PPT-USGS ACTIVITY:

Estimating suspendedsediment load continuously for 2 years using turbidity hydroacoustic and LISST instruments all proxy technologies for suspendedsediment concentration. *Correspondingauthor.Tel.:+19495028173;fax:+1650725E-mailaddresses:karenmcl@pangea.stanford.edu(K.McLaughlin),apaytan@pangea.stanford.edu(A.Paytan),ckendall@usgs.gov(C.Kendall),srsilva@usgs.gov(S.Silv USGS FIM Program Liaison. Flood . Inundation . Mapping. Program. Project needs overview. Flood Inundation Maps translate . a hydrograph . into operational maps that communicate risk and consequences. Precipitation. Evaporation. Streamflow. Channel . Properties. Topography. GIS datasets. Reading: Applied Hydrology Chapter 6. Hydrologic Measurement. Precipitation, Climate, Stream Gaging. Water Quality Sampling. New Science and Online Management Tools to Help Guide Action on Nutrients in Rivers in the Upper Midwest Region of the U.S., Especially in the Great Lakes Basin. National Water-Quality Assessment Program. Luke Winslow. OWI a-la-carte. Overview. What is Parallel Computing. Example Uses. Intro to Condor. Demo. Parallel Computing. Cluster. Why would I need this?. Dealing with Large Datasets. Lake Shape Characteristics. Coordinator. Flood . Inundation . Mapping. Program. Project needs overview. Flood Inundation Maps translate . a hydrograph . into operational maps that communicate risk and consequences. . Over . 8,000 . Training: 3 Annual technical training courses held at Hydrologic Instrumentation Facility (HIF). Basic Electronics and Troubleshooting Instrumentation, Satellite Data Collection Platform Installation and Operation Workshop, QW Probes Installation, Operation, Calibration and Maintenance.. 1. An opening in Earth’s crust through which molten rock, ash and gases erupt.. 2.Volcano: The landform that develops around the opening.. 3. A way for Earth to release heat energy from the interior due to radioactive decay.. Flood . Inundation . Mapping. Program. Project needs overview. Flood Inundation Maps translate . a hydrograph . into operational maps that communicate risk and consequences. . Over . 8,000 . USGS Gages reporting current stream conditions in . 1. UCERF3.2: . Hazard Implications. Hazard . comparison . metrics. Inversion testing. C. onvergence and eqn. set weighting. Hazard maps. Influence of logic tree branches. Contributions to changes in hazard. Vic Engel. Wetland and Aquatic Research . Center. Gainesville, FL.. USGS . Mission Areas. https://www.usgs.gov/science/mission-areas. Ecosystems. Water. Climate and Land . U. se . C. hange. Environmental . November 14 , 20 1 9 To: , SAM coordinator Washington State Department of Ecology, Olympia, WA From: Richard W. Sheibley Research Hydrologist , Washington Water Science Center, Tacoma, WA Subject: NASA NOS Workshop Bethesda, MD . 02/25-26/2020 . Joseph Bell, USGS. jmbell@usgs.gov. Integrated . Water . Availability. . Assessments. (. IWAA. ) . E. valuate water availability . and distribution. Evaporation. Streamflow. Channel . Properties. Topography. GIS datasets. Reading: Applied Hydrology Chapter 6. Hydrologic Measurement. Precipitation, Climate, Stream Gaging. Water Quality Sampling. Precipitation Station.