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Fk fdt Vlew lnsM Rkcbpn TAs Wndcw Hdp <br /> x ItX"04 FII ctonnw-duNetwnA � Hr W MYsS- r Tm:eTask PxeDv strpem <br /> ❑ d k? <br /> Fiitw _ J �� � ❑ <br /> <atl ctMr ,auras; T wnaa^ 3iNINE <br /> ApaSj,,mentl <br /> lln4ncnn <br /> .tl <br /> - <br /> _ <br /> ❑ , aha. « sae p <br /> 13 <br /> R <br /> r,9e� m <br /> ❑ a,J,arsp L3pn 4Y <br /> � _y <br /> M <br /> c et, omT <br /> L e <br /> O p�arla,I - s <br /> Vole 4 <br /> u QM1 55 <br /> P <br /> J 'cera✓ ae. _ - I <br /> J <br /> = oupdr swig 4I sJ <br /> - - - 3I445'.6.51 137644%.7n weer <br /> Example of Network Flow and Tracing Functionality in a Sanitary Sewer Network <br /> It is recommended that the Public Works Department work to develop data models for the <br /> County ' s storm water network . By developing these models , and migrating existing and <br /> future data to the geodatabase format , departmental staff will be able to use powerful <br /> network design , analysis , and modeling features available with ArcGIS 9 . <br /> Storm Water Modeling <br /> The Storm Water Division can also use GIS to conduct storm water modeling . Accurate <br /> modeling requires accurate utility data . ArcGIS will let Public Works staff perform basic <br /> modeling tasks . For example , assuming the storm water network was setup correctly , users <br /> could select a catch basin , choose to perform a " trace upstream " task, and all structures <br /> .. that flow to that specific structure would be selected . <br /> The Public Works Department should consider implementing Haested Method ' s Storm CAD , <br /> FlowMaster, CulvertMaster, and PondPack for storm water modeling—these applications <br /> offer modeling that provides full , completely seamless integration with ArcGIS applications <br /> ( see GIS Applications below) . <br /> 90 <br /> GIS Needs Assessment and Implementation Plan Chapter 1 - Departmental GIS Needs Assessment <br />