0D sediment budget and routing models
0D sediment budget and routing models
Type
Hydromorphological models
Basic principles
Outputs
Flow velocities, water depths, water levels, flow shear stresses. Sediment transport.
Rivertypes
Related Pressures
- Surface water abstraction
- Groundwater abstractions
- Hydropeaking
- Sediment discharge from dredging
- Reservoir flushing
- Hydrological regime modification
- Interbasin flow transfers
- Discharge diversions and returns
- Colinear connected reservoir
- Artificial barriers downstream from the site
- Artificial barriers upstream from the site
Related Measures
- Improve/Create water storage
- Reduce water consumption
- Increase minimum flows
- Recycle used water
- Improve water retention
- Reduce surface water abstraction with return
- Water diversion and transfer
- Reduce surface water abstraction without return
- Reduce groundwater extraction
- Reduce undesired sediment input
- Manage dams for sediment flow
- Reduce erosion
- Add/feed sediment
- Prevent sediment accumulation in reservoirs
- Improve continuity of sediment transport
- Trap sediments
- Facilitate downstream migration
- Manage sluice and weir operation for fish migration
- Remove barrier
- Install fish pass/bypass/side channel for upstream migration
- Modify culverts, syphons, piped streams
- Fish-friendly turbines and pumping stations
Useful references
Selected software systems
SIAM: https://swwrp.usace.army.mil/
ST:REAM:
SETRAC: http://www.bedload.at/index.php?option=com_content&view=article&id=47&Itemid=55&lang=en
Theoretical background
Rieckenmann D., Chiari M., Friedl K. (2006): Setrac - A sediment routing model for steep torrent channels. In: R. Ferreira, E. Alves, J. Leal, A., Cardoso [eds.], River Flow 2006, Taylor & Francis, London, pp. 843-852.
Chiari M. (2008): Numerical modelling of bedload transport in torrents and mountain streams. PhD thesis, BOKU Wien, Österreich.
Sample applications
Chiari M. and Rickenmann D. (2007): Influence of form roughness on modelling sediment transport at steep slopes. In: Kostadinov, St., Bruk, St., Walling, D. [Eds.], International Conference, Making 100 years of experience with erosion and torrent control in Serbia, conference Abstracts, Erosion and torrent control as a factor in sustainable river basin management, 25.-28. September 2007, Belgrad, pp. 55-56.
Chiari M. and Rickenmann D. (2009): Modellierung des Geschiebetransportes mit dem Modell SETRAC für das Hochwasser im August 2005 in Schweizer Gebirgsflüssen.