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Using a modified PAP/RAC model and GIS-for mapping water erosion and causal risk factors:Case study of the Asfalou watershed,Morocco

引用

International Soil and Water Conservation Research 2022年第2期10卷 254-272页

作者： Jad Tahouri abdelhamid sadiki L'houcine Karrat Verner Carl Johnson Ngai weng Chan Zhang Fei Hsiang Te Kung Departement des Sciences de la Terre Université Sidi Mohammed Ben AbdellahFaculté des Sciences Dhar MahrazLaboratoire de GeosciencesEnvironnement et Ressources Associées(LGERA)B.P.1796FèsAtlasMorocco International Association of Seismology and Physics of the Earth’s Interior(IASPEI) Japan Department of Physical and Environmental Sciences Colorado Mesa UniversityGrand JunctionCO81501USA School of Humanities University Sains Malaysia11800PenangMalaysia Resources and Environment Department Xinjiang UniversityUrumqi830046People's Republic of China Key Laboratory of Oasis Ecology Ministry of EducationXinjiang UniversityUrumqi830046People's Republic of China Key Laboratory of Xinjiang Wisdom City and Environment Modeling Urumqi830046People's Republic of China Departments of Earth Sciences The University of MemphisMemphisTN38152USA

Our work focuses on the assessment of trends,erosion states and causal risk factors for soil erosion of the Asfalou watershed through the use of the Priority Actions Program/Regional Activity Center(PAP/RAC).This qualitative study model for water erosion makes it possible to assess susceptibility and determine potential fragile areas in order to diagnose the state of soil *** adopted the PAP/RAC crossed matrices,the geographic information system(GIS)and remote sensing(RS)to develop the classical *** method is based on three main approaches:predictive,descriptive and *** soil types,slope length(LS)and climatic factors into our model,including rainfall erosivity(R),slope exposure,soil moisture index(SMI)and land surface temperature(LST),improved the reli-ability of our *** correlation analysis identified these factors that explain erosion states and the risk of soil *** coefficients of determination(R2)of the various erosive states resulting from the modified PAP/RAC approach explain respectively 98.30%,77%and 49.3%of the observed variability of the erosive *** factors provide information on the current state of soil degradation depending on the degree of influence of the different factors that control *** descriptive approach has shown that soil loss manifests itself in different forms,whether for sheet erosion(L)and ravines(C1)succes-sively affecting 79.95%and 17.84%of the *** integration approach identifies factors and areas requiring intervention to counter the effects of soil erosion in the Asfalou watershed effectively and sustainably.

关键词： Modified PAP/RAC Model GIS Water erosion Causative factors Soil erosion

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