Laserfiche WebLink
<br />e <br /> <br />e <br /> <br />. <br /> <br />Counties. The purpose is to pump water from the South Platte River during times of surplus and <br />deliver this water to infiltration areas. Water then percolates back to the river and provides <br />augmentation during times of shortage. Project participants include the Northern Colorado Water <br />Conservancy District, the Lower South Platte Water Conservancy District, Ground Water <br />Appropriators ofthe South Platte, the Platte River Project, and the Colorado Division of Wildlife. <br /> <br />Over ten wells were been completed along with the pipelines to deliver the water to a number of <br />infiltration areas. All the projects have been invoiced and the remaining funds can be reverted to the <br />Construction Fund. <br /> <br />21. <br /> <br />Satellite Monitoring Svstem <br />Authorization: HB 93-1273 to HB 02-1152 <br />Water Source: Statewide Streams <br />Location: Statewide <br />Sponsor: CWCB <br /> <br />GrantAmount: $2,104,000 <br />Project Type: Stream Gaging <br />Project Manager: JeffBaessler <br />Beneficiary: CWCB Staff, and <br />Statewide Water Users <br /> <br />Backl!\'ound <br /> <br />This project entails the development and implementation of a long-range plan to address the gaging needs of the <br />Colorado Water Conservation Board. <br /> <br />As the state's water planning agency, the CWCB relies upon gages operated by the Division of Water Resources <br />(DWR), United States Geological Survey (USGS) and private entities in order to meet the needs of its mission <br />critical program areas including Compact Protection, Decision Support System Development, Floodplain <br />Management and Stream and Lake Protection. However, CWCB gaging needs are often different from those of <br />the DWR and USGS. Although many existing gages provide needed data, the DWR's mission is to administer <br />the state's water rights, while the USGS collects data for long-term scientific record purposes. As a result, <br />stream gages are not always located where the CWCB needs them, nor are they necessarily designed to fit <br />CWCB data collection parameters. Implementation ofthis project will enable the CWCB to strengthen its <br />cooperative efforts with the DWR and USGS to expand, refurbish, redesign and create new gages as well as <br />develop new strategies to obtain data that will not only benefit the CWCB but statewide stakeholder interests. <br /> <br />Status of Proiects <br /> <br />The total authorized amount for this project to date is $387,737. At this time, $193,167 has dispersed to support <br />a number of gaging projects. The following provides a summary on the status of each of these projects. <br /> <br />I. Dye Dilution Tracer Research Project to monitor last season and winter flow conditions - The initial <br />research on this project was completed last winter. Additional stations will be investigated in late 2003 <br />with a final report projected for spring 2004. <br />2. Flow Alert System - All equipment and software has been purchased. Alert Phone lines are being set <br />up and the system is expected to be operational by the end of the 2003 runoff season. <br />3. Flood Hardening and Flood Waming Systems - CWCB staff continue to work with DWR and USGS <br />staff to harden specific gages that were initially ranked in order of priority in 200 I. Flood warning <br />systems are now operational on the Hayman burn area. <br />4. Update USGS 1 DWR gages of interest to CWCB with high data rate satellite telemetry equipment _ <br />Equipment has been purchased and distributed for the White River, Crystal River and Blue River. <br />Additional sites will be evaluated this summer and equipment will be purchased and installed. <br />5. Installation of new Gages - A need for additional gages on Boulder Creek and Fourmile Creek in <br />Boulder County have been identified. The required equipment is currently being evaluated and should <br />be installed by fall 2003. Other potential gage sites are currently being identified. <br />