Comparison on allowable use of Festuca ovina in semi-steppe and mountainous rangelands of Alborz and Zagros

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Research Paper 01/03/2014
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Comparison on allowable use of Festuca ovina in semi-steppe and mountainous rangelands of Alborz and Zagros

Farhang Ghasriani, Ehsan Zandi Esfahan, Ali Mohebbi
J. Biodiv. & Environ. Sci. 4(3), 77-83, March 2014.
Copyright Statement: Copyright 2014; The Author(s).
License: CC BY-NC 4.0

Abstract

Current research was carried out in selected sites of semi-steppe region including Badamestan (Zanjan), Firoozkooh (Tehran), Gharebagh (West Aazarbaijane), Zaghe (Lorestan), Ghavan- ban- hersin (Kermanshah), Alamot (Qazvin), Ghorveh (Kurdistan), Ser and Til Abad (Gholestan). Festuca ovina is a key and palatable species, having a considerable portion in rangeland yield. For this purpose, 40 similar species of Festuca ovina were selected in each site. Selected species were exposed to different harvesting intensities of 25, 50 and 75 as well as 0% as control group. Data were analyzed by SPSS and MSTATC and Duncan’s Multiple Range Test were used for mean comparisons. According to the results, a higher production was recorded for the bases on which a light harvesting intensity was implemented. Significant differences were found among the studied years in terms of forage production, indicating the effects of climatic factors including precipitation and temperature. In general, rainfall and temperature were identified as the first and second limiting factors for the growth of Festuca ovina, respectively. No significant differences were recorded for 25 and 50% harvesting intensities in terms of studied traits but a harvesting intensity of 75% negatively affected Festuca ovina. Consequently, a harvesting intensity of 25-50% is recommended as the best allowable use for Festuca ovina in this vegetative region and other similar areas.

Akbarinia A. 2003. Determining the allowable use of Bromus tomentellus in semi-steppe region of Ghazvin province. Iranian Journal of Range and Desert Research 7, 333-345.

Jaindl RG, Doescher P, Miller RF, Eddleman LE. 1994. Persistence of Idaho fescue on degraded rangelands:  Adaptation  to  defoliation  or  tolerance. Journal of Range Management 47(1), 54-59.

Kohandel A, Chaichi M, Arzani H, Mohsenie Saravi M , Zahedi GH. 2005. Effect of different grazing intensities on plant cover composition, and on moisture content, mechanical resistance and infiltration rate of the soils, Savojbolagh rangelands. Journal of the Iranian Natural Resources 59(4), 1001-1011.

Sanadgol A, Moghaddam MR. 2001. The effects of grazing systems and grazing intensities on standing crop and forage intake in Bromus tomentellus pasture. Pajouhesh & Sazandegi 64, 30-35.

Moghaddam MR. 1998. Range and Range Management, University of Tehran 470 p.

Amiri F. 2007. Multipurpose model for rangeland by using GIS (case study: Ghara aghagh Semirom catchment). Ph.D. thesis, Islamic Azad University, Science and Research Branch, Tehran, Iran.

Arzani H. 2009. Range Analysis (M.Sc. Booklet), Faculty of Natural Resources, University of Tehran.

Beetle AA, Johnson WM, Lang RL, May M, Smith DR. 2002. Effect of grazing intensity on cattle weights and vegetation at the Bighorn Experimental Pastures. University of Wyoming, Agricultural Experiment Station Bulletin 373. Laramie, Wyoming.

Cook CW. 1977. Effects of season and intensity of use on desert vegetation. Utah Agricultural Experiment Station, Utah State University, Logan, Utah. Bulletin 483 -Reprinted March 1977.

Ghaemi MT. 2001. Autecology of Atriplex verrucifera in West Azarbaijane Province. Final repor of project. Research Institute of Forests and Rangelands, Iran.

Fazilati A, Hosseini Araghi H. 1965. Country rangelands and management, adjustment and reclamation methods of it, Range engineering office press.

Fulstone F. 2009. Annual operating instruction in Missouri flat allotment for the 2009 grazing season. United States Department of Aagriculture, Forest Services, Humboldt-Toiyabe national forest, file code: 2210.

Ganskopp D. 1988. Defoliation of Thurber needlegrass: herbage and root responses, Journal of Rangemanagement 41(6).

Gasriiani F, Najibzadeh M. 2012. Study on the allowable use of important range species in Sahand-East Azarbaijane Province, Research Institute of Forests and Rangelands, Iran.

Gasriiani  F,  Mohebby  A,  Zandi  Esfahan  E. 2013. Determination of allowable use for Stipa hohenackerian in semi-steppe rangelands of Iran. Journal of Biodiversity and Environmental Sciences 3(6), 1-7.

Gharedaghi H, Fazel Najafaabadi M. 2000. Seasonal changes in carbohydrate reserves in the key plants of Polour area. The second national range and rangelands management conference,Tehran,16-18.

Holechek JL, Cole R, Fisher J, Valdez R. 2003. Natural resources, ecology, economic and policy. Rangelands 26, 118-223.

Pontes LS, Carrère P, Andueza D, Louault F, Soussana JF. 2007.Seasonal productivity and nutritive value of temperate grasses found in semi-natural pastures in Europe: responses to cutting frequency and N supply, Grass and Forage Science 13, 485–496

Reece PE, Alexander JD, Johnson JR. 2001. Drought management on range and pastureland, a handbook for Nebraska and South Dakota, Director of Cooperative Extension, University of Nebraska, Institute of Agriculture and Natural Resources.

Smith MV. 2007. Effect of stocking rate and grazing management on the persistence and production on dry land on deep sands. Proc. Int. Grassland Cong. 9, 624-628.

Smith L, Ruyle G, Maynard J, Barker S. 2007. Principles of obtaining and interpreting utilization data on rangelands, The University of Arizona Cooperative Extension.

Tavakoli H, Hodgson J, Kemp PD. 1993. Responses to defoliation of tall fescue. Proceedings of the XVII International Grassland Congress.

Zhao w, Chen SP, Lin GH. 2007. Compensatory growth responses to clipping defoliation in Leymus chinensis (Poaceae( under nutrient addition and water deficiency conditions. Plant Ecology http://dx.doi.org/10.1007/s11258-007-9336-3.

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