coast) 3. Affects of Hydrocarbons on Turtles 4. Staffing, Maintaining, Operating 2 Oceanographic Research Vessels, Shore and Laboratory Facilities and Equipment Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 1 Annual Report: September Networking Activities Current Affiliations Southern Association of Marine Laboratories Sea Grant Colleges 9 Florida State Universities and University of Miami Florida Department of Natural Resources History Date Founded: 1978 Founders: Florida Institute of Technology Board of Regents Reasons for Founding: To coordinate and consolidate resources, facilities and services in Florida Florida International University Drinking Water Research Center College of Engineering and Applied Sciences University Park Campus Miami, FL 33199 Florida International University's Drinking Water Research Center conducts research in the area of water, wastewater and hazardous waste, at five associated laboratories. The center serves as the major instrumenta- 26 ------- Florida Stale University lion center on campus for performing trace analysis of or- ganic and inorganic compounds in water. The center is a State of Florida certified laboratory for drinking water. Director: William J. Cooper Phone: (305)348-2826 Size and Scope Number of Personnel: 11 FTEs: 10 Technical' 8 Administrative: 3 Background: PhDs: 6 MSs: 1 BSs: 1 Networking Activities International Affiliations Environment Canada Japanese Atomic Energy Research Institute (Takasaki) International Atomic Energy Group, Austria History Date Founded: 1977 Founders: Florida State Legislature Reasons for Founding: Florida House Bill 555 Sources of Funding for FY89 University 37% Industry 13% Federal Government 50% University: Florida International University . 5450,000 Federal Government: EPA; NSF; U.S. Geological Survey $600,000 Industry $150,000 Services Provided Major Areas of Expertise Wetlands ecology Current Activity Mix Basic Research 90% Applied Research 10% Unique Specialties: Pilot facility for high-voltage treatment of hazardous waste Florida State University Center for Biomedical and Toxicological Research Bellamy Building Tallahassee, FL 32306 Florida State University's Center for Biomedical and Toxicological Research and Hazardous Waste Manage- ment assists local, state and Federal agencies, and private industry in identifying, defining and assessing environ- mental trends in hazardous waste management. The cen- ter develops technologies, methodologies, data bases and training programs to promote cost-effective and environ- mentally sound prevention, spill response and contigency planning. Director: Roy C. Hemdon Phone: (904)644-5524 Size and Scope Number of Personnel: 30 FTEs: 30 Technical: 25 Administrative: 5 Background: PhDs: 10 MSs: 15 BSs: 5 Major Projects in FY89 1. Trace Analysis Center for Drinking Water 2. Waste Water and Hazardous Waste Treatment 3. Photochemistry Study of Sun and Surface Water 4. Study of Everglades Wetlands (Bacteria and Water Quality) 5. Remote Sensing of Algae in Water Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 3 Annual Report: May Sources of Funding for FY89 Federal Government 70% State Government 30% Federal Government: EPA $560,000 State Government $240,000 27 ------- Florida State University Services Provided Major Areas of Expertise Toxicology program Waste management and environmental studies Industrial waste exchange program with industry Current Activity Mix Basic Research 5% Applied Research 95% Major Projects in FY89 1. Development of Toxicant Profiles 2. Development of Special Environmental Monitoring Systems 3. Training on Toxicology Risk Assessment Technology Transfer Mechanisms/ Outreach Programs Courses Offered in 1989: 10 Other. Industrial waste exchange program sponsored through the State of Florida Size and Scope Number of Personnel: 55 FTEs: 50 Technical: 35 Administrative: 15 Background: PhDs: 40 MSs: 15 Sources of Funding for FY89 Federal Government 70% Industry 10% State Government 20% Federal Government: DOE; U.S. Navy . $ 10,500,000 State Government: Florida Water Districts . $3,000,000 Industry: Control Data; Reynolds Metals . $ 1,500,000 Networking Activities International Affiliations University of Lausanne, Switzerland History Date Founded: 1980 Founders: State of Honda Reasons for Founding: To provide technical assistance to state health and environmental agencies; to conduct basic toxicology research Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 4052 Florida State University's Supercomputer Computations Research Institute was created to expand the base of re- search and development in computational science and technology. The institute encourages joint government, in- dustry and university participation in improving basic tools, languages and associated theory. Environmental ap- plications include modeling of thunderstorms and acid rain, tracking potential oil spills and predicting changes in the Earth's climate. Director: Joseph Lannuttti Phone: (904)644-1010 Services Provided Major Areas of Expertise Computational science Supercompuu'ng with ETA10 supercomputer Current Activity Mix Basic Research 97% Applied Research 3% Prototype Development Unique Specialties: ETA10 supercomputer Major Projects in FY89 1. Tracking Potential Oil Spills on Florida's Coastline 2. Using Supercomputer Model to Investigate Thunderstorms and Acid Rain Transporters of Pollution 3. Florida Aquifer Research Modeling 4. Designing High Energy Particle Physics Experiments for the Superconducting Super Collider 5. Modeling the Human Genome Using Gel Electrophoresis Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 52 Annual Report January Courses Offered in 1989: 6 Networking Activities Current Affiliations Southwestern University Network Energy Science Network Energy Service Network Subscriber 28 ------- Florida, University of International Affiliations Center for European Nuclear Research, Geneva, Switzerland History Date Founded: 1984 Founders: Florida State Universtiy, Control Data Reasons for Founding: To address computational needs of DOE Services Provided Major Areas of Expertise Aquatic plant ecology Fisheries management Limnology Water quality Current Activity Mix Basic Research 25% Applied Research 75% Florida, University of Center for Aquatic Plants 7922 N.W. 71st Street Gainesville, FL 32646 University of Florida's Center for Aquatic Plants was directed to develop environmentally sound techniques for the management of aquatic weed species and to coor- dinate aquatic plant research activities within the State of Florida. The center has developed multidisciplinary re- search, teaching and extension programs by drawing on many departments within the university and its agricul- tural research and education centers throughout Florida. Director: Joseph C. Joyce Phone: (904)392-9613 Major Projects in FY89 1. Development of Economic Uses of Aquatic Plants 2. Development of Herbicide Application Techniques 3. Defining the Economic Impact of Aquatic Plants and Plant Management 4. Evaluation of Aquatic Herbicide Efficiency Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Patents Issued in the Last 3 Years: 1 Other: Aquatic plant database for Public Use History Date Founded: 1978 Founders: State Legislature Reasons for Founding: To conduct research on aquatic plants that are vital to Honda's environment. Size and Scope Number of Personnel: 8 FTEs: Technical: 5 Administrative: Background: PhDs: 1 MSs: Sources of Funding for FY89 8 3 2 Federal Government 33% Sate Government 33% University 20% Industry 14% University: University of Florida . . . $200,000 Federal Government: USDA; DOI; Army Corps of Engineers $330,000 State Government: Florida Department of Fish and Game; Florida Department of Natural Resources; Honda Water Districts $330,000 Industry $140,000 Florida, University of Central Florida Research and Education Center, Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford,FL 32771 University of Horida's Central Honda Research and Education Center, Apopka, was established to provide re- search on commerical foliage plant production, including rates and blends of fertilizer application and disease and insect control. Major research emphasis is placed on the effects of biological and physical stress on plant growth, with programs in plant physiology, plant pathology, genetics, entomology, nematology and horticulture. Director: Charles A. Conover Phone: (407)889-4161 Size and Scope Number of Personnel: 80 FTEs: 80 Technical: 79 Administrative: 1 Background: PhDs: 19 MSs: 5 29 ------- Florida, University of Sources of Funding for FY89 Stale Government 70% Federal Government M Nonprofit Organization 1% 20% History Date Founded: 1969 Founders: Honda State Legislature Reasons for Founding: To serve the ornamental plant industry Florida, University of Federal Government USDA; EPA . . . $270,000 State Government: Florida Water Districts; Florida De- partment of Environmental Regulation . $2,100,000 Industry: Grace Chemical $600,000 Nonprofit Organization: American Assn of Nurserymen; Florida Growers and Nurserymen Assn; Florida Foliage Assn $30,000 Services Provided Major Areas of Expertise Agricultural research Pest control Water quality Insects affecting man Plant nutrition Development of new varieties of plants Current Activity Mix Basic Research 30% Applied Research 70% Products or Processes Commercialized: A bioconirol organism Unique Specialties: A major US center for foliage and interior plants; developed the only grape that can survive the Florida climate Major Projects in FY89 1. Nitrate Influences on Surfacial Aquifer from Fertilization 2. Development of seedles watermelons 3. Creadon of cultivars for Florida grape industry 4. Integrated Pest Management Programs for Ornamentals Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Other. Articles in referenced publications Engineering and Industrial Experiment Station 300 Weil Hall Gainesville, FL 32611 University of Florida's Engineering and Industrial Experi- ment Station has a broad spectrum of research: automat- ion technologies and manufacturing sciences, biotech- nology, communication technology, biomedical engineer- ing, microelectronics, conventional and alternative energy technologies. Many of the station's programs seek to im- prove industrial or agricultural productivity through the development of new materials, devices or processes. Director: MJ. Ohanian Phone: (904)392-0946 Size and Scope Number of Personnel: 250 FTEs: 100 Technical: 85 Administrative: 15 TBackground: PhDSO MSs: 10 Sources of Funding for FY89 Federal Government 64% Other 3% 'Industry 15% State Government 18% Federal Government $23,680,000 State Government $6,660,000 Industry: IBM; General Electric; Harris . . $5.550,000 Other $1,110,000 Networking Activities Current Affiliations USDA Experimental Station, Orlando, Florida Fort Lauderdale Research and Education Center Gulf Coast Research and Education Center Department of Ornamental Horticulture, University of Florida 30 ------- Georgia Institute ofTechnology Services Provided Major Areas of Expertise Civil, chemical and environmental engineering research Waste management Energy conservation Current Activity Mix Basic Research 50% Applied Research 50% Products or Processes Commercialized: Bioglass; Gelsil Major Projects in FY89 1. Microelectronics and Materials: Joint project with Defense Advanced Research Projects (DARPA) 2. Optoelectronics, Advanced Composites, and Superconductors 3. Software Industry Study 4. Design of a BiofUter System for Odor Control Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 4 Patents Issued in the Last 3 Years: 60 Patent Licenses Issued in the Last 3 Years: 10 Networking Activities Current Affiliations NASA - Southern Technology Applications Center Innovative Nuclear Space Policy Institute DARPA History Date Founded: 1941 Founders: State of Florida Reasons for Founding: To enhance industrial development Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 Georgia Institute of Technology's Economic Develop- ment Laboratory focuses its research on environmental science, occupational health and safety, environmental en- gineering and hazardous materials management The laboratory supports both the government and local in- dustry, through its operation of twelve regional offices throughout the State of Georgia. Director: John Nemeth Phone: (404)894-8076 Size and Scope Number of Personnel: 100 FTEs: 80 Technical: 60 Administrative: 20 Background: PhDs: 7 MSs: 22 BSs: 31 Sources of Funding for FY90 Federal Government 40% University 5% State Government 40% Industry 15% University: Georgia Institute of Technology $250,000 Federal Government: EPA; DOE; U.S. Army; OSHA $2,000,000 State Government $2,000,000 Industry: Coca Cola; Johnson & Johnson . $750,000 Services Provided Major Areas of Expertise Hazardous waste Hazardous materials management Occupational health and safety environmental engineering Environmental science (from ecology to indoor air quality) Current Activity Mix Applied Research 100% Prototype Development Market Assessment Products or Processes Commercialized: Thermal dewatering of poultry process waste sludges; computerized environmental management systems Unique Specialties: Largest continuing education program in hazardous waste and related sciences; special asbestos abatement training 31 ------- Harvard University Major Projects in FY89 1. Osha On-Site Consultation Program (for Small and Medium Sized Private Businesses) 2. Hazardous Material Technical Assistance Program (State Funded) 3. Hazardous Chemicals Handling: Training in Technical Assistance for Public Employees 4. Southeast Asbestos Information Center for U.S. EPA 5. Agricultural Research Program Technology Transfer Mechanisms/ Outreach Programs Courses Offered in 1989: 100 Other Technical information sheets on safety and hazardous waste Networking Activities Current Affiliations Oak Ridge Associated Universities Rice University Wayne S tate University Johns Hopkins University Massachusetts Institute of Technology History Date Founded: 1978 Founders: Bill Howard Reasons for Founding: Received OSHA on-site consultation program Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 02115 Harvard University's Krespe Center for Environmental Health conducts environmental health-related research and training activities. The center draws on resources from the departments of biostatistics, cancer biology, epidemiology and environmental science and physiology, plus the laboratory of toxicology. The center is designed to foster formal and informal cross-department collabora- tive arrangements that enhance academic programs and multidisciplinary research projects. Director: John B. Little Phone:(617)432-1184 Size and Scope Number of Personnel: 50 FTEs: 37 Technical: 45 Administrative: 5 Background: PhDs: 17 MSs: 1 Sources of Funding for FY89 Federal Government 100% Federal Government: NIH; National Institutes of Environ- mental Health Sciences $1,250,000 Services Provided Major Areas of Expertise Research and training in the fields of epidemiology and occupational health Current Activity Mix Basic Research 67% Applied Research 33% Major Projects in FY89 1. Biochemical Toxicology: Site Specific Mutagenesis 2. Radiation Biology and Experimental Carcinogenesis: Mutations and Malignant Transformations 3. Respiratory Biology and Inhalation Studies: Animal Bioassays for Inhaled Gases and Particles 4. Environmental Epidemiology: Health Factors in Respiratory and Cardiovascular Disease 5. Occupational Health: Studying Employment Associated Hazards and Ways to Reduce or Eliminate Them Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 4 Annual Report January Courses Offered in 1989: 19 Networking Activities Current Affiliations National Institutes of Health Centers of Excellence 32 ------- Illinois Institute of Technology and Illinois Institute of Technology Research Institute History Date Founded: 1962 Founders: Harvard University Reasons for Founding: To coordinate Harvard's environmental health programs Current Activity Mix Basic Research 90% Applied Research 10% Prototype Development Unique Specialties: Operates three submarines for research Hawaii, University of Hawaii Undersea Research Laboratory (HURL) Marine Sciences Building 1000 Pope Road Honolulu, HI 96822 The Hawaii Undersea Research Laboratory (HURL) was established by a cooperative agreement between NOAA and the University of Hawaii. The HURL program con- centrates its research efforts on fisheries, pollution, sea floor properties and processes and ocean technology and services. Director: Alexander Malahoff Phone: (808)948-6335 Size and Scope Number of Personnel- 22 FTEs: Technical: 18 Administrative: Background: PhDs: 7 MSs: BSs: 13 Sources of Funding for FY89 Federal Government 00% State Government 10% 15 4 2 Federal Government: NOAA State Government $2,700,000 $300,000 Services Provided Major Areas of Expertise Fisheries Pollution Sea floor properties and processes Ocean technology Major Projects in FY89 1. Enewetak Atoll Study 2. Johnson Atoll Study 3. Effects of Dredge Spoil on the Deep Benthos 4. Benthic Metabolism around Deep Sewer Outfalls 5. Mapping the Puna S ubmarine Canyon and Kealakua Bay Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Annual Report January History Date Founded: 1980 Founders: University of Hawaii Reasons for Founding: Started as part of NOAA's Undersea Research Program Illinois Institute of Technology and Illinois Institute of Technology Research Institute The Center for Hazardous Waste Management 10 West 35th Street Chicago, IL 60616 The Center for Hazardous Waste Management is jointly sponsored by the Illinois Institute of Technology and its sister organization, the Illinois Institute of Technology Re- search Institute. The center concentrates its efforts in the areas of new waste treatment methods, as well as assist- ing industry and government in dealing with all aspects of hazardous wastes. Director: Glenn Paulson Phone:(312)567-4250 Size and Scope Number of Personnel: 37 FTEs: 15 Technical: 35 Administrative: 2 Background: PhDs: 12 MSs: 18 BSs: 5 33 ------- Illinois Institute ofTechnology Sources of Funding for FY89 Federal Government 60% University 10% Industry 30% History Date Founded: 1987 Founders: Illinois Institute of Technology; Illinois Institute ofTechnology Research Institute Reasons for Founding: To better utilize the resources of the two parent organizations Illinois Institute of Technology University: Illinois Institute of Technology; Illinois In- stitute of Technology Research Institute . $200,000 Federal Government: DOD: EPA .... $1,200,000 Industry: Coalition on Superfund .... $600,000 Services Provided Major Areas of Expertise Hazardous waste treatment and management Toxicology Groundwater Air quality Current Activity Mix Basic Research 25% Applied Research 75% Prototype Development Market Assessment Unique Specialties: Center has a comprehensive Resources Conservation and Recovery Act (RCRA) Permit to study large amounts of hazardous waste at its facilities Major Projects in FY89 1. Metal Speciation and Control Methods 2. Hydrazine and Nitrous Oxide Scrubbers for U.S. Space Shuttle 3. Control of Toxic Air Pollutants 4. Field Evaluation of Odors 5. Modeling and Monitoring of Contaminant Migration Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 12 Courses Offered in 1989: 6 Patent Licenses Issued in the Last 3 Years: 1 Networking Activities Current Affiliations Illinois Institute of Technology Illinois Institute of Technology, Research Institute Industrial Waste Elimination Research Center Industrial Waste Elimination Research Center 3201 South State Street Chicago, IL 60616 The Industrial Waste Elimination Research Center at the Illinois Institute ofTechnology was founded to spearhead collaboration between government agencies, private in- dustry, and university scientists to tackle waste elimina- tion problems. The center's research is directed toward refining technologies to reduce or eliminate the genera- tion of industrial pollutants. Director: Kenneth Noll Phone:(312)567-3533 Size and Scope Number of Personnel: 12 FTEs: Technical: 10 Administrative: Background: PhDs: 9 MSs: Sources of Funding for FY89 Federal Governmen 95% University S% 12 2 3 University: Illinois Institute ofTechnology . . $26,000 Federal Government: EPA $540,000 Services Provided Major Areas of Expertise Industrial waste recycling Recovery and reuse Waste minimization of air and water resources 34 ------- Illinois, University of Current Activity Mix Basic Research 33% Applied Research 67% Prototype Development Market Assessment Prototype Development Market Assessment Products or Processes Commercialized: Chemical feed stock products Unique Specialties: Heavy metals elimination Major Projects in FY89 1. Metals Speciation, Separation and Recovery 2. Absorption, Desorption of Air Pollutants 3. Pyrolization of Chlorinated Hydrocarbons 4. Separation and Reclamation of Inorganics Contained in Waste Streams Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 2 Annual Report November Patents Issued in the Last 3 Years: 2 Other 1 day workshops for industry Networking Activities Current Affiliations Clarkson University Vanderbilt University Illinois Institute of Technology, Research Institute The Center for Hazardous Waste Management International Affiliations Institute Di Ricerca Sulle, Acque, Via Reno 1, CAP 00198, Roma, Italy History Date Founded: 1980 Founders: Illinois Institute of Technology; EPA Reasons for Founding: To create an EPA Center of Excellence to solve the problem of waste elimination Illinois, University of Advanced Environmental Control Tech. Research Center 3230 NewmarkCE. Lab 208 N. Romine Street Urbana.IL 61801 The Advanced Environmental Control Technology Research Center (AECTRC) was established under a cooperative agreement with EPA and the University of Illinois. The center focuses its research on separation technology, and contaminant detoxification and destruc- tion as related to air and water pollution. Director: R.S. Engelbrecht Phone: (217)333-3822 Size and Scope Number of Personnel: 22 Technical: 20 Background: PhDs: 8 FTEs: 10 Administrative: 2 MSs: 5 Sources of Funding for FY89 Federal Government 93% University 7% University: University of Illinois $60,000 Federal Government: EPA; Army Corps of Engineers $834,000 Services Provided Major Areas of Expertise Separation technology Detoxification and destruction as related to air and water pollution Current Activity Mix Basic Research 50% Applied Research 50% Major Projects in FY89 1. Control of Toxicity in Expanded-Bed Anaerobic Reactors 2. Rates of Transfer in Biological Treatment 3. Development of Expanded-Bed GAC Anaerobic Reactors 4. Examination of Microbial Selection in GAC Biofilms 5. Fundamentals of Advanced Photograph Kinetics for Dechlorination Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 4 Annual Report March 35 ------- Illinois, University of Networking Activities Current Affiliations The center's advisory committee has members from: EPA Risk Reduction Engineering Lab University of Tennessee Research Triangle Institute Clemson University EPA Dupont Chemical Lehigh University International Affiliations Trilateral training agreement between: University of Illinois, EPA, Japan Sewage Works Agency History Date Founded: 1979 Founders: University of Illinois; EPA Reasons for Founding: To address relative problems associated with the technology of environmental quality control as related to the nation's air and water resources Illinois, University of Institute for Environmental Studies (IES) 1101 West Peabody Urbana,IL 61801 University of Illinois' Institute for Environmental Studies is an interdisciplinary academic unit organized to promote collaboration among scholars and to foster the study of the physical, biological and social environment and human interactions with that environment The in- stitute works with government and industry to provide the information necessary for successful planning and decision making. Director: Roger A. Minear Phone: (217)333^178 Size and Scope Number of Personnel: 40 FTEs: 13 Technical: 3 Administrative: 2 Background: PhDs: 38 MSs: 1 Sources of Funding for FY89 Sfare Government 68% Federal Government 24% Industry 8% Federal Government: EPA; NSF; USAF . . $646,573 State Government $1,832,898 Industry: Monsanto; Kellogg; Batelle Memorial Institute $209,936 Services Provided Major Areas of Expertise Environmental toxicology Environmental mutagens and carconagens Environmental chemistry Air quality Risk assessment Water resources Current Activity Mix Basic Research Applied Research Major Projects in FY89 1. Aluminum in Drinking Water 2. Aluminum Bioavailability in Rabbits 3. In Vitro Activation of Promutagens by Green Plants 4. Risk Assessment Model for Direct Acting Genotoxins 5. Atmospheric Chemistry of Po-218 Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean Annual Report: Courses Offered in 1989: 1 January 25 Networking Activities Current Affiliations Illinois Hazardous Waste Information Center IES operates: Office of Solid Waste Research, Water Resources Center (WRC) WRC administers funds for Indiana Sea Grant Program 36 ------- Kansas State University History Date Founded: 1972 Founders: University of Illinois Reasons for Founding: To create an interdisciplinary unit to foster collaboration among scholars Iowa, University of University Hygienic Laboratory Oakdale Campus Iowa City, IA 52242 The University Hygienic Laboratory at the University of Iowa conducts research on disease control, environmental monitoring, and ground water quality. Director: W J. Havsler, Jr. Phone:(319)335-4500 Major Projects in FY89 1. Organic Residues in Groundwater 2. B io Markers of Environmental Insults 3. Standardization of HIV Reporting Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Annual Report February Networking Activities Current Affiliations EPA Center for Disease Control History Date Founded: 1904 Founders: Iowa Legislature; University of Iowa Size and Scope Number of Personnel: 150 FTEs: 141 Technical: 105 Administrative: 45 Background: PhDs: 8 Sources of Funding for FY89 Stale Government 67% Federal Government 17% Industry 17% Federal Government $1,000,000 State Government $4,000,000 Industry $1,000,000 Services Provided Major Areas of Expertise Disease control Environmental monitoring Ground water quality Current Activity Mix Applied Research 100% Unique Specialties: Laboratory assessment of AIDS virus Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station DurlandHall Manhattan, KS 66506 The Kansas State University EPA Hazardous Substance Research Center is a consortium of universities in Federal Regions 7 and 8. The center was established to conduct re- search on the identification, treatment, and reduction of hazardous substances resulting from agriculture, forestry, mining, mineral processing, and other activities of local interest. Director: Larry Erickson Phone: (913)532-5584 Size and Scope Number of Personnel: 9 FTEs: Technical: 7 Administrative: Background: PhDs: 5 9 5 37 ------- Kansas State University Sources of Funding for FY89 Federal Government 56% History Date Founded: 1989 Founders: EPA; Kansas State University Reasons for Fou nding: To conduct research pertaining to identification, treatment and reduction of hazardous substances Kansas State University Federal Government: EPA $2,000,000 Industry $10,000 Other. Consortium of Universities in EPA Regions? and 8 $1,530,068 Services Provided Major Areas of Expertise Analysis of hazardous substances from agriculture, forestry, mining, mineral processing and other sources Current Activity Mix Basic Research 50% Applied Research 50% Engineering Experiment Station DurlandHall Manhattan, KS 66506 Kansas State University's Engineering Experiment Sta- tion was established to perform research of engineering and manufacturing value to the State of Kansas, and to collect and present technical information for the use of in- dustry and the people of the state. The station's present scope encompasses research of national and international significance as well. Director: Gale Simons Phone: (913)532-5844 Major Projects in FY89 1. Study of Heavy Metal Contamination of Surface and Ground Water resulting from Past Mining Operations 2. Study of Ground Water Contamination from Other Sources: Pesticides, Wood Preservatives, and Oil Refining 3. Hazardous Waste Minimization 4. Development of Incineration, Biodegradation and Immobilization Technology 5. Experimental Study of Stabilization/Solidification of Hazardous Substances Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 3 Annual Report November Courses Offered in 1989: 2 Networking Activities Current Affiliations Consortium with Montana State University University of Iowa University of Missouri University of Montana University of Nebraska University of Utah Size and Scope Number of Personnel: 133 FTEs: 133 Technical: 125 Administrative: 8 Background: PhDs: 110 MSs: 23 Sources of Funding for FY89 Federal Government 52% University State Government 27% Industry 21% University: Kansas State University .... $30,000 Federal Government $4,500,000 State Government $2300,000 Industry $1,770,000 38 ------- Lamar University Services Provided Major Areas of Expertise Environmental research Instrumentation and controls Advanced manufacturing Materials engineering Transportation research Electric power research Current Activity Mix Basic Research Applied Research 50% 50% Major Projects in FY89 1. Alleviating Drought Problems in Kansas and Drip Irrigation of Corn 2. Photo Thermal Beam Reflection Spectroscopy 3. Hazardous Substance Research 4. Advanced Manufacturing 5. Design and Characterization of Microprocessor Systems Technology Transfer Mechanisms/ Outreach Programs S ymposia per Yean 12 Annual Report October Patents Issued in the Last 3 Years: 12 Patent Licenses Issued in the Last 3 Years: 15 Other Hotline: (800)332-0036 available to general public; radon contractor training Networking Activities Current Affiliations North Central Manufacturing Partnership History Date Founded: 1910 Founders: Kansas State University Board of Regents Reasons for Founding: To perform research in engineering and manufacturing of value to the State of Kansas Lamar University Gulf Coast Hazardous Substance Research Center P.O. Box 10613 Beaumont, TX 77710 Lamar University's Gulf Coast Hazardous Substance Re- search Center combines work in the social and environ- mental science fields in order to better understand the full