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<br />" <br /> <br />;' <br /> <br />. <br /> <br />. <br /> <br />. <br /> <br />Water Project Construction Program - Project Data <br /> <br />Applicant: Colorado Water Conservation Board and Division of Water Resources <br /> <br />Project Name: CWCB Gaging program for <br />monitoring and data collection projects and the <br />DWR Satellite Linked Monitoring System <br /> <br />Project Type: Stream Gaging <br /> <br />County: Statewide Drainage Basin: Water Source: N/A <br />Statewide Drainage Basins <br /> <br />Total Study Cost: $634,000 <br /> <br />Funding Sources: CWCB <br /> <br />CWCB Investment: Interest Rate: N/ A <br />$634,000 <br /> <br />Term: N/A <br /> <br />This proj ect entails the development and implementation of a statewide gaging program to <br />address the gaging needs of the Colorado Water Conservation Board and the Division of Water <br />Resources (DWR). <br /> <br />As the state's water planning agency, the CWCB relies upon gages operated by the DWR, <br />United States Geological Survey (USGS) and private entities in order to meet the needs of its <br />mission critical program areas including Compact Protection, Decision Support System <br />, Development, Floodplain -Management and Stream ami Lake Protection: - However, -eWeB <br />gaging needs are often different from those ofthe DWR and USGS. Although many existing <br />gages provide needed data, the DWR's mission is to administer the state's water rights, while the <br />USGS collects data for long-term scientific record purposes. As a result, stream gages are not <br />always located where the CWCB needs them, nor are they necessarily designed to fit CWCB <br />data collection parameters. This project will enable the CWCB to strengthen its cooperative <br />efforts with the DWR and USGS to expand, refurbish, redesign and create new gages as well as <br />develop new strategies to obtain clatathat will not only benefit the CWCfi but statewide <br />stakeholder interests. Ofthe $634,000 requested, $231,000 will be utilized this year for the <br />implementation of specific CWCB gaging projects including new gaging methodology <br />development, low flow monitoring, low flow drought related data analysis, the development of <br />new gages and refurbishment of existing gages. Another $100,000 will be used to continue the <br />joint CWCB/DWR flood.hardening program. <br /> <br />A key component of this program is the continued, long-term operational viability of the State <br />Satellite Linked Monitoring System, which is administered by the Division of Water Resources. <br />This system, which is comprised of over 300 satellite-gaging stations, requires continued <br />renovation of existing gages, replacement of outdated data collection platforms and upgrades to <br />transmission components. In addition, many existing gaging stations need to be modified to <br />provide critical stream flow data for flood waming and low flow monitoring. Changes in <br />technology, which will ultimately increase reliability and real time data transmission rates will <br />require the DWR to upgrade the system over a I O-year period. The costs associated with the <br />continued refurbishment and operational viability of the system is currently estimated at <br />approximately $303,000 per year. <br />