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Mechanics of aeolian transport of snow and sand

✍ Scribed by R.J. Kind


Publisher
Elsevier Science
Year
1990
Tongue
English
Weight
539 KB
Volume
36
Category
Article
ISSN
0167-6105

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Editorial: aeolian sand transport proces
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This collection covers a very specific topic area Β± the processes of aeolian sand transport Β± within the wider scope of the papers on aeolian geomorphology which were presented at the conference. Some of the other papers have already been published in a pre-conference special issue (Livingstone, 199

Aeolian sand transportβ€”an optimized mode
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## Abstract Consideration of the available equations for prediction of aeolian sand transport led to the development of a model which relies on optimization techniques for the production of improved performance. The model has been applied to the characterization of dunesand movement in coastal envi

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## Abstract This paper assesses the practical use and applicability of the time fraction equivalence method (TFEM; Stout & Zobeck, 1996) of calculating a wind speed threshold for sand grain entrainment in field situations. A modification of the original method is used and is applied to 1 Hz measure

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The derivation and history of the frequently cited aeolian transport model of White are considered in light of the continued replication of an error in the original expression. The error may have escaped notice because the expression is still dimensionally correct and it yields predictions that appe

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Aeolian sand transport was studied at the Lanphere Dunes, a coastal dune complex in northern California, by comparing slipface advance rates with transport predicted based on local wind data. The slipfaces of a 2Á5 m high transverse ridge and 10 m high parabolic dune were monitored over a period of