Determine the land and capability classification of soil: A Case Study Kohgiluyeh and Boyer-Ahmad

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Research Paper 01/06/2017
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Determine the land and capability classification of soil: A Case Study Kohgiluyeh and Boyer-Ahmad

Seyed Ali Mousavi, Ali Zargham Taheri, Saeed Shojaei
J. Biodiv. & Environ. Sci. 10(6), 59-66, June 2017.
Copyright Statement: Copyright 2017; The Author(s).
License: CC BY-NC 4.0

Abstract

The aim of this study is to determine the land capability of the Posht Taveh area in Kohgilouye and Boyer-Ahmad province through soil taxonomy using American method. This study sought to determine constraints and capability resource of land for different uses. This research were conducted with four stage preliminary, field, experiments and complementary. In the preliminary stage topographic maps, aerial photographs and geological maps were prepared and used for analysis and interpretation.  In the field stage the soil profiles were worked out and described. The samples of all the layers were collected for soil profile, physical and chemical analysis. Finally, soil classification was done based on the American method. The results showed that the soil in the region in all the work units were in Entisols Category and two of them are in the subgroup Aridic Ustorthent and others are in Ustifluvent Aridic. These soil is composed of new material mothers and it is possibly detected as a youth soil and lack of natural genetic horizons.

Amirian Chekan AR. 2003, land capability assessment booklet, Department of Natural Resources Behbahan, Shahid Chamran University, Iran.

Ayoubi S, Jalalian A., 2006. Land evaluation (Agriculture and natural resources), Press Center Isfahan University of Technology, Isfahan, Iran.

Food and Agricalture Organization of the United Nation. 1993, Guidelines for Land Use Planning, Development Series 1, ISSN: 1020-0819, Rome

Grigersen H, Failot P, Brooks K. 2009, Integrated Watershed Management (Water and Land to the People), Parvaresh H Translation, 1nd Edition, Publications University of Hormozgan. 52.p.

Jafari M. 1959. Saline soils in natural resources, the Institute of Tehran University Press, 194 pages.

Kassas M. 1983, the Global Biosphere: Conservation for Survival, Mazingira, 7(2), 2-13 p.

Keys to Soil Taxonomy. 2006. Tenth Edition United States Department of Agriculture. 341p.

Makhdoom M. 2001, the basis for land use, Tehran University Press, Tehran, 300 pages. 

Moravvej K, Sarmadian F, Mahmoudi SH. 2003. Evaluation of soil classification and mapping of the land of the plain using digital processing satellite images, Landsat TM. Iranian Journal of Natural Resources. Volume 56(3), 177-190.

Normandy Pour F, Farpoor M, Sarcheshmeh Poor M. 2014, formation, Classification and clay mineralogy of soils in salt Kashkooyeh-Anar Kerman area. Iranian Journal of Crystallography. 23(2), 269-280.

Oji M. 2005, study the formation and classification of soils, Journal of Crop Ecology (New Agricultural Science), Islamic Azad University of Fasa, Volume 1, Issue 2; 1 – 8.

Roca PN, Pazos MS. 2002. The WRB applied to Argentinian soils: two case studies. European Soil Bureau, Research Report No. 7. Latvia University of Agriculture, Jelgava, Latvia. 191-197 p.

Tripathi RP. 2001, Soil Erosion and Conservation, New Age International Ltd, Publishers, New Delhi.

Yvonne Rydin, 2003, Urban and Environmental Planning in the UK, Palgrave Macmillan, Hampshire.

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