The CUAHSI Hydrologic Information System

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Transcription:

The CUAHSI Hydrologic Information System Presented by Dr. Tim Whiteaker The University of Texas at Austin 18 November, 2010 Session T1B

About the Speaker PhD 2004 Research Associate

What You Will Learn What is the CUAHSI Hydrologic Information System (HIS) History Why people use it How to access data in HIS How to publish your data with HIS

Outline The HIS Story HIS components Putting the pieces together

Outline The HIS Story HIS components Putting the pieces together

HIS Connects People with Data The CUAHSI* Hydrologic Information System (HIS) provides web services, tools, standards and procedures that enhance access to more and better data for hydrologic analysis. his.cuahsi.org *Consortium of Universities for the Advancement of Hydrologic Science, Inc.

Niagara Peninsula Decision Support

What is CUAHSI Consortium of Universities for the Advancement of Hydrologic Science, Inc Formed in 2001 Develops infrastructure and services to advance hydrologic science in US universities Earth Sciences Atmospheric Sciences Ocean Sciences www.cuahsi.org CUAHSI HIS National Science Foundation Geosciences Directorate

CUAHSI Member Institutions 112 North American universities, and 16 international affiliates

CUAHSI Hydrologic Information Systems Project David R. Maidment The University of Texas at Austin (HIS Project Leader)

CUAHSI HIS Development 2000 CUAHSI Regional Meetings 2002 2004 HIS Pilot Project 2006 2008 2010 HIS Development Project

too much water dirty water too little water water environment

Please rank these four HIS service categories for helping you. Conclusion: Data services are the highest priority

Which of the following data analysis difficulties are most important for HIS to address? Priorities are: Data formats Metadata

Data Integration Hydrologic Observations GIS Data Digital Watershed Weather and Climate Remote Sensing Currently, the focus is on data from monitoring sites at point locations.

The Result WaterML language for describing water data WaterML Standards National catalog of water data sources Metadata Catalog Services Free software for data access Software

Metadata Catalog, October 2010 56 public services 18,000+ variables 1.88+ million sites 23.3 million series Referencing 5.1 billion data values Map integrating NWIS, STORET, & Climatic Sites

Streamflow 2 services 7 variables 4,363 sites 11,484 series 9,493,968 records

Salinity 5 services 7 variables 6,613 sites 7,912 series 346,813 records

Water Temperature 6 services 11 variables 11,158 sites 22,953 series 1,546,841 records

Dissolved Oxygen 5 services 18 variables 10,823 sites 21,655 series 930,571 records

Bacteria 1 service 21 variables 4,801 sites 15,483 series 297,849 records

Nutrients 1 service 25 variables 5,635 sites 52,396 series 856,194 records

3 services 7 variables 6,228 sites 16,576 series 785,650 records

For more on the HIS Story his.cuahsi.org

Outline The HIS Story HIS components Putting the pieces together

Web Paradigm Catalog (Google) Catalog harvest Search Web Server (CNN.com) Access Browser (Firefox)

Services Oriented Architecture for Water Data HIS Central Service registration Catalog harvest Search HydroServer Data access HydroDesktop

HIS System Overview USGS Dat a University Web Service Data Registration HIS Central HIS Central Metadata Catalog Hydrologic Ontology Dat a HydroServers Data Access Data Discovery Users (HydroDesktop)

Water quantity and quality Water Data Soil water Rainfall & Snow Remote sensing Meteorology Modeling

Point Observations Time Series A point location in space A series of values in time

Sources of Observations Data

Getting Water Data (the old way) Different Query Pages Different Query Responses

WaterML as a Standard Format Streamflow data in WaterML language Discharge of the San Marcos River at Luling, June 28 July 18, 2002

WaterML includes location, variables, and time series location variable time series

Web Pages and Web Services http://www.safl.umn.edu/ http://his.safl.umn.edu/saflmc/cuahsi_1_0.asmx Uses Hypertext Markup Language (HTML) Uses WaterML (a Markup Language for water data)

Point Observations Information Model Utah State Univ Data Source Little Bear River Network WaterOneFlow Service Little Bear River at Mendon Rd Sites GetSites GetSiteInfo Dissolved Oxygen Variables 9.78 mg/l, 1 October 2007, 5PM Values {Value, Time, Metadata} A data source operates an observation network A network is a set of observation sites A site is a point location where one or more variables are measured A variable is a property describing the flow or quality of water A value is an observation of a variable at a particular time Metadata provide additional information about the value GetVariableInfo GetValues

WaterOneFlow Set of query functions Returns data in WaterML

WaterML and WaterOneFlow Locations Variables Date Ranges Client LOAD GetSites GetSiteInfo GetVariableInfo GetValues WaterML WaterOneFlow Web Service TRANSFORM USGS Data Data EPA UT Data Data Repositories EXTRACT WaterML is an XML language for communicating water data WaterOneFlow is a set of web services based on WaterML

HIS System HydroServer USGS Dat a University Web Service Data Registration HIS Central HIS Central Metadata Catalog Hydrologic Ontology Dat a HydroServers Data Access Data Discovery And Access Users

