تعیین مناسب ترین روش برآورد بار معلق در رود سیستان

Ahmadi H. Malekian A. Abedi R. 2012. The most appropriate statistical method for suspended sediment estimation in rivers (Case study: roodak station of the jajrood basin). Environmental Erosion Researches. 5(2): 78– ­­88. (In Persian).

Arabkhedri M. Hakimkhani Sh. Varvani J. 2004. The validity of extrapolation methods in estimation of annual mean suspended sediment yield in 17 hydrometric station. Agricultural and Natural Resources Science. 11(3): 123–131. (In Persian).

Arabkhedri M. Sedarati K. Esmaeliauri A. 2017. Trends of suspended load in karaj and jajroud rivers in recent decades. Journal of Watershed Engineering and Management. 9(1): 22–33 (In Persian).

Asselman NEM. 2000. Fitting and interpretation of sediment rating curves. Journal of Hydrology. 234(4): 228–248.

Balamurugan G. 1989. The use of suspended sediment rating curves in Malaysia: some preliminary considerations. Pertanika. 12(3): 367–376.

Barzegar F. 2005. Comparison of the methods used to estimate suspended sediment load, M.Sc. Thesis of Department of Natural Resources, University of Tehran. 120 p. (In Persian).

Dehghani A. Zanganeh MA. Mosaedi A. Kuhestani N. 2009. Comparison of suspended load estimation with two methods of sediment rating curve and artificial neural network in Dough River of Golestan Province. Agriculture and Natural Resources Science. 16(1): 276–266. (In Persian).

Ferguson RI. 1986. River loads underestimated by rating curves, Water Resources Research. 22: 74–76.

Gericke A. Venohre M. 2012. Improving the estimation of erosion-related suspended solid yields in mountainous, non-alpine river catchments. Environmental Modelling and Software. 37: 30–40.

Hassanpour F. 2009. The sedimentation effect of hydraulic structures of kohak, Zahak and Sistan on Sistan River bed. First International Conference on Water Crisis, 3 March, 2009, Zabol. 113–122. (In Persian).

Heydarnezhad M. Golmaei SH. Mosaedi A. Ziatabar ahmadi M. 2006. Correction of sediment rating curve and estimating of suspended load in telezang stationIn. The 7^th  Civil Engineering National Conference. Tehran. 243–252. (In Persian).

Horowitz A J. 2002. The use of rating (transport) curves to predict suspended sediment concentration: A matter of temporal resolution, turbidity and other sediment surrogates workshop, April, 30 – May 2, Reno, NV.

Hu B. Wang TH. Yang Z. Sun X. 2011.Temporal and spatial variations of sediment rating curves in the Changjiang (Yangtze River) Basin and their Implications. Quaternary International. 230: 34–43.

Jansson MB. 1996. Estimating sediment rating curves of the Reventazon River at palomo using logged mean loads within discharge classes. Journal of Hydrology. 183(4): 227 –241.

Jones KR. Berney O. Carr DP. Barrett EC. 1981. Arid zone hydrology for agricultural development. FAO Irrigation and Drainage. 271 p.

Khanchoul K. Altschul R. Assassi F. 2009. Estimating suspended sediment yield, sedimentation controls and impacts in the Mellah Catchment of Northern Algeria. Arabian Journal of Geosciences. 2(3): 257–271.

Koch RW. Smillie GM. 1986. Comment on “river loads underestimated by rating curves” by R.I. Ferguson. Water Resources Research. 22(13):2121 –2122.

Latifi A. Hassanzadeh Y. 2006. Comparison of different methods of estimating the suspended sediment load and choosing the best method (Case study: Gamasiab River). The Seventh International Seminar on River Engineering, Ahvaz, Khuzestan Water and Power Authority, Chamran University. (In Persian).

Mirzaei M. 2002. Comparison of statistical method of suspended load estimation in rivers (Case study: Gorganrood River). M.Sc. Thesis. University of Tehran. 130 p. (In Persian).