range of issues affecting waste cleanup. The center focuses research on waste minimization and treatment, and provides technical support Director: William Cawley Phone: (409)880-8707 Size and Scope Number of Personnel: 55 FTEs: 13 Technical: 50 Administrative: 2 Background: PhDs: 55 Sources of Funding for FY89 Federal Government 68% Industry 5% State Government Federal Government: EPA $1,500,000 State Government $600,000 Industry: Sandoz Crop Protection; Chemical Waste Management $108,000 Services Provided Major Areas of Expertise Waste minimization Innovative treatment Technological support Current Activity Mix Basic Research 90% Applied Research 10% Major Projects in FY89 1. Mechanisms of Solidification Stabilization 2. Data Collection on "Not In My Back Yard" Syndrome 3. Fate of Volatiles in Soils Networking Activities Current Affiliations Center is a consortium: University of Central Florida Mississippi State University University of Alabama Louisiana State University University of Texas Texas A&M University University of Houston International Affiliations Chinese Academy, Institute of Power Management, 820, Building 813, Huangzhuang, Haidin District, Beijing, Peoples Republic of China 39 ------- Lehigh University History Date Founded: 1987 Founders: Lamar University Reasons for Founding: Section 118C SARA Legislation Lehigh University Environmental Studies Center Chandler-Ullinan Building #17 Bethlehem, PA 18015 Lehigh University's Environmental Studies Center is a multidisciplinary research organization with the primary purpose of fostering research opportunitites in a broad range of environmental science and engineering fields. The center's staff includes faculty, graduate students, and technicians from the biology, chemistry, civil engineer- ing, geological sciences, mechancial engineering, chemi- cal engineering, economics, social relations, and urban studies departments. Director: Irwin J. Kugleman Phone: (215)758-3670 Size and Scope Number of Personnel: 14 FTEs: 10 Technical: 13 Administrative: 1 Background: PhDs: 12 BSs: 2 Sources of Funding for FY89 Services Provided Major Areas of Expertise Ground water movement and pollution Surface water ecology Hazardous waste management Public policy Current Activity Mix Basic Research 10% Applied Research 90% Major Projects in FY89 1. Effects of Limestoning Acid Impacted Lakes 2. Study of the Ecology of Pollution Impacted Lakes 3. Concurrent Bacterial Denitrification and Nitrification in Biologically Waste Treated Soil Systems 4. Development of New Iron Exchanges for Treatment of Water and Waste 5. Treatment of Fish Processing Waste Water in Salt Marsh Systems Technology Transfer Mechanisms/ Outreach Programs Annual Report Summer History Date Founded: 1962 Founders: Lehigh University Reasons for Founding: Originally to solve marine problems; later to foster research opportunities on enviromental problems Louisiana State University University 15% Federal Government 25% Slate Government 4O% University: Lehigh University $150,000 Federal Government: EPA; DOC; DOE; DOI $250,000 State Government: Equivalent state agencies $400,000 Industry: Pfiser, Armstrong; Pennsylvania Power; Allegheny Power, small local industries . $200,000 Hazardous Waste Research Center 3418 Ceba Building Baton Rouge, LA 70803 The Hazardous Waste Research Center at Louisiana State University focuses its research efforts on three main areas: destruction, separation and disposal of hazardous wastes. Through its Industry Associates Program, the cen- ter works directly with industry to help solve problems. Director: Louis Thibodeaux Phone: (504)388-6770 Size and Scope Number of Personnel: 24 FTEs: 12 Technical: 18 Administrative: 6 Background: PhDs: 12 MSs: 12 40 ------- Louisiana Universities Marine Consortium Sources of Funding for FY89 Federal Government 04% University 5% Industry 26% State Government 5% University: Louisiana State University . . . $50,000 Federal Government; EPA; U.S. Air Force . $640,000 State Government: Department of Environmental Quality $50,000 Industry: Dow Chemical; Ethyl .... $260,000 Technology Transfer Mechanisms/ Outreach Programs S ymposia per Yean 1 Annual Report: Spring Patents Issued in the Last 3 Years: 1 Patent Licenses Issued in the Last 3 Years: 1 Other: Seeking industry sponsors through mailing list, conferences, posters, publication in professional journals Networking Activities Current Affiliations Kansas State University Hazardous Substance Research Center Gulf Coast Hazardous S ubstance Resource Management Center, Lamar University North Carolina State University Pacific Basin Consortium Services Provided Major Areas of Expertise Basic research in incineration Combustion Alternate methods of treatment destruction Interaction of waste constituents and natural media Industry associates applied research program Technology transfer program Current Activity Mix Basic Research 50% Applied Research 50% Prototype Development Market Assessment Products or Processes Commercialized: Biodegradation of Dioxins and PCBs with Micro Masters Inc Major Projects in FY89 I. Immobilization Mechanisms in Solidification Stabilization 2. Rotary Kiln Incineration 3. Detoxification of Dioxin Contaminated Sludges 4. Fate and Transport of Non Aqueous Phase Liquids in Soils 5. Air Stripping of Volatile Organics from Groundwater 6. Evaluation of the Mechanisms and Rate of Transport in Deep-Well Injection Strata History Date Founded: 1981 Founders: Elvin Dantin Reasons for Founding: To create an EPA Center of Excellence to conduct hazardous waste research Louisiana Universities Marine Consortium Marine Consortium Chauvin, LA 70344 The Louisiana Universities Marine Consortium (LUM- CON) provides coastal research facilities, research and education in the marine sciences, and public service for Louisiana's citizens. The challenge is to conserve and en- hance traditional and underutilized resources, while un- derstanding and abating threats to these resources resulting from the rapid deterioration of coastal wetlands and from pollutants. Director: Donald Boesch Phone:(504)851-2800 Size and Scope Number of Personnel: 60 FTEs: 55 Technical: 38 Administrative: 7 Background: PhDs: 8 MSs: 6 41 ------- Maryland, University of Sources of Funding for FY89 Federal Government 56% State Government 33% Industry 11% History Date Founded: 1979 Founders: State of Louisiana Reasons for Founding: To facilitate research by Louisiana Universities in broad range of marine sciences Maryland, University of Federal Government: U.S. Geological Survey; National Marine Fisheries Service; Minerals Management Ser- vice; NSF; NOAA. $2,500,000 State Government $1,500,000 Industry: Mid-Continent Oil and Gas; Battelle $500,000 Services Provided Major Areas of Expertise Shoreline research Aquaculture Fisheries Current Activity Mix Basic Research 60% Applied Research 40% Major Projects in FY89 1. Shoreline Environmental Processes 2. Biological Production (food chain research) 3. Fisheries Development and Management 4. Impacts of Energy and Chemical Industries 5. Study of the Intersection of Mississippi River and Gulf of Mexico Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 5 Sea Grant College 1224 H J.Patterson Hall College Park, MD 20742 The University of Maryland's Sea Grant College centers its research on the many complex environmental problems facing the Chesapeake Bay region. Of primary concern are fisheries, aquaculture and coastal policy. Director: John Greer Phone: (301)454-5690 Size and Scope Number of Personnel: 22 FTEs: Technical: 14 Administrative: Background: PhDs: 7 MSs: Sources of Funding for FY90 University 44% 22 8 7 Federal Government 56% Networking Activities Current Affiliations Grambling State University Louisiana State University Louisiana Tech University McNeese State University Nicholls S tate University Northeast Louisiana University Northwestern State University Southeastern Louisiana University Southern University Agricultural and Mechanical College University of New Orleans University of Northwestern Lousiana University: University of Maryland . . .$1,500,000 Federal Government: NSF; NOAA; EPA . $1,900,000 Services Provided Major Areas of Expertise Fisheries Aquaculture Coastal policy Economics of fisheries Current Activity Mix Basic Research 50% Applied Research 50% 42 ------- Massachusetts Institute of Technology Major Projects in FY89 1. Causes of Low-Dissolve Oxygen in Chesapeake Bay 2. Genetic Engineering of Shellfish 3. Biology of Recruitment in Chesapeake Bay (Oysters, Rockfish and Crabs) 4. Biological Filter Design for Crab Shedding and Aquae ulature 5. Influence of Absorbed Pollutants on Oyster Set and Survival Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Patents Issued in the Last 3 Years: 2 Networking Activities Current Affiliations Maryland Biotechnology Institute NASA NOAA Johns Hopkins University Academy of Natural Sciences History Date Founded: 1977 Founders: Dr. R. Colwell; University of Maryland Reasons for Founding: To create a Sea Grant College at the University of Maryland Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 Massachusetts Institute of Technology's Center for En- vironmental Health Sciences is a consortium of faculty with special knowledge of food chemistry, combustion, waste storage, and toxicology. Research at the center is focused on the discovery of agents in our environment responsible for genetic changes in humans. Director: William G. Thilly Phone: (617)253-6220 Size and Scope Number of Personnel: 68 FTEs: 68 Technical: 64 Administrative: 4 Background: PhDs: 46 MSs: 22 Sources of Fun tog for FY89 Federal Government 97% Nonprofit Organization Industry University University: Massachusetts Institute of Technology $30,000 Federal Government: DOE; NIH . . . .$6,447,836 Industry: Centocor $129,824 Nonprofit Organization: Rockefeller Foundation $36,000 Services Provided Major Areas of Expertise Combustion and incineration research Environmental fate and transport Analytical chemistry Bio-benetics and toxicology Current Activity Mix Basic Research 100% Products or Processes Commercialized: Gentest, Mutational Spectra Major Projects in FY89 1. Destruction of Chlorinate Hydrocarbons in Toxic Waste and Incineration Processes 2. Feasibility Studies on the Analysis of Mutational Spectra from Indigenous Bacteria at Contaminated Sites 3. Analysis of 265 RNA Sequences in Natural Populations 4. Measurement of Present Day Fluxes of Solvents and Toxic Inorganic Species in Surface Waters of the Abertuna Watershed Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: 12 Networking Activities Current Affiliations University of Vermont Medical School University of California, Berkeley, Program in Superfund Basic Research National Institute of Environmental Health Sciences International Affiliations University of Quebec, Institute Armand Frappier, Quebec, Canada Karolinska University, Stockholm, Sweden 43 ------- Massachusetts Institute of Technology History Date Founded: 1978 Founders: Massachusetts Institute of Technology Reasons for Founding: Received a National Institute of Environmental Health Sciences grant to study combustion pollution Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA 02139 Massachusetts Institute of Technology's Ralph M. Par- sons Laboratory for Water Resources and Hydrodynamics does extensive research on environmental engineering with an emphasis on hydrodynamics of waves and cur- rents. The laboratory also does work on modeling techni- ques for the optimal management of water resource systems. Director: Raphael L. Bras Phone: (617)253-2726 Size and Scope Number of Personnel: 85 FTEs: 85 Technical: 73 Administrative: 12 Background: PhDs: 15 MSs: 70 Sources of Funding for FY89 Services Provided Major Areas of Expertise Environmental engineering Water resources Coastal engineering Hydrodynamics Current Activity Mix Basic Research Applied Research 75% 25% Major Projects in FY89 1. Wave Bottom Boundary Layer Dynamics 2. Sorption of Organics by Particles 3. Stochastic Theories of Subsurface Solute Transport 4. Impact of Acid Precipitation on Reserviors 5. Estimation of Soil Properties from Landsat Images of Vegetation Technology Transfer Mechanisms/ Outreach Programs Annual Report Courses Offered in 1989: January 30 Networking Activities Current Affiliations Woods Hole Oceanographic Institute International Affiliations University of Florence National Research Council, Rome, Italy History Date Founded: 1950 Founders: Massachusetts Institute of Technology Reasons for Founding: To study hydrodynamics Federal Government 80% Industry 20% Federal Government: NSF; NOAA Industry . $3360,000 . $840,000 Miami University Institute of Environmental Sciences Oxford, OH 45056 Miami University of Ohio's Institute of Environmental Sciences emphasizes a systematic and interdisciplinary approach to environmental issues and the effective com- munication of knowledge and information. The center stresses problem solving and the ability to work in and lead interdisciplinary teams and to work with government officials, business leaders, and the public. Director: Gene E. Willeke Phone:(513)529-5811 44 ------- Miami. University of Size and Scope Number of Personnel- 17 FTEs: Technical IS Administrative: Background: PhDs: 3 MSs: BSs: 8 Sources of Funding for FY89 Federal Government 9S% 6 2 1 Industry 2% University: Miami University $90,000 Federal Government: EPA; DOE; NSF; Army Corps of Engineers $2,850,000 Industry $60,000 Services Provided Major Areas of Expertise Terrestrial and aquatic ecology Hazardous and toxic substances Dispute resolution Water resources planning and management Current Activity Mix Applied Research 100% Major Projects in FY89 1. River Restoration 2. Treatment Technology for Hazardous and Toxic Substances 3. Stress Ecology 4. Ground Source Heat Pumps 5. Environmental Impacts of Coca Cultivation Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 3 Courses Offered in 1989: 8 Networking Activities Current Affiliations Central States Universities, Inc. Greater Cincinnati Consortium Ohio River Basin Consortium for Education and Research Southwest Ohio Consortium International Affiliations University of Glasgow, Scotland Vienna University of Economics, Austria History Date Founded: 1969 Founders: D. Baldwin, G. Barrett, R. Wilson Reasons for Founding: To respond to a broad range of environmental concerns Miami, University of Clean Energy Research Institute P.O. Box 248294 Coral Gables, FL 33124 University of Miami's Clean Energy Research Institute serves as the focal point of energy related activities at the university, conducting research on solar energy, ocean thermal energy, hydrogen energy, conservation, multi- phase flows and heat transfer, and renewable energy sour- ces. The institute also organizes seminars, workshops, short courses, symposia and conferences, and supports other university departments, other academic institutions, government and private organizations. Director: T. Nejat Veziroglu Phone: (305)284-4666 Size and Scope Number of Personnel: 30 FTEs: Technical: 24 Administrative: Background: PhDs: 13 MSs: BSs: 5 Sources of Funding for FY89 Federal Government 75% 30 6 12 Nonprofit Organization 25% Federal Government: NSF; EPA .... $750,000 Nonprofit Organization: Dejour Foundation; Hemispheric Foundation $250,000 ------- Michigan State University Services Provided Major Areas of Expertise Energy problems Hydrogen energy research Solar energy Synthetic fuels. Current Activity Mix Basic Research Applied Research Prototype Development 50% 50% Major Projects in FY89 1. Hydrogen Energy Research: To Provide Fossil Fuel Alternatives 2. Air Pollution Control 3. Solar Heating and Cooling 4. Solar Collector Testing Technology Transfer Mechanisms/ Outreach Programs Symposia per Year Annual Report Courses Offered in 1989: 2 January 1 Networking Activities Current Affiliations Florida Solar Energy Center Texas A&M Hydrogen Research Center Hawaii National Resource Center History Date Founded: 1974 Founders: Dr T. Nejat Veziroglu Reasons for Founding: To address the energy crisis and pollution problems vironment The center can mobilize scientific expertise to assess contamination of livestock with pesticides or other pollutants. Director: Lawrence Fischer Phone: (517)353-6469 Size and Scope Number of Personnel: 70 FTEs: 15 Technical: 13 Administrative: 2 Background: PhDs: 13 MSs: 2 Sources of Funding for FY89 Federal Government 86% Nonprofit Organization 3% Industry 11% Federal Government: EPA; National Institute of Environ- mental Health Sciences; USDA . . .51,700,000 Industry: Dow Chemical; Michigan Oil and Gas $225,000 Nonprofit Organization: C.S. Mott Foundation . $50,000 Services Provided Major Areas of Expertise Toxicology Current Activity Mix Basic Research 50% Applied Research 50% Michigan State University Center for Environmental Toxicology C-231HoldenHall East Lansing, MI 48824 The Center for Environmental Toxicology was estab- lished at Michigan State University to bring MSU's knowledge to bear on problems of environmental pollu- tion in the State of Michigan. The center is a clearing house for information and research on toxics in the en- Major Projects in FY89 1. Food Toxicology Research (Analysis of Microtoxins) 2. Bioassay of Toxicology in Fish and Wildlife 3. Hazardous Substance Research Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Networking Activities Current Affiliations EPA Hazardous Substance Regional Center Hazardous Materials Management Consortium 46 ------- Michigan State University History Date Founded: 1978 Founders: State of Michigan Reasons for Founding: To coordinate rapid scientific response to chemical contamination in Michigan Michigan State University Institute of Water Research 334 Natural Resources Building East Lansing, MI 48823 Michigan State University's Institute of Water Research is responsible for aiding in the coordination of research and educational programs on surface and groundwater quality and quantity in the state. The institute administers Michigan Sea Grant College projects and the Inland Lakes Research and Study Center. Director: Jon F. Bartholic Phone: (517)353-3742 Size and Scope Number of Personnel: 17 FTEs: 14 Technical: 13 Administrative: 4 Background: PhDs: 2 MSs: 7 BSs: 4 Sources of Funding for FY89 Stare Government 50% University 25% Nonprofit Organization 25% University $250,000 State Government $500,000 Nonprofit Organization $250,000 Current Activity Mix Applied Research 100% Prototype Development Unique Specialties: Modeling for user friendly analysis Major Projects in FY89 1. The Effect of Water Level Changes on the Economic Value and Biological Function of Great Lakes Coastal Wetlands 2. Hydrogeological and Hydrogeochemical Characterization and Implication for Consumptive Use of a Large Glacier Drift Aquifer System in Southwest Michigan 3. Vertical Fracture Systems in Glacial Till and the Susceptibility of Buried Aquifers to Surface Derived Containments 4. Upgrading Microcomputer Workstation for Disseminating Groundwater Information to Local Decision Makers 5. A Basic Local-Level Water Resource Data Base Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 6 Annual Report April Other Books and articles Networking Activities Current Affiliations U.S. Geological Survey Wayne State University Western Michigan University Michigan Department of Natural Resources Michigan Department of Public Health Groundwater Education in Michigan, (GEM) sponsored by the Kellogg Foundation History Date Founded: 1961 Founders: U.S. Geological Survey Reasons for Founding: To coordinate programs and conduct research in areas concerning surface and groundwater contamination Services Provided Major Anas of Expertise Technology transfer Groundwater and surface water quality Modeling 47 ------- Michigan State University Michigan State University Pesticide Research Center 107 Pesticide Research Center Michigan State University East Lansing, MI 48824 1131 Michigan State University's Pesticide Research Center was established to permit interdisciplinary research on ex- tremely complex and interlocking problems. Michigan's extensive and highly diversified agriculture demanded ef- fective pest control, while the State's equally extensive natural resources its lakes, rivers and forests and all their natural inhabitants demanded protection. In 1974 the U.S. Department of Agriculture named the center one of four "leader" laboratories in the U.S. Director: Robert M. Hollingworth Phone:(517)353-9430 Size and Scope Number of Personnel: 95 FTEs: 30 Technical: 90 Administrative: 5 Background: PhDs: 18 MSs: 20 Sources of Funding for FY89 Federal Government 45% Industry 10% Slate Government 45% Federal Government: USDA; EPA; FDA; Nffl State Government Industry $2,250,000 $2,250,000 $500,000 Services Provided Major Areas of Expertise Biochemical toxicology Animal toxicology Environmental chemistry Electron optics Biophysical studies Current Activity Mix Basic Research 40% Applied Research 60% Prototype Development Market Assessment Products or Processes Commercialized: LISA Immuno Assay System Major Projects in FY89 1. Fundamental and Applied Aspects of B iology and Control of Economic Pests 2. Distribution, Chemistry and Ecology of Pesticides LI Soils and in Terrestrial and Aquatic Environments 3. Contamination of Foods and Feeds 4. Modes of Entry and the Metabolism, Physiology and Toxicology of Pesticides in Plant, Animal and Microbial Systems Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Other: Cooperative extension service History Date Founded: 1965 Founders: Dr. Gordon Guyer Reasons for Founding: To protect Michigan's farms and wildlife Michigan, University of Great Lakes and Mid Atlantic EPA Hazardous Substance Research Center (HSRC) Department of Civil Engineering 2340 G.G. Brown Building Ann Arbor, Ml 48109 2125 The Great Lakes and Mid-Atlantic EPA Hazardous Sub- stance Research Center (HSRC) at the University of Michigan concentrates its research on biological degrada- tion, bioreactors, surface agents, and on-site cleanup. Director: Walter J. Weber, Jr. Phone: (313)763-2274 Size and Scope Number of Personnel: 10 FTEs: Technical: 3 Administrative: Background: PhDs: 3 8 7 48 ------- Michigan, University of Sources of Funding for FY89 Federal Government 80% State 'Government 20% History Date Founded: 1989 Founders: EPA Reasons for Founding: Research Center To create EPA Hazardous Michigan, University of Federal Government: EPA $1,000,000 State Government $250,000 Services Provided Major Areas of Expertise Biological degradation processes for organic hazardous substances Bioreactors Surface agents On-site contamination cleanup Current Activity Mix Basic Research 80% Applied Research 20% Unique Specialties: Multidisciplinary Research Major Projects in FY89 1. Microbial Phenomena Responsible for Degrading a Pollutant Compound 2. Chemical Characteristics of Pollutants 3. Design and Operation of Laboratory Scale Treatment Systems 4. Reductive Dechlorination 5. Volatile Organic Compound Degradation Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 3 Annual Report October Other June 1991 meeting of all 5 EPA Regional Hazardous Substance Research Centers Networking Activities Current Affiliations Michigan State University and Howard University EPA Regional Hazardous Substance Research Centers Superfund Center, National Waste-Reduction Foundation Institute of Environmental and Industrial Health School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 University of Michigan's Institute of Environmental and Industrial Health combines research in three major areas: environmental health sciences (air quality, environmental chemistry, environmental health management, hazardous waste, radiological health, water quality), occupational health (industrial hygiene, occupational medicine), and toxicology. Instrumentation and facilities include: dosimeter exposure chambers, radiation detection equip- ment, spectrophotometers, ultra centrifuges, vacuum evaporators and an electron microscopy facility. Director: Robert Gray Phone:(313)764-3188 Size and Scope Number of Personnel: 28 FTEs: 25 Technical: 27 Administrative: I Background: PhDs: 27 Sources of Funding for FY89 Federal Government 80% Industry 20% Federal Government: EPA; FDA; DOD; NIH $3,200,000 Industry: Dow Chemical; General Motors; Ford Motor $800,000 ------- Michigan, University of Services Provided Major Areas of Expertise Industrial hygiene Environmental health (air pollution, water quality, tixicity, neurotoxicity) Computer modeling on air and water problems Pathology Current Activity Mix Basic Research 25% Applied Research 75% Prototype Development Sources of Funding for FY89 Federal Government 67% State Government 33% Major Projects in FY89 1. Research on Ergonomics 2. Research on Toxicology Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 4 Annual Report* Fall - Biannual Patent Licenses Issued in the Last 3 Years: 1 History Date Founded: 1951 Founders: General Motors Corporation Reasons for Founding: To facilitate studies on occupational disease and occupational health; original funding: $10,000, by General Motors Michigan, University of Michigan Sea Grant College Program 2200 Bonisteel Blvd. Ann Arbor, MI 48109 University of Michigan's Michigan Sea Grant College Program, a state cooperative program of the university and Michigan State University, is pan of a national network of programs offering marine-related research, education and advisory services. Among other accomp- lishments, Michigan's program has revolutionized cold water drowning rescue techniques, established under- water parks, developed low-cost shore protection measures, and trained U.S. shipbuilders. Director: Michael Parsons Phone:(313)763-1437 Size and Scope Number of Personnel: 80 FTEs: 55 Technical: 68 Administrative: 12 Background: PhDs: 30 MSs: 38 Federal Government: NOAA; U.S. Coast Guard $1,000,000 State Government $500,000 Services Provided Major Areas of Expertise Coastal processes; environmental studies; living resources; marine transportation; economics of pollution Current Activity Mix Basic Research 40% Applied Research 60% Unique Specialties: Marine transportation and engineering Major Projects in FY89 1. Coast Guard Vessel Research 2. Immune Response in Great Lakes Fish Eaters 3. Lake Sturgeon Program 4. Lake Level Changes (Impact on Shoreline Development) 5. Impact of TCDD (a dioxin isomer) on the Reproduction of Rainbow Trout Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 10 Networking Activities Current Affiliations U.S. Sea Grant Programs Great Lakes (Regional) Sea Grant Programs Michigan State University (Joint Manager of Michigan Sea Grant) History Date Founded: 1969 Founders: U.S. Congress Reasons for Founding: National Sea Grants Program 50 ------- Nevada, University of (Las Vegas) Nevada, University of Desert Research Institute P.O. Box 60220 Reno, NV 89506 University of Nevada's Desert Research Institute has developed from a basic focus on arid land problems to in- clude atmospheric physics and air resources; quality and quantity constraints on water resources; influences of arid environments on the physiology of desert plants; environ- mental impacts of power generation and energy-related engineering science; and social and technological developments of man in arid lands. Director: James V. Taranik, President Phone: (702)673-7300 40% Current Activity Mix Basic Research Applied Research Prototype Development Products or Processes Commercialized: Laser tranmisometer Major Projects in FY89 1. Transport of Radio Nucleides in Groundwater 2. Desert Mountain Air Transport 3. Source Reception Modeling of Urban Air Quality Problems Technology Transfer Mechanisms/ Outreach Programs Annual Report Spring Patents Issued in the Last 3 Years: 1 Size and Scope Number of Personnel: 290 FTEs: 250 Technical: 250 Administrative: 40 Background: PhDs: 45 MSs: 74 Sources of Funding for FY89 Networking Activities Current Affiliations Operates: Atmospheric Sciences Center Biological Sciences Center Energy and Environmental Engineering Center Quaternary Sciences Center, Water Resources Center NOAA's Western Regional Climate Center Federal Government 50% State Government 10% Industry 26% Federal Government: DOE; NOAA; NSF; DOD; NASA;DOI $8,000,000 State Government $1,600,000 Industry: Southern California Edison; Nevada Power $4,160,000 Other Nevada county governments . . .52,240,000 Services Provided Major Areas of Expertise Atmospheric physics Water quality and quantity Environmental impact Archaeology Hazardous waste detection and monitoring Air quality History Date Founded: 1959 Founders: Nevada State Legislature Reasons for Founding: To study environmental problems associated with arid climates Nevada, University of (Las Vegas) Environmental Research Center 4505 Maryland Parkway Las Vegas, NV 89154 University of Nevada, Las Vegas' Environmental Re- search Center runs a broad variety of programs that re- quire the focus of extensive experience, expertise and resources. The center conducts environmental monitoring studies, human exposure assessments, cultural resource in- ventories, geothermal potential assessments, and monitor- ing methods and systems development, in providing technical support, and in the operation of a national referee quality assurance laboratory. Director: Delbert Barth Phone: (702)739-3382 51 ------- New Hampshire, University of Size and Scope Number of Personnel 61 FTEs: 60 Technical: 49 Administrative: 12 Background: PhDs: 29 MSs: 12 Sources of Funding for FY89 FedertU Government 89% University 1% Industry 10% International Affiliations Centre Hondureno Para La Investigation De Recursos Aquaticos, Santa Cruz De Yojoa Cortez, Honduras History Date Founded: 1981 Founders: Museum of Natural History at the University of Nevada Reasons for Founding: To study a broad range of environmental concerns New Hampshire, University of University: University of Nevada, Las Vegas $30,000 Federal Government: EPA; DOE; DOI $5370,000 Industry: Electric Power Research Institute $600,000 Services Provided Major Areas of Expertise Environmental monitoring Impact assessment Limnological research Earth sciences Environmental assessment Quality assurance Technical support Current Activity Mix Applied Research 100% Unique Specialties: Statistical modeling Major Projects in FY89 1. Geothermal Fluid Genesis in the Great Basin of Nevada 2. Optical Remote Sensing for Environmental Measurements 3. Effects of Large-Scale Fertilization (Lake Mead) 4. Diurnal Monitoring of Lake