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Erosion, Transport and Deposition Process
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Erosion, Transport and Deposition Process
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Last modified
7/30/2013 3:53:37 PM
Creation date
3/4/2013 1:49:28 PM
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Water Supply Protection
Description
related to the Platte River Endangered Species Partnership (aka Platte River Cooperative Agreement [CA]; aka Platte River Recovery Implementation Program [PRRIP])
State
CO
NE
WY
Basin
South Platte
Water Division
1
Title
Budget and Schedule Estimate Details - Technical Committee
Water Supply Pro - Doc Type
Budget
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C <br />8 Install 2 time - lapsed cameras at each study site. Accomplished by tasks <br />I.C.4 &7. <br />9 If necessary, test the performance and effects of mechanically <br />constructing sandbars. <br />10 If necessary, test the performance and effects of redirecting river velocities <br />to erode veaetated islands. <br />Second, Larger Pulse Flow Test <br />1 Monitor river stage and discharge at every North Platte River bridge from <br />Kevstone. NE to North Platte. NE. <br />2 Monitor river stage and discharge at every Platte River bridge from North <br />Platte. NE to Chapman. NE. <br />3 Monitor North Platte River stage at all segments where potential flooding is <br />a concern from Kevstone. NE to North Platte. NE. <br />4 Monitor Platte River stage at all segments where potential flooding is a <br />concern from North Platte. NE to Chapman. NE. <br />5 <br />NF ArrmmnlichPrd by tacks I A 1 1 C; .ri and 11 A 4 -A <br />A <br />A.1, C.5 <br />C.1 -6 <br />the pulse test flow at the 4 study reaches between the J -2 Return Channel <br />nnri (hanman NF Arrmmnli.chPrl by tasks I C: 1 -6 nnrd II A 4 -Q <br />7 Measure channel bed, sandbar, and island topography 3 to 4 months after C.1 -6 <br />the pulse test flow at the 4 study reaches between the J -2 Return Channel <br />anti (hanman NF ArrmmnlichPrd by task I C: R <br />Additional Pulse Flow Tests <br />1 Repeat data collection and monitoring steps 5 to 7 from the second pulse G.1 -6 <br />flow test. <br />Data Analysis <br />1 Compare river stage and discharge measurements, collected during the <br />pulse flows. to validate the unsteadv flow model predictions. <br />2 Evaluate repeat aerial photographs, ground photographs, and channel <br />topography measurements to determine the effects of the pulse flow. <br />31 Evaluate channel topography measurements to determine the effects of <br />the island clearing and lowering. <br />A.4 -9 <br />A.4 -9 <br />A.4 -9 <br />B.1 -6 <br />I <br />A.M. <br />A.1 -6 <br />A.1 -6 <br />A.1 -6 <br />A.1 -6 <br />A.1 -6, C1- <br />4 <br />A.1 -6, <br />B.1 -7, C1. <br />5 <br />A.1 -6, <br />B.1 -7, C1. <br />6 <br />A.1 -6, <br />B.1 -7, C1- <br />6 <br />A.1 -6, <br />C.1 -4 <br />A.1 -6, <br />B.1 -8, <br />C.1 -7, <br />n1 <br />A.1 -6, <br />B.1 -8, <br />C.1 -7, <br />n1 <br />
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