As per internet research I realize people are very curious about aerial photogrammetry. There are very less information are available and they are not accumulated. Most of us don’t know the applications of aerial photogrammetry.
Note that the list of 10 photogrammetry applications is available for your review and understanding. I personally believe that following links will explain aerial photogrammetry applications.
10 most innovative aerial photogrammetry applications:
• Reconstructing Aboriginal rock art LPS aerial photogrammetry software was used to extract digital elevation models (DEMs) and orthophotos.
• Illustrating the changing landscape through historical aerials on the Internet Since 2004, NETR Online estimates that they have orthorectified approximately 100,000 historical images using LPS aerial photogrammetry software.
• Determining the state of glaciers and forecasting the impact of climate change LPS aerial photogrammetry software was used to generate a DEM in the Tien Shan range in Kyrgyzstan, using ASTER data and Ground Control Points (GCP) collected from the topographic maps.
• Measuring the impact of selective logging on tropical forests in the Congo LPS aerial photogrammetry software was used to georeference imagery and create a seamless image mosaic.
• Studying Medieval Architecture LPS aerial photogrammetry software was used to generate and analyze 3D models from stereo imagery to examine the metrology and proportional systems used in the design of Irish ecclesiastical architecture.
• Mapping unplanned development to preserve the environment and manage growth All the photogrammetric tasks where done in LPS aerial photogrammetry software, including automatic digital surface model (DSM) extraction.
• Historically representing a Macedonian Palace The photogrammetric image processing of the data, including of the tie point measurement, bundle adjustment, DSM and orthophoto generation was done in LPS aerial photogrammetry software.
• Producing Orthophotos in the Himalayas Acquiring aerial stereo imagery from remote/inaccessible areas can be difficult and expensive. LPS aerial photogrammetry software was used to produce orthos from a single image.
• Creating terrain models of a meteorite crater LPS aerial photogrammetry software was used to extract a high resolution terrain model from a stereo pair of images acquired from the QuickBird satellite.
• Mapping Landslide Debris LPS aerial photogrammetry software was used to rectify ortho-images and extract terrain in a study based on a 1999 earthquake in China.
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