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Multi-criteria analysis in Artemia farming site selection for sustainable desert ecosystems planning and management (case study: Siahkouh Playa, Iran)

机译:卤虫养殖场选择中的多标准分析,用于可持续沙漠生态系统的规划和管理(案例研究:伊朗,Siahkouh Playa)

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摘要

Arid environments and desert ecosystems which contain several potential resources such as unconventional water sources are remarkable areas for developing projects. To prevent undesirable consequences caused by desert conditions, it is necessary to determine which areas are suitable. The current study identified suitable areas for the development of Artemia farming in the Siahkouh Playa, Yazd, Iran using the multi-criteria decision-making method based on the TOPSIS technique. The decision-making group was determined, and then, the most important criteria in determining a suitable area in the study region were identified. The second questionnaire was designed to determine the rate of each criterion in choosing the best alternative. The results showed that three main factors are effective in determining a suitable area for Artemia farming units in a desert ecosystem, which, according to their importance were environment, technology, and socioeconomics. Results also indicated that the best choice among the three alternatives is to consider the geomorphological faces as the assessing and monitoring unit of other criteria in arid regions and desert ecosystems. In the current research area, clay pan geomorphological features were found to be suitable for Artemia farming.
机译:包含非常规水源等潜在资源的干旱环境和沙漠生态系统是开发项目的重要领域。为了防止沙漠条件引起的不良后果,有必要确定哪些区域合适。目前的研究使用了基于TOPSIS技术的多标准决策方法,在伊朗亚兹德的Siahkouh Playa确定了适合发展卤虫养殖的地区。确定了决策小组,然后确定了确定研究区域合适区域的最重要标准。第二份问卷旨在确定选择最佳替代方案时每个标准的比率。结果表明,三个主要因素可有效地确定沙漠生态系统中卤虫养殖单元的适宜面积,根据其重要性,它们分别是环境,技术和社会经济学。结果还表明,在这三种选择中,最好的选择是将地貌面作为干旱地区和沙漠生态系统中其他标准的评估和监测单位。在当前的研究领域,发现粘土盘的地貌特征适合于卤虫养殖。

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