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El Report <br />II. (Vegetation Dynamics <br />Task Description <br />Tasks that need to be previously <br />completed <br />1 <br />Vegetation Dynamics Processes <br />Vegetation demography - develop data collection protocol (methods, <br />I. <br />II. <br />III. <br />D.1 <br />locations. timina. analysis approach) <br />2 <br />Veqetation demography - field data collection <br />A.1 <br />D.1 <br />3 <br />Veqetation demography - analysis <br />A.2 <br />DA <br />4 <br />Vegetation interaction with hydraulics and sediment transport - develop <br />D.1 <br />data collection protocol (methods, locations, timing, analysis approach) <br />5 <br />Vegetation interaction with hydraulics and sediment transport - field data <br />A.4 <br />D.1 <br />collection (depth, velocity, bed material, bedload transport, change in site <br />topography) at and near vegetation demography and potentially other <br />6 <br />QalprtPri QitPC <br />Vegetation interaction with hydraulics and sediment transport - analysis of <br />A.5 <br />D.1 <br />type, age, and elevation with respect to hydraulic, sediment transport, and <br />7 <br />hari rhnnna vnrinhh=Ql <br />Lateral/Vertical vegetation removal processes - develop data collection <br />D.1 <br />protocol (methods. locations. timina. analvsis approach) <br />8 <br />Lateral/Vertical vegetation removal processes - field data <br />A.7 <br />D.1 <br />collection /observation (aerial photograhy, observation documented <br />photographically, hydraulic, bed material, sediment transport, and <br />9 <br />hari /hank tnnnnrnnhir rhnnna) <br />Lateral/Vertical vegetation removal processes - analysis (comparison of <br />A.8 <br />D.1 <br />aerial photographs /erosion pins, evaluation of observations, development <br />of rPlatinnshins hPtwPPn hvdraiilir- <br />of veaetation removal) <br />10 <br />Laboratory tests - develop protocol (laboratory and analysis approach <br />D.1 <br />11 <br />Laboratory tests - conduct tests (outdoor flume with live veqetation) <br />A.10 <br />12 <br />A.11 <br />sediment transport. bed chanae and aae and tvpe of veaetation) <br />13 <br />Develop /refine algorithms to simulate vegetation dynamics processes <br />A.3, A.6, <br />based on vegetation demography, vegetation interaction, lateral /vertical <br />A.9, A.12 <br />nrnr.PSSPS. anti lahorntnry data anti analvsPs <br />14 <br />Incorporate algorithms into SEDVEG and test, calibrate, and verify <br />A.13 <br />veaetation component of the model <br />