تأثیر کاربری زمین بر زمین‌لغزش در منطقه‌ی توان، قزوین

Beheshti Rad M, Feiznia S, Salajegheh A, Ahmadi
H. 2011. Landslide hazard zonation with the multivariate
regression model using GIS. Geography
Quarterly. 7: 33–40. (In Persian).
Feiznia S, Kelarestaghi A, Ahmadi H, Safaei M.
2004. An investigation of effective factors on landslide
occurrence and landslide hazard zonation
(Case study Shirin Rood Drainage Basin -Tajan

Dam). Iranian Journal. Natural Res. 57 (1): 3–22.
(In Persian).
Guns M, Vanacker V. 2014. Shifts in landslide frequency–
area distribution after forest conversion in
the tropical Andes. Anthropocene. 48: 1–11.
Karimi Sangchini E, Ownegh M, Sadoddin A. 2013.
Landslide risk assessment and damage Chehlchay
Watershed, Golestan Province. Watershed Journal.
98: 74–84. (In Persian).
Kelarestaghi A, Habybnezhad M, Ahmadi H. 2008.
In connection with the change of landslides and
road construction (case study Watershed Tajan,
Sari). Journal of Geographical Research. 62: 81–
91. (In Persian).
Li X P, Li Y A. 2012. Design of GIS-based monitoring
and early-warning system of landslide hazard
in Diao Zhongba. Energy Procedia. 16: 1174–1179.
Lü Wei-cai, Cheng Shi-guang, Yang Hai-sheng, Liu
Da-peng. 2008. Application of GPS technology to
build a mine subsidence observation station. Journal
of China University of Mining and Technology.
18: 377–380.
Mayavan N, Sundaram A. 2012. Statistical analysis
for landslide in relation to landuse, in Sirumalai
Hill, Dindigul District, Tami Nadu, India, using GI
Technologies. Research Journal of Recent Sciences.
l (12): 36–39.
Mohamadmyrzaiy A, Esmaili R, Memarzade A.
2008. 6 Step study of landslide dam monitoring
Latyan, Second Conference on Disaster Management,
Tehran, Center of Excellence in Disaster
Management and Surveying Engineering, Faculty
of Engineering, Tehran University. (In Persian).
Mosaffaie J. 2015. Comparison of two methods of
regional flood frequency analysis by using L-moments.
Water Resources. 42 (3): 313–321.
Mosaffaie J. 2016. Application of artificial neural
network, multiple-regression and index-flood techniques
in regional flood frequency estimation. International
Journal of Water. 10 (4): 328–342.
Mosaffaie J, Ownegh M, Mesdaghi M, Shariatjafari
M. 2009. Comparing the efficiency of statistical
and empirical landslide hazard zonation models in
Alamout Watershed. J. of Water and Soil Conservation.
16(4): 43–61 (In Persian).
Mosaffaie J, Ownegh M. 2011. Landslide hazard
zonation by AHP and regression model, Case study:
The Alamout Watershed. Watershed Engineering
and Management. 3 (3): 149–158.
Mosaffaie J, Ekhtesasi MR, Dastorani MT, Azimzadeh
HR, Zare Chahuki MA. 2015. Temporal and
spatial variation of the water erosion rate. Arabian
Journal of Geosciences. 8 (8): 5971–5979. DOI:
10.1007/s12517-014-1628-z.
Shoaei Z, Emam Jome SR, Shariat Jafari M, Jalali
N. 2006. Analysis of movement mechanism and
suggestion of the most economical methods for
landslide control using the results of monitoring by
GPS (Case study: Akha Village - Central Alborz).
Fourth Conference of Engineering Geology and the
Environment. Tarbiat Modarres University, Tehran,
Iran. (In Persian).
Zou X, Deng Z, Ge M, Dick G, Jiang W, Liu J.
2010. GPS data processing of networks with mixed
single- and dual-frequency receivers for deformation
observation. Advances in Space Research. 46:
130–135.
Zou X, Qiang XU, Zhou J, Deng M. 2012. Remote
landslide observation system with differential GPS.
Original Research Article, Procedia Earth and Planetary
Science. 5: 70–75.