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IWRR Journal

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The Journal of Iran-Water Resources Research (IR-WRR) invites all the scientists and experts in different science, engineering, and technical fields related to water resources engineering to present their scientific and research papers for publication.
The main objective of this journal is to establish a platform for the exchange of information and dissemination of knowledge resulted from the state of the art research among national and regional scientists and engineers.
The Journal of Iran-Water Resources Research is open access, double-blind peer-reviewed journal which provides quarterly issues so as to provide a valuable collection of papers for scientists, professors, students, and practicing engineers in public and private sectors related to water resources science and engineering.
The Ministry of Science, Research and Technology has granted the grade of "scientific and research" to the Journal of Water Resources Research from the inception of its publication.

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Papers by IWRR Journal

Evaluation of the Hydraulic Fence System for Groundwater Remediation near a Stream Using Analytical Method

Investigating the Different Hydrological Components Influenced by Climate Change and Land Use Change Scenarios in the Pasikhan Watershed and Their Impact on the Anzali Wetland

Assessment of Pollution Risk Caused by Nitrate in the Azarshahr Plain Aquifer Using Artificial Intelligence Models

Legal Status of the Bed of Lake Urmia after Drying Up

Studying Land Subsidence in Iran Caused by Groundwater Over Extraction by Preparing the Comprehensive Subsidence Map of the Country

Studying the Effects of Point Source Pollution on Water Quality in River-basin Scale based on Hydrological and Water Quality Model, SWAT; Seymareh River-Basin as a Case Study

Macro Evaluation of the Position and Importance of Food Security and Water Security Programs in the Upstream Documents of the Country in the Last Four Decades

Sampling and Evaluating the Water Quality Variables in Aras River Downstream and Upstream of Aras Dam

Investigating Strategies for Extracting Minerals and Sediments from Lake Urmia to Promote Economic Efficiency and Contributing to Environmental Sustainability

Assessing the effects of Physical Parametrization of the WRF Model in Simulating Flood-Inducing Rainfall in Arid and Semi-Arid Areas (Case Study: Isfahan Province)

Mathematical Modeling of the Evapotranspiration of Common Crops in Different Latitudes of Iran

Modelling Ungauged Basins Using Remote Sensing (RS) Data and Artificial Neural Networks (ANNs) (Case Study: Ardabil Plain Basin)

Study of Relative Effectiveness of Climatic Factors on Potential Evapotranspiration Using the Factor Analysis (Case Study: Zanjan and Mahneshan Stations)

Simultaneous Increase in Farmers' Welfare and Water Distribution Efficiency Taking into Account the Cost of Water Case Study: Qazvin Plain Irrigation Network

Investigating and Analyzing the Rebound Effect Phenomenon of Irrigation Post Modernization and Necessary Considerations

Calibration and Economic Evaluation of the Water Yield Ecosystem Services in Basins by the Eastern Border of the Country

Water yield is a key indicator of the performance and valuable service of the ecosystem that dire... more Water yield is a key indicator of the performance and valuable service of the ecosystem that directly affects the sustainable development of the economy, human well-being, and ecosystems of a basin. Using the Integrated Valuation of Ecosystem Services and Tradeoffs model (InVEST), water yield changes were simulated in 10 basins by the eastern border in South Khorasan province under the influence of land use/land cover changes. The model was calibrated using the long-term data of flow at Efin, Khonik Olia, Mansourabad, Gezik, and Ahangaran stations. Also, the economic value of water yield service was calculated in each of the different land uses/land covers. The results showed the highest and the lowest volume of produced water respectively in Esfadan basin with 8,126,129 cubic meters and in Namakzar-Khaf Basin with 185,590 cubic meters. The amount of water yield in the whole studied area was 14,836,168 cubic meters. In terms of the land use/land cover, the highest amount of water yield was obtained in lands with dense and semi-dense range with more than 12,430,000 cubic meters followed by the lands with sparse range with more than 1,990,000 cubic meters. The total economic value of the water yield in the eastern border basins was equal to 16,115,806.5 million Rials. The spatial distribution of economic values of the ecosystem, which was carried out in this research through quantification, mapping and valuation, of ecosystem services, can be used as an important and reliable tool for natural capital management and policy making.

