Strategic agricultural land-use planning in response to water-supplier variation in a China’s rural region
AbstractA strategic agricultural land-use planning approach was proposed in response to water-supplier variation under parameter uncertainty. It was capable of examining the implication of various water-suppliers on agricultural land-use planning problems, interpreting the response of land-use schemes to water-supply patterns with respect to a variety of systematic features, and handling uncertain parameters widely existing in many real-world practices. A case study in central-south China demonstrated the applicability of the proposed approach. The modeling inputs of economic-related parameters were identified as intervals based on statistic data, while those related to water availability were predicted through a distributed hydrological model. Scenarios of (1) no groundwater supplementation, (2) 20% of groundwater supplementation, and (3) 40% of groundwater supplementation to total water demand were considered to generate optimal land-use plans. Reasonable results were obtained, which were then used to interpret the implication of water-supplier variation on planning sustainable development strategies. A special rate of groundwater supplementation (i.e. 20.1%) was also suggested to the manager to facilitate regulating long-term water-allocation schemes.
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Bibliographic InfoArticle provided by Elsevier in its journal Agricultural Systems.
Volume (Year): 108 (2012)
Issue (Month): C ()
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Web page: http://www.elsevier.com/locate/agsy
Agricultural land-use planning; Water resources; Uncertainty; Groundwater; Surface water; China;
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- H. Lu & G. Huang & L. He, 2012. "Simulation-Based Inexact Rough-Interval Programming for Agricultural Irrigation Management: A Case Study in the Yongxin County, China," Water Resources Management, Springer, vol. 26(14), pages 4163-4182, November.
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