Effect of some soil properties on distribution of Ceratocarpus arenarius and Aristida funiculata in Mardan, Kashan Rangelands

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Research Paper 01/02/2015
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Effect of some soil properties on distribution of Ceratocarpus arenarius and Aristida funiculata in Mardan, Kashan Rangelands

Melika Hashemi, Mojtaba Akhavan Armaki
J. Biodiv. & Environ. Sci. 6(2), 306-311, February 2015.
Copyright Statement: Copyright 2015; The Author(s).
License: CC BY-NC 4.0

Abstract

In order to sustainable use of rangelands, it is necessary to recognize water, soil, and vegetation cover and analyze their relationships. Physical and chemical properties of soil are effective in distribution of plant species in local area. To determine the effects of some soil properties on species distribution of Ceratocarpus arenarius and Aristida funiculata in Mardan summer region of Kashan, three types of vegetative plants were identified including Artemisia aucheri- Ceratocarpus arenarius, Artemisia aucheri-Eryngium bungei and Artemisia aucheri – Aristida funiculata. Then data of 20 plots were collected for each type in the desert. After drilling 27 soil profiles and providing samples of 0-30 and 30-60 cm from soil depth, pH, EC, CaCO3, organic carbon, CaSO4, and gravel parameters and distribution of soil grain were determined in the laboratory. One-way analysis of variance was made using SPSS software. Analysis of variance showed that clay and CaCO3 in the soil first depth and CaCO3 and Gravel% in the soil second depth have significant differences in three vegetation types. Then to determine parameters affecting on separating vegetation types, principal components analysis was performed on 17 variables (16 soil variables and slope percentage) using PC-ORD software. Results of PCA indicated that in the first axis slope%, clay in the second depth and CaCO3 and sand in the first depth, explain 61% of the variations and for the second axis included sand in the second depth and electrical conductivity and organic matter in the first depth, explain 38% of the variations. The results of the research show that Ceratocarpus arenarius was more dispersion in areas where the lower and upper layers of soil had less clay and CaCO3 and Aristida funiculata is seen in lower layers of soil having more clay and more CaCo3 and less organic carbon and EC in upper soil layers.

Baghestani Meybodi N, Arzani H. 2005. Compare to palatable range species and behavior of goats in rages of Poshtkuh of Yazd. Iran Natural Resources Jour, 58, 909-919. (In Persian).

Fillekesh A, Gzanchian G, Aliabadi A, Farzaneh H, Sadegh-Zadeh A. 2006. Study of best time and method of planting Eurotia ceratoides in Sabzevar. Scientific Research Jour. Range and desert, 13, 109-15. (In Persian).

Goh TB, Arnaud RJSt, Mermut AR. 1980. Aggregate Stability to Water. In: Cartner, M.R. (ed.), Soil sampling and methods.

Jafari M, Zare Chahooky M, Tavily A, Kohandel A. 2005. Study of relationship between soil properties and distribution of plant species in ranges of Qom. Research and development in natural resources. 73, 110-116. (In Persian).

Jafari M, Javadi A, Baqerpur-Zarchi M, Tahmoures, M. 2008. Study of relationships of vegetation with some soil properties in ranges of Nodoushan of Yazd. Jour. Range, Third Year, First No. page 29-40. (In Persian).

Lentz RD. 1984. Correspondence of soil properties and classification unit with sagebrush communites in Southeastern Oregon. (MSc thesis), Oregon University, USA.

Mesdaghi M. 2007. Range management in Iran. Fifth Edition, Imam Reza university Publishing, page 326. (In Persian).

Moghaddam M. 2009. Range and range management. Sixth Edition, Tehran University Publishing, page 413. (In Persian).

Moghddam MR. 2001. Quantitative plant ecology. Tehran University Press, page 285. (In Persian).

Monier M, El-Ghani Abd. 2003. Soil-vegetation relationships in a coastal desert plain of southern Siana Egypt. Jour. Arid Environments, 55, 607-628. (In Persian).

Mozaffarian V. 2000. Flora of Yazd. First Edition, Publishing Institute of Yazd, page 472.

Naseri H, Azarnivand H, Zehtabian Gh, Ahmadi H. Jaafari M. 2009. Study of relationship between physical and chemical soil characteristics with plant communities of playa (Case Study: Southern Kashan playa). Jour. Range, 4, 652-667. (In Persian).

Nelson DW, Sommer LE. 1982. Total carbon, organic carbon, and organic matter. In: A. L. page (ed.), Methods of Soil Analysis 2th. ASA Monogr., Amer. Soc.Agron. Madison, page 580.

Richards L. 1954. Diagnosis and Improvement of Saline and Alkali Soils. U.S. Dept. Agr. Handbook 60.

Xian-Li Xu, Ke-Ming Ma. 2008. Relationships between vegetation and topography in a dry warm river valley SW Chin. Jour. Catena, 75, 138-145.

Zarei A, Zare-Chahouki M, Jafari M, Bagheri H, Alizadeh A. 2010. Determined of properties of soil affect on distribution of vegetation in mountain ranges of salt Qom province, Jour. Range, 3: 412-421. (In Persian).

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