- 1Federal University of Pelotas, Center for Technological Development, Postgraduate Program in Water Resources, Pelotas, Brazil (lmartinsbueno9@gmail.com)
- 2Federal University of Pelotas, Technological Development Center, Postgraduate Program in Water Resources, Pelotas, Brazil (eduardoluceirosantana@hotmail.com)
- 3Federal University of Pelotas, Technological Development Center, Water Engineering, Pelotas, Brazil (samuelbeskow@gmail.com)
- 4Federal University of Pelotas, Center of Engineering, Pelotas, Brazil (tamaraleitzkecaldeira@gmail.com)
- 5Federal University of Pelotas, Technological Development Center, Postgraduate Program in Water Resources, Pelotas, Brazil (aryane_03.2@hotmail.com)
- 6Federal University of Pelotas, Technological Development Center, Water Engineering, Pelotas, Brazil (rbonczynski@gmail.com)
- 7Federal University of Pelotas, Center of Engineering, Pelotas, Brazil (denislealteixeira@gmail.com)
- 8Federal University of Pelotas, Center of Engineering, Agricultural Engineering, Pelotas, Brazil (gustavoweber113@gmail.com)
- 9Federal University of Pelotas, Center of Engineering, Civil Engineering, Pelotas, Brazil (aniele.tec@gmail.com)
How to cite: Martins Bueno, L., Luceiro Santana, E., Beskow, S., Leitzke Caldeira, T., Araujo Rodrigues, A., Galski Bonczynski, R., Leal Teixeira, D., Adolfo Karow Weber, G., and Ribas Alves, A.: River channel geometry representation from ADCP bathymetry complemented by UAV-based LiDAR for flood modelling in a data-scarce river watershed, EGU General Assembly 2026, Vienna, Austria, 3–8 May 2026, EGU26-19226, https://doi.org/10.5194/egusphere-egu26-19226, 2026.