Akbarpour Bazargani M, Amiri E, and Ashouri M (2024) Statistical and graphical analyses of water quality and quantity for the rivers in North Iran (Case study: Polroud and Sefidroud rivers). Caspian Journal of Environmental Sciences 1–14 (In Persian)
Akhoni Pourhosseini F, Ebrahimi K, and Omid MH (2024) Investigating river water quality involving numerical and intelligent models and NSFWQI Index, case Study Babolrood River, Iran. Irrigation and Water Engineering 15(1):221–239 (In Persian)
Bagheri helia, Mazlomi Mochani M, Khalili R, and Moridi A (2024) Seasonal changes in the water quality of Sardab river: Dual perspectives of the Iran Water Quality Index for Surface Water Resources- Conventional Parameters (IRWQIsc) and the National Sanitation Foundation Water Quality Index (NSFWQI). Water and Irrigation Management, Univrsity of Tehran Press 14(1):223–234 (In Persian)
Dewangan SK, Kadri MA, Saruta S, Yadav S and Minj N (2023) Temperature effect on Electrical Conductivity (EC) & Total Dissolved Solids (TDS) of water: A REVIEW. International Journal of Research and Analytical Reviews (IJRAR) 10(2):514–520
Fahimah N, Salami IRS, Oginawati K, and Thaher YN (2023) Variations of groundwater turbidity in the Bandung regency, Indonesia: From community-used water quality monitoring data. HydroResearch 6:216–227
Han X, Tang F, and Liu A-L (2024) Drinking water quality evaluation in supply systems in Wuhan, China: application of entropy weight water quality index and multivariate statistical analysis. Environmental Science and Pollution Research 31(1):280–292
Ketabi N, Dadkhah Tehrani M, Moridi A, and Khalili R (2024) Assessment of the Water Quality of Tajan River (Sari) Using NSFWQI and IRWQISC Quality Indices. Journal of Research in Environmental Health 10(1):96–109 (In Persian)
Khalili R, Montaseri H, Motaghi H, and Jalili MB (2021) Water quality assessment of the Talar River in Mazandaran Province based on a combination of water quality indicators and multivariate modeling. Water and Soil Management and Modelling 1(4):30–47 (In Persian)
Kheiri SAR, Nazarnejad H, and Asadzadeh F (2022) Analytical assessment of Mahabadchai river water quality using Iran water quality index. Iranian Journal of Health and Environment 14(4):629–642 (In Persian)
Kkhalili R, Parvinnia M, and Zali A (2020) Water quality assessment of Garmarood River using the National Sanitation Foundation Water Quality Index (NSFWQI), River Pollution Index (RPI) and Weighted Arithmetic Water Quality Index (WAWQI). Environment and Water Engineering 6(3):274–284 (In Persian)
Larijani S, Hossein B, Kavian A, and Ziaei AN (2022) Sensitivity assessment of two water quality models NSFWQI and IRWQISC in Haraz River. Iranian Irrigation and Drainage Association 16(4):816–830 (In Persian)
Liu YZ and Chen Z (2023) Prediction of biochemical oxygen demand with genetic algorithm-based support vector regression. Water Quality Research Journal, IWA Publishing 58(2):87–98
Radwan A A M, Abdelmoneim M A, Basiony A I, and El-Alfy M A (2019) Water pollution monitoring in Idku Lake (Egypt) using phytoplankton and NSF-WQI. Egyptian Journal of Aquatic Biology and Fisheries, The Egyptian Society for the Development of Fisheries and Human Health (ESDFHH) 23(4):465–481
Mahrooyan F, Taghavi L, Sarai Tabrizi M, and Babazadeh H (2021) Water quality assessment of Qazvin River using NSFWQI Index for water quality classification. Journal of Wetland Ecobiology 12(1):99–112 (In Persian)
Makarem N and Mozafari M (2024) Hydrochemical Study of surface and groundwater resources of Lanjanat Plain. Water and Soil Science. University of Tabriz 34(2):121–135 (In Persian)
Mazlomi Mochani M, Hatami A, Moridi A, and Khalili R (2023) Sensitivity assessment of the National Sanitation Foundation Water Quality Index (NSFWQI) and Iran Water Quality Index for Surface Water Resources (IRWQIsc) on the water quality of the Neka River. Water and Irrigation Management, University of Tehran, College of Aburaihan 13(3):581–592 (In Persian)
Naseri E, Saadi T, and Javadi S (2020) Detection and attribution of climate change effects on entered runoff to Karaj Dam in the past periods. Iran-Water Resources Research 16(3):306–321 (In Persian)
Nezhadafzali K and Bayatani F (2024) Water quality areas of the Karun River based on NSFWQI quality index and using geographic information system. Journal of Environmental Science Studies 9(2):8251–8264 (In Persian)
Orr I, Mazari K, Shukle JT, Li R, and Filippelli GM (2023) The impact of combined sewer outflows on urban water quality: Spatio-temporal patterns of fecal coliform in indianapolis. Environmental Pollution 327:121531
Qi M, Han Y, Zhao Z, and Li Y (2021) Integrated determination of chemical oxygen demand and biochemical oxygen demand. Polish Journal of Environmental Studies 30(2):1785–1794
Samani S (2020) Providing sustainable global groundwater resources management models to improve the sustainability plan in Iran. Iran-Water Resources Research 16(2):271–291 (In Persian)
Sayad Beyranvand F, Heidarpour M, and Sabzevari Y (2024) Comprehensive analysis of the water quality of Doab Veisian River in the Western of Iran. Applied Research in Water Engineering 2(1):79–95 (In Persian)
Shaker Donyavi A, cheloyan P, Moridi A, and khalili R (2023) Assessment of spatio-temporal changes in water quality of babolroud river using IRWQIsc, NSFWQI, and CCME Water Quality Index. Water and Irrigation Management 13(2):551–563 (In Persian)
Xie Z, Chen S, Huang J, Li D, and Lu X (2023) Patterns and drivers of fecal coliform exports in a typhoon-affected watershed: insights from 10-year observations and SWAT model. Journal of Cleaner Production 406:137044
Yang J (2023) Predicting water quality through daily concentration of dissolved oxygen using improved artificial intelligence. Scientific Reports, Nature Publishing Group UK London 13(1):20370
Yonesi H, Arshia A, Torabipoudeh H, Shahinejad B, Sayedipour M, and Vahdatpour N (2022) Evaluating groundwater quality in Zayandehrood Southern Sub- Basin Aquifers. Desert Ecosystem Engineering 9(26):103–115 (In Persian)
Yousefi H, Mohammadi A, and Noorollahi Y (2019) Analyzing the water quality of Babaheydar Dam in Farsan using NSFWQI analytical method. Journal of Watershed Management Research 9(18):1–11 (In Persian)
Zainurin SN, Ismail WZW, Mahamud SNI, Ismail I, Jamaludin J, and Ab. Aziz NA (2023) Integration of sensing framework with a decision support system for monitoring water quality in agriculture. Agriculture 13(5):1000
Zamani-Ahmadmahmoodi R, Aminian S, Bayati S, and Chamani A (2023) Evaluation of water quality changes in Zayandehroud River using IRWQISC Quality Index. Journal of Environmental Health Engineering 10(4):398-411 (In Persian)