Mead 5. Archaeological Site File Update (Southern Nevada) Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 7 Networking Activities Current Affiliations Cooperative Agreement with EPA on Environmental Monitoring Systems Laboratory Complex Systems Research Center Science and Engineering Research Building Durham, NH 03824 University of New Hampshire's Complex Systems Re- search Center specializes in computer modeling, atmos- pheric gas studies, acid rain research, forest and land degradation, and global data sets. Extensive data bases are maintained on global vegetation, soils, climate, rivers, economics and energy. The center is closely affiliated with the university's Institute for the Study of Earth, Ocean and Space. Director: John Aber Phone:(603)862-1792 Size and Scope Number of Personnel: 40 FTEs: 20 Technical: 37 Administrative: 3 Background: PhDs: 11 Sources of Funding for FY89 Federal Government 95% State Government 5% Federal Government: NASA; NSF; DOE; EPA $1,140,000 State Government $60,000 52 ------- New Jersey Institute of Technology Services Provided Major Anas of Expertise Computer modeling, atmospheric gas studies Acid rain research Forest and land degradation Global data sets Current Activity Mix Basic Research 50% Applied Research 50% Prototype Development Unique Specialties: Use of global data sets Major Projects in FY89 1. Effects of Ocean Circulation and Land Use on Atmospheric CO2 Content 2. Exchanges of Trace Gases Over Remote Areas 3. Assessment and Implications of Acid Deposition in North East Forests Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Networking Activities Current Affiliations Institute for Study of Earth, Ocean and Space at University of New Hampshire Woods Hole Oceanographic Institute NASA History Date Founded: 1979 Founders: University of New Hampshire Reasons for Founding: To study environmental concerns in New Hampshire and surrounding states New Jersey Institute of Technology Hazardous Substance Management Research Center (HSMRC) 138 Warren Street Newark, NJ 07102 New Jersey Institute of Technology's Hazardous Sub- stance Management Research Center (HSMRC) is a con- sortium of five universities in Superfund Regions I and II. The center is funded in pan by a corporate membership of over 30 companies who direct the research activities of the organization. Director: Richard Magee Phone: (201)596-3006 Size and Scope Number of Personnel: 70 FTEs: 35 Technical: 67 Administrative: 3 Background: PhDs: 56 MSs: 14 Sources of Funding for FY89 Federal Government \ State Government 53% University 27% 'industry 16% University: N.J. Institute of Technology . . $ 1,500,000 Federal Government: NSF $220,000 State Government: New Jersey Commission on Science and Technology $2,900,000 Industry: Exxon; Amoco; Ciba Geigy; AT&T $900,000 Services Provided Major Areas of Expertise Incineration Biochemical treatment Physical treatment On-site assessment Health effects Public policy and education Current Activity Mix Basic Research 50% Applied Research 50% Major Projects in FY89 1. In Situ Microbial Treatment and Attenuation of Groundwater Contaminants 2. Vadose Zone Contaminant Removal by Pneumatic Fracturing 3. Organic/Inorganic Oxidation for Nox Control 4. Anaerobic Treatment of Halogenated Organic Compounds 5. Microwave Energy Treatment of Hazardous Wastes Technology Transfer Mechanisms/ Outreach Programs S ymposia per Year 4 Annual Report October Patents Issued in the Last 3 Years: 1 Networking Activities Current Affiliations Northeast Hazardous Substance Research Center ------- New Jersey Institute of Technology International Affiliations Elf Aquitain, (French Company) 620 York Road, Sommerville, New Jersey, 08876 History Date Founded: 1984 Founders: New Jersey Institute of Technology; Princeton University; Rutgers University; Stevens Institute of Technology Reasons for Founding: Center received grants from Exxon and Cyanamid, then approached NSF to become a Center of Excellence for Superf und region I and II New Jersey Institute of Technology Institute for Hazardous and Toxic Substance Management Newark. NJ 07102 New Jersey Institute of Technology's Institute for Hazard- ous and Toxic Substance Management aids industry in developing new products and processes through mini- mization techniques and treatment technologies for haz- ardous waste, to provide the necessary technological base to identify and remediate hazardous substance spills and burial sites, to facilitate the exchange of ideas and knowledge among industry, government, academia and the public. Director: John Liskowitz Phone: (201)596-3673 Size and Scope Number of Personnel: 2 FTEs: Technical: 0 Administrative: Background: PhDs: 2 Sources of Funding for FY89 Federal Government 80% 1 2 20% Federal Government: NSF; EPA Industry $800,000 $200,000 Services Provided Major Areas of Expertise Hazardous substances: incineration Biological and chemical treatment Physical treatment Site assessment and remediation Public policy and education Academic focus one-on-one projects Current Activity Mix Applied Research 100% Market Assessment Major Projects in FY89 1. Waste Solidification and S tabilization 2. Ash Utilization 3. Waste Management Strategies Networking Activities Current Affiliations E-Tech Cooperative Agreement with EPA for Hazardous Waste Research Hazardous Waste Advisory Council International Affiliations Alberta Environmental Center, Bag 4000, Vagerville, Alberta, Canada Imperial College, London, England Hazardous Substance Research Center, Lyon, France History Date Founded: 1982 Founders: New Jersey Institute of Technology; Princeton; Stevens Institute of Technology; UMD New Jersey Reasons for Founding: To create a comprehensive program for education and research on hazardous wastes New Mexico State University Waste Management and Research Consortium (WERC) Department of Chemical Engineering Box 30001, DepL 3805 Las Cruces.NM 88003 The Waste Management and Research Consortium at New Mexico State University was established to address issues associated with management of hazardous, radioac- tive and solid waste. The consortium operates a waste isolation pilot plant. Director: Ron K. Bhada Phone: (505)646-1214 54 ------- New Orleans, University of Size and Scope Number of Personnel: 100 FTEs: 65 Technical: 97 Administrative: 3 Background: PhDs: 50 MSs: 30 BSs: 17 Sources of Funding for FY90 History Date Founded: 1989 Founders: Ron K. Bahda Reasons for Founding: To bring education and research at the university and its affiliates to bear on the practical problems of industry Federal Government 71% University 18% Industry 13% University: New Mexico State University . $ 1,200,000 Federal Government: DOE $5,400,000 Industry $1,000,000 Services Provided Major Areas of Expertise Educational and research programs Technological transfer Satellite TV (additional technological transfer) Current Activity Mix Basic Research 30% Applied Research 70% Prototype Development Market Assessment Unique Specialties: Waste isolation pilot plant; Integrated research and education; satellite technology Major Projects in FY89 No projects so far, center is new New Orleans, University of Urban Waste Management and Research Center College of Engineering New Orleans, LA 70148 Director: Kenneth McMannis Phone: (504)286-6271 The Urban Waste Management and Research Center at the University of New Orleans was founded in 1990. Cur- rently the center is building its research infrastructure. The focus will be on municipal waste problems. Size and Scope Number of Personnel: 7 FTEs: Technical: 0 Administrative: Background: PhDs: 7 Sources of Funding for FY90 4 7 Federal Government 90% University 10% Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 4 Annual Report: February Networking Activities Current Affiliations University of New Mexico New Mexico Institute of Mining and Technology Sandia and Los Alamos National Laboratories DOE University: $235,000 Federal Government: EPA $2,200,000 Services Provided Major Areas of Expertise The Waste Management and Research Center at the University of New Orleans is a new center. Its focus is research on all aspects of municipal waste. ------- New York University Major Projects in FY90 1. Building Center's Infrastructure 2. Training Water and Waste Water Plant Operators 3. Effects of Sulfides on the Anaerobic Treatment Process 4. Development of Immuno Assay for Detection of Environmental Chemicals History Date Founded: 1990 Founder University of New Orleans Reasons for founding To address municipal waste problems New York University Institute of Environmental Medicine 550 First Avenue New York, NY 10016 The Institute of Environmental Medicine at New York University is principally a training unit for students of en- vironmental toxicology. The institute addresses a broad spectrum of problems in environmental health ranging from radiation effects to arteriosclerosis, respiratory disor- ders, and other environmentally related diseases. Director: Arthur Upton Phone: (212)340-5280 Size and Scope Number of Personnel: 200 FTEs: 200 Technical: 180 Administrative: 20 Background: PhDs: 85 Sources of Funding for FY89 Services Provided Major Areas of Expertise Environmental toxicology Epidemiology Genetic toxicology Chemical fate and transport Current Activity Mix Basic Research Applied Research Prototype Development Major Projects in FY89 1. Effects of Irritants on Living Defense Function 2. Effects of Atmospheric Pollution on Human Health 3. Anaerobic Biodegradation of Toxic Aromatic Compounds 4. Uranium Metabolic Modeling 5. High Efficiency Gamma/X-Ray Imaging Detector Development Technology Transfer Mechanisms/ Outreach Programs Symposia per Year Annual Report Courses Offered in 1989: Patents Issued in the Last 3 Years: History Date Founded: 1948 Founders: New York University Reasons for Founding: N/A 1 May 30 5 New York, State University of (Buffalo) Federal Government 85% University Nonprofit Organization 2% Sate Government '* $725,000 University: New York Universtiy . . . Federal Government: DOE; EPA; NASA; HHS $12,325,000 State Government ' . . $145,000 Industry: Consolidated Edison; Mobil . .$1.015,000 Nonprofit Organization: The Dana Foundation $290,000 Center for Hazardous Waste Management 207 Jarvis Hall Buffalo, NY 14260 SUNY Buffalo's New York State Center for Hazardous Waste Management was established by state law to coor- dinate research and development in the areas of hazard- ous wastes. The center is dedicated to research on hazardous waste reduction, waste recovery, recycling and reuse, state of the art waste destruction, and the phasing out of land disposal. Director: Ralph Rumer Phone: (716)636-3446 56 ------- New York, State University of (Stony Brook) Size and Scope Number of Personnel: 73 FTEs: Technical: 40 Administrative: Background: PhDs: 42 MSs: Sources of Funding for FY89 10 3 30 State Government 50% University 20% Industry 30% University: Consortium: Cornell University; Syracuse University; New York University; Manhattan College; State University of New York, Buffalo and Stony Brook; Rensselaer Polytechnic Institute; Clarkson University .... $820,000 State Government: Department of Environmental Conservation $2,050,000 Industry: Occidental Chemical; General Electric; Westinghouse; Alcoa $1,230,000 Services Provided Major Areas of Expertise Hazardous waste solutions Treatment Recycling Reduction, bio-degradation Current Activity Mix Basic Research 50% Applied Research 50% Prototype Development Market Assessment Major Projects in FY89 1. Extraction of Organic Pollution Using Enhanced Surfactant Flushing 2. Effect of PCB Concentrations in the Hudson River 3. Metal Ion Separation from Hazardous Waste Streams by Impregnated Ceramic Membranes Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Annual Report September Networking Activities Current Affiliations New Jersey Institute of Technology University of California, Los Angeles Gulf Coast Hazardous S ubstance Research Center, Beaumont, Texas History Date Founded: 1987 Founders: New York State Legislature Reasons for Founding: State law mandated the improvement of state's hazardous waste system New York, State University of (Stony Brook) Marine Sciences Research Center Stony Brook, NY 11794 The Marine Sciences Research Center at SUNY Stonybrook centers its attention on marine biology and various facets of oceanography. The central thrust of the center's work investigates man's impact on the ocean en- vironment as opposed to changes which have occurred as a result of natural processes. Director: J.R. Schubel Phone:(516)632-8701 Size and Scope Number of Personnel: 190 FTEs: 125 Technical: 182 Administrative: 8 Background: PhDs: 45 Sources of Funding for FY89 Federal Government 85% State Government 1% Federal Government: EPA; NOAA; DOD; NSF; ONR; U.S. Geological Survey . . . .$4,410,000 State Government: Department of Environmental Conservation $1,575,000 Industry $189,000 Nonprofit Organization: Olin Foundation; Hudson River Foundation $126,000 57 ------- North Carolina State University Services Provided Major Areas of Expertise Coastal oceanographic research Coastal geological, chemical, biological and physical oceanography Current Activity Mix Basic Research 70% Applied Research 30% Prototype Development Major Projects in FY89 1. Long Island Sound Study 2. Phytoplankton Growth and Nitrogen Fixation 3. Benthic Community Structure 4. Motion and Mixing of Estuarine Waters 5. Multidisciplinary Amazon Shelf Sediment Study Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 6 Annual Report January Courses Offered in 1989: 40 Networking Activities Current Affiliations Parent to: Living Marine Resources Institute Waste Management Institute Coastal Ocean Strategies Institute InternationalAffiliations East China Normal University, Shanghai Netherlands Institute for Sea Research, Texel, The Netherlands; University of Las Palmas, Canary Islands History Date Founded: 1968 Founders: State University of New York at Stony Brook Reasons for Founding: To study man's impact on the ocean North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 7001 The EPA Research Center for Waste Minimization and Management is a consortium of North Carolina State University and the University of North Carolina at Chapel Hill. A primary research objective at the center is to im- prove manufacturing processes through reductions in chemical waste production and discharges. Director: Michael Overcash Phone:(919)787-2325 Size and Scope Number of Personnel: 23 FTEs: Technical: 20 Administrative: 3 Background: PhDs: 20 Sources of Funding for FY89 Federal Government 66% State Government 34% Federal Government: EPA State Government $990,000 $510,000 Services Provided Major Areas of Expertise Waste minimization and management Current Activity Mix Applied Research 100% Major Projects in FY89 1. Study and Develop a Dry Process of Surface Cleaning that Avoids the Use of Chlorinated Solvents Study of Dioxin and Chlorinated Organics in the Pulp and Paper Industry Basic Study of Volatile Chemical Transport Mechanisms from Residues and Wastes, through Clay and Synthetic Liners to Beyond the Containment Facility Industrial Demonstration of Hazardous Waste Minimization Study of Public Product Preference to Identify Reductions in Hazardous Substances That Can Be Related to Consumer Patterns 2. 3. 5. Technology Transfer Mechanisms/ Outreach Programs Annual Report March ------- North Carolina, University of (Chapel Hill) Networking Activities Current Affiliations This center is a consortium of North Carolina State University University of North Carolina, Chapel Hill Texas A&M University . Affiliated with EPA's other regional centers History Date Founded: 1989 Founders: EPA; Michael Overcash Reasons for Founding: To develop practical means for industry to eliminate the use and generation of hazardous substances, to treat waste and to provide containment North Carolina, University of North Carolina Water Resources Research Institute Box 7912 Raleigh, NC 27695 7912 The North Carolina Water Resources Research Institute at the University of North Carolina was established to for- mulate a research program responsive to state water resources problems. Research priorities include: water supply, waste management, surface water quality, and groundwater. Director: David H. Moreau Phone: (919)737-2815 Size and Scope Number of Personnel: 60 FTEs: 50 Technical: 56 Administrative: 4 Background: PhDs: 40 MSs: 16 Sources of Funding for FY89 Services Provided Major Areas of Expertise Hydrology Water quality Surface and ground water studies for all of North Carolina Current Activity Mix Basic Research 10% Applied Research 90% Prototype Development Major Projects in FY89 1. Groundwater Management 2. Drought Management 3. Drinking Water and Surface Water Quality Studies 4. Coastal Water Management 5. Climate Change and Water Resources Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 4 Annual Report September Networking Activities Current Affiliations North Carolina State University University of North Carolina at Chapel Hill East Carolina University Elizabeth City State University Wake Forest University University of North Carolina at Charlotte U.S. Geological Survey; National Association of Water Institute Directors (NAWID) History Date Founded: 1964 Founders: Federal government; State of North Carolina Reasons for Founding: Water Resources Research Act of 1964 State Government SDK Industry 50% Federal Government $500,000 State Government $500,000 North Carolina, University of (Chapel Hill) Center for Urban and Regional Studies 108 Battle Lane Chapel Hill,NC 27514 University of North Carolina at Chapel Hill's Center for Urban and Regional Studies produces nationally recog- nized research in hazards mitigation, coastal zone management, and growth management. The center draws ------- North Dakota, University of on faculty from many disciplines u.-luding, anthropol- ogy, biostatistics. business administration, city and regional planning, economics, epidemiology, history, law, marine sciences, political science, psychology, social work and sociology. Director: Jonathan B. Howes Phone: (919)962-3074 Size and Scope Number of Personnel; 10 FTEs: 10 Technical: 10 Administrative: 0 Sources of Funding for FY89 Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 4 Annual Report Spring Networking Activities Current Affiliations Urban Affairs Association Natural Hazards Research Group, Boulder, Colorado International Affiliations International New Towns Association, Nassau, Bahamas Dillenburgstraat 44,2596 AE The Hague, The Netherlands Federal Government 69% Slate 'Government 31% Federal Government $550,000 State Government $250,000 Services Provided Major Areas of Expertise Growth management Coastal area development and management Natural hazard planning and mitigation Planning and politcs Regional development policy Current Activity Mix Applied Research 100% Unique Specialties: Public policy for growth management for local government Major Projects in FY89 1. Coping With Losses to Infrastructure from Natural Hazards 2. An Evaluation of the National Coastal Zone Management Program 3. Evaluation of North Carolina Erosion and Sedimentation Control Program 4. Fort Bragg/Pope A J.B. Impact and Assessment and Land Use Compatability Study History Date Founded: 1957 Founders: F. Stuart Chapin, Jr. Reasons for Founding: To study urbanization of Piedmont, North Carolina, under a Ford Foundation grant North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 University of North Dakota's Energy and Environmental Research Center embraces an integrated systems ap- proach to energy and environmental reserch. Center re- search begins with a fundamental evaluation of Earth resources, followed by research and development on in- novative technologies to efficiently utilize those resour- ces, and culminating in the utilization or safe disposal of the wastes generated in natural resources consumption. Di* ctor: Gerald Groenewold Phoae: (701)777-5100 Size and Scope Number of Personnel: 220 FTEs: 190 Technical: 150 Administrative: 40 Background: PhDs: 25 60 ------- Nova University Sources of Funding for FY89 Federal Government 50% Industry 50% International Affiliations Hosts international conference on Synthetic Fuels Industry History Date Founded: 1951 Founders: Federal Government Reasons for Founding: To bring integrated systems approach to energy and mineral research Federal Government DOE; EPA; U.S. Bureau of Mines; U.S. Geological Survey; NSF; USDA . $5,750,000 Industry: Gas Research Institute; Electric Research Institute $5,750,000 Services Provided Major Areas of Expertise Coal oil Gas and geothermal energy Emission control technology Ground water research Waste management and waste site cleanup Current Activity Mix Basic Research 15% Applied Research 85% Prototype Development Market Assessment Unique Specialties: Air emissions work; coal water fuels; leading low-rank coal center in world Nova University Oceanographic Center 8000 North Ocean Drive Dania, FL 33004 Nova University's Oceanographic Center pursues studies and investigations in experimental and theoretical oceanography. Research includes modeling of large-scale ocean circulation, coastal dynamics, ocean-atmosphere coupling, surface gravity waves, biological oceanog- raphy, chemical oceanography, coral reef assessment, pleistocene and holocene sea level changes, physiology of marine phytoplankton, marine zooplankton, calcifica- tion of invertebrates, cell ultrastructure, fouling effects, marine fisheries and nutrient dynamics. Director: Julian P. McCreary, Jr. Phone: (305)920-1909 Major Projects in FY89 1. Manage Ground Water Research Program for U.S. Gas Research Institute 2. Mild Gasification Research 3. Technology to Remediate Flue Gas Emissions 4. Consortium to Study Coal Water Fuels in the Philippines 5. Western U.S. Lead for National Land & Mine Reclamation Program Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 4 Annual Report February Patent Licenses Issued in the Last 3 Years: 9 Networking Activities Current Affiliations Batelle Memorial Institute Bechtel Power Corporation Size and Scope Number of Personnel: 20 FTEs: 20 Technical: 17 Administrative: 3 Background: PhDs: 12 MSs: 2 Sources of Funding for FY89 Federal Government 92% Nonprofit Organization 6% Industry 2% State Government 1% Federal Government: ONR; NOAA; U.S. Geological Survey; U.S. Air Force $929,151 State Government Florida Sea Grant .... $5,078 Industry: Macintosh Marine $18,278 Nonprofit Organization: Whitehall Foundation . $62,958 61 ------- Ohio State University Services Provided Major Areas of Expertise Oceanography Coral reef assessment Current Activity Mix Basic Research 97% Applied Research 3% Prototype Development Major Projects in FY89 1. Modeling Tropical Western Boundry Circulation 2. Karotonoid Pigments in Microzooplankton: Characterization and Relation to Biomass 3. Compositions in Sclearactinian Coral Skeletons 4. Two-Dimensional Evolution of the Surface Gravity Wave Field 5. Non-Interactive Least-Square Adjustments of Non-Linear Parametric Models in Geodesy Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 20 Networking Activities Current Affiliations Operates: Institute for Marine and Coastal Studies International Affiliations Bermuda Biological Station, St. Georges, Bermuda History Date Founded: 1966 Founders: Nova University Reasons for Founding: Oceanographic research Ohio State University Size and Scope Number of Personnel: 45 FTEs: Technical: 44 Administrative: Background: PhDs: 30 MSs: Sources of Funding for FY89 30 1 15 Federal Government 65% University 15% Slate Government 20% University: Ohio State University .... $150,000 Federal Government: NOAA-Sea Grant Program $650,000 State Government: Ohio Department of Natural Resources $200,000 Services Provided Major Areas of Expertise Water quality Fisheries habitat enhancement Toxic substances Current Activity Mix Basic Research 40% Applied Research 60% Unique Specialties: Underwater welding Major Projects in FY89 1. Artificial Reef Development 2. Underwater Welding 3. Non-Destructive Techniques to Evaluate Underwater Welds 4. Bioengineering to Control Algal Blooms Center for Lake Erie Area Research (CLEAR) 1541 Research Center 1314KinnearRoad Columbus, OH 43212 Ohio State University's Center for Lake Erie Area Re- search is the home of Ohio's Sea Grant College Program. The goal of the program is to increase utilization, develop- ment and wise management of Lake Erie's resources through research, education and advisory service. Exten- sion district specialists work locally to solve problems and challenges that communities, businesses and in- dividuals encounter. Director: Jeffrey M. Reutter Phone: (614)292-8949 Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 100 Annual Report Winter Courses Offered in 1989: 14 Networking Activities Current Affiliations Ohio Sea Grant College Program Franz Theodore Stone Laboratory University of Toledo University of Cincinnati Case Western Reserve College Kent State University 62 ------- Oklahoma State University International Affiliations International Joint Commission on Canada and U.S. History Date Founded: 1971 Founders: Ohio State University Reasons for Founding: To clean up Lake Erie Ohio State University Major Projects in FY89 1. Agricultural Containment Technology Transfer Mechanisms/ Outreach Programs Annual Report July History Date Founded: 1964 Founders: Federal and State Legislation Reasons for Founding: Water Resource Law Water Resources Center 1791 Neil Avenue Columbus, OH 43210 Ohio State University's Water Resources Center is an in- tegral pan of the university's Engineering Experiment Sta- tion. The center's research focuses on water quality, waste water treatment, hydrology and the economics of water resources. The center trains scientists and tech- nicians in all aspects of water management. Director: Robert C. Stiefel Phone: (614)292-2334 Size and Scope Number of Personnel: 2 FTEs: Technical: 1 Administrative: Background: PhDs: 1 Sources of Funding for FY89 University 65% Federal Government 35% University: Ohio State University Federal Government: EPA $650,000 $350,000 Services Provided Major Areas of Expertise Water resources Current Activity Mix Basic Research Applied Research 50% 50% Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater, OK 74078 Oklahoma State University's University Center for Water Research provides research expertise in agricultural use efficiency, bioremediation, conservation, hydrology, resources education, resources management, and water quality. The center is administratively responsible for programs associated with the Oklahoma Water Resources Research Institute, the Water Research Center and the Na- tional Center for Ground Water Research. Director: Norman Durham Phone: (405)744-9995 Size and Scope Number of Personnel: 48 FTEs: Technical: 42 Administrative: Background: PhDs: 43 BSs: Sources of Funding for FY89 26 6 5 Federal Government 69% State Government 16% Federal Government: EPA; DOD; NIH; NSF; DOE; HHS; U.S. Geological Survey; Fish and Wildlife Service; U.S. Air Force $2,400,000 State Government $560,000 Industry: Phillips Petroleum; Continental Oil; Sun Company $500,000 63 ------- Oklahoma. University of Services Provided Major Areas of Expertise Toxicology Environmental engineering Waste materials Water reclamation Current Activity Mix Basic Research 60% Applied Research 40% Products or Processes Commercialized: Water quality analysis Major Projects in FY89 1. Environmental Toxicology Research 2. Fate and Transport of Toxicants in the Sub-Surface 3. Water Reclamation 4. Environmental Policy Research Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 2 Courses Offered in 1989: 3 Networking Activities Current Affiliations National Center for Ground Water Research Oklahoma WaterResources Board U.S. Geological Survey History Date Founded: 1965 Founders: Oklahoma State University Reasons for Founding: To research quantity and quality of water Oklahoma, University of Oklahoma Biological Survey SuttonHall Room 303,625 Elm Street Norman, OK 73019 The University of Oklahoma's Biological Survey is responsible for quantifying the state's plant and animal communities. The survey also operates the Bebb Her- barium and the Oklahoma Fishery Research Laboratory. Director: Gary D. Schnell Phone: (405)325-4034 Size and Scope Number of Personnel: 25 FTEs: 25 Technical: 18 Administrative: 7 Background: PhDs: 6 MSs: 15 Sources of Funding for FY89 University 33% Industry 5% Federal Government 57% University: University of Oklahoma . . . $570,000 Federal Government: U.S. Army; U.S. Fish and Wildlife Service; USDA $855,000 Industry: Oklahoma Gas and Electric .... $75,000 Services Provided Major Areas of Expertise Assessment of plant and animal communities Computer applications Statistics Current Activity Mix Basic Research 35% Applied Research 65% Major Projects in FY89 1. Flora Study of Fort Sill 2. Flora Study of Fort Leonardwood 3. Flora Study of Fort Chaffee 4. Design of Wildlife Studies for Integration with Land Condition Trend Analysis (LCTA) Technology Transfer Mechanisms/ Outreach Programs Annual Report: January Networking Activities Current Affiliations Oklahoma Natural Heritage Inventory The Nature Conservancy American Ornithologists Union History Date Founded: 1927 Founders: University of Oklahoma Reasons for Founding: To quantify state's biological resources 64 ------- Pennsylvania State University Oregon State University Environmental Health Sciences Center 317WeingerHall Corvallis, OR 97331 Oregon State University's Environmental Health Scien- ces Center facilitates interdisciplinary research in toxicol- ogy, biochemistry, molecular biology, chemistry, immunotoxicology, food toxicology, agricultural chemistry, pathology and statistics. A main research thrust involves molecular and cellular mechanisms of en- vironmental injury, emphasizing the use of immunologi- cal and host defense mechanisms against environmentally induced injuries and diseases. Director: Donald J. Reed Phone: (503)754-3608 Size and Scope Number of Personnel: 22 FTEs: 22 Technical: 18 Administrative: 4 Background: PhDs: 11 MSs: 5 Sources of Funding for FY89 Federal Government 90% University 10% University: Oregon State University . . . $150,000 Federal Government: National Institute of Environmental Health Sciences . . . $1,350,000 Services Provided Major Areas of Expertise Chemistry Biochemistry Toxicology Immunology Cell biology Current Activity Mix Basic Research 95% Applied Research 5% Prototype Development Unique Specialties: Mass Spectrometry; Serum-free Cell Culture; Biochemical Toxicology Major Projects in FY89 1. Toxicology of Environmental Halocarbons 2. Chemical Toxicity and Gentathione Regulation 3. Trout Xenobiou'c Metabolizing Enzymes and Carcinogenesis 4. Alterations in Cell Surface Marker Expression by Dioxins 5. Mass Spectrometry of Involatile Biomolecules Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 2 Annual Report: January Patents Issued in the Last 3 Years: 1 History Date Founded: 1967 Founders: Oregon State University Reasons for Founding: Concern about the environment and use of pesticides Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 Pennsylvania State University's Environmental Resour- ces Research Institute supports interdisciplinary research involving air, land and water resources. The institute operates laboratories for water quality testing, soil and en- vironmental chemistry, remote sensing and forest hydrol- ogy. The institute also monitors acid rain and performs watershed studies at numerous field research sites statewide. Director: Archie J. McDonnell Phone:(814)863-0291 Size and Scope Number of Personnel: 145 FTEs: 80 Technical: 128 Administrative: 17 Background: PhDs: 20 MSs: 50 65 ------- Pittsburgh, University of Sources of Funding for FY89 Federal Government 70% Industry 10% Sate Government Federal Government; DOE; EPA; DOI; USDA; Army Corps of Engineers; USAF; National Institute on Aging $3360,000 State Government: Department of Natural Resources; Ben Franklin Partnership $960,000 Industry: Air Products; Martin Marietta; Mobil Oil; NLO; Allegheny Power, Nuclear, Pennsylvania Power & Light; Duquesne Light; Philadelphia Electric $480,000 Services Provided Major Areas of Expertise Air, land and water resources Land recycling of wastes Environmental toxicology Hazardous waste management Acid rain Air pollution Water quality management Technical assessment and information transfer Current Activity Mix Basic Research 20% Applied Research 80% Prototype Development Major Projects in FY89 1. Integrated Terrain Units as a Technique to Computerize Soil Surveys 2. Wildlife Management Plan for the Letterkenney Army Depot 3. Predicting Plant Responses to Multiple Stress 4. Removal of Cryptosporidium Using Filtration 5. Characterization of Activated Sludge Rocs Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 3 Annual Report Biennial - January Networking Activities Current Affiliations DOE Water Center Program Land Grant College Association American Society of Civil Engineers National Mine Land Reclamation Center History Date Founded: 1964 Founders: Pennsylvania State University Reasons for Founding: As a result of the Water Resources Research Act of 1964 Pittsburgh, University of Center for Environmental Epidemiology Graduate School of Public Health Pittsburgh, PA 15261 The University of Pittsburgh's Center for Environmental Epidemiology is the only EPA Center of Excellence that does strictly public health related work. Research is focused on environmental epidemiology, risk assessment, exposure assessment, and biological monitoring. Director: Bruce Case Phone:(412)624-3012 Size and Scope Number of Personnel: 10 FTEs: 3 Technical: 7 Administrative: 3 Background: PhDs: 10 Sources of Funding for FY89 Federal Government 86% University 4% State Government 10% University: University of Pittsburgh . . . .