USGS StreamStats Web Application for Kentucky
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1 USGS StreamStats Web Application for Kentucky Implementation of selected low- and mean-flow estimating equations Gary Martin, Hydrologist Project Chief U.S. Geological Survey, Kentucky Water Science Center Lousiville, KY Kernell Ries, National StreamStats Coordinator U.S. Geological Survey, Office of Surface Water Baltimore, MD
2 Overview Description / Development / Current status Accessing the user interface Basic features and functionalities General guidelines for use Adding statistics and estimating equations for Kentucky StreamStats Enhanced / future StreamStats capabilities Proposed further studies in Kentucky
3 What is USGS StreamStats? A map-based Web application that provides information that can be used by engineers, hydrologists, managers, planners, and others to make informed decisions on water-related activities Primary products: basin delineations, basin characteristics, and estimates of streamflow statistics Provides information for gaged and user-selected ungaged streams sites Allows analysis of upstream/downstream relations along streams; Can provide summaries of water use
4 StreamStats Home Page
5 State Applications
6 Kentucky Introductory Page Description of statistics estimated Report citation with hyperlink Limitations Link to application
7 Kentucky User Interface Panel Banners Toolbar Console
8 Working With Panels Click on plus triangle (+) sign to to expand expand panel list
9 Display Streamgages Check box beside layer name (Stream Gages)
10 Navigation Panel Click on points of compass to move map center
11 Overview Map
12 Results Panel / Identify Tool
13 Streamgage Information
14 StreamStatsDB Database MS Access database that contains information for streamgages and regression equations used in StreamStats. Gage data from national databases now. WSCs provide updates as part of local studies For Kentucky, StreamStatsDB will be updated to include streamgage information from: SIR , Low-Flow Frequencies WRIR , Mean-Annual Streamflows WRIR , Harmonic-Mean Streamflows
15 Display of Layers
16 Hydrologic Regions
17 Select Ungaged Site Click on Watershed Delineation from a Point Scale must indicate 1:24,000 or greater
18 Delineated Basin
19 StreamStats Integrates NHD, WBD and NED in ArcHydro National Hydrography Dataset (NHD) Watershed Boundary Dataset (WBD) National Elevation Dataset (NED)
20 Flow Statistics from Regression Equations Regression equation Click Estimate Flows estimates assume Using Regression natural Equations flow conditions at the selected site Availability of equations varies among states
21 Example Regression Equation Regression equations take the form: Q 100 = A S 0.14 P 1.35 where: Q 100 is the 100-year flood flow, cubic feet per second A S P is drainage area, in square miles is mean basin slope, in percent is a mean annual precipitation, in inches This equation is for the Colorado Mountain Region
22 Adding Regression Equations Low flow -- SIR Q 2, 7Q 10, 7Q 20, 30Q 2, 30Q 5, Prob. zero flow ~ A, V Mean-annual flow -- WRIR Q a ~ A, E, Lat Harmonic-mean flow -- WRIR Q h ~ A, V
23 Regression Equation Limitations Low flows:sir Errors/applicable range
24 Other Tools for Use With Delineated Basins Edit a Delineated Basin Add or remove areas Get Basin Characteristics Computes additional BCs Edit Parameters and Recompute Flows Allows testing of scenarios Download Shapefile Print maps Estimate Flows Based on Similar Streamgaging Stations Estimates flows using nearby streamgages and drainage-area ratio method Relies on stream network navigation
25 Network Navigation/NHD Reach Indexing Explanation Measure User-selected site Streamgaging station Dam site Point discharge Water withdrawal Biological sampling site StreamStats provides reach addresses for user-selected sites, consisting of reach number and percentage distance from downstream end of reach
26 Flow Estimation Based on Similar Gages Click on Estimate Flows See Ries, Based 2006, on USGS Similar Estimates provided if Techniques Streamgaging and Methods Stations RATIO >= 0.5 and <= 1.5 Book 4-A6, p 9 for weighting equations
27 Network Tracing in StreamStats Configure trace Specify layer used (NHD, NHDPlus, etc.) Direction of tracing (upstream, downstream, both) Participating event layers (gages, dams, etc.) Load event layer Trace from delineated or ad-hoc point Display identified reaches Identify point events Raindrop trace to network Display path from point to network, and downstream Compute reach address at point on network
28 Network Tracing in StreamStats
29 Network Tracing in StreamStats
30 Network Tracing in StreamStats
31 Network Profile Plots Trace flow path within a delineated watershed Show network path and profile Show main channel flow path and profile
32 Terrain Profile Tool
33 Batch Processing Input: a point shapefile snapped to the stream grid Uses Web Services to perform the computations s the user when the output is available
34 StreamStats Web Services Available for: Basin delineation Gaging station statistics Ungaged site statistics Compute NHD reach and measure More coming See Available Web Services link from StreamStats home page for more information
35 Enhanced / future capabilities Detailed water-use /water-budget modeling Estimating daily mean streamflows
36 Maryland Water-Use Summaries Available to all users Net = Σ Discharges Σ Withdrawals
37 Detailed Water-Use Site Information Available only for users with login privileges (mostly gov t agencies)
38 Estimating daily mean streamflow: QPPQ method Connecticut River UnImpacted Streamflow Estimation (CRUISE) tool Pennsylvania Baseline Streamflow Estimator (BaSE)
39 Estimating daily mean streamflow: QPPQ method Connecticut River UnImpacted Streamflow Estimation (CRUISE) tool Pennsylvania Baseline Streamflow Estimator (BaSE)
40 Proposed Further Kentucky Studies Estimating regulated low-flow statistics Validate water-use (withdrawal/discharge data) Update/regionalize harmonic-mean flow, flow durations, and other selected low-flow statistics (30Q10, 1Q10, 90Q10, and 4B3) Update statewide rural and urban peak flows
41 Planned StreamStats Enhancements Migration from ArcGIS Server 9.2 to 10, with web services for all functionality A single user interface for seamless access to all state and regional applications Automated annual update of non-interpretive streamflow statistics Enhanced descriptive information and indicators of errors of computed statistics for streamgages Estimation of daily flows for Connecticut R. and Delaware R. Basins, NY, PA, probably others Improved and expanded tracking of water use Improved documentation
42 Questions or Suggestions? URL StreamStats national team GS-W Kentucky project
43 Overview Description / Development / Current status Accessing the user interface Basic features and functionalities General guidelines for use Adding statistics and estimating equations for Kentucky StreamStats Enhanced / future StreamStats capabilities Proposed further studies in Kentucky
44 New User Interface
45 Application Selection Displays all regional and state applications near the point that was clicked
46 Network Tracing in StreamStats Configure trace Specify layer used (NHD, NHDPlus, etc.) Direction of tracing (upstream, downstream, both) Participating event layers (gages, dams, etc.) Load event layer Trace from delineated or ad-hoc point Display identified reaches Identify point events Raindrop trace to network Display path from point to network, and downstream Compute reach address at point on network
47 National Implementation Status Fully Implemented Delineation and basin characteristics only Undergoing Implementation Not participating 28 states fully implemented 1 state partly implemented 10 states in implementation process
Stream-Network Navigation in the U.S. Geological Survey StreamStats Web Application
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