PPT-Flood forecasting precipitation products

calibration and multimodeling Development of Flood Forecasting for the Ganges and the Brahmaputra Basins using satellite based precipitation ensemble weather forecasts and remotelysensed river widths and height. modeling and observations. Dennis P. Lettenmaier. Department of Civil and Environmental Engineering. University of Washington. University of Washington. Program on Climate Change Summer Institute. The water cycle in a changing climate. Hydrometeorologist. UCAR/COMET, Boulder, Colorado. NWS Eastern Region Flash Flood Conference 03 June 2010. 1. Flash Flood Forecasting. What is a Realistic Expectation for Warnings? . Richmond, VA, 2004. Lecture 3: Review of Concepts and Definitions. National Water Data Infrastructure for the NFIE. Enhanced geospatial database for a national water data infrastructure. NWS Basins and . Forecast Points. for flood risk. Dennis P. Lettenmaier. Department of Geography. University of California, Los Angeles. Climate Roundtable, “Precipitation in the U.S.”. FM Global, Boston. Jan 12, 2015. Motivating question: As the climate (and presumably precipitation and precipitation extremes) change, what will happen . Precipitation Processing System (PPS. ). GPM Mission Gridded Text Products . Provide Surface Precipitation Retrievals. Erich Franz . Stocker. , O. Kelley, C. . Kummerow. , G. . . Huffman. , . W. Olson, J. Kwiatkowski . Lecture 3: Review of Concepts and Definitions. National Water Data Infrastructure for the NFIE. Enhanced geospatial database for a national water data infrastructure. NWS Basins and . Forecast Points. Milano. Bo Holst, Fredrik Linde, Richard Wylde. June 2016. Disclaimer. : information presented here is working material and subject to change. Outline. The status of flood forecasting in Europe. Activities completed to date. What it does and does not do. Figure showing current system. Coarse resolution. 25km, daily. Satellite and . global data only. 7-day forecast. Deterministic – single forecast. Stream discharge only. Shane Parson . – RAMPP . PTS (. URS). Agenda. Overview of Risk MAP Non-Regulatory Products and Datasets. Flood . Risk Assessment . (FRA) Dataset. Process. AAL Data. Refined HAZUS Data. Composite Data. Robert J. Kuligowski, Ph. D.. NOAA/NESDIS Center for Satellite Applications and Research. Bob.Kuligowski@noaa.gov. 1. Outline. Satellite Rainfall Performance. IPWG Validation Efforts and Findings. Other Findings of Interest. Associated . Programme. on Flood Management (APFM) . Why is IFM necessary?. Source: WMO-No. 11.23 (2014). Impacts of hydrometeorological and . climatological hazards (1955–2014). 3. Reduction of the number of victims thanks to greater effectiveness. Chris Onof. 1. , Yuting Chen. 1. , Li-Pen Wang. 1,2. , Amy Jones. 3. , and Susana Ochoa Rodriguez. 4. 1. Dept. of Civil and Environmental Engineering, Imperial College London, London, United Kingdom. use of GPM in . Flood and Landslide Hazard Estimation. Robert . Adler . Earth System Science Interdisciplinary Center . University of Maryland, College Park, MD. Rainfall input from satellite information. ). Third meeting of the FFI Advisory Group. 5 to 7 December 2017. Rationale. 1. 2. 3. 4. 5. Collection of 3,027 Files divided in . 402 . Folders. Still needing “triage”. Good starting point for the relevant Task Force.