Laserfiche WebLink
<br />.,.,.' .7. a/."]l:..' ;.~~J'lt.,-"i;';' ~\,:"-~io'-'!'.~f_;'~ -'~~i. '-'i.~...~,,'W'\"".tI:t.. -:.; ,p""J,'~_ .:..:..'~.:;.:.;.; ;'~:,.....',yP~~.;;:;';~&! .:'''k,;~~_ ,.~'.a=:;.':':- ;-::';} ,.."..;..-:.:' ~ '_2'::,~~. ..;;,;C _~~;!.,,,;:-::;"j:';'::G.. .:~\.. -~. 4}:?:'~i:,L/.,~: .~.:N-'_ ~"::~""';"~J..-:f~'1i <br /> <br />3190 <br />3191 <br /> <br />I <br />;.! <br /> <br />124 <br /> <br />~ <br /> <br />aerial photography until other remotely sensed data sets are identified and implemented into <br />the monitoring program. <br /> <br />" <br /> <br />3192 Remote sensing technologies recommended by the PEP and proposed to be initiated <br />3193 in FY 1999 are: <br /> <br />3194 <br />3195 <br />3196 <br />3197 <br />3198 <br />3199 <br />3200 <br />3201 <br />3202 <br /> <br />3203 <br />3204 <br />3205 <br />3206 <br />3207 <br />3208 <br />3209 <br />3210 <br /> <br />3211 <br /> <br />3212 <br /> <br />3213 <br />3214 <br /> <br />. photogrammetric monitoring of terrace stability of archeological sites and sand <br />bar volwnes <br />. stream-bed classification using QTC-view digital processing system <br />. color infrared aerial photography for determining vegetative changes <br />. multi-beam hydrographic data collection for bathymetric channel mapping <br />. HYDICE hyperspectral remote sensing data collection for resource monitoring <br />. LIDAR remotely sensed terrestrial topographic mapping of the canyon conidor <br />. GPS as a means of extending survey control outside the existing 17 established <br />GIS sites <br /> <br />~;: <br />~~ <br /> <br />'. <br />~ <br />.~ <br />) <br />" <br /> <br />'.1 <br />" <br />:~~ <br /> <br />~~ , <br />',( <br /> <br />In early FY 99, a LIDAR collected three-dimensional model and DEM of the Glen <br />Canyon reach will be completed. The collected images will be geo-referenced, ortho- <br />rectified, and evaluated for accuracy. In FY 98 severaIl.5 meter HYDICE images were <br />collected. The HYDICE images will be evaluated with the intent of developing image- <br />processing techniques for automated basedata generation. The derived techniques for each <br />data collection method and image processing technique will be used to quantify the physical, <br />biological and cultura1 resources. The resulting products will then be assessed for utility in <br />the center's monitoring program. <br /> <br />.... <br /> <br />~~.: <br /> <br />~. <br /> <br />'. <br />" <br />,,' <br />.., <br />..,,:' <br />'., <br /> <br />~~ <br />,~ <br />?...:..il <br />,~ <br />~:; <br /> <br />.:'~' <br /> <br />Panel Recommendations, references to PEP report, GCMRC actions, timelines, <br />status and future needs, and estimated costs for evaluating remotely sensed technologies <br />have been made. The total estimated cost of the program is $1,200,000 over a three-year <br />period and includes: <br /> <br />November S. 1998 <br />Second Draft - Do Not Cite, Photocopy, or Distribute <br />