Laserfiche WebLink
<br />in FY 200 I. The remaining work mostly consists of a GIS efforts required to combine the <br /> <br />terrestrial portion of the topographic data derived system-wide from the 2000 LiDAR overflight <br /> <br />with the multi-beam bathymetric (aquatic) topographic data collected by the Remote-Sensing <br /> <br />Coordinator. <br /> <br />Project Goals and Objectives: Once completed, these combined topOb'Taphic channel models <br /> <br />are used to support flow and sediment model simulations aimed at prediction of physical habitat <br /> <br />conditions that evolve unuer differing scenarios of dam releases and fme-scdimcnt supply <br /> <br />conditions. These topographic models can also be used to determine changes in sediment <br /> <br />storage in the main channel when repeat mapping is conducted for similar areas in the future <br /> <br />(related to either experimental research or long-term monitoring). <br /> <br />Implications of Experimental vs. Non-Experimental Scenarios: None. here, as there is no <br />High-Flow Sediment Experimental treatment proposed. Budget consists only of partial salary <br />support for the GCMRC's Remote-Sensing Coordinator. <br /> <br />GCMRC FY2006 Annual Work Plan (Draft, June 10,2005) <br /> <br />4] <br /> <br />. <br /> <br />:e <br /> <br />. <br />