The rates of the soil loss were studied in a wide range of flow velocities from 0.41 to 1.64 m/s. The results confirmed the main implications of the hydrophysical model: (1) the rate of the soil loss in the region of flow velocities exceeding the threshold value by 1.2–1.5 times and more is proportional to the cubic flow velocity; (2) the detachment of particles in the pre-threshold region is probable in nature, and the relationship between the soil loss and flow velocity is S-shaped. On this basis, a procedure was developed for the experimental determination of the soil erosion parameters: the erodibility, the threshold flow velocity, and the coefficient characterizing the variance of the particles’ resistance to detachment.
机构:
Institute of Hydrology,Slovak Academy of Sciences
Department of Environment Climate Change and Water,School of Biological,Earth and Environmental Sciences,University of New South WalesInstitute of Hydrology,Slovak Academy of Sciences
L.LICHNER
D.J.ELDRIDGE
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机构:
Department of Environment Climate Change and Water,School of Biological,Earth and Environmental Sciences,University of New South WalesInstitute of Hydrology,Slovak Academy of Sciences
D.J.ELDRIDGE
K.SCHACHT
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机构:
Geography Department,Ruhr-University Bochum,UniversitaetsstrasseInstitute of Hydrology,Slovak Academy of Sciences
K.SCHACHT
N.ZHUKOVA
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机构:
M.Nodia Institute of Geophysics
5. Institute of Hydrodynamics,Academy of Sciences of the Czech Republic
6. Institute of Atmospheric Physics,AcInstitute of Hydrology,Slovak Academy of Sciences
N.ZHUKOVA
L.HOLKO
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机构:
Institute of Hydrology,Slovak Academy of SciencesInstitute of Hydrology,Slovak Academy of Sciences
L.HOLKO
M.íR
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机构:Institute of Hydrology,Slovak Academy of Sciences
M.íR
J.PECHO
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机构:Institute of Hydrology,Slovak Academy of Sciences