Mapovanie jaskyne Domica pomocou terestrického laserového skenovania

Rok, strany: 2016, 25 - 38

Caves are specific underground forms that result from complex processes. The majority of the caves in the Western Carpathians developed in limestone karst regions. There are various methods for cave mapping mostly including traditional geodetic measurement. However, these methods are unable to capture important details of the cave interiors, such as stalagmites or smaller geomorphic forms. Recent developments in laser scanning technology provide new methods and tools for high-accuracy mapping of caves. This paper presents a methodology for the use of terrestrial laser scanning technology for cave mapping and evaluates its applicability to cave morphology analysis at various levels of detail. This paper demonstrates that the acquired point cloud can be visualized and used for an interactive analysis of cave morphology. Moreover, it can be further processed to a 3D cave model that helps to identify specific geomorphological forms. The georeferenced point cloud can also be integrated into a GIS database to explore complex spatial interactions between landscape components and the cave system.

ISO 690:

Hofierka, J., Hochmuth, Z., Kaňuk, J., Gallay, M., Gessert, A. 2016. Mapovanie jaskyne Domica pomocou terestrického laserového skenovania. In Geografický časopis, vol. 68, no.1, pp. 25-38. 0016-7193.

APA:

Hofierka, J., Hochmuth, Z., Kaňuk, J., Gallay, M., Gessert, A. (2016). Mapovanie jaskyne Domica pomocou terestrického laserového skenovania. Geografický časopis, 68(1), 25-38. 0016-7193.