$30,000 Federal Government EPA $600,000 State Government $70,000 66 ------- Pittsburgh, University of Services Provided Major Anas of Expertise Environmental epidemiology Risk assessment Exposure assessment Biological monitoring Current Activity Mix Basic Research 100% Unique Specialties: The only public health related EPA Center of Excellence Major Projects in FY89 1. Fibrous Particulates in the Lungs of American Children 2. Volatile Organic Compounds from Indoor Water Services 3. Legionella Aboeba Research 4. Carcinogenic Risk Assessment, Enhancement of Methodologies and Applications to Cohort Data Sets Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 2 Annual Report: December Networking Activities Current Affiliations Carnegie Mellon University International Affiliations International Society for Environmental Epidemiology World Health Organization History Date Founded: 1980 Founders: University of Pittsburgh; EPA Reasons for Founding: To create EPA Center of Excellence for environmental epidemiology Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh. PA 15238 University of Pittsburgh's Center for Hazardous Materials Research was formed in response to growing regional, na- tional and international problems associated with the use and disposal of hazardous materials and solid wastes. The center is strategically located at the heart of the north- eastern industrial belt, and Pittsburgh represents a microcosm of the waste management and cleanup problems faced in the county. Director: Edgar Berkey, President Phone: (412)826-5320 Size and Scope Number of Personnel: 35 FTEs: 32 Technical: 28 Administrative: 7 Background: PhDs: 2 MSs: 17 Sources of Funding for FY90 Industry 65% Federal Government 10% State Government 25% Federal Government: EPA; DOT .... $320,000 State Government $800,000 Industry: Ashland Oil; Westinghouse; Alcoa $2,080,000 Services Provided Major Areas of Expertise Hazardous waste reduction Compliance reviews Independent third party environmental evaluations Risk assessment Chemical destruction technologies Current Activity Mix Applied Research 100% Unique Specialties: Speakers bureau for the business community; extensive training program using hands-on simulations of problems that occur at spill sites Major Projects in FY89 1. Analysis of the Effects of Inland Oil Spills 2. Pilot Plant Testing of a Chemical Destruction Technique for a Proprietary Hazardous Organic Chemical 3. Investigation of the Chemical Fate of two 4-D Herbicides 4. Environmental Assessment of Properties Slated for Industrial Redevelopment 5. Development of Education Materials in Pollution Prevention 67 ------- Pittsburgh, University of Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 12 Annual Report Spring Courses Offered in 1989: 18 Other Advertising in trade magazines; publishes Manuals and Fact Sheets; Hotline (800)334-CHMR available to anyone Networking Activities Current Affiliations National Roundtable of S tate Waste Products Programs International Affiliations Netherlands Organization for Applied Science Research (TNO); Institute for Industrial Waste and Waste Management, Saarlands, West Germany U.S .S.R. State Committee for Environmental Protection History Date Founded: 1985 Founders: Samuel Schulhof, Edgar Berkey Reasons for Founding: To utilize an industrial campus given to the University of Pittsburgh Trust by Gulf Oil Sources of Funding for FY89 Federal Government 50% University 9% Industry 29% University: University of Pittsburgh . . . $190,000 Federal Government: EPA $1,000,000 Industry $570,000 Other $240,000 Services Provided Major Areas of Expertise Technology transfer, specializing in identifying, developing and marketing technologies which solve environmental problems Seeks to help companies commercialize environmental technologies Current Activity Mix Applied Research 100% Prototype Development Unique Specialties: Market Assessment Pittsburgh, University of National Environmental Technology Applications Corporation 615 William Pitt Way Pittsburgh, PA 15238 The University of Pittsburgh's National Environmental Technology Applications Corporation (NETAC) is dedi- cated to moving new environmental cleanup technologies into the marketplace. The company specializes in technol- ogy assessments, market analysis, commercialization as- sistance, and testing and evaluation of promising new products designed by industry and government Director: Samuel A. Schulhof Phone: (412)648-7850 Size and Scope Number of Personnel 20 FTEs: 20 Technical 16 Administrative: 4 Background: PhDs: 16 Major Projects in FY89 1. Helping Suprex Inc., to Commercialize SFG/50 Supercritical Fluid Extraction System 2. Helping Quadrel Services Inc., to Commercialize Emflex 3. A Process for Mapping Subsurface Volatile and Semi-Volatile Compounds 4. Hosted a Bio-Remediation Conference in October 1989 Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Networking Activities Current Affiliations Center for Hazardous Materials Research International Affiliations Netherlands Organization for Applied Research, (TNO) Saarlands Der Minister Fur Kultus, Bilding Und Wissenschaft, Hohenzollenstrabe 60, Post Fach 1010,6600 Faarbruken, Saarlands, West Germany 68 ------- Rhode Island, University of History Date Founded: 1989 Founders: University of Pittsburgh; EPA Reasons for Founding: Federal Technology Transfer Act 1986 Princeton University Center for Energy and Environmental Studies Engineering Quadrangle Princeton, NJ 8544 Princeton University's Center for Energy and Environ- mental Studies presupposes that imaginative options which reduce the risk of calamity will be generated by in- dividuals working within an institutional framework that rewards creativity and independence. Researchers com- bine a respect for physical modeling and measurement and a skepticism of established wisdom with a value sys- tem that views the world ecologically. Director: Robert H. Socolow Phone: (609)258-5445 Size and Scope Number of Personnel: 33 FTEs: 33 Technical: 22 Administrative: 11 Background: PhDs: 18 MSs: 4 Sources of Funding for FY89 Services Provided Major Areas of Expertise Nuclear energy Arms control verification Alternative energy services (biomath, photovoltaics) Radon Energy conservation in buildings Current Activity Mix Applied Research 100% Market Assessment Products or Processes Commercialized: PRISM, a software package that checks cost-cutting techniques Unique Specialties: Radon research Major Projects in FY89 1. The program on Nuclear Policy Alternatives 2. Energy Technology Assessment 3. Mitigation Techniques for Radon in Buildings 4. New Jersey Conservation Laboratory Technology Transfer Mechanisms/ Outreach Programs Annual Report October History Date Founded: 1971 Founders: Mechanical and Aerospace Engineering Departments of the University Reasons for Founding: To respond to heightened national interest in environmental quality State Government 12% Federal Government 20% University 10% Nonprofit Organization University: Princeton University .... $200,000 Federal Government $400,000 State Government $250,000 Nonprofit Organization: Rockefeller Foundation; Carnegie Foundation; MacArthur Foundation; and others . . .$1,200,000 Rhode Island, University of Coastal Resources Center Narragansett Bay Campus Narragansett, RI02882 The University of Rhode Island's Coastal Resources Cen- ter is dedicated to applying new concepts, information and techniques, to better manage coastal regions. Through its overseas Coastal Management Program, the center assists developing countries in researching and managing coastal ecosystems. Director: Stephen Olsen Phone: (401)792-6224 Size and Scope Number of Personnel: 20 FTEs: 20 Technical: 12 Administrative: 8 Background: PhDs: 1 MSs: 11 69 ------- Rhode Island, University of Sources of Funding for FY89 Federal Government ant Federal Government: USAID; NOAA; EPA $1,710,000 State Government $90,000 Services Provided Major Areas of Expertise Technical assistance on coastal resource management Training Public education Applied research Current Activity Mix Applied Research 100% Major Projects in FY89 1. U.S. Agency for International Development (AID), Coastal Resources Management Project 2. Comparative Estuaries Program 3. Pond Watchers Program 4. Research, Management, Planning and Implementation of Projects in Equador, Thailand and Sri Lanka History Date Founded: 1971 Founders: John Krauss, Dean, Graduate School of Oceanography Reasons for Founding: To allow local governments to draw on university resources for coastal management Rhode Island, University of Rhode Island Agricultural Experiment Station (RIAES) Woodward Hall Kingston, RI02881 University of Rhode Island's Agricultural Experiment Sta- tion is a multidisciplinary research unit that focuses primarily on marine resources economics, agriculture and fish pathology. Two important missions of the Experi- ment Station are to increase assurance of the quality and safety of food for the consumer, and to analyze cleanup and control efforts at oil spills and other hazardous waste sites. Director: Robert H. Miller Phone: (401)792-2474 Size and Scope Number of Personnel: 62 FTEs: 40 Technical: 30 Administrative: 10 Background: PhDs: 46 MSs: 6 Technology Transfer Mechanisms/ Outreach Programs Annual Report: December Courses Offered in 1989: 4 Networking Activities Current Affiliations National Sea Grant Program National Estuaries Program (a national network of trained volunteers) International Affixations Sri Lanka National Coastal Zone Management Plan Ecuador Coastal Resources Management Program U.S. AID for International Development Missions in Sri I Jika and Thailand Coa . i Damage Studies in the Republic of the Makuvtt Sources of Funding for FY89 University ?s, 45% Federal Government 50% Industry 5% University: University of Rhode Island . . $450,000 Federal Government: USDA; Nffl; NSF . . $500,000 Industry $50,000 Services Provided Major Areas of Expertise Marine resource economics Agriculture Fish pathology 70 ------- Rhode Island, University of Current Activity Mix Basic Research 15% Applied Research 85% Prototype Development Market Assessment Products or Processes Commercialized: Turf grass licensing Unique Specialties: Coastal-related agriculture Major Projects in FY89 1. New Approaches to the Acetone-B utonal Fermentation 2. The Potential for Wine Manufacture from Rhode Island 3. Grapes and Fruit Growth 4. Improving the Assurance of Quality and Safety of Consumer Food 5. An economic Analysis of Efforts for Cleanup and Control of Oil Spills and Hazardous Substances Technology Transfer Mechanisms/ Outreach Programs Annual Report September Patents Issued in the Last 3 Years: 2 Patent Licenses Issued in the Last 3 Years: 1 Other Rhode Island Cooperative Extension Service Sources of Funding for FY89 Federal Government 93% State Government 7% Federal Government $1,483,000 State Government $120,000 Services Provided Major Areas of Expertise Marine advisory service Program development Education and training Coastal management Current Activity Mix Basic Research 50% Applied Research 50% History Date Founded: 1888 Founders: Rhode Island State Agriculture School Reasons for Founding: To meet provisions of the Hatch Act 1866 Rhode Island, University of Sea Grant College Program Narragansett, RI02882 The University of Rhode Island's Sea Grant College Pro- gram focuses its research efforts on development of marine resources, their conservation and management. Through its Office of Marine Programs, the Sea Grant College Program furnishes information and findings to the public. Director: Scott Nixon Phone: (401)792-6800 Size and Scope Number of Personnel: 24 FTEs: 22 Technical: 20 Administrative: 2 Background: PhDs: 21 MSs: 1 Major Projects in FY89 1. Continuing Long-Term Water Quality Study of Estuaries 2. Influence of Temperature on Flounder Larvae Development 3. Atlantic Salmon Research (Molecular; Biological; Hormonal) 4. Comparative Study of Estuary Management, from Public Policy and Sociology Perspectives 5. Salt Ponds Project Technology Transfer Mechanisms/ Outreach Programs Annual Report: January Courses Offered in 1989: 6 Networking Activities Current Affiliations Marine Advisory System New England Sea Grant Program History Date Founded: 1968 Founders: National Sea Grant College Program Reasons for Founding: To form a partnership between government, universities and industry 71 ------- Rhode Island, University of. Graduate School of Oceanography Rhode Island, University of, Graduate School of Oceanography Marine Ecosystems Research Laboratory Narragansett, RI02882 1197 The Marine Ecosystems Research Laboratory (MERL) at the University of Rhode Island is staffed by experts in ex- perimental marine biogeochemistry and ecology. The focus is mainly on work in mesocosm enclosures, along with some field work in Narragansett Bay. Director: Michael Pilson Phone: (401)792-6104 Size and Scope Number of Personnel: 11 FTEs: Technical: 6 Administrative: Background: PhDs: 6 MSs: Sources of Funding for FY89 Federal Government 94% 1 1 I Federal Government: EPA; NSF; NOAA . $752,000 State Government $48,000 Services Provided Major Areas of Expertise Coastal marine ecosystem research Radiotracing research Current Activity Mix Basic Research 50% Applied Research 50% Prototype Development Unique Specialties: Radiotracing and organic tracing in coastal areas; extensive long-term sea water testing Major Projects in FY89 1. Wastewater Discharges to Marine Environment 2. FateofTributalTin 3. Impact of High-Pressure CO2 on Isotical Composites 4. Fates of Organic and Inorganic Compounds in Coastal Environment 5. Effects of Number 2 Fuel Oil on Marine Environment Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 History Date Founded: 1976 Founders: University of Rhode Island Faculty Reasons for Founding: To expand marine ecosystem research and to assist the local EPA branch office Rice University, University of Oklahoma, Oklahoma State University National Center for Ground Water Research P.O. Box 1892 Houston, TX 77251 The National Center for Ground Water Research is a con- sortium of Rice University, The University of Oklahoma, and Oklahoma State University. The center's objective is to improve the understanding of the subsurface environ- ment and its interaction with pollutants. The center has particular experience with in situ bioremediau'on. Director: C.H. Ward Phone:(713)527-4086 Size and Scope Number of Personnel: 25 FTEs: 25 Technical: 25 Administrative: 0 Background: PhDs: 12 MSs: 6 72 ------- Rutgers University Sources of Funding for FY89 Federal Government 45% University 20% University: Consortium: Rice University; Oklahoma State University; University of Oklahoma . . $256,000 Federal Government: EPA; NASA; Army Corps of Engineers $585,000 Industry: Shell; Dupont; Union Carbide; Sun Oil $470,000 Services Provided Major Areas of Expertise Improvement of subsurface environment and its interaction with pollutants Transport and fate of groundwater contaminants Study of subsurface and pollutant characteristics Development of methods to access and protect groundwater quality Current Activity Mix Basic Research Applied Research Prototype Development Unique Specialties: In situ bioremediation Major Projects in FY89 1. Use of Indigenous Subsurface Microorganisms to Destroy Synthetic and Petroleum Derived Compounds Present in Ground Water 2. Study to Probe the Biodegradability of 24 Different Nitrogen Substituted and Sulfonated Benzene Aquifer Contaminants 3. The Fate of Halogenated Organic Chemicals in Anoxic Aquifers 4. Assessment of Spatial Variability in Biodegradation Rates as Evidenced by the Production of Methane 5. Cooperative Field Demonstration (with EPA, R.S. Kerr Environmental Research Laboratory) Conducted at U.S. Coast Guard Station in Traverse City, Michigan, Quantitative Demonstration of Raymond Process Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 4 Courses Offered in 1989: Other: Update and improvement in soil transport and fate data base; 14 articles in referenced journals; 3 books and bound proceedings; 17 chapters in other books; 24 proj. rep. Networking Activities Current Affiliations Auburn University Utah State University University of Texas University of California, Riverside EPA International Affiliations International conference held at Rice University on "Biological Processes for Subsurface Restoration" University of Kyoto, Japan History Date Founded: 1979 Founders: EPA Reasons for Founding: To create an EPA Center of Excellence for groundwater research Rutgers University Center for Coastal and Environmental Studies 104 Doolittle Building Busch Campus New Brunswick, NJ 08903 Rutgers University's Center for Coastal and Environmen- tal Studies has been involved in many projects ranging from onshore site planning for offshore petroleum to studies of coastal processes and research on the ecology of the pine barrens. The knowledge gained in the center's programs is disseminated through educational and train- ing curricula in the classroom, in the laboratories and in the field. Director: Norbert P. Psuty Phone: (201)932-3738 Size and Scope Number of Personnel: 30 FTEs: 30 Technical: 24 Administrative: 6 Background: PhDs: 20 MSs: 6 BSs: 4 73 ------- Son Jose State University Sources of Funding for FY89 University 40% Nonprofit Organization 18% Sate Government University: Rutgers University $643,450 Federal Government: National Park Service $491,890 State Government $196,750 Nonprofit Organization: Conservation Foundation; New Jersey Fund; Victoria Fund . . . $295,130 Networking Activities Current Affiliations National Park Service University of Massachusetts Woods Hole State University of New York, Stony Brook University of Delaware International Affiliations International Commission on the Coastal Environment of the International Geographic Union History Date Founded: 1971 Founders: Dr. Harold Haskin; Dr. Norbert Psuty Reasons for Founding: To direct and coordinate research in the coastal zone of New Jersey Services Provided Major Areas of Expertise Estuarine ecological studies Coastal erosion Sedimentation Marine fisheries Pmelands ecology Current Activity Mix Basic Research 67% Applied Research 33% Prototype Development Unique Specialties: Contracts with National Park Service on science in coastal parks and Atlantic Ocean Major Projects in FY89 1. Resource Documents on Scientific Inquiry in Atlantic Coastal National Parks 2. Acid Precipitation in Stream Water Chemistry in the Pinelands 3. A Study of the Endangered Shortnose Sturgeon in the Delaware River 4. Fisheries, Aquaculture, and Running Seawater System at the Rutgers Marine Field Station 5. Habitat Ecology of Offshore American Lobster San Jose State University Moss Landing Marine Laboratories P.O. Box 450 Moss Landing, CA 95039 San Jose State University's Moss Landing Marine Laboratories is jointly operated by six campuses of the California State University system. The laboratories' loca- tion is a tremendous asset, with Monterey Submarine Canyon, Elkhom Slough, sand dunes, rocky intertidal en- vironments, and subtidal kelp forests all nearby. The as- sociated flora and fauna in these habitats provide limitless opportunities for field-oriented studies and research. Director: John H. Martin Phone: (408)633-3304 Size and Scope Number of Personnel: 34 FTEs: 9 Technical: 23 Administrative: 11 Background: PhDs: 15 MSs: 4 Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Annual Report October 74 ------- South Dakota School of Mines and Technology Sources of Funding for FY89 Ftdertl Government 08* University / 1% Industry TX State Government 2% University: San Jose State University .... $29,600 Federal Government: NSF; NOAA; ONR . $4,715,730 State Government: Sea Grant Program; State Park and Recreation; State Fish and Game . . $110,884 Industry: Kinetic Labs; Harding Lawson Associates $55,000 Services Provided Major Areas of Expertise All disciplines of marine sciences Current Activity Mix Applied Research 100% Major Projects in FY89 1. Global Ocean Flux - Greenhouse Effect 2. In Situ Measurements of Chemical and Biological Interactions in Deep Sea Hydrothermal Vent Communities 3. Sediment Dynamics In South Atlantic Sector of Southern Ocean 4. Lateral Transportation of Trace Elements in the North East Pacific Intermediate Waters 5. Use of Algal Pigments as Biological Tracers for Upper Ocean Mixing Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Courses Offered in 1989: 16 Networking Activities Current Affiliations Consortium of Six California State University Campuses Central California Oceanographic Cooperative History Date Founded: 1966 Founders: California State Universities; NSF Reasons for Founding: To further marine studies South Dakota School of Mines and Technology Institute of Atmospheric Sciences 501 East St. Joseph Street Rapid City, SD 57701 3995 South Dakota School of Mines and Technology's In- stitute of Atmospheric Sciences concentrates its research on cloud and precipitation physics and small-scale atmos- pheric circulations. Facilities include a weather office; a data bank of climatological, radar, aircraft and satellite data; a cloud physics laboratory; an electronics laboratory and a computer based remote imaging processing system. Director: Paul L. Smith Phone: (605)394-2291 Size and Scope Number of Personnel: 20 FTEs: Technical: 14 Administrative: Background: PhDs: 6 MSs: Sources of Funding for FY89 17 6 8 Federal Government 75% University J Industry 10% University: South Dakota School of Mines and Technology $180,000 Federal Government: NSF; NASA . . . $900,000 Industry: Boeing $120,000 Services Provided Major Areas of Expertise Physical meteorology Cloud and precipitation physics Small-scale atmospheric calculations Air quality studies Radiation process Remote sensing Current Activity Mix Basic Research 67% Applied Research 33% Prototype Development Unique Specialties: X-ray detraction studies 75 ------- South Dakota State University Major Projects in FY89 1. North Dakota Thunderstorm Project 2. Pennington County Source Apportionment Paniculate Study 3. Small-Scale Circulation Studies 4. Cloud Studies (with satellite data) Using Numerical Models 5. Air Quality Studies Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 1 Courses Offered in 1989: 12 Networking Activities Current Affiliations National Center for Atmospheric Research, Boulder, Colorado Thunderstorm research in Alabama, Colorado, Florida, Oklahoma, Montana and North Dakota. International Affiliations Thunderstorm research in Canada and Switzerland History Date Founded: 1959 Founders: South Dakota Board of Regents Reasons for Founding: Weather monitoring; modification and atmospheric sciences research Sources of Funding for FY89 Federal Government 36% State Government 20% University 14% Industry 30% University: South Dakota State University . $140,000 Federal Government: U.S. Geological Survey; NASA Central Industrial Applications Center . $360,000 State Government: Department of Transportation; Department of Water $200,000 Industry: Daktronics; Hutchinson Technology $300,000 Services Provided Major Areas of Expertise Water quality Technology transfer Remote sensing Engineering support for industry Geographic information systems Current Activity Mix Basic Research Applied Research Prototype Development Unique Specialties: Geographic information systems; groundwater management research 20% South Dakota State University Engineering and Environmental Research Center Box 507 Brookings, SD 57007 199 South Dakota State University's Engineering and En- vironmental Research Center was created to consolidate multidisciplinary research and to enhance South Dakota's economic development by linking university researchers to industry. The center comprises three entities: the Of- fice of Remote Sensing, the Water Resources Institute and the Engineering Experiment Station. Director: LaDell R. Swiden Phone: (605)688-4184 Size and Scope Number of Personnel: 55 FTEs: 41 Technical 54 Administrative: 1 Background: PhDs: 27 MSs: 18 BSs: 10 Major Projects in FY89 1. Rural Clean Water Program 2. Great Plains Water Resource Research Center 3. South Dakota Resource Needs Analysis 4. Airborne Radar Project (VSGS/SLAR) 5. Study of Carbonated Wheat Products Technology Transfer Mecha sms/ Outreach Programs Symposia per Year. 4 Other: University/Industry Technology Service Networking Activities Current Affiliations NASA Central Industrial Applications Center (CIAC) Association of General Contractors Brookings Development Corporation 76 ------- Tennessee, University of(Knoxville) History Date Founded: 1986 Founders: South Dakota State University Board of Trustees Reasons for Founding: To enhance South Dakota's economic development by linking university researchers to industry Services Provided Major Areas of Expertise Hazardous substances Site remediation Treatment Groundwater contamination Current Activity Mix Applied Research 100% Stanford University and Oregon State University Western Region Hazardous Substance Research Center Department of Civil Engineering Stanford University Stanford, CA 94305 The Western Region Hazardous Substance Research Cen- ter is a cooperative effort between Stanford University and Oregon State University. The center was designed to address hazardous substance problems in EPA Regions 9 and 10. The center's objectives are to promote basic and applied research in hazardous waste treatment, and to rapidly disseminate new information to industrial and regulatory communities. Director: Perry McCarty Phone:(415)723-4123 Size and Scope Number of Personnel: 38 FTEs: 25 Technical: 37 Administrative: 1 Background: PhDs: 18 MSs: 6 Sources of Funding for FY89 Major Projects in FY89 1. Treatment of Complex Mixtures 2. Oxidation of Chlorinated Solvents by Methandrophs 3. In Situ Biological Treatment of Aromatics in Groundwater 4. Fastchem Applications and Sensitivity Analysis 5. Trace Metal Removal Processes Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 1 Annual Report: October Courses Offered in 1989: 1 Other: Workshops; short courses Networking Activities Current Affiliations Oregon State University Other EPA Hazardous Substance Research Centers History Date Founded: 1989 Founders: EPA; Oregon State University; Stanford University Reasons for Founding: To research treatment of hazardous substances Federal Government 74% University 14% Industry 12% University: Stanford University; Oregon State University $207,513 Federal Government: EPA; NSF; U.S. Navy; U.S. Air Force $1,130,000 Industry: Gas Research Institute; Electric Power Research Institute; Schlumijerger . . . $186,467 Tennessee, University of (Knoxville) Energy, Environment and Resources Center 327 South Stadium Hall Knoxville, TN 37996 710 University of Tennessee at Knoxville's Energy, Environ- ment and Resources Center is a multidisciplinary research center dedicated to exploring and resolving critical issues concerning energy, the environment, natural resources and technology. The center operates the Waste Manage- ment Research and Education Institute (WMREI) and the Water Resources Research Center (WRRC), and per- forms analysis for Oak Ridge National Laboratory. ------- Tennessee, University of (Knoxville) Director: William Colglazier Phone: (615)974-4251 Size and Scope Number of Personnel: 60 FTEs: 45 Technical; 45 Administrative: 15 Background: PhDs: 25 MSs: 35 Sources of Funding for FY89 Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: 2 Networking Activities Current Affiliations Operates: The Waste Water Resources Research Center, The Waste Management Research and Education Institute Fedaral Government 80% State Government 20% Industry University 14% ^Nonprofit Organization 3% University: University of Tennessee at Knoxville $910,000 Federal Government: EPA; DOE; TVA . . $3,900,000 State Government $1,300,000 Industry: Martin Marietta $195,000 Nonprofit Organization $195,000 Services Provided Major Areas of Expertise Exploring and resolving critical issues concerning energy, environment, natural resources and technology Current Activity Mix Basic Research 20% Applied Research 80% Market Assessment Products or Processes Commercialized: Biotechnology-related products Major Projects in FY89 1. Ethics and Values in Radioactive Waste Management 2. Improving Public Education in Hazardous Waste Management in Tennessee and Assessing Future Treatment and Disposal Capacity Needs 3. Data Management and Information System Development for Storage, Disposal and Transportation of Hazardous Wastes 4. Workshop in Industrial Hazardous Waste Management Practices and Genetic Transfer in Aquatic Environments 5. Solid Waste Survey and Waste Management Assessment Studies History Date Founded: 1972 Reasons for Founding: To carry out interdisciplinary research and problem solving Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 37996 710 The Waste Management Research and Education Institute at the University of Tennessee, Knoxville, is concerned with finding solutions to society's waste problems through multidisciplinary research and education. The center has a Policy Division which examines the relation- ships between corporate, regulatory, and public interests, and an Environmental Science and Biology Unit which re- searches the use of microorganisms in waste cleanup. Director: William Colglazier Phone: (615)974-4251 Size and Scope Number of Personnel: 25 FTEs: 12 Technical: 24 Administrative: 1 Background: PhDs: 20 MSs: 5 78 ------- Texas A&M University Sources of Funding for FY89 Federal Government 50% SUM Government 15% Nonprofit tanization 10% Industry Federal Government DOE; EPA; NSF; TVA $2,350,000 State Government $705,000 Industry: General Electric; Martin Marietta . $1,175,000 Nonprofit Organization: C.S. Mott Foundation $470,000 Services Provided Major Art as of Expertise Chemical, nuclear and solid waste management Biotechnology Current Activity Mix Applied Research 100% Products or Processes Commercialized: Biotechnology related products Unique Specialties: Biotechnology Major Projects in FY89 1. Ethics and Values in Radioactive Waste Regulation 2. Field Demonstration Analysis of an Anaerobic Treatment Process 3. Genetic Transfer in Aquatic Environments 4. Hydrolic Investigations at Oak Ridge National Laboratory 5. Genetic Approaches for Determining Persistence and Effects of Introduced Species Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Courses Offered in 1989: 2 Patents Issued in the Last 3 Years: 2 History Date Founded: 1985 Founders: University of Tennessee, Knoxville Reasons for Founding: Chartered as a State Center of Excellence Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Texas A&M University's Agricultural Engineering Re- search Center channels its research efforts into four major areas: bioprocessing of food and agricultural products; protein separation and fermenter technology; environmen- tal quality; and air and water quality. Director: Donald Reddell Phone:(409)845-3931 Size and Scope Number of Personnel: 19 FTEs: 19 Technical: 18 Administrative: 1 Background: PhDs: 10 MSs: 9 Sources of Funding for FY89 University 40% Federal Government 30% Industry 30% University: Texas A&M University . . . $840,000 Federal Government $630,000 Industry $630,000 Networking Activities Current Affiliations University of Tennessee, Knoxville, Water Resources Research Center VanderbUt University University of Tennessee, Knoxville, Energy, Environment and Resources Center International Affiliations Chinese Academy of Sciences, Beijing, Peoples Republic of China Services Provided Major Areas of Expertise Research on bioprocessing of food and agricultural products; Protein separation and fermenter technology Environmental quality; air and water quality Current Activity Mix Basic Research 30% Applied Research 70% 79 ------- Texas A&M University Major Projects in FY89 1. Institute Treatment T.C.E. Contaminated Ground Water (EPA) 2. Utilization of Remote Sensing to Extract Hydrological Information (U.S. Navy) 3. Evaluating Strength and Cracking Properties of Rice Kernels Due To Drying (Texas Rice Research Institute) 4. Development of New Cotton Gin, The Caged Gin (Cotton Inc.) 5. Development of Technology to Design Fermenters for Biological Fertilization Technology Transfer Mechanisms/ Outreach Programs Annual Report Summer Courses Offered in 1989: 5 Patents Issued in the Last 3 Years: 3 Patent Licenses Issued in the Last 3 Years: 2 Networking Activities Current Affiliations Texas Agricultural Association Institute of Food, Science and Technology Irrigation Society American Society of Agricultural Engineers American Society of Civil Engineers International Affiliations Cooperative agreement for R&D with Bi-National Agricultural Projects (Israel and U.S.) Informal agreement with Australian Meat Board Date Founded: 1932 Reasons for Founding: History To further agricultural research Texas A&M University Environmental and Water Resources Engineering Division Civil Engineering Department College Station, TX 77843 3136 The Environmental and Water Resources Division at Texas A&M University is concerned with evaluating the impact of human activities on ihe natural environment. The division also conducts research on the design and operation of municipal, industrial, and agricultural water systems. Director: Bill Batchelor Phone: (409)845-1304 Size and Scope Number of Personnel: 35 FTEs: Technical: 31 Administrative: Background: PhDs: 11 MSs: Sources of Funding for FY89 Federal Government 60% University ' 5% Industry 15% 25 4 24 Stare Government 20% University: Texas A&M University . . Federal Government: DOI; EPA; NOAA State Government: Texas Higher Education Coordinating Board; Texas Water Commission Industry . $75,000 $900,000 $300,000 $225,000 Services Provided Major Areas of Expertise Municipal, industrial, and agricultural water supply Wastewater treatment Hazardous waste management; air quality control Current Activity Mix Basic Research 70% Applied Research 30% Major Projects in FY89 1. Transport and Fate of Hazardous S ubstances 2. Sorption/Desorption Kinetics of Contaminants in Unsaturated Soils 3. Speciation and Behavior of Silica in Recycled Cooling Water 4. Disposal of Dredged Material Offshore Technology Transfer Mechanisms/ Outreach Programs Courses Offered in 1989: 4 Networking Activities Current Affiliations Texas Water Resource Institute Gulf Coast Hazardous Substance Research Center Lamar University History Date Founded: 1876 Founders: Texas A&M University 80 ------- Texas A&M University Texas A&M University Sea Grant College Program College Station, TX 77843 4115 Texas A&M University's Sea Grant College Program is a partnership of university, government and industry, focus- ing on marine research, education and advisory service. Specialties include marine recreation, fisheries, business management, environmental quality, and seafood market- ing technology and consumer education. Fostering inter- national trade competitiveness, exploring marine biotechnology, improving fish technology, and advancing aquaculture are all continuing goals of the program. Director: Thomas Bright Phone: (409)845-3854 Size and Scope Number of Personnel: 30 FTEs: 17 Technical: 14 Administrative: 3 Background: PhDs: 1 MSs: 1 BSs: 15 Sources of Funding for FY89 University 50% Federal Government 50% University: Texas A&M University Federal Government: NOAA . $1,600,000 . $1.600,000 Services Provided Major Areas of Expertise Fisheries Aquaculture Environmental marine policy management Current Activity Mix Applied Research 100% Major Projects in FY89 1. Cultchless Oysters Project 2. Predictive Methods for Salinity Intrusion in Galveston Bay 3. Physical Gonadotropin Research of Atlantic Croaker and Red Drum Fish 4. Pollutant Metal Removal and Release, Via Reactions with Sedimentary Pyrites 5. Thyroid Hormone Content of Fish Eggs and Larvae Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 3 Courses Offered in 1989: 20 Networking Activities Current Affiliations ' NOAA Marine Advisory Service Texas Agricultural Extension University of Texas Experiment Station Texas Agricultural Experiment Station History Date Founded: 1968 Founders: National Sea Grant College Program Reasons for Founding: To foster wise management and development of marine resources through research, education and advising Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Texas A&M University's Agricultural Experiment Sta- tion represents a state/federal partnership oriented to providing wholesome and healthy food for the entire population and to provide the technology for agricultural production, and the efficient processing, transportation and marketing of these products. Additionally, the Experi- ment Station regulates feed, fertilizers, beekeeping, and the Pullorum and Typhoid control programs. Director: Charles Amtzen Phone: (409)845-8484 81 ------- Texas, University of North Size and Scope Number of Personnel: 2000 FTEs: 500 Technical: 1500 Administrative: ^00 Background: PhDs: 500 Sources of Funding for FY89 Mmtry '** Federal Government: USDA; AID; NIH . $20,901,720 State Government $47,775,360 Industry: Bell Chemical; Ciba Geigy; Shell; Monsanto $11,943,840 Other Products, charges and revolving funds $18,911,080 Services Provided Major Areas of Expertise Animal science Biochemistry Food technology Nutrition Natural resources Water quality Current Activity Mix Basic Research > Applied Research Prototype Development Market Assessment Products or Processes Commercialized: Basulo Virus Expression System Major Projects in FY89 1. Engineering Systems for Agricultural Paniculate Pollution Abatement 2. The Expanding Dairy Industry: Impact on Groundwater Quality and Quantity 3. Evaluation of the Mutagenic Potential of Municipal Landfill Leachate 4. Effectiveness of Native Species Buffer Zone for Nonstructural Treatment of Urban Runoff 5. Effect of Agricultural Production and Public Policy on Groundwater Quality Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: 1 Patent Licenses Issued in the Last 3 Years: 2 Other: 14 Texas A&M Agricultural and Research Extension Centers Networking Activities Current Affiliations Baylor University University of Texas International Affiliations Johannes Kepler University Linz, Altenbergerstrasse 69,4040 Linz-Auhof, Austria University of Antwerp (UIA), Universiteitsplein, B-2610Wilrijk, Belgium Nanjing Medical College, Han Zhoung Road, #140, Nanjing, Jiansu Province, People's Republic of China History Date Founded: 1887 Founders: Texas Legislature Reasons for Founding: To meet provisions of the Hatch Act Texas, University of North Institute of Applied Sciences P.O. Box 13078 Denton, TX 76203 3078 The Institute of Applied Sciences at North Texas State University conducts research and educational activities that seek solutions to issues and problems related to the development of natural and human resources. The institute's specialties include: land and water resources, waste management, toxic substances, and environmental impact Director: Kenneth L. Dickson Phone: (817)565-2694 Size and Scope Number of Personnel: 54 FTEs: 34 Technical: 49 Administrative: 5 Background: PhDs: 16 MSs: 14 BSs: 19 82 ------- Texas, University of (Austin) Sources of Funding for FY89 Industry 52% Nonprofit Organization 1% Slate Government 7% Federal 'Government 40% Federal Government: EPA; Army Corps of Engineers; U.S. Air Force $756,000 State Government $128,000 Industry: Mobay; Natural Gas Pipeline; Shell; City of Dallas Water Utilities; Exxon . . . $978,000 Nonprofit Organization: Shell Oil Company Foundation; Texas Nature Conservancy . . $22,000 Services Provided Major Areas of Expertise Land, water, energy and human resources Waste management Toxic substances Environmental impact Archaeology Current Activity Mix Basic Research 50% Applied Research 50% Migor Projects in FY89 1. Lake North Silt Removal Study 2. Remote Sensing and Habitat Mapping for Endangered Species 3. Stress Protein Monitoring 4. Impoundment Studies for Ray Roberts Lake 5. Cultural Resources Investigations at Jones Farm Networking Activities Current Affiliations EPA History Date Founded: 1976 Founders: University of North Texas Reasons for Founding: To seek solutions to issues and problems related to the development of natural and human resources Texas, University of (Austin) Center for Research in Water Resources 10100 Burnett Road Austin, TX 78758 4497 The Center for Research in Water Resources at the University of Texas, Austin, concentrates its research on hydraulics, groundwater processes, hazardous waste management, water quality, and water policy infrastruc- ture. The center strives to broaden the interpretation of water resources to include the social and political aspects of water management. Director: Randall J. Charbeneau Phone:(512)471-3131 Size and Scope Number of Personnel: 19 FTEs: Technical: 14 Administrative: Background: PhDs: 8 MSs: BSs: 6 Sources of Funding for FY89 19 5 5 Federal Government 50% University ^ 20% Industry 20% State Government '0% University: University of Texas, Austin . . $440,000 Federal Government: EPA; DOE . . . .$1,100,000 State Government $220,000 Industry $440,000 Services Provided Major Areas of Expertise Addressing state's water needs through research and education related to conservation Water quality Efficient use of Texas' water resources Current Activity Mix Basic Research 60% Applied Research 40% 83 ------- Tufts University Major Projects in FY89 1. Conjunctive Use of Groundwater and Surface Water 2. Hydrology and Reservoir Management 3. Water Reuse and Wastewater Treatment 4. Low Level Radioactive Waste Research 5. Sediment Transport Technology Transfer Mechanisms/ Outreach Programs Courses Offered in 1989: 11 Other Report series (3 issued in 1989) Networking Activities Current Affiliations Texas A&M University L.B J. School of Public Affairs History Date Founded: 1983 Founders: Dr. Ernest Gloyna Reasons for Founding: To coordinate various facets of University of Texas at Austin involved in water research Tufts University Center for Environmental Management Curtis Hall 474 Boston Avenue Medford, MA 02155 Tufts University Center for Environmental Management (CEM) uses multidisciplinary strategies to develop long- term solutions to pollution problems. CEM's specialties include environmental monitoring, biological markers and ecological risk assessment and management. Director: Dr. William R. Moornaw Phone: (617)381-3486 Size and Scope Number of Personnel- 27 FTEs: 27 Technical: 18 Administrative: 9 Background: PhDs: 4 MSs: 14 BSs: 9 Sources of Funding for FY89 Federal Government 72% University 8% Industry University: $397,200 Federal Government: EPA $3,500,000 Industry: $210,000 Other: Self-generated income $750,000 Services Provided Major Areas of Expertise Environmental monitoring; Biological markers Ecological risk assessment and management Current Activity Mix Basic Research 20% Applied Research 80% Prototype Development Field Testing Performance Testing Market Assessment Unique Specialties: Training Major Projects in FY89 1. Development of in situ continuous water quality monitor technologies 2. Information and Education Research Health in Salient and Environmental Health Issues 3. Major Investigation of Corporate Environmental Management, Both Domestic and International 4. Global Climate Change Research 5. Comprehensive Pollution Prevention Research Agenda Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 1 Newsletters per yean 4 Annual reports: October Courses Offered in 1989: 60 Patents Issued in the Last 3 Years: 3 (2 pending) Patent Licenses Issued in the Last 3 Years: 1 (1 pending) Othen Course bulletin (3 times per year); research projects currently funded by CEM; Environmental Resource Guide 84 ------- Utah State University Networking Activities Current Affiliations Northeast Hazardous Substance Research Consortium; Massachusetts Institute of Technology; New Jersey Institute of Technology; Boston University; New York University Medical Center International Affiliations University of Moscow, Moscow, USSR History Date Founded: April 1984 Founder Dr. Anthony Cortese Reasons for Founding Concern about global security and international competitiveness Utah State University Services Provided Major Areas of Expertise Terrestrial and aquatic ecology Biology Fisheries and wildlife Forest resources Geology Plant science Range science Soil science Biometeorology Current Activity Mix Basic Research 75% Applied Research 25% Major Projects in FY89 1. Effects of Ultra-Violet Radiation on Plant Growth 2. Water Pollution Rate Variance as Desert Vegetation is Altered 3. Plant Ecology and Soils of Great Basin Desert 4. Montane Forest Ecology, Northern Utah 5. Disturbed Mine Lands Restoration Ecology Center Logan, UT 84322 5205 The Ecology Center at Utah State University coordinates environmental research for eight departments of the university including: biology, fisheries and wildlife, forest resources, geology, plant science range science and biometerology, and geography and earth resources. Director: Frederic H. Wagner Phone: (801)750-2555 Size and Scope Number of Personnel: 103 FTEs: 78 Technical: 100 Administrative: 3 Background: PhDs: 50 MSs: 50 Sources of Funding for FY89 Federal Government 75% University Stale Government 10% Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Courses Offered in 1989: 50 Networking Activities Current Affiliations Association of Ecosystem Research Centers International Affiliations Governments of India, Tunisia Hebrew University, Jerusalem, Israel History Date Founded: 1966 Founders: Utah State Legislature; NSF Reasons for Founding: To coordinate and support graduate education and research in ecology University: Utah State University .... $450,000 Federal Government: EPA; NSF; USDA; DOE $2,250,000 State Government $300,000 85 ------- Utah State University Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 4445 The Huntsman Environmental Research Center at Utah State University is dedicated to research on recycling, waste site decontamination, water quality and the preser- vation of trees. The center was established to oversee and fund applied research at USU and other colleges and universities through the Western United States. Director: Larry Piette Phone:(801)750-1186 Size and Scope Number of Personnel: 50 FTEs: 45 Technical: 45 Administrative: 5 Background: PhDs: 50 Sources of Funding for FY89 Industry: Huntsman Chemical $1,000,000 Services Provided Major Anas of Expertise Recycling Waste site decontamination Water quality Air quality Forestry Current Activity Mix Basic Research 80% Applied Research 20% Prototype Development Market Assessment Products or Processes Commercialized: White Rot Fungus Major Projects in FY89 1. White Rot Fungus Research 2. DensificationofPolystyrofoam 3. Arid Land Ecology 4. Microbial Decontamination Process 5. Recycling Research Technology Transfer Mechanisms/ Outreach Programs Patents Issued in the Last 3 Years: 3 Patent Licenses Issued in the Last 3 Years: 1 Networking Activities Current Affiliations Umbrella for: Utah State University Ecology Center Water Research Lab Toxicology Center Biotechnology Center Environmental Engineering Research Center History Date Founded: 1989 Founders: Utah State University; Jon Huntsman Reasons for Founding: Huntsman Chemical Corportion Grant Utah State University Utah Water Research Laboratory Logan, UT 84322 8200 Utah State University's Utah Water Research Laboratory combines practical problem solving and effective water education and training programs. The laboratory brings a wide perspective, recognized specialized expertise and many years of practical experience into such diverse areas as: hydraulic testing; erosion studies and water quality analysis; experimental research; numerical analysis and computer modeling; and expert short-term consulting. Director: L. Douglas James Phone:(801)750-3168 Size and Scope Number of Personnel: 190 FTEs: 150 Technical: 165 Administrative: 25 Background: PhDs: 70 MSs: 75 BSs: 20 ------- Virginia Polytechnic Institute and State University Sources of Funding for FY89 F»a«nl Government 45% Industry 5% State Government 50% Federal Government: EPA; U.S. Geological Survey; National Institute of Environmental Health Sciences; U.S. Air Force $1,125,000 State Government $1,250,000 Industry: Electric Power Research Institute . $ 125,000 Services Provided Major Areas of Expertise Hydraulic testing Erosion studies Water quality analysis Numerical analysis Computer modeling Current Activity Mix Basic Research 25% Applied Research 75% Market Assessment Unique Specialties: Rainfall simulator, hydraulic modeling Major Projects in FY89 1. Hazardous Waste Management (Air Emissions from Soil; Mining Waste Impact and Treatment; Fate and Transport Modeling) 2. Natural Systems (Great Salt Lake, Bear River) 3. Industrial/Municipal Waste Treatment (Bio-film System Modeling; Sludge Management; Dairy Waste Treatment) 4. On-site Waste Disposal (Septic Tank Drain Fields; Groundwater Impacts; Alternative On-site Disposal Systems) 5. Water Treatment (Slow Sand Filtration; Home Water Purifiers) Technology Transfer Mechanisms/ Outreach Programs Annual Report Biennial Networking Activities Current Affiliations National Association of Water Institute Directors International Affiliations USAID program in Pune, India History Date Founded: 1964 Founders: University and State Legislature Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 415 Virginia Polytechnic Institute and State University's University Center for Environmental Studies was estab- lished to carry out interdisciplinary research on environ- mental problems, and to help government, industry, and the public to use this information effectively. The center has expertise in restoration of damaged ecosystems, haz- ardous waste storage sitings and toxicity testing. Director: John Cairns, Jr. Phone:(703)231-7075 Size and Scope Number of Personnel: 28 FTEs: 25 Technical: 23 Administrative: 5 Background: PhDs: 22 MSs: 5 Sources of Funding for FY89 Federal Government 65% Nonprofit Organization 3% Industry 30% State Government 2% Federal Government: NSF; EPA .... $552,500 State Government $17,000 Industry $255,000 Nonprofit Organization $25,500 87 ------- Virginia Polytechnic Institute and State University Services Provided Major Areas of Expertise Restoration of damaged ecosystems Hazardous waste storage sitings Toxicity testing Current Activity Mix Basic Research 90% Applied Research 10% Unique Specialties: Multispecies toxicity testing; restoration ecology; biological monitoring Major Projects in FY89 1. Eradication of Pesticides (Asiatic Clam, Zebra Clam) 2. Recovery and Restoration of Damaged Ecosystems 3. Acute Toxicity, Chronic Impairment and Recovery of the Snail from Copper Dominated Effluent Exposures 4. Methylene Blue as a Fitness Indicator in Laraval Fish Testing 5. Effects of Enrichment and Plant Interactions on Survival and Detection of Genetic Alterations Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 2 Annual Report January Networking Activities Current Affiliations Hazardous Waste Institute Directors International Affiliations Institute of Hydrobiology, Wuhan, Peoples Republic of China Environmental Center, Nanjing University, Peoples Republic of China History Date Founded: 1970 Founders: Board of Visitors (trustees) Reasons for Founding: To provide neutral ground for interdisciplinary work Virginia Polytechnic Institute and State University Virginia Cooperative Fish and Wildlife Research Unit 106 Cheatham Hall Blacksburg.VA 24061 Virginia Polytechnic Institute and State University's Vir- ginia Cooperative Fish and Wildlife Research Unit operates as a cooperative arrangement between the U.S. Fish and Wildlife Service, Virginia Department of Game and Inland Fisheries, and the Wildlife Management In- stitute. The unit emphasizes stream ecology, wildlife ecol- ogy and endangered species studies; and wet laboratory and behavior laboratory facilities are maintained. Director: Richard Neves, Unit Leader Phone:(703)231-5927 Size and Scope Number of Personnel: 17 FTEs: Technical: 15 Administrative: Background: PhDs: 4 MSs: Sources of Funding for FY89 Federal Government 40% Industry 20% 5 2 12 State Government 40% Federal Government $400,000 State Government $400,000 Industry $200,000 Services Provided Major Areas of Expertise Endangered species Anadromous fish Big game management Black bear research Stream ecology Current Activity Mix Basic Research 50% Applied Research 50% Major Projects in FY89 1. Population Biology and Acid Tolerance of Fresh Water Crayfish 2. Life History of the Endangered Fine Rayed Pigtoe Pearly Muscle 3. Population Characteristics and Ecology of Black Bears in Shenandoah National Park 4. Population and Ecology of Jack Rabbits on Cobb Island, Virginia 5. Development of Techniques for Propagation of Threatened Fish Species in Virginia 8S ------- Wisconsin, University of (Madison) Technology Transfer Mechanisms/ Outreach Programs Annual Report October Courses Offered in 1989: 1 Other Scientific journal articles Networking Activities Current Affiliations Cooperative Research Unit Center of the Fish and Wildlife Service History Date Founded: 1985 Founders: U.S. Government; Virginia Department of Game Reasons for Founding: To produce graduate students in Fish and Wildlife Services Provided Major Areas of Expertise Coordinating research teams Training Sampling and testing Fundraising Information dissemination Current Activity Mix Basic Research 25% Applied Research 75% Prototype Development Products or Processes Commercialized: Will help business perfect testing processes Unique Specialties: Lake restoration Major Projects in FY89 1. Water Efficiency Studies 2. Improved Dams/Hydro-Electric Power 3. Lake Restoration Washington State University State of Washington Water Research Center Pullman, WA 99164 3002 The State of Washington Water Research Center at Washington State University is involved in coordinating research teams, training, sampling and testing and infor- mation dissemination regarding water resources. Director: William H. Funk Phone:(509)335-5531 Size and Scope Number of Personnel: 8 FTEs: Technical: 2 Administrative: Background: PhDs: 2 Sources of Funding for FY89 State Government 33% 6 6 Federal Government: U.S. Geological Survey $333,333 State Government $333,333 Industry $333,333 Technology Transfer Mechanisms/ Outreach Programs Symposia per Year 6 Annual Report May Networking Activities Current Affiliations National Association of Water Institute Directors History Date Founded: 1964 Founders: State of Washington Reasons for Founding: To inventory state water resources Wisconsin, University of (Madison) Institute for Environmental Studies (IES) 1007 Wharf Office Building 610 Walnut Street Madison, WI53705 University of Wisconsin, Madison's Institute for Environ- mental Studies is a comprehensive, independent academic unit designed to study interrelationships between people and the environment The institute encompasses seven re- search centers: Center for Biotic Systems, Center for Climatic Research, Center for Environmental Policy Studies, Environmental Remote Sensing Center, Center for Human Systems, Center for Land Information Studies, and Marine Studies Center. ------- Wisconsin, University of (Madison) Director: Arthur B. Sacks Phone: (608)262-5957 Size and Scope Number of Personnel: 55 FTEs: 33 Technical: 45 Administrative: 10 Background: PhDs: 22 Sources of Funding for FY89 Federal Government 44% Organization 8% Stale Government Networking Activities Current Affiliations International Society for Environmental Education, Columbus, Ohio North American Association for Environmental Education; International Network for Research Inventory Center, Dartmouth College History Date Founded: 1967 Founders: University of Wisconsin, Madison Reasons for Founding: Education, interdisciplinary research, and public outreach Wisconsin, University of (Madison) Federal Government: NSF; NASA; NOAA; U.S. Geologi- cal Survey .