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- > Fluid flow and sediment transport processes in geomorphology : innovations, insights, and advances in measurement (supprimer)
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Par Collection Par Auteur- WALKER, I.J., (Editeur scientifique) (2)
- ROY, A.G. (1)
- WALKER, I.J. (1)
- BUFFIN-BÉLANGER, T. (1)
- PEARCE, K.I. (1)
- 2005 (2)
- Aeolian features ; Aeolian transport ; Canada ; Dune ; Maritime Province ; Model ; Prince Edward Island ; Statistical bias ; Wind speed (1)
- Biais statistique ; Canada ; Dune ; Eolien ; Maritime Provinces ; Modèle ; Prince Edward Island ; Transport éolien ; Vitesse du vent (1)
- Canada ; Cours d'eau ; Hydrodynamique ; Méthodologie ; Québec ; Statistique ; Turbulence (1)
- Canada ; Hydrodynamics ; Methodology ; Quebec ; Statistics ; Stream ; Turbulence (1)
- Fluid flow and sediment transport processes in geomorphology : innovations, insights, and advances in measurement (2)
- 1 min in the life of a river : selecting the optimal record length for the measurement of turbulence in fluvial boundary layers (1)
- Frequency and magnitude biases in the Fryberger model, with implications for characterizing geomorphically effective winds (1)
- Canada ; Hydrodynamics ; Methodology ; Quebec ; Statistics ; Stream ; Turbulence
- This paper examines the effects of record length on the precision of turbulence statistics in fluvial boundary layers of gravel-bed rivers. From high-resolution velocity time series lasting 20 to 60 min, a bootstrapping method is used to determine
- optimal record lengths and standard errors for 10 commonly used turbulence statistics.
- Aeolian features ; Aeolian transport ; Canada ; Dune ; Maritime Province ; Model ; Prince Edward Island ; Statistical bias ; Wind speed
- biases in the model that result from : variations in wind direction sector range, and use of wind speed class mid-point values over more statistically representative values. The significance of these biases is tested using unclassified data from Stanhope