1. An Example of Integrated Science from the Climate and Land Use Change Mission Area: The Southeast Regional Assessment Project (SERAP) Roland Viger Community for Data Integration Workshop August 17, 2011

4. Integration Simulation Modeling Data – Parameters – Time series (historical, forecasts) Project Scientists

5. Workflows & Tools Purpose: Share data content for (offline) modelers in group – Not a general data distribution Lots of discussion (years!) Capture, encoding Webex my.usgs.gov USGS GeoData Portal (GDP) Email, ftp, http (sigh.) Open Standards THREDDS, NetCDF PHP, Java

8. Statistically Downscaled GCMs Aquatic Occupancy Modeling Watershed Modeling Stream Temperature Current Climate

11. Impact & Future Process & architecture as a prototype for future integration efforts – Social, technical scientific Developed new portals Expose services for metadata, data for overall project & non-standard data types

14. Per-Watershed NWBM Results

16. What happened behind the scenes? Current + Historic Climate Observations 12km x 12km Grids Statistical Summaries of Temperature and Precipitation by HRU

17. Now what? Watershed Model Surface, Subsurface, and Groundwater Flow by Stream Segment

18. Re-integrating the results Watershed Modeling Results DataAlchemist Tool SERAP Data Portal

19. Aquatic Occupancy Modeling Watershed Modeling Stream Temperature Current Climate Downstream Consumer – Stream Temp

20. Stream Temperature process Watershed Modeling Results SERAP Data Portal Stream Temperature Model Maximum and Average Stream Temperature by Stream Segment

21. Aquatic Occupancy Modeling Watershed Modeling Stream Temperature Current Climate Downstream consumer – Aquatic Occupancy

22. Aquatic Occupancy process SERAP Data Portal Mussel Occupancy Model Stream Temperature Model Results Occupancy Model Results