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The Development of CyberGIS Applications for Interactions between Surface Water and Groundwater
at Dynamic Spatial and Temporal Scales
Yu-Feng Forrest LinDonald A. Keefer
Philip M. GraffPrairie Research Institute
The International Conference on Space, Time, and CyberGISCyberGIS'12
August 6-9, 2012, Champaign, Illinois
Illinois State Geological Survey Illinois State Geological Survey Illinois State Water Survey University of Illinois at Urbana-Champaign
Concept
StakeholdersInterests
&Future
Planning
GIS-based DSS toolkitGIS-based DSS toolkit
Economical Statistics
Economical Statistics
Scientific Data
Scientific Data
CommunityObservationCommunityObservation
Model&
Analysis
Model&
Analysis
Scientific Institutes
Yu-Feng Forrest Lin: [email protected]
Yu-Feng Forrest Lin: [email protected]
Initial Test on Free GIS browser
“The Democratization of GIS (Butler, 2006)”
Google Earth ArcGIS Explorer
Yu-Feng Forrest Lin: [email protected]
The ubiquitous WebGIS Analysis Toolkit for Extensive Resources (uWATER) is an ArcGIS Explorer plug-in package
Free !!
Straightforward !!GIS-based !!
Yu-Feng Forrest Lin: [email protected]
uWATER… Show Your Research in My Backyard!
Any Maps for My Backyard
Your Research in Sharpfiles
Any Maps for My Backyard
Applied Groundwater Modeling – From Classroom to Courtroom
Yu-Feng Forrest Lin: [email protected]
Decisions Support with Spatial Visualization
Are Our Wetlands in
Trouble?
Model Cells w/ Groundwater
Drawdown Over 5ft
Wetlands with Potential Threats
Show me within5 clicks and sub-second
Yu-Feng Forrest Lin: [email protected]
Decisions Support with Spatial Visualization
Are Our Wetlands in
Trouble?
WaterQuality> X ppm
FishPopulation
Show me within5 clicks and sub-second
Yu-Feng Forrest Lin: [email protected]
Extension: Task-Based Computation
Will the new pumping facility in next town impact
our wells?
Yu-Feng Forrest Lin: [email protected]
Yu-Feng Forrest Lin: [email protected]
CyberGIS
Real-time Monitoring Network Continuous in
Space/Time
Rapid Modeling with Dynamic Scales Using
HPC/GPU
Existed Databases Maintain by the Surveys
Using Cloud Services
General Circulation
Model: GCMs
Real-time Remote Sensing
Space/Time Analysis and
Prediction
Spatial and Temporal Scale Index
Phase ISpace: WatershedTime: Steady
Phase IISpace: StateTime: Historical Dynamic
Phase IIISpace: Multi-StateTime: Dynamic & Prediction
The Architecture of CyberGIS Service for Surface Water and Groundwater Interaction in Dynamic
Spatial and Temporal Scales
The definition of maps is no longer paper maps. It is an integration of hardware, software, human activity, databases, observations, analysis and more to be presented ubiquitously in various spatial and temporal scales in multiple dimensions with prediction capabilities.
Current and Future Work
Yu-Feng Forrest Lin: [email protected]
Spatial and Temporal Scale Index
Phase ISpace: WatershedTime: Steady
Phase IISpace: StateTime: Historical Dynamic
Phase IIISpace: Multi-StateTime: Dynamic & Prediction
CyberGIS
Real-time Monitoring Network Continuous in
Space/Time
Rapid Modeling with Dynamic Scales Using
HPC/GPU
Existed Databases Maintain by the Surveys
Using Cloud Services
General Circulation
Model: GCMs
Real-time Remote Sensing
Space/Time Analysis and
Prediction
Yu-Feng Forrest Lin: [email protected]
Contact Information
Yu-Feng Forrest [email protected]
217-333-0235Illinois State Geological Survey
Prairie Research InstituteUniversity of Illinois at Urbana-Champaign
