Assessment of Soil Erosion Risk by Using Fuzzy Logic Model in Seymareh Chenar Basin

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MADADI AGHIL; Belvasi Iman Ali

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Journal: Environmental Erosion Research Year:2018 | Volume:8 | Issue:2 (30) Page(s): 62-83

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Information Journal Paper

Title

Assessment of Soil Erosion Risk by Using Fuzzy Logic Model in Seymareh Chenar Basin

Author(s)

MADADI AGHIL | Belvasi Iman Ali | Issue Writer Certificate

Keywords

Geographic Information SystemQ1

Seymareh Chinar BasinQ1

ErosionQ2

Fuzzy Logic ModelQ1

Abstract

1-Introduction: Soil Erosion is a process in which soil is separated from its original bed and transported to another location with the help of a moving agent [17]. Soil Erosion is one of the serious problems in the watersheds of Iran and can be considered as one of the most important barriers to sustainable agriculture and natural resources development [6]. Soil Erosion results in the destruction of agricultural land, the reduction of soil fertility, environmental negative impacts, and a very important threat to the sustainable production of agricultural products [8]. Erosion, the result or results of the interaction of a set of natural and human factors, which, in accordance with the specific circumstances of the region, are one or more factors acting as the main and determining factors [7]. In general, Erosion is a natural phenomenon that human activities can exacerbate. Historical evidence suggests that Erosion and destruction of soil have resulted in the collapse and destruction of human civilizations [9]. Awareness of the extent of Erosion in catchment areas, the possibility of comparing them and identifying critical basins and implementing watersheds. The amount of Erosion and destruction of the land requires the zoning of Erosion of the land for the preparation and collection of information [8]. Destruction of vegetation (especially the plant species of moss, which is the dominant species of the region) and the cutting of trees and shrubs (oak and orange trees, which form the largest area of the forests of the area) cause soil to be deflated against Erosion and cause debris to be gutted and even swept away. . . .

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APA: Copy

MADADI, AGHIL, & Belvasi, Iman Ali. (2018). Assessment of Soil Erosion Risk by Using Fuzzy Logic Model in Seymareh Chenar Basin. ENVIRONMENTAL EROSION RESEARCHES, 8(2 (30) ), 62-83. SID. https://sid.ir/paper/382339/en

Vancouver: Copy

MADADI AGHIL, Belvasi Iman Ali. Assessment of Soil Erosion Risk by Using Fuzzy Logic Model in Seymareh Chenar Basin. ENVIRONMENTAL EROSION RESEARCHES[Internet]. 2018;8(2 (30) ):62-83. Available from: https://sid.ir/paper/382339/en

IEEE: Copy

AGHIL MADADI, and Iman Ali Belvasi, “Assessment of Soil Erosion Risk by Using Fuzzy Logic Model in Seymareh Chenar Basin,” ENVIRONMENTAL EROSION RESEARCHES, vol. 8, no. 2 (30) , pp. 62–83, 2018, [Online]. Available: https://sid.ir/paper/382339/en

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