PPT-Introducing the CUAHSI Hydrologic Information System Deskto

and Open Development Community H51H0862 HydroDesktop uses the methods from the HIS Central metadata catalog API to provide search capabilities across the catalog to determine relevant data sets for a specific user HIS Central is a hydrologic data registry a hosted at the San Diego Supercomputer Center in San Diego California The data discovery API is a web services based system for identifying hydrologic and water quality data services based on the CUAHSI Water Data Services protocols A series of data discovery forms have been developed to provide the user with a quick and easy step by step means of establishing the type of data they are looking for and the source from which they wish to find it . Place-based Education. 1- Dominion Christian School; 2-. . Earth & Environmental Systems . Institute, . Pennsylvania . State . University. ;. 3- . Department of Geosciences, Earth & Environmental Systems . 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. 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. 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. National Weather Service. Gregory P. Shelton. Service Coordination Hydrologist. NWS West Gulf River Forecast Center – Fort Worth, TX. Tracy Howieson. Hydrologic Services Program Manager. NWS Southern Region Headquarters – Fort Worth, TX. 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. David . Tarboton. , Ray . Idaszak. , . Jeffery . Horsburgh. , . Dan . Ames, . Jon . Goodall. , . Larry . Band, . Venkatesh. . Merwade. , . Alva . Couch, . Jennifer . Arrigo. , . Rick . Hooper, . David Valentine. Sydney Weyand, Dr. . Inci. . Guneralp. , and Dr. . Burak. . Guneralp. Texas A&M University. Outline. Introduction. Methodology. Implications. Future Research. Floods are one of the most damaging and common forms of natural disasters.. 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) . Everglades project - Loxahatchee Impounded Landscape Assessment (LILA) 2|Page Everglades project - Loxahatchee Impounded Landscape Assessment (LILA) Project Overview:In collaboration with the U.S. Fi David . Tarboton. , Ray . Idaszak. , . Jeffery . Horsburgh. , . Dan . Ames, . Jon . Goodall. , . Larry . Band, . Venkatesh. . Merwade. , . Alva . Couch, . Jennifer . Arrigo. , . Rick . Hooper, . David Valentine. 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, . . Spatial Data Publication Platform. Support. EAR 0622374. CUAHSI. HIS. Sharing hydrologic data. http://his.cuahsi.org/. . David Tarboton, Jeff Horsburgh, David Maidment, Dan Ames, Jon Goodall, Richard Hooper, and Ilya Zaslavsky.