STUDY THE EFFICIENCY OF BIOMECHANICAL WATERSHED MANAGEMENT ALONG WITH INDIGENOUS RAINFED TREE IN CARBON SEQUESTRATION PLANTING IN MIDDLE AND NORTH ZAGROS ECOSYSTEMS

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PARVIZI YAHYA

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Journal: WATERSHED ENGINEERING AND MANAGEMENT Year:2016 | Volume:7 | Issue:4 Page(s): 341-351

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Title

STUDY THE EFFICIENCY OF BIOMECHANICAL WATERSHED MANAGEMENT ALONG WITH INDIGENOUS RAINFED TREE IN CARBON SEQUESTRATION PLANTING IN MIDDLE AND NORTH ZAGROS ECOSYSTEMS

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PARVIZI YAHYA | Issue Writer Certificate

Keywords

BANKETINGQ2

CARBON STOCKQ2

FLOOD SPREADINGQ2

TERRACINGQ1

TREE PLANTINGQ2

Abstract

All worldwide studies verifies global phenomenon of climate change caused by the greenhouse effect of carbon emissions on this planet. Carbon sequestration in terrestrial ecosystem is a sustainable approach, with no environmental risks. One of the key potential in carbon sequestration in our country is the watershed management biomechanical operations in the natural resources areas. This research was conducted to evaluate this operation options in north and middle parts of Zagros ecological zone in atmospheric carbon sequestration and to offer optimal options for these regions. For this purpose, in each of the provinces (Kermanshah, Lorestan, Kurdistan and Fars), one or more representative sites were selected. Then, soil, biomass and litter sampling were taken by field operations using systematic randomized method. Soil organic carbon and other soil physic-chemical properties and CARBON STOCK of biomass and litter samples were determined in the laboratory. Then, carbon sequestration indices including soil, biomass, litter and total carbon sequestration, were measured per hectare. Analysis of the research results indicated that these operations are mainly planting of different trees along with flood and water spreading and bankets. Watershed management operations sequester up to 3. 41 to 112. 1 tons of carbon per hectare. Contribution of soil from total carbon sequestration was around 95 to 99 percent measured across different study site. Native TERRACING with TREE PLANTING of grapes (Vitis spp) and almond (Amygdalus spp) were the more efficient option in carbon sequestration along the selected areas.

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APA: Copy

PARVIZI, YAHYA. (2016). STUDY THE EFFICIENCY OF BIOMECHANICAL WATERSHED MANAGEMENT ALONG WITH INDIGENOUS RAINFED TREE IN CARBON SEQUESTRATION PLANTING IN MIDDLE AND NORTH ZAGROS ECOSYSTEMS. WATERSHED ENGINEERING AND MANAGEMENT, 7(4 ), 341-351. SID. https://sid.ir/paper/234725/en

Vancouver: Copy

PARVIZI YAHYA. STUDY THE EFFICIENCY OF BIOMECHANICAL WATERSHED MANAGEMENT ALONG WITH INDIGENOUS RAINFED TREE IN CARBON SEQUESTRATION PLANTING IN MIDDLE AND NORTH ZAGROS ECOSYSTEMS. WATERSHED ENGINEERING AND MANAGEMENT[Internet]. 2016;7(4 ):341-351. Available from: https://sid.ir/paper/234725/en

IEEE: Copy

YAHYA PARVIZI, “STUDY THE EFFICIENCY OF BIOMECHANICAL WATERSHED MANAGEMENT ALONG WITH INDIGENOUS RAINFED TREE IN CARBON SEQUESTRATION PLANTING IN MIDDLE AND NORTH ZAGROS ECOSYSTEMS,” WATERSHED ENGINEERING AND MANAGEMENT, vol. 7, no. 4 , pp. 341–351, 2016, [Online]. Available: https://sid.ir/paper/234725/en

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