Geschiebehaushalt in kleinen Hochgebirgsbächen der Nordtiroler Zentralalpen

Kammerlander, Johannes; Achleitner, Stefan; Schöber, Johannes; Hofer, Bernhard

doi:10.1007/s00506-017-0378-z

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Example 4: Transport Distances Dellach Following Bedload Input Downstream1

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2021

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“…These estimates are based on bedload transport formulas (e.g. Meyer-Peter and Müller, 1948;Smart and Jäggi, 1983;Rickenmann, 1990Rickenmann, , 2001, catchment area sizes, flushing processes of water catchments in rivers with torrent character (Kammerlander et al 2017), changes of bed levels, erosion and abrasion (Hillebrand and Frings 2017).…”

Section: Example 4: Transport Distances Dellach Following Bedload Input Downstreammentioning

confidence: 99%

RAISE – Research on Alpine sediment processes, morphodynamics and ecosystem behaviour considering extreme events

2021

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Extreme floods in Austria of the years 2002, 2005, 2006, 2009, 2013 and 2018 demonstrate the vulnerability of mankind against such events. River geometry responds to heavy flooding with massive morphological rearrangements. Houses and infrastructure in the affected areas are thus at risk. Therefore, an improved understanding of sediment transport processes is crucial for the analysis of morphodynamics and thus for flood risk management. Also the success of river restoration projects depends on sediment transport and morphodynamics as boundary conditions, but there is a significant lack of knowledge regarding these processes and the connected ecosystem.

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Section: Example 4: Transport Distances Dellach Following Bedload Input Downstreammentioning

confidence: 99%

RAISE – Research on Alpine sediment processes, morphodynamics and ecosystem behaviour considering extreme events

2021

View full text Add to dashboard Cite

show abstract

Geschiebehaushalt in kleinen Hochgebirgsbächen der Nordtiroler Zentralalpen

Cited by 1 publication

References 15 publications

RAISE – Research on Alpine sediment processes, morphodynamics and ecosystem behaviour considering extreme events

RAISE – Research on Alpine sediment processes, morphodynamics and ecosystem behaviour considering extreme events

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