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<br />Consequences of FY06 Funding Recommendations: Owing to the fact that the FY 2005 <br /> <br />experimental and monitoring budget was able to support a system-wide digital overflight in <br /> <br />support of the Experimental High-Flow Test for both sediment and terrestrial vegetation, the FY <br /> <br />2006 budget for this project is reduced to cover only one-third of salary of the GCMRC's <br /> <br />Remote-Sensing Coordinator within the DASA. This strategy allows funds to be made available <br /> <br />to support the FY 2006 (fourth year) of experimental mechanical removal of salmonids below <br /> <br /> <br />Lees Ferry. <br /> <br />Status/Schedule: The System-wide remote sensing mission is scheduled for May 2005 (with <br />another flight proposed for 2009) with products expected to be delivered by the end of <br />September 2005. During the first half of FY 2006, a quality and accuracy period will <br />immediately follow the receipt of all deliverables and should take approximately one to four <br />months, after which time existing automated procedures will be adapted for the newly acquired <br />data and used to perform a variety of spatial analyses designed to determine changes to the <br />resource over time. The remainder of FY 2006, the DASA staffwill upgrade the various servers <br />associated with the Oracle data base, so as to prepare for management and serving of the 2005 <br />imagery. Some limited analyses of the imagery, relating to the November 2004 Experimental <br />High-Flow Test, will also occur during FY 2006, within the context of final analysis and <br />reporting by the Fine-Grained Storage research project. <br /> <br />Expected Productsmeliverables: <br /> <br />. Canyon-wide, four band, multi-spectral digital imagery at 18 cm spatial resolution. <br />. Canyon-wide, panchromatic digital imagery at 18 cm spatial resolution. <br />. Canyon-wide, digital surface model at I meter spatial resolution. <br /> <br />Integration: The system-wide imagery dataset will provide the necessary base information for <br /> <br />all mapping and spatial analysis, and coupled with selected automated-classification techniques, <br /> <br />the data will then be made available to the physical, biological and cultural resource programs as <br /> <br />baseline monitoring data and information from which program assessments can be made, <br /> <br />resource theses tested, and more detailed data collection efforts planned. <br /> <br />GCMRC FY2006 Annual Work Plan (Draft, June 10,2005) <br /> <br />33 <br /> <br />e <br /> <br />e <br /> <br />. <br />