Assessment of desertification hazard, risk and development of management plans

Document Type : Research Paper

Authors

Gorgan University of Agricultural Sciences and Natural Resources, Gorgan, Iran

Abstract

About 80 percent of Iran is arid and semi-arid and about 35 percent of this area is susceptible to desertification hazard. Therefore desertification assessment and identification of the most important criteria for the assessment of risk and a basis for development of management plans is essential. This research was conducted in the semi-arid region of Agh-Band in the Golestan province, Iran with an area of 3062.5 km2 aiming at preparation of the desertification hazard and risk maps and development of various management plans to control the desertification. In this study, the IMDPA model and geomorphologic facies were used to evaluate the desertification hazard. The work units (geomorphologic facies) were defined based on geology and land use maps, satellite images and field surveys. The risk map was developed with a combination of desertification hazard intensity and hazard elements [A1] [A2] and degree of vulnerability maps using the total risk equation. Desertification management plan was developed based on four management strategies including: no plan, maintains the status quo, avoid the risk and implement the control measures.  The results indicated that soil and vegetation criteria with magnitudes of 2.67 and 2.54 fall into sever desertification category (III) and other criteria are within medium class (II). The average value of degree of desertification in the study area was 2.03 (class II).



 
 

Keywords

Main Subjects

References

Abdi, Z.H., 2007. Investigation and Preparation of in
     desertification intensity map using IMDPA method
     with emphasis on water and soil Criteria in Abuzeid
     abad Region. M.Sc. thesis, Desert Region
     Management Dept., International Desert Research
     Center (IDRC), University of Tehran, Tehran, Iran.
Abella, E.A., C.J. Van Westen, 2008. Qualitative
     landslide susceptibility assessment by multicriteria
     analysis: a case study from San Antonio del Sur,
     Guantánamo, Cuba. Geomorphology, 94; 453-66.
Ahmadi, H., 2006. Calibration of measurement and
     standards of desertification in Iran, IMDPA model,
     Client: Department of Pasture and Soil of Forest,
     Rangeland and Watershed Management.
Ammann, W., 2016. Early Warning in Disaster Risk
     Reduction Needs and Potential. 7th International
     Conference on Integrated Natural Disaster
     Management-INDM 15-16 Feb, Tehran, Iran, pp. 9.
Batterbury, S.P.J., A. Warren, 2001. Desertification in:
     Smelser N, Baltes P (Eds.). International
     Encyclopedia of the Social and Behavioral Sciences,
     Elsevier Press, pp. 3526–3529.
Bouabid, R., M. Rouchdi, M. Badraoui, A. Diab, S.
     Louafi, 2010. Assessment of land desertification
     based on the MEDALUS approach and elaboration of
     an action plan: the case study of the Souss River
     Basin, Morocco. Land Degradation and
     Desertification: Assessment, Mitigation and
     Remediation. Springer, Netherlands. pp. 131-145.
Dolatshahi, R., 2007. Preparation of in desertification
     intensity map using IMDPA method with emphasis
     on vegetation, water and soil Criteria (Case study:
     South of Garmsar). M.Sc. thesis, Desert Region
     Management Dept., International Desert Research
     Center (IDRC), University of Tehran, Tehran, Iran.
Fallah Mehneh, S., 2004. A Comparison of different
     methods of FAO-UNEP and Ekhtesasi-Mohajeri in
     desertification hazard zonation in order to Torbat
     Heidariye plain manage. M.Sc. thesis, Arid
     Zone Management Dept., Gorgan University of
     Agricultural Sciences and Natural Resources,
     Gorgan, Iran.
Farajzadeh, M., M.N. Egbal, 2007. Evaluation of
     MEDALUS Model for Desertification Hazard
     Zonation using GIS; Study Area: IyzadKhast Plain,
     Iran. Pakistan Journal of Biological Sciences, 10;
     2622-30.
Gad, A., I. Lotfy, 2008. Use of Remote Sensing and Gis
     in Mapping the Environmental Sensitivity Areas for
     Desertification of Egyptian Territory. Earth Discuss,
     3; 41-85.
Geeson, N.A., C.J. Brandt, J.B. Thornes, 2003.
     Mediterranean Desertification: A Mosaic of
     Processes and Responses. John Wiley & Sons, pp
     456.
Hosseini, S.M., S. Sadrafshari, M. Fayzolahpour, 2012.
     Desertification Hazard Zoning in Sistan Region, Iran.
     Journal of Geographical Sciences, 22; 885-94.
Jafarizadeh, M., 2010. Application of IMDPA Model to
     assess desertification intensity (Case Study:
     Mollasani-Ahvaz). M.Sc. thesis, Combating
     Desertification Dept., University of Tehran, Tehran,
     Iran.
Kunlong, Y.I., C.H. Lixia, G. Zhang, 2007. Regional
     Landslide Hazard Warning and Risk Assessment.
     Earth Science Frontiers, 14; 85-93.
Melchiade, B., 2009. Secretariat of the Convention to
     Combat Desertification. CSD-17 Intergovernmental
     Preparatory Meeting Panel on Desertification, New
     York. pp 150.
Mohammadi, M., 2000. A Comparison of the Efficiency
     of two Quantitative Methods of Desertification
     Hazard Zonation (Ekhtessassi-Mohajeri and
     Turkmenistan Desert Institute) for the Management
     of Bajestan Desert Area. M.Sc. theses, Arid Zone
     Management Dept., Gorgan University of
     Agricultural Sciences and Natural Resources,
     Gorgan, Iran.
Nazarinajad, M., 2010. Assessing ESAs and ICD Models
     for Desertification Hazard Mapping and Management
     Plans (Case study: Reza-Abad Region, Khartoran,
     Semnan Province). M.Sc. thesis, Arid Zone
     Management Dept., Gorgan University of
     Agricultural Sciences and Natural Resources,
     Gorgan, Iran.
Ownegh, M., 2009. Assessing Land Degradation Hazard
     Intensity and Management Plans Using Subjective
     Models and the Analytical Hierarchy Process in
     Gorgan, Iran. International Journal of Sustainable
     Development and Planning, 4; 35-45.
Remondo, J., J. Bonachea, A. Cendrero, 2008.
     Quantitative Landslide Risk Assessment and
     Mapping on the Basis of Recent Occurrences.
     Geomorphology, 94; 496-507.
Rezaee Rad, N., 2008. The Study of Desertification
     Potential Cheshme Khan Basin by IMDPA Method.
     M.Sc. thesis, Combating Desertification Dept.,
     University of Tehran, Tehran, Iran.
Yang, X., K. Zhang, B. Jia, L. Ci, 2005. Desertification
     Assessment in China: An Overview. Journal of Arid
     Environments, 63; 517-31.
Zezere, J.L., R.A. Garcia, S.C. Oliveira, E. Reis, 2008.
     Probabilistic Landslide Risk Analysis Considering
     Direct Costs in the Area North of Lisbon (Portugal).
     Geomorphology, 94; 467-95.
Desert
Volume 22, Issue 1
March 2017
Pages 51-67

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