$1,100,000 State Government $1,200,000 Nonprofit Organization: Hewlett Foundation $200,000 Services Provided Major Areas of Expertise Environmental monitoring Land and water resource management Energy analysis Current Activity Mix Basic Research Applied Research Major Projects in FY89 1. Adaptations of Aquatic Plants to Oligotrophic Lakes 2. Using Environmental Indicators to Construct a History of Climate Changes Based on Global Data 3. Employing Computer-Enhanced Imagery to Help Detect and Manage Hazardous Waste Disposal Sites 4. Consequences to Newborn Babies of Comsumpuon by Their Mothers During Pregnancy of Lake Michigan Fish Contaminated with Polychlonnated Biphenyls (PCB) 5. Compiling Information on Consumptive Uses of Great Lakes Water by the States and Canadian Provinces Technology Transfer Mechanisms/ Outreach Programs Symposia per Year. 6 Annual Report July Water Chemistry Program 660 North Park Street Madison, WI53706 University of Wisconsin, Madison's Water Chemistry Program applies principles of chemistry to pollutants in air, surface water and groundwater. Particular emphasis is placed on lake research (hazardous organic compounds, atmospheric input of chemicals, trace metal chemicals). Fields of study also include aqueous systems, photochemi- cal reactions and ceramic membranes. Director: D£. Armstrong (Head) Phone: (608)262-2470 Size and Scope Number of Personnel: 40 FTEs: Technical: 37 Administrative: Background: PhDs: 10 MSs: Sources of Funding for FY89 35 3 25 Federal Government 80% University 10% Industry 10% University: University of Wisconsin, Madison $ 100,000 Federal Government $800,000 Industry $100,000 90 ------- Wisconsin, University of (Madison) Services Provided Major Anas of Expertise Applications of chemistry to problems in air, surface water and ground water Fate assessment of organic chemicals in the environment Development of ceramic materials via photocataly sis Current Activity Mix Basic Research 95% Applied Research 5% Prototype Development Major Projects in FY89 1. Use of Ceramic Materials for Photocataly sis 2. Fate Assessment of Organic Chemicals in the Great Lakes 3. Panicle Mediated Reactions of Organic Chemicals in Lakes 4. Diagenesis of Fitoplankton Pigment in Lakes 5. Chemical Properties Estimated for Organic Chemicals Technology Transfer Mechanisms/ Outreach Programs Other Seminars and publications History Date Founded: 1961 Reasons for Founding: To study water pollutants through the principles of chemistry Wisconsin, University of (Madison) Water Resources Center 1975 Willow Drive Madison, WI53706 The University of Wisconsin, Madison's Water Resour- ces Center provides a program of research, education and information dissemination on problems of Wisconsin, the north central region, and the rest of the nation. The center's research focuses on groundwater evaluation. Director: Gordon Chesters Phone: (608)262-3577 Size and Scope Number of Personnel: 24 FTEs: 16 Technical: 16 Administrative: 8 Sources of Funding for FY89 University 50% Federal Government 50% University: University of Wisconsin, Madison $625,000 Federal Government: U.S.Geological Survey; NSF; EPA;USDA;DOE 5625,000 Services Provided Major Areas of Expertise To coordinate research on water resources at the university, other Wisconsin colleges, universities and state agencies Technology transfer Groundwater evaluation (quality, transport, toxicology) Current Activity Mix Basic Research 33% Applied Research 67% Unique Specialties: Coated ceramic membranes as filters Major Projects in FY89 1. Preferential Water Flow Through Soil 2. Herbicides and Decontamination of Groundwater 3. Potential Groundwater Impacts from Management Techniques Designed to Abate Nonpoint Pollutants to Surface Waters 4. Photocatalysis of Halogenated Hydrocarbons Using Hydrous Oxides and Ordered Ceramic Membranes 5. Mitochondrial Bioassay for Toxic Substances in Water Technology Transfer Mechanisms/ Outreach Programs Annual Report: December Patents Issued in the Last 3 Years: 2 Networking Activities Current Affiliations Michigan State University U.S.Geological Survey Great Lakes Regional Network ------- Wyoming, University of International Affiliations Envirotech, Vienna, Austria International Society for Environmental Protection UNESCO National Research Council of Italy, Venice, Italy International Water Resources Association U.S. and Canada, International Joint Commission on Management Strategies for the Great Lakes, Buffalo, New York History Date Founded: 1964 Founders: Water Resources Research Act of 1964 Reasons for Founding: To advise on groundwater management and cleanup Wyoming, University of Services Provided Major Areas of Expertise Groundwater quality Fisheries Resource economics Geography Water development Modeling Current Activity Mix Basic Research Applied Research 50% 50% Unique Specialties: Water Resources Data System (WRDS) Major Projects in FY89 1. Satellite Imagery 2. Groundwater Contaminant Detection 3. Riparian Zone Management 4. Little Horse Creek Loss Study 5. Furrow Irrigation Efficiency Wyoming Water Research Center Box 3067 University Station Laramie, WY 82071 3067 The Wyoming Water Research Center at the University of Wyoming sponsors and conducts multidisciplinary re- search related to the management and preservation of Wyoming's water resources. The center investigates the legal, engineering, geological, political, social and en- vironmental factors at work in water issues. Director: Steven P. Gloss Phone: (307)766-2143 Size and Scope Number of Personnel: 71 FTEs: Technical: 64 Administrative: Background: PhDs: 40 MSs: BSs: 12 Sources of Funding for FY89 59 7 12 Technology Transfer Mechanisms/ Outreach Programs Symposia per Yean 3 Annual Report: December Other: Hotline Number: (307)766-6651 Available to anyone Networking Activities Current Affiliations U.S. Geological Survey International Affiliations U.S. Agency for International Development (project in Swaziland) History Date Founded: 1964 Founders: State of Wyoming Reasons for Founding: Long-range Wyoming water development program Federal Government. 36% State Government 53% University ' 4% University: University of Wyoming . . . .$56,000 Federal Government U.S. Geological Survey $570,000 State Government $840,000 Industry $129,000 92 ------- Appendix This Appendix to the Directory lists cooperative university and industry environmental R&D centers that are not included in the body of the directory because their funding levels are below $1 million per year. These centers are listed to inform the user of their existence and to provide a point of contact at each center. Academy of Natural Sciences Division of Environmental Research 19th Street and the Parkway Philadelphia, PA 19103 Director: Louis E. Sage Phone: (215)299-1081 Arkansas Tech University Arkansas Mining and Mineral Resources Research Institute Arkansas Mining Institute Russellville, AK 72801 Director: Henry L. Barwood Phone: (501)968-0201 Agricultural Research Institute 9650 Rockville Pike Bethesda,MD 20814 Director: William Stanwood Cath Phone: (301)530-7122 Batelle Science and Government Study Center 4000 ME. 41st Street Seattle, WA 98105 Phone: (206)525-3130 American Iron and Steel Institute 1133 15th Street N.W. Washington, DC 20005 2701 Director: William E. Dennis Phone: (202)452-7265 Baylor University Institute of Environmental Studies CSBBox402 Waco, TX 76798 Director: W. Merle Alexander Phone: (817)755-3406 American Petroleum Institute 1220 L Street N.W. Washington, DC 20005 Director: Charles J. DiBona Phone: (202)682-8000 Bemidji State University Center for Environmental Studies Bemidji, MN 56601 Director: Steven A. Spigarelli Phone: (218)755-2910 Arizona State University Center for Research in Engineering & Applied Sciences Tempe,AZ 85287 5506 Director: Charles E. Backus Phone: (602)965-2975 Boston University Center for Energy and Environmental Studies 648 Beacon Street Boston, MA Director: T.R. Lakshamanan Phone: (617)353-3083 Arizona State University Laboratory of Climatology Tempe.AZ 85287 Director: Anthony J. Brazel Phone: (602)965-6265 Bowdoin College Marine Station Brunswick, ME Director: Edward S. Gilfillan Phone: (207)725-3000 93 ------- Brigham Young University Appendix Brigham Young University Aquatic Ecosystem Analysis Laboratory 105 Page Street Provo,UT 84602 Director: Fred A. Mangum Phone: (801)378-4928 City College of City University of New York Institute of Marine and Atmospheric Sciences Science Building 138th Street and Convent Avenue New York, NY 10031 Director: John H. Tietjen Phone: (212)690-6800 Brigham Young University Environmental Analysis Laboratory 368-RCB Provo.UT 84602 Director: LaVere B. Merritt Phone: (801)378-2972 Clarkson University Environmental Science and Engineering Program Rowley Laboratories Potsdam, NY 13676 Director: Thomas L. Theis Phone: (315)268-3853 California Air Resources Board Sacramento, CA Phone: (916)445-0753 California Institute of Technology Environmental Quality Laboratory 105-% Pasadena, CA 91125 Director: Norman Brooks Phone: (818)356-4167 Clemson University Clemson Hydraulics Laboratory LowryHall Clemson, SC 29631 Director: Ben L. Sill Phone: (803)656-3325 Clemson University Water Resources Research Institute 310 LowryHall Clemson, SC 29634 2900 Director: Paul B. Zielinski Phone: (803)656-3271 California State College, Bakersfield Center for Environmental Studies 9001 Stockdale Highway Bakersfield, CA 933111099 Director: Ted D. Murphy Phone: (805)664-3167 Connecticut Agricultural Experiment Station 123 Huntington Street P.O. Box 1106 New Haven, CT Director: John F. Anderson Phone: (203)789-7272 Center for Public Interest Research 220 North Chestnut Lansing, MI 48933 Director: Donald J. Rounds Phone: (517)487-6001 Coordinating Research Council, Inc. 219 Perimeter Center Parkway Atlanta, GA 30346 Director: Alan E. Zengel Phone: (404)396-3400 Center for Short-Lived Phenomena P.O. Box 199 Harvard Square Station Cambridge. MA Director: Richard Golob Phone: (617)492-3310 Cornell University Toxic Chemicals Laboratory New York State College of Agriculture Tower Road Ithaca, NY 14853 Director: Donald J. Lisk Phone: (607)255-4538 94 ------- Appenaix International Fabricare Institute Cranbrook Institute of Science 500 Lone Pine Road P.O. Box 801 Bloomfield Hills, MI 48013 Director: Robert M. West Phone: (313)645-3260 Florida State University Center for Aquatic Research & Resource Management 136-B Conradi Building Tallahassee, FL 32306 Director: Robert J. Livingston Phone: (904)644-4887 Delaware State College Agricultural Experiment Station Dover, DE 19901 Director: Ulysses S. Washington Phone: (302)736-4929 Gulf South Research Institute P.O. Box 14787 Baton Rouge, LA 70898 Director: James H. Clinton Phone: (504)766-3300 Drexel University Environmental Studies Institute Philadelphia, PA 19104 Director: Herbert E. Allen Phone: (215)895-2265 Heidelberg College Water Quality Laboratory Tiffin, OH 44883 Director: David Baker Phone: (419)448-2201 Environmental Action Foundation 1525 New Hampshire Avenue N.W. Washington, DC 20036 Director: Ruth Caplan Phone: (202)745^870 HT Research Institute 10 West 35th Street Chicago, IL 60616 Director: David L. Morrison Phone: (312)567-4000 Environmental Defense Fund 257 Park Avenue South New York, NY 10010 Director: Frederic D. Krupp Phone: (212)505-2100 Indiana State University Remote Sensing Laboratory Department of Geography and Geology Terra Haute, IN 47809 Director: John Harrington Phone: (812)237-2264 Environmental Hazards Management Institute 137 High Street Box 283 Portsmouth, NH Director: Alan J. Bomer Phone: (603)436-3950 Indiana University Environmental Systems Application Center School of Public and Environmental Affairs Bloomington, IN 47405 Director: William W, Jones Phone: (812)335-4556 Farallones Institute Center for Sustainable Agriculture 2318BreeLane Davis, CA 95616 Director: David Katz Phone:(916)756-7177 International Fabricare Institute 12251 Tech Road Montgomery Industrial Park Silver Spring, MD 20904 Director: Elizabeth Mooreland Phone: (301)622-1900 95 ------- Johns Hopkins University Appendix Johns Hopkins University Chesapeake Bay Institute 4800 Atwell Road Shady Side, MD 20764 Director: James D. Ebert Phone: (301)867-7550 Marine Resources Research Institute South Carolina Wildlife and Marine Resources Department Charleston, SC 29412 Director: Victor G. Burrell, Jr. Phone: (803)795-6350 Johns Hopkins University Chesapeake Research Consortium P.O. Box 1120 Gloucester Point, VA 23062 Director: Maurice P. Lynch Phone: (804)642-7153 Kansas State University Kansas Water Resources Research Institute 144 Waters Hall Kansas State University Manhattan, KS 66506 Director: Hyde S. Jacobs Phone: (913)532-5729 Kent State University Center for Aquatic Ecology Biological Sciences Kent, OH 44242 Director: G. Dennis Cooke Phone: (216)672-3613 Memphis State University Institute for Engineering Research Memphis, TN 38152 Director: Gerald Jacubowski Phone: (901)678-2718 Midwest Research Institute 425VolkerBlvd Kansas City, MO 641102299 Director: John C. McKelvey Phone: (816)753-7600 Mileau Foundation San Jose, CA Phone: (408)723-2167 Montana State University Institute of Natural Resources Bozeman, MT 59717 Phone: (406)994-2432 Lenox Institute for Research Inc. 101 Yokun Avenue Lenox, MA Director: Lawrence K. Wang Phone: (413)637-3025 Loma Linda University Survey Research Service NicholHall Loma Linda, CA 350 Director: Jan Kuzma Phone: (714)8244591 Marine Biological Laboratory Woods Hole, MA Director: Harlyn O. Halvorson Phone: (508)548-3705 Monte Marine Laboratory 1600 City Island Park Sarasota,FL 33577 Phone: (813)3884441 National Council of the Paper Industry for Air and Stream Improvement, Inc. 260 Madison Avenue New York, NY 10016 Director: Isiah Gellman Phone: (212)532-9000 National Food Processors Association Research Foundation 1401 New York Avenue Washington, DC 20005 Director: Dennis R. Heldman Phone: (202)639-5955 96 ------- Appendix Pennsylvania State University Natural Energy Laboratory of Hawaii P.O. Box 1749 Keahole Point Kailua-Kona,HI 96745 Director: Thomas H. Daniel Phone: (808)329-7341 New Jersey Institute of Technology Center for Urban and Environmental Engineering 323 Dr. Martin Luther King Jr., Blvd Newark, NJ Director: Harold Deutschman Phone:(201)596-2467 New York University Laboratory of Microbial Ecology 753 Brown Building New York, NY 10003 Director: Guenther Stotzky Phone: (212)998-8266 North Carolina State University Southeastern Plant Environment Laboratory Box 7618 Gardner Raleigh, NC 27695 Director: Robert Jack Downs Phone: (919)737-2778 Ohio State University Laboratory for Environmental Studies Ohio Agricultural Research & Development Center Madison Avenue Wooster.OH 44691 Director: T. Craig Weidensaul Phone: (216)263-3700 Oklahoma State University Center for Applications of Remote Sensing 111 Thatcher Hall Stillwater, OK 74078 Director: Mark S. Gregory Phone: (405)744-5000 Oklahoma State University Water Quality Research Laboratory Stillwater, OK 74074 Director: Sterling L. Burks Phone: (405)624-4551 Oregon State University Oak Creek Laboratory of Biology Department of Fisheries and Wildlife CorvaUis,OR 97331 Director: Charles E. Warren Phone: (503)754-3503 Northeastern Illinois University International Association for Advancement of Earth and Environmental Sciences Department of Geography and Environmental Studies 5500 North St. Louis Avenue Chicago, IL 60625 Director: Musa Qutub Phone: (312)794-2628 Oregon State University Water Resources Research Institute Strand Agriculture Hall Room 210 Corvallis,OR 973312208 Director: Benno P. Warkentin Phone: (503)737-4022 Nova University Institute of Marine and Coastal Studies 8000 North Ocean Drive Dania,FL 33004 Director: Richard Dodge Phone:(305)475-7300 Pennsylvania State University Center for Air Environmental Studies 226 Feuske Laboratory University Park, PA 16802 Director: Mr. Ready Phone: (814)865-1415 Ohio State University Engineering Experiment Station 2070 Neil Avenue Columbus, OH 43210 Director: Robert F. Redmond Phone:(614)292-2411 Pennsylvania State University Engineering Research Program 101 Hammond Building University Park, PA 16802 Director: Thomas A. Seliga Phone: (814)865-4542 ------- Pennsylvania State University Appendix Pennsylvania State University Office of Hazardous and Toxic Waste Management Land and Water Resources Research Building University Park, PA 16802 Director: Raymond W. Regan Phone: (814)863-0291 South Dakota State University Engineering Experiment Station Box 2219 Brookings,SD 57007 Director: LaDell Swiden Phone: (605)688^184 Pennsylvania State University Soil and Environmental Chemistry Laboratory 104 Research Unit A University Park, PA 16802 Director: Dale E. Baker Phone: (814)865-1221 South Dakota State University Water Resources Institute Brookings,SD 57007 Director: Alan R. Bender Phone: (605)688-4910 Polytechnic Institute of New York Center for Fire Research 333 Jay Street Brooklyn, NY 11201 Director: Mr. Goodman Phone: (718)260-3600 Southwest Research Institute 6220 Cullebra Road P.O. Drawer 28510 San Antonio, TX 78284 Director: Martin Goland Phone:(512)684-5111 Purdue University Department of Medicinal Chemistry, Bionucleonics Division West Lafayette, IN 47907 Director: Paul L. Ziemer Phone:(317)494-1419 Southwest Research and Information Center P.O. Box 4524 Albuquerque, NM 87106 Director: Don Hancock Phone: (505)262-1862 Rensselaer Polytechnic Institute Fresh Water Institute Troy, NY 12181 Director: Charles W. Boylen Phone: (518)276-6757 State University College at Buffalo Great Lakes Laboratory 1300 Elm wood Avenue Buffalo, NY 14222 Director: Harish C. Sikka Phone: (716)878-5422 Resources for the Future, Quality of the Environment Division 1616 P Street N.W. Washington, DC 20036 Director: Raymond J. Kopp Phone:(202)328-5000 State University College at Oswego Research Center King Hall Oswego, NY 13126 Director: R J. Scrudato Phone: (315)341-3639 Rutgers University Center for Coastal and Environmental Studies Division of Water Resources DoolittleHall New Brunswick, NJ Director: Alan Mclntosh Phone: (201)932-3596 State University of New York at Buffalo Toxicology Research Center 127 Farber Hall Buffalo, NY 14214 Director: Paul Kostyniak Phone: (716)831-2125 98 ------- nppenaa. University of Colorado, Denver Stevens Institute of Technology Energy Center Department of Mechanical Engineering Castle Point Station Hoboken.NJ Director: Rich S. Magee Phone: (201)420-5592 University of Arizona Nuclear Fuel Cycle Research Program Department of Nuclear and Energy Engineering Tucson, AZ 85721 Director: James G. McGray Phone: (602)621-4985 Syracuse Research Corporation Merrill Lane Syracuse, NY 13210 Director: Kenneth A. Kun Phone:(315)425-5100 Texas A&M University Texas Forest Products Laboratory P.O. Box 310 Lufkin,TX 75901 Director: Dewayne Weldon Phone: (409)639-8180 Texas Tech University Water Resources Center Box 4630 Lubbock,TX 79409 Director: Lloyd V. Urban Phone: (806)742-3597 Tulane University Environmental Health Sciences Research Laboratory F. Edward Herbert Research Center Belle Chasse, LA 70037 Director: AA. Abdelghani Phone: (504)394-2233 U.S. Water Conversation Laboratory 4331 East Broadway Phoenix, AZ 85040 Director: Herman Bouwer Phone: (602)261-4356 University of California Lawrence-Berkeley Laboratory, Materials and Chemicals Sciences Division Building 62 1 Cyclotron Road Berkeley, CA 94720 Director: Norman E. Phillips Phone: (415)486-6062 University of California, Berkeley Hydraulic Laboratories 412 O'Brien Hall Berkeley, CA 94720 Director: Richard A. Denton Phone: (415)642-6777 University of Chicago Cloud Physics Laboratory Department of Geophysical Sciences 5734 S. Ellis Avenue Chicago, IL 60637 Director: RJR. Braham Phone: (312)702-8123 University of Cincinnati Department of Environmental Health 3223 Eden Avenue Cincinnati, OH 45267 Director: Roy E. Albert Phone: (513)556-6000 University of Arizona Environmental Engineering Laboratory Civil Engineering Department Room 206 Tucson, AZ 85721 Director: Robert A. Phillips Phone: (602)621-2315 University of Colorado, Denver Center for Environmental Sciences Campus Box 136 110014th Street Denver, CO 80202 Director: Herman Seivering Phone: (303)55M277 99 ------- University of Delaware Appendix University of Delaware Water Resources Center 101 Hullihen Hall Newark, DE 19716 Director: Robert D. Varrin Phone: (302)451-2191 University of Kentucky Kentucky Water Resources Research Institute 219 Anderson Hall Lexington, KY 40506 Director: Ralph Huffsey Phone: (606)257-1832 University of Florida Air Pollution Research Laboratory Gainesville, FL 32611 Director: Dale Lundgren Phone: (904)392-0846 University of Maryland Water Resources Research Center 0313SymonsHall College Park, MD 20742 Director: Robert E. Menzer Phone: (301)454-6406 University of Florida Interdisciplinary Center for Aeronomy and other Atmospheric Sciences 311 Space Sciences Research Building Gainesville, FL 32611 Director: Alex E.S. Green Phone: (904)392-2001 University of Illinois Illinois Natural History Survey Natural Resources Building 607 East Peabody Champaign, IL 61820 Director: Lorin I. Nevling Phone: (217)333-6830 University of Kansas John H. Nelson Environmental Study Area (NESA) Division of Biological Sciences Lawrence, KS 660472906 Director: KLB. Armitage Phone: (913)864-3236 University of Kansas Kansas Biological Survey 2291 Irving Hill Drive Lawrence, KS 660472906 Director: Edward A. Martinko Phone: (913)864-7725 University of Kansas Water Resources Institute Lawrence, KS 660472906 Director: Ernest C. Pogge Phone: (913)864-3807 University of Massachusetts Massachusetts Water Resources Research Center Blaisdell House Amherst, MA Director: Paul J. Godfrey Phone: (413)545-2842 University of Miami Pesticide Residue and Toxic Waste Analytical Laboratory Room 108, Building B 12500 S.W. 152 Street Miami, FL 331771411 Director: John Davies Phone: (305)284-7320 University of Michigan Michigan Atmospheric Deposition Laboratory 2126 Space Research Building Ann Arbor, MI 48109 2143 Director: Perry J. Sampson Phone: (313)764-3360 University of Michigan Montgomery Allergy Research Laboratory 6621 Kresge Medical Research Building 1 Box 0529 Ann Arbor, MI 48109 Director: William Solomon Phone: (313)764-0227 University of Michigan Radiation Safety Service/OSHA North University Building Room 1101 Ann Arbor, MI 48109 1057 Director: Mark Driscall Phone: (313)764-4420 100 ------- nppentux University of Southern California University of Minnesota Fire Information Research & Education Center 33 North Hall 200SBuford St. Paul, MN SS108 Director: Helen Henry Phone: (612)296-6516 University of Missouri, Columbia Missouri Water Resources Research Center Room 56 Civil Engineering Columbia, MO 65211 Director: Thomas E. Clevenger Phone:(314)882-3132 University of Missouri, Rolla Environmental Research Center Rolla, MO 65401 Director: Ju-Chang Huang Phone: 014)3414461 University of Missouri, Rolla Missouri Mining and Mineral Resources Research Institute 272 McNuff Hall Rolla, MO 65401 Director: John L. Watson Phone: (314)341-4724 University of Montana Gordon Environmental Studies Laboratory Botany Department Missoula, MT 59812 Director: Peter M. Rice Phone: (406)243-2671 University of New Hampshire Engineering Design & Analysis Laboratory Kingsbury Hall 101 Durham, NH Director: Godfrey H. Savage Phone: (603)862-1356 University of New Hampshire Water Resources Research Center 224 Science & Engineering Research Building Durham, NH Director: Thomas P. Ballestero Phone:(603)862-2144 University of North Dakota Devil's Lake Biological Station Grand Forks, ND 58202 Director: Paul B. Kannowski Phone: (701)777-2621 University of Notre Dame Lobund Laboratory Notre Dame, IN 46556 Director: Morris Pollard Phone: (219)239-7564 University of Oklahoma Cooperative Institute for Mesoscale Meteorological Studies 401 East Boyd Norman, OK 73019 Director: Douglas K. Lily Phone: (405)325-3041 University of Oklahoma Environmental & Ground Water Institute 200 Felgar Street Room 127 Norman, OK 73019 Director: Larry W. Canter Phone: (405)325-5202 University of Rhode Island Marine Geomechanics Laboratory Narragansett Bay Campus Narragansett, RI Director: Armand J. Silva Phone: (401)792-6194 University of Rhode Island Water Resources Center 202 Bliss Hall Kingston, RI Director: Calvin P.G. Poon Phone: (401)792-2297 University of Southern California Institute of Safety and Systems Management SSM-MC 0021 University Park Los Angeles, CA 90089 Director: William J. Petak Phone:(213)743-2411 101 ------- University of Southern California Appendix University of Southern California Lung Disease, Cancer, Lymphocytes and General Pathobiology Unit 2011 Zonal Avenue HMR201 Los Angeles, CA 90033 Director: Russell P. Sherwin Phone: (213)224-7444 University of Tennessee, Knoxville Water Resources Research Center Knoxville, TN 379% Director: E. William Colglaizer Phone: (615)974-2151 University of Utah Research Institute Environmental Studies Laboratory 39lChipetaWay Suite D Salt Lake City, UT 84108 Director: A. Clyde Hill Phone: (801)524-3463 University of Washington Institute for Environmental Studies Engineering Annex FM-12 Seattle, WA 98195 Director: Gordon Orians Phone: (206)543-1812 University of Washington Laboratory of Radiation Ecology Fisheries Research Center College of Fisheries Seattle, WA 98195 Director: Professor Nevissi Phone: (206)543-4259 University of Wisconsin, Madison Department of Civil and Environmental Engineering Sanitary Engineering Division Madison, WI 53706 Director: P.M. Berthouex Phone: (608)262-1776 University of Wisconsin, Madison Environmental Toxicology Center 309 Infirmary Madison, WI 53706 Director: Colin R. Jefcoate Phone: (608)263^580 University of Wisconsin, Madison EES Center for Human Systems 1042 Wharf Building Madison, WI 53705 Director: Marty S. Kanarek Phone: (608)262-9937 University of Wisconsin, Madison Sea Grant Advisory Systems Walkway Mall 522 Bayshore Drive Sister Bay, WI 54234 Director: Lynn Frederick Phone: (414)854-5329 University of Wisconsin, Madison State Laboratory of Hygiene, Enteric Bacteriology Unit 465 Henry Mall Room 331 Madison, WI 53706 Director: Penny Wick Phone: (608)263-3421 University of Wisconsin, Milwaukee Center for Architecture and Urban Planning Research P.O. Box 413 Milwaukee, WI 53201 Director: Gary T. Moore Phone: (414)229-6165 University of Wyoming Red Buttes Environmental Biology Laboratory Box 3166 University Station Laramie.WY 82071 Director: Harold Bergman Phone: (307)745-8504 University of Wyoming Wyoming Mining and Mineral Resources Research Institute Box 3295 University Station Laramie.WY 82071 Director: David O. Cooney Phone: (307)766-6464 102 ------- /ippcnaix Western Illinois University Utah Department of Natural Resources Utah Geological and Mineral Survey 606 Black Hawk Way Salt Lake City, UT 84108 Director: Genevieve Atwood Phone: (801)581-6831 Utah State University Center for Atmospheric and Space Sciences Logan, UT 843224405 Director: Robert W. Schunk Phone: (801)750-2961 Utah State University Institute for Land Rehabilitation College of Natural Resources UMC523 Logan, UT 84322 Director: Christopher Call Phone: (801)750-2547 Washington University Center for Air Pollution Impact and Trend Analysis Campus Box 1124 319Urbauer St. Louis, MO 63130 Director: Rudolf B. Husar Phone: (314)889-6099 Waste Systems Institute of Michigan, Inc. 470 Market Street SW Suite 100 Grand Rapids, MI 49503 Director: Jeffrey L. Dauphin Phone: (616)451-8992 Water Pollution Control Federation 601 Wythe Street Alexandria, VA 22314 1994 Director: Quincalee Brown Phone: (703)684-2400 Vanderbilt University Center for Industrial Water Quality Management Civil and Environmental Engineering Department Box 6222, StationB Nashville, TN 37235 Director: W. Wesley Eckenfelder Phone: (615)322-2697 Virginia Polytechnic Institute and State University Safety Projects Office 167Whitemore Blacksburg, VA 24061 Director: Dennis Price Phone: (703)231-5635 Water Resources Association of the Delaware River Basin Box 867 Davis Road Valley Forge, PA 19481 Director: Bruce E. Stewart Phone: (215)783-0634 Western Carolina University Center for Improving Mountain Living CuIlowhee,NC 28723 Director: F. Merton Cregger Phone: (704)227-7492 Washington State University Environmental Engineering Research Laboratory 141 Sloan Pullman, WA 991642910 Director: Kenneth E. Hartz Phone: (509)335-3175 Western Illinois University Institute for Environmental Management College of Arts and Sciences Macomb.IL 61455 Director: Larry Jahn Phone: (309)298-1266 Washington State University Laboratory for Atmospheric Research College of Engineering Pullman. WA 99164 Director: Hal Westberg Phone: (509)335-8546 Western Illinois University Water Quality Laboratory Department of Chemistry Macomb.IL 61455 Director: Robert E. Neas Phone: (309)298-1356 103 ------- Western Michigan University Appendix Western Michigan University Science for Citizens Center 116 Moore Hall Kalamazoo, Ml 49008 Director: Donald J. Brown Phone: (616)387-2721 World Resources Institute 1735 New York Avenue NW Suite 400 Washington, DC 20006 Director: James Gustave Speth Phone: (202)638-6300 Williams College Center for Environmental Studies Kellog House Williamstown, MA Director: Ben Labaree Phone: (413)597-2346 104 ------- Center Name Index This index is an alphabetical list of the 114 cooperative university and industry environmental R&D centers, with the center name cross referenced to the university/industry name. Advanced Combustion Engineering Research Center Brigham Young University 270 Clyde Building Provo,UT 84602 Advanced Environmental Control Technology Research Center Illinois, University of 3230 NewmarkCE. Lab 208 N. Romine Street Urbana,IL 61801 Agricultural Engineering Research Center Texas A&M University College Station, TX 77843 Agricultural Experiment Station California, University of (Riverside, Davis, Berkeley) 300 Lakeside Drive Oakland, CA 94612 Bodega Marine Laboratory California, University of P.O. Box 247 Bodega Bay, CA 94923 Bushy Run Research Center Carnegie Mellon University RD #4, Mellon Road Export, PA 15632 California Water Resources Center California, University of (Riverside) Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 Carnegie Mellon Research Institute Carnegie Mellon University 4400 Fifth Avenue Pittsburgh, PA 15213 Case Center for Complex Flow Measurements Case Western Reserve University Department of Mechanical and Aerospace Engineering Cleveland, OH 44106 Center Hill Solid and Hazardous Waste Research Laboratory Cincinnati, University of 5995 Center Hill Road Cincinnati, OH 45224 Center for Aquatic Plants Florida, University of 7922 N.W. 71st Street Gainesville, FL 32646 Center for Biomedical and lexicological Research Florida State University Bellamy Building Tallahassee, FL 32306 Center for Coastal and Environmental Studies Rutgers University 104 Doolittle Building Busch Campus New Brunswick, NJ 08903 Center for Energy and Environmental Studies Princeton University Engineering Quadrangle Princeton, NJ 08544 Center for Environmental Epidemiology Pittsburgh, University of Graduate School of Public Health Pittsburgh, PA 15261 Center for Environmental Health Sciences Massachusetts Institute of Technology 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 105 ------- Center for Environmental Studies Center name index Center for Environmental Studies Arizona State University Tempe,AZ 85287 Center for Environmental Toxicology Michigan State University C-231 HoldenHall East Lansing, MI 48824 Center for Environmental and Hazardous Materials Studies Virginia Polytechnic Institute and State University 1020 Derring Hall Blacksburg, VA 24061 Center for Hazardous Materials Research Pittsburgh, University of 320 William Pitt Way Pittsburgh, PA 15238 Center for Hazardous Waste Management New York, State University of (Buffalo) 207 Jarvis Hall Buffalo, NY 14260 Center for Hazardous Waste Management Illinois Institute of Technology and Illinois Institute of Technology Research Institute 10 West 35th Street Chicago, IL 60616 Center for Lake Erie Area Research (CLEAR) Ohio State University 1541 Research Center 13l4KinnearRoad