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Community Modeling and Long-term Predictions of the Integrated Water Cycle

Community Modeling and Long-term Predictions of the Integrated Water Cycle. Topical Breakout Templates Washington DC September 24-26, 2012. Terminology for Templates. Topical Breakouts.

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Community Modeling and Long-term Predictions of the Integrated Water Cycle

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  1. Community Modeling and Long-term Predictions of the Integrated Water Cycle Topical Breakout Templates Washington DC September 24-26, 2012

  2. Terminology for Templates Topical Breakouts • Priority Research Direction (PRD) - A high-priority research direction with high potential for producing revolutionary scientific breakthroughs that could dramatically advance the use of models for decision support. • Scientific Needs/Opportunities • Research Approaches • Scientific Impacts • User Impacts

  3. Topic 1: Multi-scale behaviors of the water cycle • Ana Barros • Julio Bacmeister • Bill Collins • Randy Dole • Leo Donner • Chris Duffy • Inez Fung • Bill Gutowski • Praveen Kumar • Reed Maxwell • Guido Salvucci • Siegfried Schubert • SorooshSorooshian • Graeme Stephens • Mike Wehner • Cathy Wilson • Eric Wood • Rob Wood • XubinZeng • ShaochengXie

  4. Topic 1: Multi-scale characteristics Priority Research Directions (3 to 5) 1.1 …. 1.2 …. 1.3 …. 1.4 …. 1.5 ….

  5. Topic 1: Multi-scale characteristics Priority Research Direction 1.1 Scientific Needs/Opportunities Scientific Impacts Research Approaches User Impacts …. …. …. …. …. …. …. …. …. …. …. ….

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  7. Community Modeling and Long-term Predictions of the Integrated Water Cycle Crosscutting Breakout Templates Washington DC September 24-26, 2012

  8. Charge to the crosscutting groups: Integrative Modeling Challenges (IMCs) Discuss and recommend synergistic research activities to address Integrative Modeling Challenges (IMCs) that cut across all six topics of the workshop. Our goal is to robustly test and advance modeling capabilities that will lead to an improved scientific understanding of the critical systems and their interactions, long-term prediction of the integrated water cycle and the more effective use of models for decision support.

  9. Charge to the crosscutting groups: Discussions should include aspects such as: • Hypothesis driven modeling experiments and predictability studies • Multi-scale, multi-system needs for science and decision support • Model development needs • Data/observation needs • Model intercomparison, testing and evaluation • Computational requirements (e.g., computing resources, common software infrastructure for model/data development) • Software infrastructure (e.g., tools for model/data integration and interoperability) • Data management and visualization • Strategies for interactions with the users

  10. Crosscutting Group A Randy Koster Praveen Kumar Dave Lawrence (day 2) Reed Maxwell (day 2) SorooshSorooshian Ken Strzepek (day 1) Sean Swenson Claudia Tebaldi John Weyant Cathy Wilson Minghua Zhang • Mike Bosilovich • Kate Calvin • Mauro DiLuzio • Randy Dole • Chris Duffy • Paul Faeth • Jay Famiglietti • Bill Gutowski • Forrest Hoffman • Tony Janetos (day 1)

  11. Crosscutting Group A (Day 1) Integrative Modeling Challenges - IMCs (2 to 3) A.1 …. A.2 …. A.3 ….

  12. Crosscutting Group A (Day 1) Integrative Modeling Challenge A.1 Key Features/Topic Relevance Scientific Impacts Approaches/Leveraging User Impacts …. …. …. …. …. …. …. …. …. …. …. ….

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