"This paper describes field activities and initial processing results from the first terrestrial 3D laser scanning project on Livingston Island, Antarctica, carried out in the framework of a joint international cooperation between the University of Mining and Geology "St. Ivan Rilski" - Bulgaria, the Bulgarian Antarctic Institute, the Association of Polar Early Career Scientists - Bulgaria, and the Istanbul Technical University. Through a 3D laser scanner, a pair of dual frequency GNSS receivers, and state-of-the-art data processing software, precise georeferenced 3D models of the interior and exterior of the Bulgarian Antarctic Station "St. Kliment Ohridski" are to be created, and the short-term movement of the Perunika Glacier is to be evaluated. The paper reveals some key field data collection and data processing details, illustrated with 3D examples from the Livingston Island chapel "St. Ivan Rilski".
Kamburov, A., Arslan, A. Terrestrial 3d Laser Scanning on Livingston Island, Antarctica,
УАСГ, 2018, с. 225 - 238.
Kamburov, A., Arslan, A. .
Terrestrial 3d Laser Scanning on Livingston Island, Antarctica.
София: УАСГ, 2018, с. 225 - 238.
Kamburov, A., Arslan, A. (2018)
Terrestrial 3d Laser Scanning on Livingston Island, Antarctica,
София: УАСГ, с. 225 - 238
Kamburov, A., & Arslan, A.
(2018).
Terrestrial 3d Laser Scanning on Livingston Island, Antarctica. Годишник на Университета по архитектура, строителство и геодезия - УАСГ. София: УАСГ 51 (бр. 9), с. 225 - 238.