Columbus, OH 43212 Center for Remote Sensing Delaware, University of College of Marine Studies Newark, DE 19716 Center for Research in Water Resources Texas, University of (Austin) 10100 Burnett Road Austin, TX 78758 Center for Urban and Regional Studies North Carolina, University of (Chapel Hill) 108 Battle Lane Chapel Hill,NC 27514 Central Florida Research and Education Center Florida, University of Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford,FL 32771 Clean Energy Research Institute Miami, University of P.O. Box 248294 Coral Gables, FL 33124 Coastal Resources Center Rhode Island, University of Nairagansett Bay Campus Narragansett,RI 02882 Complex Systems Research Center New Hampshire, University of Science and Engineering Research Building Durham, NH 03824 Cooperative Institute for Research in Environmental Sciences Colorado, University of (Boulder) Campus Box 449 Boulder, CO 80309 Cooperative Institute for Research in the Atmosphere (CIRA) Colorado State University Foothills Campus Fort Collins, CO 80523 Crocker Nuclear Laboratory California, University of (Davis) Davis, CA 95616 Desert Research Institute Nevada, University of P.O. Box 60220 Reno.NV 89506 Drinking Water Research Center Florida International University College of Engineering and Applied Sciences University Park Campus Miami, FL 33199 EPA Hazardous Substance Research Center (HSRC) Kansas State University Engineering Experiment Station DurlandHall Manhattan, KS 66506 106 ------- center name inaex Graduate Institute of Technology EPA Research Center for Waste Minimization and Management North Carolina State University Department of Chemical Engineering Raleigh, NC 2769S Ecology Center Utah State University Logan, UT 84322 Ecosystems Research Center Cornell University SllCorsonHall Ithaca, NY 148S3 Energy and Environmental Research Center North Dakota, University of Box 8213 University Station Grand Forks, ND 58202 Energy, Environment and Resources Center Tennessee, University of (Knoxville) 327 South Stadium Hall Knoxvffle,TN 379% Engineering Experiment Station Arizona, University of Civil Engineering Building Room 303 Tucson, AZ 85721 Engineering Experiment Station Kansas State University DurlandHall Manhattan, KS 66506 Engineering Research Center for Hazardous Substances Control California, University of (Los Angeles) 6722 Boelter Hall Los Angeles. CA 90024 Engineering and Environmental Research Center South Dakota State University Box 507 Brookings.SD 57007 Engineering and Industrial Experiment Station Florida, University of 300 Weil Hall Gainesville, FL 32611 Environmental Health Sciences Center Oregon State University 317WeingerHall Corvallis, OR 97331 Environmental Research Center Nevada, University of (Las Vegas) 4505 Maryland Parkway Las Vegas, NV 89154 Environmental Resources Research Institute Pennsylvania State University Land and Water Resource Building University Park, PA 16802 Environmental Science and Technology Division, Economic Development Laboratory Georgia Institute of Technology Georgia Tech Research Institute Atlanta, GA 30332 Environmental Studies Center Lehigh University Chandler-Ullman Building #17 Bethlehem, PA 18015 Environmental and Water Resources Engineering Division Texas A&M University Civil Engineering Department College Station, TX 77843 Florida Institute of Oceanography (FIO) 830 First Street South St. Petersburg, FL 33701 Fluid Dynamics and Diffusion Laboratory Colorado State University College of Engineering Foothills Campus Fort Collins, CO 80523 Forestry Sciences Laboratory Arizona State University Tempe.AZ 85287 Geophysical Institute Alaska, University of (Fairbanks) C.T.Elvey Building Fairbanks, AK 99775 Graduate Institute of Technology Arkansas, University of (Little Rock) 2801 South University Avenue Little Rock, AR 72204 107 ------- Great Lakes and Mid-Atlantic EPA Hazardous Substance Research Center (HSRC) Center name Index Great Lakes and Mid-Atlantic EPA Hazardous Substance Research Center (HSRC) Michigan, University of Department of Civil Engineering 2340 G.G. Brown Building Ann Arbor, MI 48109 Gulf Coast Hazardous Substance Research Center Lamar University P.O. Box 10613 Beaumont, TX 77710 Hawaii Undersea Research Laboratory (HURL) Hawaii, University of Marine Sciences Building 1000 Pope Road Honolulu, HI 96822 Hazardous Substance Management Research Center (HSMRC) New Jersey Institute of Technology 138 Warren Street Newark, NJ 07102 Hazardous Waste Research Center Louisiana State University 3418 Ceba Building Baton Rouge, LA 70803 Huntsman Environmental Research Center Utah State University Logan, UT 84322 Industrial Waste Elimination Research Center Illinois Institute of Technology 3201 South State Street Chicago, IL 60616 Institute for Environmental Studies (IES) Illinois, University of 1101 West Peabody Urbana, IL 61801 Institute for Environmental Studies (IES) Wisconsin, University of (Madison) 1007 Wharf Office Building 610 Walnut Street Madison, WI 53705 Institute or Hazardous and Toxic Substance Management New Jersey Institute of Technology Newark, NJ 07102 Institute of Applied Sciences Texas, University of North P.O. Box 13078 Demon, TX 76203 Institute of Atmospheric Sciences South Dakota School of Mines and Technology 501 East St. Joseph Street Rapid City, SD 57701 Institute of Environmental Medicine New York University 550 First Avenue New York, NY 10016 Institute of Environmental Sciences Miami University Oxford, OH 45056 Institute of Environmental and Industrial Health Michigan, University of School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 Institute of Water Research Michigan State University 334 Natural Resources Building East Lansing, MI 48823 International Center for Aquaculture Auburn University Department of Fisheries and Allied Aquaculture Swingle Hall Auburn, AL 36849 Kenneth E. Johnson Research Center Alabama, University of (Huntsville) Huntsville, AL 35899 Kresge Center for Environmental Health Harvard University 665 Huntington Avenue Boston, MA 02115 Lawrence Livermore National Laboratory California, University of P.O. Box 808 Livermore, CA 94550 Marine Consortium Louisiana Universities Marine Consortium Chauvin,LA 70344 Marine Ecosystems Research Laboratory Rhode Island, University of, Graduate School of Oceanography Narraganseu, RI 02882 70S ------- center nume inaex Supercomputer Computations Research Institute Marine Sciences Institute Connecticut, University of Avery Point Groton,CT 06340 Marine Sciences Research Center New York, State University of (Stony Brook) Stony Brook, NY 11794 Michigan Sea Grant College Program Michigan, University of 2200 Bonisteel Blvd. Ann Arbor, MI 48109 Moss Landing Marine Laboratories San Jose State University P.O. Box 450 Moss Landing, CA 95039 National Center for Ground Water Research Consortium: Rice University, University of Oklahoma, Oklahoma State University P.O. Box 1892 Houston, TX 77251 National Center for Intermedia Transport Research California, University of (Los Angeles) 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 National Environmental Technology Applications Corporation Pittsburgh, University of 615 William Pitt Way Pittsburgh, PA 15238 North Carolina Water Resources Research Institute North Carolina, University of Box 7912 Raleigh, NC 27695 Oceanographic Center Nova University 8000 North Ocean Drive Dania,FL 33004 Oklahoma Biological Survey Oklahoma, University of Sutton Hall, Room 303 625 Elm Street Norman, OK 73019 Pesticide Research Center Michigan State University 107 Pesticide Research Center Michigan State University East Lansing, MI 48824 Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Massachusetts Institute of Technology Room 48-311 Cambridge, MA 02139 Research Triangle Institute Duke University P.O. Box 12194 Research Triangle Park, NC 27709 Rhode Island Agricultural Experiment Station (RIAES) Rhode Island, University of Woodward Hall Kingston, RI 02881 Sanitary Engineering & Environmental Health Research Laboratory California, University of (Berkeley) 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 Sea Grant College Maryland, University of 1224 HJ. Patterson Hall College Park, MD 20742 Sea Grant College Program Rhode Island, University of Narragansett, RI 02882 Sea Grant College Program Texas A&M University College Station, TX 77843 State of Washington Water Research Center Washington State University Pullman, WA 99164 Statewide Air Pollution Research Center California, University of (Riverside) Riverside, CA 92521 Supercomputer Computations Research Institute Florida State University 400 Science Center Library Tallahassee, FL 32306 109 ------- Texas Agricultural Experiment Station center name i ndex Texas Agricultural Experiment Station Texas A&M University Systems Building Room 113 College Station, TX 77g43 University Center for Water Research Oklahoma State University 003 Life Sciences East Stillwater.OK 74078 University Hygienic Laboratory Iowa, University of Oakdale Campus Iowa City, IA 52242 Utah Water Research Laboratory Utah State University Logan, UT 84322 Virginia Cooperative Fish and Wildlife Research Unit Virginia Polytechnic Institute and State University 106 Cheatham Hall Blacksburg, VA 24061 Waste Management Research and Education Institute Tennessee, University of (Knoxville) 327 South Stadium Hall Knoxville, TN 37996 Waste Management and Research Consortium (WERC) New Mexico State University Department of Chemical Engineering Box 30001, Dept 3805 Las Cruces, NM 88003 Water Chemistry Program Wisconsin, University of (Madison) 660 North Park Street Madison, WI 53706 Water Research Center Alaska, University of (Fairbanks) Fairbanks, AK 99775 Water Resources Center Ohio State University 1791 Neil Avenue Columbus, OH 43210 Water Resources Center Wisconsin, University of (Madison) 1975 Willow Drive Madison, WI 53706 Water Resources Research Institute Auburn University 202 Harris Hall Auburn, AL 36849 Western Region Hazardous Substance Research Center Stanford University; Oregon State University Department of Civil Engineering Stanford University Stanford, CA 94305 Wyoming Water Research Center Wyoming, University of Box 3067 University Station Laramie,WY 82071 110 ------- Geographic Index Tliis index lists the names and addresses of the 114 cooperative university and industry environmental R&D centers al- phabetically by the name of the state and city in which they are located. ALABAMA ARKANSAS Auburn University International Center for Aquaculture Department of Fisheries and Allied Aquaculture Swingle Hall Auburn, AL 36849 Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 Alabama, University of (Huntsville) Kenneth E. Johnson Research Center Huntsville, AL 3S899 ALASKA Alaska, University of (Fairbanks) Geophysical Institute C.T.Elvey Building Fairbanks, AK 99775 Alaska, University of (Fairbanks) Water Research Center Fairbanks, AK 99775 ARIZONA Arizona State University Center for Environmental Studies Tempe, AZ 85287 Arizona State University Forestry Sciences Laboratory Tempe, AZ 85287 Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 Arkansas, University of (Little Rock) Graduate Institute of Technology 2801 South University Avenue Little Rock, AR 72204 CALIFORNIA California, University of Bodega Marine Laboratory P.O. Box 247 Bodega Bay, CA 94923 California, University of (Davis) Crocker Nuclear Laboratory Davis, CA 95616 California, University of Lawrence Livermore National Laboratory P.O. Box 808 Livermore, CA 94550 California, University of (Los Angeles) Engineering Research Center for Hazardous Substances Control 6722 Boelter Hall Los Angeles, CA 90024 California, University of (Los Angeles) National Center for Intermedia Transport Research 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 San Jose State University Moss Landing Marine Laboratories P.O. Box 450 Moss Landing, CA 95039 California, University of (Riverside, Davis, Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 ------- COLORADO lieograpruc index California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301S. 46th Street Building 112 RFS Richmond, CA 94804 California, University of (Riverside) California Water Resources Center Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 California, University of (Riverside) Statewide Air Pollution Research Center Riverside, CA 92521 Stanford University; Oregon State University Western Region Hazardous Substance Research Center Department of Civil Engineering Stanford University Stanford, CA 94305 COLORADO Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 Colorado State University Cooperative Institute for Research in the Atmosphere (CIRA) Foothills Campus Fort Collins, CO 80523 Colorado State University Fluid Dynamics and Diffusion Laboratory College of Engineering Foothills Campus Fort Collins, CO 80523 CONNECTICUT Connecticut, University of Marine Sciences Institute Avery Point Groton.CT 6340 DELAWARE Delaware, University of Center for Remote Sensing College of Marine Studies Newark, DE 19716 FLORIDA Miami, University of Clean Energy Research Institute P.O. Box 248294 Coral Gables, FL 33124 Nova University Oceanographic Center 8000 North Ocean Drive Dania,FL 33004 Florida, University of Engineering and Industrial Experiment Station 300 Weil Hall Gainesville, FL 32611 Florida, University of Center for Aquatic Plants 7922 N.W. 71st Street Gainesville, FL 32646 Florida International University Drinking Water Research Center College of Engineering and Applied Sciences University Park Campus Miami, FL 33199 Florida, University of Central Florida Research and Education Center, Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford,FL 32771 Florida Institute of Oceanography (FIO) 830 First Street South SL Petersburg, FL 33701 Florida State University Center for Biomedical and Toxicological Research Bellamy Building Tallahassee, FL 32306 Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 212 ------- ueograpruc inaex MASSACHUSETTS GEORGIA KANSAS Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 HAWAII Hawaii, University of Hawaii Undersea Research Laboratory (HURL) Marine Sciences Building 1000 Pope Road Honolulu, HI 96822 ILLINOIS Dlinois Institute of Technology and Illinois Institute of Technology Research Institute The Center for Hazardous Waste Management 10 West 35th Street Chicago, EL 60616 Illinois Institute of Technology Industrial Waste Elimination Research Center 3201 South State Street Chicago, IL 60616 Illinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkCE. Lab 208 N.Romine Street Urbana, IL 61801 Illinois, University of Institute for Environmental Studies (IES) 1101 West Peabody Urbana, IL 61801 IOWA Iowa, University of University Hygienic Laboratory Oakdale Campus Iowa City, IA 52242 Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station DurlandHall Manhattan, KS 66506 Kansas State University Engineering Experiment Station DurlandHall Manhattan, KS 66506 LOUISIANA Louisiana State University Hazardous Waste Research Center 3418 Ceba Building Baton Rouge, LA 70803 Louisiana Universities Marine Consortium Marine Consortium Chauvin.LA 70344 MARYLAND Maryland, University of Sea Grant College 1224 HJ. Patterson Hall College Park, MD 20742 MASSACHUSETTS Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 2115 Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 2139 Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA 2139 113 ------- MICHIGAN Ueograpruc index MICHIGAN NEW JERSEY Michigan, University of Great Lakes and Mid-Atlantic EPA Hazardous Substance Research Center (HSRC) Department of Civil Engineering 2340 G.G. Brown Building Ann Arbor, MI 48109 Michigan, University of Institute of Environmental and Industrial Health School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 Michigan, University of Michigan Sea Grant College Program 2200 Bonisteel Blvd. Ann Arbor, MI 48109 Michigan State University Center for Environmental Toxicology C-231HoldenHall East Lansing, MI 48824 Michigan State University Institute of Water Research 334 Natural Resources Building East Lansing, MI 48823 Michigan State University Pesticide Research Center 07 Pesticide Research Center vlichigan State University East Lansing, MI 48824 NEVADA Nevada, University of (Las Vegas) Environmental Researc- Center 4505 Maryland Parkway Las Vegas, NV 89154 Desert Research Institute P.O. Box 60220 Reno,NV 89506 NEW HAMPSHIRE New Hampshire, University of Complex Systems Research Center Science and Engineering Research Building Durham, NH 3824 Rutgers University Center for Coastal and Environmental Studies 104 Doolittle Building Busch Campus New Brunswick, NJ 08903 New Jersey Institute of Technology Hazardous Substance Management Research Center (HSMRC) 138 Warren Street Newark, NJ 07102 New Jersey Institute of Technology Institute for Hazardous and Toxic Substance Management Newark, NJ 07102 Princeton University Center for Energy and Environmental Studies Engineering Quadrangle Princeton, NJ 08544 NEW MEXICO New Mexico State University Waste Management and Research Consortium (WERC) Department of Chemical Engineering Box 30001, Dept. 3805 LasCruces.NM 88003 NEW YORK New York, State University of (Buffalo) Center for Hazardous Waste Management 207 Jarvis Hall Buffalo, NY 14260 Cornell University Ecosystems Research Center SllCorsonHall Ithaca, NY 14853 New York University Institute of Environmental Medicine 550 First Avenue New York, NY 10016 New York, State University of (Stony Brook) Marine Sciences Research Center Stony Brook, NY 11794 114 ------- ueugrupruc inaex PENNSYLVANIA NORTH CAROLINA North Carolina, University of (Chapel Hill) Crater for Urban and Regional Studies 108 Battle Lane Chapel Hill, NC 27514 North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 North Carolina, University of North Carolina Water Resources Research Institute Box 7912 Raleigh, NC 27695 Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 NORTH DAKOTA North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 OHIO Cincinnati, University of Center Hill Solid and Hazardous Waste Research Laboratory 5995 Center Hill Road Cincinnati, OH 45224 Case Western Reserve University Case Center for Complex Row Measurements Department of Mechanical and Aerospace Engineering Cleveland, OH 44106 Ohio State University Center for Lake Erie Area Research (CLEAR) 1541 Research Center 1314 Kinnear Road Columbus, OH 43212 Ohio State University Water Resources Center 1791 Neil Avenue Columbus. OH 43210 Miami University Institute of Environmental Sciences Oxford, OH 45056 OKLAHOMA Oklahoma, University of Oklahoma Biological Survey Sutton Hall, Room 303 625 Elm Street Norman, OK 73019 Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater, OK 74078 OREGON Oregon State University Environmental Health Sciences Center 317WeingerHall Corvallis,OR 97331 PENNSYLVANIA Lehigh University Environmental Studies Center Chandler-Ullman Building #17 Bethlehem, PA 18015 Carnegie Mellon University Bushy Run Research Center RD #4, Mellon Road Export, PA 15632 Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh, PA 15213 Pittsburgh, University of Center for Environmental Epidemiology Graduate School of Public Health Pittsburgh, PA 15261 Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh, PA 15238 115 ------- RHODE ISLAND {jeograprut. Index Pittsburgh, University of National Environmental Technology Applications Corporation 615 William Pitt Way Pittsburgh, PA 1S238 Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 RHODE ISLAND Rhode Island, University of Rhode Island Agricultural Experiment Station (RIAES) Woodward Hall Kingston, RI 02881 Rhode Island, University of Sea Grant College Program Narragansett, RI 02882 Rhode Island, University of Coastal Resources Center Narragansett Bay Campus Narragansett, RI 02882 Rhode Island, University of, Graduate School of Oceanography Marine Ecosystems Research Laboratory Narragansett, RI 02882 SOUTH DAKOTA South Dakota State University Engineering and Environmental Research Center Box 507 Brookings,SD 57007 South Dakota School of Mines and Technology Institute of Atmospheric Sciences 501 East St Joseph Street Rapid City, SD 57701 Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 379% TEXAS Texas, Univesity of (Austin) Center for Research in Water Resources 10100 Burnett Road Austin, TX 78758 Lamar University Gulf Coast Hazardous Substance Research Center P.O. Box 10613 Beaumont, TX 77710 Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Texas A&M University Environmental and Water Resources Engineering Division Civil Engineering Department College Station, TX 77843 Texas A&M University Sea Grant College Program College Station, TX 77843 Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Texas, University of North Institute of Applied Sciences P.O. Box 13078 Denton, TX 76203 Consortium: Rice University, University of Oklahoma, Oklahoma State University National Center for Ground Water Research P.O. Box 1892 Houston, TX 77251 TENNESSEE Tennessee, University of (Knoxville) Energy, Environment and Resources Center 327 South Stadium Hall Knoxville, TN 37996 UTAH Utah State University Ecology Center Logan, UT 84322 116 ------- \jeugrupruc inaex WYOMING Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 Utah State University Utah Water Research Laboratory Logan, UT 84322 Brigham Young University Advanced Combustion Engineering Research Center 270 Clyde Building Provo,UT 84602 VIRGINIA Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 Virginia Polytechnic Institute and State University Virginia Cooperative Fish and Wildlife Research Unit 106 Cheatham Hall Blacksburg, VA 24061 WASHINGTON Washington State University State of Washington Water Research Center Pullman, WA 99164 WISCONSIN Wisconsin, University of (Madison) Institute for Environmental Studies (IES) 1007 Wharf Office Building 610 Walnut Street Madison, WI 53705 Wisconsin, University of (Madison) Water Chemistry Program 660 North Park Street Madison, WI 53706 Wisconsin, University of (Madison) Water Resources Center 1975 Willow Drive Madison, WI 53706 WYOMING Wyoming, University of Wyoming Water Research Center Box 3067 University Station Laramie,WY 82071 117 ------- 118 ------- Personal Name Index This index provides the name and address of the director of each of the 114 cooperative university and industry environ- mental R&D centers. In cases where the name of the director was unavailable, the name of a key individual was provided as a point of contact John Aber New Hampshire, University of Complex Systems Research Center Science and Engineering Research Building Durham, NH 3824 Syun-Ichi Akasofu Alaska, University of (Fairbanks) Geophysical Institute CT.Elvey Building Fairbanks, AK 99775 D.E. Armstrong (Head) Wisconsin, University of (Madison) Water Chemistry Program 660 North Park Street Madison, WI 53706 Charles Arntzen Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Delbert Earth Nevada, University of (Las Vegas) Environmental Research Center 4505 Maryland Parkway Las Vegas, NV 89154 Jon F. Bartholic Michigan State University Institute of Water Research 334 Natural Resources Building East Lansing, MI 48823 Bill Batchelor Texas A&M University Environmental and Water Resources Engineering Division Civil Engineering Department College Station, TX 77843 Edgar Berkey, President Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh, PA 15238 Ron K. Bhada New Mexico State University Waste Management and Research Consortium (WERQ Department of Chemical Engineering Box 30001, Dept. 3805 Las Graces, NM 88003 Donald Boesch Louisiana Universities Marine Consortium Marine Consortium Chauvin,LA 70344 Raphael L. Bras Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA 2139 Thomas Bright Texas A&M University Sea Grant College Program College Station, TX 77843 Thomas A. Cahill California, University of (Davis) Crocker Nuclear Laboratory Davis, CA 95616 John Cairns, Jr. Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 Bruce Case Pittsburgh, University of Center for Environmental Epidemiology Graduate School of Public Health Pittsburgh, PA 15261 119 ------- William Cawley fersonw /» William Cawley Lamar University Gulf Coast Hazardous Substance Research Center P.O. Box 10613 Beaumont, TX 77710 Randall J. Charbeneau Texas, University of (Austin) Center for Research in Water Resources 10100 Burnett Road Austin, TX 78758 Gordon Chesters Wisconsin, University of (Madison) Water Resources Center 1975 Willow Drive Madison, WI 53706 James. S. Clegg California, University of Bodega Marine Laboratory P.O. Box 247 Bodega Bay, CA 94923 Yoram Cohen California, University of (Los Angeles) National Center for Intermedia Transport Research 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 William Colglazier Tennessee, University of (Knoxville) Energy, Environment and Resources Center 327 South Stadium Hall Knoxville, TN 379% William Colglazier Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 379% Charles A. Conover Florida, University of Central Florida Research and Education Center, Appka Institute of Food and Agricultural Sciences 2700 East Celery Avenue SanfonLFL 32771 Robert C. Cooper California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 William J. Cooper Florida International University Drinking Water Research Center College of Engineering and Applied Sciences University Park Campus Miami, FL 33199 Leonard F. Debano Arizona State University Forestry Sciences Laboratory Tempe, AZ 85287 Kenneth L. Dickson Texas, University of North Institute of Applied Sciences P.O. Box 13078 Demon, TX 76203 Bryan Duncan Auburn University International Center for Aquaculture Department of Fisheries and Allied Aquaculture Swingle Hall Auburn, AL 36849 Norman Durham Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater, OK 74078 Alexander Dybbs Co-Director Case Western Reserve University Case Center for Complex Flow Measurements Department of Mechanical and Aerospace Engineering Cleveland, OH 44106 R.S. Engelbrecht Illinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkCJB. Lab 208 N. Romine Street Urbana, EL 61801 Larry Erickson Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station Durland Hall Manhattan, KS 66506 Kenneth Farrell California, University of (Riverside, Davis, Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 120 ------- rcmunui name inaex Vic Klemas Lawrence Fischer Michigan State University Center for Environmental Toxicology C-231HoldenHall East Lansing, MI 48824 Fred R. Frank Carnegie Mellon University Bushy Run Research Center RD #4, Mellon Road Export, PA 15632 S.K. Friedlander California, University of (Los Angeles) Engineering Research Center for Hazardous Substances Control 6722 Boelter Hall Los Angeles, CA 90024 William H. Funk Washington State University State of Washington Water Research Center Pullman, WA 99164 Steven P. Gloss Wyoming, University of Wyoming Water Research Center Box 3067 University Station Laramie,WY 82071 Robert Gray Michigan, University of Institute of Environmental and Industrial Health School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 John Greer Maryland, University of Sea Grant College 1224 HJ. Patterson Hall College Park, MD 20742 Gerald Groenewold North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 WJ.Havsler,Jr. Iowa, University of University Hygienic Laboratory Oakdale Campus Iowa City, IA 52242 George R. Herbert, President Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Roy C. Herndon Florida State University Center for Biomedical and Toxicological Research Bellamy Building Tallahassee, FL 32306 Robert M. Hollingworth Michigan State University Pesticide Research Center 107 Pesticide Research Center Michigan State University East Lansing, MI 48824 Jonathan B. Howes North Carolina, University of (Chapel Hill) Center for Urban and Regional Studies 108 Battle Lane Chapel Hill,NC 27514 L. Douglas James Utah State University Utah Water Research Laboratory Logan, UT 84322 Joseph C. Joyce Florida, University of Center for Aquatic Plants 7922 N.W. 71st Street Gainesville, FL 32646 J.F. Judkins Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 Douglas Kane Alaska, University of (Fairbanks) Water Research Center Fairbanks, AK 99775 William M. Kaufman Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh, PA 15213 Vic Klemas Delaware, University of Center for Remote Sensing College of Marine Studies Newark, DE 19716 121 ------- IrwinJ. Kugleman Personal name Index Irwin J. Kugleman Lehigh University Environmental Studies Center Chandler-Ullman Building #17 Bethlehem, PA 18015 Joseph Lannutti Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 John Liskowitz New Jersey Institute of Technology Institute for Hazardous and Toxic Substance Management Newark, NJ 07102 John B. Little Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 02115 Richard Magee New Jersey Institute of Technology Hazardous Substance Management Research Center (HSMRC) 138 Warren Street Newark, NJ 07102 Alexander Malahoff Hawaii, University of Hawaii Undersea Research Laboratory (HURL) Marine Sciences Building 1000 Pope Road Honolulu, HI 96822 John H. Martin San Jose State University Moss Landing Marine Laboratories P.O. Box 450 Moss Landing, CA 95039 Peter F. Mather Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 Perry McCarty Stanford University; Oregon State University Western Region Hazardous Substance Research Center Department of Civil Engineering Stanford University Stanford, CA 94305 Julian P. McCreary, Jr. Nova University Oceanographic Center 8000 North Ocean Drive Dania,FL 33004 Archie J. McDonnell Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 R.N. Meroney, Prof-in-charge Colorado State University Fluid Dynamics and Diffusion Laboratory College of Engineering Foothills Campus Fort Collins, CO 80523 Robert H. Miller Rhode Island, University of Rhode Island Agricultural Experiment Station (RIAES) Woodward Hall Kingston, RI 02881 Roger A. Minear Illinois, University of Institute for Environmental Studies (IBS) 1101 West Peabody Urbana, IL 61801 David H. Moreau North Carolina, University of North Carolina Water Resources Research Institute Box 7912 Raleigh, NC 27695 John Nemeth Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 Richard Neves, Unit Leader Virginia Polytechnic Institute and State University Virginia Cooperative Fish and Wildlife Research Unit 106 Cheatnam Hall Blacksburg, VA 24061 Scott Nixon Rhode Island, University of Sea Grant College Program Narraganseu, RI 02882 722 ------- rauniM name inaex Arthur B. Sacks Kenneth Noll Illinois Institute of Technology Industrial Waste Elimination Research Center 