1. WVGIS, 2004 Developed by: WCMS For ArcMap : 1 John B. Churchill Michael P. Strager Jerald J. Fletcher

2. WVGIS, 2004 Overview of Presentation History of WCMS Requirements Goals of System Major Components Study Area Def. Basic Tools (Improvements) Watershed Tools Ranking Model Water Quality Modeling 2

3. WVGIS, 2004 History of WCMS Originally done in ArcInfo with AML Made into a project file in ArcView 3.x Many tools were implemented in the “CHIA” extension for ArcView 3.x Currently implemented as an extension for ArcMap (ArcGIS 8.3). 3

4. WVGIS, 2004 Goals of System Access and view data by bringing it to the desktop with ArcMap. Customized interface for ease of use. Answer common questions related to water quality modeling and stream flow for use in CHIA analysis. Assist efforts to implement Hydrologic Simulation Program Fortran (HSPF) modeling. 4

5. WVGIS, 2004 Requirements ArcGIS (the extension runs in ArcMap) and Spatial Analyst. PC-Intel platform and Windows NT 4.0 with Service Pack 6a (or) Windows 2000 (or) Windows XP (Home Edition and Professional). 128 MB Ram and 450 MHz processor (recommended at least 256 MB Ram and 650 MHz or higher processor). Basic ArcMap Skills. Data that is specific to WCMS. 5

6. WVGIS, 2004 Major Components 1. Define study area from a list or display. 6

7. WVGIS, 2004 a. Tabulate Landcoverb. Get Coordinates of Point Clicked Major Components 2. Various Customizations / Tools 7

8. WVGIS, 2004 Major Components 3.Watershed Tools (Overland Flow) 8

9. WVGIS, 2004 3.Watershed Tools (Watershed Delineation) Major Components 9

10. WVGIS, 2004 3.Watershed Tools (Stream Distance) Major Components WVGIS, 2004 10

11. WVGIS, 2004 Major Components 4. Ranking Model (Multiple Criteria) 11

12. WVGIS, 2004 Major Components 5. Water quality modeling A landscape based advection dispersion water quality model that models in-stream and off-stream data points. Ability to estimate concentrations and loadings from pollutants and event mean concentrations 12

13. WVGIS, 2004 Major Components 5.Water quality modeling ( Potentially Affected Streams Results ) 13

14. WVGIS, 2004 Major Components 5.Water quality modeling ( Expected Mean Concentration Results ) 14

15. WVGIS, 2004 5.Water quality modeling ( Fate Transport Method Results ) 15 Major Components

16. WVGIS, 2004 Future Direction Work is ongoing to create tools for use with the Hydrologic Simulation Program Fortran (HSPF) model. 1:24,000 scale “Segment Level Watersheds” and NHD will provide higher resolution data for better analysis. 16

17. WVGIS, 2004 Conclusions  WCMS can make CHIA analysis easier by using a customized interface with advanced watershed and water quality tools.  Newer Tools being developed for HSPF modeling will provide a powerful tool for CHIA.  Being an extension makes it possible to use it outside of West Virginia with the appropriate data sets. 17