ارزیابی زراعی – بوم شناختی اراضی شهرستان گنبدکاوس جهت کشت گندم دیم با استفاده از تحلیل‌های مکانی GIS

1-Aami Azghami, A., Khorasani, R.,
Mokrem, M., and Muazi, A. 2010.
Evaluation of soil fertility according
factors, phosphorus, potassium and
organic matter for wheat using fuzzy
AHP and GIS techniques. J. Soil Water.,
24: 5. 973-984. (In Persian)
2-Abbas Abadi, M.R. 1999. Factors
affecting on desertification and provide
a regional model in Aq Qala-Gomishan
plain. M.Sc Thesis, Faculty of Natural
Resources Tehran University. 120p. (In
Persian)
3- Abdollahi, A.A., Emami, J., and Hosseni
Sabet, M. 2013. Climatic zoning of
rainfed wheat crop in the Hamedan
province using geographic information
systems and satellite images.
Programming Researches Institute,
Agricultural Economics and rural
development. Ministry of Jehad-
Agriculture, Tehran. 34p. (In Persian)
4-Agricultural Jihad Organization of
Golestan. 2013. Office of Statistics and
Information. www.jago.ir (In Persian)
5-Ahan Saz, S., Biabani, A., and Kamkar,
B. 2012. land suitability assessment of
Gorganroud areas for wheat using
geographic information systems. 11th
Congress of Agronomy and Plant
Breeding. 2-4 September. Karaj. 4p. (In
Persian)
6-Akinci, H., Ozalp, A.Y., and Turgut, B.
2013. Agricultural land use suitability
analysis using GIS and AHP technique.
Comput. Electron. Agric., 97: 71-82.
7-Amini Faskhodi, A., and Molla Ghasemi,
M. 2004. Determining weight
coefficients for the components of
creativity using AHP method and an OR
model. Deterministic and fuzzy
approach. 5th Conference of Iran Fuzzy
Systems. Imam Hossein University.
Tehran. 10p. (In Persian)
8-Baliani, Y., Hejazi Zadeh, Z., Faraji, A.,
and Bayat, A. 2012. Climate-agricultural
zoning cultivation of rainfed wheat
using geographic information system
(Case study: Fars province). J. Phys.
Geogr., 5: 15. 33-50. (In Persian)
9-Da-cheng, W., Cun-Jun, L., Xiao-YU, S,
Ji-hua, W., Xiao-Dong, Y., Wen-jiang,
H., Jun-Ying, W., and Ji-Hong, Z. 2011.
Assessment of land suitability potentials
for selecting winter wheat cultivation
areas in Beijing, China, using RS and
GIS. Agric. Sci. China., 10: 9. 1419-
1430.
10-Damavandi, A.A., Taheri, M., Esmaeli,
M., and Khalfi, J. 2010. Zoning suitable
areas for rainfed wheat cultivation in
Zanjan province using GIS. J. New
Technol. Agric., 4: 1. 81-101. (In
Persian)
11-FAO. 1976. A framework for land
evaluation. Soils Bull, 32. FAO, Rome.
12-Feyz Abadi, A., Kokachi, A.R., and
Nasiri Mahalati, M. 2006. 50-year
review process of cultivation operation
changes and grain production in the
country and forecasting future. J. Iran. J.
Crops Res., 4(1): 42-69. (In Persian)
13-Ghafari, A., Cook, H.F., and Lee, H.C.
2000. Integrating climate, soil and crop
information: a land suitability study
using GIS. 4th International Conference
on Integration GIS and Environmental
Modeling (GIS/EM4). Banff, Alberta,
Canada, September 2-8.
14-Ghodsi Pour, H. 2012. Analytical
Hierarchy Process. 9th Edition. Amir
Kabir University of Technology Press.
220p. (In Persian)
15-Governor of Golestan. 2013. Land use
palning of Golestan province. Planning
and Management Department, Governor
of Golestan province (In Persian)
16-Jiajin, Y.H. 1997. An AHP decision
model for facility location selection. J.
Facil. 15: 32-41.
