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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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21 <br />2 <br />3 <br />Correlate channel features with man -made vs. natural causes <br />Prepare report - "Comprehensive Geomorphic Assessment of the Central <br />Platte River" <br />Coordination with Other River Process Investigations <br />Jointly establish geomorphological data collection and analysis <br />methodology protocols <br />Meetings, discussions, other geomorphologic communication with other <br />investiaators <br />Onqoinq qeomorphic interpretations <br />Geomorphic Interpretation through Three Level Approach <br />Qualitative Interpretation - Summarize qualitative geomorphic information <br />from this assessment with investigations and relate to system -wide <br />PffPr. ivPnPSS_ nntPntial arlvpr.P cnnsPnuPnr PS. anti Innn -term <br />Quantitative Interpretation - Summarize quantitative analyses from <br />investigations related to potential restoration activities regarding system - <br />wiriP PffPr. ivPnPSS. notential gdvpr.P rnnsPmiPnr.PS_ ant Iona-term <br />Linked Process Modeling - Design model tests, make model runs, and <br />interpret model runs including various flow /management scenarios, <br />hydrologic scenarios (including drought assessment), and trade -offs <br />mmrwnn nntantinI mananamant nrtivi6n z to <br />evaluate the system -wide geomorphic effectiveness, potential adverse <br />consequences, and long -term geomorphic sustainability. Note: It is <br />important to consider that the results of short -term investigations in the <br />initial nnrtinn of tha first inrramant <br />(along with preceeding available data and information) are limited by the <br />hydrologic conditions over these few short years and probably do not <br />consider the appropriate range in variability in hydrology that must be <br />fartnrari intn <br />an evaluation of long -term sustainability issues. These long -term <br />questions can be addressed through the modeling effort, which can <br />incorporate a wider range of hydrologic conditions than encountered <br />di irinn tha nthar invactinatinnc <br />F. IReporting <br />1 Interim presentations (4 /year) <br />2 Draft reports (1 /year) <br />3.1 <br />4.1 -4, A.1, A.4, <br />A.6, D.1- A.7, B.1 <br />4 <br />C.19 <br />C.20 <br />1 -4 <br />D.1 <br />D.1 <br />A.3 A.1 -9, D.1 <br />A.13 -14 <br />
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