Micro geomorphic interpretation and extraction of quantitative topographic parameters with the help of tilt photogrammetry

doi:10.13474/j.cnki.11-2246.2023.0229

Abstract

Abstract: The field work of traditional geological exploration is not only time-consuming, but also brings more cumbersome field workload to geologists. Using tilt photogrammetry and three-dimensional real scene modeling technology, the digital achievements such as 3D model, DOM and DSM with high resolution and covering an area of about 20 km² and 3.39 cm in the north foot of West Kunlun Mountain in Xinjiang are constructed, and their accuracy is evaluated. In addition, slope map of the study area are derived based on the DSM data. With the help of the high-precision digital results, the micro geomorphic interpretation of the geological structure of the study area is carried out, and the vertical fault quantities of the two large terrace scarps inside are accurately extracted. The successful application of this tilt Photogrammetry in geological exploration shows that this technology can greatly reduce the field workload of geologists and improve the efficiency. It has broad application prospects in the fields of geological survey, topographic micro geomorphic interpretation and quantitative parameter extraction, and provides a strong technical support for geologists.

Key words: tilt photogrammetry, accuracy evaluation, geological exploration, geomorphic interpretation, quantitative parameters

CLC Number:

P237

LI Mengdi, ZHANG Rui, TANG Hongtao. Micro geomorphic interpretation and extraction of quantitative topographic parameters with the help of tilt photogrammetry[J]. Bulletin of Surveying and Mapping, 2023, 0(8): 40-44,56.

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