INCREMENT OF SOIL CARBON SEQUESTRATION DUE TO FORESTATION AND ITS RELATION WITH SOME PHYSICAL AND CHEMICAL FACTORS OF SOIL

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VARAMESH S.; HOSSEINI SEYED MOHSEN; ABDI N.A.; AKBARINIA MOSLEM

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Journal: Iranian journal of Forest Year:2010 | Volume:2 | Issue:1 Page(s): 25-35

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Title

INCREMENT OF SOIL CARBON SEQUESTRATION DUE TO FORESTATION AND ITS RELATION WITH SOME PHYSICAL AND CHEMICAL FACTORS OF SOIL

Author(s)

VARAMESH S. | HOSSEINI SEYED MOHSEN | ABDI N.A. | AKBARINIA MOSLEM | Issue Writer Certificate

Keywords

AFFORESTATIONQ2

SOILQ2

CARBON SEQUESTRATIONQ2

PHYSICAL AND CHEMICAL FACTORSQ3

CHITGAR FOREST PARK OF TEHRANQ3

Abstract

The increasing concerns about global warming and climate change have caused a special attention to SOIL and its potential to sequestrate the carbon permanently. AFFORESTATION in barren lands with optimal management can have the noticeable effect to increase the SOIL CARBON SEQUESTRATION in the way that the SOIL of forest ecosystem in balance with tree and plant coverage would be the main store of organic carbon. This research was done by factorial design in Pinus eldarica, Robinia Pseudoacacia stands and the surrounding barren land (as blank) in CHITGAR FOREST PARK OF TEHRAN. The amounts of SOIL CARBON SEQUESTRATION were measured. The relation between some PHYSICAL AND CHEMICAL FACTORS of SOIL and SOIL organic carbon were also investigated. The results indicated that SOIL CARBON SEQUESTRATION of R.Pseudoacacia (78.19 mg/ha) was significantly (p<0.01) more than P.eldarica (57 mg/ha) and barren land (10.8 mg/ha). Their economic values for mentioned species were computed 2.790 and 3.741 million dollar’s respectively. The SOIL organic carbon in depth of 0-15cm of planted stands was more than depth of 15-30cm, in contrast to barren land. The result of stepwise regression showed that the percentages of clay and Nitrogen were respectively the most important factors for SOIL organic carbon. Totally it could be said that the process of CARBON SEQUESTRATION is important for water and SOIL quality, fertility increment, Hydrology system of SOIL improvement and also preventing the erosion and wasting the nutrients. Therefore the forest ecosystem should be managed in order to increase the CARBON SEQUESTRATION potential.

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APA: Copy

VARAMESH, S., HOSSEINI, SEYED MOHSEN, ABDI, N.A., & AKBARINIA, MOSLEM. (2010). INCREMENT OF SOIL CARBON SEQUESTRATION DUE TO FORESTATION AND ITS RELATION WITH SOME PHYSICAL AND CHEMICAL FACTORS OF SOIL. IRANIAN JOURNAL OF FOREST, 2(1), 25-35. SID. https://sid.ir/paper/123171/en

Vancouver: Copy

VARAMESH S., HOSSEINI SEYED MOHSEN, ABDI N.A., AKBARINIA MOSLEM. INCREMENT OF SOIL CARBON SEQUESTRATION DUE TO FORESTATION AND ITS RELATION WITH SOME PHYSICAL AND CHEMICAL FACTORS OF SOIL. IRANIAN JOURNAL OF FOREST[Internet]. 2010;2(1):25-35. Available from: https://sid.ir/paper/123171/en

IEEE: Copy

S. VARAMESH, SEYED MOHSEN HOSSEINI, N.A. ABDI, and MOSLEM AKBARINIA, “INCREMENT OF SOIL CARBON SEQUESTRATION DUE TO FORESTATION AND ITS RELATION WITH SOME PHYSICAL AND CHEMICAL FACTORS OF SOIL,” IRANIAN JOURNAL OF FOREST, vol. 2, no. 1, pp. 25–35, 2010, [Online]. Available: https://sid.ir/paper/123171/en

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