3201 South State Street Chicago, IL 60616 Gaylord Northrop Arkansas, University of (Little Rock) Graduate Institute of Technology 2801 South University Avenue Little Rock, AR 72204 John Nuckolls California, University of Lawrence Livermore National Laboratory P.O. Box 808 Livermore, CA 94550 John C. Ogden Florida Institute of Oceanography (FIO) 830 First Street South SL Petersburg, FL 33701 M J. Ohanian Florida, University of Engineering and Industrial Experiment Station 300 Weil Hall Gainesville. FL 32611 Stephen Olsen Rhode Island, University of Coastal Resources Center Narragansett Bay Campus Narragansett, RI 02882 Michael Overcash North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 Michael Parsons Michigan, University of Michigan Sea Grant College Program 2200 Bonisteel Blvd. Ann Arbor, MI 48109 Duncan T. Patten Arizona State University Center for Environmental Studies Tempe.AZ 85287 Glenn Paulson Illinois Institute of Technology and Illinois Institute of Technology Research Institute The Center for Hazardous Waste Management 10 West 35th Street Chicago, IL 60616 Larry Piette Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 Michael Pilson Rhode Island, University of, Graduate School of Oceanography Marine Ecosystems Research Laboratory Narragansett, RI 02882 Norbert P. Psuty Rutgers University Center for Coastal and Environmental Studies 104 Doolittle Building Busch Campus New Brunswick, NJ 08903 Donald Reddeil Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Donald J. Reed Oregon State University Environmental Health Sciences Center 317WeingerHall Corvallis,OR 97331 Jeffrey M. Reutter Ohio State University Center for Lake Erie Area Research (CLEAR) 1541 Research Center 1314KinnearRoad Columbus, OH 43212 Gerald Roberto, Proj. Mgr. Cincinnati, University of Center Hill Solid and Hazardous Waste Research Laboratory 5995 Center Hill Road Cincinnati, OH 45224 Ralph Rumer New York, State University of (Buffalo) Center for Hazardous Waste Management 207 Jarvis Hall Buffalo, NY 14260 Arthur B. Sacks Wisconsin, University of (Madison) Institute for Environmental Studies (IES) 1007 Wharf Office Building 610 Walnut Street Madison, WI 53705 123 ------- GaryD. Schnell Personal name Index Gary D. Schnell Oklahoma, University of Oklahoma Biological Survey Sutton Hall, Room 303 625 Elm Street Norman, OK 73019 Bernard J. Schroer Alabama, University of (Huntsville) Kenneth E. Johnson Research Center Huntsville, AL 35899 J.R. Schubel New York, State University of (Stony Brook) Marine Sciences Research Center Stony Brook, NY 11794 Samuel A. Schulhof Pittsburgh, University of National Environmental Technology Applications Corporation 615 William Pitt Way Pittsburgh, PA 15238 Robert Sievers Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 Gale Simons Kansas State University Engineering Experiment Station DurlandHall Manhattan, KS 66506 Paul L. Smith South Dakota School of Mines and Technology Institute of Atmospheric Sciences 501 East St. Joseph Street Rapid City, SD 57701 L.D. Smoot Brigham Young University Advanced Combustion Engineering Research Center 270 Clyde Building Provo,UT 84602 Robert H. Socolow Princeton University Center for Energy and Environmental Studies Engineering Quadrangle Princeton, NJ 8544 Donald F. Squires Connecticut, University of Marine Sciences Institute Avery Point Groton,CT 06340 Robert C. Stiefel Ohio State University Water Resources Center 1791 Neil Avenue Columbus, OH 43210 LaDell R. S widen South Dakota State University Engineering and Environmental Research Center Box 507 Brookings,SD 57007 James V. Taranik, President Desert Research Institute P.O. Box 60220 Reno.NV 89506 Cliff Taylor (Acting Dir.) California, University of (Riverside) Statewide Air Pollution Research Center Riverside, CA 92521 Louis Thibodeaux Louisiana State University Hazardous Waste Research Center 3418 Ceba Building Baton Rouge, LA 70803 William G. Thilly Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 Arthur Upton New York University Institute of Environmental Medicine 550 First Avenue New York, NY 10016 Henry J. Vaux, Jr. California, University of (Riverside) California Water Resources Center Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 T. Nejat Veziroglu Miami, University of Clean Energy Research Institute P.O. Box 248294 Coral Gables, FL 33124 124 ------- rersonai Name index GeneE.Willeke Thomas H. Yonder Haar Colorado State University Cooperative Institute for Research in the Atmosphere (CIRA) Foothills Campus Fort Collins, CO 80523 Frederic H. Wagner Utah State University Ecology Center Logan, UT 84322 C.H.Ward Consortium: Rice University, University of Oklahoma, Oklahoma State University National Center for Ground Water Research P.O. Box 1892 Houston, TX 77251 Walter J.Weber, Jr. Michigan, University of Great Lakes and Mid Atlantic EPA Hazardous Substance Research Center (HSRC) Department of Civil Engineering 2340 G.G. Brown Building Ann Arbor, MI 48109 Leonard Weinstein Cornell University Ecosystems Research Center 311 Corson Hall Ithaca, NY 14853 GeneE.Willeke Miami University Institute of Environmental Sciences Oxford, OH 45056 125 ------- 126 ------- Subject Index This index lists the 114 cooperative university and industry environmental R&D centers by subject area. Many of the centers have expertise that spans two or more subject areas and are therefore listed twice. Agriculture and Ecology Alaska, University of (Fairbanks) Geophysical Institute C.T.Elvey Building Fairbanks, AK 99775 Arizona State University Center for Environmental Studies Tempe, AZ 85287 Arizona State University Forestry Sciences Laboratory Tempe, AZ 85287 Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 California, University of (Davis) Crocker Nuclear Laboratory Davis, CA 95616 California, University of (Riverside) Statewide Air Pollution Research Center Riverside, CA 92521 California, University of (Riverside, Davis, Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 Carnegie Mellon University Bushy Run Research Center RD #4, Mellon Road Export, PA 15632 Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 Cornell University Ecosystems Research Center 311 Corson Hall Ithaca, NY 14853 Delaware, University of Center for Remote Sensing College of Marine Studies Newark, DE 19716 Florida, University of Central Florida Research and Education Center, Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford,FL 32771 Illinois, University of Institute for Environmental Studies (IES) 1101 West Peabody Urbana, IL 61801 Iowa, University of University Hygienic Laboratory Oakdale Campus Iowa City, IA 52242 Kansas State University Engineering Experiment Station DurlandHall Manhattan, KS 66506 Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA 02139 Miami University Institute of Environmental Sciences Oxford, OH 45056 127 ------- Air Quality ndex Michigan State University Center for Environmental Toxicology C-231HoldenHall East Lansing. MI 48824 Michigan State University Pesticide Research Center 107 Pesticide Research Center Michigan State University East Lansing, MI 48824 North Carolina, University of (Chapel Hill) Center for Urban and Regional Studies 108 Battle Lane Chapel Hill, NC 27514 Ohio State University Water Resources Center 1791 Neil Avenue Columbus, OH 43210 Oklahoma, University of Oklahoma Biological Survey Sutton Hall, Room 303 625 Elm Street Norman, OK 73019 Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 Rhode Island, University of Rhode Island Agricultural Experiment Station (RIAES) Woodward Hall Kingston, RI 02881 South Dakota State University Engineering and Environmental Research Center Box 507 Brookings,SD 57007 Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 379% Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Texas, University of North Institute of Applied Sciences P.O. Box 13078 Denton, TX 76203 Utah State University Ecology Center Logan, UT 84322 Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 Virginia Polytechnic Institute and State University Virginia Cooperative Fish and Wildlife Research Unit 106 Cheatham Hall Blacksburg, VA 24061 Air Quality Alabama, University of (Huntsville) Kenneth E. Johnson Research Center Huntsville, AL 35899 Alaska, University of (Fairbanks) Geophysical Institute C.T.Elvey Building Fairbanks, AK 99775 Arizona State University Center for Environmental Studies Tempe, AZ 85287 Arkansas, University of (Little Rock) Graduate Institute of Technology 2801 South University Avenue Little Rock, AR 72204 California, University of Lawrence Livermore National Laboratory P.O. Box 808 Livermore, CA 94550 California, University of (Davis) Crocker Nuclear Laboratory Davis, CA 95616 128 ------- ouujecunaex Air Quality California, University of (Los Angeles) National Center for Intermedia Transport Research 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 California, University of (Riverside) Statewide Air Pollution Research Center Riverside, CA 92521 Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh. PA 15213 Case Western Reserve University Case Center for Complex How Measurements Department of Mechanical and Aerospace Engineering Cleveland, OH 44106 Colorado State University Cooperative Institute for Research in the Atmosphere (CKA) Foothills Campus Fort Collins, CO 80523 Colorado State University Fluid Dynamics and Diffusion Laboratory College of Engineering Foothills Campus Fort Collins, CO 80523 Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 Cornell University Ecosystems Research Center 311 Corson Hall Ithaca, NY 14853 Delaware, University of Center for Remote Sensing College of Marine Studies Newark, DE 19716 Desert Research Institute P.O. Box 60220 Reno,NV 89506 Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 Florida, University of Engineering and Industrial Experiment Station 300 Weil Hall Gainesville, FL 32611 Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 2115 Illinois Institute of Technology and Dlinois Institute of Technology Research Institute The Center for Hazardous Waste Management 10 West 35th Street Chicago, DL 60616 Illinois Institute of Technology Industrial Waste Elimination Research Center 3201 South State Street Chicago, EL 60616 Illinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkCE. Lab 208 N. Romine Street Urbana, IL 61801 Illinois, University of Institute for Environmental Studies (IBS) 1101 West Peabody Urbana, IL 61801 Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA o2139 Miami, University of Clean Energy Research Institute P.O. Box 248294 Coral Gables, FL 33124 New Hampshire, University of Complex Systems Research Center Science and Engineering Research Building Durham, NH 03824 129 ------- Cross-Cutting Human Health zuojeci index New York University Institute of Environmental Medicine 550 First Avenue New York, NY 10016 North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 Princeton University Center for Energy and Environmental Studies Engineering Quadrangle Princeton, NJ 8544 South Dakota School of Mines and Technology Institute of Atmospheric Sciences 501 East Si Joseph Street Rapid City.SD 57701 South Dakota State University Engineering and Environmental Research Center Box 507 Brookings.SD 57007 Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Cross-Cutting Human Health Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 02115 Oregon State University Environmental Health Sciences Center 317WeingerHaU Corvallis,OR 97331 Pittsburgh, University of Center for Environmental Epidemiology Graduate School of Public Health Pittsburgh, PA 15261 Wisconsin, University of (Madison) Institute for Environmental Studies (IES) 1007 Wharf Office Building 610 Walnut Street Madison, WI 53705 Hazardous Substances Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 Brigham Young University Advanced Combustion Engineering Research Center 270 Clyde Building Provo.UT 84602 California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 California, University of (Los Angeles) Engineering Research Center for Hazardous Substances Control 6722 Boelter Hall Los Angeles, CA 90024 Cincinnati, University of Center Hill Solid and Hazardous Waste Research Laboratory 5995 Center Hill Road Cincinnati, OH 45224 130 ------- Subject Index Hazardous Substances Florida International University Drinking Water Research Center College of Engineering and Applied Sciences University Park Campus Miami, FL 33199 Florida State University Center for Biomedical and lexicological Research Bellamy Building Tallahassee. FL 32306 Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 Michigan, University of Great Lakes and Mid Atlantic EPA Hazardous Substance Research Center (HSRC) Department of Civil Engineering 2340 G.G. Brown Building Ann Arbor, MI 48109 New Jersey Institute of Technology Hazardous Substance Management Research Center (HSMRC) 138 Warren Street Newark, NJ 7102 New Jersey Institute of Technology Institute for Hazardous and Toxic Substance Management Newark, NJ 07102 Dlinois Institute of Technology and Illinois Institute of Technology Research Institute The Center for Hazardous Waste Management 10 West 35th Street Chicago, IL 60616 Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station DurlandHall Manhattan, KS 66506 Lehigh University Environmental Studies Center Chandler-Ullman Building #17 Bethlehem, PA 18015 Louisiana State University Hazardous Waste Research Center 3418 Ceba Building Baton Rouge, LA 70803 Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 Miami University Institute of Environmental Sciences Oxford, OH 45056 Michigan State University Center for Environmental Toxicology C-231HoldenHall East Tensing, MI 48824 New Mexico State University Waste Management and Research Consortium (WERC) Department of Chemical Engineering Box 30001, Dept. 3805 Las Graces, MM 88003 New York, State University of (Buffalo) Center for Hazardous Waste Management 207 Jarvis Hall Buffalo, NY 14260 North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 Oregon State University Environmental Health Sciences Center 317WeingerHall Corvallis,OR 97331 Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh, PA 15238 Pittsburgh, University of National Environmental Technology Applications Corporation 615 William Pitt Way Pittsburgh, PA 15238 Rhode Island, University of Rhode Island Agricultural Experiment Station (RIAES) Woodward Hall Kingston, RI 02881 131 ------- Industrial Technology suojecundex Stanford University; Oregon State University Western Region Hazardous Substance Research Center Department of Civil Engineering Stanford University Stanford, CA 94305 Tennessee, University of (KnoxviUe) Energy, Environment and Resources Center 327 South Stadium Hall KnoxviUe, TN 379% Texas A&M University Environmental and Water Resources Engineering Division Civil Engineering Department College Station, TX 77843 Texas, University of (Austin) Center for Research in Water Resources 10100 Burnett Road Austin, TX 78758 Utah State University Utah Water Research Laboratory Logan, UT 84322 Wisconsin, University of (Madison) Institute for Environmental Studies (EES) 1007 Wharf Office Building 610 Walnut Street Madison, WI 53705 Industrial Technology Alabama, University of (Huntsville) Kenneth E. Johnson Research Center Huntsville, AL 35899 Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 Arkansas, University of (Little Rock) Graduate Institute of Technology 2801 South University Avenue Little Rock, AR 72204 California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh, PA 15213 Colorado State University Fluid Dynamics and Diffusion Laboratory College of Engineering Foothills Campus Fort Collins, CO 80523 Colorado, University of (Boulder) Cooperative Institute for Research in Environmental Sciences Campus Box 449 Boulder, CO 80309 Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Florida State University Center for Biomedical and lexicological Research Bellamy Building Tallahassee, FL 32306 Florida, University of Engineering and Industrial Experiment Station 300 Weil Hall Gainesville, FL 32611 Harvard University Kresge Center for Environmental Health 665 Huntington Avenue Boston, MA 02115 Illinois Institute of Technology Industrial Waste Elimination Research Center 3201 South State Street Chicago, IL 60616 Dlinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkCE. Lab 208 N. Romine Street Urbana,IL 61801 Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station DurlandHall Manhattan, KS 66506 Kansas State University Engineering Experiment Station Diirland Hall Manhattan, KS 66506 132 ------- zuoject index Pesticides and Toxicity Miami, University of Clean Energy Research Institute P.O. Box 248294 Coral Gables, FL 33124 Michigan, University of Institute of Environmental and Industrial Health School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 Nevada, University of (Las Vegas) Environmental Research Center 4SOS Maryland Parkway Las Vegas, NV 89154 Ohio State University Center for Lake Erie Area Research (CLEAR) 1541 Research Center 1314 Kinnear Road Columbus, OH 43212 Princeton University Center for Energy and Environmental Studies Engineering Quadrangle Princeton, NJ 8544 Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Pesticides and Toxicity California, University of (Los Angeles) National Center for Intermedia Transport Research 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 California, University of (Riverside, Davis, Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 Carnegie Mellon University Bushy Run Research Center RD #4, Mellon Road Export, PA 15632 Carnegie Mellon University Carnegie Mellon Research Institute 4400 Fifth Avenue Pittsburgh, PA 15213 Florida State University Center for Biomedical and lexicological Research Bellamy Building Tallahassee, FL 32306 Florida, University of Center for Aquatic Plants 7922 N.W. 71st Street Gainsville.FL 32646 Florida, University of Central Florida Research and Education Center, Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford,FL 32771 Illinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkC.E. Lab 208 N. Romine Street Urbana, IL 61801 Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 2139 Michigan State University Center for Environmental Toxicology C-231HoldenHall East Lansing, MI 48824 Michigan State University Pesticide Research Center 107 Pesticide Research Center Michigan State University East Lansing, MI 48824 Michigan, University of Institute of Environmental and Industrial Health School of Public Health 109 South Observatory, Room 1518 Ann Arbor, MI 48109 New York University Institute of Environmental Medicine 550 First Avenue New York, NY 10016 Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater.OK 74078 133 ------- Public Awareness Subjecundex Oregon State University Environmental Health Sciences Center 317 Weinger Hall Corvallis,OR 97331 Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh, PA 15238 Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 Wisconsin, University of (Madison) Water Resources Center 1975 Willow Drive Madison, WI 53706 Public Awareness Arizona, University of Engineering Experiment Station Civil Engineering Building Room 303 Tucson, AZ 85721 Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 California, University of (Riverside) California Water Resources Center Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 California, University of (Riverside, Davis Berkeley) Agricultural Experiment Station 300 Lakeside Drive Oakland, CA 94612 Colorado State University Cooperative Institute for Research in the Atmosphere (CIRA) Foothills Campus Fort Collins, CO 80523 Connecticut, University of Marine Sciences Institute Avery Point Groton.CT 06340 Duke University Research Triangle Institute P.O. Box 12194 Research Triangle Park, NC 27709 Florida State University Center for Biomedical and Toxicological Research Bellamy Building Tallahassee, FL 32306 Georgia Institute of Technology Environmental Science and Technology Division, Economic Development Laboratory Georgia Tech Research Institute Atlanta, GA 30332 Lamar University Gulf Coast Hazardous Substance Research Center P.O. Box 10613 Beaumont, TX 77710 Miami University Institute of Environmental Sciences Oxford, OH 45056 Michigan State University Institute of Water Research 334 Natural Resources Building East Lansing, MI 48823 Nevada, University of (Las Vegas) Environmental Research Center 4505 Maryland Parkway Las Vegas, NV 89154 North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 North Carolina, University of (Chapel Hill) Center for Urban and Regional Studies 108 Battle Lane Chapel Hill,NC 27514 North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 134 ------- Solid Waste Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater, OK 74078 Pittsburgh, University of Center for Hazardous Materials Research 320 William Pitt Way Pittsburgh, PA 15238 Pittsburgh, University of National Environmental Technology Applications Corporation 615 William Pitt Way Pittsburgh, PA 1S238 Rhode Island, University of Coastal Resources Center Narragansett Bay Campus Narragansett, RI 02882 Rhode Island, University of Sea Grant College Program Narragansett, RI 02882 Tennessee, University of (Knoxville) Energy, Environment and Resources Center 327 South Stadium Hall Knoxvffle,TN 379% Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 37996 Texas, University of North Institute of Applied Sciences P.O. Box 13078 Denton,TX 76203 Solid Waste Alabama, University of (Huntsville) Kenneth E. Johnson Research Center Huntsville, AL 3S899 Brigham Young University Advanced Combustion Engineering Research Center 270 Clyde Building Provo,UT 84602 Cincinnati, University of Center Hill Solid and Hazardous Waste Research Laboratory 5995 Center Hill Road Cincinnati, OH 45224 Lamar University Gulf Coast Hazardous Substance Research Center P.O. Box 10613 Beaumont, TX 77710 Lehigh University Environmental Studies Center Chandler-Ullman Building #17 Bethlehem, PA 18015 New Jersey Institute of Technology Institute for Hazardous and Toxic Substance Management Newark, NJ 07102 New Mexico State University Waste Management and Research Consortium (WERC) Department of Chemical Engineering Box 30001, Dept. 3805 Las Graces, NM 88003 North Carolina State University EPA Research Center for Waste Minimization and Management Department of Chemical Engineering Raleigh, NC 27695 North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 Tennessee, University of (Knoxville) Energy, Environment and Resources Center 327 South Stadium Hall Knoxville, TN 37996 Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 37996 Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Utah State University The Huntsman Environmental Research Center Utah State University Logan, UT 84322 Utah State University Utah Water Research Laboratory Logan, UT 84322 135 ------- Water Quality suojeci index Water Quality Alaska, University of (Fairbanks) Water Research Center Fairbanks, AK 99775 Arizona State University Center for Environmental Studies Terape, AZ 85287 Arizona State University Forestry Sciences Laboratory Tempe, AZ 85287 Auburn University International Center for Aquaculture Department of Fisheries and Allied Aquaculture Swingle Hall Auburn, AL 36849 Auburn University Water Resources Research Institute 202 Harris Hall Auburn, AL 36849 California, University of Bodega Marine Laboratory P.O. Box 247 Bodega Bay, CA 94923 California, University of Lawrence Livermore National Laboratory P.O. Box 808 Livermore, CA 94550 California, University of (Berkeley) Sanitary Engineering & Environmental Health Research Laboratory 1301 S. 46th Street Building 112 RFS Richmond, CA 94804 California, University of (Los Angeles) National Center for Intermedia Transport Research 5531 Boelter Hall Department of Chemical Engineering Los Angeles, CA 90024 California, University of (Riverside) California Water Resources Center Rubidoux Hall 4501 Glenwood Street Riverside, CA 92501 Connecticut, University of Marine Sciences Institute Avery Point Groton,CT 06340 Consortium: Rice University, University of Oklahoma, Oklahoma State University National Center for Ground Water Research P.O. Box 1892 Houston, TX 77251 Cornell University Ecosystems Research Center SllCorsonHall Ithaca, NY 14853 Delaware, University of Center for Remote Sensing College of Marine Studies Newark, DE 19716 Desert Research Institute P.O. Box 60220 Reno,NV 89506 Florida Institute of Oceanography (FIO) 830 First Street South St. Petersburg, FL 33701 Florida International University Drinking Water Research Center CoUege of Engineering and Applied Sciences University Park Campus Miami, FL 33199 Florida State University Supercomputer Computations Research Institute 400 Science Center Library Tallahassee, FL 32306 Florida, University of Center for Aquatic Plants 7922 N.W. 71st Street Gainsville.FL 32646 Florida, University of Central Florida Research and Education Center, Apoka Institute of Food and Agricultural Sciences 2700 East Celery Avenue Sanford, FL 32771 Hawaii, University of Hawaii Undersea Research Laboratory (HURL) Marine Sciences Building 1000 Pope Road Honolulu, HI 96822 Dlinois Institute of Technology Industrial Waste Elimination Research Center 3201 South State Street Chicago, IL 60616 136 ------- subject Index Water Quality Illinois, University of Advanced Environmental Control Technology Research Center 3230 NewmarkCE. Lab 208 N. Romine Street Urbana,IL 61801 Illinois, University of Institute for Environmental Studies (ES) 1101 West Peabody Urbana,IL 61801 Iowa, University of University Hygienic Laboratory Oakdale Campus Iowa City, IA 52242 Kansas State University EPA Hazardous Substance Research Center (HSRC) Engineering Experiment Station DurlandHall Manhattan, KS 66506 Lehigh University Environmental Studies Center Chandler-Ullman Building #17 Bethlehem, PA 18015 Louisiana State University Hazardous Waste Research Center 3418 Ceba Building Baton Rouge, LA 70803 Louisiana Universities Marine Consortium Marine Consortium Chauvin,LA 70344 Maryland, University of Sea Grant College 1224 HJ. Patterson Hall College Park, MD 20742 Massachusetts Institute of Technology Center for Environmental Health Sciences 77 Massachusetts Avenue Building E-18, Room 666 Cambridge, MA 02139 Massachusetts Institute of Technology Ralph M. Parsons Laboratory for Water Resources and Hydrodynamics Room 48-311 Cambridge, MA 02139 Miami University Institute of Environmental Sciences Oxford, OH 45056 Michigan State University Institute of Water Research 334 Natural Resources Building East Lansing, MI 48823 Michigan, University of Michigan Sea Grant College Program 2200 Bonisteel Blvd. Ann Arbor, MI 48109 Nevada, University of (Las Vegas) Environmental Research Center 4505 Maryland Parkway Las Vegas, NV 89154 New Jersey Institute of Technology Hazardous Substance Management Research Center (HSMRC) 138 Warren Street Newark, NJ 07102 New York, State University of (Stony Brook) Marine Sciences Research Center Stony Brook, NY 11794 North Carolina, University of North Carolina Water Resources Research Institute Box 7912 Raleigh, NC 27695 North Carolina, University of (Chapel Hill) Center for Urban and Regional Studies 108 Battle Lane Chapel Hill,NC 27514 North Dakota, University of Energy and Environmental Research Center Box 8213 University Station Grand Forks, ND 58202 Nova University Oceanographic Center 8000 North Ocean Drive Dania,FL 33004 Ohio State University Center for Lake Erie Area Research (CLEAR) 1541 Research Center 1314 Kinnear Road Columbus, OH 43212 Ohio State University Water Resources Center 1791 Neil Avenue Columbus, OH 43210 137 ------- Water Quality Subject index Oklahoma State University University Center for Water Research 003 Life Sciences East Stillwater.OK 74078 Oregon State University Environmental Health Sciences Center 317 Weinger Hall Corvallis,OR 97331 Pennsylvania State University Environmental Resources Research Institute Land and Water Resource Building University Park, PA 16802 Pittsburgh, University of Center for Environmental Epidemiology Graduate School of Public Health Pittsburgh, PA 15261 Rhode Island, University of Coastal Resources Center Narragansett Bay Campus Narragansett, RI 02882 Rhode Island, University of Sea Grant College Program Narragansett, RI 02882 Rhode Island, University of, Graduate School of Oceanography Marine Ecosystems Research Laboratory Narragansett, RI 02882 Rutgers University Center for Coastal and Environmental Studies 104 Doolittle Building Busch Campus New Brunswick, NJ 08903 San Jose State University Moss Landing Marine Laboratories P.O. Box 450 Moss Landing, CA 95039 South Dakota State University Engineering and Environmental Research Center Box 507 Brookings,SD 57007 Stanford University; Oregon State University Western Region Hazardous Substance Research Center Department of Civil Engineering Stanford University Stanford, CA 94305 Tennessee, University of (Knoxville) Waste Management Research and Education Institute 327 South Stadium Hall Knoxville, TN 37996 Texas A&M University Agricultural Engineering Research Center College Station, TX 77843 Texas A&M University Environmental and Water Resources Engineering Division Civil Engineering Department College Station, TX 77843 Texas A&M University Sea Grant College Program College Station, TX 77843 Texas A&M University Texas Agricultural Experiment Station Systems Building Room 113 College Station, TX 77843 Texas, University of North Institute of Applied Sciences P.O. Box 13078 Demon, TX 76203 Texas, University of (Austin) Center for Research in Water Resources 10100 Burnett Road Austin, TX 78758 Utah State University Ecology Center Logan, UT 84322 Utah State University Utah Water Research Laboratory Logan, UT 84322 Virginia Polytechnic Institute and State University Center for Environmental and Hazardous Materials Studies 1020 Derring Hall Blacksburg, VA 24061 Virginia Polytechnic Institute and State University Virginia Cooperative Fish and Wildlife Research Unit 106 Cheatham Hall Blacksburg, VA 24061 138 ------- tuojeci index Water Quality Washington State University State of Washington Water Research Center Pullman, WA 99164 Wisconsin, University of (Madison) Institute for Environmental Studies (IBS) 1007 Wharf Office Building 610 Walnut Street Madison, Wl 53705 Wisconsin, University of (Madison) Water Chemistry Program 660 North Park Street Madison, WI 53706 Wisconsin, University of (Madison) Water Resources Center 1975 Willow Drive Madison, WI 53706 Wyoming, University of Wyoming Water Research Center Box 3067 University Station Laramie,WY 82071 139 ------- |