E-LIBRARY >> Papers & Reports
No.4 2024 IJSR
2024-08-16
  1. Volume 39, Issue 3
    Pages 495-682 (August 2024)

    TOC

    Pages ii-iii
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  2. Advances in ecohydraulics, sediment transport and morphodynamics: Introduction to the special issue

    Pages 495-496
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  3. Vegetation-induced sedimentary structures: Porosity of riparian shrubs as control parameter of sedimentary processes during floods

    Pages 497-513
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  4. Hydro-morphological alteration and related effects on fish habitat induced by sediment management in a regulated Alpine river

    Pages 514-530
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  5. Grain size characteristics of a degraded Tugai riparian forest landscape between Taklamakan and Kuruktagh deserts in the eastern Tarim Basin, northwest China

    Pages 531-539
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  6. Flow field and sediment passing capacity of type-a piano key weirs

    Pages 540-551
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  7. Implications of bioturbation induced by Procambarus clarkii on seepage processes in channel levees

    Pages 552-559
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  8. Unravelling the mesoscale saltmarsh accretion on the tropical barrier estuarine regime: A case study from the Chandipur Saltmarsh, India

    Pages 560-575
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  9. Migration and release potential of nitrogen at the sediment–water interface in lakes in cold and arid regions

    Pages 576-585
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  10. Efficient detection of ephemeral gully trajectories using topographic index-based approach: Calibration-free for large-scale applications

    Pages 586-600
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  11. Gravel automatic sieving method fusing macroscopic and microscopic characteristics

    Pages 601-614
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  12. Changes of river regime and waterway downstream of a cascade of reservoirs on the upper Yangtze River

    Pages 615-628
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  13. Sustainable systems engineering by CFD modeling of lateral intake flow with flexible gate operations to improve efficient water supply

    Pages 629-642
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  14. Temporal and spatial evolution characteristics of the current tail channel of the Yellow River: Processes and mechanisms

    Pages 643-653
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  15. An energy conservation model for the temporal evolution of local scour depth at bridge piers during floods

    Pages 654-669
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  16. A high-resolution water quality model coupled sediment and suspended sediment module

    Pages 670-682
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The Secretary of WASER, International Research and Training Center on Erosion and Sedimentation (IRTCES)
Address: IRTCES, P.O. Box 366, No.20 Chegongzhuang Road West, Beijing, 100048, China; Website: http://www.waser.cn/
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