Content:
Chapter One Introduction (pages 1–24):
Chapter Two Geometry of a Vertical Aerial Photograph (pages 25–43):
Chapter Three Principles of Stereoscopic Vision (pages 44–67):
Chapter Four Scale of a Vertical Aerial Photograph (pages 68–85):
Chapter Five Horizontal Measurements—Distance, Bearings, and Areas (pages 86–104):
Chapter Six Vertical Measurements (pages 105–130):
Chapter Seven Acquisition of Aerial Photography (pages 131–157):
Chapter Eight Orthophotography (pages 159–172):
Chapter Nine Map Projections, Grid Networks, and Control (pages 173–187):
Chapter Ten The Global Positioning System (pages 188–210):
Chapter Eleven The Transfer of Detail (pages 211–232):
Chapter Twelve Geographic Information Systems (pages 233–242):
Chapter Thirteen Small Format Aerial Imagery (pages 243–255):
Chapter Fourteen Films, Filters, and The Photographic Process (pages 256–279):
Chapter Fifteen Principles and Techniques of Aerial Image Interpretation (pages 280–305):
Chapter Sixteen Landforms and Drainage Patterns (pages 306–326):
Chapter Seventeen Geology, Soils, and Engineering Applications (pages 327–352):
Chapter Eighteen Land?Use Planning (pages 353–369):
Chapter Nineteen Environmental Monitoring (pages 370–385):
Chapter Twenty Additional Topics in Natural Resources Management (pages 386–404):
Chapter Twentry?One Forestry (pages 405–427):
Chapter Twenty?Two Elementary Statistics and Sampling Techniques (pages 429–459):
Chapter Twenty?Three Mapping Accuracy Assessment (pages 460–474):
Chapter Twenty?Four Aerial Photo Mensuration (pages 475–501):
Chapter Twenty?Five An Example Photo Timber Cruise (pages 502–520):
Chapter Twenty?Six Additional Characteristics of Electromagnetic Energy (pages 522–533):
Chapter Twenty?Seven Radar and Lidar—Active Remote Sensors (pages 534–558):
Chapter Twenty?Eight Scanning Remote Sensors (pages 559–579):
