E-LIBRARY >> Papers & Reports
No.3 2024 IJSR
2024-05-29

Volume 39, Issue 3

Pages 305-494 (June 2024)


  1. TOC

    Pages ii-iii
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  2. Hybrid neuro fuzzy inference systems for simulating catchment sediment yield

    Pages 305-316
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  3. Estimates of longshore sediment transport rates along Macumba and Recreio-Barra da Tijuca sandy beaches (Rio de Janeiro, southeastern Brazil)

    Pages 317-326
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  4. Experimental study of reservoir flushing through a bottom tunnel initially covered by cohesive sediment

    Pages 327-339
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  5. Improved estimation of critical bed shear stress downstream of low-head weirs in streams with coarse bed material

    Pages 340-354
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  6. Sand sheets—the major dust source in the western Lake Urmia playa—A comprehensive study of the soil-dust properties and stabilization

    Pages 355-374
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  7. Evaluating nutrient distribution and eutrophication pattern in a shallow impounded lake: Exploring the influence of floods

    Pages 375-385
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  8. Changes in runoff and sediment discharge along with their driving factors in the Pearl River basin from 1961 to 2018

    Pages 386-400
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  9. Towards an understanding of southern peri-Pannonian lacustrine depositional cycles: Interplay of sediment delivery and shifting intrabasinal height, a case study of drilled Neogene sediments from northwest Toplica Basin (Central Serbia)

    Pages 401-420
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  10. Unraveling the sources of organic matter in suspended particulates and sediment in a closed inland lake using stable isotope fingerprinting

    Pages 421-434
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  11. Near-wall flow characteristics in pipe bend dense slurries: Optimizing the maximum sliding frictional power

    Pages 435-463
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  12. Post-fire erosion and sediment yield in a Mediterranean forest catchment in Italy

    Pages 464-477
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  13. Physical and chemical techniques for a comprehensive characterization of river sediment: A case of study, the Moquegua River, Peru

    Pages 478-494
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Copyright: World Association for Sedimentation and Erosion Research (WASER). All Rights Reserved.
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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