چکیده مقاله
Water scarcity and droughts in arid regions pose significant challenges to agricultural production andenvironmental sustainability This study presents an integrated hydrologic agronomic economic modeldesigned to optimize water allocation strategies in the Miyandoab Plain, located in the Urmia Lake basin innorthwest Iran The model aims to maximize agricultural profitability while sustaining adequateenvironmental flows to Urmia Lake during droughts Through multi objective optimization, the modelidentifies Pareto optimal solutions that balance economic and environmental objectives The integratedmodel incorporates physically based hydrologic modeling, agronomic crop production functions, andeconomic analysis of agricultural profits Results demonstrate the trade offs between agriculturalprofitability and environmental sustainability, highlighting the potential benefits of proposed watermanagement strategies The model provides valuable insights for sustainable water resources planning insemi arid agricultural regions facing water scarcity and climate variability
کلیدواژهها
نویسندگان
Sahra Taheri
Msc Student in Water Resources Management Engineering, Gorgan University
Parisa Taheri
Regional Water Company of Alborz Province,phD Student in Civil Engineering Transportation Major, Shomal university
Masoume Taheri
Electricity Distribution Company of Alborz Province,Msc in Artificial Intelligence Engineering, Kharazmi University
Mansour Taheri
Ministry of Agriculture
Gelare Taheri
Information Technology of Refah Kargaran Bank, Tehran province,Msc in Software Engineering, Alzahra University
شیوه ارجاع
Taheri, Sahra and Taheri, Parisa and Taheri, Masoume and Taheri, Mansour and Taheri, Gelare,1402,Optimizing Agricultural Profitability and EnvironmentalSustainability using Whale Optimization Algorithm in theMiyandoab Plain: An Integrated Hydrologic-Agronomic-Economic Model,Second International Conference of Soil and Water Science Students,Tehran
ارائهشده در
مجموعه مقالات سومین کنفرانس بین المللی دانشجویان علوم خاک و آب30 بهمن 1403 · تهران