Results 241 to 250 of about 1,929,099 (294)
How subduction evolution drives sediment-hosted mineralisation along craton edges. [PDF]
Nat CommunShirmard H +4 more
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Sensitive Detection of Foodborne Parasitic Larvae Using a Sieving-qPCR Workflow: Application to Angiostrongylus cantonensis. [PDF]
J Food SciKačmaříková J +3 more
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Water Resources Management, 2005
A tank model consisting of three tanks was developed for prediction of runoff and sediment yield. The sediment yield of each tank was computed by multiplying the total sediment yield by the sediment yield coefficients; the yield was obtained by the product of the runoff of each tank and the sediment concentration in the tank. The sediment concentration
Y. H. Lee, V. P. Singh
exaly +2 more sources
A tank model consisting of three tanks was developed for prediction of runoff and sediment yield. The sediment yield of each tank was computed by multiplying the total sediment yield by the sediment yield coefficients; the yield was obtained by the product of the runoff of each tank and the sediment concentration in the tank. The sediment concentration
Y. H. Lee, V. P. Singh
exaly +2 more sources
Journal of Irrigation and Drainage Engineering, 1994
The prediction of sediment yield from catchments is necessary for studies of reservoir sedimentation, morphologic modeling, and soil‐conservation planning. Though records on sediment yield are generally not available, methods that can be used to predict sediment yield from other commonly available hydrologic data, are available in the literature.
U. C. Kothyari +2 more
openaire +1 more source
The prediction of sediment yield from catchments is necessary for studies of reservoir sedimentation, morphologic modeling, and soil‐conservation planning. Though records on sediment yield are generally not available, methods that can be used to predict sediment yield from other commonly available hydrologic data, are available in the literature.
U. C. Kothyari +2 more
openaire +1 more source
East African Agricultural and Forestry Journal, 1979
(1979). 1.2.5 Sediment Yield. East African Agricultural and Forestry Journal: Vol. 43, Hydrological Research in East Africa, pp. 35-35.
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(1979). 1.2.5 Sediment Yield. East African Agricultural and Forestry Journal: Vol. 43, Hydrological Research in East Africa, pp. 35-35.
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Reservoir effects on sediment yield
Journal of Hydrology, 1980Abstract Sediment yields for two years from the adja cent and generally comparable Rheidol and Ystwyth catchments are examined to assess the downstream effects of impounding and regulation of discharges from 84% of the Rheidol catchment. Suspended sediment yields are highly variable from year to year, but from the Ystwyth were 16 and 7 times those ...
D.L. Grimshaw, J. Lewin
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Man, Vegetation and the Sediment Yields of Rivers
Nature, 1967Is it possible to reconstruct erosion rates for past epochs when modern rates of erosion all reflect the hand of man to a greater or lesser extent ? © 1967 Nature Publishing Group.
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Chapter IV. Sediment Sources and Sediment Yields
Journal of the Hydraulics Division, 1970Methods and procedures are analyzed for determining erosion rates from water-borne sediments, along with sediment yield or deposition rates at locations downstream from the erosion source. Emphasis is placed on the erosion types and processes which cause the most engineering problems, either by virtue of the large sediment quantities involved or by the
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Temporal Variation of Sediment Yield
Journal of Hydrologic Engineering, 1996Estimates of temporal variation of the sediment yield are required for studies of reservoir sedimentation, river morphology, and soil and water conservation. In this paper, a method is proposed for prediction of the variation of sediment yield with time.
U. C. Kothyari +2 more
openaire +1 more source