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5. What are the main dynamic features of the Yellow River delta?
6. Please state the new strategies of Yellow River management.
7. The Yellow River is silted up at high rate and there is less and less water to be used for sediment
transportation. Propose a management strategy to solve the problem.
8. What are the new problems in the management of the lower Yellow River? How to solve them.
9. What are problems and strategies of water resources management of the Yellow River basin?
10. What is your opinion on the proposed new strategies?
References
Bloesch J., 2002. The Danube River Basin—the other cradle of europe: the limnological eimension. Academia
Scientiarum et Artium Europaea: Proceedings 1st EASA Conference The Danube River: life line of greater europe,
budapest, Nov. 9-10, 2001. Annals of the European Academy of Sciences and Arts 34/12, 51-79
Chen J.Q., 1991. Water resources in China, in Qian Z.Y., (ed.), 1991. Water Conservancy in China. Water Resources
and Hydro-Power Press, 1-42 (in Chinese)
Chen X.G., 1999. Flood control situation and strategies of the lower Yellow River. The Yellow River Water Conservation
Commission (in Chinese)
C
heng D.S., Wang Z.Y. and Liu J.X., 2007. Relationship between dyke collapse and river discharge in the lower
Yellow River. Journal of Hydraulic Engineering, 38(1), 74-78 (in Chinese)
ECASP (Editing Committee of the Annals of the Sanmenxia Project), 1993. Annals of Sanmenxia Project on the
Yellow River. China Encyclopedia Press (in Chinese)
Engels H., 1932. Grossmodellversuche ueber das Verhalten eines geschiebefuehrenden gewundenen Wasserlaufes unter
der Einwirking wechseln der Wasserstaende und verschiedenartiger Eindeichungen. Wasserkraft und Wasserwirschft,
27 (3&4), 25-31, 41-43
Fogg J.L. and Muller D.P., 1999. Resource values, instream flows and ground water dependence of an Oasis Stream
in the Mojave Desert, Annual Summer Specialty Conference Proceedings. Science into Policy: Water in the
Public Realm/Wildland Hydrology, Bozeman, Montana, June 30-July 2, 1999
Freeman J.R., 1922. Flood problems in China. Transactions ASCE, 85, 1405-1460
Humpesch U.H., 1994. Quantification of macro-invertebrates in the river bed of a free-flowing stretch of the Austrian
Danube. In: Kinzelbach R., (ed.), Biologie der Donau. Limnologie aktuell, Band 2, G. Fischer Stuttgart, 109-125
IWHR. and WUHEE., 1985. History of Chinese Water Resources 1985. Water Resources and Hydro-Power Press
(in Chinese)
Ji Z.W., Hu C.H., Zeng Q.H. and Yan Y., 1994. Analysis of recent evolution of the Yellow River Estuary by landsat
images. J. of Sediment Research, 3, 12-22 (in Chinese)
Kern K., 1994. Basics in near-natural construction of waters. Geomorphological evolution of running waters
(Grundlagen naturnaher Gewässergestaltung. Geomorphologische Entwicklung von Fliessgewässern). Springer,
Berlin, Pp. 256
Li D.K., 1999. Jinanyan-a project benefit to the spring city (Jinan) and Shandong area, Bulletin of Shandong Academy
of Social Sciences, 24, (in Chinese)
Li D.K. 2000. My opinion on the construction of Jinan Weir, Shandong Water Resources, (3) 90-01.
Li D.Y., 1992. Suggestion and discussion on the possibility to transport the Yellow River sediment to the sea by
mechanical agitation, The People's Yellow River, 6, (in Chinese)
Li J.S., ed., 1992. Chinese flood control series-general introduction. Chinese Water Conservation and Hydropower
Press (in Chinese)
Lin B.N., Zhou J.J., Zhang R. and Wang Z.Y., 1998. Scour by diverting sea water- A new approach to regulate the lower
Yellow River. Journal of China Institute of Water Resources and Hydropower Research, 1(2), 1-10 (in Chinese)
Long Y.Q. and Chien N., 1986. Erosion and transportation of sediment in the Yellow River basin. International
Journal of Sediment Research, IRTCES, Beijing, China, 1(1), 2-28
Long Y.Q., 1996. Sedimentation in the Sanmenxia Reservoir. Proceedings of the International Conference on
Reservoir Sedimentation, Fort Collins, Colorado, III,1294-1328
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