RESTORATION REFORESTATION PRACTICES IN FOREST ECOSYSTEMS OF IRAN DAMAGED BY KUWAITI BURNING OIL WELLS

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KENESHLOO H.; EGHTESADI A.

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Paper Information

Journal: PLANT AND ECOSYSTEM Year:2012 | Volume:7 | Issue:29 Page(s): 53-62

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Information Journal Paper

Title

RESTORATION REFORESTATION PRACTICES IN FOREST ECOSYSTEMS OF IRAN DAMAGED BY KUWAITI BURNING OIL WELLS

Author(s)

KENESHLOO H. | EGHTESADI A. | Issue Writer Certificate

Keywords

POLLUTIONQ2

PERSIAN GOLF WARQ2

AFFORESTATIONQ2

SOILQ2

TREEQ2

RESTORATIVE FOREST ECOSYSTEMQ2

Abstract

In order to find out the role of Reforestation Practices in Forest ecosystems restoration damaged by 1991 Persian Gulf War. Six sites were selected in three proviences: Khozestan, Fars and Boushehr with different NDVI. In each site adaptable species were planted and compared according to the ecological conditions using a randomized complete block design with three replications. Information such as Quantitative and qualitive data and leaf sample from old leaves on four sides of crown cover was recorded. The effect of TREE species on absorb pollutants from the environment and reducing their leaves 4 samples from acid and black rains from different depths under crown cover were harvested and analyzed. The results showed that the roles of TREE on decreasing POLLUTION, completely related to TREEs characteristics, site factors (environmental factors) and also rate and concentrations of POLLUTION. In regions that, NDVI and site SOIL were high fertility and no water deficit, native TREEs such as Popolus euphratica and Dalbergia sissoo were superior to exotic species, because of their ability to uptake more SOIL's material. Among exotic TREEs, Eucalyptus species were superior to others. These species had more roles in decreasing POLLUTION. Investigations on SOIL (Pb) element in different profiles and species, showed that the capacity of Eucalyptus ssp. for SOIL component up taking were better than other species. After that, Acacia spp. and Dalbergia sissoo were more successful to decrease POLLUTION SOIL. other results indicated that when NDVI was high, Eucalytus micro theca enabled to uptake massive Pb, Zn, Cd compounds and restored them in their leaves.

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APA: Copy

KENESHLOO, H., & EGHTESADI, A.. (2012). RESTORATION REFORESTATION PRACTICES IN FOREST ECOSYSTEMS OF IRAN DAMAGED BY KUWAITI BURNING OIL WELLS. PLANT AND ECOSYSTEM, 7(29), 53-62. SID. https://sid.ir/paper/145219/en

Vancouver: Copy

KENESHLOO H., EGHTESADI A.. RESTORATION REFORESTATION PRACTICES IN FOREST ECOSYSTEMS OF IRAN DAMAGED BY KUWAITI BURNING OIL WELLS. PLANT AND ECOSYSTEM[Internet]. 2012;7(29):53-62. Available from: https://sid.ir/paper/145219/en

IEEE: Copy

H. KENESHLOO, and A. EGHTESADI, “RESTORATION REFORESTATION PRACTICES IN FOREST ECOSYSTEMS OF IRAN DAMAGED BY KUWAITI BURNING OIL WELLS,” PLANT AND ECOSYSTEM, vol. 7, no. 29, pp. 53–62, 2012, [Online]. Available: https://sid.ir/paper/145219/en

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