[1] Ashoori, M. and Rezaei Moghaddam, M. H. 2013.River bed morphology change before and after dam construction using GIS and HEC RAS (downstream area Sattar Ahar). natural geographical research, 45(13), 87-100.
[2] alami, M.T., Ahmadi, M. and Timuri Moghaddam, A. 2008. impact of construction Shahid Madani՚ dam on morphology downstream, Iran Water Resources Management Conference.23 to 25 October, Tabriz University, 8, 1-10.
[3] Chopr, K., Leemans, R., Kumar, P. and Simons, H. 2005. Ecosystems and Human Well-being: Policy Responses. World Health Organization, 64, 22-27.
[4] Conceiao, C.D., Clark, P., Saatchi, S.S. and Agosti, D. 2008.Predicting geographical distribution models of changes high-valuetimber tree in the Amazon Basin using remotely sensed date,Ecological modeling, 51,309-323.
[5] Davarpanah, G.b. 2002. Evaluation of morphological changes and Zanjan River tailwater and the factors affecting it in a period of 35 years. the sixth Seminar on International River Engineering, Ahvaz, 5, 35 -40.
[6] Du, X. 2006. Impact of Channelization and Dam Construction on Kaskaskia River Morphology and land use city Xuzhou. Thesis for Master of Science Degree. in the Graduate School Southern Illinois University Carbondale, 13,45-55.
[7] Gordon, E. and Meentemeyer, R.K. 2006. Effects of Dam Operation and Land Use on Stream Channel Morphology and Riparian Vegetation, Geomorphology, 415, 412-429.
[8] Hashemian, M. 2004. Study of accuracy assessment techniques for classification of remotely sensed data MSc Thesis, K, N, Toosi University of Technology.
[9] Hadian, F., jafari, R., Boshri, H. and Ramazani, N. 2013 effects of dam Henna cultivation and land use changes. Applied Ecology.Issue.
[10] Kazemi, M. To estimate changes in land use and land cover using GIS and RS techniques in irrigation and watershed Bostanak. Shiraz. Seminar, 8,60-74.
[11] Motakan, S.E.I. and Saidi, A.R. 2010. Land cover change detection in connection with building Taleghan using remote sensing techniques. Journal of Applied Geographical Sciences, 16,64- 45.
[12] Mosayebi, M. and Maleki, M. 2014. Studing changes land use using RS& GIS (case study area: city Ardabil). Natural resourse sciences. fifth year. Number1, 9, 81-93.
[13] Oladi Qadyklayy, J. 2008. remote sensing satellite images, translated and compiled by Thomas, M. Lylsnd, Ralph, Kiefer. Mazandaran University publication, 92 ,1-810.
[14] Ramezani, N., Jafari, R, and Hadian, F. 2012. Evident changes land use obtain counstraction dam in area watershed city Esfarayen using Remote sensing. Seventh seminar national science and watershed engineering. Esfahan industrial university, 1, 1-7.
[15] Rangzan, K., Salehi, B. and Salahshori, P. 2008. Studing changes lower part area Karkhe ՚dam before and after construction using multi time landsat. Civilica, 8, 1-11.
[16] Raei, R., jafarian, Z. and Ghorbani, J. 2013.predict land use area Kiasar using RS and GIS. Thirtieth second and first congress international special earth sciences, 6,1-7.
[17] Seifi zade, M., Imadi, A. and Fazlola, A. 2013. Changes morphology Polrood՚ river in downstream. Journal of Irrigation and Water, number twelfth. the third year, summer, 64, 60-70.
[18] Vaezi pour, H.A. and Agdari, M. 2011. The effect of dams on sediment regime and change the morphology of the river (Case Study: Sistan River). Regional Conference on Water Resources Development, 5, 1-7.
[19] Verbesselt, J., Hyndman, R. and Newnham Culvenor, D. 2010. Detecting trend and Grand series. Remote Sensing of Environment. seasonal changes in satellite image time, 114(1):115-106.
[20] Yousef, S., Moradi, H., Hosseini, SH., Mirzaie, S. 2011.monitoring Marivan land use change detection using sensors and ETM Landsat TM, Remote sensing and GIS in natural resource, period 2, number 3,103,97-105.
[21] Zaibari, M., Majd, A. 2002. introduction to remote sensing and the use in natural resources. Publishing and Printing Institute of Tehran University, 85,1-322.