1 / 12

Yu-Feng Forrest Lin Donald A. Keefer Philip M. Graff Prairie Research Institute

The International Conference on Space, Time, and CyberGIS CyberGIS'12 August 6-9, 2012, Champaign, Illinois. The Development of CyberGIS Applications for Interactions between Surface Water and Groundwater at Dynamic Spatial and Temporal Scales. Yu-Feng Forrest Lin Donald A. Keefer

osmond
Télécharger la présentation

Yu-Feng Forrest Lin Donald A. Keefer Philip M. Graff Prairie Research Institute

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. The International Conference on Space, Time, and CyberGIS CyberGIS'12 August 6-9, 2012, Champaign, Illinois The Development of CyberGIS Applications for Interactions between Surface Water and Groundwater at Dynamic Spatial and Temporal Scales Yu-Feng Forrest Lin Donald A. Keefer Philip M. Graff Prairie Research Institute Illinois State Geological Survey Illinois State Geological Survey Illinois State Water Survey University of Illinois at Urbana-Champaign

  2. GIS-based DSS toolkit Concept • Stakeholders • Interests • & • Future Planning Scientific Institutes • Economical Statistics Model & Analysis • Scientific Data Community Observation Yu-Feng Forrest Lin: yflin@illinois.edu

  3. Initial Test on Free GIS browser Google Earth ArcGIS Explorer “The Democratization of GIS (Butler, 2006)” Yu-Feng Forrest Lin: yflin@illinois.edu

  4. The ubiquitous WebGIS Analysis Toolkit for Extensive Resources (uWATER) is an ArcGIS Explorer plug-in package Straightforward !! GIS-based !! Free !! Yu-Feng Forrest Lin: yflin@illinois.edu

  5. uWATER… Show Your Research in My Backyard! Applied Groundwater Modeling – From Classroom to Courtroom Any Maps for My Backyard Any Maps for My Backyard Your Research in Sharpfiles Yu-Feng Forrest Lin: yflin@illinois.edu

  6. Decisions Support with Spatial Visualization Model Cells w/ Groundwater Drawdown Over 5ft Wetlands with Potential Threats Are Our Wetlands in Trouble? Show me within 5 clicks and sub-second Yu-Feng Forrest Lin: yflin@illinois.edu

  7. Decisions Support with Spatial Visualization Water Quality > X ppm Fish Population Are Our Wetlands in Trouble? Show me within 5 clicks and sub-second Yu-Feng Forrest Lin: yflin@illinois.edu

  8. Extension: Task-Based Computation Will the new pumping facility in next town impact our wells? Yu-Feng Forrest Lin: yflin@illinois.edu

  9. Yu-Feng Forrest Lin: yflin@illinois.edu

  10. Existed Databases Maintain by the Surveys Using Cloud Services CyberGIS Real-time Remote Sensing Space/Time Analysis and Prediction Real-time Monitoring Network Continuous in Space/Time Rapid Modeling with Dynamic ScalesUsing HPC/GPU General Circulation Model: GCMs Spatial and Temporal Scale Index Current and Future Work 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. Phase I Space: Watershed Time: Steady Phase II Space: State Time: Historical Dynamic Phase III Space: Multi-State Time: Dynamic & Prediction The Architecture of CyberGIS Service for Surface Water and Groundwater Interaction in Dynamic Spatial and Temporal Scales Yu-Feng Forrest Lin: yflin@illinois.edu

  11. Existed Databases Maintain by the Surveys Using Cloud Services CyberGIS Real-time Remote Sensing Space/Time Analysis and Prediction Real-time Monitoring Network Continuous in Space/Time Rapid Modeling with Dynamic ScalesUsing HPC/GPU General Circulation Model: GCMs Spatial and Temporal Scale Index Phase I Space: Watershed Time: Steady Phase II Space: State Time: Historical Dynamic Phase III Space: Multi-State Time: Dynamic & Prediction Yu-Feng Forrest Lin: yflin@illinois.edu

  12. Contact Information Yu-Feng Forrest Lin yflin@illinois.edu 217-333-0235 Illinois State Geological Survey Prairie Research Institute University of Illinois at Urbana-Champaign Yu-Feng Forrest Lin: yflin@illinois.edu

More Related