17- Kamali, GH.A., Malaei, P., and Behyar,
M.B. 2010. Development a rainfed
wheat atlas for Zanjan province by using
climatic data and GIS. J. Soil Water.,
24: 5. 894-907. (In Persian)
18-Kamali, GH.A., Momen Zadeh, H., and
Vazifehdoust, M. 2011. Assessment of
changes in biomass and grain yield in
drought and wet periods-of MODIS
satellite data in Isfahan. J. Agric. Ecol.,
3: 2. 181-190. (In Persian)
19-Kazemi, H. 2013. Agroecological
zoning of Gorgan agricultural lands for
hulless barley cropping base on Boolean
logic. Electron. J. Crop Prod., 6(4): 165-
185. (In Persian)
20-Kazemi, H., Tahmasebi Sarvestani, Z.,
Kamkar, B., Shataei, S., and Sadeghi, S.
2015. Ecological zoning for wheat
production at province scale using
geographical information system. Adv.
Plants Agric. Res., 2: 1. 1-7.
21-Khaledi, SH., Mohamadi, A., and
Karami, M. 2009. Apple cultivation
location using AHP, Bolien and Fuzzy
methods in the environment GIS.
Geomatics Conferences, Tehran. 20-21
May. 11p. (In Persian)
22-Mahdian, M.H. 2006. The use of
geostatistics in soil science. Proceedings
of the Conference on Soil, Sustainability
and the environment. University of
Tehran. 10p. (In Persian)
23-Mendas, A., and Delahi, A. 2012.
Integration of multiCriteria decision
analysis in GIS to develop land
suitability for agriculture: application to
durum wheat cultivation in the region of
Mleta in Algeria. Comput. Electron.
Agric., 83: 117-126.
24-Mustafa, A.A., Singh, M., Sahoo, R.N,
Ahmed, N., Khanna, M., and Sarangi
Mishra, A.K. 2011. Land suitability
analysis for different crops: a multi
criteria decision making approach using
remote sensing and GIS. Res., 3: 12. 61-
25-Nasrollahi, N. 2014. Feasibility of leyfarming
performance in Aq-Qala by
geographical information system (GIS).
M.Sc. Thesis in Agroecology, Gorgan
University of Agricultural Sciences and
Natural Resources. (In Persian)
26-Rahman, R., and Saha, S.K. 2008.
Remote sensing, spatial multi criteria
evaluation (SMCE) and analytical
hierarchy process (AHP) in optimal
cropping pattern planning for a flood
prone area. J. Spatial Sci., 53: 2. 161–
27-Rasooli, A.A., Ghasemi Golazani, K.,
and Sobhani, B. 2005. The role of
precipitation and height to determine
suitable areas for rainfed wheat planting
using GIS (Case study: Ardabil
province). Agric. Knowl., 5: 183-200.
(In Persian)
28-Saaty, T.L. 1980. The Analytical
Hierarchy Process, Planing, Priorty,
Resource Allocation, USA. RWS
Publications, Pittsburgh.
29-Sanchaz, P.A., Palm, C.A., and Buol,
S.W. 2009. Land suitability evaluation
with analytical hierarchy process (AHP)
and geographic information systems in
the Turkey. Geoderma., 114: 157-185.
30-Sarkar, A. 2008. Geo-spatial approach
in soil and climatic data analysis for
agro-climatic suitability assessment of
major crops in rainfed agro-ecosystem.
M.Sc. Thesis of Technology in Remote
Sensing and Geographic Information
System. Andhra University, India.
31-Sarmadian, F., Maruj, K., Mahmodi,
S.H., and Ebrahimi Khomami, M.R.
2003. Study land suitability for irrigated
crops under irrigation system using
remote sensing (RS) and geographic
information system (GIS) in Varamin
region. J. Iran. Agric. Sci., 34: 4. 899-
912. (In Persian)
32-Satya, P., and Ryosuke, Sh. 2001.
National spatial crop yield simulation
using GIS-based crop production model.
Ecol. Model., 136: 133-129.
33-Soltani, A., and Maddah, V. 2012.
Simple Applications of Matimatic for
Education and Research in Agriculture.
Iranian Agroecology Assocation Press.
80p. (In Persian)
34-Zahtabian, GH.R., and Sarabian, L.
2004. Investigate the causes of water
and soil salinization in Gonbad-Alagol
plain. 9(2): 171-181. (In Persian)
35-Zebardast, E. 2001. Application of
Analytical Hierarchy Process in urban
and regional planning. J. Beautiful Art.,
4(10): 13-21. (In Persian)
36-Zhang, J., Yirong, S., Jinshui, W., and
Liang, H. 2015. GIS based land
suitability assessment for tobacco
production using AHP and fuzzy set in
Shandong province of China. Comput.
Electron. Agric., 114: 202-211.