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WATER RESOURCES RESEARCH GRANT PROPOSAL

Title: Natural Resources Integrated Information System

Investigators: Jon F. Bartholic, Institute of Water Research, Michigan State University

Focus Categories: M & P, WQL, MOD

Congressional District: Sixth

Descriptors: Data Analysis, Data Storage and Retrieval, Information Dissemination, System Analysis, Geographic Information Systems, Water Quality Management, Watershed Management

Critical, Regional, or State Water Problems

Area of Relevant Research

Numerous federal and state agencies are increasing their emphasis on examining water problems from the watershed perspective. The watershed perspective is being emphasized in the reauthorization of the Clean Water Act, the new Farm Bill as well as several other pieces of legislation. Because of our Institute's long term position relative to national and state water programs, we function as a coordinator to assist with linkages, support education, research, and outreach with and among agencies in the broad water arena. Accordingly, we are in a unique position to facilitate watershed policy, planning, and management with a multi-disciplinary perspective. Our proposed effort includes three major thrusts. The first is the enhancement of integrated watershed systems that can be used for analysis of various management options. The second is extended education where the internet and advanced computer systems in addition to traditional conferences and workshops are used to extend new knowledge to agencies, organizations, and local level watershed and land use groups. The third involves developing a networking infrastructure to facilitate cooperation among partners such as the USDA, Natural Resource Conservation Service, USEPA, and state Departments of Natural Resources, Environmental Quality, and Agriculture, as well as township associations and county organizations.

Results and Benefits

We will promote the dissemination and application of results through the thrusts of extended education, networking, and strong partnerships with other organizations. Thus, an excellent opportunity exists to disseminate and assure application of knowledge. Consistent with a watershed approach, emphasis will be placed on assisting individuals in understanding the interactions of human land use practices and activities on surface and groundwater. This will be accomplished by working with local professionals, practitioners, consultants, and in educating local decision makers about watershed functions and related policy options for the facilitation of water quality protection. The extensive use of extended education over the internet using hypertext techniques will greatly facilitate the effectiveness of wide dissemination throughout the state and region relative to watershed education and applicable policies. Further, many of these modules and approaches can be used nation-wide.

 

Figure 1. Networking and Communications Pathways

Figure 1. Networking and Communications Pathways

Nature, Scope, and Objectives

Goal

Develop an information exchange integrated support system for watershed studies with emphasis on land use and resource stewardship. The system will support research, studies by faculty and graduate students in several departments, and planning and management by local, county, state, and federal agencies.

Objectives

1. Integrate concepts and activities in watershed systems and extended education through a networking infrastructure of organizations and digital communication pathways with integrated distributed data sources and partners (Fig. 1).

2. A computer/network based Natural Resources Integrated Information System (NRIIS) will be developed with graphical interface and search mechanisms to access models, data, information, and GIS/graphic tools (Fig. 2).

3. Graduate students will use the system a) to facilitate their research, b) see how their study is part of a larger system, and c) gain experience with NRIIS and its power for enhancing research, technology, and information transfer and communication for informed natural resource policy, planning, and management decisions.

 

Figure 2. Graphic Interfaces and Search Mechanisms

Figure 2. Graphic Interfaces and Search Mechanisms

 

Related Research

Our Institute has grants with many agencies such as the Corp of Engineers, the USDA, USFS, and many state agencies and NGOs. In all the aforementioned activities, a multiplier effect and synergisms will result by tying these individual efforts to the larger integrated watershed systems activity supported by the USGS Institute dollars. Following are a few current related key references upon which this proposed new project will build.

 

References

Ouyang, D., and J. Bartholic. 1997. Assessment of non-point source pollution potential from agricultural phosphorus in the United States. ASAE paper 97-2003. In: Applications of Emerging Technologies in Hydrology, pp. 9-12.

Ouyang, D., and J. Bartholic. 1997. The National Agricultural Pesticide Risk Analysis (NAPRA) process and its implementation trials. Agronomy Abstracts (1997), p. 263. (On the 1997 ASA annual conference).

Ouyang, D., Y.T. Kang, J. Bartholic. 1996. Agricultural phosphorus assessment in the Great Lakes Basin. In: An Agricultural Profile of the Great Lakes Basin: Characteristics and Trends in Production, Land-Use, and Environmental Impacts, Final Draft, April. Institute of Water Research, Michigan State University, East Lansing, MI 48823-5243. Agricultural Phosphorus Assessment in the Great Lakes Basin: A Case Study, Appendix B, pp. 1-28.

Bartholic, J.F. 1995. Saginaw Bay Integrated Watershed Prioritization and Management System. Water Resources Update, Issue No. 100, pp. 55-59.

Kang, Y.T., and J. Bartholic. 1994. A GIS-Based Agricultural Nonpoint Source Pollution Management System at the Watershed Level. Center for Remote Sensing, Michigan State University, East Lansing, Michigan.

Kang, Y.T., T.E. Zahniser, L.G. Wolfson, and J.F. Bartholic. 1994. WIMS: A Prototype Wetlands Information Management System for Facilitating Wetland Decision Making. Proceedings from the April 25-28, Annual ASPRS/ACSM Convention and Exposition, Reno, Nevada. Volume 1, pp. 290-300.

He, C., J.F. Riggs, and Y.T. Kang. 1993. Integration of Geographic Information Systems and A Computer Model to Evaluate Impacts of Agricultural Runoff on Water Quality. Water Resources Bulletin, Vol. 29, No. 6, pp. 891-900.

Kang, Y.T., V.S. Siems, J.F. Bartholic, C. He, and B.E. Vieux. 1992. Using GRASS WATERWORKS in the Sycamore Creek Watershed: A Case Study of Interfacing a GIS with a Water Quality Model. Poster Paper presented in the 47th Annual Meeting of Soil and Water Conservation Society. August 9012, 1992, Baltimore, Maryland.

Vieux, B.E., et al. 1990. GRASS WATERWORKS: A GIS Toolbox for Watershed Hydrologic modeling. Conference on Application of Geographic Information Systems, Simulation Models, and Knowledge-Based Systems for Land Use Management. Blacksburg, Virginia. November 12-14, 1990.


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