PPT-Hydrologic Measurement

Precipitation Evaporation Streamflow Channel Properties Topography GIS datasets Reading Applied Hydrology Chapter 6 Hydrologic Measurement Precipitation Climate Stream Gaging Water Quality Sampling. Design. Reading: Applied Hydrology Sections 13-1, . 13-2. 2. Hydrologic design . Water control. Peak flows, erosion, pollution, etc. . Water management. Domestic and industrial use, irrigation, instream flows, etc. Precipitation. Evaporation. Streamflow. Channel . Properties. Topography. GIS datasets. Reading: Applied Hydrology Chapter 6. Hydrologic Measurement. Precipitation, Climate, Stream Gaging. Water Quality Sampling. Hydrologic Systems. Hydrologic systems and hydrologic models. How to apply physical laws to fluid systems. Intrinsic and extrinsic properties of fluids. Reynolds Transport . Theorem. Continuity equation. Summary. Results. . Approaches. Exploring . i. mpact of forcing data on hydrologic simulations and climate sensitivity. When assessing climate impact on hydrologic processes, we face a number of different modeling approaches, including forcing dataset, downscaling of atmospheric model outputs, . - BASIC CONCEPTS. Hydrology . Hydrology . is the science of the waters of the . earth and . its atmosphere. It deals with occurrence, circulation, distribution and movements of these waters over the globe and their interaction with the physical and biological environments. Hydrologic Systems. Setting the context in Brushy Creek. Hydrologic systems and hydrologic models. Reynolds Transport Theorem. Continuity equation. Reading for next Tuesday – Applied Hydrology, Sections 2.3 to 2.8. Gridded Hydrologic Modeling Projects. Utah State University Utah Energy Balanced Model (UEB). Evaluation of a gridded energy balance snow model. http://hydrology.usu.edu/snow/uebgrid/. Riverside Technology (RTI). Hydrologic Systems. Hydrologic systems and hydrologic models. How to apply physical laws to fluid systems. Intrinsic and extrinsic properties of fluids. Reynolds Transport . Theorem. Continuity equation. 1. David G. Tarboton. 1. , David R. Maidment. 2. , . Ilya. Zaslavsky. 3. , Jeffery S. Horsburgh. 1. , Tim Whiteaker. 2. , Michael Piasecki. 4. , Jonathan L Goodall. 5. , David Valentine. 3. , Thomas Whitenack. flow alteration signatures of diversion hydropower: . an analysis of 32 rivers in southwestern china. Dr. . Kelly M. Kibler. Assistant Professor, University of Central Florida, U.S.A.. . Department of Civil, Environmental, & Construction Engineering. U.S. Geological Survey. USGS Science Strategy Planning. SSPT Background & Process. In 2010, the USGS Executive Leadership Team identified seven science “Mission Areas” and associated Strategic Science Planning Teams (SSPTs) . Meeting Water Utility Needs: Translating Climate Science into HydrologyJulie Vano, National Center for Atmospheric Research EmissionsScenario(s) Global ClimateModel(s) DownscalingMethod(s) HydrologicM Hydrologic . Data and Model Sharing. David . Tarboton, Ray . Idaszak. , Jeffery . Horsburgh. , Dan . Ames, Jon . Goodall, Larry Band, . Venkatesh. . Merwade. , Alva . Couch, Jennifer . Arrigo. , Rick Hooper, David Valentine, . Evaporation. Streamflow. Channel . Properties. Topography. GIS datasets. Reading: Applied Hydrology Chapter 6. Hydrologic Measurement. Precipitation, Climate, Stream Gaging. Water Quality Sampling. Precipitation Station.