Temperature and Precipitation Projections in the Khazar (Caspian) Sea Basin by Evaluating the Effect of Bias Correction Methods and Using Ensemble of CMIP6 Climate Models

Analysis of the Time Interval Between the Occurrence of Peak Flood and the Peak of Meteorological Drought in Karkheh Watershed

Developing an Urban Flood Loss Functions for Residential Buildings (Case Study: Rasht City)

Simulation of Water Surface Temperature for Lake Urmia using One-dimensional FLake Model

Evaluation of the Hydraulic Fence System for Groundwater Remediation near a Stream Using Analytical Method

Investigating the Different Hydrological Components Influenced by Climate Change and Land Use Change Scenarios in the Pasikhan Watershed and Their Impact on the Anzali Wetland

Assessment of Pollution Risk Caused by Nitrate in the Azarshahr Plain Aquifer Using Artificial Intelligence Models

Legal Status of the Bed of Lake Urmia after Drying Up

Studying Land Subsidence in Iran Caused by Groundwater Over Extraction by Preparing the Comprehensive Subsidence Map of the Country

Studying the Effects of Point Source Pollution on Water Quality in River-basin Scale based on Hydrological and Water Quality Model, SWAT; Seymareh River-Basin as a Case Study

Macro Evaluation of the Position and Importance of Food Security and Water Security Programs in the Upstream Documents of the Country in the Last Four Decades

Sampling and Evaluating the Water Quality Variables in Aras River Downstream and Upstream of Aras Dam

Investigating Strategies for Extracting Minerals and Sediments from Lake Urmia to Promote Economic Efficiency and Contributing to Environmental Sustainability

Assessing the effects of Physical Parametrization of the WRF Model in Simulating Flood-Inducing Rainfall in Arid and Semi-Arid Areas (Case Study: Isfahan Province)

Mathematical Modeling of the Evapotranspiration of Common Crops in Different Latitudes of Iran

Modelling Ungauged Basins Using Remote Sensing (RS) Data and Artificial Neural Networks (ANNs) (Case Study: Ardabil Plain Basin)

Study of Relative Effectiveness of Climatic Factors on Potential Evapotranspiration Using the Factor Analysis (Case Study: Zanjan and Mahneshan Stations)

Simultaneous Increase in Farmers' Welfare and Water Distribution Efficiency Taking into Account the Cost of Water Case Study: Qazvin Plain Irrigation Network

Investigating and Analyzing the Rebound Effect Phenomenon of Irrigation Post Modernization and Necessary Considerations

Calibration and Economic Evaluation of the Water Yield Ecosystem Services in Basins by the Eastern Border of the Country

Water yield is a key indicator of the performance and valuable service of the ecosystem that dire... more Water yield is a key indicator of the performance and valuable service of the ecosystem that directly affects the sustainable development of the economy, human well-being, and ecosystems of a basin. Using the Integrated Valuation of Ecosystem Services and Tradeoffs model (InVEST), water yield changes were simulated in 10 basins by the eastern border in South Khorasan province under the influence of land use/land cover changes. The model was calibrated using the long-term data of flow at Efin, Khonik Olia, Mansourabad, Gezik, and Ahangaran stations. Also, the economic value of water yield service was calculated in each of the different land uses/land covers. The results showed the highest and the lowest volume of produced water respectively in Esfadan basin with 8,126,129 cubic meters and in Namakzar-Khaf Basin with 185,590 cubic meters. The amount of water yield in the whole studied area was 14,836,168 cubic meters. In terms of the land use/land cover, the highest amount of water yield was obtained in lands with dense and semi-dense range with more than 12,430,000 cubic meters followed by the lands with sparse range with more than 1,990,000 cubic meters. The total economic value of the water yield in the eastern border basins was equal to 16,115,806.5 million Rials. The spatial distribution of economic values of the ecosystem, which was carried out in this research through quantification, mapping and valuation, of ecosystem services, can be used as an important and reliable tool for natural capital management and policy making.

Temperature and Precipitation Projections in the Khazar (Caspian) Sea Basin by Evaluating the Effect of Bias Correction Methods and Using Ensemble of CMIP6 Climate Models

Analysis of the Time Interval Between the Occurrence of Peak Flood and the Peak of Meteorological Drought in Karkheh Watershed

Developing an Urban Flood Loss Functions for Residential Buildings (Case Study: Rasht City)

Simulation of Water Surface Temperature for Lake Urmia using One-dimensional FLake Model