Mirzaei M. Arabkhedri M. Feyzenia S.  Ahmadi H. 2005. Comparison of statistical methods to estimate suspended sediment. Journal of Natural Resources. 58 (2): 301–313. (in Persian).

Mohammadi A. Moseadi A. Heshmatpur A. 2007. Determine the best method for estimating the suspended sediment in the river gauging stations Qazzaqli in Gorgan. Agricultural Sciences and Natural Resources. 14 (4): 232–246.

Mohammadi A. 2002. Optimaization of water discharge and suspended load discharge terms in hydrometric station of Gorganrood river. M.Sc. Thesis, Gorgan University of Agricultural Sciences and Natural Resources. 90 p. (In Persian).

Mosaedi A. Hashemi Najafi SF. Heydarnezhad M. Nabizade M. Meshkati ME. 2009. Estimation of sediment volume in karaj and Dez reservoir and comparison with hydrographic surveying. Journal of Agriculture Sciences and Natural Resources. 16 (2): 261–272. (In Persian).

Mosaedi A. Mohammadi A. Najafinejad A. Yaghmaiee F. 2006. Optimization of the relation between flow discharge and suspended sediment discharge in selected hydrometric station of Gorgan River. Journal of Natural Resources. 59(2): 331–343.(In Persian).

Office of the Vice President of Strategic Planning and Monitoring. 2007. Erosion and sediment studies in river training guide. Publication. 173p. (In Persian).

Picouet C. Hingray B. Olivery JC. 2001. Empirical and conceptual modeling of the suspended sediment dynamics in large tropical African river: The Upper Niger River Basin. Journal of Hydrology. 250: 19–39.

Piri A. 2003. Optimization of flow and sediment discharge relation in Moarref Emame Basin. M.Sc. Thesis. Sari Agricultural Sciences and Natural Resources University. 120 p. (In Persian)

Pour Aghniaei MJ. Domiri Ganji M. Yousef Pour A. Ghermezcheshmeh B. 2008. A review on estimation methods for suspended load (Case study: Seydon Basin). Water Resources Research. 3(3): 73–85. (In Persian)

Rostami M. Ardeshir A. 2001. A suggestion method to improve suspended sediment load estimation in rivers. 3^th Conference on Hydraulic of Sediment, Tehran University. 8 p. (In Persian).

Sadeghi SHR. 2005. Equations developed in branches sediment hydrograph rising and falling with the concept of regression. Journal of Research in Water Resources. 1(1): 101–103. (In Persian).

Salehi Taleshi R. 2012. Comparison of the efficiency of sediment rating curves to determine suspended sediment load of Siahrood Mazandaran and estimation of suspended sediment load using a combination of average daily flow, monthly average discharge duration curve. The Second National Conference on Sustainable Agricultural Development and a Healthy Environment. 6 p. (In Persian).

Shafai Bajestan M. 2008. Theoretical and practical principles of hydraulics and sediment transport. Chamran University Press. 438 P. (In Persian)

Sobhani H. Malekian A. Khodaian S. Gharechelo S. 2013. The comparison of different methods of estimating the suspended sediment load in order to choose the most appropriate method (Case study: Hablehrood Basin). Watershed Management Research (Pajouhesh & Sazandegi). 100(3): 95–106. (In Persian).

Yousefvand F. Golmaee SH. Ghamarnya H. Ahmadi MZ Vahidi Majd A. 2003. Comparison of different methods to estimate suspended sediment load (Case study: Gharehsou River, Kermanshah). Agricultural Sciences and Natural Resources of the Caspian. 2(4): 52–64. (In Persian).

Zoratipour A. 2007. Comparison of hydrological methods of (statistical) estimation of suspended loads (Case study: Taleghan). M.Sc. Thesis. Department of Natural Resources, University of Tehran. 147p. (In Persian).