GIS Applications |
Introduction |
What Are GIS Applications? |
History of GIS Applications |
4M Applications |
Advantages and Disadvantages of GIS Applications |
Success Stories |
Evolving GIS Applications and Trends |
Future Applications and Trends |
GIS Application Development Procedure |
Application Programming |
Useful Web Sites |
Needs Analysis |
Ocean County's Strategic Plan |
Needs Analysis Steps |
Needs Analysis Examples |
Remote Sensing Applications |
Albany County's Remote Sensing Application |
Remote Sensing Satellites |
Spatial Resolution |
Digital Orthophotos |
Examples of Remote Sensing Applications |
Geographic Imaging and Image Processing Software |
Future Directions |
DEM Applications |
Hydrologic Modeling of the Buffalo Bayou Using GIS and DEM Data |
DEM Basics |
DEM Resolution and Accuracy |
USGS DEMs |
DEM Data Availability |
DEM Data Creation from Remote Sensing |
DEM Analysis |
Software Tools |
Case Studies and Examples |
GPS Applications |
Stream Mapping in Iowa |
GPS Basics |
GPS Applications in the Water Industry |
GPS Applications in GIS |
GPS Survey Steps |
GPS Equipment |
Survey Grade GPS Equipment |
Internet Applications |
Dublin's Web Map |
Internet GIS |
Internet GIS Software |
Internet GIS Applications |
Case Studies |
Mobile GIS |
Mobile GIS Basics |
Mobile GIS Applications |
Wireless Internet Technology |
GPS Integration |
Mapping |
Los Angeles County's Sewer Mapping Program |
Mapping Basics |
Map Types |
Advantages of GIS Maps |
GIS Mapping Steps |
Mapping Applications |
Customer Service Application in Gurnee |
Common Mapping Functions |
Water System Mapping Applications |
Wastewater System Mapping Applications |
Stormwater System Mapping Applications |
Monitoring Applications |
Monitoring Real-Time Rainfall and Stream-Flow Data in Aurora |
Monitoring Basics |
Remotely Sensed Rainfall Data |
Flow-Monitoring Applications |
NPDES-Permit Reporting Applications |
Monitoring via Internet |
Monitoring the Infrastructure |
Modeling Applications |
Temporal-Spatial Modeling in Westchester County |
H&H Modeling |
Application Methods |
Interchange Method |
Interface Method |
Integration Method |
Which Linkage Method to Use? |
Water Models |
City of Germantown's Water Model |
GIS Applications for Water Distribution Systems |
Development of Hydraulic Models |
Software Examples |
EPANET and ArcView Integration in Harrisburg |
Network Skeletonization |
Estimation of Node Demands |
Estimation of Node Elevations |
Pressure Zone Trace |
Sewer Models |
MapInfo™ and SWMM Interchange |
GIS Applications for Sewer Systems |
Sewer System Modeling Integration |
SWMM |
Useful SWMM Web Sites |
GIS Applications for SWMM |
Other Sewer Models |
Sewer Modeling Case Studies |
AM/FM/GIS Applications |
Hampton's Wastewater Maintenance Management |
Infrastructure Problem |
AM/FM/GIS Basics |
AM/FM/GIS Software |
Maintenance Applications |
Buncombe County's Sewer System Inspection and Maintenance |
Asset Management |
GASB 34 Applications |
Wet Weather Overflow Management Applications |
CCTV Inspection of Sewers |
Video Mapping |
Thematic Mapping of Inspection Data |
Work Order Management |
Water Main Isolation Trace |
Security-Planning and Vulnerability Assessment |
GIS Applications in Planning |
Security Planning |
GIS Applications in Vulnerability Assessment |
Security Modeling Software |
Security-Planning Data Issues |
Applications Sampler |
Drainage Area Planning in Sofia |
Pipe Rating Program in Buncombe County |
Water System Modeling in Tucson |
Water System Modeling in the City of Truth or Consequences |
ArcGIS and ArcFM Integration in Belgium |
Water System Master Planning in Prague |
Water Quality Management in Mecklenburg County |
Water Master Planning in Sueca, Spain |
Acronyms / Appendix A: |
Conversion Factors / Appendix B: |
References |
Index |
Importance of GIS Applications |
GIS Based Mapping |
SWMM and EPANET Applications |
Hydrologic Applications |
Monitoring and Maintenance Applications |
Back Matter |
GIS Applications |
Introduction |
What Are GIS Applications? |