The impacts of different land use changes on groundwater level using quantitative model WEAP (Case study: Chaharmahal Bakhtiari province, Iran)

Document Type : Research Paper

Author

Associate Prof.Institute of Development Studies and Research Tehran (ACECR)Tehran, Iran.

Abstract

     Reduction of water resources limits the ability of farmers for food production and subsistence. Nowadays the quick growth of population has been the most important factor in the decline of renewable water. In many parts of Iran, including region of interest, the major factor in water resources decline was land use change, that may  cause to ecological destruction and disruption. Sustainable development can be achieved with proper management of watersheds. This study tried to determine the effect of land use type on water resources the ChaharmahalBakhtiari plains. TM images in May of 1982, 2000 and 2012 were used to prepare the land use maps for 8 plains. The resulted maps for 2012 were reviewed using topographical maps (1:25000) and field observations. The water level measurements during 2002 to 2012 in different plains were used for calibration and validation of WEAP model. The quantitative model used to determine the effects of land use changes on groundwater level. The extent of Agricultural land use have increased from 1982 to 2002 and 2012 from 28.8% to 35.6% and 38.7% accordingly. The results revealed that except of Farsan, Shalamzar and Gandoman the other plains have negative groundwater balance. The model simulation showed that continuing the current harvesting cause to critical situation in the near future. To compensate the negative water balance of Shahreh Kord, Borojen, Sefid dasht, Kiyar, Flared and Khan mirza, it would be necessary to reduce the consumption of groundwater resources of these plains up to %48, %32, %66, %30, %13 and %12, respectively. The change of land use from grasslands to agriculture was the main reason of reduced the groundwater reserves. 

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References

Abusaada, M.J., 2011. Flow dynamics and management
     options in stressed carbonate aquifer system, the
     Western Aquifer Basin, Palestine.
Ahankob, A., 2013. Check the water crisis in the aquifer
     Khanmirza (Chaharmahal Bakhtiari). The first
     National Conference on Water Crisis. Islamic Azad
     University, Isfahan, The International Journal of
     Engineering and Science, 2; 53-59.
Alfarra, A., 2004. Modeling water resource management
     in Lake Naivasha. International Institute for Geo
     Information Science and Earth Observation Enchased
     24-25.
Alizadeh, H., 2007. Assess the impact of the allocation
     of water in the basin hydrological scenarios using
     software WEAP. Hydro Sci Techno., 23; 1-12.
Biswas, A.k., 1981. Integrated water management; Some
     international dimensions. Journal of Hydrology, 51;
     369-379.
Bonzi, C., J. Onigkeit, H. Hoff, 2016. Analysing
     stakeholder driven scenarios with a trans boundary
     water planning tool for IWRM in the Jordan River
     Basin. In: Borchardt D, Bogardi J, Ibisch R (eds)
     Integrated water resources management; concept,
     research and implementation. Springer, Berlin.
Bower, H., 2000. Integrated water management;
     Emerging issues and challenges. Agricultural water
     Management, 45; 217-228.
Dehkordi, F., 2014. The effect of slope and land use
     changes on soil microbial respiration indices in the
     region. Chaharmahal Bakhtiari Lord Egan. Journal of
     Soil Management, 2; 13-25.
Guner, S., A. Tufekcioglu,  S. Gulenay, M. Kucuk, 2010.
     Land use type and slope position effects on soil
     respiration in black locust plantations in artvin,
     Turkey. Journal Agricultural Research, 5; 719-7.
Gunkel, A., J. Lange, 2012. New insights into the natural
     variability of water resources in the Lower Jordan
     River Basin. Water Resour Manage., 26: 963–980.
Kavandi, H.R., C.H. Heshmati,  H. Serous, 2014.
     Evaluation of Alternative Livelihoods Status in Arid
     and Semiarid Regions of Iran to Improve
     Sustainability. Journal of Rangeland Science, 4; 306-
     318.
Lange, J., A. Gunkel, D. Bastian, 2012a. Hydrology in
     the lower Jordan River basin. About actual water
     resources and new water resources—an analysis
     based on the TRAIN-ZIN model. Jordan River Final
     Conference Limassol, Cyprus. 
Lange, J., S. Husary, A. Gunkel, 2012b. Potentials and
     limits of urban rainwater harvesting in the Middle
     East. Hydro. Earth Syst. Sci., 16: 715–724.
Levite, H., H. Sally,  J. Cour, 2003. Testing water
     demand management scenarios in water- stressed
     Basin in south Africa: Application of the water
     WEAP model, Julian Cour. International Water
     Physics and Chemistry of the Earth, 28; 779–786.
Liang, X., Z. Xie, M. Huang, 2003. A new
     parameterization for surface and groundwater
     interactions and its impact on water budgets with the 
     variable infiltration capacity (VIC) land surface
     model. Journal of Geophysical Research, 108(D16);
     1-8.
Mahmoud, R., K. Hubbard, 2002. Anthropogenic land-
     use changes in the North American tall grass-short
     grass transition and modification of near-surface
     hydrologic cycle. Climate Research, 21; 83-90.
Mortezaii, F. G., R. Shahbazi, 2012. Survey indicators
     for assessing and mapping water and wind erosion
     desertification and provide sustainable development
     strategy. Journal of Watershed Management
     Engineering Association Iran, 6; 45-52.
Westphalia, K., R. Vogel, P. Kirsten, 2003. Decision
     support system for adaptive water supply
     management. Journal of Water Resources Planning
and Management, 129; 165-177.
Winter, T., 2001. Ground water and surface water: the
     linkage tightens, but challenges remain. Hydrological
     Processes, 15; 3605-3606.
Yates, D., J. Sieber, D. Purkey, A. HuberLee, 2005.
     WEAP21– A Demand, Priority, and Preference
     Driven Water Planning Model. WRA,  Water
     International, 30; 487-500.
Yousefifard, M., 2007. Degradation of soil quality, land
     use pasture area during the spring Ali Chaharmahal
     Bakhtiari province. Journal of Science Technology
     Agriculture Natural Resources, 11; 93-106.
Zalewski, M., 2002. Eco hydrology- the use of
     ecological and hydrological processes for sustainable
     management of water resources. Hydrological
     Sciences Journal, 47; 823.   
Desert
Volume 22, Issue 1
March 2017
Pages 97-105

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