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Remote Sensing of the Terrestrial Water Cycle Kona, Hawaii, USA 19 –22 February 2012

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Remote Sensing of the Terrestrial Water Cycle Kona, Hawaii, USA 19 –22 February 2012 AGU Chapman Conference on Remote Sensing of the Terrestrial Water Cycle Kona, Hawaii, USA 19 –22 February 2012 Conveners Venkat Lakshmi, University of South Carolina, USA Doug Alsdorf, Ohio State University, USA Jared Entin, NASA, USA George Huffman, NASA, USA Peter van Oevelen, GEWEX, USA Juraj Parajka, Vienna University of Technology Program Committee Bill Kustas, USDA-ARS Bob Adler, University of Maryland Chris Rudiger, Monash University Jay Famiglietti, University of California, Irvine, USA Martha Anderson, USDA, USA Matt Rodell, NASA, USA Michael Cosh, USDA, USA Steve Running, University of Montana Co-Sponsor The conference organizers acknowledge the generous support of the following organizations: 2 AGU Chapman Conference on Remote Sensing of the Terrestrial Water Cycle Meeting At A Glance Sunday, 19 February 2012 1500h – 2100h Registration 1700h – 1710h Welcome Remarks 1710h – 1750h Keynote Speaker – Andrew C. Revkin, The New York Times 1750h – 1900h Ice Breaker Reception 1900h Dinner on Your Own Monday, 20 February 2012 800h – 1000h Oral Session 1: Current Challenges in Terrestrial Hydrology 1000h – 1030h Coffee Break and Networking Break 1030h – 1200h Breakout Sessions - Variables Observed by Satellite Remote Sensing Evapotranspiration Soil Moisture Snow Surface Water Groundwater Precipitation 1200h – 1330h Lunch on Your Own 1330h – 1600h Oral Session 2: Estimating Water Storage Components: Surface Water, Groundwater, and Ice/Snow 1600h – 1630h Coffee Break 1630h – 1900h Poster Session I and Ice Breaker 1900h Dinner on Your Own Tuesday, 21 February 2012 0800h – 1000h Oral Session 3: Remote Sensing the Dynamic Water Cycle: Soil Moisture, Precipitation, and Evapotranspiration 1000h – 1030h Coffee Break and Networking Break 1030h – 1200h Breakout Sessions – Applications of Water Cycle Variable Modeling and Data Assimilation Floods and Droughts Snow Melt In Situ Data and Observations Weather and Climate Modeling 1200h – 1330h Lunch on Your Own 1330h – 1600h Oral Session 4: Integration of Space-borne, Airborne, and Ground- based Measurement Systems 1600h – 1630h Coffee Break 1600h – 1900h Poster Session II and Ice Breaker 1900h – 2110h Group Dinner – Keynote Speaker Jóse Achache, Group on Earth Observations Secretariat 3 Wednesday, 22 February 2012 0800h – 1000h Oral Session 5: Future Directions in Remote Sensing of the Terrestrial Water Cycle 1000h – 1015h Coffee Break and Networking Break 1015h – 1200h Breakout Summaries and Discussions from Monday AM 1200h – 1330h Lunch on Your Own 1330h – 1530h Breakout Summaries and Discussions from Tuesday AM 1530h – 1600h Closing Remarks 1500h – 1630h Coffee Break and Adjourn 1630h Dinner on Your Own Thursday, 23 February 2012 0815h – 1715h Optional Field Trip to the Volcano National Park 4 SCIENTIFIC PROGRAM SUNDAY, 19 FEBRUARY 1500h – 2100h Registration 1700h – 1710h Welcome Remarks 1710h – 1750h Andrew C. Revkin, Keynote Speaker The New York Times 1800h – 1900h Welcome Reception MONDAY, 20 FEBRUARY Oral Session 1: Current Challenges in Terrestrial Hydrology Naupaka Ballroom 0800h – 0840h Dennis P. Lettenmaier | Planning for the Next Generation of Water Cycle Missions INVITED 0840h – 0920h James S. Famiglietti | Getting Real About the State of Hydrological Modeling: Priorities for Advancing the Next Generation of Integrated, Data-Assimilating Water Cycle Simulators 0920h – 1000h Jared Entin | Terrestrial Hydrology in the Context of NASA’s Earth Science Program INVITED 1000h – 1030h Monday AM Coffee and Networking Break 1030h – 1200h Breakout Session 1 - Variables Observed by Satellite Remote Sensing: Evapo Transpiration 1030h – 1200h Breakout Session 2 - Variables Observed by Satellite Remote Sensing: Evapo Transpiration 1030h – 1200h Breakout Session 3 - Variables Observed by Satellite Remote Sensing: Soil Moisture 1030h – 1200h Breakout Session 4 - Variables Observed by Satellite Remote Sensing: Soil Moisture 5 1030h – 1200h Breakout Session 5 - Variables Observed by Satellite Remote Sensing: Snow 1030h – 1200h Breakout Session 6 - Variables Observed by Satellite Remote Sensing: Snow 1030h – 1200h Breakout Session 7 - Variables Observed by Satellite Remote Sensing: Surface Water 1030h – 1200h Breakout Session 8 - Variables Observed by Satellite Remote Sensing: Surface Water 1030h – 1200h Breakout Session 9 - Variables Observed by Satellite Remote Sensing: Groundwater 1030h – 1200h Breakout Session 10 - Variables Observed by Satellite Remote Sensing: Groundwater 1030h – 1200h Breakout Session 11 - Variables Observed by Satellite Remote Sensing: Precipitation 1030h – 1200h Breakout Session 12 - Variables Observed by Satellite Remote Sensing: Precipitation 1200h – 1330h Lunch on Your Own (Monday) Oral Session 2: Estimating Water Storage Components: Surface Water, Groundwater, and Ice/Snow Presiding: Douglas E. Alsdorf, Matthew Rodell Naupaka Ballroom 1330h – 1410h John M. Melack | Inland Waters and the Carbon Cycle INVITED 1410h – 1450h Tom G. Farr | Remote Monitoring of Groundwater with Orbital Radar 1450h – 1530h Thomas H. Painter | New Era of Understanding Snow Properties from Spaceborne and Airborne Remote Sensing 1530h – 1600h Wilfried Brutsaert | Some Indirect Estimates of Changes in Hydrologic Conditions During the Past Century INVITED 1600h – 1630h Monday PM Coffee Break 6 1600h – 1900h Poster Session I - Modeling and Data Assimilation Naupaka V - VII MM-1 Albert Rango | Hydrology with Unmanned Aerial Vehicles (UAVs) MM-2 Ngwa J. Nde | Geospatial Analysis of Surface Water Pollution from Automobile Waste in Ife Central, Nigeria MM-3 Augusto Getirana | The hydrological modeling and analysis platform (HyMAP): model results and automatic calibration with ENVISAT altimetric data MM-4 Jason P. Evans | The Impact of Remotely Sensed Dynamic Land Surface Conditions on the Simulation of Drought in Australia MM-5 Shawana P. Johnson | Geospatial Intelligence and Biomass Research for Freshwater, Food, Feed and Energy MM-6 Qianlai Zhuang | Modeling the Effects of Land Use Change Due to Biofuel Development on Water Dynamics in the United States MM-7 Guangyu Wang | Sustainability and Landuse Pattern Change Detection in the Min River Watershed, China MM-8 Hualan Rui | NLDAS Views of North American 2011 Extreme Events MM-9 Saumitra Mukherjee | Heliophysical and cosmic ray fluctuation changes hydrological cycle MM-10 Praveen Kumar | Assessing the Impact of 2011 Mississippi River Megaflood on the Landscape Using Lidar and AVIRIS Imaging Spectrometer Data MM-11 Tadanobu Nakayama | Coupling with satellite data and eco-hydrology model for evaluation of two extremes in continental scale MM-12 Prasad S. Thenkabail | Water Use and Water Productivity of Key World Crops using Hyperion-ASTER, and a Large Collection of in-situ Field Biological and Spectral Data MM-13 Martin Kappas | Simulation of water balance components in a watershed located in central drainage basin of Iran MM-14 Kholoud Kahime | Water Vulnerability, Agriculture and Energy Impacts of Climate Change in Morocco: A Case Study the Region of Agadir MM-15 Baozhang Chen | Spatially explicit simulation of hydrologically controlled carbon-water cycles based on remote sensing in the Po Yang Lake whatershed, Jiangxi, China MM-16 Thian Y. Gan | Modeling Gross Primary Production Of Deciduous Forest Using Remotely Sensed Radiation And Ecosystem Variables MM-17 Juan P. Guerschman | Modelling water balance in Australia: understanding the effects of vegetation structure and biophysical dynamics 7 MM-18 Calum Baugh | Using field data to assess the effectiveness of adjusted spaceborne derived DEMs for replicating Amazon River floodplain hydro- dynamics MM-19 Daeun Kim | Spatio-Temporal Patterns of Hydro-Meteorological variables produced from SVAT model incorporated with KLDAS in East Asia MM-20 Jean Bergeron | Snow cover estimation from blended MODIS and AMSR-E data for improved springflood forecast in Quebec, Canada MM-21 Paul C. Milly | Use of Remotely Sensed Data to Advance Global Hydrologic Modeling MM-22 Sam Benedict | Validation and Application of Remote Sensing Data as part of a Joint Cross-cutting Initiative by the Global Energy and Water Cycle Experiment (GEWEX) Hydroclimatology Panel’s (GHP’s) Regional Hydroclimate Projects (RHPs) MM-23 Gerarda M. Shields | Developing a Prioritization Plan to Assess the Impact of Climate Change Predictions on the Hydraulic Vulnerability of Coastal Bridges MM-24 Jordi Cristobal | Hourly and Daily Regional Scale Validation of a Meteosat Second Generation Solar Radiation Product MM-25 Stacy E. Howington | High-Fidelity Numerical Simulation to Support Interpretation of Electro-optical and Infrared Imagery MM-26 John T. Reager | Effective global soil parameters from GRACE and impact on land surface simulations MM-27 John D. Bolten | Evaluation of the Middle East and North Africa Land Data Assimilation System 1600h – 1900h Poster Session I - Groundwater Naupaka V - VII GM-1 Hassan Rezaie Boroon | Linking Groundwater Quality and Quantity: An Assessment of Satellite-Based Groundwater Storage Anomalies From GRACE Against Ground Measurements of Contaminants in California GM-2 Srinivas V. Bettadpur | Challenges in extraction and interpretation of GRACE mass flux estimates in near real time GM-3 Matthew Rodell | Integrating Data from GRACE and Other Observing Systems for Hydrological Research and Applications GM-4 Paul A. Rosen | DESDynI-R Mission Concept Overview and Possible Uses for Hydrological Sciences and Applications GM-5 Sean C. Swenson | A Gridded GRACE Total Water Storage Dataset for Hydrological Applications
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