HydroServer Goals A platform for publishing space time hydrologic datasets that: Provides local control of data Makes data universally available Is open source (hydroserver.codeplex.com)

Ongoing Data Collection Point Observations Data Internet Applications Historical Data Files ODM Database GIS Data GetSites GetSiteInfo GetVariableInfo GetValues WaterML WaterOneFlow Web Service HydroServer Data presentation, visualization, and analysis through Internet enabled applications

ICEWATER A Regional HIS ICEWATER INRA Constellation of Experimental WATERsheds Coalition of 8 universities Point Observations Stream gages Water quality sampling Weather stations Soil moisture Snow monitoring Groundwater level/quality Spatially Distributed Data Land use/cover Terrain Hydrography AK WA OR CA NV I D UT AZ MT W Y CO NM http://icewater.inra.org

Operational HydroServers http://icewater.usu.edu/ http://www.his.npca.ca/hydroserver/

HydroServer Alternatives KISTERS External Client Application HydroGET,. CUAHSI WMS/WFS SOS OpenMI APIs WISKI / Hydstra CUAHSI SOS APIs internal CUAHSI KISTERS Telemetry XHydro Vendor driver Import/Export Framework http (s)ftp DB DB DB Files KISTERS AG KISTERS group 48 24/11/2010

Why Publish Data with HIS Recognition Collaboration Public service Cost savings

What Have We Covered USGS Dat a University Web Service Data Registration HIS Central HIS Central Metadata Catalog Hydrologic Ontology Dat a HydroServers Data Access Data Discovery And Access HIS Overview HydroServer ODM WaterML Users

HIS System HIS Central USGS Dat a University Web Service Data Registration HIS Central HIS Central Metadata Catalog Hydrologic Ontology Dat a HydroServers Data Access Data Discovery And Access Users

HIS Central Publishers Register a data service Users Find a data service Supported by Metadata Catalog Hydrologic Ontology http://hiscentral.cuahsi.org

Data Series Metadata description End Date Time, t 2 Time There are C measurements of Variable V i at Site S j from time t 1 to time t 2 Count, C Begin Date Time, t 1 Site, S j Space Variable, V i Variables

Metadata Catalog, October 2010 56 public services 18,000+ variables 1.88+ million sites 23.3 million series Referencing 5.1 billion data values Map integrating NWIS, STORET, & Climatic Sites

Streamflow Nutrients Water Temperature

Conceptual Framework Chemical descriptions from EPA/USGS Substance Registry System Physical descriptions from CF Conventions NetCDF Climate & Forecast; 137 variables http://www.epa.gov/srs/ http://cf pcmdi.llnl.gov/ Biological descriptions from Integrated Taxonomic Information System http://www.itis.gov/

Thematic Concepts Core Concept Property Branch Leaf Variables

HydroTagger Each Variable in your data is connected to a corresponding Concept

Water Temperature 6 services 11 variables 11,158 sites 22,953 series 1,546,841 records

HIS Central Web Page http://hiscentral.cuahsi.org

HIS Central Web Service Programmatic methods to query the national metadata catalog Search by: Location Variable (concept) Date Range Data source (WaterOneFlow service) http://hiscentral.cuahsi.org/webservices/hiscentral.asmx

HIS System HIS Desktop USGS Dat a University Web Service Data Registration HIS Central HIS Central Metadata Catalog Hydrologic Ontology Dat a HydroServers Data Access Data Discovery And Access Users (HydroDesktop)

HIS in Familiar Software

HydroExcel

Choosing a Service Tell HydroExcel which web service to use

Choosing a Site Google Earth opens, showing our sites Find sites and variables available from the web service GetSites GetSiteInfo GetVariableInfo GetValues WaterML WaterOneFlow Web Service Let s use this site

Downloading Time Series Input our site and a desired variable, e.g., net radiation, and tell HydroExcel to get the time series for March, 2007

Exploring the Time Series Explore time series using analytical capabilities of Excel

HydroExcel Limitations Can t hold much data No dates before year 1900 Not truly geospatially enabled Not free How can I use HIS in software built to work with HIS from the ground up?

HydroDesktop Free, open source solution for HIS data access www.hydrodesktop.org

GIS fully integrated with HIS Metadata catalog Ontology keywords WaterOneFlow/WaterML Discovery Access Analysis

Built in Analysis Tables Graphs Editing Export

Customizable with Plug ins Community development Build on the HydroDesktop framework HydroModeler

Outline The HIS Story HIS components Putting the pieces together

Services Oriented Architecture for Water Data Catalog HIS Central HydroServer Service registration Data PublisherCatalog harvest WaterML Data access Search HydroDesktop User

The Road Ahead WaterML 2.0 Broader collaboration World Meteorological Organization Open Geospatial Consortium (OGC) Hydrology Domain Working Group Towards an OGC standard IEs groundwater, surface water RFC targeted for December, 2010 HydroServer Data access control HydroDesktop Refinement

The Road Further Ahead Using OGC Standards HydroCatalog (register) CSW HydroServer WFS SOS (WaterML 2) HydroDesktop

Put Your Dots on the Map

Start Using HIS HIS Website his.cuahsi.org User Support Specialist Yoori Choi ychoi@cuahsi.org