Laserfiche WebLink
a <br />XICMM&CREED collected high-density LiDAR and oblique/ortho imagery for approximately 1,600 <br />miles of transmission lines to support a Florida Power & Light NERC program. <br />LiDAR, oblique and ortho imagery data was then processed to produce PLS CAD <br />models for analysis and reporting. <br />Distribution System Vegetation Management Study, Duke Energy, Wakulla and <br />Hillsborough Counties, FL: Mr. Stallings served as survey project manager for <br />conducting an herbicide LiDAR survey project for Duke Energy. This project <br />consisted of collecting, processing and analyzing aerial LiDAR and imagery to <br />determine areas where herbicide application is required within various transmission <br />line corridors. <br />Landfill UAS Flight, Garrett & Moore, Inc., Raleigh, NC: Mr. Stallings conducted <br />the UAS data collection, created the point cloud using dense image matching, <br />produced an ortho photograh and created several derivative products. <br />Gulf Intracoastal Waterway LiDAR Mapping and DTM, AECOM, Galveston, TX: <br />Mr. Stallings served as photogrammetric technician. Scope included a LiDAR survey <br />data of thirty-two placement areas at various locations along the Gulf Intracoastal <br />Waterway in Texas. Hydrographic single beam and topographic survey data of five <br />placement areas was collected and merged with the LIDAR survey data. The USACE <br />Galveston District will utilize the survey data to determine the current topography <br />and dredge material capacity of each placement area. This data will be used in the <br />development of a Dredged Material Management Plan (DMMP) for the GIWW High <br />Island to Brazos River project area. <br />LiDAR and Orthophotography, Ayres Associates, Inc., Boulder, CO: Mr. Stallings <br />served as survey project manager. LiDAR mapping services and digital color <br />orthophotography were provided for approximately 138.3 square miles for the City <br />of Boulder, CO. This data will be used in future floodplain and mitigation studies, <br />vegetation and canopy analysis and urban planning studies. <br />Roxboro Plant Aerial/Ground Surveys, Duke Energy, Semora, NC: McKim & <br />Creed performed a topographic survey of approximately 400 acres at the Roxboro <br />Duke Energy Plant. The topographic limits were on the northeast side of the <br />plant. Aerial LiDAR and conventional surveying methods were used in this survey. <br />4,458 Square Miles of LiDAR Mapping in North Texas, Texas Water Development <br />Board, Various Counties, TX: Mr. Stallings was a survey project manager for this <br />project. Scope included airborne LiDAR acquisition and mapping for more than <br />4,400 square miles of North Texas, and included the development of raw point <br />clouds, classified point clouds, DEMs, intensity images, and hydro -flattening <br />breaklines to FEMA and USES specifications. Data produced by this project was part <br />of the ongoing data collection by the State of Texas to support the mapping and <br />modeling of flood plains, hydrography and terrain. Additional stakeholders in this <br />project include the U.S. Department of Agriculture Natural Resources Conservation <br />Service (NRCS) and the San Antonio River Authority (SARA.). <br />www.mckimcreed.com <br />