PPT-Projecting the Potential Evapotranspiration of Egypt using a high resolution regional

1 Motivation Calculating potential Evapotranspiration PET is important especially for long term of water management on a regional scale PenmanMonteith PM is the best method to calculate PET as recommended by Food and Agriculture Association FAO However it requires a large number of meteorological input not available for a long time also uncertainty of the meteorological input can amplify the error of the calculated PET. Impact . Objectives . Develop a regionalization framework to improve sampling of extreme events. Assess the simulations of stationary and non-stationary climate extremes in ultra high-resolution global climate model simulations. 4 Projecting Future Climate H ow much temperatures rise depends in large part on how much and how quickly heat-trapping emissions accumulate in the atmosphere and how the climate responds to these Peter Guttorp. peter.guttorp@nr.no. www.stat.washington.edu. /peter. Acknowledgements. Anders . Moberg. for observed data. Erik . Kjellstr. öm. for model data. Overview. Observations. Predictions. Earth Science & Climate Change. July 28-30, 2014 San Francisco, California, USA. . Mujtaba. Hassan. PhD . Scholar. Tsinghua University Beijing, P.R. China. Temperature and precipitation climatology assessment over South Asia using the Regional Climate Model (RegCM4.3): An evaluation of model performance. Advanced Atmospheric and Oceanic Science Lecture Series, NUIST . 南京. . Downscaling. : empirical and dynamical, atmosphere and . ocean. Hans von Storch. Geesthacht. , Hamburg and Qingdao. Scaling. Western. Wisconsin. John Nowinski, Department of Geological Sciences. Project Question:. How will stream discharge in western Wisconsin be influenced by future climate perturbations. ?. Best case vs. Worst case scenarios. have . we. . learned. . from. . high. . resolution. global simulations? . Context. : . French . funding. . we. . would. . like. to . renew. . fo. 2018-2021. The focus for 2014-2017 . was. HiGEM. Ray Bell. Supervisors: Prof. Pier Luigi Vidale, Dr. Kevin Hodges and Dr. Jane Strachan. Introduction. Motivation. Socio-economic impacts and changing risk with climate change. . Impacts on the climate system, removing heat and moisture from the ocean affecting large scale circulation.. and. Potential Interactions with . the . ACME . Community. June 5, 2017. . RGCM program - Overview. Goal . is . to enhance . a . predictive . and process- and system-level understanding. of the . modes of variability and change. May . 5. , 2014. 83520601 . Arlene . M. . Fiore. Acknowledgments: Olivia Clifton, . Gus Correa, Nora . Mascioli. , Lee Murray, Luke . Valin. (CU/LDEO), . Harald. . Rieder. (U Graz, Austria), . Elizabeth Barnes (CSU. Tongass. NF:. Potential Impacts on Salmon Spawning Habitat. Matt Sloat, . Gordie. Reeves, Kelly Christiansen . US Forest Service. PNW Research Station. Funding provided by:. Additional assistance . Liquid Water. Water Vapor. Evaporation. Solar Radiation. Wind. Temperature. Relative Humidity. Evaporation. Evaporation. Evaporation. Evaporation. Evaporation. Evaporation. Evaporation. Evaporation. Evaporation. Supplementary materials. Léa Laurent. 1,2. , Albin Ullmann. 1. , . Thierry Castel. 1. 27. /0. 4. /202. 3. EGU . 202. 3. 27. /0. 4. /202. 3. 1. CRC, . Biogéosciences. , UMR 6282 CNRS/Université de Bourgogne Franche-Comté, 6 boulevard Gabriel, 21000 Dijon, France. Stephen . Matthews. 1,2. , Louis Iverson. 2. ,. Anantha Prasad. 2. , Matthew Peters. 2. . . 1. School of Environment and Natural Resources . Ohio State University. 2. USFS Northern . Research . Station.